A Dissertation Entitled Temporal Variations in the Circumstellar

A Dissertation entitled

Temporal Variations in The Circumstellar Disks of Be Stars from Analysis of Optical and IR Line Profiles

by Cody James Gerhartz

Submitted to the Graduate Faculty as partial fulfillment of the requirements for the Doctor of Philosophy Degree in Physics

Dr. Karen Bjorkman, Committee Chair

Dr. Rupali Chandar, Committee Member

Dr. Michael Cushing, Committee Member

Dr. Richard Irving, Committee Member

Dr. Donald White, Committee Member

Dr. Amanda Bryant-Friedrich, Dean College of Graduate Studies

This document is copyrighted material. Under copyright law, no parts of this document may be reproduced without the expressed permission of the author. An Abstract of Temporal Variations in The Circumstellar Disks of Be Stars from Analysis of Optical and IR Line Profiles by Cody James Gerhartz

Submitted to the Graduate Faculty as partial fulfillment of the requirements for the Doctor of Philosophy Degree in Physics The University of Toledo August 2017

Variable asymmetric double-peaked hydrogen emission line profiles in the optical in classical Be stars have been interpreted as evidence of one-armed density waves (or other density structures) within the circumstellar disks. Contemporaneous optical and IR spectroscopy can provide a means of exploring the density structure of any such density variations as a function of radius, since models have shown in the infrared lines serve as a probe of the inner disk, while the Hα line probes a much larger region.

While variability has been detected in these stars in the optical spectral region over both short (days to weeks) and longer (months) timescales, the variability of infrared line profiles has not been similarly investigated. Presented are contemporaneous

Ritter Observatory and IRTF SpeX (0.8-5.4 m) spectroscopy of 28 classical Be stars observed between September 2005 and January 2011. The data illustrate a range of line profiles common in Be stars and show significant variability in both the optical and the near-infrared. IR hydrogen line profile variability is found to be similar both in character and variety to that observed in the optical. Several targets show asymmetric line profiles with phase differences between the optical and the IR hydrogen linesat least once. For at least 4 targets, this asymmetry suggests a phase delay between the periodic variation in the Hα and the IR hydrogen lines. Three additional targets suggest the same type of phase delay exists between the Hα and FeII λ5316Å lines.

iii For other targets no evidence of a phase delay is detected, indicating that a variety of disk morphologies may be present. A handful of targets are observed in the process of disk formation or loss.

iv Acknowledgments

First I must thank my family for all the support they have provided me. I can always count on you for your well wishes or to provide me with a pleasant break from work.

Thanks to all my friends who continue to show support and motivate me to succeed. Special thanks to my fellow graduate students for being both a resource and a black hole of lost time.

Thanks to Alex Mak and the rest of the Ritter Planetarium staff for making life interesting and my time as the planetarium TA worthwhile.

I am especially grateful for the support provided by University of Toledo Rit- ter Planetarium Graduate Assistantship funds, the Helen Luedke Brooks Endowed

Professorship in Astronomy at University of Toledo, and the NSF through grant

AST-1412135. Without their support I would never have made it through these 6 years and would probably still never made a trip to Arizona.

I thank staff at the NASA IRTF for assistance with our observing runs, andthe

IRTF TAC for allocation of observing time for this project. Observations at Ritter

Observatory are supported in part by NSF PREST grant AST-0440784. Thank you to the Ritter observing team for their continued excellence in acquiring data on Be stars.

These results made use of the Discovery Channel Telescope at Lowell Observa- tory. Lowell is a private, non-profit institution dedicated to astrophysical research and public appreciation of astronomy and operates the DCT in partnership with Boston

University, the University of Maryland, the University of Toledo, Northern Arizona

v University and Yale University. The Large Monolithic Imager was built by Lowell Ob- servatory using funds provided by the National Science Foundation (AST-1005313).

I would like to thank the UT DCT TAC for providing time for this project.

I can say that I would not be where I am now without the support and knowledge provided by both Jon Bjorkman and Noel Richardson. Spending hours discussing Be stars made all the difference.

Thanks to the members of my committee for taking the time out of their busy schedule to provide guidance for my journey through grad school.

Lastly, special thanks to my advisor, Karen Bjorkman, for making the time in her busy schedule to support me through my time at UT. I cannot thank you enough.

vi Contents

Abstract iii

Acknowledgments v

Contents vii

List of Tables xii

List of Figures xxxiv

1 Introduction 1 1.1 Be Stars ...... 1

1.1.1 Detecting Be Stars ...... 3

1.1.2 Applicability to Circumstellar Disk Systems ...... 4

1.2 Variability ...... 6

1.2.1 Line Profile Variations ...... 7

1.2.1.1 Formation Locations ...... 9

1.2.1.2 Spiral Density Waves ...... 11

1.2.2 Disk Growth and Decay ...... 11

1.2.3 Star Clusters and a Statistical Approach ...... 13

2 Data and Reductions 21 2.1 SpeX Data Reduction ...... 24

2.2 Ritter Data Reduction ...... 29

vii 2.3 SpeX Results ...... 31

2.4 Ritter Results ...... 34

2.5 Cluster Analysis ...... 36

3 Measurements and Spectral Features 39 3.1 Individual Lines ...... 41

3.1.1 Infrared Lines ...... 42

3.1.1.1 Brγ ...... 42

3.1.1.2 Br 11 and 15 ...... 42

3.1.1.3 Br 18-21 ...... 42

3.1.1.4 Helium I λ2.06µm...... 42

3.1.1.5 Helium I λ1.7µm...... 43

3.1.1.6 Helium I λ1.083µm ...... 43

3.1.1.7 Paschen β ...... 43

3.1.1.8 Calcium Triplet ...... 43

3.1.2 Optical Lines ...... 44

3.1.2.1 Helium I λ5876Å ...... 44

3.1.2.2 Iron II λ5316Å ...... 44

3.1.2.3 Hydrogen β ...... 44

3.1.2.4 Hydrogen α ...... 45

4 Be Stars 46 4.1 25 Ori ...... 46

4.2 28 Cyg ...... 49

4.3 28 Tau ...... 56

4.4 31 Peg ...... 62

4.5 48 Per ...... 63

4.6 59 Cyg ...... 65

viii 4.7 60 Cyg ...... 72

4.8 66 Cyg ...... 79

4.9 β CMi ...... 80

4.10 β Lyr ...... 86

4.11 δ Sco...... 93

4.12 Cap ...... 99

4.13 EW Lac ...... 101

4.14 γ Cas ...... 108

4.15 HD 91120 ...... 110

4.16 HD 93521 ...... 112

4.17 HD 163296 ...... 114

4.18 HD 183656 ...... 116

4.19 LQ And ...... 123

4.20 ν Gem ...... 126

4.21 ω Ori ...... 130

4.22 o Cas ...... 133

4.23 π Aqr ...... 134

4.24 ψ Per ...... 143

4.25 θ CrB ...... 145

4.26 ζ Oph ...... 147

5 φ Per 149 5.1 Introduction ...... 149

5.2 Variability ...... 149

5.2.1 V/R variability ...... 150

5.2.2 Equivalent Widths ...... 152

5.3 Discussion ...... 153

ix 5.4 Dynamical Spectra ...... 161

6 ζ Tau 165 6.1 Introduction ...... 165

6.2 Variability ...... 166

6.2.1 V/R Variations ...... 168

6.2.2 Equivalent Width ...... 170

6.3 Discussion ...... 171

6.4 Dynamical Spectra ...... 180

7 Discussion 183 7.1 V/R Variability ...... 183

7.1.1 Full Periodic Variations ...... 183

7.1.2 Phase Delays ...... 186

7.1.3 Non-Periodic or Small Scale Variations ...... 191

7.2 Disk Variability ...... 192

7.3 Photospheric Absorption in Line Profiles ...... 195

7.4 Additional Spectral Features ...... 200

7.5 Conclusions ...... 204

References 209

A Stacked Spectra for Individual Stars 216 A.1 25 Ori ...... 217

A.2 31 Peg ...... 220

A.3 48 Per ...... 223

A.4 66 Cyg ...... 226

A.5 Cap ...... 229

A.6 γ Cas ...... 232

x A.7 HD 91120 ...... 235

A.8 HD 93521 ...... 237

A.9 HD 163296 ...... 239

A.10 LQ And ...... 241

A.11 ω Ori ...... 243

A.12 o Cas ...... 246

A.13 ψ Per ...... 249

A.14 θ CrB ...... 252

A.15 ζ Oph ...... 254

B Dynamical Spectra 256 B.1 28 Cyg ...... 257

B.2 60 Cyg ...... 263

B.3 δ Sco ...... 269

B.4 γ Cas ...... 275

B.5 ν Gem ...... 281

B.6 π Aqr ...... 283

B.7 ψ Per ...... 289

C Data Tables 297 C.1 25 Ori ...... 298

C.2 28 Cyg ...... 305

C.3 28 Tau ...... 315

C.4 31 Peg ...... 325

C.5 48 Per ...... 331

C.6 59 Cyg ...... 342

C.7 60 Cyg ...... 349

C.8 66 Cyg ...... 362

xi C.9 β CMi ...... 370

C.10 β Lyr ...... 380

C.11 δ Sco ...... 401

C.12 Cap ...... 427

C.13 EW Lac ...... 434

C.14 γ Cas ...... 444

C.15 HD 91120 ...... 475

C.16 HD 93521 ...... 482

C.17 HD 163296 ...... 488

C.18 HD 183656 ...... 494

C.19 LQ And ...... 505

C.20 ν Gem ...... 512

C.21 ω Ori ...... 523

C.22 o Cas ...... 530

C.23 φ Per...... 541

C.24 π Aqr ...... 555

C.25 ψ Per ...... 573

C.26 θ CrB ...... 588

C.27 ζ Oph ...... 600

C.28 ζ Tau ...... 610

List of Tables

1.1 Breakdown of Relative Line Formation Locations ...... 10

1.2 Photometrically Observed Star Clusters ...... 14

xii 2.1 Stellar Data ...... 23

2.2 SpeX Observation Log: Part 1 ...... 25

2.3 Spex Observation Log: Part 2 ...... 26

2.4 Spex Observation Log: Part 3 ...... 27

2.5 Spex Observation Log: Part 4 ...... 28

3.1 Included Spectral Features ...... 41

5.1 IRTF SpeX Observation Log for φ Per...... 150

5.2 General information and characteristics of line profiles from both

SpeX and RO for φ Per...... 151

6.1 IRTF SpeX Observation Log ...... 167

6.2 General information and characteristics of line profiles from both

SpeX and RO for ζ Tau...... 168

7.1 Summary of V/R Variability ...... 184

7.2 Stars showing V/R phase delay between the inner and outer disk. . 187

7.3 Summary of Disk Formation or Loss ...... 193

7.4 Spectral Features Containing Underlying Photospheric Absorption . 199

7.5 Stars with Excess NaII Absorption ...... 200

7.6 Stars with CaII Emission ...... 203

7.7 Stars with He 1.7µm activity ...... 204

C.1 25 Ori Hα Measurements ...... 298

C.2 25 Ori HeI λ5876Å Measurements ...... 298

C.3 25 Ori Hβ Measurements ...... 298

C.4 25 Ori FeII λ5316Å Measurements ...... 299

C.5 25 Ori Brγ Measurements ...... 299

C.6 25 Ori Br 10 Measurements ...... 300

xiii C.7 25 Ori Br 11 Measurements ...... 300

C.8 25 Ori Br 12 Measurements ...... 300

C.9 25 Ori Br 13 Measurements ...... 301

C.10 25 Ori Br 14 Measurements ...... 301

C.11 25 Ori Br 15 Measurements ...... 301

C.12 25 Ori Br 16 Measurements ...... 302

C.13 25 Ori Br 17 Measurements ...... 302

C.14 25 Ori Br 18 Measurements ...... 302

C.15 25 Ori Br 19 Measurements ...... 303

C.16 25 Ori Br 20 Measurements ...... 303

C.17 25 Ori HeI λ2.06µm Measurements ...... 303

C.18 25 Ori HeI λ1.08µm Measurements ...... 304

C.19 25 Ori Paβ Measurements ...... 304

C.20 28 Cyg Hα Measurements ...... 305

C.21 28 Cyg HeI λ5876Å Measurements ...... 306

C.22 28 Cyg Hβ Measurements ...... 308

C.23 28 Cyg Brγ Measurements ...... 308

C.24 28 Cyg Br 10 Measurements ...... 309

C.25 28 Cyg Br 11 Measurements ...... 309

C.26 28 Cyg Br 12 Measurements ...... 309

C.27 28 Cyg Br 13 Measurements ...... 310

C.28 28 Cyg Br 14 Measurements ...... 310

C.29 28 Cyg Br 15 Measurements ...... 311

C.30 28 Cyg Br 16 Measurements ...... 311

C.31 28 Cyg Br 17 Measurements ...... 311

C.32 28 Cyg Br 18 Measurements ...... 312

C.33 28 Cyg Br 19 Measurements ...... 312

xiv C.34 28 Cyg Br 20 Measurements ...... 312

C.35 28 Cyg HeI λ2.06µm Measurements ...... 313

C.36 28 Cyg HeI λ1.08µm Measurements ...... 313

C.37 28 Cyg Paβ Measurements ...... 314

C.38 28 Tau Hα Measurements ...... 315

C.39 28 Tau Hβ Measurements ...... 315

C.40 28 Tau FeII λ5316Å Measurements ...... 316

C.41 28 Tau Brγ Measurements ...... 317

C.42 28 Tau Br 10 Measurements ...... 317

C.43 28 Tau Br 11 Measurements ...... 317

C.44 28 Tau Br 12 Measurements ...... 318

C.45 28 Tau Br 13 Measurements ...... 318

C.46 28 Tau Br 14 Measurements ...... 319

C.47 28 Tau Br 15 Measurements ...... 319

C.48 28 Tau Br 16 Measurements ...... 320

C.49 28 Tau Br 17 Measurements ...... 320

C.50 28 Tau Br 18 Measurements ...... 321

C.51 28 Tau Br 19 Measurements ...... 321

C.52 28 Tau Br 20 Measurements ...... 322

C.53 π Aqr Paβ Measurements ...... 322

C.54 π Aqr Ca II λ0.849µm Measurements ...... 322

C.55 28 Tau Ca II λ0.854µm Measurements ...... 323

C.56 28 Tau Ca II λ0.866µm Measurements ...... 323

C.57 31 Peg Hα Measurements ...... 325

C.58 31 Peg HeI λ5876Å Measurements ...... 325

C.59 31 Peg Hβ Measurements ...... 325

C.60 31 Peg FeII λ5316Å Measurements ...... 326

xv C.61 31 Peg Brγ Measurements ...... 326

C.62 31 Peg Br 10 Measurements ...... 326

C.63 31 Peg Br 11 Measurements ...... 327

C.64 31 Peg Br 12 Measurements ...... 327

C.65 31 Peg Br 13 Measurements ...... 327

C.66 31 Peg Br 14 Measurements ...... 328

C.67 31 Peg Br 15 Measurements ...... 328

C.68 31 Peg Br 16 Measurements ...... 328

C.69 31 Peg Br 17 Measurements ...... 328

C.70 31 Peg Br 18 Measurements ...... 329

C.71 31 Peg Br 19 Measurements ...... 329

C.72 31 Peg Br 20 Measurements ...... 329

C.73 31 Peg HeI λ2.06µm Measurements ...... 330

C.74 31 Peg HeI λ1.08µm Measurements ...... 330

C.75 31 Peg Paβ Measurements ...... 330

C.76 48 Per Hα Measurements ...... 331

C.77 48 Per HeI λ5876Å Measurements ...... 332

C.78 48 Per Hβ Measurements ...... 333

C.79 48 Per FeII λ5316Å Measurements ...... 333

C.80 48 Per Brγ Measurements ...... 334

C.81 48 Per Br 10 Measurements ...... 334

C.82 48 Per Br 11 Measurements ...... 335

C.83 48 Per Br 12 Measurements ...... 335

C.84 48 Per Br 13 Measurements ...... 336

C.85 48 Per Br 14 Measurements ...... 336

C.86 48 Per Br 15 Measurements ...... 336

C.87 48 Per Br 16 Measurements ...... 337

xvi C.88 48 Per Br 17 Measurements ...... 337

C.89 48 Per Br 18 Measurements ...... 338

C.90 48 Per Br 19 Measurements ...... 338

C.91 48 Per Br 20 Measurements ...... 338

C.92 48 Per Br HeI λ2.06µm Measurements ...... 339

C.93 48 Per HeI λ1.08µm Measurements ...... 339

C.94 48 Per Br HeI λ1.7µm Measurements ...... 340

C.95 48 Per Br Paβ Measurements ...... 340

C.96 48 Per Br Ca II λ0.849µm Measurements ...... 340

C.97 48 Per Br Ca II λ0.854µm Measurements ...... 341

C.98 48 Per Br Ca II λ0.866µm Measurements ...... 341

C.99 59 Cyg Hα Measurements ...... 342

C.100 59 Cyg HeI λ5876Å Measurements ...... 342

C.101 59 Cyg Hβ Measurements ...... 343

C.102 59 Cyg Brγ Measurements ...... 343

C.103 59 Cyg Br 10 Measurements ...... 343

C.104 59 Cyg Br 11 Measurements ...... 344

C.105 59 Cyg Br 12 Measurements ...... 344

C.106 59 Cyg Br 13 Measurements ...... 345

C.107 59 Cyg Br 14 Measurements ...... 345

C.108 59 Cyg Br 15 Measurements ...... 345

C.109 59 Cyg Br 16 Measurements ...... 346

C.110 59 Cyg Br 17 Measurements ...... 346

C.111 59 Cyg Br 18 Measurements ...... 346

C.112 59 Cyg Br 19 Measurements ...... 347

C.113 59 Cyg Br 20 Measurements ...... 347

C.114 59 Cyg HeI λ2.06µm Measurements ...... 347

xvii C.115 59 Cyg HeI λ1.08µm Measurements ...... 348

C.116 59 Cyg Paβ Measurements ...... 348

C.117 60 Cyg Hα Measurements ...... 349

C.118 60 Cyg HeI λ5876Å Measurements ...... 351

C.119 60 Cyg Hβ Measurements ...... 353

C.120 60 Cyg Brγ Measurements ...... 354

C.121 60 Cyg Br 10 Measurements ...... 355

C.122 60 Cyg Br 11 Measurements ...... 355

C.123 60 Cyg Br 12 Measurements ...... 356

C.124 60 Cyg Br 13 Measurements ...... 356

C.125 60 Cyg Br 14 Measurements ...... 357

C.126 60 Cyg Br 15 Measurements ...... 357

C.127 60 Cyg Br 16 Measurements ...... 358

C.128 60 Cyg Br 17 Measurements ...... 358

C.129 60 Cyg Br 18 Measurements ...... 359

C.130 60 Cyg Br 19 Measurements ...... 359

C.131 60 Cyg Br 20 Measurements ...... 360

C.132 60 Cyg HeI λ2.06µm Measurements ...... 360

C.133 60 Cyg HeI λ1.08µm Measurements ...... 361

C.134 60 Cyg Paβ Measurements ...... 361

C.135 66 Cyg Hα Measurements ...... 362

C.136 66 Cyg HeI λ5876Å Measurements ...... 363

C.137 66 Cyg Hβ Measurements ...... 364

C.138 66 Cyg FeII λ5316Å Measurements ...... 364

C.139 66 Cyg Brγ Measurements ...... 365

C.140 66 Cyg Br 10 Measurements ...... 365

C.141 66 Cyg Br 11 Measurements ...... 366

xviii C.142 66 Cyg Br 12 Measurements ...... 366

C.143 66 Cyg Br 13 Measurements ...... 366

C.144 66 Cyg Br 14 Measurements ...... 367

C.145 66 Cyg Br 15 Measurements ...... 367

C.146 66 Cyg Br 16 Measurements ...... 367

C.147 66 Cyg Br 17 Measurements ...... 368

C.148 66 Cyg Br 18 Measurements ...... 368

C.149 66 Cyg Br 19 Measurements ...... 368

C.150 66 Cyg Br 20 Measurements ...... 369

C.151 66 Cyg Paβ Measurements ...... 369

C.152 β CMi Hα Measurements ...... 370

C.153 β CMiHβ Measurements ...... 373

C.154 β CMi Brγ Measurements ...... 374

C.155 π Aqr Br 10 Measurements ...... 374

C.156 π Aqr Br 11 Measurements ...... 374

C.157 π Aqr Br 12 Measurements ...... 375

C.158 π Aqr Br 13 Measurements ...... 375

C.159 π Aqr Br 14 Measurements ...... 376

C.160 π Aqr Br 15 Measurements ...... 376

C.161 π Aqr Br 16 Measurements ...... 376

C.162 π Aqr Br 17 Measurements ...... 377

C.163 π Aqr Br 18 Measurements ...... 377

C.164 β CMi Br 19 Measurements ...... 377

C.165 β CMi Br 20 Measurements ...... 378

C.166 β CMi Paβ Measurements ...... 378

C.167 π Aqr Ca II λ0.849µm Measurements ...... 378

C.168 π Aqr Ca II λ0.854µm Measurements ...... 379

xix C.169 π Aqr Ca II λ0.866µm Measurements ...... 379

C.170 β Lyr Hα Measurements ...... 380

C.171 β Lyr HeI λ5876Å Measurements ...... 383

C.172 β Lyr Hβ Measurements ...... 387

C.173 β LyrNa II λ5889Å Measurements ...... 389

C.174 β Lyr Brγ Measurements ...... 393

C.175 β Lyr Br 10 Measurements ...... 393

C.176 β Lyr Br 11 Measurements ...... 394

C.177 β Lyr Br 12 Measurements ...... 394

C.178 β Lyr Br 13 Measurements ...... 395

C.179 β Lyr Br 14 Measurements ...... 395

C.180 β Lyr Br 15 Measurements ...... 396

C.181 β Lyr Br 16 Measurements ...... 396

C.182 β Lyr Br 17 Measurements ...... 397

C.183 β Lyr Br 18 Measurements ...... 397

C.184 β Lyr Br 19 Measurements ...... 398

C.185 β Lyr Br 20 Measurements ...... 398

C.186 β Lyr HeI λ2.06µm Measurements ...... 399

C.187 β Lyr HeI λ1.08µm Measurements ...... 399

C.188 β Lyr HeI λ1.7µm Measurements ...... 400

C.189 β Lyr Paβ Measurements ...... 400

C.190 δ Sco Hα Measurements ...... 401

C.191 δ Sco HeI λ5876Å Measurements ...... 408

C.192 δ Sco Hβ Measurements ...... 416

C.193 δ Sco Brγ Measurements ...... 418

C.194 δ Sco Br 10 Measurements ...... 419

C.195 δ Sco Br 11 Measurements ...... 419

xx C.196 δ Sco Br 12 Measurements ...... 419

C.197 δ Sco Br 13 Measurements ...... 420

C.198 δ Sco Br 14 Measurements ...... 420

C.199 δ Sco Br 15 Measurements ...... 421

C.200 δ Sco Br 16 Measurements ...... 421

C.201 δ Sco Br 17 Measurements ...... 422

C.202 δ Sco Br 18 Measurements ...... 422

C.203 δ Sco Br 19 Measurements ...... 423

C.204 δ Sco Br 20 Measurements ...... 423

C.205 δ Sco HeI λ2.06µm Measurements ...... 424

C.206 δ Sco HeI λ1.08µm Measurements ...... 424

C.207 δ Sco HeI λ1.7µm Measurements ...... 425

C.208 δ Sco Paβ Measurements ...... 425

C.209 Cap Hα Measurements ...... 427

C.210 CapHeI λ5876Å Measurements ...... 427

C.211 CapHβ Measurements ...... 428

C.212 Cap Na II λ5889Å Measurements ...... 428

C.213 Cap Brγ Measurements ...... 428

C.214 Cap Br 10 Measurements ...... 429

C.215 Cap Br 11 Measurements ...... 429

C.216 Cap Br 12 Measurements ...... 429

C.217 Cap Br 13 Measurements ...... 430

C.218 Cap Br 14 Measurements ...... 430

C.219 Cap Br 15 Measurements ...... 430

C.220 Cap Br 16 Measurements ...... 430

C.221 Cap Br 17 Measurements ...... 431

C.222 Cap Br 18 Measurements ...... 431

xxi C.223 Cap Br 19 Measurements ...... 431

C.224 Cap Br 20 Measurements ...... 432

C.225 Cap HeI λ2.06µm Measurements ...... 432

C.226 Cap HeI λ1.08µm Measurements ...... 432

C.227 Cap Paβ Measurements ...... 432

C.228 EW Lac Hα Measurements ...... 434

C.229 EW Lac HeI λ5876Å Measurements ...... 434

C.230 EW Lac Hβ Measurements ...... 435

C.231 EW Lac FeII λ5316Å Measurements ...... 436

C.232 EW Lac Na II λ5889Å Measurements ...... 437

C.233 EW Lac Brγ Measurements ...... 437

C.234 EW Lac Br 10 Measurements ...... 438

C.235 EW Lac Br 11 Measurements ...... 438

C.236 EW Lac Br 12 Measurements ...... 438

C.237 EW Lac Br 13 Measurements ...... 439

C.238 EW Lac Br 14 Measurements ...... 439

C.239 EW Lac Br 15 Measurements ...... 440

C.240 EW Lac Br 16 Measurements ...... 440

C.241 EW Lac Br 17 Measurements ...... 440

C.242 EW Lac Br 18 Measurements ...... 441

C.243 EW Lac Br 19 Measurements ...... 441

C.244 EW Lac Br 20 Measurements ...... 441

C.245 EW Lac HeI λ2.06µm Measurements ...... 442

C.246 EW Lac HeI λ1.08µm Measurements ...... 442

C.247 EW Lac HeI λ1.7µm Measurements ...... 443

C.248 EW Lac Paβ Measurements ...... 443

C.249 γ Cas Hα Measurements ...... 444

xxii C.250 γ Cas HeI λ5876Å Measurements ...... 451

C.251 γ Cas Hβ Measurements ...... 457

C.252 γ Cas FeII λ5316Å Measurements ...... 459

C.253 γ Cas Brγ Measurements ...... 466

C.254 γ Cas Br 10 Measurements ...... 467

C.255 γ Cas Br 11 Measurements ...... 467

C.256 γ Cas Br 12 Measurements ...... 468

C.257 γ Cas Br 13 Measurements ...... 468

C.258 γ Cas Br 14 Measurements ...... 469

C.259 γ Cas Br 15 Measurements ...... 469

C.260 γ Cas Br 16 Measurements ...... 470

C.261 γ Cas Br 17 Measurements ...... 470

C.262 γ Cas Br 18 Measurements ...... 471

C.263 γ Cas Br 19 Measurements ...... 471

C.264 γ Cas Br 20 Measurements ...... 472

C.265 γ Cas HeI λ2.06µm Measurements ...... 472

C.266 γ Cas HeI λ1.08µm Measurements ...... 473

C.267 γ Cas HeI λ1.7µm Measurements ...... 473

C.268 γ Cas Paβ Measurements ...... 474

C.269 HD 91120 Hα Measurements ...... 475

C.270 HD 91120 Hβ Measurements ...... 475

C.271 HD 91120 Brγ Measurements ...... 476

C.272 HD 91120 Br 10 Measurements ...... 476

C.273 HD 91120 Br 11 Measurements ...... 477

C.274 HD 91120 Br 12 Measurements ...... 477

C.275 HD 91120 Br 13 Measurements ...... 477

C.276 HD 91120 Br 14 Measurements ...... 477

xxiii C.277 HD 91120 Br 15 Measurements ...... 478

C.278 HD 91120 Br 16 Measurements ...... 478

C.279 HD 91120 Br 17 Measurements ...... 478

C.280 HD 91120 Br 18 Measurements ...... 479

C.281 HD 91120 Br 19 Measurements ...... 479

C.282 HD 91120 Br 20 Measurements ...... 479

C.283 HD 91120 HeI λ2.06µm Measurements ...... 480

C.284 HD 91120 HeI λ1.08µm Measurements ...... 480

C.285 HD 91120 Paβ Measurements ...... 480

C.286 HD 91120 Ca II λ0.849µm Measurements ...... 481

C.287 HD 91120 Ca II λ0.854µm Measurements ...... 481

C.288 HD 91120 Ca II λ0.866µm Measurements ...... 481

C.289 HD 93521 Hα Measurements ...... 482

C.290 HD 93521 Brγ Measurements ...... 483

C.291 HD 93521 Br 10 Measurements ...... 483

C.292 HD 93521 Br 11 Measurements ...... 483

C.293 HD 93521 Br 12 Measurements ...... 483

C.294 HD 93521 Br 13 Measurements ...... 484

C.295 HD 93521 Br 14 Measurements ...... 484

C.296 HD 93521 Br 15 Measurements ...... 484

C.297 HD 93521 Br 16 Measurements ...... 484

C.298 HD 93521 Br 17 Measurements ...... 485

C.299 HD 93521 Br 18 Measurements ...... 485

C.300 HD 93521 Br 19 Measurements ...... 485

C.301 HD 93521 Br 20 Measurements ...... 485

C.302 HD 93521 HeI λ2.06µm Measurements ...... 486

C.303 HD 93521 HeI λ1.08µm Measurements ...... 486

xxiv C.304 HD 93521 HeI λ1.7µm Measurements ...... 486

C.305 HD 93521 Paβ Measurements ...... 486

C.306 HD 163296 Hα Measurements ...... 488

C.307 HD 163296 Brγ Measurements ...... 489

C.308 HD 163296 Br 10 Measurements ...... 489

C.309 HD 163296 Br 11 Measurements ...... 489

C.310 HD 163296 Br 12 Measurements ...... 489

C.311 HD 163296 Br 13 Measurements ...... 490

C.312 HD 163296 Br 14 Measurements ...... 490

C.313 HD 163296 Br 15 Measurements ...... 490

C.314 HD 163296 Br 16 Measurements ...... 490

C.315 HD 163296 Br 17 Measurements ...... 491

C.316 HD 163296 Br 18 Measurements ...... 491

C.317 HD 163296 Br 19 Measurements ...... 491

C.318 HD 163296 Br 20 Measurements ...... 491

C.319 HD 163296 HeI λ1.08µm Measurements ...... 492

C.320 HD 163296 Paβ Measurements ...... 492

C.321 HD 163296 Ca II λ0.849µm Measurements ...... 492

C.322 HD 163296 Ca II λ0.854µm Measurements ...... 492

C.323 HD 163296 Ca II λ0.866µm Measurements ...... 493

C.324 HD 183656 Hα Measurements ...... 494

C.325 HD 183656 HeI λ5876Å Measurements ...... 494

C.326 HD 183656 Hβ Measurements ...... 495

C.327 HD 183656 FeII λ5316Å Measurements ...... 496

C.328 HD 183656 Na II λ5889Å Measurements ...... 496

C.329 HD 183656 Brγ Measurements ...... 497

C.330 HD 183656 Br 10 Measurements ...... 498

xxv C.331 HD 183656 Br 11 Measurements ...... 498

C.332 HD 183656 Br 12 Measurements ...... 498

C.333 HD 183656 Br 13 Measurements ...... 499

C.334 HD 183656 Br 14 Measurements ...... 499

C.335 HD 183656 Br 15 Measurements ...... 500

C.336 HD 183656 Br 16 Measurements ...... 500

C.337 HD 183656 Br 17 Measurements ...... 501

C.338 HD 183656 Br 18 Measurements ...... 501

C.339 HD 183656 Br 19 Measurements ...... 502

C.340 HD 183656 Br 20 Measurements ...... 502

C.341 HD 183656 HeI λ2.06µm Measurements ...... 502

C.342 HD 183656 HeI λ1.08µm Measurements ...... 503

C.343 HD 183656 Paβ Measurements ...... 503

C.344 LQ And Hα Measurements ...... 505

C.345 LQ And Hβ Measurements ...... 505

C.346 LQ And Brγ Measurements ...... 506

C.347 LQ And Br 10 Measurements ...... 506

C.348 LQ And Br 11 Measurements ...... 506

C.349 LQ And Br 12 Measurements ...... 507

C.350 LQ And Br 13 Measurements ...... 507

C.351 LQ And Br 14 Measurements ...... 507

C.352 LQ And Br 15 Measurements ...... 508

C.353 LQ And Br 16 Measurements ...... 508

C.354 LQ And Br 17 Measurements ...... 508

C.355 LQ And Br 18 Measurements ...... 509

C.356 LQ And Br 19 Measurements ...... 509

C.357 LQ And Br 20 Measurements ...... 509

xxvi C.358 LQ And HeI λ2.06µm Measurements ...... 510

C.359 LQ And HeI λ1.08µm Measurements ...... 510

C.360 LQ And Paβ Measurements ...... 510

C.361 LQ And Ca II λ0.849µm Measurements ...... 511

C.362 LQ And Ca II λ0.854µm Measurements ...... 511

C.363 LQ And Ca II λ0.866µm Measurements ...... 511

C.364 ν Gem Hα Measurements ...... 512

C.365 ν Gem HeI λ5876Å Measurements ...... 513

C.366 ν Gem Hβ Measurements ...... 514

C.367 ν Gem FeII λ5316Å Measurements ...... 514

C.368 ν Gem Brγ Measurements ...... 516

C.369 ν Gem Br 10 Measurements ...... 516

C.370 ν Gem Br 11 Measurements ...... 516

C.371 ν Gem Br 12 Measurements ...... 517

C.372 ν Gem Br 13 Measurements ...... 517

C.373 ν Gem Br 14 Measurements ...... 518

C.374 ν Gem Br 15 Measurements ...... 518

C.375 ν Gem Br 16 Measurements ...... 518

C.376 ν Gem Br 17 Measurements ...... 519

C.377 ν Gem Br 18 Measurements ...... 519

C.378 ν Gem Br 19 Measurements ...... 520

C.379 ν Gem Br 20 Measurements ...... 520

C.380 ν Gem HeI λ2.06µm Measurements ...... 520

C.381 ν Gem HeI λ1.08µm Measurements ...... 521

C.382 ν Gem HeI λ1.7µm Measurements ...... 521

C.383 ν Gem Paβ Measurements ...... 522

C.384 ω Ori Hα Measurements ...... 523

xxvii C.385 ω Ori HeI λ5876Å Measurements ...... 523

C.386 ω Ori Hβ Measurements ...... 524

C.387 ω Ori Brγ Measurements ...... 524

C.388 ω Ori Br 10 Measurements ...... 524

C.389 ω Ori Br 11 Measurements ...... 525

C.390 ω Ori Br 12 Measurements ...... 525

C.391 ω Ori Br 13 Measurements ...... 525

C.392 ω Ori Br 14 Measurements ...... 526

C.393 ω Ori Br 15 Measurements ...... 526

C.394 ω Ori Br 16 Measurements ...... 526

C.395 ω Ori Br 17 Measurements ...... 527

C.396 ω Ori Br 18 Measurements ...... 527

C.397 ω Ori Br 19 Measurements ...... 527

C.398 ω Ori Br 20 Measurements ...... 528

C.399 ω Ori HeI λ2.06µm Measurements ...... 528

C.400 ω Ori HeI λ1.08µm Measurements ...... 528

C.401 ω Ori HeI λ1.7µm Measurements ...... 529

C.402 ω Ori Paβ Measurements ...... 529

C.403 o Cas Hα Measurements ...... 530

C.404 o CasHeI λ5876Å Measurements ...... 531

C.405 o Cas Hβ Measurements ...... 532

C.406 o Cas FeII λ5316Å Measurements ...... 533

C.407 o Cas Brγ Measurements ...... 534

C.408 o Cas Br 10 Measurements ...... 535

C.409 o Cas Br 11 Measurements ...... 535

C.410 o Cas Br 12 Measurements ...... 535

C.411 o Cas Br 13 Measurements ...... 536

xxviii C.412 o Cas Br 14 Measurements ...... 536

C.413 o Cas Br 15 Measurements ...... 536

C.414 o Cas Br 16 Measurements ...... 537

C.415 o Cas Br 17 Measurements ...... 537

C.416 o Cas Br 18 Measurements ...... 537

C.417 o Cas Br 19 Measurements ...... 538

C.418 o Cas Br 20 Measurements ...... 538

C.419 o Cas HeI λ2.06µm Measurements ...... 538

C.420 o Cas HeI λ1.08µm Measurements ...... 539

C.421 o Cas HeI λ1.7µm Measurements ...... 539

C.422 o Cas Paβ Measurements ...... 539

C.423 o Cas Ca II λ0.849µm Measurements ...... 540

C.424 o Cas Ca II λ0.854µm Measurements ...... 540

C.425 o Cas Ca II λ0.866µm Measurements ...... 540

C.426 φ Per Hα Measurements ...... 541

C.427 φ Per HeI λ5876Å Measurements ...... 542

C.428 φ Per Hβ Measurements ...... 544

C.429 φ Per FeII λ5316Å Measurements ...... 545

C.430 φ Per Brγ Measurements ...... 546

C.431 φ Per Br 10 Measurements ...... 547

C.432 φ Per Br 11 Measurements ...... 547

C.433 φ Per Br 12 Measurements ...... 548

C.434 φ Per Br 13 Measurements ...... 548

C.435 φ Per Br 14 Measurements ...... 549

C.436 φ Per Br 15 Measurements ...... 549

C.437 φ Per Br 16 Measurements ...... 550

C.438 φ Per Br 17 Measurements ...... 551

xxix C.439 φ Per Br 18 Measurements ...... 551

C.440 φ Per Br 19 Measurements ...... 552

C.441 φ Per Br 20 Measurements ...... 552

C.442 φ Per Br 21 Measurements ...... 553

C.443 φ Per HeI λ2.06µm Measurements ...... 553

C.444 φ Per HeI λ1.08µm Measurements ...... 554

C.445 φ Per Paβ Measurements ...... 554

C.446 π Aqr Hα Measurements ...... 555

C.447 π Aqr HeI λ5876Å Measurements ...... 558

C.448 π Aqr Hβ Measurements ...... 562

C.449 π Aqr Brγ Measurements ...... 563

C.450 π Aqr Br 10 Measurements ...... 563

C.451 π Aqr Br 11 Measurements ...... 564

C.452 π Aqr Br 12 Measurements ...... 565

C.453 π Aqr Br 13 Measurements ...... 565

C.454 π Aqr Br 14 Measurements ...... 566

C.455 π Aqr Br 15 Measurements ...... 567

C.456 π Aqr Br 16 Measurements ...... 567

C.457 π Aqr Br 17 Measurements ...... 568

C.458 π Aqr Br 18 Measurements ...... 568

C.459 π Aqr Br 19 Measurements ...... 569

C.460 π Aqr Br 20 Measurements ...... 570

C.461 π Aqr HeI λ2.06µm Measurements ...... 570

C.462 π Aqr HeI λ1.08µm Measurements ...... 571

C.463 π Aqr HeI λ1.7µm Measurements ...... 571

C.464 π Aqr Paβ Measurements ...... 572

C.465 ψ Per Hα Measurements ...... 573

xxx C.466 ψ Per HeI λ5876Å Measurements ...... 575

C.467 ψ Per Hβ Measurements ...... 576

C.468 ψ Per FeII λ5316Å Measurements ...... 577

C.469 ψ Per BrγMeasurements ...... 579

C.470 ψ Per Br 10 Measurements ...... 580

C.471 ψ Per Br 11 Measurements ...... 580

C.472 ψ Per Br 12 Measurements ...... 581

C.473 ψ Per Br 13 Measurements ...... 581

C.474 ψ Per Br 14 Measurements ...... 582

C.475 ψ Per Br 15 Measurements ...... 582

C.476 ψ Per Br 16 Measurements ...... 583

C.477 ψ Per Br 17 Measurements ...... 583

C.478 ψ Per Br 18 Measurements ...... 584

C.479 ψ Per Br 19 Measurements ...... 584

C.480 ψ Per Br 20 Measurements ...... 585

C.481 ψ Per HeI λ1.08µmMeasurements ...... 585

C.482 ψ Per Paβ Measurements ...... 586

C.483 ψ Per Ca II λ0.849µm Measurements ...... 586

C.484 ψ Per Ca II λ0.854µm Measurements ...... 587

C.485 ψ Per Ca II λ0.866µm Measurements ...... 587

C.486 θ CrB Hα Measurements ...... 588

C.487 θ CrB HeI λ5876Å Measurements ...... 591

C.488 θ CrB Hβ Measurements ...... 594

C.489 θ CrB Brγ Measurements ...... 595

C.490 θ CrB Br 10 Measurements ...... 595

C.491 θ CrB Br 11 Measurements ...... 595

C.492 θ CrB Br 12 Measurements ...... 596

xxxi C.493 θ CrB Br 13 Measurements ...... 596

C.494 θ CrB Br 14 Measurements ...... 596

C.495 θ CrB Br 15 Measurements ...... 597

C.496 θ CrB Br 16 Measurements ...... 597

C.497 θ CrB Br 17 Measurements ...... 597

C.498 θ CrB Br 18 Measurements ...... 598

C.499 θ CrB Br 19 Measurements ...... 598

C.500 θ CrB Br 20 Measurements ...... 598

C.501 θ CrB HeI λ2.06µm Measurements ...... 598

C.502 θ CrB HeI λ1.08µm Measurements ...... 599

C.503 θ CrB Paβ Measurements ...... 599

C.504 ζ Oph Hα Measurements ...... 600

C.505 ζ Oph HeI λ5876Å Measurements ...... 602

C.506 ζ Oph Hβ Measurements ...... 604

C.507 ζ Oph Brγ Measurements ...... 604

C.508 ζ Oph Br 10 Measurements ...... 605

C.509 ζ Oph Br 11 Measurements ...... 605

C.510 ζ Oph Br 12 Measurements ...... 605

C.511 ζ Oph Br 13 Measurements ...... 606

C.512 ζ Oph Br 14 Measurements ...... 606

C.513 ζ Oph Br 15 Measurements ...... 606

C.514 ζ Oph Br 16 Measurements ...... 607

C.515 ζ Oph Br 17 Measurements ...... 607

C.516 ζ Oph Br 18 Measurements ...... 607

C.517 ζ Oph Br 19 Measurements ...... 608

C.518 ζ Oph Br 20 Measurements ...... 608

C.519 ζ Oph HeI λ2.06µm Measurements ...... 608

xxxii C.520 ζ Oph HeI λ1.08µm Measurements ...... 609

C.521 ζ Oph Paβ Measurements ...... 609

C.522 ζ Tau Hα Measurements ...... 610

C.523 ζ Tau Hβ Measurements ...... 614

C.524 ζ Tau HeI λ5876Å Measurements ...... 616

C.525 ζ Tau FeII λ5316Å Measurements ...... 620

C.526 ζ Tau Na II Measurements ...... 625

C.527 ζ Tau Brγ Measurements ...... 630

C.528 ζ Tau Br 10 Measurements ...... 630

C.529 ζ Tau Br 11 Measurements ...... 631

C.530 ζ Tau Br 12 Measurements ...... 632

C.531 ζ Tau Br 13 Measurements ...... 632

C.532 ζ Tau Br 14 Measurements ...... 633

C.533 ζ Tau Br 15 Measurements ...... 633

C.534 ζ Tau Br 16 Measurements ...... 634

C.535 ζ Tau Br 17 Measurements ...... 634

C.536 ζ Tau Br 18 Measurements ...... 635

C.537 ζ Tau Br 19 Measurements ...... 636

C.538 ζ Tau Br 20 Measurements ...... 636

C.539 ζ Tau HeI λ2.06µm Measurements ...... 637

C.540 ζ Tau HeI λ1.08µm Measurements ...... 637

C.541 ζ Tau Paβ Measurements ...... 638

xxxiii List of Figures

1-1 Artist depiction of the Be star φ Per...... 2

1-2 Examples of V/R variability of the Hα line in the Be star ζ Tau. . . . 4

1-3 Schematic view of a Be star at critical rotation and with a flared disk. 15

1-4 A schematic depiction of finding V/R data...... 16

1-5 Variability across different line features for two contemporaneous data

points in IR and optical wavelengths for ζ Tau...... 16

1-6 HDUST image maps of emission line formation regions...... 17

1-7 The formation loci of continuum emission for various wavelength bands

and V-band polarized flux PV ...... 18

1-8 Effects of density waves on line profiles...... 19

1-9 McDavid et al. (2000) model of a spiral density wave in 48 Lib. . . . 20

2-1 An example of one half of the raw image pair from the IRTF SpeX

Spectrograph...... 24

2-2 Description of the standard aperture setups used for the Ritter Obser-

vatory Echelle Spectrograph...... 30

2-3 Example of a raw image from the new large-format CCD for the Ritter

Echelle Spectrograph...... 31

2-4 An example of final SXD spectra from the IRTF SpeX Spectrograph

of φ Per from September 26, 2005...... 32

2-5 Graphical output of the double gaussian fitting program ...... 33

2-6 An example of a final Ritter echelle spectra...... 35

xxxiv 2-7 The Be stars within NGC 663 from 2015-09-26 observations...... 37

2-8 An example spectrum for a cluster Be star...... 38

4-1 V/R values and equivalent widths for 25 Ori’s optical lines...... 47

4-2 The Brackett Series for 25 Ori...... 48

4-3 Additional spectral features of 25 Ori...... 48

4-4 Stacked spectra for 28 Cyg during the SpeX timeline...... 51

4-5 Stacked spectra for 28 Cyg during the SpeX timeline. Part 2 . . . . . 52

4-6 Stacked spectra for 28 Cyg during the SpeX timeline. Part 3 . . . . . 53

4-7 V/R values for 28 Cyg...... 54

4-8 Equivalent widths for 28 Cyg...... 55

4-9 Stacked spectra for 28 Tau during the SpeX timeline...... 58

4-10 Stacked spectra for 28 Tau during the SpeX timeline. Part 2 . . . . . 59

4-11 V/R values and equivalent widths for 28 Tau’s optical lines...... 60

4-12 Assorted spectral features of 28 Tau...... 60

4-13 Equivalent widths of the Brackett Series for 28 Tau ...... 61

4-14 31 Peg’s optical data...... 62

4-15 Equivalent widths for 31 Peg’s infrared data...... 63

4-16 48 Per’s optical data...... 64

4-17 Equivalent widths for 48 Per’s infrared data...... 65

4-18 Stacked spectra for 59 Cyg during the SpeX timeline...... 67

4-19 Stacked spectra for 59 Cyg during the SpeX timeline. Part 2 . . . . . 68

4-20 Stacked spectra for 59 Cyg during the SpeX timeline. Part 3 . . . . . 69

4-21 The Brackett series of 59 Cyg...... 70

4-22 Optical features of 59 Cyg...... 70

4-23 Additional IR features of 59 Cyg...... 71

4-24 Stacked spectra for 60 Cyg during the SpeX timeline...... 74

xxxv 4-25 Stacked spectra for 60 Cyg during the SpeX timeline. Part 2 . . . . . 75

4-26 Stacked spectra for 60 Cyg during the SpeX timeline. Part 3 . . . . . 76

4-27 V/R values and equivalent widths for 60 Cyg’s optical lines...... 77

4-28 The Brackett series of 60 Cyg...... 77

4-29 Assorted spectral features of 60 Cyg...... 78

4-30 Optical spectral features of 66 Cyg...... 79

4-31 Equivalent widths for all IR spectral features of 66 Cyg exhibiting

emission and/or variability...... 80

4-32 Stacked spectra for β CMi during the SpeX timeline...... 82

4-33 Stacked spectra for β CMi during the SpeX timeline. Part 2 . . . . . 83

4-34 V/R values and equivalent widths for β CMi’s optical lines...... 84

4-35 Assorted spectral features of β CMi...... 84

4-36 The Brackett Series of β CMi...... 85

4-37 Stacked spectra for β Lyr during the SpeX timeline...... 88

4-38 Stacked spectra for β Lyr during the SpeX timeline. Part 2 ...... 89

4-39 Stacked spectra for β Lyr during the SpeX timeline. Part 3 ...... 90

4-40 V/R values and equivalent widths for β Lyr’s optical lines...... 91

4-41 Assorted spectral features of β Lyr...... 91

4-42 The Brackett Series of β Lyr...... 92

4-43 Stacked spectra for δ Sco during the SpeX timeline...... 95

4-44 Stacked spectra for δ Sco during the SpeX timeline. Part 2 ...... 96

4-45 Stacked spectra for δ Sco during the SpeX timeline. Part 3 ...... 97

4-46 V/R values and equivalent widths for δ Sco’s optical lines...... 98

4-47 Equivalent widths for δ Sco’s SpeX data...... 98

4-48 V/R values and equivalent widths for Cap’s optical lines...... 99

4-49 Assorted IR spectral features of Cap...... 100

4-50 Equivalent widths of the Brackett Series of Cap...... 100

xxxvi 4-51 Stacked spectra for EW Lac during the SpeX timeline...... 103

4-52 Stacked spectra for EW Lac during the SpeX timeline. Part 2 . . . . 104

4-53 Stacked spectra for EW Lac during the SpeX timeline. Part 3 . . . . 105

4-54 V/R values and equivalent widths for EW Lac’s optical lines. . . . . 106

4-55 The Brackett Series of EW Lac...... 106

4-56 Assorted spectral features of EW Lac...... 107

4-57 V/R values and equivalent widths for γ Cas’ optical lines...... 109

4-58 Equivalent widths for γ Cas’ SpeX data...... 109

4-59 V/R values for HD 91120’s optical and IR lines...... 111

4-60 Equivalent widths for HD 91120...... 112

4-61 Equivalent widths for HD 93521...... 114

4-62 Optical data for HD 163296 ...... 115

4-63 Infrared lines of HD 163296...... 116

4-64 Stacked spectra for HD 183656 during the SpeX timeline...... 118

4-65 Stacked spectra for HD 183656 during the SpeX timeline. Part 2 . . . 119

4-66 Stacked spectra for HD 183656 during the SpeX timeline. Part 3 . . . 120

4-67 V/R values for HD 183656...... 121

4-68 Equivalent widths for HD 183656...... 122

4-69 V/R values for all line features of LQ And...... 124

4-70 Assorted spectral features of LQ And...... 125

4-71 Stacked spectra for ν Gem during the SpeX timeline...... 127

4-72 Stacked spectra for ν Gem during the SpeX timeline. Part 2 . . . . . 128

4-73 Optical features for ν Gem...... 129

4-74 Assorted features for ν Gem during the SpeX timespan...... 129

4-75 Equivalent width measurements of the Brackett Series for ν Gem dur-

ing the SpeX timespan...... 130

4-76 V/R values for ω Ori...... 131

xxxvii 4-77 Equivalent widths for ω Ori...... 132

4-78 Optical spectral features of o Cas...... 133

4-79 Equivalent widths for o Cas’ SpeX data...... 134

4-80 Stacked spectra for π Aqr during the SpeX timeline...... 137

4-81 Stacked spectra for π Aqr during the SpeX timeline. Part 2 . . . . . 138

4-82 Stacked spectra for π Aqr during the SpeX timeline. Part 3 . . . . . 139

4-83 V/R values for spectral features of π Aqr...... 140

4-84 π Aqr’s Hα V/R plotted according to phase...... 141

4-85 Equivalent widths for spectral features of π Aqr...... 142

4-86 V/R values for ψ Per...... 144

4-87 Equivalent widths for ψ Per...... 145

4-88 Equivalent widths for θ CrB’s optical lines...... 146

4-89 Equivalent widths for infrared lines of θ CrB...... 146

4-90 Optical data for ζ Oph ...... 147

4-91 Infrared lines of ζ Oph...... 148

5-1 Stacked spectra for φ Per during the SpeX timeline...... 156

5-2 Stacked spectra for φ Per during the SpeX timeline. Part 2 ...... 157

5-3 Stacked spectra for φ Per during the SpeX timeline. Part 3 ...... 158

5-4 V/R ratios for φ Per...... 159

5-5 EqW plots for φ Per...... 160

5-6 A dynamical spectrum of all Hα spectra for φ Per...... 162

5-7 A dynamical spectrum of all HeI λ5876Å spectra for φ Per...... 163

5-8 A dynamical spectrum of all FeII λ5316Å spectra for φ Per...... 163

5-9 A dynamical spectrum of all Hβ spectra for φ Per...... 164

6-1 A comparison between normal double-peaked emission and triple peaked

emission for ζ Tau...... 166

xxxviii 6-2 Stacked spectra for ζ Tau during the SpeX timeline...... 174

6-3 Stacked spectra for ζ Tau during the SpeX timeline. Part 2 . . . . . 175

6-4 Stacked spectra for ζ Tau during the SpeX timeline. Part 3 . . . . . 176

6-5 V/R ratios for ζ Tau...... 177

6-6 Equivalent widths for ζ Tau...... 178

6-7 Plot of the radial velocites of the Hα triple peak and Na D absorption

in ζ Tau...... 179

6-8 A dynamical spectrum of all Hα spectra for ζ Tau...... 180

6-9 A dynamical spectrum of all HeI λ5876Å spectra for ζ Tau...... 181

6-10 A dynamical spectrum of all FeII λ5316Å spectra for ζ Tau...... 181

6-11 A dynamical spectrum of all Hβ spectra for ζ Tau...... 182

7-1 An example of Calcium emission in the infrared...... 202

A-1 Stacked spectra for 25 Ori during the SpeX timeline...... 217

A-2 Stacked spectra for 25 Ori during the SpeX timeline. Part 2 . . . . . 218

A-3 Stacked spectra for 25 Ori during the SpeX timeline. Part 3 . . . . . 219

A-4 Stacked spectra for 31 Peg during the SpeX timeline...... 220

A-5 Stacked spectra for 31 Peg during the SpeX timeline. Part 2 . . . . . 221

A-6 Stacked spectra for 31 Peg during the SpeX timeline. Part 3 . . . . . 222

A-7 Stacked spectra for 48 Per during the SpeX timeline...... 223

A-8 Stacked spectra for 48 Per during the SpeX timeline. Part 2 . . . . . 224

A-9 Stacked spectra for 48 Per during the SpeX timeline. Part 3 . . . . . 225

A-10 Stacked spectra for 66 Cyg during the SpeX timeline...... 226

A-11 Stacked spectra for 66 Cyg during the SpeX timeline. Part 2 . . . . . 227

A-12 Stacked spectra for 66 Cyg during the SpeX timeline. Part 3 . . . . . 228

A-13 Stacked spectra for Cap during the SpeX timeline...... 229

A-14 Stacked spectra for Cap during the SpeX timeline. Part 2 . . . . . 230

xxxix A-15 Stacked spectra for Cap during the SpeX timeline. Part 3 . . . . . 231

A-16 Stacked spectra for γ Cas during the SpeX timeline...... 232

A-17 Stacked spectra for γ Cas during the SpeX timeline. Part 2 . . . . . 233

A-18 Stacked spectra for γ Cas during the SpeX timeline. Part 3 . . . . . 234

A-19 Stacked spectra for HD 91120 during the SpeX timeline...... 235

A-20 Stacked spectra for HD 91120 during the SpeX timeline. Part 2 . . . 236

A-21 Stacked spectra for HD 93521 during the SpeX timeline...... 237

A-22 Stacked spectra for HD 93521 during the SpeX timeline. Part 2 . . . 238

A-23 Stacked spectra for HD 163296 during the SpeX timeline...... 240

A-24 Stacked spectra for LQ And during the SpeX timeline...... 241

A-25 Stacked spectra for LQ And during the SpeX timeline. Part 2 . . . . 242

A-26 Stacked spectra for ω Ori during the SpeX timeline...... 243

A-27 Stacked spectra for ω Ori during the SpeX timeline. Part 2 ...... 244

A-28 Stacked spectra for ω Ori during the SpeX timeline. Part 3 ...... 245

A-29 Stacked spectra for o Cas during the SpeX timeline...... 246

A-30 Stacked spectra for o Cas during the SpeX timeline. Part 2 ...... 247

A-31 Stacked spectra for o Cas during the SpeX timeline. Part 3 ...... 248

A-32 Stacked spectra for ψ Per during the SpeX timeline...... 249

A-33 Stacked spectra for ψ Per during the SpeX timeline. Part 2 . . . . . 250

A-34 Stacked spectra for ψ Per during the SpeX timeline. Part 3 . . . . . 251

A-35 Stacked spectra for θ CrB during the SpeX timeline...... 252

A-36 Stacked spectra for θ CrB during the SpeX timeline. Part 2 . . . . . 253

A-37 Stacked spectra for ζ Oph during the SpeX timeline...... 254

A-38 Stacked spectra for ζ Oph during the SpeX timeline. Part 2 . . . . . 255

B-1 A dynamical representation of all Hα for 28 Cyg...... 257

xl B-2 A dynamical representation of all Hα minus the average spectra for 28

Cyg...... 258

B-3 A dynamical representation of all HeI λ5876Å for 28 Cyg...... 259

B-4 A dynamical representation of all HeI λ5876Å minus the average spec-

tra for 28 Cyg...... 260

B-5 A dynamical representation of all Hβ for 28 Cyg...... 261

B-6 A dynamical representation of all Hβ minus the average spectra for 28

Cyg...... 262

B-7 A dynamical representation of all Hα for 60 Cyg...... 263

B-8 A dynamical representation of all Hα minus the average spectra for 60

Cyg...... 264

B-9 A dynamical representation of all HeI λ5876Å for 60 Cyg...... 265

B-10 A dynamical representation of all HeI λ5876Å minus the average spec-

tra for 60 Cyg...... 266

B-11 A dynamical representation of all Hβ for 60 Cyg...... 267

B-12 A dynamical representation of all Hβ minus the average spectra for 60

Cyg...... 268

B-13 A dynamical representation of all Hα for δ Sco...... 269

B-14 A dynamical representation of all Hα minus the average spectra for δ

Sco...... 270

B-15 A dynamical representation of all HeI λ5876Å for δ Sco...... 271

B-16 A dynamical representation of all HeI λ5876Å minus the average spec-

tra for δ Sco...... 272

B-17 A dynamical representation of all Hβ for δ Sco...... 273

B-18 A dynamical representation of all Hβ minus the average spectra for δ

Sco...... 274

B-19 A dynamical representation of all Hα for γ Cas...... 275

xli B-20 A dynamical representation of all Hα minus the average spectra for γ

Cas...... 276

B-21 A dynamical representation of all HeI λ5876Å for γ Cas...... 277

B-22 A dynamical representation of all HeI λ5876Å minus the average spec-

tra for γ Cas...... 278

B-23 A dynamical representation of all Hβ for γ Cas...... 279

B-24 A dynamical representation of all Hβ minus the average spectra for γ

Cas...... 280

B-25 A dynamical representation of all Hα for ν Gem ...... 281

B-26 A dynamical representation of all Hα minus the average spectra for ν

Gem ...... 282

B-27 A dynamical representation of all Hα for π Aqr ...... 283

B-28 A dynamical representation of all Hα minus the average spectra for π

Aqr ...... 284

B-29 A dynamical representation of all HeI λ5876Å for π Aqr...... 285

B-30 A dynamical representation of all HeI λ5876Å minus the average spec-

tra for π Aqr...... 286

B-31 A dynamical representation of all Hβ for π Aqr...... 287

B-32 A dynamical representation of all Hβ minus the average spectra for π

Aqr...... 288

B-33 A dynamical representation of all Hα for ψ Per ...... 289

B-34 A dynamical representation of all Hα minus the average spectra for ψ

Per...... 290

B-35 A dynamical representation of all HeI λ5876Å for ψ Per...... 291

B-36 A dynamical representation of all HeI λ5876Å minus the average spec-

tra for ψ Per...... 292

B-37 A dynamical representation of all Hβ for ψ Per...... 293

xlii B-38 A dynamical representation of all Hβ minus the average spectra for ψ

Per...... 294

B-39 A dynamical representation of all FeII λ5316Å for ψ Per...... 295

B-40 A dynamical representation of all FeII λ5316Å minus the average spec-

tra for ψ Per...... 296

xliii Chapter 1

Introduction

1.1 Be Stars

For 150 years astronomers have been studying a class of hot stars known as Be stars. Be stars are B-type stars that exhibit hydrogen emission lines in their spectra due to a gaseous circumstellar disk around the star, see Figure 1-1 for an artists depiction of a Be star. The first evidence for this class of star is seen in observations from 1866 when the bright star γ Cassiopeiae was reported to exhibit Hydrogen emission lines in its spectrum (Secchi, 1866); this would later be attributed to the

Be phenomenon. The first formal definition of classical Be stars came about through work by Jaschek et al. (1981) and was finally popularized by Collins (1987) with “A non-supergiant B star whose spectrum has, or had at some time, one or more Balmer lines in emission.” Through subsequent research the emission lines were found to originate in a gaseous circumstellar disk around the star. A large amount of work has been completed since this discovery that has advanced our understanding of these interesting systems, including high-precision photometry, polarimetry, spectroscopy, and recently interferometric observations of Be star disks themselves. Much work is still required to complete our understanding of them and it is only recently that research on Be stars has moved towards a general consensus on the physical properties

1 and processes at work.

Figure 1-1: Artist depiction of the Be star φ Per. The primary star in the upper right is surrounded by the red glow of a circumstellar disk, with an evolved, stripped down, helium star companion. Cour- tesy of Bill Pounds.

The disk is a Keplerian decretion disk, or a disk that is being fed material, in this case from the star, instead of accreting material onto the star as in an accretion disk.

A Keplerian disk is one that follows Kepler’s laws of motion, meaning that any object in orbit follows a particular orbit based on Equation 1.1, where G is the gravitational constant, M the mass of the star (assumed to be much greater than than the mass of the object), R the radius from the star, and v the orbital velocity.

s GM v = (1.1) R

Material in these disks is mainly composed of hydrogen, evidenced by the hydrogen emission lines seen in the stellar spectra. A definite answer for the source of the mass decretion from the star is still debated, but one of the most likely scenarios is due to the rapid rotation rate of the host star that approaches the critical rotation rate, where the star’s gravity and the centrifugal force cancel at the equator. With the stars already near their critical rotation rate, an external perturbation could push

2 the rotation over the critical velocity causing the star to throw off surface material, perhaps into a circumstellar disk.

B stars are on the more massive end of the stellar range and it appears that a large fraction of them are in fact Be stars. For Milky Way (MW) field stars, Zorec & Briot

(1997) found that about 17% of B stars were of the Be type with upwards of double that for B1 spectral type. The Be star to normal B star fraction increases for younger clusters, approaching ∼40% in the Small Magellanic Cloud (SMC) (Wisniewski &

Bjorkman (2006); Martayan et al. (2007); Abt & Levy (1978); Slettebak (1982)).

The classical Be type is not limited to only the B spectral type, but also includes O stars (Oe) and A stars (Ae) to a lesser degree.

1.1.1 Detecting Be Stars

Since the gaseous material primarily emits in the optical region via Balmer hydrogen emission, Hα and Hβ provide an excellent indicator for identifying Be stars since normal B stars do not have hydrogen emission lines. The emission features discussed in this study are all due to atoms in the circumstellar disk being excited by the radiation from the central star and then emitting photons of the corresponding energy. The spectral lines in this study are listed in Table 3.1 and discussed in detail in Section 3.1. The emission due to hydrogen, “H”, primarily exhibits the form of a double-peaked emission line but can vary in its characteristics, see Figure 1-2. In simple cases, the emission lines have a straight-forward double-peaked structure as in the upper right panel in Figure 1-2, but they can become much more complicated, as seen in the lower right panel. The variability and shape of the profiles tells us about the makeup and distribution of material in the circumstellar disk as well as the line-of-sight orientation of the star (vsini). Figure 1-3 demonstrates how our point of view affects the emission lines we see, where “D” designates the “edge-on” caseor shell profile and “A” is the “pole-on” case. Our sample of stars contains casesfrom

3 Figure 1-2: Examples of V/R variability of the Hα line in the Be star ζ Tau. Top left: V > R, Top right: R > V, Bottom left: V ≈ R, Bottom right: multiple peak structure. All spectra are normalized and plotted over the same x-axis range (6540.9Å, 6584.7Å) with an arbitrary normalized flux on the y-axis. each of these different inclinations. In particular, the pole-on case is problematic for our purposes as no V/R data can be obtained from the main hydrogen lines.

As the definition states, Be stars can be identified by their hydrogen emission lines, which can be detected via photometric and spectroscopic observations. Furthermore,

Be stars also exhibit an infrared excess, due to the disk reprocessing the host star’s blue light into the infrared. This excess appears as a change in the slope of the continuum emission for the system and is visible in an HR-Diagram color-color plot.

1.1.2 Applicability to Circumstellar Disk Systems

Be stars represent an interesting test bed for the study of circumstellar disks.

Circumstellar disks are of interest to many different areas in astronomy, including stellar and planetary formation disks, post-main sequence disks, and accretion disks.

Many of these other astrophysical systems by their nature introduce complications that Be disks do not have, such as the presence of dust. For this reason Be star circumstellar disks provide a “simple” way to study and understand the science behind

4 gaseous circumstellar disks in general without involving extra complications, such as dust.

The disks experience global variability, i.e. density waves, as is evidenced by cyclic asymmetries in emission line profiles, and the study of these asymmetries can provide insights that may be applied to other disk-like systems such as planetary rings, proto-planetary systems (planet formation), close binary stars, and even galactic nu- clei. The large ratio of Be stars in binaries allow the for study of precession effects, warping, tidal deformation and truncation, and binaries that are X-ray sources allow for the study of relativistic wind interactions within the disks. Finally, these disks are governed by viscosity, likely determining both their formation and evolution. Viscous transport requires understanding of both the matter and angular momentum within small volumes and short timescales. Studies of multiple emission lines within the disks, thereby probing different regions of said disk, allow the monitoring of material transfer/motion in the disk.

Be stars also allow us to investigate the effects of rapid rotation. The presence of rapid rotation is a prerequisite of most Be star disk formation theories; however, evidence continues to suggests that this rotation is short of the necessary critical value needed for the star to directly expel material into orbit (circumstellar disk) (Porter,

1996). The critical rotation velocity of a star is given by

q vc = GM∗/Re (1.2) where the ‘e’ denotes equatorial values (Townsend et al., 2004). Townsend et al.

(2004) proposed compelling evidence that gravity darkening may have led to system- atically underestimated rotational velocities. If this is the case, then Be stars may indeed be rotating at near critical velocity, even when vsini measurements are between 70%-100% of critical. vsini is a measurement of the rotation rate of a star,

5 where v is the rotation velocity and i is the inclination angle of the rotation axis.

The inclination is best measured using direct imaging, via interferometry. As this method for disk formation has yet to be definitively proven, the specific origin ofthe circumstellar disks around Be stars is yet undetermined. Several groups are working to identify if additional small scale mechanisms such as pulsation and gas pressure in addition to rotation, could be sufficient to propel material into orbit around the star.

1.2 Variability

The most interesting feature of Be stars is their observational variability, which can occur on all time scales longer than a few minutes. The emission features detected in spectra can completely disappear, returning the Be star to a normal B-type photospheric absorption profile, only to reappear years later. The variability canrep- resent more than a simple disk-loss and replenishment cycle (i.e., β Lyrae’s binary interactions), but also variations within the disk itself such as spiral waves, discussed in Section 1.2.1.2. Variations of tens of angstroms in Hα equivalent width are not uncommon before the Be star reverts to a normal B-type star(Rivinius et al., 2013).

The method for this disk loss and replenishment is still not well understood. Efforts like those of Lee et al. (1991) and subsequent developments by Porter (1999), Okazaki

(2001), and Bjorkman & Carciofi (2005) have produced the most viable scenario for what is known of Be star disks.

The primary method for studying these stars is to examine spectral line features that originate in the circumstellar disk, as well as direct imaging via interferometry in recent years. However, at the simplest level Be stars can be monitored using only photometry to measure the overall change in the disk. γ Cas, one of the first detected

Be stars, was found using this method.

6 1.2.1 Line Profile Variations

The internal disk variability is of great interest to astronomers as it will likely provide insight into the formation and evolutionary history of the disk itself. Emission line profile variability is one of the indicator’s by which this knowledge can be attained.

An example of this is “violet-to-red cycles” (known as V/R variations), in which the two peaks of the emission lines vary in strength, both temporally and between individual features (see Figure 1-5). Expressed as a ratio, as defined in Equation

1.3, V/R is found using the maximum blue-shifted flux (V) minus the continuum (C) divided by the same for the red-shifted flux (R).

V (V − C) = (1.3) R (R − C)

In terms of the actual spectrum, we are measuring the heights of both peaks relative to the continuum, see Figure 1-4. Continuum normalization is the first and most important step in determining the V/R ratio of a line, see Chapter 2 for specifics on our method of continuum normalization. The individual peak heights, red and blue lines, are measured in normalized flux units. Plugging everything into Equation 1.3 results in the V/R ratio. When measuring these ratios, we are in fact gathering a line- of-sight view of the disk. The value of V/R can mean many things, but in most cases it is telling us the overall density distribution of the gas in the disk. Figure 1-9, from

McDavid et al. (2000), demonstrates how line of sight on a system with a spiral disk changes the line profile we observe and the resulting V/R ratio. An emission line’s morphology can change from a V>R state to a V

1-5). The longer variations are due to large scale density structure in the circumstellar

7 disk, while the shorter can be from binary interactions or both. One of the suggested explanations for these variations is the presence of precessing one-armed spiral density waves within the circumstellar disk (Okazaki, 1997), which have been shown to be plausible explanations via hydrodynamical simulations. These waves precess around the disk at a rate much longer than the Keplerian orbital period, leading to long term variability. Density waves produce regions of enhanced density around the star, where higher density regions emit greater levels of radiation detectable in emission lines. Stars such as the well-studied ζ Tauri have gone through complete cycles or

“rotations” of the density wave; ζ Tau is discussed in detail in Chapter 6. The variety of variability, both from star to star and within the same star, allows one to test a multitude of factors required in modeling the circumstellar disk and star, including: disk/star rotation, pulsation/variability, magnetic fields, methods of disk formation, and the type of disk.

The observational properties seen in cyclic V/R variations were summarized by

Okazaki (1991), we include the parts relevant to our discussion here:

• Period range from years to decades, thousands of times longer than the rotation

rate of the star and hundreds of times longer than typical disk rotation rates

• Spectral type does not affect the periods

• Periods can vary from cycle to cycle

• A stronger red (blue) component causes the profiles to shift blueward (redward).

• V/R variations in binary stars can be phase locked to the orbital motions

• In some shell stars with V/R variability Hα profiles have been known to exhibit

profiles with three peaks, whose occurrence happens during a narrow phase

interval.

8 • Phase lags have been seen between different lines.

In this project, we examine this V/R variability across a number of different emission lines in order to get clues about the disk structure, formation, and deformation.

By studying the line profiles formed in different regions of the disk, and howthey compare to each other, we can begin to develop a qualitative disk structure model for

Be stars. With the number of line profiles we have, we also can examine how variations in the inner disk and outer disk compare. By understanding the inner disk, we can make steps toward the goal of understanding the mass transfer mechanism that gives Be disks life, while both the outer and inner disk yield information on deformation mechanisms.

1.2.1.1 Formation Locations

Understanding how line profiles can begin to map the disk requires anunder- standing of where each line’s formation region is. To do this we use models developed for Be stars to find the generalized formation locations. One of the main modeling programs for Be stars is HDUST, a 3-D Monte Carlo radiative transfer code (Carciofi

& Bjorkman (2006), Carciofi & Bjorkman (2008)). Figure 1-6 shows several images created for the hydrogen lines present in Be stars. Each image is scaled to showcase the optically thick region of each line, from which most of the emission is emitted.

From the plots, the extent of each lines formation region is found in the red contours.

The shade of the color is based on the gas density, lighter is denser. The central star is located at the center (0,0). These maps were created for a very simple case, using the stellar properties for ψ Per and a static mass loss rate. No additional modifications were made, such as adding a polar outflow as the extent in the plane of the diskis all we are interested in. Hα is produced across the largest portion of the disk, top left, which is the reason we use it as our primary indicator for the presence of a disk.

Infrared lines are produced within much smaller radii and thereby allow us to probe 9 the inner regions of the circumstellar disk. A breakdown of the formation locations based off these models is included in Table 1.1, listing each line’s relevance tothe inner or outer disk and the percentage of the disk that is covered (based on Hα as the full disk analogue).

Table 1.1: Breakdown of Relative Line Formation Locations Line Formation Region Extent Percentage of Full Disk Hα full disk 100 Hβ middle disk 61 Paβ outer disk 84 Brγ outer disk 73 Br13 inner disk 38 Br18 inner disk 34 Helium lines Unknown, but likely inner disk ··· FeII λ5316Å Unknown, but likely inner disk ···

Through the use of different profiles, formed with different radial extents, wecan begin to form a generalized version of each disk’s makeup. Hα is used for the outer disk, while Brγ has been used as the inner disk analogue. Currently only hydrogen lines can be modeled with HDUST, so we must attempt to identify the formation regions of our iron and helium lines, which is discussed later. Figure 1-7 shows that it is not just the line profiles that form in different regions, but different bandsof continuum emission also have specified formation regions. In this case, two unique disk densities were used in HDUST models to showcase how formation locations can shift in radial position, even though their relative order does not change. This shift due to density is important, since no two Be disk’s are the same; the radial extent of each disk is also different. Continuum viability can be used as a basic toolfor probing the disk, however, it does not allow probing of the red and blue shifted sides of the disk like spectra do. So when we discuss the make up of these disks we are using the relative formation location to create a map that can then be applied to interferometric observations of the disk’s true extent.

10 1.2.1.2 Spiral Density Waves

The shape of line profiles in a given observation of a star can vary to a large degree, see Figure 1-5; these shapes are determined by the density structure in the disk and our line of sight. The deep shell profiles in that image are an indication ofanear edge-on orientation of the disk. It has been known for a while now that some Be star variability is likely due to the presence of a density wave in the disk (Okazaki, 1991,

1997). Wisniewski et al. (2007) used basic techniques to examine this effect with ζ

Tau, using two individual observations of the star. They concluded that the observed differences in the V/R orientation of optical vs. infrared lines suggested the presence of a “significantly different average azimuthal morphology” in the disk. This would be indicative of a spiral density wave progressing through the disk. A schematic of this type of spiral wave is shown in Figure 1-8. In their schematic, they show a V>R morphology for an infrared line, which is produced by a net density enhancement present in the formation domain of that line that is moving toward the observer, and the opposite V/R morphology of Hα is produced by a net density enhancement in the outer disk that is moving away from the observer.

The presence of a spiral disk has large scale consequences for the structure of the disk and consequently the line profiles we use to study them. Figure 1-9 shows how the line of sight to a circumstellar disk changes the observed emission line profile.

Even though our line of sight to a star does not change, we see the same effect over time as the density wave precesses around the disk. Analyzing these changes is the key to understanding and mapping the structure, if any, in the disk.

1.2.2 Disk Growth and Decay

The circumstellar disks around Be stars are transient features with timescales on the order of years to decades. Some stars maintain very stable disks over long times

11 (e.g. ζ Tau, β CMi), indicating that their disks are fed at a nearly steady rate. Other stars show examples of disk dissipation, e.g., 60 Cyg shows multiple instances where it’s disk has weakened considerably (Wisniewski et al. (2010); Draper et al. (2011)).

Lastly, some stars grow a disk when previously they had none, δ Sco being a notable example.

For a Be star to have a disk, some mechanism must be feeding material into orbit around the star. This mechanism is still not fully understood, but it can apparently turn on and off at seemingly random times, which results in the disk growth/dissipation events. If a normal B star suddenly starts feeding material into orbit, over time a circumstellar disk will form and we would see all the features associated with

Be stars. The opposite is also true, if the feeding mechanism turns off the disk will slowly dissipate. If enough time passes without new material the Be star will become a normal B star once again. Stars can exhibit any combination of growth or dissipation, and even quasi-cyclic variability, of which ω CMa is a prime example (Štefl et al. (2003)).

To first order, evidence of this variability can be observed using photometric observations, and looking for the tell-tale signature (reddening) that a gaseous circumstellar disk introduces. We have begun a project to do just this that is discussed in Section 1.2.3. In this work we are using spectra to analyze the disk, we do this primarily by using equivalent width measurements of individual line profiles. The equivalent width of a lines profile is a sum of all the emission/absorption present relative to a normalized continuum of 1. In the case of emission line profiles this results in negative values, and absorption profiles are positive, as convention. Many of our stars have both an absorption component and an emission component; in these cases the equivalent width can be 0 if both components cancel the other out. Equivalent widths are presented in units of angstroms (Å). This means that an emission line with a equivalent of -1Å has the same emission strength as a rectangle with a height equal

12 to the continuum level and a width of “-1”. The negative, of course, only refers to emission or absorption not the actual length. This generalized method for comparing lines profiles avoids the complications associated with the vast variations possible in line profiles. Hα, as discussed in Section 1.2.1.1, is formed over the entire disk making it the primary choice for overall disk variability. By utilizing the equivalent widths of line profiles, we are in essence summing up the net amount of emitting material present. Variations in Hα show how the overall disk is fairing, and lines like the

Brackett series probe the material in the inner disk.

Combining our understanding of the variations of lines profiles, through the use of

V/R ratios and these equivalent widths, provides the means to build the conceptual framework behind a Be stars circumstellar disk.

1.2.3 Star Clusters and a Statistical Approach

Studying individual Be stars is a useful method for acquiring significant and detailed information; however, when attempting to understand Be stars as a class it becomes insufficient. Due to the highly variable nature of Be stars, studying asingle star will not provide information on the overall statistics of Be stars, both in terms of variability timescales and disk characteristics. In order to begin developing a more significant statistical sample for a longer-term study, the Discovery Channel Telescope

(DCT) and the Ritter Observatory (RO) have been utilized to obtain photometric observations of 11 open star clusters. These particular clusters were selected for the known presence of Be stars, their spatial location, allowing both RO and the DCT to observe them, and angular size and magnitude constraints imposed by the instru- ments used. This project is a long term project and the final results are outside the scope of this thesis, but we will present an example of preliminary work that has been completed. Each cluster is known to contain at least 5 Be stars, see Table 1.2, and has been observed at least once a year since 2013.

13 Open clusters offer a useful option for studying multiple Be stars in a “controlled” environment. Open clusters contain stars that formed at roughly the same time, so all the Be stars have roughly the same age and history. Furthermore, studying an entire cluster allows simultaneous observations of hundreds of stars in the same filter bands.

While line profile variability, discussed above, can yield much detail on individual stars, it is only through larger samples that a more overarching understanding of Be stars as a class can be achieved. It is through these photometric surveys of star clusters that we can investigate the timescales involved in disk variability, not in detail, but on a level that will use the knowledge gained to further constrain disk mechanisms that are present. Given a more generalized understanding of Be stars, models can allow one to better predict and depict the different variations (inclinations, disk densities, binaries, etc.) of individual Be stars.

A discussion of the cluster data and preliminary results can be found in Section

2.5.

Table 1.2: The star clusters observed with the DCT and the estimated number of known Be stars in each cluster (based on existing literature).

Name RA Dec # of Be stars1 Original Source NGC 7419 22:54 +60:48 37 Subramaniam et al. (2006) NGC 663 01:46 +61:14 34 Pandey et al. (2005) NGC 869 02:19 +57:07 28 Slesnick et al. (2002) NGC 884 02:22 +57:08 25 Slesnick et al. (2002) NGC 6611 18:18 -13:48 23 Hillenbrand et al. (1993),de Winter et al. (1997) NGC 6530 18:04 -24:21 18 Herbig (1957) Trumpler 37 21:39 +57:30 8 Garrison & Kormendy (1976) NGC 7296 22:28 +52:19 8 Netopil et al. (2005) NGC 457 01:19 +58:17 7 Phelps & Janes (1994) NGC 654 01:44 +61:53 6 Pandey et al. (2005) NGC 957 02:33 +57:33 5 Hoag et al. (1961) 1 The number of emission line stars as indicated by WEBDA http://www.univie.ac.at/webda/naviga- tion.html.

14 Figure 1-3: Schematic view of a Be star at critical rotation and with a flared disk. The blue oval is the rapidly rotation B star and the red triangles represent the disk. The lower part shows example spectral profiles from pole-on to edge-on Be stars. Figure taken from Rivinius et al. (2013).

15 Figure 1-4: A schematic depiction of finding V/R data. Using a continuum normalized spectra the V peak height is simply the measured value of the blue line and the same for the R peak and the red line. The green line shows the continuum, set to 1. The central wavelength of the profile is marked by the vertical purple line. The marked black range is the region over which the equivalent width (EqW) is measured.

Figure 1-5: Variability across different line features for two contemporaneous data points in IR and optical wavelengths for ζ Tau. Each column is a separate spectral feature with the x-axis the velocity from line center and the y-axis the continuum normalized flux. Columns one and two are data from Ritter Observatory and the rest of the lines are from the SpeX observations.

16 Figure 1-6: HDUST image maps of emission line formation regions. (top- down and left-right) Hα, Brγ, Paβ,Hβ, Br13, and Br18. The region is scaled for each image to the same density. Axes are in solar radii and span the same range.

17 Figure 1-7: Taken from Rivinius et al. (2013). The formation loci of continuum emission for various wavelength bands and V-band polarized flux PV, expressed in accumulated disk contribution as function of increasing radius for two different densities. The stellar flux∗ F was subtracted so that each curve starts at zero. The dotted limit marks 80% of the total flux, which corresponds to the integrated flux inside the full-width half-max for a Gaussian shaped emission profile. Data were computed with HDUST for the reference model of Faes et al. (2013), for a disk seen at i = 30°

18 Figure 1-8: Taken from Wisniewski et al. (2007). One-armed density perturbation, characterized by regions of density enhancement (lighter regions) and regions of density decrements (darker regions), be- lieved to reside in ζ Tau’s disk based on observed V/R line profile variations. Our IR (top left) and optical (top right) spectroscopic data probe different physical locations within the ζ Tau disk, and hence probe different regions of the density perturbation located within the disk.

19 Figure 1-9: McDavid et al. (2000) model of a spiral density wave in 48 Lib. The blue region indicates the density enhancement, and the yel- low the density decrement, with the graphs all around indicating the spectral line seen by an observer from that angle. Both the revolution of the disk material and the precession of the wave are clockwise.

20 Chapter 2

Data and Reductions

Spectra used in this analysis were acquired from both the SpeX Instrument on

NASA’s InfraRed Telescope Facility (IRTF)1 and the echelle spectrograph at the

University of Toledo’s Ritter Observatory. NASA’s IRTF is a 3.0 meter telescope located at the summit of Mauna Kea, Hawaii and operated by the University of

Hawaii’s Institute for Astronomy. The SpeX instrument (Rayner et al., 2003) is a medium-resolution spectrograph that provides two modes, short wavelength (SXD) and long wavelength (LXD), that cover a wavelength range from 0.8 µm through 2.4

µm with a R∼2000 and 2.25 µm to 5.5 µm with a R∼2500, respectively. Use of the

LXD data obtained is hampered by very low signal-to-noise, so the spectral features included in this study are from only the SXD spectra. The original intention of the

LXD data was to attempt to get both ranges in a reasonable time, and be able to take advantage of the Pfund hydrogen series. However, after several observations using the LXD at an already long exposure time, it was decided that the data did not have a sufficient signal-to-noise level to be useful. A table of our SpeX observations for each star can be found in Table 2.2.

Ritter Observatory has a 1-meter telescope located on the campus of the Uni- versity of Toledo, in Toledo, OH. It is operated by the University’s Department of

1Visiting Astronomer at the Infrared Telescope Facility, which is operated by the University of Hawaii under contract NNH14CK55B with the National Aeronautics and Space Administration. 21 Physics and Astronomy. The Ritter echelle spectrograph covers a wavelength range from 4314Å to 7275Å with R∼25,000 over 21 orders when using its standard setup.

It should be noted that with the current setup, orders 1-11 have no overlapping region, with the largest separation, occurring between the lower limit of order 1 and the upper limit of order 2, of ∼50Å(see Fig. 2-2). The two old setups included here had no overlap between any orders.

We observed 33 stars using SpeX for the IR spectra, and provided contemporaneous coverage in the optical from RO, however, only 28 stars had sufficient coverage in both the IR and optical to be of use to this study. Temporal coverage for each star was limited by the availability of IRTF time in each observing season, and varies from 3 to 20 observations over the time period from 2007-2011 for the SpeX data.

Coverage of many stars began as early as 1993 at RO in the optical, and monitoring of these stars continued through the SpeX observations and still continues at Ritter.

An overview of the observations for each target can be found in Table 2.1. The data reduction processes are described in the remainder of this chapter, and the discussion of the data analysis can be found in Chapter 3.

22 Table 2.1: Stellar Data

1 −1 10 Name HD Number VMag RA DEC # IR/Optical Observations Spectral Type vsini (kms ) Binary o Cas 4180 4.50 00:44:43 +48:17:03 8/59 B5IIIe 220 Yes12 γ Cas 5394 2.39 00:56:42 +60:43:00 17/328 B0.5IVpe6 230 Yes φ Per 10516 4.06 01:43:39 +50:41:19 19/68 B1.5V:e-shell 400 Yes ψ Per 22192 4.23 03:36:39 +48:11:33 17/90 B5Ve9 280 No 28 Tau 23862 5.09 03:49:11 +24:08:12 14/26 B8Vne5 320 Maybe 48 Per 25940 4.03 04:08:39 +47:42:45 12/62 B3Ve2 200 Maybe 25 Ori 35439 4.96 05:24:44 +01:50:47 8/13 B1Vn3 320 ··· ζ Tau 37202 3.03 05:37:38 +21:08:33 21/233 B1IVe-shell 202 Yes ω Ori 37490 4.57 05:39:11 +04:07:17 8/23 B3Ve2 160 ··· ν Gem 45542 4.14 06:28:57 +20:12:43 11/51 B6IVe 170 Yes β CMi 58715 2.90 07:27:09 +08:17:21 9/157 B8Ve 245 Maybe HD 91120 91120 5.58 10:30:59 -13:35:18 7/30 B8/9IV/Ve 250 ··· HD 93521 93521 7.03 10:48:23 +37:34:13 5/44 O9.5IIInn14 ······ 23 θ CrB 138749 4.13 15 32 55 +31:21:32 7/149 B6Vnne 320 ··· δ Sco 143275 2.32 16:00:20 -22:37:18 16/392 B0.3IV7 14513 Yes11 ζ Oph 149757 2.56 16:37:09 -10:34:01 7/92 O9.2IVnn15 320 No HD 163296 163296 6.85 17:56:21 -21:57:21 4/39 A1Vep16 ······ β Lyr 174638 3.42 18:50:04 +33:21:45 15/183 B8.5Ib-II + B0.5V8 558 Yes HD 183656 183656 6.0824 19:30:33 +03:26:39 14/27 B7III3 300 Yes 28 Cyg 191610 4.93 20:09:25 +36:50:22 10/66 B2.5Ve 320 No 59 Cyg 200120 4.75 20:59:49 +47:31:15 8/18 B1Ve 260 Yes 60 Cyg 200310 5.424 21:01:10 +46:09:20 16/99 B1Ve 300 Yes 66 Cyg 202904 4.42 21 17 55 +34 53 48 8/42 B2Vne 180 No Cap 205637 4.55 21 37 04 -19 27 57 5/14 B3V2 250 ··· π Aqr 212571 4.64 22:25:16 +01:22:38 22/171 B1III-IVe 300 Yes 31 Peg 212076 4.99 22:21:31 +12:12:18 5/10 B2IV-Ve 100 No EW Lac 217050 5.43 22:57:04 +48:41:02 10/32 B4IIIpe 300 Maybe LQ And 224559 6.5384 23:58:46 +46:24:47 7/18 B4Vne 250 Maybe Note. — Taken from Slettebak (1982) unless noted. Targets are sorted by Right Ascension (RA). [1]Ducati (2002), [2]Levenhagen & Leister (2006), [3]Houk & Swift (1999), [4]Høg et al. (2000), [5]Taranova et al. (2008), [6]Shenavrin et al. (2011), [7]Morgan & Keenan (1973), [8]Harmanec (2002), [9]Zuckerman et al. (2012), [10]Grundstrom (2007), [11]Hartkopf et al. (1996), [12]Jancart et al. (2005), [13]Smith (1986), [14]Sota et al. (2011), [15]Sota et al. (2014), [16]Mora et al. (2001) 2.1 SpeX Data Reduction

Reduction of SpeX data follows the standard pipeline developed by the SpeX team utilizing the SpeXTool (Spectral EXtraction Tool) program, which is an IDL-based data reduction package (Cushing et al., 2004). An example of one-half of a raw image pair from SpeX is shown in Figure 2-1.

Figure 2-1: An example of one half of the raw image pair from the IRTF SpeX Spectrograph.

SpeXTool includes multiple graphical user interfaces (GUI’s) for all stages of the reduction pipeline. The tool provides standard bias removal, flat fielding, aperture selection and extraction, wavelength calibration, telluric correction and multiple image combination tools. All SpeX observations include a complementary observation of an A0V star for telluric correction, see Vacca et al. (2003). A model of Vega is used to convolve between the A0V and the stellar spectra; a further description of this process and examples for Be stars can be found in Hesselbach (2009).

24 Table 2.2: SpeX Observation Log: Part 1

Name Sep 26 05 Dec 18-19 05 Jan 02 06 Sep 04 06 Oct 30 06 Dec 01 06 Dec 28-30 06 Feb 19 07 Mar 19 07 δ Sco × ··· × × ··· ··· ··· × × ζ Tau × both × × × × ×(28) × × ν Gem · · · ×(19) × · · · × · · · ×(28) · · · × ω Ori ··· ··· × × × ··· ··· ··· ··· φ Per × ··· × × × × ··· × ··· ψ Per × ×(19) × × × × · · · × × 25 Ori ··· ··· ··· ··· ··· ··· ×(30) · · · × 28 Cyg × ··· ··· ··· ··· ··· ··· ··· × 28 Tau ··· ··· ··· × × ··· ··· × × 31 Peg ··························· 48 Per × ×(19) × ··· ··· × ··· × ··· 59 Cyg ··························· 25 60 Cyg × ··· × × × ··· ··· ··· ··· 66 Cyg ··························· γ Cas × ··· × × × × ··· × ··· HD 183656 × ··· ··· ··· ··· ··· ··· ··· ··· π Aqr × ··· × × ··· × ··· ··· ··· o Cas ··························· EW Lac ··························· β CMi · · · ×(19) ··· ··· × ··· ··· × × Cap ··························· HD 93521 · · · ×(18) ··· ··· ··· ··· ··· ··· × HD 91120 ··· ··· × ··· ··· ··· ··· ··· × θ CrB ··························· ζ Oph ··· ··· ··· × ··· ··· ··· ··· ··· HD 163296 ··························· β Lyr ··· ··· ··· × × × ··· ··· × LQ And × ··· × × × ··· ··· ··· ··· Note. — × - observation taken, ··· no observation taken. Table 2.3: Spex Observation Log: Part 2

Name Apr 29 07 Jul 17 07 Jul 18 07 Sep 09 07 Oct 08 07 Oct 09 07 Nov 28 07 Dec 09 07 Jan 05 08 δ Sco × × × × ··· ··· ··· ··· ··· ζ Tau × ··· ··· × ··· × × × ··· ν Gem × ··· ··· ··· ··· ··· × ··· × ω Ori ··························· φ Per ··· × × × ··· × ··· × ··· ψ Per ··· ··· × × ··· × × ··· ··· 25 Ori ··· ··· ··· ··· ··· × ··· ··· ··· 28 Cyg ··· × ··· ··· × ··· ··· ··· ··· 28 Tau ··· ··· ··· × ··· × ··· ··· ··· 31 Peg ··· ··· × × ··· × × ··· ··· 48 Per ··· ··· ··· ··· ··· × × ··· ···

26 59 Cyg ··· × ··· ··· × ··· × ··· ··· 60 Cyg × ··· × × × ··· × ··· ··· 66 Cyg ··· × ··· × ··· × ··· ··· ··· γ Cas ··· ··· ··· × ··· × × ··· ··· HD 183656 × × × × × ··· ··· ··· ··· π Aqr × × × × ··· × × ··· ··· o Cas ··· ··· × ··· ··· × ··· ··· ··· EW Lac ··· × × ··· ··· × ··· ··· ··· β CMi × ··· ··· ··· ··· ··· × ··· ··· Cap ··· × ··· ··· ··· × ··· ··· ··· HD93521 × ··· ··· ··· ··· ··· ··· ··· ··· HD 91120 × ··· × ··· ··· ··· ··· ··· ··· θ CrB × × × ··· ··· ··· ··· ··· ··· ζ Oph × × ··· × ··· ··· ··· ··· ··· HD 163296 ··· × ··· × ··· ··· ··· ··· ··· β Lyr × × × × × ··· ··· ··· ··· LQ And ··· ··· × ··· ··· × ··· ··· ··· Table 2.4: Spex Observation Log: Part 3

Name Aug 20 08 Sep 09 08 Oct 15 08 Nov 26 08 Jan 10 09 Aug 07 09 Sep 05 09 Sep 29 09 Nov 22 09 δ Sco ··· ··· ··· ··· × × × ··· ··· ζ Tau × × × × × ··· ··· ··· × ν Gem ··· × × × × ··· ··· ··· ··· ω Ori ··· ··· × × × ··· ··· ··· × φ Per ··· ··· × × × ··· ··· ··· × ψ Per ··· × × × × ··· ··· × × 25 Ori ··· ··· × × × × ··· ··· ··· 28 Cyg ··· ··· ··· ··· ··· × × × × 28 Tau × × × × × ··· ··· ··· × 31 Peg ··························· 48 Per ··· ··· × × × ··· ··· ··· ···

27 59 Cyg ··· × × ··· ··· × ··· ··· ··· 60 Cyg × × × ··· ··· × ··· ··· × 66 Cyg ··· ··· ··· ··· ··· × × × ··· γ Cas × ··· × ··· ··· ··· ··· × × HD 183656 × × × ··· ··· × ··· × × π Aqr × × × ··· ··· × × × × o Cas ··· ··· × ··· ··· × ··· ··· × EW Lac × × ··· ··· ··· ··· × × × β CMi ··· ··· × ··· × ··· ··· ··· ··· Cap ··· ··· ··· ··· ··· × × × ··· HD 93521 ··· ··· ··· ··· × ··· ··· ··· ··· HD 91120 ··· ··· ··· × × ··· ··· ··· ··· θ CrB ··· ··· ··· ··· × ··· ··· ··· ··· ζ Oph ··· ··· ··· ··· ··· ··· × ··· ··· HD 163296 ··· ··· ··· ··· ··· × ··· ··· ··· β Lyr ··· ··· × ··· ··· × ··· × × LQ And ··· ··· × ··· ··· ··· ··· ··· ··· Table 2.5: Spex Observation Log: Part 4

Name Dec 04 09 Aug 04 10 Sep 02 10 Nov 16 10 Dec 06 10 Jan 25 11 δ Sco ··· × × ··· ··· × ζ Tau ··· ··· ··· × × × ν Gem ··· ··· ··· ··· × × ω Ori ··· ··· ··· ··· × ··· φ Per × · · · × × × · · · ψ Per ··· ··· × ··· × ··· 25 Ori ··· ··· ··· ··· × ··· 28 Cyg ··· × × ··· ··· ··· 28 Tau × ··· ··· ··· × ··· 31 Peg ··· × ··· ··· ··· ··· 48 Per ··· ··· × ··· × ···

28 59 Cyg ··· ··· × × ··· ··· 60 Cyg × × ··· ··· ··· ··· 66 Cyg ··· ··· × × ··· ··· γ Cas × · · · × × × · · · HD183656 ··· × ··· × ··· ··· π Aqr × × × × · · · · · · o Cas × ··· × × ··· ··· EW Lac × ··· × ··· ··· ··· β CMi ··· ··· ··· ··· ··· × Cap ·················· HD 93521 ··· ··· ··· ··· ··· × HD 91120 ··· ··· ··· ··· ··· × θ CrB ··· × × ··· ··· × ζ Oph ··· × × ··· ··· ··· HD 163296 ·················· β Lyr ··· ··· × × ··· ··· LQ And ·················· 2.2 Ritter Data Reduction

Ritter echelle spectrograph data for our selected stars are available starting in 1993 and continuing through the present date. An archive of the Ritter data is available online at the Ritter Observatory Homepage.2 In April of 2007 a new CCD chip was acquired for the Ritter echelle, and an updated data reduction pipeline based on the previous pipeline was developed by Cody Gerhartz in the fall of 2015 for this dataset.

The new pipeline follows the standard procedure as described in the original Ritter reduction pipeline, but modified for the new larger format CCD.

The original smaller format CCD chip was used from 1993 until mid-April 2007.

The data from this chip contain 9 orders covering roughly 1300Å, see Figure 2-2.

The original reduction procedure is described in detail in Mulliss (1996). Data from

2001 through the CCD transition in April of 2007 was reprocessed by then-director

Prof. Nancy Morrison when it was discovered that the installation of a new Th-Ar lamp in 2001 produced a significantly different comparison lamp spectrum affecting the wavelength correction of the data.

The current chip is a large-format CCD with 15-micron pixels. It provides greatly extended wavelength coverage when compared with the old CCD, allowing for about

21 usable orders (see Figures 2-2, 2-3, and 2-6 for a table of apertures, raw images, and reduced spectra, respectively). These orders include key spectral lines such as: Hα,

Hβ,Hγ, and HeI λ5876Å, among others. A custom atlas of the Th-Ar comparison lamp spectrum was created in the fall of 2010, covering the Hα grating setting.

The reduction follows the standard reduction process for CCD imaging. Trimming and bias removal are done using the standard IRAF tasks, i.e. ccdproc. Flat fielding is performed using the apflatten package, utilizing the master flat to select and define apertures. The apertures are then fit by a polynomial and extracted. The extracted

2astro1.panet.utoledo.edu/~wwritter/obs_home.html

29 Figure 2-2: Description of the standard aperture setups used for the Ritter Observatory Echelle Spectrograph. spectrum is then fit by a higher level polynomial and the aperture fit is applied asa flat field correction. The final step in the reduction uses theIRAFtask doecslit to perform aperture extraction on the object spectra and wavelength calibration with the comparison images. We use the spectra with highest signal-to-noise on a given night to define the apertures. The flat field apertures are not used for data due to a scattered light problem. Finally, telluric correction is done on the Hα and Helium 5876Å data using a custom template, available on the Ritter Observatory webpage, created by

Kevin Croxall (for the Hα order) and Greg Thompson (for the He 5876Å order).

All data are updated with complete headers and archived in the Observatory’s data archive. Data from the new large format CCD are not currently available online, but access can be requested from the observatory Director.

30 Figure 2-3: Example of a raw image from the new large-format CCD for the Ritter Echelle Spectrograph.

2.3 SpeX Results

Final reduced spectra, see Figure 2-4 for an example, from the SpeXTool pipeline contain all the orders from the SXD mode. We require normalization of the spectra for the purposes of this dissertation, and due to the large gaps between orders and potential for alignment issues between orders, only local normalization is done for infrared line profiles. Each profile is normalized individually using consistent regions for the continuum tailored for each line individually. All of this is done using an IDL program developed for SpeX data.

The low resolution spectra provided by SpeX require additional steps to get usable and reliable results, specifically V/R ratios. The main method for bypassing the low resolution problem was to utilize a double gaussian fitting program. The code, originally created by Dr. James Davidson, utilizes a double gaussian fit on the locally normalized data. For each spectral feature the vital specifics are passed to a script created to continuum normalize the data around the emission line, apply the gaussian

31 Figure 2-4: An example of final SXD spectra from the IRTF SpeX Spectro- graph of φ Per from September 26, 2005. fit based on input parameters, and then findthe χ2 best fit. The normalization uses the predetermined regions and a parabolic fit. Figure 2-5 shows an example of the graphical output produced by the program. For each individual line profile, we are given this visual printout of the fit and data, if the fit is less than ideal, modifications to the input parameters are made and the code is rerun. Inmany cases, individual stars have different line profile shapes and the fitting region mustbe adapted to this. The individual adjustments for each emission line on each observation are required due to the low resolution, which in many cases manifests as 6 data points for the double gaussian fit, the minimum allowed. This is evident in results whenthe error for V/R values becomes drastically larger than average, ∼0.02. Finally, when dealing with some spectral features in some stars the disk emission is insufficient to

32 overcome the photospheric absorption. In these cases manual measurements are used to find the relative V/R values and assigned an error of 0.4 to be consistent with

Hesselbach (2009), and their errors. The routine does not like data points very near the continuum level, so in some case a strong central absorption component must be excluded from the fit. Assuming a good fit, the program provides the bestfit parameters of the double-gaussians, errors on those parameters, the continuum level used in the program, equivalent width estimates, and the V/R ratio with error.

0.5 0.4

0.3

0.2

0.1

Normaized Flux - 1 0.0 -0.1 2.15 2.16 2.17 2.18 Wavelength µm

Figure 2-5: Shown here is an example of the graphical output from the gaussian fitting program used on SpeX spectral features. In the plot, the spectrum is the black line and includes statistical error bars. The continuum is fit using the region denoted by blue diamonds and the points used for fitting the gaussian fitting are black diamonds. The resultant fit is the orange line. The plot also shows where the central wavelength is (blue vertical line), the violet and red peak position from the fit (pink and red vertical line, respectively), and the individual gaussians are again pink and red, respectively. The equivalent width region used is between the two green vertical lines.)

33 A full measurement of the equivalent widths is done using another program, that automates the process without having to fit gaussians. This program uses the method discussed in Chapter 3 to calculate the error on equivalent widths, as it is the same in both RO and SpeX data.

2.4 Ritter Results

As stated above RO spectra contain up to four spectral features for each star in this analysis, Hα, HeI λ5876Å, Hβ, and FeII λ5316Å. Table 3.1 lists the specifics for each lines. For all stars the Hα line is included, while the remaining three lines are only included if they show an emission profile or have significant or variable absorption.

In many cases, Hβ and FeII λ5316Å have to be excluded as the RO spectrograph is unable to produce quality spectra in higher orders for fainter stars, due to low signal-to-noise.

Ritter data has a resolution 10 times that of the SpeX data; for this reason it was not necessary to use the double gaussian fitting method. Normalization was done on a per order basis using the IRAF continuum task. For the Hα and Helium I λ5876Å lines we used the additional step of tellurically correcting the data using

IRAFs telluric task and pre-built templates. IDL scripts are then used to extract the V/R values and equivalent width information. V/R information is straight-forward for Ritter data and a simple maximum value on both sides of the central wavelength is used, and equivalent widths are calculated the same as in the SpeX data.

A fully reduced spectrum of ζ Tau on April 24, 2016 is shown in Figure 2-6. It shows all 21 orders present in the majority of data and the 4 main optical features are visible. Hα is prominently visible in emission in the first row, HeI λ5876Å in absorption in row two, and both FeII λ5316Å and Hβ showing a shell profile in rows

3 and 4, respectively.

34 5000 6000 10000 6000

4000 5000 8000 5000 4000 3000 4000 6000 3000 2000 3000 4000 2000 1000 2000 2000 1000 0 0 1000 0 0 7100 7150 7200 7250 6900 6950 7000 6700 6750 6800 6500 6550 6600 6300 6350 6400

6000 5000 6000 5000

5000 4000 5000 4000 4000 4000 3000 3000 3000 3000 2000 2000 2000 2000 1000 1000 1000 1000 0 0 0 0 0 6120 6140 6160 6180 6200 6220 6240 6260 5960 5980 6000 6020 6040 6060 6080 5800 5820 5840 5860 5880 5900 5920 5660 5680 5700 5720 5740 5760 5780 5520 5540 5560 5580 5600 5620

5000 4000 4000 3000

4000 3000 3000 2500 2000 3000 2000 2000 1500 2000 1000 1000 1000 1000 0 0 500 0 0 −1000 −1000 0 5380 5400 5420 5440 5460 5480 5500 5240 5260 5280 5300 5320 5340 5360 5120 5140 5160 5180 5200 5220 5240 5020 5040 5060 5080 5100 5120 4900 4920 4940 4960 4980 5000

2500 2000 1500 1200 2000 1000 35 1500 1000 800 1500 1000 600 1000 500 500 400 500 500 0 200 0 0 0 0 −500 −500 −500 −500 −200 4800 4820 4840 4860 4880 4900 4700 4720 4740 4760 4780 4600 4620 4640 4660 4680 4500 4520 4540 4560 4580 4600 4420 4440 4460 4480 4500

800 600 400 200 0 −200 4320 4340 4360 4380 4400 4420

Figure 2-6: The reduced spectra of ζ Tau on 04-24-2016. The y-axis is in counts and the x-axis is in angstroms. The curved shape of each spectra is due to the blaze angle of the spectrograph grating and is removed before any analysis is conducted. Of note row:1 column:4 is the Hα order, row:2 column:3 HeI λ5876Å, row:3 column:2 FeII λ5316Å, and row:4 column:1 Hβ. 2.5 Cluster Analysis

We want to expand our sample of Be stars in order to increase our statistical understanding of the circumstellar disks and their corresponding phases. In order to do this we have begun a project to monitor 11 star clusters known to contain at least

5 Be stars (see Table 1.2). These clusters include the notable double cluster H and

χ Persei. Using the Discovery Channel Telescope (DCT) to observe these clusters via imaging photometry, over long and short timescales, will allow us to examine a large, statistically significant population of Be stars. We provide additional backup observations with data obtained at the RO (only bright clusters possible). The sample will yield a useful test bed for understanding the overall timescale of disk loss and replenishment in Be stars as well as the sizes of these disks and their prevalence in a cluster environment. Each cluster observation takes about 1 hours, so assuming good weather several clusters can be completed any given night. While the bulk of this analysis is beyond the scope of this thesis, preliminary results have been found to show newly detected Be stars in the cluster environment, see Figure 2-7. Evidence of changes in our known Be stars list are already present, with some appearing to lose their disk and in the case of at least two, the formation of a new disk. Now that we have successfully detected changes in the cluster environment we must continue to monitor for additional disk loss/growth events to build up a database of timescales to find if there are limits on this behavior.

In order to confirm that the changes we see are not spurious detections, we enlisted the help of the WIYN3 telescope’s HYDRA4 instrument to acquire spectra of several of these possible Be stars. Figure 2-8 is an example of one of these stars that does indeed show the emission features we would expect from a Be star. A basic analysis

3The WIYN Observatory is a joint facility of the University of Wisconsin-Madison, Indiana University, the National Optical Astronomy Observatory and the University of Missouri. 4ftp://ftp.noao.edu/kpno/hydra/hydrawiynmanual.pdf

36 Figure 2-7: The Be stars within NGC 663 from 2015-09-26 observation. Red circles are previously identified Be stars. Open circles desig- nate sources from the short exposure and filled circles are from the long exposures. Sources with spectra from HYDRA on the WIYN telescope are denoted by blue plus signs. Sources above and left of the main sequence show excess Hα emission. Figure courtesy of Andrew Messer and Noel D. Richardson. of these preliminary spectra are being done by undergrad Andrew Messer during the summer of 2017.

We will continue to observe these clusters with both the DCT and RO to build our database, to be discussed in a future work.

37 Figure 2-8: An example spectrum from the cluster NGC 663 using the WIYN telescope’s HYDRA instrument. The left panel shows emission from the Hα profile and the right panel shows Paschen 11-19, right to left. The Hα panel is normalized well, but the Paschen lines make normalization difficult and it can be seen in the shape of the continuum in the right panel.

38 Chapter 3

Measurements and Spectral

Features

In the following Chapters we examine two Be stars in detail, φ Per and ζ Tau, and several other stars more generally. For all stars, we examine the relevant infrared line profiles, with specific emphasis on the Brackett series and Paschen β. We also use

Ritter optical data, which includes up to four additional lines, depending on individual stars, Hα,Hβ, He I λ5876Å, and Fe II λ5316Å. The two primary indicators analyzed are equivalent width and V/R variability, discussed in 1.2.1. Due to the low resolution of the infrared data, for some observations we are unable to get quality results for these indicators; this is either due to significant photospheric absorption where the double peak profile is below the continuum, or insufficient data points above the continuum preventing a double gaussian fit. The data are continuum normalized, locally for infrared data and per order for optical data. The infrared data use a quadratic fit for regions of the continuum around individual line profiles; this method produced great normalization on the line profiles by avoiding the inherent errors introduced in fitting an entire SpeX combined spectra. The Ritter optical orders are not combined into a single spectra and are normalized using the IRAF task continuum with a “spline3” fit of order 3 or 4. The region around the line profile and a small regions attheorder

39 edges signal-to-noise is poor are excluded. Signal-to-noise (S/N) tells us how well an object is measured, by comparing the signal level to the error level. For our data we typically have a S/N of 100, which allow for excellent measurements. In some cases where stars are dimmer, the S/N drops and the errors are then larger.

The measurement of equivalent width is done using the normalized data and an

IDL script. Each line profile was given a defined and consistent region over which the equivalent width was calculated. This is done using the IDL int command to sum up, or integrate, the pixels between the defined regions. The standard error for equivalent width measurements is mainly due to the error in continuum normalization and for each spectrum an error is calculated using the standard deviation of the local continuum and standard error analysis (Equation 7 from Vollmann & Eversberg

(2006)). The errors on equivalent widths are dependent on the equivalent width itself, so for spectral features like Hα where this value is large relative to IR features the error is correspondingly larger. Typical errors are in the range 0.04-4Å for good data.

The measurement of V/R is again done using the normalized data and an IDL script. SpeX data are fit using the double gaussian of at least 6 points of the double- peaked feature. Again continuum error plays a large part in the V/R error. For IR features the larger the number of points in the fit the smaller the error. Ritter data avoids having to fit the data and simply uses the smoothed peaks maximum, placing average error at 0.001 and 0.01 (depending on order) in V/R, which is within the size of plotted symbols in our plots.

Individual peak characteristics are recorded as well, and for single-peaked IR data a peak height is recorded. All data are available in tables in Appendix C.

40 3.1 Individual Lines

This section focuses on individual spectral features discussed in the following sections that have at all times or some of the time interesting or problematic characteristics. See Section 3.1.1 for the infrared lines and Section 3.1.2 for the optical lines. Table 3.1 is provided with the all the lines included, their wavelength, and their formation transition.

Table 3.1: Spectral features used in the analysis of Be stars from both SpeX spectra and Ritter spectra.

Line Wavelength Transition

Ritter Hα 6562.8Å 2-1 Hβ 4861.3Å 3-1 He I 5876.6Å He 3D-3Po Fe II 5316.2Å Fe 2[6]o-e6G

SpeX Paschen β 1.282 µm 5-3 Brackett γ 2.166 µm 7-4 He I 1.083 µm He 3Po-3S He I 1.700 µm He 3D-3Po He I 2.058 µm He 1Po-1S Ca II 0.849 µm Ca 2D-2Po Ca II 0.854 µm Ca 2D-2Po Ca II 0.866 µm Ca 2D-2Po Brackett 10 1.736 µm 10-4 Brackett 11 1.681 µm 11-4 Brackett 12 1.641 µm 12-4 Brackett 13 1.611 µm 13-4 Brackett 14 1.588 µm 14-4 Brackett 15 1.570 µm 15-4 Brackett 16 1.556 µm 16-4 Brackett 17 1.544 µm 17-4 Brackett 18 1.534 µm 18-4 Brackett 19 1.526 µm 19-4 Brackett 20 1.519 µm 20-4 Brackett 21 1.513 µm 21-4

41 3.1.1 Infrared Lines

3.1.1.1 Brγ

Brγ is the primary infrared line we have to probe circumstellar disks at a radius smaller than Hα. In general, the line is always in emission if Hα is, but in cases where the Hα emission is weak the Brγ line may be only weakly in emission within a photospheric profile. Brγ is also in a relatively empty region of the IR permitting very accurate continuum normalization to determine V/R ratios.

3.1.1.2 Br 11 and 15

Br 11 and 15 are normally isolated lines in the Brackett series, but at times one or both of them may show contamination by nearby line features. Br 11 is surrounded on both sides by N I features, which in some Be stars are present in emission. Br 15 has an Fe II line just redward, which can also appear in emission.

3.1.1.3 Br 18-21

The last several lines in the Brackett series become congested, meaning any line above Br 20 can be difficult to continuum normalize. For this reason data forBr21 is only present in very high signal-to-noise data with significant emission. It should also be noted that for these lines even if photospheric absorption is present earlier in the series 18-21 almost always show significantly less absorption and in some cases they are the only double-peaked emission lines in the Brackett series.

3.1.1.4 Helium I λ2.06µm

HeI λ2.06µm is very near a strong telluric feature at ∼2.01 µm. Because of this, some individual observations may have additional contamination from incomplete telluric removal, which would appear as a broad absorption/emission continuum under

42 the profile. We take special care to minimize any affect on thedata.

3.1.1.5 Helium I λ1.7µm

HeI λ1.7µm is present as a weak absorption feature in most Be stars in our sample.

Its presence or lack there of is discussed in Section 7.4.

3.1.1.6 Helium I λ1.083µm

HeI λ1.08µm is located in a very congested region of the IR. Directly redward of the line is an emission feature from iron that can contaminate the red peak when the red-shifted velocity is large. It is always present in emission if HeI λ2.06µm is present in emission.

3.1.1.7 Paschen β

The only Paschen line included in this analysis, Pa β, is usually a very strong emission line in all Be stars. In very few cases Paβ shows activity different from Brγ.

The line does exhibit absorption wings at almost all intensities, especially on the blue side, appearing as a significant dip at approximately 1.279µm in some stars.

3.1.1.8 Calcium Triplet

The Ca II triplet, 0.849, 0.854, and 0.866µm, is on the very blue end of SpeX

SXD spectra and overlaps with the hydrogen Paschen series. In many cases all three features are in the photospheric profile of the Paschen lines, but in some cases the first line 0.849µm and rarely the second line 0.854µm can be present on a stable continuum, i.e. the Paschen lines fill their profile. The individual lines are only used in the following sections if they can be separated/identified from the the Paschen lines. An example of the Paschen and calcium overlap is show in Figure 7-1. The presence of the triplet is discussed in Section 7.4.

43 3.1.2 Optical Lines

3.1.2.1 Helium I λ5876Å

Helium 5876Å is a middle order on the Ritter spectrograph resulting in high signal-to-noise and a strong signal across the entire order. It is only problematic in cases where telluric contamination is high. Redward of the line profile is a forest of telluric features, which can cause problems when trying to normalize the data; this is needed in order to remove the tellurics. Effort is expended to ensure minimal offset of the normalization in this region.

This helium line is also neighbor to the Sodium D doublet (Na D), λ5889 and

5895Å. This doublet is present due to interstellar absorption, but for some Be stars we seen an interesting enhancement of the absorption profile which is discussed in

Section 7.4.

3.1.2.2 Iron II λ5316Å

FeII λ5316Å is found in an intermediate order on the Ritter spectrograph, and is the most significant metal line present in the our data. Similar toHβ the signal-to- noise for many dimmer stars can be problematic when the line is weak.

3.1.2.3 Hydrogen β

Hβ is found in one of the last usable orders on the Ritter echelle spectrograph.

This order is far into the blue where crowding between orders occurs. The lower signal-to-noise is especially prevalent in dimmer stars as the maximum exposure with

Ritter is 1 hour due to cosmic ray contamination, meaning in some cases there is no usable spectrum in this order.

44 3.1.2.4 Hydrogen α

Hα is the best quality spectral feature in all data sets, it has the highest signal- to-noise and minimal residual telluric contamination. For some stars the optical data degrades rapidly blueward making only Hα easily useful.

45 Chapter 4

Be Stars

In the following chapter we examine individually the Be stars included in our sample, minus φ Per and ζ Tau, which are discussed in Chapters 5 and 6, respectively.

For each star we analyze the V/R variations of any double-peaked emission lines, the equivalent widths of all spectral features, and determine cyclic patterns, if any.

Several stars do not exhibit variability; for these we will limit the discussion and figures to anything relevant. Example spectra in these cases are included inAppendix

A. For many stars a significant number of Ritter spectra are available and we present dynamical spectra of these in Appendix B. All stellar data used in this Chapter are included in tables in Appendix C.

4.1 25 Ori

25 Ori, HD35439, follows the typical Be star paradigm. Emission is present in all observed lines, but only appears weakly in HeI λ5876Å and FeII λ5316Å. Example spectra for 25 Ori can be found in Figures A-1, A-2, and A-3

V/R variations in 25 Ori are present, but to only a small degree. Over the course of the SpeX time period the V/R switches from V>R to V=R and back to V>R in

IR features (left panel in Figures 4-2 and 4-3). Within the error bars the V/R may dip below V=R and into V

4-1. Following the Hα variability through a full cycle takes approximately 600 days.

Due to the low cadence of observations further V/R activity is difficult to determine.

The intensity of features in 25 Ori does not vary greatly, but a roughly 30% decrease in equivalent width is present in the Brackett series over the course of SpeX observations. The infrared helium features undergo a similar decrease, while the optical feature remains stable. Only Hα undergoes a gain then loss phase when looking at the entire dataset, with a variation of again roughly 30%.

1.3 −22 −20 −18 Hα −16 −14 −12 −10 −8 −1 HeI 0 1.0 1 −2 V/R −1 0 FeII Equivalent Width (Å) 1 −6 Hα −4 H −2 β 0 2 Hβ 0.7 4 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-1: Optical data over the full data timeline for 25 Ori. (left) V/R values. (right) equivalent widths.

47 1.3 −8 Brγ Brγ −7 Br10 Br 10 1.0 Br11 −6 Br 11 0.9 Br12 −5 Br 12 1.2 −4 −9 1.1 Br13 Br 13 Br14 −8 Br 14 1.0 V/R Br15 −7 Br 15 −6 0.9 Br16 Br 16 −5 1.4 −8 Equivalent Width (Å) 1.2 Br17 −7 Br 17 Br18 −6 1.0 Br 18 Br19 −5 Br 19 Br20 −4 Br 20 0.7 −3 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-2: The Brackett series for 25 Ori. (left) V/R values. (right) Equiv- alent width measurements.

1.5 −5

−4 1.0 0.9 He1.08 −3 0.8 He2.06

V/R Paβ 0.7 −2

0.6 Equivalent Width (Å) Paβ He2.06 m 0.5 µ −1 He1.08µm

0.4 0 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-3: Assorted spectral features of 25 Ori. (left) V/R values. (right) Equivalent width measurements.

48 4.2 28 Cyg

28 Cyg, HD 191610, is a non-binary star that exhibits a disk loss event during the course of our data. This is an excellent example of a strong disk that dissipates over the course of the SpeX timeline. The stacked plots for 28 Cyg, shown in Figures 4-4 through 4-6, demonstrate this disk loss very well by depicting the emission strength of hydrogen lines decreasing/disappearing, with Brγ, Br12, and Paβ being the best examples. 28 Cyg is one from our sample with sufficient optical coverage to make dynamical spectra of the optical lines (Appendix B). The figures in Section B.1 doa much better job visualizing the disk loss event than our standard stacked plots. In the

Hα image the normal double-peaked emission profile almost completely disappears by the end of our SpeX data (HJD 2455600).

The presence of any V/R variability is negligible, as seen in Figure 4-7, and may only be seen to any significant degree in the long term Hα data. While little can be learned from the V/R data, the changes in equivalent width are quite impressive.

Indication of the disk loss event begins at the start of the Ritter timeline, HJD

2451300, and ends around HJD 2455300. The disk loss follows a very gradual decline in Hα, changing by +1.4Å (9% weaker emission) a year (top panel Figure 4-8). The

IR lines do follow a similar pattern, though with the SpeX data starting after HJD

2453639, the disk loss is limited to 4 data points prior to HJD 2454500. The only lines that do not show the disk loss event are the He lines (both IR and optical). The optical He lines shows little to no emission in our entire dataset so its stable EqW is expected, and the Hβ line is weak enough that no emission features reach above the continuum

The Brackett series lines are consistent with each other and do not show any phase lag or significant inter-order variability during the disk loss event (seethe bottom left panel of Figure 4-8). Looking solely at the Brγ line we see a non-linear

49 change in equivalent width of +2.7Å (24% weaker emission) per year starting at the beginning of our SpeX dataset. The change in Brγ is almost 3 times what we see in Hα, suggesting that the IR lines are shrinking faster in emission than the optical ones. The formation locations of the Brackett lines are likely the reason for the faster apparent loss of material. Being formed in the inner disk gives them a much smaller region to clear out material in a disk loss scenario, and as mass is lost the Hα profile would require a much longer time to dissipate due to the much larger formation region.

We see evidence in our final observations that the disk may be starting to recover. An enhancement in emission for the EqW of multiple profiles is seen after HJD 2455100.

We see the EqW of Hα continuing to increase through our most recent data (2016).

Even the previously stable He lines in the IR show a small enhancement in our last set of SpeX observations. Whether this disk building continues will be left to future observations.

50 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 3.5 5500 5500 5500 Hα Brγ He 10

3.0

8 5000 5000 5000

2.5 3

4500 4500 4500 HJD − 2450000 2.0 NORMALIZED FLUX + time offset

4 2

1.5 4000 4000 4000

1.0 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-4: Stacked spectra for 28 Cyg during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

51 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5500 3.5 5500 3.5 5500 Paβ Br12 He

4.0

3.0 3.0

3.5 5000 5000 5000

2.5 2.5 3.0

4500 4500 4500 2.5 HJD − 2450000 2.0 2.0 NORMALIZED FLUX + time offset

2.0

1.5 1.5 4000 4000 4000

1.5

1.0 1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-5: As in Figure 4-4 the lines Paβ, Br12, and HeI λ1.08µm, from left to right.

52 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5500 5500 5500 He Hβ Br18 7 10

6 2.5

8 5000 5000 5000

6 2.0

4 4500 4500 4500 HJD − 2450000 NORMALIZED FLUX + time offset

3 4 1.5

4000 4000 4000 2

1.0 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure 4-6: As in Figure 4-4 the lines HeI λ5876Å, Hβ, and Br18, from left to right.

53 1.6 3.0

Br Hα γ Pa 1.4 2.0 β He2.06µm He1.08µm 1.2 1.0

V/R V/R 0.9 0.8 0.7 1.0 0.6 0.5

0.4

0.8 0.3 1000 2000 3000 4000 5000 6000 7000 8000 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-7: V/R values for the emission lines of 28 Cyg (left) Optical lines. (right) Infrared lines.

54 −20 −15 −10 −5 0 5 −2 −1 0 1 2

Equivalent Width (Å) −5

0 Hα 5 HeI 10 Hβ 15 1000 2000 3000 4000 5000 6000 7000 8000 HJD−2450000

−8 −4 −6 −4 Brγ −2 Br 10 0 Br 11 2 −2 4 Br 12 6 −4 Br 13 −2 0 Br 14 0 Br 15 Br 16 2 2 Equivalent Width (Å) −2 Equivalent Width (Å) He1.08µm Br 17 He1.70µm −1 Br 18 He2.06µm 0 Br 19 4 Br 20 Paβ 1 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-8: Equivalent widths of all lines from 28 Cyg. (top) Optical data. (bottom left) Brackett series lines. (bottom right) Additional infrared lines.

55 4.3 28 Tau

28 Tau, HD 23862 or Pleione, has double-peaked emission with strong underlying photospheric absorption in the Brackett series. Hα, Brγ, and Paβ show interesting profile shapes at the start of the SpeX data, and they exhibit significant diskloss, which can be seen in Figures 4-9 and 4-10.

Plots of V/R variations can be found in Figure 4-11, left panel for optical data, and Figure 4-12, left panel for SpeX data. 28 Tau does not show any significant trends across features in V/R; however, Hα and FeII λ5316Å do show opposite dominant peaks in our limited data, Figure 4-11 left panel. CaII emission features, generally associated with disk growth, do appear here and do indeed only appear during times of increasingly negative equivalent widths in Hα. The CaII λ0.849µm is isolated enough from underlying hydrogen absorption that V/R values can be acquired, see

Figure 4-12 bottom left panel, and show a V/R consistently greater than 1 (V >R).

The Brackett series has significant photospheric absorption preventing measurement of V/R values for all but Brγ. It along with Paβ and Hα are plotted in the top left panel of Figure 4-12 and show no notable trends.

On top of the interesting profile shape discussed above, Hα, Brγ, and Paβ show interesting activity in their equivalent widths. Each line shows a steep drop in emission followed be a shallower reversal phase (Hα top right of Figure 4-11, Paβ right of

Fig. 4-12, and Brγ top of Fig. 4-13). Consistent with a disk loss phase, this drop is reflected by a decrease in the peak intensity of the line profiles and a large increasein the central absorption component. The disk loss occurs over a timescale just under

3 years, and the slower rebuilding phase is consistent over the following ∼4 years of data. Using Hα’s peak equivalent width as a “full disk” indicator, over 80% of the emitting material is lost at the minimum, with only 10% regained after 4 years. 28

Tau’s disk has weakened considerably and has only begun to begin rebuilding.

56 Lastly, we see interesting line profile shapes in the Hα line. Visible at the start of our SpeX dataset, see Figure 4-9, the Hα profile shows a very steeply sided double peaked profile with minimum central absorption. Even more telling this feature is also exhibiting a quadruple peaked structure, consistent with a model for non-coherent scattering broadening in a vertically optically thick disk (Hummel & Dachs, 1992).

This profile is seen in stars with edge-on orientations of the circumstellar disk.

57 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Hα Brγ Hβ 40 5500 5500 5500

5 15

5000 4 5000 5000

3 NORMALIZED FLUX + time offset

4500 4500 4500

5 10 2

4000 4000 4000 1 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-9: Stacked spectra for 28 Tau during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

58 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He

5500 5500 5500 3.0

3.0 8

2.5

2.5 5000 5000 5000 6

2.0

2.0 HJD − 2450000

4 NORMALIZED FLUX + time offset 4500 4500 4500

1.5 1.5

4000 4000 1.0 4000 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-10: As in Figure 4-9 the lines Paβ, Br12, and HeI λ1.08µm, from left to right.

59 2.0 −35 −30 −25 −20 −15 −10 −5 1.0 −2 −1

V/R 0 1 2 0.5 Equivalent Width (Å) 0 2 Hα Hα 4 FeII FeII 6 Hβ 8 0.3 0 1000 2000 3000 4000 5000 0 1000 2000 3000 4000 5000 HJD−2450000 HJD−2450000

Figure 4-11: Optical data over the full data timeline for 28 Tau. (left) V/R vales. (right) equivalent widths.

1.2

−10 Ca0.849µm 1.0 Paβ −8

0.8 −6 2.3 V/R −4

Hα Equivalent Width (Å) 2.0 Paβ −2 Brγ Ca0.849µm 0 1.7 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-12: Assorted spectral features of 28 Tau. (left) V/R values. (right) Equivalent width measurements.

60 −10 −8 −6 Brγ −4 Br 10 −2 Br 11 0 2 Br 12 4 0 1 Br 13 Br 14 2 Br 15 3 Br 16 −2 Equivalent Width (Å) −1 Br 17 0 Br 18 1 Br 19 2 Br 20 3 4000 4500 5000 5500 HJD−2450000

Figure 4-13: Equivalent widths of the Brackett Series for 28 Tau.

61 4.4 31 Peg

31 Peg, HD 212076, is a Be star that shows disk growth and weakening over the course of our dataset. 31 Peg can be compared with the highly studied γ Cas, having a strong single-peaked emission in all but the optical lines. Just like in γ Cas, the Hα profile exhibits the “wine bottle” shape associated with near face-on disks. Because of this we are limited to 3 lines with V/R data. Examples of line profiles for 31 Peg can be found in Appendix A.2.

V/R values for 31 Peg’s optical lines show only a very minimal trend with our temporal coverage. Based solely on our data points there is likely a switching of the

V/R, from red peak dominated to violet peak dominated and then back and forth once more. This switching is seen in the the optical helium and iron lines (see left panel of Figure 4-14). The estimated period is 2.8 years, based off of the He minima.

Again no V/R data is available for the IR lines, because they are single peaked.

3.0 −30 α −25 H 2.0 −20 −15 −1.0 HeI −0.5 0.0 1.0 0.5

V/R −1.0 FeII 0.8 −0.5 0.0

0.6 Equivalent Width (Å) 0.5 HeI −4 FeII −2 Hβ 0.4 Hβ 0 2 4 3500 4000 4500 5000 5500 3500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-14: 31 Peg’s optical data. (left) V/R values. (right) Equivalent widths.

31 Peg does show some variability in the disk intensity, as is visible in the equivalent widths of all lines (Figs. 4-14-right and 4-15). We see both a minor disk growth and dissipation phase in the equivalent width data. Hα is the only line to have easily 62 visible growth during the first half of our dataset, but all lines show the disk weakening during the second half of our data. The weakening trend is seen across optical and IR hydrogen lines and iron, with only helium lines showing differing behavior.

The hydrogen IR lines all follow nearly identical trends and no variability between lines is seen. The growth and loss seen in Hα results in a disk of equal strength at the end of our dataset. There is no recent data in our sample to determine whether the disk loss continued.

−20 −12 Brγ −15 Br 10 −10 Br 11 Br 12 −10 −5 −15 He1.08µm Br 13 −8 −10 Br 14 He2.06µm Br 15 Paβ −5 Br 16 −6 −12 Equivalent Width (Å) Equivalent Width (Å) −10 Br 17 −8 Br 18 −4 −6 Br 19 −4 Br 20 −2 −2 4200 4400 4600 4800 5000 5200 5400 4200 4400 4600 4800 5000 5200 5400 HJD−2450000 HJD−2450000

Figure 4-15: Equivalent widths of all IR lines from 31 Peg.

4.5 48 Per

48 Per, HD 25940, is a stable Be star with little to no variability. Examples of spectral features can be found in Appendix A.3. Like the well-studied γ Cas, discussed in Section 4.14, 48 Per does not exhibit a double-peaked line profile structure in IR lines, see Figures A-7 and A-7, nor is Hα double-peaked at any point in our data.

Only the two optical lines, Hβ and iron, show double-peaked structure, Figure A-9.

The V/R values of these two lines do not show any significant trends over our data set, Figure 4-16 left. The iron line does show some variability, but it is low level and

63 likely due mostly to S/N issues and the relatively weak nature of the profile. We note that Hβ does have an underlying photospheric profile, which affects the values we have for peak heights over the limited coverage we have. For both lines a quick analysis shows a V/R of ∼ 1 during the SpeX period and we do not attribute any periodic behavior to be responsible. 48 Per is, however, one of a few stars with Ca II triplet emission in the IR, discussed in Section 7.4.

1.5 −30 −28 Hα 1.4 Hβ −26 FeII −24 −22 1.3 −1.5 −1.0 −0.5 HeI 0.0 1.2 0.5 1.0

V/R −2.0 −1.5 −1.0 FeII 1.1 −0.5 0.0

Equivalent Width (Å) 0.5 1.0 1.0 0 Hβ 2 4 0.9 6 2000 3000 4000 5000 0 1000 2000 3000 4000 5000 HJD−2450000 HJD−2450000

Figure 4-16: Data for 48 Per’s optical lines. (left) V/R values. (right) Equiv- alent widths.

No significant trends in emission line strength are seen in any line feature inthe

IR, Figure 4-17, and only a small increase in intensity (-2Å) in Hα at the start of our data, see Figure 4-16 right. It should be noted that while the equivalent widths are roughly constant there are some small profile shape variations seen during the

SpeX period. Helium, in the optical, shows some minor profile filling between HJD

2454500 and 2455500, and this is mirrored in Hβ with a similar filling of the central absorption component. No other significant variations or periodic patterns are seen.

64 −15 −15 Brγ Br 10 −10 Br 11 −5 Br 12 −10 −6.0 He1.08µm −5.5 Br 13 He1.70µm −5.0 He2.06µm −4.5 Br 14 Br 15 −4.0 −5 Paβ Br 16 −3.5 Ca0.85µm −3.0 Equivalent Width (Å) Equivalent Width (Å) −5.0 Br 17 −4.5 Br 18 0 −4.0 Br 19 −3.5 Br 20 −3.0 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-17: Equivalent widths of all IR lines from 48 Per. (left) The Brack- ett series. (right) Additional IR lines.

4.6 59 Cyg

59 Cyg, HD 200120, is a Be star exhibiting double-peaked emission in all line features in our data. Figures 4-18 through 4-20 showcase these features during the

SpeX period. The low brightness of 59 Cyg introduces S/N issues in the optical; due to this the FeII line is omitted and HeI and Hβ show significant noise in their spectra at times. While double-peaked structure is present, for many features the double peak is exhibited as a small enhancement on top of a flat-topped profile. The

IR helium features show the most significant V/R ratios while also having opposite

V/R from the Brackett series at times.

It terms of overall V/R variations, the Brackett series lines are consistent across the board, showing a near unity value at the start of our SpeX data and all lines transitioning to V>R by HJD 2454700 (Fig. 4-21 left). This is consistent with the

V/R trend seen in Hα and Hβ, see Figure 4-22 left, which also transition in V/R the same way. The weak nature of Hβ introduces most of the V/R variation seen. We exclude the optical helium V/R values due to noise. As to the rest of the IR lines,

65 see Figure 4-23, Paβ and the two helium lines λ1.06 and 1.08µm show a slight lag in their transition to V>R compared to the Brackett lines and the hydrogen optical lines. Paβ is still at V=R while the Brackett lines are already fully V>R; by the next observation, a month later, Paβ is fully V>R. The helium IR lines show a much more significant lag, remaining V

59 Cyg shows a stable disk throughout our data with no significant variations in equivalent widths of any line features, as the right panels of Figures 4-22, 4-21, and

4-23 show. In the optical, other than Hα, all lines show an equivalent width of ∼1 within the errors. Brackett lines do show Br10 through Br14 to be stronger than even

Brγ, possibility indicating a density enhancement at a inner to moderate radii from the star; temporal coverage is insufficient to see if the density enhancement moves within the disk. Paβ and the two helium lines also follow the same equivalent width trend, or lack of one. No evidence of disk growth or loss is present in our data.

66 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5600 5600 5600 14 Hα Brγ He

2.5 2.5 5400 5400 5400 12

5200 5200 5200 10

2.0 2.0

5000 5000 5000 8 HJD − 2450000

4800 4800 4800 6 NORMALIZED FLUX + time offset

1.5 1.5

4 4600 4600 4600

2 4400 4400 4400

1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-18: Stacked spectra for 59 Cyg during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

67 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He 5600 5600 5600 3.5

2.5 5400 5400 5400 4

3.0

5200 5200 5200

2.5 2.0 5000 5000 3 5000 HJD − 2450000

2.0 4800 4800 4800 NORMALIZED FLUX + time offset

1.5 2 4600 4600 4600 1.5

4400 4400 4400

1.0 1.0 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-19: As in Figure 4-18 the lines Paβ, Br12, and HeI λ1.08µm, from left to right.

68 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

He β H 5600 5600 5600 Br18

3.5

2.5 5400 5400 5400

3.0 6

5200 5200 5200

2.0 2.5 5000 5000 5000

4 HJD − 2450000

4800 4800 2.0 4800 NORMALIZED FLUX + time offset

1.5

4600 4600 4600

1.5 2

4400 4400 4400

1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure 4-20: As in Figure 4-18 the lines HeI λ5876Å, Hβ, and Br18, from left to right.

69 1.6 −7 1.4 Brγ −6 Brγ 1.2 Br10 −5 Br 10 1.0 Br11 −4 Br 11 Br12 −3 Br 12 0.8 −2 1.5 −8 Br13 Br 13 −7 Br14 Br 14

V/R 1.0 Br15 −6 Br 15 Br16 −5 Br 16 0.8 1.5 Equivalent Width (Å) −6 Br17 Br 17 Br18 −5 Br 18 1.0 Br19 −4 Br 19 Br 20 Br20 −3 0.8 4200 4400 4600 4800 5000 5200 5400 4200 4400 4600 4800 5000 5200 5400 5600 HJD−2450000 HJD−2450000

Figure 4-21: The Brackett series of 59 Cyg. (left) V/R values (right) Equiv- alent width values

2.5 −16 −14 Hα −12 2.0 Hβ −10 Hα −8 −2 1.5 −1

V/R 0 HeI 1 −6 Equivalent Width (Å) −4 1.0 −2 0 0.9 2 Hβ 4 0.8 6 4000 5000 6000 7000 4000 5000 6000 7000 HJD−2450000 HJD−2450000

Figure 4-22: Optical features of 59 Cyg. (left) V/R values (right) Equivalent width values

70 1.4 −5 1.2

−4 1.0

−3 0.8 V/R −2

0.6 Equivalent Width (Å) Paβ −1 HeI1.08µm HeI2.06µm 0 He1.08 He1.70 He2.06 Paβ 0.4 4200 4400 4600 4800 5000 5200 5400 5600 4200 4400 4600 4800 5000 5200 5400 5600 HJD−2450000 HJD−2450000

Figure 4-23: Additional IR features of 59 Cyg. (left) V/R values (right) Equivalent width values

71 4.7 60 Cyg

60 Cyg, HD 200310, like 28 Cyg is a great example of overall disk variability.

It goes through both disk loss and building phases over the course of our optical data, and the disk rebuilding is within our SpeX data. The standard line profile stacked plots for 60 Cyg, Figures 4-24, 4-25, and 4-26 do an excellent job of depicting this overall disk variability. Furthermore, dynamical spectra for Hα, HeI λ5876Å, and Hβ in Appendix B.2 provide the best visual representation of the disk loss and subsequent rebuilding event. 60 Cyg shows double-peaked profiles, except for Hβ and

FeII λ5316Å which do not show emission.

The V/R values for 60 Cyg in the optical include Hα and Hβ, see Figure 4-27 left, showing what may be mostly binarity driven variations with no overarching variability. At this time we have not confirmed that the variations are tied tothe binary period. Due to the overall weak disk present in 60 Cyg many of our data points do not have a V/R ratio. This is especially visible in the IR with our already limited coverage. The presence of periodic variations in the IR lines is inconclusive with the gaps and low-level nature of any changes present, see the left panels of Figures 4-28 and 4-29. No large scale cyclic patterns are present in our data.

As stated above, 60 Cyg’s disk goes through both a disk loss phase and a building phase. The disk loss phase begins after HJD 2451500 (end 1999) in Hα, see Figure

4-27 right, and ends in less than 400 days. Hα’s equivalent width switches from a strong emission profile, -10Å, to a mostly absorption profile, 0-2Å, in that period. The equivalent widths remain mostly stable in this weak state until the building phase begins post HJD 2454000 (end 2006). During the weak phase the Brackett series switches between double-peaked emission and almost pure photospheric absorption, similar to the Be star π Aqr discussed in Section 4.23. The switching in the Brackett series seems to indicate that material is be added to the inner disk and the quickly

72 dissipating, either accreted back on to the star or lost to the outer disk. The disk building phase does show a small phase delay in the Brackett series with increasing ordered lines beginning growth between 400 and 1000 days later than Brγ, see Figure

4-28 right. Paβ, HeI λ1.08µm, and 2.06µm follow Brγ’s trend, while HeI λ5876Å and

1.7µm remain relatively stable with only a small enhancement in emission.

One other interesting feature we see in 60 Cyg is the motion of its Hα emission peaks relative to the central wavelength. The two peaks of the profile actually move in towards the central wavelength during the disk building post HJD 2453000, and then start moving back out again in our most recent data (see Figure B-7). The movement is about 50 kms−1 in velocity space and only shows up in Hα. This type of behavior is consistent with the disk building from the inside out, i.e. higher velocity material near the star.

73 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

α γ H 5500 Br 5500 He 5500 10

8 5000 5000 5000

6 3

4500 4500 4500 HJD − 2450000 NORMALIZED FLUX + time offset

4 2 2

4000 4000 4000

1 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-24: Stacked spectra for 60 Cyg during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

74 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ 5500 Br12 5500 He 5500

3.5

3.0 5000 5000 5000

2.5 3

4500 4500 4500 3 HJD − 2450000

2.0 NORMALIZED FLUX + time offset

2 4000 1.5 4000 4000

1 1.0 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-25: As in Figure 4-24 the lines Paβ, Br12, and HeIλ1.08µm, from left to right.

75 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 20 3.5 5500 5500 5500 He Hβ Br18 7

6 3.0

15 5000 5000 5000

5 2.5

4 10 4500 4500 4500 HJD − 2450000 2.0 NORMALIZED FLUX + time offset 3

5 1.5 4000 4000 4000 2

1 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure 4-26: As in Figure 4-24 the lines HeIλ5876Å, Hβ, and Br18, from left to right.

76 10.00 −15 −10 −5 0 5 1.00 −4 −3 −2 −1

V/R 0 1 2 0.10 3 Equivalent Width (Å) −5 Hα 0 HeI Hα β HeI 5 H

0.01 10 2000 4000 6000 8000 2000 4000 6000 8000 HJD−2450000 HJD−2450000

Figure 4-27: Optical data over the full data timeline for 60 Cyg. (left) V/R values. (right) equivalent widths.

2.0 −8 Brγ −6 Brγ −4 Br10 −2 Br 10 Br11 0 Br 11 Br12 2 Br 12 1.0 4 0.9 2.0 −8 Br13 −6 Br 13 1.0 Br14 −4 Br 14 V/R Br15 −2 Br 15 Br16 0 Br 16 0.4 2

Equivalent Width (Å) −6 2.0 Br17 −4 Br 17 Br18 Br 18 1.0 Br19 −2 Br 19 Br20 0 Br 20 0.5 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-28: The Brackett series of 60 Cyg. (left) V/R values. (right) Equiv- alent width measurements.

77 2.0 −10

Paβ HeI1.08µm HeI2.06µm −5 V/R 1.0 0

Equivalent Width (Å) He1.08µm He1.70µm He2.06µm 5 Paβ 0.6 4000 4500 5000 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-29: Assorted spectral features of 60 Cyg. (left) V/R values. (right) Equivalent width measurements.

78 4.8 66 Cyg

66 Cyg, HD 202904, is another example with single peaked emission lines in the infrared, see Appendix A.4 for example spectra. The optical lines with double-peaked structure have their V/R ratios plotted in Figure 4-30 left. The V/R values for each feature all follow a similar pattern in their fluctuations, though all behavior is low level. Only Hα switches between V>R and R >V consistently across the dataset, while the iron line maintains mostly V>R and Hβ is also skewed the same. Unfor- tunately, our coverage does not yield any significant periodic consistencies. It should be noted that the rapid low-level V/R fluctuations seen here have been attributed to binary interactions in other stars, and with so few data points we did not test this in

66 Cyg.

1.6 −35 −30 Hα FeII Hβ −25 Hα −20 −0.5 HeI 0.0 0.5 1.0

V/R −2.0 1.0 −1.5 FeII −1.0 −0.5 0.0 Equivalent Width (Å) 0.5 −4 −2 Hβ 0 2 0.7 4 2000 3000 4000 5000 2000 3000 4000 5000 HJD−2450000 HJD−2450000

Figure 4-30: Optical spectral features of 66 Cyg. (left) V/R values. (right) Equivalent widths.

In terms of line intensities, only Hα in the optical shows much in terms of variability; all 4 optical line equivalent widths are plotted in right panel of Figure 4-30.

Hα shows a disk varying in intensity by ∼10Å for 6 years before the start of our

SpeX data. With the start of our SpeX observations, Hα enters a phase of mostly constant equivalent width. The IR hydrogen lines match closely the small decrease in 79 widths seen in Hα/. The helium lines in the IR, however, do not show any variability.

The Brackett series and Paβ, seen in Figure 4-31, only show a 1Å increase, and no periodic patterns are seen.

−14 Brγ −12 Br 10 −10 Br 11 −8 Br 12 −6 Paβ −10 −9 Br 13 −8 Br 14 −7 Br 15 −6 Br 16 −5 Equivalent Width (Å) −7 Br 17 −6 Br 18 −5 Br 19 −4 Br 20 4200 4400 4600 4800 5000 5200 5400 5600 HJD−2450000

Figure 4-31: Equivalent widths for all IR spectral features of 66 Cyg exhibiting emission and/or variability.

4.9 β CMi

β CMi, HD 58715, is a stable Be star showing double-peaked line features. It is sufficiently stable that it has been used by Klement et al. (2015, 2017) to testviscous decretion models (Carciofi & Bjorkman, 2006, 2008). The models revealed thebest

+3 fit inclination to be 43°−2, meaning the star is rotating at the critical rate based on vsini. The critical rotation does not appear to be producing a strong disk, as all line features exhibit underlying photospheric absorption (see Figures 4-32 and 4-32); however, β CMi is an another example of a star exhibiting CaII emission in the IR.

No helium features show any form of variability in our sample. Dulaney et al. (2017) found β CMi to exhibit a binary period of 170±4.27 days.

β CMi does exhibit V/R variations; however, because of strong photospheric absorption in the profiles, only Hα, Paβ, Brγ, and Br19 show emission strong enough

80 to extract their V/R ratios. Hα is consistent with short period orbitally induced variations, showing a low-level fluctuating V/R, 0.95 to 1.08, over the entire course of RO data, see Figure 4-34 left. Paβ, Brγ, and Br18 are all relatively consistent with each other showing only low-level variations, seen in Figure 4-35 left panel. The low-level variations do switch back and forth between V>R and R>V, but with such low-level variations this is consistent with near unity.

As stated above β CMi’s disk is very stable and our equivalent width data is in agreement. Hα equivalent widths, the right panel of Figure 4-34, have remained constant for over 13 years with values between -4 to -4.5Å; Hβ has also been constant at ∼6.5Åover our coverage. Brγ and Br 19-20 are the only IR lines to exhibit consistently negative equivalent widths, but within the errors all the Brackett series remain constant (see Figure 4-36). Data for Paβ also shows a mostly constant equivalent width, with its strong photospheric component leading it to positive values. We include the first two features of the CaII triplet in the right panel of Figure 4-35since we see activity in the triplet, and even though they are embedded in the photospheric component of the Paschen lines, they also maintain stable equivalent widths.

81 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 Hα 5 Brγ Hβ 20

5500 5500 6 5500

15 5

5000 5000 5000

4 3

4500 4500 4500 3 NORMALIZED FLUX + time offset

5 2

4000 4000 4000

1 1

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 −1 VELOCITY (km s ) VELOCITY (km s )

Figure 4-32: Stacked spectra for β CMi during the SpeX timeline. From left to right the lines are: Hα, Brγ,Hβ.

82 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 Ca 3.5 3.5

5500 5500 5500 6

3.0 3.0

5000 5000 5000

2.5 2.5

4 HJD − 2450000 4500 4500 4500 2.0 2.0 3 NORMALIZED FLUX + time offset

1.5 1.5 2

4000 4000 4000

1 1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-33: As in Figure 4-32 the lines Paβ, Br12, and HeIλ1.08µm, from left to right

83 1.10 −8

−6

−4 1.05

−2 Hα

V/R 4 5 1.00 6

Equivalent Width (Å) 7 8 Hα 9 Hβ 10 0.95 2000 3000 4000 5000 6000 7000 2000 3000 4000 5000 6000 7000 HJD−2450000 HJD−2450000

Figure 4-34: Optical data over the full data timeline for β CMi. (left) V/R vales. (right) equivalent widths.

1.5 −2 1.4 Paβ Paβ 1.3 Brγ Ca0.850 −1 Ca0.854 Br19 1.2

1.1 0

V/R 1.0

0.9 1 Equivalent Width (Å)

0.8 2

0.7 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-35: Assorted spectral features of β CMi. (left) V/R values. (right) Equivalent width measurements.

84 −4 −2 Brγ 0 Br 10 2 Br 11 4 6 Br 12 −1 0 Br 13 1 Br 14 2 Br 15 3 Br 16 4 −1.0Equivalent Width (Å) Br 17 −0.5 Br 18 0.0 Br 19 0.5 Br 20 1.0 4000 4500 5000 5500 HJD−2450000

Figure 4-36: Equivalent widths of the Brackett Series of β CMi.

85 4.10 β Lyr

β Lyr is an emission-line eclipsing binary, with a B6-8II star losing mass to its more massive early B companion (Harmanec, 2002). This binary situation adds greater complexity to any analysis of β Lyr’s spectra especially with mass transfer between the two. Considering the ∼13 day period, spectral profiles can change drastically depending on the phase of the orbit. Our stacked spectra show this during our SpeX observations in Figures 4-37, 4-38, and 4-39. Many groups have studied the β Lyr system in detail including Bisikalo et al. (2000), Zhao et al. (2008), Bonneau et al.

(2011), and Lomax et al. (2012) to name a few. Therefore, we will only discuss the large scale variability of β Lyr. We note that unlike our other stars the circumstellar disk here is most likely due to mass transfer between the stars, which is not the case in our other examples.

We can safely disentangle a basic understanding of V/R variability from Hα,Hβ, and HeI λ5876Å in the optical and all three helium lines, Brγ, Br10, and Paβ in the infrared. The rest of the Brackett series show non-standard emission line profiles with large blue-shifted emission wings, to the point where at times as in the Br 18 profile appear as a blue peak in emission and a red peak in absorption. Resultsof our optical V/R data show mainly R>V over the entire dataset with a high degree of “noise” due to the binary affects (see Figure 4-40). For the infrared lines notmuch can be inferred from the limited data, however, it is apparent that all three helium lines follow a similar pattern. They are shown in Figure 4-41.

β Lyr is also difficult to analyze using equivalent widths, as the binary effectsare dominant. We do see that over the course of our data that β Lyr always maintains a disk, and at times has large spikes in emission. Hα,Hβ, and HeI λ5876Å all show large increases in equivalent widths, see Figure 4-40, on the order of up to 3x normal.

In the infrared, this same pattern is reflected in the helium and Paschen lines as well

86 as Brγ, see Figures 4-41 and 4-42 around HJD 24542000, respectively. Finally, we do not see much in the inter-order variability in equivalent widths of the Brackett series, except for Brγ and Br13.

87 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 10 25 Hα Brγ He

5500 5500 5500

20 8 15

15 5000 5000 6 5000

10 HJD − 2450000

10 NORMALIZED FLUX + time offset 4

4500 4500 4500

4000 4000 4000

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-37: Stacked spectra for β Lyr during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

88 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He 40 5500 5500 5500

8 5

4 5000 6 5000 5000

20 HJD − 2450000 3

4 NORMALIZED FLUX + time offset

4500 4500 4500

2 10

4000 4000 4000 1 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-38: As in Figure 4-37 the lines Paβ, Br12, and HeIλ1.08µm, from left to right

89 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

He Hβ Br18

5500 5500 5500 2.5

15 15

5000 5000 5000 2.0

10 10 HJD − 2450000 NORMALIZED FLUX + time offset

4500 4500 4500 1.5

5 5

4000 4000 4000 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-39: As in Figure 4-37 the lines HeIλ5876Å, Hβ, and Br18, from left to right.

90 2.0 −40 −30 Hα 1.5 −20 −10 1.0 −14 −12 −10 HeI −8 −6 −4 0.5 −2 V/R 0 NaII 2

Equivalent Width (Å) 4 Hα −10 β HeI −5 H β H 0 0.1 5 2000 4000 6000 2000 4000 6000 HJD−2450000 HJD−2450000

Figure 4-40: Optical data over the full data timeline for β Lyr. (left) V/R vales. (right) equivalent widths.

1.5 −70 1.0 He1.08 −60 He1.70 0.5 He2.06 Paβ −50

He2.06 He1.7 He1.08 0.1 −40 2.5 V/R 2.0 Brγ Br10 Paβ −30 1.5 Equivalent Width (Å)

1.0 −20

−10 0.5 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-41: Assorted spectral features of β Lyr. (left) V/R values. (right) Equivalent width measurements.

91 −30 −25 Brγ −20 Br 10 −15 −10 Br 11 −5 Br 12 0

−4 Br 13 −2 Br 14 Br 15 0 Br 16

−1.0Equivalent Width (Å) −0.5 Br 17 0.0 Br 18 0.5 Br 19 1.0 Br 20 1.5 4000 4500 5000 5500 HJD−2450000

Figure 4-42: Equivalent widths of the Brackett Series of β Lyr.

92 4.11 δ Sco

δ Sco is another example of a Be star that possesses single peaked emission in our SpeX data. The small velocity separation of the peaks precludes viewing two peaks at the SpeX resolution; see Figures 4-43, 4-44, and 4-45 for examples. With only single peaked profiles to work with, no V/R data is available for IR lines,buta generalization can be made from an asymmetry in the single peak profiles. At times the profile is skewed to the red and at others to the blue. In fact, to the first order, comparing the Hα profile and the Brγ profile in Figure 4-43 show that the skewness of Brγ follows the V/R ratio of Hα.

δ Sco shows interesting behavior in its optical lines, with a triple peak in emission.

HeI λ5876Å, in Figure 4-45, shows the best triple peak example; it is present prior to our SpeX dataset and remains until near the end of the SpeX timeline. The V/R values available in the optical show a phase delay of at most 200 days between HeI

λ5876Å and the hydrogen lines near HJD 2455000 (Fig. 4-46). While there is a phase lag, the relative V/R trends are consistent across all three optical lines. δ Sco’s

V/R shows very smooth transitions in V/R that are only limited by our seasonal coverage. The profiles go from V>R and back in just over 400 days, which remains consistent over all RO data. δ Sco does not show V/R variations prior to 2004, HJD

2453000, but it is immediately evident in HeI λ5876Å that cyclic variations begin here.

Our dynamical plots provided in Appendix B, Figures B-15 and B-16 give the best visual depiction of when this variability begins. In fact, at the start of helium’s V/R variations, all optical lines experience a significant enhancement in the double-peaked nature of their profiles, which is again seen best in the dynamical plots of Appendix

B.3. This may be a delayed reaction to a periastron passage in 2001 (Miroshnichenko et al., 2001, 2003). Another periastron passage did occur in 2011 (Rivinius et al.,

2012), HJD 2455750, after our data pauses in January of 2011.

93 δ Sco is known to go through disk building phases, often tied with periastron passages. In the aftermath of the 2001 passage, we see a relatively consistent disk building phase begin, increasing the equivalent width of Hα from 5±3Å to 22±5Å in

∼ 5 years (see Figure 4-46). HeI λ5876Å also increased in strength in the last year of Hα’s growth. After reaching their peak strength, visible as a large intensity bump in the figures of Appendix B.3, both begin a gradual weakening phase until ourdata ends. Limited data from recent times may shows a small resurgence in the disk. The intensities of the infrared helium, Paβ, and Brγ lines show the same trend as seen in the optical (Fig. 4-46). At the start of the SpeX data we see strong emission with gradually decreasing equivalent widths until the end of the data. It is interesting that all other Brackett lines show a increase in equivalent width in the middle of the

SpeX data for two observations, September 2007 and January 2009, before returning to normal levels (Fig. 4-47). All lines do show a primarily emission line profile at all times.

94 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

50 Hα Brγ He 20 20 5500 5500 5500

15 15 5000 5000 5000

10 10

4500 4500 4500 HJD − 2450000

20 NORMALIZED FLUX + time offset

5 5 10 4000 4000 4000

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-43: Stacked spectra for δ Sco during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

95 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He 6 20 5500 5500 5500

15 5000 5000 5000

4 10

10 HJD − 2450000 4500 4500 4500 3 NORMALIZED FLUX + time offset

5 4000 2 4000 4000

1 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-44: As in Figure 4-43 the lines Paβ, Br12, and HeI λ1.08µm, from left to right.

96 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 30 He Hβ Br18 5

5500 5500 5500 10 25

8 5000 20 5000 5000

6 15 3 HJD − 2450000 4500 4500 4500 NORMALIZED FLUX + time offset

10 4

4000 4000 4000 5

1 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-45: As in Figure 4-43 the lines HeI λ5876Å, Hβ, and Br18, from left to right.

97 3.0 −30 −20 −10 2.0 0 −5 −4 −3 −2

V/R −1 0 1.0 1 2 Equivalent Width (Å) −6 Hα −4 Hα HeI −2 HeI Hβ 0 Hβ 2 0.5 4 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 HJD−2450000 HJD−2450000

Figure 4-46: Optical data over the full data timeline for δ Sco. (left) V/R values. (right) equivalent widths.

−40 −30 −25 Brγ He1.08µm −20 Br 10 −15 He1.70µm Br 11 −30 −10 He2.06µm −5 Br 12 Paβ 0 −8 Br 13 −20 −6 Br 14 −4 Br 15 Br 16 −2 −6 Equivalent Width (Å) −10 Equivalent Width (Å) −5 Br 17 −4 Br 18 −3 Br 19 −2 Br 20 0 −1 0 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-47: Equivalent widths of all IR lines from δ Sco.

98 4.12 Cap

Cap is another typical Be star showing double-peaked emission in both our optical and infrared data. While there are double-peaked profiles the overall emission is weak. Even Hα, a typically strong emission line is relatively weak (see Figure

A-13). Figures A-13, A-13, and A-13 show example spectra for Cap.

Due to the relatively weak emission small changes in peak heights can produce a large change in V/R, which is seen in some of the higher order Brackett lines. In the optical, only Hα is strong enough to give us reliable V/R values (Figure 4-48), showing some variability, but no pattern with our limited coverage. As for the infrared lines, most of the Brackett series including Brγ do show a double peak but it is buried in photospheric absorption (Figure A-13 for Brγ and A-14 for Br 12). Br 13 and

17-20 show enough emission to extract V/R ratios. We see these lines, minus Br 16, transitioning from V6=R to with V≈R (see Figure 4-49). HeI λ1.08µm is consistent with the Br lines, while HeI λ2.06µm goes through a full switch in V/R from V

V>R. More and denser observations are needed for any analysis of cyclic behavior.

All infrared lines show an increase in line strength during the SpeX dataset, but

1.15 −8 −7 −6 Hα −5 1.10 −4 −3 −2 −1.0 1.05 −0.5 HeI 0.0 0.5 1.0 1.5 1.00 2.0 V/R −1.0 NaII −0.5 0.95 0.0 0.5 Equivalent Width (Å) 1.0 −2 0.90 0 Hβ 2 Hα 4 6 0.85 3500 4000 4500 5000 5500 3500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-48: Optical data over the full data timeline for Cap. (left) V/R values. (right) equivalent widths.

99 1.5 −2 He1.08µm 1.0 He2.06µm Paβ 0 HeI1.08 HeI2.06 Br13 Br16 0.5 2.0 V/R 1.5 2 Equivalent Width (Å) 1.0

4 Br17 Br18 Br19 Br20 0.5

4200 4400 4600 4800 5000 5200 4400 4600 4800 5000 HJD−2450000 HJD−2450000

Figure 4-49: Assorted IR spectral features of Cap. (left) V/R values for the IR features that have double-peaked emission. (right) Equiva- lent width measurements for IR features. mid-order Brackett lines do fluctuate within the errors after HJD 2455000 (see Figure

4-50). HeI λ2.06µm gains enough in equivalent width to place it on the negative side of 0, making the transition to a mostly emission line profile (Figure 4-49). For the optical lines, all of them show some increase in strength during the SpeX period, with a potential weakening starting in the most recent RO data (Figure 4-48). No large scale disk changes are seen.

0 1 Brγ 2 Br 10 3 Br 11 4 Br 12

0.0 Br 13 0.5 Br 14 1.0 Br 15 Br 16 1.5

Equivalent Width (Å) −0.5 Br 17 0.0 Br 18 0.5 Br 19 1.0 Br 20

4200 4400 4600 4800 5000 5200 HJD−2450000

Figure 4-50: Equivalent widths of the Brackett Series of Cap.

100 4.13 EW Lac

EW Lac is a double-peaked Be star that exhibits strong shell features. All spectral features exhibit the strong central absorption indicative of Be shell stars, excluding

Brγ and Paβ. Both Brγ and Paβ appear as normal double-peaked emission lines at low resolution in the SpeX data. Plots of EW Lac’s spectral features can be found in Figures 4-51, 4-52, and 4-53. For many lines the shell feature is strong enough to completely overpower one of the peaks, as is seen Br 12 in our first SpeX observation

(see Figure 4-52 bottom of middle panel). EW Lac also shows excess NaII absorption in the Na doublet near HeI λ5876Å.

The V/R variability of EW Lac is both significant and periodic. The optical lines

(see Figure 4-54) all show cyclic V/R variations with a half cycle at ∼2.5 years. It appears that FeII λ5316Å and Hβ may have a phase delay of about 1 year, however, a more complete data timeline is needed to be sure. Hα fluctuates from a minimum

V/R of 0.7 to a maximum of 2, while FeII λ5316Å shows a V/R slightly stronger in both directions, 0.6 and 3.5. Hβ has a much more significant V/R fluctuation, 0.45 to almost 11, but we do not have sufficient temporal coverage to see the full cycle. Lines in the infrared also show evidence of this cyclic pattern. Paβ and Brγ show a trend very similar to Hα, with a maximum V/R at HJD 2454700 (se Figures 4-55 and 4-56).

The remaining infrared lines all show a V/R maximum at HJD 2454300 or earlier, consistent with FeII λ5316Å or Hβ. We also notice that the Brackett series itself shows evidence for inter-order phase lags. By increasing order number, the switch from V>R occurs progressively earlier, with a lag of 1 year between Br 20 and Br

10 (Figure 4-55). The 1 year lag is consistent with the lag in FeII λ5316Å and Hβ, meaning that these lines are experiencing similar changes in density structure in the disk. These types of lags are considered evidence for spiral density waves disk, and are discussed further in Section 7.1.2.

101 In terms of equivalent widths, Hα shows a gradual increase followed by a decay phase. Beginning with our data, Hα undergoes a building phase from -20Å to -30Å over 6 years (see Figure 4-54). The building then reverses for the following 6 years, falling to -10Å. No other optical emission lines show any visible trends, but an increased absorption in the sodium doublet during the beginning of Hα’s weakening is present. For the infrared, our SpeX data starts just after the Hα equivalent width peak and its subsequent decrease. We see increasing equivalent widths across the board, excluding a small dip in our second observation (see Figures 4-55 and 4-56).

This is indicating that the inner disk is showing increasing emission, while Hα is weakening.

102 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 3.5

Hα Brγ He 40

5400 5400 12 5400

3.0

5200 5200 10 5200 30

2.5 5000 5000 8 5000

4800 6 4800 2.0 4800 HJD − 2450000 NORMALIZED FLUX + time offset

4600 4 4600 4600 10 1.5

4400 2 4400 4400

1.0 0

0 4200 4200 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-51: Stacked spectra for EW Lac during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

103 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 7 Paβ Br12 He 20 5400 5400 5400

4 6

5200 5200 5200

15 5

5000 3 5000 5000

4800 4800 4800 HJD − 2450000

NORMALIZED FLUX + time offset 3 2

4600 4600 4600

5 2

4400 4400 4400

1 1

0 4200 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-52: As in Figure 4-51 the lines Paβ, Br12, and HeI λ1.08µm, from left to right

104 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 25 He Hβ Fe

12 5400 5400 5400

10 5200 5200 5200

8 5000 15 5000 3 5000

6 4800 4800 4800 HJD − 2450000 10 NORMALIZED FLUX + time offset

4 4600 4600 4600

2 4400 4400 4400

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure 4-53: As in Figure 4-51 the lines HeI λ5876Å, Hβ, and Br18, from left to right.

105 −35 −30 −25 Hα −20 10 −15 FeII −10 Hα Hβ −5 −1 HeI 0 1 2

V/R −0.5 0.0 0.5 1.0 1.5

Equivalent Width (Å) NaII 1 2.0 −4 −2 Hβ 0 2 4 6 8 2000 3000 4000 5000 6000 7000 2000 3000 4000 5000 6000 7000 HJD−2450000 HJD−2450000

Figure 4-54: Optical data over the full data timeline for EW Lac. (left) V/R values. (right) equivalent widths.

−14 10 Brγ −12 Brγ Br10 −10 −8 Br 10 Br11 −6 Br 11 1 Br12 −4 −2 Br 12 0 10 −4 Br13 Br 13 −3 Br14 Br 14

V/R −2 Br15 Br 15 1 Br16 −1 Br 16 0

−2.5Equivalent Width (Å) Br17 Br 17 −2.0 Br18 −1.5 Br 18 Br19 −1.0 Br 19 1 Br20 −0.5 Br 20 0.0 4200 4400 4600 4800 5000 5200 5400 4200 4400 4600 4800 5000 5200 5400 HJD−2450000 HJD−2450000

Figure 4-55: The Brackett Series of EW Lac. (left) V/R values. (right) Equivalent width measurements.

106 7.0 −12.0 −11.5 5.0 Paβ HeI1.08 −11.0 HeI2.06 −10.5 −10.0 −9.5 Paβ −9.0 −1.0 V/R −0.5 He1.08 He1.70 He2.06 0.0 Equivalent Width (Å) 1.0 0.5 1.0 1.5 0.5 2.0 4200 4400 4600 4800 5000 5200 5400 4200 4400 4600 4800 5000 5200 5400 HJD−2450000 HJD−2450000

Figure 4-56: Assorted spectral features of EW Lac. (left) V/R values. (right) Equivalent width measurements.

107 4.14 γ Cas

γ Cas is one of the most studied Be stars in this sample, and is considered one of the founding members of the Be star class. γ Cas exhibits only singled peaked emission in the infrared and double-peaked structure in the optical (see Figures A-16,

A-17, and A-18). For the majority of our dataset γ Cas is in a non-active state, maintaining a constant V/R and equivalent width; however, prior to HJD 2453000 significant V/R activity is present. Dynamically plotted spectra in Appendix B.4, show an active V/R phase present in the first half of our dataset.

V/R data for γ Cas follows the trend seen in our dynamical spectra with significant variability prior to the beginning of our SpeX data. Starting HJD 2453000, Hα, HeI

λ5876Å and FeII λ5316Å all show a cyclic V/R trend. Hα starts our data with V=R, then rising to 1.5 before falling to 0.85 and finally rising again to unity and remaining there until present (see Figure 4-57). The result is a period of 7 years for the full cycle. Hβ and FeII λ5316Å show the same trend, but their maxima and minima occur

200 days prior to that of Hα. Due to the much weaker emission in HeI λ5876Å and

FeII λ5316Å the range of V/R values is much larger for these lines, 0.75 to 2 and 0.2 to 4.5, respectively. After the the large scale V/R variability ends, γ Cas shows no signs of variability in its V/R ratios.

The equivalent widths for γ Cas remain constant in all lines other than Hα (see

Figure 4-58). Hα shows weakening emission at the start of RO observations, which continues until the V/R switches from V>R to R>V (Figure 4-57). It is at this point that the Hα emission begins increasing through current times. A weakening during the active phase is visually apparent in the dynamical plot of Hα, see Figure B-19, while the structure causing this decrease is better seen in Figure B-20, when the average spectrum is removed. The IR lines show constant equivalent widths, within errors, over the course of our dataset, and no periodic trends are seen.

108 5.0 −40 −35 Hα −30 HeI −25 FeII −20 Hβ −3 −2 −1 0 1 1.0 −3 V/R −2 −1 0.6 0

Equivalent Width (Å) 1 −10 −8 −6 Hα HeI FeII −4 Hβ −2 0 2 0.2 4 0 2000 4000 6000 8000 0 2000 4000 6000 8000 HJD−2450000 HJD−2450000

Figure 4-57: Optical data over the full data timeline for γ Cas. (left) V/R values. (right) equivalent widths.

−12 −14 −12 Brγ −10 −10 Br 10 −8 Br 11 Br 12 −8 −6 −11 −10 Br 13 −6 −9 −8 Br 14 −7 Br 15 −4 −6 Br 16 −5 −9 Equivalent Width (Å) −2 Equivalent Width (Å) −8 Br 17 −7 Br 18 −6 0 Br 19 He1.08µm He1.70µm He2.06µm Paβ −5 −4 Br 20 2 −3 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-58: Equivalent widths of all IR lines from γ Cas. (left) Additional IR lines. (right) Brackett series lines.

109 4.15 HD 91120

HD 91120 is a double-peaked Be star with weak disk. As seen in our stacked spectral plots, Figures A-19 and A-20, all line features show a strong photospheric profile. We do see evidence of the calcium triplet present here as a small superimposed double-peaked feature on top of the pure photospheric absorption of the Paschen lines.

Little else is of note for HD 91120, but general V/R and equivalent width information is discussed below.

We do see some V/R activity, however, the maximum variation from unity in the optical is a V>R of 1.15 and 1.2 in the infrared (see Figure 4-59). All the V/R variations in the Hα profile are consistent with very small changes to the already small peak heights on the Hα profile, and without much denser observations it is difficult to assume any periodic pattern. For the infrared lines only Paβ, Brγ, and Br20 possess strong enough emission to extract V/R data. These lines also show small variations like Hα, and can be attributed to very small changes in the peak heights (see Figure

4-59 right). It should be noted that changes in peak height use the continuum level not the photospheric absorption core for measurements, this means an even smaller change in peak heights than in Hα can result in similar V/R ratios. Brγ does follow

Hα, based on our limited coverage, and could be evidence of a link between optical and infrared V/R if the V/R fluctuations can be confirmed as periodic or significant.

The Paβ line shows less variation, but still maintains much of the Brγ trend. Br 20 is the last line in the Brackett series we look at, and the feature is heavily crowded with the remaining higher order lines. We do find V/R values for all but two data points and barring the large errors there is potentially a similar trend to Brγ as well.

The disk intensity appears stable during our dataset though we see a small increase in Hαequivalent width, but large error bars preclude most analysis (Figure 4-60 top).

110 1.15

Hα 1.5 1.10

1.2 1.05 1.0 V/R V/R 1.00 0.8

Paβ 0.95 Brγ 0.6 Br20

0.90 0.5 3000 4000 5000 6000 7000 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-59: V/R values for HD 91120’s optical and IR lines. (left) V/R values for Optical data over the full data timeline. (right) V/R values for all double-peaked IR data.

Only HeI λ2.06µm, of the remaining infrared lines, shows the opposite trend with decreasing emission strength (see Figure 4-60 bottom right). Given the small changes and large error bars we would not classify HD 91120’s disk building or weakening.

111 −15 Hα −10

−5

−5 Hβ 0 Equivalent Width (Å) 5

15 3000 4000 5000 6000 7000 HJD−2450000

0 1 2 Brγ −1 3 Br 10 4 Br 11 5 6 Br 12 1 0 2 Br 13 3 Br 14 Br 15 4 1 Br 16 5

−0.5Equivalent Width (Å) Equivalent Width (Å) Br 17 0.0 2 0.5 Br 18 1.0 Br 19 1.5 Br 20 He1.08 He2.06 Paβ Ca0.850 2.0 3 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-60: Equivalent widths for HD 91120. (top) Optical lines. (bottom left) Brackett series lines. (bottom right) Additional IR lines.

4.16 HD 93521

HD 93521 is 1 of the 2 O stars in our sample. Much debate has gone into the nature of this star as it is an O star at a high Galactic latitude (l=183deg, b=62deg).

Investigation by Howarth & Reid (1993) determined it to be a runway Population I star, while its height above the Galactic plane remains a mystery. The only evidence in our data that HD 93521 may be an Oe star is a small indication of Hα emission between HJD 2453500 and 2455500. Bjorkman et al. (1994) did find evidence for the presence of a disk from ultraviolet spectra. Luckily, this falls within our SpeX data,

112 and we do see some very minor enhancement in the Brγ line’s equivalent widths as well as a hint in HeI λ2.06µm (see Figure A-21). The remaining infrared lines do not show any readily visible evidence (Figure A-22) for a circumstellar disk. The lack of any double-peaked emission precludes the use of V/R to analyze variability.

The small enhancement seen in Hα appears as a 2-3Å shift towards emission in equivalent width during the same period mentioned above; otherwise Hα remains constant within the errors (see Figure 4-61 top). A small increase in the infrared lines is also present, but to a smaller degree as no IR lines increases by more than -1Å

(see Figure 4-61 bottom). Even with this small increase no continued disk growth is anticipated as the Hα profile loses its enhancement in our latest data.

113 −15 Hα

−10

−5

Equivalent Width (Å) 5

15 0 2000 4000 6000 HJD−2450000

0 0 1 Brγ 2 Br 10 1 3 Br 11 Br 12 4 2 −0.5 0.0 Br 13 3 0.5 Br 14 1.0 Br 15 He1.08 1.5 Br 16 4 He2.06 Equivalent Width (Å) −0.6 Equivalent Width (Å) Paβ −0.4 Br 17 5 −0.2 He1.70 0.0 Br 18 0.2 Br 19 0.4 Br 20 6 0.6 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-61: Equivalent widths for HD 93521. (top)Hα.(lower left) Brackett lines. (lower right) Non-Brackett IR lines.

4.17 HD 163296

HD 163296 is an A1Vep star and more importantly a pre-main-sequence Herbig

Ae/Be star. As a pre-main-sequence star HD 163296 has not finished its initial formation phase. In other words, the star has formed, but part of the formation disk remains. This debris disk introduces additional complications when attempting to analyze spectra as we are here, in particular the presence of dust. HD 163296 has been studied much in the past and some highlights include Grady et al. (2001);

Sitko et al. (2008); Wisniewski et al. (2008). For our data a analysis, HD 163296 only

114 shows single-peaked emission in the infrared, preventing V/R IR analysis. Figure A-23 shows the three SpeX data points in Brγ and Br 18, with the temporally relevant Hα spectra.

We only see double-peaked emission in the Hα profile, and given the already skewed profile shape, the V/R values for HD 163296 all show V

All spectra show a very large red peak with a small blue peak that produces most of the V/R variability. The V/R ratio fluctuates between 0.8 and 0.4, but no switch in

V/R to V>R.

1.5 1.4 1.3 Hα −40 α 1.2 H 1.1 1.0 0.9 −30 0.8 0.7 −20 V/R 0.6

0.5 Equivalent Width (Å) −10

0.4 0

0.3 0 1000 2000 3000 4000 5000 0 1000 2000 3000 4000 5000 HJD−2450000 HJD−2450000

Figure 4-62: Optical data for HD 163296. (left) V/R values for Hα.(right) Equivalent widths for Hα.

HD 163296’s disk remains constant over our dataset with regards to Hα equivalent width (see Figure 4-62). Our three points in the infrared show the inner disk weakening by our last data point (see Figure 4-63). All infrared lines including the calcium triplet decrease in equivalent width, with Brγ changing by almost 5Å and

Paβ by almost 6Å. The Brackett series is almost non-existent in HD 163296 showing only a small bump in emission or small absorption feature that is shown in Figure

A-23 with Br18. The three data points in the infrared make it difficult to state that the inner disk is in a disk loss phase, but assuming the loss in equivalent width were

115 to continue it would suggest that the disk would clear from the inside out.

−6 −12 Brγ −4 He1.08 Br 10 Paβ −2 Br 11 −10 Ca0.850 0 Br 12 Ca0.854 −1.52 −8 −1.0 Br 13 −0.5 0.0 Br 14 −6 0.5 Br 15 1.0 Br 16 1.5 −4 −1.0 Equivalent Width (Å) −0.8 Equivalent Width (Å) Br 17 −0.6 −2 −0.4 Br 18 −0.2 0.0 Br 19 0.2 Br 20 0 0.4 4200 4400 4600 4800 5000 4200 4400 4600 4800 5000 HJD−2450000 HJD−2450000

Figure 4-63: Equivalent widths of the infrared lines of HD 163296. (left) Brackett series. (right) Non-Brackett lines.

4.18 HD 183656

HD 183656 is a highly variable Be star with large V/R variations in both the infrared and optical. All emission lines show double-peaked structure, although in the infrared one peak can be absorbed by the central absorption component (see

Figures 4-64, 4-65, and 4-66). HD 183656 shows no helium line emission, but we do observe enhanced absorption in the NaII doublet. This sodium enhancement appears red-/blue-shifted opposite of the hydrogen lines’ dominant peak.

The V/R variability in HD 183656 is available for all lines that have a definitive double peak. Hα shows periodic V/R with a significant range in ratios. Our data starts with a V/R=0.5, transitioning to V/R=3.8, then back down to V/R=0.3, and finally returning to V/R=3.9 (see Figure 4-67). This fluctuation appears consistent with large scale periodic behavior with a period of 6.5±0.2 years. Unfortunately, we do not have any data after the start of 2014 to check if the periodic pattern

116 continues. Our infrared data show similar patterns, with a V>R peak occurring at

HJD 2454350 and falling to V

HD 183656 is quite active in V/R and we expect to see some variability translate into changes in the intensity of the disk. The most significant pattern we see occurs in the equivalent widths of the SpeX data. We see the Brackett series experience a weakening in emission from all orders, and then a rebound back up to where they started (see Figure 4-68 lower right). This pattern is reflected in the excess NaII absorption as well. Hα and Paβ do not follow the Brackett series; they do begin with a weakening, but quickly rebound by the time that Brackett lines are at their minimum. The weakened Brackett series tells us that emission in the inner disk has decreased, while overall emission, Hα, remains mostly stable. The remaining optical lines and infrared helium lines show no trends, maintaining a stable equivalent width through all our data (see Figure 4-68 top and bottom left).

117 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 3.0 Hα Brγ He

40 5500 5500 5500

2.5

5 30 5000 5000 5000

4 2.0

4500 HJD − 2450000 4500 4500

NORMALIZED FLUX + time offset 3

1.5 10 4000 4000 2 4000

1 1.0 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-64: Stacked spectra for HD 183656 during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

118 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He 20 5500 5500 3.5 5500 7

6 3.0

15 5000 5000 5000

2.5

10 4 4500 4500 4500 HJD − 2450000

2.0 NORMALIZED FLUX + time offset

5 4000 4000 1.5 4000 2

1 1.0 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-65: As in Figure 4-64 the lines Paβ, Br12, and HeI λ1.08µm, from left to right

119 −200 0 200 400 600 −1000−500 0 500 1000 −1000−500 0 500 1000 Na Hβ Br20 5500 5500 5500 20

5000 20 5000 15 5000

15 3

10 4500 4500 4500 HJD − 2450000

NORMALIZED FLUX + time offset 10

5 4000 4000 4000 5

1 0 0 −200 0 200 400 600 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-66: As in Figure 4-64 the lines NaII λ5889Å, Hβ, and Br20, from left to right.

120 5.0 4.0 10.00 3.0

2.0

1.00

1.0 V/R V/R 0.8 0.6 0.10 Paβ Br 0.4 γ Br19 Hα Br20

0.2 0.01 3500 4000 4500 5000 5500 6000 6500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-67: V/R values for HD 183656. (left) Optical lines. (right) Infrared lines.

121 −15 Hα −10 −5 0 −6 −4 −2 0 2 4 HeI 6 −6 −4 FeII −2 0 2 4 Equivalent Width (Å) 6 −5 0 5 10 15 Hβ 20 3500 4000 4500 5000 5500 6000 6500 HJD−2450000

−4 −2 −2 Brγ 0 Br 10 2 Br 11 0 4 Br 12 6 0 2 1 Br 13 2 Br 14 3 Br 15 4 4 Br 16 5

Equivalent Width (Å) He1.08µm Equivalent Width (Å) 0 Br 17 6 He2.06µm 1 Paβ Br 18 Br 19 NaII 2 Br 20 8 3 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-68: Equivalent widths for HD 183656. (top) Optical lines profiles (bottom left) Paβ, NaII, and IR helium lines. (right) The Brack- ett series.

122 4.19 LQ And

LQ And is a normal Be star with strong double-peaked emission, but it suffers from low signal-to-noise in several lines because it is one of the dimmer stars in our sample. LQ And shows double-peaked emission in all the infrared hydrogen lines and the CaII triplet, but displays no helium emission.

In terms of V/R variability, we see very minor fluctuations. Hα shows only the smallest variations staying around 1.2±0.2, and these variations are likely related to the noise level (see Figure 4-69 top). Hβ does show moderate V/R, 0.88-1.45, but it has the lowest signal-to-noise of any line for which we measure V/R ratios.

The infrared lines are also very stable in their V/R values, with only the Ca triplet showing a increasingly V>R value across the SpeX data, likely due to their position in Paschen series photospheric absorption cores (see Figure 4-69 bottom row). Only

Br 10 shows a V/R different from unity, but this is due to an emission feature onthe blue-ward side and not the line itself.

Other than Hβ, LQ And’s hydrogen lines show a disk growing in emission. Start- ing with our RO data and continuing past the end of the SpeX data all the hydrogen lines become increasingly negative in equivalent width (see Figure 4-70). Hα increases by -7Å (30% larger) by the end of our RO data and Brγ increases by a similar fraction, -3Å (31% larger). All the remaining Brackett lines show the same increasingly negative equivalent widths and are consistent with what we see in Hα and Brγ. Paβ also shows the same increase in emission, rising from -7.5Å to -11Å (46% larger).

The helium lines in the infrared stay mainly constant around 0Å and the same is seen with the Ca lines at -1.5Å. The increasingly negative equivalent widths in all hydrogen lines is indicating a circumstellar disk that is gaining material, and potentially becoming a much more significant disk in the long run. We will require further observations to continue to monitor the disk growth.

123 1.50

1.40

1.30

1.20

V/R 1.10

1.00

0.95 Hα Hβ

0.85 4000 5000 6000 7000 HJD−2450000

1.3 1.5 1.2 Brγ 1.1 Br10 1.0 Br11 0.9 Br12

1.1 Br13 1.0 Br14

V/R Br15 V/R 0.9 Br16 1.0 1.2 Br17 1.1 Paβ Br18 1.0 CaII0.850 Br19 CaII0.854 0.9 Br20 0.8 3600 3800 4000 4200 4400 4600 4800 3600 3800 4000 4200 4400 4600 4800 HJD−2450000 HJD−2450000

Figure 4-69: V/R values for all line features of LQ And. (top) Optical data. (bottom left) The Brackett series. (bottom right) Non-Brakcett infrared lines.

124 −30

−25

−20 Hα

−15 −5 Hβ

Equivalent Width (Å) 0

4000 5000 6000 7000 HJD−2450000

−14 −12 −12 Brγ −10 Br 10 −10 −8 Br 11 −6 Br 12 −4 −8 −7 He1.08 −6 Br 13 He2.06 −6 −5 Br 14 Paβ −4 Br 15 Ca0.850 −4 −3 Br 16 Ca0.854

Equivalent Width (Å) −6 Equivalent Width (Å) −2 −5 Br 17 Br 18 −4 Br 19 0 Br 20 −3 2 3600 3800 4000 4200 4400 4600 4800 3600 3800 4000 4200 4400 4600 4800 HJD−2450000 HJD−2450000

Figure 4-70: Assorted spectral features of LQ And. (left) V/R values. (right) Equivalent width measurements.

125 4.20 ν Gem

In ν Gem we see a weak disk signature in all hydrogen features and very little to no evidence of a disk in helium features. Double peaked emission is present in hydrogen features excluding Br 10-17 where the profile is in absorption. Figures 4-71 and 4-72 show several hydrogen and helium features over the SpeX timeline.

Due to the weak disk, many lines were not measured for V/R values. As for optical lines, only Hα and FeII λ5316Å show evidence of double-peaked structure, see Figure

4-73 left panel. Over the course of all Ritter observations Hα does complete one V/R cycle taking 6±0.2 years. All remaining lines have insufficient temporal coverage or significant photospheric contamination such that measurements of the periodic nature of the V/R ratios cannot be accurately extracted. We do, however, see Brγ and Paβ following the general trend seen in Hα(see Figure 4-74 left). The three high order

Brackett lines for which we have V/R data for do not show a recognizable trend.

Interestingly we do see evidence of a triple peak structure in Hα during the first

1000 days of Ritter observations. Similar to ζ Tau, see Chapter 6, a single peak is superimposed on top of the double peak structure. This appears as an extra emission source in ν Gem’s Hα dynamical spectra, Figures B-25 and B-26, around HJD 2452000 to 2453000. The prevalence and significance of a triple peak is further discussed in

Section 6.

As stated earlier most of the Brackett series lacks significant emission and are mainly in absorption with some filling in the core. Brackett γ, 18, 19, and 20 do have emission above the continuum meaning there appears to be a density perturbation present in the inner disk. Figure 4-75 shows the equivalent widths for the Brackett series and reveals a trend where higher order lines show less and less absorption.

Only Br γ seems to diverge from this trend. This would indicate that the inner disk is showing a density gradient increasing towards the star, but in a very weak disk.

126 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Hα Brγ He

25 5500 5500

5000 4

5000 5000

15 3

4500 HJD − 2450000 3 4500 4500

NORMALIZED FLUX + time offset 10

2 4000 5 4000 4000

1 1

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-71: Stacked spectra for ν Gem during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

127 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He

5500 5500 5500 6

4 4

5000 5000 5000

4 3 3 HJD − 2450000 4500 4500 4500 3 NORMALIZED FLUX + time offset

2 2

2 4000 4000 4000

1 1 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-72: As in Figure 4-71 the lines Paβ, Br12, and HeI λ1.08µm, from left to right.

128 4.0 −6 −4 Hα −2 3.0 0 Hα 2 −1 2.0 0 1 HeI 2 −2 V/R −1 FeII 0 1.0

Equivalent Width (Å) 1 2 4 Hβ 6 8 0.5 10 1000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 HJD−2450000 HJD−2450000

Figure 4-73: The optical features for ν Gem of the entire Ritter archive. (left) V/R variations. (right) Equivalent width measurements

2.0 −0.4 1.4 He1.08 −0.2 He1.70 1.0 0.8 0.0 0.6 γ Br 0.2 0.4 Hα 0.4 Paβ 0.6 0.2 V/R −6 1.6 He2.06 −4 Paβ Equivalent Width (Å) 1.0 −2 Br18 0 Br19 2 Br20 4 0.4 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-74: Assorted features for ν Gem during the SpeX timespan. (left) V/R variation measurements. (right) Equivalent width measurements.

129 0 Brγ 1 2 Br 10 3 Br 11 4 Br 12

0.5 1.0 Br 13 1.5 Br 14 2.0 Br 15 2.5 Br 16 3.0 −1.0 Equivalent Width (Å) −0.5 Br 17 Br 18 0.0 Br 19 0.5 Br 20 1.0 4000 4500 5000 5500 HJD−2450000

Figure 4-75: Equivalent width measurements of the Brackett Series for ν Gem during the SpeX timespan.

Equivalent widths for the helium lines show mostly constant values and a mostly emission profile for the HeI λ2.06µm line.

4.21 ω Ori

ω Ori is a normal double-peaked Be star. We see full double-peaked structure in most lines, barring the optical helium line and Hβ, as they both show mostly photospheric absorption with small double-peaked emission superimposed. Example spectra can be found in Appendix A.11.

ω Ori shows a V/R switching in dominant peak for all emission lines other than

HeI λ1.08µm. This switch is at a very low level, staying within 0.05 of unity in the optical and 0.2 in the infrared (Figure 4-76). The switching V/R happens very rapidly in the optical, particularly for Hα. Switching in the infrared is on a much longer time frame, but again the ratios remain close to unity. Paβ is also consistent with the switching in the Brackett series, and only the helium lines show different behavior with a much more unstable V/R ratio. We note that the large dispersion in

V/R ratios for the first data point of the Brackett series lines is demonstrating the

130 effect that very weak emission can have on the ratios.

1.0 V/R

Hα HeI Hβ

0.1 0 1000 2000 3000 4000 5000 HJD−2450000

1.4 1.2 1.2 Brγ Br10 1.0 Br11 Br12 0.8 1.4 1.2 Br13 Br14 1.0 1.0 V/R Br15 V/R 0.9 Br16 0.8 1.4 1.2 Br17 1.0 Paβ Br18 HeI1.08 0.8 Br19 HeI2.06 0.6 Br20 0.8 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-76: V/R values of lines showing double-peaked emission for ω Ori. (top) Optical lines. (bottom left) Brackett series lines. (bottom right) Helium and Paschen infrared lines.

Examination of our stacked spectra in Appendix A.11 shows that all the lines exhibit much weaker emission early in our data (bottom of the plots), and the higher order Brackett lines are especially weak. The first SpeX observation shows this very weak disk in our equivalent width measurements. Hα equivalent widths show that over the course of the 4 years prior to the start of SpeX observations ω Ori begins building a strong disk, with equivalent widths increasing in emission from -5Å to -15Å

(see Figure 4-77 top). Hβ and HeI λ5876Å do not show an increase. The disk had 4

131 −20 −15 −10 −5 0 −1 Hα 0 HeI 1 Hβ 2 Equivalent Width (Å) −2 0 2 4 6 8 0 1000 2000 3000 4000 5000 HJD−2450000

−10 −8 Brγ He1.08 He1.70 He2.06 Paβ −6 Br 10 −6 −4 Br 11 −2 Br 12 0 −8 −4 −6 Br 13 −4 Br 14 −2 Br 15 Br 16 0 −2

Equivalent Width (Å) −6 Equivalent Width (Å) Br 17 −4 Br 18 −2 Br 19 0 Br 20 0 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-77: Equivalent widths for all lines ω Ori. (top) Optical lines. (bottom left) Brackett series lines. (bottom right) Helium and Paschen infrared lines. years to grow before the start of SpeX data, but the higher order Brackett lines are still only near 0Å (see Figure 4-77 lower left). This would point to the disk growth not occurring in the inner disk, possibly filling material from the outer disk in. Brγ,

Paβ, HeI λ2.06µm, and HeI λ1.08µm all show emission greater than -1Å by the start of our SpeX data (see Figure 4-77 lower row). The entire Brackett series does still mirror Hα’s growth throughout our dataset. As for Paβ and the infrared helium lines, they all exhibit fluctuations, but nothing consistent with what is seen inHα or the

Brackett lines.

132 1.7 −40 1.6 −35 Hα 1.5 −30 −25 1.4 −20 1.3 −15 −0.5 1.2 0.0 0.5 1.1 1.0 HeI 1.5

V/R 1.0 −2.0 −1.5 FeII 0.9 −1.0 −0.5 0.0 0.8 Equivalent Width (Å) 0.5 Hα −4 FeII 0.7 −2 Hβ 0 2 Hβ 0.6 4 2000 3000 4000 5000 6000 7000 2000 3000 4000 5000 6000 7000 HJD−2450000 HJD−2450000

Figure 4-78: Optical spectral features of o Cas over Ritter Archive. (top) V/R values. (bottom) Equivalent width measurements.

4.22 o Cas

o Cas is a Be star similar to γ Cas (Section 4.14), with a mostly single-peaked

Hα profile and single-peaked infrared lines. Stacked plots are available in Appendix

A.12. We note that the Hα profile does exhibit a very small double-peaked structure at the top of the profile, and the HeI λ5876Å line only shows some filling in of the absorption line wings.

V/R values for the optical lines are available, and while these show mostly small variations we do see the V/R switching between dominant peaks. Hα,Hβ, and FeII

λ5316Å all show V/R values fluctuating between 0.8 and 1.3, with a larger deviations to 0.7 for Hα early in our data and 1.6 for FeII λ5316Å (see Figure 4-78 left). Hβ and

FeII λ5316Å do not show any consistent pattern, while Hα shows a clearly periodic pattern. The cycle is visible across our dataset and shows a clear switch between V>R and V

During most of our temporal coverage o Cas shows a growing disk. Hα emission grows from -17Å to -35Å by the end of our SpeX dataset (see Figure 4-78 right). Brγ

133 −20 Brγ −15 Br 10 −2 Br 11 −10 Br 12 −5 Paβ −8.0 −1 −7.5 Br 13 Br 14 −7.0 Br 15 −6.5 Br 16 −6.0 0

Equivalent Width (Å) −7.0 Equivalent Width (Å) Br 17 −6.5 −6.0 Br 18 −5.5 Br 19 1 −5.0 Br 20 He1.08 He1.70 He2.06 Ca0.850 Ca0.854 −4.5 4200 4400 4600 4800 5000 5200 5400 5600 4200 4400 4600 4800 5000 5200 5400 HJD−2450000 HJD−2450000

Figure 4-79: Equivalent widths of all IR lines from o Cas. follows Hα, growing slowly from -15Å to -19Å before staring to decay. The higher order Brackett lines show a weakening disk across the SpeX data, losing between 0.5 and 0.2 Å (Figure 4-79 left). The weakening trend is mirrored in the calcium lines, which fall by 0.5Å (Figure 4-79 right). There is no helium emission in the infrared, with all three lines at a near constant equivalent width near zero. Paβ is the only lines that does change and not follow the other hydrogen lines; instead we see a short growth phase (-15.5Å to -17.2Å) followed by a drop (-14.7Å) and then resurgence

(-17.2Å). A weakening of the inner disk prior to the outer disk, as seen here, is as mentioned in previous discussions an indication of possible disk clearing from the inside out.

4.23 π Aqr

π Aqr is a binary Be star in the constellation Aquarius and one of the most active stars in our sample. We see double-peaked emission in all lines, but only weakly in Hβ. π Aqr is one of a few stars that goes through multiple disk growth and weakening phases with the formation of a new circumstellar disk occurring in

134 our optical dataset. The effect of these phases on emission lines is readily apparent during our SpeX observations, and Figure 4-80, 4-81, and 4-82 show that profiles can show strong double-peaked emission and then in the next observation have little to no emission. π Aqr has one of the largest sets of optical data, which we take advantage of in dynamically plotted spectra in Appendix B.6. Figures B-27 and B-28 show how our dataset began with very weak Hα profiles, had a large enhancement post

HJD 2453000, showed some fluctuating during our SpeX dataset, and finally inmost recent times grew even more. The HeI λ5876Å dynamical spectra actually shows an absorption line becoming a double-peaked emission line profile.

π Aqr shows significant V/R variations in all lines, and shows multiple instances of V/R switching. We see Hα V/R fluctuations occurring between 0.7 and 1.5 across the dataset, with the switching happening very rapidly (see Figure 4-83 top). Hβ and FeII λ5316Å have a similar pattern to their fluctuations but with a larger range in V/R, 0.3 to 2.4. Zharikov et al. (2013) have done recent work to analyze the V/R variations to determine whether they are tied to the binary period. Using RO Hα

V/R data from 2004-2006 they applied a binary period of 84.1 days and phase folded the Hα V/R values, resulting in a very good sinusoidal fit. Our data set covers a much larger range of time, still starting in 2004 but continuing until 2016. Figure

4-84 is a plot of our V/R data phased on a period of 84.07 days (the orbital period of the absorption component from Bjorkman et al. (2002)). We confirm the conclusion by Zharikov et al. (2013), that the Hα V/R of π Aqr is phase-locked to the orbital period of the binary. Similar analysis of the Hβ and HeI λ5876Å data did not produce a significant correlation to the binary period.

The infrared lines is π Aqr are variable as well, however it is unrealistic to be able to link V/R variations to the binary with only 22 data points. We did attempt to phase the Brγ line to the binary orbit, but found no correlation. The bottom row of Figure 4-83 contains the V/R plots for the Brackett series and the remaining

135 infrared lines. In the Brackett series we see low level V/R fluctuations, 0.8-1.2, with some individual deviations outside that range. Due to the disk weakening at times, only Brγ has a complete set of data, the rest of the series goes into full absorption at times (HJD 2453737, 2454219, 2454382, and 2454432). Even with the gaps we see switching of the V/R, roughly following Brγ, including a large deviation to V

V/R with a large range leaning towards V

We already stated above that π Aqr has an active disk, and this is very apparent in

Hα’s equivalent width (see Figure 4-85 top). During the first 8 years of our RO data,

π Aqr did not show a circumstellar disk, but around HJD ∼2453300 the Hα equivalent width begins a series of disk building phases. From the start of disk building to the end of our data, just under 12 years, the equivalent width for Hα increased from >0Å to <-14Å. HeI λ5876Å and Hβ also show a increase in emission, but only by a few

Å’s. π Aqr’s infrared lines mirror the fluctuations as they appear inHα, with large fluctuations from full emission to flat profiles (see Figure 4-85 bottom row). Alllines, including all three helium lines, show the same pattern of changes in their changing equivalent widths during our SpeX dataset. It is fortunate that our SpeX dataset provided coverage of this active disk building case.

136 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Hα Brγ He 5500 5500 5500 25 6 8

20 5 5000 5000 5000

15 4

4500 4500 4500 HJD − 2450000

NORMALIZED FLUX + time offset 3 10

4000 4000 2 4000 5 2

1 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-80: Stacked spectra for π Aqr during the SpeX timeline. From left to right the lines are: Hα, Brγ, and HeI λ2.06µm.

137 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5 Paβ Br12 He 20 5500 5500 5500

15 5000 5000 5000

4500 4500 4500 HJD − 2450000

4 NORMALIZED FLUX + time offset

5 4000 4000 4000

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-81: As in Figure 4-80 the lines Paβ, Br12, and HeIλ1.08µm, from left to right.

138 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

He 20 Hβ Br18 5500 5500 5500 10

8 15 5000 5000 5000

6 3

10 4500 4500 4500 HJD − 2450000 NORMALIZED FLUX + time offset

5 4000 4000 4000

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 4-82: As in Figure 4-80 the lines HeIλ5876Å, Hβ, and Br18, from left to right.

139 3.0

2.0

1.0 V/R

Hα Hβ HeI

0.2 3000 4000 5000 6000 7000 8000 HJD−2450000

1.5 Brγ 1.0 Br10 Br11 Br12 1.0 0.5 1.6 1.4 Br13 1.2 Br14

V/R 1.0 Br15 V/R 0.8 Br16 2.0 Paβ Br17 HeI1.08 Br18 1.0 0.1 HeI1.70 Br19 HeI2.06 Br20 0.5 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-83: V/R values for spectral features of π Aqr. (top) Optical lines. (bottom left) Brackett series lines. (bottom right) Non-Brackett IR lines.

140 1.6 Period=84.07 days

1.3 V/R 1.0

0.7 0.0 0.5 1.0 ORBITAL PHASE

Figure 4-84: π Aqr’s Hα V/R plotted according to binary phase using the binary period of 84.07 days. The red line is a sine curve best fit to the phased data assuming the aforementioned period.

141 −15 Hα HeI Hβ −10

−5

0 Equivalent Width (Å)

0 2000 4000 6000 8000 HJD−2450000

−25 −10 Brγ Paβ HeI1.08 Br 10 HeI1.70 HeI2.06 −5 −20 Br 11 0 Br 12 −15 −6 Br 13 −4 Br 14 −2 Br 15 −10 0 Br 16 −6 Equivalent Width (Å) Equivalent Width (Å) −5 −4 Br 17 Br 18 −2 Br 19 0 0 Br 20

4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-85: Equivalent widths values for spectral features of π Aqr. (top) Optical lines. (bottom left) Brackett series lines. (bottom right) Non-Brackett IR lines.

142 4.24 ψ Per

ψ Per is Be shell star showing double-peaked emission. Evidence of the shell nature is visible in the optical emission lines, Hα (Figure A-32) and Hβ and FeII

λ5316Å (Figure A-34). ψ Per is also one of the most stable stars in terms of V/R, our dynamically plotted spectra in Appendix B.7 show equal peak heights over our entire dataset. At the SpeX resolution, lines like Brγ and Paβ appear single-peaked, but using our gaussian fitting method we are able to pull out minimal double-peaked structure (see Figure A-33).

ψ Per’s stability as a Be star is very apparent in its V/R values. For Hα we conclude that there is no active V/R variation, values remain within 0.5 of unity with no cyclic pattern (see Figure 4-86 top). A higher noise level in Hβ and FeII

λ5316Å shows a larger V/R fluctuation, but examination of the dynamical spectra

(see Figures B-37 and B-39) shows no obvious variations and the spread we see in the ratios is attributed to the noise level. The infrared hydrogen V/R values are also consistent with unity, with the only deviation occurring in our first observation due to poor data (see Figure 4-86 bottom row). The only lines that indicate any form of V/R variation are the calcium triplet lines, which show a steadily rising V/R. As discussed in Section 3.1.1.8, the triplet is on top of several Paschen series lines, and the skewed V/R is due to a weakening of the Paschen lines, causing the calcium red peaks to fall on top of the Paschen photospheric absorption and not representing a real V/R trend.

Just as in V/R ratios the equivalent widths of π Aqr are very stable, but there are small indications of activity in a few lines. Hα shows the largest deviation from stable, with a increasingly negative equivalent width (-5Å in 7 years) and a small positive increase of 5Å for 5.5 years in the middle of our RO dataset (see Figure 4-87 top). The remaining optical lines do not show any change in line profile strength. In

143 1.7 1.6 1.5 1.4 1.3 1.2

1.1 V/R 1.0

0.9 Hα H 0.8 β FeII

0.7 0 2000 4000 6000 8000 HJD−2450000

1.2 1.5

γ Br Paβ Br10 1.4 Ca0.850 Br11 Ca0.854 1.0 Br12 Ca0.866 1.3 0.9 1.1 Br13 1.2 1.0 Br14

V/R Br15 V/R 0.9 Br16 1.1 0.8 1.3

1.2 Br17 1.1 Br18 1.0 Br19 1.0 Br20 0.9 0.9 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000) HJD−2450000

Figure 4-86: V/R values for ψ Per. (top) Optical lines (bottom left) Brackett series lines (bottom right) Non-Brackett infrared lines the infrared, hydrogen lines only show a small increase -1 to -2Å during our SpeX run, but otherwise stable values. All infrared helium lines only absorption, and the calcium triplet lines show a reduction, 1Å, in emission consistent with their V/R activity discussed above.

144 −55 −50 Hα −45 −40 −35 −30 −2 −1 HeI 0 1 2 3 −6 −4 FeII −2 0 Equivalent Width (Å) 2 −15 −10 Hβ −5 0 5 10 0 2000 4000 6000 8000 HJD−2450000

−25 −20 Brγ −15 Br10 −10 Br11 −20 Br12 −5

−6 −15 Ca0.850 −5 Br13 Ca0.854 Br14 Ca0.866 −4 Br15 HeI −3 Br16 −10 Paβ −2

−5.0Equivalent Width (Å) Equivalent Width (Å) −4.5 Br17 −5 −4.0 Br18 −3.5 Br19 −3.0 Br20 −2.5 0 −2.0 4000 4500 5000 5500 4000 4500 5000 5500 HJD(2450000+) HJD(2450000+)

Figure 4-87: Equivalent widths for ψ Per. (top) Optical lines (bottom left) Brackett series lines (bottom right) Non-Brackett infrared lines. HeI is the HeI λ1.08µm line.

4.25 θ CrB

θ CrB has a very weak disk, only showing any indication that it is a Be star and not a regular B star by partially filled absorption cores in its hydrogen and helium line profiles. No features exhibit any form of emission above the continuum sono

V/R ratios are available.

We present equivalent widths for the optical lines in θ CrB, all of which show near constant values across our RO dataset, Hα of 2-3Å, HeI λ5876Å of 0.5Å, and Hβ of 5Å

(see Figure 4-88) We have 7 SpeX observations for θ CrB, plotted in Figure 4-89. The

145 −4 −2 Hα 0 2 4 6 8 10 −2 HeI −1 0 1 2 Equivalent Width (Å) 0 Hβ 5

0 2000 4000 6000 HJD−2450000

Figure 4-88: Equivalent widths for θ CrB’s optical lines.

Brackett series does show some minor fluctuations on the order of 1Å, but with only

7 points we cannot make any conclusions of periodicity or any disk growth/weakening events. Similarly, the non-Brackett infrared lines are basically stable over our data.

4 −2 5 Brγ Br 10 6 Br 11 0 7 Br 12

1.0 1.5 Br 13 2 2.0 Br 14 He1.08 2.5 Br 15 3.0 He2.06 Br 16 β 3.5 4 Pa

Equivalent Width (Å) −0.5 Equivalent Width (Å) 0.0 Br 17 Br 18 6 0.5 Br 19 1.0 Br 20 1.5 4500 5000 5500 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-89: Equivalent widths for infrared lines of θ CrB (left) Brackett series. (right) Non-Brackett lines.

146 4.26 ζ Oph

ζ Oph is the second of two O stars in our sample and like its counterpart, HD

93521, shows only a weak indication of a disk. Similarly to θ CrB above, ζ Oph’s hydrogen line profiles all show absorption with only some minor core filling. Example spectra are shown in Appendix A.15. Interestingly, the Hα profile does go into a double-peaked phase starting in April 2006 and lasting until September of that year.

V/R values from this period and the only double-peaked line HeI λ1.08µm can be found in Figure 4-90. With only the limited coverage of V/R we cannot make any

2.5 −2 −1 Hα 2.0 0 1 2 1.5 3 4 0.0 HeI 1.0 0.5 V/R 0.8 1.0 1.5 0.6 Equivalent Width (Å) 1 Hβ 2 α H 3 0.4 HeI1.08 4 0.3 5 4000 4500 5000 5500 2000 3000 4000 5000 6000 7000 HJD−2450000 HJD−2450000

Figure 4-90: Optical data for ζ Oph. (left) V/R ratios (right) Equivalent widths. conclusions other than Hα is highly variable and HeI λ1.08µm may switch V/R.

The time period of Hα’s double-peaked emission is visible in our equivalent width plot, where a shift of 2Å negative occurs (see Figure 4-90 right). The HeI λ5876Å line during this phase does not show any obvious change in equivalent width. The infrared lines show a minor loss in emission during our SpeX data, but no significant trend. With so few IR data points and only a small range of optical emission we can not say anything concrete about ζ Oph’s disk or lack thereof.

147 0 −2 1 Brγ 2 Br 10 3 Br 11 0 4 Br 12 5 −1.0 Br 13 −0.5 2 0.0 Br 14 He1.08 0.5 Br 15 He2.06 1.0 Br 16 1.5 Paβ 2.0 4 Equivalent Width (Å) −1.5 Equivalent Width (Å) −1.0 Br 17 −0.5 Br 18 0.0 Br 19 6 0.5 Br 20 1.0 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 4-91: Infrared lines of ζ Oph. (left) Brackett series equivalent widths. (right) Equivalent width measurements of non-Brackett lines.

148 Chapter 5

φ Per

5.1 Introduction

φ Persei, HR 496, is a B1.5Vpe star at 195 ± 32 parsecs distant in the constellation Perseus, with a vsini of ∼410 kms−1 (Hoffleit & Warren, 1995; Abt et al., 2002;

Megier et al., 2009). φ Per is a spectroscopic binary star system with the Be star as the primary and a hot subdwarf companion. It is classified as a shell star, meaning its inclination is expected to be nearly edge on, i ≥ 74 °(Quirrenbach et al., 1997). Pho- tospheric evidence for the secondary was first seen in spectra from the International

Ultraviolet Explorer (Thaller et al., 1995). Considering the above, φ Per becomes an excellent case study for edge on Be stars, especially since our spectra exhibit all the standard features of shell stars and in almost all cases double-peaked emission, see

Figures 5-1, 5-2, 5-3 for examples. A full list of the SpeX observations can be found in Table 5.1, and for the RO data we refer to the Appendix of Tables C.23.

5.2 Variability

φ Per is variable across all wavelengths and shows a significant weakening of the disk during our dataset. A summary of the line profiles and their characteristics can be found in Table 5.2. All lines show V/R variability, and evidence of a phase lag 149 Table 5.1: IRTF SpeX Observation Log for φ Per.

Date Configuration 2005 Sept 26 SXD 2006 Jan 02 SXD,LXD 2006 Sep 04 SXD,LXD 2006 Dec 01 SXD 2007 Feb 18 SXD 2007 July 17 SXD 2007 July 18 SXD 2007 Sep 09 SXD 2008 Aug 20 SXD 2008 Sep 09 SXD 2008 Oct 15 SXD 2009 Jan 10 SXD 2009 Aug 07 SXD 2009 Sept 29 SXD 2009 Nov 22 SXD 2009 Dec 04 SXD 2010 Aug 02 SXD 2010 Nov 06 SXD 2010 Dec 06 SXD within those data. The disk loss event is primarily seen in Hα, but all infrared lines also show a decay in emission intensity. The Hα disk loss is seen in the weakening peaks in our dynamically plotted spectra, Figure 5-6. The other optical lines are also depicted dynamically in Section 5.4, and they show interesting patterns in velocity space, iron most of all. We examine these situations below.

5.2.1 V/R variability

φ Per joins the likes of EW Lac and others, showing full V/R variations and cycles within our dataset. We are lucky to have a “full” V/R cycle in our SpeX dataset, and while the coverage is incomplete like all our SpeX coverage we can discern the full V/R pattern easily. We will start with a discussion of the optical lines.

Hα and FeII λ5316Å have similar coverage across our RO data and identical

150 Table 5.2: The general information and characteristics of the selected line profiles from both SpeX and RO. Profiles are labeled such thatif at any time during our data set they exhibit a particular character- istic it is included here (MP=Triple (or greater) Peak, DP=Dou- ble Peaked, HSN=High S/N, MSN=Moderate S/N, CA=Central Absorption, A=Absorption Only, LR=Low Resolution, HR=High Resolution, BE=Extra Emission Blueward, RE=Extra Emission Redward, EW=Broader Emission Wings, EP=Embedded Photo- spheric Profile) Feature Source Wavelength Comments Hα Ritter 6562.801Å MP, HSN, HR Hβ Ritter 4861.361Å DP, MSN, HR, Only from 2007 to present He I Ritter 5876.621Å A, HSN, HR Fe II Ritter 5316.214Å DP, CA, MSN, HR Paschen β SpeX 1.282µm DP, EP, LR Brackett γ SpeX 2.166µm DP, LR Brackett 10-20 SpeX 1.519-1.588µm DP, LR He I SpeX 2.059µm DP, CA, LR He I SpeX 1.083µm DP, CA, LR, RE He I SpeX 1.700µm A, LR coverage during the SpeX data, allowing for the best comparison of V/R ratios, see the top panel of Figure 5-4. The Hβ line does not have coverage until HJD 2454303

(2007), but we conclude it follows the Hα variability, based off our limited data. We have substantial coverage during a partial cycle, HJD 2453350-2455500, and enough outside to distinguish the full cycle. Hα’s V/R ratio cycles between a V/R of 0.7 and

1.8, with the most noticeable changes occurring around our SpeX dataset. Similarly,

FeII λ5316Å shows a range of 0.2 to 3, with the larger variations due to the weak nature of the line. FeII λ5316Å also shows a phase lag with the hydrogen lines that we will discuss in Section 5.3. Hβ cycles between 0.4 and 5.5, where in case of V»R the red peak is approaching the continuum level. The full V/R cycle falls at 4.8±0.5 years based solely on our optical coverage. Recent data, post HJD 2457000, seem to show that the V/R cycle is still present and perhaps even stronger (larger variations).

151 The infrared lines also show the V/R cycle we see in the optical. The Brackett series and the helium lines all show a similar pattern, but here, like in the optical with iron and Hα, we see a phase lag developing within the Brackett series lines (see

Figure 5-4 bottom row). For all the Brackett series we see maximum V/R ratios near HJD 2454800±50, but a small increase is also visible near 2455100 in the lower order lines, Brγ included. Ratios are between 0.5 and 2 for the series. Paβ is almost identical to Brγ, showing no lags to it and only a slightly larger spread (0.4 to 2.2).

The helium lines show a similar pattern to the rest of the IR lines but with more non-cyclic behavior. HeI λ2.06µm is mainly consistent with the Brackett lines, with a V/R between 0.4 and 2.4, but it shows a small phase difference with Brγ. HeI

λ1.08µm shows the least cyclic pattern of all the IR lines, with a V/R between 0.15 and 2, it crosses V/R=1 more than any line. It also shows a V/R<1 ratio for most of the SpeX data (see Figure 5-4 bottom right). The infrared V/R cycle falls between

5.2 and 5.9 years, across the Brackett series. This is close to what we see in the optical.

5.2.2 Equivalent Widths

The equivalent widths for φ Per show a disk loss event beginning HJD 2453350, with the Hα profile weakening by almost 50% (+15Å, and see Figure 5-5 top panel).

The Hα equivalent width is highly variable outside of this disk loss phase as well. The remaining optical lines are all stable within their errors, with HeI λ5876Å and Hβ maybe showing a small decrease in emission at the end of Hα’s decay. Hα fluctuates between -38 and -19Å, while iron, helium, and Hβ all hover around 0Å. The strong central absorption in Hβ and iron along with their generally weak nature are the main reason for their EqW values.

The infrared lines of φ Perall show a progressive decline in emission across our

SpeX data (see Figure 5-5 bottom row). This decline is consistent with the larger

152 event we see in Hα. Thus not only is the outer disk weakening, so is the inner disk. The decline scales with the absolute magnitude of each line’s EqW, with Brγ changing by +6Å and Br21 by only +1Å. Brγ and Paβ are the strongest lines in the infrared with peak EqW values of -14 and -13Å, respectively. The Brackett series steadily drops from a max of 8.5Å in Br10 to just over 3Å in Br21, see Figure 5-5 bottom left panel. The two helium lines do show a slightly different pattern; instead of continuously increasing EqW, they have 4 observations at the beginning that show increasing emission. The last several observations do seem to indicate a stabilization of the EqW, consistent with Hα post HJD 2455000.

5.3 Discussion

There is no discernible trend between changes in V/R and equivalent widths.

However, in a close analysis of the dynamical spectra in Section 5.4, the profiles do appear to shift back and forth roughly 50 kms−1 from the start of our data to the end, visible in HeI λ5876Å, FeII λ5316Å, and Hβ as a wavy shift in the emission profile.

All three are consistent in their deviations, i.e. if one is shifted in one direction they all are, and the shift appears to be to the opposite side as the strongest emission. Hα shows no shift in the entirety of our data, indicating that this effect may be limited to the inner to middle of the disk. The presence of this wavy pattern in our dynamical spectra is also seen to a much larger degree in ζ Tau, discussed in Chapter 6.

φ Per is the only star in our sample that shows a large single peaked enhancement in the HeI λ5876Å line. Visible in Figure 5-3 near HJD 2454160. The feature gradually weakens before possibly reappearing on the opposite side of line center after

HJD 2455100. This shows a significant density enhancement is present in the disk traveling away from us and potentially reappearing after traveling behind the star.

The dynamical spectrum for HeI λ5876Å (Figure 5-7) shows that this enhancement

153 has been traveling around the disk as far back as HJD 2451700, occasionally losing a cohesive nature (HJD 2454000-2455500), before coalescing once again (2457300). All other lines show evidence of V/R variations, but no evidence of a “clump”.

The most interesting feature of φ Per is the phase delay we see in the V/R ratios.

Appearing across wavelengths, these delays appear as shifts in the V/R cycle relative to another line’s cycle. Fe and Hα in the optical show a shift of 300 days, though it is difficult to see with our temporal coverage (see Figure 5-4 top panel between

HJD 245400 and 2455500). The Fe line V/R cycle appears to speed up relative to the hydrogen lines during about a 2000 day period post HJD 2453500. As far as our data shows, Hβ does not differ from Hα. The infrared lines also show phase delays, with the higher order Brackett lines preceding the lower. The best visual indication comes around HJD 2455000, where we see the V/R shifting towards V

Brγ and Br 20. These phase delays are evidence of a spiral density wave precessing in the disk. Based on the direction of the lags and the lines involved we conclude that the spiral is traveling with the disk’s rotation but at a much slower rate, and that the inner disk shows a significant curve to the spiral since all the higher order Brackett lines show slight delays to their nearest neighbor. Further discussion of phase lags can be found in Section 7.1.2.

Overall φ Per is an interesting Be star, it shows considerable variability in its

V/R ratios. The viability showcases two of the prime features of Be star disks, cyclic variations and density perturbations within the disk. While our data coverage was sufficient for this discussion, a much longer and denser observational run isneededto further understand the presence of a spiral density wave within the disk. Given that

φ Per has maintained variability for over 13 years, the RO is continuing to monitor the star optically. Further infrared data would be nice, but as that requires outside

154 telescope time temporal coverage is far more difficult.

155 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

50 Hα Brγ He 5500 5500 5500 10 6

8 5 5000 5000 5000

4 6

4500

4500 4500 HJD − 2450000

NORMALIZED FLUX + time offset 3 4

4000 10 4000 2 4000

1 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 5-1: Stacked spectra for φ Per during the SpeX timeline. From left to right the lines are: Hα, Brγ, and HeI λ2.06µm.

156 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5 Paβ Br12 He

5500 5500 5500 10 10

4 8 8 5000 5000 5000

6 6 3

4500 4500 4500 HJD − 2450000 NORMALIZED FLUX + time offset

4 4

4000 4000 4000

2 2

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 5-2: As in Figure 5-1. From left to right the lines are: Paβ, Br12, and HeI λ1.08µm.

157 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5 He Hβ Br18 5500 20 5500 5500 10

8 5000 15 5000 5000

6 3

10 4500 4500 4500 HJD − 2450000 NORMALIZED FLUX + time offset 4

5 4000 4000 4000

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure 5-3: As in Figure 5-1. From left to right the lines are: HeI λ5876Å, Hβ, and Br18.

158 6.0 5.0 4.0 3.0

2.0

1.0 0.8 V/R 0.6

0.4

Hα 0.2 FeII Hβ

0.1 0 2000 4000 6000 8000 HJD−2450000

2.0 1.5 Brγ Br10 1.0 Br11 1.0 Br12 Br13 0.5 1.5 Br14 Br γ He1.08 He2.06 Paβ 1.0 Br15 Br16 0.1 V/R V/R Br17

0.5 1.5 1.0

Br18 1.0 Br19 Br20 Br21 Hα β FeII 0.5 H 0.1 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 5-4: The above depict V/R ratios for φ Per over the entirety of the Ritter observation campaign. (left) Optical lines over the full RO dataset (bottom left) The Brackett series. (bottom right) Additional infrared lines and the optical lines during the SpeX dataset.

159 −40 Hα −35 −30 −25 −20 −15 −6 HeI −4 Hβ FeII −2

Equivalent Width (Å) 0 2 4 6 0 2000 4000 6000 8000 HJD−2450000

−16 −14 −14 Brγ HeI1.08 −12 Br10 −12 −10 Br11 HeI1.07 −8 Br12 HeI2.06 −6 Br13 −10 −4 Paβ

−7 −8 Br14 −6 Br15 −5 Br16 −6 Br17 −4 −4

Equivalent Width (Å) −6 Equivalent Width (Å)

−5 Br18 −4 Br19 −2 −3 Br20 Br21 −2 0 −1 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 5-5: The above figures depict the equivalent widths forof φ Per over the SpeX time period. (top) Optical features. (bottom left) The Brackett series. (bottom right) Additional infrared lines.

160 5.4 Dynamical Spectra

This also means that if there are individual observations roughly 30 days apart the image will appear continuous even though there are gaps in that data. Each dynamical spectrum also includes, in the bottom panel, an averaged spectrum derived from all observations. The individual observations are marked with small arrows on the right side of the plot and the dates designating SpeX observations are marked by large arrows. All data are smoothed using a gaussian smoothing program in IDL, smooth, by a factor of at least 2.5 pixels. For the higher orders on the echelle spectrograph

S/N drops and a larger value of 5 pixels is used. The included features are only from the optical spectra, since we have an insufficient quantity of IR observations, and include Hα,Hβ, HeI λ5876Å, and FeII λ5316Å.

161 INTENSITY ∆INTENSITY

0.90 1.92 2.95 3.97 5.00 -1.22 -0.43 0.35 1.14 1.93

6000 6000

4000 4000

HJD - 2450000 2000 HJD - 2450000 2000

0 0

3.72 3.72

2.69 2.69 1.66 1.66 0.63 0.63 INTENSITY INTENSITY -500 0 500 -500 0 500 VELOCITY (km s-1) at 6562.80 VELOCITY (km s-1) at 6562.80

Figure 5-6: A dynamical representation of φ Per’s Hα profile. (left) Show- cases the intensity of the profile. (right) Shows the intensity spectrum with the average of all spectrum subtracted. The bottom pane in each figure shows the same average spectrum created from all data. The small arrows on the right correspond to the individual observations and the larger arrows indicate the times of the SpeX observations. Color-bars are provided for each panel.

162 INTENSITY ∆INTENSITY

0.50 0.66 0.82 0.99 1.15 -0.30 -0.19 -0.09 0.02 0.13

6000 6000

4000 4000

HJD - 2450000 HJD - 2450000 2000 2000

0 0

1.08 1.08

0.91 0.91 0.74 0.74

INTENSITY 0.57 INTENSITY 0.57 -500 0 500 1000 -500 0 500 1000 VELOCITY (km s-1) at 5875.62 VELOCITY (km s-1) at 5875.62

Figure 5-7: As in Figure 5-6 we show the optical HeI λ5876Å profile.

INTENSITY ∆INTENSITY

0.98 1.04 1.09 1.15 1.20 -0.10 -0.05 0.00 0.05 0.10

7000 7000

6000 6000

5000 5000

4000 4000 HJD - 2450000 HJD - 2450000 3000 3000

2000 2000

1000 1000 1.062 1.062

1.036 1.036 1.009 1.009

INTENSITY 0.983 INTENSITY 0.983 -500 0 500 -500 0 500 VELOCITY (km s-1) at 5316.21 VELOCITY (km s-1) at 5316.21

Figure 5-8: As in Figure 5-6 we show the optical FeII λ5316Å profile.

163 INTENSITY ∆INTENSITY

0.40 0.72 1.04 1.36 1.68 -0.50 -0.25 0.00 0.25 0.50

7500 7500

7000 7000

6500 6500

6000 6000

HJD - 2450000 5500 HJD - 2450000 5500

5000 5000

4500 4500 1.39 1.39

1.22 1.22 1.06 1.06

INTENSITY 0.89 INTENSITY 0.89 -500 0 500 -500 0 500 VELOCITY (km s-1) at 4861.36 VELOCITY (km s-1) at 4861.36

Figure 5-9: As in Figure 5-6 we show the optical Hβ profile.

164 Chapter 6

ζ Tau

6.1 Introduction

ζ Tau (HR 1910, HD 37202) is a bright B-type emission line star whose spectra exhibit extensive variability over its observational history. The optical spectra of ζ

Tau exhibits the usual characteristics of classical Be stars, namely a double-peaked

Hα profile arising from the material in the circumstellar disk, with occasional times of triple peak structure (Shown in Fig. 6-1). The longterm V/R variations show a cyclic pattern on the order of ∼1429 days (Rivinius et al. (2006); Štefl et al. (2009)).

Variations such as these are thought to be caused by the precession of a one-armed density wave within the circumstellar disk surrounding the Be star (Carciofi et al.,

2009).

ζ Tau is a binary system with a period of 133 days (Harmanec, 1984). Its average brightness of VMag = 3.0 and a relatively close distance (128 parsecs) make ζ Tau excellent for studying the aspects of circumstellar disks around Be stars.

ζ Tau was known to have significant variability prior to the start of any ofour infrared observations thanks to a significant backlog of RO observations (159 back to 1997), so it is no surprise that ζ Tau is the second most observed SpeX target with 21 observations over the course of 7 years from December 2005 through January

165 Figure 6-1: A comparison between normal double-peaked emission and triple peaked emission for ζ Tau. The left spectrum is from 2002 Febru- ary 23rd and the right spectrum is from 2007 January 17th. Both spectra are normalized and plotted over the same x-axis range (6540.9Å, 6584.7Å) with an arbitrary normalized flux on the y- axis.

2011. A list of SpeX observations can be found in Table 6.1. For our RO observations we have a total of 239 observations over 20 years, from February 1997 through April

2016. For a list of RO observations see the data tables in Appendix C.28. Additional data collection is ongoing at RO but is not included in this discussion.

6.2 Variability

ζ Tau is highly variable in V/R which can be seen easily in the Hα profile (see

Figure 6-2 or Figure 6-8). Interestingly, the large scale V/R variability appears to cease near the end of our SpeX observations, HJD 2455000 (June 2009). It is un- fortunate that there is a large gap in our dataset during the years 2011-2014, where sustained low level variability might have continued. Even with the loss of noticeable variability at the end of our dataset, ζ Tau is still the most impressive and variable target we have. The sheer amount of variations visible in the dynamically plotted spectra, see Section 6.4, is a testament to that. The consistent and cyclic variations show a “barber-pole” pattern in Hα, FeII λ5316Å, and to a lesser degree HeI λ5876Å.

In the Hα difference plot (right panel Figure 6-8), the effect is so pronounced thatit appears to be a wrapped DNA molecule. We discuss the consequences of this type of

166 Table 6.1: IRTF SpeX Observation Log

Date Configuration 2005 Dec 19 SXD 2006 Jan 02 SXD,LXD 2006 Sep 04 SXD,LXD 2006 Oct 30 SXD 2006 Dec 01 SXD 2007 Feb 18 SXD 2007 Mar 18 SXD,LXD 2007 Apr 27 SXD,LXD 2007 Sep 09 SXD,LXD 2007 Oct 09 SXD,LXD 2007 Nov 28 SXD,LXD 2008 Aug 20 SXD 2008 Sep 09 SXD 2008 Oct 15 SXD 2008 Nov 26 SXD 2009 Jan 10 SXD 2009 Nov 22 SXD 2010 Nov 06 SXD 2010 Dec 06 SXD 2011 Jan 25 SXD structure later in Section 6.3. We note here that for all data plotted for ζ Tau, we have marked the ranges in time where the Hα profile shows triple peaked structure with a shaded blue region. This triple peak is seen as a result of the line-of-sight observations of a circumstellar disk with a spiral density wave precessing (Wisniewski et al., 2007). A mock-up of this was presented in Section 1.2.1.2. Evidence of a triple peak structure is also seen at the very beginning of our Hβ observations (see Figure

6-11).

Table 6.2 provides overall characteristics of the included line profiles. All spectral features other than HeI λ5876Å and HeI λ1.08µm exhibit double-peaked structure allowing measurement of their V/R. The other two IR helium lines do appear in emission and are included in our results. Several line profiles also exhibit the telltale signature of shell stars, with deep central absorption cores. In many cases we see

167 either a far blue- or red-shifted component with our chosen line feature, these case are indicated in Table 6.2 as well.

Table 6.2: The general information and characteristics of the selected line profiles from both SpeX and RO. Profiles are labeled such thatif at any time during our data set they exhibit a particular character- istic it is included here (MP=Triple (or greater) Peak, DP=Dou- ble Peaked, HSN=High S/N, MSN=Moderate S/N, CA=Central Absorption, A=Absorption Only, LR=Low Resolution, HR=High Resolution, BE=Extra Emission Blueward, RE=Extra Emission Redward, EW=Broader Emission Wings, EP=Embedded Photo- spheric Profile) Feature Source Wavelength Comments Hα Ritter 6562.801Å MP, HSN, HR Hβ Ritter 4861.361Å DP, MSN, HR, EP He I Ritter 5876.621Å A, HSN, HR, RE Fe II Ritter 5316.214Å DP, MSN, HR Paschen β SpeX 1.282µm DP, EP, LR Brackett γ SpeX 2.166µm DP, CA, LR Brackett 10-14 SpeX 1.736-1.588µm DP, CA, LR Brackett 15 SpeX 1.570µm DP, CA, LR, BE Brackett 16 SpeX 1.556µm DP, CA, LR, RE Brackett 17-20 SpeX 1.544-1.519µm DP, CA, LR, EW He I SpeX 2.059µm DP, CA, LR, BE He I SpeX 1.083µm DP, CA, LR, RE He I SpeX 1.700µm A, LR

6.2.1 V/R Variations

The V/R variations seen in ζ Tau are some of the most consistent and intense seen in our sample of Be stars. Data from the optical lines shows a cyclic pattern that has repeated three times in our data and probably was present prior to the start of

RO observations (see the top panel of Figure 6-5). The presence of full FeII λ5316Å

V/R variations across the dataset is further evidence of the V/R variability in the disk. At three times in our data we see the Hα V/R ratio reach a maximum in the cycle (HJD 2451800, 2453400, and 2454550). The period between the first two peaks

168 is consistent with the values referenced above for the longterm variability of ζ Tau, but the period between the last peaks is about 400 days shorter than the accepted period. The loss of the variability before another maximum can be found is likely the reason. At the start of the second maximum, the V/R variability has already begun to weaken leading to the shorter period and eventual static V/R. This cyclic nature is also seen in the FeII λ5316Å line, but with an offset of about 350 days from the

Hα data (see Figure 6-5). Since our Hβ data starts after the V/R variations have already begun to decay we cannot conclude anything based on its V/R ratios other than they seem to follow Hα.

We have confirmed that Hα has significant variability, so the infrared lines should show some part of those variations. The second plot of Figure 6-2, shows the Brγ observations and definite evidence of V/R variability. The data show a V/R<1 starting in 2005, transitioning to V/R>1 in 2007, and finally reaching a roughly equal state

(V/R = 1) in 2011. The trend is consistent with what we see in Hα over the same time period (see Figure 6-5 bottom left panel). Paβ is similar to Brγ and considering their formation locations this is not a surprise. The remaining infrared lines do not, however, follow the same pattern. The rest of the Brackett series and infrared helium lines all follow the trend we see in FeII λ5316Å instead of Hα. This would likely mean that Fe and these infrared lines are formed in the same or similar region of the disk and are therefore affected similarly by the precessing density wave. The phase delay of the higher order Brackett lines with Brγ is on the same scale as what we see between Hα and Fe. The implications of this will be discussed in Section 6.3. Outside of the difference with Brγ, the rest the Brackett lines are fairly consistent with each other (see Figure 6-5 lower right). A level of variation is seen between the Br 10-12 lines that seems to be evidence of the phase delay progressing through the lower level lines.

169 6.2.2 Equivalent Width

As you can imagine, the large degree of V/R variability is accompanied by variations in the equivalent widths (EqW) of both the optical and infrared lines profiles.

Variability of the line profile structure is readily visible in our data (see Figures 6-2,6-

3, and 6-4), but it is more difficult to see the visible effects of a variable EqWwith out the proper context. The dynamical spectra in Section 6.4 provide the best visual representation of both types of variability. In these plots instances of weakening emission will appear as dark blue in the ∆Intensity plot. If the entire profile is weakening, then the entire profile will be blue; this is what we see in theHα plot after HJD

2454500 (Figure 6-8 right). The “barber pole” feature mentioned above is actually a consequence of an emission and an absorption component rotating around the profile

(disk). As the absorption component moves into our line of sight we see the intensity increase and the triple peak phase begin, then as the emission moves behind the star the opposite happens and the profile shows a loss of intensity. The plots of equivalent widths for the optical lines, in the top panel of Figure 6-6, show this emission enhancement during the triple peak phases, and except for the last triple peak phase during the loss of V/R activity, in both Hα and Hβ. In these cases the triple peak is basically filling in the central absorption of the profile (see Figure 6-1). The Felines shows a constant EqW during all of our observations, though given the already weak nature of the line, any significant variation in equivalent width would likely mean the loss of the lines emission altogether. The HeI λ5876Å line does not show emission, but does show an interesting radial velocity pattern in its absorption.

Similar activity appears in the He, Paβ, and Brγ, as they experience an emission enhancement at the start of the multi-peak phase followed by decay until the first observations following the triple peak phase. As the bottom right panel of Figure

6-6 demonstrates, Paβ and Brγ follow Hα very well, with minimal deviation, while

170 the rest of the Brackett series (10-20) lines appear to experience enhancement prior to Hα and a pair of significant drops in intensity during the multi-peak phase. The bump in emission starting around HJD 2454500 is seen in Hα as well, it is just not as significant as the others. Just as seen in the V/R ratios, the numbered Bracketlines all differ from Brγ. This is likely due to the same density wave as in the V/R ratios.

We actually see an interesting variable pattern in the sodium doublet (Na D) near the HeI λ5876Å line. Normally, the sodium absorption is solely interstellar and does not change over time, but in ζ Tau’s case we see a significant amount of extra absorption not centered on the interstellar profiles. Readily visible in the He dynamical spectra, Figure 6-9, the Na D lines show an even more impressive ”barber pole” effect than the He line itself. Furthermore, the most intense temporal ranges for Na D occur in conjunction with the Hα triple peak, indicating some physical pairing between the two components in the disk. Analysis of this pairing shows that these two features are anti-correlated compared to their radial velocities, Figure 6.2.2.

This means the formation of these components occurs at opposite phases of the disk and remains consistent over three full V/R cycles. Further discussion of the Na D enhancements is found in Section 7.4.

6.3 Discussion

ζ Tau is the most variable star in our sample according to V/R ratios; it completes three full cycles in our dataset with periods that remain consistent with what has been long term variability. It even shows concurrent variability in the equivalent widths of it optical and infrared lines. Recent interferometric observations have been able to confirm the presence of a one-armed density wave traveling through thedisk

(Ruždjak, D. et al., 2009; Schaefer et al., 2010). The question is whether this density wave can be pulled out of our observations using only V/R and EqW variability. We

171 have touched on this a little already, with some discussion on the presence of phase delays in the V/R ratios between lines. The presence of phase delays is one of the possible consequences of a spiral density wave moving through a circumstellar disk.

Wisniewski et al. (2007) looked at a set of ζ Tau observations from the same source as ours, where they attempted to visualize ζ Tau’s disk as a proof of concept. They found that the morphology of ζ Tau’s inner disk is azimuthally different than the outer disk region, and based on our results we have to agree. The phase delay present in the higher order Brackett lines is consistent with a different structure in the inner disk than outer. The fact that Fe also has the same phase, means that it too must be forming in the inner disk with the Brackett lines. This fits with both our prediction from Section 1.2.1.1 and Wisniewski et al. (2007). The gradual phase delays seen in

Br 10-12 are likely evidence the changing disk morphologies, i.e. the major change in morphology is occurring near the Br 10-12 formation radii. If this is the case then even Hβ must be considered in the outer disk for ζ Tau. We can further conclude that the two He lines must also be in the inner disk. So, in the ζ Tau disk a density wave is present with a change in morphology at the intersection of the inner and outer disk. This intersection must be near the formation location of Br 10 and certainly within Br 13’s formation location or 34% of the Hα formation region.

One more interesting bit of variability is seen in the Fe line. Like the “barber- pole” pattern seen in Hα, Fe shows a wave pattern on the same scale. Seen in the Fe dynamical spectra (Figure 6-10), it looks like the emission profile is waving back and forth with the V/R. An examination of the ∆Intensity plot on the right of the same Figure, shows that the emission/absorption are simply switching sides of the central absorption. As the one moves across the profile the central absorption begins to swallow the emission peak and profile seems to shift in the direction ofthe absorption.

Overall ζ Tau is an interesting Be star, and one of the premier examples of a

172 density wave in a Be star circumstellar disk. The variability showcases two of the prime features of Be star disks, namely cyclic variations and density perturbations within the disk. While our data coverage was sufficient for this discussion, observations of the new quiescent state are desired to test whether any form of the density wave still exists and to monitor for a reappearance. If we can detect the formation of the density wave through its effects on the disk using this method we wouldgo a long way to better understanding the conditions required for such density waves.

Given that ζ Tau had maintained variability for years prior to our data, the RO is continuing to monitor the star optically. Further infrared data would be nice, but as that requires outside telescope time temporal coverage is far more difficult.

173 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 50 Hα Brγ He

10 5500 5500 5500 6

8 5

5000 5000 5000

4 6 HJD − 2450000

20 4500 4500 4500

NORMALIZED FLUX + time offset 3

10 2

4000 4000 4000

1 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 6-2: Example spectra taken during the SpeX observing time window. Spectra are stacked by column with the oldest ones at the bottom. From left to right the lines are: Hα, Brγ, and HeI λ2.06µm. Each plot provides an arbitrary normalized flux axis on the left that is individually scaled for each line and a HJD-2450000 axis on the right. In this example the left plot showcases Hα, the normalized flux scale of 40 means that the emission feature is large. Typical IR lines have a scale less than 10 arbitrary units.

174 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 14 Paβ Br12 He

10 5500 5500 5500 6

5 8 10 5000 5000 5000

8 4 6 HJD − 2450000 4500 4500 4500 6 3 NORMALIZED FLUX + time offset 4

4000 4000 4000

2 2

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 6-3: As in Figure 6-2, the lines Paβ, Br12, and HeI λ1.08µm are plotted from left to right.

175 −200 0 200 400 600 −1000−500 0 500 1000 −1000−500 0 500 1000 Na 20 Hβ Fe

5500 5500 6 5500

15 5 10

5000 5000 5000

8 4

10 HJD − 2450000 6 4500 4500 4500 3 NORMALIZED FLUX + time offset

4 5 2

4000 4000 4000

0 −200 0 200 400 600 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure 6-4: As in Figure 6-2, the lines NaI λ5889Å, Hβ and FeII λ5316Å from left to right.

176 1.0 V/R

Hα FeII Hβ

0.1 0 2000 4000 6000 8000 HJD−2450000

10.0 100.0 Br γ 10.0 Brγ Br 10 HeI1.08 1.0 Br 11 1.0 HeI2.06 Br 12 Paβ 0.1 10 Br 13 Br 14 0.1 V/R

V/R Br 15 1 Br 16

Hα 10 1 Hβ Br 17 FeII Br 18 Br 19 1 Br 20

4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 6-5: V/R ratios for ζ Tau, with the time frame for the Hα triple peak phase shaded in blue. (top) Optical lines. (bottom left) Brackett series lines. (bottom right) Additional infrared lines.

177 −25 −20 Hα −15 −10 −5 −1 0 HeI 1 2 −3 −2 FeII −1 0 Equivalent Width (Å) 1 −1 0 1 2 NaII 3 0 2000 4000 6000 8000 HJD−2450000

−6 −4 Brγ −6 −2 Br 10 0 Br 11 Br 12 −4 2 −3 Br 13 −2 −2 Br 14 −1 Br 15 0 Br 16 0 1 Equivalent Width (Å) Equivalent Width (Å) −2 Br 17 Brγ 2 β −1 Br 18 Pa Br 19 HeI2.06 0 Br 20 4 HeI1.08 1 4000 4500 5000 5500 4000 4500 5000 5500 HJD−2450000 HJD−2450000

Figure 6-6: Equivalent widths for ζ Tau, with the time frame for the Hα triple peak phase shaded in blue. (top) Optical lines. (bottom left) Brackett series lines. (bottom right) Additional infrared lines.

178 Figure 6-7: The radial velocities for the triple peak of the Hα line profile and the secondary absorption present in the Na double. Black points are the Hα triple peak radial velocity and red points are for a single Na D absorption. Both Na D components track each other very well, so only one is included.

179 6.4 Dynamical Spectra

As in Section 5.4, we present the optical dynamical spectra for ζ Tau.

INTENSITY ∆INTENSITY

0.70 1.52 2.35 3.17 4.00 -1.20 -0.49 0.21 0.92 1.63

7000 7000

6000 6000

5000 5000

4000 4000

3000 3000 HJD - 2450000 HJD - 2450000

2000 2000

1000 1000

2.78 2.78

2.11 2.11 1.44 1.44 0.77 0.77 INTENSITY INTENSITY -500 0 500 -500 0 500 VELOCITY (km s-1) at 6562.80 VELOCITY (km s-1) at 6562.80

Figure 6-8: A dynamical representation of ζ Tau’s Hα profile. (left) Show- cases the intensity of the profile. (right) Shows the intensity spectra with the average of all spectra subtracted. The bottom pane in each figure shows the same average spectra created from all data. The small arrows on the right correspond to the individual observations and the larger arrows indicate the times of the SpeX observations. Color-bars are provided for each panel.

180 INTENSITY ∆INTENSITY

0.31 0.49 0.67 0.85 1.03 -0.50 -0.33 -0.16 0.01 0.18

7000 7000

6000 6000

5000 5000

4000 4000

3000 HJD - 2450000 3000 HJD - 2450000

2000 2000

1000 1000

1.06 1.06

0.92 0.92 0.78 0.78

0.63 INTENSITY 0.63 INTENSITY -500 0 500 1000 -500 0 500 1000 VELOCITY (km s-1) at 5875.62 VELOCITY (km s-1) at 5875.62

Figure 6-9: As in Figure 6-8 we show the optical HeI λ5876Å profile.

INTENSITY ∆INTENSITY

0.80 0.89 0.98 1.07 1.16 -0.20 -0.12 -0.04 0.05 0.13

7000 7000

6000 6000

5000 5000

4000 4000

HJD - 2450000 3000 HJD - 2450000 3000

2000 2000

1000 1000

1.065 1.065

1.029 1.029 0.992 0.992

INTENSITY 0.956 INTENSITY 0.956 -500 0 500 -500 0 500 VELOCITY (km s-1) at 5316.21 VELOCITY (km s-1) at 5316.21

Figure 6-10: As in Figure 6-8 we show the optical FeII λ5316Å profile.

181 INTENSITY ∆INTENSITY

0.00 0.32 0.65 0.97 1.30 -0.35 -0.16 0.03 0.21 0.40 7500 7500

7000 7000

6500 6500

6000 6000

5500 5500 HJD - 2450000 HJD - 2450000

5000 5000

4500 4500

1.187 1.187

0.844 0.844 0.501 0.501

INTENSITY 0.158 INTENSITY 0.158 -500 0 500 -500 0 500 VELOCITY (km s-1) at 4861.36 VELOCITY (km s-1) at 4861.36

Figure 6-11: As in Figure 6-8 we show the optical Hβ profile.

182 Chapter 7

Discussion

Be stars can be categorized many different ways. We will break our sample up in 3 main ways: V/R variable stars, disk formation or loss events, and photospheric absorption presence. In addition to these main categories we will also examine the presence of an excess absorption component in Sodium D lines in the optical and the presence of the Calcium triplet in emission in the IR.

7.1 V/R Variability

We separate our sample of Be stars the based on active V/R activity into 2 categories. 12 of our targets exhibit only small changes, and these targets tend to have a mostly stable V/R, but fluctuate around unity. Stars that exhibit full and significant V/R changes, 8 in the sample, are the second category. Table 7.1 liststhe stars that fall into either category, and basic information about their variations.

7.1.1 Full Periodic Variations

The best example for full periodic V/R variations is ζ Tau, see Chapter 6, which undergoes multiple full cycles during the time-frame of our observations. Due to the short time-frame of our SpeX observations most stars identified as belonging to this

183 Table 7.1: Summary of V/R Variability

V/R Spectral Quasi-Periods Name Switched? Type1 vsini1 (years)2 Binary1 o Cas low level B5 220 2.7 Yes γ Cas Yes B0.5 230 7 Yes φ Per Yes B1.5 400 4.8-5.9 Yes ψ Per low level B5 280 ∼1 No 28 Tau low level B8 320 >16 Maybe 25 Ori low level B1 320 1.6 ··· ζ Tau Yes B1 202 4 Yes ω Ori low level B3 160 2.7 ··· ν Gem Yes B6 170 6 Yes δ Sco Yes B0.3 164 1-2 Yes β Lyr low level B8.5 55 12 days* Yes HD 91120 low level B8/9 250 ······ HD 183656 Yes B7 300 6.5 Yes 28 Cyg low level B2.5 320 1 No 59 Cyg low level B1 260 1 Yes 60 Cyg low level B1 300 1 Yes 66 Cyg low level B2 180 1.3 No π Aqr Yes B1 300 84.07 days Yes EW Lac Yes B4 300 4.5-5 Maybe 31 Peg low level B2 100 <4 No 1 Taken from Table 2.1 2 Derived from our data unless starred *. class are categorized as such solely through optical profiles. Every star, marked asa

“yes” in Table 2.1, shows at least 1 full V/R cycle for the Hα profile. These 8 stars are discussed as a group below.

Five of the 8 stars in this subset (ζ Tau, γ Cas, φ Per, ν Gem, HD 183656, and EW Lac), all have rather long periods for the V/R cycle, between 4-7 years. δ

Sco has a moderate period of 1-2 years, and the only star to be placed here with a short period is π Aqr, at 84.07 days, and as discussed in Section 4.23 this period is tied to the binary period of the star. It should be noted that not only is π Aqr a binary, but all of these stars, excluding EW Lac, are known to be binaries. It has been theorized that binary interaction could be a catalyst for introducing long

184 period density waves in Be star circumstellar disks (Okazaki, 1997), which would be consistent with our data. The periods of these V/R variations are much longer than the orbital period of the material in a Keplerian disk, which is also consistent with a density wave precessing through the disk as it would travel at a much slower velocity.

The preference for cycles longer than 4 years in this subset may point to a narrow range of possible density wave configurations. Okazaki (1991) did conclude that the only possible one-armed oscillations in a geometrically thin Keplerian disk must have an azimuthal wave number of m=1.

The intensity of the V/R switch is significant for all 8 stars in this subset, allof them show a V/R at some point in their V/R cycle of 0.5 and 3, both significant deviations from equal peak heights. Three stars, HD 183656, EW Lac, and ζ Tau, have V/R ratios as large as V/R=10 in some infrared lines. For many of these lines the red peak has all but disappeared into the profiles absorption component or continuum.

The same is also seen when the V/R«1 where the blue peak all but disappears. In order to achieve a V/R that skewed there would have to be a negligible amount of material on the weak side (red/blue shifted) of the disk relative to the other. This is possibly indicating a clump of material is moving in orbit inside the inner disk.

We find that in all cases where Hα shows significant variability, all other hydrogen lines exhibit the same or similar behavior assuming they are also in emission. V/R variations must be a global effect present throughout the disk. Only the helium lines differ from that conclusion, as they are not present in all stars.

In terms of spectral type, all but 2 of the 8 stars are early type, B4 or earlier.

HD 183656 and ν Gem are significantly older types, B7 and B6, respectively. Both also show unique features from the other stars. HD 183656 shows many examples where one of the peaks completely disappears in emission, with deep absorption cores, possibly a very strong case of clumpy material in the disk. ν Gem, meanwhile, has a rather weak disk with all but Brγ and Br18-20 in absorption. This possibly indicates

185 that in order to have a strong disk with strong V/R, an early spectral type is preferred, and having a later type prefers a weak disk. The presence of a weak disk, is of course problematic for our analysis methods. We may have to focus on earlier type stars in future work.

δ Sco and γ Cas do exhibit full V/R activity in their optical features but due to the single peaked nature of their hydrogen lines do not have corresponding IR data. However, on close inspection of the Brackett lines in δ Sco, we do see slight asymmetries in the single-peaked profile that may be the result of low level double- peaked variations not visible at this resolution. Since we do not have IR data for γ

Cas during its active phase we cannot make any conclusions based on the IR lines.

It is likely that in both cases the hydrogen infrared lines exhibit the same variability as the optical, just as all other examples show. Higher resolution infrared spectra are the only way to confirm this.

The only star in this group not known as a binary is EW Lac. Its status as a binary star is currently debated and hence we label it as a maybe, but given that all other Be stars in our sample that exhibit full cyclic V/R variations are binaries, it is possible that EW Lac is an as yet undiscovered case. If this is the case then all full cyclic V/R variability we see would only be present in binary stars. It is then possible that binaries are the key to producing the variations. A much larger and longer sample is needed before we can make any definitive conclusions.

Wee see phase lags between line features in 6 of the stars in our sample of 28

(21%), all exhibiting full cyclic V/R variations. These lags are indicative of a spiral density wave within the disk, discussed next.

7.1.2 Phase Delays

In our sample we see 6 examples of phase delays in V/R values (Table 7.2). Two of the six, δ Sco and γ Cas, show phase lags only in optical data, as in the infrared

186 both exhibit only single peaks at our resolution. All six examples show a phase lag at optical wavelengths. In all cases where FeII λ5316Å is in emission, we see changes in that line preceding any changes in Hα. ζ Tau, φ Per, HD 183656, and EW Lac do not exhibit HeI λ5876Å emission; for those stars that do have He I in emission in the optical, the changes in He I precede the changes in Hα and Hβ.

Table 7.2: Stars showing V/R phase delay between the inner and outer disk.

Name Phase Delay (days) Comments ζ Tau 350±30 Inner to outer disk, multiple V/R periods φ Per 300±30 All lines, 1 V/R period HD 183656 350±100 All lines, 1 V/R period γ Cas 300±50 Only optical, 1 V/R period EW Lac 400±150 All lines, 3/4 of a V/R period δ Sco 200±30 Only optical, multiple V/R periods

δ Sco is a B0.3 star with a moderate vsini of 164 kms−1, a known binary system with a V/R cycle of 2 years. We see the phase lags in optical data begin around

HJD 2453000, where prior data showed a V/R equal to unity. No infrared V/R data is available as all IR lines are single-peaked at the SpeX resolution. Unfortunately, our Hβ data does not begin until after HJD 2454000, but the variability of Hα and

HeI λ5876Å is very easy to see (Figure 4-46). As HeI λ5876Å and Hα begin to cycle their V/R, initially they are roughly in phase with each other, but after one full cycle we begin to see HeI λ5876Å transitioning from VR while Hα is at a V

0.25 different in phase, or 200±20 days. We note that the cycle period gradually decreases in HeI λ5876Å over the course of three cycles, while Hα and Hβ appear to be increasing the duration of their cycles. This suggests that δ Sco is showing evidence of a spiral density wave in its optical V/R, with the inner disk preceding the

187 outer disk as the density wave moves around the star. In our data, the best visual indication is when HeI λ5876Å is showing a V/R=1 at times when Hα and Hβ are experiencing a maximum (V>R or V

γ Cas is a B0.5 star with a moderate vsini of 230 kms−1. It is a known binary with a V/R cycle of 7 years. The V/R cycle for γ Cas is only seen in our early data, whereas after HJD 2453000 no variations appear. Other than V/R changes, the only indicator that γ Cas does not have a stable disk is a gradual decline in the

Hα equivalent width seen as soon as the V/R variations begin to dissipate. As soon as the Hα equivalent width begins to show increasing emission, the V/R variations die out. Similar to δ Sco, the IR lines of γ Cas are single-peaked in our SpeX data, and thus our conclusions are based solely on the optical lines. Even if we had double- peaked infrared data, the interesting V/R changes end prior to the start of SpeX observations. Also, like δ Sco, our temporal coverage of γ Cas is excellent; we clearly observe a full cycle of the V/R and the phase delays in Hα, HeI λ5876Å, and FeII

λ5316Å. We confirm that both HeI λ5876Å and FeII λ5316Å precede Hα in the V/R cycle, though HeI λ5876Å may precede FeII λ5316Å as well. Around HJD 2451000, both are at or near maximum V>R, while Hα is still progressing in that direction. On the other end of the cycle the same happens, with the He and Fe lines reaching reach maximum V

EW Lac is a B4 star with a vsini of 300 kms−1, V/R periods of 3.8 and 5 years, and it may be a binary. Temporal coverage for EW Lac is sparse, with only 32 optical observations spread over 14 years and 10 infrared observations over 3 years.

Due to the sparse coverage, we can only attempt to piece together indications of the

188 structure of its disk. In the optical there are V/R variations for Hα,Hβ, and FeII

λ5316Å with all showing similar patterns even though Fe is offset from the other lines. Finding exact periods is impossible with so much of the V/R cycle missing, but as we discussed in Section 4.13 a half cycle of the period appears to be ∼2.5 years.

Luckily, we are able to see most of a cycle in Hα, as it is not clear where exactly

Fe’s V/R cycle begins. The infrared lines also show phase delays. In fact, the Brγ line shows a relatively large delay compared to the remaining Brackett series lines.

The maximum delay (relative to Br 20) is roughly 400 days. The V/R ratios that

Brγ exhibits are concurrent with what we see in Hα, and suggest that the outer disk density wave structure does not change much between the two lines. Our analysis of the phase delays in the Brackett series shows us that the Fe/Hα phase delay is closely mirrored by the Br 10-12/Brγ delay. The Fe line therefore, is present in the inner disk, and shows the same phase as the low-to-mid order Brackett lines. Hβ coverage is incomplete, but it seems to indicate some combination of Hα and FeII λ5316Å behavior, which would be consistent with its expected location in the mid to outer disk. Paβ closely mirrors the Brγ line while the infrared helium lines may track with

Br 20, but with jumps across V=R inconsistent with any lines. The unusual helium behavior may be due to the extreme shell like feature they show.

EW Lac shows a phase lag of 400 days in the limited coverage we have, and as with γ Cas and δ Sco the density wave in the inner disk is preceding the disk rotation.

We note that during the time period we see the phase delays the Hα equivalent width was decreasing in emission, while the infrared lines were all increasing in emission.

HD 183656 is a B7 star with a vsini of 300, V/R periods of years, and it is a binary. Temporal coverage for HD 183656 is sparse, with only 27 optical observations spread over 9 years and 14 infrared observations over 5 years. Similar to EW Lac in coverage, HD 183656 is further complicated by the very deep shell lines in its spectra, see stacked plots in Section 4.18. In the case of most of the Brackett series no V/R

189 information is available since the profiles are solely in absorption. Even theHβ line is too weak to pull out V/R ratios by our computerized method. Computed V/R ratios are limited to Hα and Br 19-20 with mostly complete coverage and Paβ and Brγ’s 6 and 1 data points, respectively. We used visual analysis for Hβ (shows minimal peaks below continuum), the missing Brγ data points, and Br 10-15. Brackett 16-18 are seen only in absorption. A phase delay is mostly visible in the Hα to late Brackett lines, where we see a difference in their minimum V/R position of 350 days with the Brackett lines leading. Brγ, Paβ, and Hβ, are all consistent with each other, and follow closely the V/R cycle we see in Hα. So, again we see the infrared lines preceding the optical and those lines formed in the outer disk. HD 183656’s weak disk in the infrared potentially indicates that a clearing of material in the inner disk happened in the past and has yet to reach the outer disk. The infrared lines begin to weaken prior to HJD 2454200, while Hα continues to grow stronger through 2454700, a difference of 500 days. In a viscous disk, which we assume Be star disksare,the viscous timescale is 5 years (Rivinius et al., 2001) for the whole disk to change. This is considerably longer than what we see in HD 183656, so the inner disk could be clearing out first. Future observations of HD 183656 would benefit from monitoring the Hα line for any further weakening and the higher order Brackett series for any new disk growth.

The phase delays for the stars φ Per and ζ Tau were discussed in Chapter 5 and

Chapter 6, respectively, refer to those chapters for detailed analysis.

In all our phase delay examples in this dataset, we see a spiral density wave precessing through the circumstellar disk in a pro-grade direction, i.e. with the rotation of the disk. Interferometric studies (Stee et al., 1998; Berio et al., 1999) have also provided evidence for pro-grade one-armed oscillations in several discs. We see delays all longer that 100 days, and up to 400 days. It appears the FeII λ5316Å line may be the best probe of the inner disk using optical spectra; it shows a lag that is as large

190 as the lag between the higher order Brackett lines, which have a formation location in the inner disk. It would not be possible to have the same phase lag if Fe was forming in the outer disk. With both Hα and FeII λ5316Å in our optical spectra, the need for continuous infrared observations to determine if there is a lag is lessened. If, however, a complete mapping of the disk is desired then infrared lines are still valuable until full channel-mapped interferometric observations are available.

In all cases the V/R variations are multiple years in length, far longer than the

Keplerian orbital period in the disk. Of the 6 stars, only EW Lac has an unconfirmed binary companion, and it seem likely that spiral density waves such as the ones we see in our examples could only be induced by a binary interaction on the disk. As of the latest review of Be stars (Rivinius et al., 2013), no specific mechanism has been developed to explain the presence of these density waves, but current models have the ability to incorporate them (Carciofi et al., 2009).

7.1.3 Non-Periodic or Small Scale Variations

In our sample of 28 stars, 11 show V/R variations that we consider to be weak and non-periodic, or insufficient coverage is available to determine otherwise (designated as low level in Table 7.1). When we speak of weak V/R variations, we are referring to cases where the V/R ratio is very near unity at all times or remains at a roughly constant values above or below unity. We place no constraint on the ratio crossing unity only that the absolute magnitude of the ratio is close to it.

Within this group, we finds star all across the B spectral type, from B1-B9.

Subclass does not appear to affect the period of the V/R variations significantly, at least in our sample, but a hotter subclass may result in shorter periods being favored based on our sample. Seven stars, ψ Per, 25 Ori, ω Ori, HD 91120, 28 Cyg, and 66

Cyg, are either non-binary stars or have an unknown binary status, and have periods that average ∼1 year, except ω Ori with 2.7 years, and all have spectral types B1-B5.

191 31 Peg, ω Ori and o Cas have periods in excess of 2 years. They have relatively low vsini values, 100, 160 and 220 kms−1respectively.

28 Tau is a special case in this subset of Be stars. It shows a constantly increasing

V/R ratio over 16 years for its Hα line profile. It is a very late spectral type thatis known to show shell profile phases, go through outbursts, and is actually a triple star system (Hirata, 1995; Katahira et al., 1996; Porter & Rivinius, 2003; Hirata, 2007).

The >16 year is within the longterm 81 year disk precession (Hirata, 2007); it may be that V/R variations are tied to the precession currently or some other binary effect is in play. Further, study and observational coverage would be required to determine more from our sample. No other features show the trend or lack the coverage to see one.

β Lyr does fall in this group, but as we discussed in its individual discussion the direct mass-transfer interaction with its binary induces short term weak V/R variations.

In general, these non-periodic small scale variations are present throughout all Be stars and are likely typical of small variations present throughout a disk made up of gas that is not completely constant in its density profile. We expect to find very low level variability on all Be stars, and it is only the large scale variations that truly allow us to probe the disk.

7.2 Disk Variability

We introduced the concept of disk variability in Section 1.2.2 and observed many individual examples in Chapter 4, now we examine our entire sample as a group.

Of the 28 stars in our sample 14 (50%) show evidence of either a disk growth or dissipation event. The relevant stars and their properties are listed in Table 7.3. In the case of 9 (32% of total) stars we see disk growth or weakening with a disk already

192 present. In the case of the remaining 4 (14% of total), the disk is lost or weakened severely (28 Cyg), a new disk is created (δ Sco, π Aqr), or the disk fluctuates back and forth (60 Cyg). All four of these stars have spectral types between B0.5-2.5, or the early B type. The other 8 are between B0.5-8. Although limited in size, our sample suggests that early B-type stars may have a propensity to create or lose their disk more than late type.

Table 7.3: Summary of Disk Formation or Loss

Disk Spectral Quasi-Periods Name Loss/Gain? Type1 v sin i1 (years)3 Binary1 28 Cyg Loss B2.5 320 ∼7 No 28 Tau Loss/Gain* B8 320 3/>4 Maybe 31 Peg Gain/Loss* B2 100 3/2 No 60 Cyg Loss/Gain B1 300 1.3/5 Yes 66 Cyg Loss/Gain* B2 180 3,6.52 No β Lyr Growth Peaks* B8.5 55 ··· Yes δ Sco Gain B0.3 145 5 Yes EW Lac Gain/Loss* B4 300 6/6 Maybe γ Cas Loss/Gain* B0.5 230 >5.4/>16.4 Yes HD 183656 Gain* B7 300 4 Yes o Cas Gain* B5 220 9.3 Yes ω Ori Gain* B3 160 8 ··· φ Per Loss* B1.5 400 5.5 Yes π Aqr Gain/Loss B1 300 6.8/0.52 Yes * Gain/loss with always present disk. 1 Taken from Table 2.1 2 These stars have multiple weakening and growing phases. 3 Derived from our data.

Three out of the 4 stars, minus δ Sco, have a vsini of 300(kms−1) or greater. While this would seem to indicate that a higher vsini is indicative of disk growth/loss events, we also see high values in the remaining less-active Be stars. Furthermore, φ Per, a

B1.5 shell star, has the largest vsini (400 kms−1) and does not show a significant disk event.

28 Cyg and 60 Cyg are the only two stars in our sample to have exhibited a significant disk and then lost it. 28 Cyg went fromanHα equivalent width of -16Å 193 down to basically 0Å in 7 years (1999-2006, see Figure 4-8). It has begun to rebuild its disk in our most recent data from RO. 60 Cyg is a more condensed case than 28 Cyg; it lost its disk relatively quickly between two observing seasons (1999 and 2000, see

Figure 4-27). Its Hα equivalent width dropped from -10Å to >0Å, in less than a year, much faster than in 28 Cyg. 60 Cyg did not remain with no disk for long, however.

After 6 years (2000-2006), a new disk began forming with the Hα equivalent width rising back up to near -10Å (2010) in 4 years. In both cases, all infrared hydrogen lines followed the behavior seen in Hα, transitioning to absorption profiles during the disk loss, and then quickly back toward emission once disk building began. At first glance, 60 Cyg’s disk rebuilding inHα seems to precede any indication in the higher order infrared lines, which should be first to show disk growth if the diskis growing from inside out. This could indicate that new material entering the disk is not immediately confined to the inner disk and begins building at large radii relative to the inner disk. We do not have sufficient coverage on 28 Cyg to see if this isalso the case.

δ Sco grew a much stronger disk during our observations. Its Hα equivalent width rose from -5Å to -25Å, a 5 fold increase in the intensity of the Hα line emission

(Figure 4-46). The building phase happens over 5 years (2000-2005), before a drop to -15Å and fluctuating by ±5Åfor the rest of our dataset. δ Sco is a binary with a period of 10 years , with periastron (closest approach) passages occurring in 2001 and 2011 (Miroshnichenko et al., 2001; Rivinius et al., 2012). It is highly likely that the disk growth is due to the binary’s periastron passage. One year prior to the 2001 periastron, the binary influence was likely felt and the disk formation process began, and it only strengthened over the course of next few years. After sufficient time the building mechanism could no longer be maintained, until the next periastron passage approached. We do see evidence after the 2011 passage that the disk once again grew in size. HeI λ5876Å also shows a significant bump at the same time thatα H is

194 peaking. Our infrared data coverage does not begin until after the drop and suggests a mostly stable inner disk with occasional bumps, though Brγ still shows a small drop consistent with Hα through HJD 2455500 (2010). Paβ and the three helium lines, representing the mid-disk, all show a trend similar to Brγ, with gradually decreasing emission intensity. In this case it seems the outer disk is weakening or has begun to follow the inner disk which already weakened prior to our SpeX data.

The last major case is π Aqr which grew a brand new disk during our time coverage. Starting after HJD 2453000 (2003), the Hα equivalent width grew from

<0Å, to -14Åby HJD 2457600 (2016, see Figure 4-85). According to our data the disk is still growing at a rate of ∼ -1Å per year in Hα equivalent width. The infrared lines show an overall disk building trend with what appear to be phases of growth and loss on the order of a year (Figure 4-85). All the IR lines trend the same, only differing in the intensity of growth/loss phases.

The remaining disk-variable stars in our sample show no consistent behavior.

They have variability timescales from 2 to 16 years for disk growth or loss. Not much can be said about that range, other than that Be stars have a wide range of rates of disk variation. We note that while there is no significant trend between disk loss and growth, the disk loss timescales are shorter in many cases than the growth timescales.

Finally, within our sample there do not appear to be any correlations between spectral type, vsini, or binary status and our timescales.

7.3 Photospheric Absorption in Line Profiles

The presence of a photospheric profile underlying emission in Be stars is an indication that the disk emission is not strong enough to completely fill the photospheric profile. When this occurs extracting an accurate V/R is troublesome since thecon- tinuum we use for V/R is not the actual base of the profile. Unfortunately, in order to

195 remove any photospheric profile requires modeling the stellar atmosphere accurately, and with the disk obscuring the stellar surface spectral typing can be difficult. For this project we did not attempt to remove the photospheric component and only measured the double-peaked emission profiles as they appear above the actual continuum level. Table 7.4 summarizes our sample and identifies which profiles for each star show any photospheric components.

Three stars, γ Cas, β Lyr, and 59 Cyg are the only stars in our sample that do not exhibit any form of photospheric absorption. β Lyr is unique as was discussed previously, but γ Cas and 59 Cyg have moderate vsini and are also binaries. The hydrogen photospheric component in stars is known to peak in A stars and weakening towards O stars.

Helium lines are the primary non-hydrogen lines we look at in this analysis. It is important to understand how these lines behave in regards to photospheric absorption.

To start with, seven stars (24%), o Cas, ψ Per, 28 Tau, 48 Per, β CMi, 66 Cyg, and LQ

And, exhibit no form of helium emission, meaning they have no emission component.

Furthermore, in the cases of o Cas, 28 Tau, 48 Per, 66 Cyg, and LQ And there is also a photospheric profile on the Hβ line. ψ Per shows absorption in no other lines, and

β CMi hosts a weak disk with absorption in all lines. Nine stars (30%) show a HeI

λ5876Å profile that is in absorption. Of these, φ Per, 25 Ori, ω Ori, 28 Cyg (minimal),

60 Cyg, π Aqr, and EW Lac show some form of filling in of the profile. This filing can be from the core up or be small emission wings growing on the high velocity sides of the profile. Finally, three stars, ζ Oph, HD 163296, and 60 Cyg, show absorption in additional infrared helium lines. ζ Oph is a O9.2 star that shows full absorption in every line except HeI λ1.08µm, where the profile is in weak emission, strongest when Hα partially filled its profile. HD 163296 is a Herbig Ae/Be star which places it outside of the classical Be scope. The presence of only HeI λ1.08µm emission in both of these merits further study beyond this thesis.

196 Many Be stars do not show absorption in their Hα profiles, and we see this occurring in 8 (27%) of our stars. It should be noted that for any star with an absorption component visible in Hα it is expected to be present in all other lines, and this is indeed the case. 60 Cyg and 28 Cyg are unique in that they only showed an absorption component in Hα during a disk loss phase. The same situation happens in the

Brackett lines as well, with no absorption until the disk loss event. Only the HeI

λ1.08µm and HeI λ2.06µm lines avoid having an absorption component during the disk loss. The rest, β CMi, HD 91120, HD 93521, ν Gem and ζ Oph, all have weak

Hα emission or no emission at all.

Stars with full strength Hα, but Brγ with an absorption component present include HD 183656 and Cap. Cap has a disk that is just strong enough to fill the

Hα profile, but shows very weak infrared emission, indicating the inner disk mayhave been cleared of material at some point prior to our SpeX data. HD 183656, on the other hand, shows a double-peaked structure, where in the infrared one of the peaks is in absorption or near absorption; again a weak inner disk is key here.

Finally, 28 Tau, ν Gem, β CMi, HD 91120, 28 Cyg, 60 Cyg, Cap, and π Aqr all show an absorption component in their higher-order Brackett lines. These are again cases where if Hα or Brγ had the component it appears here as well. π Aqr, 28 Tau,

28 Cyg, and 60 Cyg are all cases where disk loss reveals the absorption components.

ν Gem, β CMi, and HD 91120 have a very weak inner disk, so much so that only

Brγ and the highest order Br lines have any emission above the continuum. Cap is similar, but it is also showing evidence of filling in the profile, and will likely fillthe profile if it continues this trend.

Be stars are highly variable as a class, as we have discussed above the disk strength can drastically change the profiles we see. Only the helium lines behave differently in some cases at the very ends of the Be star continuum. Based on this data, Hα and Brγ are still the best sources of knowledge to understand disk variability and structure.

197 We would make the case that very high order Brackett lines may be a fringe case worth using in weak disk stars, because photospheric absorption is minimized due to the congestion of the lines themselves.

198 Table 7.4: Spectral Features Containing Underlying Photospheric Absorp- tion

Spectral High-Order Helium Name Type1 Hα Brγ Hβ Paβ Brackett Lines Lines Other o Cas B5 No No Yes No No Yes No He emission γ Cas B0.5 No No No No No No φ Per B1.5 No No No No No 5876Å ψ Per B5 No No No No No Yes No He emission 28 Tau B8 No No Yes No Yes Yes No He emission 48 Per B3 No No Yes No No Yes No He emission 25 Ori B1 No No No No No 5876Å ζ Tau B1 No No No Yes No 5876Å ω Ori B3 No No Yes No No 5876Å ν Gem B6 Yes Yes Yes Yes Yes Yes β 199 CMi B8.5 Yes Yes Yes Yes Yes Yes No He emission HD 91120 B8/9 Yes Yes Yes Yes Yes Yes HD 93521 O9.5 Yes Yes Yes Yes Yes Yes θ CrB B6 Yes Yes Yes Yes Yes Yes δ Sco B0.3 No No Yes No No No ζ Oph O9.2 Yes Yes Yes Yes Yes Not 1.08µm HD 163296 A1 No No ··· Yes No Not 1.08µm β Lyr B8.5 No No No No No No HD 183656 B7 No Yes Yes No Yes Yes 28 Cyg B2.5 Yes Yes Yes Yes Yes 5876Å 59 Cyg B1 No No No No No No 60 Cyg B1 Yes Yes Yes Yes Yes 5876Å and 1.7µm 66 Cyg B2 No No Yes No No Yes No He emission Cap B3 No Yes Yes Yes Yes 5876Å Deep core in He π Aqr B1 No No Yes No Yes 5876Å 31 Peg B2 No No Yes No No No EW Lac B4 No No No No No 5876Å Deep core in He LQ And B4 No No Yes Yes No Yes No He emission 1 Taken from Table 2.1 7.4 Additional Spectral Features

In our discussion of Be stars we have encountered a few interesting cases outside our standard discussion. Here we will venture into three additional realms: Sodium

D absorption, Calcium II emission, and the presence of HeI λ1.7µm.

The sodium doublet appears near the optical line HeI λ5876Å. We have discovered many stars that exhibit interesting activity in the helium line, but we have not commented on the activity in sodium. The Na D lines, λ5889 and 5895Å, are found redward of the HeI λ5876Å feature in the optical. In all stars Na D is in absorption to varying degrees. This variation in the strength of the Na D absorption is not due to the stars, but rather results because these lines are due to interstellar absorption.

Basically, this means as light from stars travels through the spaces in between the stars, atoms of cold gas and dust absorb some of that light. In this case, interstellar sodium is absorbing some of the light and producing the sharp absorption features in all our spectra. The amount of sodium along the line of sight between us and the star (distance) determines the depth of the profile. However, in the case of four stars,

ζ Tau, ω Ori, EW Lac, and HD 183656, we see an additional broad component that can appear as a small dip red/blue-shifted from the interstellar component.

Table 7.5: Stars with Excess NaII Absorption

Name Spectral Type v sin i Binary Comments ζ Tau B1IVe-shell 202 Yes In phase with helium abs Cap B3V 250 ··· EW Lac B4IIIpe 300 Maybe Decreasing Hα EqW HD 183656 B7III 300 Yes

We refer to the dynamical spectrum of ζ Tau (Figure 6-9) to show how this component can move relative to the interstellar component. In this dynamical plot of the HeI λ5876Å line an absorption component travels across the Na D lines in concert with the center of the helium absorption. For ζ Tau we are lucky enough

200 to have data covering all parts of this cyclic pattern. HD 183656, Cap, and EW

Lac have much less temporal coverage, but the extra component is still seen in our sample, see Figures 4-66, A-15, and 4-53, respectively. For all four stars we see the extra absorption component appear red-shifted while the hydrogen V/R is indicating a large blue-shifted peak. In the case of Cap we only have one or two instances where the extra component is easily visible in spectra, HJD 2454360 and 2545090, and no obvious link to anything other than a V/R >1 is seen. EW Lac is shows the same alternate side V/R positioning, but it is also present while the disk is weakening, in the form of an enhanced central absorption component in Hα.

The Calcium II triplet is found at the very blue end of our SpeX data. The three lines, 0.849, 0.854, and 0.866µm, are in a very crowded region around several

Paschen lines. The overlap of the Paschen lines with the Ca lines introduces an extra complication, since we now have to disentangle the Ca lines from the hydrogen profiles. The exact set of the triplet is depicted in Figure 7-1 where we show thethree calcium lines in blue and Paschen 13, 15, and 16 in red. The pairs are separated by

4.5, 3.3, and 3.9Å, blue to red. The Calcium II triplet’s presence in Be stars was first discussed in Polidan & Peters (1976), where it was attributed to binarity.A possible explanation was for cool gas from a semi-detached interacting binary system to produce the features, as metal lines like Ca and Fe can be indicators of changes in density/temperature. We do, however, see Ca II in the non-binary star ψ Per and

5 other stars are listed as possible binaries or unknown. It is unlikely that a binary is the key factor in Ca emission. A decade later, Jaschek et al. (1988) proposed that

Ca II lines are in fact tied to the infrared excess created due to the presence of the circumstellar disk. Their conclusion was that if Ca was present in emission then the infrared excess of the star will be large, and conversely if Ca II lines are weak or not present then the excess is small. While we do not analyze the infrared excess in this thesis, future work can utilize our results to further confirm or dispute the conclusion.

201 0.4

0.3

0.2

0.1

Normaized Flux - 1 0.0

-0.1 0.84 0.85 0.86 0.87 Wavelength µm

Figure 7-1: An example of Calcium emission in the infrared. The calcium triplet is marked in blue and labeled as Ca1-3. The Paschen lines are marked in red and labeled Pa13, 15, and 16. The emission line present at 0.8446µm is from O I.

In our sample, we found 9 stars (30%) to show some form of Ca II emission. Table

7.6 breaks them down by spectral type, vsini, binarity, and the type of emission. In three cases we see Ca emission superimposed on the Paschen absorption profiles. The stars β CMi, 28 Tau, and HD 91120 are all late type Be stars with a B8 or later spectral type. In four cases, 48 Per, LQ And, o Cas, and ψ Per, the Ca II emission is enhancing weak Paschen emission. In these cases it becomes more difficult to determine true Ca II emission from the Paschen profiles, especially if the Ca emission is weak as well. The last two cases are γ Cas and 59 Cyg, both early type Be stars with

B0.5 and B1 spectral types, respectively. In their case moderate Paschen emission is

202 Table 7.6: Stars with CaII Emission Name Spectral Type v sin i Binary Comments γ Cas B0.5 230 Yes Very weak on Paschen 59 Cyg B1 260 Yes On Paschen 48 Per B3 200 Maybe On weak Paschen LQ And B4 250 Maybe On weak Paschen o Cas B5 220 Yes Weak on Paschen ψ Per B5 280 No Strong on weak Paschen β CMi B8 245 Maybe In Paschen Abs. 28 Tau B8 320 Maybe Weak in Paschen Abs. HD 91120 B8/9 250 ··· Weak in Paschen Abs. enhanced by weak Ca II emission.

Within our sample of 28 stars, 9 (32%) have Ca II emission and it follows from the analysis of the breakdown of Ca II vs. Paschen emission strengths that spectral type may play a role. For early type stars we see stronger Paschen emission with

Ca II emission creating an enhancement on the profile. As we move towards the late type stars, the amount of Paschen emission decreases and we see a Ca II become the dominate emission source. ψ Per, B5, is the best example of strong Ca II with little to no Paschen emission; this is what we see in our example Figure 7-1. Finally, as we move into late-type Be stars, B8 or later, the Paschen emission disappears entirely and only a small double-peaked emission feature is superimposed on the Paschen absorption profile. Paschen lines do trend towards absorption as you approach late type B stars, and this Ca variability between classes may be tied with the level of

Paschen emission instead of Ca specifically. However, we do still see a peak in the amount of Ca II emission in the middle of the B spectral class, possibly indicating that the Ca II emission is more likely there. With only 9 stars and 2 with a type around B5 the sample is too small to support definite conclusions.

HeI λ1.7µm is one of the 3 infrared helium lines we examined in Chapter 4, and it is also one of the only lines that shows minimal variability. Only 9 (32%) of 28 stars in our sample show any form of variability in the HeI λ1.7µm line, see Table

203 7.7. All are what we would consider early spectral type, except the binary β Lyr.

EW Lac is the latest spectral type (B4) showing variability in this He line, but the variability is only seen weakly in equivalent widths (Figure 4-56 lower right); HeI

λ1.7µm follows the trend exhibited by the other two IR He lines, 2.06 and 1.08 µm.

ω Ori, the next earliest spectral type, shows very little activity as the line is mostly in absorption (4-77 lower right). Moving to the B1 stars, π Aqr and 60 Cyg show a fair amount of variability. In both cases the lines equivalent width switches across the line separating (EqW=0) emission and absorption lines (Figures 4-85 and 4-29, respectively). Lastly, we have two stars with a class earlier than B1, δ Sco and γ Cas, both of which show strong emission in the HeI λ1.7µm line. The emission is so strong in δ Sco, -21Å at max, that Hα is only a few angstroms stronger. Our sample seems to indicate that strong and variable HeI λ1.7µm features appear more frequently in early type stars, but with only 2 stars showing a high level of activity more data are required.

Table 7.7: Stars with He 1.7µm activity

Name Spectral Type v sin i 60 Cyg B1 300 59 Cyg B1 260 δ Sco B0.3 164 EW Lac B4 300 β Lyr B8.5+B0.5 55 φ Per B1.5 400 π Aqr B1 300 ω Ori B3 160 γ Cas B0.5 230

7.5 Conclusions

By comparing the emission profiles of hydrogen lines in both the optical and infrared, we have begun to probe the structure of Be star disks as a function of 204 radius for a small sample of Be stars. By studying the variations seen in V/R ratios we have found evidence of density waves within several stars in our sample, and by studying the discrepancies (delays) between the hydrogen lines we have begun to map out these possible spiral density waves. We have looked at a sample of 28 Be stars with many different characteristics. This sample of stars was selected forthis purpose because they previously had shown evidence for periodic variations.. The

PhD dissertation of Erica Hesselbach from 2009 looked at many of the same stars we discussed here, but unfortunately, only two years of SpeX data had been collected by then. We have utilized the full 6 years of data, which has given us much greater insight to the timescales involved in these Be stars. We also took advantage of the entire archive of RO data instead of limiting it to data solely contemporaneous with our SpeX observations, allowing for the discussion of variability prior to the start of infrared observations, i.e. γ Cas’s variability.

Variations in both V/R and equivalent width are detected in all line profiles, whether optical or infrared. The levels of variation range from small to large and random to predictable, with timescales on the order of days to years. Emission lines show a variety of different profile morphologies depending on the strength and orientations of their disks. In this sample 20 out of 28 (71%) of the stars show some form of V/R variations consistent with the double-peak switching maximum intensity, and of those 8 show full periodic variations consistent with material moving in a orbit around the disk. Of those 8 targets, 6 reveal evidence of a phase delay between optical and infrared lines. In all of these cases, the FeII λ5316Å optical lines are preceding the Hα lines in their V/R cycles, consistent with the analysis done by Wisniewski et al. (2007) on ζ Tau and the delays between inner and outer disk lines. Finding the same behavior in several stars other than ζ Tau reinforces the idea that FeII λ5316Å must be formed in the inner disk. Fe’s presence in the inner disk would possibly allow it to be used as an optical analogue for the infrared lines in the search for phase lags,

205 which means that infrared spectra would not be required to detect the presence of phase lags. The two other cyclic V/R candidates without phase lags suggests that a spiral density wave is not required for periodic V/R variations, and other forms of density perturbations must be possible (i.e. a blob, etc). We do see evidence of a triple peak structure, associated with spiral density perturbations, in the Hα line of

ν Gem, but no evidence of phase delay is found in our data.

In the case of π Aqr, we confirmed that the cyclic V/R variations seem tobe related to the binary companion. It is possible that with further coverage of stars like

β CMi and others with low intensity high frequency V/R variations, we would find more evidence of this type of linked variability.

The presence of Na D absorption components in our optical data is still a mystery.

We find them in 4 stars, and they are always shifted opposite totheHα V/R ratio.

In the case of ζ Tau these components were found to be 180° opposite the triple peak of Hα in radial velocity. Work is needed to understand how such components can exist inside the low-density environment of a Be star disk and the location of their formation. We note that in the debris disks of forming stars features like this are though to be due to in-falling (solid) bodies that evaporate near the star (de Winter et al., 1999), but these types of structures are unlikely in a low-density Be star disk.

We did not find convincing evidence to support the conclusion by Polidan &Peters

(1976) that Ca II triplet emissions in Be stars are linked to binarity. In fact, at least one star, ψ Per, is not a binary and it shows the most intense emission. However, we do see evidence for a trend in the strength of Ca II triplet emission based on spectral type. In our set of 9 stars, late types showed weak emission, peaking around B5 in strength, and becoming very weak by B0.5. Future work, needs to analyze other examples of Be stars showing the Ca emission to confirm if we are indeed seeing a trend or if Paschen lines are interfering.

We found evidence that the HeI λ1.7µm infrared emission line may also be tied

206 to spectral type. Our 9 cases of activity show the emission line growing stronger with earlier spectral type, and in the earliest, B0.3, showing emission on par with Hα.

We performed an analysis of the photospheric components of the emission lines in our sample that shows links between disk density and their presence. In all cases, a weak disk strength seems to be the largest driving factor for the presence of a photospheric component, and not only in late spectral types as Clark & Steele (2000) observed. We can however, confirm their observation that the HeI λ2.06µm line is only seen in emission in stars of early type, as Hesselbach (2009) also saw in her limited sample.

Currently, observations are continuing on the majority of our sample of stars at

RO. We do not have any more IR observations planned, but given the behavior that we have seen in the Brackett series, renewed interest may prevail. The use of cluster photometry to study large samples of Be stars is the latest push we have undertaken, and it will be several more years before a large enough sample is available to study timescales. We have time available at the DCT to continue monitoring our clusters this observing season and intend to continue those observations into the future, as well as further support observations at RO. Our increased dataset allowed us to make significant progress in the detection of V/R cycles over Hesselbach (2009), expanding the observations from 2.5 years to 6 years. Another extension is likely to discover more periodic patterns assuming contemporaneous observations at optical and infrared wavelengths can be secured.

If we want to gain a full understanding of the activity in Be star circumstellar disks, advanced modeling techniques will be required to compare to the results of these observations. Our limited use of the HDUST models to determine formation locations of the hydrogen emission lines only goes so far. Models of helium and metal lines will need to be developed in order to truly understand the mechanics of these circumstellar disks, as codes like HDUST do not currently have that capability.

207 Much has been done to advance the models used here including the introduction of new interferometry data.

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215 Appendix A

Stacked Spectra for Individual

Stars

This appendix illustrates the stacked spectra for all Be stars that had no significant

V/R variations nor any significant changes in equivalent width in the SpeX dataset.

Each star following contains at least two stacked plots, showcasing at a minimum Hα,

Brγ, Paβ, and Br 12. Other features are included and identified in the caption of each image. Every image contains two y-axes, the left being a normalized flux plus offset to showcase the features in detail based on their intensity and the rightthe

HJD for each observation. Optical observations are based off of the closest, in HJD, observation to the SpeX data.

216 A.1 25 Ori

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 25

Hα Brγ He 2.5 5500 5500 5500

2.0 5000 15 5000 5000 3 HJD − 2450000

10 NORMALIZED FLUX + time offset

1.5 4500 4500 2 4500

1 1.0 4000 0 4000 4000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-1: Stacked spectra for 25 Ori during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

217 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He

3.0 5500 5500 5500 8 3.0

2.5

6 5000 5000 5000

2.0

2.0 HJD − 2450000

4 NORMALIZED FLUX + time offset

4500 4500 4500

1.5 1.5

1.0 1.0 4000 4000 4000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-2: As in Figure A-1 the lines Paβ, Br12, and HeI λ1.08µm, from left to right

218 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

He Hβ Br18 3.0 6 5500 5500 5500

5 2.5

5000 6 5000 5000

2.0 HJD − 2450000

3 4 NORMALIZED FLUX + time offset

4500 4500 4500

1.5

1.0 1 4000 4000 4000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure A-3: As in Figure A-1 the lines HeI λ5876Å, Hβ, and Br18, from left to right.

219 A.2 31 Peg

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Hα 5600 Brγ 5600 He 5600

40 7

5400 5400 5400

4 6

30 5200 5200 5200

5000 5000 3 5000

20 4 HJD − 2450000

4800 NORMALIZED FLUX + time offset 4800 4800

4600 4600 10 4600

4400 4400 4400

1 1 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-4: Stacked spectra for 31 Peg during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

220 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5 10 Paβ Br12 He 5600 5600 5600 3.5

5400 5400 5400 8 4 3.0

5200 5200 5200

6 2.5 5000 3 5000 5000 HJD − 2450000

NORMALIZED FLUX + time offset 4800 4800 2.0 4800 4

2 4600 4600 4600 1.5

2 4400 4400 4400

1 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-5: As in Figure A-4 the lines Paβ, Br12, and HeI λ1.08µm, from left to right

221 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

He Hβ Fe

4 4 5400 15 5400 5400

5200 5200 5200

3 3 10 5000 5000 5000

4800 4800 4800 HJD − 2450000 NORMALIZED FLUX + time offset 2 2

5 4600 4600 4600

4400 4400 4400

1 1

0 4200 4200 4200 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-6: As in Figure A-4 the lines HeI λ5876Å, Hβ, and FeII λ5316Å, from left to right.

222 A.3 48 Per

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

α γ H Br 3.0 He

20 5500 5500 5500

2.5

15 5000 5000 5000

2.0

10 HJD − 2450000 4500 4500 4500 NORMALIZED FLUX + time offset

20 1.5

5 4000 4000 4000

1.0 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-7: Stacked spectra for 48 Per during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

223 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 Ca

5500 5500 5500 25

6 20 5000 5000 5000

3 15

4 4500 4500 4500 HJD − 2450000 NORMALIZED FLUX + time offset 10

4000 4000 4000 5 2

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-8: As in Figure A-7 the lines Paβ, Br12, and CaII λ0.866µm, from left to right.

224 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5 He Hβ Fe 5500 5500 5500 10

8 5000 5000 5000

3 6 3

4500 4500 4500 HJD − 2450000

NORMALIZED FLUX + time offset 4

2 2

4000 4000 4000

1 1

3500 3500 0 3500 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure A-9: As in Figure A-7 the lines HeI λ5876Å, Hβ, and FeII λ5316Å, from left to right.

225 A.4 66 Cyg

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Hα Brγ Br18 5600 5600 5600

7 40

5400 5400 5400 4

5200 5200 5200 30

5000 5000 3 5000

4 HJD − 2450000 20

4800 4800 NORMALIZED FLUX + time offset 4800

3 2

4600 4600 4600 10

4400 4400 4400

1 1 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-10: Stacked spectra for 66 Cyg during the SpeX timeline. From left to right the lines are: Hα, Brγ, Br18.

226 −1000−500 0 500 1000 −1000−500 0 500 1000

8 Paβ Br12

5600 5600 3.5

5400 5400

6 3.0

5200 5200

2.5 5000 5000

4 NORMALIZED FLUX + time offset 4800 2.0 4800

4600 4600 1.5 2

4400 4400

1.0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-11: As in Figure A-10 the lines Paβ and Br12, from left to right.

227 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5600 He 5600 Hβ 5600 Fe

5400 5400 5400

4 4 6

5200 5200 5200

3 5000 5000 3 5000

4 HJD − 2450000 4800 4800 4800 NORMALIZED FLUX + time offset

2 2

4600 4600 4600

4400 4400 4400

1 1

4200 4200 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure A-12: As in Figure A-10 the lines HeI λ5876Å, Hβ, and FeII λ5316Å, from left to right.

228 A.5 Cap

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 3.5 3.5

Hα Brγ He

5000 3.0 5000 3.0 5000 8

2.5 2.5 4800 4800 4800 6

2.0 2.0 HJD − 2450000

4600 4600 4600 4 NORMALIZED FLUX + time offset

1.5 1.5

4400 4400 4400 2

1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-13: Stacked spectra for Cap during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

229 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 Paβ Br12 He 5

5000 3.0 5000 3.0 5000

2.5 2.5 4800 4800 4800

2.0 2.0 HJD − 2450000 4600 4600 4600 NORMALIZED FLUX + time offset

2 1.5 1.5

4400 4400 4400

1 1.0 1.0

4200 4200 4200 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-14: As in Figure A-13 the lines Paβ, Br12, and HeI λ1.08µm, from left to right

230 −200 0 200 400 600 −1000−500 0 500 1000 −1000−500 0 500 1000

Na 12 Hβ Br18

6 2.0

5000 5000 5000 10

5 1.8

8 4800 4800 4800

1.6 4

6 HJD − 2450000

4600 4600 1.4 4600 3 NORMALIZED FLUX + time offset

1.2 2

4400 4400 4400 2

1.0 1

0 4200 −200 0 200 400 600 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-15: As in Figure 4-64 the lines NaIIλ5889Å, Hβ, and Br18, from left to right.

231 A.6 γ Cas

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Hα Brγ He 50

5500 5500 5500 10 10

8 8 5000 5000 5000

6 6 HJD − 2450000 4500 4500 4500

20 NORMALIZED FLUX + time offset

4 4

10 4000 4000 4000

2 2

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-16: Stacked spectra for γ Cas during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

232 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ 6 Br12 He

5500 5500 5500

15 8

5000 5000 5000

6 4 10 HJD − 2450000 4500 4500 4500 3 4 NORMALIZED FLUX + time offset

2 4000 4000 4000

1 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-17: As in Figure A-16 the lines Paβ, Br12, and HeI λ1.08µm, from left to right.

233 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

He Hβ Fe 5

5500 5500 3.5 5500 10

4 3.0

8 5000 5000 5000

2.5

3 6

4500 4500 4500 HJD − 2450000

2.0 NORMALIZED FLUX + time offset

1.5 4000 4000 4000

1 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-18: As in Figure A-16 the lines HeI λ5876Å, Hβ, and Br18, from left to right.

234 A.7 HD 91120

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 14 Hα 3.5 Brγ Hβ

10 5500 5500 5500

3.0

8 10

5000 5000 5000

2.5 8 6

4500 2.0 4500 6 4500 NORMALIZED FLUX + time offset 4

4 1.5

4000 4000 4000 2 2

1.0

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 −1 VELOCITY (km s ) VELOCITY (km s )

Figure A-19: Stacked spectra for HD 91120 during the SpeX timeline. From left to right the lines are: Hα, Brγ,Hβ.

235 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 Ca 3.5 3.5 3.5

5500 5500 5500

3.0 3.0 3.0

5000 5000 5000

2.5 2.5 2.5 HJD − 2450000 2.0 4500 2.0 4500 2.0 4500 NORMALIZED FLUX + time offset

1.5 1.5 1.5

4000 4000 4000

1.0 1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-20: As in Figure A-19 the lines Paβ, Br12, CaII λ0.85µm, from left to right

236 A.8 HD 93521

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Hα 3.5 Brγ 3.5 He

10 5500 5500 5500

3.0 3.0

5000 5000 5000

2.5 2.5

4500 4500 4500 HJD − 2450000 2.0 2.0

4 NORMALIZED FLUX + time offset

1.5 1.5

2 4000 4000 4000

1.0 1.0

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-21: Stacked spectra for HD 93521 during the SpeX timeline. From left to right the lines are: Hα, Brγ, HeI λ2.06µm.

237 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He 3.5 3.5 3.5

5500 5500 5500

3.0 3.0 3.0

5000 5000 5000

2.5 2.5 2.5 HJD − 2450000 4500 4500 4500 2.0 2.0 2.0 NORMALIZED FLUX + time offset

1.5 1.5 1.5

4000 4000 4000

1.0 1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-22: As in Figure A-21 the lines Paβ, Br12, and HeI λ1.08µm, from left to right

238 A.9 HD 163296

239 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5200 5200 2.2 5200 Hα Brγ Br18

20 2.5 2.0

5000 5000 5000

1.8 15

4800 2.0 4800 4800

1.6 HJD − 2450000 10 NORMALIZED FLUX + time offset

4600 4600 1.4 4600

1.5

5 1.2

4400 4400 4400

1.0 1.0 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-23: Stacked spectra for HD 163296 during the SpeX timeline. From left to right the lines are: Hα, Brγ, Br18.

240 A.10 LQ And

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5 Hα 5000 Brγ 5000 Hβ 5000 14

3.5

4800 4800 4800

12 4

3.0 4600 4600 4600

4400 2.5 4400 4400 8 3

4200 4200 4200

NORMALIZED FLUX + time offset 6 2.0

4000 4000 2 4000 4 1.5

3800 3800 3800

1.0 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 −1 VELOCITY (km s ) VELOCITY (km s )

Figure A-24: Stacked spectra for LQ And during the SpeX timeline. From left to right the lines are: Hα, Brγ, and Hβ.

241 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

4.0 Paβ 3.0 Br12 4.0 Ca

5000 5000 5000

3.5 3.5

2.5

3.0 3.0

4500 4500 4500

2.5 2.0 2.5 HJD − 2450000

NORMALIZED FLUX + time offset 2.0 2.0

1.5 4000 4000 4000

1.5 1.5

1.0 1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-25: As in Figure A-24 the lines Paβ, Br12, and CaII λ0.85µm, from left to right.

242 A.11 ω Ori

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

20 Hα Brγ He

5500 6 5500 5500 3.0

15 5

2.5 5000 5000 5000

10 2.0 HJD − 2450000

4500 4500 4500 3 NORMALIZED FLUX + time offset

1.5 5 2

4000 4000 4000

1 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-26: Stacked spectra for ω Ori during the SpeX timeline. From left to right the lines are: Hα, Brγ, and HeI λ2.06µm.

243 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He

5 5500 6 5500 5500

5 4

5000 5000 5000

3 4

3 HJD − 2450000

4500 4500 4500 3 NORMALIZED FLUX + time offset

4000 4000 4000

1 1 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-27: As in Figure A-26 the lines Paβ, Br12, and HeI λ1.08µm, from left to right.

244 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

He Hβ 3.5 Br18

10 5500 5500 5500

3.0

5000 5000 5000

3 2.5

6 HJD − 2450000 4500 4500 2.0 4500 NORMALIZED FLUX + time offset 4 2

1.5

4000 4000 4000 2

1 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure A-28: As in Figure A-26 the lines HeI λ5876Å, Hβ, and Br18, from left to right.

245 A.12 o Cas

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 8 Hα Brγ Br18

5600 5600 5600

40 2.5 5400 5400 5400

5200 5200 5200 30

2.0 5000 5000 5000

4 HJD − 2450000 20

NORMALIZED FLUX + time offset 4800 4800 4800

1.5

10 4600 4600 4600

4400 4400 4400

0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-29: Stacked spectra for o Ori during the SpeX timeline. From left to right the lines are: Hα, Brγ, and Br18.

246 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 Ca 4.0 2.5

3.5 5500 5500 5500

6 3.0 2.0

2.5 5000 5000 5000 HJD − 2450000

4 NORMALIZED FLUX + time offset

2.0 1.5

1.5 4500 2 4500 4500

1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-30: As in Figure A-29 the lines Paβ, Br12, and CaII λ0.850µm, from left to right.

247 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5600 He 5600 Hβ 5600 Fe

5400 5400 5400 4 4 6

5200 5200 5200

3 3 5000 5000 5000

4 HJD − 2450000

4800 4800 4800 NORMALIZED FLUX + time offset

2 2

4600 4600 4600

4400 4400 4400

1 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure A-31: As in Figure A-29 the lines HeI λ5876Å, Hβ, and FeII λ5316Å, from left to right.

248 A.13 ψ Per

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5 100 Hα Brγ Br18 20 5500 5500 5500

80 4

15 5000 5000 5000

4500 4500 4500 HJD − 2450000

40 NORMALIZED FLUX + time offset

5 20 4000 4000 4000

1 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-32: Stacked spectra for ψ Per during the SpeX timeline. From left to right the lines are: Hα, Brγ, and Br18.

249 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ 5 Br12 5 Ca 40

5500 5500 5500

4 4 30

5000 5000 5000

3 3 20

4500 4500 4500 HJD − 2450000 NORMALIZED FLUX + time offset

2 2 10

4000 4000 4000

1 1 0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-33: As in Figure A-32 the lines Paβ, Br12, and CaII λ0.850µm, from left to right.

250 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 He 40 Hβ Fe 5500 5500 5500

6 6

30 5 5000 5 5000 5000

4 4

4500 4500 4500 HJD − 2450000

3 3 NORMALIZED FLUX + time offset

4000 2 4000 2 4000

1 1 0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Figure A-34: As in Figure A-32 the lines HeI λ5876Å, Hβ, and FeII λ5316Å, from left to right.

251 A.14 θ CrB

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 8 Hα 5600 Brγ 5600 Hβ 5600 10

5400 5400 5400 2.5

8 6 5200 5200 5200

5000 5000 5000 2.0 6

4 4800 4800 4800

4 NORMALIZED FLUX + time offset

4600 1.5 4600 4600

2 4400 4400 4400 2

1.0 4200 4200 4200

0 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 −1 VELOCITY (km s ) VELOCITY (km s )

Figure A-35: Stacked spectra for θ CrB during the SpeX timeline. From left to right the lines are: Hα, Brγ,Hβ.

252 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

Paβ Br12 He

5500 5500 5500

1.8

2.5 2.5

1.6

5000 5000 5000 2.0 2.0

1.4 HJD − 2450000 NORMALIZED FLUX + time offset 1.5 1.5

1.2 4500 4500 4500

1.0 1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-36: As in Figure A-35 the lines Paβ, Br12, HeI λ1.08µm, from left to right

253 A.15 ζ Oph

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 5500 5500 5500 Hα 3.0 Brγ Hβ

5 5

2.5

4 5000 5000 4 5000

2.0

3 3

4500 4500 4500 NORMALIZED FLUX + time offset

1.5 2 2

4000 4000 4000 1 1.0 1

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 −1 VELOCITY (km s ) VELOCITY (km s )

Figure A-37: Stacked spectra for ζ Oph during the SpeX timeline. From left to right the lines are: Hα, Brγ,Hβ.

254 −1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000

β 5500 5500 5500 3.0 Pa 3.0 Br12 2.0 He

1.8

2.5 2.5

5000 5000 5000

1.6

2.0 2.0

1.4 HJD − 2450000

4500 4500 4500 NORMALIZED FLUX + time offset

1.5 1.5

1.2

4000 4000 4000 1.0 1.0 1.0

−1000−500 0 500 1000 −1000−500 0 500 1000 −1000−500 0 500 1000 −1 VELOCITY (km s )

Figure A-38: As in Figure A-37 the lines Paβ, Br12, HeI λ1.08µm, from left to right

255 Appendix B

Dynamical Spectra

Dynamical spectra are another method for analyzing spectra, specifically when the number of spectra is large. Included here are pairs of dynamical spectra for individual spectral features, an intensity image and a difference image. The intensity images show the continuum normalized intensity of the line profile over time, while the difference image takes an average spectra, taken from all observations, and subtracts it from each individual spectra. This allows, in many cases, for variable behavior to be observed when it is not obvious from the intensity images. Each individual spectrum is assigned a “30 day” range in HJD when plotted, meaning any observations closer together are blended. This also means that if there are individual observations roughly 30 days apart the image will appear continuous even though there are gaps in that data. Each dynamical spectrum also includes, in the bottom panel, an average spectrum taken from all observations. The individual observations are marked with small arrows on the right side of the plot and the dates designating SpeX observations are marked by large arrows. All data is smoothed using a gaussian smoothing program in IDL, smooth, by a factor of at least 2.5 pixels. For the higher orders on the echelle spectrograph S/N drops and a larger value of 5 pixels is used. The included features are only from the optical spectra, since we have an insufficient quantity of

IR observations, and include Hα,Hβ, He I λ5876Å, and Fe II λ5316Å.

256 B.1 28 Cyg

INTENSITY

0.90 1.37 1.85 2.32 2.80

7000

6000

5000

4000 HJD - 2450000 3000

2000

2.08

1.66 1.24 0.82 INTENSITY -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-1: A dynamical representation of all Hα for 28 Cyg.

257 ∆INTENSITY

-0.90 -0.44 0.03 0.49 0.95

7000

6000

5000

4000 HJD - 2450000 3000

2000

2.08

1.66 1.24 0.82 INTENSITY -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-2: A dynamical representation of all Hα minus the average spectra for 28 Cyg.

258 INTENSITY

0.90 0.95 1.00 1.05 1.10

7000

6000

5000

4000 HJD - 2450000 3000

2000

1.05

0.93 0.81 0.69 INTENSITY -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-3: A dynamical representation of all HeI λ5876Å for 28 Cyg.

259 ∆INTENSITY

-0.05 -0.03 0.00 0.03 0.05

7000

6000

5000

4000 HJD - 2450000

3000

2000

1.05

0.93 0.81

INTENSITY 0.69 -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-4: A dynamical representation of all HeI λ5876Å minus the average spectra for 28 Cyg.

260 INTENSITY

0.50 0.62 0.75 0.88 1.00 7500

7000

6500

6000

5500 HJD - 2450000

5000

4500

1.06

0.91 0.77

INTENSITY 0.62 -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-5: A dynamical representation of all Hβ for 28 Cyg.

261 ∆INTENSITY

-0.20 -0.10 0.00 0.10 0.20 7500

7000

6500

6000

5500 HJD - 2450000

5000

4500

1.06

0.91 0.77

INTENSITY 0.62 -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-6: A dynamical representation of all Hβ minus the average spectra for 28 Cyg.

262 B.2 60 Cyg

INTENSITY

0.75 1.06 1.38 1.69 2.00

7000

6000

5000

4000 HJD - 2450000 3000

2000

1.25

1.14 1.03

INTENSITY 0.92 -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-7: A dynamical representation of all Hα for 60 Cyg.

263 ∆INTENSITY

-0.38 -0.09 0.20 0.49 0.78

7000

6000

5000

4000 HJD - 2450000 3000

2000

1.25

1.14 1.03

INTENSITY 0.92 -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-8: A dynamical representation of all Hα minus the average spectra for 60 Cyg.

264 INTENSITY

0.90 0.95 1.00 1.05 1.10

7000

6000

5000

4000 HJD - 2450000 3000

2000

1.049

0.973 0.898 0.823 INTENSITY -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-9: A dynamical representation of all HeI λ5876Å for 60 Cyg.

265 ∆INTENSITY

-0.05 -0.03 0.00 0.03 0.05

7000

6000

5000

4000 HJD - 2450000 3000

2000

1.049

0.973 0.898 0.823 INTENSITY -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-10: A dynamical representation of all HeI λ5876Å minus the average spectra for 60 Cyg.

266 INTENSITY

0.60 0.71 0.82 0.94 1.05

7500

7000

6500

6000

HJD - 2450000 5500

5000

4500

1.06

0.95 0.85

INTENSITY 0.75 -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-11: A dynamical representation of all Hβ for 60 Cyg.

267 ∆INTENSITY

-0.15 -0.09 -0.03 0.04 0.10

7500

7000

6500

6000

HJD - 2450000 5500

5000

4500

1.06

0.95 0.85

INTENSITY 0.75 -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-12: A dynamical representation of all Hβ minus the average spectra for 60 Cyg.

268 B.3 δ Sco

INTENSITY

0.85 2.25 3.65 5.05 6.45

7000

6000

5000

4000 HJD - 2450000

3000

2000 3.47

2.53 1.59 0.65 INTENSITY -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-13: A dynamical representation of all Hα for δ Sco.

269 ∆INTENSITY

-2.40 -0.90 0.60 2.10 3.60

7000

6000

5000

4000 HJD - 2450000

3000

2000 3.47

2.53 1.59 0.65 INTENSITY -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-14: A dynamical representation of all Hα minus the average spectra for δ Sco.

270 INTENSITY

0.85 1.03 1.20 1.37 1.55

7000

6000

5000

4000 HJD - 2450000

3000

2000 1.19

0.96 0.73

INTENSITY 0.50 -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-15: A dynamical representation of all HeI λ5876Å for δ Sco.

271 ∆INTENSITY

-0.25 -0.08 0.10 0.27 0.45

7000

6000

5000

4000 HJD - 2450000

3000

2000 1.19

0.96 0.73

INTENSITY 0.50 -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-16: A dynamical representation of all HeI λ5876Å minus the average spectra for δ Sco.

272 INTENSITY

0.85 1.13 1.41 1.69 1.97 7500

7000

6500

6000

5500 HJD - 2450000

5000

4500

1.60

1.35 1.10 0.85 INTENSITY -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-17: A dynamical representation of all Hβ for δ Sco.

273 ∆INTENSITY

-0.60 -0.31 -0.02 0.28 0.57 7500

7000

6500

6000

5500 HJD - 2450000

5000

4500

1.60

1.35 1.10 0.85 INTENSITY -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-18: A dynamical representation of all Hβ minus the average spectra for δ Sco.

274 B.4 γ Cas

INTENSITY

2.00 2.77 3.55 4.32 5.10

6000

4000

HJD - 2450000 2000

4.53

3.20 1.88 0.56 INTENSITY -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-19: A dynamical representation of all Hα for γ Cas.

275 ∆INTENSITY

-0.70 -0.25 0.20 0.65 1.10

6000

4000

HJD - 2450000 2000

4.53

3.20 1.88 0.56 INTENSITY -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-20: A dynamical representation of all Hα minus the average spectra for γ Cas.

276 INTENSITY

0.97 1.02 1.06 1.10 1.15

6000

4000

HJD - 2450000 2000

1.10

0.99 0.87

INTENSITY 0.76 -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-21: A dynamical representation of all HeI λ5876Å for γ Cas.

277 ∆INTENSITY

-0.05 -0.01 0.03 0.06 0.10

6000

4000

HJD - 2450000 2000

1.10

0.99 0.87

INTENSITY 0.76 -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-22: A dynamical representation of all HeI λ5876Å minus the average spectra for γ Cas.

278 INTENSITY

1.10 1.43 1.75 2.08 2.40 7500

7000

6500

6000

HJD - 2450000 5500

5000

4500

1.78

1.48 1.18

INTENSITY 0.88 -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-23: A dynamical representation of all Hβ for γ Cas.

279 ∆INTENSITY

-0.30 -0.03 0.25 0.53 0.80 7500

7000

6500

6000

HJD - 2450000 5500

5000

4500

1.78

1.48 1.18

INTENSITY 0.88 -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-24: A dynamical representation of all Hβ minus the average spectra for γ Cas.

280 B.5 ν Gem

INTENSITY

0.55 0.83 1.10 1.37 1.65

7000

6000

5000

HJD - 2450000 4000

3000

2000 1.50

1.28 1.06

INTENSITY 0.83 -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-25: A dynamical representation of all Hα for ν Gem

281 ∆INTENSITY

-0.45 -0.19 0.08 0.34 0.60

7000

6000

5000

HJD - 2450000 4000

3000

2000 1.50

1.28 1.06

INTENSITY 0.83 -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-26: A dynamical representation of all Hα minus the average spectra for ν Gem

282 B.6 π Aqr

INTENSITY

0.82 1.17 1.51 1.86 2.20

6000

4000 HJD - 2450000

2000

1.21

1.12 1.03

INTENSITY 0.95 -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-27: A dynamical representation of all Hα for π Aqr

283 ∆INTENSITY

-0.35 -0.00 0.35 0.70 1.05

6000

4000 HJD - 2450000

2000

1.21

1.12 1.03

INTENSITY 0.95 -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-28: A dynamical representation of all Hα minus the average spectra for π Aqr

284 INTENSITY

0.88 0.94 1.01 1.07 1.14

6000

4000 HJD - 2450000

2000

1.111

0.845 0.580 0.314 INTENSITY -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-29: A dynamical representation of all HeI λ5876Å for π Aqr.

285 ∆INTENSITY

-0.10 -0.04 0.03 0.09 0.15

6000

4000 HJD - 2450000

2000

1.111

0.845 0.580 0.314 INTENSITY -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-30: A dynamical representation of all HeI λ5876Å minus the average spectra for π Aqr.

286 INTENSITY

0.70 0.83 0.95 1.08 1.20 7500

7000

6500

6000

HJD - 2450000 5500

5000

4500

1.032

0.956 0.880

INTENSITY 0.804 -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-31: A dynamical representation of all Hβ for π Aqr.

287 ∆INTENSITY

-0.15 -0.05 0.05 0.15 0.25 7500

7000

6500

6000

HJD - 2450000 5500

5000

4500

1.032

0.956 0.880

INTENSITY 0.804 -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-32: A dynamical representation of all Hβ minus the average spectra for π Aqr.

288 B.7 ψ Per

INTENSITY

4.00 4.63 5.26 5.88 6.51

6000

4000

HJD - 2450000 2000

6.480

4.422 2.364 0.305 INTENSITY -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-33: A dynamical representation of all Hα for ψ Per

289 ∆INTENSITY

-0.70 -0.25 0.20 0.65 1.10

6000

4000

HJD - 2450000 2000

6.480

4.422 2.364 0.305 INTENSITY -500 0 500 VELOCITY (km s-1) at 6562.80

Figure B-34: A dynamical representation of all Hα minus the average spectra for ψ Per

290 INTENSITY

0.90 0.95 1.00 1.05 1.10

6000

4000

HJD - 2450000 2000

1.13

0.86 0.58 0.31 INTENSITY -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-35: A dynamical representation of all HeI λ5876Å for ψ Per.

291

6000

4000

HJD - 2450000 2000

1.13

0.86 0.58 0.31 INTENSITY -500 0 500 1000 VELOCITY (km s-1) at 5875.62

Figure B-36: A dynamical representation of all HeI λ5876Å minus the average spectra for ψ Per.

292 INTENSITY

0.36 0.67 0.98 1.29 1.60 7500

7000

6500

6000

5500 HJD - 2450000

5000

4500

1.735

1.239 0.743 0.246 INTENSITY -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-37: A dynamical representation of all Hβ for ψ Per.

293 ∆INTENSITY

-0.10 -0.05 0.00 0.05 0.10 7500

7000

6500

6000

5500 HJD - 2450000

5000

4500

1.735

1.239 0.743 0.246 INTENSITY -500 0 500 VELOCITY (km s-1) at 4861.36

Figure B-38: A dynamical representation of all Hβ minus the average spectra for ψ Per.

294 INTENSITY

0.95 1.01 1.06 1.12 1.18

6000

4000 HJD - 2450000

2000

1.165

1.100 1.035

INTENSITY 0.969 -500 0 500 VELOCITY (km s-1) at 5316.21

Figure B-39: A dynamical representation of all FeII λ5316Å for ψ Per.

295 ∆INTENSITY

-0.05 -0.03 0.00 0.03 0.05

6000

4000 HJD - 2450000

2000

1.165

1.100 1.035

INTENSITY 0.969 -500 0 500 VELOCITY (km s-1) at 5316.21

Figure B-40: A dynamical representation of all FeII λ5316Å minus the average spectra for ψ Per.

296 Appendix C

Data Tables

297 Data tables for all stars can be found here. All relevant spectral features listed in Table 3.1 for all stars are included below.

Tables for optical lines include: HJD, EqW, σ(EqW), Continuum value, central wavelength height, V peak position, V peak

height, R peak position, R peak height, V/R, and σ(V/R). Tables for infrared lines include: HJD, EqW, σ(EqW), Continuum

value, V peak position, V peak FWHM, V peak height, R peak position, R peak FWHM, R peak height, V/R, and σ(V/R).

The peak values in the infrared tables are the results from our double-gaussian fit. Please note that errors for the individual

parameters are on the order of 10−5 and are not included in the tables. Stars are sorted by alphabetical order. C.1 25 Ori

Table C.1: 25 Ori Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453757.7230 -9.4875 1.0227 0.9871 1.6116 0.6560 1.8439 0.6566 1.8288 1.0182 0.0008 2453812.6210 -11.4598 1.2909 0.9796 1.6702 0.6560 1.9505 0.6566 1.9290 1.0232 0.0007 2454207.5450 -15.8655 1.3451 1.0058 2.1923 0.6561 2.5989 0.6565 2.4233 1.1234 0.0006 2454207.5660 -15.9122 1.6109 1.0030 2.1791 0.6561 2.5876 0.6565 2.4184 1.1193 0.0007 2454402.9090 -15.9424 1.1367 0.9980 2.0184 0.6561 2.3701 0.6566 2.4455 0.9479 0.0007 2454769.8750 -15.9929 1.8698 1.0107 2.3349 0.6561 2.6734 0.6565 2.5362 1.0893 0.0009 2454868.5860 -15.1317 1.5636 1.0107 2.1411 0.6561 2.3378 0.6566 2.5021 0.8906 0.0005 2454907.5840 -13.9174 1.6574 1.0181 2.0487 0.6561 2.3636 0.6566 2.4197 0.9604 0.0007 2455137.9000 -15.9028 1.5041 1.0132 2.2657 0.6561 2.6026 0.6565 2.5007 1.0679 0.0009 2455171.7590 -16.6780 3.2198 0.9979 2.2621 0.6561 2.5364 0.6565 2.6172 0.9500 0.0008 2455257.5720 -16.7211 2.8643 0.9969 2.3518 0.6562 2.6629 0.6565 2.5038 1.1058 0.0016 2455486.9250 -17.2800 0.6390 1.0114 2.4559 0.6561 2.6926 0.6565 2.6887 1.0023 0.0006 2455867.8210 -12.4213 1.1045 0.9827 1.7658 0.6560 2.0151 0.6566 2.0274 0.9881 0.0005 298 Table C.2: 25 Ori HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2453757.7230 0.1672 0.4340 0.9901 1.0352 2453812.6210 0.0260 0.4175 0.9748 1.0138 2454207.5450 -0.5761 0.4972 0.9750 0.8138 2454207.5660 -0.5900 0.5814 0.9751 0.7015 2454402.9090 -0.1561 0.5296 0.9804 0.1097 2454769.8750 0.0065 0.5041 0.9958 1.0158 2454868.5860 0.1706 0.7539 0.9945 0.9308 2454907.5840 -0.1728 1.0777 0.9839 0.6734 2455137.9000 -0.2791 0.6320 0.9800 1.0197 2455171.7590 -0.0477 1.4373 0.9846 1.0691 2455257.5720 0.1654 1.2217 0.9896 0.8378 2455486.9250 -0.0698 0.2373 0.9878 0.4097 2455867.8210 0.0268 0.3205 0.9882 0.9839

Table C.3: 25 Ori Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454207.5450 -1.0813 1.5246 0.9898 0.9750 0.4860 1.2317 0.4864 1.1821 1.2723 0.0020 Continued on Next Page… Table C.3 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454207.5660 -1.3391 2.0622 0.9867 0.9260 0.4859 1.2432 0.4864 1.2127 1.1433 0.0032 2454402.9090 0.6376 2.4420 1.0270 0.0685 0.4860 1.1665 0.4864 1.2226 0.7482 0.0137 2454769.8750 -1.2375 1.8244 0.9784 1.0624 0.4860 1.2524 0.4863 1.2268 1.1129 0.0037 2454868.5860 -0.7285 2.9681 0.9983 0.8818 0.4860 1.1997 0.4864 1.2453 0.8142 0.0037 2454907.5840 0.1755 1.9061 1.0194 0.8318 0.4859 1.1923 0.4864 1.2378 0.8088 0.0142 2455137.9000 -0.2201 2.7343 1.0128 0.9811 0.4860 1.2075 0.4864 1.1961 1.0583 0.0053 2455171.7590 -1.4025 5.1041 0.9502 1.0510 0.4859 1.2570 0.4864 1.2534 1.0143 0.0072 2455257.5720 -1.2725 4.1771 0.9691 1.0395 0.4860 1.2890 0.4863 1.2429 1.1900 0.0073 2455486.9250 -1.7665 1.0506 0.9651 1.0098 0.4860 1.2134 0.4864 1.2709 0.7878 0.0022

Table C.4: 25 Ori FeII λ5316Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2453757.7230 -0.0871 0.4384 1.0055 0.9939 2453812.6210 -0.1606 0.3789 1.0019 1.0116 2454207.5450 0.0865 0.4922 1.0223 1.0432 2454207.5660 -0.2960 0.4766 0.9947 1.0518

299 2454402.9090 -0.0739 0.6935 1.0017 1.0052 2454769.8750 0.3351 0.9871 1.0140 0.7167 2454868.5860 0.1264 0.9245 1.0248 0.9759 2454907.5840 -0.1074 0.5299 1.0049 1.0032 2455137.9000 -0.1298 0.7787 1.0041 1.0111 2455171.7590 -0.3686 1.4053 0.9734 1.0088 2455257.5720 -0.4314 1.3684 0.9890 1.0276 2455486.9250 0.0162 0.2432 1.0037 1.0086 2455867.8210 -0.0268 0.3025 1.0119 1.0071

Table C.5: 25 Ori Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -6.0914 1.1519 0.9995 2.1655 0.0008 0.0003 2.1673 0.0006 0.0002 1.1078 0.1517 2454178.8114 -6.3829 0.8516 1.0000 2.1657 0.0007 0.0003 2.1674 0.0007 0.0003 1.0464 0.0401 2454383.0876 -4.9218 0.7249 0.9998 2.1653 0.0006 0.0003 2.1670 0.0006 0.0002 1.1128 0.0292 2454755.0838 -6.9912 0.8533 0.9997 2.1655 0.0007 0.0004 2.1670 0.0006 0.0003 1.0800 0.0303 2454797.0090 -6.3390 0.9401 0.9997 2.1655 0.0006 0.0003 2.1670 0.0007 0.0004 1.0449 0.0650 2454841.9445 -6.2521 1.0771 0.9995 2.1659 0.0008 0.0004 2.1674 0.0007 0.0002 1.0016 0.0436 2455051.1488 -5.8413 0.8219 0.9996 2.1654 0.0007 0.0003 2.1669 0.0006 0.0003 1.0401 0.0358 2455537.0404 -5.8860 0.9158 0.9998 2.1655 0.0007 0.0003 2.1671 0.0006 0.0003 1.1734 0.035 Table C.6: 25 Ori Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -6.2154 0.5691 0.9969 1.7358 0.0007 0.0003 1.7377 0.0006 0.0002 1.1449 0.1207 2454178.8114 -7.1343 0.4127 1.0015 1.7361 -0.0006 -0.0003 1.7378 0.0007 0.0003 1.0484 0.0423 2454383.0876 -5.2533 0.2710 1.0013 1.7359 0.0007 0.0003 1.7375 0.0006 0.0002 1.0347 0.0422 2454755.0838 -5.9606 0.3463 1.0019 1.7359 0.0006 0.0003 1.7374 0.0006 0.0003 1.0326 0.0365 2454797.0090 -5.7479 0.3323 1.0026 1.7376 -0.0006 -0.0002 1.7361 0.0006 0.0002 1.0109 0.0734 2454841.9445 -5.0430 0.3519 1.0024 1.7361 0.0007 0.0002 1.7378 0.0006 0.0002 0.9698 0.0559 2455051.1488 -5.1571 0.3476 1.0030 1.7359 0.0006 0.0002 1.7375 0.0006 0.0002 1.0414 0.0462 2455537.0404 -5.2042 0.2673 1.0026 1.7360 0.0006 0.0003 1.7376 0.0006 0.0002 1.1655 0.0451

Table C.7: 25 Ori Br 11 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -5.9729 0.4000 0.9994 1.6801 0.0007 0.0003 1.6821 0.0007 0.0002 1.0768 0.1038 2454178.8114 -7.1439 0.1794 0.9999 1.6822 0.0006 0.0003 1.6806 0.0007 0.0003 0.9971 0.0456 2454383.0876 -6.0717 0.2063 1.0000 1.6819 0.0007 0.0003 1.6802 0.0006 0.0003 1.0402 0.0335 2454755.0838 -6.5548 0.1704 0.9999 1.6819 0.0006 0.0003 1.6804 0.0007 0.0003 0.9841 0.0446 300 2454797.0090 -6.4190 0.2672 0.9999 1.6819 0.0007 0.0003 1.6804 0.0006 0.0002 0.9644 0.0811 2454841.9445 -5.3790 0.2101 0.9999 1.6822 0.0006 0.0002 1.6806 0.0008 0.0003 0.9237 0.0370 2455051.1488 -5.6317 0.2209 0.9999 1.6818 0.0007 0.0003 1.6803 0.0006 0.0002 1.0367 0.0366 2455537.0404 -5.2861 0.2131 0.9999 1.6820 0.0005 0.0002 1.6804 0.0006 0.0003 1.0905 0.0352

Table C.8: 25 Ori Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -7.3404 0.4481 1.0000 1.6403 0.0008 0.0004 1.6422 0.0006 0.0003 1.0750 0.0946 2454178.8114 -7.9415 0.2244 0.9999 1.6423 -0.0006 -0.0003 1.6407 0.0007 0.0004 0.9848 0.0375 2454383.0876 -6.1251 0.2935 0.9999 1.6404 0.0007 0.0003 1.6420 -0.0006 -0.0002 1.0062 0.0339 2454755.0838 -6.1663 0.2431 0.9999 1.6405 0.0007 0.0003 1.6420 0.0006 0.0003 0.9889 0.0380 2454797.0090 -6.5722 0.2447 0.9999 1.6406 0.0007 0.0003 1.6421 0.0006 0.0003 0.9618 0.0764 2454841.9445 -5.4605 0.2287 0.9998 1.6407 0.0007 0.0003 1.6424 0.0005 0.0002 0.9607 0.0262 2455051.1488 -5.3779 0.2025 0.9999 1.6404 0.0006 0.0003 1.6420 0.0006 0.0002 1.0184 0.0402 2455537.0404 -5.7821 0.2533 0.9999 1.6405 0.0006 0.0003 1.6421 0.0006 0.0002 1.0555 0.0349 Table C.9: 25 Ori Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -8.9056 0.5045 0.9998 1.6105 0.0009 0.0004 1.6124 0.0007 0.0003 1.0272 0.1462 2454178.8114 -9.3610 0.1750 0.9999 1.6108 0.0007 0.0004 1.6125 0.0006 0.0004 1.0118 0.0423 2454383.0876 -7.3449 0.2770 1.0004 1.6105 0.0006 0.0003 1.6122 0.0007 0.0003 1.0104 0.0403 2454755.0838 -7.2357 0.2417 1.0003 1.6106 0.0006 0.0003 1.6121 0.0007 0.0003 0.9955 0.0333 2454797.0090 -8.0457 0.1397 1.0003 1.6107 0.0007 0.0003 1.6123 0.0007 0.0003 0.9727 0.0859 2454841.9445 -6.8185 0.0857 1.0002 1.6108 0.0007 0.0003 1.6125 0.0007 0.0003 0.9589 0.0418 2455051.1488 -6.2293 0.1827 1.0004 1.6105 0.0006 0.0003 1.6121 0.0007 0.0003 1.0423 0.0383 2455537.0404 -6.6819 0.0607 1.0001 1.6107 0.0006 0.0003 1.6123 0.0006 0.0003 1.0705 0.0340

Table C.10: 25 Ori Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -8.6136 0.8637 0.9997 1.5876 0.0008 0.0004 1.5895 0.0007 0.0003 1.0544 0.1068 2454178.8114 -8.6421 0.6529 0.9998 1.5879 0.0006 0.0003 1.5895 0.0007 0.0004 1.0372 0.0348 2454383.0876 -6.9739 0.4472 1.0002 1.5877 0.0007 0.0003 1.5893 0.0007 0.0003 0.9805 0.0274 2454755.0838 -7.5164 0.4597 0.9999 1.5879 0.0008 0.0004 1.5894 0.0006 0.0002 1.0004 0.0252 301 2454797.0090 -7.3959 0.4183 0.9999 1.5877 0.0006 0.0002 1.5893 0.0007 0.0004 0.9733 0.0596 2454841.9445 -7.0100 0.3185 0.9999 1.5879 0.0007 0.0003 1.5895 0.0006 0.0003 0.9691 0.0578 2455051.1488 -6.5693 0.4392 0.9999 1.5877 0.0007 0.0003 1.5893 0.0006 0.0002 1.0634 0.0414 2455537.0404 -6.5260 0.2828 0.9999 1.5879 0.0007 0.0004 1.5895 0.0005 0.0002 1.0205 0.0369

Table C.11: 25 Ori Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.13 -7.7366 0.238 0.9999 1.5697 0.0008 0.0004 1.5715 0.0007 0.0003 1.049 0.1078 2454178.811 -8.4115 0.1507 0.9999 1.5699 0.0006 0.0003 1.5716 0.0007 0.0004 1.0105 0.0438 2454383.088 -6.4025 0.3883 1.0001 1.5696 0.0006 0.0003 1.5713 0.0007 0.0003 1.0221 0.0247 2454755.084 -6.2552 0.2038 1.0001 1.5697 0.0006 0.0003 1.5712 0.0007 0.0003 0.9916 0.0231 2454797.009 -6.6218 0.2066 0.9999 1.5698 0.0007 0.0003 1.5714 0.0006 0.0003 0.9736 0.0641 2454841.945 -5.584 0.088 0.9999 1.5699 0.0007 0.0003 1.5716 0.0006 0.0002 0.9611 0.0327 2455051.149 -5.5817 0.2478 1.0001 1.5697 0.0006 0.0002 1.5713 0.0007 0.0003 1.0752 0.0299 2455537.04 -5.9221 0.2447 0.9998 1.5698 0.0006 0.0003 1.5714 0.0006 0.0003 1.0754 0.0251 Table C.12: 25 Ori Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -7.5555 0.4000 1.0014 1.5553 0.0008 0.0004 1.5571 0.0006 0.0003 1.0411 0.0967 2454178.8114 -8.0831 0.4000 1.0007 1.5555 0.0006 0.0003 1.5571 0.0007 0.0004 1.0168 0.0433 2454383.0876 -6.0955 0.6198 1.0006 1.5553 0.0007 0.0003 1.5570 0.0006 0.0003 0.9822 0.0379 2454755.0838 -6.2880 0.2016 1.0010 1.5553 0.0006 0.0003 1.5568 0.0007 0.0003 0.9768 0.0218 2454797.0090 -6.5609 0.9000 1.0000 1.5553 0.0006 0.0002 1.5569 0.0007 0.0003 0.9691 0.0587 2454841.9445 -5.6113 0.6794 1.0009 1.5555 0.0007 0.0003 1.5571 0.0006 0.0003 0.9570 0.0242 2455051.1488 -5.7653 1.0374 1.0005 1.5553 0.0006 0.0003 1.5569 0.0006 0.0003 1.0685 0.0408 2455537.0404 -5.6827 0.7412 1.0002 1.5554 0.0006 0.0003 1.5570 0.0007 0.0003 1.0153 0.0593

Table C.13: 25 Ori Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -7.0592 0.4469 0.9997 1.5434 0.0006 0.0003 1.5451 0.0008 0.0004 1.0504 0.3227 2454178.8114 -6.6190 0.2630 0.9986 1.5454 0.0007 0.0003 1.5438 0.0007 0.0003 1.0002 0.0443 2454383.0876 -5.7412 0.4586 0.9994 1.5451 0.0006 0.0003 1.5435 0.0007 0.0003 0.9580 0.0536 2454755.0838 -5.8896 0.0180 0.9988 1.5451 0.0006 0.0003 1.5436 0.0006 0.0003 1.0061 0.0574 302 2454797.0090 -5.9054 0.2953 0.9996 1.5452 0.0007 0.0003 1.5436 0.0006 0.0002 0.9898 0.0625 2454841.9445 -5.2730 0.2676 0.9989 1.5454 0.0006 0.0002 1.5438 0.0007 0.0003 0.9953 0.0362 2455051.1488 -5.3718 0.2698 0.9997 1.5450 0.0007 0.0003 1.5435 0.0005 0.0002 1.0547 0.0507 2455537.0404 -5.4085 0.5878 1.0002 1.5452 0.0006 0.0003 1.5436 0.0006 0.0002 1.0422 0.0528

Table C.14: 25 Ori Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -5.8852 0.1175 1.0009 1.5338 0.0008 0.0003 1.5356 0.0007 0.0003 1.0899 0.1419 2454178.8114 -6.0607 0.1912 0.9998 1.5341 -0.0007 -0.0003 1.5357 0.0007 0.0003 1.0188 0.0385 2454383.0876 -5.2141 0.4000 1.0006 1.5337 -0.0005 -0.0002 1.5353 0.0007 0.0003 1.0086 0.0507 2454755.0838 -5.3528 0.2610 1.0012 1.5339 0.0007 0.0003 1.5354 0.0006 0.0002 0.9880 0.0414 2454797.0090 -5.2236 0.4000 1.0002 1.5355 0.0007 0.0003 1.5338 0.0006 0.0002 0.9838 0.0693 2454841.9445 -4.4038 0.4000 1.0013 1.5356 0.0007 0.0002 1.5340 0.0006 0.0002 1.0000 0.0339 2455051.1488 -4.7144 0.1798 1.0002 1.5339 0.0007 0.0003 1.5355 0.0005 0.0002 1.0530 0.0414 2455537.0404 -4.7564 0.2384 0.9992 1.5355 0.0006 0.0002 1.5340 0.0007 0.0003 1.0357 0.0377 Table C.15: 25 Ori Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -5.4828 0.4000 1.0004 1.5258 0.0008 0.0003 1.5274 0.0006 0.0002 1.0408 0.1458 2454178.8114 -5.1036 0.4000 1.0008 1.5260 0.0006 0.0002 1.5276 0.0007 0.0003 1.0241 0.0694 2454383.0876 -4.2541 0.4000 1.0008 1.5257 0.0007 0.0002 1.5273 0.0007 0.0002 0.9906 0.0445 2454755.0838 -4.9367 0.4000 0.9999 1.5257 0.0006 0.0002 1.5272 0.0007 0.0002 0.9940 0.0399 2454797.0090 -4.5400 0.4000 1.0014 1.5257 0.0006 0.0002 1.5273 0.0007 0.0003 0.9731 0.0806 2454841.9445 -4.5739 0.4000 0.9996 1.5259 0.0006 0.0002 1.5275 0.0006 0.0002 0.9914 0.0417 2455051.1488 -4.4296 0.4000 1.0008 1.5257 0.0006 0.0002 1.5272 0.0007 0.0002 1.0676 0.0381 2455537.0404 -4.5141 0.4000 1.0014 1.5258 0.0006 0.0002 1.5273 0.0006 0.0002 1.0357 0.0335

Table C.16: 25 Ori Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -4.2682 0.4000 1.0001 1.5187 0.0006 0.0002 1.5203 0.0009 0.0003 1.0407 0.2596 2454178.8114 -4.3219 1.0351 1.0001 1.5192 0.0007 0.0002 1.5207 0.0006 0.0002 1.0086 0.0728 2454383.0876 -3.6993 0.2644 0.9999 1.5188 0.0006 0.0002 1.5204 0.0007 0.0002 0.9781 0.0331 2454755.0838 -4.2103 0.4000 1.0006 1.5188 0.0006 0.0002 1.5203 0.0007 0.0002 0.9772 0.0427 303 2454797.0090 -3.9762 1.0000 1.0003 1.5189 0.0007 0.0002 1.5205 0.0006 0.0002 0.9722 0.0999 2454841.9445 -3.8842 0.4000 1.0003 1.5190 0.0006 0.0002 1.5206 0.0007 0.0002 0.9932 0.0550 2455051.1488 -3.7332 0.9370 1.0002 1.5188 0.0006 0.0002 1.5204 0.0006 0.0002 1.0204 0.0432 2455537.0404 -4.0608 0.6706 1.0005 1.5189 0.0006 0.0002 1.5204 0.0006 0.0002 1.0041 0.0431

Table C.17: 25 Ori HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -2.5784 1.9684 0.9999 2.0577 0.0007 0.0001 2.0600 0.0009 0.0001 1.1598 0.2313 2454178.8114 -3.7460 0.6132 1.0003 2.0581 0.0009 0.0002 2.0602 0.0007 0.0001 1.1776 0.0729 2454383.0876 -2.0281 0.9085 0.9999 2.0576 0.0006 0.0001 2.0598 0.0008 0.0001 1.0064 0.0457 2454755.0838 -1.7092 0.7549 0.9999 2.0579 0.0007 0.0001 2.0596 0.0007 0.0001 0.9583 0.0786 2454797.0090 -1.9199 0.8965 0.9998 2.0583 0.0012 0.0001 2.0600 0.0006 0.0001 0.8532 0.4329 2454841.9445 -1.3546 0.5520 0.9997 2.0581 0.0006 0.0001 2.0599 0.0007 0.0001 0.9013 0.0625 2455051.1488 -1.1269 1.0149 0.9996 2.0578 0.0006 0.0001 2.0597 0.0007 0.0001 0.8554 0.0553 2455537.0404 -1.6377 0.3652 1.0000 2.0578 0.0007 0.0001 2.0599 0.0007 0.0001 1.0875 0.0831 Table C.18: 25 Ori HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -2.9278 0.3854 0.9997 1.0826 0.0005 0.0002 1.0840 0.0004 0.0001 1.0299 0.1508 2454178.8114 -3.2387 0.2477 0.9995 1.0829 0.0004 0.0001 1.0841 0.0004 0.0002 0.6836 0.0268 2454383.0876 -2.4217 0.2755 0.9999 1.0826 0.0004 0.0001 1.0839 0.0004 0.0001 0.9136 0.0202 2454755.0838 -2.0163 0.2309 0.9997 1.0828 0.0004 0.0001 1.0839 0.0004 0.0001 0.7510 0.0238 2454797.0090 -2.7011 0.2335 0.9997 1.0828 0.0006 0.0002 1.0840 0.0004 0.0001 0.8454 0.0901 2454841.9445 -2.0974 0.2248 0.9999 1.0829 0.0005 0.0001 1.0840 0.0004 0.0001 0.6424 0.0279 2455051.1488 -1.8505 0.2010 0.9998 1.0827 0.0004 0.0001 1.0839 0.0004 0.0001 0.9241 0.0365 2455537.0404 -1.9010 0.2107 0.9997 1.0828 0.0005 0.0001 1.0840 0.0004 0.0001 0.8626 0.0275

Table C.19: 25 Ori Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.1300 -3.1058 0.6317 0.9998 1.2816 0.0004 0.0002 1.2828 0.0004 0.0002 1.0200 0.0586 2454178.8114 -4.5847 0.3667 1.0002 1.2819 0.0004 0.0003 1.2829 0.0004 0.0002 1.1640 0.0191 2454383.0876 -3.1541 0.3217 1.0001 1.2816 0.0004 0.0002 1.2827 0.0004 0.0002 1.0245 0.0142

304 2454755.0838 -4.5095 0.3643 1.0001 1.2817 0.0004 0.0003 1.2826 0.0004 0.0003 1.0777 0.0171 2454797.0090 -4.5646 0.5422 1.0002 1.2818 0.0004 0.0003 1.2827 0.0004 0.0003 1.0396 0.0322 2454841.9445 -4.4630 0.4799 1.0003 1.2819 -0.0004 -0.0002 1.2828 0.0004 0.0003 0.9082 0.0219 2455051.1488 -3.5909 0.4784 1.0001 1.2816 0.0003 0.0002 1.2826 0.0004 0.0003 1.0712 0.0173 2455537.0404 -4.0763 0.4074 1.0001 1.2818 0.0004 0.0003 1.2827 0.0003 0.0002 1.0657 0.0148 C.2 28 Cyg

Table C.20: 28 Cyg Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2447749.6750 -12.2618 1.0763 0.9891 1.9334 0.6560 2.3219 0.6564 2.3673 ······ 2451372.7210 -16.3833 0.9804 0.9591 2.2060 0.6560 2.6622 0.6564 2.6092 1.0330 0.0003 2451374.7040 -17.0384 1.4627 0.9637 2.2921 0.6560 2.7567 0.6564 2.6994 1.0337 0.0004 2451375.7990 -15.7592 2.7374 0.9509 2.1446 0.6560 2.6680 0.6565 2.5648 1.0659 0.0011 2451396.7520 -16.8912 0.9020 0.9634 2.2563 0.6560 2.7389 0.6564 2.6965 1.0250 0.0004 2451436.6180 -17.0489 1.2373 0.9613 2.2606 0.6560 2.7778 0.6564 2.7527 1.0144 0.0005 2451440.7070 -16.6460 1.1676 0.9634 2.2798 0.6560 2.7606 0.6565 2.7889 0.9842 0.0004 2451443.6730 -16.5881 1.0494 0.9707 2.2677 0.6560 2.7706 0.6565 2.7826 0.9933 0.0004 2451445.5900 -16.6100 1.7356 0.9632 2.2200 0.6561 2.7368 0.6564 2.7380 0.9993 0.0004 2451446.6140 -16.4003 1.0969 0.9735 2.2339 0.6561 2.7250 0.6565 2.7743 0.9722 0.0004 2451447.5710 -16.6557 1.2564 0.9624 2.2745 0.6560 2.7510 0.6565 2.7576 0.9962 0.0004 2451457.6590 -16.4917 0.9865 0.9615 2.2418 0.6561 2.7432 0.6564 2.7287 1.0084 0.0005 2451459.6260 -16.6816 1.6387 0.9734 2.2306 0.6561 2.8272 0.6565 2.7945 1.0182 0.0008 2451466.6170 -23.9836 58.7095 0.7878 2.3729 0.6560 3.3281 0.6565 3.2997 1.0123 0.0122 2451467.5950 -16.0762 1.7087 0.9641 2.2168 0.6560 2.7358 0.6565 2.7113 1.0143 0.0004 2451472.4950 -16.5998 0.8805 0.9651 2.2313 0.6561 2.7662 0.6564 2.7163 1.0291 0.0003

305 2451472.5900 -16.3172 1.0646 0.9697 2.1980 0.6561 2.7857 0.6564 2.7426 1.0247 0.0004 2451476.6190 -16.7117 1.1141 0.9704 2.2544 0.6560 2.7686 0.6565 2.7458 1.0131 0.0005 2451478.4910 -16.1607 1.2747 0.9800 2.2574 0.6560 2.7693 0.6564 2.7689 1.0002 0.0004 2451480.6420 -16.3792 2.3692 0.9675 2.2306 0.6561 2.7545 0.6565 2.7532 1.0008 0.0007 2451487.5070 -15.9268 2.7987 0.9718 2.1752 0.6560 2.7225 0.6565 2.7205 1.0012 0.0008 2452105.7760 -15.4163 1.0872 0.9690 2.1605 0.6560 2.6227 0.6564 2.6228 0.9999 0.0004 2452155.6370 -14.4760 0.9366 0.9720 2.0528 0.6561 2.5753 0.6564 2.4961 1.0530 0.0003 2452169.6100 -14.4913 0.8050 0.9812 2.1496 0.6561 2.5961 0.6565 2.6053 0.9943 0.0004 2452417.7350 -15.8105 1.1365 0.9737 2.1798 0.6560 2.6570 0.6565 2.6655 0.9949 0.0005 2452821.7630 -11.7045 2.2546 0.9751 1.9172 0.6560 2.3872 0.6565 2.4670 0.9456 0.0008 2452849.6960 -11.4943 1.4807 0.9634 1.7979 0.6560 2.3325 0.6565 2.3857 0.9616 0.0009 2452918.5350 -11.3903 1.2862 0.9719 1.7841 0.6561 2.3361 0.6565 2.3392 0.9977 0.0005 2453538.8030 -10.1084 1.5114 0.9745 1.6927 0.6560 2.1531 0.6564 2.1669 0.9882 0.0008 2453561.8310 -8.8171 2.8999 0.9696 1.5890 0.6561 2.0543 0.6564 2.0675 0.9876 0.0040 2453624.6640 -8.5353 1.5919 0.9701 1.5312 0.6560 1.9719 0.6564 2.0017 0.9703 0.0007 2453640.6360 -8.5622 1.3804 0.9788 1.5689 0.6560 2.0017 0.6565 2.0133 0.9886 0.0006 2453672.5030 -8.6854 1.0200 0.9736 1.5444 0.6560 1.9909 0.6565 2.0022 0.9888 0.0006 2454012.5620 -3.7674 0.6728 0.9437 1.1867 0.6560 1.4541 0.6565 1.4406 1.0307 0.0006 2454034.5490 -3.4177 1.0424 0.9532 1.1751 0.6560 1.4274 0.6565 1.4080 1.0476 0.0007 2454083.5030 -3.0061 1.0558 0.9583 1.1486 0.6560 1.3944 0.6565 1.3978 0.9916 0.0009 2454207.8630 -2.5157 2.0361 0.9809 1.1634 0.6559 1.3431 0.6565 1.3811 0.9004 0.0012 2454207.8810 -2.2692 1.4639 0.9938 1.1988 0.6560 1.3643 0.6565 1.4066 0.8960 0.0013 2454233.8080 -2.6462 1.2037 0.9864 1.1368 0.6560 1.3538 0.6565 1.3605 0.9814 0.0017 2454263.8070 -2.7716 0.9508 0.9809 1.1088 0.6560 1.3237 0.6565 1.3387 0.9556 0.0022 2454277.7600 -2.5047 1.8415 0.9914 1.1148 0.6560 1.3449 0.6565 1.3526 0.9782 0.0021 2454277.7600 -2.5047 1.8415 0.9914 1.1148 0.6560 1.3449 0.6565 1.3526 0.9782 0.0021 2454291.7620 -2.2969 0.5334 0.9867 1.1292 0.6560 1.3334 0.6565 1.3375 0.9877 0.0023 2454341.6650 -2.3849 1.4308 0.9777 1.1034 0.6560 1.3229 0.6565 1.2962 1.0903 0.0022 2454379.5640 -2.1148 0.5727 0.9774 1.0752 0.6560 1.2880 0.6565 1.2491 1.1563 0.0021 Continued on Next Page… Table C.20 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454404.5410 -1.8803 0.7464 0.9890 1.1044 0.6560 1.2995 0.6565 1.2629 1.1391 0.0014 2454626.7820 -1.4849 0.5409 0.9848 1.0161 0.6560 1.1987 0.6566 1.2225 0.8930 0.0020 2454704.7090 -2.0736 0.6554 0.9803 1.0407 0.6559 1.2399 0.6565 1.2077 1.1551 0.0015 2454983.8260 -1.4431 1.3442 0.9881 1.0551 0.6559 1.2275 0.6565 1.2585 0.8803 0.0144 2455050.6460 0.9203 3.4937 1.0208 0.9273 0.6560 1.1839 0.6566 1.1990 0.9239 0.0054 2455080.5990 -1.8097 1.2216 0.9504 0.9522 0.6559 1.1340 0.6565 1.0945 1.4176 0.0017 2455094.5500 -0.4549 0.6934 0.9813 0.9922 0.6560 1.1356 0.6566 1.1029 1.3173 0.0011 2455105.6170 -0.2947 2.1537 0.9858 1.0239 0.6560 1.1216 0.6566 1.1479 0.8220 0.0026 2455143.5370 -0.7550 1.0814 0.9786 0.9740 0.6560 1.1486 0.6566 1.0969 1.5335 0.0016 2455164.5340 -0.3496 1.3632 0.9849 0.9778 0.6559 1.1339 0.6566 1.1389 0.9642 0.0027 2455385.7720 -2.6425 2.0483 0.9670 0.9839 0.6559 1.2212 0.6567 1.2096 1.0554 0.0059 2455395.7550 -1.9319 1.7028 0.9781 0.9674 0.6559 1.2053 0.6565 1.2336 0.8788 0.0024 2455399.7860 -2.0757 1.0083 0.9736 0.9784 0.6559 1.1882 0.6565 1.1958 0.9615 0.0014 2455434.6290 -6.2984 1.9586 0.8740 0.9836 0.6559 1.2188 0.6566 1.2048 1.0686 0.0024 2455866.5110 -3.1908 0.9028 0.9589 1.1591 0.6560 1.4324 0.6565 1.3872 1.1170 0.0008 2457493.7920 -7.9320 1.7614 0.9799 1.4163 0.6560 1.9009 0.6565 1.8482 1.0621 0.0013 2457514.8280 -7.1733 0.9141 0.9826 1.3882 0.6560 1.7945 0.6565 1.7980 0.9955 0.0009 2457524.7060 -5.7098 6.2079 1.0432 1.4243 0.6562 2.0129 0.6565 1.8859 1.1434 0.0035 2457530.7880 -7.5823 1.3205 0.9800 1.4013 0.6560 1.8471 0.6566 1.8265 1.0250 0.0013 2457539.7160 -7.9691 2.7876 0.9770 1.3779 0.6560 1.8453 0.6565 1.8667 0.9754 0.0014 2457588.6200 -7.6064 0.6484 0.9662 1.3623 0.6560 1.7826 0.6565 1.7863 0.9953 0.0010 2457590.6790 -7.4818 1.1334 0.9689 1.3549 0.6560 1.7790 0.6565 1.7777 1.0017 0.0013 306

Table C.21: 28 Cyg HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2451372.7210 0.4823 0.2566 0.9805 0.9775 2451374.7040 0.5840 0.3543 0.9780 0.9501 2451375.7990 0.4702 0.7961 0.9659 0.9910 2451396.7520 0.5493 0.3360 0.9813 1.0142 2451436.6180 0.4886 0.4385 0.9804 0.9733 2451440.7070 0.3984 0.3333 0.9820 0.9840 2451443.6730 0.5500 0.3462 0.9908 0.9841 2451445.5900 0.5479 0.3615 0.9843 1.0074 2451446.6140 0.6212 0.3489 0.9873 0.9999 2451447.5710 0.4249 0.3448 0.9791 0.9940 2451457.6590 0.5618 0.3604 0.9849 0.9920 2451459.6260 0.4756 0.5674 0.9853 0.9780 2451467.5950 0.5650 0.3726 0.9795 1.0079 2451472.4950 0.4705 0.2836 0.9852 0.9809 2451472.5900 0.4637 0.3567 0.9837 0.9927 2451476.6190 0.5901 0.3958 0.9873 0.9863 2451478.4910 0.5188 0.2971 0.9887 0.9902 2451480.6420 0.3249 0.6049 0.9681 0.9797 2451487.5070 0.4233 0.7413 0.9831 0.9911 2452105.7760 0.6362 0.3763 0.9697 0.9715 Continued on Next Page… Table C.21 – Continued Central HJD EqW σ(EqW) Continuum Height 2452155.6370 0.5720 0.2724 0.9863 0.9773 2452169.6100 0.5117 0.2283 0.9816 0.9908 2452417.7350 0.5652 0.5749 0.9847 0.9303 2452821.7630 0.3991 0.8197 0.9753 1.0134 2452849.6960 0.4448 0.5776 0.9681 0.9793 2452918.5350 0.5782 0.1795 0.9905 0.9963 2453538.8030 0.4271 0.5803 0.9747 1.0083 2453561.8310 0.3205 0.7824 0.9706 0.9734 2453624.6640 0.3759 0.3470 0.9778 0.9919 2453640.6360 0.5699 0.3193 0.9846 0.9789 2453672.5030 0.5291 0.2956 0.9922 0.9875 2454012.5620 0.4698 0.2103 0.9764 0.9785 2454034.5490 0.5842 0.2566 0.9895 1.0024 2454083.5030 0.4706 0.3086 0.9819 0.9692 2454207.8630 0.3082 0.6607 0.9953 0.6744 2454207.8810 0.2887 0.9314 0.9983 0.6771 2454233.8080 0.3750 0.4873 1.0006 0.8699 2454263.8070 0.2618 0.4780 0.9952 0.8905 2454277.7600 0.0734 0.7025 0.9917 0.0000 2454291.7620 0.2196 0.2852 0.9913 0.5944 2454341.6650 0.3915 0.5467 0.9938 0.9119 2454379.5640 0.4569 0.3339 0.9945 0.9763 2454404.5410 0.3494 0.3018 0.9984 1.0339 307 2454626.7820 0.3407 0.2653 0.9928 0.9953 2454704.7090 0.3253 0.3458 0.9955 0.9851 2454983.8260 0.3418 0.8047 0.9944 1.0217 2455050.6460 -0.4134 3.5678 0.9752 0.7825 2455080.5990 0.3268 0.4710 0.9929 0.5389 2455094.5500 0.5898 0.4917 1.0001 1.1273 2455105.6170 0.3672 1.4047 0.9968 0.9868 2455143.5370 0.5629 0.8225 0.9984 0.9454 2455164.5340 0.4867 0.7742 0.9977 1.0017 2455385.7720 0.0308 1.7339 0.9964 0.8103 2455395.7550 -0.0062 0.7588 0.9802 0.9506 2455399.7860 0.3016 0.6469 0.9874 0.4694 2455434.6290 0.2754 0.9062 0.9844 0.9748 2455866.5110 0.5297 0.2322 0.9873 1.0070 2457493.7920 0.4500 0.7882 1.0009 0.9216 2457514.8280 0.5839 0.3292 1.0005 0.9799 2457524.7060 0.3364 4.8383 1.0253 0.5981 2457530.7880 0.2738 0.5471 0.9934 0.0186 2457539.7160 0.4009 0.8562 0.9953 0.2562 2457588.6200 0.5619 0.2846 0.9965 0.8956 2457590.6790 0.5400 0.3627 0.9965 0.5366 Table C.22: 28 Cyg Hβ Measurements

Central HJD EqW σ(EqW) Continuum Height 2454207.8630 2.5929 2.1285 0.9947 0.6047 2454207.8810 2.3267 2.3850 0.9810 0.6388 2454233.8080 3.8786 1.5152 0.9966 0.5721 2454263.8070 4.2834 1.2893 1.0145 0.6255 2454277.7600 4.1065 2.7778 1.0075 0.0866 2454291.7620 3.8543 0.8254 1.0077 0.7574 2454341.6650 3.4640 1.5103 0.9835 0.9035 2454379.5640 4.3159 0.9459 1.0070 1.0016 2454404.5410 4.2046 0.9452 1.0135 0.9273 2454626.7820 4.1368 0.7847 1.0077 0.6826 2454704.7090 4.4319 1.2990 1.0091 0.9797 2454983.8260 4.1856 2.5817 1.0239 0.4342 2455050.6460 5.6718 8.0864 1.0714 0.9054 2455080.5990 3.0228 1.4711 0.9671 1.0733 2455094.5500 3.7269 1.3865 1.0020 1.0782 2455105.6170 3.2633 3.9679 1.0038 0.9100 2455143.5370 3.9155 1.7755 1.0139 1.0456 2455164.5340 5.2296 1.9549 1.0352 0.9264 2455385.7720 2.7687 5.3142 0.9950 0.6976 2455395.7550 4.0889 3.5172 1.0336 0.4166 2455399.7860 3.7610 1.7603 1.0130 0.6653 308 2455434.6290 4.0335 3.0926 0.9856 0.8162 2457258.6680 2.7474 1.6018 1.0062 0.8934 2457493.7920 3.6346 2.2031 1.0268 0.6969 2457514.8280 3.1720 1.0510 1.0151 0.9404 2457524.7060 1.8425 22.7170 0.9160 0.4010 2457530.7880 2.4153 1.5640 0.9945 0.0720 2457539.7160 3.5434 2.0903 1.0200 0.0000 2457588.6200 3.0742 0.7897 0.9953 0.8997 2457590.6790 3.4940 1.1782 1.0100 0.0079

Table C.23: 28 Cyg Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -7.2199 0.5817 1.0000 2.1653 0.0008 0.0004 2.1670 0.0006 0.0003 1.0563 0.0515 2454179.1300 -0.0640 0.3543 0.9999 2.1652 0.0009 0.0001 2.1668 0.0004 0.0000 1.0500 0.5590 2454298.9190 1.2302 0.2969 0.9999 2.1652 0.0007 0.0001 2.1669 0.0006 0.0001 1.0053 0.1306 2454381.8470 1.5340 0.2041 1.0000 2.1652 0.0006 0.0001 2.1670 0.0008 0.0002 0.9736 0.0964 2455050.9230 3.0580 0.2540 1.0002 ························ 2455079.8260 3.7472 0.2590 1.0000 ························ 2455103.7730 2.7207 0.2436 1.0000 ························ 2455157.7240 2.3066 0.2101 0.9999 ························ 2455412.8790 0.5414 0.2452 1.0000 2.1648 0.0007 0.0001 2.1673 0.0007 0.0001 0.8931 0.0382 2455441.8190 0.9407 0.3550 0.9995 2.1648 0.0006 0.0001 2.1673 0.0007 0.0001 1.0222 0.0327 Continued on Next Page… Table C.23 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.24: 28 Cyg Br 10 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -1.6338 0.2499 1.0007 0.9756 1.7398 1.7355 0.0005 0.0001 1.7377 0.0005 0.0001 1.0611 0.0365 2454179.1300 3.0313 0.1566 1.0007 0.9336 1.7364 ························ 2454298.9190 3.3286 0.1316 1.0007 0.9279 1.7365 ························ 2454381.8470 4.0716 0.1127 1.0000 0.9128 1.7369 ························ 2455050.9230 3.9495 0.0949 0.9997 0.9054 1.7368 ························ 2455079.8260 4.6374 0.0959 0.9998 0.8945 1.7366 ························ 2455103.7730 4.5569 0.1030 0.9991 0.8942 1.7365 ························ 2455157.7240 4.0475 0.1214 0.9996 0.9027 1.7368 ························ 2455412.8790 2.6197 0.1394 0.9996 0.9342 1.7365 ························ 2455441.8190 4.1518 0.1152 0.9995 0.8934 1.7366 ························ 309 Table C.25: 28 Cyg Br 11 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -1.5543 0.3462 1.0003 0.9862 1.6839 1.6799 0.0005 0.0001 1.6821 0.0004 0.0001 1.0630 0.0397 2454179.1300 3.1139 0.1939 1.0001 0.9279 1.6808 ························ 2454298.9190 3.5443 0.2039 1.0001 0.9255 1.6810 ························ 2454381.8470 3.2973 0.1844 1.0000 0.9251 1.6810 ························ 2455050.9230 3.7802 0.1660 0.9999 0.9107 1.6808 ························ 2455079.8260 3.3577 0.1849 1.0000 0.9230 1.6815 ························ 2455103.7730 3.5243 0.1689 1.0001 0.9212 1.6814 ························ 2455157.7240 3.3980 0.1832 1.0000 0.9195 1.6809 ························ 2455412.8790 2.7050 0.1574 0.9999 0.9291 1.6810 ························ 2455441.8190 3.3537 0.2008 0.9999 0.9159 1.6810 ························

Table C.26: 28 Cyg Br 12 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -1.1537 0.2868 1.0000 0.9799 1.6457 1.6399 0.0005 0.0001 1.6422 0.0004 0.0001 1.0724 0.0400 2454179.1300 2.8448 0.2470 0.9998 0.9368 1.6410 ························ Continued on Next Page… Table C.26 – Continued Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9190 3.3433 0.2242 1.0000 0.9308 1.6407 ························ 2454381.8470 3.1548 0.2134 1.0001 0.9314 1.6412 ························ 2455050.9230 3.0597 0.2921 1.0002 0.9267 1.6410 ························ 2455079.8260 2.9514 0.1946 1.0000 0.9326 1.6412 ························ 2455103.7730 3.2142 0.1723 1.0000 0.9292 1.6411 ························ 2455157.7240 3.2379 0.1427 1.0000 0.9232 1.6414 ························ 2455412.8790 2.1386 0.1331 1.0000 0.9425 1.6412 ························ 2455441.8190 3.1104 0.2406 1.0000 0.9217 1.6412 ························

Table C.27: 28 Cyg Br 13 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -2.0355 0.5525 1.0006 0.9959 1.6155 1.6101 0.0005 0.0001 1.6125 0.0005 0.0001 1.1123 0.0364 2454179.1300 1.5661 0.2311 1.0003 0.9567 1.6108 ························ 2454298.9190 2.2196 0.2091 1.0000 0.9464 1.6113 ························ 2454381.8470 1.3379 0.2145 1.0003 0.9645 1.6114 ························ 2455050.9230 1.3488 0.1780 0.9999 0.9571 1.6112 ························

310 2455079.8260 1.2620 0.1362 1.0002 0.9644 1.6110 ························ 2455103.7730 1.6417 0.1750 1.0002 0.9577 1.6113 ························ 2455157.7240 1.4385 0.2136 1.0000 0.9584 1.6112 ························ 2455412.8790 0.7982 0.1123 1.0003 0.9693 1.6114 ························ 2455441.8190 0.6924 0.1315 1.0000 0.9712 1.6114 ························

Table C.28: 28 Cyg Br 14 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -3.2561 0.7433 0.9999 1.0058 1.5929 1.5873 0.0006 0.0001 1.5896 0.0006 0.0001 1.0657 0.0393 2454179.1300 0.8876 0.3037 1.0000 0.9731 1.5882 ························ 2454298.9190 1.2258 0.4313 1.0003 0.9658 1.5884 ························ 2454381.8470 1.4879 0.4234 1.0002 0.9637 1.5884 ························ 2455050.9230 1.6289 0.3739 0.9999 0.9558 1.5886 ························ 2455079.8260 2.1763 0.2999 1.0002 0.9575 1.5876 ························ 2455103.7730 2.3332 0.2937 1.0002 0.9553 1.5879 ························ 2455157.7240 2.1044 0.3826 1.0002 0.9520 1.5883 ························ 2455412.8790 1.4024 0.2688 1.0001 0.9673 1.5888 ························ 2455441.8190 1.6584 0.3358 1.0002 0.9565 1.5888 ························ Table C.29: 28 Cyg Br 15 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -3.4225 0.8278 1.0000 1.0043 1.5663 1.5694 0.0007 0.0002 1.5715 0.0007 0.0001 1.0785 0.0370 2454179.1300 -0.5143 0.4000 1.0000 1.0021 1.5725 ························ 2454298.9190 -0.1581 0.1955 1.0001 0.9961 1.5723 ························ 2454381.8470 2.4691 0.0837 1.0000 0.9415 1.5707 ························ 2455050.9230 2.4581 0.0426 1.0000 0.9392 1.5701 ························ 2455079.8260 2.4629 0.2258 1.0000 0.9393 1.5707 ························ 2455103.7730 2.3706 0.4000 1.0000 0.9409 1.5706 ························ 2455157.7240 2.4986 0.0455 1.0000 0.9383 1.5709 ························ 2455412.8790 1.8581 0.0791 1.0000 0.9516 1.5707 ························ 2455441.8190 2.2811 0.3649 1.0000 0.9401 1.5703 ························

Table C.30: 28 Cyg Br 16 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -1.4555 1.1558 1.0013 0.9874 1.5534 1.5550 0.0005 0.0001 1.5571 0.0004 0.0001 0.8844 0.0409

311 2454179.1300 0.8693 0.1818 1.0005 0.9795 1.5544 ························ 2454298.9190 1.0777 0.2777 0.9997 0.9749 1.5561 ························ 2454381.8470 1.2354 0.0880 1.0006 0.9724 1.5561 ························ 2455050.9230 1.0192 0.2801 1.0003 0.9740 1.5556 ························ 2455079.8260 1.2668 0.0962 1.0002 0.9727 1.5562 ························ 2455103.7730 1.0389 0.0627 1.0001 0.9759 1.5557 ························ 2455157.7240 1.5005 0.1021 1.0002 0.9638 1.5560 ························ 2455412.8790 0.5446 0.1422 1.0002 0.9846 1.5557 ························ 2455441.8190 1.3412 0.1513 1.0002 0.9690 1.5558 ························

Table C.31: 28 Cyg Br 17 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -1.4555 0.7379 0.9986 0.9938 1.5413 1.5432 0.0006 0.0001 1.5454 0.0006 0.0001 0.9522 0.0378 2454179.1300 0.4932 0.2811 0.9999 0.9842 1.5422 ························ 2454298.9190 0.6189 0.3448 0.9999 0.9845 1.5440 ························ 2454381.8470 0.7221 0.1681 0.9999 0.9820 1.5448 ························ 2455050.9230 0.7653 0.1475 0.9998 0.9796 1.5443 ························ 2455079.8260 0.7434 0.1905 1.0000 0.9801 1.5449 ························ 2455103.7730 0.7239 0.2195 1.0001 0.9814 1.5440 ························ 2455157.7240 0.7571 0.1980 1.0001 0.9801 1.5447 ························ 2455412.8790 0.4499 0.1997 1.0000 0.9867 1.5440 ························ 2455441.8190 0.7004 0.2613 0.9999 0.9812 1.5445 ························ Continued on Next Page… Table C.31 – Continued Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.32: 28 Cyg Br 18 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -1.2130 0.4000 1.0008 0.9937 1.5316 1.5334 0.0006 0.0001 1.5357 0.0005 0.0000 1.0395 0.0599 2454179.1300 0.4514 0.4000 0.9998 0.9869 1.5350 ························ 2454298.9190 0.3944 0.4000 1.0005 0.9878 1.5351 ························ 2454381.8470 0.3588 0.0616 1.0002 0.9915 1.5347 ························ 2455050.9230 0.4229 0.4000 1.0005 0.9880 1.5354 ························ 2455079.8260 0.3779 0.1017 1.0003 0.9893 1.5352 ························ 2455103.7730 0.4043 0.0591 1.0002 0.9902 1.5351 ························ 2455157.7240 0.4126 0.4000 1.0002 0.9888 1.5338 ························ 2455412.8790 0.2166 0.1386 0.9997 0.9944 1.5327 ························ 2455441.8190 0.2757 0.1008 1.0002 0.9887 1.5348 ························ 312 Table C.33: 28 Cyg Br 19 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -0.9195 0.4000 0.9999 0.9910 1.5235 1.5254 0.0006 0.0000 1.5277 0.0006 0.0001 0.8099 0.0811 2454179.1300 0.2403 0.4000 1.0005 0.9926 1.5245 ························ 2454298.9190 0.2093 0.4000 0.9970 0.9880 1.5271 ························ 2454381.8470 0.0508 0.4000 0.9995 0.9969 1.5275 ························ 2455050.9230 0.1587 0.4000 0.9994 0.9944 1.5273 ························ 2455079.8260 0.0869 0.4000 0.9995 0.9963 1.5271 ························ 2455103.7730 0.1730 0.4000 0.9990 0.9940 1.5274 ························ 2455157.7240 0.1502 0.4000 0.9997 0.9951 1.5257 ························ 2455412.8790 -0.0226 0.4000 1.0001 0.9977 1.5234 ························ 2455441.8190 0.0184 0.4000 0.9998 0.9963 1.5275 ························

Table C.34: 28 Cyg Br 20 Measurements

Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -1.3882 0.4000 1.0002 1.0004 1.5166 1.5185 0.0006 0.0001 1.5205 0.0008 0.0001 0.9486 0.0853 2454179.1300 -0.0672 0.4000 0.9998 0.9959 1.5172 ························ Continued on Next Page… Table C.34 – Continued Central Central V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9190 0.0714 0.4000 1.0020 0.9899 1.5166 ························ 2454381.8470 0.0546 0.4000 1.0002 0.9971 1.5190 ························ 2455050.9230 0.0721 0.4000 1.0000 0.9970 1.5217 ························ 2455079.8260 0.0398 0.4000 1.0001 0.9977 1.5198 ························ 2455103.7730 0.0917 0.4000 1.0002 0.9961 1.5189 ························ 2455157.7240 0.0364 0.4000 1.0003 0.9965 1.5217 ························ 2455412.8790 -0.1309 0.4000 0.9998 0.9997 1.5166 ························ 2455441.8190 0.0007 0.4000 0.9997 0.9972 1.5194 ························

Table C.35: 28 Cyg HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 0.0002 1.3896 0.9988 2.0571 0.0010 0.0001 2.0599 0.0009 0.0001 0.8381 0.3003 2454179.1300 -0.4724 0.4152 0.9997 2.0577 0.0009 0.0001 2.0598 0.0007 0.0001 0.9048 0.1320 2454298.9190 -0.8573 0.4844 0.9998 2.0574 0.0010 0.0001 2.0598 0.0009 0.0001 0.9908 0.3152 2454381.8470 -0.5778 0.9031 0.9995 2.0575 0.0007 0.0001 2.0597 0.0010 0.0001 0.9726 0.1455 2455050.9230 -0.4194 0.7424 0.9998 2.0574 0.0007 0.0000 2.0595 0.0010 0.0001 0.8390 0.1014

313 2455079.8260 -0.3684 0.4292 1.0000 2.0576 0.0007 0.0000 2.0592 0.0006 0.0000 0.8940 0.2566 2455103.7730 -0.4551 0.6911 0.9997 2.0573 0.0005 0.0000 2.0592 0.0013 0.0001 1.0609 0.2071 2455157.7240 -0.6025 1.0593 0.9999 2.0577 0.0009 0.0001 2.0602 0.0007 0.0001 0.8612 0.0432 2455412.8790 -1.4268 0.4023 1.0001 2.0572 0.0008 0.0001 2.0599 0.0007 0.0001 0.9200 0.0460 2455441.8190 -1.0445 0.6569 0.9999 2.0572 0.0007 0.0001 2.0597 0.0008 0.0001 1.1556 0.0611

Table C.36: 28 Cyg HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -0.1969 0.2020 1.0002 1.0823 0.0003 0.0000 1.0842 0.0003 0.0000 2.2161 0.1997 2454179.1300 -0.2760 0.0972 1.0000 1.0825 0.0005 0.0000 1.0840 0.0003 0.0000 0.6609 0.0588 2454298.9190 -0.2077 0.1603 1.0000 1.0822 0.0003 0.0000 1.0840 0.0003 0.0000 0.7211 0.0917 2454381.8470 -0.1873 0.5286 1.0003 1.0826 0.0003 0.0000 1.0841 0.0003 0.0000 1.0856 0.0971 2455050.9230 -0.1064 0.1179 1.0001 1.0832 0.0004 0.0000 1.0833 0.0008 0.0000 0.6839 0.3346 2455079.8260 -0.0322 0.1047 1.0002 ························ 2455103.7730 -0.0826 0.1028 1.0001 ························ 2455157.7240 -0.3581 0.1085 1.0001 1.0825 0.0003 0.0000 1.0843 0.0003 0.0000 1.0992 0.0528 2455412.8790 -0.6552 0.1327 1.0001 1.0824 0.0003 0.0000 1.0841 0.0003 0.0000 0.9616 0.0252 2455441.8190 -0.3217 0.1309 1.0000 1.0823 0.0003 0.0000 1.0842 0.0003 0.0000 1.5791 0.0600 Table C.37: 28 Cyg Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9380 -3.1336 0.4143 0.9999 1.2827 0.0003 0.0002 1.2817 -0.0004 -0.0003 1.0314 0.0228 2454179.1300 1.7346 0.2787 0.9999 1.2815 0.0003 0.0001 1.2826 0.0004 0.0001 1.2153 0.0371 2454298.9190 2.1220 0.2080 1.0001 1.2815 0.0003 0.0001 1.2826 0.0003 0.0001 1.1158 0.0336 2454381.8470 3.1062 0.3467 1.0001 1.2817 0.0003 0.0001 1.2828 0.0003 0.0000 1.0491 0.0265 2455050.9230 4.1236 0.3631 1.0000 ························ 2455079.8260 4.6323 0.2869 0.9999 ························ 2455103.7730 4.6934 0.2291 1.0002 ························ 2455157.7240 4.2217 0.2532 1.0001 ························ 2455412.8790 3.2029 0.1774 1.0002 ························ 2455441.8190 3.4929 0.5232 1.0005 ························ 314 C.3 28 Tau

Table C.38: 28 Tau Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449754.5380 -32.9658 1.2597 0.9734 4.9232 0.6562 5.0340 0.6564 6.0268 0.8025 0.0002 2449779.5880 -32.6880 1.4854 0.9744 4.8584 0.6562 5.0134 0.6564 6.0842 0.7894 0.0002 2449789.5950 -31.9602 1.3293 0.9746 4.7025 0.6562 4.9233 0.6564 5.9256 0.7965 0.0002 2451488.7880 -32.0593 3.7933 0.9863 5.3368 0.6562 5.4584 0.6564 6.1391 0.8675 0.0004 2451980.6100 -30.9436 3.1651 0.9841 5.1571 0.6562 5.3375 0.6564 5.8904 0.8870 0.0007 2453649.8340 -24.8471 2.4603 0.9886 3.6933 0.6562 4.5146 0.6564 5.3289 0.8119 0.0005 2453685.7540 -24.8065 2.0011 0.9906 3.6836 0.6562 4.4744 0.6564 5.4082 0.7882 0.0002 2453987.8280 -18.0315 1.2100 0.9751 2.6764 0.6562 4.0108 0.6564 4.2834 0.9170 0.0003 2454005.8630 -18.6667 1.0886 0.9843 2.9572 0.6561 4.0392 0.6564 4.4287 0.8864 0.0003 2454038.8030 -15.5406 0.9166 0.9937 2.4784 0.6561 3.7647 0.6564 3.9674 0.9317 0.0003 2454139.5520 -10.7225 1.3185 0.9932 1.7413 0.6562 2.8037 0.6564 2.7664 1.0211 0.0006 2454165.5640 -9.4059 2.0798 1.0027 1.5299 0.6562 2.6231 0.6564 2.5492 1.0477 0.0007 2454355.8790 -6.0345 0.7894 1.0005 0.8776 0.6561 1.6980 0.6565 1.8305 0.8405 0.0007 2454357.8660 -5.9176 0.4884 1.0046 0.8742 0.6561 1.7147 0.6565 1.8373 0.8536 0.0009 2454366.7990 -5.6673 0.8917 1.0063 0.8174 0.6561 1.7238 0.6565 1.8078 0.8961 0.0008 2454402.8360 -6.1615 1.0126 1.0003 0.8454 0.6559 1.7159 0.6565 1.7653 0.9355 0.0008 2454704.8900 -6.0844 1.7367 1.0142 0.5909 0.6560 1.9268 0.6566 1.9697 0.9558 0.0010 315 2454720.8390 -7.4684 0.8038 0.9983 0.7072 0.6560 1.9740 0.6566 1.9493 1.0261 0.0010 2454749.8140 -7.7205 0.9943 0.9993 0.7256 0.6560 1.9832 0.6566 1.9757 1.0077 0.0007 2454761.7930 -6.7399 1.7378 1.0176 0.7032 0.6560 1.9943 0.6566 1.9850 1.0095 0.0013 2454775.8430 -7.7163 1.5113 1.0021 0.7583 0.6560 1.9982 0.6566 2.0082 0.9901 0.0007 2454867.4940 -7.6069 2.9668 1.0011 0.6409 0.6560 2.0077 0.6566 2.0448 0.9645 0.0012 2455088.8170 -8.5748 1.0771 1.0050 0.5605 0.6560 2.2107 0.6566 2.1750 1.0303 0.0012 2455090.8790 -9.0822 2.4596 1.0033 0.6926 0.6560 2.2747 0.6566 2.2219 1.0431 0.0013 2455123.8510 -9.1146 2.0084 0.9964 0.3627 0.6560 2.2306 0.6566 2.2797 0.9616 0.0018 2455143.7990 -7.8488 2.5309 1.0106 0.3536 0.6560 2.2470 0.6566 2.2294 1.0144 0.0016 2455167.7010 -8.8672 2.3108 0.9864 0.4643 0.6560 2.2227 0.6566 2.2285 0.9953 0.0024 2455470.8100 -9.0976 1.3746 1.0066 0.5183 0.6560 2.4184 0.6566 2.3102 1.0826 0.0012 2455509.7480 -9.2592 0.9976 0.9918 0.4944 0.6560 2.3887 0.6566 2.3188 1.0530 0.0011

Table C.39: 28 Tau Hβ Measurements

Central HJD EqW σ(EqW) Continuum Height 2454355.8790 5.0955 1.0583 0.9924 0.6248 2454357.8660 3.6216 1.2723 0.9357 0.3084 2454366.7990 5.0653 1.7178 0.9847 0.5252 2454402.8360 5.0922 1.4339 0.9866 0.2926 2454704.8900 3.3006 3.4634 0.9127 0.5666 2454720.8390 5.6259 1.3312 0.9822 0.8434 2454749.8140 4.5346 1.1803 0.9769 0.6785 Continued on Next Page… Table C.39 – Continued Central HJD EqW σ(EqW) Continuum Height 2454761.7930 5.6078 2.5211 0.9967 0.8276 2454775.8430 4.5940 2.1761 0.9747 0.9249 2454867.4940 5.1939 3.3616 0.9752 0.8784 2455088.8170 4.3266 2.5370 0.9856 0.8868 2455090.8790 3.7513 4.2834 0.9323 0.2597 2455123.8510 4.3983 2.5002 0.9931 0.9452 2455143.7990 4.4247 2.7812 0.9720 1.0060 2455167.7010 4.6833 3.2962 0.9695 1.0224 2455470.8100 4.3284 4.0312 0.9966 0.8929 2455509.7480 4.9464 1.8767 0.9850 0.2972

Table C.40: 28 Tau FeII λ5316Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451488.7880 -0.5491 0.9478 0.9847 1.0532 0.5316 1.1529 0.5318 1.0819 1.8654 0.0021 2451980.6100 -0.4058 0.6569 1.0006 1.0884 0.5315 1.1311 0.5316 1.1026 1.2779 0.0013 2453649.8340 0.0027 0.6561 1.0009 1.0109 0.5315 1.0354 0.5319 1.0547 0.6472 0.0014

316 2453685.7540 -0.0260 0.3628 1.0075 1.0108 0.5315 1.0483 0.5319 1.0480 1.0053 0.0009 2453987.8280 -0.0728 0.3196 0.9926 0.9243 0.5312 1.0340 0.5320 1.0485 0.7010 0.0009 2454005.8630 -0.1030 0.2198 0.9946 0.9114 0.5313 1.0227 0.5321 1.0481 0.4725 0.0008 2454038.8030 -0.0981 0.2682 0.9972 0.9192 0.5312 1.0330 0.5321 1.0516 0.6388 0.0010 2454139.5520 0.1568 0.4683 1.0105 0.9231 0.5310 1.0686 0.5320 1.0512 1.3416 0.0015 2454165.5640 -0.1762 1.0266 0.9946 0.8960 0.5313 1.0701 0.5324 1.0869 0.8070 0.0016 2454355.8790 -0.2498 0.3901 0.9776 0.9173 0.5314 1.0245 0.5320 1.0521 0.4712 0.0021 2454357.8660 -0.0736 0.7414 0.9899 0.7068 0.5314 1.0208 0.5320 1.0656 0.3168 0.0029 2454366.7990 -0.4677 0.6005 0.9709 0.9427 0.5313 1.0441 0.5320 1.0748 0.5897 0.0020 2454402.8360 -0.0423 0.6402 0.9964 0.9389 0.5312 1.0316 0.5321 1.0597 0.5283 0.0018 2454704.8900 -0.1530 1.6339 0.9772 0.9761 0.5314 1.0875 0.5321 1.1017 0.8605 0.0051 2454720.8390 -0.5537 0.5330 0.9690 0.9253 0.5315 1.0510 0.5321 1.0738 0.6921 0.0022 2454749.8140 -0.3810 0.7824 0.9725 0.9301 0.5313 1.0865 0.5320 1.0754 1.1480 0.0027 2454761.7930 0.1445 0.9165 1.0001 0.8944 0.5312 1.0655 0.5321 1.0938 0.6981 0.0049 2454775.8430 -0.5026 1.0360 0.9703 0.9568 0.5316 1.0625 0.5320 1.0700 0.8921 0.0033 2454867.4940 -0.3706 1.9246 0.9763 0.9940 0.5314 1.0787 0.5319 1.1024 0.7684 0.0047 2455088.8170 -0.1380 0.6379 1.0005 0.9226 0.5314 1.0718 0.5319 1.1052 0.6822 0.0023 2455090.8790 0.1657 1.7422 1.0057 0.9354 0.5316 1.1276 0.5319 1.1161 1.0992 0.0050 2455123.8510 0.1685 1.1680 0.9957 0.8962 0.5314 1.0553 0.5320 1.0867 0.6382 0.0036 2455143.7990 -0.5751 0.7616 0.9570 0.9171 0.5314 1.0989 0.5320 1.0772 1.2809 0.0028 2455167.7010 -0.2958 2.2394 0.9822 0.8454 0.5312 1.0785 0.5322 1.1005 0.7809 0.0051 2455470.8100 0.3509 1.1684 1.0204 0.8879 0.5314 1.0712 0.5322 1.1610 0.4421 0.0045 2455509.7480 0.2988 0.9264 1.0128 0.9035 0.5314 1.0451 0.5320 1.0907 0.4975 0.0026 Table C.41: 28 Tau Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453983.1470 -8.4244 0.9701 1.0001 2.1653 0.0005 0.0004 2.1665 0.0005 0.0005 0.9876 0.0366 2454038.9800 -7.3165 0.9306 0.9999 2.1653 0.0005 0.0003 2.1665 0.0006 0.0005 0.9068 0.0282 2454150.7820 -2.6180 1.1503 0.9999 2.1655 0.0006 0.0002 2.1674 0.0006 0.0002 0.8682 0.0731 2454178.7340 -1.2013 1.1258 1.0000 2.1653 0.0005 0.0001 2.1676 0.0005 0.0001 0.8556 0.0263 2454353.1450 -0.4071 1.0016 0.9999 2.1647 0.0004 0.0001 2.1672 0.0005 0.0001 1.0575 0.0509 2454383.0100 -0.4380 1.1787 0.9995 2.1648 0.0005 0.0001 2.1673 0.0004 0.0001 0.9930 0.0231 2454699.1350 -2.4454 1.5197 0.9997 2.1648 0.0004 0.0002 2.1671 0.0005 0.0002 1.0215 0.0126 2454719.0910 -2.5701 1.3321 0.9996 2.1648 0.0004 0.0002 2.1672 0.0004 0.0002 1.0253 0.0137 2454755.0250 -2.6630 1.6164 0.9996 2.1649 0.0004 0.0002 2.1672 0.0005 0.0002 1.0634 0.0124 2454796.9490 -2.0639 1.5680 0.9996 2.1651 0.0004 0.0002 2.1674 0.0005 0.0002 0.9175 0.0224 2454841.8930 -2.1414 1.4005 0.9999 2.1653 0.0005 0.0002 2.1674 0.0005 0.0002 0.9480 0.0227 2455157.8720 -3.1082 1.5325 0.9996 2.1651 0.0004 0.0002 2.1672 0.0005 0.0003 1.0454 0.0141 2455169.8570 -3.1687 1.3935 1.0003 2.1652 0.0004 0.0002 2.1673 0.0005 0.0003 1.0328 0.0153 2455537.0090 -4.6866 1.4967 0.9997 2.1652 0.0004 0.0003 2.1671 0.0004 0.0003 0.8931 0.0132

Table C.42: 28 Tau Br 10 Measurements

317 Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 1.3928 0.3894 0.9996 1.0330 1.7358 2454038.9796 2.1691 0.2932 1.0022 1.0127 1.7354 2454150.7818 2.2935 0.5405 1.0016 1.0333 1.7358 2454178.7344 2.5721 0.2068 1.0026 1.0329 1.7358 2454353.1445 2.3752 0.2509 1.0026 1.0516 1.7355 2454383.0103 2.5590 0.2186 1.0027 1.0422 1.7353 2454699.1345 2.0527 0.2572 1.0037 1.0673 1.7355 2454719.0907 1.4789 0.3061 1.0037 1.0794 1.7355 2454755.0249 2.2549 0.2088 1.0042 1.0493 1.7357 2454796.9490 1.5243 0.3465 1.0042 1.0680 1.7357 2454841.8931 1.6840 0.3265 1.0035 1.0636 1.7356 2455157.8721 1.3510 0.3504 1.0050 1.0794 1.7358 2455169.8568 0.9078 0.4046 1.0046 1.0868 1.7358 2455537.0086 1.4370 0.2098 1.0055 1.0806 1.7359

Table C.43: 28 Tau Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 1.5502 0.4091 0.9998 0.9991 1.6775 2454038.9796 2.1341 0.4018 0.9998 0.9928 1.6779 Continued on Next Page… Table C.43 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454150.7818 2.5437 0.5973 1.0000 1.0004 1.6803 2454178.7344 3.0393 0.5707 0.9997 0.9940 1.6799 2454353.1445 2.4385 0.6524 0.9997 1.0125 1.6800 2454383.0103 3.0076 0.6166 0.9997 1.0067 1.6798 2454699.1345 2.5826 0.7237 0.9997 1.0187 1.6820 2454719.0907 2.1557 0.6807 0.9997 1.0263 1.6820 2454755.0249 2.3574 0.6795 0.9997 1.0175 1.6798 2454796.9490 2.2111 0.7058 0.9997 1.0246 1.6822 2454841.8931 1.9711 0.7711 0.9998 1.0242 1.6801 2455157.8721 1.8698 0.7093 0.9997 1.0344 1.6823 2455169.8568 2.1215 0.7078 0.9998 1.0304 1.6823 2455537.0086 1.7988 0.7140 0.9997 1.0449 1.6820

Table C.44: 28 Tau Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 2.5268 0.3729 1.0001 1.0042 1.6365

318 2454038.9796 2.7663 0.2655 1.0000 0.9937 1.6364 2454150.7818 2.7255 0.4905 1.0001 1.0036 1.6364 2454178.7344 3.1676 0.3532 1.0000 0.9989 1.6400 2454353.1445 2.6016 0.4399 1.0000 1.0115 1.6398 2454383.0103 3.1058 0.3025 0.9999 1.0122 1.6399 2454699.1345 2.3196 0.2378 0.9999 1.0229 1.6398 2454719.0907 2.3353 0.4470 0.9999 1.0170 1.6422 2454755.0249 2.5376 0.3913 0.9999 1.0209 1.6400 2454796.9490 2.3613 0.4084 0.9999 1.0208 1.6424 2454841.8931 2.4843 0.4945 0.9999 1.0221 1.6403 2455157.8721 1.8131 0.3316 0.9999 1.0302 1.6400 2455169.8568 2.2316 0.4155 1.0000 1.0210 1.6424 2455537.0086 2.4417 0.3167 0.9998 1.0302 1.6401

Table C.45: 28 Tau Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 0.8482 0.3624 1.0000 1.0115 1.6099 2454038.9796 1.9522 0.4000 0.9998 0.9983 1.6127 2454150.7818 1.7302 0.3326 0.9994 1.0082 1.6127 2454178.7344 2.1204 0.3224 0.9997 1.0098 1.6127 2454353.1445 1.8477 0.2524 0.9996 1.0164 1.6124 2454383.0103 1.9242 0.3252 0.9998 1.0125 1.6126 Continued on Next Page… Table C.45 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454699.1345 1.6537 0.3230 0.9996 1.0314 1.6124 2454719.0907 1.4801 0.2481 0.9994 1.0307 1.6124 2454755.0249 1.5237 0.3534 0.9992 1.0231 1.6126 2454796.9490 1.0062 0.3846 0.9991 1.0399 1.6126 2454841.8931 1.2036 0.3126 0.9992 1.0371 1.6125 2455157.8721 1.2785 0.3611 0.9993 1.0352 1.6126 2455169.8568 1.3435 0.1687 0.9995 1.0349 1.6126 2455537.0086 0.9501 0.2586 0.9986 1.0590 1.6123

Table C.46: 28 Tau Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 2.7915 1.0170 1.0002 0.9979 1.5837 2454038.9796 2.7687 0.2264 1.0001 0.9949 1.5837 2454150.7818 2.8510 0.2930 1.0003 0.9946 1.5905 2454178.7344 3.1274 0.4000 1.0002 0.9942 1.5873 2454353.1445 2.6140 0.4000 1.0001 1.0040 1.5898

319 2454383.0103 2.2723 0.4721 1.0001 1.0069 1.5900 2454699.1345 2.0463 0.3020 0.9999 1.0176 1.5902 2454719.0907 1.8308 0.2053 0.9999 1.0208 1.5902 2454755.0249 2.1203 0.4000 1.0000 1.0164 1.5896 2454796.9490 1.9112 0.5070 1.0002 1.0201 1.5900 2454841.8931 2.2522 0.2905 1.0003 1.0146 1.5903 2455157.8721 2.0635 0.4605 1.0000 1.0232 1.5897 2455169.8568 2.5481 0.4000 1.0002 1.0159 1.5897 2455537.0086 1.8680 0.3057 1.0000 1.0305 1.5897

Table C.47: 28 Tau Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 2.5579 0.2565 1.0000 0.9919 1.5664 2454038.9796 2.7481 0.2024 0.9997 0.9922 1.5740 2454150.7818 2.7169 0.5080 0.9998 0.9953 1.5720 2454178.7344 2.7529 0.2755 0.9996 0.9941 1.5740 2454353.1445 3.1063 0.4387 0.9996 0.9941 1.5737 2454383.0103 3.1229 0.3874 0.9995 0.9989 1.5739 2454699.1345 2.7628 0.1795 0.9994 0.9987 1.5737 2454719.0907 2.5911 0.9723 0.9995 0.9987 1.5716 2454755.0249 2.5924 0.2808 0.9995 1.0025 1.5739 2454796.9490 2.8077 0.4000 0.9994 0.9972 1.5739 Continued on Next Page… Table C.47 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454841.8931 2.7626 0.4000 0.9993 1.0009 1.5718 2455157.8721 2.3169 0.2882 0.9995 1.0061 1.5695 2455169.8568 2.6511 0.3819 0.9996 1.0003 1.5695 2455537.0086 2.1329 0.2686 0.9997 1.0156 1.5716

Table C.48: 28 Tau Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 1.2097 0.4720 1.0004 1.0087 1.5575 2454038.9796 1.3978 0.3921 1.0008 1.0069 1.5574 2454150.7818 1.3136 0.5264 1.0009 1.0140 1.5550 2454178.7344 1.2911 0.5818 1.0010 1.0156 1.5574 2454353.1445 1.2685 0.5516 1.0018 1.0131 1.5548 2454383.0103 1.1938 0.4793 1.0020 1.0216 1.5549 2454699.1345 1.0184 0.5302 1.0027 1.0285 1.5547 2454719.0907 0.7755 0.5803 1.0026 1.0333 1.5547 2454755.0249 1.1124 0.5695 1.0019 1.0305 1.5549

320 2454796.9490 1.2007 0.8364 1.0016 1.0235 1.5549 2454841.8931 1.3032 0.4 1.0015 1.0200 1.5552 2455157.8721 0.7049 0.4605 1.0019 1.0408 1.5550 2455169.8568 1.0934 0.5604 1.0012 1.0314 1.5550 2455537.0086 0.4318 0.2194 1.0016 1.0438 1.5551

Table C.49: 28 Tau Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 1.0059 0.4262 0.9997 1.0106 1.5454 2454038.9796 0.8268 0.7777 1.0002 1.0155 1.5457 2454150.7818 0.5229 0.9160 1.0002 1.0231 1.5457 2454178.7344 0.6843 0.9318 1.0004 1.0160 1.5433 2454353.1445 0.7011 1.3391 1.0005 1.0201 1.5455 2454383.0103 0.7693 1.3579 1.0006 1.0148 1.5456 2454699.1345 0.5453 1.8808 1.0005 1.0283 1.5455 2454719.0907 0.6165 1.6685 1.0008 1.0249 1.5454 2454755.0249 0.4704 1.7037 1.0011 1.0231 1.5457 2454796.9490 0.4593 2.0130 1.0012 1.0280 1.5457 2454841.8931 0.3871 1.4038 1.0007 1.0277 1.5456 2455157.8721 0.2321 1.3831 1.0010 1.0329 1.5433 2455169.8568 0.3130 1.4777 1.0007 1.0317 1.5433 2455537.0086 0.2907 0.5327 1.0002 1.0381 1.5434 Continued on Next Page… Table C.49 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.50: 28 Tau Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 0.5544 0.4000 1.0010 1.0147 1.5333 2454038.9796 0.4959 0.4000 1.0012 1.0183 1.5332 2454150.7818 0.5487 0.4000 1.0021 1.0171 1.5336 2454178.7344 0.5109 0.4000 1.0022 1.0210 1.5360 2454353.1445 0.6775 0.4000 1.0013 1.0200 1.5334 2454383.0103 0.6755 0.4000 1.0014 1.0171 1.5331 2454699.1345 0.7183 0.4000 1.0011 1.0219 1.5334 2454719.0907 0.7133 0.4000 1.0010 1.0229 1.5333 2454755.0249 0.6044 0.4000 1.0013 1.0219 1.5356 2454796.9490 0.3516 0.4000 1.0019 1.0290 1.5360 2454841.8931 0.3065 0.4000 1.0030 1.0308 1.5359 2455157.8721 0.2791 0.4000 1.0015 1.0325 1.5336 2455169.8568 0.2288 0.4000 1.0012 1.0338 1.5336

321 2455537.0086 0.3368 0.4000 1.0024 1.0376 1.5357

Table C.51: 28 Tau Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 0.1725 0.4000 0.9988 1.0176 1.5252 2454038.9796 0.1888 0.4000 0.9995 1.0207 1.5251 2454150.7818 0.1611 0.4000 0.9975 1.0224 1.5255 2454178.7344 0.1855 0.4000 0.9990 1.0221 1.5255 2454353.1445 0.1866 0.4000 0.9985 1.0217 1.5253 2454383.0103 0.2244 0.4000 0.9996 1.0203 1.5251 2454699.1345 0.1614 0.4000 0.9984 1.0268 1.5253 2454719.0907 0.0908 0.4000 0.9984 1.0290 1.5252 2454755.0249 0.1741 0.4000 0.9995 1.0231 1.5251 2454796.9490 0.0505 0.4000 0.9995 1.0293 1.5255 2454841.8931 -0.1026 0.4000 0.9978 1.0302 1.5278 2455157.8721 -0.0165 0.4000 0.9980 1.0345 1.5255 2455169.8568 -0.0789 0.4000 0.9977 1.0312 1.5255 2455537.0086 -0.1228 0.4000 0.9980 1.0373 1.5256 Table C.52: 28 Tau Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 -0.0065 0.4000 1.0009 1.0191 1.5207 2454038.9796 0.0203 0.4000 1.0008 1.0226 1.5207 2454150.7818 0.1991 0.4000 1.0014 1.0247 1.5211 2454178.7344 0.1532 0.4000 1.0007 1.0221 1.5211 2454353.1445 0.0201 0.4000 1.0013 1.0241 1.5208 2454383.0103 0.0156 0.4000 1.0015 1.0223 1.5206 2454699.1345 -0.0160 0.4000 1.0013 1.0282 1.5208 2454719.0907 -0.0589 0.4000 1.0012 1.0279 1.5208 2454755.0249 -0.0795 0.4000 1.0020 1.0265 1.5206 2454796.9490 -0.0759 0.4000 1.0015 1.0285 1.5210 2454841.8931 -0.1547 0.4000 1.0016 1.0333 1.5209 2455157.8721 0.0575 0.4000 1.0011 1.0295 1.5207 2455169.8568 0.0073 0.4000 1.0015 1.0293 1.5211 2455537.0086 0.0423 0.4000 1.0008 1.0348 1.5207

Table C.53: π Aqr Paβ Measurements

322 V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453983.1470 -9.7521 1.0072 1.0001 1.2817 0.0003 0.0005 1.2824 0.0003 0.0006 0.9642 0.0163 2454038.9800 -7.8576 0.5459 1.0002 1.2818 0.0003 0.0004 1.2824 0.0003 0.0005 0.9608 0.0122 2454150.7820 -3.0851 1.2333 0.9999 1.2819 0.0003 0.0002 1.2828 0.0003 0.0002 0.9088 0.0416 2454178.7340 -1.6985 0.8742 1.0002 1.2819 0.0003 0.0002 1.2828 0.0003 0.0002 0.9498 0.0115 2454353.1450 -0.7162 0.6925 1.0001 1.2814 0.0002 0.0001 1.2828 0.0002 0.0001 0.9597 0.0093 2454383.0100 -0.5973 0.6258 1.0005 1.2814 0.0002 0.0001 1.2828 0.0002 0.0001 1.0450 0.0117 2454699.1350 -2.2582 0.9065 1.0001 1.2814 0.0002 0.0002 1.2827 0.0002 0.0002 1.0189 0.0056 2454719.0910 -2.6848 0.8016 1.0002 1.2815 0.0002 0.0002 1.2827 0.0002 0.0002 1.0158 0.0058 2454755.0250 -2.9825 0.8035 1.0001 1.2816 0.0003 0.0002 1.2828 0.0003 0.0002 1.0175 0.0050 2454796.9490 -2.7181 0.8292 1.0003 1.2816 0.0003 0.0002 1.2828 0.0003 0.0002 1.0206 0.0093 2454841.8930 -2.8387 0.8580 1.0001 1.2817 0.0002 0.0002 1.2829 0.0002 0.0002 1.0022 0.0059 2455157.8720 -4.5348 1.1021 0.9999 1.2816 0.0003 0.0003 1.2828 0.0003 0.0003 1.0218 0.0054 2455169.8570 -4.1962 1.0205 0.9996 1.2817 0.0003 0.0003 1.2828 0.0003 0.0003 1.0462 0.0070 2455537.0090 -6.0205 1.1560 1.0001 1.2817 0.0003 0.0004 1.2827 0.0003 0.0004 0.9256 0.0048

Table C.54: π Aqr Ca II λ0.849µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453983.1465 0.2968 0.4000 0.9996 ························ 2454038.9796 0.1815 0.4000 1.0000 ························ Continued on Next Page… Table C.54 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454150.7818 -0.1707 0.4000 0.9999 ························ 2454178.7344 -0.1105 0.4000 0.9999 ························ 2454353.1446 -0.5135 0.4000 1.0000 ························ 2454383.0103 -0.6322 0.4000 1.0001 ························ 2454699.1345 -1.2691 0.4000 1.0003 0.8495 0.0002 0.0001 0.8504 0.0002 0.0000 2.0442 0.0387 2454719.0907 -1.2359 0.4000 1.0003 0.8495 0.0002 0.0001 0.8504 0.0002 0.0000 2.2064 0.0475 2454755.0249 -1.2354 0.4000 1.0002 0.8496 0.0002 0.0001 0.8505 0.0002 0.0000 2.0713 0.0390 2454796.9490 -1.4212 0.4000 1.0002 0.8497 0.0002 0.0001 0.8505 0.0002 0.0000 2.0178 0.0681 2454841.8931 -1.3880 0.4000 1.0002 0.8497 0.0002 0.0001 0.8506 0.0002 0.0000 1.8855 0.0391 2455157.8721 -2.0366 0.4000 1.0006 0.8496 0.0002 0.0001 0.8504 0.0002 0.0001 1.7557 0.0312 2455169.8568 -1.9520 0.4000 1.0005 0.8497 0.0003 0.0001 0.8505 0.0002 0.0001 1.8606 0.0464 2455537.0086 -2.0630 0.4000 1.0012 0.8496 0.0002 0.0001 0.8504 0.0002 0.0001 2.0863 0.0462

Table C.55: 28 Tau Ca II λ0.854µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 1.5718 0.2992 1.0002 0.9922 0.8537

323 2454038.9796 1.5053 0.4030 1.0002 0.9963 0.8537 2454150.7818 1.4888 0.2482 1.0000 0.9979 0.8539 2454178.7344 1.3133 0.4681 1.0001 1.0082 0.8539 2454353.1445 1.0087 0.3642 1.0001 1.0235 0.8539 2454383.0103 0.8412 0.4719 1.0003 1.0350 0.8538 2454699.1345 0.4643 0.4680 1.0002 1.0655 0.8539 2454719.0907 0.2392 0.5025 1.0003 1.0713 0.8539 2454755.0249 0.2964 0.4377 1.0002 1.0508 0.8540 2454796.9490 0.1618 0.4397 1.0001 1.0667 0.8541 2454841.8931 0.1340 0.6119 1.0002 1.0654 0.8542 2455157.8721 -0.2862 0.6063 1.0003 1.1076 0.8541 2455169.8568 -0.2476 0.5709 1.0002 1.1035 0.8541 2455537.0086 -0.1181 1.0145 1.0003 1.1225 0.8541

Table C.56: 28 Tau Ca II λ0.866µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453983.1465 4.0633 0.2945 0.9978 1.0080 0.8639 2454038.9796 4.3413 0.2752 0.9990 1.0039 0.8639 2454150.7818 3.4610 0.6972 0.9995 1.0129 0.8638 2454178.7344 3.9414 1.1192 0.9995 1.0028 0.8638 2454353.1445 3.6150 0.2522 0.9990 1.0001 0.8639 2454383.0103 3.4455 0.4638 0.9986 1.0015 0.8638 Continued on Next Page… Table C.56 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454699.1345 2.7159 1.3301 0.9994 1.0177 0.8658 2454719.0907 2.8188 0.1024 0.9991 1.0224 0.8660 2454755.0249 2.5899 1.3625 0.9991 1.0212 0.8659 2454796.9490 2.7163 0.5137 0.9993 1.0231 0.8661 2454841.8931 2.9791 0.4000 0.9989 1.0319 0.8660 2455157.8721 2.3018 0.4000 0.9990 1.0509 0.8659 2455169.8568 2.2417 0.4848 0.9976 1.0559 0.8661 2455537.0086 2.6318 0.4488 0.9982 1.0825 0.8659 324 C.4 31 Peg

Table C.57: 31 Peg Hα Measurements

Central HJD EqW σ(EqW) Continuum Height 2453624.7470 -16.8595 2.1465 0.9918 4.0506 2453645.6670 -18.7819 2.8679 0.9805 4.2654 2453672.6510 -18.3645 1.4899 0.9917 4.1964 2454295.7490 -22.3793 1.6870 1.0015 5.7219 2454303.8050 -22.5388 1.3582 1.0110 5.9442 2454355.7680 -21.3784 0.7174 0.9860 5.3405 2454674.8250 -27.4617 2.6762 0.9837 6.9541 2455077.7050 -25.0135 1.5729 0.9841 7.0712 2455477.6570 -19.3219 2.0025 0.9938 5.9022 2455500.6160 -20.8765 2.8095 0.9944 6.2641

Table C.58: 31 Peg HeI λ5876Å Measurements 325 Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453624.7470 0.1025 0.4140 0.9759 1.0233 0.5868 1.0060 0.5879 1.0086 0.6948 0.0036 2453645.6670 -0.1177 0.4834 0.9727 0.9968 0.5874 1.0195 0.5884 1.0333 0.5842 0.0034 2453672.6510 0.1563 0.3521 0.9870 0.9772 0.5873 1.0201 0.5878 1.0118 1.7069 0.0036 2454295.7490 -0.0298 0.4287 0.9856 0.7086 0.5873 1.0486 0.5878 1.0294 1.6545 0.8646 2454303.8050 -0.0338 0.2546 0.9920 0.5929 0.5874 1.0685 0.5878 1.0364 1.8858 0.2285 2454355.7680 -0.0541 0.1960 0.9902 0.8591 0.5873 1.0403 0.5879 1.0287 1.4051 0.2049 2454674.8250 0.0548 0.3961 0.9887 0.4118 0.5874 1.0286 0.5878 1.0760 0.3763 0.7580 2455077.7050 0.0043 0.4636 0.9904 1.1309 0.5874 1.0765 0.5885 1.0270 2.8300 0.0021 2455477.6570 -0.3083 0.8649 0.9700 1.1234 0.5873 1.0703 0.5878 1.0669 1.0506 0.0052 2455500.6160 -0.0383 0.3674 0.9906 0.9059 0.5874 1.0623 0.5878 1.0581 1.0714 0.2494

Table C.59: 31 Peg Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454295.7490 -1.3683 1.0978 0.9962 0.7272 0.4861 1.8423 0.4862 1.8240 1.0223 0.0016 2454303.8050 -0.9758 1.0621 1.0020 0.2679 0.4861 1.8482 0.4862 1.8787 0.9653 0.0047 2454355.7680 -0.6389 1.1023 1.0140 0.9054 0.4861 1.7273 0.4862 1.7075 1.0279 0.0369 2454674.8250 -2.3687 1.5792 0.9456 0.5881 0.4861 1.9952 0.4862 1.9770 1.0186 0.0130 2455077.7050 0.2076 1.2250 1.0122 0.9923 0.4861 1.8615 0.4862 1.8424 1.0227 0.0024 Continued on Next Page… Table C.59 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455477.6570 0.4882 2.3846 1.0264 1.0856 0.4861 1.6859 0.4862 1.6404 1.0710 0.0035 2455500.6160 -0.5006 1.0040 0.9989 0.8283 0.4861 1.8693 0.4862 1.8308 1.0463 0.6161

Table C.60: 31 Peg FeII λ5316Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453624.7470 -0.0552 0.5820 1.0048 1.0554 0.5316 1.0977 0.5318 1.0975 1.0024 0.0016 2453645.6670 -0.2430 0.3615 1.0012 1.0703 0.5315 1.0928 0.5318 1.0904 1.0262 0.0010 2453672.6510 -0.2638 0.4274 1.0014 1.0551 0.5316 1.1011 0.5318 1.0890 1.1358 0.0009 2454295.7490 -0.6004 0.4079 0.9852 1.1132 0.5316 1.1072 0.5318 1.1083 0.9894 0.0010 2454303.8050 -0.3469 0.3361 1.0011 1.0770 0.5316 1.1020 0.5318 1.1110 0.9190 0.0012 2454355.7680 -0.2942 0.2117 1.0000 1.0568 0.5316 1.0945 0.5318 1.0972 0.9723 0.0007 2454674.8250 -0.3382 0.3392 0.9967 1.0754 0.5316 1.0982 0.5318 1.1213 0.8100 0.0020 2455077.7050 -0.0637 0.5241 0.9979 1.0225 0.5316 1.0389 0.5318 1.0348 1.1173 0.0023 2455477.6570 -0.0806 0.9858 0.9868 1.0450 0.5315 1.0531 0.5317 1.0424 1.2530 0.0241 2455500.6160 0.1730 0.3987 0.9997 1.0075 0.5312 1.0217 0.5317 1.0197 1.1004 0.3445 326

Table C.61: 31 Peg Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -16.8017 1.2974 1.0000 1.8094 2.1661 2454352.9770 -15.9626 0.9257 0.9998 1.7784 2.1664 2454382.7020 -19.1207 1.1472 1.0000 1.9145 2.1661 2454432.7470 -19.4090 1.0847 0.9999 1.9212 2.1666 2455412.9140 -17.0027 0.5243 0.9996 2.2196 2.1661

Table C.62: 31 Peg Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -13.9532 0.7551 1.0018 1.7230 1.7368 2454352.9770 -13.1095 0.5063 1.0014 1.7367 1.7367 2454382.7020 -14.2648 0.5897 1.0022 1.8553 1.7368 2454432.7470 -13.8240 0.7052 1.0011 1.8301 1.7368 2455412.9140 -5.8935 0.0677 0.9992 1.5717 1.7368 Continued on Next Page… Table C.62 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.63: 31 Peg Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -14.1071 0.3929 0.9998 1.7553 1.6809 2454352.9770 -12.8064 0.2364 0.9998 1.7502 1.6812 2454382.7020 -14.3274 0.2561 0.9999 1.8583 1.6813 2454432.7470 -14.8888 0.3003 0.9998 1.8840 1.6813 2455412.9140 -5.1470 0.1474 0.9999 1.4833 1.6813

Table C.64: 31 Peg Br 12 Measurements

Central Central 327 HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -14.2274 0.5143 1.0001 1.7795 1.6411 2454352.9770 -12.7496 0.2277 1.0000 1.7349 1.6413 2454382.7020 -14.3233 0.3590 1.0001 1.8261 1.6415 2454432.7470 -14.8856 0.2559 0.9999 1.8696 1.6415 2455412.9140 -4.6953 0.1755 1.0000 1.4350 1.6410

Table C.65: 31 Peg Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -14.6359 0.2935 1.0002 1.7873 1.6113 2454352.9770 -13.6997 0.0629 1.0003 1.7500 1.6115 2454382.7020 -15.7270 0.1747 0.9999 1.8679 1.6117 2454432.7470 -15.5551 0.1622 1.0003 1.8900 1.6117 2455412.9140 -4.9773 0.1145 0.9999 1.4019 1.6112 Table C.66: 31 Peg Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -13.1737 0.3655 1.0000 1.7428 1.5883 2454352.9770 -12.3739 0.1605 1.0000 1.7198 1.5886 2454382.7020 -13.6846 0.2758 1.0000 1.8345 1.5887 2454432.7470 -14.3644 0.3251 0.9999 1.8584 1.5887 2455412.9140 -3.3936 0.1272 1.0000 1.3295 1.5882

Table C.67: 31 Peg Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -12.3081 0.1949 1.0000 1.6838 1.5706 2454352.9770 -11.0229 0.0428 1.0001 1.6238 1.5704 2454382.7020 -12.6159 0.2878 1.0002 1.7680 1.5706 2454432.7470 -12.7960 0.0757 1.0000 1.7477 1.5706 2455412.9140 -2.8171 0.1230 1.0000 1.2887 1.5705 328

Table C.68: 31 Peg Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -12.0803 0.2871 0.9998 1.6911 1.5560 2454352.9770 -10.6128 0.1774 0.9998 1.6143 1.5563 2454382.7020 -12.1384 0.2772 1.0002 1.7256 1.5561 2454432.7470 -12.7231 0.3018 1.0009 1.7491 1.5564 2455412.9140 -2.9168 0.0574 1.0001 1.2717 1.5560

Table C.69: 31 Peg Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -11.2897 0.4169 0.9997 1.6486 1.5443 2454352.9770 -9.8658 0.3161 0.9998 1.5597 1.5446 2454382.7020 -11.4358 0.2046 0.9998 1.6913 1.5444 2454432.7470 -11.5718 0.1459 0.9995 1.6653 1.5447 2455412.9140 -2.6553 0.1385 0.9998 1.2335 1.5443 Continued on Next Page… Table C.69 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.70: 31 Peg Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -10.1711 0.0964 1.0015 1.5824 1.5347 2454352.9770 -8.8087 0.4000 1.0005 1.5050 1.5345 2454382.7020 -10.4739 0.2499 1.0006 1.6321 1.5347 2454432.7470 -10.4562 0.7444 1.0007 1.6028 1.5346 2455412.9140 -2.4875 0.4000 1.0004 1.2053 1.5346

Table C.71: 31 Peg Br 19 Measurements

Central Central 329 HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -9.1013 0.4000 0.9997 1.5134 1.5266 2454352.9770 -7.7486 0.4000 1.0013 1.4548 1.5264 2454382.7020 -9.2438 0.4000 1.0002 1.5653 1.5266 2454432.7470 -9.2982 0.4000 0.9999 1.5484 1.5266 2455412.9140 -2.2020 0.4000 0.9999 1.1786 1.5265

Table C.72: 31 Peg Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -7.7430 0.6131 1.0006 1.4367 1.5197 2454352.9770 -6.6736 0.4000 0.9998 1.3949 1.5196 2454382.7020 -8.0528 0.3906 1.0002 1.4916 1.5197 2454432.7470 -7.9823 0.4000 0.9995 1.4749 1.5197 2455412.9140 -1.8661 0.4000 1.0000 1.1516 1.5196 Table C.73: 31 Peg HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -2.5431 0.3492 1.0005 1.0833 2.0586 2454352.9770 -2.7485 0.5757 1.0006 1.1114 2.0590 2454382.7020 -3.3611 0.5238 1.0006 1.1002 2.0586 2454432.7470 -2.6093 0.4812 1.0006 1.0980 2.0591 2455412.9140 -4.9773 0.3516 1.0002 1.1950 2.0586

Table C.74: 31 Peg HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -2.5044 0.2627 1.0001 1.1790 1.0833 2454352.9770 -2.6670 0.2609 0.9999 1.2269 1.0835 2454382.7020 -2.5982 0.2828 0.9997 1.1935 1.0833 2454432.7470 -2.6347 0.2120 0.9999 1.2059 1.0836 2455412.9140 -2.9557 0.1558 0.9998 1.2349 1.0832 330

Table C.75: 31 Peg Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0040 -11.3265 0.6469 0.9997 2.1998 1.2821 2454352.9770 -10.5087 0.2492 1.0000 2.1126 1.2823 2454382.7020 -11.2250 0.2986 0.9999 2.2258 1.2821 2454432.7470 -11.9413 0.3644 1.0001 2.2524 1.2824 2455412.9140 -10.5051 0.4936 1.0002 2.5570 1.2821 C.5 48 Per

Table C.76: 48 Per Hα Measurements

Central HJD EqW σ(EqW) Continuum Height 2449770.5400 -23.2835 1.0499 0.9773 5.8475 2449788.5380 -23.0323 1.0412 0.9792 5.7696 2451510.7260 -25.3206 1.0717 0.9820 6.3186 2451512.7360 -25.2496 1.4811 0.9813 6.1371 2451523.7240 -24.5562 1.6337 0.9892 6.2549 2451568.5750 -25.1516 1.8970 0.9755 6.1368 2451828.8430 -24.7569 1.2670 0.9746 6.2423 2451838.7840 -25.3559 2.3457 0.9804 6.5427 2451920.6300 -24.9914 1.1642 0.9822 6.2902 2452219.7270 -25.4297 0.9315 0.9819 6.3667 2452264.7190 -25.4653 0.9259 0.9807 6.3637 2452300.6710 -25.3946 0.8554 0.9801 6.3661 2452320.5280 -24.9014 1.5578 0.9896 6.3201 2452615.6830 -26.7887 2.1078 0.9764 6.5407 2452833.7910 -25.9782 1.2478 0.9706 6.4809 2452964.7100 -25.6160 1.6711 0.9796 6.4780 2452975.7450 -25.7972 1.4072 0.9818 6.4352 331 2453288.8080 -26.6137 1.6411 0.9760 6.5850 2453635.8960 -26.4975 1.7622 0.9813 6.7400 2453641.8560 -26.4403 1.8748 0.9770 6.5700 2453641.8560 -26.5930 1.9804 0.9746 6.6050 2453673.8400 -26.2331 1.1624 0.9773 6.6252 2453722.6420 -26.4064 1.4688 0.9782 6.5672 2453750.6230 -26.3034 1.2197 0.9814 6.6351 2453814.5710 -26.3013 0.9828 0.9825 6.6100 2453986.9190 -26.1775 1.1768 0.9780 6.6604 2454005.8080 -26.1336 1.0528 0.9778 6.6079 2454038.8550 -26.5111 1.0083 0.9797 6.6182 2454061.7510 -26.8177 1.0502 0.9765 6.7639 2454079.7870 -26.5362 1.4163 0.9804 6.6618 2454079.7870 -25.8970 1.2992 0.9860 6.5467 2454118.6070 -26.5627 1.4027 0.9820 6.6286 2454155.5920 -26.5697 1.1725 0.9760 6.6023 2454432.7530 -25.7176 1.0020 0.9904 6.6231 2454761.7040 -26.0613 0.8044 0.9938 6.6847 2454798.8110 -26.3392 1.0613 0.9844 6.6735 2454867.5490 -25.7576 1.6124 0.9996 6.6153 2454892.5330 -25.5090 1.8914 1.0021 6.6952 2455171.6740 -26.4853 2.8369 0.9912 6.8443 2455225.5440 -26.5742 2.2959 0.9895 6.7537 2455470.8580 -26.0521 1.2675 0.9974 6.6827 2455509.7960 -26.1594 0.8169 0.9884 6.6969 Table C.77: 48 Per HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2449770.5400 0.2093 0.2231 0.9954 1.0016 2449788.5380 0.2150 0.2162 0.9939 0.9952 2451510.7260 0.1795 0.2414 0.9956 1.0077 2451512.7360 -0.0159 0.3658 0.9902 1.0144 2451523.7240 0.1112 0.5032 0.9889 0.9949 2451568.5750 0.5105 0.4325 0.9904 0.9734 2451828.8430 0.4724 0.2395 0.9940 0.9698 2451838.7840 0.1376 0.6447 0.9748 0.9214 2451920.6300 0.4032 0.3611 0.9899 1.0071 2452219.7270 0.4402 0.2199 0.9914 0.9816 2452264.7190 0.4769 0.2377 0.9944 1.0123 2452300.6710 0.4510 0.2339 0.9933 0.9896 2452320.5280 0.4428 0.6503 0.9872 0.9348 2452615.6830 0.4813 0.6351 0.9883 1.0185 2452833.7910 0.3740 0.3147 0.9847 1.0071 2452964.7100 0.3913 0.1532 0.9884 0.9862 2452975.7450 0.4584 0.1972 0.9926 0.9770 2453288.8080 0.3755 0.4679 0.9831 1.0196 2453635.8960 0.2840 0.3875 0.9793 1.0153 2453641.8560 0.3390 0.4056 0.9829 1.0312 2453641.8560 0.3382 0.3628 0.9815 1.0178 332 2453673.8400 0.5232 0.2501 0.9962 0.9922 2453722.6420 0.4773 0.2648 0.9920 0.9837 2453750.6230 0.4325 0.2963 0.9914 0.9954 2453814.5710 0.4795 0.2300 0.9939 0.9883 2453986.9190 0.3137 0.3151 0.9769 0.9968 2454005.8080 0.3516 0.3214 0.9808 0.9924 2454038.8550 0.4722 0.2290 0.9918 0.9791 2454061.7510 0.4571 0.2801 0.9915 0.9989 2454079.7870 0.4831 0.2490 0.9908 1.0381 2454079.7870 0.4246 0.4007 0.9899 0.9982 2454118.6070 0.5968 0.3182 0.9987 0.9968 2454155.5920 0.4578 0.2323 0.9941 0.9884 2454432.7530 0.3348 0.4225 0.9951 0.6542 2454761.7040 0.3324 0.3613 0.9893 0.9458 2454798.8110 0.2933 0.3775 0.9885 1.0487 2454867.5490 0.3269 0.4057 0.9914 0.8861 2454892.5330 0.6156 0.6432 0.9890 1.0280 2455171.6740 -0.0803 1.2109 0.9659 1.0025 2455225.5440 0.1401 0.9729 0.9713 0.8378 2455470.8580 0.3653 0.6268 0.9906 0.5576 2455509.7960 0.2768 0.3154 0.9915 0.7421 Table C.78: 48 Per Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454432.8000 1.1192 1.1934 1.0095 0.5549 0.4861 1.3703 0.4862 1.3484 1.0630 0.0027 2454761.7000 1.8443 1.0550 1.0277 0.8004 0.4861 1.3828 0.4862 1.3610 1.0605 0.0017 2454798.8000 2.2320 0.9717 1.0277 1.0333 0.4861 1.3976 0.4862 1.3595 1.1060 0.0025 2454867.5000 1.8859 1.2886 1.0382 0.8042 0.4861 1.4257 0.4862 1.3885 1.0958 0.0026 2454892.5000 1.6252 2.3164 1.0307 0.9553 0.4861 1.4142 0.4862 1.3663 1.1310 0.0044 2455171.7000 3.0461 3.3380 1.0971 0.9515 0.4861 1.4481 0.4862 1.3577 1.2528 0.0064 2455225.5000 1.3852 2.6053 1.0350 0.8784 0.4861 1.4315 0.4862 1.3644 1.1839 0.0039 2455470.9000 1.4641 2.7065 1.0346 0.6306 0.4861 1.3882 0.4862 1.3036 1.2788 0.0047 2455509.8000 1.3064 0.9664 1.0147 0.4182 0.4861 1.3704 0.4862 1.3171 1.1682 0.0018

Table C.79: 48 Per FeII λ5316Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451510.7260 -0.3201 0.2084 0.9912 1.0706 0.5316 1.0851 0.5318 1.0660 1.2888 0.0007 2451512.7360 -0.2347 0.4855 0.9946 1.0690 0.5316 1.0843 0.5318 1.0809 1.0417 0.0008

333 2451523.7240 -0.1140 0.5824 1.0006 1.0499 0.5316 1.0678 0.5318 1.0725 0.9349 0.0013 2451568.5750 -0.3631 0.5031 0.9826 1.0576 0.5316 1.0782 0.5317 1.0665 1.1759 0.0012 2451828.8430 -0.4044 0.2483 0.9833 1.0679 0.5316 1.0823 0.5318 1.0718 1.1461 0.0006 2451838.7840 -0.2154 0.9021 1.0031 1.0371 0.5316 1.1219 0.5317 1.0866 1.4075 0.0017 2451920.6300 -0.3148 0.4861 0.9910 1.0624 0.5316 1.1011 0.5318 1.0732 1.3815 0.0011 2452219.7270 -0.3325 0.1674 0.9919 1.0517 0.5316 1.0877 0.5318 1.0729 1.2031 0.0006 2452264.7190 -0.3491 0.2435 0.9884 1.0714 0.5316 1.0801 0.5318 1.0699 1.1457 0.0021 2452300.6710 -0.2133 0.2654 0.9929 1.0680 0.5316 1.0776 0.5318 1.0636 1.2196 0.0007 2452320.5280 -0.3104 1.2276 0.9842 1.0433 0.5316 1.0810 0.5317 1.0751 1.0789 0.0018 2452615.6830 -0.5613 0.6243 0.9692 1.0241 0.5316 1.1011 0.5318 1.0833 1.2137 0.0016 2452833.7910 -0.2380 0.2726 0.9943 1.0678 0.5316 1.0871 0.5317 1.0792 1.0995 0.0008 2452964.7100 -0.2603 0.1454 0.9966 1.0622 0.5316 1.0835 0.5317 1.0718 1.1637 0.0005 2452975.7450 -0.3292 0.1778 0.9946 1.0631 0.5316 1.0854 0.5318 1.0768 1.1121 0.0005 2453288.8080 -0.3845 0.4319 0.9808 1.0641 0.5316 1.0789 0.5317 1.0769 1.0264 0.0010 2453635.8960 -0.2158 0.3544 0.9991 1.0651 0.5316 1.0895 0.5317 1.0880 1.0162 0.0010 2453641.8560 -0.3168 0.4325 0.9874 1.0682 0.5316 1.0814 0.5317 1.0693 1.1746 0.0009 2453641.8560 -0.3034 0.3996 0.9895 1.0680 0.5316 1.0839 0.5317 1.0710 1.1820 0.0009 2453673.8400 -0.2347 0.1733 0.9947 1.0542 0.5316 1.0776 0.5317 1.0721 1.0764 0.0007 2453722.6420 -0.2033 0.1867 0.9954 1.0604 0.5316 1.0873 0.5317 1.0676 1.2907 0.0008 2453750.6230 -0.4300 0.2743 0.9850 1.0698 0.5316 1.0892 0.5318 1.0810 1.1014 0.0007 2453814.5710 -0.3293 0.1709 0.9935 1.0725 0.5316 1.0869 0.5318 1.0827 1.0506 0.0006 2453986.9190 -0.3789 0.1580 0.9944 1.0745 0.5316 1.0951 0.5318 1.0821 1.1586 0.0006 2454005.8080 -0.2635 0.2431 0.9986 1.0660 0.5316 1.0884 0.5317 1.0726 1.2176 0.0007 2454038.8550 -0.2543 0.2523 0.9962 1.0661 0.5316 1.0870 0.5318 1.0705 1.2341 0.0006 2454061.7510 -0.2690 0.1913 0.9956 1.0745 0.5316 1.0892 0.5317 1.0754 1.1839 0.0006 2454079.7870 -0.2192 0.1755 0.9949 1.0623 0.5316 1.0752 0.5318 1.0726 1.0360 0.0007 2454079.7870 -0.1959 0.4147 0.9961 1.0687 0.5316 1.0898 0.5318 1.0821 1.0935 0.0014 2454118.6070 -0.3735 0.3355 0.9859 1.0637 0.5316 1.0866 0.5318 1.0658 1.3153 0.0009 2454155.5920 -0.2339 0.1947 0.9974 1.0617 0.5316 1.0839 0.5317 1.0748 1.1217 0.0007 Continued on Next Page… Table C.79 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454432.7530 -0.3973 0.5093 0.9727 1.0765 0.5316 1.0964 0.5317 1.0828 1.1650 0.0017 2454761.7040 -0.3951 0.2991 0.9852 1.0674 0.5316 1.0898 0.5317 1.0730 1.2296 0.0024 2454798.8110 -0.4281 0.3114 0.9798 1.0590 0.5316 1.0917 0.5318 1.0759 1.2079 0.0017 2454867.5490 -0.4814 0.6011 0.9784 1.0441 0.5316 1.0962 0.5318 1.0979 0.9825 0.0029 2454892.5330 -0.3194 0.6464 0.9600 1.0439 0.5315 1.1055 0.5318 1.0766 1.3776 0.0026 2455171.6740 -0.6400 1.0027 0.9535 1.0757 0.5316 1.0878 0.5318 1.0914 0.9601 0.0036 2455225.5440 -0.1177 1.2484 0.9917 1.0287 0.5316 1.1091 0.5318 1.0935 1.1670 0.0042 2455470.8580 -0.6888 1.0309 0.9625 1.0239 0.5316 1.1017 0.5318 1.0893 1.1389 0.0026 2455509.7960 -0.4847 0.3077 0.9856 1.0553 0.5316 1.1009 0.5318 1.0936 1.0786 0.0026

Table C.80: 48 Per Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1089 -14.5440 2.1872 0.9987 1.9473 2.1660 2453723.9384 -14.6932 1.9728 0.9996 1.9392 2.1661 2453737.9459 -14.8230 2.2334 0.9995 1.9315 2.1661 2454070.8864 -15.0041 1.5840 0.9995 1.9796 2.1663

334 2454150.8105 -15.0263 1.8329 0.9995 1.9620 2.1665 2454383.0304 -15.3780 1.7262 0.9995 1.9416 2.1657 2454433.0946 -16.6823 2.0569 0.9996 2.0534 2.1662 2454755.0443 -15.3782 1.5086 0.9998 1.9302 2.1658 2454796.9674 -14.2918 1.9867 0.9996 1.9493 2.1663 2454841.9092 -14.8011 1.9131 0.9994 1.9584 2.1662 2455442.0096 -15.8430 0.4000 0.9994 2.0104 2.1660 2455536.9921 -15.3209 1.6946 0.9994 1.9865 2.1663

Table C.81: 48 Per Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -4.7410 0.4538 1.0078 1.3695 1.7364 2453723.9380 -5.2139 0.3606 1.0079 1.3841 1.7369 2453737.9460 -5.4382 0.4528 1.0083 1.3997 1.7368 2454070.8860 -5.0495 0.5175 1.0072 1.3894 1.7366 2454150.8100 -6.1580 0.6913 1.0072 1.3988 1.7368 2454383.0300 -5.2014 0.1745 1.0073 1.4015 1.7366 2454433.0950 -4.7226 0.5594 1.0068 1.3721 1.7365 2454755.0440 -4.8484 0.4920 1.0072 1.3816 1.7366 2454796.9670 -4.7981 0.4039 1.0067 1.3777 1.7366 2454841.9090 -4.9827 0.3491 1.0070 1.3735 1.7369 2455442.0100 -4.5447 0.4000 1.0076 1.3563 1.7363 Continued on Next Page… Table C.81 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455536.9920 -4.7598 0.4206 1.0077 1.3815 1.7366

Table C.82: 48 Per Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -4.5002 0.4713 0.9998 1.3521 1.6808 2453723.9380 -4.7427 0.5179 0.9998 1.3646 1.6813 2453737.9460 -4.2893 0.5802 0.9999 1.3607 1.6813 2454070.8860 -4.3901 0.4089 0.9998 1.3597 1.6811 2454150.8100 -4.6075 0.4422 1.0000 1.3670 1.6812 2454383.0300 -4.2769 0.3896 0.9998 1.3607 1.6811 2454433.0950 -4.2375 0.3944 0.9999 1.3544 1.6810 2454755.0440 -4.8770 0.4084 0.9999 1.3688 1.6811 2454796.9670 -3.9873 0.4775 0.9999 1.3498 1.6810 2454841.9090 -4.4826 0.4297 0.9999 1.3495 1.6814 2455442.0100 -4.1197 0.4000 0.9999 1.3474 1.6808 2455536.9920 -4.3429 0.4658 0.9998 1.3697 1.6810 335

Table C.83: 48 Per Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -3.9933 0.4452 0.9995 1.3280 1.6410 2453723.9380 -4.3531 0.5117 0.9996 1.3356 1.6411 2453737.9460 -4.2566 0.4279 0.9997 1.3410 1.6415 2454070.8860 -3.8362 0.3498 0.9997 1.3306 1.6412 2454150.8100 -4.2325 0.5148 0.9997 1.3368 1.6414 2454383.0300 -4.4547 0.3958 0.9997 1.3459 1.6412 2454433.0950 -3.9105 0.4290 0.9997 1.3370 1.6412 2454755.0440 -4.2630 0.3900 0.9997 1.3328 1.6412 2454796.9670 -3.9110 0.4387 0.9996 1.3290 1.6412 2454841.9090 -4.2305 0.4929 0.9995 1.3173 1.6411 2455442.0100 -4.5759 0.4000 0.9996 1.3428 1.6410 2455536.9920 -3.9344 0.4423 0.9996 1.3378 1.6412 Table C.84: 48 Per Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -4.5699 0.7588 0.9976 1.3299 1.6112 2453723.9380 -4.5664 0.4217 0.9975 1.3260 1.6113 2453737.9460 -3.9732 0.4136 0.9982 1.3086 1.6117 2454070.8860 -4.8808 0.2606 0.9971 1.3375 1.6114 2454150.8100 -5.0743 0.1795 0.9977 1.3443 1.6116 2454383.0300 -4.7988 0.2830 0.9972 1.3309 1.6114 2454433.0950 -4.6586 0.2332 0.9978 1.3326 1.6114 2454755.0440 -4.9899 0.2513 0.9977 1.3321 1.6114 2454796.9670 -4.7416 0.2508 0.9972 1.3251 1.6114 2454841.9090 -5.0426 0.3963 0.9976 1.3302 1.6113 2455442.0100 -4.1011 0.4000 0.9978 1.3084 1.6112 2455536.9920 -4.5251 0.4357 0.9973 1.3325 1.6114

Table C.85: 48 Per Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 336 2453640.1090 -4.8753 0.5969 1.0001 1.3165 1.5882 2453723.9380 -5.0244 0.5311 1.0002 1.3410 1.5887 2453737.9460 -5.3085 0.5514 1.0002 1.3312 1.5887 2454070.8860 -4.7202 0.4106 1.0002 1.3280 1.5885 2454150.8100 -4.9431 0.4319 1.0003 1.3281 1.5887 2454383.0300 -4.9624 0.4676 1.0002 1.3271 1.5885 2454433.0950 -4.8889 0.4221 1.0002 1.3287 1.5884 2454755.0440 -4.5796 0.4308 1.0002 1.3267 1.5884 2454796.9670 -4.0547 0.4941 1.0002 1.3126 1.5884 2454841.9090 -5.2140 0.4514 1.0002 1.3387 1.5888 2455442.0100 -4.9173 0.4000 1.0001 1.3263 1.5882 2455536.9920 -4.5483 0.5202 1.0002 1.3269 1.5884

Table C.86: 48 Per Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -3.7053 0.0775 0.9998 1.2571 1.5705 2453723.9380 -3.5505 0.1810 0.9998 1.2599 1.5706 2453737.9460 -3.3686 0.2544 1.0001 1.2647 1.5706 2454070.8860 -3.6335 0.1914 1.0001 1.2643 1.5707 2454150.8100 -3.2679 0.1762 1.0002 1.2561 1.5705 2454383.0300 -3.5148 0.1524 1.0000 1.2613 1.5703 2454433.0950 -3.2984 0.4000 1.0000 1.2551 1.5707 Continued on Next Page… Table C.86 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454755.0440 -3.4259 0.0494 1.0001 1.2574 1.5703 2454796.9670 -3.3203 0.1258 1.0001 1.2490 1.5703 2454841.9090 -3.9140 0.1255 0.9999 1.2652 1.5706 2455442.0100 -3.5206 0.4000 0.9999 1.2575 1.5705 2455536.9920 -3.3164 0.1073 1.0000 1.2541 1.5707

Table C.87: 48 Per Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -4.4451 0.0289 1.0004 1.2720 1.5560 2453723.9380 -4.2137 0.4000 1.0014 1.2685 1.5561 2453737.9460 -4.2867 0.1620 1.0006 1.2735 1.5560 2454070.8860 -4.1846 0.1872 1.0004 1.2758 1.5562 2454150.8100 -4.5154 0.2878 1.0006 1.2809 1.5564 2454383.0300 -4.1277 0.0241 1.0003 1.2629 1.5558 2454433.0950 -4.5274 0.1493 1.0010 1.2819 1.5561 2454755.0440 -4.0531 0.0628 1.0006 1.2578 1.5558

337 2454796.9670 -4.1547 0.2067 1.0006 1.2676 1.5562 2454841.9090 -4.2712 0.2082 1.0009 1.2664 1.5561 2455442.0100 -4.4944 0.4000 1.0003 1.2793 1.5559 2455536.9920 -4.3071 0.2145 1.0007 1.2778 1.5562

Table C.88: 48 Per Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -4.6453 0.3552 1.0004 1.2610 1.5443 2453723.9380 -4.7619 0.5585 1.0002 1.2661 1.5444 2453737.9460 -4.6683 0.2739 1.0002 1.2559 1.5443 2454070.8860 -4.6853 0.3748 1.0002 1.2621 1.5445 2454150.8100 -4.8831 0.4155 0.9999 1.2680 1.5447 2454383.0300 -4.6219 0.1611 1.0004 1.2582 1.5441 2454433.0950 -4.6206 0.3301 1.0001 1.2623 1.5444 2454755.0440 -4.5140 0.3436 1.0001 1.2504 1.5441 2454796.9670 -4.5507 0.3258 1.0003 1.2494 1.5445 2454841.9090 -4.5766 0.1368 0.9999 1.2567 1.5444 2455442.0100 -4.6646 0.4000 1.0004 1.2605 1.5442 2455536.9920 -4.4587 0.2676 1.0002 1.2572 1.5445 Table C.89: 48 Per Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -3.9179 0.4000 0.9998 1.2384 1.5346 2453723.9380 -4.1154 0.5836 0.9995 1.2492 1.5347 2453737.9460 -4.0021 0.2006 0.9994 1.2390 1.5346 2454070.8860 -3.9899 0.1752 0.9997 1.2403 1.5348 2454150.8100 -4.0543 0.4000 0.9995 1.2437 1.5350 2454383.0300 -4.0513 0.4000 0.9997 1.2379 1.5344 2454433.0950 -4.1076 0.4000 1.0002 1.2389 1.5347 2454755.0440 -3.9703 0.1907 0.9997 1.2350 1.5344 2454796.9670 -3.8664 0.2104 0.9996 1.2304 1.5348 2454841.9090 -4.0026 0.1519 0.9994 1.2406 1.5347 2455442.0100 -3.9662 0.4000 1.0007 1.2418 1.5346 2455536.9920 -3.9420 0.1815 0.9998 1.2379 1.5348

Table C.90: 48 Per Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 338 2453640.1090 -3.7992 0.4000 1.0007 1.2144 1.5265 2453723.9380 -3.9112 0.4000 0.9985 1.2232 1.5266 2453737.9460 -3.8803 0.4000 0.9993 1.2202 1.5266 2454070.8860 -3.9112 0.4000 1.0007 1.2187 1.5263 2454150.8100 -3.8016 0.4000 1.0002 1.2145 1.5265 2454383.0300 -3.9589 0.4000 0.9994 1.2214 1.5263 2454433.0950 -3.8832 0.4000 0.9987 1.2165 1.5267 2454755.0440 -3.8807 0.4000 0.9993 1.2177 1.5263 2454796.9670 -3.7985 0.4000 0.9995 1.2103 1.5263 2454841.9090 -3.8476 0.4000 0.9992 1.2192 1.5266 2455442.0100 -4.0556 0.4000 0.9977 1.2215 1.5265 2455536.9920 -3.8331 0.4000 0.9996 1.2176 1.5263

Table C.91: 48 Per Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -3.5444 0.4000 0.9999 1.1929 1.5196 2453723.9380 -3.7525 0.1594 1.0004 1.2047 1.5197 2453737.9460 -3.7218 0.4000 1.0007 1.2093 1.5197 2454070.8860 -3.6248 0.3483 0.9996 1.1985 1.5194 2454150.8100 -3.5971 0.4000 1.0006 1.1970 1.5200 2454383.0300 -3.6060 0.6058 1.0001 1.2012 1.5195 2454433.0950 -3.5441 0.4620 1.0008 1.1963 1.5198 Continued on Next Page… Table C.91 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454755.0440 -3.5677 0.4000 1.0004 1.1954 1.5194 2454796.9670 -3.4222 0.4000 1.0000 1.1878 1.5194 2454841.9090 -3.6050 0.6717 1.0004 1.1968 1.5198 2455442.0100 -3.5215 0.4000 1.0003 1.1972 1.5196 2455536.9920 -3.5326 0.5724 1.0003 1.1970 1.5194

Table C.92: 48 Per Br HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -0.0451 1.8053 1.0001 1.0177 2.0601 2453723.9380 0.1477 1.8744 0.9998 1.0123 2.0603 2453737.9460 1.0510 1.7266 0.9998 1.0222 2.0607 2454070.8860 -0.5407 2.6293 1.0011 1.0286 2.0610 2454150.8100 -0.3070 1.9283 1.0000 1.0280 2.0607 2454383.0300 -0.2291 1.3617 1.0003 1.0179 2.0604 2454433.0950 0.7643 1.7242 0.9981 1.0081 2.0603 2454755.0440 -0.0829 2.8690 0.9997 1.0229 2.0604

339 2454796.9670 -0.0153 2.6895 1.0004 1.0333 2.0609 2454841.9090 0.0803 1.7856 1.0002 1.0254 2.0609 2455442.0100 0.9321 0.4000 0.9997 1.0135 2.0601 2455536.9920 0.1870 1.4178 1.0002 1.0205 2.0604

Table C.93: 48 Per HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 0.2451 0.2366 0.9993 1.0058 1.0819 2453723.9380 0.2909 0.2919 0.9993 1.0036 1.0820 2453737.9460 0.2347 0.2900 0.9994 1.0065 1.0817 2454070.8860 0.0417 0.2910 0.9985 1.0119 1.0818 2454150.8100 0.1270 0.4000 0.9992 1.0126 1.0816 2454383.0300 0.1495 0.2505 0.9993 1.0064 1.0818 2454433.0950 0.2297 0.2883 0.9994 1.0077 1.0817 2454755.0440 0.1442 0.2680 0.9991 1.0064 1.0812 2454796.9670 0.1590 0.2834 0.9991 1.0056 1.0818 2454841.9090 0.2111 0.2950 0.9994 1.0060 1.0820 2455442.0100 0.3332 0.4000 0.9997 1.0054 1.0819 2455536.9920 0.2568 0.2693 0.9993 1.0047 1.0818 Table C.94: 48 Per Br HeI λ1.7µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 0.2199 0.2441 0.9998 1.0035 1.6985 2453723.9380 0.2066 0.1099 0.9997 1.0076 1.6986 2453737.9460 0.0810 0.1058 0.9999 1.0060 1.6986 2454070.8860 0.1930 0.1713 1.0000 1.0051 1.6988 2454150.8100 0.1205 0.2352 0.9998 1.0056 1.7022 2454383.0300 0.1976 0.0735 0.9998 1.0048 1.6984 2454433.0950 0.1789 0.1874 1.0001 1.0064 1.7027 2454755.0440 0.1354 0.1619 0.9999 1.0060 1.6984 2454796.9670 0.2097 0.2626 0.9997 1.0046 1.6987 2454841.9090 0.1915 0.2242 1.0002 1.0041 1.6983 2455442.0100 0.1420 0.4000 0.9999 1.0098 1.6985 2455536.9920 0.1105 0.1283 1.0000 1.0065 1.6987

Table C.95: 48 Per Br Paβ Measurements

Central Central

340 HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -12.2245 2.1562 1.0003 2.5663 1.2821 2453723.9380 -12.8165 2.2183 1.0001 2.5911 1.2822 2453737.9460 -12.4624 2.3790 0.9999 2.5067 1.2821 2454070.8860 -12.2509 1.8548 1.0000 2.5893 1.2823 2454150.8100 -12.5159 2.1018 0.9997 2.6068 1.2824 2454383.0300 -12.5823 1.9806 0.9998 2.5159 1.2820 2454433.0950 -12.3339 2.2123 0.9999 2.6051 1.2822 2454755.0440 -12.7445 2.0669 0.9998 2.4566 1.2823 2454796.9670 -12.2791 1.9985 0.9998 2.5813 1.2822 2454841.9090 -12.6334 1.3456 1.0003 2.5999 1.2822 2455442.0100 -12.5207 0.4000 1.0000 2.6187 1.2820 2455536.9920 -12.3903 2.2034 1.0001 2.6661 1.2822

Table C.96: 48 Per Br Ca II λ0.849µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -1.0209 0.2359 1.0008 1.1518 0.8502 2453723.9380 -1.2584 0.3203 1.0007 1.1748 0.8503 2453737.9460 -1.1069 0.2593 1.0007 1.1669 0.8503 2454070.8860 -1.1536 0.2839 1.0009 1.1574 0.8502 2454150.8100 -1.1073 0.1470 1.0007 1.1589 0.8503 2454383.0300 -1.2113 0.3569 1.0009 1.1673 0.8502 Continued on Next Page… Table C.96 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454433.0950 -1.3986 0.3976 1.0005 1.1697 0.8503 2454755.0440 -1.2476 0.2963 1.0009 1.1640 0.8501 2454796.9670 -1.1922 0.4568 1.0007 1.1566 0.8504 2454841.9090 -1.4457 0.3252 1.0004 1.1826 0.8503 2455442.0100 -1.2467 0.4000 1.0007 1.1711 0.8502 2455536.9920 -1.1262 0.2977 1.0008 1.1605 0.8503

Table C.97: 48 Per Br Ca II λ0.854µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 -1.8467 0.1688 1.0004 1.2378 0.8544 2453723.9380 -1.9386 0.2406 1.0003 1.2443 0.8547 2453737.9460 -1.8640 0.2192 1.0002 1.2397 0.8547 2454070.8860 -1.8360 0.2281 1.0004 1.2361 0.8546 2454150.8100 -1.8911 0.1089 1.0002 1.2416 0.8547 2454383.0300 -1.8591 0.2857 1.0004 1.2288 0.8546 2454433.0950 -1.7441 0.2950 1.0000 1.2309 0.8545

341 2454755.0440 -1.9234 0.2157 1.0003 1.2364 0.8545 2454796.9670 -1.7816 0.3566 1.0002 1.2324 0.8545 2454841.9090 -2.0192 0.2643 1.0001 1.2479 0.8547 2455442.0100 -2.0168 0.4000 1.0003 1.2480 0.8544 2455536.9920 -1.7240 0.2314 1.0003 1.2387 0.8545

Table C.98: 48 Per Br Ca II λ0.866µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1090 0.2938 0.1934 0.9994 1.1514 0.8665 2453723.9380 0.5031 0.5695 1.0004 1.1419 0.8665 2453737.9460 0.7990 0.4000 1.0011 1.1340 0.8668 2454070.8860 0.4090 0.9467 1.0007 1.1484 0.8666 2454150.8100 0.4132 0.4987 1.0008 1.1510 0.8667 2454383.0300 0.5969 0.7612 1.0006 1.1329 0.8666 2454433.0950 0.8763 0.3121 1.0010 1.1350 0.8666 2454755.0440 0.6868 0.7084 1.0004 1.1344 0.8666 2454796.9670 0.8912 0.6546 1.0005 1.1354 0.8666 2454841.9090 0.4746 0.6486 1.0008 1.1420 0.8668 2455442.0100 0.4425 0.4000 1.0000 1.1418 0.8666 2455536.9920 0.2782 0.4000 1.0007 1.1652 0.8666 C.6 59 Cyg

Table C.99: 59 Cyg Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453542.7840 -10.4642 1.5493 1.0108 1.8802 0.6562 1.8786 0.6564 1.8417 1.0438 0.0008 2453620.6600 -10.3345 1.1332 1.0059 1.7674 0.6562 1.7940 0.6565 1.9028 0.8794 0.0007 2453643.5500 -10.9358 2.1644 1.0117 1.8306 0.6561 1.9011 0.6565 1.9777 0.9216 0.0010 2453672.5490 -11.2784 1.1620 1.0062 1.8399 0.6562 1.8680 0.6565 1.9894 0.8773 0.0005 2454304.7190 -10.6347 0.5526 1.0226 1.9328 0.6562 1.9303 0.6564 1.9367 0.9931 0.0008 2454341.7670 -10.4431 0.6531 1.0266 1.9181 0.6562 2.0310 0.6564 1.8309 1.2407 0.0012 2454381.6020 -10.5008 0.8735 1.0123 1.7620 0.6560 1.8220 0.6565 1.8796 0.9345 0.0011 2454432.5300 -11.0352 1.1301 1.0228 1.8398 0.6561 1.9090 0.6565 1.9827 0.9250 0.0008 2454629.8280 -10.7977 0.9609 1.0224 1.8056 0.6560 1.8852 0.6565 1.8810 1.0049 0.0009 2454719.6490 -10.0182 0.7544 1.0212 1.7222 0.6559 1.8132 0.6566 1.7784 1.0448 0.0008 2454749.6150 -10.4603 0.9738 1.0169 1.7058 0.6559 1.8181 0.6566 1.7656 1.0685 0.0007 2454769.5200 -11.0673 1.7344 1.0137 1.8035 0.6560 1.9262 0.6565 1.9095 1.0183 0.0021 2455053.8050 -10.4567 1.3653 1.0136 1.7852 0.6560 1.8618 0.6565 1.8312 1.0368 0.0014 2455056.6660 -10.3125 1.2356 1.0100 1.7081 0.6560 1.8452 0.6565 1.7852 1.0763 0.0011 2455144.5930 -10.1860 1.1881 1.0202 1.7330 0.6559 1.8355 0.6566 1.7471 1.1183 0.0009 2455434.6990 -10.4592 2.9813 1.0182 1.7850 0.6561 2.0254 0.6565 1.8081 1.2690 0.0027

342 2455479.6000 -11.9704 2.3027 0.9807 1.7347 0.6560 1.8331 0.6565 1.8847 0.9416 0.0011 2457267.7660 -12.8803 2.4905 0.9966 1.9257 0.6560 2.1803 0.6564 1.9376 1.2588 0.0012

Table C.100: 59 Cyg HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2453542.7840 -0.2063 0.4806 0.9791 0.9799 2453620.6600 -0.3284 0.4450 0.9773 0.9852 2453643.5500 -0.3358 0.5721 0.9790 0.9710 2453672.5490 -0.1760 0.2822 0.9883 0.9888 2454304.7190 -0.4107 0.2357 0.9903 0.8379 2454341.7670 -0.5169 0.2914 0.9861 0.2324 2454381.6020 -0.4832 0.3778 0.9866 1.1182 2454432.5300 -0.4206 0.4787 0.9922 0.9653 2454629.8280 -0.4280 0.3551 0.9894 0.5792 2454719.6490 -0.4434 0.4083 0.9885 0.9988 2454749.6150 -0.2185 0.4712 0.9983 0.9923 2454769.5200 -0.7114 0.6352 0.9777 0.9993 2455053.8050 -0.6383 0.6938 0.9823 0.8147 2455056.6660 -0.5913 0.8318 0.9714 0.9592 2455144.5930 -0.3561 0.6179 0.9951 0.9545 2455434.6990 -0.5098 1.5757 0.9799 1.0301 2455479.6000 -0.4487 0.8900 0.9946 0.9876 Continued on Next Page… Table C.100 – Continued Central HJD EqW σ(EqW) Continuum Height 2457267.7660 -0.4570 1.2295 0.9884 0.9900

Table C.101: 59 Cyg Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454304.7190 0.2283 0.5450 1.0049 0.7738 0.4859 1.1073 0.4864 1.0899 1.1939 0.0026 2454341.7670 0.1279 0.9871 1.0041 0.4544 0.4859 1.1693 0.4865 1.0747 2.2652 0.0032 2454381.6020 0.7609 1.9710 1.0023 1.0043 0.4859 1.1091 0.4864 1.1151 0.9477 0.0063 2454432.5300 0.6214 1.8567 1.0210 0.7106 0.4859 1.1353 0.4863 1.1270 1.0657 0.0058 2454629.8280 -0.4622 1.5076 0.9842 0.6445 0.4858 1.1838 0.4863 1.1171 1.5698 0.0032 2454719.6490 0.9352 1.4521 1.0211 1.0644 0.4859 1.1434 0.4864 1.0823 1.7429 0.0078 2454749.6150 -0.0149 1.7672 0.9842 1.0528 0.4858 1.1679 0.4864 1.0973 1.7251 0.0041 2454769.5200 -0.2259 1.9091 0.9969 1.0048 0.4859 1.2076 0.4863 1.0983 2.1121 0.0050 2455053.8050 0.5641 1.5077 1.0060 0.8741 0.4858 1.1284 0.4864 1.0723 1.7759 0.0030 2455056.6660 -0.0879 2.8117 0.9620 0.9048 0.4858 1.1511 0.4864 1.0883 1.7103 0.0057 2455144.5930 0.5601 1.5490 1.0008 0.9777 0.4859 1.1399 0.4864 1.0668 2.0941 0.0042 2455434.6990 -0.6271 5.9496 1.0220 0.6373 0.4859 1.3202 0.4862 1.2101 1.5245 0.0136

343 2455479.6000 0.1688 2.7192 0.9931 1.1444 0.4859 1.1652 0.4864 1.1154 1.4312 0.0057

Table C.102: 59 Cyg Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -4.6931 1.3467 0.9996 2.1651 0.0008 0.0002 2.1669 0.0008 0.0002 1.0092 0.1225 2454381.8745 -3.6414 1.4739 0.9995 2.1654 0.0009 0.0002 2.1673 0.0006 0.0001 0.9477 0.0958 2454432.6936 -4.9110 1.3883 0.9995 2.1656 0.0009 0.0003 2.1673 0.0006 0.0002 0.9892 0.0769 2454718.9871 -3.7013 1.3069 0.9994 2.1652 0.0006 0.0001 2.1667 0.0009 0.0002 0.9986 0.1466 2454754.8698 -4.2988 1.2848 0.9999 2.1655 0.0008 0.0002 2.1671 0.0007 0.0001 1.1241 0.1115 2455050.9428 -4.5343 1.4836 0.9993 2.1650 0.0007 0.0002 2.1668 0.0007 0.0002 1.2327 0.1009 2455441.8606 -5.0719 1.4911 0.9998 2.1657 0.0010 0.0003 2.1673 0.0006 0.0001 1.0550 0.0601 2455516.7740 -4.5490 1.0875 0.9999 2.1654 0.0008 0.0003 2.1672 0.0007 0.0001 1.1997 0.0818

Table C.103: 59 Cyg Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -4.8663 0.2624 1.0065 1.7356 0.0006 0.0002 1.7374 0.0006 0.0002 1.1347 0.0555 Continued on Next Page… Table C.103 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454381.8745 -4.9814 0.3659 1.0063 1.7357 0.0008 0.0003 1.7376 0.0006 0.0002 1.0780 0.0694 2454432.6936 -5.3216 0.1159 1.0056 1.7359 0.0006 0.0002 1.7375 0.0006 0.0002 1.0249 0.0910 2454718.9871 -4.8078 0.4862 1.0056 1.7358 0.0007 0.0002 1.7375 0.0006 0.0001 1.2816 0.0568 2454754.8698 -4.7883 0.5368 1.0055 1.7359 0.0008 0.0003 1.7376 0.0004 0.0001 1.2515 0.0468 2455050.9428 -5.1260 0.6539 1.0077 1.7356 0.0006 0.0002 1.7372 0.0006 0.0002 1.2801 0.0775 2455441.8606 -4.9778 0.3038 1.0057 1.7359 0.0007 0.0003 1.7377 0.0006 0.0002 1.3969 0.0552 2455516.7740 -4.7700 0.3722 1.0056 1.7359 0.0006 0.0002 1.7376 0.0006 0.0002 1.4521 0.0617

Table C.104: 59 Cyg Br 11 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -5.0810 0.4780 0.9998 1.6802 0.0006 0.0002 1.6818 0.0006 0.0002 0.9891 0.0718 2454381.8745 -5.3128 0.5941 0.9996 1.6802 0.0007 0.0002 1.6820 0.0007 0.0002 1.0329 0.0956 2454432.6936 -5.6679 0.4314 0.9999 1.6805 0.0007 0.0003 1.6820 0.0006 0.0002 0.9626 0.0781 2454718.9871 -5.1661 0.4988 0.9999 1.6802 0.0006 0.0002 1.6819 0.0007 0.0002 1.1851 0.0643 2454754.8698 -5.4096 0.6122 0.9998 1.6818 -0.0008 -0.0002 1.6803 0.0005 0.0002 1.3871 0.0623 2455050.9428 -4.9069 0.4955 0.9996 1.6801 0.0006 0.0002 1.6816 0.0007 0.0002 1.2580 0.0611

344 2455441.8606 -5.5879 0.4585 0.9998 1.6804 0.0007 0.0003 1.6821 0.0006 0.0002 1.2283 0.0313 2455516.7740 -5.9456 0.4352 0.9998 1.6805 0.0007 0.0003 1.6821 0.0006 0.0002 1.2538 0.0272

Table C.105: 59 Cyg Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -5.5822 0.2688 0.9999 1.6403 0.0007 0.0003 1.6420 0.0006 0.0002 0.9896 0.0640 2454381.8745 -6.2099 0.4860 0.9997 1.6404 0.0008 0.0003 1.6421 0.0006 0.0002 0.9847 0.0872 2454432.6936 -6.1393 0.4063 0.9999 1.6407 0.0008 0.0003 1.6421 0.0005 0.0002 0.9485 0.0632 2454718.9871 -5.0862 0.2096 1.0000 1.6404 0.0007 0.0003 1.6420 0.0007 0.0002 1.1715 0.0818 2454754.8698 -6.0943 0.6377 1.0000 1.6406 0.0008 0.0004 1.6420 0.0004 0.0001 1.2188 0.0587 2455050.9428 -5.8650 0.2917 0.9999 1.6402 0.0007 0.0003 1.6418 0.0007 0.0002 1.2016 0.0821 2455441.8606 -6.0606 0.4379 1.0000 1.6405 0.0007 0.0003 1.6422 0.0006 0.0002 1.2496 0.0203 2455516.7740 -6.1263 0.5407 1.0000 1.6405 0.0007 0.0003 1.6422 0.0006 0.0002 1.2323 0.0271 Table C.106: 59 Cyg Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -6.6269 0.3250 0.9976 1.6105 0.0007 0.0003 1.6121 0.0006 0.0003 0.9686 0.0527 2454381.8745 -7.0030 0.2098 0.9979 1.6106 0.0007 0.0003 1.6123 0.0006 0.0003 0.9927 0.0662 2454432.6936 -6.8980 0.2462 0.9983 1.6107 0.0007 0.0003 1.6122 0.0006 0.0003 0.9602 0.1119 2454718.9871 -5.7396 0.3465 0.9987 1.6105 0.0006 0.0003 1.6122 0.0006 0.0002 1.1721 0.0407 2454754.8698 -6.9375 0.3781 0.9989 1.6107 0.0007 0.0003 1.6122 0.0006 0.0002 1.2629 0.0355 2455050.9428 -7.0567 0.1828 0.9978 1.6104 0.0006 0.0003 1.6119 0.0007 0.0003 1.1722 0.0704 2455441.8606 -7.5495 0.3200 0.9978 1.6107 0.0007 0.0004 1.6124 0.0006 0.0002 1.2236 0.0338 2455516.7740 -7.2599 0.1704 0.9979 1.6108 0.0007 0.0004 1.6124 0.0006 0.0002 1.2032 0.0248

Table C.107: 59 Cyg Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -6.8928 0.4055 0.9998 1.5876 0.0007 0.0003 1.5893 0.0007 0.0003 0.9593 0.0682 2454381.8745 -6.5456 0.3188 1.0001 1.5878 0.0008 0.0003 1.5895 0.0006 0.0002 1.0064 0.0729 2454432.6936 -7.3522 0.3695 0.9999 1.5880 0.0007 0.0003 1.5894 0.0007 0.0003 1.0006 0.1680

345 2454718.9871 -7.3414 0.4060 1.0000 1.5876 0.0005 0.0002 1.5890 0.0009 0.0004 1.1266 0.0666 2454754.8698 -6.5484 0.5070 1.0001 1.5877 0.0005 0.0002 1.5891 0.0008 0.0003 1.1519 0.0903 2455050.9428 -6.5226 0.3106 0.9999 1.5877 0.0007 0.0004 1.5891 0.0005 0.0002 1.1338 0.0659 2455441.8606 -7.2623 0.4233 1.0000 1.5880 0.0008 0.0004 1.5895 0.0004 0.0002 1.1896 0.0197 2455516.7740 -6.6916 0.2178 1.0000 1.5880 0.0007 0.0004 1.5895 0.0006 0.0002 1.1065 0.0431

Table C.108: 59 Cyg Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -5.4828 0.0381 0.9998 1.5696 0.0007 0.0003 1.5712 0.0006 0.0002 0.9978 0.0404 2454381.8745 -4.9057 0.3089 0.9999 1.5697 0.0007 0.0003 1.5714 0.0006 0.0002 1.0463 0.0464 2454432.6936 -5.6048 0.2093 0.9999 1.5698 0.0007 0.0003 1.5714 0.0007 0.0002 1.0184 0.0774 2454718.9871 -4.8460 0.3045 0.9999 1.5697 0.0007 0.0003 1.5713 0.0006 0.0002 1.2985 0.0579 2454754.8698 -5.0594 0.4000 1.0001 1.5698 0.0007 0.0003 1.5714 0.0006 0.0001 1.3769 0.0318 2455050.9428 -5.6992 0.2390 0.9999 1.5695 0.0006 0.0003 1.5710 0.0007 0.0002 1.2773 0.1086 2455441.8606 -5.5071 0.4000 0.9999 1.5698 0.0007 0.0003 1.5715 0.0006 0.0002 1.3131 0.0275 2455516.7740 -5.1796 0.1523 0.9999 1.5699 0.0006 0.0003 1.5714 0.0006 0.0002 1.2905 0.0301 Table C.109: 59 Cyg Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -5.5020 0.2539 1.0018 1.5552 0.0007 0.0003 1.5568 0.0006 0.0002 1.0058 0.0547 2454381.8745 -5.3091 0.2046 1.0014 1.5552 0.0006 0.0002 1.5569 0.0008 0.0003 1.0794 0.0766 2454432.6936 -5.7453 0.4625 1.0016 1.5554 0.0007 0.0003 1.5569 0.0007 0.0003 1.0166 0.0908 2454718.9871 -5.2588 0.3741 1.0015 1.5552 0.0007 0.0003 1.5569 0.0007 0.0002 1.2680 0.0535 2454754.8698 -5.5258 0.6666 1.0019 1.5554 0.0005 0.0002 1.5568 0.0007 0.0002 1.3577 0.0566 2455050.9428 -5.7000 0.1099 1.0009 1.5550 0.0006 0.0002 1.5565 0.0008 0.0003 1.2317 0.0700 2455441.8606 -5.6544 0.3110 1.0013 1.5553 0.0006 0.0003 1.5569 0.0007 0.0002 1.3180 0.0482 2455516.7740 -5.4352 0.2227 1.0013 1.5554 0.0005 0.0002 1.5569 0.0008 0.0003 1.2665 0.0774

Table C.110: 59 Cyg Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -5.5045 0.1019 0.9999 1.5434 0.0006 0.0002 1.5450 0.0007 0.0003 1.0074 0.0587 2454381.8745 -5.3350 0.5049 1.0000 1.5436 0.0007 0.0003 1.5452 0.0006 0.0002 1.0753 0.0713 2454432.6936 -5.9318 0.2670 1.0003 1.5437 0.0007 0.0003 1.5452 0.0006 0.0002 1.0220 0.0784

346 2454718.9871 -5.3193 0.6725 1.0004 1.5434 0.0006 0.0002 1.5450 0.0007 0.0002 1.2380 0.0512 2454754.8698 -5.5880 0.5940 0.9995 1.5436 0.0006 0.0003 1.5451 0.0006 0.0002 1.2943 0.0474 2455050.9428 -5.5837 0.4710 1.0003 1.5434 0.0007 0.0003 1.5449 0.0006 0.0002 1.2137 0.0586 2455441.8606 -5.8031 0.4472 1.0002 1.5436 0.0006 0.0003 1.5452 0.0006 0.0002 1.3322 0.0258 2455516.7740 -5.6032 0.2307 1.0000 1.5437 0.0006 0.0003 1.5452 0.0006 0.0002 1.2229 0.0283

Table C.111: 59 Cyg Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -4.3561 0.4000 1.0007 1.5337 0.0006 0.0002 1.5353 0.0006 0.0002 0.9847 0.0355 2454381.8745 -4.1381 0.4000 1.0006 1.5338 0.0006 0.0002 1.5355 0.0006 0.0002 1.0707 0.0459 2454432.6936 -4.7576 0.1949 1.0004 1.5339 0.0006 0.0002 1.5353 0.0007 0.0003 0.9761 0.0554 2454718.9871 -4.0867 0.4000 1.0000 1.5338 0.0007 0.0002 1.5354 0.0006 0.0002 1.2048 0.0321 2454754.8698 -4.4915 0.4000 1.0012 1.5339 0.0007 0.0003 1.5354 0.0005 0.0001 1.2874 0.0518 2455050.9428 -4.6423 0.4000 0.9999 1.5337 0.0006 0.0003 1.5352 0.0006 0.0002 1.1778 0.1183 2455441.8606 -4.6880 0.1091 1.0005 1.5339 0.0006 0.0003 1.5355 0.0006 0.0002 1.3140 0.0658 2455516.7740 -4.5889 0.4000 1.0004 1.5340 0.0006 0.0003 1.5355 0.0006 0.0002 1.1992 0.0355 Table C.112: 59 Cyg Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -4.2318 0.4000 0.9990 1.5256 0.0006 0.0002 1.5272 0.0006 0.0002 1.0079 0.0491 2454381.8745 -4.0658 0.4000 0.9999 1.5258 0.0007 0.0002 1.5274 0.0006 0.0002 1.0632 0.0576 2454432.6936 -4.5607 0.4000 0.9993 1.5259 0.0007 0.0002 1.5273 0.0006 0.0002 1.0312 0.0934 2454718.9871 -3.9044 0.4000 1.0003 1.5257 0.0006 0.0002 1.5272 0.0006 0.0002 1.3219 0.0550 2454754.8698 -4.2965 0.4000 0.9992 1.5258 0.0006 0.0002 1.5272 0.0006 0.0002 1.2722 0.0703 2455050.9428 -4.3213 0.4000 1.0004 1.5256 0.0007 0.0003 1.5271 0.0006 0.0002 1.1474 0.1211 2455441.8606 -4.5191 0.4000 1.0000 1.5258 0.0006 0.0003 1.5273 0.0006 0.0002 1.3409 0.0648 2455516.7740 -4.3725 0.4000 0.9990 1.5259 0.0006 0.0003 1.5274 0.0006 0.0002 1.2161 0.0541

Table C.113: 59 Cyg Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -3.6440 0.4000 1.0012 1.5187 0.0006 0.0002 1.5202 0.0007 0.0002 0.9297 0.0612 2454381.8745 -3.4276 0.5385 1.0007 1.5188 0.0006 0.0001 1.5204 0.0007 0.0002 0.9755 0.0876 2454432.6936 -3.9625 0.1356 1.0007 1.5189 0.0006 0.0002 1.5203 0.0007 0.0002 0.9727 0.1129

347 2454718.9871 -3.3456 0.4000 1.0007 1.5188 0.0007 0.0002 1.5204 0.0006 0.0001 1.1754 0.0705 2454754.8698 -3.6404 0.4000 1.0005 1.5190 0.0007 0.0002 1.5205 0.0006 0.0001 1.1655 0.0618 2455050.9428 -3.7125 0.4000 1.0010 1.5187 0.0006 0.0002 1.5201 0.0007 0.0002 1.1307 0.1299 2455441.8606 -3.8025 1.2413 1.0007 1.5189 0.0006 0.0002 1.5205 0.0006 0.0002 1.2406 0.0386 2455516.7740 -3.6835 0.4910 1.0006 1.5190 0.0006 0.0002 1.5204 0.0006 0.0002 1.1864 0.0427

Table C.114: 59 Cyg HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -3.4617 0.5892 1.0002 2.0576 0.0007 0.0001 2.0595 0.0007 0.0002 0.7265 0.0411 2454381.8745 -2.7687 1.1077 0.9998 2.0578 0.0007 0.0001 2.0598 0.0006 0.0002 0.6437 0.0411 2454432.6936 -3.1293 0.8538 1.0003 2.0578 0.0007 0.0001 2.0598 0.0007 0.0002 0.7192 0.0479 2454718.9871 -1.2257 0.5998 0.9998 2.0577 0.0005 0.0001 2.0598 0.0007 0.0001 0.5187 0.0174 2454754.8698 -1.9884 2.0212 0.9992 2.0581 0.0008 0.0001 2.0599 0.0006 0.0001 0.8465 0.0571 2455050.9428 -3.2832 0.8719 1.0000 2.0575 0.0007 0.0001 2.0595 0.0007 0.0002 0.8648 0.0291 2455441.8606 -3.1181 0.5154 1.0001 2.0579 0.0008 0.0002 2.0600 0.0007 0.0001 1.1484 0.0246 2455516.7740 -2.9608 0.4898 0.9999 2.0581 0.0007 0.0002 2.0598 0.0007 0.0001 1.2160 0.0462 Table C.115: 59 Cyg HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -4.3134 0.2954 0.9996 1.0827 0.0005 0.0002 1.0838 0.0003 0.0002 0.5577 0.0261 2454381.8745 -4.1076 0.2960 1.0004 1.0828 0.0005 0.0002 1.0839 0.0003 0.0002 0.5174 0.0143 2454432.6936 -4.7479 0.2858 0.9996 1.0829 0.0004 0.0002 1.0839 0.0003 0.0002 0.6051 0.0230 2454718.9871 -3.8745 0.2270 0.9999 1.0827 0.0004 0.0001 1.0839 0.0003 0.0002 0.4942 0.0081 2454754.8698 -4.5262 0.3131 0.9998 ························ 2455050.9428 -4.5487 0.3191 0.9997 1.0827 0.0004 0.0002 1.0837 0.0004 0.0002 0.7568 0.0160 2455441.8606 -4.3739 0.2830 0.9997 1.0828 0.0004 0.0003 1.0839 0.0004 0.0002 1.1089 0.0157 2455516.7740 -4.1947 0.2291 0.9998 ························

Table C.116: 59 Cyg Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454298.9611 -1.8750 1.0098 1.0000 1.2816 0.0004 0.0001 1.2826 0.0004 0.0001 1.0009 0.0380 2454381.8745 -1.7267 0.8498 0.9999 1.2817 0.0004 0.0001 1.2828 0.0004 0.0001 0.9675 0.0514 2454432.6936 -2.4870 0.9248 1.0000 1.2817 0.0004 0.0001 1.2828 0.0004 0.0001 0.9509 0.0329

348 2454718.9871 -2.2167 1.2139 0.9998 1.2816 0.0004 0.0001 1.2827 0.0004 0.0001 0.9986 0.0213 2454754.8698 -1.8712 1.2164 0.9995 1.2818 0.0005 0.0002 1.2828 0.0002 0.0000 1.2231 0.0430 2455050.9428 -1.7341 0.7978 1.0002 1.2815 0.0004 0.0001 1.2826 0.0004 0.0001 1.2109 0.0434 2455441.8606 -1.9840 0.7557 1.0002 1.2817 0.0004 0.0001 1.2828 0.0005 0.0001 1.2100 0.0475 2455516.7740 -1.9176 0.8350 1.0000 1.2818 0.0004 0.0001 1.2827 0.0004 0.0001 1.2982 0.0354 C.7 60 Cyg

Table C.117: 60 Cyg Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451057.7060 -8.9591 1.7590 0.9674 1.3859 0.6559 1.6716 0.6566 1.7012 0.9578 0.0010 2451070.7640 -8.7132 1.9995 0.9756 1.3821 0.6559 1.7037 0.6566 1.6682 1.0531 0.0018 2451102.5620 -8.7007 3.7984 0.9614 1.3924 0.6559 1.6900 0.6566 1.6544 1.0544 0.0023 2451106.5950 -9.6869 0.8658 0.9652 1.4072 0.6559 1.7322 0.6566 1.6983 1.0486 0.0024 2451145.5300 -8.9120 1.3474 0.9819 1.3798 0.6559 1.7069 0.6566 1.7147 0.9891 0.0010 2451424.6750 -9.3127 1.5083 0.9614 1.3904 0.6559 1.8526 0.6565 1.7911 1.0777 0.0008 2451459.6900 -7.8146 2.5987 0.9794 1.3774 0.6559 1.8215 0.6566 1.7794 1.0540 0.0014 2451814.5920 -0.2591 1.3520 0.9568 0.9240 0.6560 1.0932 0.6565 1.1416 0.6583 0.0016 2451819.5800 0.7332 3.0315 0.9633 0.8911 0.6560 1.0806 0.6566 1.0701 1.1493 0.0045 2452079.7460 1.8478 1.3893 0.9548 0.8058 0.6559 0.8503 0.6567 0.8442 0.9612 0.0020 2452100.7320 1.6330 3.5185 0.9523 0.7935 0.6559 0.8801 0.6567 0.8681 0.9088 0.0039 2452117.7390 0.8856 3.9771 0.9519 0.8430 0.6558 1.0452 0.6564 0.9515 ······ 2452135.6980 1.3673 2.4339 0.9507 0.7555 0.6562 0.8921 0.6567 0.9195 1.3411 0.0094 2452157.6130 1.4452 0.8522 0.9545 0.7718 0.6558 0.8471 0.6567 0.8866 1.3492 0.0011 2452165.6100 1.4213 0.7240 0.9533 0.7694 0.6558 0.8552 0.6567 0.8676 1.0937 0.0014 2452218.5580 1.6404 1.1692 0.9712 0.7645 0.6558 0.8853 0.6567 0.8968 1.1113 0.0015

349 2452417.8200 1.6379 0.7564 0.9613 0.6198 0.6559 0.8582 0.6567 0.8648 1.0485 0.0012 2452461.8230 1.3864 0.9147 0.9527 0.8145 0.6558 0.8655 0.6567 0.8704 1.0379 0.0014 2452568.5680 0.5354 0.8715 0.9618 0.8269 0.6558 0.9278 0.6567 0.9604 1.8233 0.0011 2452578.6100 0.5153 1.7667 0.9580 0.8126 0.6558 0.9053 0.6567 0.9627 2.5383 0.0014 2452815.8420 1.4052 1.2938 0.9591 0.7949 0.6558 0.9038 0.6567 0.9000 0.9614 0.0024 2452900.6310 1.8584 1.1613 0.9636 0.7817 0.6558 0.8622 0.6567 0.8790 1.1385 0.0017 2453179.7950 0.1906 1.8334 0.9633 0.8236 0.6558 0.9793 0.6567 0.9980 10.6195 0.0022 2453219.7140 1.2580 1.5516 0.9436 0.7792 0.6558 0.8556 0.6567 0.8646 1.0670 0.0021 2453244.5950 -0.8450 1.5658 0.9449 0.8630 0.6558 0.9843 0.6567 1.0052 ······ 2453244.6440 -0.0568 2.0893 0.9638 0.8341 0.6558 0.9935 0.6567 1.0358 ······ 2453248.6610 -0.8471 0.7965 0.9536 0.8302 0.6558 1.0141 0.6567 1.0323 0.4371 0.0012 2453249.6470 -0.3811 2.2546 0.9609 0.8001 0.6558 1.0415 0.6567 0.9888 ······ 2453284.5710 0.6451 0.7866 0.9674 0.8329 0.6558 0.9628 0.6567 0.9984 23.5919 0.0011 2453474.8510 -0.1226 1.4911 0.9609 0.8235 0.6558 0.9662 0.6567 1.0280 ······ 2453511.8220 0.8286 1.2798 0.9650 0.7999 0.6558 0.9073 0.6567 0.9315 1.3519 0.0020 2453528.7730 1.6491 1.9755 0.9676 0.7672 0.6559 1.3092 0.6567 0.9700 ······ 2453528.7730 2.1881 1.3469 0.9896 0.7891 0.6558 0.9013 0.6567 0.9309 1.4281 0.0029 2453528.8220 -0.7228 1.9357 0.9439 0.7840 0.6561 0.9565 0.6564 0.9719 1.5471 0.0224 2453528.8220 0.9620 1.5817 0.9470 0.7788 0.6558 0.8662 0.6567 0.8946 1.2693 0.0030 2453542.8310 2.2337 1.4314 0.9733 0.7954 0.6558 0.8729 0.6566 0.8713 0.9873 0.0017 2453618.6230 1.2827 2.3934 0.9418 0.7636 0.6558 0.8458 0.6567 0.9065 1.6488 0.0040 2453634.6070 -0.1602 1.0158 0.9850 0.9092 0.6558 1.0226 0.6567 1.0950 0.2380 0.0013 2453641.6490 -1.8070 1.0696 0.9658 0.9119 0.6558 1.0890 0.6567 1.1525 0.5832 0.0013 2453672.5940 -0.8365 1.0429 0.9586 0.8571 0.6558 1.0451 0.6567 1.0570 0.7902 0.0011 2453676.5200 -0.8355 1.1878 0.9598 0.8731 0.6558 1.0433 0.6567 1.0627 0.6911 0.0012 2453722.4710 -0.8795 1.1130 0.9651 0.8846 0.6558 1.0686 0.6567 1.0855 0.8022 0.0060 2453722.4710 -0.7356 0.9220 0.9641 0.8819 0.6558 1.0848 0.6567 1.0760 1.1155 0.0035 2453834.8980 1.2676 0.9356 0.9684 0.8318 0.6558 0.9681 0.6567 0.9451 0.5812 0.0016 2453883.8200 0.4809 1.5089 0.9495 0.8013 0.6558 0.9314 0.6566 0.9405 1.1539 0.0019 Continued on Next Page… Table C.117 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453901.7830 1.8123 1.1123 0.9661 0.7769 0.6558 0.8672 0.6567 0.8924 1.2344 0.0018 2453916.7710 0.5127 1.4516 0.9576 0.8182 0.6558 0.9221 0.6567 0.9409 1.3173 0.0012 2453924.8330 -0.4336 0.9059 0.9513 0.8137 0.6558 0.9584 0.6567 0.9938 6.7189 0.0010 2453932.7420 0.1593 0.5691 0.9525 0.8242 0.6558 0.9691 0.6567 0.9903 3.1703 0.0008 2453940.8260 0.7078 0.6194 0.9560 0.8171 0.6558 0.9310 0.6567 0.9552 1.5409 0.0020 2453982.6420 -0.0557 0.9171 0.9524 0.8272 0.6558 0.9633 0.6567 0.9856 2.5473 0.0011 2453987.6620 0.4471 0.6649 0.9491 0.8068 0.6558 0.9328 0.6567 0.9530 1.4321 0.0009 2453999.6330 1.0001 0.6214 0.9601 0.8181 0.6558 0.9181 0.6567 0.9250 1.0912 0.0011 2454003.6980 0.9365 0.9929 0.9547 0.7695 0.6558 0.8972 0.6567 0.9310 1.4909 0.0010 2454007.6230 1.1635 0.7076 0.9568 0.7843 0.6558 0.8896 0.6567 0.9015 1.1200 0.0010 2454034.5990 0.8715 0.8019 0.9558 0.8075 0.6559 0.8891 0.6567 0.9170 1.3354 0.0014 2454061.5380 1.5524 0.8509 0.9617 0.7567 0.6558 0.8547 0.6567 0.9056 1.5387 0.0014 2454079.5460 -0.2270 1.0897 0.9546 0.8367 0.6558 0.9505 0.6567 0.9901 5.0208 0.0013 2454211.8700 -2.3329 1.7330 0.9903 0.9755 0.6558 1.2206 0.6567 1.2982 0.7395 0.0014 2454211.8700 -2.3850 1.3292 0.9887 0.9788 0.6558 1.2037 0.6567 1.2883 0.7067 0.0012 2454211.8900 -2.4841 2.1102 0.9883 0.9759 0.6558 1.1858 0.6567 1.3060 0.6073 0.0016 2454233.8480 -2.4189 1.0892 0.9902 0.9512 0.6558 1.2274 0.6567 1.2719 0.8363 0.0013 2454261.8470 -2.1308 1.5512 0.9899 0.9562 0.6558 1.2695 0.6567 1.2569 1.0490 0.0020 2454286.8180 -1.0731 0.6872 0.9904 0.9408 0.6558 1.1800 0.6567 1.1757 1.0242 0.0018 2454312.7860 -1.6030 0.4687 0.9962 0.9206 0.6558 1.2327 0.6567 1.2398 0.9706 0.0020 2454341.7070 -1.9197 2.1619 0.9824 0.9322 0.6558 1.2014 0.6567 1.2021 0.9966 0.0022 2454346.7220 -1.6527 0.6539 0.9880 0.9412 0.6558 1.1856 0.6567 1.2099 0.8843 0.0012 2454349.6670 -1.7392 0.8970 0.9856 0.9293 0.6558 1.2210 0.6567 1.1921 1.1503 0.0015 350 2454355.6740 -1.8258 0.5773 0.9890 0.9619 0.6558 1.2230 0.6567 1.1949 1.1440 0.0009 2454366.6450 -0.3820 3.4773 1.0160 0.8953 0.6559 1.3086 0.6566 1.2404 1.2834 0.0035 2454407.5860 -2.7868 1.0558 0.9860 0.9689 0.6558 1.2794 0.6566 1.2714 1.0295 0.0011 2454434.5530 -2.0238 4.7644 0.9735 0.8842 0.6558 1.2546 0.6566 1.2341 1.0878 0.0043 2454642.7790 -2.5508 0.9920 0.9885 0.9762 0.6558 1.2877 0.6566 1.2654 1.0839 0.0011 2454696.7190 -2.6280 1.5013 0.9840 0.9859 0.6558 1.2734 0.6567 1.2546 1.0741 0.0017 2454704.7540 -4.1178 1.0154 0.9683 0.9931 0.6558 1.3384 0.6566 1.3129 1.0817 0.0012 2454712.6840 -3.8664 1.2366 0.9685 0.9849 0.6558 1.3121 0.6567 1.3028 1.0309 0.0015 2454719.6880 -3.6154 1.1471 0.9809 0.9898 0.6559 1.3336 0.6567 1.3123 1.0682 0.0012 2454752.5960 -3.2891 3.0706 0.9649 0.9623 0.6558 1.2975 0.6567 1.3204 0.9284 0.0022 2454775.6010 -3.6650 1.0193 0.9736 1.0507 0.6559 1.3119 0.6566 1.2754 1.1323 0.0010 2455053.7510 -6.4462 0.9223 0.9664 1.1946 0.6558 1.4780 0.6566 1.4600 1.0391 0.0018 2455069.7390 -6.3569 1.5099 0.9694 1.2065 0.6558 1.5294 0.6566 1.4876 1.0857 0.0019 2455077.6530 -6.6335 1.0103 0.9770 1.2238 0.6559 1.5247 0.6566 1.5075 1.0338 0.0011 2455080.6620 -6.3594 1.3253 0.9793 1.1977 0.6558 1.5309 0.6566 1.5017 1.0582 0.0009 2455094.5900 -5.6844 1.1135 0.9840 1.1929 0.6558 1.4822 0.6566 1.4810 1.0025 0.0010 2455112.5530 -6.9653 1.2087 0.9709 1.1987 0.6559 1.5620 0.6566 1.5345 1.0515 0.0011 2455137.6130 -6.5647 1.9735 0.9841 1.2545 0.6559 1.5960 0.6567 1.5609 1.0626 0.0019 2455178.4790 -6.3792 2.4311 0.9729 1.2607 0.6559 1.4907 0.6566 1.4916 0.9982 0.0017 2455384.8170 -6.9177 1.7833 0.9906 1.4063 0.6559 1.6330 0.6566 1.6912 0.9158 0.0020 2455405.8060 -6.8012 1.8116 0.9780 1.3255 0.6559 1.6110 0.6566 1.6650 0.9188 0.0271 2455500.5630 -9.8723 0.9106 0.9801 1.4451 0.6559 1.8046 0.6566 1.7495 1.0735 0.0011 2455512.6890 -7.9657 3.5554 0.9892 1.3628 0.6559 1.7166 0.6566 1.6960 1.0296 0.0022 2457266.6200 -9.0516 1.6039 0.9825 1.3834 0.6559 1.9685 0.6565 1.8663 1.1180 0.0017 2457312.6570 -9.4211 1.6497 0.9852 1.4346 0.6560 1.9505 0.6565 1.9608 0.9894 0.0014 2457314.6330 -9.4381 1.1627 0.9930 1.4705 0.6560 1.9811 0.6565 1.9327 1.0518 0.0006 2457318.5390 -9.2150 1.7839 0.9935 1.4692 0.6560 2.0007 0.6566 1.9181 1.0900 0.0011 2457321.6110 -9.4879 1.9579 0.9906 1.4376 0.6560 1.9880 0.6566 1.9293 1.0632 0.0015 Continued on Next Page… Table C.117 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2457329.5480 -9.1767 1.8256 0.9933 1.4817 0.6559 1.9997 0.6565 1.9327 1.0718 0.0013 2457334.5170 -9.3361 1.0202 0.9906 1.4487 0.6560 1.9300 0.6566 1.9050 1.0276 0.0008 2457341.5540 -9.2282 1.3834 0.9854 1.4455 0.6559 1.9445 0.6565 1.9209 1.0257 0.0009 2457342.5500 -8.1119 1.6234 0.9969 1.4332 0.6560 1.9106 0.6565 1.9023 1.0092 0.0016 2457349.5870 -8.9612 1.4756 0.9981 1.4360 0.6560 1.9573 0.6566 1.9090 1.0531 0.0010 2457538.7710 -7.7736 1.0020 0.9870 1.3217 0.6559 1.8668 0.6566 1.7600 1.1407 0.0014 2457605.7430 -7.9484 0.8710 0.9872 1.3037 0.6559 1.8246 0.6565 1.8231 1.0019 0.0010 2457675.5840 -7.5252 0.9773 0.9854 1.3233 0.6559 1.7186 0.6565 1.6699 1.0728 0.0006

Table C.118: 60 Cyg HeI λ5876Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451057.7060 -0.1922 0.6940 0.9886 0.9846 0.5869 1.0439 0.5884 1.0646 0.6801 0.0016 2451070.7640 -0.4894 1.4075 0.9760 0.9520 0.5869 1.0890 0.5883 1.0766 1.1619 0.0025 2451102.5620 -0.1468 1.5953 0.9808 0.9765 0.5869 1.0801 0.5884 1.1118 0.7162 0.0028 2451106.5950 -0.1474 0.4864 0.9895 0.9941 0.5869 1.0487 0.5882 1.0497 0.9805 0.0013 2451145.5300 -0.0813 0.6177 0.9937 1.0342 0.5869 1.0536 0.5881 1.0477 1.1250 0.0014 351 2451424.6750 -0.4009 0.4874 0.9892 1.0031 0.5869 1.0565 0.5880 1.0660 0.8557 0.0012 2451459.6900 -0.4354 0.8428 0.9922 1.0096 0.5871 1.0770 0.5881 1.0811 0.9500 0.0018 2451814.5920 0.2862 0.6150 0.9911 1.0206 0.5868 1.0329 0.5885 1.0902 0.3650 0.0013 2451819.5800 0.4718 1.7117 0.9761 0.9097 0.5869 1.0371 0.5877 1.0204 1.8234 0.0034 2452079.7460 0.3986 0.7542 0.9863 1.0604 0.5868 1.0055 0.5884 1.0362 0.1510 0.0029 2452100.7320 0.6343 1.0533 0.9847 1.1621 0.5868 1.0473 0.5884 1.0612 0.7730 0.0370 2452117.7390 0.2000 0.5000 0.7000 1.0602 0.5869 1.0287 0.5883 1.1750 0.1638 0.0390 2452135.6980 0.1792 1.1781 0.9807 1.0457 0.5870 1.0329 0.5884 1.1738 0.1890 0.0068 2452157.6130 0.2796 0.3303 0.9836 1.0035 0.5868 1.0267 0.5883 1.0386 0.6911 0.0040 2452165.6100 0.4065 0.3053 0.9768 1.0113 0.5868 1.0114 0.5883 1.0226 0.5020 0.0021 2452218.5580 0.5797 0.4252 0.9932 1.0034 0.5870 1.0445 0.5884 1.0266 1.6726 0.0031 2452417.8200 0.7178 0.6026 0.9906 1.0332 0.5868 1.0022 0.5883 1.0249 0.0892 0.0016 2452461.8230 0.7267 0.7629 0.9912 0.9917 0.5869 1.0155 0.5884 1.0313 0.4948 0.0020 2452568.5680 0.4264 0.3125 0.9926 1.0003 0.5868 1.0314 0.5883 1.0376 0.8350 0.0010 2452578.6100 0.3837 0.5247 0.9921 0.9965 0.5868 1.0193 0.5882 1.0405 0.4764 0.0013 2452815.8420 0.2148 0.6543 0.9810 1.0307 0.5869 1.0156 0.5883 1.0325 0.4786 0.0017 2452900.6310 0.8328 0.4189 0.9815 1.0314 0.5868 1.0057 0.5884 1.0847 0.0671 0.0023 2453179.7950 0.3115 0.5804 0.9894 0.9347 0.5868 1.0458 0.5883 1.0538 0.8514 0.0015 2453219.7140 0.4309 0.6418 0.9732 1.0357 0.5869 0.9914 0.5884 1.0042 ······ 2453244.5950 -0.1009 0.5525 0.9747 0.9623 0.5869 1.0766 0.5882 1.0475 1.6128 0.0016 2453244.6440 -0.0798 0.7784 0.9753 1.0169 0.5869 1.0579 0.5880 1.0616 0.9396 0.0018 2453248.6610 0.0187 0.4411 0.9838 0.9861 0.5869 1.0447 0.5882 1.0767 0.5826 0.0012 2453249.6470 0.1381 0.8642 0.9833 1.0175 0.5870 1.0703 0.5884 1.0656 1.0716 0.0020 2453284.5710 0.4392 0.3653 0.9941 1.0036 0.5868 1.0005 0.5884 1.0304 0.0175 0.0011 2453474.8510 0.2336 0.5761 0.9877 1.0496 0.5868 1.0574 0.5881 1.0448 1.2805 0.0015 2453511.8220 0.5304 0.6203 0.9891 1.0392 0.5868 1.0148 0.5881 1.0271 0.5461 0.0015 2453528.7730 0.5840 0.9705 0.9922 1.0273 0.5874 1.0253 0.5883 1.1775 0.1425 0.0026 2453528.7730 0.3717 0.7813 0.9794 1.0006 0.5869 1.0098 0.5883 1.0457 0.2146 0.0018 2453528.8220 0.8794 1.0682 1.0106 1.0210 0.5869 1.0084 0.5884 1.0496 0.1688 0.0027 Continued on Next Page… Table C.118 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453528.8220 0.6045 0.7580 0.9875 1.0212 0.5869 1.0081 0.5884 1.0437 0.1860 0.0018 2453542.8310 0.5234 0.4921 0.9853 1.0195 0.5868 1.0031 0.5884 1.0216 0.1435 0.0014 2453618.6230 0.3240 1.2046 0.9758 1.1045 0.5869 1.0369 0.5884 1.0840 0.4393 0.0025 2453634.6070 0.0016 0.4731 0.9877 1.0044 0.5870 1.0253 0.5880 1.0410 0.6162 0.0012 2453641.6490 -0.2481 0.4609 0.9909 1.0109 0.5869 1.0638 0.5883 1.0764 0.8347 0.0012 2453672.5940 0.1482 0.4000 0.9955 1.0139 0.5870 1.0397 0.5882 1.0405 0.9799 0.0012 2453676.5200 0.1110 0.3487 0.9938 1.0120 0.5869 1.0365 0.5881 1.0435 0.8388 0.0011 2453722.4710 0.3873 0.5398 1.0042 1.0290 0.5869 1.0310 0.5880 1.0847 0.3666 0.0033 2453722.4710 0.2527 0.5282 0.9943 1.0108 0.5870 1.0337 0.5881 1.0305 1.1046 0.0013 2453834.8980 0.5651 0.4808 0.9922 0.9952 0.5868 1.0182 0.5882 1.0143 1.2731 0.0013 2453883.8200 0.4972 0.4974 0.9782 0.9636 0.5868 1.0139 0.5879 1.0037 3.8214 0.0017 2453901.7830 0.5817 0.2711 0.9869 0.9906 0.5868 1.0127 0.5884 1.0113 1.1219 0.0011 2453916.7710 0.4462 0.3768 0.9849 0.9886 0.5868 1.0142 0.5883 1.0224 0.6342 0.0013 2453924.8330 0.3280 0.2300 0.9833 0.9923 0.5869 1.0295 0.5881 1.0333 0.8855 0.0010 2453932.7420 0.2781 0.2106 0.9801 1.0052 0.5868 1.0138 0.5883 1.0077 1.7952 0.0011 2453940.8260 0.3574 0.2498 0.9808 1.0170 0.5868 1.0041 0.5884 1.0121 0.3388 0.0011 2453982.6420 0.2537 0.3091 0.9818 1.0245 0.5868 1.0237 0.5883 1.0472 0.5016 0.0011 2453987.6620 0.3831 0.3010 0.9792 0.9937 0.5868 1.0178 0.5884 1.0101 1.7678 0.0012 2453999.6330 0.4642 0.3037 0.9896 1.0255 0.5868 1.0081 0.5882 1.0172 0.4713 0.0010 2454003.6980 0.8847 0.2931 0.9903 0.9964 0.5868 1.0077 0.5884 0.9989 ······ 2454007.6230 0.5416 0.2552 0.9883 1.0248 0.5868 0.9941 0.5882 1.0178 ······ 2454034.5990 0.5545 0.3112 0.9922 0.9978 0.5868 1.0071 0.5884 1.0126 0.5669 0.0011 2454061.5380 0.7034 0.4220 0.9970 1.0193 0.5868 1.0043 0.5884 1.0178 0.2423 0.0012 352 2454079.5460 0.2293 0.4276 0.9876 1.0934 0.5868 1.0423 0.5883 1.0557 0.7594 0.0014 2454211.8700 -0.3893 0.8147 0.9903 0.2594 0.5869 1.0785 0.5882 1.0935 0.8401 0.0015 2454211.8900 -0.4622 0.8891 0.9822 0.2702 0.5870 1.0802 0.5882 1.1144 0.7011 0.0017 2454233.8480 -0.1945 0.6446 0.9914 0.6586 0.5869 1.0549 0.5881 1.0725 0.7578 0.0015 2454261.8470 0.0962 0.8647 1.0018 0.5088 0.5869 1.0766 0.5880 1.0441 1.7360 0.0019 2454286.8180 -0.0140 0.2893 0.9892 0.0777 0.5869 1.0290 0.5880 1.0257 1.1290 0.0014 2454312.7860 -0.1458 0.3251 0.9909 0.8526 0.5868 1.0530 0.5883 1.0493 1.0743 0.0013 2454341.7070 -0.0998 0.8446 0.9902 0.6259 0.5869 1.0463 0.5884 1.0814 0.5693 0.0019 2454346.7220 0.1564 0.2687 0.9939 0.8318 0.5869 1.0239 0.5880 1.0227 1.0539 0.0009 2454349.6670 -0.0646 0.3994 0.9909 1.0323 0.5870 1.0412 0.5881 1.0433 0.9514 0.0012 2454355.6740 0.0445 0.2579 0.9934 0.9935 0.5868 1.0326 0.5882 1.0237 1.3730 0.0008 2454366.6450 -0.3737 1.8032 0.9898 0.9404 0.5869 1.1846 0.5885 1.0963 1.9174 0.0034 2454407.5860 -0.1899 0.4554 0.9940 1.0191 0.5870 1.0518 0.5881 1.0668 0.7757 0.0010 2454434.5530 -0.5716 2.7203 0.9932 0.8345 0.5868 1.2289 0.5881 1.1779 1.2868 0.0041 2454642.7790 -0.1803 0.3461 0.9895 0.9263 0.5870 1.0520 0.5880 1.0550 0.9458 0.0010 2454696.7190 -0.3464 0.5888 0.9900 0.9114 0.5870 1.0672 0.5882 1.0831 0.8082 0.0016 2454704.7540 -0.4103 0.4189 0.9936 0.9463 0.5870 1.0786 0.5882 1.0734 1.0704 0.0011 2454712.6840 -0.3337 0.4699 0.9945 0.8852 0.5870 1.0914 0.5882 1.0586 1.5601 0.0013 2454719.6880 -0.3871 0.4406 0.9927 0.9743 0.5870 1.0770 0.5883 1.0778 0.9898 0.0016 2454752.5960 -0.4242 1.9835 0.9785 0.8477 0.5870 1.0769 0.5882 1.0821 0.9370 0.0049 2454775.6010 0.0453 0.4353 0.9954 0.9611 0.5869 1.0367 0.5882 1.0314 1.1690 0.0011 2455053.7510 -0.3606 0.6713 0.9903 0.9726 0.5869 1.0710 0.5881 1.0643 1.1047 0.0023 2455069.7390 -0.4049 1.1219 0.9877 0.9360 0.5870 1.0846 0.5883 1.1235 0.6846 0.0023 2455077.6530 -0.3911 0.5919 0.9955 0.9997 0.5871 1.0739 0.5879 1.0787 0.9387 0.0016 2455080.6620 -0.1486 0.5316 0.9993 0.9551 0.5868 1.0756 0.5883 1.0744 1.0151 0.0016 2455094.5900 -0.6436 0.7152 0.9649 0.9170 0.5870 1.0640 0.5882 1.0669 0.9560 0.0028 2455112.5530 -0.2302 0.7335 0.9946 0.9383 0.5869 1.1001 0.5880 1.0687 1.4567 0.0016 2455137.6130 -0.2198 1.0092 0.9957 0.9910 0.5869 1.0880 0.5882 1.0803 1.0960 0.0025 Continued on Next Page… Table C.118 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455178.4790 -0.1428 1.4460 0.9965 1.1588 0.5872 1.0729 0.5883 1.1376 0.5299 0.0032 2455384.8170 0.1224 1.2258 0.9979 0.3783 0.5869 1.0659 0.5878 1.0642 1.0277 0.0027 2455405.8060 -0.2229 0.9997 0.9884 0.8600 0.5869 1.0516 0.5883 1.0843 0.6124 0.0036 2455500.5630 -0.1972 0.3770 0.9940 0.9119 0.5869 1.0563 0.5882 1.0623 0.9038 0.0018 2455512.6890 0.1552 1.9075 0.9971 0.1547 0.5870 1.0892 0.5882 1.1116 0.7990 0.0063 2457266.6200 -0.3499 0.5703 0.9913 0.8317 0.5869 1.0857 0.5880 1.0758 1.1305 0.0022 2457312.6570 -0.2541 0.7234 0.9994 0.9704 0.5869 1.0692 0.5881 1.0755 0.9171 0.0030 2457314.6330 -0.2295 0.4368 0.9937 0.5425 0.5871 1.0619 0.5881 1.0484 1.2789 0.0011 2457318.5390 -0.3320 0.6651 1.0002 0.9686 0.5871 1.0768 0.5881 1.0861 0.8918 0.0017 2457321.6110 -0.9353 0.7868 0.9614 1.0036 0.5870 1.1028 0.5880 1.0757 1.3579 0.0289 2457329.5480 -0.1990 0.5981 0.9911 0.5855 0.5871 1.0687 0.5880 1.0564 1.2188 0.0031 2457334.5170 -0.3566 0.4185 0.9974 0.9662 0.5871 1.0915 0.5881 1.0624 1.4675 0.0019 2457341.5540 -0.3207 0.5728 0.9958 0.9649 0.5869 1.0720 0.5880 1.0706 1.0186 0.0014 2457342.5500 -0.2721 0.4539 0.9970 0.9026 0.5871 1.0780 0.5880 1.0591 1.3190 0.0016 2457349.5870 -0.2002 0.6619 0.9958 1.0039 0.5871 1.0769 0.5879 1.0625 1.2300 0.0024 2457538.7710 -0.1046 0.4145 0.9905 0.1272 0.5871 1.0586 0.5880 1.0464 1.2629 0.0024 2457605.7430 -0.2315 0.4274 0.9893 0.2804 0.5869 1.0534 0.5881 1.0469 1.1399 0.0014 2457675.5840 0.0478 0.3515 0.9972 0.9486 0.5869 1.0346 0.5882 1.0292 1.1838 0.0008

353 Table C.119: 60 Cyg Hβ Measurements

Central HJD EqW σ(EqW) Continuum Height 2454211.8700 2.4876 2.6768 1.0243 0.2920 2454211.8900 2.2214 2.2860 1.0180 0.2724 2454233.8480 3.8429 2.0555 1.0227 0.3688 2454261.8470 3.5965 3.8565 1.0564 0.1268 2454286.8180 3.1779 0.7969 1.0140 0.2116 2454312.7860 2.7367 1.2280 1.0099 0.5860 2454341.7070 2.9574 3.1761 1.0153 0.5378 2454346.7220 2.5300 0.6114 1.0026 0.8227 2454349.6670 2.4395 1.3160 0.9836 0.9506 2454355.6740 2.7264 0.6097 0.9981 1.0305 2454366.6450 3.4315 5.0231 1.0519 0.8579 2454407.5860 2.7643 1.1923 1.0146 0.9502 2454434.5530 2.0000 2.0000 0.9315 0.9048 2454642.7790 2.9840 1.0594 1.0133 0.6313 2454696.7190 2.3065 1.1576 1.0110 0.7720 2454704.7540 3.0151 1.6818 1.0332 0.8840 2454712.6840 2.8316 1.6392 1.0274 0.8688 2454719.6880 2.4799 1.5760 1.0109 0.8739 2454752.5960 0.8290 5.8386 0.9819 0.8944 2454775.6010 2.7068 1.1429 1.0284 0.9254 2455053.7510 0.9925 1.4968 0.9925 0.9300 2455069.7390 2.2752 2.9478 1.0492 0.7474 2455077.6530 2.5219 1.7084 1.0498 1.0085 2455080.6620 2.3259 1.4836 1.0372 0.8630 Continued on Next Page… Table C.119 – Continued Central HJD EqW σ(EqW) Continuum Height 2455094.5900 1.7147 1.8473 1.0180 1.0203 2455112.5530 1.1720 1.8765 1.0114 0.9131 2455137.6130 2.1481 2.6969 1.0363 0.8887 2455178.4790 1.1862 3.2965 1.0279 1.0275 2455384.8170 0.5108 3.3786 1.0058 0.3069 2455405.8060 0.5708 3.4796 1.0071 0.9704 2455512.6890 0.6612 5.1640 0.9948 0.2926 2455500.5630 0.9343 0.9489 1.0066 0.8346 2457266.6200 1.8023 2.3518 1.0168 0.9899 2457312.6570 1.3483 2.4423 1.0174 0.9920 2457314.6330 1.8035 1.2166 1.0133 0.9462 2457318.5390 1.2775 2.5111 0.9969 1.0031 2457321.6110 2.0019 2.2320 1.0198 0.9071 2457329.5480 2.1562 1.6324 1.0106 0.0000 2457334.5170 1.0305 1.4698 0.9977 0.8797 2457341.5540 1.4725 3.2838 1.0526 0.9997 2457342.5500 1.2211 2.0128 0.9995 0.8444 2457349.5870 3.3710 3.0549 1.1081 1.0105 2457538.7710 1.6531 1.3719 1.0191 0.0000 2457605.7430 2.1083 1.1946 1.0134 0.9203 2457675.5840 0.8345 1.0026 0.9841 0.7581 354

Table C.120: 60 Cyg Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -2.3479 0.5060 1.0002 2.1642 0.0007 0.0001 2.1677 0.0007 0.0001 1.4248 0.0703 2453737.7080 1.7012 0.4908 0.9995 ························ 2453982.8290 2.2468 0.2980 1.0000 ························ 2454038.7470 3.7618 0.4101 0.9999 ························ 2454219.1320 -2.5273 0.3717 0.9999 2.1637 0.0008 0.0002 2.1676 0.0006 0.0001 1.2542 0.0252 2454299.9140 0.2282 0.2381 1.0001 2.1642 0.0004 0.0001 2.1676 0.0004 0.0000 1.3153 0.0710 2454352.9040 -1.8778 0.5036 0.9995 2.1641 0.0006 0.0001 2.1676 0.0006 0.0001 1.1133 0.0411 2454381.8980 -4.5136 0.5856 0.9999 2.1645 0.0007 0.0002 2.1675 0.0008 0.0002 0.9814 0.0327 2454432.7160 -2.2310 0.3442 1.0000 2.1644 0.0006 0.0001 2.1678 0.0006 0.0001 1.0984 0.0331 2454699.0180 -4.1748 0.3669 0.9998 2.1643 0.0008 0.0002 2.1676 0.0008 0.0002 1.0524 0.0133 2454718.9650 -4.5594 0.2203 1.0001 2.1642 0.0009 0.0003 2.1676 0.0008 0.0002 1.1848 0.0168 2454754.8430 -2.3651 0.2382 1.0000 2.1645 0.0007 0.0002 2.1675 0.0007 0.0001 1.2070 0.0241 2455050.9700 -5.6784 0.9424 0.9991 2.1646 0.0008 0.0002 2.1673 0.0008 0.0002 1.0075 0.0226 2455157.7470 -7.2421 0.6070 0.9997 2.1649 0.0009 0.0003 2.1675 0.0009 0.0003 0.9652 0.0295 2455169.7100 -4.0593 0.5503 0.9998 2.1650 0.0007 0.0002 2.1672 0.0008 0.0002 1.0382 0.0367 2455412.8600 -4.4471 0.8752 0.9993 2.1649 0.0007 0.0002 2.1670 0.0007 0.0002 0.9996 0.0277 Table C.121: 60 Cyg Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -1.9447 0.3379 1.0022 1.7351 0.0006 0.0001 1.7384 0.0005 0.0001 1.1223 0.0602 2453737.7080 2.8670 0.2700 1.0001 ························ 2453982.8290 2.1226 0.1937 0.9999 ························ 2454038.7470 3.5027 0.2275 0.9996 ························ 2454219.1320 0.6569 0.1498 0.9997 1.7347 0.0003 0.0000 1.7381 0.0003 0.0000 1.7697 0.1233 2454299.9140 2.1454 0.1472 0.9988 ························ 2454352.9040 2.1829 0.2442 0.9994 ························ 2454381.8980 -1.8364 0.4989 1.0025 1.7349 0.0005 0.0001 1.7384 0.0007 0.0001 1.0372 0.0532 2454432.7160 1.9946 0.1597 1.0001 ························ 2454699.0180 -1.4241 0.2956 1.0005 1.7350 0.0005 0.0001 1.7384 0.0006 0.0001 1.0983 0.0309 2454718.9650 -0.3728 0.1854 1.0002 1.7350 0.0004 0.0001 1.7384 0.0004 0.0000 1.3388 0.0537 2454754.8430 1.7488 0.0814 0.9994 ························ 2455050.9700 -5.4107 0.3982 1.0015 1.7353 0.0007 0.0002 1.7379 0.0008 0.0003 1.0430 0.0224 2455157.7470 -5.1009 0.1790 0.9997 1.7355 0.0007 0.0002 1.7380 0.0007 0.0002 1.0308 0.0212 2455169.7100 -2.9497 0.3711 1.0001 1.7356 0.0007 0.0002 1.7378 0.0006 0.0001 1.1082 0.0335 2455412.8600 -3.8122 0.2847 1.0013 1.7355 0.0006 0.0002 1.7377 0.0006 0.0002 1.0684 0.0299

355 Table C.122: 60 Cyg Br 11 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -2.8015 0.2370 0.9999 1.6794 0.0007 0.0001 1.6827 0.0006 0.0001 1.0374 0.0368 2453737.7080 1.7078 0.2332 1.0000 ························ 2453982.8290 2.0922 0.1740 0.9999 ························ 2454038.7470 2.1658 0.2983 1.0000 ························ 2454219.1320 0.3013 0.1688 0.9999 1.6792 0.0004 0.0000 1.6825 0.0003 0.0000 1.6811 0.0971 2454299.9140 1.8617 0.1381 1.0000 ························ 2454352.9040 1.9121 0.1604 1.0000 ························ 2454381.8980 -1.7992 0.3106 0.9998 1.6794 0.0006 0.0001 1.6828 0.0005 0.0001 0.9767 0.0573 2454432.7160 1.6677 0.1946 1.0000 ························ 2454699.0180 -0.2969 0.1476 0.9999 1.6794 0.0004 0.0000 1.6828 0.0004 0.0000 1.0918 0.0431 2454718.9650 -0.7460 0.1568 1.0000 1.6795 0.0004 0.0001 1.6827 0.0005 0.0001 1.2843 0.0431 2454754.8430 1.3722 0.1252 1.0000 ························ 2455050.9700 -5.8131 0.3988 0.9997 1.6797 0.0007 0.0003 1.6822 0.0007 0.0003 0.9625 0.0192 2455157.7470 -5.9700 0.1447 0.9999 1.6799 0.0007 0.0003 1.6823 0.0008 0.0003 1.0564 0.0188 2455169.7100 -3.9330 0.1689 1.0000 1.6801 0.0007 0.0002 1.6822 0.0007 0.0002 1.0794 0.0277 2455412.8600 -4.7180 0.1709 0.9999 1.6799 0.0007 0.0002 1.6820 0.0007 0.0002 1.0508 0.0297 Table C.123: 60 Cyg Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -2.7702 0.3371 1.0000 1.6396 0.0007 0.0001 1.6428 0.0007 0.0001 1.1223 0.0368 2453737.7080 2.0606 0.2230 0.9998 ························ 2453982.8290 1.6384 0.1678 1.0000 ························ 2454038.7470 1.9545 0.2239 0.9999 ························ 2454219.1320 -0.2513 0.1641 0.9999 1.6393 0.0005 0.0000 1.6425 0.0003 0.0000 1.5855 0.0764 2454299.9140 1.7178 0.1847 1.0000 ························ 2454352.9040 1.4014 0.2095 0.9998 ························ 2454381.8980 -1.9875 0.2469 1.0000 1.6430 -0.0008 -0.0001 1.6395 0.0006 0.0001 1.0987 0.0992 2454432.7160 1.1143 0.2310 1.0000 ························ 2454699.0180 -0.4065 0.2210 0.9999 1.6394 0.0004 0.0000 1.6429 0.0004 0.0000 1.1833 0.0448 2454718.9650 -0.6006 0.2808 1.0001 1.6428 0.0004 0.0000 1.6395 -0.0005 -0.0001 1.1964 0.0454 2454754.8430 1.2230 0.1772 0.9999 ························ 2455050.9700 -6.3558 0.3503 0.9998 1.6398 0.0007 0.0003 1.6423 -0.0008 -0.0003 1.0125 0.0150 2455157.7470 -6.0043 0.2403 0.9999 1.6400 0.0007 0.0003 1.6424 0.0007 0.0003 1.0372 0.0144 2455169.7100 -3.9942 0.2116 1.0000 1.6402 0.0007 0.0002 1.6422 0.0007 0.0002 1.0672 0.0267 2455412.8600 -5.1976 0.2111 0.9998 1.6421 0.0007 0.0002 1.6401 -0.0007 -0.0002 1.0391 0.0311

356 Table C.124: 60 Cyg Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -3.6399 0.2990 1.0005 1.6098 0.0008 0.0002 1.6130 0.0007 0.0002 0.9685 0.0296 2453737.7080 0.5638 0.2211 1.0000 ························ 2453982.8290 0.4825 0.1258 1.0002 ························ 2454038.7470 0.7411 0.1713 1.0003 ························ 2454219.1320 -1.7106 0.1859 0.9999 1.6096 0.0006 0.0001 1.6127 0.0005 0.0001 1.2647 0.0283 2454299.9140 -0.1884 0.0701 1.0001 ························ 2454352.9040 -0.7312 0.2635 1.0000 1.6096 0.0005 0.0000 1.6130 0.0005 0.0000 1.1856 0.1513 2454381.8980 -3.2434 0.3233 1.0011 1.6098 0.0007 0.0001 1.6130 0.0007 0.0001 0.9834 0.0390 2454432.7160 -0.0563 0.2005 1.0007 1.6098 0.0005 0.0000 1.6133 0.0005 0.0000 0.6008 0.1387 2454699.0180 -1.5888 0.1160 1.0002 1.6097 0.0006 0.0001 1.6131 0.0006 0.0001 1.0120 0.0325 2454718.9650 -1.7618 0.1612 1.0006 1.6098 0.0006 0.0001 1.6130 0.0006 0.0001 1.0476 0.0223 2454754.8430 -0.3774 0.1184 1.0003 1.6099 0.0004 0.0000 1.6130 0.0005 0.0000 1.1432 0.1166 2455050.9700 -8.5571 0.2878 0.9999 1.6100 0.0008 0.0004 1.6125 0.0009 0.0004 0.9526 0.0155 2455157.7470 -7.5348 0.1101 1.0000 1.6104 0.0009 0.0004 1.6126 0.0007 0.0003 1.0141 0.0498 2455169.7100 -5.2747 0.1733 1.0004 1.6103 0.0007 0.0002 1.6124 0.0008 0.0002 1.0707 0.0313 2455412.8600 -7.2557 0.1242 0.9999 1.6103 0.0008 0.0003 1.6123 0.0007 0.0003 1.0324 0.0374 Table C.125: 60 Cyg Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -3.1425 0.3460 1.0001 1.5870 0.0009 0.0002 1.5901 0.0008 0.0002 0.9293 0.0329 2453737.7080 0.8509 0.3556 1.0002 ························ 2453982.8290 0.5121 0.1751 1.0001 ························ 2454038.7470 1.0614 0.2490 1.0001 ························ 2454219.1320 0.4610 0.1877 1.0000 ························ 2454299.9140 0.9111 0.2701 1.0002 ························ 2454352.9040 0.1158 0.3364 1.0001 ························ 2454381.8980 -2.0356 0.2867 1.0002 1.5869 0.0006 0.0001 1.5901 0.0007 0.0001 1.0135 0.0416 2454432.7160 0.5144 0.3502 1.0002 ························ 2454699.0180 -0.2252 0.1900 1.0001 1.5868 0.0005 0.0000 1.5902 0.0004 0.0000 1.8946 0.1302 2454718.9650 -0.7495 0.2293 1.0001 1.5869 0.0005 0.0000 1.5901 0.0005 0.0000 1.0569 0.0363 2454754.8430 0.8923 0.2295 1.0002 ························ 2455050.9700 -7.0541 0.3704 1.0000 1.5872 0.0008 0.0003 1.5896 0.0008 0.0003 0.9785 0.0174 2455157.7470 -6.3163 0.1785 1.0001 1.5874 0.0008 0.0003 1.5897 0.0007 0.0003 0.9991 0.0159 2455169.7100 -4.4270 0.3940 1.0000 1.5875 0.0007 0.0002 1.5895 0.0007 0.0002 0.9874 0.0241 2455412.8600 -6.3380 0.3434 0.9999 1.5873 0.0008 0.0003 1.5894 0.0009 0.0003 1.0450 0.0292

357 Table C.126: 60 Cyg Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -2.1067 0.3154 1.0002 1.5689 0.0007 0.0001 1.5721 0.0007 0.0001 1.0543 0.0374 2453737.7080 1.3280 0.1869 0.9999 ························ 2453982.8290 0.9404 0.1814 1.0000 ························ 2454038.7470 1.1902 0.0902 1.0000 ························ 2454219.1320 0.3580 0.1418 1.0000 ························ 2454299.9140 1.0512 0.1436 1.0001 ························ 2454352.9040 0.8218 0.2341 1.0000 ························ 2454381.8980 -1.1992 0.0024 1.0001 1.5688 0.0005 0.0001 1.5722 0.0005 0.0001 1.1935 0.0699 2454432.7160 0.9840 0.1112 1.0001 ························ 2454699.0180 -0.0719 0.0641 1.0001 1.5687 0.0005 0.0000 1.5722 0.0004 0.0000 1.2817 0.0934 2454718.9650 -0.1566 0.1140 0.9999 1.5689 0.0004 0.0000 1.5722 0.0003 0.0000 1.0572 0.0633 2454754.8430 0.8081 0.0845 1.0001 ························ 2455050.9700 -5.9804 0.5931 1.0001 1.5691 0.0008 0.0003 1.5716 0.0008 0.0003 0.9852 0.0136 2455157.7470 -5.4423 0.1122 1.0001 1.5694 0.0007 0.0003 1.5717 0.0007 0.0003 1.0296 0.0157 2455169.7100 -3.6914 0.1111 1.0001 1.5695 0.0007 0.0002 1.5716 0.0007 0.0002 1.0409 0.0254 2455412.8600 -5.4042 0.1531 1.0001 1.5693 0.0007 0.0002 1.5714 0.0007 0.0002 1.0206 0.0261 Table C.127: 60 Cyg Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -2.1913 0.2141 0.9999 1.5545 -0.0008 -0.0001 1.5576 0.0008 0.0001 0.9748 0.0367 2453737.7080 0.6660 0.1835 1.0001 ························ 2453982.8290 0.4201 0.0883 0.9999 ························ 2454038.7470 0.6317 0.0703 1.0003 ························ 2454219.1320 0.1061 0.0719 1.0000 ························ 2454299.9140 0.5748 0.1310 0.9999 ························ 2454352.9040 0.4466 0.1305 1.0002 ························ 2454381.8980 -1.5592 0.2592 0.9997 1.5545 0.0007 0.0001 1.5576 0.0006 0.0001 1.1354 0.0592 2454432.7160 0.4365 0.1527 1.0003 ························ 2454699.0180 -0.3770 0.4000 0.9997 1.5543 0.0005 0.0000 1.5578 0.0005 0.0000 1.3881 0.0771 2454718.9650 -0.4499 0.0719 0.9996 1.5545 0.0005 0.0000 1.5576 0.0004 0.0000 1.0799 0.0521 2454754.8430 0.3602 0.1075 1.0001 ························ 2455050.9700 -5.7643 0.6009 0.9999 1.5548 0.0007 0.0003 1.5571 0.0007 0.0003 0.9709 0.0148 2455157.7470 -5.3830 0.4369 1.0001 1.5550 0.0008 0.0003 1.5573 0.0007 0.0003 1.0041 0.0195 2455169.7100 -3.8869 0.2594 1.0002 1.5551 0.0007 0.0002 1.5571 0.0007 0.0002 1.0249 0.0293 2455412.8600 -5.2775 0.4910 1.0003 1.5549 0.0007 0.0002 1.5570 0.0008 0.0003 1.0066 0.0231

358 Table C.128: 60 Cyg Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -2.0220 0.3108 0.9995 1.5429 0.0008 0.0001 1.5457 0.0008 0.0001 1.0163 0.0435 2453737.7080 0.1905 0.1197 1.0000 ························ 2453982.8290 0.0505 0.1078 0.9998 ························ 2454038.7470 0.1892 0.1964 1.0001 ························ 2454219.1320 -0.2058 0.0440 1.0001 1.5426 0.0004 0.0000 1.5456 0.0003 0.0000 2.0557 0.2065 2454299.9140 0.1769 0.1674 0.9999 ························ 2454352.9040 0.1659 0.0727 1.0001 ························ 2454381.8980 -1.5093 0.2577 0.9999 1.5428 0.0007 0.0001 1.5458 0.0007 0.0001 1.1860 0.0733 2454432.7160 0.0144 0.1971 0.9998 ························ 2454699.0180 -0.5213 0.2337 0.9999 1.5427 0.0005 0.0000 1.5458 0.0005 0.0000 1.3079 0.0803 2454718.9650 -0.5901 0.1072 1.0001 1.5428 0.0005 0.0000 1.5459 0.0006 0.0000 1.1685 0.0591 2454754.8430 -0.0048 0.1393 0.9999 ························ 2455050.9700 -5.2341 0.4205 1.0001 1.5431 0.0008 0.0003 1.5453 0.0008 0.0003 0.9801 0.0216 2455157.7470 -5.0345 0.1588 0.9997 1.5433 0.0008 0.0003 1.5455 0.0007 0.0002 1.0445 0.0226 2455169.7100 -3.7589 0.2992 0.9998 1.5434 0.0007 0.0002 1.5453 0.0007 0.0002 1.0530 0.0352 2455412.8600 -4.8450 0.3154 1.0000 1.5432 0.0007 0.0002 1.5452 0.0008 0.0002 1.0414 0.0275 Table C.129: 60 Cyg Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -1.6342 0.4000 1.0007 1.5332 0.0009 0.0001 1.5361 0.0008 0.0001 1.0071 0.0505 2453737.7080 0.0408 0.4000 1.0000 ························ 2453982.8290 -0.0969 0.0564 1.0006 ························ 2454038.7470 0.0796 0.1757 0.9999 ························ 2454219.1320 -0.2997 0.4000 1.0000 1.5329 0.0005 0.0000 1.5357 0.0003 0.0000 1.4598 0.1318 2454299.9140 0.1217 0.4000 1.0000 ························ 2454352.9040 0.0326 0.4000 0.9999 ························ 2454381.8980 -1.2983 0.4000 1.0010 1.5331 0.0007 0.0001 1.5360 0.0007 0.0001 1.0136 0.0622 2454432.7160 -0.0431 0.0629 1.0002 ························ 2454699.0180 -0.4609 0.4000 1.0004 1.5330 0.0006 0.0000 1.5361 0.0006 0.0000 1.3612 0.0788 2454718.9650 -0.5312 0.3446 0.9998 1.5332 0.0006 0.0000 1.5361 0.0006 0.0000 1.0648 0.0556 2454754.8430 -0.0771 0.0307 1.0002 1.5334 0.0004 0.0000 1.5360 0.0005 0.0000 1.3260 0.3482 2455050.9700 -4.7389 0.4000 1.0005 1.5334 0.0007 0.0002 1.5356 0.0008 0.0003 0.9824 0.0187 2455157.7470 -4.5125 0.4000 1.0005 1.5357 0.0008 0.0002 1.5336 0.0007 0.0002 1.0209 0.0217 2455169.7100 -3.4656 0.4000 1.0008 1.5336 0.0007 0.0002 1.5356 0.0008 0.0002 1.0264 0.0324 2455412.8600 -4.4767 0.1725 1.0003 1.5335 0.0007 0.0002 1.5355 0.0008 0.0002 1.0141 0.0318

359 Table C.130: 60 Cyg Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -1.3180 0.4000 1.0001 1.5252 0.0010 0.0001 1.5279 0.0007 0.0001 0.8878 0.0579 2453737.7080 0.0477 0.4000 1.0003 ························ 2453982.8290 -0.1399 0.4000 0.9995 ························ 2454038.7470 0.0851 0.4000 0.9996 ························ 2454219.1320 -0.3088 0.4000 1.0004 1.5249 0.0006 0.0000 1.5276 0.0005 0.0000 1.1814 0.0880 2454299.9140 0.0159 0.4000 1.0008 ························ 2454352.9040 -0.0086 0.4000 1.0004 ························ 2454381.8980 -0.7270 0.4000 0.9966 1.5251 0.0007 0.0000 1.5280 0.0005 0.0000 0.9412 0.0799 2454432.7160 -0.1483 0.4000 0.9976 1.5251 0.0003 0.0000 1.5279 0.0003 0.0000 1.1922 0.2767 2454699.0180 -0.3377 0.4000 1.0005 1.5250 0.0006 0.0000 1.5279 0.0006 0.0000 1.2358 0.1011 2454718.9650 -0.5373 0.4000 1.0007 1.5252 0.0007 0.0000 1.5279 0.0006 0.0000 0.9477 0.0606 2454754.8430 -0.1468 0.4000 1.0002 1.5255 0.0008 0.0000 1.5276 0.0006 0.0000 0.9364 0.2433 2455050.9700 -3.8453 0.4000 1.0019 1.5253 0.0007 0.0002 1.5274 0.0008 0.0002 0.9545 0.0234 2455157.7470 -3.8261 0.4000 1.0011 1.5255 0.0007 0.0002 1.5276 0.0008 0.0002 1.0159 0.0270 2455169.7100 -2.9203 0.4000 1.0007 1.5256 0.0007 0.0001 1.5275 0.0007 0.0002 1.0097 0.0358 2455412.8600 -3.5977 0.4000 1.0010 1.5254 0.0007 0.0002 1.5273 0.0007 0.0002 1.0159 0.0301 Table C.131: 60 Cyg Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -0.6845 0.4000 1.0002 1.5182 0.0007 0.0000 1.5209 0.0007 0.0000 0.6800 0.0703 2453737.7080 0.0051 0.4000 1.0000 ························ 2453982.8290 -0.0142 0.1285 1.0002 ························ 2454038.7470 0.0978 0.6903 1.0000 ························ 2454219.1320 -0.1914 0.1790 0.9999 1.5180 0.0005 0.0000 1.5207 0.0004 0.0000 0.9862 0.1216 2454299.9140 0.0380 0.4000 0.9997 ························ 2454352.9040 -0.0493 0.4000 1.0000 ························ 2454381.8980 -0.2582 0.4000 1.0021 ························ 2454432.7160 -0.0620 0.1512 1.0008 ························ 2454699.0180 -0.3098 0.4000 1.0002 1.5181 0.0005 0.0000 1.5211 0.0008 0.0000 1.2888 0.1283 2454718.9650 -0.4205 0.4000 1.0001 1.5182 0.0007 0.0000 1.5211 0.0006 0.0000 0.9666 0.0775 2454754.8430 -0.1399 0.4000 0.9999 1.5185 0.0005 0.0000 1.5208 0.0006 0.0000 0.7417 0.1932 2455050.9700 -2.8777 0.4000 1.0003 1.5185 0.0007 0.0001 1.5205 0.0007 0.0002 0.9504 0.0267 2455157.7470 -2.9007 0.4000 1.0000 1.5187 0.0007 0.0001 1.5207 0.0007 0.0002 0.9823 0.0326 2455169.7100 -2.3242 0.4000 1.0001 1.5187 0.0007 0.0001 1.5206 0.0007 0.0001 0.9752 0.0449 2455412.8600 -2.7617 0.4000 1.0005 1.5186 0.0007 0.0001 1.5204 0.0007 0.0001 0.9751 0.0331

360 Table C.132: 60 Cyg HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -5.2773 0.7431 0.9997 2.0570 0.0008 0.0002 2.0603 0.0008 0.0003 0.9708 0.0246 2453737.7080 -2.5756 0.5747 0.9997 2.0572 0.0007 0.0001 2.0603 0.0008 0.0002 1.0061 0.0706 2453982.8290 -2.9482 0.4323 1.0002 2.0566 0.0007 0.0001 2.0604 0.0009 0.0001 1.1587 0.0396 2454038.7470 -1.1760 0.8054 1.0002 2.0567 0.0010 0.0001 2.0607 0.0007 0.0000 1.5957 0.2093 2454219.1320 -9.0561 0.6544 1.0005 2.0569 0.0009 0.0005 2.0599 0.0008 0.0004 1.0896 0.0075 2454299.9140 -5.3145 0.3954 1.0003 2.0571 0.0009 0.0003 2.0598 0.0008 0.0002 1.1756 0.0204 2454352.9040 -6.1194 0.5491 1.0001 2.0572 0.0009 0.0004 2.0600 0.0007 0.0003 1.1328 0.0213 2454381.8980 -6.3994 3.4792 0.9998 2.0572 0.0008 0.0003 2.0600 0.0008 0.0004 0.8332 0.0178 2454432.7160 -6.7998 2.3156 0.9987 2.0573 0.0008 0.0003 2.0602 0.0008 0.0004 0.9631 0.0188 2454699.0180 -8.4520 0.2647 1.0000 2.0571 0.0008 0.0004 2.0601 0.0009 0.0004 0.9852 0.0080 2454718.9650 -9.6577 0.2311 1.0000 2.0572 0.0008 0.0005 2.0602 0.0009 0.0005 1.0269 0.0086 2454754.8430 -7.4696 0.2710 1.0001 2.0573 0.0007 0.0004 2.0601 0.0008 0.0004 1.0788 0.0117 2455050.9700 -5.0154 0.9269 1.0001 2.0572 0.0009 0.0003 2.0601 0.0008 0.0002 0.9736 0.0191 2455157.7470 -5.2409 0.3924 1.0003 2.0573 0.0008 0.0002 2.0601 0.0009 0.0003 1.0130 0.0170 2455169.7100 -2.7213 0.5363 0.9999 2.0575 0.0007 0.0001 2.0599 0.0008 0.0001 1.1380 0.0339 2455412.8600 -3.4865 0.5156 1.0002 2.0574 0.0008 0.0002 2.0597 0.0008 0.0001 1.0852 0.0437 Table C.133: 60 Cyg HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 -3.6467 0.2721 0.9998 1.0824 0.0005 0.0002 1.0842 0.0004 0.0002 0.9739 0.0099 2453737.7080 -1.9011 0.1404 0.9998 1.0825 0.0004 0.0001 1.0842 0.0004 0.0001 1.0496 0.0212 2453982.8290 -1.5278 0.1332 0.9997 1.0822 0.0004 0.0001 1.0843 0.0004 0.0001 0.9520 0.0166 2454038.7470 -0.6176 0.1515 0.9998 1.0821 0.0004 0.0000 1.0844 0.0003 0.0000 1.0441 0.0621 2454219.1320 -4.8011 0.1353 0.9996 1.0823 0.0005 0.0003 1.0840 0.0004 0.0002 1.0336 0.0050 2454299.9140 -2.9030 0.1429 0.9997 1.0824 0.0004 0.0002 1.0840 0.0004 0.0001 1.1175 0.0131 2454352.9040 -3.4895 0.1390 0.9998 1.0824 0.0004 0.0002 1.0840 0.0004 0.0002 1.0795 0.0139 2454381.8980 ································· 2454432.7160 -4.0417 0.1438 0.9998 1.0825 0.0004 0.0002 1.0841 0.0004 0.0002 1.0209 0.0111 2454699.0180 -4.7966 0.1318 1.0000 1.0824 0.0004 0.0002 1.0841 0.0005 0.0003 0.9252 0.0048 2454718.9650 -5.3709 0.1610 0.9998 1.0825 0.0004 0.0003 1.0841 0.0005 0.0003 1.0465 0.0054 2454754.8430 -4.3168 0.1150 0.9998 1.0826 0.0004 0.0002 1.0841 0.0004 0.0002 1.0067 0.0071 2455050.9700 -4.2280 0.2049 0.9997 1.0824 0.0005 0.0002 1.0840 0.0004 0.0002 0.9334 0.0071 2455157.7470 -4.0570 0.1924 0.9996 1.0825 0.0004 0.0002 1.0842 0.0005 0.0002 0.9634 0.0086 2455169.7100 -2.4399 0.1722 0.9997 1.0826 0.0004 0.0001 1.0840 0.0004 0.0001 0.9909 0.0129 2455412.8600 -2.9955 0.1839 0.9996 1.0825 0.0005 0.0002 1.0840 0.0005 0.0001 0.9889 0.0146

361 Table C.134: 60 Cyg Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9480 1.7424 0.6029 0.9998 ························ 2453737.7080 3.9662 0.3495 1.0006 ························ 2453982.8290 5.3052 0.3444 0.9996 ························ 2454038.7470 5.9648 0.1779 1.0000 ························ 2454219.1320 2.5576 0.1873 0.9999 ························ 2454299.9140 3.5991 0.2160 0.9998 ························ 2454352.9040 2.2731 0.2020 1.0005 ························ 2454381.8980 0.8690 0.3893 0.9997 1.2811 0.0003 0.0000 1.2833 0.0003 0.0000 1.0722 0.0712 2454432.7160 2.4309 0.5486 0.9998 1.2822 0.0006 -0.0321 1.2822 0.0006 0.0321 1.3839 0.2000 2454699.0180 1.2654 0.2095 0.9999 1.2812 0.0003 0.0000 1.2832 0.0003 0.0000 0.6669 0.0178 2454718.9650 0.8642 0.1702 0.9998 1.2811 0.0003 0.0000 1.2832 0.0002 0.0000 1.1622 0.0241 2454754.8430 2.1445 0.1509 0.9998 ························ 2455050.9700 -1.2233 0.8698 1.0003 1.2812 0.0004 0.0001 1.2830 0.0004 0.0001 0.9932 0.0130 2455157.7470 -1.2421 0.2033 0.9999 1.2814 0.0004 0.0001 1.2830 0.0004 0.0001 1.0556 0.0128 2455169.7100 0.2241 0.1690 0.9999 1.2815 0.0003 0.0001 1.2828 0.0003 0.0001 1.1349 0.0230 2455412.8600 -0.7937 0.2333 1.0005 1.2814 0.0004 0.0001 1.2827 -0.0004 -0.0001 1.0109 0.0148 C.8 66 Cyg

Table C.135: 66 Cyg Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452104.7900 -27.2073 1.1887 0.9965 4.8913 0.6562 5.0190 0.6564 4.8965 1.0314 0.0002 2452136.6520 -27.4007 2.1366 1.0065 5.0764 0.6562 5.1605 0.6564 4.8269 1.0872 0.0003 2452151.5700 -28.0156 0.7074 0.9928 5.0569 0.6562 5.1311 0.6564 4.8825 1.0640 0.0002 2452167.6650 -28.4915 1.0580 1.0011 5.0217 0.6562 5.1973 0.6564 5.0940 1.0252 0.0002 2452219.4840 -30.0437 0.8937 0.9951 5.1818 0.6562 5.3778 0.6564 5.2576 1.0282 0.0007 2452264.5030 -29.9649 0.8476 1.0033 5.2680 0.6562 5.3762 0.6564 5.2945 1.0190 0.0002 2452390.8660 -31.5640 1.3871 0.9981 5.5543 0.6562 5.7122 0.6564 5.2686 1.1039 0.0002 2452416.8400 -31.6613 0.7743 0.9939 5.5340 0.6562 5.6807 0.6564 5.3639 1.0726 0.0002 2452426.8390 -30.5308 1.2390 1.0003 5.4554 0.6562 5.5312 0.6564 5.2110 1.0761 0.0001 2452450.8020 -25.2666 1.0205 0.9883 4.7396 0.6562 4.9188 0.6564 4.6030 1.0877 0.0002 2452455.8060 -24.4797 1.3678 0.9828 4.5719 0.6562 4.7851 0.6564 4.4627 1.0931 0.0002 2452463.7660 -22.0018 0.8133 0.9802 4.2711 0.6562 4.3311 0.6564 4.3257 1.0016 0.0002 2452570.5730 -23.2876 1.1552 0.9850 4.4114 0.6562 4.5777 0.6564 4.4122 1.0485 0.0002 2452803.6520 -27.7983 1.1393 0.9996 5.0572 0.6562 4.5832 0.6564 5.1613 0.8611 0.0003 2452815.7500 -25.9017 1.1663 0.9895 4.7171 0.6562 4.8188 0.6564 4.6772 1.0385 0.0002 2452823.6350 -28.6126 0.9853 0.9971 5.1708 0.6562 4.3292 0.6564 5.2789 0.7780 0.0002

362 2452840.7370 -26.4213 1.3468 0.9988 4.8836 0.6562 4.8604 0.6564 4.7487 1.0298 0.0006 2452874.6510 -26.6792 1.0862 0.9973 4.8911 0.6562 4.8473 0.6564 4.8998 0.9865 0.0003 2453188.7500 -32.1389 1.6626 0.9852 5.6930 0.6562 5.7335 0.6564 5.4579 1.0618 0.0003 2453219.7700 -32.1506 1.4784 0.9912 5.6595 0.6562 5.6379 0.6564 5.5378 1.0221 0.0002 2453239.7060 -32.3737 1.6432 1.0055 5.7449 0.6562 5.7894 0.6564 5.6697 1.0257 0.0002 2453259.6990 -32.4032 1.6032 0.9964 5.6310 0.6562 5.7499 0.6564 5.8641 0.9765 0.0002 2453553.7500 -26.1053 1.7003 1.0032 4.9152 0.6562 4.9541 0.6564 5.0121 0.9855 0.0003 2453614.6670 -25.6688 1.2922 0.9940 4.8456 0.6562 4.7982 0.6564 4.6915 1.0289 0.0003 2453645.6110 -25.7177 1.9565 0.9915 4.7452 0.6562 4.8269 0.6564 4.7893 1.0099 0.0003 2453673.6490 -25.9785 1.5178 0.9940 4.7656 0.6562 4.7884 0.6564 4.6378 1.0414 0.0002 2453987.7160 -23.8040 1.0397 0.9773 4.4521 0.6562 4.5921 0.6564 4.5465 1.0129 0.0002 2454005.6380 -24.8733 1.2032 0.9919 4.7112 0.6562 4.7262 0.6564 4.8245 0.9743 0.0002 2454303.7280 -22.5758 0.7172 0.9885 4.3725 0.6562 4.3821 0.6564 4.4220 0.9883 0.0003 2454346.7720 -22.9550 1.0478 0.9923 4.4034 0.6562 4.4536 0.6564 4.4743 0.9940 0.0003 2454349.7350 -21.7753 0.8295 0.9860 4.2384 0.6562 4.2961 0.6564 4.2162 1.0248 0.0004 2454357.6670 -20.8845 0.7928 0.9881 4.0900 0.6562 4.1321 0.6564 4.1669 0.9890 0.0003 2454379.6480 -22.1027 0.8231 0.9889 4.4196 0.6562 4.4614 0.6564 4.2215 1.0745 0.0005 2455056.7200 -24.6665 1.3292 0.9953 4.5793 0.6562 4.6189 0.6564 4.5998 1.0053 0.0004 2455080.7140 -24.3811 0.9737 0.9910 4.5317 0.6562 4.5493 0.6564 4.6281 0.9783 0.0002 2455090.6500 -24.5597 1.3966 0.9918 4.5556 0.6562 4.5767 0.6564 4.6566 0.9781 0.0004 2455102.5560 -26.4515 1.2881 0.9753 4.7320 0.6562 4.6585 0.6564 4.7553 0.9742 0.0004 2455112.6680 -26.8317 1.1009 0.9664 4.8245 0.6562 4.7533 0.6564 4.6513 1.0279 0.0003 2455399.7750 -26.5508 1.6541 0.9935 4.9044 0.6562 4.8341 0.6564 4.7392 1.0254 0.0005 2455435.7010 -28.0983 3.5077 0.9897 4.9793 0.6562 4.9281 0.6564 5.1106 0.9556 0.0005 2455510.5200 -25.3045 0.8117 0.9904 4.8519 0.6562 4.6953 0.6564 4.6199 1.0208 0.0003 Table C.136: 66 Cyg HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2452104.7900 0.4133 0.2509 0.9886 0.9869 2452136.6520 0.6706 0.5647 0.9879 0.9897 2452151.5700 0.2292 0.1944 0.9786 0.9856 2452167.6650 0.3291 0.2704 0.9872 1.0016 2452219.4840 0.4419 0.2590 0.9944 0.9954 2452264.5030 0.4332 0.2821 0.9931 1.0066 2452390.8660 0.3299 0.2839 0.9894 1.0133 2452416.8400 0.4023 0.2075 0.9900 0.9960 2452426.8390 0.3698 0.2119 0.9898 0.9978 2452450.8020 0.5330 0.3416 0.9816 0.9728 2452455.8060 0.4750 0.3227 0.9798 0.9734 2452463.7660 0.4773 0.1921 0.9822 0.9750 2452570.5730 0.5077 0.5201 0.9877 1.0143 2452803.6520 0.3296 0.2547 0.9859 1.0206 2452815.7500 0.2437 0.3687 0.9770 0.9568 2452823.6350 0.3974 0.1643 0.9914 0.9984 2452840.7370 0.3863 0.4049 0.9807 0.9595 2452874.6510 0.2390 0.3170 0.9857 0.9276 2453188.7500 0.3260 0.3899 0.9797 0.9861 2453219.7700 0.2688 0.3647 0.9753 0.9703

363 2453239.7060 0.3081 0.3269 0.9872 0.9931 2453259.6990 0.2752 0.3499 0.9826 1.0197 2453553.7500 0.4278 0.4514 0.9800 0.9835 2453614.6670 0.4044 0.2708 0.9835 1.0028 2453645.6110 0.4140 0.3925 0.9815 1.0050 2453673.6490 0.5415 0.2786 0.9925 0.9847 2453987.7160 0.4021 0.2453 0.9739 1.0047 2454005.6380 0.4998 0.3274 0.9863 0.9967 2454303.7280 0.3481 0.1995 0.9936 0.8499 2454346.7720 0.3228 0.2211 0.9916 0.8205 2454349.7350 0.4723 0.3117 0.9925 0.8500 2454357.6670 0.3552 0.2075 0.9940 0.9884 2454379.6480 0.2739 0.2822 0.9876 0.9346 2455056.7200 -0.0312 0.7900 0.9689 0.9272 2455080.7140 0.5581 0.3165 0.9918 0.7944 2455090.6500 0.2143 0.3529 0.9893 0.9732 2455102.5560 0.0484 0.4443 0.9754 1.0039 2455112.6680 0.3725 0.4234 0.9910 0.9177 2455399.7750 0.5541 0.7817 0.9911 0.8442 2455435.7010 0.2321 1.7250 0.9703 0.9784 2455510.5200 0.3924 0.2362 0.9952 0.9101 Table C.137: 66 Cyg Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454303.7280 0.3252 0.5287 0.9986 0.7626 0.4861 1.3277 0.4862 1.3431 0.9549 0.0021 2454346.7720 0.4659 0.8227 0.9977 0.5938 0.4861 1.3585 0.4862 1.3693 0.9708 0.0021 2454349.7350 0.8226 1.2618 1.0079 0.7679 0.4860 1.3870 0.4862 1.3000 1.2899 0.0037 2454357.6670 0.4623 0.6072 1.0002 0.9943 0.4861 1.2963 0.4862 1.3101 0.9555 0.0016 2454379.6480 0.8625 1.0227 1.0040 0.9849 0.4861 1.3451 0.4862 1.3084 1.1188 0.0023 2455056.7200 0.1029 2.0593 1.0070 0.9735 0.4860 1.3914 0.4862 1.4083 0.9586 0.0030 2455080.7140 0.3647 1.2629 1.0122 0.8616 0.4860 1.3273 0.4862 1.4165 0.7859 0.0018 2455090.6500 0.0465 1.1620 1.0022 0.9287 0.4861 1.3332 0.4862 1.4320 0.7713 0.0031 2455102.5560 0.1091 1.4588 1.0181 0.9765 0.4861 1.4378 0.4863 1.4237 1.0332 0.0025 2455112.6680 0.3553 1.4962 0.9997 0.8082 0.4861 1.3365 0.4863 1.3238 1.0391 0.0022 2455399.7750 -1.0686 2.3444 0.9827 0.8087 0.4861 1.5013 0.4862 1.5118 0.9795 0.0042 2455435.7010 0.8922 5.3177 1.0340 0.0000 0.4861 1.6310 0.4862 1.4961 1.2718 0.0119 2455510.5200 -0.9626 0.9551 0.9671 0.2743 0.4860 1.4370 0.4862 1.3730 1.1716 0.0027

Table C.138: 66 Cyg FeII λ5316Å Measurements

364 Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452104.7900 -0.2397 0.2217 1.0049 1.0642 0.5315 1.1022 0.5318 1.0793 1.2890 0.0008 2452136.6520 -0.4679 0.6887 0.9849 1.0549 0.5316 1.1162 0.5318 1.0887 1.3095 0.0073 2452151.5700 -0.4618 0.1877 0.9972 1.0736 0.5315 1.1037 0.5319 1.0842 1.2315 0.0006 2452167.6650 -0.4828 0.2340 0.9969 1.0849 0.5315 1.1065 0.5318 1.0866 1.2293 0.0011 2452219.4840 -0.5129 0.2543 0.9959 1.0690 0.5315 1.1035 0.5318 1.0946 1.0942 0.0009 2452264.5030 -0.5204 0.2485 0.9952 1.0724 0.5315 1.1111 0.5318 1.0876 1.2693 0.0007 2452390.8660 -0.4942 0.3099 0.9976 1.0670 0.5315 1.1094 0.5318 1.0953 1.1490 0.0005 2452416.8400 -0.4035 0.1491 1.0056 1.0653 0.5315 1.1071 0.5318 1.0951 1.1266 0.0005 2452426.8390 -0.5057 0.2249 0.9982 1.0750 0.5315 1.1097 0.5318 1.1030 1.0657 0.0006 2452450.8020 -0.4221 0.4009 0.9947 1.0461 0.5315 1.1002 0.5318 1.0745 1.3448 0.0010 2452455.8060 -0.2464 0.5014 1.0060 1.0506 0.5315 1.1065 0.5318 1.0713 1.4950 0.0013 2452463.7660 -0.1712 0.1382 1.0069 1.0479 0.5315 1.0823 0.5318 1.0642 1.2824 0.0009 2452570.5730 0.0223 0.5991 0.9986 1.0591 0.5315 1.0912 0.5318 1.0760 1.2002 0.0045 2452803.6520 -0.4041 0.2764 1.0025 1.0679 0.5316 1.1080 0.5318 1.0903 1.1961 0.0008 2452815.7500 -0.4371 0.4504 0.9935 1.0523 0.5315 1.0880 0.5317 1.0843 1.0440 0.0009 2452823.6350 -0.4711 0.1861 0.9972 1.0724 0.5316 1.1087 0.5318 1.0938 1.1596 0.0007 2452840.7370 -0.4586 0.5178 0.9990 1.0665 0.5315 1.1176 0.5318 1.0863 1.3618 0.0011 2452874.6510 -0.3222 0.2829 0.9976 1.0688 0.5316 1.0955 0.5318 1.0863 1.1059 0.0017 2453188.7500 -0.3497 0.5138 1.0021 1.0869 0.5315 1.1064 0.5319 1.0898 1.1845 0.0011 2453219.7700 -0.4262 0.4727 1.0020 1.0924 0.5315 1.1097 0.5318 1.1048 1.0464 0.0009 2453239.7060 -0.4635 0.3540 1.0006 1.0692 0.5315 1.1090 0.5318 1.1505 0.7239 0.0008 2453259.6990 -0.4378 0.3536 1.0011 1.0689 0.5315 1.1238 0.5318 1.1107 1.1186 0.0008 2453553.7500 -0.7045 0.4814 0.9786 1.0553 0.5315 1.0990 0.5318 1.0774 1.2785 0.0012 2453614.6670 -0.4392 0.3330 0.9941 1.0579 0.5315 1.0796 0.5318 1.0775 1.0260 0.0007 2453645.6110 -0.4060 0.3074 0.9981 1.0683 0.5315 1.0963 0.5318 1.0768 1.2541 0.0009 2453673.6490 -0.3722 0.3141 0.9989 1.0511 0.5315 1.0901 0.5318 1.0805 1.1202 0.0007 Continued on Next Page… Table C.138 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453987.7160 -0.3206 0.2795 0.9987 1.0513 0.5315 1.0782 0.5318 1.0660 1.1846 0.0006 2454005.6380 -0.4310 0.2669 0.9921 1.0399 0.5315 1.0822 0.5318 1.0714 1.1505 0.0007 2454303.7280 -0.4080 0.2213 0.9953 1.0420 0.5315 1.0831 0.5318 1.0750 1.1080 0.0013 2454346.7720 -0.4194 0.2288 0.9930 1.0593 0.5315 1.0813 0.5318 1.0731 1.1119 0.0014 2454349.7350 -0.6766 0.3486 0.9696 1.0542 0.5315 1.0804 0.5318 1.0573 1.4026 0.0014 2454357.6670 -0.3606 0.2575 0.9976 1.0496 0.5315 1.0775 0.5318 1.0638 1.2134 0.0016 2454379.6480 -0.2623 0.2217 0.9949 1.0381 0.5315 1.0789 0.5318 1.0633 1.2475 0.0010 2455056.7200 -0.6405 1.1180 0.9862 1.0688 0.5315 1.1026 0.5318 1.0876 1.1709 0.0034 2455080.7140 -0.3285 0.2517 1.0027 1.0482 0.5315 1.0848 0.5318 1.0920 0.9221 0.0015 2455090.6500 -0.4069 0.7001 0.9974 1.0892 0.5315 1.1029 0.5318 1.0778 1.3215 0.0020 2455102.5560 -0.7333 0.5217 0.9792 1.0558 0.5316 1.0984 0.5318 1.0982 1.0021 0.0021 2455112.6680 -0.3850 0.4128 0.9875 1.0718 0.5316 1.1034 0.5318 1.0901 1.1472 0.0022 2455399.7750 -0.3959 1.1491 0.9978 1.0791 0.5315 1.1220 0.5318 1.1103 1.1058 0.0036 2455435.7010 -0.9162 1.0270 0.9797 1.0125 0.5315 1.1739 0.5318 1.1479 1.1763 0.0065 2455510.5200 -0.4659 0.1752 0.9923 1.0628 0.5315 1.0968 0.5318 1.0745 1.2987 0.0024

Table C.139: 66 Cyg Brγ Measurements

365 Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -12.0931 1.2510 0.9997 1.5597 2.1658 2454352.9230 -10.8433 1.1274 0.9997 1.5596 2.1659 2454382.7970 -12.1584 1.2545 0.9996 1.6085 2.1661 2455050.9860 -11.8062 1.0217 0.9996 1.5804 2.1660 2455079.8440 -11.6482 1.1903 0.9998 1.5938 2.1662 2455103.7940 -11.7489 1.2970 0.9996 1.5856 2.1660 2455441.8470 -11.9566 1.3271 0.9995 1.6054 2.1662 2455516.7600 -13.6069 1.0555 0.9998 1.6519 2.1662

Table C.140: 66 Cyg Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -7.7276 0.2670 1.0047 1.3540 1.7366 2454352.9230 -7.1916 0.2688 1.0042 1.3551 1.7367 2454382.7970 -7.6999 0.3530 1.0055 1.3873 1.7368 2455050.9860 -8.4216 0.4601 1.0060 1.3940 1.7363 2455079.8440 -6.9125 0.3615 1.0048 1.3544 1.7369 2455103.7940 -7.1557 0.3467 1.0044 1.3564 1.7368 2455441.8470 -7.9673 0.3760 1.0045 1.3935 1.7365 2455516.7600 -8.7339 0.4566 1.0051 1.4246 1.7369 Continued on Next Page… Table C.140 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.141: 66 Cyg Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -6.9857 0.4662 0.9999 1.3486 1.6811 2454352.9230 -6.7703 0.3570 0.9999 1.3483 1.6812 2454382.7970 -7.2700 0.5237 0.9998 1.3782 1.6813 2455050.9860 -7.3178 0.5533 0.9997 1.3670 1.6808 2455079.8440 -6.7410 0.3948 0.9999 1.3513 1.6814 2455103.7940 -7.7058 0.4345 0.9998 1.3824 1.6813 2455441.8470 -7.9735 0.3859 0.9998 1.3996 1.6810 2455516.7600 -8.6516 0.4500 0.9998 1.4315 1.6813

366 Table C.142: 66 Cyg Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -7.1022 0.4726 0.9999 1.3463 1.6413 2454352.9230 -6.3666 0.3043 0.9999 1.3249 1.6413 2454382.7970 -6.8867 0.3513 0.9999 1.3631 1.6415 2455050.9860 -7.7393 0.4777 0.9999 1.3602 1.6410 2455079.8440 -7.0987 0.3169 0.9998 1.3489 1.6411 2455103.7940 -8.0499 0.3605 0.9998 1.3868 1.6414 2455441.8470 -8.1009 0.3542 0.9999 1.3896 1.6411 2455516.7600 -8.2191 0.3148 0.9999 1.4087 1.6411

Table C.143: 66 Cyg Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -7.7656 0.3668 0.9979 1.3556 1.6115 2454352.9230 -7.4345 0.3070 0.9982 1.3385 1.6116 2454382.7970 -7.4599 0.4596 0.9981 1.3677 1.6117 2455050.9860 -8.5214 0.3929 0.9982 1.3724 1.6112 2455079.8440 -7.6467 0.3494 0.9983 1.3561 1.6113 2455103.7940 -9.7009 0.4338 0.9985 1.4212 1.6116 Continued on Next Page… Table C.143 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455441.8470 -8.8854 0.3088 0.9984 1.4003 1.6113 2455516.7600 -8.7379 0.2124 0.9982 1.4131 1.6113

Table C.144: 66 Cyg Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -7.6003 0.4620 1.0000 1.3483 1.5885 2454352.9230 -6.7070 0.4315 1.0002 1.3346 1.5886 2454382.7970 -7.4434 0.5834 1.0000 1.3598 1.5887 2455050.9860 -7.5395 0.4157 1.0001 1.3560 1.5882 2455079.8440 -7.5185 0.4159 1.0000 1.3670 1.5888 2455103.7940 -8.4452 0.4983 1.0000 1.3963 1.5887 2455441.8470 -8.3281 0.3212 1.0000 1.4050 1.5884 2455516.7600 -8.9485 0.2278 1.0000 1.4236 1.5887 367 Table C.145: 66 Cyg Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -8.5094 0.3146 1.0000 1.3572 1.5704 2454352.9230 -4.9258 0.0835 0.9999 1.2616 1.5704 2454382.7970 -5.5577 0.2294 0.9999 1.2926 1.5706 2455050.9860 -6.0267 0.5032 1.0000 1.2924 1.5705 2455079.8440 -5.6898 0.1523 0.9999 1.2888 1.5706 2455103.7940 -6.4146 0.1824 0.9999 1.3124 1.5705 2455441.8470 -6.8980 0.1444 0.9999 1.3322 1.5706 2455516.7600 -7.6399 0.3738 1.0000 1.3647 1.5706

Table C.146: 66 Cyg Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -6.0931 0.3973 1.0009 1.2856 1.5563 2454352.9230 -5.5493 0.0771 1.0007 1.2787 1.5563 2454382.7970 -5.9437 0.1965 1.0006 1.3023 1.5560 2455050.9860 -6.7854 0.5178 1.0004 1.3154 1.5560 Continued on Next Page… Table C.146 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455079.8440 -6.4350 0.1757 1.0006 1.3067 1.5561 2455103.7940 -7.1201 0.1086 1.0007 1.3341 1.5560 2455441.8470 -7.2374 0.4333 1.0006 1.3520 1.5561 2455516.7600 -7.8889 0.1073 1.0001 1.3657 1.5561

Table C.147: 66 Cyg Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -5.7794 0.7360 0.9999 1.2726 1.5446 2454352.9230 -5.3561 0.4172 0.9998 1.2532 1.5446 2454382.7970 -5.9171 0.2556 1.0000 1.2773 1.5447 2455050.9860 -6.2619 0.3717 0.9999 1.2807 1.5442 2455079.8440 -6.0656 0.1466 1.0002 1.2864 1.5444 2455103.7940 -6.6838 0.1015 0.9999 1.3072 1.5443 2455441.8470 -7.0693 0.2228 1.0001 1.3239 1.5444 2455516.7600 -7.3461 0.1785 1.0003 1.3416 1.5444 368

Table C.148: 66 Cyg Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -4.7278 0.4000 0.9985 1.2352 1.5349 2454352.9230 -4.5305 0.4000 0.9997 1.2366 1.5345 2454382.7970 -5.0008 0.1519 0.9997 1.2562 1.5346 2455050.9860 -5.5160 0.4000 0.9996 1.2652 1.5346 2455079.8440 -5.2753 0.2339 0.9997 1.2668 1.5347 2455103.7940 -5.7035 0.4000 1.0000 1.2853 1.5346 2455441.8470 -6.1934 0.4000 1.0002 1.3041 1.5347 2455516.7600 -6.4002 0.4140 1.0001 1.3182 1.5347

Table C.149: 66 Cyg Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -4.3084 0.4000 0.9966 1.2101 1.5264 2454352.9230 -4.2934 0.4000 0.9997 1.2147 1.5264 Continued on Next Page… Table C.149 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454382.7970 -4.7914 0.4000 1.0002 1.2346 1.5266 2455050.9860 -5.1136 0.4000 1.0003 1.2387 1.5265 2455079.8440 -4.9618 0.4000 1.0001 1.2418 1.5267 2455103.7940 -5.3273 0.4000 0.9999 1.2625 1.5265 2455441.8470 -5.7776 0.4000 1.0001 1.2761 1.5262 2455516.7600 -5.8405 0.4000 1.0000 1.2867 1.5266

Table C.150: 66 Cyg Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0020 -3.9640 0.4000 1.0027 1.1958 1.5195 2454352.9230 -3.9247 0.4000 1.0001 1.1946 1.5200 2454382.7970 -4.2729 0.4000 1.0000 1.2173 1.5197 2455050.9860 -4.5684 0.4000 1.0004 1.2198 1.5196 2455079.8440 -4.4223 0.4000 1.0003 1.2161 1.5198 2455103.7940 -4.7937 0.4000 1.0007 1.2354 1.5197 2455441.8470 -5.0500 0.4000 1.0002 1.2449 1.5198

369 2455516.7600 -5.1574 0.4000 1.0001 1.2537 1.5197

Table C.151: 66 Cyg Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0019 -8.6127 1.0806 0.9998 1.8556 1.2820 2454352.9230 -7.5270 0.7375 1.0000 1.8223 1.2820 2454382.7968 -7.8824 0.9644 1.0003 1.8742 1.2821 2455050.9858 -8.4602 1.1416 1.0002 1.8678 1.2821 2455079.8442 -8.1570 1.0348 1.0000 1.8952 1.2822 2455103.7939 -9.0958 0.8913 1.0001 1.8980 1.2821 2455441.8472 -9.9912 1.1814 1.0001 1.9922 1.2822 2455516.7596 -9.5926 1.0574 0.9999 1.9732 1.2821 C.9 β CMi

Table C.152: β CMi Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451571.7070 -4.3480 1.1520 0.9510 1.5740 0.6560 1.8090 0.6560 1.8070 1.0020 0.0005 2451583.6640 -3.8010 0.7930 0.9540 1.5610 0.6560 1.7870 0.6560 1.8020 0.9820 0.0005 2451586.6320 -4.2110 0.6970 0.9530 1.5760 0.6560 1.8070 0.6560 1.8100 0.9964 0.0005 2451606.6970 -4.1680 0.7240 0.9530 1.5540 0.6560 1.8100 0.6560 1.8180 0.9907 0.0004 2451608.5700 -3.9050 0.7080 0.9580 1.5450 0.6560 1.8160 0.6560 1.8080 1.0093 0.0004 2451609.6190 -4.0790 2.3610 0.9430 1.5360 0.6560 1.8140 0.6560 1.7980 1.0193 0.0012 2451887.8220 -4.0560 1.3390 0.9540 1.5670 0.6560 1.8020 0.6560 1.8250 0.9727 0.0005 2451887.8430 -4.4160 0.7930 0.9470 1.5880 0.6560 1.8110 0.6560 1.8080 1.0037 0.0005 2451919.7670 -3.7780 0.9590 0.9510 1.5630 0.6560 1.8020 0.6560 1.8070 0.9934 0.0018 2451919.7890 -3.9430 0.8880 0.9500 1.5520 0.6560 1.7920 0.6560 1.7980 0.9921 0.0007 2451920.7410 -3.8580 0.8170 0.9490 1.5640 0.6560 1.7820 0.6560 1.7940 0.9853 0.0006 2451935.7300 -3.8500 1.1050 0.9530 1.5560 0.6560 1.7900 0.6560 1.8080 0.9771 0.0006 2451937.7440 -3.9960 1.2200 0.9580 1.5630 0.6560 1.8360 0.6560 1.8240 1.0155 0.0010 2451937.7600 -3.5740 1.0530 0.9520 1.5560 0.6560 1.7920 0.6560 1.7860 1.0080 0.0008 2451951.7700 -3.6990 1.3350 0.9540 1.5620 0.6560 1.8180 0.6560 1.7880 1.0381 0.0010 2451951.7860 -4.2330 1.6640 0.9290 1.5570 0.6560 1.7830 0.6560 1.7660 1.0218 0.0021

370 2451959.7330 -3.8760 1.4540 0.9450 1.5630 0.6560 1.8050 0.6560 1.7880 1.0216 0.0012 2451961.7360 -3.9350 0.7670 0.9520 1.5800 0.6560 1.7890 0.6560 1.8010 0.9858 0.0006 2451962.6450 -4.2060 1.5940 0.9660 1.6090 0.6560 1.8100 0.6560 1.8240 0.9841 0.0009 2451964.6150 -4.2750 0.9190 0.9450 1.5540 0.6560 1.8060 0.6560 1.7970 1.0115 0.0019 2451969.7210 -4.1070 1.4010 0.9530 1.5460 0.6560 1.8270 0.6560 1.7840 1.0549 0.0013 2451969.7540 -4.0750 0.6380 0.9540 1.5860 0.6560 1.8090 0.6560 1.8000 1.0102 0.0005 2451976.7010 -3.9560 0.6770 0.9510 1.5480 0.6560 1.7960 0.6560 1.7870 1.0122 0.0005 2451980.6890 -4.2300 0.7950 0.9510 1.5600 0.6560 1.7880 0.6560 1.8060 0.9776 0.0007 2451990.6680 -3.7810 0.8830 0.9540 1.5440 0.6560 1.7980 0.6560 1.7920 1.0071 0.0005 2451994.6200 -3.9600 1.7590 0.9510 1.5730 0.6560 1.7920 0.6560 1.7750 1.0222 0.0011 2451994.6430 -4.0790 0.5820 0.9490 1.5570 0.6560 1.7850 0.6560 1.7750 1.0128 0.0005 2451996.6670 -4.3560 1.9390 0.9480 1.5830 0.6560 1.8180 0.6560 1.8400 0.9746 0.0010 2452001.7020 -3.9160 0.8740 0.9460 1.5450 0.6560 1.7680 0.6560 1.7740 0.9919 0.0005 2452008.5520 -4.2970 0.8530 0.9330 1.5500 0.6560 1.7750 0.6560 1.7860 0.9849 0.0007 2452029.5790 -3.7630 1.6700 0.9460 1.5340 0.6560 1.7770 0.6560 1.7680 1.0119 0.0009 2452219.8320 -4.0790 0.5240 0.9540 1.5730 0.6560 1.8050 0.6560 1.8010 1.0056 0.0004 2452221.8250 -3.9800 0.3450 0.9450 1.5630 0.6560 1.7930 0.6560 1.7800 1.0170 0.0004 2452235.8740 -3.9480 0.5430 0.9520 1.5810 0.6560 1.8130 0.6560 1.7880 1.0315 0.0004 2452265.8670 -4.0140 0.3850 0.9500 1.5640 0.6560 1.8060 0.6560 1.8110 0.9940 0.0003 2452296.7370 -4.1270 0.6710 0.9500 1.5820 0.6560 1.8060 0.6560 1.8050 1.0017 0.0006 2452299.6920 -3.6840 0.7600 0.9550 1.5700 0.6560 1.7930 0.6560 1.8030 0.9875 0.0006 2452301.8080 -4.1190 0.7340 0.9500 1.5740 0.6560 1.8220 0.6560 1.8060 1.0196 0.0004 2452308.7700 -3.8170 0.9200 0.9530 1.5570 0.6560 1.8020 0.6560 1.7980 1.0049 0.0005 2452310.7000 -5.3810 2.3760 0.9240 1.6040 0.6560 1.8020 0.6560 1.8250 0.9719 0.0012 2452311.7440 -3.9220 0.9380 0.9480 1.5680 0.6560 1.7920 0.6560 1.7850 1.0087 0.0005 2452311.7640 -4.0530 0.7550 0.9500 1.5610 0.6560 1.8120 0.6560 1.8040 1.0100 0.0006 2452313.6760 -3.8980 0.5790 0.9540 1.5720 0.6560 1.8110 0.6560 1.8070 1.0056 0.0004 2452319.7310 -4.1120 0.9040 0.9540 1.5740 0.6560 1.8190 0.6560 1.8090 1.0126 0.0004 2452323.7000 -4.2720 0.8870 0.9480 1.5740 0.6560 1.8090 0.6560 1.8020 1.0090 0.0005 Continued on Next Page… Table C.152 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452328.7110 -4.2070 0.5790 0.9530 1.5840 0.6560 1.8160 0.6560 1.8070 1.0114 0.0005 2452335.6340 -4.1480 0.7200 0.9500 1.5840 0.6560 1.8010 0.6560 1.8050 0.9955 0.0005 2452344.7140 -3.8540 0.8590 0.9540 1.5770 0.6560 1.8030 0.6560 1.7980 1.0060 0.0005 2452356.5420 -4.1210 0.8270 0.9520 1.5770 0.6560 1.8040 0.6560 1.7930 1.0143 0.0006 2452361.7000 -4.0140 0.7300 0.9520 1.5740 0.6560 1.8060 0.6560 1.8010 1.0053 0.0006 2452364.6420 -3.9170 0.6190 0.9510 1.5810 0.6560 1.7950 0.6560 1.7980 0.9972 0.0004 2452399.5740 -3.9920 0.4780 0.9480 1.5530 0.6560 1.8090 0.6560 1.7880 1.0276 0.0003 2452405.5920 -4.1220 0.5880 0.9440 1.5630 0.6560 1.7980 0.6560 1.7950 1.0046 0.0004 2452410.5870 -3.7900 1.4490 0.9390 1.5180 0.6560 1.7750 0.6560 1.7570 1.0236 0.0009 2452417.5740 -3.9760 0.6620 0.9440 1.5580 0.6560 1.7910 0.6560 1.7820 1.0114 0.0003 2452586.8700 -4.0870 0.7040 0.9530 1.5770 0.6560 1.8040 0.6560 1.8020 1.0026 0.0004 2452612.8050 -4.3720 0.7570 0.9500 1.5870 0.6560 1.8220 0.6560 1.8190 1.0026 0.0004 2452615.8280 -4.3250 0.9130 0.9460 1.5880 0.6560 1.8320 0.6560 1.8090 1.0290 0.0005 2452657.7850 -4.1090 1.0700 0.9510 1.5890 0.6560 1.8060 0.6560 1.8260 0.9766 0.0006 2452669.7760 -4.3660 0.6070 0.9520 1.5860 0.6560 1.8300 0.6560 1.8230 1.0086 0.0005 2452681.7020 -4.2450 1.0220 0.9520 1.5870 0.6560 1.8340 0.6560 1.8130 1.0258 0.0004 2452684.7240 -4.1600 0.6300 0.9550 1.5920 0.6560 1.8160 0.6560 1.8040 1.0149 0.0004 2452690.7220 -4.1480 0.7140 0.9550 1.5780 0.6560 1.8230 0.6560 1.8030 1.0256 0.0004 2452690.7530 -4.1620 0.5840 0.9540 1.5810 0.6560 1.8240 0.6560 1.8030 1.0265 0.0005 2452691.7130 -4.1300 0.6630 0.9490 1.5840 0.6560 1.8060 0.6560 1.8110 0.9939 0.0004 2452697.7320 -4.2800 0.6740 0.9530 1.5910 0.6560 1.8320 0.6560 1.8180 1.0167 0.0004 2452698.6750 -4.4200 0.7830 0.9520 1.5910 0.6560 1.8240 0.6560 1.8260 0.9972 0.0004 2452701.7080 -4.2590 0.5490 0.9520 1.5970 0.6560 1.8210 0.6560 1.8120 1.0105 0.0004 371 2452705.6890 -4.2480 0.5820 0.9540 1.5840 0.6560 1.8270 0.6560 1.8280 0.9991 0.0004 2452709.6560 -4.0890 0.4850 0.9550 1.5910 0.6560 1.8110 0.6560 1.8120 0.9985 0.0004 2452712.6170 -4.1790 0.7440 0.9530 1.5910 0.6560 1.8340 0.6560 1.8110 1.0288 0.0004 2452713.6820 -4.1560 0.6010 0.9470 1.5640 0.6560 1.8170 0.6560 1.8070 1.0121 0.0004 2452722.6410 -3.9580 0.5910 0.9510 1.5670 0.6560 1.8080 0.6560 1.8180 0.9877 0.0004 2452739.6250 -4.1810 0.6420 0.9530 1.5740 0.6560 1.8220 0.6560 1.8250 0.9961 0.0003 2452740.5860 -4.3250 0.6020 0.9470 1.5840 0.6560 1.8320 0.6560 1.8130 1.0233 0.0004 2452741.6490 -4.0710 0.6420 0.9480 1.5590 0.6560 1.8150 0.6560 1.8120 1.0038 0.0004 2452742.5990 -4.1210 0.6400 0.9520 1.5810 0.6560 1.8230 0.6560 1.8140 1.0109 0.0004 2452742.6200 -4.1540 0.7660 0.9510 1.5750 0.6560 1.8220 0.6560 1.8090 1.0163 0.0004 2452743.6130 -4.3730 0.6840 0.9470 1.5730 0.6560 1.8380 0.6560 1.8090 1.0354 0.0103 2452753.5880 -4.0430 0.4900 0.9550 1.5930 0.6560 1.8290 0.6560 1.8100 1.0234 0.0003 2452757.5800 -4.1690 0.6450 0.9440 1.5590 0.6560 1.8230 0.6560 1.8030 1.0247 0.0004 2452763.5770 -4.2840 0.7600 0.9460 1.5710 0.6560 1.8240 0.6560 1.8160 1.0101 0.0003 2452952.9280 -4.4100 0.8440 0.9490 1.6080 0.6560 1.8390 0.6560 1.8370 1.0027 0.0004 2452964.8840 -4.0870 0.6600 0.9520 1.5980 0.6560 1.8210 0.6560 1.8200 1.0021 0.0007 2452975.8500 -4.1070 0.7830 0.9560 1.5990 0.6560 1.8380 0.6560 1.8410 0.9967 0.0004 2453051.7100 -4.1770 0.7630 0.9560 1.5950 0.6560 1.8800 0.6560 1.8460 1.0403 0.0005 2453051.7310 -4.0260 0.7930 0.9570 1.6090 0.6560 1.8460 0.6560 1.8220 1.0290 0.0005 2453063.6940 -4.2260 0.5270 0.9550 1.6010 0.6560 1.8430 0.6560 1.8440 0.9980 0.0005 2453064.6850 -4.0470 0.9780 0.9560 1.6120 0.6560 1.8330 0.6560 1.8330 1.0000 0.0014 2453075.6370 -4.2000 0.8940 0.9510 1.5820 0.6560 1.8460 0.6560 1.8150 1.0372 0.0005 2453087.5930 -4.3720 0.7420 0.9560 1.6110 0.6560 1.8460 0.6560 1.8320 1.0169 0.0006 2453101.5650 -4.0870 0.8240 0.9540 1.5900 0.6560 1.8400 0.6560 1.8280 1.0142 0.0004 2453112.6310 -3.7120 1.8870 0.9430 1.5380 0.6560 1.8070 0.6560 1.8130 0.9932 0.0007 2453123.6010 -3.8930 1.2400 0.9530 1.6090 0.6560 1.8290 0.6560 1.8330 0.9961 0.0008 2453319.8360 -3.5430 1.0720 0.9600 1.5700 0.6560 1.7940 0.6560 1.8130 0.9768 0.0006 2453323.9020 -4.1400 0.9550 0.9480 1.6100 0.6560 1.8340 0.6560 1.8100 1.0285 0.0005 Continued on Next Page… Table C.152 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453398.7040 -4.0400 1.2950 0.9580 1.5800 0.6560 1.8320 0.6560 1.8390 0.9914 0.0006 2453412.6740 -4.1810 1.2610 0.9520 1.6070 0.6560 1.8400 0.6560 1.8470 0.9922 0.0006 2453426.6360 -4.0720 0.7730 0.9590 1.5950 0.6560 1.8350 0.6560 1.8270 1.0101 0.0005 2453428.7300 -4.1580 0.7290 0.9510 1.5780 0.6560 1.8150 0.6560 1.8200 0.9934 0.0006 2453433.5990 -4.1350 0.7830 0.9530 1.6040 0.6560 1.8200 0.6560 1.8290 0.9892 0.0006 2453433.6290 -4.0780 0.8760 0.9540 1.5970 0.6560 1.8230 0.6560 1.8220 1.0011 0.0005 2453442.6950 -4.1280 1.0410 0.9550 1.6070 0.6560 1.8400 0.6560 1.8180 1.0272 0.0006 2453446.6330 -4.2680 0.9680 0.9510 1.5730 0.6560 1.8230 0.6560 1.8320 0.9892 0.0006 2453456.6680 -3.8600 0.7700 0.9550 1.5740 0.6560 1.8180 0.6560 1.8420 0.9714 0.0007 2453458.6150 -4.0910 0.8300 0.9520 1.5700 0.6560 1.8200 0.6560 1.8410 0.9755 0.0005 2453464.5820 -3.8730 1.3890 0.9550 1.6140 0.6560 1.8470 0.6560 1.8090 1.0474 0.0008 2453466.5750 -4.1400 0.9060 0.9430 1.5580 0.6560 1.8200 0.6560 1.8170 1.0037 0.0006 2453469.6360 -3.8000 0.8160 0.9570 1.5780 0.6560 1.8190 0.6560 1.8090 1.0121 0.0005 2453471.5640 -3.9180 1.0630 0.9450 1.5360 0.6560 1.8270 0.6560 1.8020 1.0313 0.0006 2453477.5640 -4.0510 0.8940 0.9550 1.5900 0.6560 1.8130 0.6560 1.8170 0.9957 0.0005 2453495.6050 -4.1380 0.9340 0.9460 1.5610 0.6560 1.8070 0.6560 1.8180 0.9870 0.0005 2453712.8750 -4.1620 1.1360 0.9570 1.6180 0.6560 1.8510 0.6560 1.8350 1.0196 0.0006 2453744.7320 -4.3200 0.7080 0.9440 1.5820 0.6560 1.8100 0.6560 1.8490 0.9538 0.0004 2453762.6880 -4.3100 0.7920 0.9500 1.5900 0.6560 1.8440 0.6560 1.8530 0.9897 0.0005 2453785.7590 -4.0700 0.9470 0.9610 1.5870 0.6560 1.8380 0.6560 1.8540 0.9806 0.0005 2453798.7280 -4.1210 1.1410 0.9540 1.5980 0.6560 1.8290 0.6560 1.8150 1.0167 0.0005 2453812.6790 -4.5760 1.0690 0.9470 1.5970 0.6560 1.8380 0.6560 1.8290 1.0105 0.0006 2453814.6640 -4.3190 0.6840 0.9500 1.5900 0.6560 1.8430 0.6560 1.8410 1.0023 0.0004 372 2453834.6420 -4.1140 0.9440 0.9430 1.5760 0.6560 1.8130 0.6560 1.8170 0.9947 0.0005 2453851.5670 -4.3540 1.0870 0.9630 1.6020 0.6560 1.8600 0.6560 1.8800 0.9771 0.0005 2454038.9420 -4.2400 0.5460 0.9490 1.6020 0.6560 1.8260 0.6560 1.8240 1.0027 0.0005 2454111.8310 -4.1170 0.7170 0.9550 1.5920 0.6560 1.8330 0.6560 1.8290 1.0054 0.0006 2454136.6390 -4.2850 0.9310 0.9540 1.5900 0.6560 1.8350 0.6560 1.8190 1.0199 0.0006 2454155.6660 -4.2650 0.8160 0.9470 1.5910 0.6560 1.8240 0.6560 1.8180 1.0072 0.0005 2454235.5700 -4.8300 0.5150 0.9560 1.6100 0.6560 1.8880 0.6560 1.8510 1.0427 0.0029 2454432.9100 -4.3710 0.6230 0.9590 1.6340 0.6560 1.8630 0.6560 1.8620 1.0010 0.0061 2454488.7880 -4.6250 1.4390 0.9690 1.6280 0.6560 1.8900 0.6560 1.8790 1.0123 0.0033 2454546.6280 -4.6310 1.1270 0.9610 1.6220 0.6560 1.8580 0.6560 1.8610 0.9969 0.0022 2454563.6150 -4.5490 1.0450 0.9630 1.6160 0.6560 1.8860 0.6560 1.8680 1.0205 0.0024 2454571.6350 -4.6270 0.7270 0.9600 1.6280 0.6560 1.8640 0.6560 1.8520 1.0148 0.0024 2454769.9060 -4.3870 0.6080 0.9560 1.6110 0.6560 1.8410 0.6560 1.8110 1.0370 0.0008 2454769.9400 -4.5280 0.9640 0.9570 1.6050 0.6560 1.8560 0.6560 1.8160 1.0500 0.0009 2454797.9490 -4.4110 0.7240 0.9620 1.6130 0.6560 1.8530 0.6560 1.8400 1.0164 0.0008 2454868.7380 -4.6550 0.8540 0.9550 1.6080 0.6560 1.8570 0.6560 1.8290 1.0328 0.0005 2454883.7130 -4.6290 0.9330 0.9680 1.6270 0.6560 1.8720 0.6560 1.8830 0.9879 0.0005 2454895.6560 -3.8980 2.1260 0.9660 1.5820 0.6560 1.8270 0.6560 1.8430 0.9804 0.0012 2454908.6500 -4.1740 0.9720 0.9670 1.6050 0.6560 1.8540 0.6560 1.8370 1.0208 0.0008 2454921.5910 -4.6210 1.0760 0.9610 1.6180 0.6560 1.8990 0.6560 1.8410 1.0689 0.0005 2454938.6060 -4.3950 0.8470 0.9610 1.6090 0.6560 1.8600 0.6560 1.8750 0.9818 0.0010 2455137.9480 -4.2950 1.0440 0.9630 1.6260 0.6560 1.8560 0.6560 1.8650 0.9894 0.0007 2455177.8790 -4.4270 0.8570 0.9550 1.6040 0.6560 1.8570 0.6560 1.8340 1.0275 0.0008 2455229.6450 -4.7600 3.8730 0.9840 1.6630 0.6560 1.9870 0.6560 1.9140 1.0801 0.0024 2455257.6280 -4.5150 0.7640 0.9610 1.6520 0.6560 1.8820 0.6560 1.8660 1.0179 0.0006 2455273.6010 -4.4340 0.6080 0.9620 1.6060 0.6560 1.8570 0.6560 1.8420 1.0172 0.0006 2455296.5850 -4.6250 1.4740 0.9620 1.6320 0.6560 1.8710 0.6560 1.8580 1.0147 0.0006 2455297.5670 -4.2740 0.5170 0.9590 1.6080 0.6560 1.8660 0.6560 1.8430 1.0272 0.0010 Continued on Next Page… Table C.152 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455512.8660 -4.4440 0.7580 0.9660 1.6260 0.6560 1.8720 0.6560 1.8680 1.0044 0.0014 2455607.7060 -4.2900 0.9360 0.9680 1.6190 0.6560 1.8690 0.6560 1.8660 1.0037 0.0014 2457393.8890 -4.4240 0.3700 0.9730 1.6290 0.6560 1.8670 0.6560 1.8630 1.0050 0.0012 2457420.7280 -4.4260 0.4250 0.9670 1.6080 0.6560 1.8530 0.6560 1.8540 0.9989 0.0011 2457491.6030 -4.5140 0.5470 0.9680 1.6230 0.6560 1.8670 0.6560 1.8570 1.0115 0.0014 2457492.6000 -4.5170 0.7390 0.9670 1.6230 0.6560 1.8790 0.6560 1.8580 1.0251 0.0012 2457494.5920 -4.4460 0.5150 0.9720 1.6220 0.6560 1.8700 0.6560 1.8730 0.9976 0.0010 2457502.5810 -4.4610 1.0350 0.9750 1.6410 0.6560 1.8820 0.6560 1.8640 1.0213 0.0016 2457512.5690 -4.5240 0.6310 0.9690 1.6130 0.6560 1.8650 0.6560 1.8530 1.0143 0.0010 2457514.5670 -4.4230 0.5810 0.9720 1.6160 0.6560 1.8710 0.6560 1.8600 1.0130 0.0017

Table C.153: β CMiHβ Measurements

Central HJD EqW σ(EqW) Continuum Height 2454235.570 6.472 0.679 1.007 1.027 2454432.910 6.735 0.808 0.992 0.026 2454488.788 5.582 1.230 0.952 0.970

373 2454546.628 6.823 0.502 0.992 0.933 2454563.615 6.315 0.910 1.005 1.039 2454571.635 7.463 0.417 0.983 1.016 2454769.906 7.329 0.850 1.000 0.972 2454769.940 6.670 0.696 1.010 1.044 2454797.949 7.225 0.555 0.980 1.000 2454868.738 6.925 0.757 1.006 0.877 2454883.713 7.259 0.998 1.015 0.900 2454908.650 7.196 0.860 0.980 0.886 2454921.591 7.112 0.616 0.981 1.004 2454938.606 7.739 0.758 1.005 0.769 2455137.948 6.592 1.022 1.001 0.995 2455177.879 7.309 0.879 0.986 0.994 2455229.645 7.420 2.820 1.026 1.046 2455257.628 6.883 0.914 0.980 1.058 2455273.601 6.479 0.656 0.981 0.802 2455296.585 7.047 0.897 0.995 1.053 2455297.567 6.884 0.761 1.001 0.936 2455512.866 6.584 0.677 0.983 0.021 2455607.706 6.898 1.259 0.980 0.342 2457393.889 6.432 0.294 0.995 0.986 2457420.728 6.454 0.485 1.003 1.079 2457491.603 6.339 0.595 0.990 1.058 2457492.600 6.219 0.600 0.987 0.990 2457494.592 5.942 0.748 1.001 0.996 2457502.581 6.859 0.871 0.993 0.952 2457512.569 6.553 0.651 0.996 0.917 2457514.567 6.519 0.378 0.992 0.971 Continued on Next Page… Table C.153 – Continued Central HJD EqW σ(EqW) Continuum Height

Table C.154: β CMi Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453724.1170 -1.3760 0.8140 1.0000 2.1654 0.0004 0.0002 2.1666 0.0005 0.0003 0.9457 0.0474 2454039.0870 -1.1660 0.6050 1.0000 2.1654 0.0005 0.0002 2.1666 0.0004 0.0002 0.9729 0.0327 2454150.9950 -1.5900 1.8180 0.9990 2.1656 0.0004 0.0001 2.1668 0.0006 0.0003 0.9466 0.2422 2454178.9110 -2.0560 0.6460 1.0000 2.1657 0.0004 0.0002 2.1670 0.0006 0.0002 0.9400 0.0574 2454218.7950 -2.0970 0.7610 1.0000 2.1669 0.0007 0.0003 2.1657 0.0004 0.0001 1.0261 0.0546 2454433.1400 -1.7500 0.9270 1.0000 2.1654 0.0005 0.0002 2.1667 0.0005 0.0002 0.9863 0.0940 2454755.1390 -0.9900 0.9240 0.9990 2.1653 0.0004 0.0001 2.1665 0.0005 0.0002 1.0732 0.0492 2454842.0270 -1.5440 1.0320 0.9990 2.1656 0.0004 0.0002 2.1668 0.0005 0.0002 0.9617 0.0393 2455587.0480 -2.0400 0.5690 1.0000 2.1656 0.0005 0.0002 2.1669 0.0005 0.0002 0.9808 0.0556

374 Table C.155: π Aqr Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 4.455 0.542 1.001 0.903 1.738 2454039.087 4.441 0.467 0.999 0.902 1.738 2454150.995 5.162 1.703 1.004 0.905 1.737 2454178.911 3.643 0.263 1.001 0.923 1.739 2454218.795 4.085 0.510 0.999 0.918 1.739 2454433.140 4.188 0.358 1.002 0.910 1.739 2454755.139 3.881 0.250 1.003 0.919 1.738 2454842.027 4.574 0.266 1.001 0.907 1.739 2455587.048 4.155 0.197 1.001 0.920 1.738

Table C.156: π Aqr Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 4.376 0.385 1.000 0.916 1.683 2454039.087 4.552 0.400 1.000 0.912 1.683 2454150.995 4.350 0.330 1.000 0.914 1.683 2454178.911 4.264 0.281 1.000 0.918 1.683 Continued on Next Page… Table C.156 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.795 4.535 0.364 1.000 0.917 1.681 2454433.140 4.169 0.335 1.000 0.922 1.681 2454755.139 4.787 0.412 1.000 0.911 1.679 2454842.027 5.067 0.374 1.000 0.909 1.683 2455587.048 4.334 0.311 1.000 0.919 1.681

Table C.157: π Aqr Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 4.346 0.346 1.000 0.926 1.639 2454039.087 4.732 0.261 1.000 0.918 1.639 2454150.995 4.800 0.544 1.000 0.920 1.640 2454178.911 4.033 0.365 1.000 0.928 1.640 2454218.795 3.728 0.495 1.000 0.934 1.639 2454433.140 3.915 0.303 1.000 0.933 1.643 2454755.139 4.267 0.482 1.000 0.928 1.643 2454842.027 4.762 0.463 1.000 0.920 1.643

375 2455587.048 4.161 0.277 1.000 0.930 1.639

Table C.158: π Aqr Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 3.090 0.318 0.999 0.940 1.613 2454039.087 2.560 0.292 0.999 0.949 1.609 2454150.995 3.089 0.690 1.001 0.937 1.610 2454178.911 1.902 0.260 0.999 0.956 1.610 2454218.795 1.657 0.178 0.999 0.959 1.610 2454433.140 2.025 0.369 0.999 0.956 1.613 2454755.139 2.727 0.451 0.999 0.945 1.613 2454842.027 2.713 0.351 0.998 0.948 1.610 2455587.048 1.688 0.289 1.000 0.959 1.610 Table C.159: π Aqr Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 2.374 0.461 1.000 0.952 1.587 2454039.087 2.443 0.404 1.000 0.949 1.590 2454150.995 1.575 1.076 1.000 0.960 1.590 2454178.911 2.293 0.351 1.000 0.955 1.591 2454218.795 2.013 0.335 1.000 0.955 1.591 2454433.140 1.625 0.490 1.000 0.961 1.587 2454755.139 1.862 0.502 1.000 0.955 1.590 2454842.027 2.714 0.509 1.000 0.947 1.591 2455587.048 2.290 0.407 1.000 0.949 1.590

Table C.160: π Aqr Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 1.787 0.312 1.000 0.961 1.572 2454039.087 1.854 0.130 1.000 0.958 1.572

376 2454150.995 3.318 0.400 1.000 0.931 1.571 2454178.911 1.803 0.336 1.000 0.963 1.571 2454218.795 1.876 0.346 1.000 0.958 1.572 2454433.140 2.095 0.201 1.000 0.958 1.571 2454755.139 0.438 0.923 1.000 0.980 1.572 2454842.027 2.192 0.263 1.000 0.953 1.570 2455587.048 2.022 0.334 1.000 0.955 1.571

Table C.161: π Aqr Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 0.766 0.116 1.000 0.976 1.554 2454039.087 0.741 0.199 1.000 0.980 1.558 2454150.995 1.098 1.921 1.002 0.974 1.556 2454178.911 1.069 0.388 1.000 0.975 1.558 2454218.795 0.986 0.447 0.999 0.974 1.558 2454433.140 1.182 0.249 1.000 0.973 1.558 2454755.139 0.697 0.400 0.999 0.974 1.554 2454842.027 1.065 0.341 1.001 0.972 1.554 2455587.048 1.134 0.359 1.000 0.974 1.558 Table C.162: π Aqr Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 -0.110 0.179 1.000 0.986 1.546 2454039.087 -0.029 0.344 1.000 0.990 1.546 2454150.995 0.074 0.661 1.001 0.986 1.542 2454178.911 0.220 0.184 1.000 0.986 1.546 2454218.795 0.321 0.549 1.000 0.985 1.543 2454433.140 0.314 0.047 1.001 0.984 1.546 2454755.139 0.021 0.500 1.000 0.981 1.542 2454842.027 0.044 0.013 1.000 0.983 1.546 2455587.048 0.350 0.021 1.000 0.983 1.543

Table C.163: π Aqr Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 -0.304 0.250 1.000 0.993 1.537 2454039.087 -0.071 0.175 1.000 0.990 1.536

377 2454150.995 -0.244 0.400 0.999 0.991 1.531 2454178.911 -0.075 0.400 1.001 0.990 1.537 2454218.795 -0.048 0.400 0.999 0.989 1.537 2454433.140 -0.028 0.070 1.000 0.992 1.533 2454755.139 0.142 0.153 1.000 0.984 1.537 2454842.027 -0.027 0.400 1.001 0.988 1.532 2455587.048 -0.098 0.400 1.000 0.989 1.537

Table C.164: β CMi Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453724.1170 -0.4560 0.4000 1.0000 1.5258 0.0004 0.0000 1.5271 0.0005 0.0000 1.0231 0.3070 2454039.0870 -0.3600 0.4000 1.0000 1.5257 0.0005 0.0000 1.5270 0.0004 0.0000 1.0116 0.2135 2454150.9950 -0.4720 0.4000 0.9940 ························ 2454178.9110 -0.3360 0.4000 1.0010 1.5261 0.0005 0.0000 1.5274 0.0004 0.0000 0.9373 0.1416 2454218.7950 -0.4090 0.4000 1.0000 1.5260 0.0004 0.0000 1.5273 0.0005 0.0000 1.0301 0.1769 2454433.1400 -0.3250 0.4000 1.0000 1.5258 0.0005 0.0000 1.5272 0.0004 0.0000 1.0495 0.2736 2454755.1390 -0.3970 0.4000 1.0000 1.5257 0.0005 0.0000 1.5273 0.0006 0.0000 1.1933 0.2710 2454842.0270 -0.3910 0.4000 0.9990 1.5256 0.0003 0.0000 1.5269 0.0007 0.0000 1.1636 0.1599 2455587.0480 -0.4410 0.4000 1.0000 1.5259 0.0005 0.0000 1.5272 0.0004 0.0000 0.8895 0.1448 Table C.165: β CMi Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453724.1170 -0.5140 0.4000 0.9990 1.5187 0.0005 0.000025 1.5201 0.0006 0.000030 1.1189 0.4861 2454039.0870 -0.6690 0.4000 1.0000 1.5184 0.0002 0.000004 1.5195 0.0010 0.000061 1.0110 0.2504 2454150.9950 -0.4190 0.4000 1.0020 ························ 2454178.9110 -0.4410 0.4310 1.0000 1.5191 0.0005 0.000025 1.5205 0.0004 0.000019 1.0218 0.1637 2454218.7950 -0.5640 0.4000 1.0010 ························ 2454433.1400 -0.4780 0.3050 1.0000 1.5188 0.0005 0.000024 1.5202 0.0005 0.000024 1.0548 0.3394 2454755.1390 -0.6450 0.4000 1.0000 1.5187 0.0005 0.000030 1.5201 0.0004 0.000030 0.8297 0.0889 2454842.0270 -0.4010 0.4000 1.0000 1.5188 0.0004 0.000017 1.5202 0.0006 0.000026 0.9353 0.1394 2455587.0480 -0.4380 0.4000 1.0000 1.5190 0.0004 0.000021 1.5204 0.0005 0.000024 0.9430 0.1408

Table C.166: β CMi Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453724.1170 1.2850 0.8500 1.0000 1.2819 0.0003 0.0002 1.2826 0.0002 0.0001 1.0645 0.0321 2454039.0870 0.8470 0.4880 1.0000 1.2817 0.0002 0.0001 1.2824 0.0003 0.0001 1.0243 0.0175

378 2454150.9950 0.0150 1.6180 1.0000 1.2819 0.0002 0.0001 1.2826 0.0003 0.0002 0.9964 0.0609 2454178.9110 0.5700 0.9440 1.0000 1.2820 0.0002 0.0001 1.2827 0.0002 0.0001 1.0589 0.0119 2454218.7950 0.7730 1.0150 1.0000 1.2820 0.0002 0.0001 1.2827 0.0003 0.0001 1.0954 0.0138 2454433.1400 0.5910 0.5890 1.0000 1.2818 0.0002 0.0001 1.2824 0.0003 0.0001 0.9907 0.0264 2454755.1390 0.7980 0.8600 1.0000 1.2817 0.0002 0.0001 1.2823 0.0003 0.0001 1.0104 0.0182 2454842.0270 1.0230 0.8770 1.0010 1.2819 0.0002 0.0001 1.2825 0.0002 0.0001 1.0124 0.0089 2455587.0480 0.5720 0.4990 1.0000 1.2819 0.0002 0.0001 1.2826 0.0002 0.0001 1.0571 0.0207

Table C.167: π Aqr Ca II λ0.849µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 0.485 0.168 1.001 0.945 0.851 2454039.087 0.559 0.215 1.001 0.943 0.851 2454150.995 0.659 0.552 1.001 0.945 0.851 2454178.911 0.643 0.030 1.001 0.941 0.851 2454218.795 0.432 0.157 1.001 0.950 0.851 2454433.140 0.685 0.400 1.001 0.946 0.851 2454755.139 0.494 0.142 1.001 0.948 0.851 2454842.027 0.329 0.208 1.001 0.951 0.851 2455587.048 0.415 0.153 1.001 0.952 0.851 Table C.168: π Aqr Ca II λ0.854µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 0.662 0.124 1.000 0.931 0.855 2454039.087 0.678 0.203 1.001 0.932 0.855 2454150.995 0.683 0.513 1.001 0.935 0.856 2454178.911 0.621 0.060 1.000 0.935 0.856 2454218.795 0.698 0.142 1.000 0.930 0.856 2454433.140 0.545 0.153 1.000 0.937 0.855 2454755.139 0.620 0.096 1.001 0.937 0.855 2454842.027 0.583 0.180 1.001 0.935 0.856 2455587.048 0.700 0.136 1.000 0.934 0.856

Table C.169: π Aqr Ca II λ0.866µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.117 4.279 0.456 1.002 0.854 0.867 2454039.087 4.260 0.196 1.000 0.850 0.867

379 2454150.995 4.412 0.499 0.999 0.853 0.868 2454178.911 4.223 0.756 0.999 0.852 0.867 2454218.795 4.272 0.306 1.000 0.850 0.867 2454433.140 4.056 0.180 0.999 0.852 0.867 2454755.139 4.280 0.084 0.999 0.852 0.867 2454842.027 4.282 0.849 1.001 0.852 0.867 2455587.048 4.215 0.400 1.000 0.853 0.867 C.10 β Lyr

Table C.170: β Lyr Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450308.6530 -12.4715 0.5523 1.0020 2.1206 0.6558 1.9673 0.6565 2.7133 0.5646 0.0003 2450567.7740 -13.9968 2.5719 1.0085 2.2082 0.6558 2.0305 0.6565 3.1243 0.4851 0.0004 2450579.7670 -12.9819 1.3196 1.0062 2.1862 0.6559 1.9380 0.6565 2.7674 0.5307 0.0003 2450581.8890 -26.0814 2.2486 1.0360 4.0043 0.6562 3.4607 0.6564 5.0514 0.6074 0.0002 2450604.7110 -14.1684 1.8469 1.0018 2.3503 0.6562 2.1291 0.6565 3.0953 0.5389 0.0003 2450623.7530 -11.7045 2.6450 1.0082 1.8882 0.6558 1.9428 0.6564 2.4681 0.6422 0.0007 2450626.7340 -17.3870 1.6445 1.0153 2.3595 0.6560 2.2270 0.6566 3.2199 0.5527 0.0003 2450631.6760 -14.6896 1.9410 1.0031 2.3469 0.6562 2.3056 0.6564 3.0179 0.6470 0.0004 2450632.6970 -17.4199 2.3631 0.9872 2.6146 0.6562 2.3805 0.6564 3.3838 0.5791 0.0003 2450635.6940 -13.9246 1.9799 1.0126 2.4481 0.6562 2.1074 0.6565 2.7504 0.6326 0.0004 2450635.7440 -13.4264 2.4056 1.0122 2.3663 0.6562 2.0564 0.6564 2.7149 0.6160 0.0004 2450635.7980 -13.4378 1.3777 1.0164 2.3671 0.6562 2.0888 0.6564 2.6894 0.6445 0.0004 2450639.6420 -17.7583 2.4635 1.0190 2.2058 0.6560 2.4555 0.6566 2.9802 0.7350 0.0004 2450639.7230 -17.8650 2.3988 1.0200 2.2521 0.6560 2.4342 0.6566 2.9925 0.7198 0.0004 2450639.7760 -18.8965 2.1242 1.0189 2.3317 0.6560 2.4782 0.6566 3.0648 0.7159 0.0003 2450640.6230 -18.1300 6.5560 1.0468 2.5877 0.6561 2.5956 0.6564 3.1593 0.7389 0.0016

380 2450640.6810 -19.8715 2.7728 1.0092 2.6128 0.6562 2.6080 0.6564 3.2354 0.7193 0.0004 2450640.7390 -19.1820 2.7834 1.0132 2.5527 0.6561 2.5482 0.6565 3.1512 0.7197 0.0004 2450643.6230 -13.3686 2.7544 0.9896 2.1369 0.6558 1.9994 0.6564 2.8410 0.5429 0.0006 2450643.6780 -13.1116 2.7327 0.9952 2.1001 0.6558 1.9929 0.6564 2.7946 0.5532 0.0005 2450643.7320 -13.2529 3.1532 0.9935 2.1013 0.6558 1.9931 0.6564 2.7869 0.5558 0.0006 2450649.8230 -9.9108 2.3854 1.0253 1.8212 0.6559 2.0020 0.6565 2.3720 0.7304 0.0005 2450650.6150 -11.1674 2.5529 1.0020 1.7579 0.6559 2.0637 0.6565 2.2819 0.8298 0.0007 2450654.6630 -15.4149 2.2416 0.9985 2.2667 0.6559 2.0849 0.6564 2.6216 0.6690 0.0005 2450661.6550 -13.3199 1.7436 1.0107 2.1961 0.6562 1.9269 0.6565 2.7079 0.5427 0.0004 2450663.6460 -13.0308 1.7416 1.0112 2.0558 0.6559 2.1528 0.6566 2.4880 0.7747 0.0005 2450666.6670 -19.0753 0.6727 1.0128 2.8041 0.6562 2.6982 0.6565 3.1561 0.7876 0.0004 2450668.6160 -14.8047 3.1751 1.0116 2.4847 0.6559 2.1601 0.6564 2.9184 0.6047 0.0006 2450669.6130 -14.1403 2.3511 1.0159 2.3428 0.6558 2.1404 0.6565 2.7462 0.6531 0.0008 2450670.6130 -13.2335 2.3402 1.0095 2.1618 0.6558 2.0362 0.6565 2.5172 0.6830 0.0006 2450707.5770 -14.3916 4.6657 1.0168 2.3887 0.6562 2.2139 0.6564 2.8047 0.6726 0.0009 2450710.5260 -18.7846 1.3999 1.0016 2.5732 0.6559 2.4304 0.6564 3.3028 0.6212 0.0002 2450712.5400 -20.3126 2.0928 1.0123 2.9755 0.6562 2.6720 0.6565 3.4842 0.6731 0.0002 2450719.5610 -15.4798 2.6566 1.0055 2.1817 0.6560 2.2059 0.6564 2.4958 0.8062 0.0004 2450730.5540 -19.9163 2.1294 1.0008 2.7537 0.6561 2.6117 0.6566 3.1274 0.7576 0.0003 2450731.6250 -14.8283 3.3230 1.0102 2.3848 0.6562 2.1545 0.6564 2.6784 0.6879 0.0004 2450732.5300 -14.3379 2.6611 1.0056 2.3765 0.6562 2.0560 0.6565 2.8141 0.5821 0.0004 2450736.5550 -23.6057 2.1940 1.0107 3.2732 0.6562 3.0565 0.6565 4.0216 0.6806 0.0002 2450740.5610 -12.1559 1.6053 1.0223 1.9658 0.6559 2.2490 0.6565 2.4806 0.8436 0.0004 2450741.5120 -12.3636 2.1976 1.0250 1.8646 0.6560 2.1367 0.6565 2.4487 0.7847 0.0004 2450930.9010 -23.5279 2.0080 1.0160 3.2375 0.6562 2.8062 0.6564 4.4348 0.5259 0.0002 2450960.8450 -10.9246 1.3055 1.0249 1.8023 0.6559 2.2200 0.6565 2.2831 0.9508 0.0006 2451000.7050 -12.9467 1.4179 1.0257 2.0660 0.6559 2.1028 0.6565 2.5611 0.7064 0.0003 2451028.6320 -14.6686 0.9916 1.0128 2.1996 0.6561 2.1043 0.6565 2.7490 0.6314 0.0003 2451044.6830 -13.5927 1.7594 1.0137 2.1519 0.6559 2.0528 0.6564 2.7096 0.6158 0.0005 Continued on Next Page… Table C.170 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451045.6600 -14.7143 1.9122 1.0063 2.1377 0.6558 2.1779 0.6565 2.5416 0.7640 0.0005 2451052.6560 -9.9769 0.5554 1.0058 1.5930 0.6559 1.7471 0.6566 2.2449 0.6001 0.0003 2451053.5910 -13.0753 1.6650 1.0151 1.8803 0.6558 1.9951 0.6565 2.5898 0.6259 0.0004 2451057.5680 -12.8696 2.7185 1.0113 2.0849 0.6558 1.9380 0.6564 2.8780 0.4995 0.0005 2451058.6190 -13.2850 3.5863 1.0061 1.9495 0.6558 2.0461 0.6565 2.7836 0.5865 0.0008 2451061.6060 -22.5164 1.0656 1.0196 3.2731 0.6562 2.9222 0.6565 4.0418 0.6319 0.0002 2451062.5670 -13.6487 0.7241 1.0060 2.0562 0.6558 2.0009 0.6565 2.6512 0.6062 0.0003 2451065.5730 -12.5594 0.7637 1.0094 1.9605 0.6559 1.8933 0.6566 2.4960 0.5971 0.0003 2451070.5760 -14.3022 0.6686 1.0061 2.3830 0.6562 2.2012 0.6565 2.8646 0.6442 0.0002 2451085.5670 -14.8825 0.8958 0.9995 2.3248 0.6562 2.1153 0.6564 2.8025 0.6188 0.0003 2451098.5690 -14.9350 0.6745 1.0036 2.1250 0.6558 1.9420 0.6565 2.8426 0.5112 0.0002 2451338.7450 -16.8693 0.7435 1.0151 2.3983 0.6560 2.5343 0.6565 2.8860 0.8135 0.0003 2451344.6950 -22.6499 1.2265 1.0065 3.0923 0.6558 2.7077 0.6565 3.5863 0.6603 0.0003 2451345.7490 -33.0293 3.6251 1.0186 4.6145 0.6562 3.8700 0.6564 5.3222 0.6640 0.0005 2451352.7480 -16.5102 1.1060 1.0088 2.2864 0.6559 2.3882 0.6565 2.6662 0.8331 0.0003 2451360.6660 -11.5362 0.6554 1.0074 1.9377 0.6558 1.8161 0.6565 2.5078 0.5413 0.0003 2451370.6710 -23.7387 1.0291 1.0062 3.1144 0.6562 2.8190 0.6565 4.1646 0.5748 0.0002 2451372.6580 -14.9066 1.2954 1.0088 2.4444 0.6562 2.0969 0.6565 2.9952 0.5498 0.0004 2451375.6180 -10.8875 1.4509 0.9911 1.7150 0.6559 1.8838 0.6566 2.3391 0.6600 0.0007 2451376.6780 -13.4589 0.6942 1.0017 1.9030 0.6561 1.9398 0.6566 2.6355 0.5746 0.0004 2451396.6320 -23.5597 2.3838 1.0107 3.3672 0.6562 2.9550 0.6564 4.3014 0.5922 0.0003 2451399.7050 -11.3511 0.9758 1.0124 2.0219 0.6558 1.7359 0.6565 2.5275 0.4817 0.0003 2451408.6630 -13.6907 0.7412 0.9917 2.0924 0.6562 1.9684 0.6565 2.7225 0.5622 0.0003 381 2451419.7090 -11.7476 0.7803 1.0026 2.0128 0.6559 1.8500 0.6565 2.5813 0.5375 0.0003 2451420.6930 -11.6825 1.1462 0.9983 1.9820 0.6559 1.8656 0.6565 2.5375 0.5630 0.0004 2451421.6030 -13.3158 1.5013 1.0015 2.0466 0.6558 1.9779 0.6564 2.6194 0.6039 0.0005 2451422.6750 -23.7507 2.2854 1.0187 3.2031 0.6562 2.7930 0.6564 4.2729 0.5478 0.0003 2451424.6260 -12.6520 1.0501 1.0126 2.0200 0.6562 1.7732 0.6565 2.7465 0.4427 0.0003 2451425.5930 -11.2477 1.4241 1.0030 1.8452 0.6558 1.7212 0.6566 2.6035 0.4498 0.0006 2451426.6690 -10.4301 0.9228 1.0044 1.7522 0.6559 1.8360 0.6566 2.4379 0.5814 0.0004 2451435.5840 -24.0468 1.3621 1.0034 3.3258 0.6562 2.8832 0.6564 4.4441 0.5468 0.0002 2451437.5490 -13.1918 1.0005 1.0170 2.3031 0.6562 1.9676 0.6565 2.9600 0.4937 0.0003 2451444.5610 -15.1454 0.7588 0.9988 2.3571 0.6562 2.0894 0.6565 2.8085 0.6024 0.0003 2451787.5920 -12.1768 5.3509 0.9758 1.9228 0.6562 1.8094 0.6565 2.4668 0.5518 0.0016 2451788.5730 -9.2581 3.1678 1.0247 1.7077 0.6559 1.9376 0.6565 2.2797 0.7327 0.0012 2451788.5920 -9.8132 0.8586 1.0048 1.7766 0.6559 1.9217 0.6565 2.2570 0.7332 0.0006 2451789.6600 -11.0102 0.9508 1.0056 1.7232 0.6559 2.0308 0.6565 2.3115 0.7859 0.0005 2451790.6090 -12.7988 0.7731 1.0003 1.8049 0.6559 1.9506 0.6566 2.5458 0.6149 0.0004 2451800.5870 -11.8193 1.2911 1.0181 1.9910 0.6559 1.8475 0.6565 2.4730 0.5754 0.0004 2451803.6510 -14.1306 1.0855 1.0145 1.8953 0.6560 2.0856 0.6566 2.5530 0.6990 0.0004 2451804.6270 -18.3245 1.1756 1.0077 2.3946 0.6561 2.3253 0.6566 2.9645 0.6746 0.0003 2451804.6470 -18.3562 1.2470 1.0079 2.4276 0.6561 2.3394 0.6566 2.9792 0.6768 0.0004 2451816.6100 -12.7414 0.8419 1.0111 1.8707 0.6561 2.0181 0.6566 2.3039 0.7808 0.0005 2451817.6000 -16.0379 1.3688 1.0160 2.2351 0.6560 2.2521 0.6565 2.7139 0.7306 0.0004 2451819.5470 -13.0454 2.4470 0.9968 2.3141 0.6562 2.0800 0.6564 2.5059 0.7172 0.0015 2453852.8850 -14.4745 0.9026 1.0112 2.3164 0.6562 2.1382 0.6565 2.7092 0.6659 0.0004 2453864.7630 -14.9802 0.8915 1.0127 2.2663 0.6561 2.1641 0.6564 2.9320 0.6026 0.0005 2453879.8380 -15.2104 1.6645 1.0121 2.2692 0.6562 2.1695 0.6565 2.6425 0.7120 0.0052 2453932.6900 -23.5099 1.3005 0.9998 3.0910 0.6562 2.8792 0.6565 4.0882 0.6085 0.0005 2453933.7070 -31.4479 2.8349 1.0215 4.4356 0.6562 3.9596 0.6564 5.1903 0.7063 0.0005 2453935.6760 -14.6062 1.0069 1.0150 2.2484 0.6559 2.0446 0.6565 2.8456 0.5660 0.0005 Continued on Next Page… Table C.170 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453940.6820 -19.7309 1.4412 1.0127 2.4119 0.6560 2.6121 0.6565 3.3591 0.6834 0.0011 2453945.6570 -22.4093 2.8874 1.0153 2.8967 0.6559 3.0198 0.6565 4.1502 0.6412 0.0004 2453946.7230 -30.8837 1.8541 1.0108 4.0222 0.6562 3.5907 0.6565 5.2641 0.6076 0.0004 2453948.6750 -14.1257 2.4199 1.0106 2.4116 0.6559 2.1407 0.6565 3.1179 0.5386 0.0010 2453982.6080 -11.7998 1.5002 1.0048 1.9853 0.6562 1.8776 0.6565 2.6171 0.5427 0.0008 2453985.6380 -22.0244 6.5324 1.0111 2.9637 0.6562 2.7764 0.6564 3.9598 0.6002 0.0013 2453986.6840 -13.1301 1.2055 1.0084 1.8985 0.6559 1.6420 0.6565 2.8327 0.3503 0.0008 2453999.6000 -14.2715 1.0372 1.0065 2.2007 0.6562 1.8719 0.6565 2.8770 0.4645 0.0004 2454003.5490 -15.9959 2.0759 0.9982 2.0794 0.6559 2.4161 0.6565 2.7922 0.7902 0.0007 2454007.5770 -12.7066 1.0466 1.0038 2.0528 0.6562 1.7590 0.6565 2.8677 0.4064 0.0005 2454010.5320 -20.4068 1.8813 1.0062 2.5425 0.6559 2.4535 0.6565 4.0059 0.4835 0.0003 2454034.5200 -10.8681 3.2686 1.0179 2.0067 0.6562 1.8680 0.6564 2.5056 0.5765 0.0013 2454038.5130 -11.1296 1.2620 1.0052 1.9267 0.6562 1.5791 0.6565 2.5191 0.3812 0.0005 2454064.4700 -12.9498 1.9688 1.0050 2.0280 0.6562 1.8856 0.6565 2.6642 0.5321 0.0018 2454083.4700 -14.5553 8.0153 1.0035 2.1692 0.6561 2.2932 0.6566 2.2101 1.0687 0.0038 2454207.8410 -11.7660 0.7572 1.0244 2.0133 0.6559 1.9554 0.6565 2.4749 0.6478 0.0003 2454228.7980 -13.3198 1.6628 1.0208 2.1741 0.6562 2.0744 0.6565 2.6626 0.6462 0.0007 2454232.8280 -13.1791 1.8340 0.9795 2.0104 0.6562 1.6998 0.6565 2.6502 0.4241 0.0009 2454235.7280 -10.2018 0.8054 1.0225 1.8108 0.6559 1.9037 0.6566 2.3567 0.6661 0.0005 2454249.8320 -13.3168 0.5731 1.0182 1.8047 0.6560 2.2063 0.6566 2.6147 0.7471 0.0006 2454277.7160 -14.6547 0.9269 1.0084 2.0806 0.6559 1.9758 0.6565 2.5113 0.6457 0.0005 2454282.6730 -24.2723 2.8290 1.0173 3.6668 0.6562 3.0816 0.6564 4.6153 0.5758 0.0006 2454286.7330 -10.8052 0.4565 1.0165 1.8972 0.6559 1.8623 0.6566 2.6588 0.5198 0.0005 382 2454291.7230 -11.4927 0.3638 1.0116 2.0618 0.6560 1.7229 0.6565 2.6619 0.4350 0.0006 2454341.6230 -20.0107 1.1705 1.0241 2.6826 0.6560 2.5934 0.6565 3.4446 0.6518 0.0005 2454346.6370 -14.9977 0.6007 1.0027 2.2311 0.6559 2.1970 0.6564 2.8433 0.6494 0.0004 2454349.6410 -11.6329 0.4306 1.0171 1.9336 0.6562 1.7474 0.6565 2.4441 0.5176 0.0005 2454355.6370 -13.5452 0.5516 1.0100 2.0476 0.6559 2.0481 0.6565 2.3129 0.7983 0.0005 2454404.5170 -14.7995 0.9198 1.0227 1.9350 0.6559 2.1578 0.6566 2.5136 0.7649 0.0004 2454586.8050 -18.2970 1.1707 1.0291 2.5156 0.6559 2.4484 0.6566 3.2528 0.6430 0.0003 2454626.7600 -17.9698 0.5964 1.0129 2.3149 0.6560 2.2624 0.6566 2.9033 0.6633 0.0006 2454642.7230 -11.9749 0.7670 1.0157 2.1235 0.6562 1.9489 0.6565 2.7261 0.5497 0.0004 2454653.7490 -14.3895 0.6334 1.0131 2.2646 0.6562 2.1166 0.6564 2.4834 0.7528 0.0004 2454663.6760 -13.9975 0.6211 1.0129 1.8226 0.6559 2.2805 0.6566 2.4655 0.8738 0.0006 2454665.7170 -15.3766 0.6832 1.0126 2.1020 0.6558 2.1497 0.6566 2.4721 0.7810 0.0006 2454674.7460 -11.3562 0.6889 1.0276 1.8169 0.6559 2.2359 0.6566 2.2902 0.9580 0.0005 2454692.6030 -14.7958 0.7881 1.0151 2.3706 0.6562 2.1653 0.6565 2.6882 0.6903 0.0006 2454704.6040 -18.6800 0.9278 1.0142 2.6901 0.6562 2.4415 0.6566 2.8755 0.7686 0.0003 2454719.5730 -15.6793 0.6356 1.0171 2.4938 0.6562 2.3215 0.6564 2.9367 0.6824 0.0004 2454750.5170 -16.5481 0.8391 1.0230 2.3787 0.6562 2.0873 0.6565 3.1073 0.5160 0.0003 2454761.5130 -33.3860 2.0171 1.0224 4.2211 0.6562 3.6848 0.6565 5.2596 0.6303 0.0002 2454769.5250 -17.1383 1.0004 1.0179 2.3743 0.6560 2.4845 0.6565 2.7675 0.8399 0.0003 2454798.4550 -13.4060 0.9454 1.0158 2.0900 0.6559 2.0750 0.6565 2.4376 0.7478 0.0004 2454925.8870 -13.9460 1.4973 1.0216 2.3751 0.6562 1.9858 0.6564 2.8237 0.5406 0.0005 2454946.8250 -12.3191 0.9237 1.0334 1.9909 0.6559 2.2193 0.6566 2.5688 0.7772 0.0006 2454963.8360 -17.3413 1.6315 1.0128 2.6589 0.6562 2.4404 0.6565 2.8133 0.7944 0.0004 2454969.8150 -23.1045 1.4877 1.0213 3.2226 0.6562 2.8369 0.6564 4.0510 0.6021 0.0003 2454983.7900 -13.4799 0.9141 1.0225 2.0989 0.6559 1.8514 0.6565 2.7024 0.5001 0.0005 2454997.8240 -11.7777 0.7847 1.0250 1.8838 0.6559 2.0093 0.6565 2.3850 0.7288 0.0005 2455049.6070 -11.2722 0.5996 1.0244 1.8509 0.6559 2.1478 0.6565 2.2454 0.9216 0.0006 2455068.6390 -13.3781 0.9610 1.0111 2.1621 0.6562 1.9193 0.6564 2.5676 0.5864 0.0004 Continued on Next Page… Table C.170 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455074.5940 -12.5493 0.9908 1.0242 1.9953 0.6559 1.7867 0.6565 2.5650 0.5027 0.0004 2455079.6320 -16.4466 1.2445 1.0148 2.0713 0.6560 2.2569 0.6565 2.7066 0.7365 0.0005 2455084.5920 -20.4274 1.5546 1.0062 2.6329 0.6558 2.4830 0.6565 3.4635 0.6020 0.0004 2455090.5500 -11.1493 1.1599 1.0251 1.8616 0.6560 1.7382 0.6565 2.4200 0.5199 0.0006 2455102.5190 -10.7649 0.8352 1.0275 1.6868 0.6559 1.8316 0.6566 2.2569 0.6616 0.0007 2455105.5800 -15.8199 1.5071 1.0127 2.2228 0.6562 2.1750 0.6565 2.6163 0.7270 0.0004 2455144.5100 -15.2472 1.4402 1.0167 2.0855 0.6561 2.2115 0.6565 2.5299 0.7919 0.0007 2455301.9250 -13.9830 0.7639 1.0126 1.9488 0.6562 2.0046 0.6567 2.6205 0.6199 0.0005 2455331.8550 -29.5872 2.0467 1.0329 3.9693 0.6562 3.5068 0.6565 4.6618 0.6846 0.0004 2455343.7880 -33.6137 2.1007 1.0268 4.4494 0.6562 3.9654 0.6565 5.6256 0.6411 0.0003 2455357.8070 -28.0034 1.1985 1.0305 4.0031 0.6562 3.4890 0.6564 4.8921 0.6395 0.0003 2455372.7660 -14.1145 1.2769 1.0230 2.1835 0.6559 2.0647 0.6565 2.8635 0.5713 0.0005 2455385.6950 -12.1993 1.4280 1.0223 2.0448 0.6559 2.0064 0.6565 2.7247 0.5835 0.0007 2455392.7040 -13.6040 1.5733 1.0168 2.2987 0.6558 1.9244 0.6564 2.9005 0.4864 0.0005 2455399.7620 -17.1562 3.9185 1.0189 2.5625 0.6562 2.4024 0.6564 2.6976 0.8261 0.0009 2455405.6590 -13.5924 1.3311 1.0037 1.9600 0.6558 1.9487 0.6565 2.8517 0.5123 0.0005 2455434.6020 -23.8816 2.5914 1.0100 3.3836 0.6562 2.8564 0.6564 4.3938 0.5470 0.0003 2455470.5450 -12.5945 1.5453 1.0167 2.1088 0.6558 1.9352 0.6565 2.8115 0.5163 0.0007 2456778.8410 -14.7061 2.0879 1.0226 2.4324 0.6562 2.0422 0.6565 3.1191 0.4918 0.0007 2456778.8410 -14.7061 2.0879 1.0226 2.4324 0.6562 2.0422 0.6565 3.1191 0.4918 0.0007 2457219.8000 -17.9286 1.2128 1.0072 2.6186 0.6562 2.3292 0.6564 3.3284 0.5708 0.0003 2457219.8350 -18.6825 0.9174 1.0037 2.6676 0.6562 2.3578 0.6564 3.4101 0.5634 0.0003 2457267.6070 -16.1401 0.7123 1.0017 2.5644 0.6562 2.3744 0.6564 2.6120 0.8526 0.0008 383 2457312.5840 -18.4992 1.6523 1.0175 2.7856 0.6562 2.3851 0.6565 3.3185 0.5974 0.0004 2457314.5660 -10.7361 0.6154 1.0218 1.8286 0.6559 2.0250 0.6566 2.3206 0.7761 0.0004 2457321.5380 -14.1076 0.7654 1.0096 2.3391 0.6562 2.0555 0.6565 2.7206 0.6134 0.0006 2457491.7160 -16.7552 2.2674 0.9956 2.4912 0.6559 2.2956 0.6564 3.0652 0.6274 0.0005 2457492.6930 -23.3861 1.9136 1.0103 3.3490 0.6562 2.9815 0.6565 4.1994 0.6193 0.0004 2457494.7320 -11.8857 1.0124 1.0202 2.0667 0.6559 1.8396 0.6565 2.5818 0.5308 0.0005 2457512.6330 -22.2058 1.1157 1.0099 2.9671 0.6562 2.8461 0.6565 3.4136 0.7649 0.0006 2457524.6860 -21.0420 2.6399 1.0439 2.4936 0.6559 2.8538 0.6565 3.6563 0.6979 0.0006 2457528.7040 -16.8208 0.4779 1.0099 2.4148 0.6561 2.1804 0.6565 3.0971 0.5629 0.0003 2457530.6520 -22.5103 1.5404 0.9936 2.9927 0.6562 2.7421 0.6565 3.9499 0.5906 0.0004 2457538.6610 -21.3293 1.3070 1.0321 2.9240 0.6562 2.6856 0.6565 3.6211 0.6431 0.0005 2457539.6280 -18.3513 2.0561 1.0055 2.6047 0.6562 2.3969 0.6564 2.9916 0.7014 0.0006 2457584.6380 -22.0851 3.8435 1.0043 2.8317 0.6562 2.5387 0.6565 3.6984 0.5702 0.0008 2457588.5980 -17.6517 1.2190 1.0262 2.4569 0.6560 2.3523 0.6565 2.7872 0.7566 0.0005 2457590.6280 -21.1492 1.0411 1.0079 2.8648 0.6561 2.8919 0.6565 2.9646 0.9630 0.0006

Table C.171: β Lyr HeI λ5876Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449261.5540 -6.5339 0.4341 0.9897 0.9890 0.5872 1.6239 0.5877 2.2458 0.5008 0.0022 2449582.6360 -5.9414 0.7515 0.9829 1.0191 0.5871 1.3822 0.5877 2.0472 0.3649 0.0016 2450308.6530 -3.0227 0.2811 0.9796 0.9828 0.5871 1.3534 0.5877 1.6023 0.5867 0.0026 2450567.7740 -2.8652 0.6857 0.9866 0.9935 0.5871 1.3508 0.5878 1.6863 0.5111 0.0032 Continued on Next Page… Table C.171 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450579.7670 -3.7529 0.4338 0.9869 0.9952 0.5871 1.3834 0.5877 1.7439 0.5155 0.0024 2450581.8890 -6.9681 0.5750 0.9872 0.9988 0.5875 1.6102 0.5877 2.8338 0.3327 0.0020 2450604.7110 -5.2542 0.3814 0.9834 1.0083 0.5871 1.4119 0.5878 2.0649 0.3868 0.0018 2450623.7530 -3.7422 0.5206 0.9658 0.9185 0.5870 1.2747 0.5878 1.6477 0.4242 0.0022 2450626.7340 -7.8062 0.3953 0.9797 0.9658 0.5873 1.6167 0.5879 1.9601 0.6424 0.0018 2450631.6760 -4.6180 0.4295 0.9729 0.9675 0.5871 1.3790 0.5877 1.8263 0.4587 0.0021 2450632.6970 -4.1983 0.4198 0.9768 1.0097 0.5871 1.4356 0.5877 1.8264 0.5271 0.0026 2450635.6940 -4.3277 0.4233 0.9818 1.0139 0.5871 1.3291 0.5878 1.7791 0.4223 0.0024 2450635.7440 -4.5719 0.4352 0.9794 0.9831 0.5871 1.3506 0.5878 1.7763 0.4516 0.0023 2450635.7980 -4.5085 0.4892 0.9799 0.9885 0.5870 1.3625 0.5877 1.7378 0.4912 0.0024 2450639.6420 -8.7892 0.5536 0.9850 1.0428 0.5872 1.8674 0.5878 1.9372 0.9255 0.0021 2450639.7230 -9.1566 0.6244 0.9762 1.0251 0.5872 1.8161 0.5878 1.9673 0.8437 0.0024 2450639.7760 -8.9602 0.4858 0.9882 0.9920 0.5872 1.8153 0.5878 1.9841 0.8285 0.0020 2450640.6230 -9.0783 3.0606 0.9802 0.9859 0.5872 1.9037 0.5877 2.2154 0.7435 0.0025 2450640.6810 -9.2006 0.6949 0.9864 1.0199 0.5872 1.8668 0.5878 2.2444 0.6965 0.0018 2450640.7390 -8.8742 0.6058 0.9849 1.0221 0.5872 1.8144 0.5878 2.2175 0.6690 0.0018 2450643.6230 -5.2728 0.4604 0.9611 1.0328 0.5871 1.4264 0.5877 1.9730 0.4383 0.0018 2450643.6780 -4.8359 0.4684 0.9640 0.9723 0.5871 1.4171 0.5877 1.9154 0.4556 0.0019 2450643.7320 -4.8749 0.4977 0.9697 1.0374 0.5871 1.4122 0.5878 1.9173 0.4494 0.0019 2450649.8230 -3.0688 0.4059 0.9829 0.9661 0.5872 1.3006 0.5878 1.5475 0.5490 0.0024 2450650.6150 -4.3184 0.4396 0.9708 0.9800 0.5872 1.3419 0.5878 1.5626 0.6077 0.0023 2450654.6630 -6.2659 0.3940 0.9730 0.9476 0.5872 1.5629 0.5879 1.6650 0.8465 0.0024 2450661.6550 -4.5287 0.4198 0.9836 0.9653 0.5870 1.3839 0.5878 1.7955 0.4826 0.0026 384 2450663.6460 -5.0271 0.5217 0.9823 0.9642 0.5872 1.3859 0.5879 1.6832 0.5649 0.0020 2450666.6670 -8.2857 0.3778 0.9872 0.9820 0.5872 1.7194 0.5877 2.1227 0.6408 0.0018 2450668.6160 -5.8838 0.8264 0.9860 0.9765 0.5871 1.5204 0.5878 1.8984 0.5793 0.0019 2450669.6130 -5.3087 1.0314 0.9928 1.0199 0.5871 1.4960 0.5878 1.9630 0.5150 0.0018 2450670.6130 -3.8812 0.6934 0.9728 0.9571 0.5871 1.3856 0.5877 1.5782 0.6668 0.0026 2450707.5770 -6.0234 1.4666 0.9887 0.9953 0.5872 1.4670 0.5877 1.9951 0.4693 0.0019 2450710.5260 -5.4385 0.4737 0.9832 0.9482 0.5871 1.4860 0.5877 1.9202 0.5282 0.0025 2450712.5400 -7.1882 0.3748 0.9853 0.9862 0.5875 1.4158 0.5877 2.2336 0.3370 0.0024 2450719.5610 -6.5878 0.4829 0.9884 0.9916 0.5872 1.5569 0.5877 1.7052 0.7898 0.0021 2450730.5540 -9.0595 0.4987 0.9761 0.9822 0.5872 1.7826 0.5877 2.0716 0.7303 0.0017 2450731.6250 -6.2484 0.4876 0.9880 1.0659 0.5871 1.5158 0.5877 1.8420 0.6125 0.0018 2450732.5300 -5.5678 0.4521 0.9930 1.0437 0.5871 1.4345 0.5877 2.0616 0.4093 0.0016 2450736.5550 -6.9206 0.4734 0.9904 0.9712 0.5872 1.6171 0.5877 2.3103 0.4709 0.0023 2450740.5610 -4.5985 0.3331 0.9887 0.9813 0.5872 1.4368 0.5878 1.6263 0.6974 0.0021 2450741.5120 -5.1974 0.4275 0.9875 1.0216 0.5872 1.3869 0.5879 1.6364 0.6079 0.0020 2450930.9010 -7.0540 0.4574 0.9907 0.9809 0.5871 1.5091 0.5877 2.5359 0.3315 0.0021 2450960.8450 -4.4867 0.6935 0.9860 1.0077 0.5872 1.4497 0.5878 1.6119 0.7349 0.0021 2451000.7050 -6.0431 0.4137 0.9830 1.0071 0.5873 1.3929 0.5878 1.7574 0.5187 0.0018 2451028.6320 -7.0253 0.5534 0.9850 0.9793 0.5872 1.5582 0.5878 2.0118 0.5516 0.0017 2451044.6830 -5.1953 0.6862 0.9921 1.0076 0.5872 1.4487 0.5878 2.0043 0.4468 0.0017 2451045.6600 -5.2669 0.6733 0.9887 1.0225 0.5872 1.4915 0.5878 1.7163 0.6861 0.0022 2451052.6560 -4.4257 0.4329 0.9827 0.9986 0.5871 1.2802 0.5878 1.6608 0.4240 0.0021 2451053.5910 -6.2592 0.6235 0.9882 0.9362 0.5872 1.6386 0.5878 1.8770 0.7282 0.0020 2451057.5680 -5.2762 0.5191 0.9887 0.9656 0.5872 1.4121 0.5878 2.2349 0.3337 0.0015 2451058.6190 -4.3344 0.5066 0.9813 0.9821 0.5872 1.4163 0.5878 2.0112 0.4117 0.0019 2451061.6060 -8.0515 0.4820 0.9822 0.9909 0.5875 1.4558 0.5877 2.5678 0.2907 0.0022 2451062.5670 -4.9405 0.3356 0.9850 0.9994 0.5871 1.5434 0.5878 1.8130 0.6683 0.0026 2451065.5730 -5.8009 0.3513 0.9886 0.9854 0.5873 1.3246 0.5878 1.7616 0.4262 0.0019 Continued on Next Page… Table C.171 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451070.5760 -6.1401 0.3907 0.9831 1.0208 0.5871 1.4492 0.5877 2.0312 0.4357 0.0016 2451085.5670 -3.5681 0.3716 0.9841 0.9756 0.5871 1.3659 0.5877 1.6635 0.5515 0.0032 2451098.5690 -3.5902 0.2634 0.9843 0.9883 0.5871 1.3000 0.5878 1.6763 0.4436 0.0032 2451338.7450 -8.0189 0.4137 0.9795 0.9642 0.5873 1.6025 0.5877 1.9958 0.6051 0.0018 2451344.6950 -6.7068 0.5743 0.9842 0.9897 0.5871 1.6282 0.5877 2.1596 0.5417 0.0027 2451345.7490 -11.8347 1.3564 0.9893 0.9814 0.5875 1.9134 0.5877 3.1085 0.4332 0.0020 2451352.7480 -7.1411 0.4220 0.9829 0.9563 0.5872 1.6951 0.5878 1.8903 0.7807 0.0021 2451360.6660 -3.9005 0.3598 0.9757 0.9402 0.5871 1.3371 0.5878 1.6776 0.4975 0.0024 2451370.6710 -7.2515 0.4124 0.9846 0.9692 0.5872 1.5838 0.5878 2.4020 0.4164 0.0026 2451372.6580 -5.1210 0.7021 0.9803 1.0363 0.5870 1.3180 0.5877 2.0620 0.2994 0.0026 2451375.6180 -4.3786 0.2860 0.9728 0.9439 0.5871 1.3288 0.5879 1.5799 0.5670 0.0021 2451376.6780 -6.2694 0.4737 0.9763 0.9842 0.5872 1.5372 0.5879 1.7709 0.6969 0.0019 2451396.6320 -7.3891 0.8569 0.9819 1.0606 0.5871 1.5788 0.5877 2.5376 0.3764 0.0021 2451399.7050 -3.6675 0.3667 0.9855 0.9805 0.5870 1.3417 0.5878 1.7249 0.4714 0.0022 2451408.6630 -3.1120 0.3301 0.9824 0.9801 0.5871 1.3611 0.5877 1.6231 0.5794 0.0028 2451419.7090 -4.5383 0.4339 0.9810 0.9902 0.5871 1.4071 0.5878 1.8795 0.4629 0.0018 2451420.6930 -3.3765 0.3748 0.9858 1.0052 0.5871 1.3948 0.5877 1.6386 0.6182 0.0024 2451421.6030 -3.2341 0.4882 0.9891 1.0004 0.5871 1.4116 0.5877 1.5322 0.7734 0.0028 2451422.6750 -6.9791 0.5297 0.9885 1.0069 0.5871 1.5140 0.5877 2.4420 0.3564 0.0024 2451424.6260 -3.8060 0.4681 0.9886 1.0072 0.5870 1.2631 0.5878 1.9117 0.2886 0.0026 2451425.5930 -3.5081 0.4821 0.9913 0.9800 0.5870 1.3405 0.5878 1.7797 0.4367 0.0022 2451426.6690 -3.7428 0.4353 0.9785 0.9693 0.5870 1.2569 0.5878 1.6431 0.3994 0.0020 2451435.5840 -6.6050 0.3982 0.9892 0.9744 0.5871 1.4549 0.5877 2.5447 0.2945 0.0022 385 2451437.5490 -3.7998 0.4926 0.9856 1.0029 0.5869 1.2567 0.5878 1.9714 0.2643 0.0025 2451444.5610 -6.3224 0.4224 0.9866 0.9744 0.5871 1.4048 0.5877 1.9767 0.4144 0.0017 2451787.5920 -4.3199 2.0336 0.9736 1.0481 0.5871 1.3542 0.5878 1.6827 0.5188 0.0025 2451788.5730 -4.0462 1.1770 0.9853 0.9955 0.5872 1.2923 0.5878 1.6499 0.4497 0.0022 2451788.5920 -4.0092 0.5364 0.9822 1.0115 0.5872 1.2791 0.5878 1.6015 0.4641 0.0020 2451789.6600 -5.0508 0.4660 0.9812 0.9992 0.5872 1.3946 0.5878 1.6434 0.6134 0.0020 2451790.6090 -6.7043 0.4823 0.9758 1.0200 0.5872 1.6118 0.5878 1.7979 0.7668 0.0020 2451800.5870 -4.1758 0.4621 0.9902 1.0117 0.5870 1.3506 0.5878 1.6926 0.5062 0.0021 2451803.6510 -6.9932 0.4667 0.9894 0.9932 0.5871 1.5543 0.5879 1.7659 0.7238 0.0020 2451804.6270 -8.9943 0.5240 0.9840 0.9720 0.5872 1.7031 0.5878 2.0361 0.6786 0.0018 2451804.6470 -8.9267 0.5298 0.9836 0.9572 0.5872 1.7036 0.5878 2.0516 0.6691 0.0018 2451816.6100 -6.5078 0.4420 0.9815 1.0312 0.5872 1.5078 0.5878 1.7142 0.7111 0.0020 2451817.6000 -7.8429 0.4848 0.9844 0.9875 0.5872 1.6220 0.5878 2.0506 0.5920 0.0018 2451819.5470 -6.2508 1.2336 0.9850 1.0211 0.5872 1.4727 0.5877 1.7620 0.6204 0.0022 2453852.8850 -6.0040 0.5151 0.9918 1.0023 0.5871 1.4116 0.5877 1.9471 0.4345 0.0028 2453864.7630 -6.5980 0.5845 0.9864 1.0348 0.5872 1.4909 0.5877 2.0776 0.4556 0.0015 2453879.8380 -5.6968 0.4993 0.9811 1.0543 0.5871 1.4252 0.5877 1.7048 0.6033 0.0022 2453932.6900 -8.4631 0.5165 0.9871 1.0980 0.5872 1.7276 0.5877 2.4723 0.4942 0.0019 2453933.7070 -11.5991 0.9309 0.9773 1.0043 0.5875 2.0109 0.5877 3.1363 0.4732 0.0018 2453935.6760 -5.6456 0.4349 0.9817 1.0028 0.5871 1.5157 0.5878 1.9059 0.5693 0.0019 2453940.6820 -9.0639 0.5322 0.9755 0.9675 0.5872 1.8319 0.5878 2.2863 0.6467 0.0016 2453945.6570 -8.3551 0.6151 0.9797 1.1054 0.5872 1.8452 0.5878 2.5193 0.5563 0.0017 2453946.7230 -11.1987 0.5899 0.9662 0.9761 0.5875 1.8003 0.5877 3.0742 0.3859 0.0019 2453982.6080 -4.5690 0.7123 0.9859 1.0790 0.5871 1.3741 0.5877 1.8712 0.4294 0.0020 2453985.6380 -7.0890 2.9575 0.9879 1.0869 0.5875 1.5589 0.5877 2.4169 0.3944 0.0028 2453986.6840 -4.7471 0.6290 0.9804 0.9718 0.5870 1.3078 0.5878 1.9951 0.3094 0.0026 2453999.6000 -4.5543 0.5424 0.9829 1.0026 0.5869 1.2687 0.5877 1.9217 0.2915 0.0027 2454003.5490 -7.3722 0.8079 0.9834 0.9857 0.5871 1.8053 0.5878 1.7959 1.0118 0.0024 Continued on Next Page… Table C.171 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454007.5770 -5.2926 0.3268 0.9855 0.9833 0.5871 1.3912 0.5877 2.0678 0.3664 0.0015 2454010.5320 -5.2316 0.4284 0.9897 0.9566 0.5872 1.5185 0.5877 2.2809 0.4048 0.0024 2454034.5200 -2.9632 1.0728 0.9771 1.0326 0.5871 1.3804 0.5877 1.6433 0.5914 0.0025 2454038.5130 -3.0572 0.3961 0.9953 1.0259 0.5868 1.2323 0.5877 1.7663 0.3032 0.0028 2454064.4700 -4.1911 0.7575 0.9751 0.9968 0.5869 1.2373 0.5877 1.8194 0.2895 0.0029 2454207.8410 -4.7311 0.3718 0.9940 0.6892 0.5871 1.3282 0.5878 1.7271 0.4514 0.0030 2454228.7980 -5.0666 0.8273 0.9909 0.0757 0.5871 1.4171 0.5877 1.8367 0.4985 0.0012 2454232.8280 -3.2872 0.4081 0.9920 0.5941 0.5870 1.2727 0.5877 1.7481 0.3646 0.1466 2454235.7280 -4.5570 0.4835 0.9928 0.6922 0.5872 1.3489 0.5878 1.6214 0.5614 0.0131 2454249.8320 -6.5684 0.4660 0.9893 0.2803 0.5872 1.6918 0.5878 1.7891 0.8767 0.1270 2454277.7160 -6.6267 0.4871 0.9874 0.2854 0.5872 1.5022 0.5879 1.8452 0.5942 0.0029 2454282.6730 -7.5240 1.4049 0.9852 1.0024 0.5875 1.5644 0.5877 2.7443 0.3235 0.0840 2454286.7330 -4.1739 0.2718 0.9894 0.4758 0.5872 1.2559 0.5878 1.7253 0.3528 0.0075 2454291.7230 -4.8228 0.3229 0.9855 0.8042 0.5871 1.3130 0.5877 1.9706 0.3225 0.0023 2454341.6230 -9.4911 0.6570 0.9916 0.9701 0.5873 1.7647 0.5878 2.3199 0.5794 0.0034 2454346.6370 -3.3843 0.2414 0.9922 1.0036 0.5872 1.4548 0.5877 1.6656 0.6833 0.0071 2454349.6410 -3.7009 0.3754 0.9893 1.0163 0.5870 1.3440 0.5878 1.6769 0.5083 0.0073 2454355.6370 -5.4949 0.3583 0.9928 1.0030 0.5872 1.5307 0.5879 1.6053 0.8767 0.4058 2454404.5170 -6.5172 0.4075 0.9948 1.0111 0.5872 1.5541 0.5878 1.6911 0.8018 0.0030 2454586.8050 -8.4890 0.7815 0.9936 0.6612 0.5872 1.8552 0.5878 2.0860 0.7875 0.0022 2454626.7600 -7.8682 0.3717 0.9866 0.9938 0.5872 1.6615 0.5878 1.9800 0.6750 0.0035 2454642.7230 -4.0864 0.3420 0.9919 0.9720 0.5871 1.3478 0.5877 1.8264 0.4208 0.0022 2454653.7490 -5.9223 0.3660 0.9892 0.7586 0.5871 1.4972 0.5877 1.7167 0.6938 0.0019 386 2454663.6760 -6.2322 0.3351 0.9878 1.0245 0.5872 1.7449 0.5879 1.6310 1.1805 0.0020 2454665.7170 -6.9239 0.3024 0.9852 0.8471 0.5872 1.6427 0.5879 1.7650 0.8402 0.0034 2454674.7460 -4.0387 0.3972 0.9918 0.9667 0.5872 1.4258 0.5879 1.5593 0.7613 0.0027 2454692.6030 -6.2410 0.4733 0.9912 0.9971 0.5872 1.5444 0.5877 1.8352 0.6518 0.0016 2454704.6040 -7.8017 0.3647 0.9929 1.0214 0.5872 1.6707 0.5878 1.9365 0.7162 0.0017 2454719.5730 -6.3263 0.4252 0.9907 0.9834 0.5875 1.4503 0.5877 2.0390 0.4334 0.0012 2454750.5170 -5.9382 0.3520 0.9933 0.9432 0.5871 1.4538 0.5878 2.0074 0.4505 0.0010 2454761.5130 -11.8513 1.0510 0.9948 0.9457 0.5872 1.9410 0.5878 3.0920 0.4498 0.0008 2454769.5250 -7.2246 0.5110 0.9928 0.8240 0.5872 1.7276 0.5879 1.8223 0.8848 0.0011 2454798.4550 -3.9855 0.4380 0.9938 0.9844 0.5871 1.4095 0.5878 1.5538 0.7394 0.0015 2454925.8870 -5.8330 0.8124 0.9962 0.0138 0.5872 1.4289 0.5877 1.9384 0.4570 0.0013 2454946.8250 -5.1185 0.7017 0.9917 0.9659 0.5872 1.4522 0.5879 1.7194 0.6285 0.0010 2454963.8360 -7.7552 0.9126 1.0005 0.9411 0.5872 1.6937 0.5877 1.8381 0.8277 0.0012 2454969.8150 -8.2625 1.5931 0.9894 0.9140 0.5875 1.4730 0.5877 2.5948 0.2966 0.0015 2454983.7900 -4.8728 0.5637 0.9936 1.0009 0.5871 1.4277 0.5878 1.8489 0.5039 0.0012 2454997.8240 -4.9279 0.6006 0.9899 0.4066 0.5872 1.3253 0.5878 1.6622 0.4913 0.0014 2455049.6070 -4.8006 0.5294 0.9871 0.9400 0.5872 1.4415 0.5878 1.5942 0.7430 0.0013 2455068.6390 -6.2449 0.8383 0.9843 1.0155 0.5872 1.4591 0.5877 1.9783 0.4693 0.0011 2455074.5940 -4.4770 0.5508 0.9949 1.0015 0.5871 1.4095 0.5878 1.7762 0.5275 0.0011 2455079.6320 -8.0273 0.6435 0.9922 0.9846 0.5872 1.7166 0.5878 2.0099 0.7096 0.0010 2455084.5920 -6.3856 0.8213 0.9889 0.9296 0.5871 1.6073 0.5878 2.1652 0.5212 0.0014 2455090.5500 -5.8185 0.7349 0.9789 0.9794 0.5872 1.3793 0.5879 1.7280 0.5211 0.0012 2455102.5190 -5.1926 0.5890 0.9893 0.9809 0.5871 1.3381 0.5879 1.6632 0.5098 0.0010 2455105.5800 -7.2095 0.7549 0.9976 1.0166 0.5871 1.5148 0.5878 1.9337 0.5514 0.0012 2455144.5100 -7.8422 0.8845 0.9855 0.9443 0.5872 1.6029 0.5878 1.9092 0.6632 0.0015 2455331.8550 -12.1659 1.9470 0.9832 0.0000 0.5875 1.8104 0.5877 3.0263 0.3999 0.0012 2455343.7880 -12.6543 1.7146 0.9892 0.5744 0.5875 1.9310 0.5877 3.3468 0.3967 0.0011 2455357.8070 -10.2705 0.8733 0.9928 0.0440 0.5875 1.7121 0.5877 3.0250 0.3517 0.0010 Continued on Next Page… Table C.171 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455372.7660 -5.3007 0.9876 0.9892 0.9336 0.5871 1.4122 0.5878 1.8787 0.4691 0.0014 2455385.6950 -4.9073 0.9476 0.9834 0.9288 0.5871 1.4084 0.5878 1.8372 0.4877 0.0015 2455392.7040 -5.9351 0.9556 0.9603 0.8036 0.5871 1.4486 0.5877 2.0606 0.4229 0.0012 2455399.7620 -7.8031 2.1264 1.0004 0.9152 0.5871 1.7049 0.5878 1.8441 0.8351 0.0026 2455405.6590 -5.5815 0.9344 0.9829 0.5750 0.5871 1.4775 0.5877 2.0316 0.4629 0.0011 2455434.6020 -7.1988 1.1603 0.9921 0.8946 0.5871 1.3954 0.5877 2.6545 0.2390 0.0009 2455470.5450 -5.0413 0.9295 0.9995 0.9511 0.5871 1.4499 0.5878 2.0362 0.4342 0.0011 2456778.8410 -5.8653 1.1361 0.9977 0.1332 0.5871 1.5174 0.5878 2.0581 0.4890 0.0922 2456778.8410 -5.8653 1.1361 0.9977 0.1332 0.5871 1.5174 0.5878 2.0581 0.4890 0.0922 2457219.8000 -4.5434 0.4064 0.9939 0.9985 0.5871 1.5017 0.5877 1.8955 0.5602 0.0014 2457219.8350 -4.3405 0.3945 0.9921 0.8206 0.5872 1.4824 0.5877 1.8954 0.5387 0.0023 2457267.6070 -7.0415 0.3771 0.9856 0.9479 0.5872 1.5408 0.5877 1.7706 0.7017 0.0017 2457312.5840 -6.4432 0.6680 0.9967 0.9945 0.5870 1.2916 0.5878 2.2024 0.2425 0.0012 2457314.5660 -4.1912 0.3826 0.9920 0.7287 0.5872 1.3189 0.5878 1.6071 0.5253 0.0013 2457321.5380 -5.7379 0.5024 0.9936 0.9918 0.5872 1.4708 0.5877 1.9393 0.5012 0.0010 2457491.7160 -4.2055 1.0318 0.9952 0.7320 0.5872 1.5270 0.5877 1.8029 0.6564 0.0017 2457492.6930 -7.2879 1.1471 0.9872 0.7927 0.5875 1.4504 0.5877 2.5524 0.2902 0.0014 2457494.7320 -3.7168 0.5246 0.9953 0.8811 0.5871 1.3630 0.5878 1.7507 0.4835 0.0022 2457512.6330 -10.1800 0.9671 0.9857 0.9031 0.5872 1.8471 0.5878 2.2705 0.6668 0.0010 2457524.6860 -9.5153 1.1991 0.9978 0.8339 0.5872 2.1023 0.5878 2.1512 0.9575 0.0012 2457528.7040 -5.9960 0.3583 0.9956 0.7681 0.5872 1.4403 0.5877 1.9893 0.4451 0.0010 2457530.6520 -6.2849 0.6521 0.9933 0.8803 0.5871 1.5791 0.5878 2.2100 0.4786 0.0011 2457538.6610 -9.7760 0.4262 0.9903 0.9339 0.5872 1.8688 0.5878 2.2968 0.6699 0.0009 387 2457539.6280 -7.6401 0.7736 0.9902 0.8304 0.5872 1.6530 0.5877 1.9509 0.6868 0.0012 2457584.6380 -7.2402 2.0054 0.9868 0.8012 0.5870 1.4036 0.5878 2.3871 0.2910 0.0013 2457588.5980 -7.8286 0.3835 0.9897 0.9258 0.5873 1.5159 0.5878 1.7939 0.6498 0.0009 2457590.6280 -9.2017 0.5566 0.9911 0.8785 0.5875 1.7466 0.5878 1.9846 0.7583 0.0009

Table C.172: β Lyr Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454207.8410 -0.9472 0.9284 0.9978 0.6398 0.4859 1.0382 0.4863 1.3662 0.1044 0.0073 2454228.7980 -1.1695 1.6459 0.9921 0.0748 0.4858 1.2822 0.4863 1.2704 1.0436 0.0043 2454232.8280 1.1903 1.6531 1.0247 0.6828 0.4857 0.9745 0.4863 1.3598 ······ 2454235.7280 -0.4406 1.1675 0.9953 0.6362 0.4861 1.0243 0.4864 1.3811 ······ 2454249.8320 -1.0279 1.2089 1.0012 0.0853 0.4859 1.1514 0.4864 1.4299 0.3521 0.0073 2454277.7160 -1.1285 1.6348 0.9953 0.2261 0.4859 1.2620 0.4864 1.3041 0.8614 0.0020 2454282.6730 -2.7356 3.7481 0.9874 0.8478 0.4858 1.2420 0.4862 1.8640 0.2800 0.0076 2454286.7330 -0.5766 0.5034 1.0028 0.4443 0.4859 1.0093 0.4864 1.5107 ······ 2454291.7230 -0.7888 0.9304 0.9913 0.8793 0.4857 1.1677 0.4862 1.3268 0.5130 0.0017 2454341.6230 -3.5158 2.1470 0.9921 0.9749 0.4859 1.5181 0.4863 1.6662 0.7777 0.0243 2454346.6370 -0.5672 0.8124 1.0036 1.0193 0.4858 1.3226 0.4863 1.1838 1.7552 0.0017 2454349.6410 -0.6234 0.8205 0.9997 1.0386 0.4857 1.0477 0.4864 1.4231 0.1127 0.0052 2454355.6370 -0.4567 0.8549 1.0080 1.0161 0.4858 1.2770 0.4864 1.1441 1.9225 0.2715 2454404.5170 -2.0140 0.9650 1.0046 0.9744 0.4858 1.1181 0.4863 1.4495 0.2627 0.0029 2454586.8050 -2.7823 2.0766 0.9956 0.8224 0.4859 1.3382 0.4863 1.6378 0.5302 0.0037 Continued on Next Page… Table C.172 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454626.7600 -2.4549 0.6844 0.9951 0.7733 0.4858 1.3455 0.4863 1.4673 0.7394 0.0011 2454642.7230 -0.3578 0.8168 0.9978 0.8911 0.4858 1.2146 0.4862 1.3837 0.5593 0.0063 2454653.7490 -1.7171 1.1177 0.9917 0.7562 0.4858 1.3964 0.4862 1.2346 1.6894 0.0034 2454663.6760 -1.2262 0.8646 1.0049 1.0438 0.4858 1.1990 0.4864 1.3782 0.5262 0.0012 2454665.7170 -1.6884 1.2599 0.9978 0.8719 0.4858 1.3740 0.4864 1.2955 1.2659 0.0033 2454674.7460 -0.5858 1.2877 0.9962 0.9524 0.4859 1.1345 0.4864 1.3910 0.3440 0.0038 2454692.6030 -1.9851 1.2748 1.0021 0.9949 0.4858 1.4154 0.4862 1.3785 1.0973 0.0029 2454704.6040 -1.9767 1.4013 0.9953 1.0402 0.4858 1.3997 0.4864 1.3647 1.0960 0.3391 2454719.5730 -2.0104 0.9083 0.9957 0.9573 0.4858 1.3531 0.4862 1.4735 0.7457 0.0022 2454750.5170 -1.7330 0.7627 1.0058 0.9853 0.4857 1.1111 0.4863 1.6015 0.1847 0.0016 2454761.5130 -6.7236 2.2641 0.9882 0.9220 0.4859 1.7817 0.4863 2.2863 0.6077 0.0024 2454769.5250 -2.3821 1.0836 0.9940 0.9474 0.4859 1.5066 0.4864 1.2803 1.8071 0.0024 2454798.4550 -1.6209 1.5270 0.9666 0.9996 0.4858 1.3456 0.4862 1.1904 1.8149 0.0037 2454925.8870 -0.9480 2.1225 1.0033 0.0012 0.4859 1.2999 0.4863 1.3326 0.9017 0.0039 2454946.8250 -1.6495 2.0205 1.0141 0.6209 0.4859 1.1508 0.4864 1.6357 0.2372 0.0088 2454963.8360 -1.6306 2.0296 1.0053 1.0365 0.4858 1.3644 0.4864 1.2719 1.3402 0.0045 2454969.8150 -4.9349 3.7048 1.0184 1.0729 0.4861 1.2884 0.4863 2.0066 0.2865 0.0036 2454983.7900 -0.4491 1.4893 1.0029 0.5026 0.4857 1.0511 0.4863 1.3756 0.1360 0.0085 2454997.8240 -1.1786 1.7195 1.0070 0.9094 0.4861 1.0763 0.4864 1.3814 0.2000 0.0036 2455049.6070 -0.5093 0.9118 1.0043 1.0250 0.4859 1.0886 0.4865 1.3392 0.2612 0.0031 2455068.6390 -0.8870 1.3599 1.0160 0.9610 0.4858 1.2810 0.4862 1.3387 0.8298 0.0019 2455074.5940 -0.3302 1.3119 1.0169 0.9902 0.4857 1.0467 0.4865 1.4243 0.1100 0.0030 2455079.6320 -1.5444 1.3597 1.0060 0.9207 0.4859 1.3328 0.4864 1.3367 0.9886 0.0037 388 2455084.5920 -1.1790 2.1755 1.0114 1.0056 0.4858 1.3898 0.4863 1.3757 1.0374 0.0042 2455090.5500 -0.4644 1.6933 1.0099 1.0226 0.4860 0.9833 0.4864 1.4100 ······ 2455102.5190 -0.2751 1.4320 1.0216 1.0574 0.4859 1.0804 0.4864 1.3646 0.2206 0.0019 2455105.5800 -0.6794 2.0327 1.0040 0.9881 0.4858 1.1883 0.4864 1.2749 0.6851 0.4009 2455144.5100 -1.3248 1.3137 0.9867 0.9600 0.4859 1.2327 0.4864 1.2475 0.9401 0.0040 2455301.9250 -0.5199 1.6321 1.0229 0.0653 0.4860 1.3010 0.4864 1.3381 0.8904 0.0122 2455331.8550 -4.9241 4.7643 0.9950 0.0000 0.4861 1.3670 0.4863 2.0654 0.3445 0.0038 2455343.7880 -5.7045 3.9258 0.9963 0.4561 0.4858 1.6677 0.4863 2.2683 0.5264 0.1013 2455357.8070 -2.9672 2.5345 1.0215 0.4086 0.4861 1.2769 0.4862 1.9944 0.2784 0.0024 2455372.7660 -1.2951 2.9073 0.9861 0.6236 0.4857 1.0145 0.4863 1.5941 ······ 2455385.6950 -0.9175 4.1649 0.9996 0.9625 0.4858 1.0904 0.4863 1.4400 0.2055 0.0046 2455392.7040 0.0245 2.6466 1.0161 0.8065 0.4857 1.2643 0.4863 1.3369 0.7844 0.0044 2455399.7620 -2.3435 5.8295 1.0064 0.8058 0.4859 1.3559 0.4863 1.3173 1.1217 0.0080 2455405.6590 -0.9800 2.3315 0.9953 0.9998 0.4858 1.3491 0.4863 1.4643 0.7519 1.1437 2455434.6020 -2.5239 4.0625 0.9691 0.8779 0.4858 1.1748 0.4863 1.7933 0.2203 0.1527 2455470.5450 0.3078 2.3991 1.0066 1.0297 0.4858 1.2466 0.4863 1.2359 1.0452 0.0066 2456778.8410 -1.7494 2.7897 1.0128 0.1679 0.4857 1.1751 0.4863 1.7025 0.2492 0.1827 2456778.8410 -1.7494 2.7897 1.0128 0.1679 0.4857 1.1751 0.4863 1.7025 0.2492 0.1827 2457219.8000 -1.8506 1.0582 0.9933 1.0044 0.4858 1.3518 0.4863 1.4150 0.8478 0.0011 2457219.8350 -2.0453 0.7907 1.0035 0.7467 0.4858 1.3838 0.4863 1.4736 0.8104 0.0011 2457267.6070 -2.3104 1.1469 1.0078 0.9947 0.4858 1.3766 0.4862 1.2684 1.4032 0.0022 2457312.5840 -2.1179 2.2646 1.0111 0.9575 0.4861 1.0039 0.4863 1.6702 ······ 2457314.5660 -0.8045 0.7287 1.0033 1.0440 0.4859 1.0627 0.4864 1.3616 0.1734 0.0017 2457321.5380 -2.2574 1.1891 1.0099 0.9642 0.4858 1.3888 0.4863 1.4469 0.8699 0.0035 2457491.7160 -2.1112 3.2401 0.9977 0.9038 0.4859 1.4787 0.4863 1.3257 1.4697 0.0077 2457492.6930 -3.1395 5.0816 1.0458 0.8875 0.4858 1.3154 0.4863 1.9593 0.3288 0.0040 2457494.7320 -1.1188 2.3799 1.0029 0.7617 0.4857 1.0873 0.4863 1.5098 0.1713 0.0038 2457512.6330 -4.7102 3.9380 0.9873 0.8789 0.4858 1.5553 0.4864 1.7440 0.7465 0.0037 Continued on Next Page… Table C.172 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2457524.6860 -3.9323 4.3145 1.0096 0.9855 0.4859 1.5523 0.4863 1.7494 0.7370 0.0050 2457528.7040 -3.2599 1.3143 0.9792 0.0000 0.4858 1.4050 0.4863 1.4941 0.8196 0.0044 2457530.6520 -3.3427 1.5703 1.0049 0.7513 0.4858 1.4995 0.4863 1.7474 0.6684 0.0030 2457538.6610 -3.5226 0.8350 1.0034 0.7270 0.4859 1.5195 0.4863 1.6592 0.7882 0.0020 2457539.6280 -2.9418 1.7777 1.0073 0.9162 0.4859 1.5264 0.4862 1.4298 1.2247 0.0057 2457584.6380 -2.7909 7.9263 0.9976 1.3070 0.4861 1.2632 0.4863 1.7863 0.3347 0.0060 2457588.5980 -2.8878 0.9601 1.0007 1.0143 0.4860 1.2551 0.4863 1.5011 0.5090 0.0029 2457590.6280 -3.3274 1.0817 1.0049 0.9648 0.4858 1.4355 0.4864 1.4386 0.9929 0.0030

Table C.173: β LyrNa II λ5889Å Measurements

HJD EqW σ(EqW) Continuum 2449261.5540 2.2663 0.2070 0.9897 2449582.6360 0.7072 0.4213 0.9829 2450308.6530 1.6774 0.1687 0.9796 2450567.7740 2.4608 0.3869 0.9866 2450579.7670 1.1632 0.2616 0.9869 2450581.8890 3.0194 0.2504 0.9872 389 2450604.7110 0.7774 0.2199 0.9834 2450623.7530 1.1980 0.3130 0.9658 2450626.7340 0.6391 0.2043 0.9797 2450631.6760 1.0582 0.2497 0.9729 2450632.6970 1.9443 0.2311 0.9768 2450635.6940 1.5887 0.2389 0.9818 2450635.7440 1.3216 0.2482 0.9794 2450635.7980 1.4326 0.2772 0.9799 2450639.6420 0.1293 0.2856 0.9850 2450639.7230 -0.0120 0.3206 0.9762 2450639.7760 0.3425 0.2447 0.9882 2450640.6230 0.2985 1.5395 0.9802 2450640.6810 0.2358 0.3496 0.9864 2450640.7390 0.3339 0.3066 0.9849 2450643.6230 0.1841 0.2780 0.9611 2450643.6780 0.6003 0.2796 0.9640 2450643.7320 0.5918 0.2968 0.9697 2450649.8230 1.3942 0.2490 0.9829 2450650.6150 0.8126 0.2648 0.9708 2450654.6630 1.2118 0.2086 0.9730 2450661.6550 2.2191 0.2217 0.9836 2450663.6460 1.0961 0.2962 0.9823 2450666.6670 1.0189 0.1855 0.9872 2450668.6160 0.6789 0.4658 0.9860 2450669.6130 0.7052 0.5967 0.9928 2450670.6130 1.3837 0.4075 0.9728 2450707.5770 0.9431 0.8035 0.9887 2450710.5260 2.2309 0.2388 0.9832 2450712.5400 2.7518 0.1657 0.9853 Continued on Next Page… Table C.173 – Continued HJD EqW σ(EqW) Continuum 2450719.5610 0.9464 0.2575 0.9884 2450730.5540 0.2687 0.2515 0.9761 2450731.6250 0.6366 0.2710 0.9880 2450732.5300 0.7102 0.2581 0.9930 2450736.5550 2.5053 0.2169 0.9904 2450740.5610 1.1175 0.1929 0.9887 2450741.5120 0.7574 0.2475 0.9875 2450930.9010 2.7489 0.2036 0.9907 2450960.8450 0.7488 0.4165 0.9860 2451000.7050 0.6265 0.2323 0.9830 2451028.6320 0.4455 0.3012 0.9850 2451044.6830 0.9956 0.3897 0.9921 2451045.6600 0.8884 0.3845 0.9887 2451052.6560 1.0205 0.2550 0.9827 2451053.5910 0.9479 0.3375 0.9882 2451057.5680 0.8141 0.2981 0.9887 2451058.6190 1.2117 0.2951 0.9813 2451061.6060 2.9118 0.2020 0.9822 2451062.5670 1.7974 0.1803 0.9850 2451065.5730 0.8567 0.1959 0.9886 2451070.5760 0.6220 0.2185 0.9831 2451085.5670 2.5492 0.2002 0.9841 2451098.5690 2.6314 0.1407 0.9843 2451338.7450 0.4956 0.2143 0.9795 390 2451344.6950 2.6925 0.2612 0.9842 2451345.7490 2.7783 0.4929 0.9893 2451352.7480 1.2337 0.2142 0.9829 2451360.6660 1.7830 0.2040 0.9757 2451370.6710 3.3319 0.1718 0.9846 2451372.6580 2.4849 0.3512 0.9803 2451375.6180 1.1132 0.1675 0.9728 2451376.6780 0.7499 0.2605 0.9763 2451396.6320 2.7895 0.3742 0.9819 2451399.7050 1.7203 0.2117 0.9855 2451408.6630 1.8455 0.1943 0.9824 2451419.7090 0.9390 0.2559 0.9810 2451420.6930 1.2817 0.2283 0.9858 2451421.6030 1.6504 0.2904 0.9891 2451422.6750 2.9188 0.2330 0.9885 2451424.6260 2.2848 0.2552 0.9886 2451425.5930 1.7320 0.2805 0.9913 2451426.6690 1.0794 0.2644 0.9785 2451435.5840 3.0189 0.1764 0.9892 2451437.5490 2.3141 0.2679 0.9856 2451444.5610 1.1348 0.2246 0.9866 2451787.5920 0.8731 1.2190 0.9736 2451788.5730 0.8825 0.7154 0.9853 2451788.5920 0.8493 0.3276 0.9822 2451789.6600 0.6828 0.2735 0.9812 2451790.6090 0.4207 0.2668 0.9758 2451800.5870 1.3677 0.2679 0.9902 2451803.6510 0.4967 0.2534 0.9894 Continued on Next Page… Table C.173 – Continued HJD EqW σ(EqW) Continuum 2451804.6270 0.3012 0.2643 0.9840 2451804.6470 0.4047 0.2658 0.9836 2451816.6100 0.1993 0.2512 0.9815 2451817.6000 0.2376 0.2584 0.9844 2451819.5470 0.6095 0.6870 0.9850 2453852.8850 0.4521 0.2938 0.9918 2453864.7630 0.4462 0.3244 0.9864 2453879.8380 0.5303 0.2875 0.9811 2453932.6900 1.5101 0.2417 0.9871 2453933.7070 2.0971 0.3635 0.9773 2453935.6760 1.2405 0.2367 0.9817 2453940.6820 0.4098 0.2654 0.9755 2453945.6570 1.2401 0.2957 0.9797 2453946.7230 2.3470 0.2285 0.9662 2453982.6080 0.8796 0.4217 0.9859 2453985.6380 3.5974 1.2077 0.9879 2453986.6840 2.4394 0.3219 0.9804 2453999.6000 2.4123 0.2811 0.9829 2454003.5490 0.2121 0.4411 0.9834 2454007.5770 0.6832 0.1895 0.9855 2454010.5320 2.8645 0.2056 0.9897 2454034.5200 0.9619 0.6864 0.9771 2454038.5130 2.2359 0.2259 0.9953 2454064.4700 1.7774 0.4236 0.9751 391 2454207.8410 1.1714 0.2172 0.9940 2454228.7980 1.0050 0.4816 0.9909 2454232.8280 1.9940 0.2399 0.9920 2454235.7280 0.9484 0.2903 0.9928 2454249.8320 0.7557 0.2588 0.9893 2454277.7160 1.1053 0.2623 0.9874 2454282.6730 3.0200 0.6189 0.9852 2454286.7330 1.1503 0.1635 0.9894 2454291.7230 1.0260 0.1900 0.9855 2454341.6230 0.6148 0.3264 0.9916 2454346.6370 2.6470 0.1331 0.9922 2454349.6410 1.7927 0.2194 0.9893 2454355.6370 1.1061 0.2005 0.9928 2454404.5170 0.4112 0.2326 0.9948 2454586.8050 0.4963 0.4076 0.9936 2454626.7600 0.9758 0.1918 0.9866 2454642.7230 1.0935 0.2074 0.9919 2454653.7490 0.8420 0.2076 0.9892 2454663.6760 0.6232 0.1906 0.9878 2454665.7170 0.7639 0.1651 0.9852 2454674.7460 1.0864 0.2416 0.9918 2454692.6030 0.8811 0.2637 0.9912 2454704.6040 0.9822 0.1885 0.9929 2454719.5730 0.6620 0.2401 0.9907 2454750.5170 1.9788 0.1817 0.9933 2454761.5130 2.1486 0.4211 0.9948 2454769.5250 0.7711 0.2749 0.9928 2454798.4550 1.2156 0.2641 0.9938 Continued on Next Page… Table C.173 – Continued HJD EqW σ(EqW) Continuum 2454925.8870 0.8736 0.4610 0.9962 2454946.8250 0.8936 0.4111 0.9917 2454963.8360 1.2017 0.4642 1.0005 2454969.8150 3.9409 0.6200 0.9894 2454983.7900 2.0084 0.3050 0.9936 2454997.8240 0.9304 0.3540 0.9899 2455049.6070 0.8983 0.3147 0.9871 2455068.6390 0.6181 0.4765 0.9843 2455074.5940 1.3634 0.3205 0.9949 2455079.6320 0.5128 0.3413 0.9922 2455084.5920 2.7041 0.3897 0.9889 2455090.5500 0.5836 0.4269 0.9789 2455102.5190 0.6137 0.3515 0.9893 2455105.5800 0.9791 0.4001 0.9976 2455144.5100 0.6573 0.4673 0.9855 2455331.8550 2.6735 0.7353 0.9832 2455343.7880 2.5576 0.6442 0.9892 2455357.8070 3.3777 0.3319 0.9928 2455372.7660 1.3790 0.5518 0.9892 2455385.6950 1.6608 0.5269 0.9834 2455392.7040 0.3655 0.5615 0.9603 2455399.7620 0.9953 1.0978 1.0004 2455405.6590 0.7530 0.5418 0.9829 2455434.6020 2.8953 0.5225 0.9921 392 2455470.5450 1.1590 0.5351 0.9995 2456778.8410 1.6544 0.6054 0.9977 2456778.8410 1.6544 0.6054 0.9977 2457219.8000 2.0011 0.2236 0.9939 2457219.8350 2.1563 0.2164 0.9921 2457267.6070 0.9496 0.2018 0.9856 2457312.5840 3.1723 0.3030 0.9967 2457314.5660 0.9485 0.2334 0.9920 2457321.5380 0.7292 0.2896 0.9936 2457491.7160 2.2222 0.5661 0.9952 2457492.6930 2.5089 0.5332 0.9872 2457494.7320 1.7049 0.3083 0.9953 2457512.6330 0.7345 0.4628 0.9857 2457524.6860 0.2236 0.6122 0.9978 2457528.7040 0.9416 0.2009 0.9956 2457530.6520 2.4541 0.3181 0.9933 2457538.6610 0.7612 0.2068 0.9903 2457539.6280 0.9299 0.4037 0.9902 2457584.6380 2.2498 0.9551 0.9868 2457588.5980 0.6257 0.2034 0.9897 2457590.6280 0.7610 0.2761 0.9911 Table C.174: β Lyr Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453982.8000 -15.7290 1.5750 1.0000 2.1650 0.0009 0.0007 2.1669 0.0006 0.0003 1.1772 0.0941 2454038.7010 -14.3920 1.4200 1.0000 2.1655 0.0011 0.0006 2.1674 0.0007 0.0004 0.8326 0.1326 2454070.7010 -18.8560 1.2330 1.0000 ························ 2454179.1150 -25.2310 2.7150 1.0000 2.1647 0.0007 0.0008 2.1665 0.0008 0.0009 1.1180 0.0503 2454219.0180 -21.2610 2.8610 1.0000 2.1648 0.0006 0.0004 2.1667 0.0011 0.0011 0.8831 0.0253 2454298.8650 -16.4910 1.5960 1.0000 2.1648 0.0006 0.0004 2.1667 0.0011 0.0011 0.8831 0.0253 2454299.8800 -17.0580 1.5320 0.9990 2.1654 0.0009 0.0006 2.1672 0.0006 0.0004 1.1516 0.1526 2454352.8000 -19.3190 1.4010 1.0000 2.1651 0.0008 0.0007 2.1671 0.0008 0.0004 1.3399 0.0929 2454381.6840 -18.4490 1.5480 0.9990 2.1653 0.0011 0.0010 2.1674 0.0006 0.0003 1.1815 0.0927 2454754.8290 -29.0710 2.3720 1.0000 ························ 2455050.8910 -19.5020 1.2680 1.0000 2.1672 -0.0008 -0.0009 2.1653 0.0008 0.0011 1.2143 0.0818 2455103.7160 -18.7990 1.3140 1.0000 2.1653 0.0007 0.0006 2.1671 0.0009 0.0006 1.3236 0.1355 2455157.6830 -20.1120 1.2510 1.0000 2.1655 0.0010 0.0008 2.1674 0.0007 0.0004 1.1256 0.1683 2455441.7900 -23.2380 1.2740 1.0000 2.1652 0.0013 0.0012 2.1674 0.0006 0.0002 1.2114 0.1790 2455516.6880 -21.9620 1.7660 1.0000 2.1652 0.0008 0.0009 2.1671 0.0007 0.0007 1.1436 0.0373

Table C.175: β Lyr Br 10 Measurements 393

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453982.8000 -4.6480 0.4320 1.0000 1.7355 0.0008 0.0003 1.7372 0.0005 0.0001 1.5034 0.1939 2454038.7010 -3.7290 0.6930 1.0020 1.7346 0.0008 0.0002 1.7378 0.0005 0.0002 0.6934 0.0379 2454070.7010 -5.9790 0.4550 1.0020 1.7354 0.0011 0.0005 1.7380 0.0005 0.0001 1.9709 0.0254 2454179.1150 -7.4750 0.6180 1.0000 1.7353 0.0008 0.0004 1.7372 0.0005 0.0001 1.9234 0.1147 2454219.0180 -6.3940 1.0370 1.0020 ························ 2454298.8650 -5.6900 0.8080 1.0010 1.7360 0.0006 0.0002 1.7376 0.0006 0.0002 0.8718 0.1079 2454299.8800 -5.9270 0.9370 1.0010 1.7358 0.0007 0.0002 1.7376 0.0005 0.0002 1.1227 0.1127 2454352.8000 -5.9060 1.5650 1.0010 1.7359 0.0006 0.0002 1.7376 0.0007 0.0002 0.8259 0.2678 2454381.6840 -6.7180 0.6100 1.0040 ························ 2454754.8290 -5.8260 2.4340 1.0060 1.7355 0.0008 0.0002 1.7376 0.0006 0.0003 0.5926 0.0201 2455050.8910 -5.3100 0.8440 1.0000 1.7360 0.0005 0.0002 1.7376 0.0006 0.0002 1.0097 0.1013 2455103.7160 -3.8800 0.9590 1.0020 1.7352 0.0009 0.0002 1.7378 0.0006 0.0002 0.7172 0.0775 2455157.6830 -5.9650 0.8730 1.0030 1.7355 0.0010 0.0004 1.7380 0.0005 0.0001 2.0177 0.0665 2455441.7900 -6.2420 0.3540 1.0020 1.7353 0.0011 0.0004 1.7376 0.0005 0.0001 1.1584 0.0399 2455516.6880 -7.1040 1.9850 1.0020 1.7361 0.0007 0.0003 1.7377 0.0006 0.0002 0.9494 0.1204

Continued on Next Page… Table C.176 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.176: β Lyr Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 -2.110 0.557 0.999 0.981 1.684 2454038.701 -1.432 0.400 0.999 0.988 1.681 2454070.701 -3.212 0.478 0.999 0.998 1.685 2454179.115 -1.944 1.500 0.998 0.967 1.683 2454219.018 -3.371 0.197 0.999 0.982 1.680 2454298.865 -3.711 0.640 0.999 1.004 1.684 2454299.880 -2.739 0.400 0.999 0.990 1.685 2454352.800 -3.016 0.256 0.999 0.998 1.684 2454381.684 -4.024 0.400 0.999 0.997 1.684 2454754.829 -3.609 0.118 1.000 0.995 1.684 2455050.891 -3.442 0.430 0.999 1.003 1.684 2455103.716 -2.089 0.408 1.000 0.999 1.685 2455157.683 -2.168 0.400 0.999 0.990 1.685 2455441.790 -2.232 1.581 0.999 0.975 1.684 2455516.688 -4.448 0.304 0.999 1.008 1.685 394

Table C.177: β Lyr Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 -2.678 0.417 1.000 0.998 1.644 2454038.701 -2.636 0.418 1.000 1.002 1.645 2454070.701 -3.596 0.191 1.000 1.006 1.644 2454179.115 -4.869 0.617 1.000 1.013 1.645 2454219.018 -3.270 0.446 1.000 0.991 1.640 2454298.865 -3.810 0.601 1.000 1.003 1.646 2454299.880 -3.548 0.589 1.000 1.004 1.645 2454352.800 -3.754 0.439 1.000 1.002 1.646 2454381.684 -4.496 0.427 1.000 1.010 1.645 2454754.829 -2.981 0.363 1.000 0.992 1.645 2455050.891 -3.137 0.513 1.000 1.004 1.646 2455103.716 -2.591 0.113 1.000 1.007 1.646 2455157.683 -3.319 0.460 1.000 1.003 1.642 2455441.790 -3.542 0.579 1.000 1.000 1.645 2455516.688 -4.628 0.299 1.000 1.012 1.646 Table C.178: β Lyr Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 -2.788 0.152 1.001 1.005 1.614 2454038.701 -3.130 0.109 1.001 1.017 1.611 2454070.701 -3.215 0.144 1.000 1.010 1.612 2454179.115 -4.773 0.309 1.002 1.019 1.613 2454219.018 -3.263 0.115 1.001 0.993 1.610 2454298.865 -3.559 0.293 1.001 1.023 1.614 2454299.880 -4.568 0.386 1.001 1.024 1.607 2454352.800 -4.185 0.254 1.000 1.028 1.614 2454381.684 -4.524 0.155 1.001 1.022 1.614 2454754.829 -3.501 0.174 1.001 1.011 1.607 2455050.891 -3.964 0.229 1.001 1.024 1.607 2455103.716 -2.487 0.125 1.001 1.012 1.611 2455157.683 -3.048 0.153 1.001 0.997 1.612 2455441.790 -3.341 0.249 1.000 1.011 1.614 2455516.688 -4.227 0.145 1.001 1.028 1.615

Table C.179: β Lyr Br 14 Measurements 395

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 -1.348 0.184 1.000 0.991 1.590 2454038.701 -0.891 0.277 1.000 0.991 1.588 2454070.701 -1.265 0.219 1.000 0.988 1.592 2454179.115 -1.525 0.353 1.000 0.988 1.589 2454219.018 -0.902 0.280 1.000 0.960 1.587 2454298.865 -1.548 0.396 1.000 0.990 1.592 2454299.880 -1.880 0.244 1.000 0.994 1.592 2454352.800 -1.555 0.363 1.000 0.995 1.593 2454381.684 -2.162 0.182 1.000 0.995 1.592 2454754.829 -1.003 0.292 1.000 0.991 1.584 2455050.891 -0.471 0.247 1.000 0.985 1.585 2455103.716 -0.255 0.211 1.000 0.985 1.588 2455157.683 -0.946 0.215 1.000 0.980 1.589 2455441.790 -1.792 0.242 1.000 0.990 1.591 2455516.688 -2.652 0.295 1.000 0.999 1.584

Continued on Next Page… Table C.180 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.180: β Lyr Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 0.177 0.596 1.000 0.970 1.571 2454038.701 0.092 0.782 1.000 0.971 1.570 2454070.701 -1.312 0.887 1.000 0.985 1.571 2454179.115 -0.377 1.043 1.001 0.958 1.571 2454219.018 0.226 0.730 1.001 0.945 1.569 2454298.865 -0.867 0.914 1.000 0.999 1.574 2454299.880 -0.483 0.823 1.001 0.997 1.574 2454352.800 -0.151 1.103 1.000 0.985 1.571 2454381.684 -0.454 0.758 1.000 0.978 1.571 2454754.829 0.596 0.523 1.000 0.961 1.570 2455050.891 0.332 0.708 1.000 0.979 1.571 2455103.716 0.652 0.729 1.000 0.960 1.570 2455157.683 -1.218 0.908 1.000 0.977 1.571 2455441.790 0.027 0.795 1.000 0.964 1.570 2455516.688 -2.568 0.813 1.000 1.012 1.574 396

Table C.181: β Lyr Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 -0.513 0.042 0.998 0.990 1.558 2454038.701 -0.669 0.545 0.999 0.991 1.555 2454070.701 -0.880 0.480 0.998 0.986 1.557 2454179.115 -0.353 0.400 0.998 0.972 1.557 2454219.018 -0.191 0.734 0.999 0.958 1.555 2454298.865 -1.288 0.120 0.999 1.007 1.554 2454299.880 -1.428 0.150 0.998 1.004 1.560 2454352.800 -0.846 0.154 0.998 1.001 1.560 2454381.684 -0.779 0.189 0.999 0.992 1.559 2454754.829 -0.514 0.298 1.000 0.989 1.556 2455050.891 -0.672 0.371 1.000 0.998 1.560 2455103.716 -0.084 0.362 0.999 0.982 1.556 2455157.683 -0.518 0.270 0.998 0.977 1.556 2455441.790 -0.317 0.072 0.998 0.982 1.558 2455516.688 -1.444 0.657 1.000 1.003 1.559 Table C.182: β Lyr Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 0.346 0.292 1.001 0.983 1.546 2454038.701 0.030 0.400 1.001 0.980 1.544 2454070.701 0.306 0.186 1.001 0.980 1.545 2454179.115 1.085 0.232 1.001 0.956 1.545 2454219.018 0.845 0.531 1.001 0.945 1.543 2454298.865 -0.465 0.406 1.001 0.993 1.542 2454299.880 -0.346 0.201 1.001 0.993 1.548 2454352.800 0.207 0.227 1.000 0.989 1.544 2454381.684 -0.071 0.400 1.001 0.986 1.547 2454754.829 0.145 0.152 1.001 0.979 1.544 2455050.891 0.019 0.158 1.000 0.993 1.544 2455103.716 0.445 0.129 1.000 0.978 1.544 2455157.683 0.563 0.225 1.001 0.964 1.545 2455441.790 0.186 0.122 1.001 0.978 1.545 2455516.688 -0.937 0.302 1.000 0.995 1.541

Table C.183: β Lyr Br 18 Measurements 397

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 0.000 0.400 0.998 0.989 1.536 2454038.701 -0.070 0.400 0.997 0.983 1.534 2454070.701 0.145 0.516 0.997 0.975 1.535 2454179.115 0.494 0.400 0.996 0.964 1.535 2454219.018 0.271 0.252 0.996 0.954 1.533 2454298.865 -0.526 0.170 0.998 0.999 1.538 2454299.880 -0.542 0.400 0.998 0.999 1.537 2454352.800 -0.022 0.344 0.999 0.993 1.534 2454381.684 -0.168 0.173 0.998 0.988 1.537 2454754.829 -0.084 0.400 0.999 0.988 1.534 2455050.891 -0.221 0.119 0.998 0.997 1.535 2455103.716 0.069 0.303 0.998 0.983 1.535 2455157.683 0.144 0.400 0.998 0.970 1.535 2455441.790 -0.061 0.400 0.998 0.988 1.535 2455516.688 -0.421 0.226 0.998 0.999 1.538

Continued on Next Page… Table C.184 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.184: β Lyr Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 0.214 0.400 1.002 0.988 1.527 2454038.701 0.114 0.400 1.002 0.986 1.526 2454070.701 -0.129 0.400 1.002 0.985 1.527 2454179.115 0.801 0.400 1.003 0.958 1.527 2454219.018 0.607 0.400 1.003 0.959 1.525 2454298.865 -0.228 0.400 1.002 0.994 1.524 2454299.880 -0.352 0.400 1.001 0.998 1.530 2454352.800 0.206 0.400 1.001 0.988 1.527 2454381.684 0.030 0.400 1.002 0.985 1.527 2454754.829 0.124 0.400 0.999 0.988 1.526 2455050.891 -0.059 0.400 1.001 0.996 1.527 2455103.716 0.221 0.400 1.002 0.986 1.526 2455157.683 0.252 0.400 1.002 0.971 1.527 2455441.790 0.071 0.400 1.003 0.987 1.527 2455516.688 -0.173 0.400 1.002 0.990 1.524 398

Table C.185: β Lyr Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.800 0.068 0.377 1.000 0.993 1.521 2454038.701 0.400 0.400 1.000 0.988 1.519 2454070.701 0.052 0.091 1.000 0.988 1.520 2454179.115 0.748 0.400 1.000 0.962 1.520 2454219.018 0.397 0.400 0.999 0.965 1.518 2454298.865 0.400 0.263 1.000 0.997 1.517 2454299.880 0.400 0.400 1.000 0.998 1.517 2454352.800 0.137 0.400 1.001 0.991 1.522 2454381.684 0.400 0.425 1.000 0.991 1.520 2454754.829 0.400 0.400 1.002 0.988 1.519 2455050.891 0.400 0.315 1.000 0.997 1.522 2455103.716 0.098 0.400 1.000 0.988 1.520 2455157.683 0.124 0.400 1.000 0.983 1.520 2455441.790 0.065 0.400 1.000 0.986 1.520 2455516.688 0.400 0.400 1.000 1.001 1.517 Table C.186: β Lyr HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453982.8000 -31.0675 0.5617 0.9997 2.0568 0.0004 0.0005 2.0594 0.0007 0.0024 0.5341 0.0011 2454038.7010 -24.9960 2.0053 0.9985 2.0567 0.0004 0.0003 2.0596 0.0007 0.0021 0.3705 0.0009 2454070.7010 -35.6073 0.9047 1.0002 2.0568 0.0004 0.0005 2.0595 0.0008 0.0028 0.6124 0.0006 2454179.1150 -66.0609 0.4882 1.0001 2.0567 -0.0005 -0.0010 2.0591 0.0008 0.0052 0.8446 0.0012 2454219.0180 -52.1829 0.4258 1.0002 2.0566 0.0005 0.0006 2.0592 0.0008 0.0043 0.7784 0.0011 2454298.8650 -25.2585 1.7416 0.9998 2.0568 0.0004 0.0004 2.0595 0.0007 0.0020 0.4605 0.0011 2454299.8800 -25.9589 0.7306 0.9996 2.0568 0.0004 0.0005 2.0595 0.0007 0.0020 0.4520 0.0010 2454352.8000 -32.5921 1.6040 0.9987 2.0569 0.0005 0.0004 2.0597 0.0008 0.0026 0.4545 0.0015 2454381.6840 -31.9526 0.5609 1.0000 2.0569 0.0004 0.0003 2.0595 0.0008 0.0027 0.5854 0.0013 2454754.8290 -46.5078 4.2922 0.9987 2.0569 0.0004 0.0003 2.0595 0.0008 0.0027 0.5854 0.0013 2455050.8910 -28.0522 1.0718 0.9993 2.0570 0.0004 0.0003 2.0596 0.0008 0.0042 0.5263 0.0007 2455103.7160 -32.0739 1.3551 0.9988 2.0570 0.0004 0.0003 2.0597 0.0008 0.0023 0.4422 0.0010 2455157.6830 -38.6980 0.7569 1.0000 2.0569 0.0004 0.0003 2.0596 0.0008 0.0027 0.4807 0.0010 2455441.7900 -46.3577 2.0823 0.9998 2.0568 0.0005 0.0007 2.0595 0.0007 0.0037 0.5200 0.0006 2455516.6880 -35.4313 1.3051 0.9995 2.0571 0.0005 0.0005 2.0597 0.0008 0.0027 0.4351 0.0007

Table C.187: β Lyr HeI λ1.08µm Measurements 399

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453982.8000 -28.7911 0.6386 1.0003 1.0822 0.0003 0.0005 1.0837 0.0004 0.0023 0.2431 0.0008 2454038.7010 -29.9220 0.7868 1.0000 1.0822 0.0004 0.0005 1.0837 0.0004 0.0025 0.2202 0.0016 2454070.7010 -29.6420 0.7234 1.0003 1.0822 0.0003 0.0004 1.0838 0.0004 0.0024 0.2748 0.0005 2454179.1150 -66.4294 1.2906 0.9997 1.0820 0.0003 0.0008 1.0836 0.0004 0.0055 0.3627 0.0003 2454219.0180 -58.1113 1.7345 1.0003 1.0820 0.0003 0.0005 1.0836 0.0004 0.0050 0.3619 0.0003 2454298.8650 -25.8328 0.8531 1.0000 1.0822 0.0002 0.0003 1.0837 0.0003 0.0021 0.2375 0.0010 2454299.8800 -25.3534 0.9168 0.9999 1.0822 0.0002 0.0004 1.0837 0.0004 0.0021 0.3040 0.0010 2454352.8000 -28.1160 0.7722 1.0001 1.0822 0.0003 0.0004 1.0838 0.0004 0.0023 0.2345 0.0016 2454381.6840 -28.0437 0.8869 1.0003 1.0822 0.0002 0.0003 1.0838 0.0004 0.0024 0.2261 0.0012 2454754.8290 -43.1989 1.1835 1.0000 1.0822 0.0002 0.0003 1.0838 0.0004 0.0024 0.2261 0.0012 2455050.8910 -27.7976 0.7521 1.0001 1.0823 0.0002 0.0002 1.0838 0.0004 0.0038 0.1683 0.0001 2455103.7160 -28.2123 0.9466 0.9999 1.0823 0.0003 0.0003 1.0838 0.0004 0.0023 0.2197 0.0011 2455157.6830 -33.0002 0.9115 0.9999 1.0823 0.0003 0.0003 1.0838 0.0004 0.0024 0.1872 0.0010 2455441.7900 -39.0102 1.0001 1.0000 1.0822 0.0002 0.0005 1.0838 0.0004 0.0025 0.2953 0.0009 2455516.6880 -30.0448 0.8277 1.0001 1.0822 0.0003 0.0006 1.0837 0.0004 0.0031 0.2802 0.0005

Continued on Next Page… Table C.188 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.188: β Lyr HeI λ1.7µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453982.8000 -9.2818 0.2356 1.0003 1.6996 0.0006 0.0004 1.7013 0.0006 0.0005 0.7470 0.0131 2454038.7010 -7.3588 0.3797 0.9994 1.6995 0.0009 0.0003 1.7015 0.0006 0.0005 0.5706 0.0127 2454070.7010 -11.4021 0.3166 0.9993 1.6996 0.0006 0.0003 1.7012 0.0011 0.0009 0.9864 0.0324 2454179.1150 -14.7686 0.3626 0.9995 1.6996 0.0006 0.0006 1.7011 0.0005 0.0008 0.8522 0.0157 2454219.0180 -12.5653 0.3830 0.9994 ························ 2454298.8650 -8.4548 0.2361 0.9994 1.7001 0.0010 0.0006 1.7016 0.0004 0.0002 0.7991 0.0450 2454299.8800 -9.6752 0.2269 0.9993 1.7000 0.0007 0.0006 1.7016 0.0005 0.0004 0.9523 0.0216 2454352.8000 -11.3563 0.2073 0.9993 1.7001 0.0006 0.0005 1.7016 0.0006 0.0005 1.0391 0.0646 2454381.6840 -11.0014 0.2384 0.9987 1.6996 0.0006 0.0003 1.7012 0.0009 0.0008 0.9401 0.0386 2454754.8290 -17.1910 0.2924 0.9994 1.7001 0.0005 0.0007 1.7015 0.0007 0.0010 1.1223 0.0192 2455050.8910 -10.7583 0.2493 0.9996 1.7001 0.0005 0.0005 1.7016 0.0006 0.0005 1.3306 0.0370 2455103.7160 -11.1346 0.2085 0.9999 1.7001 0.0006 0.0005 1.7016 0.0006 0.0005 0.9430 0.0344 2455157.6830 -11.9173 0.3957 0.9997 1.6998 0.0006 0.0005 1.7015 0.0006 0.0006 0.8934 0.0328 2455441.7900 -14.8840 0.3508 0.9994 1.7001 0.0008 0.0008 1.7015 0.0005 0.0006 0.8890 0.0293 2455516.6880 -12.1949 0.3150 0.9996 1.7001 0.0006 0.0006 1.7016 0.0005 0.0005 1.0503 0.0277 400

Table C.189: β Lyr Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453982.8000 -12.1550 0.4490 1.0000 1.2814 0.0004 0.0003 1.2825 0.0004 0.0003 0.8772 0.0343 2454038.7010 -9.8510 0.5420 1.0000 ························ 2454070.7010 -15.8670 0.2890 1.0000 1.2816 0.0008 0.0007 1.2832 0.0005 0.0002 1.1838 0.0376 2454179.1150 -20.6950 0.4450 1.0000 1.2813 0.0004 0.0005 1.2824 0.0005 0.0007 0.8649 0.0094 2454219.0180 -18.3500 0.4170 1.0000 1.2814 0.0002 0.0001 1.2826 0.0006 0.0009 0.7370 0.0045 2454298.8650 -12.2600 0.6990 1.0000 1.2817 0.0008 0.0004 1.2828 0.0004 0.0003 0.6327 0.0737 2454299.8800 -13.2570 0.4180 1.0000 1.2815 0.0006 0.0004 1.2828 0.0004 0.0003 0.7815 0.0281 2454352.8000 -16.3430 0.4880 1.0000 1.2817 0.0006 0.0004 1.2829 0.0004 0.0004 0.8401 0.0569 2454381.6840 -16.1090 0.5970 1.0010 1.2815 0.0006 0.0005 1.2828 0.0007 0.0004 1.1118 0.3572 2454754.8290 -24.0090 1.3630 1.0000 1.2816 -0.0004 -0.0006 1.2828 0.0004 0.0006 0.9504 0.0152 2455050.8910 -14.5270 0.6000 1.0000 1.2817 0.0004 0.0004 1.2829 0.0005 0.0004 1.1246 0.0258 2455103.7160 -14.8510 0.3020 1.0000 1.2816 0.0004 0.0002 1.2828 0.0005 0.0005 0.7039 0.0281 2455157.6830 -15.3460 0.4780 1.0000 1.2814 0.0005 0.0004 1.2829 0.0005 0.0004 1.1197 0.0225 2455441.7900 -20.3970 0.5850 1.0000 1.2816 0.0004 0.0005 1.2828 0.0005 0.0006 0.8708 0.0165 2455516.6880 -18.1190 0.4020 1.0000 1.2817 0.0005 0.0005 1.2829 0.0004 0.0004 0.8479 0.0190 C.11 δ Sco

Table C.190: δ Sco Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449490.7320 1.9110 0.9036 0.9914 0.7488 0.6559 0.9562 0.6567 0.9523 0.9190 0.0013 2451787.5620 -3.5258 8.5235 0.9948 1.4288 0.6561 1.7573 0.6564 1.6285 1.2050 0.0078 2451787.5710 -4.3036 3.2335 0.9763 1.3985 0.6561 1.7001 0.6564 1.6079 1.1517 0.0030 2451788.5430 -3.9005 1.5457 0.9808 1.4340 0.6560 1.7081 0.6564 1.6135 1.1541 0.0011 2451788.5520 -3.7677 1.3040 0.9829 1.4604 0.6560 1.6996 0.6564 1.6366 1.0989 0.0010 2451792.5380 -3.8781 0.4787 1.0051 1.5885 0.6560 1.7572 0.6564 1.6948 1.0897 0.0006 2451794.5410 -3.6841 0.6764 1.0159 1.5553 0.6561 1.7525 0.6564 1.7578 0.9931 0.0006 2451800.5270 -4.0762 0.4986 1.0076 1.5820 0.6560 1.7930 0.6564 1.6857 1.1565 0.0006 2451801.5250 -3.7109 0.7144 0.9990 1.5652 0.6560 1.7442 0.6564 1.6561 1.1343 0.0008 2451804.5320 -3.7298 0.6741 1.0047 1.5793 0.6560 1.7641 0.6564 1.7134 1.0711 0.0007 2451805.5240 -3.4020 0.8309 1.0014 1.5487 0.6560 1.7341 0.6564 1.7017 1.0462 0.0008 2451806.5080 -3.3659 0.7425 1.0064 1.5513 0.6560 1.7648 0.6564 1.7061 1.0831 0.0007 2451806.5250 -3.4781 1.1722 1.0029 1.5447 0.6560 1.7473 0.6564 1.6885 1.0855 0.0012 2451807.5060 -3.3179 0.9043 1.0071 1.5387 0.6560 1.7794 0.6564 1.6738 1.1568 0.0007 2451809.5060 -3.3631 0.8186 1.0119 1.5562 0.6560 1.7934 0.6564 1.6955 1.1407 0.0007 2451815.4940 -3.2126 0.7194 0.9942 1.4321 0.6561 1.6691 0.6564 1.6191 1.0807 0.0008 2451815.5020 -3.1906 1.4401 0.9865 1.4129 0.6561 1.6671 0.6564 1.5768 1.1565 0.0010 401 2451816.5030 -2.8931 1.4621 1.0033 1.4161 0.6561 1.6865 0.6564 1.6587 1.0422 0.0014 2451821.4970 -2.9454 1.9632 0.9765 1.3676 0.6561 1.6108 0.6564 1.5074 1.2038 0.0017 2451951.9480 -3.6841 0.6350 0.9963 1.4542 0.6561 1.6080 0.6564 1.6039 1.0067 0.0004 2451961.9040 -3.9453 0.6267 0.9950 1.4772 0.6561 1.6118 0.6564 1.6200 0.9867 0.0005 2451968.9780 -4.0656 0.4979 0.9967 1.5074 0.6561 1.6315 0.6564 1.6273 1.0067 0.0005 2451978.9440 -4.4710 0.5213 0.9908 1.5078 0.6561 1.6319 0.6564 1.6642 0.9514 0.0005 2451986.9220 -4.9214 0.6361 0.9912 1.5567 0.6561 1.6938 0.6564 1.6911 1.0038 0.0005 2451994.8630 -5.0828 0.6703 0.9978 1.5980 0.6561 1.7394 0.6564 1.7355 1.0054 0.0005 2451996.7800 -5.1005 0.9023 0.9922 1.6178 0.6561 1.7268 0.6564 1.7364 0.9869 0.0006 2451996.7920 -5.2099 0.4797 0.9918 1.6023 0.6561 1.7270 0.6564 1.7333 0.9914 0.0005 2452003.7300 -5.5191 0.4936 0.9895 1.6365 0.6561 1.7765 0.6564 1.7682 1.0108 0.0006 2452028.7700 -4.8366 1.0740 0.9967 1.5718 0.6561 1.7265 0.6564 1.7410 0.9804 0.0007 2452029.7830 -4.6129 0.7821 0.9938 1.5975 0.6561 1.7140 0.6564 1.6902 1.0344 0.0004 2452030.7710 -4.5270 0.8681 0.9874 1.5720 0.6561 1.6567 0.6564 1.7017 0.9359 0.0008 2452033.7180 -4.6698 0.8821 0.9790 1.5657 0.6561 1.6951 0.6564 1.6665 1.0429 0.0007 2452033.7340 -4.4778 0.9153 0.9833 1.5664 0.6561 1.6857 0.6564 1.6755 1.0151 0.0006 2452038.7190 -4.8554 0.7775 0.9824 1.5634 0.6561 1.7320 0.6564 1.7064 1.0363 0.0006 2452039.7960 -4.6744 0.8459 0.9832 1.5756 0.6561 1.7190 0.6564 1.6986 1.0293 0.0006 2452052.7050 -4.7404 0.8693 0.9879 1.5876 0.6561 1.7342 0.6564 1.7027 1.0448 0.0006 2452059.7220 -4.6297 0.6507 0.9941 1.5878 0.6561 1.7543 0.6564 1.6963 1.0834 0.0006 2452069.7120 -4.5109 0.6808 0.9884 1.5826 0.6562 1.7260 0.6564 1.6903 1.0517 0.0005 2452070.7100 -4.5050 0.7789 0.9805 1.5644 0.6561 1.7144 0.6564 1.6510 1.0974 0.0006 2452074.7150 -4.7300 1.1756 0.9681 1.5291 0.6561 1.7070 0.6564 1.6491 1.0892 0.0010 2452074.7270 -4.6733 0.8401 0.9685 1.5549 0.6561 1.7168 0.6564 1.6651 1.0778 0.0008 2452075.6850 -3.2093 7.3117 0.9845 1.5223 0.6561 1.7992 0.6565 1.6654 1.2011 0.0049 2452075.7030 -4.5188 1.7579 0.9657 1.5557 0.6561 1.6814 0.6564 1.6322 1.0779 0.0013 2452086.6640 -4.5143 0.7090 0.9858 1.5540 0.6561 1.7268 0.6564 1.6936 1.0479 0.0007 2452090.6920 -4.5133 0.9674 0.9642 1.5235 0.6561 1.7381 0.6564 1.6199 1.1907 0.0010 2452092.6310 -4.8539 0.6177 0.9904 1.5855 0.6561 1.7437 0.6564 1.7155 1.0394 0.0007 Continued on Next Page… Table C.190 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452095.6730 -4.8503 0.7851 0.9769 1.5750 0.6562 1.7456 0.6564 1.6765 1.1022 0.0005 2452096.6710 -4.8992 0.4812 0.9910 1.5907 0.6561 1.7659 0.6564 1.7263 1.0545 0.0003 2452100.6250 -4.8491 0.6309 0.9710 1.5571 0.6561 1.7801 0.6564 1.6695 1.1653 0.0006 2452103.6160 -4.8543 0.6053 0.9834 1.5788 0.6561 1.7734 0.6564 1.6995 1.1057 0.0004 2452105.6210 -4.7839 0.6952 0.9847 1.5888 0.6561 1.7783 0.6564 1.7098 1.0965 0.0005 2452115.6190 -5.3158 1.5985 0.9681 1.5767 0.6561 1.8115 0.6564 1.7124 1.1391 0.0012 2452115.6300 -5.0984 1.3748 0.9704 1.5706 0.6561 1.7807 0.6564 1.7108 1.0983 0.0008 2452117.5990 -5.1002 0.8762 0.9832 1.5929 0.6561 1.7913 0.6564 1.7295 1.0847 0.0006 2452121.5840 -5.3165 0.7924 0.9724 1.5746 0.6561 1.8457 0.6564 1.7225 1.1705 0.0007 2452126.5800 -5.1476 0.4854 0.9814 1.6104 0.6561 1.7991 0.6564 1.7429 1.0756 0.0004 2452156.5290 -5.9585 0.6113 0.9695 1.6509 0.6562 1.9161 0.6564 1.8085 1.1330 0.0006 2452158.5270 -5.9812 0.5211 0.9779 1.6823 0.6561 1.9057 0.6564 1.8241 1.0990 0.0005 2452159.5360 -6.0384 0.5342 0.9766 1.6643 0.6561 1.8943 0.6564 1.8245 1.0847 0.0004 2452163.5200 -5.6093 0.5691 0.9725 1.6435 0.6561 1.8384 0.6564 1.7819 1.0722 0.0005 2452174.5200 -4.8763 1.0377 0.9631 1.5624 0.6561 1.7815 0.6564 1.7530 1.0379 0.0010 2452174.5350 -5.1439 1.0184 0.9502 1.5448 0.6562 1.7852 0.6564 1.7233 1.0856 0.0009 2452175.5210 -5.4861 0.7839 0.9540 1.5653 0.6561 1.7919 0.6564 1.7446 1.0635 0.0008 2452182.4990 -5.5299 0.8541 0.9749 1.6506 0.6561 1.8255 0.6564 1.8117 1.0171 0.0005 2452184.4870 -5.4139 0.6136 0.9756 1.6474 0.6561 1.8024 0.6564 1.7998 1.0032 0.0005 2452185.4950 -5.4608 0.9891 0.9531 1.5989 0.6561 1.8275 0.6564 1.7527 1.0993 0.0009 2452185.5040 -5.5508 1.2502 0.9629 1.5944 0.6561 1.8031 0.6564 1.7893 1.0175 0.0622 2452187.4900 -5.4886 0.7254 0.9618 1.6359 0.6561 1.8116 0.6564 1.7819 1.0379 0.0006 2452299.9310 -6.3978 0.5369 0.9923 1.8448 0.6562 1.9663 0.6564 1.9764 0.9896 0.0003 402 2452300.9440 -6.4640 0.4722 0.9883 1.8427 0.6562 1.9749 0.6564 1.9642 1.0111 0.0004 2452300.9630 -6.4341 0.6937 0.9913 1.8440 0.6562 1.9690 0.6564 1.9656 1.0035 0.0003 2452308.9060 -6.5494 0.9156 0.9861 1.8588 0.6562 1.9690 0.6564 1.9769 0.9918 0.0004 2452308.9250 -6.6934 0.6347 0.9835 1.8607 0.6562 1.9755 0.6564 1.9691 1.0066 0.0004 2452310.9170 -6.4541 0.5707 0.9972 1.8632 0.6562 1.9826 0.6564 1.9758 1.0070 0.0005 2452310.9380 -6.4310 0.6232 0.9996 1.8678 0.6562 1.9880 0.6564 1.9975 0.9905 0.0005 2452311.9040 -6.5192 0.5555 0.9888 1.8595 0.6562 1.9729 0.6564 1.9648 1.0083 0.0004 2452311.9240 -6.4453 0.4459 0.9922 1.8487 0.6562 1.9908 0.6564 1.9879 1.0030 0.0004 2452314.8960 -6.4367 0.7488 0.9927 1.8655 0.6562 1.9942 0.6564 1.9908 1.0034 0.0005 2452314.9150 -6.4435 0.6766 0.9938 1.8691 0.6562 2.0020 0.6564 1.9895 1.0126 0.0004 2452323.9130 -6.7236 0.4110 0.9942 1.8596 0.6562 1.9780 0.6564 1.9957 0.9821 0.0003 2452344.8300 -6.1877 2.0791 1.0016 1.7746 0.6562 1.9416 0.6564 1.9447 0.9967 0.0013 2452356.8670 -6.5134 0.5472 0.9987 1.8355 0.6561 1.9202 0.6564 1.9978 0.9223 0.0003 2452356.8820 -6.5504 0.7368 0.9988 1.8353 0.6561 1.9215 0.6564 2.0015 0.9201 0.0003 2452357.8020 -5.0387 6.5995 1.0250 1.8524 0.6562 1.8753 0.6564 1.9643 0.9078 0.0033 2452357.8240 -5.7997 3.8188 1.0123 1.8821 0.6561 1.9294 0.6564 1.9785 0.9498 0.0017 2452364.8010 -6.7671 0.5213 0.9886 1.8349 0.6561 1.9568 0.6564 1.9563 1.0006 0.0003 2452388.8170 -6.9246 1.7006 0.9897 2.0136 0.6562 2.1378 0.6564 2.0291 1.1056 0.0008 2452390.7380 -7.2393 1.4633 0.9933 2.0654 0.6562 2.1800 0.6564 2.0698 1.1030 0.0006 2452391.7490 -7.2113 0.4696 0.9887 2.0658 0.6562 2.1859 0.6564 2.0825 1.0955 0.0003 2452397.7540 -7.3733 1.6197 0.9943 2.1239 0.6562 2.3254 0.6564 2.0651 1.2444 0.0009 2452398.6790 -7.2754 0.5292 0.9947 2.1347 0.6562 2.3187 0.6564 2.0600 1.2441 0.0003 2452399.7410 -7.3443 0.5532 0.9907 2.1549 0.6562 2.3421 0.6564 2.0579 1.2686 0.0003 2452400.7030 -7.3401 0.4891 0.9789 2.1433 0.6562 2.3026 0.6564 2.0406 1.2517 0.0005 2452404.7670 -7.6159 0.5060 0.9926 2.1829 0.6562 2.2930 0.6564 2.1232 1.1511 0.0002 2452405.7470 -7.8411 0.9621 0.9889 2.2236 0.6562 2.3091 0.6564 2.1341 1.1543 0.0004 2452409.8090 -7.9035 0.6508 0.9920 2.1742 0.6562 2.2449 0.6564 2.2193 1.0210 0.0003 2452413.7340 -7.7059 0.7946 0.9937 2.1457 0.6562 2.1890 0.6564 2.1822 1.0058 0.0003 Continued on Next Page… Table C.190 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452416.7280 -7.8650 0.5609 0.9919 2.1564 0.6562 2.1644 0.6564 2.2213 0.9534 0.0003 2452417.6860 -7.8972 0.5523 0.9938 2.1560 0.6562 2.1596 0.6564 2.2227 0.9484 0.0003 2452421.7630 -8.0037 0.7260 0.9852 2.0821 0.6562 2.0986 0.6564 2.1682 0.9405 0.0004 2452426.6930 -7.8331 0.3863 0.9890 2.0552 0.6562 2.0846 0.6564 2.1689 0.9278 0.0002 2452427.7370 -7.6389 0.6023 0.9763 1.9937 0.6562 2.0805 0.6564 2.1044 0.9784 0.0004 2452435.6760 -7.5914 0.7235 0.9857 1.9724 0.6561 2.1394 0.6564 2.0985 1.0373 0.0013 2452441.7100 -8.0776 0.5369 0.9823 1.9958 0.6562 2.1961 0.6564 2.1217 1.0663 0.0003 2452442.6340 -8.0335 0.5773 0.9839 2.0113 0.6561 2.2082 0.6564 2.1088 1.0896 0.0003 2452443.6530 -7.9447 0.5391 0.9815 2.0049 0.6561 2.1917 0.6564 2.0888 1.0945 0.0005 2452443.6690 -7.8223 0.8403 0.9832 1.9954 0.6562 2.1864 0.6564 2.0814 1.0972 0.0005 2452444.7080 -8.1306 0.9085 0.9738 1.9797 0.6562 2.2123 0.6564 2.1082 1.0939 0.0007 2452445.6110 -7.9559 0.5567 0.9807 2.0062 0.6562 2.2274 0.6564 2.0972 1.1187 0.0003 2452445.6270 -8.0741 0.6676 0.9798 2.0044 0.6562 2.2165 0.6564 2.1006 1.1053 0.0004 2452450.6440 -8.1695 0.7577 0.9723 2.0266 0.6562 2.2477 0.6564 2.0578 1.1796 0.0005 2452450.6590 -8.1215 0.7637 0.9753 2.0326 0.6562 2.2514 0.6564 2.0552 1.1860 0.0004 2452454.6790 -8.1399 0.5964 0.9772 2.0491 0.6562 2.2410 0.6564 2.0869 1.1417 0.0004 2452455.6550 -8.1172 0.6422 0.9742 2.0524 0.6561 2.2145 0.6564 2.0658 1.1396 0.0005 2452455.6700 -8.4923 0.7033 0.9662 2.0587 0.6562 2.2305 0.6564 2.0641 1.1564 0.0005 2452456.6230 -8.1892 0.7281 0.9685 2.0589 0.6562 2.2178 0.6564 2.0535 1.1559 0.0005 2452457.6680 -8.3182 0.4654 0.9649 2.0533 0.6562 2.2241 0.6564 2.0544 1.1610 0.0006 2452458.6220 -8.3954 0.5751 0.9750 2.0857 0.6562 2.2367 0.6564 2.0933 1.1312 0.0004 2452459.6730 -8.1397 0.6156 0.9642 2.0384 0.6562 2.2130 0.6564 2.0313 1.1761 0.0006 2452460.6510 -8.4255 0.6391 0.9756 2.0719 0.6562 2.2175 0.6564 2.1120 1.0949 0.0004 403 2452461.6340 -8.5551 0.7970 0.9825 2.1106 0.6562 2.2541 0.6564 2.1590 1.0820 0.0004 2452461.6480 -8.6020 0.5120 0.9803 2.1132 0.6562 2.2401 0.6564 2.1605 1.0686 0.0003 2452462.6140 -8.4465 0.7500 0.9776 2.0910 0.6562 2.2346 0.6564 2.1500 1.0736 0.0004 2452463.6390 -8.6925 0.6556 0.9755 2.1003 0.6562 2.2101 0.6564 2.1664 1.0375 0.0004 2452684.9390 -10.3412 0.8693 0.9989 2.4121 0.6562 2.6044 0.6564 2.5491 1.0357 0.0004 2452684.9630 -10.5734 0.7117 0.9943 2.4462 0.6562 2.6062 0.6564 2.5451 1.0395 0.0006 2452690.8850 -10.1871 0.7866 0.9941 2.3593 0.6562 2.5451 0.6564 2.5182 1.0177 0.0004 2452690.9080 -10.1541 0.7469 0.9977 2.3609 0.6562 2.5497 0.6564 2.5267 1.0150 0.0003 2452691.9120 -9.8330 3.6830 0.9979 2.3960 0.6562 2.5262 0.6564 2.4502 1.0524 0.0013 2452691.9370 -9.8407 1.1920 1.0045 2.3777 0.6562 2.5623 0.6564 2.5034 1.0392 0.0007 2452697.8960 -9.8762 1.2370 0.9992 2.3979 0.6562 2.5441 0.6564 2.4649 1.0541 0.0006 2452697.9110 -10.1352 0.7895 0.9922 2.3868 0.6562 2.5716 0.6564 2.4890 1.0555 0.0004 2452705.8430 -10.1459 0.6984 0.9942 2.4349 0.6562 2.5662 0.6564 2.5159 1.0332 0.0005 2452705.8630 -10.1273 0.5050 0.9939 2.4404 0.6562 2.5715 0.6564 2.5220 1.0325 0.0005 2452712.8430 -10.1006 0.4734 0.9932 2.4344 0.6562 2.5404 0.6564 2.5138 1.0176 0.0005 2452724.9370 -10.4139 0.5002 0.9942 2.5292 0.6562 2.6496 0.6564 2.5595 1.0578 0.0002 2452731.8490 -10.0747 0.8192 0.9849 2.5033 0.6562 2.7070 0.6564 2.5627 1.0924 0.0005 2452756.7720 -10.4009 0.7600 0.9934 2.6975 0.6562 2.7286 0.6564 2.5826 1.0923 0.0006 2452757.7790 -10.4395 0.5865 0.9890 2.6840 0.6562 2.6894 0.6564 2.5787 1.0701 0.0004 2452757.7950 -10.5672 0.6335 0.9882 2.6651 0.6562 2.6954 0.6564 2.5854 1.0694 0.0006 2452763.8010 -10.7718 0.4286 0.9917 2.6762 0.6562 2.6290 0.6564 2.6360 0.9957 0.0004 2452773.6920 -10.6594 0.6655 0.9931 2.6222 0.6562 2.6047 0.6564 2.6615 0.9658 0.0007 2452773.7110 -10.7159 0.8137 0.9953 2.6326 0.6562 2.6144 0.6564 2.6643 0.9700 0.0006 2452780.7330 -10.9176 0.4477 0.9922 2.5827 0.6562 2.6655 0.6564 2.7122 0.9727 0.0005 2452781.7220 -10.9382 0.6037 0.9934 2.5913 0.6562 2.6808 0.6564 2.6899 0.9946 0.0006 2452782.6940 -10.8822 0.5781 0.9898 2.5987 0.6562 2.6750 0.6564 2.6841 0.9946 0.0006 2452782.7090 -10.9040 0.4881 0.9854 2.5737 0.6562 2.6455 0.6564 2.6549 0.9943 0.0007 2452791.6820 -11.0586 0.4897 0.9928 2.6196 0.6562 2.7822 0.6564 2.7186 1.0370 0.0003 Continued on Next Page… Table C.190 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452792.6810 -11.1120 0.7933 0.9857 2.5718 0.6562 2.7815 0.6564 2.7019 1.0468 0.0007 2452792.6960 -11.1367 0.7934 0.9859 2.5828 0.6562 2.7923 0.6564 2.6934 1.0584 0.0008 2452805.6990 -10.5667 0.6894 0.9778 2.5710 0.6562 2.7187 0.6564 2.6142 1.0648 0.0006 2452806.6970 -10.6297 0.7108 0.9818 2.5921 0.6562 2.6881 0.6564 2.6588 1.0176 0.0004 2452810.8130 -10.4807 2.4857 0.9627 2.4459 0.6562 2.5992 0.6564 2.5378 1.0399 0.0019 2452811.6120 -10.8397 0.4073 0.9798 2.5678 0.6562 2.6094 0.6564 2.6585 0.9704 0.0010 2452812.6580 -10.5456 0.6355 0.9821 2.5913 0.6562 2.6149 0.6564 2.6475 0.9802 0.0010 2452813.6640 -10.6335 0.5336 0.9848 2.5729 0.6562 2.6310 0.6564 2.6688 0.9773 0.0003 2452814.6820 -10.6092 0.6635 0.9860 2.5924 0.6562 2.6116 0.6564 2.6903 0.9534 0.0006 2452815.6060 -10.3914 0.7918 0.9737 2.5399 0.6562 2.6143 0.6564 2.5164 1.0645 0.0004 2452816.6260 -10.6010 1.7810 0.9772 2.5783 0.6562 2.6254 0.6564 2.5050 1.0800 0.0007 2452816.6430 -10.5882 0.7077 0.9785 2.5609 0.6562 2.6297 0.6564 2.5452 1.0547 0.0003 2452821.6530 -10.5407 0.4999 0.9778 2.5396 0.6562 2.6235 0.6564 2.5708 1.0335 0.0006 2452832.6310 -10.3979 0.7683 0.9748 2.5171 0.6562 2.6209 0.6564 2.5848 1.0228 0.0010 2452834.6320 -10.5502 0.7254 0.9738 2.4742 0.6562 2.6433 0.6564 2.5708 1.0461 0.0011 2452835.6170 -10.5287 0.6417 0.9772 2.5060 0.6562 2.6366 0.6564 2.5927 1.0276 0.0005 2452837.5920 -10.4829 0.6733 0.9762 2.4836 0.6562 2.6336 0.6564 2.5686 1.0414 0.0012 2452839.6810 -10.4784 0.6999 0.9764 2.4875 0.6562 2.6566 0.6564 2.5586 1.0629 0.0011 2452840.6480 -10.3261 0.6229 0.9742 2.4656 0.6562 2.6432 0.6564 2.5316 1.0729 0.0013 2452849.6140 -10.6482 0.9358 0.9699 2.4993 0.6562 2.7145 0.6564 2.5130 1.1332 0.0016 2452850.5700 -10.7510 0.7235 0.9757 2.4788 0.6562 2.7369 0.6564 2.4982 1.1593 0.0004 2452850.5770 -10.7192 0.6054 0.9793 2.4852 0.6562 2.7676 0.6564 2.5419 1.1464 0.0005 2452851.5680 -10.7296 1.6187 0.9735 2.4869 0.6562 2.7229 0.6564 2.4937 1.1534 0.0007 404 2452851.5730 -10.4484 0.7176 0.9737 2.4652 0.6562 2.7119 0.6564 2.4836 1.1539 0.0005 2452871.5550 -11.3283 0.6858 0.9751 2.6451 0.6562 2.8477 0.6564 2.5860 1.1650 0.0005 2452874.6100 -11.0331 1.7467 0.9690 2.6360 0.6562 2.6993 0.6564 2.6742 1.0150 0.0023 2452876.5650 -10.8446 1.3120 0.9650 2.6390 0.6562 2.6099 0.6564 2.5879 1.0139 0.0017 2453052.8900 -12.3912 0.8426 0.9970 2.8791 0.6562 2.7997 0.6564 3.1113 0.8524 0.0004 2453052.9080 -12.6360 0.7708 0.9946 2.8744 0.6562 2.8134 0.6564 3.1169 0.8566 0.0004 2453075.8380 -12.0863 1.2440 0.9941 2.8826 0.6562 2.8843 0.6564 2.9803 0.9515 0.0006 2453075.8590 -12.4793 4.8525 0.9785 2.6585 0.6562 2.6835 0.6564 3.0372 0.8264 0.0023 2453084.8270 -12.0375 0.5460 0.9844 2.9135 0.6562 2.8347 0.6564 2.9522 0.9398 0.0010 2453101.8330 -12.7269 1.0658 0.9787 2.9458 0.6562 2.9425 0.6564 2.9042 1.0201 0.0005 2453101.8550 -12.6251 0.7354 0.9818 2.9394 0.6562 2.8932 0.6564 2.9573 0.9672 0.0006 2453107.7560 -12.3411 1.0353 0.9886 2.9288 0.6562 2.7923 0.6564 2.9837 0.9035 0.0007 2453110.7700 -12.1320 1.1805 0.9852 2.9368 0.6562 2.7691 0.6564 2.9533 0.9057 0.0005 2453111.7760 -12.5316 1.0715 0.9742 2.8834 0.6562 2.8790 0.6564 2.8995 0.9892 0.0013 2453111.7970 -12.4617 1.0265 0.9773 2.8989 0.6562 2.8925 0.6564 2.8927 0.9999 0.0011 2453112.7790 -12.2043 0.8270 0.9794 2.9187 0.6562 2.7984 0.6564 2.9575 0.9187 0.0014 2453112.8000 -12.3076 0.9268 0.9808 2.9340 0.6562 2.8103 0.6564 2.9527 0.9270 0.0012 2453114.7660 -12.6184 0.9900 0.9772 2.9463 0.6562 2.7726 0.6564 2.9619 0.9035 0.0011 2453115.7780 -12.4586 1.2931 0.9863 2.9860 0.6562 2.8616 0.6564 2.9788 0.9408 0.0009 2453115.8000 -12.6615 1.2256 0.9840 2.9924 0.6562 2.8179 0.6564 3.0014 0.9083 0.0008 2453117.8020 -12.5770 0.6971 0.9876 2.9856 0.6562 2.7731 0.6564 2.9901 0.8910 0.0009 2453119.7690 -12.8027 0.9168 0.9801 2.9326 0.6562 2.9347 0.6564 2.9615 0.9863 0.0005 2453119.7870 -12.7535 1.4073 0.9814 2.9279 0.6562 3.0012 0.6564 2.9125 1.0464 0.0005 2453122.7560 -12.8124 2.1102 0.9856 2.9747 0.6562 2.9907 0.6564 2.9199 1.0369 0.0007 2453123.7460 -13.1209 1.9609 0.9844 3.0258 0.6562 2.8576 0.6564 3.0623 0.9007 0.0006 2453129.7520 -12.7681 0.6358 0.9912 2.9792 0.6562 2.9336 0.6564 2.9698 0.9816 0.0003 2453138.7860 -12.7646 2.0734 0.9512 2.9419 0.6562 2.8680 0.6564 2.7875 1.0451 0.0020 2453142.7020 -12.6378 1.3202 0.9783 3.0285 0.6562 2.9747 0.6564 2.9151 1.0311 0.0009 Continued on Next Page… Table C.190 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453150.7130 -13.2685 1.1055 0.9744 3.1572 0.6562 2.8500 0.6564 2.9957 0.9270 0.0011 2453152.7780 -13.1101 0.9132 0.9740 3.1661 0.6562 2.8341 0.6564 2.9494 0.9409 0.0012 2453161.6810 -12.9838 1.7522 0.9858 3.2032 0.6562 2.9524 0.6564 3.0479 0.9534 0.0013 2453162.6980 -12.6507 1.2843 0.9860 3.1666 0.6562 3.0251 0.6564 3.0187 1.0032 0.0010 2453164.6780 -12.5759 2.4922 0.9730 3.1998 0.6562 2.9817 0.6564 2.9554 1.0135 0.0016 2453179.6990 -13.0185 2.0789 0.9869 3.3853 0.6562 3.1133 0.6564 3.0792 1.0164 0.0008 2453180.6690 -12.7912 2.1594 0.9768 3.1757 0.6562 3.2686 0.6564 2.8035 1.2579 0.0009 2453182.6680 -13.0633 1.5538 0.9852 3.4575 0.6562 3.1024 0.6564 3.0833 1.0092 0.0010 2453183.6950 -13.0085 1.8229 0.9841 3.5099 0.6562 3.1141 0.6564 3.0978 1.0078 0.0013 2453185.6200 -13.0305 1.9523 0.9830 3.4382 0.6562 3.2150 0.6564 3.0333 1.0894 0.0009 2453186.6720 -12.9241 2.5721 0.9774 3.4966 0.6562 3.1309 0.6564 3.0401 1.0445 0.0016 2453187.6420 -12.9614 4.2019 0.9784 3.4724 0.6562 3.1202 0.6564 3.0359 1.0414 0.0014 2453188.6830 -12.9302 1.9553 0.9771 3.4719 0.6562 3.1694 0.6564 3.0074 1.0807 0.0015 2453189.6290 -12.7891 2.5647 0.9819 3.5239 0.6562 3.1050 0.6564 3.0422 1.0308 0.0014 2453192.6140 -12.7519 3.2722 0.9721 3.4777 0.6562 3.1909 0.6564 2.9469 1.1253 0.0020 2453192.6360 -12.5205 5.4812 0.9748 3.4554 0.6562 3.1584 0.6564 2.8762 1.1504 0.0024 2453193.6260 -12.6484 2.3641 0.9665 3.1507 0.6562 3.2840 0.6564 2.7098 1.3358 0.0031 2453215.6140 -12.8252 3.2194 0.9741 3.4458 0.6562 3.1226 0.6564 2.8255 1.1628 0.0019 2453220.5850 -12.7016 2.0363 0.9664 3.2810 0.6562 3.1388 0.6564 2.8064 1.1840 0.0025 2453223.5850 -13.2710 1.4201 0.9799 3.3236 0.6562 3.2557 0.6564 2.9028 1.1854 0.0011 2453234.5990 -13.1790 2.3267 0.9727 3.2898 0.6562 3.1929 0.6564 2.8968 1.1561 0.0018 2453239.5760 -13.5851 1.7226 0.9780 3.3416 0.6562 3.2849 0.6564 2.8569 1.2305 0.0011 2453250.5350 -13.3068 2.7428 0.9706 3.4891 0.6562 3.2506 0.6564 2.8970 1.1864 0.0024 405 2453259.5310 -13.7107 2.3812 0.9731 3.7235 0.6562 3.3143 0.6564 3.0128 1.1498 0.0013 2453267.5630 -187.5200 #NAME? -2.9055 3.3996 0.6562 3.3571 0.6564 2.9221 1.2263 0.0092 2453268.5240 -14.0624 1.1847 0.9759 3.8547 0.6562 3.4621 0.6564 3.0722 1.1882 0.0019 2453275.5200 -14.6228 2.4815 0.9748 3.8526 0.6562 3.5797 0.6564 3.2030 1.1710 0.0016 2453279.5210 -14.0073 9.1003 0.9733 3.9717 0.6562 3.5847 0.6564 3.2663 1.1405 0.0028 2453281.5060 -14.8225 1.7405 0.9830 3.6318 0.6562 3.8282 0.6564 3.2292 1.2688 0.0013 2453428.8600 -19.2760 1.4955 1.0088 5.1331 0.6562 4.8991 0.6564 4.2376 1.2043 0.0019 2453428.8830 -19.2101 1.5556 1.0059 5.0982 0.6562 4.8356 0.6564 4.2284 1.1881 0.0004 2453433.9020 -20.5339 1.0278 1.0047 5.2765 0.6562 5.0572 0.6564 4.5195 1.1528 0.0004 2453442.9060 -20.5767 0.8329 1.0021 5.5029 0.6562 4.9815 0.6564 4.4628 1.1498 0.0003 2453443.8550 -20.1555 1.1241 1.0122 5.3686 0.6562 4.9802 0.6564 4.5159 1.1321 0.0003 2453461.8490 -20.5373 1.5394 1.0116 5.1439 0.6562 5.1289 0.6564 4.8126 1.0830 0.0002 2453464.8080 -20.8179 1.3277 1.0113 5.1851 0.6562 5.2135 0.6564 4.9577 1.0646 0.0003 2453465.8500 -20.8612 0.9485 0.9987 5.2588 0.6562 5.0142 0.6564 4.8831 1.0338 0.0007 2453469.7710 -20.9787 1.0121 1.0062 5.4491 0.6562 5.3734 0.6564 4.7890 1.1542 0.0004 2453469.7920 -21.0998 0.8504 1.0068 5.4676 0.6562 5.3466 0.6564 4.7083 1.1721 0.0005 2453470.8190 -21.6737 2.5526 1.0026 5.7777 0.6562 5.7076 0.6564 4.8119 1.2350 0.0005 2453473.8440 -21.0777 1.4406 1.0155 5.4278 0.6562 5.4252 0.6564 4.6364 1.2169 0.0004 2453474.8110 -20.7320 1.0579 1.0125 5.5065 0.6562 5.2247 0.6564 4.6192 1.1673 0.0007 2453475.7800 -21.0468 1.9097 1.0227 5.2363 0.6562 5.3272 0.6564 4.9376 1.0989 0.0003 2453475.8030 -20.8084 2.2999 1.0274 5.4204 0.6562 5.3702 0.6564 4.8186 1.1445 0.0003 2453476.7950 -21.0575 1.4403 1.0169 5.2565 0.6562 5.2978 0.6564 4.8566 1.1144 0.0003 2453477.6940 -20.9910 1.6436 1.0102 5.1677 0.6562 5.2435 0.6564 4.8239 1.1097 0.0005 2453477.7190 -20.8109 1.2738 1.0178 5.1638 0.6562 5.3163 0.6564 4.8485 1.1216 0.0004 2453482.7600 -20.9601 1.7303 1.0173 5.1754 0.6562 5.7955 0.6564 4.7771 1.2696 0.0005 2453491.8240 -21.7625 1.3101 1.0133 5.2688 0.6562 5.9270 0.6564 4.8718 1.2725 0.0004 2453495.7670 -21.6858 1.2825 1.0203 5.2741 0.6562 5.8119 0.6564 4.9712 1.2117 0.0003 2453499.7680 -22.2465 1.9276 0.9955 5.4515 0.6562 5.9141 0.6564 4.9268 1.2514 0.0007 Continued on Next Page… Table C.190 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453501.7030 -21.3886 1.0723 1.0040 5.4442 0.6562 5.8844 0.6564 4.8935 1.2545 0.0008 2453505.7150 -21.6735 1.0315 1.0176 5.7392 0.6562 5.8993 0.6564 4.9912 1.2275 0.0004 2453507.6990 -21.6471 1.3841 1.0165 5.6445 0.6562 5.9656 0.6564 5.0434 1.2281 0.0004 2453511.7210 -21.1347 1.2689 1.0171 5.2587 0.6562 5.8874 0.6564 5.2944 1.1381 0.0002 2453512.6590 -20.2124 1.9684 1.0146 5.1558 0.6562 5.8262 0.6564 5.1234 1.1704 0.0008 2453512.6810 -20.2336 1.2833 1.0131 5.1625 0.6562 5.8178 0.6564 5.1620 1.1576 0.0007 2453516.6910 -20.6093 1.7317 1.0117 5.3241 0.6562 5.8609 0.6564 5.0127 1.2114 0.0005 2453528.6660 -20.6227 1.1612 1.0059 5.7057 0.6562 5.8797 0.6564 5.2729 1.1420 0.0009 2453529.6410 -21.2710 0.8958 0.9953 5.9227 0.6562 5.9228 0.6564 5.1939 1.1738 0.0011 2453535.6240 -20.2663 1.0127 1.0035 5.6388 0.6562 5.9060 0.6564 5.0018 1.2260 0.0016 2453538.7080 -21.3613 1.5357 1.0150 5.6107 0.6562 6.2448 0.6564 5.3191 1.2143 0.0006 2453542.6760 -21.4469 1.1232 1.0219 5.8239 0.6562 5.8911 0.6564 5.5403 1.0773 0.0003 2453544.6680 -22.0653 2.1793 1.0199 5.6738 0.6562 6.0659 0.6564 5.5683 1.1089 0.0003 2453545.6700 -20.9960 1.5537 1.0161 5.7212 0.6562 6.1436 0.6564 5.3303 1.1878 0.0011 2453548.6160 -20.7053 3.0181 1.0169 5.6747 0.6562 6.0458 0.6564 5.2924 1.1755 0.0009 2453548.6370 -20.9475 2.7427 1.0134 5.7412 0.6562 6.0360 0.6564 5.3135 1.1675 0.0011 2453553.6370 -22.1184 2.2724 1.0225 5.8463 0.6562 6.1248 0.6564 5.8055 1.0664 0.0005 2453554.6660 -22.1528 2.0420 1.0297 5.7947 0.6562 6.3733 0.6564 5.8276 1.1130 0.0005 2453555.6080 -22.9557 3.1028 0.9989 5.9044 0.6562 6.2704 0.6564 5.7695 1.1050 0.0011 2453555.6430 -22.1236 2.3561 1.0066 5.8570 0.6562 6.3104 0.6564 5.6894 1.1324 0.0009 2453559.6280 -21.0183 2.0264 1.0301 5.6493 0.6562 6.2533 0.6564 5.7461 1.1069 0.0003 2453561.6610 -21.6296 2.4788 1.0269 5.8000 0.6562 6.4630 0.6564 5.6027 1.1869 0.0004 2453624.5560 -20.6273 4.3672 1.0142 5.3984 0.6562 6.0836 0.6564 5.7175 1.0776 0.0014 406 2453641.5170 -20.9169 2.9262 1.0075 5.4056 0.6562 5.5553 0.6564 6.0217 0.9071 0.0005 2453792.9350 -17.0197 4.4073 1.0229 4.9467 0.6562 4.7640 0.6564 6.2356 0.7189 0.0003 2453798.9450 -16.9932 2.1755 1.0310 4.9665 0.6562 4.9434 0.6564 5.6342 0.8509 0.0003 2453801.8970 -15.2796 3.0841 1.0349 4.8710 0.6562 4.7232 0.6564 5.0770 0.9132 0.0004 2453802.9590 -14.0881 1.5320 1.0184 4.3119 0.6562 4.1237 0.6564 5.0533 0.7707 0.0003 2453834.8370 -14.9717 2.8873 1.0240 5.0408 0.6562 4.6037 0.6564 5.2165 0.8547 0.0005 2453845.8310 -15.5825 0.8994 1.0279 5.1540 0.6562 4.6598 0.6564 5.1775 0.8761 0.0004 2453852.8210 -15.8481 1.2137 1.0241 5.1009 0.6562 4.6699 0.6564 5.2840 0.8566 0.0003 2453854.7970 -15.7730 1.2547 1.0238 5.0877 0.6562 4.7728 0.6564 5.1594 0.9070 0.0004 2453864.7350 -13.6875 1.4127 1.0150 4.6672 0.6562 4.1158 0.6564 4.7520 0.8304 0.0005 2453878.7640 -11.0551 1.8531 1.0109 3.9285 0.6562 3.3074 0.6564 4.0276 0.7621 0.0004 2453879.7460 -11.4912 1.2225 0.9977 4.1543 0.6562 3.3931 0.6564 3.8014 0.8543 0.0006 2453883.7560 -11.6351 2.6403 0.9930 4.0475 0.6562 3.5915 0.6564 3.8038 0.9243 0.0006 2453884.7680 -11.9546 2.5126 0.9802 4.0663 0.6562 3.5043 0.6564 3.7621 0.9067 0.0015 2453885.7210 -12.0150 1.9612 0.9879 4.3091 0.6562 3.5866 0.6564 3.8878 0.8957 0.0009 2453891.7430 -12.9983 2.9758 1.0238 4.4309 0.6562 4.0138 0.6564 4.1433 0.9588 0.0008 2453892.7440 -13.0943 1.6101 1.0086 4.4248 0.6562 4.1402 0.6564 4.0555 1.0277 0.0005 2453901.6920 -13.5543 1.7171 1.0131 4.6901 0.6562 4.2177 0.6564 4.3416 0.9629 0.0004 2453902.7240 -13.5179 1.4726 1.0167 4.6247 0.6562 4.1034 0.6564 4.4474 0.9002 0.0007 2453903.7120 -13.5054 1.9094 0.9903 4.4833 0.6562 4.0216 0.6564 4.2924 0.9178 0.0005 2453904.6670 -13.5547 0.9364 0.9977 4.5444 0.6562 3.9976 0.6564 4.3955 0.8828 0.0006 2453914.6730 -13.4933 2.5454 1.0016 4.6126 0.6562 3.9661 0.6564 4.6326 0.8165 0.0011 2453916.6290 -13.3923 1.7725 1.0021 4.8549 0.6562 3.9481 0.6564 4.3339 0.8843 0.0010 2453922.6920 -12.8080 1.1931 1.0041 4.3459 0.6562 3.6562 0.6564 4.2199 0.8249 0.0008 2453924.6310 -12.6857 1.3720 1.0168 4.4199 0.6562 3.7493 0.6564 4.2870 0.8364 0.0006 2453932.6350 -11.9660 2.0669 1.0040 4.2117 0.6562 3.5820 0.6564 4.0205 0.8548 0.0009 2453934.6020 -11.8242 1.4429 1.0074 4.1706 0.6562 3.5650 0.6564 3.9337 0.8743 0.0009 2453935.5980 -11.9778 1.8644 1.0100 4.2829 0.6562 3.6499 0.6564 3.9576 0.8960 0.0005 Continued on Next Page… Table C.190 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453936.6240 -12.1526 1.6651 1.0082 4.1685 0.6562 3.6312 0.6564 4.0385 0.8660 0.0010 2453945.6060 -12.7117 1.6302 1.0055 4.2960 0.6562 4.0123 0.6564 4.1151 0.9670 0.0012 2453946.6080 -12.9021 1.5991 0.9948 4.4007 0.6562 4.0380 0.6564 3.9916 1.0155 0.0009 2453949.6020 -13.5085 1.0274 0.9939 4.4174 0.6562 4.1529 0.6564 4.0931 1.0193 0.0012 2453982.5440 -12.5427 1.2908 0.9844 4.0067 0.6562 3.5941 0.6564 4.2333 0.8023 0.0012 2454164.8850 -9.9849 1.0587 1.0097 3.1965 0.6562 3.7588 0.6564 3.3858 1.1564 0.0008 2454207.8180 -10.9567 0.7884 1.0686 3.7461 0.6562 4.6861 0.6564 3.6971 1.3667 0.0004 2454220.8050 -9.3840 1.1804 1.0688 3.3535 0.6562 4.3822 0.6564 3.3639 1.4308 0.0009 2454226.7460 -8.5591 1.2757 1.0724 3.1481 0.6562 4.0569 0.6564 3.2129 1.3814 0.0004 2454233.7450 -8.3893 0.7965 1.0505 2.9966 0.6562 3.7817 0.6564 2.9835 1.4024 0.0004 2454239.7740 -8.2255 0.3995 1.0569 2.9328 0.6562 3.7886 0.6564 2.9987 1.3952 0.0005 2454243.6810 -8.2632 0.6809 1.0565 3.0014 0.6562 3.8910 0.6564 3.0066 1.4408 0.0010 2454253.7390 -9.2745 0.6506 1.0754 3.2600 0.6562 4.1617 0.6564 3.3290 1.3576 0.0011 2454261.6410 -9.3975 0.8018 1.1018 3.3851 0.6562 4.3121 0.6564 3.5202 1.3142 0.0005 2454266.6690 -9.4019 0.9978 1.1042 3.3920 0.6562 4.4053 0.6564 3.6034 1.3080 0.0007 2454277.6570 -9.6019 0.8695 1.0853 3.4874 0.6562 4.4812 0.6564 3.6606 1.3084 0.0008 2454282.6100 -9.1022 0.9789 1.0874 3.4246 0.6562 4.2537 0.6564 3.6642 1.2213 0.0007 2454286.6430 -8.5109 0.9628 1.0875 3.2480 0.6562 4.0889 0.6564 3.5530 1.2099 0.0009 2454291.6080 -8.0310 1.0507 1.0720 3.0931 0.6562 3.8934 0.6564 3.2559 1.2826 0.0011 2454295.6100 -7.9965 0.6263 1.0530 2.8981 0.6562 3.6848 0.6564 3.1466 1.2507 0.0009 2454303.6050 -8.0824 0.4526 1.0434 2.8504 0.6562 3.4854 0.6564 3.1041 1.1812 0.0007 2454312.6480 -8.0405 0.6921 1.0346 2.7232 0.6562 3.3893 0.6564 3.0880 1.1443 0.0013 2454330.5850 -9.7673 0.9212 1.0726 3.2447 0.6562 3.8913 0.6564 3.6184 1.1043 0.0008 407 2454344.5600 -9.8762 1.0584 1.0805 3.2970 0.6562 3.8647 0.6564 3.8540 1.0038 0.0009 2454349.5590 -9.3646 1.4363 1.0705 3.2093 0.6562 3.7977 0.6564 3.8112 0.9952 0.0010 2454355.5300 -9.1015 0.5196 1.0672 3.1889 0.6562 3.6016 0.6564 3.6750 0.9726 0.0008 2454545.8950 -11.5552 0.8159 1.0792 3.5635 0.6562 4.0630 0.6564 3.7236 1.1246 0.0004 2454559.8830 -10.7603 0.9549 1.0684 3.4462 0.6562 3.8786 0.6564 3.4474 1.1762 0.0005 2454566.8240 -10.6695 0.8818 1.0563 3.2882 0.6562 3.8081 0.6564 3.3009 1.2204 0.0005 2454578.8110 -11.2831 0.4381 1.0731 3.6201 0.6562 4.2521 0.6564 3.4154 1.3464 0.0008 2454586.7820 -11.5851 0.8108 1.0938 3.8029 0.6562 4.4588 0.6564 3.6113 1.3246 0.0005 2454591.8170 -11.8011 0.9446 1.0870 3.7750 0.6562 4.5720 0.6564 3.5313 1.4111 0.0006 2454610.7590 -11.0852 1.0639 1.0782 3.6060 0.6562 4.3527 0.6564 3.3345 1.4362 0.0006 2454619.7260 -9.5501 0.8962 1.0469 3.1857 0.6562 3.7795 0.6564 2.9386 1.4338 0.0009 2454626.6790 -9.2441 0.7986 1.0197 2.9495 0.6562 3.5461 0.6564 2.7487 1.4560 0.0014 2454629.7100 -9.0228 0.4809 1.0253 2.9701 0.6562 3.5243 0.6564 2.7347 1.4552 0.0013 2454636.6820 -9.4694 0.5425 1.0425 3.0596 0.6562 3.5978 0.6564 2.8607 1.3962 0.0009 2454642.6580 -9.9181 0.6743 1.0497 3.1855 0.6562 3.8397 0.6564 2.9657 1.4447 0.0010 2454653.6060 -10.6878 0.9302 1.0732 3.3382 0.6562 4.0744 0.6564 3.2216 1.3839 0.0006 2454657.6190 -10.7599 0.5982 1.0704 3.2943 0.6562 4.1601 0.6564 3.2509 1.4039 0.0008 2454663.5900 -10.2650 0.6739 1.0669 3.2434 0.6562 3.9725 0.6564 3.1973 1.3528 0.0010 2454665.6020 -9.9082 1.5121 1.0715 3.2491 0.6562 4.0379 0.6564 3.2141 1.3720 0.0011 2454671.5990 -9.7573 0.3576 1.0530 2.9968 0.6562 3.7371 0.6564 3.0672 1.3241 0.0009 2454678.5860 -8.9975 0.7402 1.0374 2.8041 0.6562 3.4987 0.6564 2.9235 1.2990 0.0011 2454692.5780 -8.4714 1.2703 1.0287 2.6323 0.6562 3.3120 0.6564 2.8997 1.2170 0.0014 2454698.5840 -9.0770 0.6517 1.0321 2.7330 0.6562 3.4830 0.6564 3.0049 1.2385 0.0012 2454699.5780 -9.2957 0.8378 1.0417 2.8385 0.6562 3.5065 0.6564 3.0755 1.2077 0.0008 2454883.9400 -10.0886 1.4013 1.0438 3.6461 0.6562 3.0847 0.6564 3.3376 0.8918 0.0004 2454907.8860 -11.2801 1.2360 1.0772 4.3134 0.6562 3.3218 0.6564 3.8366 0.8185 0.0006 2454917.8620 -11.5205 1.2562 1.0801 4.4467 0.6562 3.4290 0.6564 4.0281 0.8021 0.0005 2454925.8660 -11.1551 0.7360 1.0823 4.3910 0.6562 3.3392 0.6564 3.9571 0.7911 0.0004 Continued on Next Page… Table C.190 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454930.8550 -10.2134 0.8539 1.0771 4.3514 0.6562 3.1945 0.6564 3.6290 0.8347 0.0004 2454937.8350 -9.9082 0.7643 1.0564 3.9074 0.6561 3.0289 0.6564 3.5353 0.8002 0.0003 2454938.8730 -9.9844 0.5781 1.0490 3.9605 0.6561 2.9976 0.6564 3.4596 0.8122 0.0005 2454963.7540 -10.5219 1.1777 1.0660 3.8443 0.6561 3.2206 0.6564 3.5394 0.8744 0.0006 2454966.8280 -10.3791 1.0113 1.0740 3.8968 0.6561 3.2602 0.6564 3.6042 0.8679 0.0005 2454972.7860 -10.7670 0.7587 1.0818 4.0071 0.6562 3.3690 0.6564 3.6904 0.8805 0.0004 2454981.6930 -10.8032 0.8715 1.0769 4.0978 0.6562 3.3174 0.6564 3.8475 0.8138 0.0004 2454987.7110 -10.6855 0.7364 1.0878 4.2310 0.6562 3.4758 0.6564 3.9056 0.8521 0.0003 2454997.6740 -10.4507 0.7599 1.0730 3.9884 0.6562 3.4825 0.6564 3.7765 0.8941 0.0007 2455005.6540 -9.9001 0.8976 1.0794 3.9613 0.6562 3.4250 0.6564 3.6893 0.9017 0.0007 2455050.5840 -11.0455 1.0619 1.0600 3.9977 0.6562 3.6758 0.6564 3.9795 0.8981 0.0006 2455056.5670 -10.7311 1.6907 1.0602 3.9550 0.6562 3.5848 0.6564 3.9724 0.8696 0.0008 2455074.5360 -9.9325 0.7524 1.0505 3.6896 0.6562 3.2781 0.6564 3.7446 0.8300 0.0006 2455080.5310 -8.8514 0.6948 1.0633 3.4992 0.6562 3.2912 0.6564 3.4421 0.9382 0.0008 2455259.9290 -7.7778 1.0252 1.0883 2.8720 0.6562 3.7969 0.6564 2.9998 1.3986 0.0005 2455273.9020 -7.5785 0.6138 1.0882 2.8461 0.6562 3.6712 0.6564 2.9830 1.3471 0.0006 2455296.8370 -6.7758 0.8461 1.0541 2.5216 0.6562 3.0105 0.6564 2.6510 1.2178 0.0007 2455298.7950 -6.7267 0.5668 1.0468 2.5019 0.6562 2.9687 0.6564 2.5910 1.2374 0.0007 2455303.7930 -6.5110 1.0146 1.0381 2.3337 0.6562 2.8998 0.6564 2.4629 1.2987 0.0009 2455325.7890 -7.0507 0.7921 1.0425 2.4178 0.6562 2.9284 0.6564 2.5853 1.2164 0.0008 2455331.7530 -7.3203 0.5545 1.0494 2.4768 0.6562 2.9497 0.6564 2.6786 1.1615 0.0009 2455339.7260 -7.4682 0.7191 1.0524 2.5762 0.6562 3.0917 0.6564 2.8087 1.1564 0.0011 2455345.7210 -7.8376 0.8007 1.0538 2.5855 0.6562 3.1237 0.6564 2.8978 1.1190 0.0010 408 2455346.7010 -7.7063 0.4313 1.0508 2.5701 0.6562 3.0757 0.6564 2.8786 1.1050 0.0010 2455355.7210 -7.8573 0.5553 1.0454 2.5363 0.6562 2.9542 0.6564 2.8581 1.0517 0.0007 2455367.6660 -7.0914 1.0785 1.0082 2.3530 0.6562 2.6237 0.6564 2.6128 1.0067 0.0011 2455370.6890 -6.4925 0.9841 1.0175 2.2943 0.6562 2.5757 0.6564 2.5727 1.0019 0.0012 2455384.6640 -6.5555 0.7487 1.0089 2.2205 0.6562 2.4887 0.6564 2.5467 0.9625 0.0013 2455388.6160 -6.6250 0.9167 1.0117 2.2354 0.6562 2.4728 0.6564 2.5505 0.9499 0.0012 2455392.6000 -6.8127 0.7644 1.0088 2.2474 0.6562 2.4980 0.6564 2.5618 0.9592 0.0012 2455395.6030 -6.7904 0.5742 1.0163 2.2674 0.6562 2.4881 0.6564 2.6468 0.9036 0.0009 2455399.5930 -6.9819 0.5402 1.0129 2.2755 0.6562 2.4454 0.6564 2.6364 0.8833 0.0009 2455405.6120 -7.1407 0.6290 1.0052 2.2380 0.6562 2.4648 0.6564 2.5448 0.9482 0.0011 2456778.7270 -13.5341 0.9144 1.0063 4.5051 0.6562 3.4737 0.6564 3.5002 0.9894 0.0008 2456814.7610 -12.9614 0.9213 1.0136 4.7187 0.6562 3.6760 0.6564 3.1114 1.2674 0.0007 2457492.7800 -16.4798 0.7647 1.0113 4.5552 0.6562 4.5759 0.6564 3.7982 1.2779 0.0005 2457514.7880 -16.3313 0.3669 1.0122 4.5673 0.6562 4.6211 0.6564 3.9039 1.2470 0.0004 2457527.7110 -15.7535 0.3512 1.0095 4.3955 0.6562 4.4862 0.6564 3.6651 1.3081 0.0005 2457584.6110 -15.8681 0.6355 0.9867 4.1795 0.6562 4.4616 0.6564 3.8182 1.2283 0.0010 2457590.6100 -15.7928 0.7471 0.9903 4.1769 0.6562 4.4490 0.6564 3.8635 1.2045 0.0009

Table C.191: δ Sco HeI λ5876Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449490.7320 0.3926 0.2796 0.9818 1.0036 0.5871 1.0020 0.5880 1.0302 0.9727 0.0030 2451787.5710 -0.5442 1.6794 0.9674 1.1185 0.5873 1.1223 0.5878 1.1277 0.9952 0.0037 Continued on Next Page… Table C.191 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451788.5430 -0.9478 0.5750 0.9476 0.9769 0.5872 1.1099 0.5878 1.1135 0.9967 0.0030 2451788.5520 -0.8375 0.3810 0.9476 0.9699 0.5872 1.0991 0.5877 1.1225 0.9791 0.0029 2451792.5380 -0.6554 0.2876 0.9742 0.9472 0.5872 1.1153 0.5877 1.1156 0.9997 0.0028 2451794.5410 -0.5001 0.2303 0.9758 0.9667 0.5873 1.0944 0.5878 1.1387 0.9610 0.0027 2451800.5270 -0.6626 0.2562 0.9697 0.9637 0.5872 1.1044 0.5877 1.1075 0.9972 0.0029 2451801.5250 -0.5982 0.2579 0.9546 0.9258 0.5872 1.0827 0.5877 1.1281 0.9598 0.0028 2451804.5320 -0.6431 0.2706 0.9598 0.9314 0.5872 1.0935 0.5878 1.1323 0.9658 0.0028 2451805.5240 -0.5305 0.2384 0.9540 0.9513 0.5872 1.0783 0.5877 1.1370 0.9484 0.0027 2451806.5080 -0.5505 0.2463 0.9591 0.9249 0.5872 1.0757 0.5877 1.1340 0.9486 0.0027 2451806.5250 -1.0508 0.6608 0.9402 0.9326 0.5872 1.0998 0.5877 1.1149 0.9865 0.0033 2451807.5060 -0.3789 0.3032 0.9633 0.9269 0.5873 1.0889 0.5877 1.1074 0.9833 0.0029 2451809.5060 -0.5161 0.2333 0.9671 0.9552 0.5873 1.0646 0.5878 1.1299 0.9422 0.0027 2451815.4940 -0.3761 0.2775 0.9617 0.9470 0.5873 1.0555 0.5878 1.0667 0.9895 0.0029 2451815.5020 -0.1477 0.5305 0.9504 0.9334 0.5873 1.0380 0.5877 1.0485 0.9900 0.0031 2451816.5030 -0.3302 0.8330 0.9636 0.9443 0.5874 1.0356 0.5878 1.0998 0.9416 0.0030 2451821.4970 -0.2151 0.8516 0.9445 0.9352 0.5873 1.0157 0.5877 1.0392 0.9775 0.0031 2451951.9480 -0.0479 0.1740 0.9931 1.0021 0.5873 1.0253 0.5878 1.0482 0.9781 0.0029 2451961.9040 -0.0641 0.2707 0.9928 0.9933 0.5874 1.0251 0.5885 1.0629 0.9644 0.0029 2451968.9780 -0.1084 0.2189 0.9938 1.0157 0.5873 1.0361 0.5878 1.0452 0.9913 0.0029 2451978.9440 -0.1074 0.1978 0.9956 0.9783 0.5874 1.0424 0.5878 1.0712 0.9731 0.0029 2451986.9220 -0.2229 0.1766 0.9935 0.9874 0.5874 1.0831 0.5878 1.0702 1.0121 0.0029 2451994.8630 -0.2009 0.2344 0.9961 0.9947 0.5873 1.0564 0.5878 1.0762 0.9816 0.0029 2451996.7800 -0.3520 0.4116 0.9874 0.9619 0.5873 1.0639 0.5877 1.0976 0.9694 0.0028 409 2451996.7920 -0.3530 0.2318 0.9871 0.9945 0.5874 1.0578 0.5877 1.0942 0.9667 0.0028 2452003.7300 -0.4148 0.2462 0.9836 0.9788 0.5874 1.0624 0.5878 1.0785 0.9851 0.0029 2452028.7700 -0.2430 0.3403 0.9897 0.9907 0.5873 1.0346 0.5878 1.1476 0.9015 0.0026 2452029.7830 -0.1929 0.2067 0.9829 0.9783 0.5873 1.0319 0.5878 1.0373 0.9948 0.0030 2452030.7710 -0.4384 0.4753 0.9765 1.0087 0.5873 1.0404 0.5878 1.1339 0.9176 0.0028 2452033.7180 0.2810 0.5508 0.9661 0.9313 0.5873 1.0008 0.5877 1.0422 0.9602 0.0032 2452033.7340 -0.2687 0.5265 0.9607 0.9956 0.5869 1.0207 0.5878 1.0726 0.9516 0.0067 2452038.7190 -0.1821 0.2369 0.9730 0.9722 0.5874 1.0142 0.5878 1.0564 0.9601 0.0028 2452039.7960 -0.2479 0.2490 0.9674 0.9665 0.5874 1.0021 0.5878 1.0459 0.9582 0.0028 2452052.7050 -0.1481 0.2601 0.9806 0.9847 0.5874 1.0252 0.5878 1.0366 0.9890 0.0029 2452059.7220 -0.1962 0.1961 0.9813 1.0038 0.5874 1.0242 0.5878 1.0566 0.9693 0.0029 2452069.7120 -0.1000 0.2714 0.9754 0.9381 0.5874 1.0191 0.5878 1.0431 0.9770 0.0030 2452070.7100 -0.1663 0.2669 0.9688 0.9599 0.5868 0.9966 0.5878 1.0648 0.9359 0.0028 2452074.7150 -0.1047 0.6069 0.9555 0.8944 0.5874 1.0062 0.5878 1.0279 0.9789 0.0038 2452074.7270 0.0121 0.2762 0.9575 0.9349 0.5874 0.9901 0.5878 1.0465 0.9461 0.0030 2452075.7030 0.2634 0.7667 0.9502 0.8577 0.5874 0.9974 0.5877 1.0057 0.9918 0.0036 2452086.6640 -0.0749 0.2584 0.9698 0.9815 0.5874 1.0039 0.5878 1.0470 0.9589 0.0028 2452090.6920 0.1285 0.4585 0.9440 0.9158 0.5873 0.9919 0.5878 1.0095 0.9826 0.0029 2452092.6310 -0.0998 0.3222 0.9835 0.9923 0.5873 1.0263 0.5878 1.0336 0.9929 0.0029 2452095.6730 -0.1608 0.2890 0.9659 0.9625 0.5874 1.0180 0.5878 1.0169 1.0011 0.0028 2452096.6710 -0.1181 0.2229 0.9842 0.9879 0.5874 1.0262 0.5878 1.0354 0.9910 0.0029 2452100.6250 0.0471 0.1913 0.9548 0.9338 0.5874 0.9914 0.5878 0.9955 0.9959 0.0029 2452103.6160 -0.1852 0.1948 0.9717 0.9731 0.5874 1.0238 0.5878 1.0344 0.9898 0.0028 2452105.6210 -0.1582 0.2837 0.9706 0.9682 0.5874 1.0251 0.5878 1.0181 1.0069 0.0030 2452115.6190 -0.1870 0.8098 0.9639 1.0227 0.5871 1.0061 0.5878 1.0577 0.9512 0.0032 2452115.6300 -0.0603 0.4565 0.9595 0.9836 0.5869 1.0016 0.5878 1.0342 0.9684 0.0030 2452117.5990 -0.2187 0.3889 0.9706 0.9735 0.5874 1.0348 0.5878 1.0310 1.0037 0.0032 2452121.5840 -0.2395 0.4468 0.9627 0.9695 0.5874 1.0153 0.5878 1.0309 0.9849 0.0032 Continued on Next Page… Table C.191 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452126.5800 -1.2018 0.2655 0.9719 1.0088 0.5872 1.1610 0.5881 1.4675 0.7911 0.0024 2452156.5290 -0.0141 0.1972 0.9532 0.9423 0.5874 0.9969 0.5878 0.9979 0.9990 0.0032 2452158.5270 -0.1556 0.1635 0.9666 0.9654 0.5874 1.0176 0.5878 1.0310 0.9870 0.0031 2452159.5360 -0.0865 0.2149 0.9671 0.9456 0.5874 1.0174 0.5878 1.0193 0.9982 0.0031 2452163.5200 0.0190 0.1755 0.9609 0.9352 0.5874 0.9920 0.5878 1.0066 0.9855 0.0031 2452174.5200 -0.0662 0.8372 0.9449 0.8918 0.5874 1.0130 0.5878 1.0221 0.9911 0.0052 2452174.5350 0.2322 0.4209 0.9323 0.8842 0.5869 0.9782 0.5878 0.9853 0.9928 0.0035 2452175.5210 0.0842 0.2809 0.9376 0.8871 0.5869 0.9732 0.5878 0.9821 0.9910 0.0034 2452182.4990 0.0279 0.2769 0.9595 0.9235 0.5874 0.9925 0.5878 0.9966 0.9959 0.0031 2452184.4870 0.1094 0.3091 0.9596 0.9488 0.5873 0.9956 0.5878 0.9984 0.9972 0.0031 2452185.4950 0.1653 0.5532 0.9363 0.9011 0.5869 0.9707 0.5877 0.9759 0.9947 0.0033 2452185.5040 0.1826 0.6317 0.9461 0.7974 0.5869 0.9921 0.5878 0.9852 1.0070 0.0040 2452187.4900 0.1625 0.2666 0.9463 0.8878 0.5869 0.9726 0.5877 0.9783 0.9941 0.0031 2452299.9310 -0.2408 0.2706 0.9839 0.9931 0.5874 1.0241 0.5878 1.0460 0.9790 0.0030 2452300.9440 -0.2837 0.2383 0.9778 1.0155 0.5873 1.0183 0.5878 1.0463 0.9733 0.0029 2452300.9630 -0.2239 0.2350 0.9821 0.9992 0.5874 1.0272 0.5878 1.0386 0.9890 0.0030 2452308.9060 -0.1911 0.3864 0.9768 1.0235 0.5874 1.0173 0.5878 1.0403 0.9779 0.0030 2452308.9250 -0.2262 0.2455 0.9792 0.9944 0.5874 1.0185 0.5878 1.0442 0.9754 0.0031 2452310.9170 -0.1746 0.2705 0.9889 1.0126 0.5874 1.0357 0.5878 1.0415 0.9945 0.0030 2452310.9380 -0.1612 0.2841 0.9904 1.0177 0.5874 1.0315 0.5878 1.0450 0.9871 0.0030 2452311.9040 0.0271 0.4024 0.9902 0.9566 0.5874 1.0412 0.5877 1.0280 1.0128 0.0033 2452311.9240 -0.3872 0.3459 0.9749 0.9988 0.5874 1.0371 0.5877 1.0558 0.9823 0.0033 2452314.8960 -0.1923 0.3416 0.9796 0.9986 0.5874 1.0261 0.5878 1.0425 0.9843 0.0030 410 2452314.9150 -0.1700 0.3700 0.9837 1.0004 0.5874 1.0281 0.5878 1.0485 0.9806 0.0030 2452323.9130 -0.2849 0.2575 0.9856 1.0129 0.5873 1.0340 0.5878 1.0459 0.9886 0.0031 2452344.8300 -0.3870 1.5779 0.9715 1.0437 0.5874 1.0636 0.5878 1.1071 0.9607 0.0044 2452356.8670 -0.0242 0.2365 0.9908 0.9878 0.5874 1.0270 0.5878 1.0297 0.9974 0.0030 2452356.8820 -0.1237 0.2603 0.9882 1.0170 0.5874 1.0353 0.5878 1.0336 1.0016 0.0031 2452364.8010 -0.2507 0.2612 0.9813 0.9971 0.5874 1.0376 0.5877 1.0447 0.9932 0.0030 2452388.8170 -0.3716 0.4909 0.9770 1.0022 0.5874 1.0669 0.5877 1.0701 0.9970 0.0032 2452390.7380 -0.3050 0.4227 0.9894 1.0216 0.5874 1.0508 0.5877 1.0711 0.9811 0.0030 2452391.7490 -0.1929 0.1720 0.9835 0.9811 0.5874 1.0301 0.5877 1.0483 0.9827 0.0030 2452397.7540 -0.4039 1.0909 0.9853 0.9740 0.5869 1.0686 0.5878 1.0815 0.9881 0.0034 2452398.6790 -0.2343 0.2373 0.9858 1.0023 0.5875 1.0293 0.5877 1.0528 0.9777 0.0030 2452399.7410 -0.2746 0.1651 0.9768 0.9848 0.5874 1.0163 0.5877 1.0417 0.9756 0.0030 2452400.7030 -0.0582 0.2299 0.9649 0.9429 0.5874 0.9889 0.5877 1.0295 0.9606 0.0030 2452404.7670 -0.2654 0.1822 0.9847 1.0041 0.5874 1.0202 0.5878 1.0604 0.9621 0.0029 2452405.7470 -0.2759 0.2198 0.9790 0.9844 0.5874 1.0184 0.5878 1.0549 0.9654 0.0029 2452409.8090 -0.3197 0.1588 0.9847 1.0090 0.5874 1.0333 0.5878 1.0552 0.9793 0.0029 2452413.7340 -0.2660 0.1946 0.9825 0.9810 0.5874 1.0327 0.5878 1.0651 0.9696 0.0028 2452416.7280 -0.2321 0.1895 0.9824 0.9883 0.5874 1.0395 0.5878 1.0643 0.9767 0.0028 2452417.6860 -0.2331 0.1767 0.9853 0.9771 0.5874 1.0405 0.5878 1.0669 0.9752 0.0028 2452421.7630 -0.2828 0.1904 0.9783 0.9721 0.5874 1.0362 0.5878 1.0656 0.9725 0.0029 2452426.6930 -0.1409 0.1751 0.9844 0.9723 0.5874 1.0483 0.5878 1.0461 1.0021 0.0030 2452427.7370 -0.2458 0.5067 0.9551 0.9393 0.5874 1.0141 0.5877 1.0331 0.9816 0.0035 2452435.6760 -0.1565 0.2593 0.9734 0.9740 0.5874 1.0360 0.5877 1.0376 0.9985 0.0031 2452441.7100 -0.1635 0.2468 0.9739 0.9611 0.5874 1.0381 0.5878 1.0309 1.0070 0.0031 2452442.6340 -0.1867 0.2070 0.9764 0.9721 0.5874 1.0388 0.5877 1.0424 0.9965 0.0030 2452443.6530 -0.1106 0.2588 0.9710 0.9628 0.5874 1.0236 0.5877 1.0324 0.9915 0.0031 2452443.6690 -0.2432 0.3373 0.9710 0.9467 0.5874 1.0349 0.5878 1.0399 0.9952 0.0030 2452444.7080 -0.2060 0.9221 0.9667 0.9387 0.5874 1.0454 0.5878 1.0486 0.9969 0.0034 Continued on Next Page… Table C.191 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452445.6110 -0.2061 0.2270 0.9719 0.9705 0.5874 1.0347 0.5878 1.0344 1.0003 0.0031 2452445.6270 -0.1517 0.2775 0.9751 0.9746 0.5874 1.0376 0.5877 1.0332 1.0042 0.0031 2452450.6440 -0.2089 0.2699 0.9643 0.9592 0.5874 1.0278 0.5877 1.0290 0.9989 0.0030 2452450.6590 -0.2513 0.2603 0.9658 0.9772 0.5874 1.0275 0.5878 1.0276 0.9999 0.0030 2452454.6790 -0.1070 0.2131 0.9641 0.9279 0.5874 1.0171 0.5877 1.0197 0.9975 0.0029 2452455.6550 -0.3677 0.5625 0.9590 0.9619 0.5873 1.0189 0.5877 1.0476 0.9726 0.0028 2452455.6700 -0.1608 0.4108 0.9572 0.9232 0.5874 1.0096 0.5877 1.0274 0.9827 0.0029 2452456.6230 -0.1431 0.2307 0.9534 0.9202 0.5874 1.0000 0.5877 1.0162 0.9841 0.0028 2452457.6680 -0.1645 0.1995 0.9497 0.9160 0.5874 1.0057 0.5877 1.0151 0.9908 0.0028 2452458.6220 -0.1749 0.2178 0.9609 0.9423 0.5874 1.0113 0.5877 1.0207 0.9908 0.0028 2452459.6730 -0.1708 0.2534 0.9468 0.9093 0.5874 1.0070 0.5877 1.0158 0.9913 0.0028 2452460.6510 -0.2613 0.2221 0.9596 0.9574 0.5874 1.0178 0.5877 1.0258 0.9922 0.0028 2452461.6340 -0.3283 0.5051 0.9691 0.9734 0.5874 1.0422 0.5878 1.0454 0.9969 0.0030 2452461.6480 -0.3147 0.2291 0.9699 0.9663 0.5874 1.0288 0.5877 1.0322 0.9967 0.0029 2452462.6140 -0.2455 0.2336 0.9627 0.9730 0.5874 1.0229 0.5877 1.0280 0.9950 0.0028 2452463.6390 -0.2676 0.1861 0.9620 0.9775 0.5874 1.0123 0.5878 1.0241 0.9885 0.0028 2452684.9390 -0.3223 0.2582 0.9870 0.9977 0.5874 1.0715 0.5878 1.0635 1.0075 0.0030 2452684.9630 -0.2922 0.2596 0.9871 0.9926 0.5874 1.0581 0.5878 1.0522 1.0056 0.0030 2452690.8850 -0.2831 0.2071 0.9879 0.9988 0.5874 1.0505 0.5877 1.0664 0.9850 0.0029 2452690.9080 -0.1973 0.2063 0.9894 0.9798 0.5874 1.0498 0.5877 1.0557 0.9944 0.0030 2452691.9120 -0.3699 0.8907 0.9842 1.0561 0.5874 1.0697 0.5877 1.1441 0.9349 0.0031 2452691.9370 -0.1410 0.3669 0.9934 1.0062 0.5874 1.0512 0.5878 1.0638 0.9881 0.0030 2452697.8960 -0.1958 0.3391 0.9907 1.0185 0.5874 1.0526 0.5877 1.0474 1.0050 0.0031 411 2452697.9110 -0.1374 0.2272 0.9912 0.9759 0.5874 1.0482 0.5877 1.0555 0.9931 0.0030 2452705.8430 -0.2602 0.2197 0.9848 0.9946 0.5874 1.0356 0.5880 1.0505 0.9858 0.0030 2452705.8630 -0.2824 0.2219 0.9846 1.0031 0.5874 1.0350 0.5877 1.0528 0.9830 0.0030 2452712.8430 -0.1568 0.1823 0.9814 0.9731 0.5874 1.0407 0.5877 1.0523 0.9890 0.0029 2452724.9370 -0.2277 0.1590 0.9879 0.9958 0.5874 1.0704 0.5878 1.0570 1.0127 0.0030 2452731.8490 -0.3711 0.3355 0.9696 0.9672 0.5874 1.0469 0.5877 1.0785 0.9707 0.0029 2452756.7720 -0.2477 0.1856 0.9862 1.0009 0.5874 1.0421 0.5877 1.0615 0.9817 0.0030 2452757.7790 -0.2716 0.2020 0.9809 0.9735 0.5874 1.0347 0.5877 1.0608 0.9754 0.0030 2452757.7950 -0.3051 0.2019 0.9808 0.9684 0.5874 1.0415 0.5877 1.0625 0.9803 0.0030 2452763.8010 -0.2326 0.1475 0.9900 0.9793 0.5874 1.0503 0.5877 1.0599 0.9909 0.0030 2452773.6920 -0.2906 0.2953 0.9805 0.9836 0.5874 1.0574 0.5877 1.0696 0.9885 0.0029 2452773.7110 -0.2686 0.2589 0.9844 1.0007 0.5874 1.0651 0.5877 1.0684 0.9969 0.0029 2452780.7330 -0.2704 0.1609 0.9871 0.9933 0.5874 1.0693 0.5877 1.0700 0.9993 0.0029 2452781.7220 -0.3265 0.2212 0.9868 1.0120 0.5874 1.0702 0.5877 1.0712 0.9991 0.0029 2452782.6940 -0.3794 0.1917 0.9788 0.9933 0.5874 1.0644 0.5877 1.0654 0.9991 0.0029 2452782.7090 -0.3615 0.1877 0.9796 0.9869 0.5874 1.0670 0.5877 1.0679 0.9991 0.0029 2452791.6820 -0.3102 0.1930 0.9882 0.9999 0.5874 1.0652 0.5877 1.0698 0.9957 0.0030 2452792.6810 -0.2470 0.3750 0.9843 0.9758 0.5874 1.0719 0.5877 1.0696 1.0021 0.0030 2452792.6960 -0.3716 0.5123 0.9846 0.9786 0.5874 1.0899 0.5877 1.0775 1.0115 0.0032 2452805.6990 -0.2591 0.2010 0.9685 0.9613 0.5874 1.0240 0.5877 1.0573 0.9685 0.0030 2452806.6970 -0.2485 0.1913 0.9770 0.9814 0.5874 1.0326 0.5877 1.0587 0.9754 0.0030 2452810.8130 -0.6558 2.2047 0.9537 0.9029 0.5874 1.1329 0.5877 1.1249 1.0071 0.0054 2452811.6120 -0.2698 0.2011 0.9785 0.9827 0.5874 1.0388 0.5877 1.0642 0.9761 0.0029 2452812.6580 -0.2687 0.2171 0.9740 0.9741 0.5874 1.0387 0.5877 1.0613 0.9787 0.0030 2452813.6640 -0.2205 0.1866 0.9811 0.9864 0.5874 1.0419 0.5877 1.0639 0.9793 0.0030 2452814.6820 -0.2056 0.1731 0.9809 0.9804 0.5874 1.0361 0.5877 1.0532 0.9838 0.0029 2452815.6060 -0.2103 0.3209 0.9621 0.9316 0.5874 1.0214 0.5877 1.0472 0.9754 0.0029 2452816.6260 -0.1153 0.8534 0.9774 0.9623 0.5873 1.0433 0.5877 1.0565 0.9875 0.0036 Continued on Next Page… Table C.191 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452816.6430 -0.2660 0.2368 0.9686 0.9472 0.5874 1.0333 0.5877 1.0525 0.9818 0.0029 2452821.6530 -0.3348 0.2162 0.9648 0.9791 0.5874 1.0337 0.5877 1.0503 0.9842 0.0029 2452832.6310 -0.3309 0.2677 0.9586 0.9443 0.5874 1.0211 0.5877 1.0384 0.9833 0.0028 2452834.6320 -0.1642 0.1970 0.9602 0.9492 0.5874 1.0194 0.5877 1.0339 0.9860 0.0028 2452835.6170 -0.2386 0.2299 0.9664 0.9730 0.5874 1.0278 0.5877 1.0371 0.9911 0.0029 2452837.5920 -0.2491 0.2351 0.9658 0.9318 0.5874 1.0269 0.5877 1.0407 0.9868 0.0029 2452839.6810 -0.2418 0.2861 0.9655 0.9332 0.5874 1.0362 0.5877 1.0439 0.9926 0.0030 2452840.6480 -0.2671 0.2492 0.9600 0.9472 0.5874 1.0268 0.5877 1.0308 0.9962 0.0029 2452849.6140 -0.2549 0.2614 0.9659 0.9258 0.5874 1.0345 0.5877 1.0467 0.9883 0.0032 2452850.5700 -0.2446 0.3997 0.9730 1.0065 0.5874 1.0520 0.5877 1.0422 1.0094 0.0031 2452850.5770 -0.1885 0.2078 0.9725 0.9953 0.5874 1.0335 0.5877 1.0314 1.0020 0.0031 2452851.5680 -0.4125 0.6746 0.9633 1.0101 0.5874 1.0258 0.5877 1.0490 0.9779 0.0032 2452851.5730 -0.2261 0.3538 0.9632 0.9701 0.5874 1.0223 0.5877 1.0398 0.9831 0.0031 2452871.5550 -0.2678 0.2465 0.9704 0.9510 0.5874 1.0326 0.5878 1.0447 0.9884 0.0030 2452874.6100 -0.2054 0.7652 0.9537 0.6914 0.5874 1.0298 0.5878 1.0611 0.9706 0.0037 2452876.5650 -0.0188 0.2732 0.9536 0.5964 0.5874 1.0182 0.5878 1.0499 0.9698 0.0040 2453051.8900 -0.4780 0.3350 0.9887 0.9921 0.5874 1.0938 0.5878 1.0891 1.0043 0.0029 2453051.9080 -0.4105 0.2605 0.9892 1.0014 0.5874 1.0970 0.5878 1.0832 1.0127 0.0030 2453075.8380 -0.4504 0.4440 0.9851 1.0214 0.5874 1.0857 0.5877 1.0937 0.9926 0.0030 2453075.8590 -0.5960 1.9531 0.9680 1.0464 0.5874 1.0966 0.5878 1.1080 0.9897 0.0044 2453084.8270 -0.4836 0.3161 0.9679 0.9868 0.5874 1.0527 0.5877 1.0816 0.9733 0.0029 2453101.8330 -0.4213 0.1844 0.9805 0.9866 0.5874 1.0784 0.5877 1.0716 1.0064 0.0029 2453101.8550 -0.3935 0.1797 0.9812 0.9846 0.5874 1.0707 0.5878 1.0622 1.0080 0.0030 412 2453107.7560 -0.3967 0.3470 0.9859 0.9854 0.5874 1.0960 0.5877 1.0820 1.0129 0.0030 2453110.7700 -0.4759 0.4724 0.9735 0.9812 0.5874 1.0935 0.5878 1.0691 1.0228 0.0030 2453111.7760 -0.2918 0.2679 0.9749 0.9444 0.5874 1.0773 0.5877 1.0675 1.0092 0.0031 2453111.7970 -0.3667 0.2450 0.9794 0.9569 0.5874 1.0868 0.5878 1.0831 1.0034 0.0030 2453112.7790 -0.2852 0.2543 0.9684 0.9907 0.5874 1.0816 0.5877 1.0767 1.0045 0.0031 2453112.8000 -0.3983 0.3125 0.9733 1.0153 0.5874 1.0943 0.5877 1.0762 1.0169 0.0031 2453114.7660 -0.3635 0.1887 0.9777 1.0185 0.5874 1.0851 0.5877 1.0732 1.0111 0.0031 2453115.7780 -0.3844 0.2205 0.9807 1.0109 0.5874 1.0972 0.5877 1.0762 1.0195 0.0031 2453115.8000 -0.3176 0.2128 0.9837 1.0023 0.5874 1.0970 0.5877 1.0742 1.0212 0.0030 2453117.8020 -0.3541 0.2630 0.9843 0.9694 0.5874 1.0965 0.5877 1.0721 1.0227 0.0030 2453119.7690 -0.3576 0.1819 0.9825 0.9832 0.5874 1.0936 0.5877 1.0757 1.0167 0.0030 2453119.7870 -0.4343 0.1986 0.9820 0.9802 0.5874 1.1064 0.5877 1.0798 1.0246 0.0030 2453122.7560 -0.3040 0.2278 0.9880 1.0000 0.5874 1.1048 0.5877 1.0641 1.0383 0.0031 2453123.7460 -0.3663 0.2666 0.9922 1.0054 0.5874 1.1169 0.5878 1.0696 1.0442 0.0031 2453129.7520 -0.4600 0.1787 0.9904 1.0143 0.5874 1.1272 0.5878 1.0989 1.0258 0.0029 2453138.7860 -0.3726 0.2230 0.9469 0.9625 0.5874 1.0783 0.5877 1.0681 1.0095 0.0029 2453142.7020 -0.4779 0.1948 0.9711 1.0230 0.5874 1.1025 0.5877 1.0889 1.0124 0.0029 2453150.7130 -0.4521 0.1888 0.9758 0.9932 0.5874 1.1152 0.5878 1.0721 1.0402 0.0029 2453152.7780 -0.3989 0.1886 0.9753 0.9756 0.5874 1.1197 0.5877 1.0670 1.0494 0.0030 2453161.6810 -0.2277 0.3152 0.9839 0.9666 0.5875 1.1286 0.5877 1.0777 1.0473 0.0031 2453162.6980 -0.4476 0.2396 0.9788 0.9853 0.5875 1.1210 0.5877 1.0759 1.0419 0.0030 2453164.6780 -0.3706 0.2492 0.9683 0.9518 0.5875 1.1248 0.5877 1.0718 1.0495 0.0030 2453179.6990 -0.4855 0.2543 0.9819 0.9700 0.5875 1.1452 0.5877 1.0719 1.0684 0.0030 2453180.6690 -0.4358 0.2637 0.9638 0.9433 0.5875 1.1077 0.5877 1.0602 1.0448 0.0030 2453182.6680 -0.5630 0.2090 0.9753 0.9783 0.5875 1.1323 0.5877 1.0663 1.0619 0.0030 2453183.6950 -0.4967 0.2000 0.9726 0.9557 0.5875 1.1350 0.5877 1.0616 1.0691 0.0029 2453185.6200 -0.5977 0.2732 0.9713 0.9760 0.5875 1.1287 0.5877 1.0725 1.0524 0.0029 2453186.6720 -0.5426 0.2834 0.9619 0.9955 0.5875 1.1236 0.5877 1.0540 1.0660 0.0029 Continued on Next Page… Table C.191 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453187.6420 -0.4667 0.2596 0.9634 0.9592 0.5875 1.1221 0.5877 1.0541 1.0644 0.0029 2453188.6830 -0.4839 0.2750 0.9621 0.9501 0.5875 1.1345 0.5877 1.0439 1.0868 0.0029 2453189.6290 -0.5641 0.3154 0.9652 0.9418 0.5875 1.1339 0.5877 1.0584 1.0713 0.0029 2453192.6140 -0.5033 0.3136 0.9518 0.9265 0.5875 1.1085 0.5877 1.0283 1.0780 0.0029 2453192.6360 -0.4544 0.2917 0.9465 0.9110 0.5875 1.1072 0.5877 1.0363 1.0684 0.0029 2453193.6260 -0.4640 0.2853 0.9452 0.9292 0.5875 1.0990 0.5877 1.0384 1.0584 0.0028 2453215.6140 -0.5427 0.2425 0.9639 0.9625 0.5875 1.1422 0.5877 1.0517 1.0861 0.0032 2453220.5850 -0.3557 0.2978 0.9469 0.9267 0.5875 1.1315 0.5877 1.0236 1.1055 0.0033 2453223.5850 -0.5311 0.2319 0.9740 0.9717 0.5875 1.1580 0.5877 1.0650 1.0874 0.0031 2453234.5990 -0.4113 0.2850 0.9582 0.9290 0.5875 1.1410 0.5878 1.0299 1.1079 0.0033 2453239.5760 -0.5634 0.2412 0.9733 0.9495 0.5875 1.1645 0.5878 1.0577 1.1009 0.0031 2453250.5350 -0.5519 0.3252 0.9530 0.9339 0.5875 1.1962 0.5877 1.0634 1.1249 0.0032 2453259.5310 -0.6573 0.2765 0.9607 0.9656 0.5875 1.1928 0.5877 1.0681 1.1168 0.0032 2453268.5240 -0.6514 0.2547 0.9634 0.9338 0.5875 1.1855 0.5877 1.0723 1.1056 0.0031 2453275.5200 -0.6579 0.3528 0.9585 0.9264 0.5875 1.1886 0.5877 1.0975 1.0830 0.0030 2453279.5210 -0.7121 0.7509 0.9499 0.9332 0.5875 1.1584 0.5877 1.0814 1.0712 0.0033 2453281.5060 -0.6694 0.2812 0.9756 0.9628 0.5875 1.1973 0.5877 1.0818 1.1068 0.0030 2453428.8620 -1.5313 0.4457 0.9833 1.0193 0.5875 1.3283 0.5877 1.2259 1.0836 0.0027 2453428.8850 -1.5727 0.4898 0.9869 1.0294 0.5875 1.3400 0.5877 1.2214 1.0972 0.0028 2453433.9020 -1.5721 0.3644 0.9885 0.9960 0.5875 1.3695 0.5877 1.2579 1.0887 0.0026 2453442.9060 -1.4843 0.2846 0.9920 1.0090 0.5875 1.3587 0.5877 1.2480 1.0887 0.0026 2453443.8550 -1.5332 0.3099 0.9888 0.9956 0.5874 1.3034 0.5878 1.2649 1.0305 0.0025 2453461.8490 -1.6385 0.2914 0.9876 0.9729 0.5874 1.3532 0.5877 1.2755 1.0609 0.0025 413 2453464.8080 -1.8458 0.3466 0.9858 0.9874 0.5875 1.3640 0.5877 1.2929 1.0550 0.0025 2453465.8500 -1.7758 0.4093 0.9731 0.9548 0.5875 1.3573 0.5878 1.2825 1.0583 0.0026 2453469.7710 -1.7933 0.2975 0.9824 0.9682 0.5875 1.4078 0.5877 1.2830 1.0973 0.0026 2453469.7920 -1.7647 0.2719 0.9869 0.9692 0.5875 1.4049 0.5877 1.2817 1.0962 0.0026 2453470.8190 -1.7289 0.2998 0.9809 0.9618 0.5875 1.3884 0.5877 1.2961 1.0712 0.0025 2453473.8440 -1.8160 0.2736 0.9909 0.9838 0.5875 1.4225 0.5877 1.3110 1.0850 0.0025 2453474.8110 -1.7796 0.2408 0.9808 0.9574 0.5874 1.3953 0.5877 1.3167 1.0597 0.0025 2453475.7800 -1.9168 0.3313 0.9890 0.9955 0.5874 1.4116 0.5878 1.3427 1.0513 0.0025 2453475.8030 -1.8394 0.3118 0.9936 0.9879 0.5875 1.4203 0.5878 1.3282 1.0694 0.0025 2453476.7950 -1.9114 0.2334 0.9924 0.9777 0.5874 1.4370 0.5877 1.3323 1.0786 0.0025 2453477.6940 -2.0434 0.4217 0.9797 0.9821 0.5874 1.4042 0.5878 1.3482 1.0416 0.0024 2453477.7190 -1.8365 0.3455 0.9882 0.9660 0.5875 1.4237 0.5877 1.3473 1.0567 0.0024 2453482.7600 -1.9414 0.4073 0.9850 0.9757 0.5875 1.4544 0.5877 1.3656 1.0650 0.0024 2453491.8250 -2.0253 0.2976 0.9868 0.9730 0.5874 1.5099 0.5877 1.3792 1.0948 0.0024 2453495.7690 -2.1604 0.3177 0.9862 0.9814 0.5874 1.4671 0.5877 1.4143 1.0373 0.0023 2453499.7700 -2.4012 0.4806 0.9615 0.9657 0.5875 1.5513 0.5877 1.4517 1.0686 0.0023 2453501.7050 -2.2833 0.3384 0.9614 0.9427 0.5875 1.5334 0.5877 1.4226 1.0779 0.0022 2453505.7170 -2.3323 0.3396 0.9768 0.9651 0.5874 1.5252 0.5877 1.4293 1.0671 0.0022 2453507.7010 -2.2393 0.2882 0.9735 0.9727 0.5874 1.4982 0.5877 1.3787 1.0866 0.0023 2453511.7240 -2.0749 0.2728 0.9791 0.9914 0.5875 1.3932 0.5877 1.4160 0.9839 0.0021 2453512.6620 -2.0310 0.4753 0.9687 0.9614 0.5875 1.3896 0.5877 1.3976 0.9943 0.0022 2453512.6840 -2.0783 0.3726 0.9673 0.9607 0.5875 1.4070 0.5877 1.3855 1.0155 0.0022 2453516.6950 -2.0834 0.2578 0.9730 0.9630 0.5875 1.4837 0.5877 1.3578 1.0928 0.0024 2453528.6690 -2.1798 0.3380 0.9655 0.9341 0.5875 1.4509 0.5877 1.3852 1.0475 0.0023 2453529.6450 -2.2177 0.3608 0.9601 0.9336 0.5875 1.4818 0.5877 1.3695 1.0821 0.0025 2453535.6280 -2.2129 0.3501 0.9470 0.9357 0.5875 1.4216 0.5877 1.3596 1.0456 0.0025 2453538.7120 -2.3958 0.3304 0.9686 0.9562 0.5875 1.4782 0.5877 1.3940 1.0604 0.0024 2453542.6760 -2.2418 0.3409 0.9729 0.9586 0.5875 1.3781 0.5877 1.4399 0.9571 0.0022 Continued on Next Page… Table C.191 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453544.6680 -2.3826 0.2731 0.9832 0.9640 0.5874 1.4633 0.5877 1.4521 1.0077 0.0022 2453545.6700 -2.5248 0.3518 0.9561 0.9332 0.5874 1.4654 0.5877 1.4339 1.0220 0.0022 2453548.6160 -2.6281 0.4640 0.9505 0.9772 0.5875 1.4824 0.5877 1.4866 0.9972 0.0020 2453548.6370 -2.6069 0.4895 0.9495 0.9705 0.5875 1.4819 0.5877 1.4721 1.0067 0.0021 2453553.6370 -2.4678 0.2907 0.9725 0.9704 0.5875 1.4639 0.5877 1.4554 1.0059 0.0021 2453554.6010 0.2207 0.2756 0.9891 1.0085 0.5868 1.0041 0.5884 1.0160 0.9883 0.0011 2453554.6660 -2.5842 0.6577 0.9737 0.9917 0.5874 1.5133 0.5877 1.4590 1.0372 0.0028 2453555.6080 -2.7114 1.0429 0.9553 0.9829 0.5875 1.5328 0.5877 1.4775 1.0375 0.0024 2453555.6430 -2.6131 0.4736 0.9543 0.9632 0.5875 1.4943 0.5877 1.4258 1.0481 0.0021 2453559.6280 -2.6666 0.2721 0.9584 0.9517 0.5875 1.4613 0.5877 1.4929 0.9788 0.0020 2453561.6610 -2.5428 0.4437 0.9643 0.9554 0.5874 1.5145 0.5877 1.4739 1.0275 0.0020 2453624.5560 -2.8862 0.7042 0.9422 0.9807 0.5875 1.3954 0.5877 1.5591 0.8950 0.0021 2453641.5170 -2.2343 0.5291 0.9540 0.9458 0.5875 1.3081 0.5877 1.5003 0.8719 0.0020 2453792.9350 -1.7078 0.2511 0.9930 0.9989 0.5873 1.2112 0.5877 1.2749 0.9500 0.0024 2453798.9450 -1.6645 0.2400 0.9934 1.0133 0.5873 1.2261 0.5877 1.2518 0.9795 0.0025 2453801.8970 -1.4934 0.2148 0.9908 0.9897 0.5873 1.1904 0.5877 1.2343 0.9644 0.0025 2453812.9600 -1.1535 0.2139 0.9941 0.9827 0.5873 1.1591 0.5877 1.1875 0.9761 0.0026 2453834.8370 -1.4612 0.2870 0.9902 0.9991 0.5874 1.1857 0.5877 1.1790 1.0057 0.0027 2453845.8310 -1.5000 0.2186 0.9880 0.9847 0.5873 1.1652 0.5877 1.1650 1.0002 0.0027 2453852.8210 -1.7520 0.7375 0.9725 0.9590 0.5872 1.2332 0.5877 1.1093 1.1117 0.0033 2453854.7970 -1.4488 0.3592 0.9894 0.9837 0.5873 1.2144 0.5877 1.1250 1.0794 0.0030 2453864.7350 -1.3548 0.2434 0.9719 0.9777 0.5873 1.1681 0.5877 1.1060 1.0561 0.0029 2453878.7640 -0.7426 0.2234 0.9784 0.9708 0.5873 1.1021 0.5877 1.0438 1.0559 0.0030 414 2453879.7460 -0.8186 0.2210 0.9722 0.9690 0.5873 1.1000 0.5877 1.0452 1.0524 0.0030 2453883.7560 -0.8503 0.2241 0.9547 0.9176 0.5873 1.1022 0.5877 1.0584 1.0414 0.0030 2453884.7680 -0.7590 0.3490 0.9457 0.8955 0.5872 1.0948 0.5877 1.0471 1.0456 0.0031 2453885.7210 -0.8982 0.1996 0.9555 0.9343 0.5873 1.1153 0.5877 1.0641 1.0481 0.0031 2453891.7430 -1.0179 0.2517 0.9782 0.9657 0.5873 1.1349 0.5879 1.0734 1.0573 0.0030 2453892.7440 -1.2544 0.2895 0.9694 0.9534 0.5873 1.1622 0.5878 1.0808 1.0753 0.0031 2453901.6920 -1.1932 0.2475 0.9731 0.9578 0.5872 1.1594 0.5878 1.0956 1.0583 0.0030 2453902.7240 -1.2365 0.1933 0.9727 0.9418 0.5873 1.1644 0.5878 1.0958 1.0626 0.0030 2453903.7120 -1.1935 0.2899 0.9559 0.9192 0.5873 1.1390 0.5879 1.0794 1.0552 0.0031 2453904.6670 -1.2474 0.2452 0.9586 0.9275 0.5873 1.1637 0.5879 1.0926 1.0651 0.0030 2453914.6730 -1.3301 0.2350 0.9528 0.9317 0.5873 1.1704 0.5878 1.0958 1.0680 0.0028 2453916.6290 -1.3762 0.2281 0.9626 0.9547 0.5873 1.1773 0.5879 1.1005 1.0698 0.0028 2453922.6920 -1.3851 0.2805 0.9634 0.9576 0.5873 1.1904 0.5878 1.0990 1.0832 0.0028 2453924.6310 -1.3679 0.2006 0.9662 0.9537 0.5873 1.1834 0.5879 1.1059 1.0701 0.0028 2453932.6350 -1.2091 0.2570 0.9606 0.9492 0.5873 1.1710 0.5879 1.0824 1.0819 0.0029 2453934.6020 -1.2029 0.2230 0.9635 0.9687 0.5873 1.1693 0.5878 1.0770 1.0857 0.0029 2453935.5980 -1.2604 0.2184 0.9670 0.9713 0.5873 1.1807 0.5878 1.0813 1.0919 0.0029 2453936.6240 -1.1755 0.2008 0.9646 0.9644 0.5873 1.1819 0.5878 1.0821 1.0922 0.0030 2453945.6060 -1.4405 0.3048 0.9478 0.9453 0.5873 1.2117 0.5878 1.1029 1.0987 0.0031 2453946.6080 -1.4045 0.3220 0.9435 0.9742 0.5873 1.1874 0.5878 1.1020 1.0775 0.0031 2453982.5440 -1.1285 0.2983 0.9562 0.9343 0.5874 1.1915 0.5878 1.0749 1.1085 0.0032 2454164.8850 -1.0767 0.2167 0.9813 0.9784 0.5874 1.2354 0.5878 1.1641 1.0613 0.0028 2454207.8180 -1.9075 0.1798 0.9863 0.6309 0.5875 1.3120 0.5878 1.3071 1.0037 0.0012 2454220.8050 -1.7452 0.2330 0.9800 0.4960 0.5874 1.2477 0.5878 1.3033 0.9573 0.0016 2454226.7460 -1.3465 0.1883 0.9897 0.7771 0.5874 1.2211 0.5878 1.2501 0.9768 0.0011 2454233.7450 -1.1121 0.1878 0.9897 0.9843 0.5875 1.1816 0.5878 1.2063 0.9794 0.0011 2454239.7740 -1.1666 0.2067 0.9887 0.2933 0.5875 1.1661 0.5878 1.2043 0.9683 0.0013 2454243.6810 -1.3627 0.3015 0.9824 0.8619 0.5875 1.1692 0.5878 1.2224 0.9565 0.0016 Continued on Next Page… Table C.191 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454253.7390 -1.3601 0.2456 0.9819 0.6685 0.5875 1.1926 0.5878 1.2613 0.9455 0.0018 2454261.6410 -1.6868 0.2309 0.9867 1.0085 0.5874 1.2196 0.5878 1.2891 0.9461 0.0012 2454266.6690 -1.8094 0.2278 0.9847 0.9545 0.5875 1.2231 0.5878 1.3260 0.9223 0.0013 2454277.6570 -1.7100 0.4407 0.9796 0.8633 0.5874 1.2260 0.5877 1.3304 0.9216 0.0013 2454282.6100 -1.7686 0.2439 0.9830 0.9980 0.5874 1.1907 0.5877 1.3285 0.8963 0.0014 2454286.6430 -1.7343 0.2503 0.9809 0.9575 0.5875 1.1975 0.5877 1.3258 0.9032 0.0016 2454291.6080 -1.7119 0.4331 0.9786 0.9573 0.5874 1.1834 0.5877 1.2957 0.9133 0.0018 2454295.6100 -1.3956 0.2009 0.9827 0.9861 0.5874 1.1565 0.5877 1.2481 0.9266 0.0015 2454303.6050 -1.1613 0.1999 0.9862 0.9964 0.5875 1.1315 0.5877 1.2222 0.9257 0.0013 2454312.6480 -1.0266 0.2556 0.9780 0.9658 0.5874 1.1075 0.5877 1.2112 0.9144 0.0022 2454330.5850 -1.5329 0.3151 0.9840 0.9962 0.5875 1.1736 0.5877 1.2757 0.9200 0.0016 2454344.5600 -1.8491 0.3655 0.9793 0.9727 0.5873 1.1789 0.5877 1.3131 0.8978 0.0018 2454349.5590 -1.5676 0.3580 0.9772 1.0038 0.5874 1.1584 0.5877 1.3173 0.8794 0.0020 2454355.5300 -1.5730 0.2529 0.9818 0.9324 0.5875 1.1503 0.5877 1.2757 0.9017 0.0016 2454545.8950 -1.6554 0.2766 0.9884 0.0000 0.5874 1.3061 0.5879 1.1850 1.1022 0.0014 2454559.8830 -1.4565 0.5141 0.9881 0.0000 0.5874 1.2775 0.5878 1.1903 1.0733 0.0015 2454566.8240 -1.2845 0.4208 0.9917 0.9115 0.5875 1.2835 0.5878 1.1695 1.0975 0.0014 2454578.8110 -1.8119 0.2121 0.9808 0.4447 0.5875 1.3263 0.5878 1.2321 1.0764 0.0016 2454586.7820 -1.7960 0.4355 0.9882 0.8729 0.5874 1.3263 0.5878 1.2428 1.0672 0.0013 2454591.8170 -1.7906 0.3880 0.9867 0.8232 0.5875 1.3394 0.5878 1.2586 1.0642 0.0013 2454610.7590 -1.7447 0.2287 0.9869 1.0167 0.5875 1.2994 0.5878 1.2521 1.0378 0.0012 2454619.7260 -1.3226 0.2779 0.9853 0.9722 0.5875 1.2301 0.5878 1.2164 1.0113 0.0015 2454626.6790 -0.8897 0.3611 0.9806 0.9342 0.5875 1.1836 0.5878 1.1665 1.0146 0.0020 415 2454629.7100 -0.9301 0.2486 0.9806 0.7599 0.5875 1.1674 0.5878 1.1612 1.0053 0.0019 2454636.6820 -1.1245 0.2262 0.9863 1.0394 0.5875 1.1883 0.5878 1.1799 1.0071 0.0015 2454642.6580 -1.2750 0.3188 0.9820 0.9461 0.5875 1.2124 0.5878 1.2029 1.0079 0.0016 2454653.6060 -1.4433 0.2275 0.9874 0.9499 0.5875 1.2235 0.5878 1.2233 1.0002 0.0012 2454657.6190 -1.4801 0.2606 0.9844 0.9864 0.5875 1.2179 0.5878 1.2360 0.9853 0.0014 2454663.5900 -1.6783 0.3083 0.9813 0.9990 0.5875 1.2108 0.5878 1.2468 0.9711 0.0016 2454665.6020 -1.5360 0.6213 0.9749 0.9647 0.5875 1.2314 0.5878 1.2379 0.9947 0.0020 2454671.5990 -1.3682 0.2416 0.9842 0.9946 0.5875 1.1755 0.5878 1.2140 0.9683 0.0015 2454678.5860 -1.0644 0.3522 0.9840 0.9324 0.5875 1.1698 0.5878 1.1821 0.9896 0.0018 2454692.5780 -0.8922 0.6888 0.9751 0.9987 0.5875 1.1608 0.5878 1.1860 0.9787 0.0023 2454698.5840 -0.8141 0.2094 0.9804 1.0121 0.5875 1.1337 0.5877 1.1668 0.9716 0.0021 2454699.5780 -1.0574 0.3079 0.9863 0.9757 0.5875 1.1379 0.5878 1.1838 0.9613 0.0014 2454883.9400 -1.1830 0.5666 0.9901 0.6916 0.5873 1.1478 0.5877 1.1644 0.9858 0.0015 2454907.8860 -1.6343 0.6390 0.9891 0.0293 0.5873 1.1912 0.5877 1.2258 0.9717 0.0019 2454917.8620 -1.7590 0.5754 0.9889 0.5119 0.5872 1.2187 0.5877 1.2172 1.0012 0.0017 2454925.8660 -1.6953 0.3736 0.9900 0.0827 0.5873 1.2282 0.5878 1.1840 1.0373 0.0018 2454930.8550 -1.3446 0.4357 0.9947 0.9886 0.5873 1.1842 0.5877 1.1659 1.0157 0.0017 2454937.8350 -1.1985 0.3800 0.9921 0.1980 0.5873 1.1989 0.5877 1.1574 1.0358 0.0015 2454938.8730 -1.1978 0.2209 0.9894 0.0000 0.5873 1.1690 0.5877 1.1301 1.0344 0.0015 2454963.7540 -1.3170 0.5408 0.9843 0.9199 0.5873 1.1731 0.5877 1.1283 1.0397 0.0017 2454966.8280 -1.3531 0.4232 0.9883 0.6742 0.5873 1.1825 0.5877 1.1574 1.0217 0.0017 2454972.7860 -1.4305 0.3971 0.9920 0.9399 0.5873 1.2111 0.5878 1.1399 1.0624 0.0018 2454981.6930 -1.6123 0.3223 0.9876 1.0034 0.5873 1.2028 0.5879 1.1437 1.0517 0.0016 2454987.7110 -1.4763 0.3168 0.9946 1.0077 0.5873 1.2304 0.5879 1.1659 1.0554 0.0014 2454997.6740 -1.6431 0.2950 0.9843 0.9402 0.5873 1.2489 0.5877 1.1576 1.0789 0.0019 2455005.6540 -1.6770 0.2917 0.9826 0.8517 0.5873 1.2410 0.5879 1.1367 1.0917 0.0020 2455050.5840 -1.6394 0.3685 0.9855 0.9733 0.5874 1.2783 0.5879 1.1592 1.1027 0.0020 2455056.5670 -1.6083 0.5249 0.9821 0.9092 0.5873 1.2456 0.5879 1.1675 1.0668 0.0022 Continued on Next Page… Table C.191 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455074.5360 -1.3873 0.2798 0.9875 0.9642 0.5874 1.2174 0.5879 1.1378 1.0700 0.0020 2455080.5310 -1.1940 0.2715 0.9852 0.9661 0.5874 1.1981 0.5879 1.1373 1.0535 0.0020 2455259.9290 -1.1803 0.4020 0.9931 1.0242 0.5874 1.2003 0.5878 1.2074 0.9941 0.0015 2455273.9020 -1.3816 0.5439 0.9855 0.6762 0.5874 1.1737 0.5878 1.2407 0.9460 0.0018 2455296.8370 -0.9895 0.4410 0.9892 0.0218 0.5874 1.1181 0.5878 1.1764 0.9504 0.0017 2455298.7950 -0.8709 0.2908 0.9918 0.0000 0.5874 1.0989 0.5878 1.1750 0.9352 0.0016 2455303.7930 -0.6643 0.4926 0.9920 0.9767 0.5873 1.0968 0.5878 1.1434 0.9592 0.0021 2455325.7890 -0.7904 0.5181 0.9913 0.2368 0.5875 1.0825 0.5878 1.1657 0.9287 0.0015 2455331.7530 -1.0056 0.3554 0.9861 0.0000 0.5874 1.0814 0.5877 1.1765 0.9191 0.0017 2455339.7260 -1.0756 0.3234 0.9830 0.5272 0.5874 1.0928 0.5877 1.2142 0.9000 0.0019 2455345.7210 -1.0875 0.3280 0.9836 0.8823 0.5873 1.1010 0.5877 1.1991 0.9182 0.0018 2455346.7010 -0.8551 0.3060 0.9841 0.9572 0.5873 1.0716 0.5877 1.1894 0.9010 0.0019 2455355.7210 -0.9219 0.2779 0.9895 0.6497 0.5873 1.0728 0.5877 1.1754 0.9127 0.0016 2455367.6660 -0.5836 0.4397 0.9838 0.9379 0.5873 1.0385 0.5877 1.1325 0.9170 0.0019 2455370.6890 -0.5633 0.4920 0.9834 0.9168 0.5874 1.0454 0.5877 1.1610 0.9005 0.0021 2455384.6640 -0.4564 0.2968 0.9814 0.9143 0.5873 1.0451 0.5877 1.1052 0.9457 0.0022 2455388.6160 -0.6596 0.5029 0.9775 0.8975 0.5874 1.0633 0.5877 1.1089 0.9588 0.0021 2455392.6000 -0.4630 0.3653 0.9823 0.8956 0.5874 1.0544 0.5877 1.1120 0.9482 0.0022 2455395.6030 -0.5507 0.3340 0.9831 0.8987 0.5874 1.0549 0.5877 1.1048 0.9548 0.0018 2455399.5930 -0.6478 0.2833 0.9827 0.9281 0.5874 1.0552 0.5877 1.1099 0.9507 0.0018 2455405.6120 -0.7624 0.3605 0.9766 0.9047 0.5875 1.0565 0.5877 1.1190 0.9442 0.0022 2456814.7610 -0.6888 0.3159 0.9864 0.6725 0.5875 1.1639 0.5878 1.1061 1.0522 0.0026 2457492.7800 -0.6613 0.1842 0.9926 0.6302 0.5875 1.1333 0.5877 1.1147 1.0168 0.0014 416 2457514.7880 -0.7305 0.1742 0.9893 0.9616 0.5875 1.1284 0.5877 1.1345 0.9947 0.0013 2457527.7110 -0.6715 0.1733 0.9888 0.7375 0.5875 1.1204 0.5877 1.1145 1.0052 0.0014 2457584.6110 -0.4865 0.2606 0.9851 0.8155 0.5875 1.1252 0.5877 1.1212 1.0035 0.0021 2457590.6100 -0.3124 0.1724 0.9882 0.8202 0.5875 1.1182 0.5877 1.1057 1.0112 0.0020

Table C.192: δ Sco Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454207.8180 -0.6663 0.3523 1.0085 0.7154 0.4860 1.7380 0.4862 1.3193 2.3116 0.0008 2454220.8050 -0.4452 0.4636 1.0066 0.3946 0.4860 1.6365 0.4863 1.2986 2.1318 0.0010 2454226.7460 -0.6450 0.3199 1.0033 0.4544 0.4861 1.6220 0.4863 1.3110 2.0004 0.0013 2454233.7450 -0.5206 0.4733 1.0063 0.9819 0.4860 1.6030 0.4863 1.3178 1.8971 0.0010 2454239.7740 -0.8648 0.7372 1.0049 0.1606 0.4861 1.6201 0.4863 1.3618 1.7139 0.0014 2454243.6810 -0.7835 1.1304 1.0053 0.9150 0.4861 1.6550 0.4862 1.3775 1.7352 0.0027 2454253.7390 -1.2025 0.8166 0.9985 0.5752 0.4861 1.6766 0.4863 1.4556 1.4850 0.0013 2454261.6410 -0.9551 0.5338 1.0046 1.0016 0.4860 1.7033 0.4863 1.4694 1.4983 0.0012 2454266.6690 -0.8508 0.5077 1.0054 0.9405 0.4861 1.7368 0.4863 1.4904 1.5026 0.0009 2454277.6570 -1.0888 2.4258 0.9993 0.7280 0.4860 1.7525 0.4862 1.6164 1.2208 0.0020 2454282.6100 -0.6240 0.8031 1.0114 0.9952 0.4860 1.6435 0.4862 1.5567 1.1560 0.0011 2454286.6430 -0.6354 0.4779 1.0083 0.9461 0.4860 1.6100 0.4862 1.5308 1.1491 0.0007 2454291.6080 -0.1125 1.8424 1.0258 0.9700 0.4860 1.6373 0.4862 1.4793 1.3295 0.0036 2454295.6100 -0.6422 0.3707 1.0045 1.0152 0.4860 1.5744 0.4862 1.4682 1.2267 0.0008 2454303.6050 -0.7235 0.3348 1.0019 0.9924 0.4860 1.5122 0.4862 1.4646 1.1025 0.0006 Continued on Next Page… Table C.192 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454312.6480 -1.4582 0.7180 0.9991 0.9774 0.4861 1.5721 0.4862 1.5512 1.0378 0.0009 2454330.5850 -1.4028 2.2517 1.0105 0.9094 0.4861 1.6487 0.4862 1.7016 0.9246 0.0024 2454344.5600 -1.1882 0.7750 1.0063 0.9800 0.4860 1.5640 0.4862 1.7136 0.7904 0.0016 2454349.5590 -2.0873 2.3331 0.9668 0.9952 0.4860 1.5810 0.4862 1.7502 0.7744 0.0043 2454355.5300 -1.0809 0.5540 1.0059 0.9898 0.4860 1.4849 0.4862 1.6574 0.7377 0.0013 2454545.8950 -1.0811 0.8813 1.0098 0.2126 0.4861 1.7289 0.4862 1.5077 1.4357 0.0014 2454559.8830 -1.6872 2.4625 0.9944 0.0193 0.4860 1.7685 0.4862 1.4818 1.5952 0.0039 2454566.8240 -1.7240 1.9253 1.0057 0.5555 0.4861 1.7917 0.4862 1.4889 1.6194 0.0034 2454578.8110 -1.5079 0.5114 1.0055 0.3418 0.4861 1.8352 0.4862 1.4474 1.8670 0.0013 2454586.7820 -1.4017 1.3054 1.0091 0.9061 0.4861 1.8899 0.4862 1.4607 1.9317 0.0024 2454591.8170 -2.7046 1.5186 0.9524 0.8487 0.4861 1.9064 0.4862 1.4594 1.9728 0.0021 2454610.7590 -1.3651 0.7770 1.0035 0.9061 0.4861 1.8079 0.4863 1.4652 1.7366 0.0011 2454619.7260 -1.1426 0.8302 1.0050 0.8552 0.4861 1.7065 0.4863 1.4053 1.7432 0.0014 2454626.6790 -0.8377 1.4605 1.0135 0.9103 0.4860 1.6339 0.4862 1.3921 1.6165 0.0023 2454629.7100 -1.1938 0.7712 1.0030 0.7749 0.4861 1.6832 0.4862 1.4081 1.6741 0.0012 2454636.6820 -1.5061 0.8039 1.0045 0.9667 0.4861 1.7471 0.4863 1.4837 1.5446 0.0008 2454642.6580 -1.3381 1.2951 1.0242 0.9698 0.4861 1.7892 0.4862 1.4966 1.5891 0.0025 2454653.6060 -1.5444 0.7081 1.0113 0.9686 0.4861 1.8387 0.4862 1.5187 1.6168 0.0012 2454657.6190 -1.4201 0.9633 1.0094 0.9819 0.4861 1.8053 0.4863 1.5257 1.5318 0.0014 2454663.5900 -1.4835 0.8340 0.9994 1.0279 0.4861 1.7086 0.4862 1.5142 1.3781 0.0010 2454665.6020 -2.4205 3.2563 0.9703 0.9648 0.4861 1.8083 0.4862 1.6214 1.3007 0.0047 2454671.5990 -1.6390 0.7186 0.9952 1.0296 0.4861 1.6863 0.4862 1.5249 1.3075 0.0008 2454678.5860 -1.3938 0.9145 1.0003 0.9930 0.4861 1.6230 0.4862 1.5011 1.2432 0.0016 417 2454692.5780 -1.0886 3.3203 1.0134 0.8990 0.4861 1.6563 0.4862 1.6285 1.0442 0.0058 2454698.5840 -1.8466 0.7178 1.0014 1.0521 0.4861 1.6815 0.4862 1.6012 1.1337 0.0014 2454699.5780 -1.2171 1.4220 1.0210 1.0228 0.4861 1.6505 0.4862 1.5488 1.1854 0.0014 2454883.9400 -0.8616 2.1958 1.0136 0.8349 0.4861 1.3662 0.4862 1.6315 0.5798 0.0019 2454907.8860 -1.4247 1.3382 1.0054 0.0024 0.4860 1.4186 0.4862 1.7614 0.5498 0.0017 2454917.8620 -0.5906 1.5540 1.0201 0.4285 0.4861 1.4278 0.4862 1.7405 0.5776 0.0017 2454925.8660 -0.6363 1.1997 1.0242 0.0000 0.4861 1.3695 0.4862 1.6755 0.5469 0.0012 2454930.8550 -1.1513 0.7106 1.0089 0.9646 0.4861 1.4290 0.4862 1.6626 0.6475 0.0015 2454937.8350 -0.4102 0.8279 1.0253 0.4216 0.4860 1.3648 0.4862 1.6291 0.5798 0.0013 2454938.8730 -1.0554 0.5144 1.0081 0.2945 0.4860 1.3979 0.4862 1.6408 0.6208 0.0006 2454963.7540 -1.0763 1.5632 1.0097 1.1122 0.4860 1.4342 0.4862 1.5538 0.7840 0.0014 2454966.8280 -1.1281 1.0560 1.0163 0.8078 0.4860 1.4867 0.4862 1.6439 0.7558 0.0011 2454972.7860 -1.1603 1.0021 1.0095 0.7617 0.4860 1.4625 0.4862 1.6384 0.7244 0.0012 2454981.6930 -0.8818 0.9374 1.0187 1.0788 0.4860 1.4444 0.4862 1.6045 0.7352 0.0010 2454987.7110 -1.6681 1.5571 0.9802 0.8779 0.4860 1.3963 0.4862 1.5577 0.7105 0.0013 2454997.6740 -0.3353 1.1397 1.0221 1.0813 0.4860 1.4353 0.4862 1.5336 0.8157 0.0009 2455005.6540 -0.6452 0.9099 1.0151 1.0079 0.4860 1.4170 0.4862 1.5860 0.7116 0.0009 2455050.5840 0.0016 1.1717 1.0223 1.0037 0.4860 1.3851 0.4862 1.4109 0.9372 0.0016 2455056.5670 0.1034 2.1940 1.0286 1.0230 0.4860 1.4309 0.4862 1.4527 0.9520 0.0021 2455074.5360 0.0180 0.9107 1.0153 1.0140 0.4860 1.3810 0.4862 1.3819 0.9976 0.0011 2455080.5310 0.1395 1.1102 1.0202 1.0057 0.4860 1.4137 0.4862 1.2893 1.4302 0.0017 2455259.9290 -0.1108 1.3980 1.0149 1.0012 0.4860 1.5543 0.4862 1.2231 2.4851 0.0031 2455273.9020 0.1256 1.0602 1.0177 0.9152 0.4860 1.4392 0.4863 1.2644 1.6609 0.0018 2455296.8370 0.3053 1.0752 1.0162 0.3289 0.4860 1.3627 0.4863 1.2685 1.3508 0.0016 2455298.7950 0.0751 1.2542 1.0186 0.0000 0.4860 1.3566 0.4863 1.2854 1.2494 0.0020 2455303.7930 0.6569 1.5689 1.0271 0.8396 0.4860 1.3481 0.4862 1.2313 1.5050 0.0025 2455325.7890 -0.2614 2.1060 1.0238 0.7068 0.4860 1.3785 0.4862 1.2855 1.3256 0.0028 2455331.7530 -0.5013 1.4264 1.0153 0.0550 0.4860 1.3481 0.4863 1.3308 1.0523 0.0017 Continued on Next Page… Table C.192 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455339.7260 -0.5672 1.8697 1.0196 0.6956 0.4860 1.3957 0.4862 1.3744 1.0568 0.0024 2455345.7210 -0.2704 1.3253 1.0350 0.8138 0.4860 1.3877 0.4862 1.4220 0.9186 0.0019 2455346.7010 -1.4972 1.1857 0.9839 0.9538 0.4860 1.4095 0.4862 1.4432 0.9239 0.0018 2455355.7210 -0.4217 1.1303 1.0233 0.8740 0.4860 1.3697 0.4862 1.4332 0.8532 0.0014 2455367.6660 0.7883 1.5445 1.0418 1.0263 0.4860 1.1871 0.4862 1.2961 0.6317 0.0018 2455370.6890 -0.2146 1.5752 0.9978 0.9332 0.4860 1.2173 0.4862 1.3135 0.6929 0.0021 2455384.6640 0.5453 1.2675 1.0276 0.9425 0.4860 1.2173 0.4862 1.2739 0.7932 0.0019 2455388.6160 0.3889 2.9195 1.0146 0.9368 0.4860 1.2221 0.4862 1.3100 0.7163 0.0030 2455392.6000 0.7301 1.9874 1.0396 0.9424 0.4860 1.1952 0.4862 1.2922 0.6682 0.0030 2455395.6030 0.0721 1.3699 1.0122 0.9602 0.4861 1.2104 0.4862 1.3201 0.6573 0.0015 2455399.5930 -0.1094 1.0563 1.0050 0.9563 0.4860 1.2261 0.4862 1.3313 0.6825 0.0010 2455405.6120 0.2195 1.2111 1.0261 0.9789 0.4860 1.2414 0.4862 1.3373 0.7157 0.0023 2455511.5640 -0.3385 1.8651 1.0045 1.0093 0.4858 0.9944 0.4864 1.3683 NaN NaN 2456778.7270 -1.3786 0.7485 0.9973 0.6839 0.4861 1.8055 0.4862 1.4128 1.9515 0.0025 2456814.7610 -1.5937 1.0089 0.9989 0.2772 0.4861 1.9609 0.4862 1.3806 2.5249 0.0031 2457492.7800 -1.3263 0.4776 1.0038 0.1443 0.4861 1.8226 0.4862 1.4506 1.8257 0.0018 2457514.7880 -1.3034 0.3478 1.0043 0.9306 0.4861 1.8403 0.4862 1.5347 1.5716 0.0006 2457527.7110 -1.0227 0.3041 1.0048 0.9723 0.4861 1.7548 0.4862 1.4369 1.7277 0.0005 2457584.6110 -1.1499 0.6437 0.9934 0.9728 0.4861 1.7635 0.4862 1.4938 1.5463 0.0010 2457590.6100 -1.0340 0.3463 1.0044 0.9533 0.4861 1.7904 0.4862 1.4927 1.6042 0.0005 418 Table C.193: δ Sco Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -29.7880 1.3323 0.9997 2.2947 2.1664 2453738.1450 -16.4210 0.7531 0.9997 1.8385 2.1660 2453982.7220 -18.5801 0.4811 0.9998 1.7549 2.1662 2454151.0770 -19.8639 1.1103 0.9997 1.7938 2.1657 2454179.0200 -12.8008 0.3478 0.9998 1.5229 2.1659 2454219.0020 -19.3130 0.8937 0.9996 1.7812 2.1656 2454298.7380 -12.4664 0.8056 0.9995 1.4928 2.1659 2454299.7810 -12.4696 0.8450 0.9994 1.5138 2.1662 2454352.7240 -15.0395 0.4000 0.9995 1.5572 2.1664 2454842.1340 -10.0192 0.8877 0.9995 1.4267 2.1661 2455050.8490 -18.0822 0.4879 0.9996 1.6805 2.1660 2455079.7020 -15.8461 0.5870 1.0000 1.6012 2.1662 2455412.7740 -4.6752 0.5796 0.9998 1.2281 2.1660 2455441.7320 -6.1411 0.8068 0.9996 1.2686 2.1661 2455587.1540 -5.2431 1.0096 0.9992 1.2462 2.1660 Table C.194: δ Sco Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -8.7494 0.5902 1.0023 1.4856 1.7370 2453738.1450 -5.7017 0.2860 1.0029 1.3098 1.7367 2453982.7220 -6.4866 0.2016 1.0013 1.2854 1.7365 2454151.0770 -7.4821 0.5958 1.0026 1.3247 1.7361 2454179.0200 -6.6696 0.1790 1.0005 1.2645 1.7362 2454219.0020 -6.1144 0.4087 1.0009 1.2824 1.7365 2454298.7380 -5.0031 0.2899 1.0008 1.2353 1.7370 2454299.7810 -4.9765 0.3836 1.0018 1.2327 1.7369 2454352.7240 -8.3293 0.3844 1.0022 1.3305 1.7366 2454842.1340 -6.2438 0.4258 1.0018 1.2457 1.7368 2455050.8490 -5.8536 0.1859 1.0008 1.2671 1.7367 2455079.7020 -5.8543 0.2274 0.9999 1.2466 1.7365 2455412.7740 -3.1049 0.5131 1.0028 1.1443 1.7368 2455441.7320 -3.8884 0.4249 1.0022 1.1822 1.7368 2455587.1540 -4.6809 0.2741 1.0033 1.1983 1.7363

Table C.195: δ Sco Br 11 Measurements 419 Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -7.2207 0.5384 0.9998 1.3928 1.6815 2453738.1450 -4.9894 0.4912 0.9999 1.2492 1.6812 2453982.7220 -5.4603 0.3952 0.9997 1.2298 1.6810 2454151.0770 -5.9223 0.5002 0.9998 1.2713 1.6806 2454179.0200 -6.8740 0.4017 0.9997 1.2480 1.6807 2454219.0020 -6.0645 0.4203 0.9998 1.2720 1.6814 2454298.7380 -5.9064 0.4906 0.9997 1.2453 1.6815 2454299.7810 -4.9054 0.5051 0.9996 1.2221 1.6813 2454352.7240 -8.7154 0.5328 0.9996 1.3331 1.6811 2454842.1340 -7.7668 0.4760 0.9997 1.2926 1.6813 2455050.8490 -5.9310 0.4647 0.9996 1.2445 1.6808 2455079.7020 -5.8710 0.3365 0.9999 1.2265 1.6810 2455412.7740 -3.8714 0.3963 0.9998 1.1713 1.6813 2455441.7320 -4.4902 0.4848 0.9998 1.2070 1.6813 2455587.1540 -4.4477 0.7449 0.9995 1.2019 1.6808

Table C.196: δ Sco Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -5.5396 0.3617 0.9999 1.3072 1.6416 Continued on Next Page… Table C.196 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1450 -4.3315 0.4977 0.9997 1.2108 1.6414 2453982.7220 -4.8123 0.3172 0.9998 1.2028 1.6411 2454151.0770 -5.8929 0.6585 0.9994 1.2528 1.6408 2454179.0200 -5.8130 0.3720 0.9998 1.2076 1.6409 2454219.0020 -4.7228 0.4006 0.9998 1.2275 1.6411 2454298.7380 -4.9024 0.4485 0.9995 1.2087 1.6413 2454299.7810 -5.5502 0.4406 0.9997 1.2184 1.6415 2454352.7240 -8.7149 0.5195 0.9999 1.3167 1.6417 2454842.1340 -7.4768 0.5306 0.9996 1.2783 1.6411 2455050.8490 -4.9671 0.3889 0.9997 1.2126 1.6410 2455079.7020 -5.4976 0.3310 0.9999 1.1988 1.6411 2455412.7740 -4.5478 0.4497 0.9998 1.1731 1.6414 2455441.7320 -4.8166 0.5404 0.9999 1.2010 1.6411 2455587.1540 -3.8099 0.6342 0.9994 1.1896 1.6409

Table C.197: δ Sco Br 13 Measurements

Central Central σ

420 HJD EqW (EqW) Continuum Height Position 2453639.7470 -5.2194 0.2241 0.9990 1.2710 1.6118 2453738.1450 -4.9289 0.2957 0.9988 1.2036 1.6115 2453982.7220 -5.8605 0.2423 0.9997 1.2056 1.6113 2454151.0770 -5.1546 0.2839 0.9994 1.2090 1.6110 2454179.0200 -6.3879 0.1908 0.9992 1.2168 1.6111 2454219.0020 -4.4231 0.3209 0.9986 1.1982 1.6113 2454298.7380 -4.1612 0.2790 0.9995 1.2047 1.6115 2454299.7810 -4.0050 0.1798 0.9998 1.1935 1.6117 2454352.7240 -6.6410 0.2784 0.9999 1.2733 1.6119 2454842.1340 -5.8257 0.2224 0.9997 1.2569 1.6113 2455050.8490 -3.5205 0.2874 0.9996 1.1854 1.6112 2455079.7020 -4.5290 0.3469 0.9999 1.1726 1.6114 2455412.7740 -4.9871 0.3589 0.9998 1.1868 1.6116 2455441.7320 -3.6006 0.4548 0.9998 1.1908 1.6113 2455587.1540 -6.1588 0.1964 0.9969 1.2404 1.6111

Table C.198: δ Sco Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -5.2194 0.2241 0.9990 1.2710 1.6118 2453738.1450 -4.9289 0.2957 0.9988 1.2036 1.6115 2453982.7220 -5.8605 0.2423 0.9997 1.2056 1.6113 Continued on Next Page… Table C.198 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454151.0770 -5.1546 0.2839 0.9994 1.2090 1.6110 2454179.0200 -6.3879 0.1908 0.9992 1.2168 1.6111 2454219.0020 -4.4231 0.3209 0.9986 1.1982 1.6113 2454298.7380 -4.1612 0.2790 0.9995 1.2047 1.6115 2454299.7810 -4.0050 0.1798 0.9998 1.1935 1.6117 2454352.7240 -6.6410 0.2784 0.9999 1.2733 1.6119 2454842.1340 -5.8257 0.2224 0.9997 1.2569 1.6113 2455050.8490 -3.5205 0.2874 0.9996 1.1854 1.6112 2455079.7020 -4.5290 0.3469 0.9999 1.1726 1.6114 2455412.7740 -4.9871 0.3589 0.9998 1.1868 1.6116 2455441.7320 -3.6006 0.4548 0.9998 1.1908 1.6113 2455587.1540 -6.1588 0.1964 0.9969 1.2404 1.6111

Table C.199: δ Sco Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -3.7794 0.9589 1.0007 1.2088 1.5707

421 2453738.1450 -3.2809 0.6112 1.0002 1.1498 1.5704 2453982.7220 -2.9155 0.0836 1.0001 1.1235 1.5702 2454151.0770 -4.4598 0.1328 1.0000 1.1682 1.5702 2454179.0200 -4.1600 0.5647 1.0003 1.1494 1.5704 2454219.0020 -2.5911 0.7334 1.0002 1.1209 1.5702 2454298.7380 -3.8011 0.6565 1.0002 1.1512 1.5708 2454299.7810 -3.5914 0.5534 1.0002 1.1503 1.5710 2454352.7240 -6.0970 0.6451 1.0002 1.2358 1.5708 2454842.1340 -5.4042 0.4641 1.0002 1.2204 1.5706 2455050.8490 -2.6321 0.7587 1.0001 1.1180 1.5700 2455079.7020 -3.0764 0.6314 1.0003 1.1175 1.5702 2455412.7740 -3.3000 0.3962 0.9999 1.1473 1.5709 2455441.7320 -4.1438 0.6264 1.0001 1.1783 1.5706 2455587.1540 -4.2140 0.8778 1.0003 1.1945 1.5700

Table C.200: δ Sco Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -3.2159 0.3079 0.9988 1.1799 1.5562 2453738.1450 -2.8690 0.1849 0.9982 1.1256 1.5559 2453982.7220 -3.0698 0.3604 0.9993 1.1148 1.5561 2454151.0770 -3.9530 0.3577 0.9999 1.1545 1.5557 2454179.0200 -4.2143 0.1920 0.9992 1.1533 1.5558 Continued on Next Page… Table C.200 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454219.0020 -2.8961 0.3021 0.9992 1.1282 1.5565 2454298.7380 -4.0820 0.1371 0.9988 1.1552 1.5563 2454299.7810 -3.9894 0.4969 0.9999 1.1611 1.5565 2454352.7240 -6.3306 0.9745 0.9986 1.2356 1.5563 2454842.1340 -6.1165 0.4000 1.0004 1.2407 1.5564 2455050.8490 -2.8513 0.3509 0.9988 1.1186 1.5559 2455079.7020 -3.0299 0.2668 0.9993 1.1184 1.5561 2455412.7740 -3.6690 0.4000 1.0003 1.1665 1.5564 2455441.7320 -4.7393 0.5415 1.0007 1.2070 1.5565 2455587.1540 -4.6903 0.3693 0.9976 1.2106 1.5559

Table C.201: δ Sco Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -2.6507 0.6344 1.0011 1.1528 1.5445 2453738.1450 -2.5486 0.3314 1.0008 1.1091 1.5446 2453982.7220 -2.1555 0.2115 1.0005 1.0903 1.5444

422 2454151.0770 -2.9759 0.0913 1.0006 1.1177 1.5440 2454179.0200 -3.3449 0.3140 1.0009 1.1199 1.5445 2454219.0020 -2.1129 0.3837 1.0006 1.1000 1.5444 2454298.7380 -3.0212 0.3741 1.0005 1.1264 1.5446 2454299.7810 -3.0923 0.4913 1.0008 1.1290 1.5444 2454352.7240 -4.6910 0.7763 1.0011 1.1829 1.5446 2454842.1340 -5.0106 0.4686 1.0005 1.2091 1.5443 2455050.8490 -2.0984 0.1973 1.0006 1.0962 1.5442 2455079.7020 -2.4039 0.1843 1.0002 1.0938 1.5440 2455412.7740 -3.3036 0.6077 1.0001 1.1429 1.5443 2455441.7320 -3.9754 0.3577 1.0001 1.1802 1.5444 2455587.1540 -4.2141 0.0307 1.0001 1.1900 1.5442

Table C.202: δ Sco Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -2.4526 0.2243 0.9985 1.1351 1.5348 2453738.1450 -2.0383 0.4000 0.9991 1.0889 1.5345 2453982.7220 -1.8110 0.0933 0.9995 1.0749 1.5347 2454151.0770 -2.2600 0.3941 0.9995 1.0944 1.5343 2454179.0200 -2.3667 0.4000 0.9980 1.0905 1.5349 2454219.0020 -1.7926 0.3777 0.9990 1.0844 1.5347 2454298.7380 -2.7987 0.4000 0.9994 1.1090 1.5349 Continued on Next Page… Table C.202 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.7810 -2.7423 0.4000 0.9991 1.1114 1.5347 2454352.7240 -3.4634 0.4000 0.9982 1.1433 1.5345 2454842.1340 -4.0289 0.3492 0.9995 1.1819 1.5346 2455050.8490 -1.5753 0.4000 0.9986 1.0823 1.5345 2455079.7020 -1.8862 0.1163 0.9995 1.0731 1.5343 2455412.7740 -2.9688 0.4000 1.0002 1.1347 1.5346 2455441.7320 -3.6589 1.0288 0.9998 1.1685 1.5347 2455587.1540 -3.7030 0.4000 1.0004 1.1804 1.5345

Table C.203: δ Sco Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -1.0739 0.4000 1.0040 1.0904 1.5267 2453738.1450 -1.5907 0.4000 1.0011 1.0754 1.5264 2453982.7220 -1.2956 0.4000 1.0013 1.0594 1.5262 2454151.0770 -1.4878 0.4000 1.0003 1.0734 1.5262 2454179.0200 -1.8149 0.4000 1.0033 1.0792 1.5264

423 2454219.0020 -1.3735 0.4000 1.0011 1.0719 1.5266 2454298.7380 -1.8626 0.4000 1.0013 1.0803 1.5268 2454299.7810 -2.0317 0.4000 1.0008 1.0932 1.5266 2454352.7240 -2.5903 0.4000 1.0054 1.1158 1.5264 2454842.1340 -3.2637 0.4000 1.0003 1.1522 1.5266 2455050.8490 -1.3795 0.4000 1.0031 1.0693 1.5264 2455079.7020 -1.3463 0.4000 1.0008 1.0597 1.5263 2455412.7740 -2.5265 0.4000 1.0010 1.1195 1.5265 2455441.7320 -3.1093 0.4000 1.0007 1.1464 1.5266 2455587.1540 -3.3216 0.4000 0.9999 1.1606 1.5264

Table C.204: δ Sco Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -1.7905 0.4000 1.0003 1.1003 1.5199 2453738.1450 -1.4406 0.4000 1.0003 1.0662 1.5196 2453982.7220 -1.1344 0.4000 0.9992 1.0512 1.5198 2454151.0770 -1.4532 0.4000 1.0002 1.0684 1.5198 2454179.0200 -1.5814 0.4000 0.9998 1.0663 1.5195 2454219.0020 -1.2267 0.4000 0.9990 1.0608 1.5193 2454298.7380 -1.6713 0.4000 0.9998 1.0724 1.5195 2454299.7810 -1.7318 0.4000 1.0003 1.0714 1.5197 2454352.7240 -2.4948 0.4000 0.9975 1.1049 1.5199 Continued on Next Page… Table C.204 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454842.1340 -2.7538 0.4000 1.0004 1.1262 1.5197 2455050.8490 -1.2201 0.4000 0.9984 1.0553 1.5196 2455079.7020 -1.2304 0.4000 0.9989 1.0508 1.5194 2455412.7740 -2.2754 0.4000 0.9995 1.1015 1.5200 2455441.7320 -2.7429 0.4000 0.9984 1.1244 1.5197 2455587.1540 -2.7797 0.4000 0.9989 1.1344 1.5195

Table C.205: δ Sco HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -35.2918 2.9576 1.0040 2.6951 2.0589 2453738.1450 -20.2928 0.9628 1.0010 2.0564 2.0585 2453982.7220 -19.3107 0.6378 1.0004 1.8861 2.0587 2454151.0770 -19.3874 3.9305 0.9985 1.8720 2.0582 2454179.0200 -13.6363 0.5195 1.0000 1.6198 2.0584 2454219.0020 -20.6022 0.5626 0.9999 1.9397 2.0587 2454298.7380 -14.5806 0.8428 1.0007 1.6831 2.0589

424 2454299.7810 -13.7047 0.4234 1.0001 1.6479 2.0587 2454352.7240 -16.1370 1.3084 1.0019 1.7085 2.0589 2454842.1340 -8.9141 2.2834 0.9982 1.5573 2.0586 2455050.8490 -19.3007 0.8165 1.0006 1.8863 2.0585 2455079.7020 -15.3771 0.4201 1.0004 1.6999 2.0587 2455412.7740 -6.6351 0.3373 0.9999 1.3344 2.0591 2455441.7320 -6.4425 0.4307 1.0000 1.3172 2.0587 2455587.1540 -6.0353 0.5266 1.0002 1.2928 2.0585

Table C.206: δ Sco HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -23.5508 0.6124 1.0001 3.4176 1.0834 2453738.1450 -14.8435 0.2021 0.9999 2.6240 1.0832 2453982.7220 -14.8010 0.2622 0.9999 2.3641 1.0833 2454151.0770 -15.3145 0.2104 0.9999 2.4239 1.0831 2454179.0200 -11.7638 0.4000 0.9998 2.0845 1.0831 2454219.0020 -15.2559 0.1883 0.9999 2.3587 1.0833 2454298.7380 -10.9753 0.3973 0.9999 2.0376 1.0834 2454299.7810 -10.4352 0.3602 0.9998 2.0120 1.0833 2454352.7240 -13.2843 0.5511 1.0001 2.2216 1.0834 2454842.1340 -11.3667 0.4270 0.9998 2.1019 1.0832 2455050.8490 -14.4314 0.3640 0.9999 2.2883 1.0832 Continued on Next Page… Table C.206 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455079.7020 -12.3950 0.2240 1.0000 2.1001 1.0833 2455412.7740 -5.9972 0.3293 0.9998 1.5547 1.0835 2455441.7320 -5.9433 0.3129 0.9998 1.5300 1.0835 2455587.1540 -5.8005 0.6998 0.9996 1.5311 1.0832

Table C.207: δ Sco HeI λ1.7µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -5.3155 0.1032 1.0000 1.3173 1.7012 2453738.1450 -2.2878 0.3921 0.9991 1.1640 1.7009 2453982.7220 -2.5591 0.0171 0.9994 1.1434 1.7003 2454151.0770 -3.4825 0.2581 0.9989 1.1848 1.7003 2454179.0200 -1.9300 0.2363 0.9994 1.1117 1.7000 2454219.0020 -3.6688 0.1621 0.9995 1.1808 1.7011 2454298.7380 -1.7216 0.1121 0.9995 1.1277 1.7012 2454299.7810 -1.7078 0.1087 0.9990 1.1163 1.7011 2454352.7240 -2.5148 0.1718 0.9988 1.1586 1.7012

425 2454842.1340 -1.5001 0.2541 0.9992 1.0946 1.7010 2455050.8490 -2.7673 0.1826 0.9994 1.1610 1.7005 2455079.7020 -1.9600 0.1696 0.9998 1.1191 1.7003 2455412.7740 -0.3799 0.2036 0.9993 1.0344 1.7014 2455441.7320 -0.3437 0.1841 0.9995 1.0306 1.7014 2455587.1540 -0.2264 0.1973 0.9993 1.0248 1.7001

Table C.208: δ Sco Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.7470 -20.7658 1.4358 1.0000 2.7649 1.2823 2453738.1450 -11.4001 0.5919 1.0002 2.1993 1.2820 2453982.7220 -10.3554 0.6659 0.9994 1.9419 1.2822 2454151.0770 -10.1722 1.9385 1.0011 1.9053 1.2819 2454179.0200 -7.8463 0.7113 0.9994 1.6719 1.2820 2454219.0020 -10.0692 0.5730 0.9998 1.8403 1.2822 2454298.7380 -6.5482 0.4988 1.0002 1.6375 1.2823 2454299.7810 -6.1535 0.5176 1.0005 1.6341 1.2822 2454352.7240 -9.9300 0.5599 0.9997 1.7570 1.2823 2454842.1340 -8.5998 1.7401 1.0000 1.7353 1.2821 2455050.8490 -9.5672 0.5960 0.9999 1.8127 1.2823 2455079.7020 -7.9409 0.3882 0.9998 1.6795 1.2822 2455412.7740 -1.7903 0.5126 0.9998 1.2801 1.2824 Continued on Next Page… Table C.208 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455441.7320 -2.3724 0.7496 1.0000 1.3063 1.2821 2455587.1540 -2.5512 0.7022 1.0018 1.3346 1.2820 426 C.12 Cap

Table C.209: Cap Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453623.7000 -3.0745 1.4722 0.9670 0.4875 0.6559 1.4004 0.6567 1.3616 1.1075 0.0012 2453649.6000 -3.2804 1.4602 0.9866 0.5383 0.6558 1.4433 0.6566 1.4456 0.9948 0.0012 2453673.6000 -3.8419 1.3702 0.9775 0.6143 0.6558 1.4351 0.6566 1.4837 0.8994 0.0009 2454288.8000 -4.2851 0.7818 0.9692 0.6031 0.6559 1.4169 0.6567 1.4476 0.9314 0.0045 2454344.7000 -4.7979 0.6768 0.9670 0.5743 0.6559 1.4949 0.6566 1.4847 1.0210 0.0053 2454379.6000 -4.4704 2.0524 0.9646 0.4616 0.6559 1.5826 0.6567 1.5267 1.1061 0.0192 2454408.5000 -5.0778 2.1437 0.9815 0.4899 0.6559 1.6010 0.6566 1.6120 0.9820 0.0139 2454657.9000 -5.4477 1.0126 0.9661 0.5302 0.6560 1.6573 0.6566 1.6101 1.0772 0.0101 2454674.8000 -5.6084 1.1764 0.9671 0.5596 0.6559 1.6052 0.6566 1.5996 1.0093 0.0055 2455056.8000 -5.5131 1.1798 0.9654 0.5305 0.6559 1.6377 0.6566 1.6306 1.0112 0.0016 2455079.7000 -5.8479 1.4133 0.9704 0.6066 0.6559 1.6431 0.6566 1.6452 0.9968 0.0017 2455092.6000 -5.4641 0.8994 0.9701 0.6637 0.6559 1.6330 0.6566 1.6232 1.0158 0.0010 2455124.6000 -5.3497 1.3657 0.9598 0.5082 0.6560 1.6323 0.6566 1.5836 1.0835 0.0018 2455477.6000 -3.9957 1.5352 0.9773 0.5402 0.6559 1.5388 0.6566 1.5236 1.0290 0.0016 427

Table C.210: CapHeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2453623.7000 0.8094 0.5088 0.9662 1.0403 2453649.6000 0.4984 0.5506 0.9543 1.0191 2453673.6000 0.7541 0.2964 0.9809 0.9870 2454288.8000 0.7852 0.5702 0.9637 0.2918 2454344.7000 0.5137 0.2882 0.9811 0.7961 2454379.6000 0.3017 0.8316 0.9576 0.9634 2454408.5000 0.7613 0.7418 0.9728 1.0091 2454657.9000 0.6569 0.3718 0.9749 0.8679 2454674.8000 0.6014 0.5575 0.9748 0.6481 2455056.8000 0.4435 0.5776 0.9615 0.5373 2455079.7000 0.5577 0.8161 0.9625 0.2716 2455092.6000 0.5507 0.4931 0.9668 0.9438 2455124.6000 0.4467 0.4392 0.9625 1.0071 2455477.6000 0.5414 1.3045 0.9482 0.9316 Table C.211: CapHβ Measurements

Central HJD EqW σ(EqW) Continuum Height 2454288.8000 2.2562 0.5714 0.9993 0.1691 2454344.7000 2.7914 1.1113 0.9929 0.7612 2454379.6000 1.9315 3.0672 0.9684 1.4686 2454408.5000 3.4056 2.5214 1.0167 0.8213 2454657.9000 2.0799 1.8151 0.9854 0.5494 2454674.8000 2.3797 2.4449 1.0053 0.6968 2455056.8000 2.6921 1.5470 1.0142 0.9971 2455079.7000 2.4152 2.6891 1.0086 1.2895 2455092.6000 3.0937 1.3011 1.0078 0.9348 2455124.6000 1.9403 1.6938 0.9681 0.9640 2455477.6000 1.7861 3.6604 0.9874 1.2734

Table C.212: Cap Na II λ5889Å Measurements

HJD EqW σ(EqW) Continuum 2453623.7000 0.3061 0.4315 0.9662 428 2453649.6000 0.1801 0.4619 0.9543 2453673.6000 0.5587 0.2455 0.9809 2454288.8000 0.3478 0.4810 0.9637 2454344.7000 0.3545 0.2387 0.9811 2454379.6000 0.2879 0.6829 0.9576 2454408.5000 0.4333 0.6204 0.9728 2454657.9000 0.2758 0.3125 0.9749 2454674.8000 0.2027 0.4696 0.9748 2455056.8000 0.0782 0.4861 0.9615 2455079.7000 0.2344 0.6837 0.9625 2455092.6000 0.1451 0.4157 0.9668 2455124.6000 -0.0189 0.3722 0.9625 2455477.6000 -0.1635 1.1241 0.9482

Table C.213: Cap Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0300 3.2766 0.8547 0.9996 0.8616 2.1658 2454382.7420 2.6717 0.8365 0.9996 0.8638 2.1662 2455051.0080 1.1509 0.7280 0.9995 0.9042 2.1663 2455079.8550 1.2328 0.7436 0.9996 0.8978 2.1662 2455103.8050 1.7156 0.7280 0.9996 0.8916 2.1660 Continued on Next Page… Table C.213 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.214: Cap Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0300 2.6206 0.4104 1.0028 0.8277 1.7366 2454382.7420 2.7703 0.2588 1.0013 0.8135 1.7369 2455051.0080 2.5642 0.2156 1.0011 0.8231 1.7365 2455079.8550 2.1036 0.2454 1.0005 0.8330 1.7365 2455103.8050 2.8673 0.2342 1.0006 0.8022 1.7367

Table C.215: Cap Br 11 Measurements

Central Central 429 HJD EqW σ(EqW) Continuum Height Position 2454299.0300 2.7157 0.2846 1.0000 0.8374 1.6811 2454382.7420 2.0949 0.2538 0.9999 0.8375 1.6814 2455051.0080 2.0373 0.2836 0.9997 0.8294 1.6810 2455079.8550 1.9980 0.2453 0.9999 0.8291 1.6810 2455103.8050 2.1745 0.3094 0.9998 0.8123 1.6812

Table C.216: Cap Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0300 2.3766 0.1899 1.0000 0.8520 1.6409 2454382.7420 2.0241 0.1946 1.0000 0.8463 1.6411 2455051.0080 1.7292 0.2284 1.0000 0.8376 1.6412 2455079.8550 2.0378 0.1574 1.0000 0.8333 1.6412 2455103.8050 1.9280 0.2399 1.0000 0.8321 1.6413 Table C.217: Cap Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0300 1.4189 0.1809 1.0002 ························ 2454382.7420 0.8270 0.1011 1.0000 1.6115 -0.0008 -0.0002 1.6115 0.0005 -0.0003 0.8859 0.2723 2455051.0080 -0.0190 0.0400 0.9993 1.6101 0.0003 0.0000 1.6125 0.0003 0.0000 0.9787 0.0427 2455079.8550 0.9022 0.1761 0.9997 1.6101 0.0003 0.0000 1.6126 0.0003 0.0000 1.1474 0.1186 2455103.8050 0.1863 0.2114 0.9999 1.6102 0.0003 0.0000 1.6124 0.0005 0.0001 1.0992 0.1409

Table C.218: Cap Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0300 0.9225 0.1422 1.0001 0.8789 1.5885 2454382.7420 0.9166 0.2641 1.0002 0.8788 1.5888 2455051.0080 1.1574 0.2979 0.9998 0.8712 1.5884 2455079.8550 0.8729 0.2457 1.0001 0.8723 1.5884 2455103.8050 1.3016 0.2850 1.0000 0.8555 1.5886 430

Table C.219: Cap Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0300 0.8475 0.1598 0.9999 0.8784 1.5703 2454382.7420 1.3462 0.0927 1.0000 0.8527 1.5706 2455051.0080 0.8547 0.2285 0.9999 0.8799 1.5703 2455079.8550 1.2707 0.2982 0.9999 0.8698 1.5707 2455103.8050 1.3516 0.1545 1.0000 0.8560 1.5704

Table C.220: Cap Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0300 0.9139 0.1044 1.0005 ························ 2454382.7420 0.7113 0.1240 1.0004 1.5550 0.0003 0.00002 1.5574 0.0003 0.00002 0.9240 0.0434 2455051.0080 0.3257 0.2449 1.0000 1.5548 0.0003 0.00003 1.5572 0.0003 0.00003 0.9002 0.0363 2455079.8550 0.5875 0.1515 1.0000 1.5548 0.0002 0.00002 1.5572 0.0003 0.00003 0.9643 0.0795 2455103.8050 0.6165 0.3086 1.0008 1.5550 0.0003 0.00003 1.5573 0.0003 0.00003 0.8848 0.0603 Continued on Next Page… Table C.220 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.221: Cap Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0300 0.5684 0.1588 0.9996 ························ 2454382.7420 0.2080 0.1079 0.9999 1.5444 0.0009 0.0002 1.5444 0.0005 -0.0003 1.1233 0.1198 2455051.0080 0.1054 0.1870 0.9997 1.5443 0.0005 -0.0003 1.5443 0.0009 0.0003 1.1036 0.1544 2455079.8550 0.0809 0.1482 1.0002 1.5443 0.0008 0.0003 1.5443 0.0005 -0.0003 1.1873 0.2959 2455103.8050 0.2597 0.0131 0.9997 1.5443 0.0008 0.0003 1.5444 0.0005 -0.0003 1.1189 0.3046

Table C.222: Cap Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak 431 HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0300 0.8587 0.4000 1.0006 1.5345 0.0004 -0.0002 1.5343 0.0011 0.0001 1.6522 0.4854 2454382.7420 0.3236 0.0655 1.0005 1.5335 0.0005 0.0000 1.5360 0.0003 0.0000 0.9756 0.0407 2455051.0080 -0.1229 0.1564 1.0005 1.5334 0.0003 0.0000 1.5358 0.0003 0.0000 0.9877 0.0365 2455079.8550 -0.0268 0.1796 1.0005 1.5334 0.0003 0.0000 1.5357 0.0005 0.0001 1.0632 0.1010 2455103.8050 0.0560 0.4000 1.0009 1.5336 0.0005 0.0001 1.5359 0.0003 0.0000 1.0699 0.1162

Table C.223: Cap Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0300 0.7407 0.4000 0.9987 1.5265 0.0010 0.0001 1.5264 0.0005 -0.0002 0.6398 0.1664 2454382.7420 0.0408 0.4000 0.9996 1.5254 0.0003 0.0000 1.5279 0.0003 0.0000 1.0311 0.0333 2455051.0080 -0.1949 0.4000 1.0008 1.5252 0.0003 0.0000 1.5277 0.0003 0.0000 0.9754 0.0351 2455079.8550 -0.3026 0.4000 0.9998 1.5253 0.0003 0.0000 1.5276 0.0003 0.0000 1.0051 0.0492 2455103.8050 -0.1472 0.4000 0.9991 1.5265 0.0009 0.0002 1.5265 0.0005 -0.0002 1.0232 0.1149 Table C.224: Cap Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0300 0.5664 0.1080 1.0003 1.5182 0.0002 0.00001 1.5208 0.0003 0.00001 1.0721 0.1449 2454382.7420 0.0661 0.4000 1.0000 1.5185 0.0004 0.00003 1.5210 0.0003 0.00003 0.9394 0.0340 2455051.0080 -0.1479 0.4000 0.9993 1.5184 0.0003 0.00003 1.5208 0.0004 0.00004 1.2620 0.0494 2455079.8550 -0.0861 0.4000 1.0003 1.5184 0.0003 0.00003 1.5208 0.0003 0.00003 1.0784 0.0613 2455103.8050 0.0357 0.4000 1.0004 1.5186 0.0004 0.00004 1.5208 0.0005 0.00004 1.2236 0.1123

Table C.225: Cap HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0300 2.0722 0.8817 0.9995 2.0565 0.0004 0.0000 2.0604 0.0004 0.0000 0.7649 0.2213 2454382.7420 0.8666 0.5497 0.9997 2.0573 0.0006 0.0001 2.0605 0.0004 0.0000 0.8897 0.0576 2455051.0080 -1.1656 1.0182 1.0008 2.0568 0.0007 0.0001 2.0604 0.0006 0.0001 1.4023 0.0440 2455079.8550 -0.1461 0.6206 1.0000 2.0570 0.0006 0.0001 2.0603 0.0005 0.0001 1.2354 0.0655 2455103.8050 -0.4903 1.5897 1.0001 2.0571 0.0005 0.0001 2.0604 0.0006 0.0001 1.3498 0.0669 432

Table C.226: Cap HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0300 1.7212 0.2024 1.0000 1.0832 0.0009 0.0002 1.0832 0.0003 -0.0003 0.9763 0.0407 2454382.7420 1.1122 0.1543 0.9999 1.0834 0.0008 0.0003 1.0834 0.0003 -0.0004 1.0700 0.0282 2455051.0080 0.8380 0.2881 0.9993 1.0833 0.0008 0.0003 1.0833 0.0003 -0.0004 1.0157 0.0241 2455079.8550 0.9401 0.2089 0.9999 1.0833 0.0008 0.0003 1.0833 0.0003 -0.0004 0.9674 0.0394 2455103.8050 0.7570 0.2357 0.9997 1.0833 0.0008 0.0003 1.0833 0.0003 -0.0004 1.0106 0.0350

Table C.227: Cap Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.0300 3.9502 0.4995 1.0001 0.8143 1.2820 2454382.7420 3.0898 0.4090 1.0002 0.8135 1.2822 2455051.0080 2.7671 0.6541 1.0004 0.8430 1.2822 2455079.8550 2.5196 0.4044 1.0000 0.8501 1.2822 2455103.8050 3.1607 0.4884 1.0000 0.8547 1.2823 Continued on Next Page… Table C.227 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 433 C.13 EW Lac

Table C.228: EW Lac Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452128.7830 -21.4352 2.3645 0.9866 0.7384 0.6560 3.6319 0.6565 3.2979 1.1454 0.0007 2452150.7430 -18.4774 1.3030 0.9967 0.6478 0.6560 3.2880 0.6565 3.1757 1.0516 0.0004 2452163.6800 -19.2237 1.1068 0.9913 0.6422 0.6560 3.2875 0.6565 3.2874 1.0000 0.0008 2452200.6660 -18.7327 0.9312 0.9923 0.6163 0.6560 3.2928 0.6565 3.1604 1.0613 0.0003 2452211.6790 -20.4566 1.1724 0.9833 0.6204 0.6560 3.4776 0.6565 3.3132 1.0711 0.0005 2452219.6000 -18.8854 1.1370 0.9945 0.5964 0.6560 3.2442 0.6565 3.2938 0.9784 0.0003 2453635.7330 -24.2081 1.5903 0.9929 1.6151 0.6560 3.1905 0.6565 3.8925 0.7573 0.0004 2453658.7000 -24.6934 2.8515 0.9848 1.6978 0.6560 3.1648 0.6565 3.8704 0.7542 0.0004 2453686.6530 -24.9804 1.7648 0.9898 1.7165 0.6560 3.3296 0.6565 3.8672 0.8125 0.0003 2454312.8470 -29.7024 1.0925 1.0333 3.4108 0.6559 4.2094 0.6564 4.1374 1.0230 0.0006 2454346.8280 -30.3196 1.2580 1.0259 3.3454 0.6560 4.4766 0.6564 4.0399 1.1437 0.0006 2454379.7340 -29.3436 0.9026 1.0040 3.1599 0.6560 4.5420 0.6564 3.7531 1.2865 0.0008 2454407.6360 -30.2110 1.0472 1.0230 3.2104 0.6560 4.9029 0.6564 3.8418 1.3734 0.0004 2454696.8410 -28.1512 2.8255 1.0137 1.7970 0.6560 6.0575 0.6565 3.2882 2.2103 0.0012 2454698.7950 -28.6519 1.4644 1.0386 1.7879 0.6560 6.1498 0.6565 3.4109 2.1361 0.0006 2454712.8200 -28.6836 1.5473 1.0247 1.7392 0.6560 6.2199 0.6565 3.3915 2.1827 0.0012 2454719.7870 -27.8845 2.0212 1.0336 1.5990 0.6560 5.8536 0.6565 3.3067 2.1041 0.0007 434 2454726.7650 -27.8547 1.7404 1.0211 1.6264 0.6560 5.7858 0.6565 3.2696 2.1086 0.0007 2454750.7340 -27.8879 1.1601 1.0161 1.6314 0.6560 6.0090 0.6565 3.3237 2.1556 0.0008 2454763.5900 -27.3939 1.4791 1.0274 1.5191 0.6560 5.9359 0.6565 3.3280 2.1203 0.0007 2455068.8110 -25.3175 1.1961 1.0209 0.7136 0.6560 4.6653 0.6565 4.0014 1.2212 0.0007 2455079.8160 -26.1919 2.2936 1.0349 0.7308 0.6560 4.7969 0.6565 4.2669 1.1622 0.0005 2455094.6440 -26.5328 1.2043 1.0047 0.7399 0.6560 4.5553 0.6565 4.2244 1.1026 0.0005 2455105.7190 -26.6071 2.0482 0.9984 0.6925 0.6560 4.5721 0.6565 4.2759 1.0904 0.0006 2455137.6640 -26.3933 2.5263 0.9901 0.7880 0.6560 4.4302 0.6565 4.2313 1.0615 0.0009 2455177.5330 -27.9091 5.9060 1.0156 0.7318 0.6560 4.5222 0.6565 4.4871 1.0101 0.0008 2455434.7430 -24.6936 3.6623 0.9971 0.8615 0.6560 3.6638 0.6565 4.5240 0.7559 0.0013 2455470.6840 -25.4172 1.5167 1.0022 0.9987 0.6560 3.5762 0.6565 4.6322 0.7093 0.0006 2455497.5310 -25.0040 0.6818 1.0186 1.0768 0.6560 3.5519 0.6565 4.6395 0.7012 0.0004 2455512.5400 -25.1110 1.0041 1.0181 1.0140 0.6560 3.6873 0.6565 4.7684 0.7131 0.0327 2456956.5930 -15.8363 0.6633 0.9954 1.0887 0.6560 3.2735 0.6565 3.2828 0.9959 0.0002 2457267.8180 -8.8682 3.3477 0.9821 0.9281 0.6560 2.4671 0.6565 2.4774 0.9930 0.0010

Table C.229: EW Lac HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2452128.7830 0.7702 0.6317 0.9717 1.0314 2452150.7430 0.7748 0.4252 0.9849 1.0106 2452163.6800 0.7775 0.3771 0.9840 1.0301 2452200.6660 0.9452 0.2945 0.9920 0.9904 Continued on Next Page… Table C.229 – Continued Central HJD EqW σ(EqW) Continuum Height 2452211.6790 0.8846 0.5268 0.9836 1.0232 2452219.6000 0.6801 0.3669 0.9894 1.0148 2453635.7330 0.6736 0.4478 0.9818 1.0049 2453658.7000 1.0671 0.3554 0.9880 1.0055 2453686.6530 0.6028 0.3732 0.9835 1.0278 2454312.8470 0.7856 0.2510 0.9873 0.4400 2454346.8280 1.1705 0.2486 0.9902 0.7808 2454379.7340 1.0030 0.2506 0.9840 0.3600 2454407.6360 0.9513 0.3014 0.9904 1.0069 2454696.8410 -0.4405 0.9497 0.9826 0.3460 2454698.7950 0.8233 0.3727 0.9896 0.8555 2454712.8200 0.5794 0.6308 0.9840 0.7625 2454719.7870 0.6247 0.5409 0.9795 0.6751 2454726.7650 0.7479 0.3953 0.9882 0.9926 2454750.7340 0.8390 0.3495 0.9912 0.9792 2454763.5900 0.7855 0.5374 0.9906 0.6819 2455068.8110 0.6576 0.8771 0.9828 0.9084 2455079.8160 0.7841 0.6242 0.9800 0.0000 2455094.6440 0.6474 0.5551 0.9888 1.0073 2455105.7190 0.3294 0.9204 0.9770 0.9993 2455137.6640 0.6845 0.7552 0.9791 0.9602 2455177.5330 0.9008 1.4424 0.9899 0.9976 2455434.7430 0.3937 1.2945 0.9627 0.9518 435 2455470.6840 0.8676 0.6920 0.9868 0.9522 2455497.5310 0.7430 0.2294 0.9940 1.0034 2455512.5400 0.6268 0.2981 0.9836 1.0020 2456956.5930 0.5935 0.2734 0.9948 1.4141 2457267.8180 0.7497 1.2541 0.9864 0.0000

Table C.230: EW Lac Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454312.8470 1.5711 0.9947 0.9980 0.3053 0.4859 1.5863 0.4864 1.0345 ······ 2454346.8280 1.5169 0.8067 0.9932 0.3846 0.4859 1.5883 0.4864 0.9923 ······ 2454379.7340 1.7611 1.1590 1.0043 0.8344 0.4859 1.6379 0.4864 1.0110 ······ 2454407.6360 0.5025 1.1760 0.9699 0.9782 0.4859 1.7618 0.4864 1.0432 17.6498 0.0045 2454696.8410 0.7994 3.0925 0.9810 0.4584 0.4859 2.0808 0.4864 1.2343 4.6135 0.0087 2454698.7950 1.7809 1.3132 0.9992 0.6448 0.4859 2.1128 0.4864 1.1732 6.4266 0.0051 2454712.8200 1.0790 2.4508 0.9827 0.6806 0.4859 2.1076 0.4864 1.1856 5.9681 0.0072 2454719.7870 1.7946 1.9731 1.0212 0.5560 0.4859 1.8155 0.4864 1.1200 6.7982 0.0073 2454726.7650 1.6454 1.6441 0.9908 1.0406 0.4859 1.9326 0.4864 1.1412 6.6057 0.0053 2454750.7340 1.2278 1.2259 1.0061 0.8510 0.4859 1.9997 0.4864 1.1753 5.7037 0.0032 2454763.5900 1.5180 1.6163 1.0073 0.9278 0.4859 1.9620 0.4864 1.1777 5.4150 0.0044 2455068.8110 -0.4378 1.6644 0.9454 0.3700 0.4859 1.5096 0.4863 1.4950 1.0296 0.0030 2455079.8160 1.8929 1.3074 1.0195 1.1941 0.4859 1.5026 0.4863 1.5370 0.9360 0.0147 2455094.6440 1.1504 1.7112 1.0151 1.0100 0.4859 1.3680 0.4863 1.4997 0.7365 0.0024 Continued on Next Page… Table C.230 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455105.7190 1.2676 3.1901 1.0041 0.9972 0.4859 1.4812 0.4863 1.4959 0.9705 0.0038 2455137.6640 1.5180 2.9947 1.0086 1.1122 0.4859 1.4416 0.4863 1.5378 0.8212 0.0042 2455177.5330 3.0963 3.0121 1.0772 1.0215 0.4859 1.4092 0.4863 1.5190 0.7885 0.0162 2455434.7430 0.7673 5.0361 0.9307 0.6582 0.4859 1.2380 0.4863 1.5269 0.4517 0.0061 2455470.6840 1.1532 2.3034 1.0053 0.8742 0.4859 1.2333 0.4863 1.4511 0.5171 0.0041 2455497.5310 0.8643 0.8071 0.9950 0.7374 0.4859 1.2603 0.4863 1.5551 0.4690 0.0021 2455512.5400 1.3228 0.8858 1.0019 1.0267 0.4859 1.2448 0.4863 1.5780 0.4236 0.2146 2456956.5930 -0.5730 0.6519 0.9945 1.0305 0.4859 1.4431 0.4863 1.4108 1.0786 0.0011

Table C.231: EW Lac FeII λ5316Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452128.7830 -0.5611 0.8600 0.9881 0.8590 0.5315 1.0785 0.5319 1.0901 0.8708 0.0036 2452150.7430 -0.5026 0.4012 0.9942 0.8937 0.5314 1.0759 0.5319 1.0986 0.7703 0.0038 2452163.6800 -0.2425 0.3222 1.0100 0.8893 0.5314 1.0734 0.5319 1.0913 0.8038 0.0016 2452200.6660 -0.3975 0.3451 0.9973 0.9316 0.5314 1.0833 0.5319 1.0812 1.0250 0.0012 2452211.6790 -0.2188 0.6528 0.9937 0.8831 0.5313 1.0777 0.5319 1.0848 0.9160 0.0033

436 2452219.6000 -0.6638 0.4409 0.9796 0.9132 0.5314 1.0541 0.5319 1.0805 0.6712 0.0009 2453635.7330 -0.4089 0.3619 1.0009 0.9136 0.5314 1.0868 0.5319 1.1102 0.7876 0.0012 2453658.7000 -0.4271 0.2237 0.9967 0.8647 0.5314 1.0676 0.5319 1.1111 0.6088 0.0006 2453686.6530 -0.5965 0.3904 0.9852 0.8342 0.5314 1.0843 0.5319 1.1150 0.7335 0.0009 2454312.8470 -0.0474 0.3426 1.0091 1.0346 0.5315 1.1312 0.5320 1.0444 2.9556 0.0012 2454346.8280 -0.2404 0.1942 0.9934 1.0227 0.5315 1.1413 0.5320 1.0451 3.1346 0.0014 2454379.7340 -0.0579 0.2713 1.0013 1.0287 0.5315 1.1445 0.5319 1.0384 3.7665 0.0017 2454407.6360 -0.2105 0.4692 0.9918 1.0420 0.5315 1.1441 0.5320 1.0448 3.2146 0.0028 2454696.8410 -0.0539 1.4630 0.9997 0.9648 0.5315 1.1617 0.5319 1.0758 2.1343 0.0035 2454698.7950 0.0058 0.4112 1.0074 0.9674 0.5315 1.1228 0.5319 1.0524 2.3439 0.0028 2454712.8200 -0.2675 0.8246 0.9947 0.9290 0.5315 1.1090 0.5319 1.0725 1.5037 0.0026 2454719.7870 -1.7726 1.4464 0.8812 0.9939 0.5315 1.1130 0.5320 1.0715 1.5801 0.0027 2454726.7650 -0.2804 0.4103 0.9954 0.9608 0.5315 1.1296 0.5320 1.0606 2.1389 0.0015 2454750.7340 -0.3949 0.6285 0.9775 0.9417 0.5315 1.1020 0.5321 1.0584 1.7459 0.0257 2454763.5900 -0.2055 0.4707 0.9942 0.9444 0.5315 1.0979 0.5319 1.0690 1.4174 0.0028 2455068.8110 -0.2163 1.0942 1.0020 0.9707 0.5315 1.0674 0.5318 1.0822 0.8192 0.0031 2455079.8160 -0.0098 0.5462 1.0033 1.0155 0.5314 1.0470 0.5319 1.0411 1.1446 0.0052 2455094.6440 -0.4744 0.5245 0.9784 0.9427 0.5315 1.0636 0.5318 1.0617 1.0302 0.0026 2455105.7190 -0.5902 0.6638 0.9721 0.9637 0.5313 1.0804 0.5319 1.0649 1.2398 0.0022 2455137.6640 -0.8416 0.8870 0.9573 0.9547 0.5314 1.0681 0.5318 1.0933 0.7297 0.0036 2455177.5330 -0.2127 1.3540 0.9870 0.9051 0.5314 1.0657 0.5323 1.1035 0.6352 0.0679 2455434.7430 -0.1352 1.0766 0.9928 0.8298 0.5313 1.0875 0.5319 1.1399 0.6257 0.0032 2455470.6840 0.6774 1.0257 1.0454 0.9197 0.5314 1.0616 0.5318 1.0651 0.9462 0.0028 2455497.5310 -0.1814 0.2915 0.9975 0.9657 0.5314 1.0478 0.5318 1.0422 1.1317 0.0018 2455512.5400 -0.0591 0.2392 0.9994 0.9300 0.5314 1.0459 0.5318 1.0306 1.4972 0.2307 2456956.5930 0.1620 0.3459 1.0122 1.0023 0.5310 1.0175 0.5320 1.0144 1.2116 0.0006 Table C.232: EW Lac Na II λ5889Å Measurements

HJD EqW σ(EqW) Continuum 2452128.7830 0.3935 0.5307 0.9717 2452150.7430 0.5903 0.3517 0.9849 2452163.6800 0.5626 0.3127 0.9840 2452200.6660 0.6978 0.2443 0.9920 2452211.6790 0.7242 0.4343 0.9836 2452219.6000 0.5961 0.3014 0.9894 2453635.7330 0.6310 0.3667 0.9818 2453658.7000 0.7332 0.2964 0.9880 2453686.6530 0.7108 0.3022 0.9835 2454312.8470 1.2032 0.1979 0.9873 2454346.8280 1.3324 0.1989 0.9902 2454379.7340 1.2183 0.2001 0.9840 2454407.6360 1.3182 0.2380 0.9904 2454696.8410 1.1483 0.6975 0.9826 2454698.7950 1.1474 0.2959 0.9896 2454712.8200 1.0672 0.4963 0.9840 2454719.7870 0.8741 0.4333 0.9795 2454726.7650 1.0375 0.3151 0.9882 2454750.7340 1.2588 0.2753 0.9912 2454763.5900 1.2670 0.4216 0.9906 2455068.8110 1.1972 0.6863 0.9828 2455079.8160 0.5531 0.5178 0.9800 437 2455094.6440 0.7634 0.4492 0.9888 2455105.7190 0.9124 0.7217 0.9770 2455137.6640 0.7204 0.6146 0.9791 2455177.5330 0.7207 1.1901 0.9899 2455434.7430 0.5763 1.0460 0.9627 2455470.6840 0.6780 0.5717 0.9868 2455497.5310 0.8112 0.1860 0.9940 2455512.5400 0.6023 0.2442 0.9836 2456956.5930 0.4230 0.2263 0.9948 2457267.8180 1.1411 0.9915 0.9864

Table C.233: EW Lac Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -9.3928 1.8305 0.9995 2.1653 0.0005 0.0007 2.1666 0.0005 0.0003 1.6085 0.0363 2454300.0170 -9.1071 2.0318 0.9998 2.1653 0.0005 0.0007 2.1666 0.0005 0.0003 1.6112 0.0301 2454382.7750 -7.6145 1.5906 0.9993 2.1654 0.0005 0.0006 2.1666 0.0006 0.0003 2.0547 0.0388 2454699.0630 -9.4688 1.0093 0.9994 2.1654 0.0005 0.0007 2.1669 0.0005 0.0003 2.8047 0.0139 2454719.0190 -8.6079 1.9992 0.9987 2.1655 0.0005 0.0007 2.1670 0.0005 0.0002 2.6712 0.0137 2455079.8960 -11.3517 0.9624 0.9996 2.1652 0.0005 0.0005 2.1667 0.0005 0.0006 1.0473 0.0070 2455103.8810 -11.9488 1.0421 0.9994 2.1653 0.0005 0.0006 2.1668 0.0005 0.0006 0.9815 0.0090 2455157.8300 -9.2763 1.3292 0.9995 2.1654 0.0005 0.0005 2.1669 0.0005 0.0005 0.9442 0.0093 Continued on Next Page… Table C.233 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2455169.8080 -11.3708 1.5130 0.9993 2.1655 0.0005 0.0006 2.1669 0.0005 0.0006 0.9517 0.0109 2455441.9220 -12.6983 1.5956 0.9989 2.1652 0.0005 0.0005 2.1666 0.0005 0.0008 0.7478 0.0045

Table C.234: EW Lac Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -2.4284 0.5541 1.0024 1.7364 0.0005 0.0008 1.7366 0.0004 -0.0006 22.3583 10.0000 2454300.0170 -2.5261 0.6218 1.0023 ························ 2454382.7750 -1.6190 0.4704 1.0029 ························ 2454699.0630 -2.3630 0.6560 1.0018 1.7360 0.0003 0.0002 1.7376 0.0004 0.0001 3.3035 0.0707 2454719.0190 -2.2321 0.5831 1.0032 1.7360 0.0003 0.0001 1.7378 0.0003 0.0001 2.6347 0.0563 2455079.8960 -2.7305 0.3599 1.0011 1.7357 0.0004 0.0001 1.7373 0.0003 0.0002 0.7534 0.0104 2455103.8810 -2.5111 0.3178 1.0014 1.7358 0.0004 0.0001 1.7374 0.0003 0.0001 0.5801 0.0138 2455157.8300 -2.8770 0.4361 1.0016 1.7359 0.0003 0.0001 1.7375 0.0003 0.0001 0.7353 0.0151 2455169.8080 -2.4393 0.3659 1.0011 1.7359 0.0003 0.0001 1.7374 0.0003 0.0001 0.7202 0.0163 2455441.9220 -2.4824 0.4178 1.0009 1.7357 0.0003 0.0001 1.7372 0.0004 0.0002 0.6915 0.0089 438

Table C.235: EW Lac Br 11 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -3.7432 0.2520 0.9998 1.6803 0.0004 0.0002 1.6823 0.0002 0.0000 12.8100 1.4861 2454300.0170 -3.5523 0.2488 0.9999 ························ 2454382.7750 -2.9258 0.2573 0.9998 ························ 2454699.0630 -3.5864 0.2374 0.9999 1.6804 0.0003 0.0002 1.6821 0.0004 0.0001 2.5539 0.0449 2454719.0190 -2.8095 0.2313 0.9999 1.6804 0.0003 0.0001 1.6822 0.0003 0.0000 2.4296 0.0591 2455079.8960 -3.7369 0.2172 0.9998 1.6801 0.0004 0.0001 1.6817 0.0004 0.0002 0.7664 0.0091 2455103.8810 -3.9610 0.2278 0.9999 1.6802 0.0004 0.0001 1.6818 0.0003 0.0002 0.6723 0.0118 2455157.8300 -3.5742 0.2366 0.9999 1.6802 0.0003 0.0001 1.6819 0.0003 0.0001 0.7713 0.0151 2455169.8080 -4.2227 0.2470 0.9999 1.6803 0.0003 0.0001 1.6819 0.0003 0.0002 0.7858 0.0138 2455441.9220 -3.3895 0.2940 0.9998 1.6801 0.0003 0.0001 1.6817 0.0003 0.0001 0.7348 0.0081

Table C.236: EW Lac Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -1.8413 0.3062 1.0001 1.6404 0.0004 0.0002 1.6424 0.0003 0.0000 6.9178 0.0915 Continued on Next Page… Table C.236 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454300.0170 -1.5560 0.2441 1.0001 1.6404 0.0003 0.0002 1.6423 0.0005 0.0000 13.2981 2.0805 2454382.7750 -1.2861 0.2185 1.0001 1.6404 0.0003 0.0002 1.6423 0.0005 0.0000 9.0000 2.0805 2454699.0630 -1.6626 0.2266 1.0000 1.6404 -0.0003 -0.0001 1.6422 0.0003 0.0001 1.8082 0.0310 2454719.0190 -1.0440 0.2403 0.9999 1.6405 0.0003 0.0001 1.6423 0.0003 0.0000 1.7888 0.0351 2455079.8960 -2.3413 0.2272 1.0000 1.6401 0.0004 0.0001 1.6418 0.0003 0.0001 0.6323 0.0085 2455103.8810 -2.8015 0.2528 1.0001 1.6401 0.0004 0.0001 1.6419 0.0004 0.0002 0.6574 0.0089 2455157.8300 -1.7675 0.2114 1.0000 1.6404 0.0004 0.0001 1.6419 0.0004 0.0001 0.6771 0.0292 2455169.8080 -2.3896 0.2182 1.0000 1.6403 0.0004 0.0001 1.6420 0.0003 0.0001 0.6337 0.0147 2455441.9220 -2.6896 0.2650 1.0000 1.6401 0.0004 0.0001 1.6418 0.0003 0.0001 0.6646 0.0078

Table C.237: EW Lac Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -2.7628 0.2126 1.0004 1.6113 0.0007 0.0010 1.6114 0.0005 -0.0008 4.3184 1.9562 2454300.0170 -2.8669 0.0963 1.0005 1.6112 0.0007 0.0008 1.6114 0.0005 -0.0006 4.8574 0.8145 2454382.7750 -1.7921 0.0428 1.0003 1.6113 0.0006 0.0009 1.6115 0.0005 -0.0008 6.4081 4.7283 2454699.0630 -3.3649 0.2342 1.0000 1.6106 0.0004 0.0002 1.6124 0.0004 0.0001 1.4261 0.0147

439 2454719.0190 -2.5754 0.3530 0.9997 1.6107 0.0004 0.0001 1.6125 0.0003 0.0001 1.2910 0.0175 2455079.8960 -3.0595 0.1519 1.0000 1.6102 0.0004 0.0001 1.6121 0.0004 0.0002 0.6743 0.0063 2455103.8810 -3.1814 0.1078 1.0003 1.6103 0.0004 0.0001 1.6121 0.0004 0.0002 0.6496 0.0076 2455157.8300 -2.9326 0.0868 1.0002 1.6104 0.0003 0.0001 1.6122 0.0003 0.0001 0.7100 0.0113 2455169.8080 -4.0625 0.1031 1.0001 1.6105 0.0004 0.0001 1.6122 0.0004 0.0002 0.7303 0.0100 2455441.9220 -4.0599 0.3761 0.9999 1.6103 0.0004 0.0001 1.6120 0.0004 0.0002 0.7706 0.0057

Table C.238: EW Lac Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -1.6079 0.2620 1.0000 1.5877 0.0003 0.0002 1.5897 0.0003 0.0000 6.5726 0.3650 2454300.0170 -1.9608 0.1631 1.0000 1.5877 0.0003 0.0002 1.5898 0.0003 0.0000 6.9782 0.3085 2454382.7750 -1.0342 0.2083 1.0000 1.5878 0.0003 0.0001 1.5898 0.0004 0.0000 7.3872 0.7042 2454699.0630 -1.4744 0.2412 1.0000 1.5878 0.0004 0.0001 1.5894 0.0005 0.0001 1.6372 0.0430 2454719.0190 -2.0949 0.3222 0.9999 1.5878 0.0004 0.0001 1.5896 0.0005 0.0001 1.3696 0.0293 2455079.8960 -2.2905 0.1709 1.0001 1.5873 0.0004 0.0001 1.5891 0.0004 0.0002 0.6840 0.0074 2455103.8810 -2.1423 0.1675 1.0001 1.5875 0.0003 0.0001 1.5892 0.0003 0.0002 0.6378 0.0087 2455157.8300 -1.4302 0.1556 1.0000 1.5875 0.0003 0.0001 1.5893 0.0003 0.0001 0.7588 0.0159 2455169.8080 -2.1208 0.2040 1.0001 1.5876 0.0003 0.0001 1.5893 0.0003 0.0001 0.6700 0.0117 2455441.9220 -1.9099 0.4625 1.0000 1.5874 0.0003 0.0001 1.5891 0.0003 0.0001 0.7708 0.0077 Table C.239: EW Lac Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -0.9539 0.1635 1.0001 1.5697 0.0003 0.0001 1.5719 -0.0003 0.0000 8.4121 0.5819 2454300.0170 -0.8050 0.0349 1.0001 1.5705 0.0005 0.0262 1.5705 0.0005 -0.0261 11.6008 1.0000 2454382.7750 -0.3266 0.1513 1.0000 1.5705 0.0005 0.0891 1.5705 0.0005 -0.0891 14.4269 2.0000 2454699.0630 -1.2101 0.2143 1.0000 1.5705 0.0008 0.0004 1.5706 0.0004 -0.0003 1.2433 0.0425 2454719.0190 -0.7856 0.1127 0.9998 1.5707 0.0009 0.0003 1.5707 0.0004 -0.0002 0.9851 0.0286 2455079.8960 -1.7057 0.1351 1.0000 1.5693 0.0004 0.0001 1.5712 0.0003 0.0001 0.5893 0.0071 2455103.8810 -1.8313 0.0548 1.0001 1.5693 0.0004 0.0001 1.5712 0.0003 0.0001 0.5982 0.0089 2455157.8300 -0.8696 0.0977 0.9999 1.5695 0.0003 0.0001 1.5713 0.0002 0.0001 0.6050 0.0285 2455169.8080 -1.6026 0.0487 1.0001 1.5695 0.0004 0.0001 1.5713 0.0003 0.0001 0.6661 0.0140 2455441.9220 -1.5268 0.2700 0.9999 1.5693 0.0003 0.0001 1.5712 0.0003 0.0001 0.8089 0.0093

Table C.240: EW Lac Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -1.9111 0.1893 1.0000 1.5553 0.0003 0.00016 1.5576 0.0005 0.00005 4.6813 0.1446 2454300.0170 -1.6208 0.1686 1.0000 1.5552 -0.0003 -0.00015 1.5575 0.0003 0.00003 5.2585 0.1685 440 2454382.7750 -1.2153 0.0281 1.0003 1.5554 0.0004 0.00013 1.5578 0.0007 0.00005 5.2081 0.1612 2454699.0630 -2.0525 0.1664 0.9999 1.5553 -0.0003 -0.00008 1.5571 0.0003 0.00007 1.0262 0.0122 2454719.0190 -1.2265 0.2740 0.9999 1.5553 0.0003 0.00005 1.5573 0.0003 0.00007 0.9716 0.0157 2455079.8960 -2.4117 0.1044 1.0002 1.5549 0.0004 0.00009 1.5567 0.0004 0.00014 0.6666 0.0066 2455103.8810 -2.6058 0.1176 1.0001 1.5549 0.0004 0.00010 1.5568 0.0004 0.00015 0.6429 0.0079 2455157.8300 -1.6677 0.1472 1.0001 1.5550 0.0003 0.00007 1.5569 0.0003 0.00010 0.6114 0.0119 2455169.8080 -2.2296 0.2541 0.9999 1.5551 0.0004 0.00009 1.5569 0.0003 0.00012 0.6648 0.0114 2455441.9220 -1.9625 0.3173 1.0003 1.5549 0.0003 0.00008 1.5567 0.0003 0.00010 0.7333 0.0075

Table C.241: EW Lac Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -1.6743 0.2275 0.9995 1.5435 0.0003 0.00014 1.5457 0.0003 0.00003 4.6208 0.1665 2454300.0170 -1.6069 0.3087 0.9991 1.5435 0.0003 0.00015 1.5457 0.0003 0.00003 5.0354 0.1530 2454382.7750 -0.9297 0.2078 0.9993 1.5443 0.0007 0.00057 1.5445 0.0005 -0.00049 4.4746 0.9197 2454699.0630 -1.7161 0.1241 0.9996 1.5434 0.0003 0.00009 1.5454 0.0003 0.00007 1.0145 0.0131 2454719.0190 -1.1174 0.2598 0.9995 1.5434 0.0003 0.00006 1.5455 0.0003 0.00006 0.9203 0.0164 2455079.8960 -2.3813 0.1400 0.9998 1.5431 0.0004 0.00009 1.5450 0.0004 0.00013 0.7146 0.0077 2455103.8810 -2.5761 0.0461 0.9997 1.5432 0.0004 0.00010 1.5450 0.0004 0.00014 0.6837 0.0091 2455157.8300 -1.5932 0.2058 0.9998 1.5432 0.0003 0.00007 1.5451 0.0003 0.00009 0.6458 0.0132 2455169.8080 -2.2593 0.2384 0.9996 1.5433 0.0004 0.00009 1.5452 0.0004 0.00011 0.7251 0.0126 2455441.9220 -2.0533 0.1407 0.9997 1.5432 0.0003 0.00008 1.5450 0.0003 0.00010 0.8884 0.0090 Continued on Next Page… Table C.241 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.242: EW Lac Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -1.4508 0.2735 1.0006 1.5338 0.0003 0.00014 1.5360 0.0003 0.00003 4.3841 0.1567 2454300.0170 -1.4143 0.4000 1.0012 1.5346 0.0007 0.00095 1.5347 0.0005 -0.00082 4.3887 0.5000 2454382.7750 -0.9228 0.4000 1.0010 1.5346 0.0007 0.00064 1.5348 0.0005 -0.00056 3.7043 0.5000 2454699.0630 -1.6976 0.4000 1.0005 1.5337 0.0004 0.00008 1.5357 0.0003 0.00008 0.9952 0.0126 2454719.0190 -1.1366 0.1544 1.0006 1.5337 0.0003 0.00005 1.5358 0.0003 0.00007 0.8709 0.0158 2455079.8960 -2.2992 0.4000 1.0007 1.5333 0.0004 0.00010 1.5353 0.0004 0.00013 0.6887 0.0071 2455103.8810 -2.3360 0.4000 1.0007 1.5334 0.0004 0.00010 1.5353 0.0004 0.00013 0.6626 0.0089 2455157.8300 -1.4651 0.4000 1.0014 1.5335 0.0003 0.00006 1.5354 0.0003 0.00009 0.6693 0.0141 2455169.8080 -2.0445 0.4000 1.0006 1.5335 0.0004 0.00008 1.5355 0.0004 0.00011 0.7194 0.0133 2455441.9220 -1.8983 0.1752 1.0012 1.5334 0.0003 0.00008 1.5353 0.0003 0.00010 0.8935 0.0094 441 Table C.243: EW Lac Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -1.5560 0.4000 0.9997 1.5257 0.0004 0.00014 1.5279 0.0005 0.00005 4.0735 0.1489 2454300.0170 -1.4895 0.4000 1.0004 1.5256 0.0003 0.00014 1.5279 0.0004 0.00003 4.1785 0.1194 2454382.7750 -1.0166 0.4000 1.0006 1.5257 0.0003 0.00010 1.5280 0.0003 0.00003 3.7772 0.1082 2454699.0630 -1.5418 0.4000 1.0003 1.5255 0.0003 0.00007 1.5276 0.0004 0.00008 0.9921 0.0135 2454719.0190 -1.0863 0.4000 1.0003 1.5255 0.0003 0.00005 1.5277 0.0003 0.00006 0.8342 0.0153 2455079.8960 -2.1661 0.4000 1.0006 1.5253 0.0003 0.00008 1.5272 0.0004 0.00012 0.7717 0.0095 2455103.8810 -2.2778 0.4000 1.0006 1.5253 0.0004 0.00009 1.5272 0.0004 0.00012 0.7185 0.0108 2455157.8300 -1.4482 0.4000 0.9997 1.5254 0.0003 0.00006 1.5273 0.0003 0.00008 0.7552 0.0167 2455169.8080 -1.9315 0.4000 1.0009 1.5254 0.0004 0.00008 1.5274 0.0004 0.00010 0.7850 0.0154 2455441.9220 -1.8629 0.4000 1.0002 1.5253 0.0003 0.00008 1.5272 0.0003 0.00009 0.9602 0.0105

Table C.244: EW Lac Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -1.3393 0.4000 0.9999 1.5188 0.0003 0.00012 1.5210 0.0003 0.00003 3.9087 0.1384 2454300.0170 -1.2590 0.4000 0.9998 1.5188 0.0003 0.00012 1.5210 0.0003 0.00003 4.3523 0.1482 2454382.7750 -0.7421 0.4000 0.9997 1.5189 0.0003 0.00009 1.5210 0.0003 0.00002 3.8976 0.1319 Continued on Next Page… Table C.244 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454699.0630 -1.2410 0.4000 0.9998 1.5186 0.0003 0.00006 1.5207 0.0004 0.00008 0.9219 0.0148 2454719.0190 -0.7209 0.4000 0.9995 1.5186 0.0003 0.00004 1.5208 0.0003 0.00006 0.7117 0.0165 2455079.8960 -1.8189 0.4000 1.0007 1.5184 0.0003 0.00007 1.5203 0.0004 0.00010 0.7516 0.0106 2455103.8810 -2.0583 0.4000 1.0003 1.5185 0.0004 0.00008 1.5203 0.0004 0.00012 0.7077 0.0121 2455157.8300 -1.1940 0.4000 1.0001 1.5185 0.0002 0.00005 1.5204 0.0003 0.00007 0.8681 0.0227 2455169.8080 -1.7610 0.4000 0.9998 1.5186 0.0002 0.00006 1.5205 0.0004 0.00009 0.9667 0.0241 2455441.9220 -1.4531 0.4000 1.0000 1.5184 0.0003 0.00006 1.5203 0.0003 0.00008 1.0513 0.0145

Table C.245: EW Lac HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 0.6658 0.5261 1.0001 2.0570 0.0004 0.00007 2.0611 0.0004 0.00001 4.8274 0.6338 2454300.0170 0.6643 0.7889 1.0001 2.0581 0.0012 0.00026 2.0588 0.0006 -0.00031 6.3975 0.5506 2454382.7750 1.0406 0.5218 1.0001 2.0580 0.0018 0.00015 2.0589 0.0006 -0.00022 3.1475 0.1591 2454699.0630 0.4977 0.3225 1.0003 2.0564 0.0005 0.00004 2.0604 -0.0004 -0.00006 0.5932 0.0212 2454719.0190 0.5567 0.3845 1.0002 2.0565 0.0006 0.00005 2.0607 0.0005 0.00004 1.0449 0.0453 2455079.8960 -0.2281 0.3322 1.0002 2.0562 0.0006 0.00007 2.0601 0.0006 0.00011 0.6443 0.0161

442 2455103.8810 -0.2128 0.4734 1.0001 2.0564 0.0007 0.00008 2.0602 0.0005 0.00011 0.5671 0.0196 2455157.8300 0.7999 0.5764 0.9999 2.0565 0.0005 0.00004 2.0606 0.0007 0.00007 0.8066 0.0523 2455169.8080 0.3583 1.2409 1.0004 2.0563 0.0005 0.00004 2.0606 0.0006 0.00007 0.6158 0.0372 2455441.9220 0.1500 0.4415 1.0002 2.0565 0.0005 0.00006 2.0603 0.0007 0.00010 1.0187 0.0298

Table C.246: EW Lac HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.1020 1.2506 0.3416 1.0002 2454300.0170 1.3674 0.2438 1.0002 2454382.7750 1.4356 0.2376 1.0003 2454699.0630 1.1545 0.2170 1.0001 2454719.0190 1.1012 0.2521 1.0002 2455079.8960 0.7647 0.1790 1.0001 2455103.8810 0.7553 0.2090 0.9998 2455157.8300 1.3198 0.1512 1.0002 2455169.8080 0.8889 0.2541 0.9997 2455441.9220 0.9213 0.1548 1.0001 Table C.247: EW Lac HeI λ1.7µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 0.8581 0.1932 1.0000 1.0824 0.0004 0.00010 1.0846 0.0002 0.00002 1.1987 0.0263 2454300.0170 0.8935 0.2162 0.9999 1.0824 0.0003 0.00006 1.0846 0.0002 0.00002 1.6202 0.0297 2454382.7750 1.1737 0.1217 0.9998 1.0833 0.0010 0.00026 1.0835 0.0004 -0.00031 1.4255 0.0997 2454699.0630 0.7954 0.0837 1.0001 1.0821 -0.0003 -0.00003 1.0843 0.0002 0.00004 0.6267 0.0147 2454719.0190 1.0191 0.1521 0.9997 1.0821 -0.0003 -0.00005 1.0845 0.0002 0.00004 1.0373 0.0207 2455079.8960 0.7126 0.1242 1.0000 1.0820 0.0002 0.00004 1.0841 0.0002 0.00006 0.7051 0.0119 2455103.8810 0.6345 0.0958 1.0000 1.0820 0.0003 0.00004 1.0841 0.0004 0.00008 0.7210 0.0183 2455157.8300 1.0265 0.1421 0.9998 1.0821 0.0003 0.00005 1.0844 0.0004 0.00005 1.0405 0.0344 2455169.8080 0.9208 0.1023 0.9997 1.0821 -0.0003 -0.00004 1.0843 0.0003 0.00004 0.9088 0.0312 2455441.9220 0.9396 0.0980 0.9999 1.0821 0.0003 0.00006 1.0843 0.0004 0.00006 1.0395 0.0182

Table C.248: EW Lac Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.1020 -10.8328 0.3103 1.0000 1.2817 0.0003 0.0007 1.2824 0.0003 0.0005 1.2889 0.0178

443 2454300.0170 -10.4279 0.2672 1.0001 1.2817 0.0003 0.0007 1.2824 -0.0003 -0.0005 1.2753 0.0159 2454382.7750 -9.2028 0.2274 1.0003 1.2817 0.0003 0.0007 1.2825 -0.0004 -0.0004 1.5097 0.0145 2454699.0630 -11.0860 0.2215 1.0002 1.2817 0.0003 0.0009 1.2826 0.0003 0.0004 2.3937 0.0063 2454719.0190 -10.7176 0.3243 1.0006 1.2817 0.0003 0.0008 1.2826 0.0003 0.0004 2.3144 0.0076 2455079.8960 -11.2905 0.3621 1.0000 1.2816 0.0003 0.0007 1.2825 0.0003 0.0006 1.1659 0.0043 2455103.8810 -11.4735 0.2192 1.0000 1.2817 0.0003 0.0007 1.2826 0.0003 0.0006 1.0670 0.0052 2455157.8300 -9.7203 0.2607 1.0001 1.2818 0.0003 0.0006 1.2827 0.0003 0.0005 1.0103 0.0046 2455169.8080 -11.2640 0.2045 1.0000 1.2818 0.0003 0.0007 1.2827 0.0003 0.0006 0.9944 0.0048 2455441.9220 -10.4946 0.3772 1.0006 1.2816 0.0003 0.0005 1.2825 0.0003 0.0007 0.7435 0.0034 C.14 γ Cas

Table C.249: γ Cas Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449271.7350 -28.1727 2.3700 1.0471 5.0751 0.6562 4.2656 0.6564 4.6812 0.8871 0.0002 2450290.8820 -27.6664 0.3270 1.0967 4.5551 0.6562 4.0294 0.6564 4.2452 0.9335 0.0003 2450688.7390 -26.7036 3.7929 1.0302 4.2573 0.6562 4.5262 0.6564 4.2120 1.0979 0.0004 2450689.7530 -26.4600 5.0554 1.0338 4.3868 0.6562 4.4409 0.6564 4.2167 1.0697 0.0003 2450712.7950 -26.6760 3.0185 1.0270 4.3844 0.6562 4.2228 0.6564 4.3810 0.9532 0.0002 2450718.7430 -26.2375 3.4677 1.0246 4.3501 0.6562 4.3654 0.6564 4.2760 1.0273 0.0003 2450727.7190 -25.1114 4.4868 1.0272 4.3254 0.6562 4.3203 0.6564 4.1221 1.0635 0.0003 2450728.7540 -25.4450 3.6071 1.0289 4.4699 0.6562 4.4377 0.6564 4.0585 1.1240 0.0003 2450731.7110 -26.0381 2.1563 1.0300 4.4717 0.6562 4.4129 0.6564 4.1100 1.0974 0.0003 2450778.6120 -26.6211 2.8716 1.0244 4.2536 0.6562 4.3721 0.6564 4.1763 1.0616 0.0003 2450827.5450 -26.5271 1.3908 1.0276 4.2819 0.6562 4.4799 0.6564 4.0099 1.1562 0.0003 2450846.5070 -26.9125 1.8525 1.0301 4.3211 0.6562 4.6416 0.6564 4.1254 1.1652 0.0002 2451113.6790 -24.7623 1.2186 1.0237 4.0911 0.6562 4.3718 0.6564 3.7307 1.2348 0.0003 2451121.6480 -24.7659 0.9056 1.0355 4.1947 0.6562 4.3483 0.6564 3.7800 1.2044 0.0003 2451142.6540 -24.4965 0.9025 1.0294 4.2454 0.6562 4.1906 0.6564 3.8557 1.1173 0.0003 2451149.5920 -24.6217 0.6808 1.0235 4.3090 0.6562 4.2487 0.6564 3.7365 1.1872 0.0002

444 2451156.6740 -24.2353 1.2306 1.0269 4.2143 0.6562 4.2449 0.6564 3.6337 1.2321 0.0002 2451208.5360 -24.5993 1.1846 1.0285 4.0776 0.6562 4.2993 0.6564 3.7047 1.2198 0.0003 2451219.5830 -24.4411 1.2314 1.0278 4.0694 0.6562 4.2505 0.6564 3.7120 1.1986 0.0003 2451436.8390 -25.0644 1.8330 1.0161 4.0013 0.6562 4.4123 0.6564 3.6314 1.2967 0.0004 2451443.7920 -24.3315 1.0286 1.0311 4.0187 0.6562 4.5579 0.6564 3.5237 1.4098 0.0004 2451444.8470 -24.1087 1.2986 1.0197 3.9142 0.6562 4.3999 0.6564 3.4708 1.3760 0.0003 2451472.7120 -24.0661 0.9206 1.0312 3.7648 0.6562 4.3824 0.6564 3.3202 1.4578 0.0003 2451478.6550 -24.4057 1.2412 1.0264 3.7715 0.6562 4.4156 0.6564 3.3650 1.4443 0.0003 2451480.7000 -24.3911 0.8906 1.0220 3.8005 0.6562 4.3958 0.6564 3.4041 1.4125 0.0003 2451487.6380 -24.6061 1.0300 1.0290 3.8350 0.6562 4.3941 0.6564 3.4186 1.4033 0.0003 2451489.6730 -24.8696 0.8121 1.0282 3.7879 0.6562 4.3711 0.6564 3.4177 1.3944 0.0003 2451497.5710 -24.9448 1.0948 1.0284 3.8526 0.6562 4.4403 0.6564 3.5304 1.3596 0.0003 2451498.5740 -25.0549 0.6369 1.0291 3.8808 0.6562 4.3998 0.6564 3.5475 1.3346 0.0003 2451501.6320 -24.6850 0.9826 1.0264 3.8670 0.6562 4.4062 0.6564 3.5232 1.3500 0.0003 2451510.5610 -24.7512 1.0089 1.0272 3.8823 0.6562 4.3617 0.6564 3.5074 1.3407 0.0003 2451512.5700 -24.8443 0.7535 1.0324 3.9597 0.6562 4.4196 0.6564 3.5326 1.3503 0.0003 2451520.6150 -24.5590 0.8837 1.0285 3.9332 0.6562 4.3722 0.6564 3.5158 1.3404 0.0003 2451523.5990 -24.6103 0.8879 1.0311 3.9456 0.6562 4.3420 0.6564 3.4790 1.3481 0.0003 2451571.5100 -24.7561 0.7049 1.0349 3.9050 0.6562 4.3799 0.6564 3.4974 1.3534 0.0003 2451586.5040 -24.0151 0.7042 1.0342 3.8298 0.6562 4.3421 0.6564 3.3448 1.4253 0.0003 2451608.5270 -23.3606 1.6941 1.0316 3.5439 0.6562 4.1979 0.6564 3.1667 1.4759 0.0006 2451609.5160 -24.3533 3.7579 1.0234 3.4696 0.6561 4.0998 0.6564 3.2527 1.3761 0.0012 2451792.8080 -22.8309 0.9095 1.0286 3.5211 0.6562 4.1703 0.6564 3.3225 1.3651 0.0004 2451794.8200 -23.0117 0.6820 1.0269 3.5049 0.6562 4.2237 0.6564 3.3268 1.3855 0.0004 2451800.8000 -23.0577 0.8764 1.0363 3.4862 0.6562 4.1677 0.6564 3.2829 1.3876 0.0003 2451801.6830 -22.0862 1.1167 1.0237 3.4608 0.6562 4.0971 0.6564 3.1808 1.4201 0.0005 2451803.8120 -22.3333 0.8352 1.0261 3.4490 0.6562 4.0705 0.6564 3.2268 1.3789 0.0004 2451804.7630 -22.2644 0.9027 1.0282 3.4761 0.6562 4.1037 0.6564 3.2593 1.3738 0.0005 2451805.7080 -22.3266 0.9262 1.0269 3.4614 0.6562 4.0831 0.6564 3.2435 1.3742 0.0004 Continued on Next Page… Table C.249 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451807.7700 -22.4944 0.9749 1.0210 3.4432 0.6562 4.0851 0.6564 3.2240 1.3872 0.0004 2451814.7550 -22.5068 1.0017 1.0294 3.4077 0.6562 4.1019 0.6564 3.2811 1.3598 0.0004 2451818.7310 -23.7733 1.8430 1.0374 3.5046 0.6562 4.2052 0.6564 3.3489 1.3645 0.0006 2451828.7180 -23.2485 1.7269 1.0301 3.4405 0.6562 4.0862 0.6564 3.4249 1.2727 0.0006 2451829.7660 -23.0334 1.1255 1.0266 3.3776 0.6562 3.9679 0.6564 3.4283 1.2222 0.0004 2451830.6940 -22.0830 2.0240 1.0305 3.3594 0.6562 3.8392 0.6564 3.2782 1.2463 0.0007 2451836.7010 -23.1522 2.0025 1.0244 3.4438 0.6562 3.9414 0.6564 3.5083 1.1727 0.0004 2451838.7640 -23.2031 1.5364 1.0176 3.4594 0.6562 3.9158 0.6564 3.5044 1.1642 0.0005 2451839.7560 -23.6154 2.4121 1.0568 3.7857 0.6562 4.1068 0.6564 3.6158 1.1877 0.0015 2451840.5530 -22.4927 1.7153 1.0311 3.5129 0.6562 3.9818 0.6564 3.5637 1.1631 0.0014 2451846.6680 -22.6446 1.6703 1.0244 3.4189 0.6561 3.7653 0.6564 3.5706 1.0757 0.0004 2451847.6720 -23.1473 1.0756 1.0039 3.4375 0.6562 3.8701 0.6564 3.5789 1.1130 0.0003 2451853.7470 -22.7814 0.6379 1.0274 3.4964 0.6562 3.8386 0.6564 3.5804 1.1001 0.0003 2451854.6890 -22.9125 0.7563 1.0322 3.5077 0.6562 3.8694 0.6564 3.6451 1.0848 0.0004 2451864.5920 -23.0515 1.0625 1.0287 3.4769 0.6562 3.8297 0.6564 3.6453 1.0697 0.0004 2451871.6510 -22.7767 0.9494 1.0332 3.4641 0.6562 3.8691 0.6564 3.5672 1.1176 0.0009 2451872.7050 -21.9337 5.6570 1.0018 3.2626 0.6562 3.6196 0.6564 3.2679 1.1551 0.0012 2451882.5480 -22.6522 0.8147 1.0289 3.3524 0.6561 3.7545 0.6564 3.4278 1.1346 0.0003 2451882.5630 -22.5123 0.6430 1.0305 3.3707 0.6562 3.7855 0.6564 3.4052 1.1581 0.0011 2451882.5780 -22.6048 0.7755 1.0302 3.3541 0.6561 3.7830 0.6564 3.4049 1.1573 0.0003 2451882.5920 -22.5202 0.9274 1.0306 3.4059 0.6562 3.7722 0.6564 3.3907 1.1596 0.0003 2451887.6930 -22.5406 0.8949 1.0313 3.3496 0.6562 3.7454 0.6564 3.3746 1.1561 0.0004 2451901.5320 -22.9269 0.9834 1.0096 3.3251 0.6561 3.6995 0.6564 3.4034 1.1232 0.0003 445 2451904.5060 -22.6825 1.9588 1.0331 3.3460 0.6561 3.7228 0.6564 3.4557 1.1088 0.0005 2451904.5270 -22.9016 0.9808 1.0349 3.3967 0.6561 3.7195 0.6564 3.4562 1.1072 0.0003 2451904.5460 -22.6926 0.8237 1.0354 3.3609 0.6561 3.7615 0.6564 3.4770 1.1149 0.0003 2451904.5700 -22.9042 0.7545 1.0368 3.3878 0.6561 3.7342 0.6564 3.4988 1.0942 0.0003 2451904.5910 -22.6580 0.9928 1.0352 3.3802 0.6561 3.6934 0.6564 3.4715 1.0898 0.0003 2451906.4840 -23.2642 0.6949 1.0358 3.4434 0.6562 3.7442 0.6564 3.5153 1.0910 0.0011 2451912.5800 -22.6571 3.3100 1.0280 3.3321 0.6561 3.7317 0.6564 3.4350 1.1219 0.0013 2451912.5880 -22.5571 1.9566 1.0406 3.4692 0.6561 3.7344 0.6564 3.4858 1.1000 0.0005 2451916.4850 -22.9628 1.0528 1.0261 3.3405 0.6561 3.6923 0.6564 3.5143 1.0708 0.0004 2451918.5570 -22.8213 0.9701 1.0334 3.4066 0.6561 3.6783 0.6564 3.6348 1.0165 0.0009 2451918.5690 -22.9147 1.9956 1.0328 3.4507 0.6562 3.6839 0.6564 3.5655 1.0461 0.0004 2451919.6030 -22.7567 1.2206 1.0314 3.4152 0.6562 3.6626 0.6564 3.5300 1.0524 0.0005 2451919.6150 -22.8663 3.1325 1.0211 3.3943 0.6561 3.6566 0.6564 3.5492 1.0421 0.0008 2451919.6300 -22.8691 1.0357 1.0287 3.3999 0.6561 3.6614 0.6564 3.5289 1.0524 0.0004 2451920.5720 -22.8390 0.8619 1.0287 3.4543 0.6562 3.6620 0.6564 3.5314 1.0516 0.0003 2451932.5260 -22.8762 0.9739 1.0357 3.4064 0.6562 3.7532 0.6564 3.5449 1.0819 0.0003 2451933.5130 -23.3978 0.9601 1.0365 3.4269 0.6562 3.7446 0.6564 3.5813 1.0632 0.0003 2451935.5150 -22.8043 1.0003 1.0336 3.3652 0.6561 3.7258 0.6564 3.5766 1.0579 0.0003 2451937.5100 -22.9029 0.7595 1.0365 3.3701 0.6561 3.7073 0.6564 3.5994 1.0415 0.0003 2451959.5060 -22.6625 0.8487 1.0310 3.3705 0.6561 3.7357 0.6564 3.5516 1.0722 0.0003 2451961.5440 -22.5074 1.2497 1.0372 3.3629 0.6561 3.6580 0.6564 3.5533 1.0410 0.0003 2451962.5190 -22.9174 1.1102 1.0384 3.3602 0.6561 3.7069 0.6564 3.5528 1.0604 0.0003 2451965.4980 -22.9582 0.8101 1.0353 3.4216 0.6562 3.7198 0.6564 3.5565 1.0638 0.0003 2451970.5850 -22.5432 1.0875 1.0316 3.3342 0.6561 3.7326 0.6564 3.5134 1.0872 0.0003 2451976.5750 -23.0920 0.7307 1.0301 3.3825 0.6561 3.8106 0.6564 3.5336 1.1093 0.0002 2451979.5570 -22.2588 1.4343 1.0350 3.3195 0.6562 3.6992 0.6564 3.5165 1.0726 0.0006 2451980.5790 -22.4523 1.6288 1.0361 3.3419 0.6561 3.7117 0.6564 3.5566 1.0606 0.0004 2452128.8320 -22.2547 1.1655 1.0221 3.3433 0.6561 3.5157 0.6564 3.4820 1.0136 0.0002 Continued on Next Page… Table C.249 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452150.7950 -22.9788 0.8250 1.0332 3.4418 0.6561 3.5878 0.6564 3.6192 0.9880 0.0002 2452151.7930 -22.9786 0.7337 1.0258 3.4226 0.6561 3.5368 0.6564 3.6057 0.9736 0.0002 2452154.7820 -23.1479 0.7223 1.0359 3.4379 0.6561 3.5956 0.6564 3.6650 0.9739 0.0002 2452155.8120 -23.0684 0.6664 1.0362 3.4505 0.6561 3.5651 0.6564 3.6349 0.9735 0.0002 2452157.8290 -23.2148 0.8353 1.0318 3.4718 0.6561 3.5919 0.6564 3.6296 0.9857 0.0002 2452158.7850 -23.2764 0.6133 1.0321 3.4646 0.6561 3.6251 0.6564 3.6347 0.9963 0.0002 2452165.7190 -22.9229 0.8865 1.0288 3.4109 0.6561 3.5706 0.6564 3.5911 0.9921 0.0002 2452167.7640 -22.9976 0.6715 1.0395 3.4590 0.6561 3.5724 0.6564 3.6175 0.9828 0.0002 2452168.6560 -22.9941 1.0018 1.0354 3.4253 0.6561 3.5758 0.6564 3.5991 0.9910 0.0003 2452173.8000 -22.9205 0.6853 1.0275 3.3959 0.6561 3.5611 0.6564 3.6144 0.9796 0.0002 2452182.6560 -23.1061 0.6365 1.0317 3.4502 0.6561 3.5544 0.6564 3.6293 0.9715 0.0002 2452186.6490 -22.8274 0.7076 1.0283 3.4084 0.6561 3.5610 0.6564 3.6060 0.9828 0.0002 2452191.6850 -23.1371 0.7703 1.0339 3.4837 0.6561 3.5849 0.6564 3.6153 0.9884 0.0002 2452200.7200 -23.2755 0.4851 1.0348 3.4949 0.6561 3.6258 0.6564 3.6362 0.9960 0.0002 2452211.7310 -23.3950 1.3895 1.0294 3.4088 0.6561 3.6215 0.6564 3.6278 0.9976 0.0003 2452216.6700 -23.2587 2.0722 1.0272 3.4390 0.6561 3.6077 0.6564 3.6417 0.9871 0.0003 2452217.6740 -23.0357 0.9303 1.0317 3.4594 0.6561 3.5535 0.6564 3.5859 0.9875 0.0003 2452219.6500 -23.0710 0.4825 1.0335 3.4542 0.6561 3.5447 0.6564 3.6217 0.9706 0.0002 2452221.6260 -23.0574 0.8177 1.0315 3.4943 0.6561 3.5814 0.6564 3.6545 0.9724 0.0002 2452223.5940 -22.8201 0.8400 1.0342 3.4747 0.6561 3.5268 0.6564 3.6202 0.9644 0.0002 2452224.6040 -23.0368 0.7016 1.0348 3.4722 0.6561 3.5446 0.6564 3.6279 0.9683 0.0002 2452225.7560 -22.8572 0.6730 1.0380 3.4480 0.6562 3.5187 0.6564 3.5993 0.9690 0.0002 2452226.5790 -23.2636 0.7372 1.0338 3.5018 0.6562 3.5233 0.6564 3.6284 0.9600 0.0002 446 2452235.6270 -23.2710 0.7233 1.0368 3.4914 0.6561 3.5551 0.6564 3.6340 0.9700 0.0002 2452236.7540 -22.9299 0.8350 1.0415 3.5043 0.6561 3.5038 0.6564 3.6151 0.9575 0.0002 2452249.6200 -22.9427 1.1753 1.0318 3.4855 0.6561 3.5036 0.6564 3.6651 0.9394 0.0002 2452254.5980 -23.3360 0.5192 1.0394 3.5448 0.6561 3.5112 0.6564 3.7323 0.9191 0.0002 2452262.6470 -23.0471 0.6766 1.0327 3.5048 0.6561 3.4417 0.6564 3.7309 0.8941 0.0002 2452264.5640 -23.2335 0.6542 1.0382 3.5317 0.6561 3.4569 0.6564 3.7907 0.8804 0.0002 2452265.5390 -23.0567 0.8657 1.0338 3.5094 0.6562 3.4399 0.6564 3.7410 0.8901 0.0002 2452282.5530 -23.2028 1.0992 1.0305 3.5528 0.6562 3.4312 0.6564 3.7425 0.8865 0.0004 2452293.5450 -23.2116 1.5904 1.0423 3.5067 0.6561 3.4877 0.6564 3.7002 0.9213 0.0004 2452299.6110 -23.3950 1.3060 1.0338 3.5539 0.6562 3.4485 0.6564 3.7467 0.8914 0.0021 2452300.5110 -23.3871 0.5541 1.0365 3.5531 0.6562 3.4821 0.6564 3.7482 0.9032 0.0002 2452301.5010 -23.5618 0.7471 1.0375 3.5798 0.6561 3.4988 0.6564 3.7378 0.9127 0.0002 2452302.5010 -23.1382 1.3922 1.0478 3.5356 0.6561 3.4746 0.6564 3.7229 0.9088 0.0003 2452311.5070 -23.1681 0.8184 1.0370 3.4991 0.6561 3.4374 0.6564 3.7079 0.9001 0.0002 2452314.4860 -23.2517 1.2507 1.0356 3.5515 0.6561 3.4580 0.6564 3.7265 0.9015 0.0002 2452314.4980 -23.3028 1.1624 1.0408 3.5191 0.6562 3.4551 0.6564 3.7599 0.8896 0.0002 2452315.5000 -23.5029 0.6755 1.0315 3.5364 0.6561 3.4665 0.6564 3.7366 0.9013 0.0002 2452316.4930 -23.2142 0.9947 1.0392 3.5416 0.6562 3.4320 0.6564 3.7266 0.8919 0.0002 2452319.5080 -23.6126 0.7436 1.0441 3.5599 0.6561 3.5258 0.6564 3.8101 0.8988 0.0002 2452320.5090 -23.4151 1.4511 1.0293 3.5464 0.6561 3.4474 0.6564 3.7315 0.8960 0.0003 2452323.5100 -23.5405 1.1910 1.0367 3.5494 0.6561 3.5004 0.6564 3.7528 0.9083 0.0002 2452324.5430 -22.9223 1.2035 1.0463 3.5172 0.6561 3.4663 0.6564 3.7294 0.9036 0.0004 2452328.5110 -23.6071 0.9301 1.0385 3.5335 0.6561 3.5010 0.6564 3.8665 0.8725 0.0002 2452329.5040 -23.4300 0.7265 1.0357 3.5392 0.6561 3.5044 0.6564 3.7783 0.9014 0.0002 2452330.5150 -23.2194 1.2832 1.0300 3.5120 0.6562 3.4375 0.6564 3.7119 0.8988 0.0004 2452334.5520 -23.0020 1.9353 1.0348 3.5062 0.6562 3.4182 0.6564 3.7361 0.8838 0.0005 2452335.5010 -23.5510 0.6426 1.0342 3.5629 0.6561 3.5049 0.6564 3.7733 0.9032 0.0002 2452441.8670 -23.7870 0.9910 1.0239 3.6026 0.6561 3.5711 0.6564 3.7711 0.9278 0.0002 Continued on Next Page… Table C.249 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452450.8580 -23.5642 1.0871 1.0250 3.6290 0.6561 3.5194 0.6564 3.7747 0.9080 0.0002 2452454.8370 -23.7275 0.8861 1.0255 3.6466 0.6561 3.5268 0.6564 3.7857 0.9071 0.0002 2452455.8360 -23.6411 1.0930 1.0229 3.5905 0.6561 3.5467 0.6564 3.7861 0.9141 0.0002 2452457.8660 -23.7717 0.7646 1.0195 3.6276 0.6562 3.5300 0.6564 3.7620 0.9160 0.0002 2452458.8440 -23.7265 0.8589 1.0270 3.6301 0.6561 3.5482 0.6564 3.8002 0.9100 0.0002 2452462.8770 -23.9342 0.9027 1.0241 3.6575 0.6562 3.5080 0.6564 3.8308 0.8860 0.0002 2452567.7080 -24.6761 1.6926 1.0128 3.5876 0.6562 3.5863 0.6564 3.8971 0.8927 0.0003 2452568.7470 -24.5466 1.0190 1.0365 3.6440 0.6562 3.6401 0.6564 3.9254 0.9025 0.0002 2452576.6380 -24.2515 0.6198 1.0360 3.6902 0.6562 3.6208 0.6564 3.8955 0.9051 0.0002 2452578.6790 -24.4568 1.1218 1.0449 3.7096 0.6562 3.6306 0.6564 3.9276 0.8986 0.0002 2452583.6420 -24.3176 0.8087 1.0404 3.6778 0.6562 3.6383 0.6564 3.9030 0.9088 0.0002 2452586.6120 -24.3848 1.3220 1.0342 3.6703 0.6562 3.6130 0.6564 3.8681 0.9111 0.0002 2452596.6780 -24.4122 0.8690 1.0409 3.7125 0.6561 3.6216 0.6564 3.9390 0.8920 0.0002 2452612.6180 -24.7176 0.9797 1.0409 3.7577 0.6562 3.6434 0.6564 3.9375 0.8999 0.0002 2452615.5160 -24.5813 1.1632 1.0359 3.7149 0.6561 3.6527 0.6564 3.9561 0.8974 0.0002 2452617.6840 -24.9013 0.8836 1.0394 3.7403 0.6562 3.6894 0.6564 3.9946 0.8981 0.0002 2452618.5270 -24.7405 1.0494 1.0379 3.8018 0.6561 3.6755 0.6564 3.9475 0.9077 0.0002 2452646.5150 -25.2671 0.8727 1.0330 3.8174 0.6562 3.7197 0.6564 3.9468 0.9229 0.0002 2452648.5300 -24.7886 0.6679 1.0433 3.6727 0.6562 3.6873 0.6564 4.0001 0.8957 0.0002 2452653.4980 -24.5609 0.8946 1.0416 3.6844 0.6562 3.6599 0.6564 4.0141 0.8825 0.0002 2452657.5670 -25.0680 0.9335 1.0400 3.8532 0.6562 3.6821 0.6564 4.0269 0.8861 0.0002 2452670.5550 -24.7465 1.0375 1.0436 3.6710 0.6562 3.6670 0.6564 4.0281 0.8807 0.0002 2452684.5670 -25.0299 1.2814 1.0444 3.9122 0.6562 3.7197 0.6564 4.0661 0.8870 0.0002 447 2452691.5160 -25.1062 1.0179 1.0427 3.8810 0.6562 3.7149 0.6564 4.0230 0.8981 0.0002 2452803.8810 -25.5818 0.9585 1.0298 3.9915 0.6562 3.8780 0.6564 3.9693 0.9693 0.0002 2452807.7970 -25.7147 0.9241 1.0297 3.9249 0.6562 3.8111 0.6564 4.0846 0.9113 0.0005 2452816.6660 -25.8351 1.0099 1.0337 3.9638 0.6562 3.8390 0.6564 4.0969 0.9167 0.0004 2452828.7230 -25.4655 0.9558 1.0370 3.9229 0.6562 3.7922 0.6564 4.1434 0.8883 0.0004 2452829.6880 -25.4037 2.1771 1.0318 3.9870 0.6562 3.8597 0.6564 4.0073 0.9509 0.0005 2452834.8600 -25.0328 1.1108 1.0314 3.8686 0.6561 3.7804 0.6564 3.9985 0.9273 0.0003 2452850.8380 -25.1523 0.6622 1.0311 3.8403 0.6562 3.7345 0.6564 4.0406 0.8993 0.0004 2452874.8030 -25.3414 0.6872 1.0390 3.9283 0.6562 3.8039 0.6564 4.1322 0.8952 0.0004 2452943.6150 -25.4771 0.6635 1.0332 3.9643 0.6562 3.8906 0.6564 4.0364 0.9520 0.0002 2452950.6090 -25.5677 1.5284 1.0387 3.9031 0.6562 3.8515 0.6564 4.0889 0.9232 0.0003 2452950.6350 -25.8623 1.3410 1.0312 3.8846 0.6562 3.9155 0.6564 4.1266 0.9325 0.0003 2452952.6580 -25.6512 1.0739 1.0435 3.9464 0.6562 3.8916 0.6564 4.1118 0.9292 0.0002 2452953.6510 -25.4391 0.8053 1.0445 3.8913 0.6562 3.8778 0.6564 4.0983 0.9289 0.0002 2452963.6490 -25.5244 1.0885 1.0419 3.9890 0.6562 3.8984 0.6564 4.1292 0.9262 0.0003 2452964.6480 -25.6743 1.8322 1.0329 3.9778 0.6562 3.9075 0.6564 4.1394 0.9261 0.0003 2452970.6180 -25.2744 1.5783 1.0392 3.8936 0.6562 3.8961 0.6564 4.0895 0.9374 0.0002 2452975.5400 -25.6167 1.1708 1.0460 3.9081 0.6562 3.8857 0.6564 4.0735 0.9389 0.0002 2452986.5420 -25.3731 1.1803 1.0395 3.8739 0.6562 3.8125 0.6564 4.1110 0.9041 0.0002 2453000.5280 -25.6076 0.9791 1.0360 3.8693 0.6562 3.8210 0.6564 4.2043 0.8804 0.0003 2453004.6420 -25.5271 1.0189 1.0468 3.9563 0.6562 3.8591 0.6564 4.0865 0.9263 0.0002 2453005.5600 -25.4727 0.9932 1.0451 3.9476 0.6562 3.8271 0.6564 4.1129 0.9082 0.0002 2453011.4890 -25.9532 1.1372 1.0417 3.9121 0.6562 3.9259 0.6564 4.1811 0.9198 0.0002 2453014.5120 -25.8494 1.5612 1.0439 3.9785 0.6562 3.9162 0.6564 4.1981 0.9118 0.0003 2453025.5120 -26.5175 2.0202 1.0456 4.0186 0.6562 3.9926 0.6564 4.2019 0.9346 0.0004 2453025.5190 -26.6048 1.9966 1.0329 4.0003 0.6562 3.9389 0.6564 4.2241 0.9115 0.0004 2453025.5450 -26.4453 0.9196 1.0386 3.9791 0.6562 3.9342 0.6564 4.1793 0.9229 0.0002 2453053.5400 -26.4499 1.4662 1.0420 4.0627 0.6562 3.9730 0.6564 4.1725 0.9371 0.0002 Continued on Next Page… Table C.249 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453239.8810 -25.8904 0.9232 1.0400 3.9572 0.6562 3.9439 0.6564 4.0324 0.9708 0.0002 2453259.8390 -25.9436 1.2275 1.0344 3.9992 0.6562 3.9745 0.6564 3.9977 0.9922 0.0002 2453261.6740 -25.8348 0.9616 1.0274 3.9286 0.6561 3.9503 0.6564 3.9943 0.9853 0.0003 2453264.6830 -25.7948 1.1261 1.0251 3.9237 0.6562 3.9284 0.6564 3.9705 0.9858 0.0002 2453267.7990 -26.3874 0.9502 1.0374 4.0013 0.6562 3.9968 0.6564 4.0436 0.9846 0.0002 2453270.6860 -26.0529 1.3818 1.0425 3.9899 0.6562 4.0305 0.6564 4.0864 0.9819 0.0003 2453271.8300 -26.4035 1.0207 1.0311 3.9873 0.6562 3.9796 0.6564 4.0637 0.9725 0.0002 2453279.7730 -26.4700 1.2434 1.0396 3.9817 0.6561 4.0037 0.6564 4.0961 0.9701 0.0002 2453281.7830 -26.4913 0.8788 1.0461 4.0294 0.6561 4.0262 0.6564 4.1258 0.9682 0.0002 2453283.7970 -26.6837 0.8249 1.0400 4.0515 0.6562 4.0105 0.6564 4.1302 0.9618 0.0002 2453284.7270 -26.6658 0.8201 1.0443 3.9972 0.6561 4.0356 0.6564 4.1588 0.9610 0.0002 2453286.7230 -26.3931 1.1786 1.0413 3.9940 0.6561 4.0093 0.6564 4.0752 0.9786 0.0003 2453288.7340 -26.6564 0.8851 1.0440 4.0533 0.6562 4.0392 0.6564 4.1123 0.9765 0.0002 2453312.7920 -26.6841 1.0345 1.0383 4.0505 0.6561 4.0327 0.6564 4.1564 0.9608 0.0002 2453315.6720 -26.2208 0.9469 1.0382 3.9920 0.6562 3.9736 0.6564 4.1205 0.9529 0.0002 2453316.6460 -26.6375 1.1038 1.0340 4.0078 0.6561 3.9831 0.6564 4.1174 0.9569 0.0002 2453318.6500 -26.2158 0.9576 1.0473 4.0438 0.6562 3.9749 0.6564 4.1476 0.9451 0.0002 2453319.6560 -25.8747 1.2891 1.0459 3.9923 0.6562 4.0002 0.6564 4.1551 0.9509 0.0003 2453322.6730 -26.3872 1.0082 1.0440 3.9600 0.6562 3.9761 0.6564 4.1378 0.9485 0.0002 2453323.7530 -26.4691 1.0666 1.0431 4.0116 0.6562 3.9760 0.6564 4.1399 0.9478 0.0002 2453338.5360 -26.5315 1.2088 1.0360 4.0454 0.6562 3.9501 0.6564 4.1529 0.9357 0.0002 2453341.6500 -26.4649 0.9890 1.0378 4.0601 0.6562 4.0077 0.6564 4.1538 0.9537 0.0002 2453355.6110 -26.9365 0.8579 1.0379 4.0664 0.6562 4.0819 0.6564 4.2207 0.9569 0.0002 448 2453357.6120 -26.9534 1.2745 1.0426 4.1239 0.6562 4.1029 0.6564 4.1824 0.9750 0.0002 2453385.6080 -26.8176 1.5748 1.0472 4.0270 0.6562 4.1493 0.6564 4.1315 1.0057 0.0002 2453386.5020 -27.0207 0.9392 1.0514 4.0729 0.6562 4.1649 0.6564 4.1511 1.0044 0.0002 2453387.5060 -26.8176 1.1633 1.0505 4.0869 0.6562 4.1125 0.6564 4.1517 0.9876 0.0002 2453398.5320 -26.7890 2.0837 1.0461 4.0628 0.6562 4.1225 0.6564 4.0706 1.0169 0.0003 2453398.5480 -27.1166 1.3610 1.0386 4.0649 0.6562 4.1574 0.6564 4.1022 1.0178 0.0003 2453405.4990 -26.7836 1.2342 1.0387 3.9684 0.6562 4.0954 0.6564 4.0501 1.0149 0.0004 2453614.8340 -27.2790 1.6688 1.0332 4.1162 0.6562 4.2154 0.6564 4.1397 1.0241 0.0003 2453635.8240 -27.3916 1.7501 1.0360 4.1616 0.6562 4.2140 0.6564 4.1471 1.0212 0.0003 2453641.7030 -27.7625 1.6593 1.0387 4.1827 0.6562 4.2723 0.6564 4.1798 1.0291 0.0003 2453645.7720 -27.9180 1.8971 1.0272 4.1564 0.6562 4.2888 0.6564 4.1835 1.0331 0.0003 2453648.6970 -27.4805 1.3875 1.0251 4.1090 0.6562 4.1792 0.6564 4.1206 1.0188 0.0003 2453658.7940 -27.1131 2.4890 1.0352 4.1419 0.6562 4.2678 0.6564 4.1640 1.0328 0.0004 2453663.6810 -27.6806 1.4354 1.0362 4.1914 0.6562 4.1992 0.6564 4.1898 1.0029 0.0002 2453673.7860 -27.9790 1.6581 1.0323 4.1598 0.6562 4.2798 0.6564 4.2611 1.0057 0.0003 2453677.7100 -27.6432 1.7091 1.0312 4.1922 0.6562 4.2595 0.6564 4.1505 1.0346 0.0003 2453682.6790 -27.6547 1.7240 1.0269 4.1390 0.6562 4.2433 0.6564 4.1868 1.0177 0.0003 2453685.6760 -27.8268 1.5424 1.0460 4.1969 0.6562 4.3270 0.6564 4.1995 1.0399 0.0003 2453695.6760 -27.7612 2.0234 1.0289 4.1754 0.6562 4.2314 0.6564 4.1603 1.0225 0.0003 2453710.6450 -28.0542 1.5481 1.0396 4.2021 0.6562 4.2508 0.6564 4.1834 1.0212 0.0003 2453712.5770 -27.7540 2.0862 1.0388 4.2077 0.6562 4.2372 0.6564 4.2315 1.0018 0.0003 2453722.5520 -28.2260 1.5342 1.0362 4.1682 0.6561 4.2275 0.6564 4.2562 0.9912 0.0003 2453724.6110 -27.9749 1.8956 1.0349 4.1630 0.6562 4.2263 0.6564 4.2706 0.9865 0.0003 2453748.5820 -28.1165 0.8150 1.0377 4.2292 0.6562 4.2643 0.6564 4.3033 0.9882 0.0002 2453752.4960 -28.0174 0.9054 1.0318 4.2003 0.6561 4.2819 0.6564 4.2551 1.0082 0.0002 2453786.5140 -28.2695 1.6736 1.0328 4.2114 0.6562 4.3033 0.6564 4.2960 1.0022 0.0003 2453982.7620 -28.2674 1.2002 1.0392 4.2533 0.6562 4.3970 0.6564 4.3566 1.0121 0.0002 2454003.7500 -28.6296 1.3597 1.0415 4.2573 0.6562 4.3473 0.6564 4.2678 1.0243 0.0002 Continued on Next Page… Table C.249 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454038.6760 -28.1633 0.9982 1.0385 4.1428 0.6562 4.3354 0.6564 4.2290 1.0329 0.0002 2454043.6780 -27.8708 1.3453 1.0474 4.1593 0.6562 4.3711 0.6564 4.2159 1.0483 0.0003 2454061.6140 -28.7988 1.2191 1.0374 4.3129 0.6562 4.3907 0.6564 4.3039 1.0263 0.0003 2454073.6840 -28.2361 2.0732 1.0465 4.2038 0.6562 4.3825 0.6564 4.2975 1.0258 0.0004 2454079.6660 -28.4572 1.1482 1.0398 4.2719 0.6562 4.3883 0.6564 4.2360 1.0471 0.0002 2454084.6010 -28.9209 1.0753 1.0346 4.2573 0.6562 4.3714 0.6564 4.2542 1.0360 0.0002 2454089.6270 -28.5197 1.0342 1.0505 4.2709 0.6562 4.3797 0.6564 4.2598 1.0368 0.0003 2454098.5370 -28.8378 1.0703 1.0357 4.2816 0.6561 4.3576 0.6564 4.2933 1.0195 0.0002 2454107.5530 -28.7964 1.2713 1.0417 4.2699 0.6562 4.4032 0.6564 4.3362 1.0201 0.0003 2454117.6140 -28.7224 0.9508 1.0414 4.2585 0.6561 4.3272 0.6564 4.2967 1.0093 0.0002 2454127.5300 -28.4293 0.9985 1.0399 4.2340 0.6561 4.3415 0.6564 4.2786 1.0192 0.0002 2454164.5330 -29.0870 0.9312 1.0430 4.3465 0.6562 4.3622 0.6564 4.4338 0.9791 0.0002 2454282.8690 -27.8523 0.9053 1.0403 4.2855 0.6562 4.3294 0.6564 4.2378 1.0283 0.0004 2454295.8760 -27.8793 0.7335 1.0398 4.2882 0.6562 4.3174 0.6564 4.2430 1.0229 0.0004 2454303.8410 -28.1026 0.5887 1.0403 4.2993 0.6562 4.3783 0.6564 4.3393 1.0117 0.0003 2454341.8520 -28.2065 0.8949 1.0393 4.3274 0.6561 4.4021 0.6564 4.3422 1.0179 0.0005 2454348.8180 -28.5522 0.7657 1.0410 4.4062 0.6562 4.4286 0.6564 4.3929 1.0105 0.0003 2454356.7850 -28.4277 0.6120 1.0450 4.4116 0.6562 4.3957 0.6564 4.4773 0.9765 0.0003 2454366.7420 -28.2923 0.9789 1.0446 4.4160 0.6562 4.4164 0.6564 4.4016 1.0044 0.0002 2454379.8450 -27.9627 0.7837 1.0340 4.3181 0.6562 4.4315 0.6564 4.3214 1.0332 0.0006 2454381.7010 -27.8651 0.8161 1.0371 4.3238 0.6562 4.4278 0.6564 4.3085 1.0361 0.0005 2454404.6740 -28.3822 0.6607 1.0432 4.3575 0.6562 4.4528 0.6564 4.3732 1.0236 0.0002 2454408.6290 -28.3969 0.6083 1.0441 4.3332 0.6562 4.4330 0.6564 4.3921 1.0121 0.0002 449 2454432.5850 -28.2836 0.7459 1.0429 4.3377 0.6562 4.3715 0.6564 4.3619 1.0029 0.0002 2454484.5130 -28.7038 0.5734 1.0392 4.3842 0.6562 4.4625 0.6564 4.3024 1.0485 0.0002 2454674.8720 -29.0222 1.0009 1.0401 4.4135 0.6562 4.4488 0.6564 4.4556 0.9980 0.0003 2454697.8540 -28.7012 0.8161 1.0415 4.4174 0.6562 4.4854 0.6564 4.3596 1.0374 0.0004 2454704.8350 -29.1413 0.7886 1.0436 4.4280 0.6562 4.5025 0.6564 4.4213 1.0238 0.0003 2454712.8750 -28.8648 1.3304 1.0385 4.4127 0.6561 4.4885 0.6564 4.3851 1.0306 0.0004 2454717.7840 -29.1014 0.7668 1.0405 4.4444 0.6562 4.5140 0.6564 4.4220 1.0269 0.0004 2454719.8470 -29.0135 0.9167 1.0410 4.4247 0.6562 4.4987 0.6564 4.4337 1.0189 0.0003 2454726.8210 -29.1035 0.7792 1.0401 4.4334 0.6562 4.4700 0.6564 4.4368 1.0097 0.0003 2454749.7230 -29.6414 0.8092 1.0433 4.4638 0.6562 4.4757 0.6564 4.4994 0.9932 0.0003 2454752.7150 -29.6587 0.8033 1.0432 4.5083 0.6562 4.4967 0.6564 4.5525 0.9843 0.0003 2454756.7660 -29.4678 0.7974 1.0357 4.4588 0.6562 4.4974 0.6564 4.5010 0.9990 0.0003 2454763.7070 -29.6764 0.7103 1.0431 4.5303 0.6562 4.5163 0.6564 4.5619 0.9872 0.0002 2454769.6950 -29.3990 1.2441 1.0434 4.5298 0.6562 4.4753 0.6564 4.5229 0.9865 0.0003 2454776.6250 -29.5083 0.8900 1.0424 4.5070 0.6562 4.5064 0.6564 4.4961 1.0030 0.0003 2454798.6030 -29.3156 0.8027 1.0430 4.4446 0.6562 4.5625 0.6564 4.4656 1.0280 0.0003 2454811.6030 -29.6994 1.1848 1.0394 4.4479 0.6562 4.5353 0.6564 4.5343 1.0003 0.0002 2454834.5010 -29.7307 0.8514 1.0401 4.4774 0.6562 4.5732 0.6564 4.4707 1.0295 0.0002 2454869.5210 -29.5307 1.0320 1.0343 4.4553 0.6562 4.5435 0.6564 4.4558 1.0254 0.0003 2455077.7820 -30.1806 1.0113 1.0375 4.5247 0.6562 4.6154 0.6564 4.5332 1.0233 0.0003 2455094.7540 -29.6897 0.5885 1.0377 4.5101 0.6562 4.5565 0.6564 4.4654 1.0263 0.0003 2455105.7730 -29.7707 1.2053 1.0387 4.4934 0.6562 4.5822 0.6564 4.4410 1.0411 0.0003 2455115.6850 -29.6246 2.1799 1.0483 4.5721 0.6562 4.6474 0.6564 4.4589 1.0545 0.0004 2455137.7360 -29.7058 0.8536 1.0437 4.5341 0.6562 4.5553 0.6564 4.4809 1.0214 0.0003 2455164.6050 -29.8879 0.7596 1.0429 4.5383 0.6562 4.5717 0.6564 4.5390 1.0092 0.0003 2455182.6630 -29.6493 1.1309 1.0427 4.5571 0.6562 4.5675 0.6564 4.5873 0.9945 0.0005 2455225.5080 -30.1498 1.0024 1.0438 4.5795 0.6562 4.6107 0.6564 4.5965 1.0040 0.0003 2455385.8510 -29.8766 1.8512 1.0388 4.6272 0.6562 4.6155 0.6564 4.5887 1.0075 0.0006 Continued on Next Page… Table C.249 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455399.8520 -30.0444 1.1642 1.0427 4.6467 0.6562 4.7134 0.6564 4.6015 1.0311 0.0004 2455435.8100 -30.4142 1.6129 1.0475 4.6329 0.6562 4.6831 0.6564 4.6581 1.0068 0.0003 2455469.7460 -30.4872 1.0477 1.0413 4.6567 0.6562 4.6901 0.6564 4.6130 1.0213 0.0003 2455479.7620 -30.1716 1.1730 1.0435 4.6821 0.6562 4.7091 0.6564 4.5598 1.0419 0.0004 2455497.5040 -30.7829 0.4570 1.0412 4.7157 0.6562 4.7393 0.6564 4.6165 1.0340 0.0004 2455509.5560 -30.8214 0.5830 1.0414 4.6579 0.6562 4.7424 0.6564 4.5554 1.0526 0.0002 2455512.5130 -30.8493 0.5398 1.0402 4.6926 0.6562 4.6878 0.6564 4.5592 1.0362 0.0002 2456995.6830 -32.7722 1.2430 1.0464 4.9650 0.6562 4.9375 0.6564 4.8554 1.0213 0.0002 2456998.6050 -33.0925 0.4992 1.0430 4.9658 0.6562 4.9518 0.6564 4.8541 1.0253 0.0002 2457258.7800 -33.4562 0.8531 1.0483 5.0480 0.6562 5.0125 0.6564 5.0667 0.9867 0.0004 2457267.6610 -33.2107 1.4541 1.0452 4.9900 0.6562 5.0463 0.6564 4.9928 1.0134 0.0003 2457267.6760 -33.5122 1.5415 1.0434 5.0007 0.6562 5.0200 0.6564 5.0499 0.9926 0.0003 2457267.6850 -33.3844 1.5460 1.0410 4.9987 0.6562 5.0320 0.6564 5.0028 1.0073 0.0004 2457314.6840 -33.3113 0.7872 1.0447 4.9908 0.6562 5.0951 0.6564 4.8967 1.0509 0.0002 2457314.6970 -33.4235 0.8384 1.0441 4.9964 0.6562 5.0879 0.6564 4.8965 1.0491 0.0002 2457318.6440 -33.2691 1.3723 1.0450 5.0005 0.6562 5.1279 0.6564 4.8598 1.0695 0.0003 2457318.6540 -33.2933 1.2370 1.0461 5.0312 0.6562 5.0963 0.6564 4.8742 1.0574 0.0003 2457318.6650 -33.0739 0.9932 1.0436 4.9569 0.6562 5.0980 0.6564 4.8820 1.0556 0.0003 2457318.6750 -33.1802 1.5025 1.0452 5.0046 0.6562 5.0841 0.6564 4.8759 1.0537 0.0003 2457318.6860 -33.0241 1.2600 1.0460 4.9873 0.6562 5.0960 0.6564 4.8725 1.0577 0.0003 2457318.6960 -33.2305 1.3737 1.0446 5.0008 0.6562 5.1022 0.6564 4.8931 1.0537 0.0003 2457318.7120 -33.4336 1.0518 1.0411 4.9931 0.6562 5.1040 0.6564 4.8618 1.0627 0.0003 2457318.7220 -33.4451 0.9243 1.0447 5.0074 0.6562 5.0439 0.6564 4.8932 1.0387 0.0003 450 2457321.6670 -33.5302 1.5434 1.0513 5.0744 0.6562 5.1414 0.6564 4.8908 1.0644 0.0002 2457321.6820 -33.5765 1.6349 1.0467 5.0673 0.6562 5.1493 0.6564 4.9007 1.0637 0.0003 2457330.6520 -33.7416 1.2604 1.0410 5.0754 0.6562 5.1105 0.6564 4.8388 1.0708 0.0002 2457334.6280 -34.1993 0.6136 1.0383 5.0823 0.6562 5.1428 0.6564 4.9662 1.0445 0.0002 2457334.6380 -34.0444 0.6629 1.0396 5.0709 0.6562 5.1564 0.6564 4.9492 1.0525 0.0002 2457334.6490 -33.8080 0.8012 1.0388 5.0544 0.6562 5.1292 0.6564 4.9385 1.0484 0.0002 2457334.6590 -34.0355 0.8050 1.0410 5.0837 0.6562 5.1537 0.6564 4.9555 1.0501 0.0002 2457335.6290 -33.9867 0.8470 1.0430 5.1427 0.6562 5.1061 0.6564 4.9839 1.0307 0.0002 2457335.6430 -34.1481 0.8393 1.0404 5.1418 0.6562 5.1131 0.6564 4.9813 1.0331 0.0002 2457335.6610 -34.1410 0.7534 1.0395 5.1359 0.6562 5.1228 0.6564 4.9934 1.0324 0.0002 2457338.5300 -32.8367 0.6720 1.0274 4.9652 0.6562 5.0379 0.6564 4.7902 1.0654 0.1221 2457341.6780 -33.6224 0.9761 1.0413 5.0942 0.6562 5.1145 0.6564 4.8306 1.0741 0.0002 2457342.6740 -33.7755 0.6431 1.0407 5.1262 0.6562 5.1276 0.6564 4.8657 1.0678 0.0002 2457346.6150 -33.7696 0.6675 1.0390 5.0882 0.6562 5.1000 0.6564 4.8489 1.0652 0.0002 2457349.6400 -33.7183 0.8823 1.0443 5.0829 0.6562 5.0984 0.6564 4.8911 1.0533 0.0002 2457350.6010 -33.7047 1.2969 1.0503 5.0814 0.6562 5.1949 0.6564 4.8661 1.0851 0.0003 2457394.4980 -34.4475 0.7418 1.0386 5.1046 0.6562 5.1114 0.6564 5.0236 1.0218 0.0002 2457417.5400 -33.9760 0.9831 1.0399 5.1443 0.6562 5.0293 0.6564 4.9797 1.0125 0.0003 2457605.7900 -34.7260 1.3603 1.0395 5.1883 0.6562 5.1625 0.6564 5.0242 1.0344 0.0004 Table C.250: γ Cas HeI λ5876Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449271.7350 -0.6600 0.2546 0.9873 0.9835 0.5872 1.1001 0.5877 1.1380 0.7253 0.0012 2450688.7390 -0.5259 0.3107 0.9775 1.0280 0.5873 1.1082 0.5878 1.0719 1.5041 0.0014 2450689.7530 -0.5243 0.3762 0.9802 1.0033 0.5873 1.1086 0.5878 1.0693 1.5682 0.0017 2450712.7950 -0.4010 0.2047 0.9916 0.9946 0.5874 1.1304 0.5877 1.0534 2.4407 0.0013 2450718.7430 -0.4264 0.3830 0.9894 1.0325 0.5874 1.1330 0.5878 1.0718 1.8526 0.0015 2450727.7190 -0.3981 0.3075 0.9839 1.0166 0.5874 1.1223 0.5877 1.0860 1.4220 0.0014 2450728.7540 -0.3639 0.3449 0.9837 0.9942 0.5874 1.1194 0.5877 1.0657 1.8172 0.0014 2450731.7110 -0.3403 0.2130 0.9929 0.9734 0.5874 1.1210 0.5878 1.0394 3.0742 0.0014 2450778.6120 -0.5014 0.2439 0.9891 0.9690 0.5874 1.1487 0.5877 1.0659 2.2575 0.0014 2450827.5450 -0.3215 0.2014 0.9968 1.0080 0.5874 1.1291 0.5879 1.0413 3.1218 0.0013 2450846.5070 -0.3994 0.1843 0.9923 0.9878 0.5874 1.1474 0.5878 1.0577 2.5559 0.0013 2451113.6790 -0.4849 0.3938 0.9807 1.0005 0.5874 1.1318 0.5879 1.0352 3.7462 0.0015 2451121.6480 -0.2952 0.3997 0.9967 0.9880 0.5874 1.1303 0.5878 1.0390 3.3440 0.0015 2451142.6540 -0.3500 0.3462 0.9913 0.9914 0.5874 1.1306 0.5877 1.0414 3.1512 0.0014 2451149.5920 -0.3952 0.1515 0.9902 0.9822 0.5874 1.1208 0.5877 1.0280 4.3210 0.0013 2451156.6740 -0.2660 0.2381 0.9980 0.9901 0.5874 1.1158 0.5879 1.0290 3.9884 0.0014 2451208.5360 -0.3558 0.3690 0.9938 0.9801 0.5874 1.1270 0.5879 1.0357 3.5609 0.0014 2451219.5830 -0.2592 0.3229 0.9971 1.0156 0.5874 1.1136 0.5878 1.0402 2.8284 0.0013 2451436.8390 -0.3862 0.2733 0.9887 0.9890 0.5874 1.0884 0.5878 1.0539 1.6397 0.0013 2451443.7920 -0.3202 0.2521 0.9896 0.9881 0.5874 1.0938 0.5878 1.0336 2.7886 0.0013

451 2451444.8470 -0.3974 0.2553 0.9848 0.9822 0.5874 1.0944 0.5878 1.0410 2.3015 0.0013 2451472.7120 -0.2515 0.1738 0.9927 0.9871 0.5874 1.0925 0.5879 1.0293 3.1554 0.0013 2451478.6550 -0.3016 0.2772 0.9907 1.0028 0.5874 1.0859 0.5878 1.0415 2.0706 0.0014 2451480.7000 -0.3346 0.2183 0.9845 0.9929 0.5874 1.0746 0.5879 1.0289 2.5777 0.0013 2451487.6380 -0.2186 0.2386 0.9947 0.9956 0.5874 1.0790 0.5879 1.0329 2.4034 0.0013 2451489.6730 -0.2661 0.1705 0.9933 0.9941 0.5874 1.0815 0.5879 1.0444 1.8380 0.0013 2451497.5710 -0.2190 0.2770 0.9947 0.9795 0.5874 1.0864 0.5878 1.0349 2.4729 0.0014 2451498.5740 -0.2856 0.1695 0.9920 0.9933 0.5874 1.0757 0.5879 1.0401 1.8896 0.0013 2451501.6320 -0.2630 0.2587 0.9901 0.9985 0.5874 1.0874 0.5878 1.0411 2.1298 0.0013 2451510.5610 -0.2601 0.2610 0.9926 0.9948 0.5874 1.0874 0.5879 1.0428 2.0432 0.0013 2451512.5700 -0.2159 0.1842 0.9964 1.0054 0.5874 1.0796 0.5879 1.0417 1.9072 0.0013 2451520.6150 -0.3313 0.2370 0.9939 0.9916 0.5874 1.0939 0.5879 1.0390 2.4092 0.0013 2451523.5990 -0.2177 0.2760 0.9970 0.9783 0.5874 1.0888 0.5878 1.0335 2.6535 0.0014 2451571.5100 -0.2486 0.2375 0.9974 0.9976 0.5874 1.0742 0.5879 1.0448 1.6555 0.0013 2451586.5040 -0.1303 0.2627 0.9977 1.0088 0.5874 1.0638 0.5879 1.0572 1.1148 0.0013 2451608.5270 -0.4341 0.4685 0.9764 0.9955 0.5874 1.0635 0.5879 1.0527 1.2044 0.0016 2451609.5160 -0.4147 0.8956 0.9829 0.9464 0.5874 1.0841 0.5879 1.0702 1.1987 0.0021 2451792.8080 -0.2238 0.2158 0.9931 0.9990 0.5873 1.0443 0.5878 1.1035 0.4279 0.0012 2451794.8200 -0.2483 0.2469 0.9921 0.9837 0.5874 1.0459 0.5878 1.0721 0.6368 0.0013 2451800.8000 -0.2056 0.1641 0.9873 0.9754 0.5873 1.0405 0.5878 1.0597 0.6772 0.0013 2451801.6830 -0.3820 0.3128 0.9774 0.9773 0.5873 1.0386 0.5878 1.0619 0.6242 0.0014 2451803.8120 -0.2106 0.2484 0.9903 0.9847 0.5874 1.0304 0.5879 1.0876 0.3471 0.0012 2451804.7630 -0.2897 0.2088 0.9854 0.9886 0.5873 1.0294 0.5878 1.1004 0.2930 0.0012 2451805.7080 -0.3099 0.2082 0.9838 0.9929 0.5873 1.0340 0.5878 1.1031 0.3297 0.0012 2451807.7700 -0.2107 0.1938 0.9838 0.9653 0.5874 1.0327 0.5878 1.1081 0.3025 0.0012 2451814.7550 -0.2364 0.2073 0.9875 0.9893 0.5874 1.0312 0.5878 1.1174 0.2656 0.0011 2451818.7310 -0.4002 0.4392 0.9902 1.0180 0.5873 1.0589 0.5878 1.1800 0.3270 0.0018 2451828.7180 -0.1099 0.3776 0.9984 0.9970 0.5873 1.0479 0.5878 1.1611 0.2971 0.0012 Continued on Next Page… Table C.250 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451829.7660 -0.2984 0.2631 0.9936 0.9870 0.5873 1.0474 0.5878 1.1374 0.3451 0.0023 2451830.6940 -0.4027 0.6568 0.9860 0.9762 0.5873 1.0636 0.5879 1.0772 0.8228 0.0016 2451836.7010 -0.2563 0.2646 0.9858 0.9781 0.5874 1.0401 0.5878 1.0559 0.7180 0.0013 2451838.7640 -0.5042 0.4846 0.9785 1.0268 0.5873 1.0425 0.5878 1.1767 0.2404 0.0020 2451839.7560 -0.7844 1.7565 0.9641 1.0257 0.5873 1.0754 0.5878 1.1683 0.4477 0.0024 2451840.5530 -1.2370 2.0443 0.9392 0.9881 0.5873 1.0666 0.5878 1.1886 0.3533 0.0027 2451846.6680 -0.2044 0.4339 0.9948 0.9928 0.5873 1.0460 0.5878 1.0681 0.6752 0.0014 2451847.6720 0.0065 0.2616 0.9994 1.0078 0.5873 1.0447 0.5878 1.1443 0.3097 0.0012 2451853.7470 -0.0890 0.1828 0.9942 0.9730 0.5873 1.0321 0.5878 1.0991 0.3240 0.0013 2451854.6890 -0.2236 0.2239 0.9943 0.9635 0.5873 1.0424 0.5878 1.0820 0.5174 0.0013 2451864.5920 -0.2222 0.4109 0.9935 1.0122 0.5873 1.0580 0.5878 1.0823 0.7048 0.0014 2451871.6510 -0.2132 0.2016 0.9934 0.9940 0.5873 1.0436 0.5878 1.0765 0.5694 0.0013 2451872.7050 -0.2716 1.3551 0.9976 0.9529 0.5874 1.0837 0.5878 1.1147 0.7293 0.0026 2451882.5480 -0.1275 0.1970 0.9972 0.9906 0.5874 1.0389 0.5878 1.0946 0.4113 0.0012 2451882.5630 -0.1534 0.1844 0.9948 1.0033 0.5874 1.0336 0.5878 1.0778 0.4312 0.0023 2451882.5780 -0.1155 0.1889 0.9968 0.9718 0.5874 1.0389 0.5878 1.0909 0.4273 0.0012 2451882.5920 -0.1540 0.1943 0.9961 0.9839 0.5873 1.0408 0.5878 1.1045 0.3902 0.0012 2451887.6930 -0.1936 0.2746 0.9958 0.9626 0.5873 1.0458 0.5878 1.0756 0.6060 0.0012 2451901.5320 -0.1843 0.2640 0.9940 1.0018 0.5873 1.0435 0.5878 1.0654 0.6644 0.0013 2451904.5060 -0.1246 0.7209 1.0014 0.9751 0.5873 1.0539 0.5877 1.0782 0.6899 0.0016 2451904.5270 -0.1101 0.3313 0.9961 0.9747 0.5873 1.0437 0.5878 1.0652 0.6707 0.0013 2451904.5460 -0.1101 0.1975 0.9962 0.9780 0.5874 1.0333 0.5878 1.0801 0.4149 0.0012 2451904.5700 -0.1493 0.2450 0.9971 0.9955 0.5873 1.0389 0.5878 1.0974 0.3993 0.0012 452 2451904.5910 -0.1279 0.2634 0.9974 0.9865 0.5873 1.0391 0.5878 1.0774 0.5057 0.0012 2451906.4840 -0.2358 0.2226 0.9922 0.9929 0.5873 1.0454 0.5878 1.0731 0.6214 0.0013 2451912.5800 -0.2721 1.0405 0.9857 1.0224 0.5873 1.0510 0.5878 1.0972 0.5252 0.0021 2451912.5880 -0.1397 0.4877 0.9937 0.9745 0.5873 1.0466 0.5878 1.0683 0.6822 0.0015 2451916.4850 -0.1821 0.3044 0.9947 0.9913 0.5873 1.0439 0.5878 1.0734 0.5981 0.0015 2451918.5570 4.3869 0.2031 1.2627 0.9852 0.5874 1.0847 0.5878 1.0881 0.9610 0.0926 2451918.5690 -0.1686 0.4206 0.9968 0.9769 0.5874 1.0732 0.5878 1.0845 0.8661 0.0014 2451919.6030 -0.2430 0.4556 0.9936 0.9940 0.5873 1.0547 0.5878 1.0758 0.7227 0.0015 2451919.6150 -0.3672 1.4058 0.9872 1.0108 0.5868 1.0532 0.5878 1.1047 0.5078 0.0027 2451919.6300 -0.1805 0.4184 0.9958 0.9825 0.5873 1.0533 0.5878 1.0780 0.6836 0.0015 2451920.5720 -0.2146 0.2239 0.9949 0.9874 0.5873 1.0389 0.5878 1.0930 0.4187 0.0013 2451932.5260 -0.1776 0.3146 0.9957 0.9889 0.5873 1.0468 0.5878 1.1072 0.4369 0.0012 2451933.5130 -0.1762 0.2922 0.9958 0.9958 0.5873 1.0528 0.5878 1.0781 0.6768 0.0013 2451935.5150 -0.1364 0.2242 0.9965 0.9900 0.5873 1.0390 0.5878 1.0878 0.4446 0.0012 2451937.5100 -0.1471 0.2333 0.9975 0.9661 0.5873 1.0417 0.5878 1.0915 0.4564 0.0012 2451959.5060 -0.1002 0.2318 0.9970 0.9698 0.5873 1.0363 0.5878 1.0839 0.4326 0.0020 2451961.5440 -0.2271 0.2798 0.9934 0.9865 0.5873 1.0385 0.5878 1.0777 0.4962 0.0013 2451962.5190 -0.0929 0.3376 0.9975 0.9657 0.5873 1.0321 0.5878 1.0792 0.4047 0.0013 2451965.4980 -0.1862 0.2193 0.9942 0.9929 0.5873 1.0349 0.5878 1.0704 0.4962 0.0012 2451970.5850 -0.1887 0.3504 0.9896 0.9834 0.5873 1.0387 0.5878 1.0713 0.5430 0.0013 2451976.5750 -0.2764 0.2092 0.9894 0.9916 0.5873 1.0389 0.5878 1.0743 0.5227 0.0012 2451979.5570 -0.4403 0.5599 0.9827 0.9795 0.5869 1.0631 0.5878 1.0915 0.6901 0.0014 2451980.5790 -0.2762 0.4531 0.9920 0.9877 0.5874 1.0427 0.5878 1.0762 0.5601 0.0014 2452128.8320 -0.3375 0.2462 0.9744 0.9978 0.5873 1.0224 0.5877 1.0880 0.2546 0.0016 2452150.7950 -0.2324 0.1684 0.9826 0.9764 0.5873 1.0326 0.5878 1.0754 0.4318 0.0012 2452151.7930 -0.2312 0.1490 0.9783 0.9580 0.5873 1.0258 0.5878 1.0640 0.4027 0.0012 2452154.7820 -0.2272 0.1588 0.9883 0.9739 0.5873 1.0305 0.5878 1.0709 0.4309 0.0012 2452155.8120 -0.2675 0.1619 0.9872 0.9884 0.5873 1.0362 0.5878 1.0828 0.4373 0.0012 Continued on Next Page… Table C.250 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452157.8290 -0.2362 0.1410 0.9848 0.9755 0.5873 1.0343 0.5878 1.0772 0.4448 0.0012 2452158.7850 -0.2274 0.1631 0.9869 0.9728 0.5873 1.0269 0.5878 1.0737 0.3647 0.0012 2452165.7190 -0.2544 0.1496 0.9807 0.9832 0.5873 1.0264 0.5878 1.0731 0.3617 0.0012 2452167.7640 -0.2521 0.1516 0.9871 0.9913 0.5873 1.0376 0.5878 1.0769 0.4887 0.0013 2452168.6560 -0.3092 0.2266 0.9848 0.9862 0.5873 1.0385 0.5878 1.0780 0.4940 0.0012 2452173.8000 -0.3608 0.2349 0.9779 0.9658 0.5873 1.0268 0.5878 1.0839 0.3191 0.0012 2452182.6560 -0.2515 0.1290 0.9876 0.9925 0.5873 1.0319 0.5878 1.0708 0.4507 0.0012 2452186.6490 -0.2964 0.1634 0.9776 0.9671 0.5873 1.0195 0.5877 1.0716 0.2724 0.0011 2452191.6850 -0.2831 0.1586 0.9845 0.9858 0.5873 1.0238 0.5878 1.0647 0.3685 0.0012 2452200.7200 -0.2206 0.1413 0.9911 0.9909 0.5873 1.0365 0.5878 1.0766 0.4771 0.0012 2452211.7310 -0.1751 0.3380 0.9902 1.0038 0.5873 1.0441 0.5878 1.0723 0.6096 0.0014 2452216.6700 -0.2727 0.3689 0.9869 0.9969 0.5873 1.0298 0.5878 1.0809 0.3680 0.0015 2452217.6740 -0.2123 0.2765 0.9929 0.9956 0.5873 1.0504 0.5878 1.0733 0.6879 0.0013 2452219.6500 -0.1777 0.1532 0.9915 0.9921 0.5873 1.0289 0.5877 1.0727 0.3975 0.0012 2452221.6260 -0.2342 0.1693 0.9860 1.0008 0.5873 1.0298 0.5878 1.0694 0.4287 0.0012 2452223.5940 -0.1900 0.1679 0.9891 0.9894 0.5873 1.0362 0.5877 1.0750 0.4828 0.0015 2452224.6040 -0.1819 0.1385 0.9915 0.9944 0.5873 1.0312 0.5877 1.0640 0.4876 0.0012 2452225.7560 -0.1968 0.2040 0.9907 1.0017 0.5873 1.0353 0.5877 1.0798 0.4426 0.0012 2452226.5790 -0.1833 0.1422 0.9930 0.9830 0.5873 1.0288 0.5877 1.0785 0.3668 0.0012 2452235.6270 -0.1921 0.1353 0.9892 0.9958 0.5873 1.0293 0.5877 1.0747 0.3919 0.0012 2452236.7540 -0.1630 0.1711 0.9934 0.9884 0.5873 1.0366 0.5877 1.0815 0.4487 0.0012 2452249.6200 -0.2591 0.1788 0.9814 0.9824 0.5873 1.0247 0.5877 1.0678 0.3640 0.0012 2452254.5980 -0.1924 0.1293 0.9950 0.9979 0.5873 1.0429 0.5878 1.0758 0.5664 0.0012 453 2452262.6470 -0.2596 0.1973 0.9864 0.9850 0.5872 1.0288 0.5877 1.0693 0.4161 0.0013 2452264.5640 -0.1290 0.1373 0.9959 0.9786 0.5873 1.0353 0.5877 1.0677 0.5215 0.0012 2452265.5390 -0.1816 0.1609 0.9941 0.9978 0.5872 1.0303 0.5877 1.0701 0.4324 0.0012 2452282.5530 -0.1453 0.2326 0.9960 0.9845 0.5873 1.0350 0.5877 1.0738 0.4740 0.0012 2452293.5450 -0.1544 0.5964 0.9950 0.9912 0.5873 1.0388 0.5878 1.0872 0.4451 0.0015 2452299.6110 -0.1678 0.4378 0.9947 0.9972 0.5873 1.0383 0.5877 1.0772 0.4962 0.0013 2452300.5110 -0.2273 0.1675 0.9911 0.9993 0.5873 1.0361 0.5877 1.0793 0.4549 0.0012 2452301.5010 -0.2333 0.2101 0.9924 0.9965 0.5873 1.0374 0.5877 1.0690 0.5425 0.0012 2452302.5010 -0.1295 0.3053 0.9971 0.9963 0.5873 1.0370 0.5877 1.0789 0.4693 0.0013 2452311.5070 -0.1469 0.3186 0.9957 0.9946 0.5873 1.0382 0.5877 1.0716 0.5339 0.0013 2452314.4860 -0.1661 0.2679 0.9944 0.9848 0.5873 1.0343 0.5877 1.0706 0.4853 0.0013 2452314.4980 -0.2037 0.2904 0.9924 0.9961 0.5872 1.0342 0.5877 1.0670 0.5111 0.0013 2452315.5000 -0.1566 0.1776 0.9923 0.9785 0.5873 1.0356 0.5877 1.0656 0.5430 0.0012 2452316.4930 -0.1484 0.2791 0.9975 1.0028 0.5873 1.0483 0.5878 1.0751 0.6430 0.0018 2452319.5080 -0.1214 0.1867 0.9962 0.9877 0.5873 1.0386 0.5877 1.0704 0.5486 0.0012 2452320.5090 -0.1467 0.3254 0.9922 0.9769 0.5873 1.0303 0.5877 1.0713 0.4246 0.0014 2452323.5100 -0.1458 0.2541 0.9966 1.0029 0.5873 1.0365 0.5877 1.0664 0.5491 0.0013 2452324.5430 -0.2764 0.5952 0.9888 1.0352 0.5872 1.0393 0.5878 1.0936 0.4197 0.0014 2452328.5110 -0.1890 0.2698 0.9967 0.9769 0.5873 1.0342 0.5877 1.0729 0.4694 0.0013 2452329.5040 -0.2581 0.2829 0.9888 0.9842 0.5872 1.0343 0.5877 1.0660 0.5192 0.0013 2452330.5150 -0.3655 1.0497 0.9828 0.9908 0.5873 1.0663 0.5877 1.0802 0.8261 0.0021 2452334.5520 -0.0759 0.9148 0.9905 0.9191 0.5872 1.0337 0.5878 1.0746 0.4511 0.0019 2452335.5010 -0.2309 0.2638 0.9902 0.9997 0.5873 1.0303 0.5877 1.0683 0.4438 0.0012 2452441.8670 -0.3121 0.3233 0.9779 0.9821 0.5872 1.0240 0.5878 1.0756 0.3170 0.0013 2452450.8580 -0.2604 0.3494 0.9773 0.9587 0.5872 1.0252 0.5877 1.0800 0.3152 0.0013 2452454.8370 -0.2559 0.2289 0.9765 0.9854 0.5872 1.0222 0.5878 1.0777 0.2851 0.0012 2452455.8360 -0.2895 0.2101 0.9725 0.9768 0.5873 1.0225 0.5877 1.0813 0.2766 0.0012 2452457.8660 -0.3148 0.2191 0.9727 0.9721 0.5873 1.0185 0.5877 1.0885 0.2094 0.0013 Continued on Next Page… Table C.250 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452458.8440 -0.3339 0.1654 0.9748 0.9834 0.5873 1.0317 0.5878 1.0722 0.4392 0.0013 2452462.8770 -0.3154 0.2409 0.9776 0.9768 0.5873 1.0246 0.5877 1.0724 0.3405 0.0013 2452567.7080 -0.2219 0.1856 0.9920 1.0034 0.5873 1.0450 0.5878 1.0770 0.5846 0.0012 2452568.7470 -0.2304 0.1637 0.9889 0.9822 0.5873 1.0416 0.5878 1.0685 0.6079 0.0012 2452576.6380 -0.2275 0.1903 0.9893 0.9784 0.5873 1.0415 0.5878 1.0685 0.6060 0.0012 2452578.6790 -0.2143 0.2369 0.9940 1.0082 0.5873 1.0457 0.5878 1.0713 0.6414 0.0013 2452583.6420 -0.1294 0.1995 0.9972 0.9802 0.5873 1.0491 0.5877 1.0623 0.7886 0.0013 2452586.6120 -0.1968 0.2008 0.9930 0.9832 0.5873 1.0515 0.5878 1.0573 0.8979 0.0013 2452596.6780 -0.1389 0.1607 0.9971 0.9883 0.5873 1.0431 0.5878 1.0637 0.6765 0.0013 2452612.6180 -0.1411 0.1898 0.9962 0.9805 0.5873 1.0376 0.5878 1.0626 0.6001 0.0013 2452615.5160 -0.1789 0.3009 0.9937 1.0003 0.5873 1.0387 0.5878 1.0590 0.6560 0.0013 2452617.6840 -0.1506 0.1883 0.9955 0.9980 0.5873 1.0417 0.5877 1.0523 0.7972 0.0013 2452618.5270 -0.1302 0.2143 0.9944 1.0004 0.5873 1.0348 0.5877 1.0600 0.5788 0.0012 2452646.5150 -0.1364 0.1393 0.9961 0.9766 0.5873 1.0360 0.5877 1.0586 0.6135 0.0012 2452648.5300 -0.1973 0.1639 0.9928 1.0017 0.5873 1.0419 0.5878 1.0583 0.7188 0.0012 2452653.4980 -0.1374 0.1955 0.9960 1.0020 0.5873 1.0353 0.5878 1.0581 0.6073 0.0012 2452657.5670 -0.1530 0.1772 0.9964 0.9796 0.5873 1.0442 0.5877 1.0539 0.8208 0.0013 2452670.5550 -0.1562 0.2113 0.9949 0.9916 0.5873 1.0354 0.5878 1.0669 0.5285 0.0013 2452684.5670 -0.2330 0.2153 0.9918 0.9910 0.5873 1.0432 0.5877 1.0546 0.7907 0.0013 2452691.5160 -0.2111 0.1967 0.9937 0.9931 0.5873 1.0463 0.5877 1.0604 0.7670 0.0013 2452803.8810 -0.3120 0.2505 0.9814 0.9725 0.5873 1.0396 0.5877 1.0677 0.5846 0.0013 2452807.7970 -0.3107 0.2397 0.9801 0.9794 0.5873 1.0421 0.5878 1.0686 0.6144 0.0014 2452816.6660 -0.2635 0.1990 0.9882 0.9990 0.5873 1.0483 0.5877 1.0647 0.7466 0.0014 454 2452828.7230 -0.2348 0.1549 0.9850 0.9846 0.5873 1.0416 0.5877 1.0615 0.6762 0.0012 2452829.6880 -0.2783 0.2061 0.9846 1.0033 0.5873 1.0448 0.5877 1.0641 0.6982 0.0013 2452834.8600 -0.2659 0.3466 0.9816 0.9832 0.5873 1.0405 0.5877 1.0721 0.5616 0.0014 2452850.8380 -0.2344 0.2086 0.9848 0.9810 0.5873 1.0365 0.5877 1.0584 0.6243 0.0015 2452874.8030 -0.4241 0.2298 0.9798 0.9012 0.5873 1.0847 0.5878 1.0599 1.4140 0.0019 2452943.6150 -0.1860 0.2116 0.9866 0.9890 0.5873 1.0466 0.5877 1.0540 0.8627 0.0019 2452950.6090 -0.2045 0.2932 0.9900 0.9968 0.5874 1.0364 0.5877 1.0488 0.7466 0.0014 2452950.6350 -0.1298 0.2291 0.9926 0.9832 0.5873 1.0431 0.5878 1.0525 0.8210 0.0013 2452952.6580 -0.1392 0.1899 0.9974 0.9874 0.5873 1.0543 0.5877 1.0470 1.1549 0.0013 2452953.6510 -0.1822 0.1734 0.9962 0.9927 0.5873 1.0506 0.5878 1.0571 0.8857 0.0013 2452963.6490 -0.2237 0.1858 0.9925 0.9974 0.5873 1.0422 0.5877 1.0597 0.7057 0.0013 2452964.6480 -0.2411 0.1879 0.9888 0.9886 0.5873 1.0360 0.5877 1.0562 0.6406 0.0013 2452970.6180 -0.2161 0.1539 0.9915 0.9799 0.5873 1.0493 0.5877 1.0540 0.9135 0.0013 2452975.5400 -0.1269 0.2042 0.9962 0.9751 0.5873 1.0491 0.5878 1.0562 0.8740 0.0013 2452986.5420 -0.1598 0.2138 0.9980 1.0010 0.5873 1.0586 0.5878 1.0632 0.9266 0.0013 2453000.5280 -0.1837 0.2146 0.9896 1.0155 0.5873 1.0379 0.5877 1.0464 0.8153 0.0014 2453004.6420 -0.1842 0.1564 0.9942 0.9811 0.5873 1.0505 0.5878 1.0514 0.9834 0.0013 2453005.5600 -0.1115 0.2161 0.9974 0.9847 0.5873 1.0483 0.5878 1.0519 0.9307 0.0013 2453011.4890 -0.1162 0.2624 0.9961 0.9886 0.5873 1.0496 0.5877 1.0513 0.9667 0.0013 2453014.5120 -0.1861 0.3247 0.9950 0.9837 0.5873 1.0609 0.5877 1.0620 0.9823 0.0014 2453025.5120 -0.2082 0.5796 0.9930 1.0508 0.5873 1.0451 0.5878 1.0586 0.7703 0.0016 2453025.5190 -0.0568 0.5570 1.0002 0.9826 0.5873 1.0584 0.5877 1.0583 1.0005 0.0016 2453025.5450 -0.1720 0.2142 0.9951 1.0015 0.5873 1.0522 0.5878 1.0513 1.0171 0.0013 2453053.5400 -0.1340 0.2789 0.9956 0.9932 0.5873 1.0486 0.5878 1.0478 1.0170 0.0013 2453239.8810 -0.2372 0.2140 0.9891 0.9854 0.5873 1.0480 0.5878 1.0538 0.8929 0.0013 2453259.8390 -0.2206 0.2662 0.9843 0.9854 0.5873 1.0443 0.5877 1.0560 0.7911 0.0013 2453261.6740 -0.2743 0.2720 0.9800 0.9845 0.5873 1.0452 0.5877 1.0554 0.8159 0.0013 2453264.6830 -0.2532 0.2331 0.9741 0.9811 0.5873 1.0327 0.5877 1.0552 0.5918 0.0013 Continued on Next Page… Table C.250 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453267.7990 -0.2339 0.2293 0.9863 0.9909 0.5873 1.0521 0.5877 1.0515 1.0107 0.0013 2453270.6860 -0.2046 0.2961 0.9926 1.0115 0.5873 1.0467 0.5878 1.0573 0.8158 0.0013 2453271.8300 -0.1996 0.1880 0.9903 0.9839 0.5873 1.0480 0.5877 1.0578 0.8304 0.0012 2453279.7730 -0.2193 0.2157 0.9922 0.9918 0.5873 1.0545 0.5877 1.0617 0.8840 0.0013 2453281.7830 -0.1281 0.2363 0.9953 0.9907 0.5873 1.0517 0.5877 1.0599 0.8631 0.0012 2453283.7970 -0.2271 0.1870 0.9937 0.9873 0.5873 1.0540 0.5877 1.0555 0.9729 0.0013 2453284.7270 -0.1837 0.2449 0.9909 0.9989 0.5873 1.0407 0.5878 1.0534 0.7623 0.0012 2453286.7230 -0.2061 0.3080 0.9933 0.9916 0.5873 1.0532 0.5877 1.0610 0.8728 0.0013 2453288.7340 -0.1316 0.2255 0.9954 0.9963 0.5873 1.0504 0.5877 1.0509 0.9898 0.0013 2453312.7920 -0.2849 0.1913 0.9904 0.9962 0.5873 1.0509 0.5877 1.0563 0.9032 0.0013 2453315.6720 -0.1382 0.1972 0.9918 0.9871 0.5873 1.0529 0.5877 1.0523 1.0101 0.0013 2453316.6460 -0.2079 0.1880 0.9915 0.9960 0.5873 1.0566 0.5877 1.0541 1.0473 0.0013 2453318.6500 -0.1340 0.1917 0.9949 0.9912 0.5873 1.0542 0.5877 1.0454 1.1934 0.0013 2453319.6560 -0.2154 0.2285 0.9901 1.0018 0.5873 1.0571 0.5878 1.0549 1.0397 0.0013 2453322.6730 -0.1338 0.2024 0.9968 1.0050 0.5874 1.0497 0.5877 1.0459 1.0827 0.0013 2453323.7530 -0.0943 0.2185 0.9979 0.9969 0.5873 1.0506 0.5877 1.0548 0.9236 0.0013 2453338.5360 -0.1924 0.2056 0.9944 0.9965 0.5874 1.0532 0.5878 1.0546 0.9742 0.0013 2453341.6500 -0.1658 0.1815 0.9947 0.9964 0.5873 1.0518 0.5877 1.0448 1.1560 0.0013 2453355.6110 -0.0511 0.2299 0.9981 0.9808 0.5874 1.0554 0.5878 1.0489 1.1320 0.0013 2453357.6120 -0.1664 0.2359 0.9965 0.9965 0.5873 1.0576 0.5878 1.0511 1.1273 0.0013 2453385.6080 -0.2106 0.2282 0.9953 1.0095 0.5873 1.0536 0.5878 1.0634 0.8441 0.0013 2453386.5020 -0.1508 0.2242 0.9965 0.9893 0.5874 1.0558 0.5878 1.0596 0.9362 0.0013 2453387.5060 -0.0474 0.2467 0.9974 0.9765 0.5873 1.0563 0.5878 1.0455 1.2388 0.0013 455 2453398.5320 -0.1622 0.5289 0.9913 0.9855 0.5873 1.0710 0.5878 1.0454 1.5629 0.0015 2453398.5480 -0.1527 0.3162 0.9946 0.9769 0.5873 1.0631 0.5878 1.0617 1.0237 0.0014 2453405.4990 -0.2277 0.4302 0.9937 1.0073 0.5874 1.0619 0.5878 1.0598 1.0355 0.0014 2453614.8340 -0.3177 0.3075 0.9829 1.0116 0.5873 1.0647 0.5878 1.0577 1.1228 0.0015 2453635.8240 -0.2387 0.2457 0.9864 0.9881 0.5873 1.0504 0.5878 1.0631 0.7984 0.0013 2453641.7030 -0.2554 0.2804 0.9890 0.9981 0.5873 1.0520 0.5878 1.0622 0.8349 0.0013 2453645.7720 -0.3298 0.3468 0.9829 1.0002 0.5873 1.0443 0.5877 1.0643 0.6897 0.0013 2453648.6970 -0.3240 0.2879 0.9819 0.9808 0.5873 1.0425 0.5877 1.0666 0.6379 0.0013 2453658.7940 -0.2382 0.2824 0.9855 0.9873 0.5873 1.0501 0.5878 1.0573 0.8752 0.0013 2453663.6810 -0.2267 0.1894 0.9919 0.9915 0.5873 1.0480 0.5877 1.0508 0.9456 0.0013 2453673.7860 -0.1784 0.2212 0.9933 0.9862 0.5873 1.0519 0.5878 1.0591 0.8779 0.0013 2453677.7100 -0.3235 0.2462 0.9849 1.0115 0.5873 1.0544 0.5877 1.0610 0.8920 0.0014 2453682.6790 -0.2769 0.2682 0.9861 0.9803 0.5874 1.0614 0.5878 1.0623 0.9852 0.0014 2453685.6760 -0.1939 0.2700 0.9960 0.9828 0.5873 1.0515 0.5877 1.0736 0.6991 0.0013 2453695.6760 -0.2300 0.2162 0.9866 0.9840 0.5873 1.0494 0.5877 1.0438 1.1266 0.0013 2453710.6450 -0.1866 0.2240 0.9946 0.9901 0.5873 1.0549 0.5877 1.0524 1.0472 0.0013 2453712.5770 -0.1607 0.2316 0.9948 0.9889 0.5873 1.0544 0.5878 1.0474 1.1482 0.0013 2453722.5520 -0.2036 0.2469 0.9941 0.9980 0.5873 1.0571 0.5877 1.0568 1.0057 0.0013 2453724.6110 -0.1488 0.2614 0.9954 0.9897 0.5873 1.0635 0.5877 1.0604 1.0506 0.0014 2453748.5820 -0.2267 0.1639 0.9918 0.9984 0.5873 1.0523 0.5878 1.0457 1.1457 0.0013 2453752.4960 -0.2206 0.2088 0.9887 0.9800 0.5873 1.0578 0.5878 1.0436 1.3250 0.0013 2453786.5140 -0.1913 0.3171 0.9932 1.0052 0.5873 1.0565 0.5878 1.0503 1.1225 0.0014 2453982.7620 -0.3102 0.1905 0.9805 0.9725 0.5873 1.0452 0.5878 1.0524 0.8624 0.0013 2454003.7500 -0.2298 0.2523 0.9928 0.9899 0.5873 1.0588 0.5878 1.0574 1.0233 0.0013 2454038.6760 -0.1953 0.1598 0.9927 0.9898 0.5874 1.0541 0.5877 1.0619 0.8732 0.0013 2454043.6780 -0.1439 0.2254 0.9955 0.9835 0.5873 1.0482 0.5878 1.0658 0.7327 0.0013 2454061.6140 -0.1946 0.2228 0.9958 0.9951 0.5873 1.0512 0.5877 1.0601 0.8520 0.0013 2454073.6840 -0.2394 0.5824 0.9893 0.9969 0.5874 1.0550 0.5879 1.0515 1.0682 0.0016 Continued on Next Page… Table C.250 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454079.6660 -0.2126 0.2088 0.9902 1.0053 0.5873 1.0497 0.5878 1.0523 0.9496 0.0013 2454084.6010 -0.2678 0.2291 0.9891 0.9986 0.5874 1.0541 0.5877 1.0597 0.9062 0.0013 2454089.6270 -0.3110 0.2268 0.9866 0.9844 0.5873 1.0578 0.5878 1.0550 1.0493 0.0014 2454098.5370 -0.2401 0.1807 0.9901 1.0048 0.5874 1.0488 0.5878 1.0646 0.7557 0.0013 2454107.5530 -0.2334 0.2896 0.9920 0.9947 0.5873 1.0626 0.5878 1.0720 0.8682 0.0013 2454117.6140 -0.1509 0.2175 0.9975 0.9962 0.5873 1.0664 0.5878 1.0655 1.0147 0.0014 2454127.5300 -0.1958 0.1995 0.9922 0.9999 0.5873 1.0504 0.5877 1.0616 0.8175 0.0013 2454164.5330 -0.2559 0.1645 0.9918 0.9739 0.5873 1.0568 0.5878 1.0525 1.0809 0.0013 2454282.8690 -0.5265 0.2920 0.9948 0.0800 0.5873 1.0780 0.5878 1.0918 0.8499 0.0013 2454295.8760 -0.5820 0.1850 0.9924 0.4723 0.5873 1.0722 0.5877 1.0931 0.7753 0.0011 2454303.8410 -0.5183 0.1810 0.9952 0.3638 0.5873 1.0797 0.5878 1.0881 0.9048 0.0010 2454341.8520 -0.5614 0.2059 0.9919 0.0000 0.5873 1.0739 0.5877 1.1003 0.7366 0.0014 2454348.8180 -0.5346 0.1974 0.9909 0.6975 0.5873 1.0742 0.5877 1.0844 0.8787 0.0010 2454356.7850 -0.5295 0.1813 0.9911 0.4692 0.5874 1.0704 0.5878 1.0781 0.9022 0.0010 2454366.7420 -0.5543 0.1656 0.9921 0.9189 0.5873 1.0680 0.5878 1.0774 0.8789 0.0008 2454379.8450 -0.5546 0.1818 0.9861 0.0000 0.5873 1.0553 0.5877 1.0881 0.6279 0.0015 2454381.7010 -0.5233 0.1992 0.9872 0.7317 0.5873 1.0567 0.5877 1.0786 0.7216 0.0013 2454404.6740 -0.4811 0.2346 0.9941 0.8823 0.5873 1.0711 0.5878 1.0668 1.0652 0.0007 2454408.6290 -0.5312 0.1855 0.9944 0.9476 0.5874 1.0774 0.5877 1.0692 1.1188 0.0007 2454432.5850 -0.3453 0.2757 0.9935 0.9080 0.5874 1.0668 0.5878 1.0798 0.8374 0.0010 2454484.5130 -0.4593 0.2053 0.9957 1.0423 0.5874 1.0755 0.5878 1.0656 1.1508 0.0007 2454674.8720 -0.4773 0.2351 0.9941 0.2541 0.5873 1.0720 0.5877 1.0789 0.9118 0.0010 2454697.8540 -0.5229 0.1870 0.9909 0.1048 0.5873 1.0702 0.5878 1.0849 0.8266 0.0012 456 2454704.8350 -0.4999 0.1977 0.9940 0.9791 0.5873 1.0794 0.5877 1.0790 1.0049 0.0008 2454712.8750 -0.5110 0.2275 0.9891 0.6429 0.5873 1.0654 0.5878 1.0827 0.7901 0.0012 2454717.7840 -0.5177 0.2038 0.9929 0.2472 0.5873 1.0788 0.5878 1.0785 1.0045 0.0011 2454719.8470 -0.5239 0.2245 0.9919 0.5186 0.5873 1.0712 0.5877 1.0748 0.9520 0.0010 2454726.8210 -0.5005 0.2147 0.9922 1.0014 0.5873 1.0677 0.5877 1.0825 0.8197 0.0010 2454749.7230 -0.4526 0.2480 0.9976 0.9373 0.5873 1.0778 0.5878 1.0847 0.9191 0.0008 2454752.7150 -0.4405 0.1710 0.9976 0.8969 0.5873 1.0682 0.5877 1.0805 0.8476 0.0008 2454756.7660 -0.4398 0.2438 0.9962 0.8906 0.5873 1.0760 0.5877 1.0874 0.8696 0.0007 2454763.7070 -0.4194 0.2164 0.9979 0.8510 0.5873 1.0730 0.5878 1.0738 0.9895 0.0007 2454769.6950 -0.4258 0.2545 0.9981 0.9533 0.5873 1.0726 0.5877 1.0764 0.9491 0.0008 2454776.6250 -0.3908 0.1488 0.9988 0.9837 0.5874 1.0672 0.5878 1.0697 0.9640 0.0007 2454798.6030 -0.4283 0.3115 0.9977 1.0116 0.5873 1.0747 0.5878 1.0720 1.0384 0.0007 2454811.6030 -0.4106 0.3050 0.9990 0.7964 0.5874 1.0765 0.5878 1.0728 1.0501 0.0007 2454834.5010 -0.4000 0.2458 0.9976 1.0103 0.5874 1.0747 0.5878 1.0764 0.9778 0.0012 2454869.5210 -0.4501 0.2741 0.9962 0.9054 0.5873 1.0757 0.5877 1.0746 1.0155 0.0008 2455077.7820 -0.5038 0.2956 0.9954 1.0109 0.5874 1.0680 0.5878 1.0893 0.7613 0.0010 2455094.7540 -0.4049 0.2137 0.9977 1.0074 0.5873 1.0690 0.5877 1.0769 0.8976 0.0008 2455105.7730 -0.3349 0.4636 0.9985 1.0414 0.5873 1.0726 0.5878 1.0843 0.8612 0.0015 2455115.6850 -0.3110 1.0237 0.9991 0.9614 0.5873 1.0877 0.5878 1.0845 1.0383 0.0028 2455137.7360 -0.4134 0.2545 0.9978 0.9965 0.5873 1.0701 0.5877 1.0839 0.8348 0.0008 2455164.6050 -0.3645 0.2267 0.9992 1.0264 0.5873 1.0761 0.5877 1.0703 1.0828 0.0009 2455182.6630 -0.4890 0.4323 0.9971 1.0325 0.5874 1.0783 0.5877 1.0706 1.1081 0.0013 2455225.5080 -0.3741 0.4067 0.9985 0.8549 0.5874 1.0774 0.5878 1.0698 1.1084 0.0026 2455385.8510 -0.5009 0.8515 0.9924 0.2733 0.5873 1.0978 0.5877 1.1290 0.7587 0.0019 2455399.8520 -0.4052 0.4479 0.9923 0.7860 0.5873 1.0836 0.5878 1.1012 0.8260 0.0013 2455435.8100 -0.3910 0.4545 0.9948 1.0065 0.5874 1.0667 0.5878 1.0762 0.8755 0.0014 2455469.7460 -0.5765 0.3868 0.9935 0.4718 0.5873 1.0762 0.5877 1.1028 0.7411 0.0011 2455479.7620 -0.5299 0.3645 0.9949 0.3689 0.5873 1.0902 0.5877 1.0958 0.9415 0.0013 Continued on Next Page… Table C.250 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455497.5040 -0.4569 0.1369 0.9969 0.8622 0.5873 1.0674 0.5878 1.0821 0.8209 0.0007 2455509.5560 -0.4449 0.2029 0.9966 0.6316 0.5873 1.0771 0.5877 1.0803 0.9613 0.0008 2455512.5130 -0.3614 0.1467 0.9974 1.0002 0.5873 1.0710 0.5877 1.0725 0.9786 0.0009 2456995.6830 -0.4233 0.2325 0.9963 0.9932 0.5874 1.0848 0.5877 1.0753 1.1268 0.0007 2456998.6050 -0.4126 0.1582 0.9971 0.9945 0.5874 1.0727 0.5877 1.0738 0.9851 0.0006 2457258.7800 -0.4007 0.3060 0.9954 0.3618 0.5873 1.0735 0.5878 1.0908 0.8096 0.0010 2457267.6610 -0.6030 0.3521 0.9843 0.5345 0.5873 1.0737 0.5878 1.1094 0.6742 0.0010 2457267.6760 -0.6131 0.3742 0.9848 0.8189 0.5873 1.0828 0.5877 1.1217 0.6802 0.0010 2457267.6850 -0.6560 0.3316 0.9834 0.0000 0.5873 1.0808 0.5877 1.1188 0.6805 0.0011 2457314.6840 -0.4070 0.1821 0.9957 0.5712 0.5873 1.0699 0.5877 1.0777 0.8998 0.0008 2457314.6970 -0.4322 0.1990 0.9943 0.6004 0.5873 1.0728 0.5877 1.0735 0.9907 0.0009 2457318.6440 -0.4197 0.2991 0.9948 0.0000 0.5874 1.0699 0.5877 1.0795 0.8789 0.0012 2457318.6540 -0.3907 0.2548 0.9969 0.0000 0.5874 1.0736 0.5878 1.0822 0.8954 0.0011 2457318.6650 -0.4080 0.3355 0.9951 0.0070 0.5873 1.0720 0.5877 1.0789 0.9130 0.0011 2457318.6750 -0.4115 0.3637 0.9967 0.0284 0.5873 1.0891 0.5878 1.0742 1.1997 0.0011 2457318.6860 -0.3982 0.2458 0.9952 0.0293 0.5874 1.0765 0.5877 1.0832 0.9188 0.0011 2457318.6960 -0.3926 0.3341 0.9963 0.0449 0.5874 1.0667 0.5877 1.0860 0.7757 0.0011 2457318.7120 -0.4095 0.3355 0.9985 0.0490 0.5873 1.0767 0.5877 1.0866 0.8847 0.0011 2457318.7220 -0.4342 0.2698 0.9955 0.0401 0.5873 1.0786 0.5877 1.0813 0.9668 0.0013 2457321.6670 -0.4286 0.3966 0.9953 0.9728 0.5873 1.0697 0.5877 1.0904 0.7707 0.0015 2457321.6820 -0.3623 0.3264 0.9969 0.7404 0.5874 1.0715 0.5878 1.0951 0.7519 0.0008 2457330.6520 -0.3934 0.2583 0.9943 0.1273 0.5873 1.0648 0.5878 1.0780 0.8305 0.0013 2457334.6280 -0.3672 0.1534 0.9984 0.8764 0.5873 1.0725 0.5878 1.0799 0.9073 0.0006 457 2457334.6380 -0.3551 0.1671 0.9971 0.8009 0.5873 1.0717 0.5878 1.0746 0.9615 0.0006 2457334.6490 -0.3300 0.1733 0.9982 0.7347 0.5873 1.0703 0.5877 1.0725 0.9689 0.0009 2457334.6590 -0.3708 0.1600 0.9965 0.6834 0.5873 1.0786 0.5878 1.0739 1.0630 0.0007 2457335.6290 -0.3538 0.1923 0.9985 0.9816 0.5873 1.0712 0.5878 1.0733 0.9711 0.0007 2457335.6430 -0.3616 0.1563 0.9971 0.9930 0.5873 1.0727 0.5878 1.0768 0.9468 0.0007 2457335.6610 -0.3370 0.1342 0.9983 0.9841 0.5874 1.0726 0.5878 1.0809 0.8973 0.0007 2457338.5300 -0.5133 0.2101 0.9940 0.8726 0.5874 1.0772 0.5877 1.0941 0.8207 0.0610 2457341.6780 -0.3954 0.1999 0.9950 0.9820 0.5874 1.0706 0.5877 1.0824 0.8566 0.0009 2457342.6740 -0.3751 0.1539 0.9959 0.8672 0.5873 1.0718 0.5877 1.0744 0.9657 0.0007 2457346.6150 -0.3675 0.1738 0.9968 0.9751 0.5873 1.0731 0.5877 1.0763 0.9575 0.0007 2457349.6400 -0.4401 0.2285 0.9955 1.0076 0.5873 1.0823 0.5877 1.0836 0.9840 0.0007 2457350.6010 -0.4581 0.3510 0.9959 0.8922 0.5873 1.0885 0.5878 1.0910 0.9720 0.0023 2457394.4980 -0.3915 0.1648 0.9968 0.9659 0.5873 1.0773 0.5877 1.0818 0.9455 0.0006 2457417.5400 -0.3393 0.3133 0.9977 0.9846 0.5873 1.0866 0.5878 1.0858 1.0092 0.0010 2457605.7900 -0.3219 0.1701 0.9912 0.1061 0.5873 1.0681 0.5877 1.0910 0.7484 0.0012

Table C.251: γ Cas Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454282.8690 -2.6589 1.0454 1.0047 0.1751 0.4860 1.6130 0.4862 1.5928 1.0340 0.0014 2454295.8760 -2.8161 0.4156 0.9993 0.2487 0.4860 1.6042 0.4862 1.5859 1.0312 0.0009 2454303.8410 -2.7641 0.4470 1.0037 0.1263 0.4860 1.6089 0.4862 1.5897 1.0326 0.0007 2454341.8520 -2.7665 0.5484 1.0023 0.3281 0.4860 1.6139 0.4862 1.6083 1.0093 0.0008 Continued on Next Page… Table C.251 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454348.8180 -2.6947 0.7183 1.0027 0.5205 0.4860 1.6053 0.4862 1.5828 1.0386 0.0008 2454356.7850 -2.7012 0.4412 0.9985 0.5344 0.4860 1.5710 0.4863 1.5883 0.9706 0.0007 2454366.7420 -2.8206 0.4351 0.9993 0.8252 0.4860 1.5806 0.4862 1.6058 0.9584 0.0005 2454379.8450 -2.7007 0.5000 1.0053 0.5284 0.4860 1.5943 0.4862 1.6139 0.9680 0.0008 2454381.7010 -2.7357 0.4281 1.0064 0.8585 0.4860 1.5912 0.4862 1.6250 0.9459 0.0006 2454404.6740 -2.5732 0.7010 1.0068 0.9761 0.4860 1.5711 0.4862 1.5719 0.9985 0.0012 2454408.6290 -2.7297 0.5303 1.0035 0.8996 0.4860 1.5934 0.4862 1.6044 0.9818 0.0006 2454432.5850 -2.6414 0.9595 1.0018 0.6226 0.4860 1.5890 0.4862 1.5710 1.0315 0.0013 2454484.5130 -2.8257 0.6506 0.9961 1.0379 0.4860 1.6287 0.4862 1.5820 1.0802 0.0007 2454674.8720 -2.9975 0.7037 0.9945 0.4445 0.4860 1.6049 0.4862 1.6290 0.9616 0.0011 2454697.8540 -3.0389 0.4536 1.0019 0.3915 0.4860 1.6588 0.4862 1.6512 1.0116 0.0009 2454704.8350 -3.0461 0.6485 0.9978 0.6912 0.4860 1.6376 0.4862 1.6213 1.0263 0.0010 2454712.8750 -2.9328 0.6629 1.0036 0.5216 0.4860 1.6490 0.4862 1.6730 0.9643 0.0008 2454717.7840 -2.8610 0.5577 1.0006 0.5621 0.4860 1.6225 0.4862 1.6245 0.9968 0.0008 2454719.8470 -3.0890 0.7818 0.9969 0.5112 0.4860 1.6257 0.4862 1.6362 0.9836 0.0016 2454726.8210 -2.8918 0.6105 1.0031 0.9937 0.4860 1.6367 0.4862 1.6532 0.9748 0.0006 2454749.7230 -3.0079 0.8872 1.0022 0.9799 0.4860 1.6321 0.4862 1.6419 0.9848 0.0007 2454752.7150 -3.0788 0.4962 1.0006 1.0113 0.4860 1.6351 0.4862 1.6483 0.9796 0.0014 2454756.7660 -2.8277 1.0065 1.0118 1.0197 0.4860 1.6468 0.4862 1.6615 0.9777 0.0009 2454763.7070 -3.1611 0.8841 1.0015 0.9395 0.4860 1.6411 0.4862 1.6647 0.9645 0.0010 2454769.6950 -3.0147 0.8691 1.0084 0.9861 0.4860 1.6562 0.4862 1.6867 0.9555 0.0012 2454776.6250 -3.1181 0.5513 1.0044 1.0238 0.4860 1.6664 0.4862 1.6780 0.9829 0.0005 2454798.6030 -2.7864 0.9405 1.0132 0.9763 0.4860 1.6527 0.4862 1.6426 1.0158 0.0010 458 2454811.6030 -2.8260 0.8143 1.0099 1.0339 0.4860 1.6556 0.4862 1.6324 1.0367 0.0010 2454834.5010 -2.7065 0.6978 1.0067 0.9886 0.4860 1.6735 0.4862 1.6465 1.0417 0.0010 2454869.5210 -2.8815 1.4056 1.0065 0.9474 0.4860 1.6254 0.4862 1.6881 0.9088 0.0013 2455077.7820 -2.2494 0.7423 1.0236 1.0178 0.4860 1.6265 0.4862 1.6021 1.0406 0.0012 2455094.7540 -2.4066 0.9758 1.0181 1.0208 0.4860 1.5982 0.4862 1.5928 1.0092 0.0006 2455105.7730 -2.0371 1.8909 1.0241 0.9947 0.4860 1.5763 0.4862 1.5847 0.9857 0.0020 2455115.6850 -2.5158 3.7767 0.9989 0.8677 0.4860 1.6085 0.4862 1.5122 1.1880 0.0040 2455137.7360 -2.6127 1.0563 1.0154 1.0235 0.4860 1.5926 0.4862 1.6402 0.9256 0.0013 2455164.6050 -2.8007 0.6504 1.0179 1.0009 0.4860 1.6523 0.4862 1.6848 0.9525 0.0007 2455182.6630 -2.3249 1.0986 1.0143 1.0151 0.4860 1.6077 0.4862 1.6109 0.9947 0.0016 2455225.5080 -2.1261 1.3096 1.0243 0.8016 0.4860 1.6010 0.4862 1.5772 1.0413 0.0021 2455385.8510 -3.2846 3.8759 0.9619 0.5190 0.4860 1.6039 0.4862 1.5857 1.0310 0.0040 2455399.8520 -2.7610 1.5805 1.0073 0.7703 0.4860 1.6205 0.4862 1.6526 0.9508 0.0015 2455435.8100 -2.6654 1.7808 1.0135 0.0000 0.4860 1.6538 0.4862 1.6086 1.0743 0.0019 2455469.7460 -1.8688 1.2407 1.0287 0.8054 0.4860 1.5237 0.4862 1.5347 0.9794 0.0011 2455479.7620 -2.9102 0.9029 1.0039 1.0133 0.4860 1.6696 0.4862 1.6665 1.0046 0.0015 2455497.5040 -3.0641 0.4733 1.0003 0.9418 0.4860 1.6380 0.4862 1.6163 1.0351 0.0009 2455509.5560 -3.1703 0.4933 0.9926 0.3782 0.4860 1.6195 0.4862 1.6134 1.0100 0.0008 2455512.5130 -2.8781 0.4581 1.0007 1.0219 0.4860 1.6205 0.4862 1.6297 0.9853 0.0007 2456995.6830 -3.2104 0.6765 1.0050 0.9755 0.4860 1.6895 0.4862 1.7154 0.9638 0.0006 2456998.6050 -3.3395 0.5267 1.0020 0.9679 0.4860 1.6983 0.4862 1.7178 0.9728 0.0004 2457258.7800 -3.0774 1.0959 1.0093 0.5429 0.4860 1.6845 0.4862 1.6897 0.9924 0.0018 2457267.6610 -3.2378 1.9173 1.0052 0.0828 0.4860 1.7768 0.4862 1.7227 1.0749 0.0075 2457267.6760 -2.8088 1.7285 0.9883 0.2093 0.4860 1.6754 0.4862 1.6738 1.0023 0.0015 2457267.6850 -1.9183 2.0368 1.0271 -0.0086 0.4860 1.6977 0.4862 1.7080 0.9854 0.0680 2457314.6840 -3.2615 0.6602 1.0026 1.0016 0.4860 1.7160 0.4862 1.7174 0.9980 0.0007 2457314.6970 -3.3730 0.6056 0.9963 0.9330 0.4860 1.7220 0.4862 1.7198 1.0031 0.0011 2457318.6440 -2.5448 0.9363 1.0101 0.4019 0.4860 1.6921 0.4862 1.6539 1.0585 0.0019 Continued on Next Page… Table C.251 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2457318.6540 -2.8315 0.9634 1.0103 0.3421 0.4860 1.6743 0.4862 1.6720 1.0034 0.0017 2457318.6650 -3.0326 1.2752 1.0024 0.2884 0.4860 1.7130 0.4862 1.7184 0.9925 0.0016 2457318.6750 -3.3994 1.6025 0.9921 0.2201 0.4860 1.6976 0.4862 1.7037 0.9914 0.0021 2457318.6860 -3.0121 0.9624 1.0011 0.1893 0.4860 1.6965 0.4862 1.6806 1.0234 0.0018 2457318.6960 -2.9110 1.2208 0.9998 0.1339 0.4860 1.6894 0.4862 1.6795 1.0146 0.0020 2457318.7120 -2.8159 1.1759 1.0060 0.1004 0.4860 1.6927 0.4862 1.6675 1.0377 0.0018 2457318.7220 -3.1822 0.7628 0.9972 0.1088 0.4860 1.7019 0.4862 1.6821 1.0291 0.0012 2457321.6670 -3.3055 1.1540 0.9921 1.0920 0.4860 1.6910 0.4862 1.6789 1.0178 0.0017 2457321.6820 -3.0674 1.1072 0.9999 0.9841 0.4860 1.7043 0.4862 1.6725 1.0474 0.0013 2457330.6520 -3.3306 0.7646 0.9998 0.0839 0.4860 1.7076 0.4862 1.7294 0.9700 0.0019 2457334.6280 -3.7029 0.4676 0.9984 0.8497 0.4860 1.7763 0.4862 1.7898 0.9829 0.0013 2457334.6380 -3.7235 0.6266 0.9930 0.7275 0.4860 1.7412 0.4862 1.7408 1.0006 0.0009 2457334.6490 -3.3954 0.4523 0.9986 0.7104 0.4860 1.7318 0.4862 1.7210 1.0150 0.0008 2457334.6590 -3.6881 0.5867 0.9986 0.7061 0.4860 1.7758 0.4862 1.7942 0.9768 0.0007 2457335.6290 -3.4812 0.5208 0.9945 0.8211 0.4860 1.7218 0.4862 1.7118 1.0141 0.0012 2457335.6430 -3.4501 0.4055 0.9979 0.9111 0.4860 1.7293 0.4862 1.7142 1.0211 0.0008 2457335.6610 -3.4392 0.4041 1.0007 0.8857 0.4860 1.7244 0.4862 1.7337 0.9873 0.0007 2457338.5300 -3.4382 0.4953 0.9943 0.0000 0.4860 1.7299 0.4862 1.7087 1.0299 1.2478 2457341.6780 -6.5769 1.9659 0.9734 0.9278 0.4860 2.2813 0.4862 2.2296 1.0420 0.0025 2457342.6740 -3.4369 0.7494 0.9953 0.7720 0.4860 1.7080 0.4862 1.7380 0.9594 0.0010 2457346.6150 -3.5055 0.4285 1.0025 0.9362 0.4860 1.7499 0.4862 1.7359 1.0190 0.0005 2457349.6400 -3.5388 0.8463 1.0132 0.9959 0.4860 1.7867 0.4862 1.7897 0.9962 0.0014 2457350.6010 -4.2243 1.8789 0.9967 0.8371 0.4860 1.8787 0.4862 1.8733 1.0062 0.0016 459 2457394.4980 -3.5310 0.4446 0.9997 0.9229 0.4860 1.7096 0.4862 1.7439 0.9538 0.0004 2457417.5400 -7.4069 1.9640 0.9581 0.9121 0.4860 2.4359 0.4862 2.4736 0.9744 0.0016 2457605.7900 -3.3687 0.4322 1.0027 0.5618 0.4860 1.7347 0.4862 1.7544 0.9739 0.0006

Table C.252: γ Cas FeII λ5316Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450688.7390 -0.3698 0.2431 0.9979 1.0396 0.5315 1.0833 0.5317 1.0480 1.7335 0.0006 2450689.7530 -0.4644 0.4782 0.9894 1.0290 0.5315 1.0987 0.5317 1.0487 2.0254 0.0007 2450712.7950 -0.3731 0.2068 0.9963 1.0369 0.5315 1.0919 0.5317 1.0514 1.7861 0.0004 2450718.7430 -0.4348 0.2943 0.9934 1.0417 0.5315 1.0946 0.5317 1.0508 1.8621 0.0007 2450727.7190 -0.3344 0.2503 0.9983 1.0474 0.5315 1.0874 0.5316 1.0493 1.7738 0.0006 2450728.7540 -0.3588 0.1807 0.9988 1.0594 0.5315 1.0914 0.5316 1.0624 1.4656 0.0006 2450731.7110 -0.4241 0.1332 0.9931 1.0440 0.5315 1.0903 0.5316 1.0448 2.0147 0.0004 2450778.6120 -0.3285 0.1957 1.0014 1.0493 0.5315 1.1035 0.5316 1.0553 1.8737 0.0006 2450827.5450 -0.3418 0.2656 0.9987 1.0388 0.5315 1.1049 0.5316 1.0414 2.5311 0.0005 2450846.5070 -0.3576 0.1397 0.9975 1.0443 0.5315 1.0971 0.5316 1.0435 2.2324 0.0004 2451113.6790 -0.0830 0.5897 1.0103 1.0550 0.5316 1.0913 0.5316 1.0640 1.4268 0.0010 2451121.6480 -0.4038 0.6161 0.9917 1.0579 0.5315 1.0963 0.5316 1.0497 1.9353 0.0009 2451142.6540 -0.4011 0.4223 0.9950 1.0468 0.5315 1.1013 0.5316 1.0682 1.4862 0.0009 2451149.5920 -0.2565 0.1952 1.0069 1.0542 0.5315 1.0937 0.5316 1.0526 1.7818 0.0004 2451156.6740 -0.2058 0.3189 1.0074 1.0489 0.5315 1.0936 0.5316 1.0518 1.8060 0.0006 2451208.5360 -0.1450 0.5084 1.0106 1.0539 0.5315 1.0983 0.5316 1.0553 1.7774 0.0010 Continued on Next Page… Table C.252 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451219.5830 -0.2839 0.2924 1.0016 1.0325 0.5315 1.0833 0.5319 1.0440 1.8922 0.0007 2451436.8390 -0.3388 0.1679 1.0031 1.0694 0.5315 1.0932 0.5316 1.0656 1.4193 0.0006 2451443.7920 -0.3145 0.2196 1.0024 1.0489 0.5315 1.0934 0.5317 1.0480 1.9455 0.0006 2451444.8470 -0.3958 0.3090 0.9954 1.0554 0.5315 1.0815 0.5319 1.0531 1.5351 0.0006 2451472.7120 -0.2974 0.1726 1.0028 1.0405 0.5315 1.0905 0.5317 1.0472 1.9183 0.0004 2451478.6550 -0.3209 0.2837 1.0024 1.0483 0.5315 1.0816 0.5319 1.0516 1.5822 0.0009 2451480.7000 -0.3151 0.1992 1.0034 1.0552 0.5315 1.0916 0.5317 1.0528 1.7347 0.0005 2451487.6380 -0.3697 0.3282 0.9983 1.0541 0.5315 1.0887 0.5316 1.0559 1.5873 0.0006 2451489.6730 -0.4027 0.1438 0.9981 1.0550 0.5315 1.0906 0.5316 1.0538 1.6841 0.0004 2451497.5710 -0.3953 0.2059 0.9992 1.0441 0.5315 1.0864 0.5317 1.0550 1.5722 0.0006 2451498.5740 -0.4047 0.1136 0.9992 1.0547 0.5315 1.0846 0.5320 1.0545 1.5538 0.0004 2451501.6320 -0.3434 0.3479 0.9997 1.0574 0.5315 1.0819 0.5316 1.0542 1.5099 0.0006 2451510.5610 -0.3985 0.1910 0.9954 1.0476 0.5315 1.0785 0.5316 1.0487 1.6144 0.0006 2451512.5700 -0.4082 0.1747 0.9964 1.0520 0.5315 1.0846 0.5316 1.0525 1.6118 0.0004 2451520.6150 -0.3924 0.2456 0.9973 1.0433 0.5315 1.0817 0.5320 1.0566 1.4437 0.0006 2451523.5990 -0.2306 0.2018 1.0091 1.0568 0.5316 1.0891 0.5316 1.0608 1.4653 0.0006 2451571.5100 -0.4872 0.2519 0.9933 1.0519 0.5315 1.0839 0.5320 1.0540 1.5532 0.0006 2451586.5040 -0.4089 0.2413 0.9961 1.0490 0.5315 1.0984 0.5319 1.0578 1.7005 0.0006 2451608.5270 -0.4813 0.4468 0.9878 1.0475 0.5316 1.0798 0.5319 1.0640 1.2474 0.0011 2451609.5160 -0.0184 0.8787 1.0236 1.0488 0.5315 1.1117 0.5320 1.0852 1.3116 0.0019 2451792.8080 -0.2969 0.2043 1.0036 1.0460 0.5315 1.0699 0.5319 1.0580 1.2058 0.0004 2451794.8200 -0.4162 0.1929 0.9960 1.0324 0.5315 1.0649 0.5319 1.0639 1.0152 0.0005 2451800.8000 -0.3327 0.1714 0.9992 1.0394 0.5314 1.0633 0.5319 1.0615 1.0287 0.0004 460 2451801.6830 -0.4964 0.2358 0.9931 1.0445 0.5315 1.0709 0.5319 1.0725 0.9769 0.0006 2451803.8120 -0.4534 0.1965 0.9946 1.0390 0.5315 1.0745 0.5319 1.0667 1.1182 0.0006 2451804.7630 -0.4458 0.1272 0.9958 1.0459 0.5315 1.0683 0.5319 1.0685 0.9965 0.0005 2451805.7080 -0.4026 0.1401 0.9970 1.0421 0.5314 1.0631 0.5319 1.0657 0.9604 0.0004 2451807.7700 -0.4068 0.1992 0.9986 1.0532 0.5315 1.0664 0.5319 1.0624 1.0634 0.0005 2451814.7550 -0.3420 0.1900 1.0007 1.0374 0.5315 1.0625 0.5319 1.0588 1.0641 0.0004 2451818.7310 -0.4635 0.4501 0.9962 1.0349 0.5315 1.0738 0.5319 1.0800 0.9232 0.0008 2451828.7180 -0.3509 0.1567 1.0022 1.0533 0.5315 1.0879 0.5319 1.0678 1.2952 0.0006 2451829.7660 -0.3671 0.3303 0.9994 1.0300 0.5314 1.0635 0.5319 1.0636 0.9987 0.0007 2451830.6940 -0.4000 1.0277 1.0022 1.0582 0.5314 1.0909 0.5319 1.0842 1.0789 0.0017 2451836.7010 -0.4433 0.2202 0.9934 1.0483 0.5314 1.0640 0.5319 1.0618 1.0348 0.0005 2451838.7640 -0.4617 0.4376 0.9970 1.0437 0.5315 1.0877 0.5319 1.0735 1.1935 0.0006 2451839.7560 -1.1300 1.2534 0.9603 1.1165 0.5315 1.1366 0.5319 1.1077 1.2692 0.0020 2451840.5530 -1.2511 1.7288 0.9136 1.0577 0.5316 1.0637 0.5319 1.0616 1.0349 0.0028 2451846.6680 -0.4702 0.3603 0.9933 1.0553 0.5315 1.0835 0.5319 1.0733 1.1385 0.0010 2451847.6720 -0.1591 0.1738 1.0030 1.0239 0.5315 1.0539 0.5319 1.0465 1.1599 0.0005 2451853.7470 -0.4231 0.2414 0.9981 1.0417 0.5314 1.0636 0.5319 1.0661 0.9618 0.0005 2451854.6890 -0.4829 0.2159 0.9940 1.0597 0.5315 1.0666 0.5319 1.0717 0.9284 0.0005 2451864.5920 -0.4281 0.5028 0.9839 1.0404 0.5315 1.0846 0.5319 1.0697 1.2139 0.0011 2451871.6510 -0.3864 0.2427 0.9968 1.0374 0.5315 1.0624 0.5319 1.0618 1.0088 0.0014 2451872.7050 -0.1161 1.4631 1.0017 1.0181 0.5315 1.0556 0.5319 1.0958 0.5807 0.0029 2451882.5480 -0.5298 0.1997 0.9922 1.0525 0.5314 1.0717 0.5319 1.0734 0.9762 0.0006 2451882.5630 -0.3947 0.1961 0.9977 1.0448 0.5314 1.0685 0.5319 1.0667 1.0278 0.0015 2451882.5780 -0.3844 0.2233 0.9979 1.0376 0.5314 1.0625 0.5319 1.0695 0.8994 0.0006 2451882.5920 -0.4485 0.1972 0.9991 1.0457 0.5315 1.0692 0.5319 1.0771 0.8968 0.0005 2451887.6930 -0.3151 0.2732 0.9951 1.0323 0.5314 1.0513 0.5319 1.0586 0.8765 0.0006 2451901.5320 -0.1512 0.4100 1.0075 1.0312 0.5314 1.0547 0.5319 1.0562 0.9734 0.0013 2451904.5060 -0.1235 0.7915 0.9975 1.0078 0.5315 1.0635 0.5319 1.0532 1.1929 0.0016 Continued on Next Page… Table C.252 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451904.5270 -0.2391 0.3928 0.9995 1.0296 0.5314 1.0527 0.5318 1.0558 0.9432 0.0008 2451904.5460 -0.1955 0.1991 1.0041 1.0270 0.5315 1.0486 0.5319 1.0624 0.7783 0.0005 2451904.5700 -0.2659 0.2060 1.0002 1.0284 0.5315 1.0533 0.5319 1.0601 0.8865 0.0006 2451904.5910 -0.2883 0.2443 0.9984 1.0254 0.5315 1.0542 0.5319 1.0657 0.8255 0.0006 2451906.4840 -0.2955 0.2705 1.0029 1.0228 0.5315 1.0668 0.5319 1.0667 1.0013 0.0015 2451912.5800 -0.6898 1.2228 0.9746 1.0368 0.5315 1.1044 0.5316 1.0834 1.2525 0.0026 2451912.5880 -0.2476 0.6162 1.0042 1.0380 0.5314 1.0790 0.5319 1.0693 1.1392 0.0012 2451916.4850 -0.2432 0.3623 0.9941 1.0468 0.5314 1.0642 0.5319 1.0599 1.0727 0.0010 2451918.5570 -0.4555 0.4341 0.9926 1.0516 0.5314 1.0690 0.5319 1.0784 0.8802 0.0016 2451918.5690 -0.3005 0.6334 1.0010 1.0325 0.5315 1.0683 0.5319 1.0656 1.0415 0.0010 2451919.6030 -0.4815 0.6197 0.9922 1.0075 0.5316 1.0753 0.5319 1.0696 1.0823 0.0012 2451919.6150 -0.6375 1.0984 0.9761 1.0563 0.5315 1.1006 0.5317 1.0986 1.0200 0.0027 2451919.6300 -0.3281 0.4299 0.9981 1.0351 0.5315 1.0784 0.5319 1.0700 1.1193 0.0009 2451920.5720 -0.4353 0.3018 0.9958 1.0343 0.5314 1.0671 0.5319 1.0624 1.0745 0.0005 2451932.5260 -0.5575 0.2841 0.9846 1.0440 0.5314 1.0711 0.5319 1.0710 1.0013 0.0007 2451933.5130 -0.3468 0.3482 0.9980 1.0365 0.5314 1.0584 0.5319 1.0652 0.8967 0.0011 2451935.5150 -0.3475 0.2451 0.9985 1.0378 0.5314 1.0616 0.5319 1.0706 0.8728 0.0005 2451937.5100 -0.3430 0.1820 0.9949 1.0351 0.5314 1.0578 0.5319 1.0545 1.0610 0.0005 2451959.5060 -0.3914 0.2071 0.9926 1.0314 0.5315 1.0610 0.5319 1.0535 1.1391 0.0006 2451961.5440 -0.3666 0.2738 0.9959 1.0241 0.5314 1.0665 0.5319 1.0610 1.0887 0.0007 2451962.5190 -0.4206 0.2737 0.9921 1.0173 0.5315 1.0628 0.5319 1.0656 0.9576 0.0008 2451965.4980 -0.2763 0.2096 1.0030 1.0388 0.5315 1.0538 0.5319 1.0638 0.8426 0.0005 2451970.5850 -0.2920 0.3253 1.0010 1.0333 0.5315 1.0643 0.5319 1.0694 0.9275 0.0009 461 2451976.5750 -0.3541 0.1849 0.9957 1.0357 0.5314 1.0647 0.5319 1.0655 0.9890 0.0005 2451979.5570 -0.5229 0.5537 0.9872 1.0448 0.5315 1.0854 0.5319 1.0719 1.1881 0.0016 2451980.5790 -0.2618 0.3275 1.0021 1.0422 0.5314 1.0578 0.5319 1.0694 0.8329 0.0008 2452128.8320 -0.2369 0.2818 1.0050 1.0350 0.5314 1.0555 0.5319 1.0683 0.8130 0.0025 2452150.7950 -0.3376 0.1474 0.9987 1.0371 0.5314 1.0603 0.5319 1.0714 0.8446 0.0004 2452151.7930 -0.3690 0.1435 0.9966 1.0285 0.5314 1.0582 0.5319 1.0693 0.8409 0.0004 2452154.7820 -0.3906 0.1363 0.9960 1.0356 0.5314 1.0558 0.5319 1.0719 0.7770 0.0004 2452155.8120 -0.3834 0.2362 0.9976 1.0298 0.5315 1.0601 0.5318 1.0685 0.8785 0.0004 2452157.8290 -0.3273 0.1659 1.0001 1.0290 0.5314 1.0550 0.5318 1.0683 0.8050 0.0004 2452158.7850 -0.3767 0.1427 0.9964 1.0326 0.5315 1.0573 0.5319 1.0657 0.8728 0.0004 2452165.7190 -0.3191 0.1417 0.9998 1.0333 0.5314 1.0633 0.5319 1.0650 0.9746 0.0004 2452167.7640 -0.3194 0.1343 1.0013 1.0397 0.5314 1.0587 0.5319 1.0642 0.9145 0.0004 2452168.6560 -0.2788 0.2710 1.0031 1.0280 0.5314 1.0567 0.5319 1.0707 0.8012 0.0012 2452173.8000 -0.3803 0.2695 0.9948 1.0216 0.5314 1.0524 0.5319 1.0670 0.7821 0.0010 2452182.6560 -0.2942 0.1300 1.0026 1.0412 0.5314 1.0607 0.5318 1.0630 0.9639 0.0004 2452186.6490 -0.2797 0.1061 1.0032 1.0378 0.5314 1.0605 0.5319 1.0662 0.9138 0.0004 2452191.6850 -0.3623 0.1455 0.9974 1.0341 0.5314 1.0581 0.5319 1.0693 0.8382 0.0004 2452200.7200 -0.3468 0.2113 0.9989 1.0339 0.5314 1.0578 0.5319 1.0656 0.8802 0.0004 2452211.7310 -0.6554 0.4201 0.9767 1.0266 0.5315 1.0676 0.5318 1.0792 0.8531 0.0008 2452216.6700 -0.3118 0.3204 0.9982 1.0257 0.5315 1.0598 0.5318 1.0680 0.8796 0.0008 2452217.6740 -0.3529 0.3240 0.9963 1.0308 0.5314 1.0616 0.5318 1.0634 0.9719 0.0006 2452219.6500 -0.3367 0.1127 0.9998 1.0338 0.5314 1.0605 0.5319 1.0659 0.9184 0.0004 2452221.6260 -0.3370 0.1702 0.9974 1.0289 0.5314 1.0500 0.5318 1.0726 0.6879 0.0004 2452223.5940 -0.2891 0.1698 1.0029 1.0326 0.5314 1.0549 0.5318 1.0687 0.7982 0.0004 2452224.6040 -0.3521 0.0835 0.9990 1.0335 0.5314 1.0582 0.5319 1.0692 0.8414 0.0003 2452225.7560 -0.3894 0.2044 0.9955 1.0307 0.5314 1.0545 0.5318 1.0719 0.7581 0.0006 2452226.5790 -0.3655 0.1979 0.9982 1.0351 0.5314 1.0564 0.5318 1.0745 0.7568 0.0004 2452235.6270 -0.3638 0.1077 0.9984 1.0313 0.5314 1.0577 0.5318 1.0690 0.8365 0.0004 Continued on Next Page… Table C.252 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452236.7540 -0.3333 0.1841 0.9990 1.0364 0.5315 1.0536 0.5318 1.0660 0.8123 0.0004 2452249.6200 -0.3600 0.1479 0.9975 1.0363 0.5314 1.0607 0.5319 1.0703 0.8628 0.0004 2452254.5980 -0.4450 0.1450 0.9930 1.0326 0.5314 1.0595 0.5318 1.0694 0.8581 0.0004 2452262.6470 -0.3180 0.1157 1.0005 1.0369 0.5314 1.0562 0.5318 1.0665 0.8453 0.0005 2452264.5640 -0.3456 0.1353 0.9981 1.0303 0.5314 1.0595 0.5318 1.0712 0.8354 0.0004 2452265.5390 -0.3118 0.1187 1.0015 1.0392 0.5314 1.0562 0.5318 1.0648 0.8681 0.0004 2452282.5530 -0.2230 0.2858 1.0066 1.0383 0.5314 1.0581 0.5318 1.0740 0.7847 0.0006 2452293.5450 -0.2742 0.4839 0.9933 1.0431 0.5314 1.0697 0.5318 1.0787 0.8857 0.0050 2452299.6110 -0.2449 0.6475 1.0059 1.0459 0.5314 1.0734 0.5318 1.0781 0.9406 0.0010 2452300.5110 -0.2669 0.1530 1.0027 1.0285 0.5314 1.0589 0.5318 1.0671 0.8784 0.0005 2452301.5010 -0.3433 0.1797 1.0002 1.0283 0.5314 1.0545 0.5318 1.0698 0.7811 0.0005 2452302.5010 -0.3741 0.3586 0.9965 1.0404 0.5314 1.0556 0.5318 1.0739 0.7534 0.0007 2452311.5070 -0.3540 0.2448 0.9991 1.0247 0.5314 1.0633 0.5318 1.0824 0.7683 0.0007 2452314.4860 -0.3172 0.2873 0.9994 1.0202 0.5314 1.0620 0.5318 1.0726 0.8547 0.0007 2452314.4980 -0.3838 0.2598 0.9958 1.0203 0.5314 1.0675 0.5318 1.0673 1.0035 0.0007 2452315.5000 -0.3540 0.1944 0.9985 1.0340 0.5314 1.0586 0.5318 1.0674 0.8698 0.0005 2452316.4930 -0.3711 0.2651 0.9965 1.0472 0.5314 1.0577 0.5318 1.0686 0.8414 0.0008 2452319.5080 -0.3583 0.2741 0.9964 1.0393 0.5314 1.0567 0.5318 1.0675 0.8405 0.0006 2452320.5090 -0.3288 0.4177 0.9983 1.0427 0.5314 1.0623 0.5318 1.0778 0.8010 0.0008 2452323.5100 -0.2986 0.2158 0.9993 1.0295 0.5314 1.0650 0.5318 1.0655 0.9918 0.0007 2452324.5430 -0.3867 0.4715 0.9938 1.0282 0.5314 1.0650 0.5318 1.0726 0.8951 0.0017 2452328.5110 -0.2303 0.2074 1.0079 1.0264 0.5314 1.0646 0.5318 1.0739 0.8744 0.0008 2452329.5040 -0.2383 0.2476 1.0049 1.0169 0.5314 1.0614 0.5318 1.0680 0.9016 0.0014 462 2452330.5150 -0.0254 0.9878 1.0151 1.0243 0.5315 1.0873 0.5318 1.0929 0.9394 0.0022 2452334.5520 -0.4061 0.8641 0.9822 1.0301 0.5315 1.0792 0.5318 1.0754 1.0505 0.0045 2452335.5010 -0.2103 0.3763 1.0101 1.0228 0.5315 1.0671 0.5318 1.0671 1.0005 0.0006 2452441.8670 -0.2754 0.3172 1.0045 1.0299 0.5314 1.0629 0.5318 1.0672 0.9353 0.0008 2452450.8580 -0.3796 0.4801 0.9948 1.0364 0.5314 1.0675 0.5318 1.0721 0.9359 0.0008 2452454.8370 -0.3566 0.1982 1.0006 1.0373 0.5314 1.0617 0.5319 1.0688 0.8955 0.0016 2452455.8360 -0.3052 0.2044 1.0017 1.0391 0.5314 1.0595 0.5318 1.0730 0.8152 0.0005 2452457.8660 -0.2926 0.2258 1.0049 1.0372 0.5314 1.0599 0.5318 1.0702 0.8526 0.0005 2452458.8440 -0.3194 0.1388 1.0000 1.0381 0.5314 1.0602 0.5318 1.0708 0.8501 0.0005 2452462.8770 -0.3833 0.2705 0.9968 1.0247 0.5314 1.0593 0.5318 1.0691 0.8586 0.0005 2452567.7080 -0.3359 0.2160 0.9988 1.0307 0.5314 1.0630 0.5318 1.0686 0.9188 0.0004 2452568.7470 -0.3017 0.2160 1.0016 1.0331 0.5314 1.0590 0.5318 1.0737 0.8005 0.0008 2452576.6380 -0.3510 0.1723 1.0003 1.0430 0.5314 1.0710 0.5318 1.0727 0.9778 0.0005 2452578.6790 -0.4435 0.1701 0.9950 1.0320 0.5314 1.0969 0.5319 1.0737 1.3140 0.0005 2452583.6420 -0.3581 0.2043 0.9985 1.0365 0.5314 1.0627 0.5318 1.0706 0.8886 0.0004 2452586.6120 -0.3817 0.2041 0.9992 1.0416 0.5314 1.0663 0.5318 1.0749 0.8851 0.0005 2452596.6780 -0.3842 0.1329 0.9959 1.0283 0.5314 1.0646 0.5319 1.0669 0.9661 0.0004 2452612.6180 -0.4518 0.1376 0.9957 1.0342 0.5314 1.0658 0.5318 1.0775 0.8495 0.0004 2452615.5160 -0.4391 0.3199 0.9921 1.0349 0.5314 1.0695 0.5318 1.0817 0.8502 0.0006 2452617.6840 -0.3157 0.1432 1.0012 1.0246 0.5314 1.0590 0.5318 1.0747 0.7895 0.0005 2452618.5270 -0.3498 0.1925 0.9994 1.0257 0.5314 1.0569 0.5318 1.0694 0.8203 0.0005 2452646.5150 -0.3433 0.1656 0.9995 1.0234 0.5314 1.0651 0.5318 1.0699 0.9314 0.0004 2452648.5300 -0.3715 0.2153 0.9964 1.0317 0.5315 1.0606 0.5319 1.0666 0.9089 0.0004 2452653.4980 -0.3220 0.1804 1.0015 1.0440 0.5315 1.0613 0.5319 1.0690 0.8879 0.0005 2452657.5670 -0.4435 0.1717 0.9944 1.0244 0.5314 1.0632 0.5318 1.0763 0.8288 0.0004 2452670.5550 -0.2828 0.2576 1.0041 1.0379 0.5315 1.0654 0.5319 1.0725 0.9030 0.0005 2452684.5670 -0.4300 0.1801 0.9964 1.0392 0.5314 1.0618 0.5318 1.0732 0.8450 0.0004 2452691.5160 -0.3013 0.1687 1.0018 1.0393 0.5314 1.0651 0.5318 1.0597 1.0896 0.0005 Continued on Next Page… Table C.252 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452803.8810 -0.3932 0.1768 0.9975 1.0297 0.5314 1.0659 0.5318 1.0684 0.9639 0.0005 2452807.7970 -0.3502 0.1369 0.9993 1.0448 0.5314 1.0661 0.5318 1.0697 0.9484 0.0010 2452816.6660 -0.3188 0.2505 1.0034 1.0394 0.5314 1.0670 0.5318 1.0674 0.9934 0.0005 2452828.7230 -0.3017 0.0882 1.0024 1.0452 0.5314 1.0661 0.5318 1.0647 1.0228 0.0004 2452829.6880 -0.3114 0.2247 0.9998 1.0278 0.5315 1.0628 0.5319 1.0684 0.9186 0.0005 2452834.8600 -0.3928 0.5816 0.9944 1.0517 0.5314 1.0653 0.5318 1.0620 1.0544 0.0008 2452850.8380 -0.4097 0.2683 0.9971 1.0426 0.5314 1.0709 0.5318 1.0662 1.0714 0.0005 2452874.8030 -0.2892 0.2535 1.0016 1.0265 0.5315 1.0707 0.5319 1.0636 1.1120 0.0007 2452943.6150 -0.3380 0.1932 0.9979 1.0345 0.5314 1.0567 0.5318 1.0636 0.8908 0.0009 2452950.6090 -0.3048 0.4021 1.0008 1.0425 0.5314 1.0707 0.5318 1.0711 0.9938 0.0008 2452950.6350 -0.3631 0.1982 0.9974 1.0399 0.5314 1.0690 0.5318 1.0608 1.1342 0.0006 2452952.6580 -0.4110 0.1884 0.9971 1.0413 0.5314 1.0668 0.5318 1.0686 0.9737 0.0004 2452953.6510 -0.2903 0.2580 1.0014 1.0385 0.5314 1.0663 0.5319 1.0605 1.0964 0.0005 2452963.6490 -0.3564 0.1640 0.9994 1.0360 0.5315 1.0733 0.5318 1.0638 1.1487 0.0005 2452964.6480 -0.3443 0.1248 0.9998 1.0280 0.5314 1.0673 0.5318 1.0597 1.1272 0.0004 2452970.6180 -0.3334 0.1982 1.0004 1.0400 0.5314 1.0615 0.5318 1.0610 1.0090 0.0004 2452975.5400 -0.4493 0.1843 0.9942 1.0376 0.5314 1.0690 0.5319 1.0661 1.0427 0.0004 2452986.5420 -0.3919 0.2202 0.9970 1.0283 0.5314 1.0694 0.5318 1.1626 0.4269 0.0005 2453000.5280 -0.3200 0.3022 1.0006 1.0313 0.5315 1.0689 0.5318 1.0560 1.2304 0.0006 2453004.6420 -0.3481 0.1488 1.0010 1.0287 0.5314 1.0717 0.5318 1.0616 1.1641 0.0004 2453005.5600 -0.2766 0.1906 1.0007 1.0349 0.5314 1.0644 0.5318 1.0597 1.0797 0.0005 2453011.4890 -0.3997 0.2819 0.9953 1.0364 0.5314 1.0691 0.5319 1.0603 1.1459 0.0006 2453014.5120 -0.3783 0.2895 0.9990 1.0359 0.5314 1.0788 0.5318 1.0615 1.2816 0.0006 463 2453025.5120 -0.3576 0.4662 0.9986 1.0370 0.5314 1.0836 0.5319 1.0852 0.9810 0.0013 2453025.5190 -0.5138 0.6444 0.9916 1.0524 0.5314 1.0891 0.5318 1.0598 1.4898 0.0012 2453025.5450 -0.3864 0.1515 0.9977 1.0320 0.5314 1.0751 0.5319 1.0613 1.2251 0.0007 2453053.5400 -0.2158 0.3411 1.0030 1.0410 0.5314 1.0562 0.5318 1.0579 0.9707 0.0008 2453239.8810 -0.3028 0.1853 1.0017 1.0234 0.5315 1.0716 0.5318 1.0583 1.2292 0.0005 2453259.8390 -0.3871 0.2347 0.9971 1.0320 0.5315 1.0633 0.5318 1.0607 1.0431 0.0005 2453261.6740 -0.4294 0.1924 0.9936 1.0315 0.5315 1.0666 0.5318 1.0597 1.1145 0.0005 2453264.6830 -0.4360 0.2234 0.9951 1.0202 0.5314 1.0629 0.5318 1.0651 0.9674 0.0006 2453267.7990 -0.3247 0.1898 1.0006 1.0436 0.5314 1.0705 0.5318 1.0590 1.1955 0.0005 2453270.6860 -0.2257 0.2738 1.0019 1.0292 0.5314 1.0612 0.5318 1.0559 1.0949 0.0007 2453271.8300 -0.3712 0.1348 0.9966 1.0365 0.5315 1.0714 0.5318 1.0634 1.1264 0.0004 2453279.7730 -0.3938 0.2491 0.9976 1.0467 0.5314 1.0715 0.5318 1.0659 1.0863 0.0005 2453281.7830 -0.3709 0.2498 0.9989 1.0309 0.5314 1.0614 0.5318 1.0716 0.8572 0.0008 2453283.7970 -0.3158 0.1490 1.0019 1.0364 0.5314 1.0671 0.5318 1.0682 0.9837 0.0004 2453284.7270 -0.3526 0.2067 0.9967 1.0301 0.5314 1.0651 0.5318 1.0546 1.1927 0.0005 2453286.7230 -0.2933 0.2264 1.0015 1.0348 0.5314 1.0644 0.5319 1.0655 0.9836 0.0005 2453288.7340 -0.3846 0.2390 0.9987 1.0350 0.5314 1.0770 0.5318 1.0633 1.2153 0.0005 2453312.7920 -0.4354 0.1359 0.9934 1.0375 0.5314 1.0661 0.5319 1.0635 1.0405 0.0004 2453315.6720 -0.3646 0.1470 0.9995 1.0326 0.5314 1.0680 0.5318 1.0640 1.0619 0.0004 2453316.6460 -0.3589 0.1205 1.0002 1.0360 0.5314 1.0709 0.5318 1.0682 1.0409 0.0004 2453318.6500 -0.4087 0.1595 0.9988 1.0340 0.5314 1.0774 0.5318 1.0646 1.1970 0.0005 2453319.6560 -0.3661 0.1477 0.9988 1.0296 0.5314 1.0704 0.5318 1.0663 1.0612 0.0004 2453322.6730 -0.3622 0.1839 0.9993 1.0358 0.5314 1.0665 0.5318 1.0654 1.0158 0.0004 2453323.7530 -0.5301 0.3224 0.9884 1.0327 0.5315 1.0714 0.5318 1.0676 1.0562 0.0008 2453338.5360 -0.4553 0.2038 0.9934 1.0440 0.5315 1.0748 0.5318 1.0673 1.1118 0.0005 2453341.6500 -0.3146 0.1632 1.0022 1.0329 0.5314 1.0646 0.5318 1.0644 1.0029 0.0004 2453355.6110 -0.4379 0.2316 0.9947 1.0342 0.5315 1.0740 0.5318 1.0732 1.0107 0.0005 2453357.6120 -0.2482 0.2124 1.0083 1.0398 0.5315 1.0734 0.5319 1.0604 1.2161 0.0006 Continued on Next Page… Table C.252 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453385.6080 -0.3805 0.2062 0.9968 1.0354 0.5314 1.0714 0.5318 1.0614 1.1617 0.0006 2453386.5020 -0.4513 0.1639 0.9942 1.0393 0.5314 1.0842 0.5319 1.0648 1.2994 0.0005 2453387.5060 -0.3425 0.1669 1.0021 1.0372 0.5315 1.0732 0.5318 1.0661 1.1076 0.0005 2453398.5320 -0.3046 0.4071 1.0011 1.0544 0.5315 1.0692 0.5318 1.0694 0.9974 0.0028 2453398.5480 -0.4097 0.2543 0.9943 1.0315 0.5314 1.0852 0.5319 1.0674 1.2637 0.0008 2453405.4990 -0.1986 0.5761 1.0092 1.0296 0.5315 1.0798 0.5319 1.0705 1.1319 0.0010 2453614.8340 -0.3159 0.3858 1.0049 1.0388 0.5315 1.0818 0.5319 1.0735 1.1128 0.0011 2453635.8240 -0.3419 0.1925 0.9996 1.0374 0.5315 1.0701 0.5319 1.0691 1.0137 0.0006 2453641.7030 -0.3227 0.1993 0.9992 1.0304 0.5314 1.0707 0.5319 1.0608 1.1617 0.0007 2453645.7720 -0.3446 0.2653 0.9979 1.0285 0.5315 1.0666 0.5318 1.0557 1.1971 0.0007 2453648.6970 -0.4237 0.2378 0.9957 1.0336 0.5315 1.0784 0.5319 1.0567 1.3838 0.0006 2453658.7940 -0.4137 0.1779 0.9962 1.0337 0.5315 1.0707 0.5318 1.0663 1.0675 0.0005 2453663.6810 -0.3470 0.1659 1.0008 1.0451 0.5315 1.0686 0.5318 1.0592 1.1576 0.0005 2453673.7860 -0.3536 0.1887 1.0001 1.0202 0.5315 1.0787 0.5319 1.0699 1.1265 0.0005 2453677.7100 -0.3407 0.2310 1.0003 1.0386 0.5315 1.0711 0.5318 1.0642 1.1071 0.0006 2453682.6790 -0.3152 0.2182 1.0032 1.0365 0.5315 1.0736 0.5318 1.0615 1.1973 0.0006 2453685.6760 -0.4118 0.2012 0.9943 1.0310 0.5314 1.0708 0.5319 1.0628 1.1278 0.0006 2453695.6760 -0.4185 0.2190 0.9970 1.0422 0.5315 1.0710 0.5318 1.0633 1.1219 0.0005 2453710.6450 -0.4567 0.3138 0.9938 1.0347 0.5314 1.0723 0.5319 1.0670 1.0790 0.0005 2453712.5770 -0.3499 0.3011 0.9988 1.0295 0.5315 1.0679 0.5318 1.0575 1.1807 0.0006 2453722.5520 -0.4103 0.2721 0.9936 1.0269 0.5314 1.0671 0.5319 1.0649 1.0340 0.0006 2453724.6110 -0.4427 0.2150 0.9945 1.0414 0.5314 1.0717 0.5318 1.0704 1.0193 0.0006 2453748.5820 -0.3537 0.1318 0.9976 1.0288 0.5315 1.0663 0.5318 1.0630 1.0532 0.0004 464 2453752.4960 -0.4004 0.1757 0.9967 1.0366 0.5315 1.0729 0.5318 1.0597 1.2215 0.0004 2453786.5140 -0.3708 0.2379 1.0024 1.0386 0.5315 1.0808 0.5319 1.0657 1.2298 0.0008 2453982.7620 -0.3955 0.0804 0.9969 1.0354 0.5315 1.0741 0.5318 1.0637 1.1639 0.0004 2454003.7500 -0.4343 0.1936 0.9955 1.0393 0.5315 1.0756 0.5319 1.0648 1.1657 0.0005 2454038.6760 -0.3330 0.1260 1.0010 1.0352 0.5314 1.0703 0.5318 1.0709 0.9923 0.0004 2454043.6780 -0.3176 0.1870 1.0000 1.0348 0.5314 1.0699 0.5318 1.0681 1.0262 0.0005 2454061.6140 -0.3551 0.1894 1.0017 1.0362 0.5314 1.0762 0.5318 1.0731 1.0424 0.0005 2454073.6840 -0.3938 0.4535 0.9902 1.0277 0.5314 1.0876 0.5318 1.0819 1.0695 0.0011 2454079.6660 -0.4028 0.2724 0.9981 1.0441 0.5315 1.0775 0.5318 1.0731 1.0597 0.0005 2454084.6010 -0.4373 0.1738 0.9959 1.0451 0.5314 1.0768 0.5318 1.0730 1.0521 0.0004 2454089.6270 -0.3894 0.2265 0.9985 1.0342 0.5315 1.0705 0.5318 1.0683 1.0332 0.0005 2454098.5370 -0.4244 0.1608 0.9965 1.0398 0.5314 1.0702 0.5318 1.0727 0.9663 0.0004 2454107.5530 -0.4058 0.3296 0.9976 1.0485 0.5314 1.0730 0.5318 1.0736 0.9927 0.0007 2454117.6140 -0.4091 0.1672 0.9957 1.0389 0.5315 1.0720 0.5318 1.0725 0.9931 0.0005 2454127.5300 -0.4080 0.1790 0.9958 1.0526 0.5315 1.0684 0.5318 1.0711 0.9621 0.0004 2454164.5330 -0.3877 0.1315 0.9976 1.0366 0.5315 1.0746 0.5318 1.0609 1.2249 0.0004 2454282.8690 -0.6053 0.2840 0.9871 1.0237 0.5314 1.0806 0.5318 1.0694 1.1621 0.0012 2454295.8760 -0.6578 0.1342 0.9836 1.0442 0.5315 1.0767 0.5318 1.0666 1.1520 0.0009 2454303.8410 -0.6064 0.1022 0.9865 1.0492 0.5315 1.0731 0.5318 1.0693 1.0552 0.0008 2454341.8520 -0.6007 0.1796 0.9855 1.0354 0.5315 1.0735 0.5318 1.0701 1.0479 0.0009 2454348.8180 -0.6471 0.1835 0.9827 1.0498 0.5315 1.0803 0.5318 1.0759 1.0581 0.0009 2454356.7850 -0.6245 0.1583 0.9863 1.0441 0.5315 1.0807 0.5319 1.0742 1.0871 0.0008 2454366.7420 -0.5648 0.0943 0.9870 1.0420 0.5315 1.0750 0.5318 1.0737 1.0184 0.0007 2454379.8450 -0.6217 0.1596 0.9841 1.0494 0.5315 1.0766 0.5318 1.0702 1.0913 0.0009 2454381.7010 -0.6910 0.0955 0.9799 1.0471 0.5315 1.0824 0.5318 1.0681 1.2095 0.0006 2454404.6740 -0.6445 0.3024 0.9822 1.0409 0.5315 1.0763 0.5319 1.0677 1.1279 0.0007 2454408.6290 -0.5538 0.1763 0.9902 1.0506 0.5315 1.0768 0.5318 1.0711 1.0790 0.0006 2454432.5850 -0.6185 0.1812 0.9854 1.0462 0.5315 1.0781 0.5319 1.0739 1.0573 0.0008 Continued on Next Page… Table C.252 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454484.5130 -0.6155 0.1394 0.9838 1.0475 0.5315 1.0798 0.5318 1.0671 1.1885 0.0010 2454674.8720 -0.6390 0.2053 0.9818 1.0382 0.5315 1.0804 0.5319 1.0676 1.1882 0.0011 2454697.8540 -0.6724 0.0832 0.9823 1.0479 0.5315 1.0766 0.5318 1.0811 0.9454 0.0011 2454704.8350 -0.6050 0.1973 0.9870 1.0463 0.5315 1.0829 0.5318 1.0772 1.0730 0.0005 2454712.8750 -0.5870 0.2262 0.9904 1.0502 0.5315 1.0880 0.5318 1.0812 1.0835 0.0013 2454717.7840 -0.6801 0.2156 0.9839 1.0460 0.5314 1.0876 0.5318 1.0805 1.0877 0.0008 2454719.8470 -0.6521 0.1337 0.9830 1.0517 0.5315 1.0737 0.5318 1.0740 0.9956 0.0008 2454726.8210 -0.6260 0.1509 0.9872 1.0495 0.5315 1.0782 0.5318 1.0765 1.0224 0.0005 2454749.7230 -0.4591 0.2832 1.0007 1.0583 0.5315 1.0899 0.5318 1.0839 1.0718 0.0007 2454752.7150 -0.5727 0.2308 0.9925 1.0547 0.5315 1.0887 0.5319 1.0777 1.1421 0.0011 2454756.7660 -0.4623 0.2403 0.9938 1.0340 0.5315 1.0816 0.5318 1.0703 1.1621 0.0010 2454763.7070 -0.6005 0.3269 0.9857 1.0440 0.5314 1.0828 0.5318 1.0753 1.1000 0.1557 2454769.6950 -0.4402 0.3877 0.9996 1.0436 0.5315 1.0878 0.5318 1.0788 1.1145 0.0008 2454776.6250 -0.6724 0.2300 0.9838 1.0538 0.5314 1.0840 0.5318 1.0745 1.1274 0.0005 2454798.6030 -0.6036 0.3337 0.9879 1.0493 0.5315 1.0859 0.5319 1.0819 1.0484 0.0015 2454811.6030 -0.5090 0.3561 0.9982 1.0458 0.5315 1.0928 0.5318 1.0895 1.0365 0.0010 2454834.5010 -0.6792 0.2207 0.9886 1.0710 0.5315 1.0956 0.5318 1.0828 1.1543 0.0005 2454869.5210 -0.4267 0.3297 0.9983 1.0645 0.5315 1.0984 0.5318 1.0872 1.1287 0.0011 2455077.7820 -0.6001 0.4648 0.9924 1.0542 0.5315 1.0891 0.5319 1.0795 1.1210 0.0006 2455094.7540 -0.5946 0.1920 0.9974 1.0534 0.5315 1.1038 0.5318 1.0758 1.3706 0.0023 2455105.7730 -0.4721 0.7144 0.9938 1.0376 0.5315 1.0944 0.5318 1.0898 1.0513 0.0017 2455115.6850 -0.4977 0.8684 0.9896 1.0951 0.5315 1.1295 0.5316 1.0836 1.5488 0.0024 2455137.7360 -0.6395 0.3388 0.9863 1.0473 0.5314 1.0906 0.5318 1.0765 1.1843 0.0006 465 2455164.6050 -0.6243 0.2932 0.9956 1.0576 0.5315 1.1024 0.5318 1.0928 1.1035 0.0007 2455182.6630 -0.6132 0.4756 0.9885 1.0507 0.5314 1.0920 0.5318 1.0800 1.1499 0.0010 2455225.5080 -0.6644 0.5969 0.9914 1.0658 0.5315 1.0983 0.5319 1.0884 1.1122 0.0017 2455385.8510 -0.3970 0.6808 1.0018 1.0503 0.5315 1.1036 0.5318 1.0984 1.0526 0.0018 2455399.8520 -0.5312 0.6367 0.9884 1.0565 0.5315 1.1010 0.5319 1.0705 1.4312 0.0019 2455435.8100 -0.6592 0.4696 0.9860 1.0388 0.5315 1.0989 0.5319 1.0788 1.2549 0.0016 2455469.7460 -0.4619 0.4450 0.9986 1.0482 0.5315 1.1051 0.5318 1.0830 1.2653 0.0015 2455479.7620 -0.4898 0.3351 0.9967 1.0586 0.5314 1.0870 0.5318 1.0739 1.1773 0.0012 2455497.5040 -0.6315 0.3682 0.9791 1.0574 0.5315 1.0841 0.5318 1.0682 1.2323 0.0012 2455509.5560 -0.6751 0.2015 0.9827 1.0405 0.5315 1.0840 0.5318 1.0688 1.2207 0.0007 2455512.5130 -0.4983 0.1316 0.9959 1.0456 0.5315 1.0904 0.5318 1.0744 1.2154 0.0008 2456995.6830 -0.5639 0.3473 0.9918 1.0592 0.5315 1.0893 0.5318 1.0860 1.0379 0.0006 2456998.6050 -0.6532 0.1519 0.9877 1.0523 0.5315 1.0895 0.5318 1.0867 1.0320 0.0005 2457258.7800 -0.6302 0.3540 0.9843 1.0437 0.5315 1.0922 0.5319 1.0851 1.0837 0.0016 2457267.6610 -0.7122 0.1651 0.9866 1.0727 0.5315 1.0937 0.5318 1.0843 1.1117 0.4353 2457267.6760 -0.4530 0.4706 0.9976 1.0655 0.5315 1.1045 0.5318 1.0907 1.1528 0.0008 2457267.6850 -0.5588 0.4306 0.9899 1.0590 0.5314 1.0986 0.5319 1.0820 1.2023 0.0009 2457314.6840 -0.5013 0.2541 0.9966 1.0441 0.5315 1.0856 0.5318 1.0779 1.0982 0.0006 2457314.6970 -0.5930 0.1460 0.9923 1.0617 0.5315 1.0937 0.5318 1.0808 1.1606 0.0006 2457318.6440 -0.7379 0.4735 0.9774 1.0597 0.5315 1.0892 0.5318 1.0771 1.1572 0.0011 2457318.6540 -0.8356 0.2156 0.9719 1.0523 0.5315 1.1000 0.5318 1.0891 1.1223 0.0012 2457318.6650 -0.4741 0.3235 0.9981 1.0507 0.5315 1.0952 0.5319 1.0928 1.0260 0.0012 2457318.6750 -0.6950 0.4502 0.9801 1.0548 0.5315 1.0868 0.5318 1.0686 1.2643 0.0016 2457318.6860 -0.3880 0.3093 1.0021 1.0527 0.5315 1.0872 0.5318 1.0842 1.0353 0.0011 2457318.6960 -0.5545 0.5237 0.9890 1.0393 0.5315 1.1017 0.5318 1.0836 1.2161 0.0019 2457318.7120 -0.8782 0.3697 0.9657 1.0557 0.5315 1.0776 0.5318 1.0915 0.8479 0.0015 2457318.7220 -0.5157 0.3907 0.9964 1.0523 0.5315 1.0935 0.5318 1.0840 1.1129 0.0021 2457321.6670 -0.4876 0.5551 0.9960 1.0600 0.5315 1.0897 0.5318 1.0850 1.0548 0.0013 Continued on Next Page… Table C.252 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2457321.6820 -0.2383 0.3346 1.0136 1.0543 0.5314 1.0932 0.5318 1.0739 1.2614 0.0013 2457330.6520 -0.5306 0.2676 0.9935 1.0387 0.5315 1.0922 0.5318 1.0790 1.1675 0.0013 2457334.6280 -0.5199 0.1227 0.9965 1.0528 0.5315 1.0884 0.5318 1.0857 1.0322 0.0006 2457334.6380 -0.5237 0.1438 0.9919 1.0588 0.5315 1.0919 0.5318 1.0818 1.1240 0.0008 2457334.6490 -0.5100 0.1928 0.9950 1.0471 0.5315 1.0880 0.5318 1.0780 1.1294 0.0013 2457334.6590 -0.5029 0.1259 0.9957 1.0475 0.5315 1.0868 0.5318 1.0816 1.0632 0.0006 2457335.6290 -0.6357 0.0627 0.9857 1.0546 0.5315 1.0834 0.5318 1.0863 0.9662 0.0012 2457335.6430 -0.5468 0.1041 0.9916 1.0467 0.5315 1.0868 0.5318 1.0830 1.0462 0.0006 2457335.6610 -0.5140 0.1747 0.9928 1.0473 0.5315 1.0857 0.5318 1.0847 1.0111 0.0007 2457338.5300 -0.5885 0.3299 0.9891 1.0513 0.5315 1.0909 0.5318 1.0858 1.0594 0.0113 2457341.6780 -0.9049 0.2723 0.9634 1.0440 0.5315 1.0902 0.5318 1.0808 1.1159 0.0011 2457342.6740 -0.5874 0.2122 0.9882 1.0518 0.5315 1.0913 0.5318 1.0850 1.0746 0.0007 2457346.6150 -0.5867 0.0953 0.9921 1.0523 0.5315 1.0955 0.5318 1.0933 1.0240 0.0006 2457349.6400 -0.6449 0.2073 0.9873 1.0533 0.5315 1.0990 0.5318 1.0916 1.0804 0.0010 2457350.6010 -0.5989 0.3629 0.9901 1.0491 0.5315 1.0991 0.5318 1.0881 1.1252 0.0021 2457394.4980 -0.5704 0.0634 0.9926 1.0494 0.5315 1.0983 0.5318 1.0835 1.1778 0.0005 2457417.5400 -0.6524 0.3011 0.9867 1.0586 0.5315 1.0955 0.5319 1.0849 1.1246 0.0015 2457605.7900 -0.5311 0.1629 0.9955 1.0492 0.5315 1.0908 0.5318 1.0845 1.0745 0.0008

466 Table C.253: γ Cas Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -9.0262 1.4787 0.9996 1.3584 2.1654 2453737.7810 -9.6246 1.2085 0.9998 1.3632 2.1664 2453983.0360 -8.8537 1.4356 0.9996 1.3636 2.1659 2454038.9370 -9.3592 1.5090 0.9997 1.3572 2.1663 2454070.7790 -9.3936 1.2501 0.9996 1.3649 2.1658 2454150.7000 -9.5224 1.5851 1.0000 1.3717 2.1661 2454352.9820 -9.4794 1.3712 0.9997 1.3780 2.1660 2454382.9250 -9.3653 1.3822 0.9997 1.3796 2.1661 2454432.7590 -9.9653 1.3608 0.9995 1.3820 2.1662 2454699.1110 -10.5967 1.6697 0.9991 1.4132 2.1659 2454754.9680 -10.5391 1.4339 0.9997 1.4090 2.1661 2455103.8430 -10.4548 1.2840 0.9997 1.4065 2.1658 2455157.8100 -9.9822 1.4643 0.9997 1.3889 2.1659 2455169.7890 -10.5776 1.6713 0.9997 1.4092 2.1661 2455441.9710 -11.2393 1.8025 0.9991 1.4455 2.1661 2455516.8750 -9.9139 1.4982 0.9996 1.4060 2.1658 2455536.9360 -10.4807 1.6318 0.9996 1.4239 2.1661 Table C.254: γ Cas Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -6.6483 0.4736 1.0054 1.2424 1.7359 2453737.7810 -8.2807 0.5050 1.0071 1.2848 1.7363 2453983.0360 -7.5937 0.3286 1.0056 1.2758 1.7363 2454038.9370 -6.7913 0.3369 1.0049 1.2611 1.7362 2454070.7790 -7.8770 0.4871 1.0052 1.2818 1.7363 2454150.7000 -7.1759 0.4014 1.0043 1.2668 1.7364 2454352.9820 -7.6984 0.4998 1.0048 1.2840 1.7368 2454382.9250 -7.3451 0.3063 1.0057 1.2712 1.7364 2454432.7590 -6.8033 0.3874 1.0029 1.2644 1.7361 2454699.1110 -7.6472 0.6529 1.0056 1.2860 1.7363 2454754.9680 -7.0549 0.5085 1.0042 1.2664 1.7368 2455103.8430 -6.6840 0.4977 1.0035 1.2721 1.7362 2455157.8100 -7.1271 0.4408 1.0053 1.2728 1.7371 2455169.7890 -6.8990 0.4365 1.0038 1.2752 1.7372 2455441.9710 -7.7475 0.3795 1.0058 1.2926 1.7364 2455516.8750 -7.0168 0.1053 1.0065 1.2733 1.7362 2455536.9360 -8.2254 0.5202 1.0054 1.3100 1.7364 467 Table C.255: γ Cas Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -7.6223 0.5887 0.9998 1.2773 1.6812 2453737.7810 -7.8551 0.6082 0.9997 1.2886 1.6808 2453983.0360 -8.3036 0.6064 0.9998 1.3018 1.6812 2454038.9370 -7.7962 0.5557 0.9997 1.2918 1.6807 2454070.7790 -7.9603 0.5925 0.9997 1.2918 1.6811 2454150.7000 -7.6583 0.4319 0.9999 1.2847 1.6809 2454352.9820 -7.9506 0.5186 0.9998 1.2977 1.6809 2454382.9250 -7.8453 0.4887 0.9998 1.2913 1.6809 2454432.7590 -7.6160 0.3995 0.9999 1.2878 1.6814 2454699.1110 -8.7020 0.7605 0.9997 1.3081 1.6808 2454754.9680 -8.1563 0.6136 0.9998 1.3064 1.6813 2455103.8430 -8.0634 0.5016 0.9997 1.3069 1.6807 2455157.8100 -8.6733 0.4792 0.9997 1.3151 1.6808 2455169.7890 -8.0031 0.4603 0.9997 1.2993 1.6809 2455441.9710 -8.3724 0.5982 0.9997 1.3125 1.6805 2455516.8750 -8.0283 0.5411 0.9998 1.3041 1.6811 2455536.9360 -8.3888 0.6976 0.9996 1.3189 1.6809 Table C.256: γ Cas Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -7.6277 0.6575 0.9999 1.2871 1.6413 2453737.7810 -7.4080 0.6472 0.9997 1.2812 1.6409 2453983.0360 -7.8920 0.7105 0.9996 1.2975 1.6409 2454038.9370 -7.8107 0.6347 0.9997 1.2938 1.6408 2454070.7790 -7.7839 0.5361 0.9996 1.2936 1.6409 2454150.7000 -7.7112 0.6471 0.9996 1.2937 1.6415 2454352.9820 -7.6285 0.5632 0.9998 1.2972 1.6414 2454382.9250 -7.8444 0.5630 0.9998 1.3047 1.6415 2454432.7590 -7.4923 0.4058 0.9996 1.2910 1.6408 2454699.1110 -7.9991 0.8872 0.9996 1.3087 1.6414 2454754.9680 -7.9355 0.5669 0.9998 1.3073 1.6415 2455103.8430 -8.0346 0.4924 0.9996 1.3045 1.6412 2455157.8100 -7.9422 0.4576 0.9996 1.3001 1.6413 2455169.7890 -8.1709 0.5255 0.9997 1.3141 1.6414 2455441.9710 -7.9742 0.7321 0.9995 1.3161 1.6415 2455516.8750 -7.5079 0.4545 0.9998 1.3022 1.6409 2455536.9360 -8.1926 0.8972 0.9996 1.3211 1.6415 468 Table C.257: γ Cas Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -8.6391 0.4945 0.9988 1.3182 1.6115 2453737.7810 -7.9063 0.4058 0.9985 1.2860 1.6111 2453983.0360 -8.9128 0.5352 0.9984 1.3157 1.6111 2454038.9370 -8.0216 0.5286 0.9992 1.2896 1.6114 2454070.7790 -8.3201 0.1953 0.9976 1.3076 1.6111 2454150.7000 -8.5792 0.4000 0.9985 1.3103 1.6117 2454352.9820 -8.7902 0.2072 0.9987 1.3202 1.6116 2454382.9250 -8.7956 0.2577 0.9986 1.3191 1.6117 2454432.7590 -8.2097 0.1738 0.9987 1.3063 1.6110 2454699.1110 -8.7570 0.7939 0.9986 1.3294 1.6116 2454754.9680 -8.6491 0.3031 0.9992 1.3206 1.6109 2455103.8430 -8.6017 0.2835 0.9982 1.3188 1.6114 2455157.8100 -8.7992 0.2394 0.9984 1.3273 1.6115 2455169.7890 -8.6291 0.2219 0.9988 1.3223 1.6117 2455441.9710 -9.6100 0.5157 0.9990 1.3534 1.6109 2455516.8750 -8.3724 0.2619 0.9987 1.3174 1.6111 2455536.9360 -9.0948 0.4737 0.9987 1.3369 1.6117 Table C.258: γ Cas Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -7.3476 0.5994 1.0000 1.2902 1.5885 2453737.7810 -7.7247 0.5356 1.0001 1.3051 1.5890 2453983.0360 -7.9510 0.6785 0.9999 1.3151 1.5886 2454038.9370 -7.7133 0.6132 0.9999 1.3057 1.5881 2454070.7790 -7.4162 0.5103 0.9998 1.2963 1.5885 2454150.7000 -7.3005 0.3363 1.0002 1.2926 1.5883 2454352.9820 -7.7522 0.4452 1.0000 1.3110 1.5883 2454382.9250 -8.3134 0.5450 1.0000 1.3155 1.5883 2454432.7590 -7.9415 0.4445 0.9999 1.3026 1.5888 2454699.1110 -8.9371 1.0414 1.0000 1.3455 1.5882 2454754.9680 -7.5110 0.4916 0.9999 1.3167 1.5883 2455103.8430 -7.3326 0.3086 1.0000 1.3055 1.5881 2455157.8100 -7.1816 0.1848 1.0000 1.3002 1.5882 2455169.7890 -7.4365 0.3897 0.9999 1.3095 1.5887 2455441.9710 -9.1826 0.8144 1.0001 1.3559 1.5883 2455516.8750 -7.5175 0.4177 0.9999 1.3140 1.5885 2455536.9360 -8.2534 0.8548 0.9999 1.3409 1.5883 469 Table C.259: γ Cas Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -6.1804 1.1742 1.0000 1.2438 1.5704 2453737.7810 -6.2692 0.5697 1.0001 1.2480 1.5704 2453983.0360 -6.4352 0.6876 0.9999 1.2566 1.5700 2454038.9370 -6.2248 0.4694 1.0001 1.2526 1.5703 2454070.7790 -6.9152 0.6914 0.9999 1.2709 1.5708 2454150.7000 -6.6283 0.2468 0.9999 1.2640 1.5702 2454352.9820 -6.5065 0.3973 1.0000 1.2564 1.5705 2454382.9250 -6.4578 0.3860 1.0001 1.2570 1.5706 2454432.7590 -6.5345 0.1584 1.0000 1.2557 1.5707 2454699.1110 -6.5585 0.6690 1.0000 1.2731 1.5705 2454754.9680 -6.6352 0.6640 1.0000 1.2635 1.5706 2455103.8430 -6.7044 0.3994 1.0001 1.2619 1.5707 2455157.8100 -6.3315 0.2524 1.0000 1.2560 1.5708 2455169.7890 -6.4551 0.4564 0.9999 1.2565 1.5705 2455441.9710 -7.3834 0.9757 1.0002 1.2936 1.5706 2455516.8750 -6.3388 0.0414 0.9999 1.2659 1.5708 2455536.9360 -7.2599 0.6341 1.0000 1.2874 1.5702 Table C.260: γ Cas Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -6.5262 0.7335 0.9996 1.2498 1.5559 2453737.7810 -6.7239 0.7029 1.0000 1.2617 1.5559 2453983.0360 -6.4966 0.5428 0.9997 1.2600 1.5555 2454038.9370 -7.2067 0.0287 1.0001 1.2862 1.5558 2454070.7790 -6.8828 0.4000 1.0003 1.2638 1.5563 2454150.7000 -6.7201 0.1037 1.0000 1.2625 1.5564 2454352.9820 -6.6717 0.4407 0.9993 1.2637 1.5560 2454382.9250 -6.6539 0.5251 0.9995 1.2635 1.5561 2454432.7590 -6.4494 0.5570 0.9994 1.2543 1.5562 2454699.1110 -6.9251 0.4000 1.0004 1.2773 1.5559 2454754.9680 -6.9242 0.1896 1.0000 1.2757 1.5561 2455103.8430 -6.9639 0.4046 0.9999 1.2770 1.5558 2455157.8100 -6.5791 0.1159 1.0003 1.2645 1.5563 2455169.7890 -6.6716 0.3213 1.0001 1.2659 1.5560 2455441.9710 -7.6254 0.3106 0.9998 1.3038 1.5561 2455516.8750 -6.6252 0.4305 1.0001 1.2732 1.5562 2455536.9360 -7.1795 0.3342 0.9998 1.2884 1.5561 470 Table C.261: γ Cas Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -6.2166 0.4486 1.0000 1.2527 1.5438 2453737.7810 -6.3888 0.4000 0.9999 1.2538 1.5446 2453983.0360 -6.5351 0.4296 1.0000 1.2576 1.5442 2454038.9370 -6.3843 0.6944 1.0003 1.2567 1.5445 2454070.7790 -6.6848 0.5294 0.9997 1.2620 1.5442 2454150.7000 -6.6382 0.1446 1.0002 1.2614 1.5447 2454352.9820 -6.5020 0.4645 0.9999 1.2612 1.5439 2454382.9250 -6.4684 0.3814 0.9997 1.2637 1.5440 2454432.7590 -6.3209 0.5462 0.9998 1.2562 1.5440 2454699.1110 -6.6742 0.5644 1.0000 1.2885 1.5438 2454754.9680 -6.8305 0.4451 0.9998 1.2753 1.5440 2455103.8430 -6.4218 0.2055 0.9995 1.2607 1.5445 2455157.8100 -6.5724 0.0157 1.0000 1.2671 1.5446 2455169.7890 -6.5697 0.0272 0.9998 1.2648 1.5447 2455441.9710 -7.2072 0.4380 0.9999 1.2972 1.5439 2455516.8750 -6.6256 0.2907 1.0001 1.2686 1.5441 2455536.9360 -7.1052 0.6615 0.9999 1.3012 1.5440 Table C.262: γ Cas Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -5.7466 0.4000 1.0003 1.2386 1.5341 2453737.7810 -5.8450 1.4000 1.0008 1.2427 1.5349 2453983.0360 -5.9622 2.4000 1.0000 1.2519 1.5345 2454038.9370 -5.8693 0.0599 0.9995 1.2497 1.5348 2454070.7790 -5.8925 0.4000 1.0004 1.2488 1.5349 2454150.7000 -5.7778 0.2739 0.9999 1.2459 1.5342 2454352.9820 -6.0087 0.3444 1.0000 1.2571 1.5342 2454382.9250 -5.8486 0.3109 1.0002 1.2546 1.5343 2454432.7590 -5.8581 0.1012 1.0002 1.2465 1.5344 2454699.1110 -6.2658 0.4000 1.0005 1.2677 1.5341 2454754.9680 -6.1348 0.2916 1.0001 1.2584 1.5343 2455103.8430 -5.8394 0.4000 1.0003 1.2558 1.5348 2455157.8100 -5.9377 0.4000 0.9998 1.2541 1.5349 2455169.7890 -5.9631 0.1992 1.0001 1.2554 1.5350 2455441.9710 -6.3255 0.4000 1.0001 1.2837 1.5343 2455516.8750 -5.9287 0.4000 0.9999 1.2587 1.5344 2455536.9360 -6.3329 0.3857 1.0001 1.2752 1.5343 471 Table C.263: γ Cas Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -5.3099 0.4000 1.0013 1.2250 1.5260 2453737.7810 -5.5047 0.4000 0.9998 1.2283 1.5268 2453983.0360 -5.5265 0.4000 1.0014 1.2361 1.5264 2454038.9370 -5.3600 0.4000 0.9993 1.2355 1.5267 2454070.7790 -5.5711 0.4000 1.0010 1.2377 1.5264 2454150.7000 -5.4659 0.4000 0.9994 1.2365 1.5270 2454352.9820 -5.7252 0.4000 1.0005 1.2388 1.5261 2454382.9250 -5.5979 0.4000 1.0003 1.2368 1.5262 2454432.7590 -5.5891 0.4000 1.0005 1.2336 1.5263 2454699.1110 -5.9753 0.4000 0.9988 1.2569 1.5261 2454754.9680 -5.7533 0.4000 1.0004 1.2427 1.5262 2455103.8430 -5.6746 0.4000 1.0006 1.2388 1.5267 2455157.8100 -5.6641 0.4000 0.9999 1.2354 1.5260 2455169.7890 -5.6540 0.4000 1.0000 1.2394 1.5261 2455441.9710 -6.3095 0.4000 1.0006 1.2655 1.5262 2455516.8750 -5.5853 0.4000 0.9998 1.2417 1.5264 2455536.9360 -6.0619 0.4000 1.0010 1.2599 1.5262 Table C.264: γ Cas Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -4.8110 0.4000 1.0010 1.2087 1.5195 2453737.7810 -4.7896 0.4000 1.0008 1.2096 1.5196 2453983.0360 -4.9592 0.4000 0.9993 1.2156 1.5200 2454038.9370 -4.9320 0.8988 1.0010 1.2120 1.5195 2454070.7790 -4.9502 0.4000 0.9994 1.2158 1.5199 2454150.7000 -4.8848 0.4461 1.0005 1.2102 1.5201 2454352.9820 -5.0437 0.4000 1.0001 1.2249 1.5197 2454382.9250 -4.9503 1.1524 1.0003 1.2217 1.5197 2454432.7590 -4.9188 1.0869 0.9997 1.2107 1.5198 2454699.1110 -5.2944 0.4000 1.0014 1.2340 1.5196 2454754.9680 -5.2115 1.0069 1.0004 1.2314 1.5197 2455103.8430 -5.0408 1.3722 1.0005 1.2198 1.5195 2455157.8100 -5.0641 0.4000 1.0006 1.2193 1.5196 2455169.7890 -5.1199 0.4000 1.0004 1.2221 1.5197 2455441.9710 -5.4703 1.2874 1.0007 1.2467 1.5197 2455516.8750 -5.0722 0.4000 1.0000 1.2298 1.5199 2455536.9360 -5.3401 0.3277 0.9999 1.2330 1.5197 472 Table C.265: γ Cas HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -5.9212 2.5161 0.9995 1.2191 2.0579 2453737.7810 -7.0338 1.4514 1.0009 1.2196 2.0584 2453983.0360 -6.3585 1.3011 0.9998 1.2147 2.0579 2454038.9370 -6.2665 1.6825 0.9998 1.2171 2.0588 2454070.7790 -8.4675 1.9709 1.0011 1.2389 2.0584 2454150.7000 -7.1529 1.3182 1.0002 1.2286 2.0592 2454352.9820 -7.0856 1.5307 1.0007 1.2398 2.0580 2454382.9250 -6.6981 1.0182 1.0003 1.2325 2.0581 2454432.7590 -7.4501 3.0628 1.0005 1.2464 2.0582 2454699.1110 -5.3062 1.0225 0.9998 1.2217 2.0590 2454754.9680 -6.1887 2.0536 0.9994 1.2328 2.0592 2455103.8430 -7.8188 2.0969 1.0021 1.2428 2.0589 2455157.8100 -6.6595 1.8225 0.9997 1.2186 2.0590 2455169.7890 -6.6529 4.1769 1.0007 1.2176 2.0580 2455441.9710 -5.2461 1.1264 0.9995 1.2295 2.0592 2455516.8750 -6.4708 1.3662 1.0001 1.2226 2.0589 2455536.9360 -6.3996 0.9502 0.9999 1.2406 2.0592 Table C.266: γ Cas HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -6.5310 0.7626 0.9996 1.4082 1.0829 2453737.7810 -6.4395 0.8626 0.9994 1.3984 1.0832 2453983.0360 -6.3468 0.8983 0.9995 1.3998 1.0832 2454038.9370 -6.5297 0.8789 0.9995 1.4103 1.0832 2454070.7790 -6.4160 1.2636 0.9992 1.4081 1.0835 2454150.7000 -6.5499 0.9306 0.9996 1.4171 1.0836 2454352.9820 -6.7195 0.8542 0.9995 1.4287 1.0833 2454382.9250 -6.5172 0.8391 0.9996 1.4180 1.0833 2454432.7590 -6.4833 0.9094 0.9995 1.4154 1.0831 2454699.1110 -6.4033 0.9129 0.9994 1.4100 1.0835 2454754.9680 -6.6753 0.8762 0.9995 1.4146 1.0833 2455103.8430 -6.5712 0.8208 0.9994 1.4232 1.0831 2455157.8100 -6.7087 0.9318 0.9995 1.4221 1.0835 2455169.7890 -6.6359 0.8761 0.9995 1.4137 1.0835 2455441.9710 -6.6562 0.9826 0.9992 1.4312 1.0830 2455516.8750 -6.7149 0.9460 0.9995 1.4352 1.0834 2455536.9360 -6.6549 1.0657 0.9994 1.4385 1.0836 473 Table C.267: γ Cas HeI λ1.7µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -0.2699 0.2936 0.9996 1.0190 1.7001 2453737.7810 -0.3955 0.3035 0.9991 1.0223 1.7017 2453983.0360 -0.2740 0.3651 0.9998 1.0230 1.7013 2454038.9370 -0.3468 0.2317 0.9996 1.0233 1.7016 2454070.7790 -0.2469 0.2725 1.0001 1.0197 1.7013 2454150.7000 -0.1724 0.3607 0.9995 1.0201 1.7010 2454352.9820 -0.2603 0.3151 0.9999 1.0208 1.7010 2454382.9250 -0.2365 0.2593 0.9999 1.0185 1.7002 2454432.7590 -0.2610 0.2587 0.9996 1.0180 1.7011 2454699.1110 -0.3051 0.3739 0.9994 1.0185 1.7001 2454754.9680 -0.2623 0.3274 0.9998 1.0178 1.7002 2455103.8430 -0.3161 0.1559 0.9999 1.0196 1.7012 2455157.8100 -0.3920 0.2647 0.9996 1.0215 1.7001 2455169.7890 -0.3369 0.2591 0.9998 1.0212 1.7002 2455441.9710 -0.3697 0.1091 0.9996 1.0224 1.7010 2455516.8750 -0.4277 0.3366 0.9995 1.0271 1.7012 2455536.9360 -0.3154 0.4403 0.9997 1.0258 1.7002 Table C.268: γ Cas Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0410 -8.0149 1.0592 1.0002 1.6066 1.2820 2453737.7810 -7.7001 1.0239 1.0003 1.6118 1.2823 2453983.0360 -8.3282 1.0531 1.0000 1.6591 1.2820 2454038.9370 -8.4060 1.2726 0.9997 1.6246 1.2823 2454070.7790 -8.3718 1.1104 1.0001 1.6256 1.2820 2454150.7000 -8.2264 0.7045 0.9997 1.6262 1.2821 2454352.9820 -8.6970 0.9461 0.9997 1.6903 1.2821 2454382.9250 -8.4965 0.7100 1.0001 1.6720 1.2822 2454432.7590 -8.7869 1.2782 1.0004 1.6668 1.2822 2454699.1110 -8.0016 1.3549 1.0007 1.6299 1.2820 2454754.9680 -8.8225 1.0854 0.9998 1.6870 1.2821 2455103.8430 -8.8117 0.9014 0.9998 1.6944 1.2819 2455157.8100 -9.0972 0.9472 1.0000 1.6881 1.2823 2455169.7890 -8.7917 1.0465 0.9997 1.6929 1.2821 2455441.9710 -9.4760 1.4027 1.0010 1.7134 1.2818 2455516.8750 -9.0929 0.9892 1.0000 1.7222 1.2820 2455536.9360 -9.2573 1.3731 0.9995 1.7189 1.2821 474 C.15 HD 91120

Table C.269: HD 91120 Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453075.7000 -2.7688 1.4039 0.9463 1.1998 0.6561 1.5624 0.6565 1.5563 1.0109 0.0008 2453107.6000 -2.8360 0.8571 0.9448 1.1935 0.6561 1.5723 0.6565 1.5661 1.0108 0.0007 2453112.7000 -2.3394 2.6260 0.9431 1.1918 0.6561 1.5700 0.6565 1.5529 1.0311 0.0021 2453750.8000 -2.7188 1.2150 0.9498 1.1753 0.6561 1.5598 0.6565 1.5445 1.0280 0.0009 2453785.8000 -2.9453 1.4182 0.9509 1.1813 0.6561 1.5745 0.6565 1.5793 0.9918 0.0009 2453799.8000 -2.4287 0.9659 0.9552 1.1974 0.6561 1.5665 0.6565 1.5738 0.9871 0.0009 2453814.7000 -2.5997 0.9938 0.9602 1.2170 0.6561 1.5769 0.6565 1.5729 1.0070 0.0008 2453834.7000 -2.3421 1.3951 0.9460 1.1786 0.6561 1.5613 0.6565 1.5621 0.9986 0.0010 2453850.6000 -2.3275 0.7399 0.9489 1.1921 0.6561 1.5477 0.6565 1.5366 1.0206 0.0008 2453863.6000 -2.2756 1.2822 0.9511 1.1935 0.6561 1.5332 0.6565 1.5151 1.0353 0.0011 2454117.9000 -2.0363 2.0025 0.9832 1.2049 0.6561 1.6440 0.6565 1.5963 1.0799 0.0027 2454167.7000 -3.1878 1.6451 0.9367 1.1720 0.6561 1.5199 0.6565 1.5199 1.0000 0.0016 2454235.6000 -3.8358 1.7352 0.9473 1.2347 0.6561 1.6649 0.6565 1.5885 1.1298 0.0018 2454488.8000 -3.5740 4.5889 0.9793 1.2699 0.6561 1.7475 0.6564 1.7971 0.9378 0.0091 2454545.7000 -3.9562 1.7943 0.9566 1.2424 0.6561 1.6413 0.6565 1.6079 1.0549 0.0015 2454571.7000 -3.3694 1.6477 0.9672 1.2638 0.6561 1.6469 0.6565 1.6632 0.9754 0.0016 2454586.6000 -3.5644 2.7128 0.9563 1.2498 0.6561 1.6266 0.6565 1.6393 0.9801 0.0018 475 2454868.8000 -3.4437 4.9961 0.9320 1.2790 0.6561 1.6174 0.6565 1.6136 1.0063 0.0025 2454908.7000 -3.2682 2.1102 0.9440 1.2052 0.6562 1.6368 0.6565 1.6148 1.0357 0.0014 2454937.7000 -3.2768 3.4760 0.9698 1.2059 0.6561 1.6542 0.6565 1.6895 0.9488 0.0018 2454966.6000 -2.6268 4.4951 0.9626 1.2616 0.6561 1.6099 0.6565 1.5675 1.0746 0.0020 2455177.9000 -3.7803 5.1538 0.9737 1.2511 0.6561 1.7323 0.6565 1.7660 0.9560 0.0018 2455259.7000 -10.6614 3.9449 0.9442 1.2644 0.6561 1.6669 0.6566 1.6323 1.0548 0.0030 2455273.7000 -3.4517 2.1685 0.9406 1.2289 0.6561 1.6450 0.6565 1.6372 1.0122 0.0021 2455296.6000 -2.0302 5.5571 0.9428 1.2386 0.6561 1.6440 0.6565 1.6142 1.0485 0.0059 2455301.6000 -3.2048 2.6800 0.9675 1.2869 0.6561 1.6513 0.6564 1.6190 1.0521 0.0028 2455331.6000 -3.6126 1.8671 0.9568 1.2357 0.6561 1.6581 0.6565 1.6333 1.0392 0.0015 2457493.6000 -3.9956 2.8802 0.9718 1.3433 0.6561 1.7581 0.6565 1.7699 0.9847 0.0013 2457503.6000 -4.3258 3.0046 0.9588 1.3217 0.6562 1.7646 0.6565 1.7227 1.0579 0.0021 2457514.6000 -4.1496 1.1540 0.9690 1.3269 0.6561 1.7357 0.6565 1.7307 1.0068 0.0013

Table C.270: HD 91120 Hβ Measurements

Central HJD EqW σ(EqW) Continuum Height 2454235.6000 7.2894 2.4949 0.9887 0.8799 2454488.8000 5.7766 4.7229 0.9042 0.9348 2454545.7000 4.8365 3.1183 0.9007 0.7614 2454571.7000 6.8344 1.4447 0.9706 1.2433 2454586.6000 2.4960 4.9859 0.8033 1.0975 2454868.8000 5.6108 6.8002 0.8570 0.8707 Continued on Next Page… Table C.270 – Continued Central HJD EqW σ(EqW) Continuum Height 2454908.7000 6.8509 2.5396 0.9468 0.9099 2454937.7000 6.4087 2.4847 0.9297 0.6627 2454966.6000 7.4354 3.6149 0.9575 0.9181 2455177.9000 5.2969 4.9636 0.8742 1.0360 2455259.7000 7.8202 5.4261 0.9860 0.8387 2455273.7000 6.3304 2.7202 0.9632 0.7586 2455296.6000 5.6159 6.5071 0.9126 0.8020 2455301.6000 2.0609 8.7312 0.7507 0.8644 2455331.6000 3.9809 4.7059 0.8908 1.0988 2457493.6000 5.5791 3.5694 0.9139 0.9676 2457503.6000 6.5189 2.3734 0.9584 0.8769 2457514.6000 6.0211 1.1745 0.9388 0.8932

Table C.271: HD 91120 Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.1230 2.1377 0.4812 1.0000 2.1653 0.0004 0.0001 2.1669 0.0005 0.0001 1.1249 0.0364

476 2454178.9440 1.7186 0.5293 0.9997 2.1654 0.0003 0.0001 2.1672 0.0004 0.0001 1.1367 0.0349 2454218.8320 1.1429 0.5777 0.9999 2.1656 0.0004 0.0001 2.1673 0.0004 0.0001 0.9392 0.0287 2454299.7170 0.9764 0.6197 1.0005 2.1655 0.0003 0.0001 2.1673 0.0004 0.0001 0.9780 0.0559 2454797.1130 1.1518 0.4377 1.0000 2.1651 0.0003 0.0001 2.1669 0.0004 0.0001 1.2092 0.0412 2454842.0600 1.6789 0.4837 0.9998 2.1652 0.0003 0.0001 2.1669 0.0004 0.0001 1.0889 0.0426 2455587.0660 0.8232 0.5423 0.9999 2.1653 0.0004 0.0001 2.1669 0.0005 0.0001 1.1249 0.0364

Table C.272: HD 91120 Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 4.9044 0.1781 1.0000 0.9772 1.7407 2454178.9440 5.4545 0.1769 1.0009 0.9673 1.7333 2454218.8320 5.3423 0.1709 1.0002 0.9697 1.7332 2454299.7170 5.3181 0.2096 1.0011 0.9640 1.7337 2454797.1130 5.5385 0.1737 1.0014 0.9687 1.7407 2454842.0600 5.3166 0.1825 1.0006 0.9717 1.7331 2455587.0660 5.3908 0.1276 1.0010 0.9670 1.7408 Table C.273: HD 91120 Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 5.6048 0.2637 1.0000 0.9728 1.6772 2454178.9440 5.5453 0.1788 1.0000 0.9660 1.6774 2454218.8320 5.6280 0.2212 1.0001 0.9718 1.6773 2454299.7170 5.7195 0.4558 1.0000 0.9762 1.6770 2454797.1130 5.7081 0.2057 1.0001 0.9696 1.6771 2454842.0600 6.2981 0.2209 1.0001 0.9643 1.6771 2455587.0660 5.9072 0.1755 1.0000 0.9640 1.6772

Table C.274: HD 91120 Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 5.3274 0.1700 1.0000 0.9820 1.6365 2454178.9440 5.5470 0.1409 0.9999 0.9800 1.6367 2454218.8320 5.7136 0.2609 1.0000 0.9811 1.6366 2454299.7170 5.9572 0.3478 1.0001 0.9885 1.6364 2454797.1130 5.4711 0.0689 1.0000 0.9839 1.6365 477 2454842.0600 5.7661 0.1782 0.9999 0.9814 1.6365 2455587.0660 5.9485 0.1426 0.9999 0.9802 1.6365

Table C.275: HD 91120 Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 4.3180 0.3002 0.9995 0.9892 1.6071 2454178.9440 4.0460 0.2887 0.9993 0.9858 1.6073 2454218.8320 4.6346 0.1346 0.9999 0.9855 1.6072 2454299.7170 4.8502 0.2092 0.9996 0.9846 1.6074 2454797.1130 4.0969 0.1970 0.9997 0.9861 1.6155 2454842.0600 4.2217 0.4413 0.9997 0.9858 1.6155 2455587.0660 4.5759 0.2364 0.9994 0.9842 1.6156

Table C.276: HD 91120 Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 3.8631 0.3976 1.0001 0.9909 1.5846 Continued on Next Page… Table C.276 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454178.9440 3.6446 0.3270 1.0001 0.9934 1.5847 2454218.8320 4.1789 0.3978 1.0003 0.9959 1.5838 2454299.7170 3.9105 0.6721 1.0002 0.9915 1.5840 2454797.1130 3.5419 0.2077 1.0000 0.9942 1.5837 2454842.0600 3.8868 0.4385 1.0000 0.9923 1.5841 2455587.0660 4.1261 0.2639 1.0000 0.9924 1.5838

Table C.277: HD 91120 Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 3.3637 0.0458 0.9999 0.9971 1.5660 2454178.9440 2.9934 0.1633 0.9999 0.9952 1.5662 2454218.8320 3.0242 0.4124 1.0001 0.9930 1.5661 2454299.7170 2.8946 0.3372 1.0003 0.9949 1.5663 2454797.1130 3.0087 0.2022 1.0000 0.9916 1.5664 2454842.0600 3.0166 0.1728 0.9999 0.9881 1.5664 2455587.0660 2.9450 0.1906 0.9998 0.9923 1.5660 478

Table C.278: HD 91120 Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 2.1696 0.2398 0.9999 0.9916 1.5596 2454178.9440 1.7931 0.1743 1.0001 0.9900 1.5597 2454218.8320 1.7986 0.1144 0.9997 0.9888 1.5596 2454299.7170 1.8236 0.1231 0.9998 0.9930 1.5525 2454797.1130 1.7677 0.2200 0.9998 0.9928 1.5526 2454842.0600 1.8421 0.5970 1.0019 0.9946 1.5599 2455587.0660 1.7560 0.2952 0.9998 0.9907 1.5527

Table C.279: HD 91120 Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 1.0890 0.3239 1.0000 0.9992 1.5406 2454178.9440 0.8769 0.1188 1.0003 1.0011 1.5412 2454218.8320 0.8519 0.1201 1.0002 0.9990 1.5411 Continued on Next Page… Table C.279 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.7170 1.2468 0.7193 0.9997 0.9994 1.5457 2454797.1130 0.9541 0.1615 1.0000 0.9994 1.5478 2454842.0600 0.9456 0.4766 0.9992 0.9952 1.5478 2455587.0660 0.8283 0.0776 1.0002 0.9977 1.5406

Table C.280: HD 91120 Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 0.7042 0.4000 1.0015 1.0001 1.5313 2454178.9440 0.8251 0.4000 1.0002 0.9988 1.5315 2454218.8320 0.7891 0.4000 1.0011 0.9986 1.5314 2454299.7170 0.6352 0.3166 0.9995 1.0011 1.5316 2454797.1130 0.6576 0.4000 1.0008 0.9981 1.5312 2454842.0600 0.6311 0.4000 1.0005 0.9995 1.5373 2455587.0660 0.7048 0.4000 1.0008 0.9992 1.5321 479 Table C.281: HD 91120 Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 0.1979 0.4000 0.9996 1.0022 1.5252 2454178.9440 0.1048 0.4000 0.9999 1.0052 1.5254 2454218.8320 0.0361 0.4000 0.9996 1.0065 1.5257 2454299.7170 -0.0640 0.4000 0.9996 1.0161 1.5275 2454797.1130 -0.0289 0.4000 0.9996 1.0065 1.5276 2454842.0600 -0.0090 0.4000 0.9984 1.0089 1.5252 2455587.0660 -0.0426 0.4000 0.9998 1.0079 1.5257

Table C.282: HD 91120 Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.1230 0.0133 0.4000 0.9999 ························ 2454178.9440 -0.1104 0.1157 0.9998 1.5187 0.0003 0.00001 1.5208 0.0003 0.00001 1.3492 0.2449 2454218.8320 -0.1583 0.4000 1.0005 1.5187 0.0003 0.00001 1.5209 0.0004 0.00001 0.8494 0.1438 2454299.7170 -0.1454 0.2146 1.0004 ························ 2454797.1130 -0.2288 0.4000 1.0001 1.5185 0.0004 0.00001 1.5206 0.0004 0.00001 0.6609 0.1292 Continued on Next Page… Table C.282 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454842.0600 -0.1402 0.4000 1.0007 1.5185 0.0003 0.00001 1.5205 0.0003 0.00001 0.9286 0.1765 2455587.0660 -0.1707 0.4000 1.0000 1.5186 0.0003 0.00001 1.5206 0.0004 0.00001 1.0562 0.1969

Table C.283: HD 91120 HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 -0.8896 0.2864 1.0003 1.0174 2.0563 2454178.9440 -0.1466 0.2308 1.0001 1.0059 2.0603 2454218.8320 -0.0458 0.1500 1.0002 1.0049 2.0607 2454299.7170 -0.8321 0.4081 1.0004 1.0154 2.0577 2454797.1130 0.2976 0.2760 1.0000 1.0044 2.0600 2454842.0600 0.0117 0.3657 1.0000 1.0052 2.0606 2455587.0660 0.0009 0.2603 1.0001 1.0046 2.0623

480 Table C.284: HD 91120 HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 0.1189 0.1628 0.9998 1.0028 1.0808 2454178.9440 0.0788 0.1707 1.0000 1.0040 1.0807 2454218.8320 0.0749 0.1153 1.0001 1.0022 1.0808 2454299.7170 -0.0575 0.3057 1.0002 1.0099 1.0820 2454797.1130 0.0390 0.1788 1.0002 1.0062 1.0821 2454842.0600 0.0619 0.1553 1.0000 1.0068 1.0821 2455587.0660 0.1175 0.1344 1.0001 1.0025 1.0824

Table C.285: HD 91120 Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.1230 2.1432 0.7192 1.0001 1.2817 0.0002 0.00007 1.2826 0.0002 0.00006 1.0166 0.0151 2454178.9440 2.1137 0.3305 1.0002 1.2818 0.0002 0.00006 1.2827 0.0002 0.00006 0.9246 0.0126 2454218.8320 1.8923 0.3094 1.0000 1.2819 0.0002 0.00007 1.2828 0.0002 0.00006 1.0815 0.0172 2454299.7170 1.3300 0.5927 0.9995 1.2819 0.0002 0.00008 1.2828 0.0002 0.00009 0.9393 0.0319 2454797.1130 1.3178 0.2315 0.9999 1.2816 0.0002 0.00009 1.2825 0.0002 0.00009 0.9747 0.0187 2454842.0600 1.6410 0.3357 1.0000 1.2817 0.0002 0.00008 1.2826 0.0002 0.00007 1.1194 0.0195 2455587.0660 1.4528 0.3032 1.0002 1.2817 0.0002 0.00009 1.2826 0.0002 0.00008 1.0278 0.0142 Continued on Next Page… Table C.285 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.286: HD 91120 Ca II λ0.849µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 1.1224 0.1422 1.0008 1.0103 0.8495 2454178.9440 0.6873 0.1761 1.0004 1.0305 0.8496 2454218.8320 0.7130 0.1596 1.0005 1.0197 0.8495 2454299.7170 0.6608 0.3982 1.0006 1.0222 0.8497 2454797.1130 0.8579 0.1406 1.0007 1.0221 0.8494 2454842.0600 0.6586 0.2615 1.0006 1.0254 0.8494 2455587.0660 0.6313 0.1691 1.0008 1.0271 0.8495

Table C.287: HD 91120 Ca II λ0.854µm Measurements 481 Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 1.3053 0.1105 1.0004 0.9907 0.8539 2454178.9440 1.1223 0.1351 1.0003 1.0017 0.8540 2454218.8320 0.9994 0.0924 1.0003 1.0060 0.8540 2454299.7170 0.7871 0.3306 1.0002 1.0110 0.8541 2454797.1130 0.9075 0.1311 1.0003 1.0071 0.8539 2454842.0600 0.8781 0.2019 1.0002 1.0102 0.8539 2455587.0660 0.8078 0.1265 1.0004 1.0148 0.8539

Table C.288: HD 91120 Ca II λ0.866µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.1230 4.7772 1.8602 1.0003 0.9946 0.8639 2454178.9440 4.2308 0.3892 1.0003 0.9988 0.8638 2454218.8320 4.7425 0.2244 1.0011 0.9936 0.8639 2454299.7170 5.2568 0.4466 1.0016 0.9951 0.8638 2454797.1130 4.4088 0.4000 0.9992 0.9997 0.8638 2454842.0600 4.6409 0.2283 1.0005 0.9960 0.8638 2455587.0660 4.4286 0.3733 0.9999 0.9970 0.8639 C.16 HD 93521

Table C.289: HD 93521 Hα Measurements

Central HJD EqW σ(EqW) Continuum Height 2449762.7360 2.7772 1.9801 1.0105 0.7993 2449778.6770 1.1580 0.9318 0.9740 0.7265 2449779.7410 1.1560 1.7495 0.9827 0.7780 2449786.8460 1.4098 0.9318 0.9832 0.7589 2449788.6390 1.8488 1.0890 0.9938 0.7655 2450138.7410 1.7747 1.1578 0.9940 0.8341 2450146.7680 1.3683 1.1140 0.9843 0.7676 2450152.7660 1.4253 1.0577 0.9925 0.7845 2450195.6590 1.7543 5.1363 1.0013 0.7380 2450205.5980 1.7747 0.7622 0.9891 0.7828 2450492.8330 1.6589 2.8162 0.9986 0.7656 2450852.8500 1.6763 1.2903 0.9922 0.7851 2450909.6920 1.0476 2.2985 0.9824 0.7799 2450910.6540 2.0400 2.3607 0.9992 0.7853 2450915.6780 1.7186 2.1542 0.9910 0.7548 2450916.6560 2.0477 2.5434 0.9997 0.7722 2451326.6180 1.9617 0.8529 1.0013 1.0123 482 2451570.8080 0.4124 6.6244 0.9657 0.8833 2451606.7350 1.2338 2.2662 0.9893 0.7901 2452004.7060 2.5683 5.7536 0.9926 0.6861 2452300.8170 5.0480 6.6742 1.0483 0.6479 2452388.6430 1.8161 1.4009 0.9919 0.7463 2453798.7570 -0.0555 6.5065 0.9404 0.7417 2453801.6810 2.1742 2.8686 0.9976 0.8011 2453836.6120 1.5702 1.8260 0.9894 0.7782 2453840.6760 1.0746 3.5305 0.9747 0.8193 2453841.5890 1.5064 1.9539 0.9843 0.8000 2453845.6200 1.5758 3.0693 0.9754 0.7709 2453851.6120 2.1737 1.4013 0.9993 0.7736 2454207.6630 0.5257 3.5110 0.9828 0.8460 2454207.6840 1.1693 4.5931 1.0036 0.7309 2454546.6540 -1.4389 15.5158 0.9428 0.7983 2454566.6500 0.6259 5.6217 0.9779 0.8157 2454578.6520 1.4669 4.3172 1.0000 0.8135 2454586.6710 0.4184 4.8552 0.9937 0.8430 2454908.7410 0.1681 4.6089 0.9763 0.8116 2454969.6130 0.1706 5.6944 0.9753 0.7679 2455301.6410 -1.9691 7.4436 0.9153 0.8390 2457491.6460 2.6990 6.4634 0.9971 0.7736 2457492.6260 1.2087 5.4390 1.0104 0.8588 2457493.7200 2.4361 5.8383 1.0091 0.8528 2457494.6180 2.5479 5.3658 1.0269 0.5820 2457514.6410 0.8984 2.7853 1.0360 0.8278 2457528.6400 1.3333 2.6203 1.0083 0.8438 Table C.290: HD 93521 Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 3.8390 0.3403 0.9999 1.0007 2.1722 2454178.9730 3.6841 0.3119 1.0002 1.0006 2.1696 2454218.8560 3.7784 0.2676 1.0001 1.0007 2.1700 2454842.0820 3.6204 0.3948 1.0000 1.0013 2.1720 2455587.0950 3.3316 0.4121 0.9999 0.9999 2.1689

Table C.291: HD 93521 Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 2.7204 0.1902 0.9992 0.9979 1.7406 2454178.9730 1.9100 0.2186 1.0005 1.0012 1.7330 2454218.8560 2.2991 0.2281 1.0004 0.9959 1.7398 2454842.0820 2.4290 0.3385 1.0010 0.9976 1.7404 2455587.0950 2.3056 0.1498 0.9998 0.9943 1.7405 483

Table C.292: HD 93521 Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 1.4425 0.3196 1.0002 1.0106 1.6771 2454178.9730 1.7621 0.3419 1.0003 1.0019 1.6847 2454218.8560 1.4764 0.3058 1.0003 1.0022 1.6846 2454842.0820 1.5493 0.3110 1.0002 1.0070 1.6849 2455587.0950 1.3136 0.3214 1.0002 1.0021 1.6846

Table C.293: HD 93521 Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 1.3818 0.3095 1.0002 1.0056 1.6368 2454178.9730 1.5118 0.1645 1.0001 1.0019 1.6373 2454218.8560 1.2887 0.2332 1.0000 1.0025 1.6372 2454842.0820 1.9211 0.3314 1.0001 1.0016 1.6366 2455587.0950 0.8968 0.3051 1.0002 1.0078 1.6367 Table C.294: HD 93521 Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 -0.2258 0.1753 1.0004 1.0124 1.6078 2454178.9730 0.4736 0.2237 0.9999 1.0085 1.6083 2454218.8560 0.3178 0.1807 0.9994 1.0079 1.6074 2454842.0820 0.0335 0.2433 1.0000 1.0097 1.6141 2455587.0950 -0.3271 0.1476 1.0001 1.0137 1.6134

Table C.295: HD 93521 Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 1.1455 0.2948 1.0002 1.0036 1.5917 2454178.9730 0.7460 0.2601 1.0002 1.0028 1.5845 2454218.8560 0.3375 0.2221 1.0001 1.0073 1.5856 2454842.0820 0.2908 0.2529 1.0001 1.0048 1.5915 2455587.0950 0.0564 0.2045 1.0001 1.0106 1.5855 484

Table C.296: HD 93521 Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 1.5974 0.1435 1.0001 0.9997 1.5667 2454178.9730 0.4391 0.2015 1.0002 1.0027 1.5736 2454218.8560 0.4359 0.1107 1.0000 1.0030 1.5739 2454842.0820 0.6919 0.1883 1.0001 1.0024 1.5738 2455587.0950 0.6169 0.2988 1.0001 1.0039 1.5666

Table C.297: HD 93521 Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 0.8604 0.2751 1.0002 0.9979 1.5594 2454178.9730 0.1675 0.2668 1.0002 1.0023 1.5542 2454218.8560 0.0814 0.0917 1.0003 1.0030 1.5594 2454842.0820 0.2466 0.1879 1.0001 1.0022 1.5593 2455587.0950 0.1721 0.1439 1.0001 1.0032 1.5529 Table C.298: HD 93521 Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 0.3347 0.1781 0.9999 1.0026 1.5409 2454178.9730 -0.1302 0.1682 0.9999 1.0067 1.5417 2454218.8560 -0.1077 0.1630 0.9999 1.0050 1.5420 2454842.0820 -0.0872 0.0218 1.0000 1.0055 1.5423 2455587.0950 -0.1545 0.1822 0.9996 1.0077 1.5416

Table C.299: HD 93521 Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 0.1758 0.3607 1.0003 1.0029 1.5376 2454178.9730 0.2899 0.4000 1.0004 1.0037 1.5324 2454218.8560 0.2328 0.0362 0.9999 1.0053 1.5323 2454842.0820 0.2716 0.1755 0.9998 1.0016 1.5371 2455587.0950 0.3778 0.1502 1.0003 1.0065 1.5371 485

Table C.300: HD 93521 Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 0.1372 0.4000 0.9993 1.0040 1.5231 2454178.9730 -0.0753 0.4000 0.9991 1.0036 1.5251 2454218.8560 -0.0491 0.4000 1.0004 1.0029 1.5271 2454842.0820 -0.0349 0.4000 0.9995 1.0029 1.5282 2455587.0950 -0.2019 0.4000 1.0001 1.0075 1.5287

Table C.301: HD 93521 Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 0.0840 0.2280 1.0003 1.0022 1.5174 2454178.9730 0.0406 0.4000 1.0003 1.0016 1.5183 2454218.8560 -0.0564 0.0693 0.9997 1.0047 1.5174 2454842.0820 -0.0297 0.4000 1.0005 1.0036 1.5173 2455587.0950 -0.0120 0.0220 0.9998 1.0034 1.5214 Table C.302: HD 93521 HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 1.6909 1.5621 0.9997 1.0036 2.0556 2454178.9730 0.8266 0.4279 1.0001 1.0314 2.0557 2454218.8560 0.7613 0.3123 1.0002 1.0194 2.0561 2454842.0820 1.7575 1.1594 1.0001 1.0045 2.0554 2455587.0950 1.6544 0.2444 1.0001 1.0051 2.0550

Table C.303: HD 93521 HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 1.3137 0.1685 0.9998 1.0420 1.0848 2454178.9730 1.6624 0.1246 0.9996 1.0493 1.0848 2454218.8560 1.5963 0.1691 0.9997 1.0431 1.0850 2454842.0820 1.3407 0.1732 0.9998 1.0401 1.0849 2455587.0950 1.2430 0.1221 0.9997 1.0413 1.0847 486

Table C.304: HD 93521 HeI λ1.7µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 2.5679 0.1325 0.9999 0.9834 1.7028 2454178.9730 2.5513 0.1075 0.9999 0.9980 1.6980 2454218.8560 2.5220 0.0990 1.0005 0.9914 1.6983 2454842.0820 2.4799 0.2134 1.0001 0.9944 1.6982 2455587.0950 2.5555 0.1126 1.0007 0.9832 1.6983

Table C.305: HD 93521 Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453723.1520 6.1581 0.2923 1.0001 0.9902 1.2868 2454178.9730 6.0195 0.3910 1.0000 0.9920 1.2868 2454218.8560 5.9847 0.3724 1.0002 0.9901 1.2867 2454842.0820 5.5699 0.5072 1.0000 0.9983 1.2869 2455587.0950 5.5222 0.3214 1.0000 0.9926 1.2867 Continued on Next Page… Table C.305 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 487 C.17 HD 163296

Table C.306: HD 163296 Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449888.7380 -18.0560 9.3150 0.9496 3.6697 0.6562 2.3999 0.6564 4.1415 0.4456 0.0017 2449917.6400 -13.5480 2.3570 0.9060 2.7353 0.6562 2.0035 0.6564 3.2804 0.4401 0.0006 2449928.6220 -16.5865 1.5971 0.9014 3.1980 0.6562 2.4643 0.6564 3.3969 0.6109 0.0013 2449949.5940 -16.7845 5.9874 0.9019 3.0123 0.6562 2.2502 0.6564 3.7605 0.4529 0.0019 2449952.5770 -20.3181 19.5360 0.8806 3.0296 0.6562 3.0278 0.6564 3.6093 0.7771 0.0131 2449971.5290 -21.0941 3.5850 0.9282 4.2382 0.6562 3.6865 0.6564 4.5867 0.7490 0.0008 2451021.6750 -16.1280 6.8991 0.8712 2.5311 0.6559 2.1742 0.6564 2.8199 0.6452 0.0016 2452461.7350 -19.5792 4.0543 0.9393 3.4138 0.6562 2.5277 0.6564 3.9652 0.5152 0.0007 2454239.8210 -21.2294 13.3707 1.0036 4.7056 0.6562 4.0481 0.6564 5.2061 0.7247 0.0017 2454253.7990 -18.3162 4.6723 0.9080 2.7302 0.6560 3.2244 0.6565 2.5915 1.3977 0.0028 2454261.6900 -22.1912 7.7191 0.9907 4.3296 0.6562 3.1815 0.6564 4.4603 0.6304 0.0008 2454266.7430 -22.7382 7.7005 0.9848 4.7841 0.6562 3.5818 0.6565 4.6989 0.6980 0.0010 2454324.6570 -21.7823 22.9251 0.9023 3.8996 0.6562 3.5375 0.6564 4.0451 0.8333 0.0032 2454330.6100 -18.1731 10.8067 0.9812 3.0190 0.6561 2.8620 0.6564 3.7811 0.6695 0.0042 2454349.5870 -15.5662 4.8379 0.9930 2.6570 0.6560 2.4073 0.6565 3.1274 0.6615 0.0013 2454356.5750 -19.9705 3.8114 0.9927 3.3040 0.6562 2.6406 0.6564 3.7760 0.5910 0.0008 2454361.5690 -19.6653 6.9530 1.0096 3.1242 0.6559 2.6154 0.6564 3.8774 0.5614 0.0014 488 2454578.9460 -19.8742 3.0018 0.9711 3.5192 0.6560 2.0234 0.6564 4.0279 0.3380 0.0007 2454586.8390 -8.6194 26.4643 1.3375 3.5646 0.6562 2.9799 0.6565 4.5074 0.5645 0.0057 2454610.8160 -24.0012 8.0605 0.9991 4.6577 0.6562 3.7802 0.6564 5.3745 0.6355 0.0016 2454619.8080 -21.4232 9.1578 0.9853 4.0425 0.6561 2.6706 0.6564 4.4483 0.4845 0.0023 2454626.7110 -23.3968 11.6773 0.9630 4.5521 0.6562 3.5124 0.6564 4.9771 0.6317 0.0015 2454653.6840 -21.7007 4.5834 1.0184 4.7897 0.6561 3.1932 0.6564 5.0618 0.5400 0.0007 2454657.7080 -20.9887 9.1513 0.9691 4.2982 0.6562 3.3765 0.6564 4.1714 0.7493 0.0011 2454671.6290 -26.4905 4.2422 0.9875 4.9480 0.6562 3.9884 0.6564 5.1050 0.7280 0.0007 2454678.6800 -13.8753 14.6374 1.0616 3.5695 0.6562 3.1012 0.6564 3.8864 0.7279 0.0026 2454698.6170 -20.0746 3.4191 1.0037 4.7406 0.6560 2.3833 0.6564 4.9705 0.3484 0.0007 2454981.7790 -19.8818 14.2097 1.0036 4.3811 0.6562 3.1462 0.6564 5.7352 0.4532 0.0018 2454987.8790 -19.1004 7.3080 1.0053 4.8054 0.6562 3.3828 0.6564 4.4916 0.6825 0.0011 2455056.5950 -20.2699 4.8153 1.0184 2.9836 0.6560 3.1061 0.6565 4.6237 0.5812 0.0009 2455068.5880 -20.2890 6.5202 0.9786 4.2937 0.6562 3.4682 0.6564 4.3428 0.7384 0.0021 2455088.5450 -24.6430 7.6108 0.9870 3.3641 0.6561 3.3711 0.6564 4.4106 0.6952 0.0011 2455325.8360 -17.6227 8.3813 1.0204 3.8373 0.6562 3.1157 0.6564 4.0665 0.6899 0.0016 2455339.7730 -19.5801 8.4696 0.9982 3.9112 0.6562 3.1416 0.6564 4.4720 0.6168 0.0015 2455345.8140 -18.3339 10.2690 0.9884 3.2391 0.6562 2.7079 0.6564 4.0603 0.5581 0.0031 2455346.7500 -16.3191 7.8693 0.9896 2.7877 0.6561 2.4975 0.6565 4.0465 0.4915 0.0013 2455355.7630 -22.8961 16.1364 0.9830 4.6730 0.6562 3.1690 0.6564 4.9444 0.5499 0.0013 2455367.7360 -16.7184 7.8909 0.9782 3.3601 0.6562 2.4509 0.6565 4.1892 0.4549 0.0014 2455388.6710 -21.6119 16.4751 0.9885 3.8212 0.6560 2.5424 0.6565 4.4142 0.4518 0.0019 Table C.307: HD 163296 Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -5.1847 0.7670 1.0006 1.1717 2.1661 2454352.7730 -4.7213 0.5423 0.9998 1.2195 2.1662 2455050.8700 -2.5988 0.4913 0.9997 1.1589 2.1661

Table C.308: HD 163296 Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -0.7731 0.4782 1.0007 1.0499 1.7368 2454352.7730 -0.4875 0.5334 0.9996 1.0623 1.7365 2455050.8700 1.1512 0.2124 0.9988 1.0161 1.7364

Table C.309: HD 163296 Br 11 Measurements 489

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -0.3023 0.2755 1.0001 1.0349 1.6813 2454352.7730 -0.2298 0.5092 1.0000 1.0500 1.6810 2455050.8700 0.9367 0.2693 1.0001 1.0135 1.6813

Table C.310: HD 163296 Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 0.0916 0.4846 1.0001 1.0158 1.6407 2454352.7730 -0.2549 0.5209 1.0000 1.0394 1.6411 2455050.8700 0.8655 0.2125 1.0000 1.0028 1.6415

Continued on Next Page… Table C.311 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.311: HD 163296 Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -0.6216 0.5398 1.0011 1.0183 1.6109 2454352.7730 -0.8079 0.2685 0.9997 1.0419 1.6113 2455050.8700 -0.5209 0.4000 1.0002 1.0224 1.6117

Table C.312: HD 163296 Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -0.4680 0.7889 1.0004 1.0285 1.5887 2454352.7730 -0.2745 0.3425 0.9999 1.0297 1.5884 2455050.8700 0.5454 0.3162 1.0000 1.0078 1.5883 490

Table C.313: HD 163296 Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 0.3721 0.1492 1.0002 1.0043 1.5665 2454352.7730 0.5426 0.9528 0.9997 1.0025 1.5706 2455050.8700 1.0098 0.2052 1.0000 0.9989 1.5661

Table C.314: HD 163296 Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -0.1254 0.1309 0.9993 1.0099 1.5556 2454352.7730 -0.4158 0.3402 1.0015 1.0228 1.5561 2455050.8700 0.0694 0.0860 1.0000 1.0100 1.5560 Table C.315: HD 163296 Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -0.3813 0.0904 1.0000 1.0135 1.5447 2454352.7730 -0.3735 0.3167 0.9998 1.0153 1.5444 2455050.8700 -0.0241 0.1532 1.0000 1.0076 1.5443

Table C.316: HD 163296 Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -0.2891 0.4106 1.0000 1.0130 1.5342 2454352.7730 -0.1387 0.4000 1.0005 1.0113 1.5343 2455050.8700 -0.1623 0.1820 1.0005 1.0112 1.5342

Table C.317: HD 163296 Br 19 Measurements 491 Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -0.4735 0.4000 1.0004 1.0157 1.5262 2454352.7730 -0.2062 0.4000 1.0004 1.0155 1.5262 2455050.8700 -0.1291 0.4000 0.9985 1.0090 1.5270

Table C.318: HD 163296 Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -0.0342 0.4000 0.9997 1.0054 1.5189 2454352.7730 -0.1002 0.2468 0.9999 1.0115 1.5198 2455050.8700 -0.0405 0.3074 1.0005 1.0088 1.5197

Continued on Next Page… Table C.319 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.319: HD 163296 HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -2.2205 0.3437 0.9998 1.1010 1.0841 2454352.7730 -2.2321 0.9914 1.0001 1.3149 1.0839 2455050.8700 0.2484 0.3431 0.9997 1.1102 1.0824

Table C.320: HD 163296 Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -11.1084 0.8628 1.0000 1.6638 1.2821 2454352.7730 -10.1263 1.2085 1.0006 1.9283 1.2822 2455050.8700 -4.8602 0.5908 1.0001 1.6684 1.2821 492

Table C.321: HD 163296 Ca II λ0.849µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -5.4506 0.4000 1.0006 1.4344 0.8500 2454352.7730 -5.9119 1.1077 0.9997 1.5974 0.8501 2455050.8700 -1.8080 0.1815 1.0003 1.2455 0.8500

Table C.322: HD 163296 Ca II λ0.854µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -7.0867 1.1445 1.0005 1.5401 0.8545 2454352.7730 -6.6280 0.9634 1.0004 1.7299 0.8545 2455050.8700 -2.5594 0.1873 1.0002 1.3680 0.8544 Table C.323: HD 163296 Ca II λ0.866µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7480 -3.3745 1.2353 0.9993 1.3496 0.8663 2454352.7730 -3.3517 1.2033 1.0017 1.4963 0.8666 2455050.8700 1.1158 0.0264 1.0006 1.1655 0.8665 493 C.18 HD 183656

Table C.324: HD 183656 Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453544.7810 -6.9478 1.9783 0.9923 1.0253 0.6560 1.7437 0.6565 2.2968 0.5735 0.0013 2453544.8300 -7.3482 2.7673 0.9852 1.0504 0.6560 1.7154 0.6565 2.2824 0.5578 0.0013 2453623.6200 -6.8216 1.6615 0.9832 1.0155 0.6559 1.6707 0.6565 2.1166 0.6007 0.0008 2453634.5340 -7.8088 5.2608 0.9805 1.0948 0.6559 1.8390 0.6565 2.3334 0.6292 0.0023 2453641.5590 -6.7385 1.8647 0.9952 1.0896 0.6559 1.7260 0.6565 2.1430 0.6352 0.0010 2453673.5050 -7.6012 1.3124 0.9820 1.0050 0.6559 1.7569 0.6565 2.1727 0.6454 0.0006 2454228.8300 -6.0561 3.7356 0.9961 0.4309 0.6560 2.8495 0.6566 1.5524 3.3482 0.0060 2454249.8580 -5.4363 1.7768 0.9982 0.6167 0.6560 2.7615 0.6566 1.4792 3.6757 0.0026 2454289.7750 -6.0699 1.5715 0.9868 0.6899 0.6560 2.7741 0.6566 1.5125 3.4617 0.0019 2454344.5990 -6.0866 0.8997 0.9936 0.5541 0.6560 2.9386 0.6566 1.5053 3.8368 0.0020 2454356.6340 -6.4775 1.3018 0.9934 0.6803 0.6559 2.9440 0.6565 1.5452 3.5655 0.0019 2454366.5730 -6.8800 1.6630 0.9800 0.6149 0.6560 2.9673 0.6566 1.5102 3.8561 0.0019 2454591.8510 -7.0652 2.4145 0.9955 0.3945 0.6560 3.1946 0.6566 1.7021 3.1256 0.0020 2454696.6520 -7.9195 3.9693 0.9913 0.4896 0.6560 3.1720 0.6566 1.8780 2.4738 0.0026 2454699.6620 -8.4721 1.2540 0.9932 0.4060 0.6560 3.2166 0.6566 1.9038 2.4526 0.0014 2454712.5790 -8.5537 2.5645 0.9962 0.3564 0.6560 3.1365 0.6566 1.9290 2.2997 0.0025 2454717.5920 -8.9301 1.5535 0.9943 0.4284 0.6560 3.1960 0.6566 1.9437 2.3270 0.0015 494 2454750.5410 -9.0952 1.3686 0.9892 0.4236 0.6560 3.2485 0.6566 2.0184 2.2080 0.0013 2455049.6390 -7.6646 1.5418 0.9931 0.3718 0.6560 2.3439 0.6565 2.5202 0.8840 0.0015 2455068.6640 -8.4919 2.4691 0.9879 0.3468 0.6560 2.4478 0.6565 2.5667 0.9241 0.0008 2455079.6570 -8.0305 2.0267 0.9949 0.3843 0.6560 2.3765 0.6565 2.5136 0.9094 0.0011 2455092.5480 -7.7040 2.4906 0.9955 0.3208 0.6560 2.3810 0.6565 2.6023 0.8619 0.0008 2455355.8100 -6.7813 5.3182 1.0205 0.5439 0.6559 1.9115 0.6565 3.2091 0.4126 0.0015 2455367.7850 -7.5414 1.9315 0.9909 0.6859 0.6559 1.6423 0.6565 3.1949 0.2926 0.0006 2455385.7230 -6.5612 6.8510 0.9708 0.6710 0.6559 1.7423 0.6565 3.2512 0.3298 0.0021 2455399.7050 -7.1820 6.0577 0.9796 0.7645 0.6559 1.6734 0.6565 3.2779 0.2956 0.0027 2455435.5970 -6.6856 9.6892 1.0106 0.9354 0.6560 1.7370 0.6565 2.8664 0.3949 0.0018 2456778.8720 1.2106 1.6145 1.0033 0.4749 0.6560 1.4155 0.6567 1.1078 3.8528 0.0036

Table C.325: HD 183656 HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2453544.7810 0.0815 1.2007 0.9724 0.9570 2453544.8300 0.0825 1.2123 0.9761 1.0086 2453623.6200 0.0914 0.6579 0.9773 1.0233 2453634.5340 -0.2171 2.1534 0.9389 1.0473 2453641.5590 0.1499 0.7379 0.9758 1.0215 2453673.5050 0.0817 0.6207 0.9900 0.9374 2454228.8300 -0.1009 2.6265 0.9498 0.0000 2454249.8580 0.1735 0.6488 0.9821 0.1093 Continued on Next Page… Table C.325 – Continued Central HJD EqW σ(EqW) Continuum Height 2454263.7500 0.1259 0.7604 0.9867 0.8685 2454289.7750 0.1627 0.5475 0.9903 0.8276 2454344.5990 0.1511 0.4392 0.9854 0.9605 2454356.6340 0.1513 0.5096 0.9892 0.9579 2454366.5730 0.1785 0.6491 0.9880 0.9379 2454591.8510 0.3158 1.0232 0.9812 0.8393 2454696.6520 0.3581 1.5276 0.9757 0.9757 2454699.6620 0.1003 0.7218 0.9862 0.8860 2454712.5790 -0.1004 1.4043 0.9794 0.9308 2454717.5920 0.1232 0.6623 0.9833 1.0264 2454750.5410 0.2418 0.6771 0.9938 0.9207 2455049.6390 0.1700 1.2254 0.9748 0.7971 2455068.6640 -0.3461 1.6133 0.9583 1.0677 2455079.6570 0.0316 1.3275 0.9753 0.6637 2455092.5480 0.2137 1.3451 0.9828 0.9728 2455355.8100 -0.1493 4.4346 0.9573 0.0000 2455367.7850 0.3674 1.3712 0.9898 0.0000 2455385.7230 -0.1555 3.9311 0.9317 0.9784 2455399.7050 0.2602 3.9516 0.9550 0.8874 2455435.5970 -0.0937 5.1788 0.9315 0.8428 2456778.8720 -0.3179 1.1798 0.9649 0.0033 495

Table C.326: HD 183656 Hβ Measurements

Central HJD EqW σ(EqW) Continuum Height 2454228.8300 4.2509 4.5536 1.0386 0.0000 2454249.8580 4.4468 2.6740 1.0211 0.0000 2454263.7500 5.1276 2.0696 1.0175 0.8571 2454289.7750 4.7441 1.5321 1.0087 0.5339 2454344.5990 4.8403 1.5187 0.9766 1.0555 2454356.6340 4.2987 2.0775 0.9885 0.9795 2454366.5730 5.1858 1.7217 1.0111 1.0153 2454591.8510 4.1617 3.5271 1.0023 0.9158 2454696.6520 6.0566 4.3877 1.0666 0.7646 2454699.6620 4.4943 2.1243 0.9918 1.0624 2454712.5790 4.1585 6.5421 1.0227 0.8320 2454717.5920 4.7360 2.5978 1.0138 1.0321 2454750.5410 3.9465 1.9843 0.9905 0.8622 2455049.6390 5.2117 2.5338 1.0345 1.0468 2455068.6640 4.4797 2.7450 1.0202 0.8836 2455079.6570 5.0670 3.3166 1.0425 0.7357 2455092.5480 4.3112 2.7972 1.0241 1.0839 2455355.8100 8.3994 9.3539 1.1409 0.5885 2455367.7850 4.5870 3.6800 1.0254 0.5516 2455385.7230 6.4837 12.9400 1.0643 0.7178 2455399.7050 6.6208 7.8773 1.0945 0.9358 Continued on Next Page… Table C.326 – Continued Central HJD EqW σ(EqW) Continuum Height 2455435.5970 4.0261 10.2706 1.0275 0.0000 2456778.8720 3.7732 3.6557 0.9855 0.0000

Table C.327: HD 183656 FeII λ5316Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2453544.7810 0.1694 1.6983 0.9777 0.6004 2453544.8300 0.1481 2.1120 0.9906 0.6388 2453623.6200 0.3280 0.4984 1.0007 0.6853 2453634.5340 -0.0383 2.2422 0.9480 0.5685 2453641.5590 0.3129 1.0708 0.9971 0.5864 2453673.5050 0.1085 0.6593 0.9848 0.5837 2454228.8300 1.4439 1.2482 1.0409 1.0121 2454249.8580 1.0331 1.0937 1.0221 0.9349 2454263.7500 0.2962 0.8126 0.9857 0.9450 2454289.7750 0.3877 0.5314 0.9834 0.8835 2454344.5990 0.4110 0.5678 0.9882 0.9037

496 2454356.6340 0.4735 0.5328 0.9931 0.6829 2454366.5730 0.0706 1.0303 0.9658 0.9214 2454591.8510 0.3225 1.8162 0.9853 0.8715 2454696.6520 0.7683 2.0366 1.0092 0.7050 2454699.6620 0.9767 0.7488 1.0156 0.7261 2454712.5790 0.8516 1.2062 0.9838 0.7089 2454717.5920 0.7686 0.7115 1.0032 0.7012 2454750.5410 0.6211 0.8545 1.0012 0.5754 2455049.6390 0.5933 1.0796 0.9796 0.2457 2455068.6640 0.9674 0.8435 1.0056 0.2373 2455079.6570 0.9322 1.8350 1.0066 0.2469 2455092.5480 1.0480 0.9811 1.0049 0.1773 2455355.8100 -0.0267 4.7172 0.9717 0.9721 2455367.7850 0.0020 2.0160 0.9637 0.8657 2455385.7230 0.4950 3.4420 1.0147 0.9301 2455399.7050 0.6339 5.2633 1.0640 1.0033 2455435.5970 1.4111 3.5323 0.9794 1.0706 2456778.8720 0.5461 1.0646 1.0087 0.9306

Table C.328: HD 183656 Na II λ5889Å Measurements

HJD EqW σ(EqW) Continuum 2453544.7810 0.7976 0.9331 0.9724 2453544.8300 0.6455 0.9540 0.9761 Continued on Next Page… Table C.328 – Continued HJD EqW σ(EqW) Continuum 2453623.6200 0.9071 0.5070 0.9773 2453634.5340 0.5316 1.6778 0.9389 2453641.5590 0.9488 0.5689 0.9758 2453673.5050 1.0164 0.4737 0.9900 2454228.8300 1.7998 1.8665 0.9498 2454249.8580 1.9348 0.4635 0.9821 2454263.7500 2.0857 0.5347 0.9867 2454289.7750 1.9691 0.3897 0.9903 2454344.5990 2.1105 0.3087 0.9854 2454356.6340 1.9727 0.3624 0.9892 2454366.5730 1.9646 0.4627 0.9880 2454591.8510 1.8703 0.7414 0.9812 2454696.6520 2.6677 1.0352 0.9757 2454699.6620 2.0259 0.5095 0.9862 2454712.5790 2.0082 0.9804 0.9794 2454717.5920 1.9575 0.4708 0.9833 2454750.5410 2.4271 0.4655 0.9938 2455049.6390 2.6185 0.8245 0.9748 2455068.6640 1.8776 1.1223 0.9583 2455079.6570 2.2702 0.9134 0.9753 2455092.5480 2.2204 0.9400 0.9828 2455355.8100 1.3921 3.2479 0.9573 2455367.7850 2.3751 0.9542 0.9898 2455385.7230 2.0283 2.7301 0.9317 497 2455399.7050 1.2796 2.9947 0.9550 2455435.5970 5.4593 2.5601 0.9315 2456778.8720 1.1124 0.8754 0.9649

Table C.329: HD 183656 Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.8230 -2.3557 0.8129 0.9996 2.1651 0.0003 0.0001 2.1669 0.0004 0.0002 0.7229 0.0107 2454219.0340 1.1279 0.7284 0.9998 ························ 2454298.8790 1.1325 0.7581 0.9997 ························ 2454299.9040 0.9176 0.7310 0.9996 ························ 2454352.8480 1.7901 0.5718 1.0003 ························ 2454381.7310 1.1751 0.7718 0.9996 ························ 2454698.9970 0.8500 0.7205 1.0002 ························ 2454718.9380 1.6266 0.7464 1.0002 ························ 2454754.8080 1.3536 0.6718 0.9999 ························ 2455050.9110 1.5815 0.6355 0.9999 ························ 2455103.7350 1.0976 0.6826 0.9997 ························ 2455157.7050 0.9121 0.5883 1.0000 ························ 2455412.8500 0.3210 0.7429 0.9995 ························ 2455516.7190 -0.0412 0.5265 0.9998 ························ Table C.330: HD 183656 Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 2.9614 0.2574 1.0018 2454219.0340 4.2674 0.3538 1.0023 2454298.8790 4.7744 0.3233 1.0023 2454299.9040 4.6128 0.3903 1.0015 2454352.8480 4.9660 0.3751 1.0029 2454381.7310 5.2405 0.2095 1.0007 2454698.9970 4.7412 0.3531 1.0021 2454718.9380 4.9946 0.3369 1.0022 2454754.8080 5.4743 0.3094 1.0017 2455050.9110 5.5946 0.4364 1.0018 2455103.7350 5.8556 0.2858 1.0013 2455157.7050 5.0714 0.3388 1.0023 2455412.8500 4.4832 0.2723 1.0013 2455516.7190 3.7588 0.3646 1.0012

Table C.331: HD 183656 Br 11 Measurements

498 Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 2.7147 0.2465 0.9999 2454219.0340 4.2068 0.2351 0.9999 2454298.8790 4.5491 0.1994 1.0000 2454299.9040 4.4410 0.1645 0.9999 2454352.8480 4.3130 0.2374 0.9999 2454381.7310 4.2282 0.2787 0.9999 2454698.9970 4.5520 0.2449 0.9998 2454718.9380 4.4679 0.2621 0.9999 2454754.8080 4.5031 0.2262 0.9999 2455050.9110 4.5946 0.1445 0.9999 2455103.7350 4.5758 0.1877 0.9999 2455157.7050 4.6017 0.2579 0.9999 2455412.8500 3.4812 0.2166 0.9999 2455516.7190 3.1824 0.2196 0.9999

Table C.332: HD 183656 Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 3.5062 0.3457 1.0000 2454219.0340 5.0952 0.2828 1.0001 2454298.8790 4.7327 0.2307 1.0000 Continued on Next Page… Table C.332 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454299.9040 5.0731 0.1443 1.0000 2454352.8480 4.6830 0.3042 1.0002 2454381.7310 5.1908 0.2553 0.9999 2454698.9970 5.1157 0.1955 1.0000 2454718.9380 5.2028 0.2728 1.0001 2454754.8080 5.8077 0.2611 1.0001 2455050.9110 5.5149 0.1913 1.0000 2455103.7350 4.9733 0.1694 1.0001 2455157.7050 5.5456 0.1866 1.0000 2455412.8500 4.1896 0.2604 0.9999 2455516.7190 3.7132 0.2651 1.0001

Table C.333: HD 183656 Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 2.2141 0.3017 1.0002 2454219.0340 4.0068 0.1415 1.0002

499 2454298.8790 3.1314 0.1431 1.0003 2454299.9040 3.2279 0.2273 1.0000 2454352.8480 3.5318 0.2504 1.0007 2454381.7310 3.6302 0.1322 0.9999 2454698.9970 3.9631 0.2393 1.0002 2454718.9380 3.8173 0.4000 1.0005 2454754.8080 4.2994 0.2042 1.0000 2455050.9110 2.9832 0.2044 0.9999 2455103.7350 3.6024 0.3030 1.0002 2455157.7050 3.7263 0.2300 1.0001 2455412.8500 2.6759 0.2141 1.0001 2455516.7190 2.8178 0.2302 1.0001

Table C.334: HD 183656 Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 2.6631 0.6444 1.0001 2454219.0340 4.0320 0.1837 1.0000 2454298.8790 4.0350 0.2344 1.0001 2454299.9040 3.9645 0.2511 1.0000 2454352.8480 4.7502 0.2860 1.0001 2454381.7310 4.4379 0.2738 1.0000 2454698.9970 3.5584 0.3774 1.0000 Continued on Next Page… Table C.334 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454718.9380 4.8735 0.2322 1.0000 2454754.8080 5.0407 0.2639 1.0001 2455050.9110 3.8163 0.3045 1.0001 2455103.7350 4.0230 0.4099 1.0000 2455157.7050 3.4768 0.2341 1.0000 2455412.8500 3.0864 0.1242 1.0000 2455516.7190 2.7394 0.2607 1.0001

Table C.335: HD 183656 Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 3.0381 0.3006 1.0001 2454219.0340 4.0712 0.1599 1.0000 2454298.8790 4.0961 0.2964 1.0000 2454299.9040 4.1476 0.1060 1.0000 2454352.8480 4.3015 0.0933 1.0002 2454381.7310 4.2601 0.1496 1.0000

500 2454698.9970 4.5841 0.2230 0.9999 2454718.9380 4.5032 0.0656 1.0000 2454754.8080 4.5721 0.0118 1.0000 2455050.9110 4.3014 0.0095 1.0001 2455103.7350 3.9973 0.0376 1.0000 2455157.7050 3.7441 0.2140 1.0000 2455412.8500 3.4442 0.2254 1.0000 2455516.7190 3.3456 0.3507 0.9999

Table C.336: HD 183656 Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 1.0438 0.4000 1.0002 2454219.0340 2.6447 0.4000 0.9998 2454298.8790 2.5656 0.0905 0.9998 2454299.9040 2.5063 0.0952 1.0000 2454352.8480 2.9272 0.1721 0.9996 2454381.7310 3.0636 0.1836 0.9986 2454698.9970 3.0684 0.4979 0.9997 2454718.9380 2.8679 0.1671 0.9996 2454754.8080 3.2388 0.2242 1.0000 2455050.9110 2.4180 0.4000 0.9998 2455103.7350 2.2739 0.4000 0.9996 Continued on Next Page… Table C.336 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455157.7050 2.0681 0.4000 0.9997 2455412.8500 1.7658 0.2022 0.9997 2455516.7190 1.9359 0.2482 0.9996

Table C.337: HD 183656 Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 1.1627 0.1462 0.9996 2454219.0340 2.2137 0.2173 0.9998 2454298.8790 2.2868 0.0947 0.9998 2454299.9040 2.3033 0.0767 0.9999 2454352.8480 2.4637 0.2323 0.9996 2454381.7310 2.6295 0.2889 0.9998 2454698.9970 2.4133 0.1546 1.0001 2454718.9380 2.4288 0.0795 0.9998 2454754.8080 2.3392 0.1770 0.9996 2455050.9110 2.1210 0.0498 0.9999

501 2455103.7350 2.0326 0.0142 0.9999 2455157.7050 1.8749 0.2362 0.9999 2455412.8500 1.5966 0.0845 1.0002 2455516.7190 1.5838 0.1650 1.0001

Table C.338: HD 183656 Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 0.8234 0.1325 1.0009 2454219.0340 1.9284 0.3152 1.0005 2454298.8790 1.8644 0.4000 1.0007 2454299.9040 1.7622 0.4000 1.0011 2454352.8480 1.9011 0.0417 1.0005 2454381.7310 2.1667 0.4000 0.9997 2454698.9970 2.1208 0.4000 1.0010 2454718.9380 1.8033 0.1531 1.0005 2454754.8080 1.8992 0.1951 1.0011 2455050.9110 1.6464 0.4000 1.0006 2455103.7350 1.5158 0.4000 1.0004 2455157.7050 1.4239 0.4000 1.0016 2455412.8500 1.1012 0.0214 1.0004 2455516.7190 1.0898 0.1282 1.0002 Table C.339: HD 183656 Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.8230 0.4475 0.4000 0.9985 1.5263 0.0006 0.0005 1.5264 0.0005 -0.0005 14.0743 7.0000 2454219.0340 1.4142 0.4000 1.0000 1.5263 0.0008 0.0001 1.5266 0.0005 -0.0003 6.3560 2.0217 2454298.8790 1.4594 0.4000 0.9999 1.5264 0.0007 0.0002 1.5266 0.0005 -0.0003 6.8912 4.2151 2454299.9040 1.4159 0.4000 0.9987 1.5264 0.0007 0.0002 1.5266 0.0005 -0.0003 3.9751 1.6598 2454352.8480 1.4744 0.4000 1.0002 1.5265 0.0007 0.0001 1.5268 0.0004 -0.0003 11.5448 6.6251 2454381.7310 1.7303 0.4000 1.0012 1.5268 0.0005 0.0337 1.5268 0.0005 -0.0339 2.9226 1.0000 2454698.9970 1.4567 0.4000 1.0003 1.5268 0.0007 0.0002 1.5266 0.0004 -0.0003 0.3295 0.0621 2454718.9380 1.2860 0.4000 1.0000 1.5268 0.0008 0.0001 1.5266 0.0004 -0.0003 0.5318 0.0775 2454754.8080 1.2936 0.4000 0.9991 1.5268 0.0008 0.0002 1.5266 0.0004 -0.0003 0.3411 0.0449 2455050.9110 1.2597 0.4000 1.0011 ························ 2455103.7350 1.0687 0.4000 1.0009 ························ 2455157.7050 1.0313 0.4000 0.9990 ························ 2455412.8500 0.6918 0.4000 1.0000 1.5261 0.0004 -0.0002 1.5262 0.0007 0.0001 0.5129 0.3036 2455516.7190 0.8093 0.4000 1.0002 ························

Table C.340: HD 183656 Br 20 Measurements

502 V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.8230 0.2726 0.4152 1.0005 1.5196 0.0004 -0.00014 1.5194 0.0008 0.00012 2.9612 1.0619 2454219.0340 1.1798 0.4000 0.9994 1.5197 0.0004 -0.00022 1.5194 0.0008 0.00011 4.4815 0.9901 2454298.8790 1.1908 0.4000 0.9998 1.5197 0.0005 -0.00027 1.5195 0.0008 0.00014 4.7143 1.3145 2454299.9040 1.3023 0.4000 1.0001 1.5197 0.0005 -0.00027 1.5195 0.0008 0.00014 4.7143 1.3145 2454352.8480 1.2759 0.2991 0.9993 1.5199 0.0004 -0.00027 1.5196 0.0007 0.00014 7.2263 2.9594 2454381.7310 1.4285 0.4000 0.9993 1.5197 0.0004 -0.00022 1.5199 0.0009 0.00011 0.5015 0.0600 2454698.9970 1.2089 0.4000 0.9990 1.5197 0.0004 -0.00022 1.5199 0.0009 0.00011 0.5015 0.0600 2454718.9380 1.0630 0.4000 0.9998 1.5197 0.0004 -0.00024 1.5199 0.0009 0.00013 0.5504 0.0662 2454754.8080 1.0942 0.4874 0.9998 1.5197 0.0004 -0.00028 1.5199 0.0008 0.00017 0.3603 0.0528 2455050.9110 0.9638 0.4000 0.9992 1.5194 0.0004 -0.00021 1.5198 0.0006 0.00011 0.0270 0.0112 2455103.7350 0.9712 0.4000 0.9986 1.5195 0.0004 -0.00019 1.5199 0.0007 0.00009 0.0452 0.0156 2455157.7050 0.8487 0.4000 1.0004 1.5194 0.0004 -0.00018 1.5198 0.0008 0.00010 0.1475 0.0329 2455412.8500 0.4983 0.3432 0.9998 1.5193 0.0004 -0.00015 1.5194 0.0008 0.00010 0.5159 0.0727 2455516.7190 0.5434 0.1943 0.9996 1.5194 0.0004 -0.00012 1.5195 0.0010 0.00006 0.8044 0.1498

Table C.341: HD 183656 HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453639.8230 1.0391 1.4483 0.9995 2454219.0340 0.5152 0.5674 1.0001 Continued on Next Page… Table C.341 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.8790 0.6245 1.3098 0.9997 2454299.9040 0.3215 0.5612 1.0000 2454352.8480 -0.1779 1.2806 1.0004 2454381.7310 0.0167 1.5947 1.0011 2454698.9970 0.4822 0.8754 1.0007 2454718.9380 0.4030 0.6501 1.0001 2454754.8080 -0.1569 1.9565 1.0003 2455050.9110 0.4328 0.5273 1.0001 2455103.7350 0.3843 0.6911 0.9999 2455157.7050 0.1862 1.0455 0.9999 2455412.8500 0.3395 0.4875 1.0001 2455516.7190 0.0106 0.5561 1.0002

Table C.342: HD 183656 HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position

503 2453639.8230 0.7564 0.1485 1.0007 2454219.0340 0.6787 0.1596 1.0004 2454298.8790 0.9068 0.2540 1.0005 2454299.9040 0.7593 0.1566 1.0005 2454352.8480 0.5781 0.2181 0.9998 2454381.7310 0.4906 0.3547 0.9994 2454698.9970 1.7579 0.2060 1.0002 2454718.9380 0.9710 0.2051 1.0002 2454754.8080 0.7192 0.2233 0.9999 2455050.9110 0.8118 0.1839 1.0003 2455103.7350 0.8087 0.1922 1.0002 2455157.7050 0.9076 0.1956 1.0004 2455412.8500 0.9904 0.1302 1.0001 2455516.7190 0.6285 0.1324 1.0001 Continued on Next Page…

Table C.343: HD 183656 Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.8230 -1.4975 0.6269 1.0000 1.2816 0.0002 0.00012 1.2826 0.0003 0.00021 0.6821 0.0060 2454219.0340 0.4079 0.4379 1.0000 ························ 2454298.8790 -0.1590 0.6931 0.9997 ························ 2454299.9040 0.0266 0.2797 1.0002 ························ 2454352.8480 0.1465 0.3931 0.9999 ························ Continued on Next Page… Table C.343 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454381.7310 0.0702 0.6418 0.9999 ························ 2454698.9970 -1.7788 0.4170 1.0001 ························ 2454718.9380 -1.6928 0.4032 0.9998 1.2817 0.0002 0.00031 1.2829 0.0002 0.00007 3.3814 0.0329 2454754.8080 -1.5638 0.4521 1.0000 1.2818 0.0002 0.00026 1.2830 0.0002 0.00008 3.4124 0.0235 2455050.9110 -0.7549 0.3545 1.0000 1.2816 0.0002 0.00010 1.2827 0.0002 0.00020 0.6141 0.0042 2455103.7350 -0.8639 0.3097 0.9998 1.2816 0.0002 0.00010 1.2828 0.0002 0.00021 0.5648 0.0046 2455157.7050 -0.7087 0.3953 0.9999 1.2815 0.0002 0.00005 1.2827 0.0002 0.00024 0.2556 0.0041 2455412.8500 -0.1516 0.3890 1.0003 ························ 2455516.7190 -0.0362 0.4021 0.9999 ························ 504 C.19 LQ And

Table C.344: LQ And Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453623.8000 -19.7500 2.7300 0.9820 2.6460 0.6560 3.1390 0.6560 3.1350 1.0020 0.0008 2453641.7000 -19.4540 3.3540 0.9870 2.6230 0.6560 3.1180 0.6560 3.0790 1.0190 0.0011 2453647.7000 -21.4280 6.0000 0.9820 2.6770 0.6560 3.3150 0.6560 3.2340 1.0360 0.0031 2453673.7000 -19.9490 1.4470 0.9970 2.6490 0.6560 3.1990 0.6560 3.1720 1.0130 0.0006 2453748.5000 -20.7310 2.8820 0.9970 2.6770 0.6560 3.1910 0.6560 3.1820 1.0040 0.0006 2453986.7000 -20.2930 1.3220 0.9970 2.7410 0.6560 3.2110 0.6560 3.1850 1.0120 0.0005 2454004.8000 -21.0590 1.0880 0.9990 2.7700 0.6560 3.2760 0.6560 3.2550 1.0090 0.0004 2454038.6000 -21.3540 1.3260 1.0070 2.7590 0.6560 3.3640 0.6560 3.3520 1.0050 0.0005 2454104.5000 -20.3750 2.2920 1.0100 2.8490 0.6560 3.2880 0.6560 3.3150 0.9880 0.0008 2454348.8000 -22.8840 1.6850 0.9890 2.9640 0.6560 3.5080 0.6560 3.4490 1.0240 0.0005 2454366.7000 -22.3440 3.4410 0.9970 2.9920 0.6560 3.4830 0.6560 3.4730 1.0040 0.0008 2454761.6000 -23.4520 2.4040 0.9980 3.1370 0.6560 3.7010 0.6560 3.6500 1.0190 0.0006 2454776.7000 -23.8150 3.1320 1.0000 3.2350 0.6560 3.7240 0.6560 3.6980 1.0100 0.0006 2455124.7000 -25.4110 4.1070 0.9900 3.3580 0.6560 3.9250 0.6560 3.8750 1.0170 0.0010 2455469.7000 -26.9930 5.4490 0.9910 3.5300 0.6560 4.1790 0.6560 4.1030 1.0240 0.0009 2455479.7000 -22.9120 6.2770 0.9840 3.2940 0.6560 3.8160 0.6560 3.8940 0.9730 0.0036

505 2455500.7000 -26.0490 1.8700 0.9960 3.4700 0.6560 4.0760 0.6560 4.0490 1.0090 0.0010 2457350.6000 -27.8410 4.2400 0.9700 3.7170 0.6560 4.3570 0.6560 4.2180 1.0430 0.2135

Table C.345: LQ And Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454348.8000 0.3480 2.9190 0.9830 0.6300 0.4860 1.2580 0.4860 1.2360 1.0910 0.0090 2454366.7000 -0.6260 4.5530 0.9450 1.0420 0.4860 1.2720 0.4860 1.1880 1.4490 0.2340 2454761.6000 1.1110 3.7150 1.0280 0.7250 0.4860 1.3140 0.4860 1.3290 0.9530 0.3230 2454776.7000 1.4560 4.4880 1.0230 0.9110 0.4860 1.3040 0.4860 1.3260 0.9330 0.0090 2455124.7000 1.2780 5.7750 1.0010 0.8930 0.4860 1.3740 0.4860 1.3560 1.0500 0.0120 2455469.7000 0.5740 5.1540 1.0090 0.9220 0.4860 1.3560 0.4860 1.3440 1.0350 0.4350 2455479.7000 0.8220 6.0000 0.9910 1.3690 0.4860 1.4560 0.4860 1.5140 0.8870 0.0170 2455500.7000 0.7460 2.6030 0.9780 0.8740 0.4860 1.2910 0.4860 1.2230 1.3070 0.0090 Table C.346: LQ And Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -10.3710 1.4320 1.0000 2.1654 0.0006 0.0005 2.1670 0.0007 0.0005 0.9914 0.0350 2453737.7550 -10.9050 1.9150 0.9990 2.1657 0.0007 0.0006 2.1672 0.0006 0.0005 1.0060 0.0510 2453982.9090 -10.7780 1.4130 1.0000 2.1651 0.0006 0.0005 2.1667 0.0007 0.0006 1.0409 0.0278 2454038.8230 -11.5450 1.5960 1.0000 2.1653 0.0006 0.0006 2.1669 0.0007 0.0006 1.0184 0.0422 2454300.0450 -12.8140 1.2610 1.0000 2.1652 0.0006 0.0006 2.1667 0.0007 0.0006 1.0395 0.0253 2454382.8620 -12.8450 1.2180 1.0000 2.1653 0.0006 0.0006 2.1668 0.0007 0.0007 1.0137 0.0290 2454754.9390 -13.6370 1.3040 1.0000 2.1654 0.0006 0.0007 2.1668 0.0006 0.0007 1.0288 0.0240

Table C.347: LQ And Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -4.7920 0.3520 1.0080 1.7359 0.0005 0.0003 1.7376 0.0005 0.0002 1.2254 0.0408 2453737.7550 -5.2020 0.3900 1.0090 1.7360 0.0006 0.0003 1.7377 0.0005 0.0002 1.1710 0.0514 2453982.9090 -5.3560 0.1620 1.0070 1.7357 0.0006 0.0003 1.7373 0.0005 0.0002 1.2095 0.0262 2454038.8230 -5.0570 0.3150 1.0060 1.7358 0.0005 0.0003 1.7375 0.0005 0.0002 1.1302 0.0382

506 2454300.0450 -6.1640 0.3060 1.0060 1.7357 0.0005 0.0003 1.7373 0.0005 0.0002 1.2021 0.0347 2454382.8620 -6.2370 0.5640 1.0070 1.7358 0.0006 0.0003 1.7374 0.0005 0.0002 1.1279 0.0305 2454754.9390 -6.6900 0.3340 1.0050 1.7359 0.0006 0.0004 1.7375 0.0005 0.0003 1.1400 0.0244

Table C.348: LQ And Br 11 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

2453640.0240 -4.2190 0.6100 1.0000 1.6804 0.0006 0.0002 1.6821 0.0005 0.0002 0.9986 0.0271 2453737.7550 -4.7890 0.6550 1.0000 1.6805 0.0006 0.0002 1.6821 0.0005 0.0002 1.0253 0.0370 2453982.9090 -5.2240 0.4480 1.0000 1.6802 0.0006 0.0003 1.6818 0.0005 0.0002 1.0739 0.0223 2454038.8230 -5.3710 0.6030 1.0000 1.6803 0.0006 0.0003 1.6819 0.0005 0.0002 1.0191 0.0349 2454300.0450 -5.6550 0.3590 1.0000 1.6802 0.0006 0.0003 1.6818 0.0005 0.0002 1.0710 0.0220 2454382.8620 -5.2990 0.3720 1.0000 1.6803 0.0006 0.0003 1.6819 0.0005 0.0002 1.0063 0.0224 2454754.9390 -6.1470 0.3290 1.0000 1.6803 0.0006 0.0003 1.6819 0.0005 0.0003 1.0243 0.0189 Continued on Next Page… Table C.349: LQ And Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -4.4270 0.5630 1.0000 1.6405 0.0006 0.0002 1.6421 0.0005 0.0002 0.9881 0.0266 2453737.7550 -4.3800 0.4760 1.0000 1.6406 0.0006 0.0002 1.6422 0.0005 0.0002 0.9367 0.0368 2453982.9090 -4.7700 0.3810 1.0000 1.6402 0.0006 0.0003 1.6419 0.0005 0.0002 1.0109 0.0262 2454038.8230 -5.2860 0.3900 1.0000 1.6404 0.0006 0.0003 1.6420 0.0005 0.0002 0.9791 0.0280 2454300.0450 -4.9120 0.2210 1.0000 1.6402 0.0005 0.0003 1.6418 0.0006 0.0002 1.0368 0.0210 2454382.8620 -4.8280 0.3660 1.0000 1.6404 0.0006 0.0003 1.6420 0.0005 0.0002 0.9859 0.0281 2454754.9390 -5.5230 0.3480 1.0000 1.6404 0.0005 0.0003 1.6420 0.0006 0.0003 1.0191 0.0174

Table C.350: LQ And Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -5.0040 0.5050 0.9960 1.6106 0.0005 0.0002 1.6123 0.0006 0.0002 0.9971 0.0234 2453737.7550 -5.4020 0.4010 0.9960 1.6107 0.0006 0.0003 1.6124 0.0006 0.0003 1.0043 0.0370 2453982.9090 -5.3970 0.1800 0.9980 1.6104 0.0006 0.0003 1.6121 0.0006 0.0003 1.0220 0.0217 2454038.8230 -6.0020 0.2430 0.9980 1.6106 0.0006 0.0003 1.6122 0.0006 0.0003 0.9932 0.0253

507 2454300.0450 -5.4840 0.1530 0.9980 1.6104 0.0006 0.0003 1.6120 0.0006 0.0003 1.0265 0.0198 2454382.8620 -6.1680 0.3580 0.9980 1.6105 0.0005 0.0003 1.6121 0.0006 0.0003 0.9799 0.0236 2454754.9390 -6.6340 0.1800 0.9980 1.6105 0.0006 0.0003 1.6122 0.0006 0.0003 1.0298 0.0162

Table C.351: LQ And Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -4.5150 0.5590 1.0000 1.5878 0.0006 0.0002 1.5894 0.0005 0.0002 0.9817 0.0528 2453737.7550 -4.5340 0.5210 1.0000 1.5879 0.0006 0.0002 1.5895 0.0006 0.0002 1.0415 0.0385 2453982.9090 -5.2040 0.1950 1.0000 1.5876 0.0006 0.0003 1.5892 0.0006 0.0003 0.9833 0.0279 2454038.8230 -5.4650 0.3460 1.0000 1.5877 0.0006 0.0003 1.5893 0.0006 0.0003 1.0086 0.0396 2454300.0450 -5.6450 0.1440 1.0000 1.5875 0.0006 0.0003 1.5891 0.0006 0.0003 1.0175 0.0220 2454382.8620 -5.1090 0.3610 1.0000 1.5877 0.0005 0.0002 1.5893 0.0006 0.0003 0.9977 0.0296 2454754.9390 -5.7820 0.2680 1.0000 1.5877 0.0006 0.0003 1.5892 0.0006 0.0003 0.9870 0.0357 Table C.352: LQ And Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -3.5060 0.9130 1.0000 1.5698 0.0006 0.00018 1.5715 0.0005 0.00018 0.9663 0.0312 2453737.7550 -3.8180 0.6380 1.0000 1.5698 0.0005 0.00019 1.5716 0.0006 0.00019 0.9943 0.0287 2453982.9090 -3.7650 0.0640 1.0000 1.5695 0.0006 0.00020 1.5712 0.0005 0.00018 1.0491 0.0190 2454038.8230 -4.0910 0.5470 1.0000 1.5697 0.0006 0.00021 1.5714 0.0005 0.00020 1.0044 0.0298 2454300.0450 -4.3080 0.1830 1.0000 1.5695 0.0006 0.00022 1.5712 0.0005 0.00021 1.0385 0.0179 2454382.8620 -4.4200 0.6620 1.0000 1.5697 0.0005 0.00021 1.5713 0.0006 0.00022 1.0344 0.0387 2454754.9390 -4.6280 0.3480 1.0000 1.5697 0.0006 0.00024 1.5714 0.0005 0.00022 1.0113 0.0189

Table C.353: LQ And Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

2453640.0240 -4.0730 0.9610 1.0010 1.5554 0.0007 0.00022 1.5571 0.0005 0.00018 0.9011 0.0325 2453737.7550 -4.1320 0.3620 1.0010 1.5554 0.0006 0.00020 1.5571 0.0006 0.00020 1.0541 0.0316 2453982.9090 -4.8350 0.4000 1.0010 1.5551 0.0006 0.00022 1.5568 0.0006 0.00023 0.9746 0.0345

508 2454038.8230 -4.7770 0.3000 1.0000 1.5553 0.0006 0.00024 1.5569 0.0005 0.00022 0.9445 0.0367 2454300.0450 -5.1390 0.0950 1.0000 1.5551 0.0005 0.00022 1.5567 0.0006 0.00027 1.0053 0.0262 2454382.8620 -4.8970 0.4000 1.0000 1.5553 0.0005 0.00022 1.5569 0.0006 0.00025 1.0212 0.0317 2454754.9390 -5.4040 0.3860 1.0000 1.5553 0.0005 0.00023 1.5569 0.0006 0.00027 1.0152 0.0308 Continued on Next Page…

Table C.354: LQ And Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -4.6020 0.7630 1.0000 1.5436 0.0006 0.00020 1.5453 0.0007 0.00022 1.0734 0.0511 2453737.7550 -4.7250 0.5240 1.0000 1.5437 0.0006 0.00023 1.5454 0.0006 0.00019 1.0495 0.0496 2453982.9090 -4.9400 0.3840 1.0000 1.5434 0.0006 0.00024 1.5450 0.0006 0.00021 1.0584 0.0250 2454038.8230 -5.0560 0.4550 1.0000 1.5435 0.0006 0.00025 1.5452 0.0006 0.00022 1.0222 0.0467 2454300.0450 -5.2020 0.1900 1.0000 1.5434 0.0006 0.00025 1.5450 0.0006 0.00023 1.0309 0.0333 2454382.8620 -5.4390 0.2030 1.0000 1.5435 0.0006 0.00026 1.5452 0.0006 0.00024 1.0274 0.0291 2454754.9390 -5.3770 0.3680 1.0000 1.5435 0.0006 0.00026 1.5452 0.0006 0.00024 1.0398 0.0310 Table C.355: LQ And Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -3.6470 0.4000 1.0030 1.5339 0.0006 0.00019 1.5356 0.0006 0.00019 0.9714 0.0297 2453737.7550 -4.0010 0.4000 1.0010 1.5339 0.0006 0.00020 1.5357 0.0006 0.00019 1.0533 0.0395 2453982.9090 -4.2010 0.4000 1.0020 1.5336 0.0006 0.00020 1.5353 0.0006 0.00022 1.0267 0.0224 2454038.8230 -4.3860 0.2030 1.0010 1.5338 0.0006 0.00021 1.5354 0.0006 0.00022 0.9928 0.0382 2454300.0450 -4.4270 0.4000 1.0010 1.5336 -0.0006 -0.00022 1.5353 0.0006 0.00022 1.0168 0.0307 2454382.8620 -4.5980 0.4000 1.0010 1.5338 0.0006 0.00022 1.5354 0.0006 0.00023 0.9990 0.0291 2454754.9390 -4.7870 0.4000 1.0010 1.5338 0.0006 0.00022 1.5354 0.0006 0.00024 1.0217 0.0236

Table C.356: LQ And Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -3.6710 0.4000 0.9990 1.5257 0.0006 0.00017 1.5274 0.0007 0.00019 1.0491 0.0458 2453737.7550 -3.8730 0.4000 0.9990 1.5258 0.0007 0.00021 1.5276 0.0006 0.00016 1.0761 0.0673 2453982.9090 -4.1080 0.4000 0.9990 1.5255 0.0006 0.00020 1.5272 0.0006 0.00020 1.0502 0.0317 2454038.8230 -4.1830 0.4000 1.0000 1.5256 0.0006 0.00019 1.5273 0.0007 0.00022 1.0360 0.0652

509 2454300.0450 -4.3770 0.4000 1.0010 1.5255 0.0006 0.00021 1.5272 0.0006 0.00022 1.0332 0.0315 2454382.8620 -4.4490 0.4000 1.0000 1.5256 0.0006 0.00020 1.5273 0.0007 0.00023 1.0168 0.0527 2454754.9390 -4.4420 0.4000 1.0010 1.5257 0.0006 0.00021 1.5273 0.0006 0.00022 1.0237 0.0384

Table C.357: LQ And Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -3.1990 0.4000 1.0000 1.5188 0.0006 0.00015 1.5206 0.0006 0.00017 0.9453 0.0681 2453737.7550 -3.3680 0.4000 1.0010 1.5189 0.0006 0.00015 1.5206 0.0007 0.00019 1.0781 0.0948 2453982.9090 -3.4080 0.4000 1.0020 1.5186 0.0006 0.00015 1.5203 0.0007 0.00019 0.9818 0.0355 2454038.8230 -3.6770 0.4000 1.0010 1.5187 0.0006 0.00016 1.5204 0.0007 0.00021 0.9593 0.0496 2454300.0450 -3.6790 0.4000 1.0010 1.5186 0.0006 0.00017 1.5203 0.0007 0.00020 0.9855 0.0301 2454382.8620 -3.7720 0.4000 1.0000 1.5187 0.0006 0.00018 1.5204 0.0007 0.00020 0.9843 0.0445 2454754.9390 -3.8110 0.4000 1.0000 1.5188 0.0006 0.00017 1.5204 0.0007 0.00021 0.9806 0.0249 Table C.358: LQ And HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0240 -2.0400 1.5090 1.0010 2453737.7550 -2.1000 0.7980 1.0000 2453982.9090 0.1940 0.9110 1.0000 2454038.8230 -0.7620 1.6000 1.0000 2454300.0450 -0.2010 0.3550 1.0000 2454382.8620 -0.3950 0.8830 1.0000 2454754.9390 -0.7770 1.0260 1.0010

Table C.359: LQ And HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0240 -0.3310 0.4510 0.9990 2453737.7550 -0.2360 0.4720 1.0000 2453982.9090 -0.0840 0.2670 1.0000 2454038.8230 -0.2730 0.3110 0.9990

510 2454300.0450 -0.1300 0.1580 1.0000 2454382.8620 -0.1420 0.2490 1.0000 2454754.9390 -0.1420 0.2340 1.0000

Table C.360: LQ And Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -7.5010 1.3530 1.0010 1.2819 0.0004 0.00052 1.2828 0.0003 0.00035 0.9895 0.0251 2453737.7550 -7.6670 1.5500 1.0010 1.2819 0.0004 0.00047 1.2828 0.0003 0.00041 1.0352 0.0195 2453982.9090 -8.5450 1.5960 1.0000 1.2816 0.0003 0.00046 1.2825 0.0004 0.00050 1.0101 0.0105 2454038.8230 -8.9670 1.4830 1.0000 1.2817 0.0004 0.00051 1.2826 0.0004 0.00050 1.0138 0.0185 2454300.0450 -10.1180 1.2780 1.0000 1.2816 0.0003 0.00052 1.2825 0.0004 0.00058 1.0224 0.0137 2454382.8620 -10.3600 1.3970 1.0000 1.2817 0.0004 0.00056 1.2826 0.0004 0.00057 1.0150 0.0137 2454754.9390 -11.1340 1.0020 1.0000 1.2817 0.0003 0.00050 1.2825 0.0004 0.00071 1.0074 0.0157 Table C.361: LQ And Ca II λ0.849µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -1.2420 0.4480 1.0010 0.8498 0.0004 0.00008 0.8508 0.0004 0.00006 1.1220 0.1601 2453737.7550 -1.2380 0.1770 1.0010 0.8498 0.0003 0.00007 0.8507 0.0004 0.00007 1.1600 0.2436 2453982.9090 -1.6260 0.4140 1.0010 0.8496 0.0003 0.00009 0.8505 0.0004 0.00009 1.1751 0.0902 2454038.8230 -1.6990 0.5160 1.0010 0.8497 0.0003 0.00007 0.8506 0.0005 0.00011 1.1158 0.2175 2454300.0450 -1.5820 0.2700 1.0010 0.8496 0.0003 0.00007 0.8505 0.0004 0.00009 1.1751 0.1038 2454382.8620 -1.6440 0.3750 1.0010 0.8497 0.0003 0.00006 0.8505 0.0005 0.00012 1.1413 0.1999 2454754.9390 -1.4830 0.5010 1.0010 0.8497 0.0003 0.00007 0.8506 0.0005 0.00009 1.2520 0.2091

Table C.362: LQ And Ca II λ0.854µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.0240 -1.4950 0.3560 1.0000 0.8542 0.0003 0.00008 0.8551 0.0003 0.00008 0.9708 0.0471 2453737.7550 -1.5620 0.2180 1.0000 0.8542 0.0003 0.00009 0.8551 0.0003 0.00008 1.1149 0.0580 2453982.9090 -1.7940 0.3370 1.0000 0.8541 0.0003 0.00010 0.8550 0.0003 0.00009 1.0563 0.0419 2454038.8230 -1.7310 0.4200 1.0000 0.8541 0.0003 0.00009 0.8550 0.0003 0.00008 1.0259 0.0467

511 2454300.0450 -1.6010 0.1880 1.0000 0.8541 0.0003 0.00009 0.8550 0.0003 0.00007 1.1071 0.0442 2454382.8620 -1.5520 0.2940 1.0000 0.8541 0.0003 0.00008 0.8550 0.0003 0.00008 1.1209 0.0429 2454754.9390 -1.5020 0.3800 1.0000 0.8542 0.0003 0.00009 0.8551 0.0003 0.00007 1.1730 0.0334

Table C.363: LQ And Ca II λ0.866µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.0240 0.4920 0.4840 1.0000 2453737.7550 0.0750 0.9730 1.0000 2453982.9090 0.2700 1.3110 1.0010 2454038.8230 0.3690 0.5470 1.0020 2454300.0450 0.3620 0.5290 1.0010 2454382.8620 0.4980 0.3750 1.0010 2454754.9390 0.6510 0.0830 1.0010 C.20 ν Gem

Table C.364: ν Gem Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451935.6900 -3.9654 1.1015 0.9503 1.3603 0.6562 1.4891 0.6564 1.5685 0.8602 0.0023 2451953.7330 -3.5515 1.0389 0.9688 1.3559 0.6562 1.4836 0.6564 1.5816 0.8315 0.5320 2451976.6350 -3.5715 1.2548 0.9645 1.3555 0.6562 1.5151 0.6564 1.5646 0.9123 0.0009 2451987.6940 -3.2182 0.7015 0.9722 1.3465 0.6562 1.4887 0.6564 1.5691 0.8588 0.0006 2452221.7830 -3.2014 0.6354 0.9641 1.4452 0.6562 1.4096 0.6564 1.5678 0.7213 0.0004 2452225.9190 -3.2553 0.6522 0.9712 1.4278 0.6562 1.4040 0.6564 1.5816 0.6947 0.0005 2452235.8350 -3.3723 0.4586 0.9678 1.4449 0.6562 1.4348 0.6564 1.5799 0.7498 0.0004 2452296.7610 -3.4713 0.6571 0.9653 1.4861 0.6561 1.4511 0.6564 1.5439 0.8294 0.0006 2452299.7150 -3.3280 0.6722 0.9687 1.4879 0.6561 1.4500 0.6564 1.5528 0.8140 0.0005 2452301.7570 -3.4617 0.7015 0.9640 1.4603 0.6561 1.4440 0.6564 1.5383 0.8247 0.0005 2452310.7250 -3.6013 0.8810 0.9664 1.4687 0.6561 1.4530 0.6564 1.5570 0.8133 0.0023 2452344.6730 -3.3080 0.6787 0.9675 1.4605 0.6561 1.4444 0.6564 1.5351 0.8306 0.0006 2452364.5930 -3.7469 0.7605 0.9600 1.4756 0.6561 1.4729 0.6564 1.5365 0.8813 0.0005 2452690.6690 -2.7721 1.0913 0.9667 1.2977 0.6561 1.5627 0.6565 1.3477 1.6187 0.0011 2452691.7430 -2.6510 0.7122 0.9710 1.2753 0.6561 1.5714 0.6565 1.3303 1.7302 0.0006 2452697.6800 -2.5484 1.0291 0.9656 1.2329 0.6561 1.5162 0.6565 1.3303 1.5629 0.0008 2452705.6480 -2.2089 0.8043 0.9740 1.3025 0.6561 1.5422 0.6565 1.3346 1.6208 0.0009 512 2452709.6830 -2.7975 0.9572 0.9654 1.2763 0.6561 1.5428 0.6566 1.3370 1.6103 0.0007 2452741.6060 -2.6669 0.5934 0.9623 1.2830 0.6561 1.5938 0.6565 1.2910 2.0402 0.0012 2452975.8130 -2.2135 0.6368 0.9703 1.1738 0.6561 1.6116 0.6566 1.2769 2.2090 0.0023 2453052.6040 -2.0912 0.8847 0.9712 1.1037 0.6561 1.6755 0.6566 1.2236 3.0210 0.0011 2453677.9110 -1.9230 0.8568 0.9669 1.2602 0.6562 1.4900 0.6566 1.3430 1.4289 0.0015 2453712.8250 -1.3666 1.3607 0.9721 1.2792 0.6562 1.5137 0.6566 1.3443 1.4921 0.0055 2453748.7880 -2.2069 1.6975 0.9591 1.3017 0.6562 1.5049 0.6566 1.3284 1.5374 0.0015 2453750.8320 -2.3905 1.7171 0.9611 1.3124 0.6562 1.5698 0.6566 1.3382 1.6847 0.0014 2453775.7780 -1.7547 0.9783 0.9743 1.2839 0.6562 1.4872 0.6566 1.3823 1.2746 0.0010 2453798.6840 -2.0870 1.0532 0.9675 1.2804 0.6562 1.5090 0.6566 1.3465 1.4691 0.0010 2453801.5560 -2.1835 1.0717 0.9656 1.2888 0.6562 1.4874 0.6566 1.3426 1.4227 0.0008 2453834.5990 -1.9916 2.8536 0.9699 1.2423 0.6562 1.5034 0.6567 1.4161 1.2098 0.0015 2453852.5650 -2.0234 0.7626 0.9603 1.2344 0.6562 1.4747 0.6566 1.3544 1.3392 0.0017 2454041.9000 -1.8693 0.9528 0.9696 1.2499 0.6562 1.4050 0.6566 1.4575 0.8852 0.0009 2454111.7900 -1.9227 1.2048 0.9699 1.2434 0.6562 1.3677 0.6566 1.4669 0.7877 0.0012 2454134.6580 -2.1498 1.5895 0.9722 1.2586 0.6562 1.4273 0.6566 1.4283 0.9975 0.0016 2454167.6010 -1.7370 1.4752 0.9671 1.2121 0.6562 1.3508 0.6567 1.4528 0.7748 0.0014 2454207.6020 -1.6913 0.8484 0.9800 1.1631 0.6562 1.3581 0.6566 1.4644 0.7710 0.0008 2454220.5800 -1.8931 1.2320 0.9802 1.1592 0.6562 1.3920 0.6565 1.4655 0.8421 0.0018 2454220.5940 -1.7731 1.7247 0.9825 1.1818 0.6562 1.3682 0.6566 1.4876 0.7551 0.0017 2454432.8700 -3.0834 1.2944 0.9688 1.2416 0.6562 1.3554 0.6566 1.5397 0.6586 0.0010 2454488.7470 -1.7876 1.5944 0.9886 1.2109 0.6562 1.3580 0.6566 1.5414 0.6612 0.0019 2454571.5910 -2.1569 0.9982 0.9865 1.2095 0.6562 1.3507 0.6566 1.4923 0.7123 0.0006 2454762.8870 -2.2586 0.6836 0.9978 1.2343 0.6562 1.3615 0.6566 1.5139 0.7034 0.0006 2454776.9260 -2.3159 0.6969 0.9930 1.2664 0.6562 1.3856 0.6566 1.5065 0.7614 0.0007 2454797.9000 -2.5192 0.7767 0.9929 1.2807 0.6562 1.3594 0.6565 1.5619 0.6396 0.0006 2454868.6830 -2.7165 0.8626 0.9789 1.2349 0.6562 1.3610 0.6566 1.5188 0.6959 0.0012 2454892.7000 -2.4138 1.7410 0.9935 1.2748 0.6562 1.3797 0.6566 1.5053 0.7515 0.0011 2454926.5830 -2.9359 0.7909 0.9774 1.2536 0.6562 1.3750 0.6566 1.4993 0.7510 0.0010 Continued on Next Page… Table C.364 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455141.9100 -2.9902 0.9661 0.9884 1.3005 0.6562 1.3969 0.6566 1.5008 0.7924 0.0009 2455171.8790 -2.3963 2.4080 1.0005 1.3593 0.6562 1.4124 0.6566 1.5542 0.7441 0.0014 2455298.5800 -3.7215 1.0838 0.9684 1.3172 0.6562 1.3716 0.6566 1.5135 0.7237 0.0015 2456956.8840 -3.4881 0.5000 0.9868 1.1180 0.6561 1.5110 0.6565 1.5062 1.0094 0.0004 2457493.5770 -3.3119 1.2243 0.9833 0.9824 0.6561 1.5118 0.6566 1.5311 0.9635 0.0008

Table C.365: ν Gem HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2451935.6900 0.1439 0.3619 0.9857 0.9920 2451953.7330 0.1200 0.4069 0.9854 0.9947 2451976.6350 0.2222 0.4873 0.9889 1.0010 2451987.6940 0.1801 0.2585 0.9899 0.9907 2452221.7830 0.1255 0.3658 0.9813 0.9807 2452225.9190 0.1626 0.2596 0.9867 1.0046 2452235.8350 0.2123 0.1803 0.9877 0.9885 2452296.7610 0.2281 0.2717 0.9883 0.9981

513 2452299.7150 0.1745 0.2915 0.9876 1.0323 2452301.7570 0.2348 0.2699 0.9870 1.0132 2452310.7250 0.1663 0.4555 0.9837 0.9732 2452344.6730 0.2350 0.3531 0.9844 0.9982 2452364.5930 0.2527 0.2246 0.9878 0.9884 2452690.6690 0.0767 0.3964 0.9885 0.9981 2452691.7430 0.2208 0.2898 0.9903 0.6314 2452697.6800 0.3014 0.3458 0.9929 0.9995 2452705.6480 0.2256 0.4112 0.9875 1.0026 2452709.6830 0.2116 0.4102 0.9883 0.9750 2452741.6060 0.2642 0.2953 0.9834 1.0096 2452975.8130 0.2781 0.1864 0.9938 0.9939 2453052.6040 0.2791 0.3321 0.9959 1.0247 2453677.9110 0.2520 0.3583 0.9829 1.0052 2453712.8250 0.2483 0.4724 0.9863 0.9927 2453748.7880 0.1105 0.7482 0.9780 0.9938 2453750.8320 0.2702 0.3771 0.9902 1.0088 2453775.7780 0.2380 0.3549 0.9890 1.0027 2453798.6840 -0.1426 0.4661 0.9669 0.9689 2453801.5560 0.3473 0.2266 0.9913 0.9963 2453834.5990 0.1145 0.5078 0.9824 1.0378 2453852.5650 0.2169 0.3570 0.9816 0.9848 2454041.9000 0.2520 0.4668 0.9921 1.0046 2454111.7900 -0.1431 0.6787 0.9685 0.9874 2454134.6580 0.2530 0.6612 0.9878 1.0138 2454167.6010 0.1396 0.5871 0.9830 1.0047 2454207.6020 0.2193 0.2548 0.9947 0.8341 2454220.5800 0.3895 0.4929 0.9895 1.0194 2454220.5940 0.2536 0.5944 0.9862 1.0526 Continued on Next Page… Table C.365 – Continued Central HJD EqW σ(EqW) Continuum Height 2454432.8700 -0.3392 0.6174 0.9581 0.1728 2454488.7470 0.3462 0.6836 0.9910 1.0283 2454571.5910 0.5224 0.3056 0.9946 1.0259 2454762.8870 0.4961 0.4128 0.9851 1.0040 2454776.9260 0.3989 0.3488 0.9946 0.9714 2454797.9000 0.4210 0.3388 0.9941 0.9780 2454868.6830 0.1521 0.5607 0.9933 0.8924 2454892.7000 0.1881 0.9636 0.9935 0.9318 2454926.5830 0.0466 0.4566 0.9820 0.8665 2455141.9100 -3.4074 0.8736 0.7697 0.9722 2455171.8790 0.5617 1.5692 0.9872 1.0721 2455298.5800 0.3567 0.3451 0.9932 0.9899 2456956.8840 0.2662 0.1546 0.9962 1.1082 2457493.5770 0.1750 0.5479 0.9925 0.9761

Table C.366: ν Gem Hβ Measurements

Central

514 HJD EqW σ(EqW) Continuum Height 2454207.6020 4.5444 0.5504 0.9930 0.9636 2454220.5800 4.7995 1.0314 1.0102 1.0408 2454220.5940 4.8556 2.0491 0.9995 1.0240 2454432.8700 4.6946 1.3712 0.9912 0.1143 2454488.7470 5.4691 1.7407 1.0180 1.0336 2454571.5910 5.2803 0.6345 1.0007 1.0156 2454762.8870 5.1534 0.9167 0.9868 0.9940 2454776.9260 5.9458 1.0996 1.0111 0.9967 2454797.9000 5.5295 0.8241 1.0046 0.9941 2454868.6830 6.1420 1.1176 1.0140 0.8924 2454892.7000 6.0504 2.3427 1.0150 0.7225 2454926.5830 5.7023 0.7515 1.0061 1.0027 2455141.9100 3.7738 2.1582 0.9270 0.7255 2455171.8790 6.2652 3.6079 1.0477 1.1202 2455298.5800 6.1001 1.0816 1.0147 1.0738 2456956.8840 3.6533 0.3754 1.0000 1.0516 2457493.5770 4.7014 1.3899 1.0212 1.0049

Table C.367: ν Gem FeII λ5316Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2451935.6900 -0.0717 0.2725 0.9895 0.9882 Continued on Next Page… Table C.367 – Continued Central HJD EqW σ(EqW) Continuum Height 2451953.7330 -0.0424 0.3971 0.9907 0.9893 2451976.6350 0.0569 0.4987 0.9981 0.9803 2451987.6940 0.1128 0.2029 1.0033 0.9837 2452221.7830 0.0770 0.4045 0.9962 0.9957 2452225.9190 0.0361 0.2140 0.9978 0.9867 2452235.8350 0.0774 0.1727 1.0001 1.0004 2452296.7610 -0.0669 0.3295 0.9909 0.9932 2452299.7150 0.1265 0.4679 1.0067 0.9947 2452301.7570 0.1002 0.2486 0.9945 0.9976 2452310.7250 -0.0236 0.4066 0.9942 0.9983 2452344.6730 0.3312 0.4461 0.9933 0.9847 2452364.5930 0.0580 0.2510 0.9987 0.9952 2452690.6690 0.0637 0.3702 0.9978 0.9725 2452691.7430 0.0059 0.2538 0.9944 0.9815 2452697.6800 -0.0550 0.4090 0.9902 0.9855 2452705.6480 0.3180 0.4373 1.0143 0.9972 2452709.6830 0.0024 0.3575 0.9932 0.9688 2452741.6060 -0.0023 0.3434 0.9942 0.9964 2452975.8130 0.0364 0.1908 0.9998 0.9839 2453052.6040 -0.0240 0.3291 0.9951 0.9842 2453677.9110 -0.0482 0.2484 0.9927 0.9837 2453712.8250 -0.0010 0.6298 0.9961 0.9727 2453748.7880 0.0337 0.7137 0.9945 0.9462 515 2453750.8320 0.0174 0.5348 0.9954 0.9853 2453775.7780 -0.0177 0.3909 0.9938 0.9822 2453798.6840 -0.1646 0.4664 0.9846 0.9708 2453801.5560 -0.0098 0.1648 0.9931 0.9863 2453834.5990 -0.0258 0.5866 0.9931 0.9917 2453852.5650 0.0752 0.2573 1.0025 0.9784 2454041.9000 -0.0384 0.3102 0.9894 0.9870 2454111.7900 0.0358 0.5046 0.9971 0.9844 2454134.6580 -0.2889 0.9300 0.9721 0.9853 2454167.6010 -0.0980 0.2885 0.9869 0.9720 2454207.6020 -0.1758 0.2147 1.0057 1.0066 2454220.5800 0.1672 0.5625 1.0225 1.0150 2454220.5940 0.0713 0.6274 1.0152 1.0002 2454432.8700 -0.0691 0.3711 1.0009 1.0095 2454488.7470 -0.1506 0.8448 0.9891 1.0274 2454571.5910 -0.0620 0.3059 1.0082 0.9964 2454762.8870 0.1549 0.3399 0.9978 0.9729 2454776.9260 0.3477 0.6288 1.0046 0.9712 2454797.9000 0.1388 0.3086 1.0045 0.9829 2454868.6830 0.1095 0.3626 1.0112 0.9926 2454892.7000 -0.3211 1.1436 0.9814 1.0152 2454926.5830 0.1683 0.3544 0.9985 0.9906 2455141.9100 -0.0874 0.8641 1.0027 1.0236 2455171.8790 0.0317 1.3782 1.0057 0.9780 2455298.5800 0.1816 0.3484 1.0135 0.9104 2456956.8840 -0.0352 0.2217 0.9986 0.9812 2457493.5770 0.1915 0.6873 1.0092 1.0226 Table C.368: ν Gem Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453724.1020 0.4905 1.0890 0.9991 2.1658 0.0004 0.00005 2.1671 0.0003 0.00006 0.7118 0.0842 2453738.0590 1.9417 0.8103 1.0000 2.1657 0.0003 0.00004 2.1672 0.0003 0.00002 1.6155 0.2892 2454178.8840 1.0501 0.3277 1.0000 2.1660 0.0003 0.00004 2.1674 0.0003 0.00005 0.8574 0.0360 2454218.7720 0.8227 0.4267 0.9999 2.1664 0.0004 0.00003 2.1674 0.0003 0.00007 0.2647 0.0164 2454433.1150 0.4603 0.7766 0.9995 2.1658 0.0004 0.00003 2.1671 0.0003 0.00007 0.3238 0.0245 2454719.1420 1.4579 0.7462 0.9994 2.1654 0.0003 0.00002 2.1670 0.0003 0.00004 0.5843 0.0382 2454755.1190 0.9483 0.8731 0.9992 2.1655 0.0003 0.00002 2.1670 0.0003 0.00007 0.2657 0.0170 2454797.0720 1.0535 0.5218 1.0001 2.1656 0.0003 0.00002 2.1671 0.0004 0.00008 0.2482 0.0247 2454842.0080 1.1651 0.3720 1.0000 2.1660 0.0004 0.00002 2.1674 0.0003 0.00006 0.3052 0.0213 2455537.1410 1.2386 0.5079 0.9996 2.1657 0.0003 0.00004 2.1672 0.0003 0.00006 0.6939 0.0222 2455586.9800 0.8743 0.4407 1.0000 2.1659 0.0003 0.00006 2.1674 0.0003 0.00005 1.0900 0.0401

Table C.369: ν Gem Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 4.0146 0.2839 1.0002 516 2453738.0590 3.7677 0.2954 0.9998 2454178.8840 3.4745 0.1745 1.0025 2454218.7720 3.8594 0.1849 1.0006 2454433.1150 4.0341 0.1013 1.0009 2454719.1420 3.3980 0.1349 1.0014 2454755.1190 3.7933 0.2522 1.0003 2454797.0720 3.4706 0.1473 1.0010 2454842.0080 4.2827 0.2209 0.9999 2455537.1410 3.7475 0.1726 1.0021 2455586.9800 3.7690 0.1733 1.0006

Table C.370: ν Gem Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 3.7256 0.3931 1.0000 2453738.0590 3.3977 0.3430 1.0000 2454178.8840 3.3285 0.3467 0.9998 2454218.7720 3.9143 0.2007 1.0000 2454433.1150 4.1725 0.2322 0.9999 2454719.1420 3.7822 0.1527 0.9999 2454755.1190 3.8963 0.1816 0.9998 2454797.0720 3.8406 0.2773 0.9999 Continued on Next Page… Table C.370 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454842.0080 3.9891 0.2188 1.0000 2455537.1410 3.9172 0.1924 0.9998 2455586.9800 3.5547 0.2243 0.9999

Table C.371: ν Gem Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 3.6638 0.3393 0.9996 2453738.0590 3.8780 0.4073 1.0000 2454178.8840 3.3178 0.3128 0.9997 2454218.7720 4.2372 0.2457 0.9998 2454433.1150 3.5290 0.2997 0.9997 2454719.1420 3.2744 0.2344 0.9998 2454755.1190 3.1491 0.2456 0.9997 2454797.0720 3.3348 0.3171 0.9999 2454842.0080 3.8122 0.2560 0.9999 2455537.1410 3.5783 0.2278 0.9997

517 2455586.9800 3.5169 0.2839 0.9999

Table C.372: ν Gem Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 1.3046 0.4231 0.9994 2453738.0590 1.9068 0.3500 0.9998 2454178.8840 1.9071 0.1754 0.9987 2454218.7720 2.5638 0.1354 0.9995 2454433.1150 1.5901 0.2186 0.9995 2454719.1420 1.3599 0.1529 0.9997 2454755.1190 1.4015 0.0953 0.9995 2454797.0720 1.6456 0.2489 0.9998 2454842.0080 1.8915 0.1108 0.9996 2455537.1410 1.7175 0.2515 0.9995 2455586.9800 1.7891 0.1378 0.9995 Table C.373: ν Gem Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 1.8143 0.4895 1.0001 2453738.0590 2.8652 0.3132 1.0001 2454178.8840 3.0013 0.4000 1.0000 2454218.7720 2.2847 0.2344 1.0001 2454433.1150 1.9086 0.3162 0.9999 2454719.1420 1.7234 0.2396 1.0001 2454755.1190 1.4635 0.1880 1.0000 2454797.0720 2.1667 0.2979 1.0001 2454842.0080 2.1149 0.2591 1.0001 2455537.1410 2.6207 0.3163 1.0001 2455586.9800 2.4631 0.2242 1.0001

Table C.374: ν Gem Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 1.7214 0.1411 0.9999 518 2453738.0590 1.6363 0.0892 1.0002 2454178.8840 1.1325 0.2327 1.0001 2454218.7720 2.1068 0.1421 1.0000 2454433.1150 1.3605 0.1987 1.0000 2454719.1420 1.5350 0.0493 1.0000 2454755.1190 1.4196 0.2736 1.0000 2454797.0720 1.7716 0.3547 1.0000 2454842.0080 1.7057 0.0889 1.0000 2455537.1410 2.2023 0.1740 0.9999 2455586.9800 1.5087 0.2639 1.0002

Table C.375: ν Gem Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 1.1318 0.3346 1.0008 2453738.0590 0.8237 0.5454 0.9994 2454178.8840 0.9473 0.6404 0.9989 2454218.7720 1.0860 0.4000 0.9998 2454433.1150 0.8467 0.3369 0.9997 2454719.1420 0.7822 0.1898 0.9994 2454755.1190 0.7742 0.1287 0.9995 2454797.0720 1.0097 0.4685 0.9998 2454842.0080 0.9822 0.3388 0.9993 Continued on Next Page… Table C.375 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455537.1410 1.1845 0.4000 1.0000 2455586.9800 0.9206 0.4000 0.9993

Table C.376: ν Gem Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 0.4764 0.2718 1.0004 2453738.0590 0.3850 0.4702 1.0002 2454178.8840 0.3144 0.1694 0.9998 2454218.7720 0.4288 0.1222 1.0002 2454433.1150 0.3668 0.2591 1.0008 2454719.1420 0.3393 0.1238 1.0003 2454755.1190 0.4289 0.1077 1.0003 2454797.0720 0.3168 0.2203 0.9998 2454842.0080 0.3103 0.2202 1.0001 2455537.1410 0.4129 0.1153 1.0000 2455586.9800 0.4186 0.2334 1.0001 519

Table C.377: ν Gem Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453724.1020 0.0633 0.2335 0.9997 1.5335 -0.0003 -0.000007 1.5359 -0.0003 -0.000009 0.7422 0.2630 2453738.0590 0.1347 0.4000 0.9995 1.5336 0.0002 0.000009 1.5359 0.0002 0.000008 0.9473 0.3022 2454178.8840 -0.0868 0.4000 0.9994 1.5338 0.0003 0.000015 1.5361 0.0003 0.000011 1.3081 0.1277 2454218.7720 0.1404 0.4000 0.9996 1.5337 0.0002 0.000006 1.5361 0.0002 0.000008 0.6101 0.0652 2454433.1150 -0.0430 0.0756 0.9990 1.5335 0.0003 0.000010 1.5358 0.0003 0.000011 0.8524 0.1221 2454719.1420 -0.0136 0.0879 0.9996 1.5336 0.0003 0.000011 1.5358 0.0003 0.000009 1.0806 0.1231 2454755.1190 0.0810 0.1416 0.9999 1.5335 0.0003 0.000009 1.5357 0.0003 0.000008 1.1053 0.1377 2454797.0720 -0.1162 0.4000 0.9999 1.5336 0.0003 0.000013 1.5359 0.0003 0.000013 1.0926 0.1419 2454842.0080 -0.0585 0.1316 1.0000 1.5338 0.0003 0.000010 1.5360 0.0003 0.000013 0.8297 0.0953 2455537.1410 0.0768 0.4000 0.9999 1.5338 0.0003 0.000009 1.5359 0.0003 0.000009 0.9993 0.0918 2455586.9800 -0.0165 0.4000 1.0002 1.5338 0.0003 0.000011 1.5360 0.0003 0.000007 1.3401 0.1565 Table C.378: ν Gem Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453724.1020 -0.1269 0.4000 1.0016 1.5255 0.0003 0.000010 1.5276 0.0003 0.000013 0.7464 0.1770 2453738.0590 -0.0283 0.4000 1.0011 1.5254 0.0003 0.000008 1.5278 0.0003 0.000011 0.9380 0.2707 2454178.8840 -0.2215 0.4000 1.0009 1.5257 0.0003 0.000015 1.5279 0.0003 0.000016 0.9299 0.0791 2454218.7720 -0.0332 0.4000 0.9999 1.5257 0.0003 0.000009 1.5279 0.0003 0.000011 0.8505 0.0734 2454433.1150 -0.1129 0.4000 1.0015 1.5255 0.0003 0.000011 1.5277 0.0003 0.000013 0.9466 0.1384 2454719.1420 -0.1761 0.4000 1.0000 1.5254 0.0003 0.000015 1.5277 0.0003 0.000014 1.0872 0.1112 2454755.1190 -0.1273 0.4000 1.0006 1.5254 0.0003 0.000013 1.5276 0.0003 0.000012 0.9695 0.0840 2454797.0720 -0.2851 0.4000 1.0001 1.5256 0.0004 0.000017 1.5278 0.0004 0.000021 0.9211 0.0999 2454842.0080 -0.1614 0.4000 1.0000 1.5257 0.0003 0.000013 1.5279 0.0004 0.000015 1.0325 0.1267 2455537.1410 -0.2524 0.4000 0.9998 1.5256 0.0004 0.000018 1.5279 0.0004 0.000017 1.1206 0.0774 2455586.9800 -0.1491 0.4000 1.0008 1.5257 0.0003 0.000013 1.5279 0.0003 0.000011 1.0767 0.1055

Table C.379: ν Gem Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453724.1020 -0.1962 0.4000 0.9986 1.5186 0.0003 0.000010 1.5209 0.0003 0.000012 0.8446 0.3158 520 2453738.0590 -0.2050 0.4000 0.9998 1.5185 0.0004 0.000016 1.5210 0.0004 0.000011 1.4575 0.4317 2454178.8840 -0.3178 0.4000 0.9984 1.5187 0.0004 0.000017 1.5211 0.0004 0.000016 1.0047 0.0860 2454218.7720 -0.1999 0.4000 0.9995 1.5188 0.0003 0.000010 1.5211 0.0003 0.000015 0.6500 0.0588 2454433.1150 -0.3844 0.4000 0.9996 1.5186 0.0004 0.000019 1.5209 0.0004 0.000019 1.0292 0.1034 2454719.1420 -0.2947 0.4000 1.0000 1.5185 0.0004 0.000014 1.5208 0.0004 0.000018 0.7803 0.0752 2454755.1190 -0.2776 0.4000 0.9991 1.5186 0.0003 0.000014 1.5208 0.0004 0.000017 1.0720 0.0906 2454797.0720 -0.2809 0.4000 0.9994 1.5186 0.0004 0.000015 1.5209 0.0004 0.000018 0.8687 0.0994 2454842.0080 -0.2339 0.4000 0.9992 1.5188 0.0003 0.000012 1.5210 0.0003 0.000014 0.8147 0.0812 2455537.1410 -0.3076 0.4000 0.9999 1.5187 0.0004 0.000016 1.5209 0.0004 0.000017 0.8916 0.0586 2455586.9800 -0.2333 0.4000 1.0002 1.5188 0.0003 0.000015 1.5211 0.0003 0.000013 1.1826 0.1129

Table C.380: ν Gem HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 -1.3484 1.3817 1.0013 2453738.0590 -1.5482 1.1975 1.0010 2454178.8840 -4.1558 2.1836 1.0020 2454218.7720 -0.7435 0.5922 1.0004 2454433.1150 -1.0989 1.8884 1.0009 2454719.1420 0.4234 0.3519 1.0001 2454755.1190 -0.1417 0.6999 1.0006 2454797.0720 -0.5706 0.7071 1.0003 Continued on Next Page… Table C.380 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454842.0080 -1.1600 0.9891 1.0006 2455537.1410 -0.1038 0.5267 1.0003 2455586.9800 -1.2848 0.9742 1.0007

Table C.381: ν Gem HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 0.3289 0.2552 1.0000 2453738.0590 0.1409 0.3155 1.0001 2454178.8840 0.2291 0.2356 1.0001 2454218.7720 0.2340 0.1527 1.0002 2454433.1150 0.2555 0.2784 1.0001 2454719.1420 0.2057 0.2236 1.0001 2454755.1190 0.3000 0.2068 1.0001 2454797.0720 0.2540 0.2770 1.0002 2454842.0080 0.2078 0.2369 1.0001 2455537.1410 0.2006 0.2121 1.0001

521 2455586.9800 0.2089 0.2392 1.0001

Table C.382: ν Gem HeI λ1.7µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453724.1020 0.3028 0.1861 1.0003 2453738.0590 0.1684 0.2447 0.9997 2454178.8840 0.0793 0.1434 1.0000 2454218.7720 0.1501 0.0779 1.0005 2454433.1150 0.1573 0.5049 1.0002 2454719.1420 0.0868 0.0823 1.0001 2454755.1190 0.1276 0.2270 1.0002 2454797.0720 0.0986 0.1620 1.0000 2454842.0080 0.1071 0.0705 1.0003 2455537.1410 0.0652 0.1272 1.0001 2455586.9800 0.1103 0.1566 1.0002 Table C.383: ν Gem Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453724.1020 1.8259 0.9480 1.0007 1.2820 0.0002 0.00003 1.2828 0.0002 0.00003 0.9737 0.0512 2453738.0590 2.2123 1.0693 1.0002 1.2828 0.0002 0.00002 1.2819 0.0002 0.00003 1.1164 0.0976 2454178.8840 2.3604 1.5062 1.0003 1.2820 0.0002 0.00003 1.2829 0.0002 0.00003 0.8452 0.0111 2454218.7720 1.7935 0.4687 1.0007 1.2819 0.0003 0.00015 1.2829 0.0003 0.00035 0.4331 0.0024 2454433.1150 1.7919 0.7921 1.0004 1.2741 0.0008 0.00003 1.2827 0.0002 0.00006 0.5000 0.0020 2454719.1420 1.4816 0.3133 1.0007 1.2818 0.0002 0.00003 1.2827 0.0002 0.00005 0.6342 0.0109 2454755.1190 1.5950 0.4670 1.0003 1.2819 0.0002 0.00001 1.2827 0.0002 0.00006 0.3905 0.0071 2454797.0720 1.5174 0.6119 0.9995 1.2821 0.0002 0.00001 1.2828 0.0002 0.00007 0.3881 0.0121 2454842.0080 2.4453 0.6591 0.9999 1.2812 0.0002 -0.00006 1.2829 0.0002 0.00005 0.5000 0.1000 2455537.1410 1.3523 0.3111 1.0003 1.2819 0.0002 0.00004 1.2828 0.0002 0.00007 0.7421 0.0083 2455586.9800 1.8571 0.7653 0.9999 1.2821 0.0002 0.00003 1.2829 0.0002 0.00004 0.7724 0.0128 522 C.21 ω Ori

Table C.384: ω Ori Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449679.7640 -5.5128 1.3881 0.9297 1.4176 0.6562 1.6358 0.6565 1.5998 1.0601 0.0007 2450068.6650 -5.1971 0.9527 0.9223 1.1714 0.6561 1.3584 0.6565 1.3475 1.0313 0.0009 2450099.6560 -3.7524 0.8009 0.9330 1.1165 0.6561 1.2758 0.6566 1.2967 0.9295 0.0009 2450106.5810 -4.6553 0.6563 0.9312 1.2028 0.6561 1.3208 0.6566 1.3245 0.9888 0.0009 2450114.5620 -4.9102 0.9126 0.9397 1.2339 0.6561 1.3415 0.6565 1.3521 0.9700 0.0009 2450116.6810 -5.7400 1.6586 0.9385 1.2380 0.6561 1.3892 0.6565 1.3790 1.0268 0.0010 2450118.5380 -5.4828 0.9661 0.9439 1.2447 0.6561 1.3955 0.6566 1.4270 0.9261 0.0008 2452225.8390 -3.8498 0.8351 0.9348 1.0830 0.6561 1.3516 0.6566 1.3378 1.0410 0.0007 2452301.6740 -3.9721 1.1940 0.9275 1.0558 0.6561 1.2852 0.6566 1.3088 0.9238 0.0007 2452308.6710 -3.4734 0.8475 0.9297 1.0418 0.6561 1.2890 0.6566 1.2694 1.0725 0.0014 2452684.6300 -7.2245 1.0231 0.9518 1.4085 0.6561 1.6163 0.6566 1.6249 0.9863 0.0005 2453744.6700 -9.0329 1.1114 0.9327 1.6641 0.6562 2.0325 0.6565 2.0549 0.9788 0.0005 2453768.6750 -8.7703 1.3966 0.9345 1.6332 0.6561 2.0320 0.6565 2.0213 1.0105 0.0005 2453799.6400 -8.9166 0.8557 0.9463 1.6254 0.6562 1.9135 0.6565 1.9775 0.9345 0.0004 2453840.5640 -10.7750 3.0102 0.9288 1.7678 0.6562 2.2303 0.6565 2.2918 0.9523 0.0009 2453987.8960 -10.6584 2.0199 0.9332 1.8208 0.6562 2.2275 0.6565 2.2121 1.0127 0.0005 2454038.9030 -11.2831 1.4742 0.9346 1.7881 0.6562 2.2244 0.6565 2.1920 1.0272 0.0005 523 2454111.7320 -9.0877 1.2328 0.9387 1.6705 0.6562 1.9933 0.6565 2.0149 0.9787 0.0006 2454762.8310 -9.3126 2.0066 0.9462 1.5722 0.6561 1.9098 0.6565 1.8748 1.0400 0.0010 2454798.8510 -9.4121 1.5814 0.9685 1.5809 0.6561 1.9227 0.6565 1.9293 0.9929 0.0014 2454871.6470 -9.8627 1.6931 0.9459 1.6003 0.6561 1.9247 0.6565 1.9257 0.9989 0.0009 2454892.6120 -9.7884 2.3304 0.9520 1.5774 0.6561 1.9763 0.6566 1.9542 1.0232 0.0010 2455167.8160 -14.7110 3.1216 0.9726 2.1880 0.6562 2.4485 0.6565 2.4073 1.0293 0.0014

Table C.385: ω Ori HeI λ5876Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452225.8390 0.3149 0.2643 0.9872 0.9818 0.5872 1.0372 0.5880 1.0392 0.9483 0.0043 2452301.6740 0.3273 0.3152 0.9877 0.9792 0.5872 1.0353 0.5881 1.0379 0.9327 0.0043 2452308.6710 0.2739 0.2617 0.9857 1.0128 0.5872 1.0379 0.5880 1.0326 1.1607 0.0043 2452684.6300 0.3380 0.3302 0.9906 0.9999 0.5871 1.0076 0.5881 1.0372 0.2042 0.0043 2453744.6700 0.2471 0.2255 0.9862 0.9783 0.5873 1.0405 0.5880 1.0484 0.8356 0.0042 2453768.6750 0.2250 0.2794 0.9842 0.9832 0.5872 1.0357 0.5880 1.0289 1.2362 0.0043 2453799.6400 0.3194 0.3028 0.9826 1.0028 0.5869 1.0034 0.5881 1.0236 0.1447 0.0043 2453840.5640 0.0365 0.5029 0.9549 1.0114 0.5872 1.0555 0.5881 1.0224 2.4780 0.0043 2453987.8960 0.1273 0.3746 0.9680 0.9630 0.5872 1.0430 0.5881 1.0469 0.9167 0.0042 2454038.9030 0.1376 0.2346 0.9871 0.9819 0.5872 1.0753 0.5880 1.0654 1.1510 0.0041 2454111.7320 0.2015 0.2759 0.9853 0.9779 0.5872 1.0538 0.5881 1.0377 1.4284 0.0043 2454762.8310 0.1057 0.6449 0.9872 0.9409 0.5872 1.0777 0.5881 1.0713 1.0899 0.0028 2454798.8510 0.1972 0.5048 0.9907 0.9745 0.5872 1.0486 0.5880 1.0364 1.3363 0.0019 Continued on Next Page… Table C.385 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454871.6470 0.3488 0.7294 0.9874 0.9735 0.5872 1.0505 0.5881 1.0679 0.7432 0.0027 2454892.6120 0.2186 0.9329 0.9876 0.9947 0.5872 1.0665 0.5881 1.0903 0.7361 0.0030 2455167.8160 0.1169 1.4823 0.9821 0.8125 0.5872 1.1086 0.5880 1.0867 1.2530 0.0039

Table C.386: ω Ori Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449679.8630 1.1005 0.8609 1.0013 1.0214 0.4859 0.9773 0.4865 0.9459 0.4198 0.0014 2454762.8310 0.7348 1.5064 0.9662 1.0328 0.4860 1.0423 0.4864 1.0536 0.7880 0.0054 2454798.8510 1.5920 1.8769 1.0186 1.1032 0.4859 1.0685 0.4864 1.0573 1.1962 0.0102 2454871.6470 1.7548 2.2184 1.0022 0.5979 0.4860 1.0191 0.4864 1.0444 0.4306 0.0057 2454892.6120 2.4242 2.6265 1.0215 0.6638 0.4859 1.0631 0.4864 1.0761 0.8289 0.0068 2455167.8160 2.4194 5.1279 1.0475 1.0673 0.4859 1.1546 0.4864 1.1014 1.5248 0.0112

524 Table C.387: ω Ori Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -5.4688 0.4253 0.9999 2.1657 0.0006 0.0003 2.1672 0.0006 0.0003 1.1043 0.0496 2453983.1180 -8.1096 0.7456 0.9994 2.1654 0.0006 0.0004 2.1669 0.0006 0.0004 1.0428 0.0332 2454039.0670 -9.2771 0.6771 0.9997 2.1654 0.0006 0.0004 2.1669 0.0007 0.0005 1.0032 0.0571 2454755.0990 -6.8320 0.6573 0.9999 2.1652 0.0006 0.0003 2.1669 0.0008 0.0004 0.9839 0.0428 2454797.0480 -5.3012 1.0015 0.9989 2.1655 0.0006 0.0002 2.1670 0.0007 0.0003 1.0470 0.0719 2454841.9580 -7.9680 0.5921 0.9999 2.1656 0.0007 0.0004 2.1674 0.0007 0.0004 1.0414 0.0320 2455157.9000 -7.7451 0.8816 0.9997 2.1653 0.0007 0.0002 2.1669 0.0010 0.0005 1.0095 0.0714 2455537.0640 -9.0300 0.6746 0.9995 2.1656 0.0006 0.0005 2.1671 0.0007 0.0005 1.0890 0.0395

Table C.388: ω Ori Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 0.1873 0.2054 0.9984 1.7363 0.0003 0.00005 1.7376 0.0002 0.00004 0.8580 0.0664 2453983.1180 -2.3579 0.1322 0.9999 1.7360 0.0005 0.00016 1.7375 0.0004 0.00014 0.9448 0.0244 2454039.0670 -3.4224 0.2135 1.0003 1.7360 -0.0005 -0.00018 1.7375 0.0005 0.00017 0.8728 0.0280 2454755.0990 -3.0984 0.2646 0.9996 1.7359 0.0006 0.00018 1.7376 0.0005 0.00016 0.9158 0.0265 2454797.0480 -3.9493 0.2649 1.0006 1.7361 0.0005 0.00017 1.7376 0.0005 0.00019 0.9827 0.0434 Continued on Next Page… Table C.388 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454841.9580 -3.6535 0.2064 0.9995 1.7362 0.0005 0.00019 1.7378 0.0005 0.00019 0.9167 0.0228 2455157.9000 -5.9600 0.4185 1.0010 1.7361 0.0007 0.00031 1.7375 0.0006 0.00026 0.9454 0.0504 2455537.0640 -3.9558 0.0555 1.0006 1.7362 0.0005 0.00023 1.7375 0.0005 0.00022 1.0219 0.0246

Table C.389: ω Ori Br 11 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 0.1404 0.2388 1.0000 1.6807 0.0003 0.00004 1.6820 0.0003 0.00003 1.2061 0.0964 2453983.1180 -2.4369 0.1645 1.0000 1.6804 0.0005 0.00016 1.6818 0.0004 0.00013 1.0232 0.0243 2454039.0670 -3.6840 0.2601 1.0000 1.6803 0.0005 0.00018 1.6819 0.0005 0.00019 0.9587 0.0276 2454755.0990 -3.8216 0.3206 0.9999 1.6803 0.0006 0.00020 1.6819 -0.0006 -0.00020 0.9727 0.0286 2454797.0480 -4.2975 0.3353 0.9998 1.6805 0.0005 0.00017 1.6819 0.0006 0.00022 1.0133 0.0426 2454841.9580 -3.8595 0.2596 1.0000 1.6806 0.0005 0.00018 1.6821 0.0005 0.00021 0.9500 0.0181 2455157.9000 -6.2769 0.1626 1.0000 1.6805 0.0006 0.00030 1.6819 0.0006 0.00031 0.9584 0.0377 2455537.0640 -3.8819 0.2171 1.0000 1.6806 0.0005 0.00022 1.6819 0.0005 0.00022 1.0261 0.0226 525 Table C.390: ω Ori Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 0.6416 0.2749 1.0000 ························ 2453983.1180 -1.5830 0.1344 0.9999 1.6405 0.0005 0.00012 1.6419 0.0004 0.00011 0.9445 0.0244 2454039.0670 -3.0647 0.2547 1.0000 1.6404 0.0005 0.00015 1.6420 0.0005 0.00017 0.8968 0.0191 2454755.0990 -4.1100 0.3947 0.9998 1.6404 0.0006 0.00020 1.6420 0.0005 0.00020 0.9490 0.0195 2454797.0480 -4.1698 0.4026 0.9995 1.6406 0.0006 0.00019 1.6421 0.0006 0.00019 0.9575 0.0354 2454841.9580 -4.0749 0.2582 0.9999 1.6407 0.0005 0.00019 1.6422 0.0005 0.00021 0.8837 0.0151 2455157.9000 -6.3710 0.1976 1.0000 1.6406 0.0006 0.00031 1.6420 0.0006 0.00030 0.9648 0.0241 2455537.0640 -3.9769 0.2066 0.9999 1.6407 0.0005 0.00022 1.6420 0.0004 0.00021 1.0105 0.0179

Table C.391: ω Ori Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -0.4079 0.1589 0.9997 1.6116 -0.0004 -0.02456 1.6116 0.0004 -0.02450 1.0157 22916800.0000 2453983.1180 -3.3384 0.1176 1.0001 1.6107 0.0005 0.00016 1.6121 0.0005 0.00015 1.0013 0.0280 2454039.0670 -4.5296 0.1984 0.9998 1.6106 0.0005 0.00019 1.6122 0.0006 0.00022 0.9200 0.0294 2454755.0990 -5.0102 0.3549 1.0000 1.6106 0.0005 0.00021 1.6122 0.0006 0.00025 0.9905 0.0246 Continued on Next Page… Table C.391 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454797.0480 -5.7644 0.1900 0.9998 1.6107 0.0006 0.00022 1.6122 0.0007 0.00027 1.0073 0.0396 2454841.9580 -5.3292 0.1740 1.0000 1.6109 0.0005 0.00023 1.6124 0.0006 0.00025 0.9525 0.0189 2455157.9000 -7.4576 0.1659 1.0005 1.6107 0.0006 0.00033 1.6122 0.0006 0.00035 0.9713 0.0320 2455537.0640 -5.0430 0.1740 1.0001 1.6109 0.0005 0.00024 1.6122 0.0005 0.00024 1.0215 0.0187

Table C.392: ω Ori Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 0.0335 0.2035 1.0001 ························ 2453983.1180 -2.7491 0.1556 1.0001 1.5878 0.0004 0.00013 1.5891 0.0005 0.00014 1.0059 0.0245 2454039.0670 -3.2977 0.1874 1.0000 1.5878 0.0005 0.00015 1.5893 0.0005 0.00018 0.9031 0.0227 2454755.0990 -4.0114 0.3955 1.0001 1.5878 0.0006 0.00021 1.5893 0.0005 0.00019 0.9644 0.0234 2454797.0480 -5.4705 0.3315 0.9999 1.5878 0.0005 0.00021 1.5892 0.0006 0.00026 0.9905 0.0554 2454841.9580 -3.9204 0.2411 1.0000 1.5881 0.0005 0.00019 1.5895 0.0005 0.00020 0.9417 0.0273 2455157.9000 -7.0680 0.2047 1.0001 1.5879 0.0006 0.00033 1.5893 0.0006 0.00032 1.0028 0.0465 2455537.0640 -4.2549 0.1649 1.0001 1.5880 0.0005 0.00020 1.5892 0.0005 0.00025 1.0209 0.0423 526

Table C.393: ω Ori Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 0.2980 0.2542 1.0000 ························ 2453983.1180 -2.0250 0.0715 1.0001 1.5699 0.0005 0.00011 1.5712 0.0004 0.00010 1.0367 0.0282 2454039.0670 -3.1994 0.2833 1.0000 1.5698 0.0005 0.00014 1.5713 0.0005 0.00016 0.8911 0.0303 2454755.0990 -3.8171 0.5297 1.0001 1.5697 0.0005 0.00016 1.5713 0.0006 0.00021 0.9811 0.0245 2454797.0480 -4.8707 0.4880 1.0000 1.5699 0.0006 0.00022 1.5714 0.0006 0.00021 1.0023 0.0448 2454841.9580 -3.7381 0.1122 1.0000 1.5701 0.0005 0.00017 1.5715 0.0005 0.00019 0.9158 0.0202 2455157.9000 -6.3285 0.1826 1.0001 1.5699 0.0006 0.00030 1.5713 0.0006 0.00031 0.9683 0.0244 2455537.0640 -3.8886 0.0490 1.0000 1.5700 0.0005 0.00020 1.5712 0.0005 0.00020 1.0056 0.0230

Table C.394: ω Ori Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -0.1357 0.1801 0.9998 1.5558 0.0004 0.00002 1.5569 0.0003 0.00002 1.0350 0.0973 2453983.1180 -2.1733 0.0638 0.9997 1.5567 0.0005 0.00011 1.5554 0.0004 0.00011 1.0380 0.0307 2454039.0670 -2.9859 0.2116 0.9995 1.5554 0.0005 0.00014 1.5568 0.0005 0.00015 0.8980 0.0311 Continued on Next Page… Table C.394 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454755.0990 -3.7983 0.2838 1.0001 1.5554 0.0005 0.00018 1.5569 0.0006 0.00019 0.9881 0.0241 2454797.0480 -4.7064 0.3742 1.0003 1.5555 0.0006 0.00021 1.5569 0.0006 0.00022 1.0082 0.0675 2454841.9580 -3.6811 0.2023 1.0003 1.5556 0.0005 0.00017 1.5570 0.0005 0.00019 0.9401 0.0315 2455157.9000 -6.6162 0.1678 1.0002 1.5555 0.0006 0.00031 1.5568 0.0006 0.00033 0.9916 0.0318 2455537.0640 -4.0339 0.2761 1.0001 1.5556 0.0005 0.00020 1.5568 0.0005 0.00020 1.0222 0.0231

Table C.395: ω Ori Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -0.4536 0.1074 1.0001 1.5441 0.0005 0.00003 1.5451 0.0003 0.00002 1.0023 0.1571 2453983.1180 -2.0443 0.0844 1.0000 1.5437 0.0005 0.00011 1.5450 0.0005 0.00010 1.0203 0.0396 2454039.0670 -2.8485 0.1656 1.0002 1.5436 0.0005 0.00012 1.5451 0.0006 0.00015 0.9206 0.0414 2454755.0990 -3.5902 0.2018 1.0002 1.5437 0.0005 0.00017 1.5451 0.0006 0.00018 1.0004 0.0508 2454797.0480 -4.5487 0.2983 0.9999 1.5437 0.0006 0.00021 1.5451 0.0006 0.00021 1.0330 0.0594 2454841.9580 -3.5450 0.1758 0.9998 1.5439 0.0005 0.00016 1.5453 0.0005 0.00018 0.9500 0.0282 2455157.9000 -6.3986 0.3118 0.9997 1.5437 0.0005 0.00028 1.5450 0.0006 0.00034 1.0027 0.0329 2455537.0640 -3.8300 0.1128 0.9994 1.5439 0.0005 0.00020 1.5451 0.0005 0.00018 1.0260 0.0338 527

Table C.396: ω Ori Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -0.5481 0.4000 1.0003 1.5343 0.0005 0.00004 1.5354 0.0003 0.00002 1.1244 0.2035 2453983.1180 -1.9683 0.0980 1.0003 1.5340 0.0005 0.00010 1.5352 0.0005 0.00010 1.0190 0.0476 2454039.0670 -2.5498 0.2308 1.0005 1.5339 0.0005 0.00011 1.5353 0.0006 0.00014 0.9116 0.0446 2454755.0990 -3.2046 0.4000 1.0001 1.5339 0.0006 0.00016 1.5354 0.0006 0.00016 1.0012 0.0496 2454797.0480 -4.0936 0.4000 1.0007 1.5340 0.0006 0.00019 1.5354 0.0006 0.00021 1.0230 0.0625 2454841.9580 -3.1585 0.4000 1.0012 1.5342 0.0005 0.00015 1.5355 0.0006 0.00017 0.9449 0.0360 2455157.9000 -5.9418 0.0129 1.0004 1.5340 0.0006 0.00030 1.5354 0.0006 0.00029 1.0070 0.0317 2455537.0640 -3.5899 0.1854 1.0009 1.5342 0.0005 0.00018 1.5353 0.0005 0.00018 1.0241 0.0313

Table C.397: ω Ori Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -0.5567 0.4000 0.9994 1.5263 0.0005 0.00004 1.5273 0.0003 0.00002 1.0841 0.2643 2453983.1180 -1.7884 0.4000 0.9996 1.5259 0.0005 0.00010 1.5271 0.0005 0.00008 1.0247 0.0530 Continued on Next Page… Table C.397 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454039.0670 -2.2129 0.4000 0.9995 1.5258 0.0006 0.00010 1.5272 0.0006 0.00011 0.9348 0.0576 2454755.0990 -2.8610 0.4000 1.0002 1.5258 0.0006 0.00014 1.5272 -0.0006 -0.00014 0.9980 0.0468 2454797.0480 -3.6090 0.4000 1.0006 1.5259 0.0006 0.00016 1.5272 -0.0006 -0.00018 1.0470 0.1202 2454841.9580 -2.8442 0.4000 0.9994 1.5260 0.0005 0.00013 1.5274 0.0006 0.00016 0.9791 0.0485 2455157.9000 -5.4853 0.4000 1.0004 1.5259 0.0006 0.00026 1.5272 0.0006 0.00028 1.0114 0.0388 2455537.0640 -3.3603 0.4000 0.9989 1.5260 0.0005 0.00017 1.5272 0.0005 0.00016 1.0493 0.0425

Table C.398: ω Ori Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -0.4963 0.4000 1.0001 1.5192 0.0004 0.00002 1.5203 0.0005 0.00003 0.9821 0.3375 2453983.1180 -1.6051 0.3597 1.0003 1.5190 0.0005 0.00008 1.5202 0.0005 0.00008 0.9744 0.0631 2454039.0670 -1.8703 0.7405 1.0001 1.5188 0.0005 0.00007 1.5202 0.0007 0.00012 0.8903 0.0717 2454755.0990 -2.4811 0.4000 1.0005 1.5188 0.0005 0.00009 1.5202 0.0007 0.00016 0.9575 0.0612 2454797.0480 -3.0924 0.4000 0.9998 1.5190 0.0006 0.00015 1.5204 0.0006 0.00016 1.0050 0.0915 2454841.9580 -2.4426 0.4000 1.0002 1.5192 0.0005 0.00011 1.5205 0.0005 0.00013 0.9210 0.0435 2455157.9000 -4.9138 0.5037 1.0003 1.5190 0.0006 0.00023 1.5203 0.0006 0.00026 0.9979 0.0425

528 2455537.0640 -2.8667 0.4000 1.0003 1.5191 0.0005 0.00014 1.5203 0.0005 0.00015 1.0063 0.0477

Table C.399: ω Ori HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -4.1578 0.3320 1.0001 2.0581 0.0007 0.00022 2.0599 0.0006 0.00019 1.0068 0.0472 2453983.1180 -3.2401 0.6296 0.9999 2.0597 0.0006 0.00017 2.0578 0.0007 0.00019 0.9820 0.0282 2454039.0670 -4.2625 1.6248 1.0005 2.0577 0.0007 0.00021 2.0597 0.0007 0.00020 1.0475 0.0326 2454755.0990 -3.4882 1.7596 1.0003 2.0577 0.0007 0.00017 2.0598 0.0007 0.00016 1.0433 0.0291 2454797.0480 -2.3529 0.8411 1.0002 2.0579 0.0007 0.00011 2.0598 0.0006 0.00010 0.9609 0.0590 2454841.9580 -4.1685 1.0623 1.0004 2.0579 0.0007 0.00020 2.0600 0.0007 0.00019 1.0796 0.0330 2455157.9000 -1.3609 0.4605 0.9999 2.0578 0.0006 0.00007 2.0598 0.0006 0.00009 0.8844 0.0345 2455537.0640 -3.7541 0.3595 1.0001 2.0579 0.0006 0.00019 2.0599 0.0006 0.00018 1.0041 0.0241

Table C.400: ω Ori HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -2.5100 0.2072 0.9998 1.0829 0.0003 0.00012 1.0840 0.0003 0.00012 1.0304 0.0211 Continued on Next Page… Table C.400 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453983.1180 -2.3951 0.1130 1.0000 1.0827 0.0003 0.00013 1.0839 0.0003 0.00012 0.9986 0.0117 2454039.0670 -2.6231 0.1843 0.9997 1.0827 0.0004 0.00013 1.0839 0.0003 0.00013 0.9792 0.0144 2454755.0990 -2.3587 0.1513 0.9996 1.0827 0.0004 0.00012 1.0839 0.0003 0.00011 0.9740 0.0131 2454797.0480 -1.5575 0.1765 0.9996 1.0828 0.0004 0.00007 1.0839 0.0003 0.00008 0.8936 0.0252 2454841.9580 -2.3608 0.1870 0.9997 1.0829 0.0004 0.00012 1.0841 0.0003 0.00011 0.9724 0.0133 2455157.9000 -1.9130 0.1784 0.9999 1.0827 0.0003 0.00010 1.0839 0.0003 0.00010 0.9583 0.0152 2455537.0640 -2.4699 0.1617 0.9998 1.0829 0.0003 0.00013 1.0840 0.0003 0.00012 1.0007 0.0122

Table C.401: ω Ori HeI λ1.7µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453738.0070 0.3298 0.1487 1.0003 2453983.1180 0.1557 0.0688 1.0002 2454039.0670 0.1258 0.0542 0.9998 2454755.0990 0.2288 0.2028 1.0001 2454797.0480 0.5404 0.1462 0.9999 2454841.9580 0.2839 0.1239 1.0001

529 2455157.9000 0.1785 0.0836 0.9999 2455537.0640 0.0899 0.1311 1.0001

Table C.402: ω Ori Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453738.0070 -1.5851 0.2736 1.0000 1.2820 0.0003 0.00022 1.2828 0.0003 0.00018 1.0806 0.0233 2453983.1180 -3.0536 0.2531 1.0004 1.2818 0.0004 0.00029 1.2826 0.0003 0.00021 1.0126 0.0166 2454039.0670 -3.4191 0.3939 1.0001 1.2818 0.0003 0.00026 1.2826 0.0003 0.00024 0.9967 0.0198 2454755.0990 -1.1359 0.6409 0.9999 1.2817 0.0003 0.00015 1.2827 0.0003 0.00014 0.9998 0.0178 2454797.0480 -1.5206 0.4671 1.0004 1.2818 0.0004 0.00015 1.2827 0.0003 0.00013 1.0666 0.0290 2454841.9580 -1.7011 0.5454 1.0000 1.2819 0.0003 0.00016 1.2829 0.0003 0.00017 0.9951 0.0152 2455157.9000 -3.4163 0.3025 1.0001 1.2818 0.0004 0.00025 1.2827 0.0003 0.00020 1.0212 0.0236 2455537.0640 -3.8010 0.2208 1.0005 1.2819 0.0003 0.00029 1.2827 0.0003 0.00028 1.0353 0.0158 C.22 o Cas

Table C.403: o Cas Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452150.8140 -16.2453 0.5567 0.9742 3.9722 0.6562 3.5880 0.6564 3.3726 1.0908 0.0002 2452151.8130 -16.3746 0.6841 0.9729 3.9290 0.6562 3.7650 0.6564 3.3293 1.1871 0.0002 2452158.8050 -17.1791 0.6705 0.9752 4.1074 0.6562 3.8880 0.6564 3.3845 1.2112 0.0002 2452167.7970 -17.4223 0.8534 0.9751 4.0676 0.6562 3.8792 0.6564 3.4961 1.1535 0.0002 2452191.7040 -18.2969 0.5634 0.9763 4.2396 0.6562 4.2464 0.6564 3.4431 1.3288 0.0002 2452216.6200 -18.4833 1.6791 0.9755 4.3015 0.6562 4.1519 0.6564 3.5795 1.2219 0.0005 2452217.6330 -17.5112 0.7564 0.9796 4.1655 0.6562 3.8788 0.6564 3.5172 1.1437 0.0009 2452235.6510 -17.8923 0.9243 0.9811 4.1558 0.6562 4.0313 0.6564 3.4713 1.2267 0.0006 2452262.5980 -19.1707 0.6634 0.9780 4.1934 0.6562 4.0057 0.6564 3.5697 1.1697 0.0003 2452301.5170 -18.6684 0.6295 0.9801 4.1323 0.6562 3.9261 0.6564 3.5173 1.1624 0.0008 2452314.5140 -17.7901 0.9936 0.9778 4.0069 0.6562 3.7875 0.6564 3.4205 1.1516 0.0003 2452455.8520 -19.9211 1.1719 0.9721 4.3082 0.6562 4.1226 0.6564 3.8723 1.0872 0.0005 2452567.6820 -22.9131 1.6164 0.9626 4.5722 0.6562 4.3594 0.6564 4.3665 0.9979 0.0003 2452576.6630 -21.2695 1.4277 0.9854 4.3876 0.6562 4.0434 0.6564 4.3643 0.9046 0.0003 2452578.7310 -22.4031 1.0814 0.9821 4.6307 0.6562 4.2490 0.6564 4.4210 0.9497 0.0003 2452586.6380 -21.3294 1.1914 0.9774 4.2953 0.6562 4.0661 0.6564 4.2176 0.9529 0.0002 2452587.5520 -21.4218 1.3403 0.9829 4.3238 0.6562 3.9394 0.6564 4.3716 0.8718 0.0004 530 2452596.6980 -22.9120 0.8838 0.9774 4.5578 0.6562 4.2340 0.6564 4.4994 0.9241 0.0002 2452601.5650 -21.5731 0.8724 0.9832 4.4481 0.6562 4.0539 0.6564 4.3944 0.8997 0.0002 2452617.6340 -22.9808 1.1354 0.9846 4.5934 0.6562 4.1676 0.6564 4.6256 0.8737 0.0002 2452618.5480 -22.8895 2.4111 0.9847 4.5808 0.6562 4.1443 0.6564 4.5291 0.8910 0.0004 2452646.5760 -23.1056 0.7973 0.9794 4.4687 0.6562 4.1836 0.6564 4.6003 0.8843 0.0002 2452653.5190 -21.9239 1.5290 0.9837 4.0707 0.6562 3.5125 0.6564 4.6018 0.6976 0.0003 2452661.5290 -22.5911 1.8253 0.9881 4.1615 0.6562 3.6393 0.6564 4.6627 0.7206 0.0003 2452811.7140 -24.2650 0.6734 0.9903 4.4330 0.6562 3.7695 0.6564 4.7649 0.7356 0.0002 2452828.7390 -24.6163 1.0174 0.9826 4.5045 0.6562 3.8924 0.6564 4.7455 0.7722 0.0003 2452833.7010 -24.7277 1.4081 0.9826 4.5530 0.6562 3.9040 0.6564 4.7366 0.7772 0.0004 2452975.5940 -25.3279 1.0906 0.9836 4.6200 0.6562 4.5899 0.6564 4.7347 0.9612 0.0002 2453284.7520 -27.6840 1.1245 0.9821 5.0649 0.6562 4.9819 0.6564 4.3512 1.1882 0.0002 2453318.7230 -27.8689 1.0056 0.9900 5.1653 0.6562 5.0694 0.6564 4.4127 1.1924 0.0002 2453323.7110 -27.9434 1.4601 0.9907 5.1651 0.6562 5.0446 0.6564 4.3674 1.2011 0.0002 2453355.6370 -28.5849 1.4554 0.9871 5.1634 0.6562 5.0534 0.6564 4.4841 1.1634 0.0003 2453623.8390 -30.0702 2.1391 0.9877 5.3675 0.6562 5.1311 0.6564 5.3249 0.9552 0.0003 2453644.7790 -30.6094 1.4187 0.9836 5.3758 0.6562 5.2708 0.6564 5.3914 0.9726 0.0002 2453663.7380 -30.8487 1.9153 0.9866 5.3522 0.6562 5.1768 0.6564 5.5591 0.9162 0.0002 2453673.7540 -30.8414 1.8432 0.9878 5.3404 0.6562 5.2003 0.6564 5.5584 0.9214 0.0002 2453757.5430 -30.7772 1.9178 0.9857 5.4522 0.6562 5.1512 0.6564 5.6187 0.8988 0.0002 2454043.7500 -32.2298 1.5316 0.9867 5.6210 0.6562 5.6608 0.6564 5.5577 1.0226 0.0002 2454089.5810 -32.1927 1.5399 0.9941 5.9203 0.6562 5.8400 0.6564 5.4603 1.0851 0.0002 2454117.5690 -32.6167 1.7833 0.9862 6.0195 0.6562 5.8527 0.6564 5.5825 1.0590 0.0002 2454341.8730 -32.9350 0.6655 1.0020 6.1200 0.6562 6.0392 0.6564 5.0286 1.2509 0.0005 2454377.7730 -33.0103 0.9896 1.0029 6.0952 0.6562 6.0350 0.6564 5.0700 1.2371 0.0003 2454432.6440 -33.0274 1.4946 0.9970 6.0797 0.6562 6.1069 0.6564 5.1133 1.2415 0.0004 2454752.7490 -34.5265 1.3168 1.0007 6.3728 0.6562 5.8577 0.6564 6.3393 0.9098 0.0002 2454756.7260 -34.0968 1.2880 1.0059 6.3396 0.6562 5.8195 0.6564 6.3610 0.8990 0.0002 2454769.6420 -33.9171 1.7411 0.9987 6.2538 0.6562 5.7046 0.6564 6.3591 0.8779 0.0004 Continued on Next Page… Table C.403 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454797.6580 -35.0321 1.2705 0.9991 6.4691 0.6562 5.8692 0.6564 6.5992 0.8696 0.0001 2455068.8610 -34.8022 1.4537 1.0058 6.5785 0.6562 6.3981 0.6564 6.2898 1.0205 0.0002 2455069.7910 -35.1537 0.9983 1.0060 6.5886 0.6562 6.3101 0.6564 6.1667 1.0278 0.0003 2455088.7400 -36.0092 1.7151 0.9949 6.7695 0.6562 6.5405 0.6564 6.1480 1.0762 0.0005 2455141.7090 -36.0272 1.5748 0.9995 6.9418 0.6562 6.6525 0.6564 6.0307 1.1236 0.0002 2455164.6290 -35.5144 1.4342 1.0063 7.0917 0.6562 6.6848 0.6564 5.9942 1.1383 0.0002 2455182.6130 -36.3594 2.8480 1.0045 7.1625 0.6562 6.8102 0.6564 6.1059 1.1379 0.0008 2455434.7950 -35.8183 3.5388 1.0051 6.7539 0.6562 6.8042 0.6564 5.6767 1.2411 0.0007 2455470.7330 -36.2101 1.3974 1.0086 6.9189 0.6562 6.8705 0.6564 5.7274 1.2418 0.0004 2455486.7010 -35.8547 0.6733 0.9990 6.8459 0.6562 6.7755 0.6564 5.7266 1.2219 0.0003 2455497.5930 -35.9876 1.6494 1.0021 6.7814 0.6562 6.7783 0.6564 5.8184 1.1992 0.0004 2455509.6260 -36.4514 1.1339 0.9977 6.9382 0.6562 6.9124 0.6564 5.7931 1.2335 0.0004 2457345.6370 -29.0282 0.9555 0.9961 6.1053 0.6562 6.1832 0.6564 5.1093 1.2613 0.0001

Table C.404: o CasHeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height

531 2452150.8140 0.4334 0.2240 0.9856 0.9870 2452151.8130 0.3124 0.2141 0.9785 0.9782 2452158.8050 0.4030 0.2032 0.9867 0.9840 2452167.7970 0.3596 0.2381 0.9833 0.9897 2452191.7040 0.3556 0.1678 0.9852 0.9801 2452216.6200 0.3899 0.3673 0.9925 1.0098 2452217.6330 0.4913 0.2189 0.9936 0.9967 2452235.6510 0.3787 0.2506 0.9888 1.0087 2452262.5980 0.4744 0.2006 0.9920 0.9934 2452301.5170 0.4492 0.2412 0.9926 0.9998 2452314.5140 0.3873 0.2994 0.9879 0.9879 2452455.8520 0.3151 0.4656 0.9741 1.0030 2452567.6820 0.4099 0.2921 0.9908 0.9667 2452576.6630 0.4101 0.4344 0.9827 1.0159 2452578.7310 0.4033 0.2789 0.9900 0.9826 2452586.6380 0.4128 0.2626 0.9933 0.9822 2452587.5520 0.3611 0.6305 0.9872 0.9963 2452596.6980 0.4790 0.2404 0.9952 0.9923 2452601.5650 0.4734 0.2459 0.9958 0.9995 2452617.6340 0.4213 0.3744 0.9939 0.9912 2452618.5480 0.5197 0.7805 0.9966 0.9781 2452646.5760 0.4582 0.2226 0.9958 0.9721 2452653.5190 0.4450 0.5231 0.9961 0.9957 2452661.5290 0.4636 0.4571 0.9948 1.0010 2452811.7140 0.2972 0.2710 0.9843 0.9912 2452828.7390 0.3078 0.2322 0.9822 1.0064 2452833.7010 0.3281 0.3430 0.9853 0.9930 2452975.5940 0.4215 0.2170 0.9941 0.9653 2453284.7520 0.4651 0.2611 0.9948 0.9917 Continued on Next Page… Table C.404 – Continued Central HJD EqW σ(EqW) Continuum Height 2453318.7230 0.4053 0.2466 0.9916 1.0043 2453323.7110 0.4551 0.3012 0.9954 0.9894 2453355.6370 0.4348 0.3452 0.9911 0.9879 2453623.8390 0.3898 0.5064 0.9850 1.0568 2453644.7790 0.3201 0.3573 0.9846 1.0111 2453663.7380 0.3972 0.3201 0.9936 0.9814 2453673.7540 0.4038 0.2889 0.9922 0.9902 2453757.5430 0.3820 0.4205 0.9905 1.0394 2454043.7500 0.4234 0.3502 0.9897 0.9858 2454089.5810 0.4248 0.2389 0.9934 1.0069 2454117.5690 0.4494 0.3281 0.9943 0.9844 2454341.8730 0.0373 0.2823 0.9826 0.0000 2454377.7730 0.0474 0.2720 0.9856 0.5688 2454432.6440 0.3541 0.3950 0.9888 0.8499 2454752.7490 0.2615 0.3596 0.9930 0.7931 2454756.7260 0.2874 0.3161 0.9962 0.9327 2454769.6420 0.2874 0.3832 0.9925 0.9598 2454797.6580 0.2492 0.3734 0.9937 0.9851 2455068.8610 0.0950 0.8358 0.9767 0.9116 2455069.7910 0.0276 0.6015 0.9843 0.9178 2455088.7400 -0.2055 0.5101 0.9722 0.9632 2455141.7090 0.1122 0.6426 0.9702 1.0048 2455164.6290 0.4258 0.4779 0.9905 1.0333 532 2455182.6130 0.3833 1.1509 0.9869 1.0180 2455434.7950 0.2154 0.8042 0.9863 1.0008 2455470.7330 0.1474 0.5940 0.9905 0.9817 2455486.7010 0.2684 0.2031 0.9916 0.5091 2455497.5930 0.0873 0.3387 0.9823 0.8324 2455509.6260 0.1022 0.3223 0.9892 0.1195 2457345.6370 0.3417 0.2404 0.9956 0.9526

Table C.405: o Cas Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454341.8730 0.5876 1.1310 1.0003 0.1671 0.4860 1.4432 0.4862 1.4366 1.0151 0.0020 2454377.7730 0.4627 1.3131 0.9994 0.7820 0.4860 1.4299 0.4862 1.3720 1.1557 0.0023 2454432.6440 0.5471 1.6372 0.9893 0.6061 0.4860 1.4367 0.4862 1.3995 1.0931 0.0025 2454752.7490 0.2236 1.1710 1.0026 0.9579 0.4861 1.4790 0.4862 1.5247 0.9129 0.0031 2454756.7260 0.5296 0.8832 1.0033 0.9941 0.4861 1.4602 0.4863 1.5171 0.8898 0.0026 2454769.6420 0.4453 1.2788 1.0044 1.0457 0.4861 1.4992 0.4862 1.5355 0.9322 0.0023 2454797.6580 0.5410 1.3811 1.0067 0.8888 0.4861 1.5425 0.4862 1.5661 0.9584 0.0013 2455068.8610 1.0726 1.3326 1.0297 0.3374 0.4860 1.4592 0.4862 1.5578 0.8234 0.0022 2455069.7910 0.9733 2.0271 1.0222 0.6564 0.4860 1.4518 0.4862 1.5154 0.8766 0.0030 2455088.7400 0.6467 2.4460 1.0222 1.1608 0.4860 1.4658 0.4862 1.5789 0.8047 0.0051 2455141.7090 1.4139 2.2706 1.0274 0.8686 0.4860 1.4915 0.4862 1.5205 0.9443 0.0034 2455164.6290 0.6169 1.5790 1.0124 1.0237 0.4860 1.4629 0.4862 1.5763 0.8032 0.0023 Continued on Next Page… Table C.405 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455182.6130 1.4165 2.7045 1.0563 1.1753 0.4860 1.4781 0.4862 1.5395 0.8862 0.0052 2455434.7950 -0.4484 4.2335 0.9644 0.5099 0.4860 1.6247 0.4862 1.6014 1.0386 0.0054 2455470.7330 0.7514 2.7142 1.0180 0.9037 0.4860 1.4221 0.4862 1.3823 1.1043 0.0034 2455486.7010 0.2669 0.7420 0.9959 0.0000 0.4860 1.4323 0.4862 1.4467 0.9679 0.0021 2455497.5930 -0.0709 1.5262 0.9977 0.9795 0.4860 1.4603 0.4862 1.4740 0.9710 0.0021 2455509.6260 -0.8659 1.2303 0.9739 0.1422 0.4860 1.4662 0.4862 1.4738 0.9839 0.0025 2457345.6370 0.4046 0.7196 1.0026 0.8727 0.4861 1.3486 0.4862 1.3977 0.8764 0.0012

Table C.406: o Cas FeII λ5316Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452150.8140 -0.2036 0.1804 0.9971 1.0291 0.5315 1.0409 0.5317 1.0395 1.0370 0.0012 2452151.8130 -0.1101 0.2706 1.0016 1.0164 0.5315 1.0483 0.5317 1.0340 1.4214 0.0006 2452158.8050 -0.1752 0.1884 0.9978 1.0305 0.5315 1.0510 0.5317 1.0360 1.4153 0.0008 2452167.7970 -0.1388 0.1776 1.0009 1.0306 0.5315 1.0499 0.5317 1.0400 1.2486 0.0008 2452191.7040 -0.0935 0.1675 1.0020 1.0304 0.5315 1.0508 0.5317 1.0399 1.2722 0.0004 2452216.6200 -0.1662 0.5062 0.9986 1.0273 0.5315 1.0609 0.5318 1.0403 1.5106 0.0012

533 2452217.6330 -0.2220 0.3456 0.9946 1.0213 0.5315 1.0419 0.5317 1.0354 1.1842 0.0006 2452235.6510 -0.2559 0.2733 0.9941 1.0105 0.5315 1.0500 0.5317 1.0435 1.1508 0.0007 2452262.5980 -0.1572 0.2009 0.9958 1.0110 0.5315 1.0474 0.5317 1.0389 1.2188 0.0020 2452301.5170 -0.1586 0.2542 0.9972 1.0056 0.5315 1.0552 0.5318 1.0342 1.6124 0.0013 2452314.5140 -0.2069 0.3223 0.9944 1.0193 0.5315 1.0450 0.5317 1.0452 0.9968 0.0008 2452455.8520 -0.5146 0.5117 0.9785 1.0249 0.5314 1.0659 0.5318 1.0730 0.9021 0.0013 2452567.6820 -0.2148 0.4182 1.0015 1.0332 0.5315 1.0689 0.5318 1.0607 1.1342 0.0016 2452576.6630 -0.3025 0.4981 0.9944 1.0142 0.5315 1.0753 0.5319 1.0613 1.2287 0.0043 2452578.7310 -0.4163 0.3405 0.9909 1.0463 0.5315 1.0731 0.5318 1.0571 1.2802 0.0007 2452586.6380 -0.2752 0.3457 0.9964 1.0053 0.5315 1.0595 0.5318 1.0619 0.9624 0.0009 2452587.5520 -0.0652 0.4655 1.0081 1.0317 0.5315 1.0569 0.5318 1.0575 0.9894 0.0023 2452596.6980 -0.3936 0.2791 0.9895 1.0097 0.5314 1.0678 0.5317 1.0549 1.2332 0.0019 2452601.5650 -0.2517 0.2629 0.9995 1.0393 0.5315 1.0661 0.5318 1.0551 1.1998 0.0007 2452617.6340 -0.2989 0.3727 0.9911 1.0419 0.5316 1.0660 0.5319 1.0525 1.2577 0.0010 2452618.5480 -0.3586 0.5922 0.9916 0.9953 0.5315 1.0672 0.5318 1.0821 0.8179 0.0018 2452646.5760 -0.3438 0.3553 0.9937 1.0255 0.5314 1.0598 0.5318 1.0567 1.0549 0.0008 2452653.5190 -0.2726 0.7277 0.9951 1.0538 0.5316 1.0884 0.5319 1.0674 1.3124 0.0016 2452661.5290 -0.8735 0.6495 0.9536 1.0369 0.5316 1.0835 0.5319 1.0590 1.4137 0.0015 2452811.7140 -0.4246 0.3360 0.9935 1.0846 0.5316 1.0877 0.5316 1.0864 1.0152 0.0008 2452828.7390 -0.4213 0.2123 0.9940 1.0574 0.5315 1.0803 0.5316 1.0614 1.3072 0.0007 2452833.7010 -0.3740 0.4764 0.9987 1.0586 0.5316 1.0815 0.5318 1.0711 1.1466 0.0015 2452975.5940 -0.5532 0.2761 0.9892 1.0658 0.5315 1.0920 0.5316 1.0698 1.3182 0.0006 2453284.7520 -0.4325 0.2858 0.9977 1.0398 0.5315 1.0949 0.5317 1.0855 1.1093 0.0007 2453318.7230 -0.5105 0.3782 0.9961 1.0400 0.5315 1.1020 0.5318 1.0797 1.2790 0.0007 2453323.7110 -0.6331 0.4663 0.9883 1.0468 0.5314 1.0891 0.5317 1.1047 0.8510 0.0009 2453355.6370 -0.4908 0.4016 0.9965 1.0488 0.5315 1.1076 0.5317 1.0890 1.2080 0.0008 2453623.8390 -0.4015 0.3660 1.0020 1.0435 0.5315 1.1021 0.5318 1.1056 0.9670 0.0009 2453644.7790 -0.3775 0.3937 1.0029 1.0510 0.5315 1.0932 0.5318 1.0972 0.9585 0.0009 2453663.7380 -0.3692 0.3617 1.0022 1.0602 0.5315 1.0957 0.5318 1.0858 1.1149 0.0008 Continued on Next Page… Table C.406 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453673.7540 -0.4536 0.2535 0.9963 1.0499 0.5315 1.0985 0.5318 1.0925 1.0652 0.0008 2453757.5430 -0.5290 0.5356 0.9936 1.0428 0.5315 1.1041 0.5318 1.1035 1.0065 0.0009 2454043.7500 -0.5575 0.4296 0.9871 1.0544 0.5315 1.0992 0.5318 1.1049 0.9460 0.0009 2454089.5810 -0.4791 0.2440 0.9997 1.0458 0.5315 1.0985 0.5318 1.1013 0.9722 0.0007 2454117.5690 -0.5686 0.3866 0.9902 1.0686 0.5315 1.0985 0.5318 1.0897 1.0976 0.0009 2454341.8730 -0.6779 0.3192 0.9857 1.0507 0.5315 1.0952 0.5317 1.1020 0.9329 0.0012 2454377.7730 -0.6688 0.1633 0.9861 1.0646 0.5315 1.1104 0.5318 1.0937 1.1782 0.0009 2454432.6440 -0.7145 0.5125 0.9822 1.0391 0.5315 1.0955 0.5317 1.0983 0.9713 0.0017 2454752.7490 -0.6161 0.5126 0.9916 1.0922 0.5316 1.1218 0.5318 1.1050 1.1595 0.0027 2454756.7260 -0.4994 0.3919 0.9890 1.0739 0.5316 1.1123 0.5318 1.0993 1.1307 0.0030 2454769.6420 -1.5392 0.4876 0.9128 1.0704 0.5315 1.0998 0.5318 1.1035 0.9638 0.0024 2454797.6580 -0.8292 0.3836 0.9839 1.1047 0.5315 1.1274 0.5318 1.1058 1.2039 0.0011 2455068.8610 -0.8426 0.6137 0.9790 1.0727 0.5315 1.1240 0.5317 1.1336 0.9276 0.0016 2455069.7910 -1.0754 0.6952 0.9612 1.0485 0.5315 1.1428 0.5318 1.1124 1.2709 0.0027 2455088.7400 -0.3801 1.1193 1.0069 1.0509 0.5315 1.1047 0.5318 1.0955 1.0966 0.0033 2455141.7090 -0.9773 0.5012 0.9636 1.0498 0.5315 1.1268 0.5317 1.1037 1.2218 0.0023 2455164.6290 -0.6060 0.8626 0.9801 1.0579 0.5315 1.1442 0.5318 1.1353 1.0660 0.0026 2455182.6130 -0.6861 1.0973 0.9735 1.0259 0.5314 1.1151 0.5318 1.1226 0.9384 0.0033 2455434.7950 -1.0200 1.0613 0.9616 1.0669 0.5315 1.1300 0.5317 1.1297 1.0019 0.0036 2455470.7330 -0.9194 0.8376 0.9658 1.0164 0.5315 1.1181 0.5317 1.0953 1.2391 0.0021 2455486.7010 -0.5603 0.2847 0.9915 0.7776 0.5315 1.1019 0.5318 1.0997 1.0225 0.0024 2455497.5930 -0.6362 0.2334 0.9834 1.0720 0.5315 1.1107 0.5318 1.1046 1.0585 0.0021 2455509.6260 -0.5485 0.4526 0.9970 1.0641 0.5315 1.1110 0.5318 1.1032 1.0762 0.0014 534 2457345.6370 -0.4246 0.2079 0.9964 1.0536 0.5315 1.0982 0.5317 1.0801 1.2252 0.0009

Table C.407: o Cas Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -15.4503 1.3194 0.9998 1.7930 2.1657 2454382.8850 -16.5027 1.3381 0.9998 1.8126 2.1659 2454754.9510 -17.7686 1.5055 0.9997 1.8741 2.1660 2455051.0760 -18.3389 1.2663 0.9998 1.9243 2.1658 2455157.7840 -18.8249 1.5411 0.9997 1.9395 2.1663 2455169.7610 -19.3757 1.4405 0.9998 1.9612 2.1659 2455441.9460 -18.9025 1.5567 0.9997 1.9315 2.1655 2455516.8490 -18.3176 1.3100 0.9997 1.9369 2.1658

Continued on Next Page… Table C.408 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.408: o Cas Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -7.5052 0.3589 1.0037 1.3575 1.7362 2454382.8850 -7.6009 0.4244 1.0035 1.3627 1.7363 2454754.9510 -7.9813 0.5653 1.0038 1.3895 1.7364 2455051.0760 -7.3522 0.4343 1.0032 1.3823 1.7362 2455157.7840 -7.6491 0.5764 1.0034 1.3907 1.7366 2455169.7610 -7.5691 0.4119 1.0029 1.3880 1.7367 2455441.9460 -7.5045 0.4369 1.0028 1.3918 1.7364 2455516.8490 -7.4883 0.5138 1.0034 1.3960 1.7366

Table C.409: o Cas Br 11 Measurements

Central Central

535 HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -7.4219 0.2467 0.9999 1.3490 1.6806 2454382.8850 -6.5727 0.2500 0.9999 1.3250 1.6808 2454754.9510 -7.0311 0.3604 1.0000 1.3442 1.6809 2455051.0760 -7.2454 0.2118 0.9999 1.3620 1.6807 2455157.7840 -6.5816 0.3095 0.9999 1.3457 1.6811 2455169.7610 -6.9291 0.3146 0.9999 1.3577 1.6812 2455441.9460 -6.3193 0.2178 0.9999 1.3404 1.6809 2455516.8490 -7.2366 0.2763 0.9999 1.3693 1.6811

Table C.410: o Cas Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -6.5248 0.2128 1.0000 1.3170 1.6412 2454382.8850 -6.1529 0.1555 1.0000 1.3078 1.6410 2454754.9510 -6.2425 0.3611 0.9999 1.3163 1.6410 2455051.0760 -6.4521 0.1836 0.9999 1.3300 1.6409 2455157.7840 -5.9628 0.3211 1.0000 1.3311 1.6412 2455169.7610 -5.9230 0.4000 1.0000 1.3269 1.6413 2455441.9460 -6.2323 0.2755 1.0000 1.3302 1.6406 2455516.8490 -5.7438 0.2353 0.9999 1.3227 1.6409 Table C.411: o Cas Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -7.0868 0.1257 0.9993 1.3145 1.6110 2454382.8850 -6.5650 0.1778 0.9995 1.3000 1.6112 2454754.9510 -6.7803 0.1688 0.9990 1.3047 1.6116 2455051.0760 -7.1949 0.1246 0.9994 1.3317 1.6111 2455157.7840 -6.5312 0.3853 0.9995 1.3168 1.6114 2455169.7610 -6.9328 0.1784 0.9995 1.3300 1.6115 2455441.9460 -6.7651 0.1987 0.9996 1.3214 1.6108 2455516.8490 -6.5704 0.1105 0.9996 1.3220 1.6111

Table C.412: o Cas Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -7.7769 0.2257 1.0002 1.3200 1.5884 2454382.8850 -6.9948 0.3334 1.0001 1.3048 1.5882 2454754.9510 -6.5635 0.2661 1.0000 1.3143 1.5883 2455051.0760 -6.9613 0.1701 1.0001 1.3180 1.5881 536 2455157.7840 -7.2413 0.4078 1.0000 1.3288 1.5889 2455169.7610 -6.8668 0.2155 1.0000 1.3205 1.5886 2455441.9460 -6.9162 0.1747 1.0000 1.3226 1.5883 2455516.8490 -7.0289 0.1902 1.0000 1.3231 1.5885

Table C.413: o Cas Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -7.1148 0.1947 1.0001 1.2991 1.5699 2454382.8850 -7.3656 0.1643 0.9999 1.3055 1.5701 2454754.9510 -7.3920 0.7772 1.0001 1.3102 1.5701 2455051.0760 -7.1688 0.6700 1.0001 1.3094 1.5699 2455157.7840 -7.0318 0.4615 0.9999 1.3121 1.5707 2455169.7610 -7.0904 0.6612 1.0001 1.3059 1.5708 2455441.9460 -7.0183 0.1717 0.9999 1.3094 1.5705 2455516.8490 -6.9250 0.4708 0.9999 1.3080 1.5707 Table C.414: o Cas Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -6.7843 0.3642 0.9999 1.2865 1.5558 2454382.8850 -6.8073 0.4887 1.0003 1.2827 1.5559 2454754.9510 -6.5497 0.4000 1.0011 1.2870 1.5560 2455051.0760 -6.6173 0.5422 1.0001 1.2919 1.5558 2455157.7840 -6.5795 0.0671 1.0004 1.2907 1.5558 2455169.7610 -6.4721 0.8475 0.9998 1.2888 1.5559 2455441.9460 -6.4305 0.8418 0.9998 1.2907 1.5560 2455516.8490 -6.3033 0.5733 1.0011 1.2891 1.5562

Table C.415: o Cas Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -6.5681 0.4060 0.9996 1.2754 1.5437 2454382.8850 -6.4934 0.3541 0.9995 1.2728 1.5438 2454754.9510 -6.4332 0.6633 0.9990 1.2803 1.5439 2455051.0760 -6.5344 0.3735 0.9992 1.2814 1.5437 537 2455157.7840 -5.8780 0.2700 0.9996 1.2774 1.5445 2455169.7610 -5.8872 0.4766 0.9996 1.2756 1.5446 2455441.9460 -6.1081 0.1656 0.9994 1.2782 1.5439 2455516.8490 -6.3564 0.2136 0.9985 1.2781 1.5441

Table C.416: o Cas Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -6.1259 0.4000 1.0001 1.2571 1.5340 2454382.8850 -6.1048 0.4000 0.9996 1.2570 1.5341 2454754.9510 -6.1352 0.4000 0.9997 1.2581 1.5342 2455051.0760 -5.9189 0.4000 1.0010 1.2570 1.5340 2455157.7840 -5.7662 0.4000 0.9999 1.2603 1.5348 2455169.7610 -6.0182 0.4000 0.9997 1.2605 1.5349 2455441.9460 -5.9090 0.4000 0.9986 1.2646 1.5342 2455516.8490 -5.6787 0.4000 1.0022 1.2549 1.5344 Table C.417: o Cas Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454300.0600 -5.6059 0.4000 1.0005 1.2397 1.5259 2454382.8850 -5.8037 0.4000 1.0001 1.2419 1.5261 2454754.9510 -5.4796 0.4000 1.0007 1.2354 1.5261 2455051.0760 -5.6796 0.4000 0.9987 1.2440 1.5259 2455157.7840 -5.5046 0.4000 0.9996 1.2421 1.5267 2455169.7610 -5.3658 0.4000 0.9968 1.2307 1.5268 2455441.9460 -5.3182 0.4000 1.0012 1.2337 1.5261 2455516.8490 -5.5571 0.4000 0.9988 1.2404 1.5263

Table C.418: o Cas Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position

2454300.0600 -5.2489 0.4000 1.0011 1.2222 1.5194 2454382.8850 -5.3437 0.4000 1.0003 1.2278 1.5196

538 2454754.9510 -5.4310 0.4000 0.9994 1.2277 1.5197 2455051.0760 -5.2427 0.4000 1.0005 1.2247 1.5195 2455157.7840 -5.1587 0.4000 1.0008 1.2283 1.5199 2455169.7610 -4.9057 0.4000 1.0011 1.2196 1.5200 2455441.9460 -5.0342 0.4000 1.0003 1.2238 1.5197 2455516.8490 -5.0566 0.4000 1.0005 1.2228 1.5199 Continued on Next Page…

Table C.419: o Cas HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position

2454300.0600 0.3556 0.5726 0.9999 1.0130 2.0604 2454382.8850 -0.0881 0.6794 1.0001 1.0147 2.0606 2454754.9510 -0.6568 1.4197 1.0006 1.0197 2.0607 2455051.0760 -0.3265 0.9356 1.0000 1.0173 2.0605 2455157.7840 -0.1850 0.7507 0.9996 1.0176 2.0605 2455169.7610 -0.3840 1.8090 1.0002 1.0214 2.0606 2455441.9460 0.4070 0.2831 0.9999 1.0156 2.0602 2455516.8490 -0.7031 0.9082 1.0001 1.0264 2.0605 Continued on Next Page… Table C.420: o Cas HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position

2454300.0600 -0.0029 0.1437 0.9998 1.0126 1.0821 2454382.8850 0.0118 0.1554 0.9996 1.0140 1.0822 2454754.9510 -0.0839 0.2062 0.9993 1.0160 1.0825 2455051.0760 -0.0210 0.1485 0.9996 1.0167 1.0824 2455157.7840 0.0661 0.1316 1.0000 1.0111 1.0823 2455169.7610 -0.0151 0.2146 0.9994 1.0189 1.0824 2455441.9460 0.0629 0.1735 1.0000 1.0139 1.0822 2455516.8490 0.0312 0.1758 0.9997 1.0145 1.0823 Continued on Next Page…

Table C.421: o Cas HeI λ1.7µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position

2454300.0600 0.0443 0.0958 0.9998 1.0101 1.7024 539 2454382.8850 0.0561 0.1441 0.9998 1.0080 1.7025 2454754.9510 0.0969 0.1866 1.0002 1.0108 1.7026 2455051.0760 0.0758 0.0523 0.9999 1.0081 1.7024 2455157.7840 0.1095 0.1386 1.0001 1.0089 1.7024 2455169.7610 0.1074 0.1516 1.0002 1.0094 1.7025 2455441.9460 0.1402 0.1420 1.0001 1.0116 1.7026 2455516.8490 0.1062 0.0931 1.0001 1.0085 1.7024 Continued on Next Page…

Table C.422: o Cas Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position

2454300.0600 -15.6095 1.3715 0.9998 2.4728 1.2819 2454382.8850 -15.5509 1.1242 1.0001 2.4632 1.2821 2454754.9510 -15.3238 1.1848 0.9999 2.4159 1.2821 2455051.0760 -16.8752 0.8399 1.0001 2.5888 1.2820 2455157.7840 -17.1916 1.0494 1.0000 2.6839 1.2823 2455169.7610 -16.9139 1.1079 0.9999 2.6115 1.2820 2455441.9460 -14.7110 0.9888 1.0000 2.3229 1.2818 2455516.8490 -17.2610 0.6388 1.0001 2.6702 1.2820 Continued on Next Page… Table C.423: o Cas Ca II λ0.849µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position

2454300.0600 -1.5749 0.6731 1.0013 1.1502 0.8502 2454382.8850 -1.5191 0.5275 1.0012 1.1443 0.8502 2454754.9510 -1.2298 0.7507 1.0011 1.1293 0.8502 2455051.0760 -1.2200 0.7798 1.0012 1.1290 0.8502 2455157.7840 -1.2402 0.6481 1.0010 1.1231 0.8504 2455169.7610 -1.2374 0.8279 1.0014 1.1246 0.8502 2455441.9460 -0.9815 0.7364 1.0012 1.1152 0.8500 2455516.8490 -0.9681 0.7835 1.0011 1.1112 0.8501 Continued on Next Page…

Table C.424: o Cas Ca II λ0.854µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position

2454300.0600 -1.5389 0.5451 1.0005 1.1431 0.8546 540 2454382.8850 -1.4070 0.4285 1.0005 1.1403 0.8544 2454754.9510 -1.2565 0.6040 1.0004 1.1292 0.8547 2455051.0760 -1.1601 0.6392 1.0004 1.1178 0.8546 2455157.7840 -1.1558 0.5201 1.0004 1.1165 0.8546 2455169.7610 -1.2278 0.6919 1.0005 1.1226 0.8546 2455441.9460 -0.9780 0.6366 1.0005 1.1163 0.8544 2455516.8490 -0.9748 0.6319 1.0004 1.1102 0.8546 Continued on Next Page…

Table C.425: o Cas Ca II λ0.866µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position

2454300.0600 0.6222 0.4000 1.0004 1.0654 0.8664 2454382.8850 0.7619 0.4000 1.0008 1.0588 0.8665 2454754.9510 1.0734 0.4000 1.0012 1.0449 0.8667 2455051.0760 0.9858 0.4000 1.0006 1.0458 0.8664 2455157.7840 1.1542 0.4000 1.0007 1.0395 0.8666 2455169.7610 1.1319 0.4000 1.0007 1.0369 0.8667 2455441.9460 1.2019 0.4000 1.0014 1.0366 0.8663 2455516.8490 1.2908 0.4000 1.0009 1.0323 0.8666 Continued on Next Page… C.23 φ Per

Table C.426: φ Per Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449268.851 -32.000 1.234 0.999 1.822 0.656 4.921 0.656 4.945 0.994 0.0002 2449301.673 -29.691 2.009 1.025 3.210 0.656 3.694 0.656 3.367 1.138 0.0004 2449636.771 -36.334 1.157 1.048 4.176 0.656 4.026 0.656 5.120 0.735 0.0002 2449748.554 -31.413 2.414 1.025 3.401 0.656 3.755 0.656 4.153 0.874 0.0005 2449780.547 -28.602 0.989 1.010 3.139 0.656 3.518 0.656 3.497 1.009 0.0004 2450010.723 -31.651 1.313 0.996 3.492 0.656 3.743 0.656 4.328 0.824 0.0004 2450730.701 -26.619 4.791 1.015 2.731 0.656 3.563 0.656 3.450 1.046 0.0003 2450777.635 -28.959 2.057 1.019 2.866 0.656 3.307 0.656 4.103 0.744 0.0002 2450779.645 -27.526 2.365 1.007 2.683 0.656 3.106 0.656 3.834 0.743 0.0002 2450785.636 -27.437 1.898 1.008 2.715 0.656 3.163 0.656 3.621 0.825 0.0002 2450798.573 -26.284 1.449 1.005 2.688 0.656 3.155 0.656 3.181 0.988 0.0002 2450847.560 -26.511 1.745 1.011 1.784 0.656 3.490 0.657 3.175 1.145 0.0003 2451961.560 -31.201 4.045 1.011 3.191 0.656 3.645 0.657 3.723 0.971 0.0008 2453312.818 -35.292 1.567 1.026 4.049 0.656 4.365 0.656 3.893 1.163 0.0003 2453315.699 -33.794 1.441 1.081 3.870 0.656 4.315 0.656 3.788 1.189 0.001 2453316.688 -33.156 1.121 1.014 3.697 0.656 4.078 0.656 3.506 1.228 0.0003

541 2453318.679 -33.412 1.335 1.015 3.661 0.656 4.094 0.656 3.534 1.221 0.0003 2453319.685 -32.718 1.288 1.023 3.652 0.656 3.975 0.656 3.509 1.186 0.0004 2453322.698 -33.664 1.207 1.019 3.471 0.656 4.031 0.657 3.538 1.194 0.0003 2453623.885 -32.020 2.090 1.007 2.371 0.656 4.206 0.657 3.707 1.184 0.0006 2453640.833 -32.604 1.676 1.000 2.699 0.656 4.203 0.657 3.723 1.176 0.0004 2453658.816 -33.123 2.545 1.000 3.195 0.656 4.130 0.657 3.587 1.210 0.0005 2453677.732 -35.056 2.032 1.010 3.343 0.656 4.315 0.656 4.113 1.065 0.0004 2453712.633 -30.111 1.883 0.991 2.306 0.656 3.866 0.656 3.350 1.220 0.0004 2453748.607 -30.567 1.216 1.000 2.317 0.656 3.815 0.657 3.713 1.038 0.0003 2453986.834 -28.680 1.043 1.004 2.375 0.656 3.370 0.657 4.011 0.787 0.0003 2454004.817 -29.493 0.855 0.988 2.397 0.656 3.292 0.657 4.089 0.742 0.0003 2454038.729 -31.778 1.028 0.987 3.054 0.656 3.405 0.657 4.236 0.743 0.0003 2454049.684 -32.415 1.216 0.994 3.262 0.656 3.597 0.656 4.403 0.763 0.0002 2454061.636 -31.522 1.774 1.012 3.081 0.656 3.571 0.656 4.693 0.696 0.0002 2454079.689 -29.512 1.303 0.985 3.118 0.656 3.379 0.656 4.260 0.730 0.0006 2454094.572 -30.236 1.095 1.008 2.968 0.656 3.571 0.657 3.998 0.857 0.0003 2454117.658 -29.616 1.615 1.002 2.939 0.656 3.344 0.657 4.169 0.740 0.0003 2454155.514 -29.790 1.158 0.985 3.192 0.656 3.059 0.657 3.967 0.694 0.0003 2454303.859 -29.188 0.575 0.988 3.391 0.656 3.368 0.656 4.063 0.773 0.0004 2454343.879 -26.844 0.631 0.985 2.876 0.656 3.423 0.656 3.460 0.985 0.0004 2454349.888 -26.845 0.934 0.985 2.876 0.656 3.363 0.656 3.505 0.944 0.0005 2454361.794 -27.375 0.478 0.991 2.940 0.656 3.261 0.656 3.632 0.859 0.0004 2454366.762 -27.910 0.727 0.985 2.981 0.656 3.264 0.656 3.689 0.842 0.0003 2454377.819 -27.644 0.770 0.989 2.921 0.656 3.282 0.656 3.785 0.819 0.0004 2454394.734 -27.608 0.985 0.983 2.929 0.656 3.091 0.656 3.826 0.740 0.0004 2454432.605 -26.887 1.214 0.987 3.222 0.656 3.261 0.656 3.887 0.783 0.0004 2454484.536 -25.404 1.328 0.987 2.731 0.656 3.349 0.656 3.475 0.949 0.0003 2454697.877 -24.514 0.981 0.986 3.067 0.656 3.221 0.656 3.401 0.925 0.0006 2454704.858 -23.860 0.620 0.993 3.043 0.656 3.240 0.656 3.256 0.993 0.0004 Continued on Next Page… Table C.426 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454712.901 -23.788 1.404 0.986 2.835 0.656 3.250 0.656 3.124 1.059 0.0007 2454720.804 -22.579 0.817 0.991 2.648 0.656 3.221 0.656 3.123 1.046 0.0004 2454728.798 -23.170 0.793 0.982 2.530 0.656 3.241 0.656 3.148 1.043 0.0004 2454750.817 -23.355 0.770 0.987 2.782 0.656 2.993 0.656 3.345 0.850 0.0003 2454762.753 -23.880 1.051 0.977 2.753 0.656 3.116 0.656 3.393 0.884 0.0005 2454775.757 -24.091 1.051 0.983 2.747 0.656 3.072 0.656 3.433 0.851 0.0003 2454797.712 -23.274 1.302 0.985 2.936 0.656 3.012 0.656 3.367 0.850 0.0002 2454854.550 -22.465 2.501 0.952 2.254 0.656 3.099 0.656 2.782 1.178 0.001 2455049.842 -20.204 1.989 0.988 2.265 0.656 2.806 0.656 2.624 1.112 0.0008 2455069.839 -21.134 1.976 0.987 2.342 0.656 3.111 0.656 2.663 1.270 0.0008 2455088.779 -19.814 1.371 0.978 2.062 0.656 2.955 0.657 2.394 1.402 0.001 2455105.774 -19.088 1.679 0.982 1.891 0.656 2.935 0.657 2.337 1.447 0.0007 2455124.790 -19.343 1.290 0.986 1.889 0.656 2.941 0.657 2.496 1.297 0.0006 2455141.750 -19.239 1.445 0.975 1.685 0.656 2.817 0.657 2.565 1.161 0.0009 2455164.672 -18.866 1.169 0.993 1.648 0.656 2.856 0.656 2.503 1.235 0.0007 2455195.588 -21.342 2.754 0.989 2.130 0.656 3.288 0.657 2.666 1.373 0.0013 2455434.843 -21.097 1.793 0.990 1.989 0.656 2.909 0.657 2.956 0.976 0.0011 2455469.770 -20.774 1.165 0.983 1.894 0.656 2.797 0.657 2.986 0.905 0.0005 2455479.780 -20.236 1.239 0.983 1.588 0.656 2.852 0.657 2.947 0.951 0.0006 2455486.742 -20.610 0.882 0.992 1.638 0.656 2.917 0.657 2.976 0.970 0.0004 2455497.638 -20.487 0.688 0.991 1.736 0.656 2.898 0.657 3.064 0.920 0.0007 2457258.794 -21.664 2.250 1.008 2.294 0.656 3.509 0.657 2.454 1.725 0.0016 2457267.717 -23.916 2.480 0.991 2.412 0.656 3.711 0.657 2.540 1.760 0.0009 542 2457267.717 -23.484 2.471 0.997 2.410 0.656 3.693 0.657 2.538 1.751 0.0009 2457346.679 -27.468 1.075 0.998 3.109 0.656 3.713 0.656 3.114 1.283 0.0003 2457605.804 -29.748 0.893 1.001 2.916 0.656 3.929 0.656 3.627 1.115 0.0006 2457675.640 -25.540 0.877 1.005 2.025 0.656 3.673 0.656 3.241 1.193 0.0003

Table C.427: φ Per HeI λ5876Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449268.851 0.326 0.234 0.981 0.964 0.587 1.000 0.588 1.007 ······ 2449301.673 0.065 0.256 0.993 0.996 0.587 1.056 0.588 1.023 2.397 0.0027 2449748.554 0.273 0.645 0.993 1.010 0.587 0.996 0.588 1.095 ······ 2449780.547 0.522 0.213 0.997 0.977 0.587 0.965 0.588 1.046 ······ 2450010.723 0.431 0.259 0.986 0.963 0.587 0.972 0.588 1.067 ······ 2450730.701 0.260 0.328 0.975 1.009 0.587 1.000 0.588 1.042 0.001 0.0026 2450777.635 0.428 0.220 0.995 0.999 0.587 0.987 0.588 1.109 ······ 2450779.645 0.377 0.234 0.995 0.982 0.587 0.977 0.588 1.112 ······ 2450785.636 0.055 0.194 0.993 0.985 0.587 0.983 0.588 1.112 ······ 2450798.573 -0.044 0.220 0.993 0.998 0.587 0.987 0.588 1.115 ······ 2450847.560 0.171 0.221 0.995 0.994 0.587 1.018 0.588 1.033 0.533 0.0028 2451961.560 -0.040 1.351 0.994 1.037 0.587 1.079 0.588 1.094 0.842 0.0034 2453312.818 0.515 0.240 0.990 1.009 0.587 0.998 0.588 1.037 ······ 2453315.698 0.567 0.235 0.988 0.996 0.587 1.002 0.588 1.049 0.032 0.0028 2453316.686 0.604 0.266 0.986 0.986 0.587 1.000 0.588 1.039 0.005 0.0028 Continued on Next Page… Table C.427 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453318.679 0.245 0.303 0.976 1.024 0.587 1.002 0.588 1.045 0.054 0.0046 2453319.683 0.442 0.275 0.989 0.992 0.587 1.007 0.588 1.044 0.158 0.003 2453322.696 0.487 0.189 0.992 1.012 0.587 1.013 0.588 1.049 0.265 0.0027 2453623.885 0.161 0.347 0.981 1.014 0.587 1.013 0.588 1.056 0.228 0.0029 2453640.833 0.311 0.751 0.991 1.001 0.587 1.033 0.588 1.080 0.413 0.0029 2453658.816 0.458 0.228 0.983 1.001 0.587 1.018 0.588 1.040 0.453 0.0028 2453677.732 -0.165 0.448 0.984 1.004 0.587 1.017 0.588 1.079 0.219 0.0028 2453712.633 0.384 0.345 0.995 0.999 0.587 1.029 0.588 1.052 0.561 0.0042 2453748.649 0.106 0.354 0.991 1.004 0.587 1.026 0.588 1.050 0.514 0.0029 2453986.848 -0.394 0.583 0.989 0.852 0.587 1.060 0.588 1.113 0.533 0.0029 2454004.817 -0.156 0.270 0.987 0.942 0.587 1.039 0.588 1.057 0.678 0.0027 2454038.729 -0.377 0.558 0.987 1.002 0.587 1.053 0.588 1.079 0.671 0.0029 2454049.684 -0.102 0.328 0.992 0.987 0.587 1.038 0.588 1.085 0.446 0.0028 2454061.636 -0.068 0.502 0.992 0.993 0.587 1.029 0.588 1.122 0.240 0.0028 2454079.689 -0.386 0.467 0.990 1.000 0.587 1.047 0.588 1.149 0.313 0.0025 2454094.572 -0.088 0.756 0.990 1.008 0.587 1.046 0.588 1.119 0.390 0.0028 2454117.658 -0.472 1.242 0.981 1.006 0.587 1.062 0.588 1.092 0.682 0.0039 2454155.514 -0.208 0.659 0.991 1.002 0.587 1.072 0.588 1.091 0.797 0.003 2454303.859 -0.139 0.215 0.993 0.208 0.587 1.049 0.588 1.055 0.899 0.0015 2454343.879 -0.092 0.207 0.993 0.528 0.587 1.046 0.588 1.059 0.769 0.0014 2454349.888 -0.061 0.321 0.987 0.622 0.587 1.025 0.588 1.082 0.310 0.0015 2454361.794 -0.295 0.220 0.990 0.788 0.587 1.033 0.588 1.062 0.537 0.0014 2454366.762 -0.202 0.224 0.993 0.870 0.587 1.035 0.588 1.057 0.615 0.0015 543 2454377.819 -0.063 0.254 0.989 0.475 0.587 1.046 0.588 1.022 2.079 0.0018 2454394.734 0.203 0.191 0.991 0.843 0.587 1.027 0.588 1.029 0.941 0.0014 2454432.605 0.002 0.426 0.995 0.857 0.587 1.025 0.588 1.043 0.594 0.0021 2454484.536 0.070 0.378 0.994 0.966 0.587 1.021 0.588 1.047 0.447 0.0014 2454697.877 0.208 0.261 0.991 0.081 0.587 1.006 0.588 1.027 0.235 0.0016 2454704.858 0.164 0.243 0.993 0.905 0.587 1.008 0.588 1.028 0.287 0.0014 2454712.901 0.255 0.265 0.990 0.590 0.587 1.013 0.588 1.021 0.637 0.0017 2454720.804 0.178 0.297 0.993 0.918 0.587 1.015 0.588 1.040 0.387 0.0014 2454728.798 0.111 0.281 0.996 0.394 0.587 1.005 0.588 1.039 0.125 0.0015 2454750.817 0.244 0.267 0.997 0.973 0.587 1.015 0.588 1.013 1.208 0.0013 2454762.753 0.376 0.308 0.999 0.658 0.587 1.036 0.588 1.029 1.262 0.0019 2454775.757 0.289 0.272 0.995 0.965 0.587 1.061 0.588 1.013 4.581 0.0014 2454797.712 0.417 0.335 0.999 0.980 0.587 1.038 0.588 1.024 1.580 0.0013 2454854.550 0.276 0.768 0.997 0.908 0.587 1.049 0.588 1.060 0.818 0.0027 2455049.842 0.564 0.529 0.997 1.002 0.587 1.013 0.588 1.037 0.335 0.0022 2455069.839 0.502 0.671 0.998 0.768 0.587 1.008 0.588 1.043 0.184 0.002 2455088.779 0.812 0.473 0.993 0.963 0.587 0.985 0.588 1.019 ······ 2455105.774 0.450 0.740 1.002 1.004 0.587 1.037 0.588 1.059 0.621 0.0022 2455124.790 0.500 0.472 0.999 1.001 0.587 1.005 0.588 1.042 0.117 0.0016 2455141.750 0.615 0.533 0.996 0.998 0.587 1.011 0.588 1.035 0.308 0.002 2455164.672 0.868 0.340 0.999 0.980 0.587 1.009 0.588 1.013 0.722 0.0021 2455195.588 0.408 1.147 1.003 0.996 0.587 1.078 0.588 1.052 1.486 0.0041 2455434.843 0.437 0.671 0.997 0.973 0.587 1.017 0.588 1.040 0.416 0.0018 2455469.770 0.571 0.698 0.994 0.245 0.587 1.016 0.588 1.075 0.208 0.002 2455479.780 0.099 0.818 0.994 0.406 0.587 1.018 0.588 1.115 0.156 0.0018 2455486.742 -0.032 0.247 0.992 0.766 0.587 1.019 0.588 1.102 0.186 0.0013 2455497.638 0.561 0.370 0.998 0.901 0.587 1.011 0.588 1.046 0.239 0.0019 2457258.794 0.480 0.667 0.999 0.289 0.587 1.028 0.588 1.038 0.727 0.0023 Continued on Next Page… Table C.427 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2457267.717 0.447 0.849 0.989 0.000 0.587 1.067 0.588 1.027 2.500 0.0018 2457346.679 0.620 0.251 1.001 0.997 0.587 1.017 0.588 1.001 ······ 2457605.804 0.214 0.320 0.992 0.063 0.587 0.994 0.588 1.101 ······ 2457675.640 0.224 0.270 0.998 0.968 0.587 1.059 0.588 1.022 2.745 0.0013

Table C.428: φ Per Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454303.859 -1.383 0.544 1.011 0.061 0.486 1.277 0.486 1.573 0.484 0.001 2454343.879 -1.326 0.557 1.008 0.457 0.486 1.324 0.486 1.496 0.652 0.0009 2454349.888 -1.201 1.377 1.017 0.282 0.486 1.315 0.486 1.568 0.555 0.0024 2454361.794 -1.339 0.677 1.008 0.604 0.486 1.313 0.486 1.506 0.619 0.0011 2454366.762 -1.279 0.505 1.007 0.731 0.486 1.302 0.486 1.539 0.561 0.0007 2454377.819 -1.040 0.980 1.019 0.751 0.486 1.291 0.486 1.493 0.590 0.0015 2454394.734 -1.062 0.822 1.007 0.969 0.486 1.237 0.486 1.489 0.484 0.001 2454432.605 -1.410 1.525 0.996 0.638 0.486 1.275 0.486 1.480 0.573 0.0023 2454484.536 -1.284 1.683 1.012 1.026 0.486 1.326 0.486 1.480 0.679 0.0024

544 2454697.877 -1.230 1.027 1.002 0.330 0.486 1.328 0.486 1.362 0.906 0.0016 2454704.858 -1.013 1.159 1.007 0.625 0.486 1.328 0.486 1.303 1.085 0.0018 2454712.901 -1.105 1.208 1.010 0.452 0.486 1.343 0.486 1.332 1.032 0.0015 2454720.804 -0.473 0.936 1.020 0.962 0.486 1.307 0.486 1.316 0.972 0.0014 2454728.798 -0.781 1.068 1.017 0.631 0.486 1.353 0.486 1.347 1.017 0.0076 2454750.817 -0.241 0.800 1.014 0.820 0.486 1.311 0.486 1.327 0.950 0.0018 2454762.753 -0.759 0.868 1.006 1.029 0.486 1.345 0.486 1.331 1.042 0.0014 2454775.757 -0.685 0.954 1.007 0.953 0.486 1.343 0.486 1.334 1.027 0.0019 2454797.712 -0.654 1.240 1.009 0.900 0.486 1.317 0.486 1.299 1.058 0.0013 2454854.550 1.188 1.697 1.019 0.946 0.486 1.364 0.486 1.185 1.972 0.0049 2455049.842 -0.119 1.387 1.022 0.363 0.486 1.326 0.486 1.180 1.807 0.0031 2455069.839 -0.338 1.983 1.022 0.565 0.486 1.384 0.486 1.172 2.240 0.0045 2455088.779 0.321 2.667 1.052 0.863 0.486 1.433 0.486 1.146 2.965 0.0052 2455105.774 1.598 2.660 1.058 0.966 0.486 1.336 0.486 1.117 2.880 0.005 2455124.790 -0.202 1.408 1.017 0.850 0.486 1.380 0.486 1.182 2.089 0.0033 2455141.750 0.486 2.192 1.015 0.892 0.486 1.299 0.486 1.211 1.417 0.0043 2455164.672 0.469 1.358 1.019 0.979 0.486 1.306 0.486 1.165 1.853 0.0019 2455195.588 -0.296 3.311 1.023 0.995 0.486 1.463 0.486 1.234 1.978 0.0056 2455434.843 -0.209 2.603 1.025 0.523 0.486 1.275 0.486 1.482 0.571 0.0034 2455469.770 0.709 1.608 1.020 0.707 0.486 1.173 0.486 1.280 0.618 0.0023 2455479.780 -0.481 1.998 0.992 1.021 0.486 1.248 0.486 1.400 0.620 0.0026 2455486.742 -0.360 0.708 1.003 1.023 0.486 1.247 0.486 1.397 0.621 0.0013 2455497.638 -0.366 1.231 1.004 0.935 0.486 1.171 0.486 1.393 0.436 0.0023 2457258.794 -0.075 1.686 1.007 0.460 0.486 1.551 0.486 1.108 5.080 0.0046 2457267.717 -1.857 4.437 1.001 -0.006 0.486 1.803 0.486 1.208 3.865 0.0707 2457267.717 0.884 4.918 1.058 -0.002 0.486 1.674 0.486 1.123 5.481 0.2825 2457346.679 -1.244 0.822 1.012 0.968 0.486 1.656 0.486 1.165 3.978 0.0012 2457605.804 -1.647 0.778 1.011 0.398 0.486 1.657 0.486 1.348 1.886 0.0016 2457675.640 -0.830 1.028 1.009 0.780 0.486 1.527 0.486 1.298 1.765 0.0017 Continued on Next Page… Table C.428 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R)

Table C.429: φ Per FeII λ5316Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450730.701 -0.579 0.354 1.004 1.060 0.531 1.102 0.532 1.127 0.805 0.0008 2450777.635 -0.611 0.188 1.003 1.038 0.531 1.096 0.532 1.115 0.832 0.0006 2450779.645 -0.653 0.174 1.000 1.049 0.531 1.099 0.532 1.129 0.763 0.0006 2450785.636 -0.649 0.149 1.002 1.043 0.531 1.102 0.532 1.127 0.806 0.0005 2450798.573 -0.605 0.196 1.003 1.038 0.531 1.104 0.532 1.130 0.802 0.0005 2450847.560 -0.715 0.223 1.001 1.061 0.531 1.112 0.532 1.146 0.767 0.0005 2451961.560 -0.478 1.228 1.006 1.046 0.531 1.099 0.532 1.209 0.472 0.0021 2453312.818 -0.529 0.412 0.995 1.040 0.531 1.143 0.532 1.052 2.737 0.0006 2453315.699 -0.517 0.204 0.998 1.041 0.531 1.160 0.532 1.050 3.205 0.0006 2453316.688 -0.611 0.216 0.995 1.049 0.531 1.152 0.532 1.056 2.689 0.0005 2453318.679 -0.551 0.220 0.999 1.048 0.531 1.153 0.532 1.056 2.742 0.0006 2453319.685 -0.432 0.319 1.008 1.048 0.531 1.160 0.532 1.052 3.067 0.0007 2453322.698 -0.533 0.204 0.998 1.041 0.531 1.157 0.532 1.051 3.089 0.0005 545 2453623.885 -0.331 0.350 1.016 1.028 0.531 1.119 0.532 1.088 1.343 0.0009 2453640.833 -0.493 0.353 0.996 1.031 0.531 1.109 0.532 1.071 1.527 0.001 2453658.816 -0.398 0.218 1.000 1.032 0.531 1.109 0.532 1.060 1.823 0.0005 2453677.732 -0.323 0.440 1.003 1.024 0.531 1.087 0.532 1.066 1.320 0.0007 2453712.633 -0.435 0.207 0.997 1.021 0.531 1.098 0.532 1.066 1.484 0.0007 2453748.607 -0.329 0.275 1.004 1.030 0.531 1.071 0.532 1.069 1.030 0.0006 2453986.834 -0.372 0.170 1.005 1.035 0.531 1.057 0.532 1.075 0.758 0.0005 2454004.817 -0.243 0.131 1.004 1.015 0.531 1.049 0.532 1.074 0.658 0.0003 2454038.729 -0.193 0.263 1.004 1.021 0.531 1.050 0.532 1.065 0.766 0.0005 2454049.684 -0.281 0.148 0.999 1.018 0.531 1.048 0.532 1.051 0.940 0.0004 2454061.636 -0.283 0.243 0.998 1.019 0.531 1.043 0.532 1.056 0.764 0.0006 2454079.689 -0.203 0.232 1.003 1.015 0.531 1.049 0.532 1.054 0.904 0.0005 2454094.572 -0.148 0.348 1.006 1.017 0.531 1.062 0.532 1.052 1.180 0.0008 2454117.658 -0.102 0.399 1.001 1.011 0.531 1.037 0.532 1.049 0.754 0.0009 2454155.514 -0.163 0.153 1.003 1.010 0.531 1.048 0.532 1.059 0.815 0.0008 2454303.859 -0.209 0.143 1.002 1.019 0.531 1.050 0.532 1.030 1.648 0.0009 2454343.879 -0.159 0.168 1.001 1.004 0.531 1.032 0.532 1.028 1.122 0.001 2454349.888 -0.133 0.278 0.999 1.006 0.531 1.034 0.532 1.028 1.219 0.0011 2454361.794 -0.279 0.220 0.994 1.000 0.531 1.036 0.532 1.026 1.367 0.0014 2454366.762 -0.158 0.207 1.001 1.007 0.531 1.037 0.532 1.017 2.214 0.001 2454377.819 -0.155 0.244 0.997 1.000 0.531 1.032 0.532 1.024 1.365 0.0008 2454394.734 -0.172 0.254 0.999 1.007 0.531 1.042 0.532 1.024 1.773 0.0008 2454432.605 -0.300 0.422 0.992 1.002 0.531 1.052 0.532 1.025 2.048 0.0021 2454484.536 -0.305 0.214 0.997 1.008 0.531 1.060 0.532 1.038 1.565 0.0021 2454697.877 -0.374 0.145 0.992 1.017 0.531 1.067 0.532 1.023 2.848 0.0013 2454704.858 -0.223 0.181 1.000 1.002 0.531 1.069 0.532 1.028 2.465 0.001 2454712.901 -0.152 0.278 1.006 0.999 0.531 1.068 0.532 1.024 2.872 0.0013 2454720.804 -0.168 0.307 1.007 1.018 0.531 1.073 0.532 1.039 1.885 0.0011 2454728.798 -0.205 0.266 0.999 1.005 0.531 1.060 0.532 1.026 2.345 0.0012 Continued on Next Page… Table C.429 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454750.817 -0.137 0.230 1.004 0.992 0.531 1.070 0.532 1.032 2.164 0.0019 2454762.753 -0.206 0.375 1.003 1.021 0.531 1.079 0.532 1.033 2.406 0.0022 2454775.757 -0.254 0.485 0.998 1.017 0.531 1.088 0.532 1.032 2.764 0.0015 2454797.712 -0.127 0.257 1.001 1.016 0.531 1.063 0.532 1.021 2.966 0.0008 2454854.550 0.023 0.920 1.004 0.988 0.531 1.072 0.532 1.034 2.120 0.0018 2455049.842 0.162 0.505 1.005 1.005 0.531 1.023 0.532 1.031 0.731 0.0012 2455069.839 -0.223 0.884 0.997 1.000 0.531 1.045 0.532 1.037 1.238 0.0023 2455088.779 -0.414 0.711 0.984 1.012 0.531 1.072 0.532 1.044 1.644 0.0018 2455105.774 -0.282 0.538 0.984 1.004 0.531 1.057 0.532 1.049 1.158 0.0024 2455124.790 -0.252 0.891 1.018 0.999 0.531 1.054 0.532 1.535 0.101 0.0012 2455141.750 -0.305 0.541 0.994 1.000 0.531 1.042 0.532 1.059 0.718 0.0024 2455164.672 0.018 0.455 1.004 1.014 0.531 1.037 0.532 1.056 0.669 0.0023 2455195.588 0.091 1.282 1.013 0.982 0.532 1.050 0.532 1.089 0.556 0.0037 2455434.843 -0.072 0.596 0.999 0.972 0.531 1.030 0.532 1.064 0.461 0.0014 2455469.770 -0.167 0.820 1.001 1.006 0.531 1.035 0.532 1.071 0.494 0.002 2455479.780 0.110 0.403 1.010 0.993 0.531 1.010 0.532 1.051 0.199 0.002 2455486.742 -0.245 0.333 0.998 1.028 0.532 1.022 0.532 1.064 0.350 0.0014 2455497.638 -0.177 0.589 1.001 1.021 0.531 1.035 0.532 1.087 0.404 0.0015 2457258.794 -0.396 0.744 0.989 1.018 0.531 1.102 0.532 1.038 2.680 0.0018 2457267.717 -0.557 1.010 1.003 1.043 0.531 1.135 0.532 1.096 1.400 0.0019 2457346.679 -0.543 0.273 0.997 1.050 0.531 1.126 0.532 1.046 2.745 0.0006 2457605.804 -0.455 0.328 0.997 1.030 0.531 1.090 0.532 1.042 2.129 0.0014 2457675.640 -0.653 0.440 0.987 1.035 0.531 1.087 0.532 1.059 1.479 0.0017 546

Table C.430: φ Per Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.131 -13.115 1.349 0.999 2.16528 0.00056 0.00052 2.16680 0.00073 0.00065 1.003 0.0012 2453737.855 -11.914 1.896 0.999 2.16712 0.00062 0.00052 2.16549 0.00065 0.00058 1.057 0.0275 2453982.951 -12.983 1.151 0.999 2.16484 0.00062 0.00049 2.16650 0.00067 0.00067 0.848 0.0137 2454070.826 -14.410 2.026 0.999 2.16516 0.00065 0.00054 2.16673 0.00063 0.00076 0.758 0.0132 2454150.735 -13.222 1.335 0.999 2.16526 0.00068 0.00044 2.16700 0.00062 0.00073 0.561 0.0326 2454299.144 -14.158 1.805 0.999 2.16485 0.00065 0.00052 2.16651 0.00064 0.00073 0.821 0.0187 2454300.116 -14.138 1.449 0.999 2.16492 0.00065 0.00051 2.16655 0.00064 0.00075 0.802 0.0147 2454353.023 -12.781 1.940 0.999 2.16494 0.00064 0.00052 2.16659 0.00061 0.00060 0.838 0.0224 2454699.084 -10.020 1.516 0.999 2.16501 0.00057 0.00042 2.16656 0.00070 0.00053 1.061 0.0179 2454719.070 -8.140 1.444 0.999 2.16506 0.00058 0.00044 2.16665 0.00063 0.00039 1.222 0.0132 2454754.995 -9.804 2.004 0.999 2.16516 0.00058 0.00041 2.16682 0.00067 0.00051 0.960 0.0197 2454841.846 -10.147 1.451 0.999 2.16541 0.00062 0.00051 2.16710 0.00071 0.00037 1.253 0.0214 2455051.097 -7.298 0.782 0.999 2.16515 0.00059 0.00043 2.16674 0.00067 0.00034 1.423 0.0232 2455103.869 -7.297 1.224 0.999 2.16510 0.00058 0.00047 2.16686 0.00063 0.00026 1.907 0.0223 2455157.804 -6.596 1.421 0.999 2.16538 0.00060 0.00039 2.16708 0.00063 0.00031 1.334 0.0280 2455169.781 -7.026 1.393 0.999 2.16541 0.00060 0.00043 2.16715 0.00062 0.00030 1.380 0.0160 2455441.964 -8.625 1.427 0.999 2.16500 0.00075 0.00051 2.16670 0.00053 0.00034 0.989 0.0217 2455516.869 -7.419 0.853 0.999 2.16514 0.00075 0.00038 2.16682 0.00055 0.00039 0.677 0.0276 2455536.959 -8.179 1.024 0.999 2.16522 0.00081 0.00041 2.16693 0.00051 0.00042 0.580 0.0346 Continued on Next Page… Table C.430 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.431: φ Per Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.131 -7.404 0.791 1.003 1.73597 0.00051 0.00031 1.73749 0.00055 0.00031 1.072 0.044 2453737.855 -6.962 0.601 1.003 1.73607 0.00058 0.00032 1.73764 0.00048 0.00028 0.913 0.034 2453982.951 -7.331 0.522 1.002 1.73553 0.00060 0.00031 1.73718 0.00048 0.00030 0.812 0.018 2454070.826 -7.698 0.323 1.001 1.73571 0.00063 0.00032 1.73732 0.00048 0.00033 0.715 0.019 2454150.735 -6.694 0.669 1.003 1.73580 0.00057 0.00025 1.73749 0.00046 0.00031 0.653 0.033 2454299.144 -7.022 0.654 1.003 1.73551 0.00046 0.00024 1.73714 0.00058 0.00035 0.887 0.037 2454300.116 -6.836 0.306 1.001 1.73557 0.00046 0.00024 1.73718 0.00058 0.00034 0.912 0.029 2454353.023 -6.895 0.389 1.001 1.73549 0.00052 0.00027 1.73717 0.00052 0.00029 0.950 0.022 2454699.084 -5.838 0.355 1.002 1.73566 0.00050 0.00024 1.73726 0.00066 0.00026 1.290 0.023 2454719.070 -4.948 0.417 1.002 1.73568 0.00047 0.00023 1.73729 0.00059 0.00020 1.463 0.020 2454754.995 -5.510 0.516 1.003 1.73586 0.00055 0.00025 1.73747 0.00054 0.00021 1.134 0.029 2454841.846 -5.148 0.454 1.002 1.73596 0.00052 0.00027 1.73783 0.00057 0.00016 1.739 0.014 2455051.097 -3.721 0.291 1.001 1.73579 0.00044 0.00020 1.73754 0.00055 0.00016 1.553 0.023

547 2455103.869 -3.774 0.407 1.001 1.73579 0.00043 0.00020 1.73754 0.00056 0.00012 2.134 0.033 2455157.804 -4.752 0.371 1.002 1.73601 0.00054 0.00024 1.73769 0.00053 0.00019 1.236 0.037 2455169.781 -4.161 0.386 1.002 1.73605 0.00050 0.00021 1.73766 0.00050 0.00016 1.339 0.031 2455441.964 -4.946 0.472 1.002 1.73560 0.00074 0.00024 1.73723 0.00049 0.00022 0.680 0.031 2455516.869 -4.749 0.463 1.001 1.73564 0.00070 0.00021 1.73736 0.00047 0.00023 0.591 0.042 2455536.959 -3.634 0.447 1.001 1.73558 0.00063 0.00017 1.73739 0.00044 0.00020 0.579 0.036

Table C.432: φ Per Br 11 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -8.6864 0.3820 0.9997 1.6804 0.0006 0.00035 1.6819 0.0005 0.00029 0.9947 0.0878 2453737.8550 -8.4459 0.4585 0.9997 1.6805 0.0006 0.00037 1.6820 0.0004 0.00026 0.8827 0.0840 2453982.9510 -8.7545 0.5149 0.9996 1.6800 0.0007 0.00038 1.6816 0.0005 0.00032 0.8269 0.0646 2454070.8260 -8.2839 0.3253 0.9997 1.6802 0.0005 0.00029 1.6817 0.0005 0.00037 0.7857 0.0383 2454150.7350 -7.9237 0.3716 0.9998 1.6802 0.0006 0.00030 1.6819 0.0005 0.00034 0.7730 0.0339 2454299.1440 -8.0501 0.3838 0.9997 1.6799 0.0006 0.00036 1.6816 0.0005 0.00031 0.8872 0.0389 2454300.1160 -7.9798 0.3954 0.9996 1.6800 0.0006 0.00036 1.6816 0.0005 0.00028 0.8573 0.0273 2454353.0230 -7.5594 0.4000 0.9997 1.6800 0.0006 0.00032 1.6816 0.0005 0.00030 0.9667 0.0278 2454699.0840 -6.8506 0.3107 0.9998 1.6801 0.0005 0.00028 1.6817 0.0007 0.00028 1.2351 0.0327 2454719.0700 -5.9299 0.2950 0.9998 1.6801 0.0005 0.00026 1.6817 0.0006 0.00024 1.3505 0.0276 2454754.9950 -6.6950 0.5220 0.9999 1.6802 0.0005 0.00028 1.6818 0.0005 0.00023 1.2344 0.0397 2454841.8460 -5.7599 0.3405 0.9997 1.6804 0.0005 0.00027 1.6822 0.0006 0.00019 1.7554 0.0250 2455051.0970 -5.3547 0.3343 0.9999 1.6802 0.0005 0.00023 1.6819 0.0007 0.00021 1.4568 0.0312 Continued on Next Page… Table C.432 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2455103.8690 -5.2844 0.4279 0.9997 1.6802 0.0005 0.00023 1.6820 0.0006 0.00017 1.6142 0.0291 2455157.8040 -5.4573 0.3698 0.9999 1.6804 0.0006 0.00025 1.6821 0.0006 0.00021 1.1452 0.0401 2455169.7810 -5.3597 0.3750 0.9999 1.6804 0.0007 0.00028 1.6822 0.0005 0.00018 1.2050 0.0306 2455441.9640 -5.3191 0.3256 0.9998 1.6800 0.0007 0.00024 1.6816 0.0005 0.00023 0.7200 0.0571 2455516.8690 -5.0726 0.5130 0.9997 1.6800 0.0007 0.00021 1.6817 0.0005 0.00023 0.6116 0.0687 2455536.9590 -5.5459 0.2703 0.9999 1.6800 0.0007 0.00022 1.6818 0.0004 0.00023 0.6267 0.0460

Table C.433: φ Per Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -7.0130 0.3122 1.0000 1.6405 0.0005 0.00026 1.6420 0.0006 0.00031 0.9749 0.0340 2453737.8550 -6.2708 0.2466 1.0000 1.6406 0.0005 0.00023 1.6421 0.0005 0.00029 0.8860 0.0306 2453982.9510 -7.5727 0.3572 1.0000 1.6400 0.0006 0.00030 1.6417 0.0005 0.00030 0.8232 0.0199 2454070.8260 -6.7917 0.2835 1.0001 1.6402 0.0006 0.00028 1.6418 0.0005 0.00027 0.7419 0.0193 2454150.7350 -6.7484 0.3495 1.0000 1.6403 0.0006 0.00026 1.6420 0.0005 0.00029 0.7162 0.0421 2454299.1440 -7.0912 0.2322 0.9999 1.6400 0.0006 0.00028 1.6416 0.0005 0.00027 0.8991 0.0332 2454300.1160 -6.3310 0.4377 1.0001 1.6400 0.0006 0.00026 1.6417 0.0005 0.00025 0.9182 0.0240

548 2454353.0230 -6.5298 0.4145 0.9998 1.6400 0.0006 0.00026 1.6417 0.0005 0.00025 0.9730 0.0192 2454699.0840 -5.6130 0.2571 1.0001 1.6401 0.0005 0.00020 1.6418 0.0007 0.00024 1.2415 0.0283 2454719.0700 -5.6848 0.2578 1.0001 1.6402 0.0005 0.00024 1.6418 0.0006 0.00022 1.3123 0.0190 2454754.9950 -6.3352 0.7180 1.0001 1.6403 0.0006 0.00025 1.6420 0.0007 0.00025 1.2171 0.0316 2454841.8460 -5.6964 0.2797 1.0000 1.6404 0.0005 0.00024 1.6423 0.0006 0.00019 1.6194 0.0201 2455051.0970 -4.1208 0.2297 1.0001 1.6403 0.0005 0.00018 1.6421 0.0006 0.00016 1.3452 0.0237 2455103.8690 -5.1400 0.2524 1.0001 1.6403 0.0005 0.00021 1.6421 0.0006 0.00017 1.4546 0.0368 2455157.8040 -4.6478 0.3608 1.0000 1.6405 0.0005 0.00019 1.6422 0.0006 0.00019 1.0917 0.0313 2455169.7810 -4.1615 0.3710 1.0001 1.6405 0.0005 0.00019 1.6422 0.0005 0.00016 1.1656 0.0265 2455441.9640 -5.8637 0.3886 1.0001 1.6401 0.0008 0.00027 1.6417 0.0005 0.00022 0.6568 0.0342 2455516.8690 -4.3284 0.3406 0.9999 1.6400 0.0006 0.00015 1.6418 0.0005 0.00021 0.5951 0.0287 2455536.9590 -4.6385 0.1985 1.0001 1.6400 0.0007 0.00019 1.6419 0.0005 0.00022 0.6071 0.0244

Table C.434: φ Per Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -8.1096 0.1578 0.9994 1.6107 0.0006 0.00033 1.6122 0.0005 0.00031 0.9734 0.0487 2453737.8550 -5.8856 0.2866 1.0001 1.6107 0.0004 0.00020 1.6122 0.0006 0.00031 0.8700 0.0277 2453982.9510 -7.3352 0.2096 0.9998 1.6102 0.0006 0.00031 1.6119 0.0005 0.00031 0.8363 0.0196 2454070.8260 -7.3013 0.1311 1.0000 1.6103 0.0006 0.00030 1.6120 0.0005 0.00029 0.7799 0.0188 2454150.7350 -7.7691 0.2447 1.0004 1.6105 0.0006 0.00030 1.6122 0.0005 0.00031 0.7807 0.0393 2454299.1440 -8.1918 0.1906 0.9995 1.6102 0.0006 0.00034 1.6118 0.0005 0.00031 0.9191 0.0330 2454300.1160 -7.4162 0.3162 0.9998 1.6102 0.0006 0.00031 1.6119 0.0005 0.00030 0.9436 0.0238 Continued on Next Page… Table C.434 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454353.0230 -7.4534 0.2600 0.9996 1.6102 0.0006 0.00029 1.6120 0.0006 0.00032 1.0123 0.0148 2454699.0840 -6.7731 0.1277 1.0003 1.6103 0.0006 0.00026 1.6121 0.0007 0.00029 1.2056 0.0159 2454719.0700 -6.0181 0.1439 1.0004 1.6103 0.0005 0.00025 1.6121 0.0007 0.00024 1.3497 0.0186 2454754.9950 -6.8482 0.4338 1.0003 1.6105 0.0005 0.00025 1.6122 0.0008 0.00029 1.2795 0.0316 2454841.8460 -6.4818 0.1340 0.9994 1.6106 0.0005 0.00027 1.6125 0.0007 0.00025 1.5622 0.0226 2455051.0970 -4.4017 0.1381 1.0001 1.6105 0.0005 0.00018 1.6123 0.0006 0.00019 1.3347 0.0225 2455103.8690 -6.1097 0.2241 0.9991 1.6105 0.0005 0.00025 1.6122 0.0006 0.00024 1.3037 0.0380 2455157.8040 -5.5991 0.2681 1.0002 1.6107 0.0005 0.00022 1.6124 0.0006 0.00023 1.1074 0.0306 2455169.7810 -5.3529 0.2357 1.0001 1.6107 0.0005 0.00022 1.6124 0.0006 0.00022 1.1970 0.0455 2455441.9640 -5.7168 0.4295 1.0002 1.6101 0.0008 0.00025 1.6119 0.0005 0.00023 0.7589 0.0284 2455516.8690 -4.5862 0.3202 1.0000 1.6103 0.0006 0.00017 1.6120 0.0005 0.00022 0.5991 0.0248 2455536.9590 -5.2209 0.1752 0.9984 1.6102 0.0007 0.00023 1.6121 0.0005 0.00024 0.6507 0.0216

Table C.435: φ Per Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -6.3267 0.3589 1.0001 1.5879 0.0006 0.00029 1.5893 0.0005 0.00026 0.9198 0.0436

549 2453737.8550 -6.2813 0.4702 0.9999 1.5879 0.0007 0.00033 1.5894 0.0004 0.00020 0.8172 0.0377 2453982.9510 -6.7081 0.2421 1.0000 1.5873 0.0006 0.00030 1.5890 0.0005 0.00029 0.8045 0.0188 2454070.8260 -7.2007 0.1578 1.0001 1.5875 0.0004 0.00020 1.5891 0.0006 0.00035 0.8521 0.0199 2454150.7350 -7.2187 0.2816 1.0000 1.5876 0.0006 0.00027 1.5893 0.0005 0.00026 0.8237 0.0393 2454299.1440 -7.0829 0.2371 1.0001 1.5873 0.0006 0.00029 1.5889 0.0005 0.00025 0.9352 0.0306 2454300.1160 -6.0165 0.3389 1.0000 1.5890 0.0005 0.00025 1.5874 0.0006 0.00028 0.9397 0.0218 2454353.0230 -6.7426 0.3222 1.0001 1.5874 0.0006 0.00028 1.5890 0.0005 0.00025 0.9980 0.0237 2454699.0840 -5.7210 0.2969 1.0000 1.5874 0.0005 0.00022 1.5891 0.0007 0.00024 1.2354 0.0170 2454719.0700 -5.2853 0.3598 0.9999 1.5875 0.0005 0.00022 1.5892 0.0007 0.00022 1.3151 0.0166 2454754.9950 -5.9847 0.5882 1.0000 1.5876 0.0005 0.00023 1.5893 0.0007 0.00026 1.3252 0.0233 2454841.8460 -5.4766 0.3578 0.9999 1.5878 0.0006 0.00028 1.5896 0.0006 0.00020 1.4387 0.0183 2455051.0970 -5.0657 0.3240 0.9999 1.5876 0.0006 0.00022 1.5894 0.0006 0.00021 1.1757 0.0207 2455103.8690 -3.8449 0.3233 0.9999 1.5876 0.0005 0.00021 1.5894 0.0006 0.00020 1.2505 0.0278 2455157.8040 -5.4091 0.6293 0.9999 1.5879 0.0005 0.00019 1.5895 0.0006 0.00021 1.0426 0.0511 2455169.7810 -4.8415 0.5072 0.9999 1.5878 0.0006 0.00022 1.5895 0.0005 0.00019 1.0872 0.0297 2455441.9640 -5.4493 0.4657 0.9999 1.5874 0.0009 0.00028 1.5890 0.0005 0.00019 0.7321 0.0252 2455516.8690 -5.0498 0.3230 0.9999 1.5874 0.0007 0.00023 1.5892 0.0005 0.00023 0.6278 0.0237 2455536.9590 -4.5553 0.3498 0.9998 1.5873 0.0007 0.00021 1.5892 0.0005 0.00022 0.6257 0.0230

Table C.436: φ Per Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -6.1835 0.2905 1.0001 1.5698 0.0005 0.00023 1.5713 0.0006 0.00029 0.9626 0.0488 Continued on Next Page… Table C.436 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453737.8550 -5.6125 0.6126 1.0002 1.5698 0.0005 0.00022 1.5714 0.0005 0.00025 0.8519 0.0389 2453982.9510 -6.4678 0.3187 1.0001 1.5693 0.0005 0.00024 1.5710 0.0005 0.00029 0.8799 0.0237 2454070.8260 -5.7532 0.0434 1.0001 1.5694 0.0005 0.00024 1.5711 0.0005 0.00026 0.8666 0.0239 2454150.7350 -5.2546 0.1078 1.0000 1.5696 0.0005 0.00022 1.5713 0.0005 0.00024 0.9150 0.0513 2454299.1440 -5.8063 0.2113 1.0001 1.5693 0.0005 0.00025 1.5710 0.0005 0.00024 1.0638 0.0402 2454300.1160 -5.5970 0.3986 1.0001 1.5693 0.0005 0.00021 1.5711 0.0006 0.00023 1.0553 0.0267 2454353.0230 -5.9221 0.3112 1.0001 1.5694 0.0005 0.00021 1.5711 0.0006 0.00025 1.0892 0.0321 2454699.0840 -4.9990 0.0464 1.0000 1.5694 0.0006 0.00022 1.5712 0.0007 0.00021 1.3422 0.0251 2454719.0700 -4.5049 0.2038 1.0000 1.5695 0.0005 0.00022 1.5713 0.0007 0.00019 1.4972 0.0224 2454754.9950 -4.9417 0.5076 1.0002 1.5696 0.0005 0.00020 1.5714 0.0007 0.00021 1.4647 0.0489 2454841.8460 -4.9389 0.2066 0.9999 1.5697 0.0005 0.00023 1.5718 0.0006 0.00018 1.5439 0.0185 2455051.0970 -4.9649 0.5435 1.0001 1.5696 0.0005 0.00021 1.5715 0.0007 0.00022 1.2887 0.0254 2455103.8690 -3.9766 0.3676 1.0001 1.5696 0.0005 0.00016 1.5714 0.0006 0.00014 1.1764 0.0300 2455157.8040 -5.3180 0.3583 1.0001 1.5698 0.0006 0.00023 1.5716 0.0006 0.00023 1.0727 0.0363 2455169.7810 -4.8735 0.4215 1.0001 1.5698 0.0006 0.00021 1.5716 0.0006 0.00020 1.1417 0.0277 2455441.9640 -5.5172 0.3887 1.0001 1.5692 0.0009 0.00028 1.5710 0.0005 0.00022 0.7751 0.0568 2455516.8690 -5.3741 0.4918 1.0001 1.5693 0.0007 0.00022 1.5712 0.0005 0.00025 0.6524 0.0272 2455536.9590 -3.4843 0.2356 1.0001 1.5693 0.0005 0.00013 1.5712 0.0005 0.00018 0.6112 0.0258

550 Table C.437: φ Per Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -6.1206 0.6109 1.0003 1.5554 0.0006 0.00026 1.5569 0.0005 0.00026 0.9098 0.0485 2453737.8550 -6.2480 0.1848 0.9998 1.5554 0.0006 0.00027 1.5570 0.0005 0.00026 0.8471 0.0363 2453982.9510 -6.5075 0.0417 1.0001 1.5549 0.0006 0.00026 1.5566 0.0005 0.00029 0.8414 0.0186 2454070.8260 -6.0186 0.4000 1.0006 1.5550 0.0006 0.00026 1.5567 0.0005 0.00026 0.8233 0.0193 2454150.7350 -5.8690 0.5206 1.0011 1.5552 0.0006 0.00025 1.5569 0.0005 0.00025 0.8878 0.0425 2454299.1440 -5.9303 0.0735 1.0004 1.5548 0.0006 0.00026 1.5566 0.0005 0.00024 1.0080 0.0333 2454300.1160 -5.5561 0.3110 1.0002 1.5549 0.0005 0.00023 1.5567 0.0006 0.00024 1.0527 0.0228 2454353.0230 -5.8475 0.4040 1.0004 1.5549 0.0005 0.00023 1.5567 0.0006 0.00025 1.0741 0.0285 2454699.0840 -5.1956 0.5557 1.0002 1.5550 0.0005 0.00020 1.5567 0.0008 0.00027 1.1962 0.0219 2454719.0700 -4.8909 0.4197 1.0006 1.5550 0.0005 0.00021 1.5568 0.0007 0.00022 1.3807 0.0208 2454754.9950 -5.2042 0.4000 1.0003 1.5552 0.0005 0.00019 1.5570 0.0009 0.00027 1.4271 0.0320 2454841.8460 -5.1571 0.4344 1.0007 1.5553 0.0006 0.00025 1.5573 0.0006 0.00020 1.4736 0.0158 2455051.0970 -4.8749 0.5403 1.0004 1.5551 0.0006 0.00021 1.5570 0.0007 0.00022 1.1177 0.0202 2455103.8690 -4.4437 0.1857 0.9999 1.5551 0.0005 0.00019 1.5570 0.0006 0.00020 1.1418 0.0213 2455157.8040 -4.4793 0.7163 1.0001 1.5554 0.0006 0.00020 1.5572 0.0006 0.00020 0.9592 0.0328 2455169.7810 -4.0490 0.5098 1.0005 1.5554 0.0006 0.00018 1.5571 0.0006 0.00019 1.0001 0.0234 2455441.9640 -5.1280 0.2840 1.0000 1.5548 0.0007 0.00020 1.5566 0.0006 0.00025 0.7685 0.0160 2455516.8690 -4.2955 0.5936 0.9998 1.5549 0.0006 0.00016 1.5567 0.0005 0.00022 0.5812 0.0204 2455536.9590 -4.2652 0.1827 0.9992 1.5549 0.0007 0.00018 1.5568 0.0004 0.00020 0.5751 0.0157 Table C.438: φ Per Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -5.8872 0.3331 0.9996 1.5436 0.0005 0.00024 1.5452 0.0006 0.00027 0.9417 0.0529 2453737.8550 -5.9914 0.2846 0.9994 1.5436 0.0006 0.00025 1.5452 0.0005 0.00027 0.8505 0.0286 2453982.9510 -6.0785 0.3869 0.9999 1.5431 0.0006 0.00028 1.5448 0.0005 0.00027 0.8426 0.0136 2454070.8260 -5.8054 0.2522 0.9995 1.5432 0.0006 0.00024 1.5449 0.0005 0.00027 0.8444 0.0204 2454150.7350 -5.3915 0.1713 0.9994 1.5434 0.0005 0.00023 1.5451 0.0005 0.00024 0.9147 0.0462 2454299.1440 -5.5552 0.2573 0.9995 1.5431 0.0006 0.00026 1.5449 0.0005 0.00023 1.0487 0.0251 2454300.1160 -5.4246 0.2714 0.9997 1.5431 0.0006 0.00026 1.5449 0.0006 0.00023 1.0366 0.0176 2454353.0230 -5.5047 0.0606 0.9994 1.5432 0.0006 0.00027 1.5449 0.0005 0.00019 1.0576 0.0286 2454699.0840 -4.8489 0.4264 0.9997 1.5433 0.0006 0.00022 1.5450 0.0007 0.00021 1.3399 0.0236 2454719.0700 -4.5946 0.4357 0.9997 1.5433 0.0005 0.00020 1.5451 0.0008 0.00021 1.4650 0.0216 2454754.9950 -4.7889 0.4579 0.9992 1.5435 0.0006 0.00024 1.5453 0.0007 0.00020 1.4268 0.0213 2454841.8460 -4.7154 0.5464 0.9990 1.5436 0.0005 0.00023 1.5455 0.0006 0.00016 1.5670 0.0303 2455051.0970 -4.1152 0.2365 0.9999 1.5434 0.0005 0.00016 1.5452 0.0007 0.00020 1.1963 0.0373 2455103.8690 -3.6074 0.1682 0.9994 1.5434 0.0005 0.00016 1.5452 0.0006 0.00015 1.1495 0.0480 2455157.8040 -3.7815 0.4304 1.0000 1.5436 0.0006 0.00017 1.5453 0.0006 0.00019 0.9590 0.0535 2455169.7810 -3.8795 0.3476 0.9990 1.5436 0.0005 0.00015 1.5453 0.0006 0.00019 1.0268 0.0368 2455441.9640 -4.6464 0.4565 0.9997 1.5431 0.0009 0.00024 1.5448 0.0005 0.00019 0.7046 0.0326 2455516.8690 -3.9729 0.1685 0.9995 1.5432 0.0006 0.00015 1.5450 0.0005 0.00021 0.5831 0.0394 2455536.9590 -3.7201 0.1214 0.9999 1.5431 0.0006 0.00016 1.5450 0.0005 0.00018 0.6292 0.0355 551

Table C.439: φ Per Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -5.5198 0.4000 1.0004 1.5339 0.0006 0.00023 1.5355 0.0006 0.00026 0.9133 0.0577 2453737.8550 -5.4172 0.1606 1.0015 1.5339 0.0006 0.00025 1.5355 0.0005 0.00023 0.8090 0.0455 2453982.9510 -5.5428 0.4000 1.0003 1.5334 0.0006 0.00024 1.5351 0.0006 0.00026 0.8602 0.0139 2454070.8260 -4.9660 0.4000 1.0009 1.5335 0.0005 0.00019 1.5352 0.0006 0.00025 0.8603 0.0194 2454150.7350 -4.7250 0.4444 1.0005 1.5337 0.0006 0.00022 1.5354 0.0005 0.00021 0.9334 0.0335 2454299.1440 -5.0981 0.6702 1.0007 1.5334 0.0005 0.00021 1.5351 0.0006 0.00023 1.0808 0.0370 2454300.1160 -5.0600 0.3954 1.0009 1.5334 0.0006 0.00024 1.5352 0.0006 0.00022 1.0543 0.0190 2454353.0230 -4.9610 0.4000 1.0006 1.5334 0.0006 0.00023 1.5352 0.0006 0.00021 1.1337 0.0211 2454699.0840 -4.3575 0.4539 1.0014 1.5336 0.0006 0.00021 1.5354 0.0007 0.00019 1.3368 0.0214 2454719.0700 -4.1311 0.4000 1.0004 1.5336 0.0005 0.00019 1.5354 0.0008 0.00020 1.4490 0.0183 2454754.9950 -4.3565 0.4000 1.0003 1.5337 0.0006 0.00022 1.5356 0.0007 0.00018 1.5129 0.0240 2454841.8460 -4.0402 0.4000 1.0015 1.5339 0.0006 0.00022 1.5358 0.0005 0.00014 1.4725 0.0243 2455051.0970 -3.6515 0.5148 1.0001 1.5337 0.0006 0.00017 1.5356 0.0006 0.00016 1.1183 0.0292 2455103.8690 -3.3808 0.4093 1.0006 1.5337 0.0006 0.00016 1.5355 0.0006 0.00016 1.0461 0.0312 2455157.8040 -3.5633 0.7571 0.9997 1.5339 0.0006 0.00016 1.5357 0.0006 0.00016 0.9162 0.0693 2455169.7810 -3.5943 0.4000 1.0009 1.5339 0.0006 0.00018 1.5357 0.0005 0.00015 1.0088 0.0625 2455441.9640 -3.6634 0.4000 1.0010 1.5333 0.0008 0.00016 1.5351 0.0005 0.00019 0.7005 0.0212 2455516.8690 -3.4580 0.3441 0.9998 1.5334 0.0007 0.00014 1.5353 0.0005 0.00019 0.5779 0.0242 2455536.9590 -3.5665 0.1386 1.0006 1.5334 0.0007 0.00015 1.5353 0.0005 0.00019 0.6047 0.0196 Table C.440: φ Per Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -5.0471 0.4000 1.0016 1.5258 0.0005 0.00020 1.5273 0.0006 0.00026 0.8880 0.0558 2453737.8550 -4.9426 0.4000 1.0005 1.5258 0.0006 0.00023 1.5274 0.0006 0.00024 0.8417 0.0304 2453982.9510 -4.7561 0.4000 1.0035 1.5252 0.0006 0.00022 1.5270 0.0006 0.00025 0.8720 0.0171 2454070.8260 -4.7001 0.4000 1.0028 1.5254 0.0006 0.00023 1.5271 0.0005 0.00023 0.8569 0.0181 2454150.7350 -4.4992 0.4000 0.9992 1.5256 0.0006 0.00021 1.5273 0.0005 0.00020 0.9446 0.0407 2454299.1440 -4.4443 0.4000 1.0016 1.5252 0.0006 0.00021 1.5270 0.0006 0.00020 1.0865 0.0319 2454300.1160 -4.6022 0.4000 0.9997 1.5253 0.0006 0.00022 1.5271 0.0006 0.00021 1.0313 0.0234 2454353.0230 -4.0721 0.4000 1.0020 1.5253 0.0005 0.00018 1.5271 0.0006 0.00019 1.1986 0.0241 2454699.0840 -3.6782 0.4000 0.9993 1.5255 0.0005 0.00018 1.5272 0.0007 0.00018 1.3854 0.0242 2454719.0700 -3.6173 0.4000 1.0011 1.5254 0.0005 0.00018 1.5273 0.0008 0.00017 1.5267 0.0202 2454754.9950 -3.7364 0.4000 0.9989 1.5256 0.0007 0.00024 1.5276 0.0005 0.00012 1.4916 0.0323 2454841.8460 -3.7691 0.4000 1.0002 1.5258 0.0005 0.00018 1.5277 0.0007 0.00017 1.6200 0.0245 2455051.0970 -3.2777 0.4000 1.0010 1.5256 0.0005 0.00015 1.5275 0.0007 0.00017 1.1282 0.0246 2455103.8690 -3.0984 0.4000 1.0026 1.5256 0.0006 0.00015 1.5274 0.0006 0.00014 1.0335 0.0396 2455157.8040 -3.1898 0.4000 0.9997 1.5258 0.0007 0.00015 1.5276 0.0006 0.00016 0.8934 0.0417 2455169.7810 -2.9848 0.4000 0.9999 1.5257 0.0006 0.00015 1.5276 0.0006 0.00015 0.9013 0.0312 2455441.9640 -3.4565 0.4000 1.0009 1.5252 0.0007 0.00013 1.5270 0.0006 0.00020 0.7519 0.0168 2455516.8690 -3.2507 0.4000 1.0008 1.5253 0.0007 0.00012 1.5271 0.0005 0.00017 0.5410 0.0325 2455536.9590 -3.2329 0.4000 1.0006 1.5253 0.0006 0.00014 1.5272 0.0005 0.00018 0.6215 0.0204 552

Table C.441: φ Per Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -4.1358 0.4000 0.9997 1.5189 0.0005 0.00018 1.5205 0.0006 0.00021 0.9046 0.0615 2453737.8550 -4.1207 0.4000 1.0003 1.5189 0.0006 0.00019 1.5205 0.0005 0.00020 0.7799 0.0552 2453982.9510 -3.9178 0.4000 1.0010 1.5184 0.0006 0.00020 1.5201 0.0005 0.00022 0.8310 0.0190 2454070.8260 -3.8487 0.4000 1.0004 1.5185 0.0006 0.00019 1.5202 0.0005 0.00020 0.8187 0.0195 2454150.7350 -3.8366 0.4000 1.0010 1.5187 0.0006 0.00018 1.5204 0.0005 0.00019 0.9017 0.0486 2454299.1440 -3.5588 0.4000 1.0017 1.5184 0.0006 0.00018 1.5202 0.0006 0.00018 1.0391 0.0341 2454300.1160 -3.6848 0.4000 1.0019 1.5184 0.0006 0.00019 1.5202 0.0006 0.00017 1.0727 0.0257 2454353.0230 -3.5827 0.4000 1.0007 1.5184 0.0006 0.00018 1.5202 0.0006 0.00017 1.0920 0.0255 2454699.0840 -2.8706 0.4000 1.0006 1.5186 0.0005 0.00015 1.5204 0.0007 0.00014 1.4745 0.0194 2454719.0700 -2.9027 0.4000 1.0005 1.5186 0.0005 0.00015 1.5204 0.0007 0.00015 1.5270 0.0225 2454754.9950 -3.0258 0.4000 1.0006 1.5188 0.0005 0.00015 1.5206 0.0007 0.00013 1.5975 0.0221 2454841.8460 -3.1272 0.4000 0.9999 1.5189 0.0005 0.00016 1.5208 0.0007 0.00014 1.5938 0.0189 2455051.0970 -2.6798 0.4000 1.0002 1.5186 0.0005 0.00012 1.5205 0.0007 0.00016 1.0347 0.0284 2455103.8690 -2.6175 0.4000 1.0000 1.5187 0.0005 0.00012 1.5205 0.0006 0.00013 1.0881 0.0382 2455157.8040 -2.7490 0.4000 1.0002 1.5189 0.0006 0.00012 1.5206 0.0007 0.00017 0.8512 0.0456 2455169.7810 -2.7790 0.4000 1.0006 1.5188 0.0006 0.00013 1.5206 0.0006 0.00016 0.8812 0.0419 2455441.9640 -2.6513 0.4000 1.0002 1.5182 0.0005 0.00009 1.5200 0.0006 0.00020 0.7051 0.0123 2455516.8690 -2.7097 0.4000 1.0003 1.5184 0.0006 0.00010 1.5202 0.0006 0.00018 0.5519 0.0300 2455536.9590 -2.7734 0.4000 1.0002 1.5184 0.0006 0.00011 1.5203 0.0005 0.00016 0.5573 0.0254 Table C.442: φ Per Br 21 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -3.1231 0.4000 1.0012 1.5130 0.0005 0.00012 1.5145 0.0006 0.00018 0.8629 0.0545 2453737.8550 -3.1147 0.4000 1.0020 1.5131 0.0006 0.00014 1.5146 0.0005 0.00017 0.7440 0.0442 2453982.9510 -2.9309 0.4000 1.0016 1.5126 0.0006 0.00015 1.5142 0.0005 0.00017 0.7823 0.0294 2454070.8260 -2.9065 0.4000 0.9995 1.5127 0.0006 0.00014 1.5143 0.0005 0.00016 0.7614 0.0345 2454150.7350 -2.9576 0.4000 1.0006 1.5129 0.0005 0.00014 1.5145 0.0005 0.00014 0.8810 0.0612 2454299.1440 -2.3715 0.4000 1.0013 1.5125 0.0005 0.00013 1.5143 0.0006 0.00014 1.0541 0.0407 2454300.1160 -2.6192 0.4000 1.0005 1.5126 0.0006 0.00014 1.5144 0.0006 0.00013 1.0441 0.0405 2454353.0230 -2.3729 0.4000 1.0007 1.5126 0.0005 0.00013 1.5143 0.0005 0.00012 1.0583 0.0302 2454699.0840 -2.1419 0.4000 1.0015 1.5127 0.0005 0.00012 1.5145 0.0006 0.00011 1.4422 0.0215 2454719.0700 -2.0164 0.4000 1.0006 1.5127 0.0005 0.00012 1.5145 0.0006 0.00010 1.5710 0.0230 2454754.9950 -2.2356 0.4000 1.0020 1.5129 0.0005 0.00013 1.5147 0.0005 0.00008 1.6087 0.0293 2454841.8460 -2.2347 0.4000 1.0006 1.5131 0.0005 0.00012 1.5150 0.0006 0.00009 1.5939 0.0360 2455051.0970 -1.9614 0.4000 1.0008 1.5129 0.0005 0.00009 1.5147 0.0006 0.00011 1.0351 0.0437 2455103.8690 -1.7727 0.4000 1.0004 1.5129 0.0005 0.00009 1.5146 0.0006 0.00010 0.9329 0.0543 2455157.8040 -2.0048 0.4000 1.0007 1.5131 0.0005 0.00008 1.5148 0.0006 0.00012 0.8378 0.0487 2455169.7810 -2.2401 0.4000 1.0002 1.5131 0.0005 0.00009 1.5147 0.0005 0.00012 0.8381 0.0728 2455441.9640 -2.0667 0.4000 1.0007 1.5124 0.0006 0.00007 1.5142 0.0005 0.00015 0.6398 0.0175 2455516.8690 -1.8468 0.4000 1.0009 1.5127 0.0006 0.00007 1.5144 0.0005 0.00013 0.4587 0.0250 2455536.9590 -2.0911 0.4000 1.0019 1.5126 0.0005 0.00008 1.5144 0.0005 0.00014 0.5391 0.0303 553

Table C.443: φ Per HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -3.7278 0.7382 1.0007 2.0574 0.0004 0.00014 2.0602 0.0007 0.00019 1.1893 0.0467 2453737.8550 -5.9628 0.4745 1.0001 2.0578 0.0004 0.00013 2.0602 0.0006 0.00026 0.8074 0.0275 2453982.9510 -6.0370 1.3424 1.0007 2.0570 0.0004 0.00012 2.0597 0.0007 0.00035 0.5813 0.0161 2454070.8260 -10.3690 3.0000 1.0049 2.0573 0.0005 0.00012 2.0599 0.0008 0.00087 0.4466 0.0046 2454150.7350 -3.7126 1.1672 0.9994 2.0574 0.0005 0.00012 2.0601 0.0007 0.00026 0.6244 0.0369 2454299.1440 -5.0693 0.9391 0.9995 2.0569 0.0007 0.00021 2.0596 0.0008 0.00031 0.7126 0.0212 2454300.1160 -6.9818 0.4307 1.0004 2.0570 0.0007 0.00022 2.0595 0.0006 0.00022 0.8948 0.0250 2454353.0230 -6.2262 1.5879 0.9995 2.0572 0.0006 0.00019 2.0594 0.0007 0.00029 0.8331 0.0239 2454699.0840 -2.1911 0.3607 0.9998 2.0572 0.0006 0.00012 2.0595 0.0008 0.00016 0.9939 0.0224 2454719.0700 -2.0983 0.3814 0.9998 2.0573 0.0006 0.00013 2.0596 0.0007 0.00017 0.9895 0.0200 2454754.9950 -2.9567 3.3375 1.0008 2.0576 0.0006 0.00017 2.0598 0.0009 0.00019 1.3476 0.0276 2454841.8460 -5.1992 0.8240 1.0005 2.0576 0.0007 0.00025 2.0601 0.0005 0.00008 2.3796 0.0322 2455051.0970 -2.0166 1.1640 0.9997 2.0574 0.0005 0.00011 2.0602 0.0007 0.00009 1.6607 0.0333 2455103.8690 -5.2622 1.4428 1.0025 2.0574 0.0004 0.00011 2.0600 0.0006 0.00006 2.8209 0.0463 2455157.8040 -1.4790 0.8457 0.9997 2.0576 0.0004 0.00007 2.0604 0.0007 0.00011 1.1850 0.0495 2455169.7810 -1.6950 2.1540 0.9997 2.0575 0.0004 0.00009 2.0603 0.0005 0.00008 1.3000 0.0314 2455441.9640 -2.1851 0.4666 0.9997 2.0572 0.0006 0.00010 2.0596 0.0006 0.00021 0.5629 0.0165 2455516.8690 -3.4636 1.2008 1.0001 2.0573 0.0006 0.00009 2.0597 0.0006 0.00018 0.5773 0.0321 2455536.9590 -3.9831 0.2534 1.0001 2.0573 0.0005 0.00009 2.0596 0.0005 0.00016 0.6027 0.0362 Table C.444: φ Per HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454070.8260 -9.2142 0.2113 0.9995 1.0825 0.0003 0.00011 1.0837 0.0003 0.00066 0.1711 0.0099 2454150.7350 -4.7895 0.4000 1.0000 1.0827 0.0002 0.00016 1.0840 0.0003 0.00021 0.7515 0.0147 2454299.1440 -7.2898 0.4000 1.0001 1.0825 0.0003 0.00020 1.0836 0.0003 0.00041 0.5548 0.0087 2454300.1160 -7.6798 0.2532 0.9994 1.0825 0.0003 0.00021 1.0837 0.0003 0.00039 0.5319 0.0076 2454353.0230 -7.7278 0.2290 0.9999 1.0826 0.0003 0.00018 1.0836 0.0004 0.00043 0.5533 0.0209 2454699.0840 -6.0323 0.1231 1.0000 1.0826 0.0004 0.00022 1.0837 0.0003 0.00031 0.5915 0.0079 2454719.0700 -5.5364 0.1118 1.0001 1.0826 0.0003 0.00019 1.0837 0.0003 0.00030 0.5738 0.0081 2454754.9950 -7.7547 0.4000 1.0000 1.0829 0.0003 0.00013 1.0832 0.0006 0.00057 1.1297 0.0289 2454841.8460 -5.6784 0.2272 0.9992 1.0828 0.0003 0.00024 1.0839 0.0003 0.00022 0.6543 0.0116 2455051.0970 -3.0711 0.1948 0.9996 1.0826 0.0002 0.00018 1.0840 0.0002 0.00009 1.9340 0.0123 2455103.8690 -3.2199 0.3505 0.9988 1.0839 0.0003 0.00018 1.0826 0.0003 0.00013 0.7256 0.0158 2455157.8040 -2.5179 0.1641 0.9995 1.0828 0.0003 0.00020 1.0842 0.0004 0.00014 1.2984 0.0243 2455169.7810 -2.5596 0.4000 1.0000 1.0828 0.0003 0.00022 1.0841 0.0004 0.00015 1.3581 0.0098 2455441.9640 -4.9615 0.2152 1.0002 1.0827 0.0004 0.00023 1.0837 0.0003 0.00032 0.4491 0.0296 2455516.8690 -3.2295 0.2141 0.9997 1.0827 0.0003 0.00011 1.0838 0.0003 0.00022 0.4105 0.0111 2455536.9590 -2.8578 0.1680 0.9998 1.0827 0.0003 0.00014 1.0839 0.0002 0.00016 0.4575 0.0108

554 Table C.445: φ Per Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1310 -11.8262 0.3510 1.0012 1.2817 0.0004 0.00060 1.2826 0.0004 0.00061 1.0694 0.0159 2453737.8550 -11.0078 0.4227 1.0001 1.2818 0.0004 0.00058 1.2828 0.0004 0.00058 1.0400 0.0095 2453982.9510 -11.4171 0.4000 1.0001 1.2824 0.0004 0.00067 1.2814 -0.0004 -0.00049 0.8009 0.0047 2454070.8260 -12.8979 0.6297 1.0000 1.2817 0.0004 0.00059 1.2826 0.0003 0.00069 0.7604 0.0073 2454150.7350 -10.0070 0.7459 0.9999 1.2817 0.0004 0.00037 1.2827 0.0003 0.00072 0.4907 0.0134 2454299.1440 -12.1373 0.6099 1.0009 1.2815 0.0004 0.00045 1.2824 0.0004 0.00077 0.8791 0.0186 2454300.1160 -11.9563 0.4904 0.9997 1.2815 0.0003 0.00044 1.2824 0.0004 0.00079 0.8505 0.0129 2454353.0230 -10.1543 0.6278 1.0007 1.2815 0.0004 0.00049 1.2824 0.0004 0.00058 0.8335 0.0093 2454699.0840 -9.2644 0.5345 1.0004 1.2815 0.0003 0.00040 1.2824 0.0004 0.00057 1.0635 0.0095 2454719.0700 -7.3337 0.5469 1.0000 1.2815 0.0003 0.00043 1.2825 0.0004 0.00040 1.2491 0.0064 2454754.9950 -8.2377 1.0594 0.9997 1.2816 0.0003 0.00036 1.2826 0.0004 0.00054 0.8738 0.0100 2454841.8460 -6.9903 0.3530 1.0005 1.2818 0.0003 0.00048 1.2827 0.0004 0.00032 1.5355 0.0080 2455051.0970 -4.6774 0.2835 1.0001 1.2816 0.0003 0.00034 1.2825 0.0004 0.00032 1.2814 0.0136 2455103.8690 -5.0625 0.5777 1.0002 1.2816 0.0003 0.00042 1.2826 0.0004 0.00021 2.2039 0.0103 2455157.8040 -5.3973 0.6505 1.0001 1.2817 0.0003 0.00033 1.2828 0.0004 0.00031 1.1821 0.0100 2455169.7810 -4.7553 0.7471 1.0001 1.2818 0.0003 0.00034 1.2828 0.0004 0.00030 1.2691 0.0110 2455441.9640 -6.6386 0.6960 1.0001 1.2815 0.0004 0.00037 1.2825 0.0003 0.00038 0.8507 0.0062 2455516.8690 -5.5441 0.6944 1.0011 1.2816 0.0004 0.00027 1.2826 0.0003 0.00039 0.5920 0.0092 2455536.9590 -6.0344 0.2177 1.0001 1.2816 0.0004 0.00026 1.2826 0.0003 0.00047 0.5087 0.0096 C.24 π Aqr

Table C.446: π Aqr Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450391.5560 1.2549 0.5398 0.9716 0.8469 0.6560 0.9451 0.6567 0.8550 ······ 2450402.5300 1.5395 0.7106 0.9666 0.8408 0.6560 0.8968 0.6567 0.8523 ······ 2450639.8340 1.3848 1.3424 0.9728 0.8732 0.6561 0.9116 0.6567 0.8580 ······ 2450640.8410 1.1647 1.8220 0.9652 0.8928 0.6559 0.9239 0.6564 0.8712 ······ 2450668.8280 1.8675 1.1219 0.9706 0.8419 0.6560 0.8758 0.6564 0.8697 ······ 2450674.7450 1.8640 1.4046 0.9780 0.8507 0.6559 0.8729 0.6564 0.8753 ······ 2450688.7810 1.6417 2.2042 0.9684 0.8611 0.6559 0.8434 0.6567 0.9063 ······ 2450732.6460 1.5557 0.7885 0.9739 0.8517 0.6559 0.9264 0.6567 0.8523 ······ 2451055.7180 1.4406 0.5885 0.9632 0.8570 0.6562 0.8793 0.6564 0.8562 ······ 2451083.6380 1.0615 2.1686 0.9759 0.8448 0.6560 0.9638 0.6566 0.9089 ······ 2451146.5050 1.5964 1.1077 0.9794 0.8803 0.6559 0.9281 0.6564 0.8618 ······ 2451423.7040 1.7266 1.0237 0.9762 0.8361 0.6561 0.8989 0.6565 0.8547 ······ 2451472.6420 1.0782 0.9039 0.9638 0.8786 0.6562 0.8885 0.6565 0.8909 ······ 2451483.5730 1.5052 0.7357 0.9731 0.8480 0.6560 0.9202 0.6564 0.8564 ······ 2451489.5050 1.3649 0.9463 0.9787 0.8453 0.6559 0.9457 0.6567 0.8584 ······ 2451490.5200 1.3940 0.8648 0.9735 0.8445 0.6560 0.9219 0.6566 0.8470 ······

555 2451491.5400 1.2717 1.1380 0.9651 0.8255 0.6559 0.9237 0.6567 0.8544 ······ 2451497.4790 1.7593 0.7672 0.9775 0.8350 0.6560 0.9373 0.6567 0.8519 ······ 2451499.5130 1.4394 0.6080 0.9774 0.8448 0.6560 0.9238 0.6567 0.8555 ······ 2451500.5360 1.6285 2.1176 0.9826 0.8517 0.6561 0.9617 0.6565 0.8980 ······ 2451520.5110 0.7081 2.6286 0.9678 0.8904 0.6562 0.9346 0.6565 0.9206 ······ 2451521.5170 1.3572 1.0048 0.9749 0.8649 0.6560 0.8701 0.6564 0.8958 ······ 2451523.5130 1.2962 0.7838 0.9755 0.8675 0.6562 0.8728 0.6564 0.8919 ······ 2451524.5040 1.5289 1.1003 0.9769 0.8606 0.6558 0.8688 0.6564 0.8991 ······ 2451777.7070 1.7754 1.0743 0.9753 0.8466 0.6559 0.8499 0.6564 0.8970 ······ 2451781.7070 1.8360 0.9092 0.9725 0.8573 0.6559 0.8592 0.6565 0.9024 ······ 2451794.7240 1.4550 0.6702 0.9715 0.8653 0.6559 0.8582 0.6565 0.9144 ······ 2451800.6920 1.7264 0.9481 0.9802 0.8665 0.6558 0.8711 0.6565 0.9219 ······ 2451806.6400 1.8895 0.5343 0.9745 0.8616 0.6559 0.8529 0.6564 0.8915 ······ 2451807.6850 1.8636 0.7381 0.9687 0.8636 0.6560 0.8570 0.6565 0.8894 ······ 2451814.6850 1.4227 1.1416 0.9678 0.8846 0.6562 0.9057 0.6564 0.8781 ······ 2451824.6220 1.3345 0.8936 0.9686 0.8322 0.6559 0.9283 0.6564 0.8633 ······ 2451825.5640 1.1656 1.2374 0.9788 0.8604 0.6559 0.9486 0.6567 0.8865 ······ 2451828.6430 1.0285 1.8182 0.9600 0.8203 0.6559 0.9245 0.6564 0.8707 ······ 2451830.6430 1.6529 0.9972 0.9744 0.8465 0.6560 0.9168 0.6567 0.8630 ······ 2451839.6100 0.7579 2.3194 0.9468 0.8255 0.6560 0.9105 0.6567 0.8829 ······ 2451849.5860 1.6886 1.0205 0.9727 0.8570 0.6560 0.8799 0.6564 0.8759 ······ 2451854.5570 2.3760 0.6238 0.9859 0.8460 0.6562 0.8655 0.6567 0.8725 ······ 2452103.8140 1.4229 1.3076 0.9659 0.8842 0.6559 0.8986 0.6567 0.8630 ······ 2452136.7230 1.4862 1.0235 0.9761 0.3556 0.6561 0.8734 0.6566 0.9251 ······ 2452151.7280 1.6829 0.4362 0.9729 0.8519 0.6559 0.9038 0.6567 0.8608 ······ 2452155.7660 1.4283 0.7492 0.9724 0.8834 0.6561 0.9052 0.6564 0.8543 ······ 2452158.6540 1.7879 0.5862 0.9827 0.8551 0.6561 0.9267 0.6567 0.8578 ······ 2452165.6700 1.4099 0.6646 0.9693 0.8347 0.6559 0.9192 0.6567 0.8595 ······ 2452182.6080 0.8512 0.7070 0.9790 0.8450 0.6558 0.9332 0.6567 0.9151 ······ Continued on Next Page… Table C.446 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452183.5720 0.5016 0.4702 0.9646 0.8319 0.6558 0.9304 0.6567 0.9158 ······ 2452185.6830 0.2932 0.6642 0.9631 0.8139 0.6558 0.9377 0.6567 0.9430 ······ 2452186.5460 0.0763 1.0887 0.9639 0.8422 0.6558 0.9556 0.6567 0.9467 ······ 2452190.5440 -0.6093 0.4293 0.9608 0.8541 0.6558 0.9844 0.6567 0.9880 ······ 2452191.6180 -0.3370 0.5449 0.9672 0.8467 0.6558 0.9931 0.6567 0.9932 ······ 2452192.6850 -0.5508 1.8222 0.9720 0.8539 0.6558 1.0193 0.6567 1.0466 ······ 2452200.5640 -1.0823 0.6474 0.9627 0.8889 0.6558 1.0032 0.6567 1.0686 ······ 2452211.5750 -1.1164 0.7798 0.9579 0.8494 0.6558 0.9978 0.6567 1.0970 ······ 2452212.5490 -1.5044 0.7268 0.9525 0.8497 0.6558 0.9932 0.6567 1.0805 ······ 2452216.5530 -0.9735 1.3339 0.9747 0.8898 0.6558 1.0223 0.6567 1.0673 ······ 2452217.5500 -0.9798 0.7621 0.9633 0.8854 0.6558 0.9857 0.6567 1.0872 ······ 2452218.6080 -0.9110 0.4504 0.9717 0.8917 0.6558 1.0228 0.6567 1.0791 ······ 2452219.5480 -0.9214 0.5426 0.9675 0.8852 0.6558 1.0116 0.6567 1.0793 ······ 2452221.5750 -0.8051 1.0032 0.9668 0.8711 0.6558 1.0245 0.6567 1.0685 ······ 2452224.5200 -0.9975 0.5145 0.9637 0.8950 0.6558 1.0170 0.6567 1.0625 ······ 2452225.5880 -0.9351 0.9641 0.9689 0.8985 0.6558 1.0207 0.6567 1.0536 ······ 2452226.5190 -0.8451 0.5608 0.9693 0.9022 0.6558 1.0242 0.6567 1.0465 ······ 2452235.5160 -1.0265 0.4699 0.9608 0.9008 0.6558 1.0292 0.6567 1.0147 ······ 2452266.4590 0.8572 0.4177 0.9776 0.8632 0.6558 0.9695 0.6567 0.9312 ······ 2452417.8460 -0.0058 0.7230 0.9683 0.8353 0.6558 0.9874 0.6567 0.9374 ······ 2452456.7610 1.1306 0.6554 0.9597 0.8554 0.6558 0.8854 0.6567 0.9329 ······ 2452460.8550 1.1531 0.6066 0.9692 0.8538 0.6558 0.8810 0.6567 0.9427 ······ 2452463.8020 1.0652 0.5493 0.9650 0.8457 0.6558 0.8716 0.6567 0.9235 ······ 556 2452564.6730 1.2092 1.1022 0.9697 0.8905 0.6560 0.8757 0.6564 0.8976 ······ 2452576.5300 1.4358 0.8338 0.9737 0.8606 0.6559 0.9175 0.6567 0.8688 ······ 2452583.5950 1.2765 0.9259 0.9710 0.8454 0.6559 0.9148 0.6567 0.8635 ······ 2452784.7360 0.0432 1.3605 0.9475 0.8320 0.6558 0.9259 0.6567 0.9529 ······ 2452803.7140 1.2569 0.7238 0.9721 0.8422 0.6560 0.9079 0.6567 0.9335 ······ 2452811.6660 1.2609 0.7516 0.9740 0.8865 0.6558 0.9215 0.6565 0.8955 ······ 2452812.8430 1.8349 1.1621 0.9799 0.8523 0.6559 0.8869 0.6565 0.9165 ······ 2452816.6170 0.9412 1.4178 0.9661 0.8827 0.6562 0.9281 0.6567 0.9036 ······ 2452826.6130 1.3836 1.3244 0.9717 0.8529 0.6560 0.9357 0.6567 0.8607 ······ 2452827.6030 1.4683 0.5444 0.9748 0.8496 0.6560 0.9189 0.6564 0.8511 ······ 2452828.6320 1.5274 0.6746 0.9682 0.8424 0.6559 0.9163 0.6564 0.8417 ······ 2452833.6000 1.3482 1.5079 0.9670 0.8458 0.6560 0.9292 0.6567 0.8576 ······ 2452834.5660 1.5891 0.6866 0.9736 0.8382 0.6559 0.9245 0.6564 0.8457 ······ 2452837.7900 0.0682 1.3844 0.9556 0.8640 0.6558 0.9864 0.6567 0.8792 ······ 2452839.7650 0.3056 0.7990 0.9695 0.8434 0.6558 0.9867 0.6567 0.9059 ······ 2452840.6460 1.4976 0.8534 0.9652 0.8535 0.6561 0.9088 0.6567 0.8422 ······ 2452845.7570 0.0549 0.6100 0.9583 0.8350 0.6558 0.9753 0.6567 0.9109 ······ 2452849.7820 0.0035 0.9223 0.9609 0.8301 0.6559 0.9861 0.6567 0.9167 ······ 2452850.7280 -0.0402 0.8760 0.9623 0.8488 0.6558 0.9987 0.6567 0.9167 ······ 2452850.7790 0.4548 1.0248 0.9730 0.8435 0.6558 0.9934 0.6567 0.9190 ······ 2452871.7000 0.3727 0.7343 0.9647 0.8586 0.6558 0.9248 0.6567 0.9523 ······ 2452872.6330 -0.0097 1.7563 0.9572 0.8554 0.6558 0.9329 0.6567 0.9696 ······ 2452874.7080 0.7477 1.0346 0.9735 0.8687 0.6558 0.9323 0.6567 0.9628 ······ 2452975.4710 1.5154 0.6261 0.9754 0.8573 0.6558 0.8458 0.6565 0.9183 ······ 2453239.7790 -4.6907 0.9110 0.9651 1.0867 0.6558 1.3585 0.6567 1.3880 0.9239 0.0008 2453267.6870 -3.7495 0.9573 0.9942 1.1316 0.6559 1.3697 0.6567 1.3414 1.0828 0.0007 2453268.6410 -3.8402 0.7479 0.9897 1.1511 0.6559 1.3615 0.6567 1.3438 1.0514 0.0007 2453269.6690 -3.3528 0.6199 0.9950 1.1164 0.6559 1.3479 0.6567 1.3271 1.0634 0.0006 Continued on Next Page… Table C.446 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453270.6360 -3.0654 1.2180 1.0020 1.1471 0.6559 1.3647 0.6567 1.3261 1.1184 0.0009 2453271.7220 -3.6776 0.8381 0.9845 1.1278 0.6559 1.3417 0.6567 1.3360 1.0171 0.0007 2453275.6040 -3.7988 0.7679 0.9920 1.1498 0.6559 1.3672 0.6567 1.3401 1.0796 0.0008 2453278.6590 -3.8311 0.8993 0.9869 1.1541 0.6558 1.3409 0.6566 1.3400 1.0027 0.0007 2453279.6600 -3.7838 1.0742 0.9950 1.1593 0.6559 1.3450 0.6567 1.3462 0.9967 0.0007 2453283.6680 -3.9576 0.8861 0.9985 1.1751 0.6559 1.3409 0.6567 1.3448 0.9889 0.0006 2453284.6370 -3.6028 0.7377 0.9998 1.1714 0.6559 1.3330 0.6567 1.3509 0.9491 0.0008 2453286.6690 -3.3855 0.6738 1.0057 1.1752 0.6559 1.3306 0.6566 1.3616 0.9142 0.0008 2453286.6690 -4.2445 0.7340 0.9879 1.1846 0.6559 1.3449 0.6566 1.3732 0.9242 0.0013 2453288.6670 -4.1243 0.7883 0.9947 1.1936 0.6559 1.3478 0.6566 1.3613 0.9627 0.0007 2453289.5860 -3.7711 0.7992 0.9972 1.1696 0.6558 1.3295 0.6566 1.3529 0.9335 0.0007 2453313.6210 -4.4526 0.8670 0.9891 1.2040 0.6559 1.3481 0.6566 1.4157 0.8373 0.0006 2453316.5710 -4.3541 0.7010 0.9938 1.2113 0.6559 1.3470 0.6566 1.4032 0.8605 0.0006 2453319.5860 -3.8668 1.1131 1.0138 1.2133 0.6559 1.3560 0.6566 1.4233 0.8411 0.0006 2453322.5290 -4.6227 0.7081 1.0012 1.2525 0.6559 1.3771 0.6566 1.3902 0.9666 0.0007 2453331.5730 -4.5558 0.9190 1.0003 1.2471 0.6559 1.3956 0.6567 1.3786 1.0449 0.0008 2453332.5850 -5.0845 2.5668 0.9800 1.2554 0.6559 1.4262 0.6567 1.3898 1.0932 0.0020 2453332.5850 -0.1789 2.1476 0.9979 1.0014 0.6561 1.1405 0.6567 1.1957 0.7179 0.0027 2453335.5390 -4.7171 0.8902 0.9991 1.2474 0.6559 1.4299 0.6566 1.3854 1.1153 0.0006 2453355.5250 -4.7057 0.9436 1.0012 1.2094 0.6559 1.4026 0.6567 1.3652 1.1027 0.0008 2453625.6580 -8.3390 1.5604 0.9910 1.3480 0.6559 1.7761 0.6566 1.8504 0.9126 0.0008 2453640.6960 -7.9483 1.1855 0.9987 1.3185 0.6559 1.7717 0.6566 1.8570 0.9005 0.0007 2453647.6140 -7.7390 1.0386 0.9839 1.2893 0.6559 1.7612 0.6566 1.8503 0.8952 0.0007 557 2453673.6050 -7.6178 1.0245 0.9966 1.2659 0.6559 1.8786 0.6566 1.7828 1.1224 0.0006 2453682.6100 -7.3923 1.4209 0.9870 1.2341 0.6559 1.8623 0.6566 1.7476 1.1534 0.0008 2453695.5500 -7.3044 1.1207 0.9846 1.2469 0.6559 1.7875 0.6566 1.7882 0.9991 0.0006 2453757.4940 -6.5633 1.1152 0.9895 1.2486 0.6560 1.7740 0.6566 1.6987 1.1077 0.0009 2453901.8380 -2.7186 0.7042 0.9755 1.1019 0.6559 1.3408 0.6566 1.4266 0.7988 0.0006 2453916.8250 -2.2746 0.9075 0.9684 1.1292 0.6559 1.3174 0.6566 1.3375 0.9403 0.0008 2453932.8300 -1.9480 0.9301 0.9617 1.0146 0.6559 1.3451 0.6566 1.2299 1.5010 0.0007 2453982.6980 -4.2934 0.7066 0.9612 1.0645 0.6559 1.3187 0.6566 1.3847 0.8284 0.0006 2454003.6510 -4.7216 0.9990 0.9671 1.0870 0.6560 1.3644 0.6566 1.3312 1.1002 0.0006 2454034.6650 -3.9282 0.6695 0.9780 1.0241 0.6559 1.3754 0.6567 1.3519 1.0667 0.0007 2454080.4870 -2.7790 1.0403 0.9831 1.0513 0.6559 1.2967 0.6566 1.3301 0.8988 0.0008 2454117.4880 -2.2222 1.3282 0.9740 1.0149 0.6559 1.2481 0.6566 1.1995 1.2438 0.0014 2454242.8580 -3.9027 2.1772 0.9782 1.1095 0.6558 1.3144 0.6566 1.3664 0.8582 0.0020 2454282.8240 -3.3185 0.8000 0.9899 1.0401 0.6559 1.3772 0.6567 1.3235 1.1661 0.0015 2454295.7910 -3.4478 0.6455 0.9823 1.0417 0.6558 1.3427 0.6567 1.3571 0.9595 0.0014 2454304.8080 -3.1500 0.4766 0.9871 1.0531 0.6559 1.3205 0.6567 1.3674 0.8722 0.0015 2454341.8110 -2.5194 1.1185 0.9789 1.0345 0.6559 1.3014 0.6567 1.2552 1.1811 0.0022 2454348.7050 -2.2730 0.5596 0.9867 0.9893 0.6559 1.3280 0.6567 1.2552 1.2851 0.0013 2454355.7290 -2.2989 0.7200 0.9862 1.0038 0.6559 1.3312 0.6567 1.2447 1.3537 0.0011 2454367.6650 -1.6941 0.5463 0.9874 0.9981 0.6559 1.2692 0.6567 1.2223 1.2110 0.0011 2454381.6480 -1.5441 0.7537 0.9842 1.0018 0.6558 1.1869 0.6567 1.2094 0.8926 0.0021 2454404.6320 -3.4015 2.1294 0.9828 1.0554 0.6558 1.2418 0.6567 1.3420 0.7070 0.0016 2454434.5020 -2.5684 1.3976 1.0026 1.1164 0.6559 1.3338 0.6566 1.2419 1.3799 0.0011 2454663.8180 -4.8628 0.4234 0.9965 1.1558 0.6559 1.5523 0.6566 1.6008 0.9192 0.0013 2454696.7790 -5.2378 1.2582 0.9879 1.1418 0.6559 1.6076 0.6566 1.5333 1.1393 0.0016 2454705.7610 -5.4070 0.7750 0.9808 1.1078 0.6559 1.5588 0.6566 1.5018 1.1136 0.0013 2454712.7790 -5.2482 1.1168 0.9807 1.1390 0.6559 1.5384 0.6566 1.5342 1.0080 0.0015 2454717.7450 -5.0927 0.8312 0.9902 1.1312 0.6559 1.5237 0.6566 1.5582 0.9382 0.0012 Continued on Next Page… Table C.446 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454719.7460 -5.7987 1.3236 0.9829 1.1440 0.6559 1.5471 0.6566 1.5590 0.9786 0.0013 2454726.7260 -5.3011 0.7765 0.9841 1.1541 0.6559 1.5152 0.6566 1.5507 0.9355 0.0011 2454752.6530 -6.3972 2.7824 0.9650 1.1453 0.6558 1.6046 0.6566 1.4979 1.2145 0.0022 2454769.5670 -5.2531 2.7927 0.9881 1.1404 0.6559 1.6204 0.6567 1.4928 1.2587 0.0023 2454797.5490 -4.7337 1.4886 0.9988 1.1063 0.6559 1.5139 0.6566 1.5265 0.9760 0.0009 2455053.8510 -2.8350 1.0141 0.9952 1.1414 0.6559 1.2814 0.6566 1.2911 0.9668 0.0024 2455068.7710 -3.3143 0.7868 1.0047 1.1567 0.6558 1.2921 0.6566 1.3450 0.8466 0.0015 2455079.7680 -3.9040 1.6510 0.9995 1.1590 0.6559 1.3329 0.6566 1.3502 0.9506 0.0015 2455092.6860 -4.9438 0.7823 0.9973 1.2157 0.6559 1.3712 0.6567 1.3693 1.0053 0.0009 2455105.6670 -5.7410 1.3486 0.9900 1.1797 0.6559 1.4575 0.6567 1.4031 1.1348 0.0011 2455139.5550 -6.0749 1.3745 0.9902 1.2007 0.6559 1.4677 0.6566 1.5103 0.9167 0.0011 2455167.5250 -5.4493 0.9538 0.9959 1.1490 0.6559 1.5107 0.6566 1.5467 0.9342 0.0010 2455440.7740 -8.3700 2.3047 0.9766 1.3360 0.6559 1.6336 0.6566 1.5578 1.1359 0.0017 2455479.6570 -7.3103 2.3740 0.9995 1.3351 0.6559 1.6121 0.6566 1.6633 0.9227 0.0021 2455486.6100 -7.6504 0.8213 0.9952 1.3366 0.6559 1.6229 0.6566 1.6639 0.9381 0.0009 2455510.5630 -7.5581 0.9440 0.9985 1.3159 0.6559 1.6554 0.6566 1.6668 0.9829 0.0018 2457258.7260 -11.4467 1.2045 1.0110 1.8408 0.6560 1.9429 0.6565 1.9784 0.9637 0.0009 2457266.6860 -12.0172 0.7501 1.0083 1.8492 0.6560 1.9782 0.6565 2.0036 0.9747 0.0011 2457312.6190 -12.7870 1.2876 1.0177 1.9319 0.6560 2.1071 0.6565 2.0756 1.0293 0.0008 2457314.5930 -13.1742 0.8239 1.0104 1.9393 0.6561 2.1048 0.6565 2.0631 1.0392 0.0006 2457318.5970 -13.5751 0.7907 1.0079 1.9835 0.6561 2.1069 0.6565 2.1077 0.9993 0.0007 2457321.5680 -13.5167 1.1946 1.0135 2.0204 0.6560 2.1221 0.6565 2.1404 0.9840 0.0013 2457329.6010 -13.2171 1.2755 1.0111 1.9669 0.6560 2.1410 0.6565 2.1449 0.9966 0.0008 558 2457335.5510 -13.9018 0.6525 1.0136 2.0416 0.6560 2.1663 0.6565 2.1811 0.9874 0.0005 2457341.6020 -13.3131 0.8867 1.0097 1.9809 0.6560 2.1056 0.6565 2.1685 0.9461 0.0008 2457342.5980 -13.5921 0.4595 1.0116 2.0064 0.6560 2.1056 0.6565 2.1592 0.9538 0.0006 2457604.7200 -14.3354 0.9627 1.0041 2.1206 0.6560 2.2101 0.6565 2.2229 0.9895 0.0008

Table C.447: π Aqr HeI λ5876Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450391.5560 0.8350 0.1578 0.9903 0.9971 0.5869 0.9933 0.5885 0.9988 ······ 2450402.5300 0.9487 0.3055 0.9943 0.9826 0.5869 0.9911 0.5884 1.0123 ······ 2450639.8340 0.6723 0.2970 0.9861 1.0025 0.5868 0.9982 0.5885 1.0155 ······ 2450640.8410 0.5489 0.5359 0.9769 1.0234 0.5869 1.0033 0.5883 1.0282 ······ 2450668.8280 0.5925 0.3355 0.9768 0.9860 0.5869 0.9994 0.5885 1.0026 ······ 2450674.7450 0.5999 0.3773 0.9789 0.9882 0.5869 0.9955 0.5884 1.0093 ······ 2450688.7810 0.6018 0.4550 0.9766 1.0085 0.5869 1.0221 0.5885 1.0124 ······ 2450732.6460 0.6923 0.2458 0.9880 1.0252 0.5868 1.0070 0.5885 1.0139 ······ 2451055.7180 0.6214 0.3093 0.9777 1.0215 0.5868 1.0017 0.5885 1.0152 ······ 2451083.6380 0.4602 1.0978 0.9729 1.0034 0.5869 1.0253 0.5885 1.0533 ······ 2451146.5050 0.6520 0.4328 0.9874 1.0099 0.5869 1.0172 0.5885 1.0148 ······ 2451423.7040 0.6006 0.3291 0.9900 0.9801 0.5869 1.0135 0.5885 1.0147 ······ 2451472.6420 0.6513 0.3821 0.9910 1.0170 0.5868 0.9998 0.5885 1.0151 ······ 2451483.5730 0.6670 0.2753 0.9863 1.0164 0.5868 1.0067 0.5885 1.0152 ······ 2451489.5050 0.7135 0.2901 0.9953 0.9999 0.5869 1.0053 0.5884 1.0122 ······ Continued on Next Page… Table C.447 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451490.5200 0.7345 0.3041 0.9909 1.0160 0.5868 1.0149 0.5884 1.0112 ······ 2451491.5400 0.6645 0.3216 0.9878 1.0085 0.5869 1.0153 0.5884 1.0136 ······ 2451497.4790 0.6603 0.2829 0.9866 0.9986 0.5868 1.0045 0.5884 1.0111 ······ 2451499.5130 0.6787 0.2664 0.9930 1.0279 0.5869 1.0045 0.5884 1.0155 ······ 2451500.5360 0.7414 1.0735 0.9939 1.0132 0.5869 1.0378 0.5884 1.0569 ······ 2451520.5110 0.9539 0.9977 1.0020 1.0508 0.5868 1.0086 0.5885 1.0410 ······ 2451521.5170 0.6778 0.3889 0.9912 1.0165 0.5868 1.0067 0.5885 1.0184 ······ 2451523.5130 0.7363 0.3398 0.9912 1.0233 0.5869 0.9965 0.5883 1.0341 ······ 2451524.5040 0.7169 0.3743 0.9868 1.0332 0.5868 1.0140 0.5883 1.0182 ······ 2451777.7070 0.5701 0.3226 0.9830 0.9878 0.5868 0.9902 0.5884 1.0218 ······ 2451781.7070 0.4884 0.3121 0.9840 1.0362 0.5869 1.0082 0.5882 1.0133 ······ 2451794.7240 0.6771 0.3889 0.9931 1.0152 0.5868 1.0039 0.5883 1.0196 ······ 2451800.6920 0.6657 0.3880 0.9904 1.0356 0.5868 1.0051 0.5883 1.0204 ······ 2451806.6400 0.5209 0.2984 0.9797 0.9978 0.5870 0.9993 0.5884 1.0022 ······ 2451807.6850 0.5104 0.3635 0.9803 1.0000 0.5868 1.0014 0.5883 1.0042 ······ 2451814.6850 0.5529 0.3681 0.9849 0.9982 0.5869 1.0103 0.5884 1.0294 ······ 2451824.6220 0.7574 0.4239 0.9954 1.0177 0.5868 1.0169 0.5883 1.0112 ······ 2451825.5640 0.2850 0.5748 0.9847 1.0161 0.5869 1.0193 0.5883 1.0339 ······ 2451828.6430 0.9127 0.5054 0.9997 1.0394 0.5869 1.0033 0.5884 1.0181 ······ 2451830.6430 0.5013 0.3538 0.9852 0.9953 0.5868 1.0120 0.5883 1.0105 ······ 2451839.6100 0.2483 0.8331 0.9787 0.9926 0.5868 1.0177 0.5884 1.0430 ······ 2451849.5860 0.8035 0.3969 0.9938 1.0017 0.5869 0.9957 0.5884 1.0045 ······ 2451854.5570 0.6468 0.3100 0.9892 0.9835 0.5868 1.0063 0.5884 1.0185 ······ 559 2452103.8140 0.1870 0.6462 0.9619 1.0380 0.5869 1.0100 0.5884 1.0401 ······ 2452136.7230 0.5566 0.6089 0.9838 0.9966 0.5868 0.9937 0.5883 1.0333 ······ 2452151.7280 0.6074 0.2705 0.9815 0.9912 0.5868 0.9993 0.5884 1.0022 ······ 2452155.7660 0.6490 0.3481 0.9845 1.0031 0.5868 1.0078 0.5885 1.0141 ······ 2452158.6540 0.6656 0.2885 0.9874 1.0163 0.5868 1.0108 0.5884 1.0109 ······ 2452165.6700 0.6826 0.2596 0.9839 1.0030 0.5869 1.0011 0.5885 1.0040 ······ 2452182.6080 0.6284 0.2424 0.9881 1.0021 0.5868 1.0288 0.5883 1.0279 ······ 2452183.5720 0.6214 0.3119 0.9854 1.0151 0.5868 1.0284 0.5884 1.0312 ······ 2452185.6830 0.5449 0.3471 0.9770 1.0171 0.5868 1.0304 0.5883 1.0368 ······ 2452186.5460 0.5342 0.4054 0.9749 1.0045 0.5869 1.0307 0.5883 1.0319 ······ 2452190.5440 0.5736 0.1630 0.9928 1.0277 0.5868 1.0367 0.5882 1.0306 ······ 2452191.6180 0.4434 0.2500 0.9832 1.0135 0.5868 1.0360 0.5883 1.0452 ······ 2452192.6850 0.4221 1.1317 0.9835 0.9750 0.5869 1.0987 0.5884 1.0751 ······ 2452200.5640 0.4175 0.2089 0.9938 1.0079 0.5869 1.0485 0.5883 1.0444 ······ 2452211.5750 0.2311 0.3733 0.9879 0.9732 0.5869 1.0560 0.5883 1.0516 ······ 2452212.5490 0.2187 0.3087 0.9844 0.9975 0.5869 1.0545 0.5882 1.0550 ······ 2452216.5530 0.1848 0.3840 0.9884 1.0330 0.5869 1.0451 0.5882 1.0575 ······ 2452217.5500 0.2135 0.2229 0.9869 1.0168 0.5869 1.0470 0.5882 1.0445 ······ 2452218.6080 0.2319 0.3896 0.9944 0.9994 0.5870 1.0695 0.5881 1.0579 ······ 2452219.5480 0.1889 0.2458 0.9874 1.0092 0.5869 1.0527 0.5883 1.0545 ······ 2452221.5750 0.1505 0.4782 0.9782 0.9988 0.5869 1.0461 0.5884 1.0558 ······ 2452224.5200 0.2157 0.2401 0.9852 0.9994 0.5869 1.0363 0.5881 1.0376 ······ 2452225.5880 0.2337 0.2711 0.9881 0.9990 0.5869 1.0406 0.5883 1.0401 ······ 2452226.5190 0.3145 0.2400 0.9922 0.9962 0.5868 1.0384 0.5882 1.0424 ······ 2452235.5160 0.2804 0.2389 0.9869 0.9785 0.5868 1.0412 0.5884 1.0317 ······ 2452266.4590 0.6090 0.2267 0.9940 1.0063 0.5869 1.0088 0.5884 1.0098 ······ 2452417.8460 0.5894 0.4815 0.9890 1.0146 0.5868 1.0308 0.5883 1.0442 ······ 2452456.7610 0.3682 0.4976 0.9648 1.0030 0.5870 1.0082 0.5884 1.0129 ······ Continued on Next Page… Table C.447 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452460.8550 0.5361 0.3701 0.9822 1.0148 0.5869 1.0157 0.5883 1.0017 ······ 2452463.8020 0.5626 0.2370 0.9804 0.9744 0.5868 0.9947 0.5884 0.9986 ······ 2452564.6730 0.6904 0.3698 0.9944 1.0079 0.5868 1.0090 0.5884 1.0228 ······ 2452576.5300 0.6258 0.3857 0.9857 1.0059 0.5868 1.0073 0.5884 1.0101 ······ 2452583.5950 0.7230 0.3622 0.9901 0.9968 0.5868 1.0058 0.5884 1.0225 ······ 2452784.7360 0.3834 0.4912 0.9697 0.8086 0.5869 1.0360 0.5884 1.0238 ······ 2452803.7140 0.9089 0.3668 0.9812 1.0345 0.5868 1.0093 0.5884 1.0186 ······ 2452811.6660 0.6253 0.2754 0.9898 1.0162 0.5868 1.0088 0.5884 1.0110 ······ 2452812.8430 0.7256 0.7430 0.9723 1.0391 0.5868 1.0315 0.5883 1.0409 ······ 2452816.6170 0.6318 0.3918 0.9879 1.0039 0.5869 1.0079 0.5883 1.0183 ······ 2452826.6130 0.6503 0.2500 0.9895 1.0036 0.5868 1.0031 0.5883 1.0084 ······ 2452827.6030 0.6164 0.1654 0.9881 1.0077 0.5869 0.9996 0.5884 1.0084 ······ 2452828.6320 0.5381 0.1821 0.9791 0.9976 0.5869 1.0023 0.5884 1.0028 ······ 2452833.6000 0.6058 0.3692 0.9882 1.0193 0.5868 1.0067 0.5884 1.0164 ······ 2452834.5660 0.6109 0.2696 0.9861 1.0211 0.5868 1.0046 0.5884 1.0105 ······ 2452837.7900 0.4137 0.7835 0.9781 1.0126 0.5872 1.1340 0.5885 1.0490 ······ 2452839.7650 0.5273 0.4256 0.9813 0.9925 0.5869 1.0372 0.5883 1.0401 ······ 2452840.6460 0.5832 0.2826 0.9826 1.0011 0.5868 1.0076 0.5884 1.0097 ······ 2452845.7570 0.4397 0.3493 0.9746 1.0127 0.5869 1.0576 0.5885 1.0293 ······ 2452849.7820 0.4075 0.6370 0.9813 0.9741 0.5869 1.0249 0.5884 1.0655 ······ 2452850.7280 0.6537 0.4223 0.9871 1.0038 0.5868 1.0344 0.5882 1.0480 ······ 2452850.7790 0.3917 0.5140 0.9824 1.0120 0.5869 1.0385 0.5882 1.0498 ······ 2452871.7000 0.4904 0.3276 0.9846 0.9286 0.5869 1.0221 0.5883 1.0263 ······ 560 2452872.6330 0.3998 0.5129 0.9719 1.0879 0.5869 1.0203 0.5882 1.0115 ······ 2452874.7080 0.3527 0.5812 0.9818 0.9016 0.5869 1.0441 0.5885 1.0476 ······ 2452975.4710 0.7333 0.2139 0.9933 0.9825 0.5868 0.9968 0.5884 1.0117 ······ 2453239.7790 -0.2715 0.3493 0.9867 0.9691 0.5870 1.0723 0.5880 1.1093 0.6616 0.0034 2453267.6870 -0.0449 0.2932 0.9894 0.9982 0.5871 1.0406 0.5880 1.0467 0.8688 0.0037 2453268.6410 -0.0071 0.2709 0.9902 0.9767 0.5871 1.0329 0.5880 1.0544 0.6044 0.0036 2453269.6690 -0.0592 0.3180 0.9873 0.9999 0.5871 1.0341 0.5880 1.0519 0.6578 0.0036 2453270.6360 -0.0233 0.3444 0.9894 1.0004 0.5872 1.0397 0.5880 1.0509 0.7795 0.0036 2453271.7220 0.0782 0.3177 0.9890 0.9501 0.5871 1.0275 0.5881 1.0283 0.9720 0.0037 2453275.6040 -0.0305 0.3204 0.9900 0.9944 0.5871 1.0391 0.5880 1.0480 0.8145 0.0036 2453278.6590 0.0875 0.2876 0.9906 0.9670 0.5871 1.0312 0.5880 1.0214 1.4589 0.0037 2453279.6600 -0.0721 0.3461 0.9883 1.0214 0.5871 1.0335 0.5880 1.0456 0.7345 0.0036 2453283.6680 0.0152 0.2646 0.9908 1.0122 0.5871 1.0283 0.5881 1.0344 0.8229 0.0037 2453284.6370 0.0348 0.2617 0.9912 0.9987 0.5871 1.0324 0.5880 1.0352 0.9202 0.0037 2453286.6690 -0.0869 0.3344 0.9887 1.0073 0.5871 1.0696 0.5881 1.0426 1.6336 0.0037 2453286.6690 -0.0701 0.3149 0.9888 1.0063 0.5871 1.0313 0.5881 1.0361 0.8671 0.0037 2453288.6670 -0.0509 0.3383 0.9878 1.0058 0.5871 1.0204 0.5881 1.0433 0.4711 0.0036 2453289.5860 -0.0999 0.2709 0.9909 1.0062 0.5871 1.0315 0.5880 1.0403 0.7807 0.0037 2453313.6210 0.0096 0.2801 0.9862 0.9921 0.5870 1.0180 0.5880 1.0653 0.2761 0.0035 2453316.5710 -0.0583 0.2541 0.9885 1.0083 0.5871 1.0339 0.5884 1.0242 1.3989 0.0037 2453319.5860 0.1656 0.2947 0.9891 0.9920 0.5871 1.0162 0.5879 1.0169 0.9591 0.0038 2453322.5290 -0.0276 0.2931 0.9921 1.0184 0.5871 1.0326 0.5880 1.0373 0.8734 0.0037 2453331.5730 0.0266 0.3676 0.9902 1.0098 0.5871 1.0266 0.5880 1.0237 1.1235 0.0037 2453332.5850 -0.1106 1.0374 0.9823 1.0232 0.5871 1.1656 0.5879 1.0795 2.0845 0.0073 2453332.5850 -0.0716 0.9320 0.9829 0.9692 0.5871 1.1169 0.5879 1.0665 1.7568 0.0041 2453335.5390 0.0750 0.2868 0.9851 0.9948 0.5871 1.0118 0.5881 1.0275 0.4296 0.0037 2453355.5250 0.0539 0.3340 0.9933 1.0054 0.5872 1.0183 0.5880 1.0298 0.6154 0.0038 2453625.6580 -1.0884 0.4718 0.9822 0.9719 0.5871 1.1414 0.5880 1.1440 0.9823 0.0034 Continued on Next Page… Table C.447 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453640.6960 -0.9293 0.4058 0.9849 0.9870 0.5871 1.1352 0.5880 1.1587 0.8519 0.0033 2453647.6140 -0.9114 0.3355 0.9649 0.9655 0.5871 1.1236 0.5880 1.1051 1.1757 0.0035 2453673.6050 -0.9482 0.2748 0.9927 1.0125 0.5872 1.1438 0.5880 1.1571 0.9158 0.0033 2453682.6100 -0.9891 0.3702 0.9796 0.9838 0.5872 1.1353 0.5879 1.1298 1.0422 0.0034 2453695.5500 -0.9761 0.2903 0.9842 0.9816 0.5872 1.1421 0.5879 1.1425 0.9968 0.0033 2453757.4940 -0.7025 0.4542 0.9939 1.0611 0.5872 1.1174 0.5879 1.1122 1.0461 0.0035 2453901.8380 0.3637 0.2355 0.9789 0.9782 0.5868 0.9963 0.5885 0.9965 1.0653 0.0038 2453916.8250 0.3931 0.2251 0.9781 0.9886 0.5868 0.9897 0.5884 0.9870 0.7986 0.0039 2453932.8300 0.4809 0.2371 0.9752 0.9810 0.5868 0.9914 0.5884 0.9827 0.4967 0.0039 2453982.6980 -0.2688 0.2252 0.9777 0.9936 0.5870 1.0609 0.5881 1.0487 1.2491 0.0037 2454003.6510 -0.3346 0.2964 0.9874 0.9815 0.5869 1.0705 0.5881 1.0754 0.9347 0.0035 2454034.6650 -0.4047 0.2430 0.9852 0.9869 0.5871 1.0805 0.5881 1.0706 1.1390 0.0036 2454080.4870 0.0580 0.3330 0.9898 0.9992 0.5870 1.0373 0.5881 1.0409 0.9109 0.0037 2454117.4880 0.2270 0.5625 0.9967 1.0235 0.5870 1.0320 0.5882 1.0548 0.5840 0.0038 2454242.8580 -0.6568 0.9034 0.9823 0.4984 0.5870 1.0998 0.5881 1.1010 0.9886 0.0024 2454282.8240 -0.6868 0.3101 0.9890 0.1809 0.5871 1.1064 0.5881 1.1095 0.9720 0.0018 2454295.7910 -0.8036 0.3351 0.9875 0.7006 0.5870 1.1123 0.5880 1.1214 0.9252 0.0018 2454304.8080 -0.6085 0.3270 0.9898 0.3134 0.5870 1.0956 0.5881 1.1088 0.8786 0.0018 2454341.8110 -0.0132 0.4919 0.9851 0.0151 0.5872 1.0350 0.5881 1.0468 0.7484 0.0023 2454348.7050 -0.1120 0.2870 0.9902 0.8563 0.5870 1.0481 0.5880 1.0447 1.0763 0.0018 2454355.7290 -0.0270 0.2930 0.9879 1.0099 0.5869 1.0339 0.5880 1.0319 1.0630 0.0017 2454367.6650 0.0181 0.2276 0.9898 0.9877 0.5869 1.0366 0.5883 1.0261 1.4006 0.0017 2454381.6480 -0.0494 0.4021 0.9868 0.8953 0.5869 1.0536 0.5882 1.0299 1.7925 0.0022 561 2454404.6320 -0.1670 1.0384 0.9928 1.0511 0.5869 1.0781 0.5880 1.0727 1.0746 0.0023 2454434.5020 -0.1684 0.5451 0.9905 0.9540 0.5870 1.0430 0.5880 1.0482 0.8919 0.0019 2454663.8180 -0.9162 0.2601 0.9880 0.6176 0.5871 1.1231 0.5880 1.1270 0.9691 0.0017 2454696.7790 -0.8606 0.5701 0.9837 0.7317 0.5871 1.1154 0.5880 1.1142 1.0112 0.0020 2454705.7610 -1.0131 0.4668 0.9844 0.5046 0.5872 1.1164 0.5880 1.1285 0.9056 0.0017 2454712.7790 -0.8733 0.5399 0.9835 0.9298 0.5870 1.0994 0.5880 1.1271 0.7820 0.0020 2454717.7450 -0.9399 0.3694 0.9882 0.4552 0.5872 1.1290 0.5880 1.1252 1.0306 0.0019 2454719.7460 -1.2472 0.7136 0.9697 0.9237 0.5871 1.1242 0.5880 1.1251 0.9930 0.0022 2454726.7260 -0.9928 0.3430 0.9873 1.0261 0.5871 1.1153 0.5880 1.1247 0.9243 0.0017 2454752.6530 -0.2166 1.3914 1.0076 0.8973 0.5872 1.1385 0.5880 1.1406 0.9849 0.0036 2454769.5670 -1.2131 0.8671 0.9862 0.8650 0.5870 1.1420 0.5881 1.1552 0.9155 0.0024 2454797.5490 -0.7659 0.4924 0.9945 0.9839 0.5871 1.1264 0.5880 1.1165 1.0845 0.0046 2455053.8510 -0.0120 0.5267 0.9905 0.5483 0.5870 1.0545 0.5880 1.0340 1.6060 0.0026 2455068.7710 -0.2555 0.6590 0.9883 0.9341 0.5870 1.0453 0.5879 1.0573 0.7896 0.0024 2455079.7680 -0.1737 0.6728 0.9931 0.0000 0.5871 1.0651 0.5880 1.0780 0.8344 0.0029 2455092.6860 -0.2551 0.4724 1.0004 0.9801 0.5871 1.0747 0.5880 1.0796 0.9373 0.0019 2455105.6670 -0.5639 0.6200 0.9916 1.0201 0.5870 1.0889 0.5882 1.0862 1.0321 0.0029 2455139.5550 -0.8777 0.8796 0.9969 0.7946 0.5870 1.1357 0.5881 1.1390 0.9766 0.0030 2455167.5250 -0.9367 0.6754 1.0009 0.9784 0.5871 1.1321 0.5879 1.1448 0.9123 0.0026 2455440.7740 -0.2885 1.1141 0.9843 0.1055 0.5870 1.0899 0.5880 1.0826 1.0886 0.0072 2455479.6570 -0.8092 1.7933 0.9849 0.9355 0.5871 1.1572 0.5880 1.1638 0.9598 0.0034 2455486.6100 -1.0132 0.2135 0.9795 0.9837 0.5871 1.1071 0.5879 1.1083 0.9891 0.0017 2455510.5630 -0.9944 0.3191 0.9887 0.8981 0.5870 1.1270 0.5880 1.1055 1.2032 0.0019 2457258.7260 -0.2591 0.4688 0.9787 0.5950 0.5872 1.0304 0.5880 1.0337 0.9011 0.0024 2457266.6860 -0.1820 0.3971 0.9836 0.5077 0.5872 1.0299 0.5879 1.0384 0.7792 0.0024 2457312.6190 -0.0971 0.4571 0.9891 0.9481 0.5871 1.0286 0.5880 1.0291 0.9819 0.0020 2457314.5930 -0.1249 0.2949 0.9901 0.6644 0.5871 1.0271 0.5881 1.0283 0.9572 0.0017 2457318.5970 -0.0865 0.3850 0.9921 0.3769 0.5871 1.0244 0.5880 1.0308 0.7925 0.0019 Continued on Next Page… Table C.447 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2457321.5680 -0.4567 0.5647 0.9763 1.0169 0.5871 1.0276 0.5880 1.0549 0.5028 0.0029 2457329.6010 -0.0214 0.3959 0.9927 0.9829 0.5871 1.0266 0.5879 1.0412 0.6463 0.0027 2457335.5510 -0.0731 0.2004 0.9914 0.9760 0.5871 1.0196 0.5880 1.0225 0.8715 0.0017 2457341.6020 -0.2467 0.2735 0.9914 0.9772 0.5871 1.0313 0.5879 1.0373 0.8408 0.0407 2457342.5980 -0.2058 0.2390 0.9855 0.8845 0.5871 1.0208 0.5880 1.0203 1.0250 0.0017 2457604.7200 -0.1601 0.2922 0.9866 0.7376 0.5872 1.0204 0.5880 1.0220 0.9280 0.0018

Table C.448: π Aqr Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454242.8580 2.8095 4.2771 1.0258 0.5400 0.4858 1.0415 0.4865 1.0300 1.3809 0.0102 2454282.8240 1.7756 0.8148 0.9857 0.1941 0.4857 0.9643 0.4865 0.9395 0.5912 0.0042 2454295.7910 2.0564 0.9165 1.0048 0.4510 0.4857 1.0334 0.4865 0.9665 ······ 2454304.8080 2.2780 1.1289 0.9981 0.1623 0.4857 0.9679 0.4865 0.9717 1.1338 0.0028 2454341.8110 3.0163 1.7779 1.0009 0.4076 0.4858 0.9371 0.4865 0.9386 1.0239 0.0051 2454348.7050 2.3322 0.8938 1.0061 0.8670 0.4858 0.9417 0.4865 0.9415 0.9961 0.0035 2454355.7290 2.3856 0.7981 0.9987 0.9762 0.4858 0.9256 0.4865 0.9288 1.0440 0.0042

562 2454367.6650 1.7152 0.6030 0.9876 1.0405 0.4857 0.9338 0.4865 0.9112 0.7450 0.0030 2454381.6480 0.1488 1.5901 0.9012 0.9087 0.4857 0.9485 0.4865 0.9056 0.5455 0.0048 2454404.6320 2.3827 4.2183 1.0144 0.4753 0.4857 1.0475 0.4865 0.9522 ······ 2454434.5020 1.8300 2.5641 1.0101 0.9797 0.4857 1.0228 0.4865 0.9925 ······ 2454663.8180 1.4746 0.8111 1.0058 0.5652 0.4857 1.0311 0.4864 1.0243 1.2795 0.0018 2454696.7790 1.6292 1.4483 1.0028 0.6164 0.4858 1.0402 0.4865 1.0269 1.4933 0.0058 2454705.7610 0.7070 1.9234 0.9773 0.6273 0.4858 1.0602 0.4865 1.0402 1.4960 0.0040 2454712.7790 1.8333 1.6793 1.0119 0.7908 0.4857 1.0623 0.4864 1.0470 1.3276 0.1217 2454717.7450 2.1556 1.2832 1.0141 0.6876 0.4857 1.0069 0.4865 1.0087 0.7925 0.0047 2454719.7460 2.1807 2.7858 1.0086 0.7862 0.4858 1.0028 0.4865 1.0664 ······ 2454726.7260 1.5927 1.3158 1.0077 1.1000 0.4858 1.0585 0.4865 1.0375 1.5597 0.0043 2454752.6530 2.0627 4.8335 0.9985 0.9294 0.4857 1.0630 0.4864 1.0899 0.7008 0.0107 2454769.5670 1.8642 1.8801 1.0009 1.2152 0.4858 1.0459 0.4865 1.0192 2.3908 0.0062 2454797.5490 1.9062 1.4201 0.9940 0.8442 0.4857 1.0280 0.4865 1.0135 2.0804 0.0028 2455053.8510 1.6095 1.2604 1.0007 0.8394 0.4858 0.9850 0.4865 0.9643 0.4203 0.0044 2455068.7710 1.6857 0.9977 1.0071 0.4623 0.4858 0.9981 0.4864 0.9788 ······ 2455079.7680 1.8528 1.8128 1.0093 0.9932 0.4858 0.9701 0.4864 0.9819 1.6514 0.0065 2455092.6860 1.8360 1.0264 1.0123 0.9301 0.4857 0.9592 0.4865 1.0069 ······ 2455105.6670 1.9675 2.2268 1.0053 1.0163 0.4857 0.9601 0.4865 0.9744 1.5611 0.0049 2455139.5550 1.5366 1.7007 0.9828 1.0369 0.4857 1.0141 0.4865 0.9683 ······ 2455167.5250 1.7116 1.8967 0.9960 1.0277 0.4857 1.0148 0.4865 0.9767 ······ 2455440.7740 -0.0487 2.9336 0.9610 0.1795 0.4859 1.0353 0.4865 1.0183 1.9275 0.0058 2455479.6570 1.2660 4.1959 0.9944 1.2181 0.4857 1.0748 0.4864 1.0828 0.9031 0.0087 2455486.6100 0.9259 0.6050 1.0030 1.0120 0.4858 1.0324 0.4865 1.0420 0.7718 0.0015 2455510.5630 0.5019 0.8599 0.9818 0.0000 0.4858 1.0343 0.4865 1.0361 0.9489 0.0254 2457258.7260 -0.3372 1.4783 1.0076 0.7419 0.4859 1.1492 0.4864 1.1603 0.9308 0.0031 2457266.6860 -0.6176 1.4169 0.9922 0.8182 0.4859 1.1662 0.4864 1.1130 1.4710 0.0152 2457312.6190 -0.3330 1.6133 1.0185 1.0567 0.4858 1.2112 0.4864 1.1764 1.1974 0.0035 2457314.5930 -2.1604 1.5536 0.9626 1.0655 0.4859 1.2344 0.4864 1.1936 1.2107 0.0038 Continued on Next Page… Table C.448 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2457318.5970 -0.4733 2.0347 0.9955 0.7449 0.4858 1.1546 0.4864 1.1961 0.7880 0.0046 2457321.5680 -0.5038 2.0694 1.0091 0.9352 0.4859 1.2194 0.4863 1.1788 1.2272 0.0051 2457329.6010 -0.7545 1.3719 1.0025 1.0200 0.4859 1.1852 0.4863 1.1819 1.0184 0.0052 2457335.5510 -0.7382 0.7390 0.9999 1.0126 0.4859 1.1910 0.4864 1.1734 1.1018 0.0016 2457341.6020 -0.5061 1.5094 1.0177 1.1857 0.4858 1.2332 0.4863 1.2401 0.9716 1.5588 2457342.5980 -0.6832 0.6984 1.0014 0.8611 0.4859 1.1557 0.4863 1.1671 0.9318 0.0013 2457604.7200 -0.8514 1.1381 1.0045 0.7886 0.4859 1.1975 0.4863 1.1967 1.0039 0.0030

Table C.449: π Aqr Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -12.0720 0.7740 0.9993 2.1647 0.0010 0.00055 2.1672 0.0009 0.00054 0.9414 0.0594 2454038.7700 -9.2950 0.4238 0.9997 2.1647 0.0008 0.00019 2.1676 0.0007 0.00020 0.8619 0.0295 2454070.7540 -9.0925 0.4000 0.9995 2.1644 -0.0010 -0.00042 2.1674 0.0010 0.00042 1.0599 0.0443 2454070.7540 -5.5057 0.4962 1.0003 2.1644 0.0010 0.00028 2.1676 0.0009 0.00028 0.9139 0.0930 2454219.1120 -3.3737 0.3636 0.9999 2.1647 0.0008 0.00019 2.1676 0.0007 0.00019 0.8513 0.0173 2454299.0880 -2.1699 0.6040 0.9991 2.1643 0.0006 0.00006 2.1664 0.0011 0.00017 0.9050 0.0453

563 2454299.9940 -5.7877 0.3422 1.0000 2.1639 0.0010 0.00031 2.1671 0.0010 0.00029 1.0915 0.0367 2454352.9510 -5.7776 0.6610 0.9992 2.1639 0.0010 0.00031 2.1671 0.0009 0.00027 1.0941 0.0498 2454382.6900 -2.2906 0.3858 0.9994 2.1648 0.0007 0.00016 2.1677 0.0006 0.00011 1.1078 0.0216 2454432.7320 -1.1613 0.5186 0.9994 2.1644 0.0005 0.00005 2.1677 0.0007 0.00010 0.8097 0.0555 2454699.0440 -1.1435 0.5456 0.9995 2.1659 0.0010 0.00014 2.1678 0.0005 0.00003 1.0051 0.0705 2454719.0030 -7.8422 0.3012 0.9998 2.1647 -0.0010 -0.00044 2.1674 0.0007 0.00029 1.1581 0.0197 2454754.8880 -8.5108 0.4188 0.9995 2.1646 0.0010 0.00042 2.1673 0.0008 0.00035 0.9846 0.0221 2455051.0370 -5.4655 0.3730 0.9997 2.1649 0.0009 0.00027 2.1672 0.0008 0.00025 0.9616 0.0322 2455079.8730 -0.4044 0.5942 0.9996 2.1655 0.0008 0.00008 2.1671 0.0004 0.00002 1.1613 0.0775 2455103.8270 -0.5045 0.4674 0.9999 2.1652 0.0005 0.00003 2.1667 0.0006 0.00006 0.6177 0.0804 2455157.7660 -2.7359 0.7252 0.9993 2.1656 0.0012 0.00020 2.1677 0.0003 0.00003 1.0518 0.0339 2455169.7290 -8.6137 0.6421 0.9996 2.1644 0.0011 0.00044 2.1675 0.0009 0.00035 1.0501 0.0673 2455169.7290 -9.0925 0.4000 0.9995 2.1644 0.0010 0.00042 2.1674 0.0010 0.00043 1.0600 0.0452 2455412.8980 -1.1029 0.6615 0.9998 2.1650 0.0005 0.00006 2.1667 0.0006 0.00007 1.1932 0.0442 2455441.9060 -3.7766 0.6693 0.9996 2.1652 0.0008 0.00019 2.1672 0.0006 0.00010 1.2610 0.0341 2455516.8210 -10.1626 0.6510 0.9996 2.1647 0.0012 0.00055 2.1675 0.0010 0.00039 1.0047 0.0751

Table C.450: π Aqr Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -3.5775 0.2025 1.0002 1.7355 0.0006 0.00018 1.7378 0.0006 0.00018 1.0849 0.0234 2454038.7700 -1.8885 0.2367 0.9998 ························ 2454070.7540 -3.8224 0.4000 1.0003 1.7353 0.0006 0.00018 1.7381 0.0006 0.00017 1.1990 0.0243 Continued on Next Page… Table C.450 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454070.7540 0.1236 0.3710 1.0038 1.7351 0.0003 0.00003 1.7384 0.0004 0.00003 1.2288 0.1873 2454219.1120 0.8200 0.4098 1.0009 ························ 2454299.0880 -0.6338 0.2301 1.0001 1.7351 0.0004 0.00004 1.7379 0.0004 0.00003 1.2208 0.0527 2454299.9940 -0.4851 0.2232 0.9998 1.7350 0.0004 0.00006 1.7381 0.0004 0.00004 1.2663 0.0620 2454352.9510 -0.3050 0.2632 1.0003 1.7380 0.0004 0.00004 1.7349 0.0003 0.00004 1.2710 0.1039 2454382.6900 2.0950 0.1876 1.0000 ························ 2454432.7320 2.2842 0.3321 1.0001 ························ 2454699.0440 0.0452 0.2022 0.9999 1.7354 0.0002 0.00001 1.7381 0.0003 0.00001 1.1491 0.1927 2454719.0030 -1.9912 0.2213 1.0003 1.7353 0.0005 0.00011 1.7381 0.0005 0.00009 1.1647 0.0234 2454754.8880 -2.6698 0.3024 1.0007 1.7353 0.0004 0.00010 1.7381 0.0006 0.00012 1.1214 0.0336 2455051.0370 -1.2951 0.1873 0.9994 1.7354 0.0004 0.00008 1.7381 0.0005 0.00006 1.3005 0.0283 2455079.8730 0.0348 0.2830 1.0008 1.7353 0.0004 0.00001 1.7379 0.0002 0.00001 0.9430 0.2098 2455103.8270 -0.5785 0.2898 1.0008 1.7354 0.0004 0.00002 1.7377 0.0005 0.00003 0.7483 0.1792 2455157.7660 -2.7745 0.2912 1.0001 1.7381 -0.0006 -0.00009 1.7356 0.0007 0.00011 1.1011 0.0400 2455169.7290 -4.4810 0.2387 1.0002 1.7353 0.0006 0.00021 1.7381 0.0007 0.00019 1.1838 0.0351 2455169.7290 -3.8224 0.4000 1.0003 1.7353 0.0006 0.00018 1.7381 0.0006 0.00017 1.1998 0.0249 2455412.8980 -2.0744 0.2868 1.0006 1.7355 0.0006 0.00007 1.7375 0.0006 0.00007 1.1386 0.0622 2455441.9060 -4.0064 0.2860 1.0002 1.7355 0.0007 0.00016 1.7378 0.0006 0.00014 1.0187 0.0296 2455516.8210 -6.3979 0.2941 1.0005 1.7380 -0.0007 -0.00029 1.7355 0.0007 0.00031 1.0727 0.0169 564 Table C.451: π Aqr Br 11 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -3.6454 0.3106 0.9997 1.6799 0.0006 0.00019 1.6822 0.0006 0.00018 1.0428 0.0208 2454038.7700 -1.3459 0.3238 0.9997 ························ 2454070.7540 -4.3288 0.4000 0.9997 1.6798 0.0006 0.00022 1.6825 0.0007 0.00020 1.1260 0.0130 2454070.7540 -0.1677 0.3208 0.9998 1.6795 0.0005 0.00005 1.6828 0.0004 0.00004 1.1201 0.1004 2454219.1120 0.4605 0.2780 0.9999 ························ 2454299.0880 -1.8857 0.2384 0.9998 1.6795 0.0006 0.00007 1.6823 0.0007 0.00008 1.1055 0.0259 2454299.9940 -0.0862 0.2570 0.9997 1.6794 0.0004 0.00005 1.6825 0.0004 0.00004 1.2988 0.0572 2454352.9510 0.3306 0.3560 0.9996 1.6793 0.0004 0.00005 1.6824 0.0004 0.00004 1.3362 0.0868 2454382.6900 1.0633 0.2559 0.9999 ························ 2454432.7320 1.2687 0.2985 0.9999 ························ 2454699.0440 -1.2379 0.2807 0.9999 1.6800 0.0006 0.00005 1.6824 0.0007 0.00005 1.1108 0.0652 2454719.0030 -0.9672 0.1908 0.9998 1.6797 0.0006 0.00007 1.6825 0.0005 0.00006 1.2279 0.0434 2454754.8880 -1.7514 0.3488 0.9996 1.6796 0.0007 0.00012 1.6825 0.0006 0.00011 1.0573 0.0303 2455051.0370 -2.3855 0.2096 0.9999 1.6798 0.0005 0.00010 1.6825 0.0005 0.00008 1.1280 0.0172 2455079.8730 -1.1931 0.2628 0.9998 1.6799 0.0007 0.00005 1.6821 0.0006 0.00005 1.0121 0.0597 2455103.8270 -2.7070 0.2320 1.0000 1.6799 0.0007 0.00010 1.6821 0.0008 0.00012 0.9392 0.1104 2455157.7660 -4.4626 0.2611 0.9998 1.6800 0.0009 0.00022 1.6825 0.0008 0.00017 1.0945 0.0401 2455169.7290 -5.0465 0.1986 0.9999 1.6798 0.0007 0.00025 1.6825 0.0007 0.00022 1.1367 0.0223 2455169.7290 -4.3288 0.4000 0.9997 1.6798 0.0006 0.00022 1.6825 0.0007 0.00020 1.1251 0.0153 2455412.8980 -3.8885 0.1706 0.9999 1.6799 0.0008 0.00016 1.6819 0.0008 0.00016 1.0464 0.0653 2455441.9060 -5.5044 0.2440 0.9998 1.6799 0.0008 0.00025 1.6821 0.0007 0.00021 0.9897 0.0316 2455516.8210 -6.0722 0.2868 0.9997 1.6800 0.0007 0.00029 1.6824 0.0007 0.00029 1.0661 0.0121 Continued on Next Page… Table C.451 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.452: π Aqr Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -3.7284 0.3683 0.9996 1.6401 0.0006 0.00018 1.6422 0.0006 0.00018 0.9990 0.0213 2454038.7700 -1.3770 0.3676 0.9997 ························ 2454070.7540 -4.4717 0.4000 0.9996 1.6399 0.0007 0.00021 1.6425 0.0007 0.00020 1.0851 0.0133 2454070.7540 -0.3052 0.2923 0.9998 1.6397 0.0004 0.00004 1.6428 0.0004 0.00003 1.1932 0.1005 2454219.1120 0.2936 0.4085 0.9998 ························ 2454299.0880 -2.1102 0.3153 0.9995 1.6396 0.0006 0.00008 1.6424 0.0006 0.00008 1.0554 0.0245 2454299.9940 -0.9978 0.2605 0.9998 1.6395 0.0004 0.00005 1.6425 0.0004 0.00004 1.2169 0.0458 2454352.9510 -0.4592 0.4284 0.9997 1.6395 0.0003 0.00004 1.6425 0.0003 0.00003 1.2347 0.0759 2454382.6900 0.8436 0.3011 0.9997 ························ 2454432.7320 1.1233 0.3824 0.9997 ························ 2454699.0440 -1.4666 0.3223 0.9998 1.6400 0.0006 0.00006 1.6425 0.0007 0.00006 1.1196 0.0536 2454719.0030 -1.1620 0.2960 0.9999 1.6397 0.0005 0.00006 1.6425 0.0004 0.00004 1.2339 0.0282 2454754.8880 -1.6223 0.3500 0.9995 1.6396 0.0006 0.00009 1.6426 0.0006 0.00008 1.0824 0.0267

565 2455051.0370 -2.3024 0.3025 0.9998 1.6399 0.0005 0.00009 1.6426 0.0005 0.00008 1.1960 0.0164 2455079.8730 -1.7916 0.2175 0.9999 1.6400 0.0008 0.00008 1.6423 0.0007 0.00006 0.9835 0.1046 2455103.8270 -2.2761 0.2347 0.9999 1.6399 0.0007 0.00008 1.6421 0.0008 0.00009 0.9400 0.0815 2455157.7660 -4.5841 0.2573 0.9998 1.6400 0.0009 0.00021 1.6425 0.0007 0.00015 1.0610 0.0395 2455169.7290 -5.0434 0.2790 0.9998 1.6399 0.0007 0.00025 1.6425 0.0007 0.00022 1.1319 0.0181 2455169.7290 -4.4717 0.4000 0.9996 1.6399 0.0007 0.00021 1.6425 0.0007 0.00020 1.0851 0.0133 2455412.8980 -3.7759 0.1943 0.9999 1.6399 0.0007 0.00013 1.6420 0.0008 0.00015 1.0467 0.0718 2455441.9060 -6.2188 0.2648 0.9999 1.6400 0.0008 0.00025 1.6422 0.0008 0.00024 1.0266 0.0296 2455516.8210 -6.2234 0.2595 0.9997 1.6401 -0.0007 -0.00031 1.6425 0.0007 0.00028 1.0107 0.0100

Table C.453: π Aqr Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -4.3168 0.1920 0.9995 1.6103 0.0006 0.00019 1.6124 0.0007 0.00021 0.9978 0.0196 2454038.7700 -1.5715 0.2742 0.9995 ························ 2454070.7540 -5.3486 0.4000 0.9997 1.6102 0.0007 0.00024 1.6127 0.0007 0.00024 1.0403 0.0135 2454070.7540 -1.8589 0.1843 1.0002 1.6099 0.0006 0.00007 1.6130 0.0006 0.00007 1.0131 0.0596 2454219.1120 -0.8047 0.2656 1.0002 ························ 2454299.0880 -3.1401 0.2483 1.0000 1.6098 0.0008 0.00011 1.6126 0.0007 0.00011 0.9110 0.0266 2454299.9940 -1.6788 0.1865 1.0003 1.6098 0.0006 0.00007 1.6126 0.0006 0.00007 1.0824 0.0397 2454352.9510 -2.1325 0.1711 0.9998 1.6098 0.0006 0.00008 1.6126 0.0007 0.00008 1.0511 0.0454 2454382.6900 -0.5255 0.2208 1.0000 ························ 2454432.7320 0.0234 0.2923 1.0005 ························ Continued on Next Page… Table C.453 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454699.0440 -3.1268 0.1278 1.0000 1.6105 0.0010 0.00015 1.6128 0.0008 0.00011 0.9719 0.0895 2454719.0030 -2.5281 0.2084 1.0002 1.6101 0.0007 0.00010 1.6126 0.0006 0.00008 1.0793 0.0423 2454754.8880 -2.3695 0.2292 0.9996 1.6099 0.0005 0.00008 1.6129 0.0006 0.00009 1.0544 0.0321 2455051.0370 -4.0790 0.1694 1.0000 1.6101 0.0007 0.00015 1.6128 0.0008 0.00016 1.0812 0.0180 2455079.8730 -3.1856 0.2183 1.0001 1.6101 0.0007 0.00010 1.6123 0.0009 0.00014 0.9854 0.1120 2455103.8270 -3.2969 0.2043 0.9996 1.6101 0.0007 0.00012 1.6123 0.0009 0.00016 1.0013 0.0815 2455157.7660 -6.3967 0.1520 1.0002 1.6103 -0.0009 -0.00028 1.6127 0.0008 0.00022 1.0341 0.0632 2455169.7290 -6.5237 0.1416 1.0001 1.6102 0.0007 0.00029 1.6127 0.0008 0.00030 1.0716 0.0281 2455169.7290 -5.3486 0.4000 0.9997 1.6102 0.0007 0.00024 1.6127 0.0007 0.00024 1.0397 0.0136 2455412.8980 -5.1159 0.2043 1.0008 1.6102 0.0009 0.00021 1.6123 0.0007 0.00018 0.9960 0.0708 2455441.9060 -8.0630 0.0515 1.0001 1.6102 0.0008 0.00031 1.6124 0.0009 0.00034 1.0079 0.0348 2455516.8210 -7.5625 0.1124 0.9996 1.6103 0.0008 0.00035 1.6126 0.0008 0.00034 1.0269 0.0110

Table C.454: π Aqr Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -2.8750 0.2269 1.0001 1.5875 0.0004 0.00011 1.5895 0.0004 0.00021 1.0815 0.0421

566 2454038.7700 -0.5995 0.3202 1.0000 ························ 2454070.7540 -3.6803 0.4000 1.0001 1.5873 0.0007 0.00020 1.5897 0.0007 0.00020 1.0029 0.0212 2454070.7540 -0.4136 0.2364 1.0000 1.5872 0.0004 0.00003 1.5900 0.0004 0.00003 1.0799 0.1348 2454219.1120 0.4740 0.3120 1.0001 ························ 2454299.0880 -2.7800 0.2920 1.0001 1.5870 0.0007 0.00010 1.5895 0.0008 0.00013 0.9501 0.0286 2454299.9940 -0.5750 0.2043 1.0001 1.5870 0.0005 0.00004 1.5897 0.0005 0.00004 1.1539 0.0545 2454352.9510 -1.0996 0.2281 1.0000 1.5870 0.0005 0.00004 1.5897 0.0006 0.00005 1.1076 0.0750 2454382.6900 0.3030 0.2548 1.0001 ························ 2454432.7320 0.3432 0.3962 1.0001 ························ 2454699.0440 -2.0933 0.3871 0.9999 1.5876 0.0009 0.00011 1.5898 0.0008 0.00009 1.1109 0.1011 2454719.0030 -0.7210 0.2715 1.0001 1.5871 0.0006 0.00006 1.5897 0.0006 0.00005 1.2982 0.0345 2454754.8880 -1.4680 0.2336 1.0000 1.5870 0.0006 0.00008 1.5899 0.0006 0.00007 1.0701 0.0223 2455051.0370 -1.5199 0.2269 1.0000 1.5872 0.0006 0.00009 1.5898 0.0006 0.00008 1.2649 0.0179 2455079.8730 -2.1881 0.3571 0.9999 1.5874 0.0009 0.00011 1.5895 0.0008 0.00010 0.9849 0.0944 2455103.8270 -3.6184 0.2824 1.0000 1.5872 0.0008 0.00014 1.5895 0.0009 0.00017 0.9399 0.1082 2455157.7660 -6.1123 0.3622 0.9999 1.5874 0.0008 0.00023 1.5897 0.0010 0.00027 1.0665 0.0740 2455169.7290 -4.7941 0.1568 1.0000 1.5873 0.0008 0.00026 1.5897 0.0007 0.00023 1.0499 0.0281 2455169.7290 -3.6803 0.4000 1.0001 1.5873 0.0007 0.00020 1.5897 0.0007 0.00020 1.0029 0.0212 2455412.8980 -4.9836 0.2966 1.0001 1.5873 0.0007 0.00019 1.5893 0.0009 0.00023 1.0321 0.0816 2455441.9060 -6.3801 0.2577 0.9999 1.5874 0.0007 0.00024 1.5895 0.0009 0.00031 1.0470 0.0560 2455516.8210 -5.7680 0.1786 1.0001 1.5875 0.0007 0.00028 1.5897 0.0008 0.00032 1.0456 0.0110 Table C.455: π Aqr Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -2.4992 0.3664 1.0002 1.5695 0.0006 0.00011 1.5715 0.0006 0.00012 0.9633 0.0233 2454038.7700 -0.3541 0.2600 1.0001 ························ 2454070.7540 -3.1306 0.4000 1.0002 1.5694 0.0006 0.00015 1.5718 0.0006 0.00015 1.0184 0.0147 2454070.7540 -0.0035 0.1972 1.0001 1.5689 0.0004 0.00002 1.5722 0.0004 0.00001 1.0727 0.1970 2454219.1120 0.6654 0.1850 1.0000 ························ 2454299.0880 -1.6903 0.1658 1.0002 1.5689 0.0006 0.00006 1.5718 0.0006 0.00007 0.9888 0.0316 2454299.9940 -0.0618 0.0790 1.0001 1.5689 0.0003 0.00002 1.5719 0.0003 0.00001 1.0805 0.1161 2454352.9510 -0.1727 0.3169 1.0000 1.5687 0.0003 0.00002 1.5718 0.0003 0.00001 1.4125 0.1499 2454382.6900 0.7601 0.0542 1.0001 ························ 2454432.7320 1.1020 0.2863 1.0000 ························ 2454699.0440 -1.2333 0.1422 0.9999 1.5694 0.0008 0.00005 1.5719 0.0007 0.00005 0.9381 0.0639 2454719.0030 -0.1359 0.1279 1.0000 1.5690 0.0004 0.00002 1.5719 0.0003 0.00001 1.1154 0.0710 2454754.8880 -0.7361 0.2095 1.0001 1.5689 0.0004 0.00003 1.5720 0.0003 0.00003 0.9328 0.0433 2455051.0370 -1.5187 0.2812 1.0001 1.5691 0.0005 0.00006 1.5721 0.0005 0.00006 1.0249 0.0185 2455079.8730 -1.3747 0.1897 0.9998 1.5692 0.0006 0.00005 1.5715 0.0008 0.00006 1.0370 0.0541 2455103.8270 -2.1205 0.2009 1.0001 1.5694 0.0010 0.00011 1.5716 0.0006 0.00007 0.9138 0.1028 2455157.7660 -4.3906 0.1979 1.0000 1.5693 0.0008 0.00019 1.5718 0.0008 0.00017 1.0821 0.0350 2455169.7290 -3.8464 0.5539 1.0001 1.5693 0.0007 0.00018 1.5718 0.0007 0.00017 1.0499 0.0185 2455169.7290 -3.1306 0.4000 1.0002 1.5694 0.0006 0.00015 1.5718 0.0006 0.00015 1.0184 0.0147 2455412.8980 -3.6056 0.1748 1.0001 1.5693 0.0007 0.00015 1.5714 0.0008 0.00014 1.0598 0.0606 2455441.9060 -5.3540 0.1220 1.0000 1.5693 0.0008 0.00023 1.5716 0.0008 0.00023 1.0021 0.0195 567 2455516.8210 -5.2176 0.4184 1.0002 1.5695 0.0006 0.00023 1.5718 0.0007 0.00024 0.9945 0.0105

Table C.456: π Aqr Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -2.4004 0.2143 0.9994 1.5551 0.0007 0.00013 1.5571 0.0006 0.00012 0.9325 0.0418 2454038.7700 -0.3383 0.3345 0.9991 ························ 2454070.7540 -3.1840 0.4000 0.9996 1.5550 0.0007 0.00017 1.5573 0.0007 0.00016 1.0562 0.0168 2454070.7540 -0.2599 0.0862 0.9999 1.5546 0.0004 0.00002 1.5577 0.0004 0.00002 1.1185 0.1839 2454219.1120 0.3471 0.2248 1.0000 ························ 2454299.0880 -2.0112 0.2569 1.0002 1.5545 0.0008 0.00011 1.5573 0.0008 0.00011 1.0011 0.0326 2454299.9940 -0.3640 0.1126 0.9994 1.5545 0.0004 0.00002 1.5573 0.0004 0.00002 1.2346 0.0928 2454352.9510 -0.3152 0.0672 0.9992 1.5545 0.0004 0.00002 1.5573 0.0003 0.00002 1.2155 0.1088 2454382.6900 0.4871 0.0324 0.9998 ························ 2454432.7320 0.6148 0.2274 1.0004 ························ 2454699.0440 -1.4586 0.2857 1.0003 1.5551 0.0008 0.00008 1.5574 0.0009 0.00008 1.1008 0.1302 2454719.0030 -0.3692 0.0399 0.9999 1.5547 0.0005 0.00002 1.5574 0.0004 0.00002 1.3044 0.0609 2454754.8880 -0.7634 0.1240 0.9991 1.5546 0.0005 0.00004 1.5575 0.0005 0.00003 1.0772 0.0480 2455051.0370 -1.5489 0.5326 1.0000 1.5547 0.0006 0.00008 1.5576 0.0006 0.00007 1.0543 0.0177 2455079.8730 -1.6876 0.1634 1.0005 1.5548 0.0007 0.00008 1.5570 0.0009 0.00010 0.9881 0.0732 2455103.8270 -2.4743 0.0645 1.0006 1.5549 0.0008 0.00012 1.5571 0.0009 0.00014 0.9871 0.0969 2455157.7660 -4.2975 0.7671 1.0001 1.5549 0.0009 0.00023 1.5573 0.0009 0.00022 1.0401 0.0459 Continued on Next Page… Table C.456 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2455169.7290 -3.8188 0.0217 0.9997 1.5549 0.0007 0.00020 1.5573 0.0007 0.00019 1.0658 0.0203 2455169.7290 -3.1840 0.4000 0.9996 1.5550 0.0007 0.00017 1.5573 0.0007 0.00016 1.0562 0.0168 2455412.8980 -3.8292 0.3854 1.0001 1.5548 0.0007 0.00015 1.5568 0.0010 0.00023 1.0065 0.0506 2455441.9060 -5.3634 0.7576 1.0001 1.5549 0.0008 0.00027 1.5571 0.0009 0.00030 0.9943 0.0191 2455516.8210 -5.0094 0.4207 0.9995 1.5551 0.0007 0.00025 1.5573 0.0007 0.00024 1.0132 0.0115

Table C.457: π Aqr Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -2.2974 0.2437 1.0001 1.5434 0.0007 0.00012 1.5453 0.0006 0.00012 0.9767 0.0386 2454038.7700 -0.4986 0.1189 1.0002 ························ 2454070.7540 -2.9346 0.4000 1.0003 1.5432 0.0007 0.00015 1.5455 0.0008 0.00017 1.0429 0.0289 2454070.7540 -0.4329 0.2163 1.0000 1.5430 0.0006 0.00003 1.5457 0.0005 0.00002 1.2372 0.1576 2454219.1120 -0.0835 0.1602 1.0003 ························ 2454299.0880 -1.9268 0.1931 0.9999 1.5428 0.0008 0.00010 1.5455 0.0009 0.00010 1.0335 0.0529 2454299.9940 -0.5056 0.1004 1.0000 1.5428 0.0006 0.00003 1.5455 0.0005 0.00002 1.1550 0.0967 2454352.9510 -0.3908 0.0435 1.0002 1.5429 0.0006 0.00003 1.5454 0.0005 0.00002 1.0300 0.0942

568 2454382.6900 0.0570 0.2379 1.0001 ························ 2454432.7320 0.0391 0.2118 1.0002 ························ 2454699.0440 -1.6003 0.0078 1.0002 1.5434 0.0009 0.00009 1.5456 0.0008 0.00007 1.1413 0.1263 2454719.0030 -0.6380 0.2327 1.0001 1.5430 0.0007 0.00004 1.5455 0.0005 0.00002 1.2076 0.0651 2454754.8880 -0.7526 0.1589 1.0000 1.5428 0.0006 0.00005 1.5458 0.0005 0.00004 1.2396 0.0357 2455051.0370 -1.4926 0.0596 1.0002 1.5430 0.0007 0.00008 1.5458 0.0007 0.00007 1.0771 0.0201 2455079.8730 -1.8306 0.2742 0.9998 1.5432 0.0009 0.00010 1.5454 0.0006 0.00007 0.9559 0.0833 2455103.8270 -2.5392 0.2828 0.9994 1.5433 0.0009 0.00014 1.5454 0.0007 0.00010 1.0290 0.0836 2455157.7660 -3.8827 0.3890 0.9995 1.5432 0.0009 0.00020 1.5455 0.0008 0.00018 1.0315 0.0485 2455169.7290 -3.5119 0.2351 1.0005 1.5432 0.0007 0.00017 1.5455 0.0008 0.00019 1.0832 0.0345 2455169.7290 -2.9346 0.4000 1.0003 1.5432 0.0006 0.00015 1.5456 0.0006 0.00014 1.0198 0.0228 2455412.8980 -3.6037 0.3614 0.9998 1.5432 0.0008 0.00017 1.5451 0.0008 0.00017 1.0331 0.0458 2455441.9060 -5.0823 0.2707 0.9997 1.5432 0.0008 0.00026 1.5453 0.0008 0.00023 1.0176 0.0231 2455516.8210 -4.6529 0.1476 1.0001 1.5434 0.0007 0.00023 1.5455 0.0008 0.00025 1.0242 0.0139

Table C.458: π Aqr Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -2.1389 0.2963 0.9997 1.5337 0.0007 0.00011 1.5356 0.0006 0.00010 0.9476 0.0697 2454038.7700 -0.6201 0.4000 0.9997 ························ 2454070.7540 -2.6433 0.4000 0.9995 1.5336 0.0007 0.00013 1.5359 0.0006 0.00013 0.9953 0.0300 2454070.7540 -0.4661 0.4000 1.0001 1.5333 0.0006 0.00003 1.5359 0.0007 0.00002 1.4306 0.3444 2454219.1120 -0.1847 0.2286 0.9995 ························ Continued on Next Page… Table C.458 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0880 -1.6632 0.1102 1.0002 1.5331 0.0008 0.00008 1.5358 0.0009 0.00009 0.9664 0.0608 2454299.9940 -0.5872 0.4000 1.0000 1.5332 0.0006 0.00003 1.5356 0.0007 0.00003 1.2663 0.1070 2454352.9510 -0.4573 0.4000 0.9998 1.5332 0.0009 0.00004 1.5357 0.0006 0.00002 1.1318 0.1967 2454382.6900 -0.1127 0.0959 1.0001 ························ 2454432.7320 -0.0503 0.2787 0.9996 ························ 2454699.0440 -1.5410 0.4000 1.0001 1.5336 0.0008 0.00007 1.5357 0.0009 0.00008 1.0440 0.1756 2454719.0030 -0.6786 0.0899 1.0000 1.5335 0.0007 0.00004 1.5357 0.0005 0.00002 1.1381 0.0728 2454754.8880 -0.8341 0.4000 1.0000 1.5332 0.0007 0.00004 1.5360 0.0006 0.00004 1.1449 0.0411 2455051.0370 -1.4040 0.4334 0.9999 1.5333 0.0007 0.00007 1.5361 0.0007 0.00007 1.0662 0.0250 2455079.8730 -1.6955 0.0875 1.0002 1.5335 0.0008 0.00008 1.5355 0.0008 0.00008 0.9831 0.1334 2455103.8270 -2.2525 0.1988 1.0006 1.5337 0.0009 0.00012 1.5356 0.0008 0.00010 0.9724 0.1379 2455157.7660 -3.4967 0.4000 1.0012 1.5335 0.0008 0.00017 1.5358 0.0009 0.00019 1.0256 0.0516 2455169.7290 -3.2452 0.1782 0.9998 1.5335 0.0007 0.00017 1.5358 0.0007 0.00014 1.0509 0.0383 2455169.7290 -2.6433 0.4000 0.9995 1.5336 0.0007 0.00013 1.5359 0.0006 0.00013 0.9953 0.0300 2455412.8980 -3.3428 0.4000 1.0009 1.5334 0.0008 0.00015 1.5354 0.0008 0.00018 0.9981 0.0501 2455441.9060 -4.7087 0.2932 1.0005 1.5335 0.0008 0.00022 1.5356 0.0008 0.00024 1.0050 0.0215 2455516.8210 -4.3256 0.2671 0.9998 1.5337 0.0007 0.00021 1.5358 0.0007 0.00022 0.9984 0.0112

Table C.459: π Aqr Br 19 Measurements 569

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -1.7892 0.4000 1.0009 1.5256 0.0006 0.00009 1.5274 0.0007 0.00010 0.9881 0.0754 2454038.7700 -0.6075 0.4000 1.0008 ························ 2454070.7540 -2.2337 0.4000 1.0015 1.5255 0.0007 0.00011 1.5277 0.0007 0.00012 1.0375 0.0399 2454070.7540 -0.4292 0.4000 0.9996 1.5254 0.0005 0.00002 1.5280 0.0006 0.00002 1.0006 0.1948 2454219.1120 -0.2456 0.4000 1.0007 ························ 2454299.0880 -1.1758 0.4000 1.0013 1.5251 0.0008 0.00006 1.5277 0.0008 0.00007 0.9634 0.0424 2454299.9940 -0.5374 0.4000 1.0003 1.5252 0.0006 0.00003 1.5278 0.0005 0.00002 1.1595 0.1855 2454352.9510 -0.5804 0.4000 1.0021 1.5251 0.0008 0.00003 1.5277 0.0008 0.00003 0.9870 0.3855 2454382.6900 -0.2372 0.4000 0.9997 ························ 2454432.7320 -0.1970 0.4000 1.0001 ························ 2454699.0440 -1.2594 0.4000 1.0004 1.5257 0.0008 0.00007 1.5279 0.0008 0.00005 1.2353 0.2115 2454719.0030 -0.5897 0.4000 1.0005 1.5255 0.0005 0.00003 1.5277 0.0006 0.00002 1.2708 0.0909 2454754.8880 -0.7335 0.4000 1.0005 1.5251 0.0007 0.00004 1.5279 0.0006 0.00004 1.0223 0.0492 2455051.0370 -0.8912 0.4000 1.0006 1.5252 0.0007 0.00005 1.5280 0.0006 0.00005 0.9805 0.0466 2455079.8730 -1.5225 0.4000 1.0008 1.5255 0.0008 0.00008 1.5275 0.0007 0.00007 1.0172 0.1828 2455103.8270 -1.8985 0.4000 0.9997 1.5255 0.0007 0.00010 1.5275 0.0007 0.00009 1.1062 0.0935 2455157.7660 -2.8004 0.4000 1.0008 1.5255 0.0008 0.00014 1.5277 0.0008 0.00014 1.0409 0.0528 2455169.7290 -2.6179 0.4000 1.0010 1.5254 0.0007 0.00014 1.5277 0.0007 0.00014 1.0449 0.0446 2455169.7290 -2.2337 0.4000 1.0015 1.5255 0.0007 0.00011 1.5277 0.0007 0.00012 1.0314 0.0399 2455412.8980 -2.7560 0.4000 1.0009 1.5254 0.0009 0.00016 1.5274 0.0008 0.00013 1.0182 0.1155 2455441.9060 -3.8231 0.4000 1.0014 1.5255 0.0008 0.00020 1.5275 0.0008 0.00020 0.9996 0.0304 2455516.8210 -3.7187 0.4000 1.0005 1.5256 0.0006 0.00018 1.5277 0.0007 0.00018 1.0145 0.0169 Table C.460: π Aqr Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -1.5177 0.4000 0.9996 1.5186 0.0005 0.00007 1.5206 0.0006 0.00008 0.9726 0.1004 2454038.7700 -0.5049 0.4000 0.9999 ························ 2454070.7540 -1.8818 0.4000 0.9994 1.5186 0.0006 0.00009 1.5208 0.0007 0.00009 1.0482 0.0739 2454070.7540 -0.3092 0.4000 1.0006 1.5184 0.0007 0.00002 1.5209 0.0006 0.00001 1.1100 0.2524 2454219.1120 -0.2075 0.4000 0.9991 ························ 2454299.0880 -0.7177 0.4000 0.9995 1.5182 0.0007 0.00004 1.5207 0.0007 0.00004 0.8831 0.0633 2454299.9940 -0.4103 0.4000 0.9999 1.5183 0.0006 0.00002 1.5205 0.0007 0.00002 1.1938 0.1636 2454352.9510 -0.4042 0.4000 0.9987 1.5182 0.0010 0.00003 1.5206 0.0006 0.00002 0.8236 0.3096 2454382.6900 -0.0777 -0.4000 0.9995 ························ 2454432.7320 -0.0993 0.4000 0.9995 ························ 2454699.0440 -0.9497 0.4000 0.9994 1.5185 0.0005 0.00003 1.5208 0.0008 0.00005 1.1158 0.1329 2454719.0030 -0.4836 0.4000 0.9998 1.5185 0.0007 0.00002 1.5207 0.0006 0.00002 0.9622 0.1027 2454754.8880 -0.4745 0.4000 0.9994 1.5183 0.0006 0.00003 1.5209 0.0006 0.00002 1.0375 0.0623 2455051.0370 -0.4738 0.4000 0.9994 1.5184 0.0005 0.00002 1.5210 0.0006 0.00003 1.0471 0.0543 2455079.8730 -1.1140 0.4000 0.9987 1.5185 0.0007 0.00005 1.5205 0.0007 0.00006 1.0214 0.1052 2455103.8270 -1.4808 0.4000 1.0000 1.5186 0.0007 0.00007 1.5205 0.0008 0.00008 0.9653 0.1591 2455157.7660 -1.9896 0.4000 0.9999 1.5186 0.0007 0.00009 1.5207 0.0008 0.00010 0.9655 0.0523 2455169.7290 -2.0921 0.4000 1.0001 1.5186 0.0006 0.00010 1.5208 0.0006 0.00010 1.0262 0.0553 2455169.7290 -1.8818 0.4000 0.9994 1.5186 0.0006 0.00009 1.5208 0.0006 0.00008 1.0395 0.0455 2455412.8980 -2.0544 0.4000 0.9998 1.5185 0.0006 0.00009 1.5204 0.0007 0.00010 0.9890 0.0664 2455441.9060 -2.9064 0.4000 0.9996 1.5186 0.0007 0.00013 1.5205 0.0007 0.00016 0.9703 0.0240 570 2455516.8210 -3.0442 0.4000 0.9997 1.5187 0.0006 0.00014 1.5208 0.0006 0.00015 0.9874 0.0190

Table C.461: π Aqr HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -22.0742 0.9160 1.0007 2.0575 0.0008 0.0010 2.0599 0.0008 0.0010 0.9888 0.0072 2454038.7700 -21.7899 1.3300 1.0009 2.0577 0.0008 0.0010 2.0600 0.0007 0.0010 0.9855 0.0108 2454070.7540 -16.1149 0.4000 1.0006 2.0575 0.0008 0.0008 2.0601 0.0008 0.0008 0.9981 0.0060 2454070.7540 -13.1800 0.6681 1.0007 2.0575 0.0008 0.0006 2.0602 0.0008 0.0006 1.0317 0.0191 2454219.1120 -10.4826 0.7244 1.0007 2.0575 0.0008 0.0005 2.0601 0.0008 0.0005 1.0572 0.0094 2454299.0880 -7.4179 0.3486 1.0006 2.0571 0.0008 0.0004 2.0597 0.0008 0.0004 0.9405 0.0143 2454299.9940 -13.8870 0.5308 1.0000 2.0571 0.0008 0.0007 2.0598 0.0008 0.0007 1.0305 0.0112 2454352.9510 -13.8315 0.3521 1.0005 2.0571 0.0008 0.0007 2.0598 0.0008 0.0007 1.0166 0.0152 2454382.6900 -8.2227 0.4852 1.0003 2.0575 0.0008 0.0004 2.0600 0.0007 0.0004 1.0377 0.0101 2454432.7320 -6.4229 0.9201 0.9994 2.0574 0.0008 0.0003 2.0601 0.0008 0.0003 1.0349 0.0186 2454699.0440 -5.7650 1.2264 1.0002 2.0577 0.0008 0.0003 2.0602 0.0007 0.0003 1.0262 0.0172 2454719.0030 -17.8240 0.4321 1.0002 2.0574 0.0008 0.0009 2.0599 0.0008 0.0009 1.0375 0.0047 2454754.8880 -18.4141 0.6543 1.0002 2.0574 0.0008 0.0009 2.0600 0.0008 0.0009 1.0543 0.0053 2455051.0370 -14.1380 1.0604 1.0007 2.0576 0.0008 0.0007 2.0600 0.0008 0.0007 1.0133 0.0052 2455079.8730 -4.8426 0.5730 1.0003 2.0573 0.0008 0.0002 2.0598 0.0007 0.0002 1.0429 0.0210 2455103.8270 -4.7077 0.3594 0.9999 2.0574 0.0007 0.0002 2.0598 0.0008 0.0002 1.0451 0.0296 2455157.7660 -6.6229 0.6129 1.0001 2.0575 0.0008 0.0003 2.0601 0.0008 0.0003 1.0502 0.0148 Continued on Next Page… Table C.461 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2455169.7290 -14.6140 0.4759 1.0002 2.0575 0.0008 0.0007 2.0601 0.0008 0.0007 0.9770 0.0089 2455169.7290 -16.1149 0.4000 1.0006 2.0575 0.0008 0.0008 2.0601 0.0008 0.0008 0.9981 0.0060 2455412.8980 -4.6621 0.3073 1.0000 2.0574 0.0007 0.0002 2.0596 0.0007 0.0002 0.9681 0.0165 2455441.9060 -6.7996 0.4143 1.0001 2.0574 0.0007 0.0003 2.0598 0.0008 0.0003 1.0386 0.0098 2455516.8210 -15.8840 1.0462 1.0008 2.0576 0.0008 0.0007 2.0601 0.0008 0.0007 1.0552 0.0051

Table C.462: π Aqr HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -11.4218 0.1534 0.9999 1.0827 0.0004 0.00058 1.0840 0.0004 0.00056 0.9481 0.0049 2454038.7700 -9.9581 0.4197 0.9999 1.0827 0.0004 0.00026 1.0841 0.0004 0.00025 0.9453 0.0059 2454070.7540 -8.9258 0.4000 0.9998 1.0826 0.0004 0.00046 1.0841 0.0004 0.00044 0.9870 0.0044 2454070.7540 -6.9255 0.1837 0.9999 1.0826 0.0004 0.00037 1.0841 0.0004 0.00035 1.0035 0.0107 2454219.1120 -5.1369 0.2238 0.9998 1.0827 0.0004 0.00026 1.0841 0.0004 0.00025 0.9453 0.0059 2454299.0880 -4.9157 0.6454 0.9997 1.0824 0.0004 0.00025 1.0839 0.0004 0.00026 0.9554 0.0060 2454299.9940 -7.2152 0.2582 0.9998 1.0824 0.0004 0.00037 1.0839 0.0004 0.00036 1.0020 0.0069 2454352.9510 -7.1231 0.1820 0.9998 1.0824 0.0004 0.00036 1.0839 0.0004 0.00035 1.0105 0.0084

571 2454382.6900 -4.0671 -0.4000 0.9997 1.0826 0.0004 0.00020 1.0840 0.0004 0.00019 0.9761 0.0076 2454432.7320 -3.5793 0.4902 0.9998 1.0825 0.0005 0.00018 1.0841 0.0004 0.00017 1.0076 0.0126 2454699.0440 -3.5309 0.2033 0.9998 1.0827 0.0004 0.00019 1.0841 0.0004 0.00017 0.9134 0.0121 2454719.0030 -9.0471 0.1298 0.9999 1.0826 0.0004 0.00046 1.0840 0.0004 0.00044 1.0059 0.0037 2454754.8880 -9.3319 0.1816 0.9998 1.0826 0.0004 0.00049 1.0840 0.0004 0.00045 0.9817 0.0037 2455051.0370 -8.0116 0.1529 0.9998 1.0827 0.0004 0.00041 1.0840 0.0004 0.00039 0.9329 0.0035 2455079.8730 -3.2652 0.2080 0.9999 1.0826 0.0004 0.00016 1.0839 0.0004 0.00017 0.9151 0.0112 2455103.8270 -4.0181 0.0932 0.9999 1.0825 0.0004 0.00020 1.0839 0.0004 0.00020 0.9471 0.0155 2455157.7660 -5.6299 -0.4000 0.9998 1.0826 0.0004 0.00029 1.0841 0.0004 0.00027 0.9911 0.0074 2455169.7290 -8.6781 0.1584 0.9999 1.0826 0.0004 0.00044 1.0841 0.0004 0.00044 0.9796 0.0066 2455169.7290 -8.9258 0.4000 0.9998 1.0826 0.0004 0.00046 1.0841 0.0004 0.00044 0.9870 0.0044 2455412.8980 -4.6753 0.4179 0.9999 1.0825 0.0004 0.00024 1.0839 0.0004 0.00023 0.9590 0.0080 2455441.9060 -6.1214 0.1312 0.9998 1.0825 0.0004 0.00030 1.0840 0.0004 0.00030 0.9952 0.0048 2455516.8210 -9.4105 0.1509 0.9999 1.0827 0.0004 0.00049 1.0841 0.0004 0.00044 0.9345 0.0036

Table C.463: π Aqr HeI λ1.7µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -3.3384 0.0730 1.0000 1.6996 0.0005 0.00017 1.7019 0.0005 0.00017 0.6989 0.0168 2454038.7700 -2.8015 0.1595 0.9998 1.6993 0.0004 0.00004 1.7024 0.0004 0.00003 0.9326 0.0462 2454070.7540 -2.1001 0.4000 0.9998 1.6995 0.0005 0.00012 1.7022 0.0005 0.00011 0.8584 0.0200 2454070.7540 -1.1472 0.2139 0.9991 1.6993 0.0005 0.00008 1.7023 0.0005 0.00009 1.0054 0.0624 2454219.1120 -0.3202 0.1238 0.9996 1.6993 0.0003 0.00003 1.7024 0.0004 0.00003 1.0059 0.0513 Continued on Next Page… Table C.463 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454299.0880 -0.3526 0.0940 0.9998 1.6992 0.0003 0.00003 1.7019 0.0003 0.00003 1.0560 0.0489 2454299.9940 -1.5320 0.1089 0.9998 1.6991 0.0005 0.00009 1.7020 0.0005 0.00010 0.9029 0.0309 2454352.9510 -1.4174 0.1740 1.0001 1.6990 0.0005 0.00009 1.7020 0.0005 0.00009 1.0591 0.0385 2454382.6900 0.3123 0.0753 0.9996 1.6992 0.0004 0.00002 1.7022 0.0003 0.00001 1.0171 0.1276 2454432.7320 0.5879 0.0975 1.0001 1.6988 0.0003 0.00001 1.7026 0.0003 0.00002 0.8800 0.1422 2454699.0440 -0.1080 0.0936 1.0001 1.6996 0.0003 0.00001 1.7022 0.0003 0.00001 0.2020 0.1059 2454719.0030 -2.2714 0.1706 0.9995 1.6994 0.0005 0.00012 1.7020 0.0005 0.00012 0.8451 0.0145 2454754.8880 -2.2591 0.1496 0.9996 1.6994 0.0005 0.00012 1.7020 0.0005 0.00012 0.8575 0.0145 2455051.0370 -1.3937 0.0782 0.9998 1.6996 0.0004 0.00007 1.7020 0.0004 0.00008 0.5682 0.0168 2455079.8730 0.0781 0.1180 0.9997 1.6994 0.0002 0.00001 1.7019 0.0002 0.00001 0.4253 0.2177 2455103.8270 0.0376 0.1831 0.9996 1.6994 0.0002 0.00001 1.7019 0.0002 0.00001 0.5388 0.2113 2455157.7660 -0.3423 0.1319 0.9995 1.6995 0.0002 0.00001 1.7022 0.0003 0.00002 0.1003 0.0469 2455169.7290 -1.8430 0.0970 1.0000 1.6994 0.0005 0.00010 1.7022 0.0005 0.00010 0.8470 0.0286 2455169.7290 -2.1001 0.4000 0.9998 1.6995 0.0005 0.00011 1.7022 0.0005 0.00011 0.8444 0.0186 2455412.8980 0.0832 0.1930 0.9997 1.6995 0.0002 0.00001 1.7017 0.0002 0.00000 0.3414 0.2250 2455441.9060 -0.3209 0.1325 0.9998 1.6994 0.0003 0.00002 1.7020 0.0003 0.00002 0.8456 0.0507 2455516.8210 -2.0173 0.1575 0.9998 1.6996 0.0005 0.00011 1.7022 0.0005 0.00011 0.6681 0.0136

Table C.464: π Aqr Paβ Measurements 572

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453639.9750 -4.1659 0.4078 1.0007 1.2814 0.0004 0.00018 1.2829 0.0004 0.00020 0.8482 0.0109 2454038.7700 -3.0242 0.7749 1.0005 1.2813 0.0003 0.00005 1.2830 0.0004 0.00007 0.7805 0.0338 2454070.7540 -1.8957 0.4000 1.0009 1.2812 0.0004 0.00009 1.2831 0.0004 0.00009 0.9968 0.0142 2454070.7540 0.2027 0.2477 0.9996 1.2813 0.0003 0.00007 1.2832 0.0003 0.00005 1.2052 0.0405 2454219.1120 1.2661 0.5248 0.9997 1.2813 0.0003 0.00005 1.2830 0.0004 0.00007 0.7805 0.0338 2454299.0880 0.6059 0.1676 1.0010 1.2811 0.0002 0.00002 1.2828 0.0003 0.00003 0.6721 0.0281 2454299.9940 0.2479 0.3429 1.0000 1.2810 0.0003 0.00005 1.2830 0.0003 0.00005 1.1048 0.0326 2454352.9510 0.2495 0.4520 1.0005 1.2810 0.0003 0.00006 1.2830 0.0004 0.00006 1.1265 0.0507 2454382.6900 2.0524 0.2416 1.0005 1.2814 0.0002 0.00004 1.2832 0.0002 0.00002 1.9765 0.0258 2454432.7320 2.6847 0.3464 1.0002 1.2811 0.0002 0.00001 1.2832 0.0002 0.00001 0.6830 0.1137 2454699.0440 1.4433 0.3403 1.0003 1.2816 0.0003 0.00003 1.2830 0.0026 0.00001 0.5000 0.0400 2454719.0030 -1.5361 0.3180 1.0001 1.2814 0.0004 0.00014 1.2830 0.0003 0.00009 1.3637 0.0094 2454754.8880 -1.7143 0.2692 1.0006 1.2813 0.0004 0.00011 1.2830 0.0004 0.00011 0.9744 0.0105 2455051.0370 -1.1002 0.4559 1.0004 1.2815 0.0004 0.00010 1.2830 0.0003 0.00009 0.9430 0.0106 2455079.8730 1.7484 0.3509 1.0001 ························ 2455103.8270 1.0743 0.2767 0.9998 1.2814 0.0002 0.00001 1.2828 0.0002 0.00002 0.9999 0.0790 2455157.7660 -0.5706 0.2392 1.0006 1.2815 0.0004 0.00007 1.2830 0.0003 0.00003 1.4976 0.0259 2455169.7290 -1.9138 0.2995 1.0001 1.2812 0.0003 0.00009 1.2831 0.0003 0.00008 0.9827 0.0253 2455169.7290 -1.8957 0.4000 1.0009 1.2812 0.0004 0.00009 1.2831 0.0003 0.00008 0.9845 0.0205 2455412.8980 -0.2698 0.1889 0.9998 1.2814 0.0004 0.00006 1.2827 0.0004 0.00006 0.8796 0.0233 2455441.9060 -1.7042 0.1763 1.0004 1.2814 0.0004 0.00011 1.2829 0.0004 0.00008 1.3593 0.0103 2455516.8210 -3.0958 0.4911 1.0004 1.2815 0.0004 0.00014 1.2831 0.0005 0.00015 1.1251 0.0092 C.25 ψ Per

Table C.465: ψ Per Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449322.7030 -33.5452 2.5935 1.0419 1.8615 0.6562 5.1451 0.6564 5.2226 0.9816 0.0002 2449748.6560 -34.9222 1.8414 1.0252 1.9725 0.6562 5.2863 0.6564 5.2928 0.9985 0.0003 2450497.6050 -37.3576 2.0733 1.0172 2.3968 0.6562 5.5796 0.6564 5.6517 0.9845 0.0003 2450688.8730 -37.0161 4.6640 1.0269 2.3957 0.6562 5.7395 0.6564 5.6465 1.0200 0.0002 2450730.7460 -37.0930 4.2038 1.0211 2.4926 0.6562 5.6976 0.6564 5.6319 1.0142 0.0002 2450779.7270 -38.4173 3.0398 1.0278 2.4324 0.6561 5.7351 0.6564 5.7870 0.9892 0.0002 2451512.6750 -40.1566 1.3169 1.0383 2.5713 0.6562 5.9836 0.6564 6.0933 0.9785 0.0002 2451523.6470 -39.7231 1.7030 1.0245 2.5999 0.6562 5.9007 0.6564 5.9104 0.9980 0.0002 2451531.6380 -40.0881 1.2256 1.0240 2.6453 0.6561 5.9425 0.6564 5.9731 0.9938 0.0002 2451570.6410 -38.5588 2.4575 0.9968 2.6618 0.6561 5.7120 0.6564 5.7902 0.9837 0.0004 2451571.5750 -38.5994 2.1563 0.9985 2.6423 0.6561 5.7200 0.6564 5.7513 0.9934 0.0002 2451609.5320 -39.6877 2.5703 0.9992 2.4708 0.6561 5.9195 0.6564 5.9867 0.9865 0.0004 2451800.8570 -38.7782 2.4964 1.0031 2.5990 0.6561 5.8227 0.6564 5.8090 1.0029 0.0002 2451804.8200 -38.2368 1.2974 1.0010 2.5392 0.6562 5.7375 0.6564 5.8561 0.9756 0.0002 2451814.8640 -38.5715 1.2143 0.9985 2.4797 0.6561 5.7536 0.6564 5.9427 0.9617 0.0002 2451828.8190 -38.4445 1.4672 0.9935 2.4548 0.6561 5.7664 0.6564 5.8889 0.9749 0.0002

573 2451920.5960 -39.1026 1.8162 0.9943 2.6053 0.6561 5.8011 0.6564 5.9093 0.9780 0.0006 2452157.8480 -39.2290 1.3620 0.9999 2.4146 0.6561 5.9357 0.6564 5.9360 0.9999 0.0002 2452191.7530 -38.8713 0.9226 0.9985 2.3251 0.6561 5.8477 0.6564 5.8688 0.9957 0.0001 2452200.7350 -39.1017 1.3830 0.9989 2.3748 0.6561 5.8699 0.6564 5.9121 0.9914 0.0002 2452211.7500 -40.1612 1.5727 0.9900 2.4048 0.6561 6.0128 0.6564 6.0456 0.9935 0.0003 2452216.7440 -39.5750 3.7007 0.9929 2.3690 0.6562 5.9329 0.6564 6.0518 0.9765 0.0003 2452219.6990 -39.4735 1.0056 0.9963 2.4567 0.6561 5.9052 0.6564 5.9841 0.9842 0.0002 2452221.6450 -39.0698 1.0744 0.9945 2.4192 0.6562 5.8920 0.6564 5.9048 0.9974 0.0001 2452224.6990 -38.6349 3.5628 0.9928 2.4725 0.6561 5.7781 0.6564 5.7493 1.0061 0.0004 2452226.6480 -39.1510 1.0300 0.9978 2.4770 0.6561 5.8933 0.6564 5.8916 1.0004 0.0002 2452235.7400 -39.1213 1.1263 0.9979 2.4756 0.6561 5.9037 0.6565 5.8782 1.0052 0.0001 2452254.6140 -39.0337 1.0952 0.9908 2.4632 0.6562 5.8605 0.6564 5.8310 1.0061 0.0002 2452282.5790 -38.5495 5.1374 0.9925 2.3590 0.6561 5.7726 0.6564 5.7920 0.9960 0.0006 2452313.5130 -39.8128 1.2858 1.0252 2.5286 0.6561 6.0284 0.6564 6.0345 0.9988 0.0002 2452319.5320 -40.3148 1.4894 1.0245 2.3910 0.6561 6.1217 0.6564 6.0863 1.0070 0.0002 2452586.8250 -40.7271 1.7426 1.0130 2.8338 0.6561 6.1688 0.6564 6.1603 1.0016 0.0002 2452612.7560 -40.2064 1.5284 1.0010 2.9061 0.6561 5.9612 0.6564 6.0461 0.9832 0.0002 2452684.5150 -39.8106 0.9834 0.9960 2.7263 0.6561 6.0408 0.6564 5.9345 1.0215 0.0003 2452691.5960 -39.8222 1.2092 1.0271 2.7086 0.6561 6.0723 0.6564 6.0791 0.9987 0.0002 2452899.8230 -36.8371 2.4239 1.0080 2.6321 0.6562 5.7380 0.6564 5.6838 1.0116 0.0004 2452920.8030 -37.3671 1.1066 1.0231 2.9602 0.6562 5.7999 0.6564 5.8401 0.9917 0.0003 2452931.7710 -36.6595 1.8147 1.0209 2.7814 0.6562 5.7222 0.6564 5.7537 0.9934 0.0003 2452952.7480 -37.3158 1.1167 1.0220 2.6399 0.6561 5.7800 0.6564 5.8012 0.9956 0.0002 2452975.7060 -37.1614 1.5694 1.0278 2.5769 0.6562 5.7334 0.6564 5.8058 0.9849 0.0001 2453281.8050 -34.9263 2.0564 1.0260 2.1723 0.6561 5.4425 0.6564 5.4999 0.9872 0.0003 2453286.8090 -34.5339 1.5994 1.0422 2.1617 0.6561 5.4939 0.6564 5.4298 1.0145 0.0002 2453315.7380 -34.7452 1.0696 1.0383 2.0953 0.6561 5.4314 0.6564 5.4917 0.9866 0.0002 2453316.7480 -34.3836 1.3811 1.0199 2.0798 0.6562 5.3877 0.6564 5.3678 1.0046 0.0002 2453323.7720 -34.0473 1.2778 1.0229 2.0989 0.6561 5.3388 0.6564 5.2932 1.0106 0.0002 Continued on Next Page… Table C.465 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453412.5470 -35.1967 1.9936 1.0251 2.0945 0.6561 5.5019 0.6564 5.4876 1.0032 0.0002 2453635.8460 -35.5770 2.6156 1.0225 2.1209 0.6562 5.5271 0.6565 5.4890 1.0085 0.0003 2453641.8160 -35.1027 2.4587 1.0303 2.0932 0.6561 5.6029 0.6564 5.4309 1.0388 0.0005 2453641.8160 -34.4851 2.3754 1.0477 2.0987 0.6561 5.4879 0.6564 5.4270 1.0138 0.0003 2453673.8100 -34.7186 1.4974 1.0287 2.0688 0.6561 5.3371 0.6564 5.3293 1.0018 0.0002 2453748.6990 -35.2406 1.6596 1.0202 2.0191 0.6561 5.4352 0.6564 5.3828 1.0120 0.0002 2453986.8770 -35.0332 1.4060 1.0275 2.2371 0.6562 5.3875 0.6564 5.3912 0.9992 0.0002 2454005.7840 -35.1596 1.4371 1.0249 2.1218 0.6561 5.4325 0.6564 5.3039 1.0299 0.0002 2454038.7600 -35.6338 1.5567 1.0284 2.0381 0.6561 5.4480 0.6564 5.4380 1.0023 0.0002 2454061.7100 -36.1865 1.4717 1.0262 2.0859 0.6562 5.4795 0.6564 5.5970 0.9744 0.0002 2454079.7330 -36.1784 1.2044 1.0281 2.1099 0.6561 5.4875 0.6564 5.5374 0.9890 0.0002 2454084.6600 -36.1744 1.3996 1.0271 2.1382 0.6561 5.4719 0.6564 5.5281 0.9876 0.0002 2454103.6530 -36.0275 2.4636 1.0293 2.1659 0.6561 5.3815 0.6564 5.4714 0.9799 0.0003 2454127.5580 -36.1189 1.2634 1.0254 2.0884 0.6561 5.4900 0.6564 5.4712 1.0042 0.0002 2454155.5460 -36.1474 1.3716 1.0231 2.0520 0.6561 5.4364 0.6564 5.4082 1.0064 0.0002 2454304.8530 -37.4253 1.3429 1.0654 2.2981 0.6562 5.7347 0.6564 5.6336 1.0218 0.0004 2454346.8760 -37.6460 0.8080 1.0722 2.1353 0.6562 5.7616 0.6564 5.7435 1.0038 0.0003 2454361.8300 -37.4684 1.0113 1.0728 2.1594 0.6561 5.7929 0.6564 5.7306 1.0132 0.0003 2454377.8550 -37.6195 1.2485 1.0789 2.1815 0.6562 5.7828 0.6564 5.7486 1.0072 0.0003 2454402.7340 -38.3090 1.0441 1.0729 2.1016 0.6561 5.7996 0.6564 5.8101 0.9978 0.0002 2454432.7130 -37.3828 1.6240 1.0660 2.1153 0.6561 5.7738 0.6564 5.8069 0.9931 0.0004 2454484.5900 -38.1854 2.0413 1.0700 1.9978 0.6561 5.8227 0.6564 5.8200 1.0006 0.0002 2454719.8730 -38.9595 1.2914 1.0818 2.2921 0.6561 5.9299 0.6564 5.8963 1.0069 0.0002 574 2454728.8410 -39.0606 1.3789 1.0799 2.2967 0.6562 5.9520 0.6564 5.9205 1.0064 0.0002 2454750.9230 -38.9232 1.4237 1.0652 2.2053 0.6561 5.8538 0.6564 5.8452 1.0018 0.0002 2454752.8080 -38.8562 1.1905 1.0790 2.2603 0.6561 5.8579 0.6564 5.8804 0.9954 0.0002 2454769.7750 -38.6323 1.8824 1.0633 2.2093 0.6561 5.8156 0.6564 5.8075 1.0017 0.0003 2454811.6320 -40.5617 3.0202 1.0345 2.2699 0.6562 5.9227 0.6564 5.9296 0.9986 0.0004 2454834.5340 -39.3173 3.7138 1.0844 2.2734 0.6561 6.0499 0.6564 5.9739 1.0153 0.0005 2454871.5160 -39.1249 1.8548 1.0660 2.2553 0.6561 5.8938 0.6564 5.9253 0.9936 0.0002 2454895.5410 -36.7281 3.9955 1.0519 1.9907 0.6561 5.8377 0.6564 5.8780 0.9917 0.0007 2455105.8360 -39.8751 2.1925 1.0604 2.3504 0.6561 5.9508 0.6564 5.9472 1.0007 0.0003 2455124.8710 -39.7040 1.6927 1.0805 2.4544 0.6561 6.0150 0.6564 5.9284 1.0176 0.0003 2455143.7660 -40.5735 1.4195 1.0826 2.3824 0.6561 6.1589 0.6564 6.1328 1.0051 0.0003 2455144.7940 -40.1575 1.4871 1.0763 2.3707 0.6561 6.0995 0.6564 6.0144 1.0170 0.0003 2455171.6320 -42.0023 4.9726 1.0370 2.5028 0.6561 6.0567 0.6564 6.1515 0.9816 0.0003 2455435.8640 -39.8847 2.3335 1.0643 2.4344 0.6561 6.0484 0.6564 6.0516 0.9994 0.0004 2455469.8300 -40.4934 2.1495 1.0618 2.3191 0.6562 6.1574 0.6564 6.1402 1.0034 0.0004 2455486.8400 -40.0005 1.0660 1.0659 2.1385 0.6561 6.0807 0.6564 6.0300 1.0101 0.0002 2455512.6880 -40.2781 1.2643 1.0735 2.3072 0.6561 6.1294 0.6564 6.0840 1.0089 0.0003 2456956.7530 -41.2382 1.3550 1.0652 2.4697 0.6561 6.2760 0.6564 6.4231 0.9729 0.0001 2457329.7600 -41.7623 1.9506 1.0417 2.5859 0.6561 6.3448 0.6564 6.2466 1.0187 0.0005 2457420.6690 -44.4981 9.5481 1.0594 2.5522 0.6561 6.7894 0.6564 6.7063 1.0146 0.0012 2457605.8270 -41.6925 1.4368 1.0326 2.6543 0.6562 6.3510 0.6564 6.2190 1.0253 0.0004 Table C.466: ψ Per HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2449322.7030 0.5099 0.2816 0.9961 0.9965 2449748.6560 0.4848 0.4613 0.9941 1.0019 2450497.6050 0.5045 0.3349 0.9899 1.0201 2450688.8730 0.4443 0.2606 0.9807 0.9896 2450730.7460 0.2876 0.3530 0.9730 0.9980 2450779.7270 0.5393 0.2161 0.9967 1.0026 2451512.6750 0.5135 0.2485 0.9964 1.0027 2451523.6470 0.5467 0.3401 0.9938 0.9951 2451531.6380 0.5967 0.3210 0.9989 0.9961 2451570.6410 0.6308 0.8128 1.0037 0.9904 2451571.5750 0.5357 0.4506 0.9977 0.9793 2451609.5320 0.5748 0.7298 0.9883 0.9974 2451800.8570 0.3714 0.4166 0.9871 0.9934 2451804.8200 0.2973 0.3258 0.9826 0.9842 2451814.8640 0.3616 0.3023 0.9857 0.9930 2451828.8190 0.5647 0.2801 0.9940 1.0034 2451920.5960 0.5158 0.4723 0.9980 0.9745 2452157.8480 0.3891 0.2284 0.9849 0.9894 2452191.7530 0.3854 0.1549 0.9839 0.9956 2452200.7350 0.4526 0.2445 0.9897 0.9964

575 2452211.7500 0.4663 0.3605 0.9908 1.0013 2452216.7440 0.4013 0.5657 0.9888 1.0047 2452219.6990 0.4898 0.2623 0.9927 0.9978 2452221.6450 0.3495 0.2857 0.9859 1.0067 2452224.6990 0.3453 0.9008 0.9829 0.9838 2452226.6480 0.5059 0.2610 0.9918 1.0084 2452235.7400 0.4248 0.1864 0.9882 1.0068 2452254.6140 0.5076 0.2713 0.9950 1.0179 2452282.5790 0.6057 0.8021 1.0050 0.9922 2452313.5130 0.5480 0.2537 0.9930 1.0083 2452319.5320 0.5723 0.3215 0.9965 0.9932 2452586.8250 0.3594 0.2646 0.9911 0.9988 2452612.7560 0.4962 0.2946 0.9985 0.9885 2452684.5150 0.4674 0.2156 0.9926 0.9962 2452691.5960 0.5183 0.3204 0.9928 0.9904 2452899.8230 0.3163 0.5835 0.9796 0.9544 2452920.8030 0.2875 0.2373 0.9798 0.9989 2452931.7710 0.3932 0.2709 0.9850 0.9800 2452952.7480 0.5300 0.2668 0.9976 0.9731 2452975.7060 0.4893 0.2106 0.9958 0.9909 2453281.8050 0.4734 0.3958 0.9928 0.9900 2453286.8090 0.3713 0.3114 0.9850 0.9952 2453315.7380 0.4587 0.3192 0.9911 0.9501 2453316.7480 0.4750 0.2863 0.9919 0.9780 2453323.7720 0.5275 0.2904 0.9960 0.9856 2453412.5470 0.5483 0.3709 0.9937 0.9720 2453635.8460 0.2752 0.5114 0.9805 0.9926 2453641.8160 0.6405 0.4580 1.0016 0.9934 Continued on Next Page… Table C.466 – Continued Central HJD EqW σ(EqW) Continuum Height 2453641.8160 0.3990 0.4144 0.9849 0.9997 2453673.8100 0.4949 0.2888 0.9941 1.0005 2453748.6990 0.4564 0.3269 0.9911 0.9329 2453986.8770 0.4761 0.2637 0.9821 0.9584 2454005.7840 0.3439 0.3721 0.9835 0.9773 2454038.7600 0.5061 0.2414 0.9926 0.9930 2454061.7100 0.5212 0.2562 0.9925 0.9904 2454079.7330 0.4438 0.2574 0.9919 1.0159 2454084.6600 0.4413 0.2565 0.9908 0.9935 2454103.6530 0.6310 0.4334 0.9941 1.0010 2454127.5580 0.4219 0.2783 0.9903 1.0114 2454155.5460 0.4975 0.2509 0.9937 0.9867 2454304.8530 0.0534 0.2372 0.9983 0.0000 2454346.8760 0.1869 0.2436 1.0016 0.6298 2454361.8300 0.0890 0.2216 1.0017 0.6809 2454377.8550 0.0708 0.2828 1.0014 0.5227 2454402.7340 0.1239 0.2859 1.0064 0.3402 2454432.7130 0.2797 0.4818 1.0055 0.7736 2454484.5900 0.1111 0.5932 1.0083 0.9142 2454719.8730 0.1014 0.2945 1.0081 0.3647 2454728.8410 0.0619 0.3005 1.0027 0.2317 2454750.9230 0.2515 0.4500 1.0122 0.9846 2454752.8080 0.2383 0.3322 1.0133 0.6357 576 2454769.7750 0.3953 0.3306 1.0098 0.8943 2454811.6320 0.1306 0.6694 1.0012 0.6139 2454834.5340 0.1074 0.9490 0.9992 0.9962 2454871.5160 0.2419 0.4200 1.0094 0.9818 2454895.5410 0.1621 2.4418 1.0271 0.9727 2455105.8360 0.5262 0.8015 0.9997 1.0659 2455124.8710 0.1992 0.6094 1.0117 1.0340 2455143.7660 0.2263 0.7658 1.0187 0.8936 2455144.7940 0.1859 0.6509 1.0142 1.0119 2455171.6320 0.4350 1.1094 1.0037 0.9611 2455435.8640 0.4221 0.8791 1.0034 0.9475 2455469.8300 0.2957 0.7472 1.0174 0.0376 2455486.8400 0.2425 0.2280 1.0040 0.5664 2455512.6880 0.2851 0.2560 1.0038 0.0679 2456956.7530 0.6891 0.2084 0.9998 1.2571 2457329.7600 0.5034 0.4267 0.9905 0.0000 2457420.6690 0.6977 2.6126 1.0305 1.0468 2457605.8270 0.5589 0.3446 0.9929 0.0226

Table C.467: ψ Per Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454304.8530 -0.3591 0.8222 0.9933 0.0383 0.4860 1.5414 0.4863 1.5288 1.0238 0.0014 Continued on Next Page… Table C.467 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454346.8760 -0.3888 0.9411 0.9889 0.2910 0.4860 1.5559 0.4863 1.5445 1.0208 0.0068 2454361.8300 -0.2983 0.5783 0.9911 0.5218 0.4860 1.5057 0.4863 1.5117 0.9883 0.0014 2454377.8550 -0.0682 1.1361 0.9908 0.6629 0.4860 1.4859 0.4863 1.4909 0.9899 0.0023 2454402.7340 -0.0690 0.7021 0.9989 0.5790 0.4860 1.5313 0.4863 1.5341 0.9947 0.0012 2454432.7130 0.0302 1.7197 0.9839 0.6126 0.4860 1.4688 0.4863 1.5245 0.8938 0.0028 2454484.5900 -0.4739 2.3620 0.9916 0.8973 0.4860 1.5595 0.4863 1.5757 0.9717 0.0062 2454719.8730 -0.5185 1.2585 0.9987 0.4065 0.4860 1.5935 0.4863 1.5717 1.0381 0.0020 2454728.8410 -0.5580 0.9210 0.9966 0.4967 0.4860 1.6263 0.4862 1.6033 1.0381 0.0016 2454750.9230 -0.3498 1.1564 0.9915 0.7257 0.4860 1.5927 0.4863 1.5811 1.0201 0.0013 2454752.8080 -0.4030 1.1212 1.0020 0.9495 0.4860 1.5652 0.4863 1.5784 0.9772 0.0019 2454769.7750 -0.1606 1.2858 1.0179 0.8947 0.4860 1.5967 0.4863 1.6270 0.9517 0.0019 2454811.6320 -0.1774 2.1316 1.0185 0.8357 0.4860 1.5809 0.4863 1.6482 0.8962 0.0031 2454834.5340 0.7095 2.9992 1.0230 1.0445 0.4860 1.6209 0.4863 1.6342 0.9790 0.0045 2454871.5160 -0.1867 1.4574 0.9966 0.9797 0.4860 1.5598 0.4863 1.5501 1.0176 0.0018 2454895.5410 -0.3570 5.8162 1.0583 0.0000 0.4860 1.7584 0.4863 1.7623 0.9950 0.0087 2455105.8360 -0.1173 3.6962 1.0084 0.9193 0.4860 1.5580 0.4863 1.6043 0.9234 0.0036 2455124.8710 -0.4939 2.0004 0.9995 0.8740 0.4860 1.6085 0.4863 1.6390 0.9523 0.0027 2455143.7660 -0.5973 2.2786 1.0160 0.9798 0.4860 1.5594 0.4863 1.5339 1.0478 0.0032 2455144.7940 0.0652 1.8485 1.0284 0.9755 0.4860 1.5580 0.4863 1.6104 0.9142 0.0037 2455171.6320 -1.4089 4.5379 0.9523 1.1194 0.4860 1.5927 0.4863 1.6458 0.9178 0.0051 2455435.8640 1.1467 3.1834 1.0468 0.0000 0.4860 1.6179 0.4863 1.5986 1.0323 0.0044 2455469.8300 -1.3531 1.5805 0.9552 0.6142 0.4860 1.5096 0.4863 1.5308 0.9600 0.0021 2455486.8400 -0.1273 0.4732 0.9916 1.0534 0.4860 1.5672 0.4863 1.5320 1.0661 0.0013 577 2455512.6880 -1.2180 0.8808 0.9635 0.3373 0.4860 1.5634 0.4863 1.5612 1.0040 0.0019 2456956.7530 -0.4857 0.4938 0.9898 1.1254 0.4860 1.6159 0.4863 1.6294 0.9786 0.0010 2457329.7600 0.9144 1.4236 0.9734 0.8672 0.4860 1.4777 0.4863 1.5033 0.9490 0.0022 2457420.6690 -2.3455 12.5480 0.9026 1.8333 0.4860 1.6947 0.4863 1.8150 0.8523 0.0413 2457605.8270 -0.9089 1.3023 0.9544 0.1606 0.4860 1.5874 0.4863 1.5403 1.0871 0.0024

Table C.468: ψ Per FeII λ5316Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450497.6050 -0.7774 0.2680 0.9982 1.0488 0.5315 1.1350 0.5319 1.1369 0.9858 0.0007 2450688.8730 -0.7468 0.3982 1.0013 1.0315 0.5315 1.1497 0.5318 1.1319 1.1353 0.0008 2450730.7460 -0.8305 0.5389 0.9901 1.0547 0.5315 1.1431 0.5318 1.1256 1.1393 0.0013 2450779.7270 -0.7804 0.2175 0.9991 1.0397 0.5315 1.1589 0.5318 1.1396 1.1378 0.0006 2451512.6750 -0.6671 0.1597 1.0014 1.0580 0.5315 1.1389 0.5318 1.1253 1.1082 0.0007 2451523.6470 -0.6402 0.3292 1.0071 1.0794 0.5315 1.1441 0.5318 1.1251 1.1526 0.0009 2451531.6380 -0.6178 0.3989 1.0102 1.0612 0.5315 1.1434 0.5318 1.1346 1.0656 0.0010 2451570.6410 -0.8534 0.8421 0.9723 1.0284 0.5315 1.1131 0.5318 1.1122 1.0074 0.0017 2451571.5750 -0.6224 0.6230 1.0078 1.0443 0.5315 1.1436 0.5318 1.1382 1.0391 0.0011 2451609.5320 -0.8329 0.4553 0.9999 1.0531 0.5315 1.1647 0.5318 1.1416 1.1634 0.0013 2451800.8570 -0.7978 0.6667 0.9961 1.0445 0.5315 1.1374 0.5318 1.1448 0.9491 0.0011 2451804.8200 -0.9467 0.1782 0.9965 1.0482 0.5315 1.1500 0.5318 1.1461 1.0262 0.0007 2451814.8640 -0.8380 0.3672 1.0026 1.0485 0.5315 1.1626 0.5318 1.1560 1.0424 0.0007 2451828.8190 -0.7840 0.3057 1.0000 1.0566 0.5315 1.1533 0.5318 1.1325 1.1572 0.0007 Continued on Next Page… Table C.468 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451920.5960 -0.9115 0.6584 0.9929 1.0526 0.5315 1.1666 0.5318 1.1411 1.1810 0.0010 2452157.8480 -0.8737 0.2689 0.9848 1.0413 0.5315 1.1358 0.5318 1.1289 1.0536 0.0007 2452191.7530 -0.7842 0.1450 0.9980 1.0529 0.5315 1.1410 0.5318 1.1297 1.0870 0.0005 2452200.7350 -0.7885 0.3195 0.9973 1.0634 0.5315 1.1405 0.5318 1.1320 1.0648 0.0020 2452211.7500 -0.8428 0.2688 0.9940 1.0582 0.5315 1.1427 0.5318 1.1356 1.0528 0.0009 2452216.7440 -0.8915 0.4701 0.9921 1.0530 0.5315 1.1687 0.5318 1.1433 1.1774 0.0011 2452219.6990 -0.7969 0.3616 0.9978 1.0632 0.5315 1.1427 0.5318 1.1386 1.0298 0.0018 2452221.6450 -0.6971 0.2379 1.0064 1.0585 0.5315 1.1383 0.5318 1.1342 1.0307 0.0008 2452224.6990 -1.1457 1.3759 0.9784 1.0738 0.5315 1.1435 0.5318 1.1493 0.9616 0.0045 2452226.6480 -0.7446 0.1508 0.9994 1.0471 0.5315 1.1474 0.5318 1.1301 1.1329 0.0009 2452235.7400 -0.7702 0.1761 1.0026 1.0554 0.5315 1.1428 0.5318 1.1361 1.0496 0.0006 2452254.6140 -0.8216 0.2440 0.9987 1.0620 0.5315 1.1439 0.5318 1.1366 1.0536 0.0008 2452282.5790 -0.7009 0.8511 0.9977 1.0491 0.5315 1.1611 0.5318 1.1332 1.2099 0.0020 2452313.5130 -0.8484 0.3424 0.9943 1.0585 0.5315 1.1397 0.5318 1.1398 0.9990 0.0007 2452319.5320 -0.7175 0.5620 1.0089 1.0707 0.5315 1.1483 0.5318 1.1482 1.0002 0.0009 2452586.8250 -0.6704 0.2531 1.0022 1.0432 0.5315 1.1404 0.5318 1.1445 0.9719 0.0008 2452612.7560 -0.6591 0.3761 1.0060 1.0477 0.5315 1.1516 0.5319 1.1537 0.9863 0.0008 2452684.5150 -0.7769 0.2546 1.0017 1.0536 0.5315 1.1563 0.5318 1.1355 1.1533 0.0007 2452691.5960 -0.5974 0.2852 1.0081 1.0598 0.5315 1.1550 0.5318 1.1371 1.1302 0.0008 2452899.8230 -0.7401 0.5637 0.9977 1.0666 0.5316 1.1393 0.5318 1.1313 1.0614 0.0067 2452920.8030 -0.6524 0.2719 0.9984 1.0663 0.5315 1.1361 0.5318 1.1168 1.1652 0.0009 2452931.7710 -0.6325 0.4320 1.0107 1.0627 0.5315 1.1359 0.5318 1.1344 1.0111 0.0049 2452952.7480 -0.7333 0.2276 0.9988 1.0637 0.5315 1.1428 0.5318 1.1257 1.1356 0.0008 578 2452975.7060 -0.7986 0.2294 0.9952 1.0530 0.5315 1.1451 0.5318 1.1215 1.1935 0.0006 2453281.8050 -0.9401 0.4131 0.9844 1.0524 0.5315 1.1248 0.5318 1.1098 1.1370 0.0011 2453286.8090 -0.6251 0.2716 1.0062 1.0478 0.5315 1.1383 0.5318 1.1110 1.2465 0.0009 2453315.7380 -0.7117 0.3092 0.9983 1.0586 0.5315 1.1316 0.5318 1.1100 1.1970 0.0008 2453316.7480 -0.7373 0.3827 0.9945 1.0463 0.5315 1.1278 0.5318 1.1130 1.1307 0.0009 2453323.7720 -0.8741 0.3999 1.0001 1.0687 0.5315 1.1411 0.5318 1.1322 1.0669 0.0010 2453412.5470 -0.6675 0.4775 0.9980 1.0567 0.5315 1.1253 0.5318 1.1116 1.1230 0.0010 2453635.8460 -0.8276 0.6714 0.9907 1.0356 0.5315 1.1425 0.5318 1.1386 1.0279 0.0012 2453641.8160 -0.9235 0.3511 0.9903 1.0606 0.5315 1.1440 0.5318 1.1283 1.1221 0.0011 2453641.8160 -0.9849 0.3695 0.9896 1.0652 0.5315 1.1451 0.5318 1.1345 1.0792 0.0010 2453673.8100 -0.6831 0.2232 0.9974 1.0462 0.5315 1.1428 0.5318 1.1181 1.2092 0.0009 2453748.6990 -0.8624 0.3650 0.9915 1.0423 0.5315 1.1244 0.5318 1.1306 0.9519 0.0009 2453986.8770 -0.9639 0.2524 1.0012 1.0732 0.5315 1.1554 0.5318 1.1471 1.0561 0.0007 2454005.7840 -0.8454 0.2711 0.9958 1.0466 0.5315 1.1394 0.5318 1.1308 1.0661 0.0008 2454038.7600 -0.6820 0.2918 1.0054 1.0556 0.5315 1.1367 0.5318 1.1274 1.0733 0.0007 2454061.7100 -0.7371 0.2520 1.0039 1.0508 0.5315 1.1393 0.5318 1.1380 1.0090 0.0008 2454079.7330 -0.7450 0.2276 0.9972 1.0262 0.5315 1.1297 0.5318 1.1286 1.0088 0.0016 2454084.6600 -0.7959 0.2335 0.9999 1.0525 0.5315 1.1362 0.5318 1.1367 0.9962 0.0007 2454103.6530 -1.0137 0.4406 0.9845 1.0765 0.5315 1.1524 0.5318 1.1317 1.1572 0.0013 2454127.5580 -0.6966 0.3518 1.0043 1.0571 0.5315 1.1300 0.5318 1.1310 0.9927 0.0008 2454155.5460 -0.7678 0.1953 0.9961 1.0555 0.5315 1.1319 0.5318 1.1201 1.0984 0.0008 2454304.8530 -1.0409 0.3065 0.9891 1.0530 0.5315 1.1461 0.5318 1.1355 1.0782 0.0011 2454346.8760 -1.1362 0.3937 0.9788 1.0636 0.5315 1.1455 0.5318 1.1399 1.0403 0.0011 2454361.8300 -1.1492 0.2355 0.9839 1.0668 0.5315 1.1579 0.5318 1.1395 1.1326 0.0012 2454377.8550 -1.0559 0.2592 0.9856 1.0623 0.5315 1.1441 0.5318 1.1382 1.0427 0.0009 2454402.7340 -1.0049 0.2421 0.9929 1.0822 0.5315 1.1437 0.5318 1.1391 1.0325 0.0011 2454432.7130 -1.0895 0.4359 0.9857 1.0615 0.5315 1.1479 0.5318 1.1395 1.0602 0.0026 2454484.5900 -0.9503 0.8506 0.9923 1.0820 0.5315 1.1410 0.5318 1.1385 1.0184 0.0020 Continued on Next Page… Table C.468 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454719.8730 -1.0337 0.3306 0.9838 1.0830 0.5315 1.1512 0.5318 1.1416 1.0683 0.0013 2454728.8410 -1.0760 0.2668 0.9857 1.0586 0.5315 1.1557 0.5318 1.1459 1.0674 0.0011 2454750.9230 -1.1262 0.5620 0.9796 1.0600 0.5315 1.1675 0.5318 1.1457 1.1500 0.0015 2454752.8080 -0.9524 0.5409 0.9700 1.0627 0.5315 1.1444 0.5318 1.1500 0.9626 0.0015 2454769.7750 -0.9269 0.6148 0.9884 1.0751 0.5315 1.1592 0.5318 1.1349 1.1803 0.0022 2454811.6320 -1.0502 0.9212 0.9693 1.0826 0.5315 1.1555 0.5318 1.1565 0.9939 0.0027 2454834.5340 -1.1663 0.4641 0.9857 1.0934 0.5315 1.1586 0.5318 1.1733 0.9151 0.0020 2454871.5160 -0.8698 0.5061 0.9993 1.0546 0.5315 1.1838 0.5318 1.1644 1.1182 0.0015 2454895.5410 -2.4982 2.9053 0.9283 1.0475 0.5314 1.2396 0.5318 1.2734 0.8764 0.0054 2455105.8360 -1.7167 1.4257 0.9444 1.0315 0.5315 1.1589 0.5318 1.1565 1.0150 0.0023 2455124.8710 -1.3930 1.0270 0.9634 1.0120 0.5315 1.1852 0.5318 1.1421 1.3035 0.0026 2455143.7660 -1.0817 0.5711 0.9844 1.0603 0.5315 1.1699 0.5318 1.1528 1.1114 0.0021 2455144.7940 -1.1613 0.7614 0.9845 1.0852 0.5315 1.1676 0.5318 1.1566 1.0706 0.0015 2455171.6320 -1.2587 1.0251 0.9790 1.1421 0.5315 1.2331 0.5318 1.1494 1.5606 0.0037 2455435.8640 -0.6939 0.7914 0.9950 1.0754 0.5315 1.1520 0.5318 1.1556 0.9769 0.0026 2455469.8300 -0.7384 0.9524 1.0081 1.0887 0.5315 1.1774 0.5318 1.1393 1.2737 0.0030 2455486.8400 -0.9427 0.3404 0.9897 1.0676 0.5315 1.1528 0.5318 1.1386 1.1028 0.0020 2455512.6880 -0.9433 0.3230 0.9875 1.0654 0.5315 1.1586 0.5318 1.1337 1.1864 0.0014 2456956.7530 -0.8937 0.1787 0.9991 1.0674 0.5315 1.1546 0.5318 1.1492 1.0360 0.0007 2457329.7600 -1.6046 0.7747 0.9229 1.0537 0.5315 1.1468 0.5318 1.1254 1.1706 0.0017 2457420.6690 -1.5007 3.7152 0.9729 1.0089 0.5315 1.2007 0.5319 1.2502 0.8024 0.0072 2457605.8270 -0.9423 0.2915 0.9914 1.0571 0.5315 1.1691 0.5318 1.1480 1.1431 0.0014 579

Table C.469: ψ Per BrγMeasurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -16.5526 1.9040 0.9997 2.1658 0.0005 0.0007 2.1669 0.0005 0.0009 0.9786 0.0519 2453737.8850 -16.3936 3.0518 0.9990 2.1657 0.0005 0.0007 2.1668 0.0006 0.0009 0.9788 0.0277 2454038.9560 -17.1330 2.1633 0.9994 2.1655 0.0005 0.0009 2.1666 0.0005 0.0008 1.0049 0.0375 2454070.8580 -18.2442 1.4641 0.9995 2.1657 0.0006 0.0011 2.1668 0.0005 0.0007 1.0053 0.0332 2454150.7570 -17.6807 1.8526 0.9995 2.1658 0.0005 0.0009 2.1669 0.0005 0.0008 0.9977 0.0857 2454178.7110 -18.0123 2.1123 0.9993 2.1658 0.0006 0.0009 2.1669 0.0005 0.0008 1.0007 0.0359 2454300.1220 -17.9570 2.1155 0.9992 2.1653 0.0005 0.0007 2.1664 0.0006 0.0010 0.9994 0.0247 2454353.0430 -17.6472 2.1506 0.9992 2.1654 0.0005 0.0009 2.1665 0.0005 0.0009 1.0015 0.0233 2454382.9640 -17.8029 2.3930 0.9992 2.1653 0.0005 0.0008 2.1664 0.0006 0.0010 0.9982 0.0163 2454433.0690 -18.1175 1.7541 0.9996 2.1656 0.0005 0.0009 2.1667 0.0005 0.0009 0.9986 0.0443 2454719.1140 -17.7890 1.8160 0.9995 2.1653 0.0005 0.0008 2.1664 0.0006 0.0010 1.0002 0.0228 2454755.0150 -18.7207 1.9798 0.9994 2.1653 0.0005 0.0008 2.1664 0.0006 0.0011 1.0007 0.0199 2454796.9380 -18.3395 1.8001 0.9992 2.1656 0.0005 0.0009 2.1667 0.0005 0.0009 1.0058 0.0365 2454841.8760 -18.5915 1.5221 0.9995 2.1657 0.0005 0.0009 2.1667 0.0006 0.0010 0.9975 0.0357 2455103.9040 -19.0288 2.2039 0.9990 2.1653 0.0005 0.0007 2.1663 0.0006 0.0012 0.9991 0.0234 2455441.9930 -19.2777 1.6969 0.9993 2.1654 0.0005 0.0010 2.1665 0.0005 0.0010 1.0057 0.0257 2455536.9840 -18.6380 1.7156 0.9996 2.1656 0.0005 0.0009 2.1666 0.0005 0.0010 0.9950 0.0277 Table C.470: ψ Per Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -6.5109 0.6529 1.0081 1.7363 0.0004 0.00026 1.7374 0.0004 0.00027 1.1557 0.0774 2453737.8850 -6.1091 0.4000 1.0111 1.7362 0.0004 0.00026 1.7373 0.0005 0.00030 1.0474 0.0481 2454038.9560 -6.1191 0.5797 1.0082 1.7361 0.0006 0.00038 1.7373 0.0004 0.00022 1.0539 0.0553 2454070.8580 -6.3260 0.4168 1.0082 1.7361 0.0005 0.00033 1.7373 0.0004 0.00026 1.0819 0.0408 2454150.7570 -6.2723 0.4000 1.0086 1.7363 0.0005 0.00036 1.7375 0.0004 0.00022 1.0482 0.0884 2454178.7110 -6.9267 0.3169 1.0097 1.7362 0.0005 0.00032 1.7374 0.0004 0.00029 1.0446 0.0379 2454300.1220 -6.6106 0.1065 1.0082 1.7360 0.0004 0.00028 1.7371 0.0005 0.00031 1.0308 0.0422 2454353.0430 -5.7238 0.4083 1.0079 1.7359 0.0005 0.00033 1.7371 0.0004 0.00023 1.0347 0.0357 2454382.9640 -6.5562 0.5515 1.0085 1.7360 0.0004 0.00027 1.7371 0.0005 0.00032 1.0906 0.0339 2454433.0690 -6.7738 0.5158 1.0068 1.7361 0.0005 0.00037 1.7373 0.0004 0.00025 1.0307 0.0819 2454719.1140 -7.5034 0.4321 1.0078 1.7359 0.0004 0.00031 1.7370 0.0005 0.00035 1.0770 0.0423 2454755.0150 -6.1160 0.4000 1.0074 1.7360 0.0004 0.00025 1.7371 0.0005 0.00030 1.0235 0.0371 2454796.9380 -6.9575 0.4000 1.0081 1.7361 0.0005 0.00033 1.7373 0.0004 0.00030 1.0533 0.0460 2454841.8760 -6.7723 0.3005 1.0077 1.7362 0.0005 0.00036 1.7374 0.0004 0.00027 1.0162 0.0402 2455103.9040 -6.6118 0.6336 1.0076 1.7359 0.0003 0.00022 1.7370 0.0005 0.00037 1.0696 0.0579 2455441.9930 -6.9693 0.4001 1.0066 1.7360 0.0005 0.00036 1.7371 0.0004 0.00028 1.0255 0.0331 2455536.9840 -6.6329 0.4511 1.0066 1.7361 -0.0004 -0.00026 1.7372 0.0005 0.00035 1.0404 0.0458 580 Table C.471: ψ Per Br 11 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -6.0525 1.0328 0.9999 1.6807 0.0005 0.00028 1.6819 0.0004 0.00021 1.0111 0.0276 2453737.8850 -5.5073 0.9216 0.9997 1.6806 0.0005 0.00025 1.6818 0.0004 0.00023 1.0004 0.0318 2454038.9560 -5.9889 0.7031 0.9998 1.6804 0.0005 0.00028 1.6816 0.0004 0.00024 1.0525 0.0437 2454070.8580 -6.1365 0.6736 0.9997 1.6805 0.0004 0.00025 1.6817 0.0005 0.00027 1.0221 0.0347 2454150.7570 -6.1046 0.5936 0.9998 1.6807 0.0004 0.00024 1.6818 0.0005 0.00027 1.0308 0.0497 2454178.7110 -6.2359 0.6197 0.9997 1.6806 0.0004 0.00024 1.6818 0.0005 0.00027 1.0300 0.0265 2454300.1220 -5.9273 0.4954 0.9999 1.6804 0.0005 0.00028 1.6816 0.0004 0.00024 1.0010 0.0293 2454353.0430 -5.8750 0.4651 0.9997 1.6804 0.0005 0.00029 1.6816 0.0004 0.00023 1.0585 0.0279 2454382.9640 -6.0206 0.5152 0.9998 1.6804 0.0005 0.00029 1.6816 0.0004 0.00024 1.0582 0.0219 2454433.0690 -6.0061 0.5671 0.9997 1.6805 0.0004 0.00026 1.6817 0.0004 0.00025 1.0491 0.0494 2454719.1140 -6.1115 0.4130 0.9997 1.6804 0.0004 0.00023 1.6815 0.0005 0.00029 1.0721 0.0362 2454755.0150 -6.2472 0.3720 0.9998 1.6804 0.0005 0.00028 1.6816 0.0004 0.00025 1.0156 0.0242 2454796.9380 -6.8381 0.5147 0.9997 1.6805 -0.0004 -0.00027 1.6817 0.0005 0.00030 1.0239 0.0400 2454841.8760 -6.6628 0.3414 0.9998 1.6806 -0.0005 -0.00029 1.6818 0.0004 0.00027 1.0077 0.0433 2455103.9040 -6.2994 0.4192 0.9997 1.6804 0.0005 0.00029 1.6815 0.0004 0.00025 0.9896 0.0311 2455441.9930 -6.1796 0.3483 0.9998 1.6804 0.0005 0.00028 1.6815 0.0004 0.00026 1.0214 0.0276 2455536.9840 -6.0835 0.3554 0.9998 1.6805 0.0005 0.00029 1.6817 0.0004 0.00024 1.0066 0.0323 Table C.472: ψ Per Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -4.8496 0.9168 1.0000 1.6407 0.0004 0.00018 1.6419 0.0005 0.00024 1.0706 0.0446 2453737.8850 -4.6647 0.3524 0.9996 1.6406 0.0004 0.00019 1.6418 0.0005 0.00024 0.9881 0.0303 2454038.9560 -4.3561 0.5229 0.9999 1.6405 0.0005 0.00021 1.6417 0.0004 0.00021 0.9907 0.0376 2454070.8580 -4.8052 0.4000 0.9999 1.6406 0.0004 0.00022 1.6418 0.0005 0.00023 0.9919 0.0266 2454150.7570 -4.7112 0.4519 0.9999 1.6407 0.0005 0.00023 1.6419 0.0004 0.00022 0.9980 0.0490 2454178.7110 -5.0879 0.2480 0.9997 1.6407 0.0004 0.00023 1.6419 0.0005 0.00024 1.0038 0.0249 2454300.1220 -4.6094 0.3469 0.9999 1.6404 0.0004 0.00020 1.6416 0.0005 0.00024 0.9826 0.0268 2454353.0430 -4.9407 0.2623 0.9998 1.6404 0.0004 0.00022 1.6416 0.0005 0.00025 1.0469 0.0260 2454382.9640 -4.6065 0.4000 0.9999 1.6404 0.0004 0.00020 1.6416 0.0005 0.00024 1.0033 0.0196 2454433.0690 -4.6122 0.3249 0.9999 1.6406 0.0004 0.00022 1.6418 0.0004 0.00021 1.0140 0.0418 2454719.1140 -4.4955 0.3378 0.9999 1.6404 0.0004 0.00021 1.6416 0.0005 0.00023 1.0017 0.0269 2454755.0150 -5.1134 0.3196 0.9999 1.6404 0.0004 0.00021 1.6416 0.0005 0.00026 1.0146 0.0209 2454796.9380 -4.9222 0.1758 0.9997 1.6406 0.0005 0.00024 1.6418 0.0005 0.00023 1.0003 0.0337 2454841.8760 -4.8750 0.2881 1.0000 1.6407 0.0005 0.00024 1.6419 0.0004 0.00022 0.9640 0.0270 2455103.9040 -4.7297 0.2829 0.9999 1.6404 0.0004 0.00021 1.6416 0.0005 0.00025 0.9957 0.0256 2455441.9930 -5.0231 0.2934 0.9999 1.6404 0.0004 0.00020 1.6416 0.0005 0.00027 1.0032 0.0274 2455536.9840 -4.5862 0.3393 1.0000 1.6406 0.0004 0.00022 1.6417 0.0004 0.00024 1.0059 0.0304 581 Table C.473: ψ Per Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -5.6848 0.8332 0.9958 1.6109 0.0004 0.00024 1.6122 0.0006 0.00032 1.0592 0.0419 2453737.8850 -4.1521 0.4902 0.9964 1.6108 0.0005 0.00024 1.6122 0.0005 0.00024 0.9647 0.0257 2454038.9560 -4.1843 0.1851 0.9965 1.6107 0.0004 0.00022 1.6119 0.0005 0.00025 1.0172 0.0365 2454070.8580 -4.0373 0.2434 0.9966 1.6107 0.0005 0.00022 1.6120 0.0005 0.00023 1.0030 0.0257 2454150.7570 -5.0663 0.2785 0.9963 1.6109 0.0005 0.00027 1.6122 0.0005 0.00026 0.9829 0.0485 2454178.7110 -5.1316 0.0306 0.9961 1.6109 0.0005 0.00028 1.6122 0.0005 0.00025 1.0260 0.0256 2454300.1220 -4.6841 0.3154 0.9975 1.6106 0.0004 0.00022 1.6119 0.0005 0.00026 1.0245 0.0240 2454353.0430 -4.7545 0.2132 0.9965 1.6106 0.0004 0.00023 1.6118 0.0005 0.00028 1.0432 0.0256 2454382.9640 -5.0584 0.3458 0.9968 1.6106 0.0004 0.00023 1.6119 0.0005 0.00028 1.0239 0.0214 2454433.0690 -5.1615 0.2946 0.9966 1.6107 0.0005 0.00027 1.6120 0.0005 0.00027 1.0442 0.0392 2454719.1140 -4.5538 0.2687 0.9976 1.6106 0.0004 0.00022 1.6118 0.0005 0.00026 1.0506 0.0228 2454755.0150 -5.1809 0.2543 0.9975 1.6106 0.0004 0.00022 1.6118 0.0005 0.00029 1.0498 0.0205 2454796.9380 -5.4899 0.7164 0.9970 1.6108 0.0005 0.00028 1.6120 0.0005 0.00026 0.9742 0.0291 2454841.8760 -5.1948 0.2991 0.9977 1.6109 0.0005 0.00027 1.6121 0.0005 0.00025 0.9978 0.0400 2455103.9040 -5.2741 0.2660 0.9978 1.6106 0.0004 0.00023 1.6118 0.0005 0.00027 1.0032 0.0364 2455441.9930 -4.8059 0.0636 0.9979 1.6106 0.0004 0.00022 1.6118 0.0005 0.00026 1.0306 0.0293 2455536.9840 -5.0830 0.2840 0.9973 1.6108 0.0005 0.00026 1.6120 0.0004 0.00023 1.0110 0.0367 Table C.474: ψ Per Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -3.5196 1.1719 1.0002 1.5880 0.0005 0.00018 1.5892 0.0006 0.00025 0.9919 0.1161 2453737.8850 -3.9811 0.5166 1.0001 1.5879 -0.0005 -0.00015 1.5891 0.0007 0.00030 0.9855 0.0742 2454038.9560 -5.0166 0.2960 1.0000 1.5878 0.0005 0.00021 1.5891 0.0005 0.00025 1.0075 0.0483 2454070.8580 -4.5364 0.5915 1.0000 1.5879 0.0005 0.00023 1.5892 0.0005 0.00021 0.9993 0.0304 2454150.7570 -4.6243 0.2900 1.0000 1.5880 0.0004 0.00017 1.5892 0.0006 0.00027 1.0421 0.0518 2454178.7110 -4.9643 0.2406 1.0000 1.5879 0.0003 0.00014 1.5891 0.0006 0.00031 1.0399 0.0311 2454300.1220 -5.3223 0.2981 1.0000 1.5877 0.0005 0.00023 1.5890 0.0005 0.00024 0.9996 0.0351 2454353.0430 -4.9772 0.2559 1.0000 1.5878 0.0005 0.00027 1.5890 0.0004 0.00017 0.9507 0.0313 2454382.9640 -5.3922 0.3046 1.0000 1.5876 0.0005 0.00018 1.5889 0.0007 0.00032 0.9759 0.0564 2454433.0690 -4.2757 0.2471 1.0000 1.5879 0.0005 0.00022 1.5891 0.0005 0.00021 1.0053 0.0425 2454719.1140 -5.0620 0.2500 1.0000 1.5878 0.0006 0.00028 1.5891 0.0005 0.00021 1.0331 0.0810 2454755.0150 -4.5226 0.3182 1.0001 1.5878 0.0005 0.00022 1.5890 0.0005 0.00024 0.9687 0.0343 2454796.9380 -4.5045 0.3469 1.0000 1.5879 0.0005 0.00022 1.5891 0.0005 0.00022 0.9485 0.0302 2454841.8760 -4.6946 0.3213 0.9999 1.5879 0.0004 0.00019 1.5892 0.0005 0.00025 0.9877 0.0262 2455103.9040 -5.2007 0.3231 1.0001 1.5878 0.0006 0.00028 1.5890 0.0004 0.00017 0.9117 0.0334 2455441.9930 -4.6718 0.2565 1.0002 1.5878 0.0005 0.00025 1.5890 0.0004 0.00019 1.0017 0.0219 2455536.9840 -5.2643 0.2402 1.0000 1.5878 0.0005 0.00022 1.5891 0.0005 0.00025 0.9780 0.0339 582 Table C.475: ψ Per Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -3.2857 1.6065 1.0001 1.5700 0.0005 0.00017 1.5714 0.0004 0.00015 0.9856 0.0304 2453737.8850 -2.8155 0.1235 0.9999 1.5699 0.0004 0.00015 1.5713 0.0004 0.00015 1.0372 0.0219 2454038.9560 -3.5581 0.2137 0.9999 1.5698 0.0005 0.00019 1.5711 0.0005 0.00016 1.0748 0.0386 2454070.8580 -2.9982 0.1765 0.9998 1.5698 0.0005 0.00017 1.5712 0.0004 0.00015 1.0321 0.0195 2454150.7570 -3.5310 0.4051 0.9999 1.5700 0.0005 0.00018 1.5713 0.0005 0.00017 1.0129 0.0435 2454178.7110 -3.8166 0.3396 1.0000 1.5700 0.0005 0.00019 1.5713 0.0005 0.00018 1.0456 0.0185 2454300.1220 -3.4404 0.1491 0.9998 1.5697 0.0005 0.00019 1.5710 0.0004 0.00015 1.0422 0.0231 2454353.0430 -3.7406 0.1770 0.9998 1.5697 -0.0005 -0.00019 1.5710 0.0004 0.00017 1.0567 0.0215 2454382.9640 -3.7382 0.0144 0.9998 1.5697 0.0005 0.00018 1.5710 0.0005 0.00018 1.0659 0.0161 2454433.0690 -4.1975 0.3000 1.0000 1.5698 0.0004 0.00018 1.5711 0.0005 0.00020 1.0743 0.0338 2454719.1140 -3.6891 0.2988 0.9999 1.5697 0.0004 0.00018 1.5710 0.0005 0.00018 1.0720 0.0230 2454755.0150 -3.8078 0.2704 1.0000 1.5710 0.0004 0.00017 1.5697 -0.0005 -0.00019 1.0312 0.0172 2454796.9380 -3.8206 0.3422 0.9998 1.5698 0.0004 0.00018 1.5712 0.0005 0.00018 1.0708 0.0267 2454841.8760 -3.8081 0.2852 0.9999 1.5699 0.0005 0.00019 1.5713 0.0005 0.00018 1.0349 0.0251 2455103.9040 -3.7880 0.2558 0.9999 1.5697 0.0004 0.00018 1.5710 0.0005 0.00017 1.0585 0.0244 2455441.9930 -3.8244 0.0993 1.0002 1.5697 0.0004 0.00018 1.5710 0.0005 0.00018 1.1119 0.0190 2455536.9840 -3.8347 0.3504 0.9999 1.5698 0.0005 0.00019 1.5711 0.0004 0.00017 1.0551 0.0253 Table C.476: ψ Per Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -3.4410 1.0632 1.0002 1.5556 0.0007 0.00023 1.5570 0.0003 0.00010 0.8822 0.0733 2453737.8850 -3.5231 0.4002 1.0014 1.5555 0.0005 0.00017 1.5569 0.0005 0.00017 1.0223 0.0228 2454038.9560 -4.0399 0.3242 1.0009 1.5553 0.0005 0.00020 1.5567 0.0004 0.00017 1.0281 0.0343 2454070.8580 -3.8299 0.0601 1.0008 1.5554 0.0004 0.00017 1.5568 0.0005 0.00019 1.0361 0.0226 2454150.7570 -3.9729 0.3353 1.0003 1.5556 0.0005 0.00020 1.5569 0.0005 0.00017 1.0454 0.0359 2454178.7110 -4.0798 0.2334 1.0004 1.5555 0.0005 0.00019 1.5569 0.0005 0.00019 1.0402 0.0184 2454300.1220 -4.0663 0.2316 1.0008 1.5553 0.0005 0.00020 1.5566 0.0004 0.00017 0.9891 0.0266 2454353.0430 -4.1883 0.1393 1.0010 1.5553 0.0005 0.00020 1.5566 0.0005 0.00017 1.0315 0.0263 2454382.9640 -4.2198 0.2720 1.0005 1.5553 0.0005 0.00020 1.5566 0.0005 0.00018 1.0343 0.0211 2454433.0690 -4.2241 0.3368 1.0000 1.5554 0.0005 0.00018 1.5567 0.0005 0.00020 1.0331 0.0353 2454719.1140 -4.1108 0.1579 1.0005 1.5553 0.0005 0.00019 1.5566 0.0005 0.00020 1.0061 0.0206 2454755.0150 -4.2228 0.1782 1.0003 1.5553 0.0005 0.00020 1.5566 0.0005 0.00018 0.9943 0.0215 2454796.9380 -4.1473 0.2320 1.0001 1.5554 0.0005 0.00018 1.5567 0.0005 0.00020 1.0179 0.0266 2454841.8760 -4.2100 0.0649 1.0004 1.5555 0.0004 0.00015 1.5568 0.0005 0.00022 1.0457 0.0388 2455103.9040 -4.3165 0.2636 1.0003 1.5553 0.0005 0.00020 1.5566 0.0005 0.00019 0.9875 0.0252 2455441.9930 -4.4203 0.0661 1.0001 1.5553 0.0005 0.00020 1.5566 0.0005 0.00020 1.0220 0.0205 2455536.9840 -4.3864 0.0961 1.0002 1.5554 0.0005 0.00020 1.5567 0.0004 0.00018 0.9678 0.0278 583 Table C.477: ψ Per Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -3.8261 1.1280 0.9997 1.5438 0.0003 0.00013 1.5451 0.0006 0.00019 1.1996 0.0376 2453737.8850 -3.8692 0.2611 1.0000 1.5437 0.0005 0.00018 1.5451 0.0005 0.00017 1.0525 0.0235 2454038.9560 -4.2082 0.1827 0.9999 1.5436 0.0005 0.00021 1.5450 0.0004 0.00016 1.0310 0.0365 2454070.8580 -4.0328 0.3133 1.0000 1.5436 0.0005 0.00019 1.5450 0.0005 0.00018 1.0580 0.0222 2454150.7570 -4.2307 0.1342 1.0000 1.5438 0.0005 0.00019 1.5451 0.0005 0.00019 1.0379 0.0471 2454178.7110 -4.1878 0.3602 1.0002 1.5438 0.0005 0.00019 1.5451 0.0005 0.00018 1.0713 0.0229 2454300.1220 -4.2048 0.2456 1.0002 1.5435 0.0005 0.00019 1.5449 0.0005 0.00019 1.0423 0.0227 2454353.0430 -4.3382 0.1302 0.9999 1.5435 0.0005 0.00020 1.5449 0.0005 0.00019 1.0434 0.0215 2454382.9640 -4.2823 0.1673 1.0001 1.5435 0.0005 0.00019 1.5449 0.0005 0.00019 1.0564 0.0169 2454433.0690 -4.3699 0.2634 0.9999 1.5436 0.0005 0.00020 1.5450 0.0005 0.00019 1.0415 0.0346 2454719.1140 -4.1832 0.3577 1.0000 1.5435 0.0005 0.00019 1.5449 0.0005 0.00019 1.0784 0.0231 2454755.0150 -4.2584 0.2624 1.0000 1.5435 0.0004 0.00016 1.5448 0.0006 0.00022 1.0789 0.0212 2454796.9380 -4.2193 0.1156 0.9996 1.5436 0.0005 0.00020 1.5450 0.0005 0.00018 1.0172 0.0221 2454841.8760 -4.3209 0.2344 0.9998 1.5437 0.0005 0.00020 1.5451 0.0005 0.00018 1.0312 0.0268 2455103.9040 -4.2549 0.2475 1.0001 1.5435 0.0005 0.00019 1.5448 0.0005 0.00020 1.0619 0.0224 2455441.9930 -4.4064 0.2102 0.9998 1.5435 0.0005 0.00019 1.5449 0.0005 0.00021 1.0721 0.0185 2455536.9840 -4.3026 0.1651 0.9999 1.5436 0.0005 0.00019 1.5450 0.0005 0.00020 1.0487 0.0239 Table C.478: ψ Per Br 18 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -3.3542 0.4788 0.9994 1.5341 0.0003 0.00009 1.5354 0.0008 0.00023 1.1959 0.1187 2453737.8850 -3.1057 0.4000 1.0013 1.5340 0.0005 0.00016 1.5354 0.0005 0.00016 0.9695 0.0261 2454038.9560 -3.4509 0.4000 1.0021 1.5338 0.0005 0.00017 1.5352 0.0005 0.00018 1.0109 0.0384 2454070.8580 -3.3032 0.0462 1.0008 1.5339 0.0005 0.00017 1.5353 0.0005 0.00017 1.0222 0.0236 2454150.7570 -3.5317 0.4000 1.0004 1.5340 0.0005 0.00017 1.5355 0.0005 0.00018 1.0493 0.0441 2454178.7110 -3.4195 0.4000 1.0005 1.5340 0.0004 0.00016 1.5354 0.0005 0.00019 1.0539 0.0219 2454300.1220 -3.3491 0.0375 1.0008 1.5338 0.0004 0.00015 1.5352 0.0005 0.00019 1.0323 0.0299 2454353.0430 -3.4834 0.1199 1.0007 1.5337 0.0005 0.00018 1.5351 0.0005 0.00018 1.0474 0.0246 2454382.9640 -3.5357 0.0294 1.0011 1.5338 0.0005 0.00019 1.5352 0.0005 0.00017 0.9957 0.0227 2454433.0690 -3.4930 0.1563 1.0005 1.5339 0.0005 0.00019 1.5353 0.0005 0.00017 1.0231 0.0349 2454719.1140 -3.4360 0.1221 1.0012 1.5338 0.0005 0.00018 1.5352 0.0005 0.00018 1.0453 0.0254 2454755.0150 -3.5634 0.1143 1.0005 1.5338 0.0005 0.00017 1.5352 0.0005 0.00019 1.0345 0.0222 2454796.9380 -3.7669 0.1904 1.0007 1.5339 0.0005 0.00018 1.5353 0.0005 0.00018 1.0143 0.0270 2454841.8760 -3.6230 0.1630 1.0002 1.5340 0.0005 0.00020 1.5354 0.0005 0.00017 0.9907 0.0280 2455103.9040 -3.6896 0.1787 1.0007 1.5337 0.0005 0.00018 1.5351 0.0005 0.00019 1.0360 0.0249 2455441.9930 -3.7164 0.4000 1.0009 1.5338 0.0005 0.00020 1.5352 0.0005 0.00017 1.0243 0.0210 2455536.9840 -3.7017 0.4000 1.0002 1.5339 0.0004 0.00015 1.5352 0.0005 0.00020 1.0537 0.0332 584 Table C.479: ψ Per Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -3.3659 0.4000 1.0010 1.5260 0.0003 0.00010 1.5273 0.0006 0.00019 1.1411 0.0911 2453737.8850 -3.2728 0.4000 0.9979 1.5258 0.0005 0.00016 1.5273 0.0005 0.00014 1.0688 0.0306 2454038.9560 -3.4704 0.4000 0.9976 1.5257 0.0005 0.00016 1.5271 0.0005 0.00016 1.0664 0.0426 2454070.8580 -3.3845 0.4000 1.0008 1.5258 0.0005 0.00017 1.5272 0.0005 0.00017 1.0598 0.0327 2454150.7570 -3.5229 0.4000 0.9992 1.5259 0.0005 0.00016 1.5273 0.0005 0.00017 1.0325 0.0575 2454178.7110 -3.3862 0.4000 0.9993 1.5259 0.0005 0.00016 1.5273 0.0005 0.00017 1.0606 0.0307 2454300.1220 -3.4209 0.4000 0.9997 1.5257 0.0005 0.00015 1.5270 0.0005 0.00017 1.0445 0.0418 2454353.0430 -3.5286 0.4000 0.9999 1.5256 0.0005 0.00016 1.5270 0.0005 0.00017 1.0494 0.0272 2454382.9640 -3.5428 0.4000 0.9994 1.5256 0.0005 0.00016 1.5271 0.0005 0.00017 1.0452 0.0209 2454433.0690 -3.6007 0.4000 1.0010 1.5258 0.0005 0.00018 1.5272 0.0004 0.00016 0.9864 0.0743 2454719.1140 -3.4201 0.4000 0.9999 1.5256 0.0005 0.00017 1.5270 0.0005 0.00017 1.0321 0.0261 2454755.0150 -3.4748 0.4000 0.9999 1.5256 0.0005 0.00016 1.5271 0.0005 0.00018 1.0311 0.0221 2454796.9380 -3.5877 0.4000 0.9995 1.5258 0.0005 0.00018 1.5272 0.0004 0.00015 0.9964 0.0380 2454841.8760 -3.5036 0.4000 0.9999 1.5259 0.0005 0.00016 1.5273 0.0005 0.00017 1.0406 0.0340 2455103.9040 -3.5768 0.4000 0.9986 1.5256 0.0005 0.00017 1.5270 0.0005 0.00017 1.0217 0.0312 2455441.9930 -3.5661 0.4000 0.9995 1.5256 0.0005 0.00016 1.5271 0.0005 0.00017 1.0403 0.0254 2455536.9840 -3.6506 0.4000 1.0012 1.5257 0.0005 0.00018 1.5271 0.0005 0.00017 1.0009 0.0391 Table C.480: ψ Per Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -3.0195 0.4000 0.9997 1.5191 0.0004 0.00013 1.5205 0.0004 0.00013 0.9828 0.0334 2453737.8850 -2.9692 0.4000 1.0008 1.5190 0.0005 0.00015 1.5204 0.0005 0.00013 0.9227 0.0374 2454038.9560 -2.9609 0.4522 1.0006 1.5188 0.0005 0.00013 1.5202 0.0006 0.00016 0.9965 0.0396 2454070.8580 -3.0857 0.5060 0.9993 1.5189 0.0005 0.00015 1.5203 0.0005 0.00015 1.0229 0.0279 2454150.7570 -3.0760 0.1370 1.0003 1.5190 0.0005 0.00014 1.5205 0.0005 0.00016 0.9547 0.0485 2454178.7110 -3.0589 0.4000 1.0004 1.5190 0.0005 0.00015 1.5205 0.0005 0.00015 0.9982 0.0237 2454300.1220 -3.0188 0.1852 1.0003 1.5188 0.0005 0.00014 1.5202 0.0005 0.00016 1.0188 0.0294 2454353.0430 -3.0571 0.4000 1.0003 1.5187 0.0005 0.00014 1.5202 0.0005 0.00016 1.0254 0.0263 2454382.9640 -3.0560 0.7436 1.0005 1.5188 0.0005 0.00014 1.5202 0.0005 0.00016 0.9797 0.0216 2454433.0690 -3.2443 0.6772 0.9994 1.5189 0.0004 0.00014 1.5203 0.0006 0.00017 1.0485 0.0529 2454719.1140 -3.1099 0.3862 1.0002 1.5188 0.0005 0.00015 1.5202 0.0005 0.00014 0.9982 0.0338 2454755.0150 -3.0429 0.7872 1.0003 1.5188 0.0005 0.00014 1.5202 0.0005 0.00015 0.9833 0.0291 2454796.9380 -3.1351 0.3185 1.0003 1.5189 0.0004 0.00013 1.5203 0.0005 0.00017 0.9813 0.0356 2454841.8760 -3.1852 0.1351 1.0002 1.5190 0.0005 0.00015 1.5204 0.0005 0.00015 0.9512 0.0310 2455103.9040 -3.0847 0.4000 1.0006 1.5187 0.0005 0.00014 1.5202 0.0005 0.00015 0.9591 0.0349 2455441.9930 -3.1288 0.4000 1.0001 1.5188 0.0005 0.00014 1.5202 0.0005 0.00016 1.0281 0.0297 2455536.9840 -3.1346 0.3748 0.9999 1.5189 0.0005 0.00015 1.5203 0.0005 0.00015 0.9649 0.0333 585 Table C.481: ψ Per HeI λ1.08µmMeasurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453640.1250 0.0520 0.4878 0.9969 2453737.8850 0.4452 0.4972 0.9986 2454038.9560 0.3975 0.4106 0.9987 2454070.8580 0.0658 0.3397 0.9967 2454150.7570 0.2508 0.2657 0.9986 2454178.7110 0.3016 0.2699 0.9985 2454300.1220 0.3597 0.8292 0.9991 2454353.0430 0.2790 0.4818 0.9989 2454382.9640 0.2863 1.0386 0.9989 2454433.0690 0.1650 0.2434 0.9980 2454719.1140 0.2256 0.1249 0.9993 2454755.0150 0.2219 0.2139 0.9993 2454796.9380 0.3731 0.1772 0.9992 2454841.8760 0.2632 0.2230 0.9992 2455103.9040 0.3125 0.2603 0.9996 2455441.9930 0.2365 0.1542 0.9998 2455536.9840 0.2414 0.2420 0.9994 Table C.482: ψ Per Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -19.3552 2.2186 1.0004 1.2819 0.0003 0.0008 1.2826 0.0004 0.0012 0.9710 0.0230 2453737.8850 -19.6166 2.8851 1.0009 1.2819 0.0003 0.0009 1.2825 0.0003 0.0011 0.9912 0.0160 2454038.9560 -20.1342 2.1449 1.0004 1.2818 0.0003 0.0010 1.2824 0.0003 0.0011 1.0024 0.0165 2454070.8580 -20.0268 2.0592 1.0000 1.2819 0.0003 0.0010 1.2825 0.0003 0.0011 0.9999 0.0124 2454150.7570 -20.7496 1.8276 1.0003 1.2820 0.0003 0.0010 1.2826 0.0003 0.0011 0.9946 0.0239 2454178.7110 -21.0095 1.7772 1.0008 1.2820 0.0003 0.0011 1.2826 0.0003 0.0010 0.9997 0.0121 2454300.1220 -21.0074 2.2086 1.0001 1.2817 0.0003 0.0010 1.2824 0.0003 0.0011 1.0024 0.0123 2454353.0430 -21.4716 1.9937 1.0007 1.2817 0.0003 0.0010 1.2824 0.0003 0.0012 1.0050 0.0124 2454382.9640 -21.3510 2.4756 1.0002 1.2817 0.0003 0.0009 1.2824 0.0004 0.0013 1.0000 0.0087 2454433.0690 -21.2426 1.3808 1.0004 1.2818 0.0003 0.0010 1.2825 0.0003 0.0011 1.0002 0.0211 2454719.1140 -21.5331 1.6321 0.9999 1.2817 -0.0003 -0.0008 1.2823 0.0004 0.0014 1.0023 0.0111 2454755.0150 -19.7824 1.7777 1.0000 1.2817 0.0003 0.0008 1.2824 0.0004 0.0012 0.9786 0.0064 2454796.9380 -22.2156 1.7778 1.0009 1.2819 0.0003 0.0011 1.2825 0.0003 0.0011 0.9996 0.0153 2454841.8760 -21.6332 1.4444 1.0002 1.2820 0.0003 0.0012 1.2826 0.0003 0.0010 1.0031 0.0122 2455103.9040 -18.9033 1.7706 1.0008 1.2817 0.0003 0.0010 1.2824 0.0003 0.0010 1.0274 0.0093 2455441.9930 -22.9875 1.7257 1.0005 1.2818 0.0003 0.0013 1.2824 0.0003 0.0011 1.0173 0.0109 2455536.9840 -22.8905 1.4527 0.9999 1.2818 0.0003 0.0010 1.2824 0.0003 0.0014 0.9896 0.0113 586 Table C.483: ψ Per Ca II λ0.849µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -2.3728 0.9102 1.0010 0.8498 0.0003 0.00012 0.8505 0.0003 0.00017 0.9874 0.0472 2453737.8850 -2.5100 1.2857 1.0008 0.8497 0.0002 0.00009 0.8504 0.0004 0.00019 0.9874 0.0472 2454038.9560 -2.8576 1.1534 1.0009 0.8496 0.0002 0.00009 0.8503 0.0004 0.00022 1.0343 0.0887 2454070.8580 -2.5501 1.1251 1.0011 0.8497 0.0003 0.00014 0.8504 0.0003 0.00014 1.0175 0.0548 2454150.7570 -2.6939 1.1754 1.0011 0.8498 0.0003 0.00014 0.8505 0.0003 0.00013 1.0760 0.1424 2454178.7110 -2.6780 1.1142 1.0007 0.8498 0.0003 0.00013 0.8504 0.0003 0.00015 1.0197 0.0747 2454300.1220 -2.6457 1.1191 1.0006 0.8497 0.0003 0.00015 0.8503 0.0003 0.00013 1.0763 0.0801 2454353.0430 -2.6845 0.9806 1.0009 0.8496 0.0003 0.00011 0.8502 0.0004 0.00017 1.0601 0.0888 2454382.9640 -2.4502 1.3925 1.0010 0.8496 0.0003 0.00011 0.8503 0.0003 0.00016 1.0431 0.0578 2454433.0690 -2.6153 1.1549 1.0008 0.8497 0.0003 0.00015 0.8504 0.0003 0.00013 1.0319 0.1217 2454719.1140 -2.4660 1.0263 1.0009 0.8497 0.0003 0.00014 0.8503 0.0003 0.00011 1.0701 0.0859 2454755.0150 -2.5130 0.4550 1.0006 0.8496 0.0003 0.00010 0.8503 0.0004 0.00016 1.0223 0.0874 2454796.9380 -2.4405 1.0687 1.0009 0.8497 0.0003 0.00014 0.8504 0.0003 0.00012 1.0771 0.0990 2454841.8760 -2.4150 1.0367 1.0010 0.8497 0.0002 0.00009 0.8503 0.0004 0.00017 1.0413 0.1002 2455103.9040 -2.1868 1.0631 1.0011 0.8496 0.0003 0.00009 0.8502 0.0004 0.00015 1.1159 0.1328 2455441.9930 -2.0474 1.0620 1.0011 0.8496 0.0003 0.00010 0.8503 0.0004 0.00013 1.1096 0.0928 2455536.9840 -2.0263 1.4292 1.0012 0.8497 0.0003 0.00011 0.8503 0.0003 0.00010 1.1212 0.1185 Table C.484: ψ Per Ca II λ0.854µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -2.6977 0.8026 1.0002 0.8542 0.0003 0.00011 0.8549 0.0003 0.00016 0.9788 0.0620 2453737.8850 -2.6453 1.0866 1.0003 0.8542 0.0002 0.00011 0.8548 0.0003 0.00016 0.9748 0.0427 2454038.9560 -2.9865 0.9734 1.0002 0.8541 0.0003 0.00013 0.8548 0.0003 0.00016 1.0803 0.0610 2454070.8580 -2.6425 0.9385 1.0004 0.8541 0.0002 0.00011 0.8548 0.0003 0.00015 1.0264 0.0386 2454150.7570 -2.6742 1.0055 1.0004 0.8542 0.0003 0.00011 0.8549 0.0003 0.00015 1.0414 0.0790 2454178.7110 -2.5634 0.9402 1.0001 0.8542 0.0002 0.00011 0.8549 0.0003 0.00014 1.0575 0.0365 2454300.1220 -2.5884 0.9308 1.0000 0.8541 0.0003 0.00012 0.8547 0.0003 0.00013 1.0599 0.0419 2454353.0430 -2.5739 0.8215 1.0003 0.8541 0.0003 0.00012 0.8547 0.0003 0.00013 1.0867 0.0458 2454382.9640 -2.5292 1.1795 1.0003 0.8541 0.0003 0.00012 0.8548 0.0003 0.00013 1.0921 0.0317 2454433.0690 -2.6347 0.9453 1.0002 0.8541 0.0003 0.00013 0.8548 0.0003 0.00014 1.0907 0.0776 2454719.1140 -2.4392 0.8713 1.0002 0.8540 0.0003 0.00011 0.8547 0.0003 0.00013 1.1401 0.0563 2454755.0150 -2.2495 0.6831 1.0002 0.8541 0.0002 0.00009 0.8547 0.0003 0.00013 1.0810 0.0365 2454796.9380 -2.2084 0.9045 1.0003 0.8541 0.0002 0.00010 0.8548 0.0003 0.00012 1.1258 0.0517 2454841.8760 -2.4017 0.8786 1.0003 0.8542 0.0003 0.00012 0.8549 0.0003 0.00012 1.1128 0.0549 2455103.9040 -2.2190 0.9430 1.0004 0.8540 0.0003 0.00010 0.8547 0.0003 0.00012 1.1559 0.0443 2455441.9930 -2.1126 0.8965 1.0004 0.8541 0.0003 0.00011 0.8548 0.0003 0.00010 1.1953 0.0390 2455536.9840 -1.9600 1.2091 1.0005 0.8541 0.0003 0.00010 0.8549 0.0003 0.00009 1.2328 0.0491 587 Table C.485: ψ Per Ca II λ0.866µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453640.1250 -0.9638 0.4000 0.9997 ························ 2453737.8850 -0.7995 0.4000 1.0003 0.8663 0.0003 0.00011 0.8669 0.0002 0.00006 0.9697 0.0618 2454038.9560 -0.9086 1.1038 1.0005 0.8662 0.0003 0.00011 0.8668 0.0002 0.00006 1.0563 0.0951 2454070.8580 -0.6869 0.3502 1.0001 0.8662 0.0002 0.00009 0.8668 0.0002 0.00007 1.0368 0.0422 2454150.7570 -0.7830 0.3903 1.0003 0.8663 0.0002 0.00007 0.8669 0.0003 0.00009 1.1225 0.1292 2454178.7110 -0.9024 0.9929 1.0011 0.8663 0.0002 0.00008 0.8669 0.0003 0.00008 1.0940 0.0510 2454300.1220 -0.6942 0.4000 1.0004 0.8662 0.0003 0.00011 0.8668 0.0002 0.00004 1.0804 0.0694 2454353.0430 -0.6242 0.4838 1.0001 0.8668 0.0002 0.00005 0.8662 0.0003 0.00011 1.0894 0.0632 2454382.9640 -0.9741 0.7115 1.0000 0.8662 0.0003 0.00011 0.8668 0.0002 0.00005 1.1064 0.0513 2454433.0690 -0.4484 0.4000 1.0015 0.8662 0.0002 0.00006 0.8668 0.0003 0.00008 1.1022 0.1138 2454719.1140 -0.2175 0.7359 1.0007 0.8661 0.0002 0.00006 0.8667 0.0003 0.00006 1.2422 0.0788 2454755.0150 -0.2427 0.4000 1.0006 0.8661 0.0002 0.00006 0.8667 0.0003 0.00006 1.1237 0.0705 2454796.9380 -0.6281 0.5009 1.0006 0.8662 0.0002 0.00006 0.8668 0.0003 0.00007 1.2123 0.0858 2454841.8760 -0.3979 0.4000 1.0011 0.8663 0.0003 0.00008 0.8669 0.0002 0.00005 1.1204 0.0613 2455103.9040 -0.0653 0.2401 1.0008 0.8661 0.0003 0.00006 0.8668 0.0002 0.00004 1.1811 0.0642 2455441.9930 -0.1611 0.5526 1.0004 0.8662 0.0002 0.00006 0.8668 0.0002 0.00003 1.2414 0.0395 2455536.9840 0.0027 0.1482 1.0008 0.8662 0.0002 0.00005 0.8668 0.0002 0.00004 1.3525 0.0631 C.26 θ CrB

Table C.486: θ CrB Hα Measurements

Central HJD EqW σ(EqW) Continuum Height 2449778.8590 2.7979 0.8344 0.9462 0.7216 2450197.8350 3.2804 0.6148 0.9626 0.7327 2450223.7070 3.8293 0.6908 0.9481 0.6877 2450567.7300 3.2118 1.8080 0.9441 0.7112 2450579.7400 2.9646 0.9665 0.9527 0.7283 2450589.6340 3.0778 1.8152 0.9493 0.7212 2450589.6570 3.2809 2.3819 0.9538 0.7474 2450596.6640 3.2681 1.4654 0.9532 0.7214 2450609.7190 3.3002 1.7729 0.9474 0.6984 2450627.6590 4.7205 4.5515 0.9859 0.6544 2450628.6370 3.4144 1.7271 0.9533 0.7195 2450897.7990 3.5452 1.9291 0.9625 0.7134 2450902.7370 3.5343 2.2871 0.9521 0.7056 2450903.7360 3.4894 1.9774 0.9513 0.7081 2450908.7180 3.4928 1.8264 0.9602 0.7227 2450909.7650 3.2811 1.6855 0.9577 0.7198 2450915.7500 3.2016 1.4961 0.9516 0.7221 588 2450915.7680 3.1769 1.6998 0.9525 0.7193 2450915.7880 3.2074 2.0050 0.9540 0.7257 2450915.8050 3.1766 1.7921 0.9526 0.7191 2450921.6960 3.2433 1.9137 0.9521 0.7196 2450930.7690 3.3199 1.5243 0.9608 0.7356 2450930.7850 3.3336 1.2678 0.9571 0.7233 2450930.8020 3.4841 1.6533 0.9582 0.7176 2450931.7300 3.4058 1.0434 0.9581 0.7249 2450931.7470 3.3635 1.0787 0.9562 0.7193 2450931.7630 3.3390 1.0745 0.9542 0.7190 2450946.7120 3.7999 1.5477 0.9567 0.7399 2450948.7540 3.2247 0.5729 0.9512 0.7262 2450950.7010 3.0778 1.3361 0.9504 0.7251 2450952.7030 3.3658 0.5605 0.9543 0.7213 2450955.6910 3.4842 1.1997 0.9569 0.7258 2450960.7180 3.7640 3.0890 0.9513 0.7037 2450960.7330 3.2825 1.2042 0.9560 0.7244 2450972.6570 3.3552 0.7837 0.9548 0.7184 2450972.7460 3.4464 1.1817 0.9570 0.7253 2451005.5990 3.4124 1.2189 0.9446 0.7299 2451006.6280 4.1893 2.4932 0.9692 0.7186 2451327.6700 3.2545 0.7139 0.9521 0.7192 2451606.8760 3.2233 0.6932 0.9621 0.7370 2451961.8170 3.3595 0.6104 0.9559 0.6402 2451986.8700 3.3573 1.4135 0.9560 0.6254 2452003.6800 3.6715 0.7720 0.9562 0.6370 2452027.7060 3.4790 0.9625 0.9473 0.6204 2452030.6710 3.3947 0.8047 0.9468 0.6296 2452039.6930 3.2643 0.8931 0.9456 0.6414 Continued on Next Page… Table C.486 – Continued Central HJD EqW σ(EqW) Continuum Height 2452073.6690 3.3103 2.3638 0.9409 0.6665 2452092.6550 2.6880 1.0228 0.9403 0.6793 2452105.6340 3.2165 0.8227 0.9498 0.6899 2452126.6000 3.2138 0.6995 0.9517 0.7063 2452299.8880 3.2297 0.7509 0.9613 0.7229 2452323.7970 3.1731 0.6667 0.9615 0.7351 2452388.7250 3.2312 1.2569 0.9521 0.6800 2452391.7040 3.0559 0.4211 0.9571 0.6793 2452398.6320 3.5475 0.8822 0.9650 0.6573 2452405.7100 3.3975 0.5913 0.9597 0.6492 2452421.6950 3.4792 1.0130 0.9605 0.6743 2452460.6070 3.4272 0.4058 0.9520 0.6997 2452697.8440 3.5157 1.0479 0.9608 0.6405 2452753.6940 3.3114 0.4536 0.9636 0.6459 2452756.6810 3.2149 0.4816 0.9563 0.6320 2452757.7370 3.2686 0.6075 0.9590 0.6371 2452763.7090 3.4196 0.5545 0.9605 0.6446 2452765.6630 3.6840 0.6550 0.9587 0.6254 2452773.6450 3.2845 0.3933 0.9576 0.6283 2452780.6880 3.5058 0.6002 0.9629 0.6287 2452782.6520 3.4611 0.5778 0.9599 0.6395 2452810.6950 3.4238 0.7790 0.9591 0.6371 2453107.7870 3.0597 2.0994 0.9459 0.7006 589 2453110.7290 3.3440 0.5881 0.9529 0.6488 2453115.7370 3.3528 0.9771 0.9565 0.6421 2453142.6410 3.5094 1.5501 0.9567 0.6546 2453162.6370 3.5593 1.1739 0.9497 0.6385 2453186.6100 3.8000 0.9710 0.9592 0.6440 2453464.8330 3.6274 0.9349 0.9664 0.7139 2453792.8670 2.2091 0.5805 0.9712 0.6230 2453798.8950 1.7090 0.7536 0.9561 0.6173 2453801.7990 2.1581 0.6403 0.9652 0.6197 2453812.8460 2.2396 0.6446 0.9676 0.6257 2453834.7880 2.0121 0.6199 0.9551 0.6267 2453840.7320 2.0068 1.9724 0.9464 0.6157 2453841.7320 1.7524 0.9987 0.9492 0.6273 2453850.6950 2.3020 0.6848 0.9576 0.6171 2453852.7070 2.1925 1.7463 0.9529 0.5935 2453854.7120 2.1566 0.8198 0.9692 0.6268 2453863.7000 2.0707 1.1073 0.9575 0.6570 2453864.6780 2.0368 0.8861 0.9536 0.6000 2453878.6380 2.0256 0.9876 0.9594 0.6219 2453879.7680 3.6438 2.5641 0.9886 0.6095 2453883.6990 2.2329 0.9304 0.9506 0.6096 2453884.7110 2.5488 1.0503 0.9556 0.6104 2453885.6680 2.0033 0.8900 0.9430 0.6062 2453891.6800 2.0783 0.5779 0.9536 0.6130 2453892.6420 2.0346 0.5864 0.9536 0.6204 2453901.6460 1.8535 0.9391 0.9530 0.6185 2453902.6220 1.9553 0.8395 0.9575 0.6254 2453904.7310 1.5471 0.6170 0.9358 0.6145 Continued on Next Page… Table C.486 – Continued Central HJD EqW σ(EqW) Continuum Height 2453912.7220 1.6888 0.7640 0.9479 0.6072 2453916.7000 1.5998 0.6704 0.9504 0.6156 2453922.6420 1.4216 0.8534 0.9484 0.6159 2453924.6890 1.7106 0.8427 0.9531 0.6081 2453934.6490 1.5036 1.2865 0.9385 0.5827 2453946.6780 1.6219 0.7446 0.9371 0.5934 2454164.8250 2.8856 0.5927 0.9548 0.6263 2454207.7500 2.9574 0.8998 0.9870 0.6518 2454207.7640 2.8805 0.9142 0.9799 0.6593 2454220.7570 2.7777 0.4242 0.9649 0.6291 2454225.6790 2.5534 1.0552 0.9614 0.6293 2454226.6890 2.7777 0.7084 0.9752 0.6554 2454239.7300 1.6805 5.2651 0.9869 0.6093 2454242.7600 2.6275 0.3994 0.9659 0.6353 2454243.7310 2.5958 0.6110 0.9683 0.6362 2454249.6650 2.7420 0.6714 0.9691 0.6371 2454253.6970 2.7984 #NAME? 0.9679 0.6509 2454263.6400 2.8218 0.4454 0.9727 0.6446 2454289.6060 2.8358 0.4728 0.9697 0.6366 2454312.6050 2.3985 0.4681 0.9702 0.6424 2454545.8360 2.2788 0.6822 0.9667 0.6207 2454559.7640 2.4061 0.5909 0.9690 0.6319 2454571.7790 2.5632 0.6410 0.9779 0.6350 590 2454578.7070 2.3773 0.5599 0.9676 0.6291 2454642.6120 2.6196 0.5352 0.9660 0.6402 2454883.8590 2.5547 0.8796 0.9678 0.6169 2454907.8450 2.7023 0.7583 0.9708 0.6440 2454917.8120 3.0075 0.4626 0.9683 0.6132 2454925.7840 3.0874 2.0033 0.9931 0.6443 2454925.8220 2.8629 1.1679 0.9748 0.6186 2454969.7220 2.8997 0.9373 0.9633 0.6272 2454997.7030 2.7773 0.6382 0.9645 0.6324 2455259.8260 1.3652 1.4833 0.9629 0.6230 2455273.7970 2.0312 1.2565 0.9690 0.6330 2455296.7800 1.7579 0.8908 0.9640 0.6386 2455298.7490 2.4206 1.0136 0.9737 0.6472 2455301.7850 2.4120 0.6509 0.9728 0.6131 2455325.7480 2.8031 1.1230 0.9777 0.6090 2455331.6530 2.5878 0.9696 0.9764 0.6284 2455343.6830 2.3072 0.7958 0.9636 0.6227 2455345.6740 2.7670 1.6117 0.9802 0.6350 2455355.6730 2.4831 0.9337 0.9668 0.6085 2455370.6230 2.3188 1.1722 0.9891 0.6877 2455372.6250 2.9870 1.1336 0.9796 0.6233 2455385.6430 2.8847 0.7449 0.9688 0.6299 2455399.6270 2.5630 0.5799 0.9686 0.6313 2456778.6760 2.6048 0.9012 0.9706 0.6704 2456778.6760 2.6048 0.9012 0.9706 0.6704 2456814.6270 3.2924 1.3415 0.9824 0.7118 2457493.6920 3.0156 1.5452 0.9758 0.7357 2457494.7050 3.0876 1.0733 0.9722 0.7262 Continued on Next Page… Table C.486 – Continued Central HJD EqW σ(EqW) Continuum Height 2457502.7260 2.9629 0.5836 0.9741 0.7515

Table C.487: θ CrB HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2449778.8590 0.3339 0.2231 0.9954 0.9905 2450197.8350 0.3561 0.1771 0.9930 0.9956 2450223.7070 0.4704 0.4378 0.9740 0.9988 2450567.7300 0.2565 0.5320 0.9764 0.9922 2450579.7400 0.3338 0.2216 0.9875 0.9935 2450589.6340 0.2541 0.6354 0.9778 0.9767 2450589.6570 0.2419 0.7243 0.9714 0.9877 2450596.6640 0.3287 0.2384 0.9841 1.0011 2450609.7190 0.2684 0.3017 0.9784 0.9890 2450628.6370 0.2314 0.2922 0.9706 0.9837 2450897.7990 0.3068 0.4626 0.9794 0.9970 2450902.7370 0.2660 0.2765 0.9762 0.9902

591 2450903.7360 0.2183 0.2677 0.9767 0.9954 2450908.7180 0.3220 0.2191 0.9918 0.9987 2450909.7650 0.3308 0.2359 0.9897 1.0038 2450915.7500 0.3039 0.1977 0.9863 0.9995 2450915.7680 0.2901 0.2398 0.9855 1.0246 2450915.7880 0.3075 0.2326 0.9849 0.9939 2450915.8050 0.2874 0.2562 0.9840 1.0148 2450921.6960 0.2783 0.2462 0.9850 0.9967 2450930.7690 0.3018 0.2457 0.9880 1.0154 2450930.7850 0.3460 0.1986 0.9909 1.0087 2450930.8020 0.2938 0.2334 0.9890 1.0315 2450931.7300 0.3155 0.1902 0.9909 0.9983 2450931.7470 0.3288 0.2075 0.9913 1.0179 2450931.7630 0.3329 0.1903 0.9921 1.0038 2450946.7120 0.1377 0.7734 0.9664 0.9495 2450948.7540 0.1971 0.2698 0.9790 1.0025 2450950.7010 0.2800 0.3666 0.9826 0.9832 2450952.7030 0.2634 0.1991 0.9807 1.0026 2450955.6910 0.1459 0.9010 0.9652 0.9940 2450972.6570 0.3158 0.1835 0.9883 0.9901 2450972.7460 0.2956 0.1962 0.9851 1.0081 2451005.5990 0.1336 0.7016 0.9683 1.0073 2451327.6700 0.2943 0.2000 0.9824 0.9889 2451606.8760 0.3483 0.3095 0.9935 0.9908 2451961.8170 0.3208 0.2528 0.9935 1.0024 2451986.8700 0.2861 0.4985 0.9920 1.0224 2452003.6800 0.3022 0.3024 0.9927 0.9673 2452027.7060 0.3161 0.2490 0.9908 1.0052 2452030.6710 0.3073 0.2475 0.9889 0.9869 Continued on Next Page… Table C.487 – Continued Central HJD EqW σ(EqW) Continuum Height 2452039.6930 0.1574 0.2479 0.9826 0.9978 2452092.6550 0.3280 0.3709 0.9884 0.9836 2452105.6340 0.2968 0.2731 0.9820 0.9940 2452299.8880 0.3550 0.3827 0.9918 0.9918 2452323.7970 0.2416 0.4194 0.9876 1.0112 2452388.7250 0.4713 0.4674 0.9887 0.9483 2452391.7040 0.4769 0.2194 0.9884 1.0096 2452398.6320 0.5023 0.5157 0.9832 1.0020 2452405.7100 0.4057 0.2786 0.9888 1.0096 2452421.6950 0.2619 0.2075 0.9877 1.0148 2452460.6070 0.2256 0.2891 0.9768 1.0024 2452697.8440 0.3986 0.2958 0.9943 0.9792 2452753.6940 0.3590 0.1736 0.9925 0.9836 2452756.6810 0.3221 0.1900 0.9886 0.9988 2452757.7370 0.2816 0.1966 0.9860 0.9743 2452763.7090 0.3181 0.1667 0.9909 0.9841 2452765.6630 0.2068 0.2531 0.9769 1.0047 2452773.6450 0.3291 0.1573 0.9878 1.0102 2452780.6880 0.2816 0.2508 0.9883 1.0181 2452782.6520 0.2337 0.2617 0.9842 0.9990 2452810.6950 0.3298 0.3018 0.9867 1.0055 2453107.7870 0.4582 0.9573 0.9789 0.9919 2453110.7290 0.2456 0.2140 0.9836 0.9925 592 2453115.7370 0.2055 0.5559 0.9798 1.0092 2453142.6410 0.0263 0.2950 0.9725 1.0235 2453162.6370 0.2681 0.6015 0.9788 0.9482 2453186.6100 0.4043 0.4611 0.9799 0.9685 2453464.8330 0.3543 0.3103 0.9903 1.0026 2453792.8670 0.4554 0.2744 0.9944 1.0127 2453798.8950 0.4100 0.2562 0.9922 1.1280 2453801.7990 0.3859 0.2688 0.9926 1.0016 2453812.8460 0.3811 0.2360 0.9963 0.9904 2453834.7880 0.3736 0.2556 0.9914 1.0110 2453840.7320 0.1367 0.4853 0.9747 1.0503 2453841.7320 0.2732 0.3661 0.9852 1.0238 2453850.6950 0.2522 0.2318 0.9796 0.9789 2453852.7070 0.2246 0.6366 0.9816 1.0030 2453854.7120 0.2687 0.2747 0.9874 0.9970 2453863.7000 0.0038 0.4391 0.9767 1.0320 2453864.6780 0.0945 0.3363 0.9790 0.9824 2453878.6380 0.2793 0.3267 0.9877 1.0065 2453879.7680 0.2683 0.2728 0.9815 0.9967 2453883.6990 0.1695 0.3812 0.9754 0.9656 2453884.7110 0.2408 0.3921 0.9699 0.9939 2453885.6680 0.2239 0.2759 0.9702 0.9858 2453891.6800 0.3368 0.2981 0.9893 1.0083 2453892.6420 0.2829 0.2733 0.9802 1.0035 2453901.6460 0.3456 0.2665 0.9824 1.0065 2453902.6220 0.2778 0.3984 0.9795 1.0351 2453904.7310 0.2636 0.2665 0.9660 0.9702 2453912.7220 0.2890 0.3193 0.9738 0.9986 Continued on Next Page… Table C.487 – Continued Central HJD EqW σ(EqW) Continuum Height 2453916.7000 0.2536 0.2810 0.9779 0.9955 2453922.6420 0.3017 0.2350 0.9834 0.9982 2453924.6890 0.3191 0.1965 0.9793 0.9803 2453934.6490 0.0560 0.4574 0.9644 0.9735 2453946.6780 0.2688 0.2354 0.9565 0.9612 2454164.8250 0.3118 0.2780 0.9870 1.0020 2454207.7500 0.2520 0.3448 0.9886 0.7048 2454207.7640 0.1998 0.3625 0.9899 0.6936 2454220.7570 0.1504 0.1964 0.9867 0.6373 2454225.6790 0.2305 0.4334 0.9916 1.0231 2454226.6890 0.4101 0.2190 0.9962 0.7869 2454239.7300 0.1026 2.3587 0.9836 0.6711 2454242.7600 0.1339 0.3314 0.9901 0.4675 2454243.7310 0.2333 0.1914 0.9905 0.3073 2454249.6650 0.2109 0.2125 0.9881 0.8967 2454253.6970 0.2783 0.5787 0.9853 0.8477 2454263.6400 0.3212 0.2578 0.9925 0.9855 2454289.6060 0.2182 0.2554 0.9869 0.8951 2454312.6050 0.2024 0.2080 0.9861 0.9467 2454545.8360 0.3724 0.3222 0.9922 0.0387 2454559.7640 0.3646 0.2923 0.9949 0.2465 2454571.7790 0.3665 0.3132 0.9918 0.6225 2454578.7070 0.1899 0.2287 0.9851 0.9725 593 2454642.6120 0.2609 0.3074 0.9847 0.9777 2454883.8590 0.3471 0.4526 0.9893 0.6900 2454907.8450 -0.0315 0.6595 0.9637 0.0000 2454917.8120 0.3979 0.4737 0.9923 0.7745 2454925.7840 0.2064 0.8480 0.9888 0.0682 2454925.8220 0.2704 0.4968 0.9903 0.1175 2454969.7220 0.3871 1.0159 0.9851 0.9250 2454997.7030 0.3302 0.3441 0.9888 0.9335 2455259.8260 0.1752 0.6451 0.9777 0.9997 2455273.7970 0.2416 0.8177 0.9826 0.6687 2455296.7800 0.4638 0.5700 0.9919 0.1565 2455298.7490 0.3842 0.4794 0.9896 0.2537 2455301.7850 0.1977 0.4044 0.9848 0.7771 2455325.7480 0.2839 0.6438 0.9893 0.5975 2455331.6530 0.2619 0.3674 0.9901 0.5061 2455343.6830 0.0839 0.4190 0.9768 0.8412 2455345.6740 0.2403 0.7568 0.9833 0.8691 2455355.6730 0.2835 0.4311 0.9911 0.8500 2455370.6230 0.5381 1.0328 0.9795 0.8928 2455372.6250 0.2810 0.5421 0.9870 0.9941 2455385.6430 0.0450 0.6550 0.9745 0.9561 2455399.6270 0.3084 0.2877 0.9892 0.9008 2456778.6760 0.0358 0.5905 0.9868 0.6220 2456778.6760 0.0366 0.5905 0.9868 0.6220 2456814.6270 0.3038 0.6420 0.9930 0.8732 2457493.6920 0.1805 0.6822 0.9919 0.9365 2457494.7050 -0.0016 0.7648 0.9802 0.9683 2457502.7260 0.1564 0.2659 0.9903 0.9620 Continued on Next Page… Table C.487 – Continued Central HJD EqW σ(EqW) Continuum Height

Table C.488: θ CrB Hβ Measurements

Central HJD EqW σ(EqW) Continuum Height 2454207.7500 5.0816 0.6739 1.0075 0.7849 2454207.7640 4.8649 0.8869 1.0058 0.8282 2454220.7570 4.6498 0.4080 0.9844 0.5767 2454225.6790 5.1555 0.4373 1.0103 0.0000 2454226.6890 5.3046 0.6959 1.0039 0.8544 2454239.7300 4.5797 6.7615 1.0325 0.2694 2454242.7600 6.1256 1.1466 1.0120 0.7923 2454243.7310 4.5069 0.8542 0.9730 0.6587 2454249.6650 5.3482 0.5754 0.9993 0.8801 2454253.6970 5.1313 0.8965 0.9886 0.7548 2454263.6400 5.1909 0.4617 0.9991 1.0130 2454289.6060 5.8070 0.5053 1.0073 0.9968 2454312.6050 6.0443 0.5590 1.0092 0.9600

594 2454545.8360 2.7149 1.2336 0.9053 0.2656 2454559.7640 5.0102 0.8708 0.9825 0.1771 2454571.7790 5.5447 0.6073 0.9974 0.7616 2454578.7070 5.6310 0.8706 0.9975 0.8833 2454642.6120 5.8602 0.7645 1.0001 0.9918 2454883.8590 5.8039 1.1007 1.0026 0.8852 2454907.8450 5.3686 1.0009 0.9879 0.0959 2454917.8120 5.8191 1.1067 1.0003 0.5398 2454925.7840 6.0336 2.6769 1.0163 0.1805 2454925.8220 5.7159 1.4524 1.0051 0.0225 2454969.7220 6.2017 1.4107 1.0087 0.8993 2454997.7030 4.4897 0.9125 1.0031 1.0400 2455259.8260 6.0826 1.8317 1.0074 1.0298 2455273.7970 4.9322 1.3287 1.0010 0.8843 2455296.7800 5.6512 1.3996 1.0168 0.4333 2455298.7490 6.3943 1.3295 0.9931 0.2329 2455301.7850 5.8825 1.4843 1.0089 0.0830 2455325.7480 4.4544 2.1396 0.9904 0.8528 2455331.6530 4.8284 1.2589 0.9924 0.7463 2455343.6830 5.4086 1.2333 1.0038 0.8783 2455345.6740 3.0485 3.3828 0.9090 1.0825 2455355.6730 5.2675 1.1675 1.0025 1.1147 2455370.6230 8.9240 1.7078 1.1580 1.0377 2455372.6250 5.7656 1.1612 1.0127 0.9753 2455385.6430 4.0872 1.9854 0.9919 1.0350 2455399.6270 5.0482 1.3038 1.0066 1.0368 2456778.6760 5.9067 1.4875 0.9932 0.8745 2456778.6760 5.9067 1.4875 0.9932 0.8745 2456814.6270 6.1902 1.2034 1.0098 0.8262 Continued on Next Page… Table C.488 – Continued Central HJD EqW σ(EqW) Continuum Height 2457493.6920 4.7627 2.2966 0.9953 0.9822 2457494.7050 4.8452 1.8218 1.0153 0.9507 2457502.7260 4.9980 0.6140 0.9954 0.9814

Table C.489: θ CrB Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 6.8764 0.6312 1.0003 0.8780 2.1660 2454298.7760 6.7340 0.3044 1.0000 0.8765 2.1660 2454299.7600 6.1897 0.6748 0.9993 0.8786 2.1658 2454842.1210 6.4127 0.5868 0.9996 0.8770 2.1662 2455412.7540 5.6002 0.3659 0.9998 0.8674 2.1661 2455441.7140 5.1345 0.4051 0.9999 0.8598 2.1662 2455587.1250 6.8418 0.3946 1.0000 0.8525 2.1656 595 Table C.490: θ CrB Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 6.6515 0.1656 1.0017 0.8597 1.7364 2454298.7760 5.8182 0.1382 1.0001 0.8645 1.7368 2454299.7600 5.5044 0.2242 1.0000 0.8706 1.7366 2454842.1210 5.5836 0.1434 1.0008 0.8683 1.7365 2455412.7540 5.2087 0.1409 1.0018 0.8546 1.7368 2455441.7140 5.6188 0.1978 1.0078 0.8395 1.7369 2455587.1250 6.1258 0.0663 0.9999 0.8518 1.7364

Table C.491: θ CrB Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 6.1786 0.3857 1.0001 0.8656 1.6809 2454298.7760 5.2545 0.2442 1.0001 0.8825 1.6809 2454299.7600 5.7153 0.1814 1.0001 0.8691 1.6811 2454842.1210 5.6018 0.1838 1.0002 0.8718 1.6810 2455412.7540 4.6570 0.1832 1.0000 0.8675 1.6813 2455441.7140 5.3588 0.2218 0.9997 0.8538 1.6810 Continued on Next Page… Table C.491 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455587.1250 5.4074 0.2588 1.0000 0.8742 1.6809

Table C.492: θ CrB Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 4.8559 0.2496 1.0000 0.9009 1.6410 2454298.7760 4.8249 0.2235 0.9999 0.8940 1.6410 2454299.7600 4.7778 0.1812 0.9999 0.8918 1.6413 2454842.1210 5.0605 0.1711 0.9999 0.8892 1.6412 2455412.7540 4.6244 0.2562 1.0000 0.8728 1.6411 2455441.7140 4.4934 0.4314 0.9999 0.8745 1.6411 2455587.1250 4.8957 0.2743 1.0001 0.8915 1.6410

Table C.493: θ CrB Br 13 Measurements 596

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 3.0360 0.1907 0.9998 0.9306 1.6112 2454298.7760 3.2599 0.1892 0.9999 0.9194 1.6108 2454299.7600 2.0398 0.0381 0.9992 0.9470 1.6111 2454842.1210 2.7169 0.1263 1.0004 0.9313 1.6114 2455412.7540 3.0463 0.1486 1.0000 0.9037 1.6113 2455441.7140 2.8928 0.2920 0.9998 0.9084 1.6117 2455587.1250 3.2820 0.1573 0.9997 0.9228 1.6112

Table C.494: θ CrB Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 3.1891 0.4582 1.0002 0.9373 1.5887 2454298.7760 2.8206 0.2853 1.0002 0.9348 1.5887 2454299.7600 2.3241 0.4266 1.0000 0.9454 1.5885 2454842.1210 1.9442 0.1830 1.0002 0.9510 1.5884 2455412.7540 2.8450 0.2744 1.0002 0.9192 1.5887 2455441.7140 3.3948 0.4378 1.0002 0.9116 1.5891 2455587.1250 3.1004 0.2331 1.0000 0.9359 1.5887 Continued on Next Page… Table C.494 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.495: θ CrB Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 2.8903 0.1297 0.9999 0.9322 1.5705 2454298.7760 1.9619 0.0912 1.0001 0.9500 1.5701 2454299.7600 1.3511 0.2115 0.9998 0.9623 1.5704 2454842.1210 1.7078 0.1627 1.0000 0.9563 1.5702 2455412.7540 2.7647 0.0780 1.0000 0.9112 1.5706 2455441.7140 2.9216 0.3064 1.0000 0.9113 1.5706 2455587.1250 2.9557 0.1591 0.9999 0.9293 1.5701

Table C.496: θ CrB Br 16 Measurements 597 Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 1.5136 0.0178 1.0005 0.9647 1.5556 2454298.7760 1.5599 0.1502 0.9996 0.9594 1.5556 2454299.7600 1.2272 0.2236 1.0006 0.9684 1.5563 2454842.1210 1.3377 0.0315 1.0003 0.9696 1.5553 2455412.7540 1.5129 0.2058 0.9998 0.9430 1.5561 2455441.7140 1.5846 0.0430 0.9998 0.9451 1.5561 2455587.1250 1.4867 0.4000 0.9998 0.9637 1.5556

Table C.497: θ CrB Br 17 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 0.8328 0.2495 1.0002 0.9778 1.5439 2454298.7760 1.0740 0.2960 1.0000 0.9685 1.5443 2454299.7600 0.6365 0.3635 1.0007 0.9808 1.5441 2454842.1210 0.9050 0.0962 1.0001 0.9790 1.5440 2455412.7540 0.9958 0.2127 1.0000 0.9540 1.5444 2455441.7140 1.0662 0.0500 1.0002 0.9549 1.5444 2455587.1250 0.8458 0.1773 0.9998 0.9770 1.5443 Table C.498: θ CrB Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 0.3951 0.4000 0.9998 0.9889 1.5334 2454298.7760 0.6893 0.1514 0.9997 0.9765 1.5346 2454299.7600 0.1107 0.4000 0.9977 0.9886 1.5345 2454842.1210 0.5186 0.3223 0.9994 0.9809 1.5351 2455412.7540 0.5177 0.1759 1.0003 0.9671 1.5347 2455441.7140 0.6628 0.1584 1.0002 0.9701 1.5347 2455587.1250 0.8286 0.4000 0.9999 0.9743 1.5346

Table C.499: θ CrB Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 0.1834 0.4000 1.0002 0.9933 1.5257 2454298.7760 0.4823 0.4000 1.0005 0.9829 1.5257 2454299.7600 0.4254 0.4000 1.0020 0.9842 1.5272 2454842.1210 0.0705 0.4000 0.9994 0.9969 1.5242 2455412.7540 0.3508 0.4000 0.9992 0.9758 1.5266 598 2455441.7140 0.2927 0.4000 1.0003 0.9785 1.5266 2455587.1250 0.1391 0.4000 0.9997 0.9936 1.5257

Table C.500: θ CrB Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 -0.0083 0.4000 1.0000 0.9967 1.5188 2454298.7760 0.0398 0.4000 0.9995 0.9939 1.5193 2454299.7600 -0.0574 0.4000 1.0002 0.9991 1.5207 2454842.1210 0.0067 0.1226 1.0004 0.9972 1.5170 2455412.7540 0.2793 0.4000 1.0002 0.9783 1.5197 2455441.7140 0.1731 0.2163 0.9998 0.9834 1.5197 2455587.1250 0.0928 0.4000 0.9999 0.9951 1.5201

Table C.501: θ CrB HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 -0.0923 0.2252 1.0003 0.9936 2.0607 Continued on Next Page… Table C.501 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2454298.7760 -0.0344 1.5145 1.0000 0.9869 2.0591 2454299.7600 0.0235 0.6310 1.0003 0.9905 2.0583 2454842.1210 1.5707 0.8656 0.9992 0.9720 2.0544 2455412.7540 0.2120 0.1793 1.0001 0.9922 2.0586 2455441.7140 0.1705 0.4594 1.0004 0.9876 2.0592 2455587.1250 0.2821 0.3994 1.0000 0.9834 2.0586

Table C.502: θ CrB HeI λ1.08µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 0.6991 0.1328 1.0000 0.9504 1.0833 2454298.7760 0.6929 0.1763 1.0000 0.9547 1.0833 2454299.7600 0.6467 0.1314 0.9997 0.9551 1.0835 2454842.1210 0.7028 0.1333 1.0005 0.9605 1.0831 2455412.7540 0.8103 0.1512 1.0001 0.9478 1.0835 2455441.7140 0.7155 0.2192 0.9999 0.9409 1.0836 2455587.1250 0.8241 0.1173 1.0001 0.9324 1.0832 599

Table C.503: θ CrB Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2454218.9000 6.5374 0.4474 1.0000 0.7933 1.2821 2454298.7760 6.5718 0.4811 1.0001 0.7948 1.2821 2454299.7600 6.0963 0.3890 1.0003 0.8148 1.2823 2454842.1210 5.8345 0.4224 1.0003 0.8275 1.2822 2455412.7540 5.7362 0.3236 1.0000 0.7867 1.2821 2455441.7140 5.5809 0.3827 1.0003 0.7826 1.2821 2455587.1250 6.1464 0.4311 0.9999 0.7826 1.2821 C.27 ζ Oph

Table C.504: ζ Oph Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452090.7130 2.1770 0.5928 0.9580 0.7907 0.6559 0.8379 0.6567 0.8524 ······ 2452115.6460 2.2918 0.7002 0.9682 0.7914 0.6558 0.8372 0.6567 0.8489 ······ 2452159.5730 2.3098 0.3962 0.9733 0.7864 0.6558 0.8446 0.6567 0.8525 ······ 2452185.5260 2.3477 0.6936 0.9664 0.7673 0.6558 0.8356 0.6567 0.8597 ······ 2452409.8230 1.9264 0.6742 0.9799 0.8121 0.6558 0.8533 0.6567 0.8593 ······ 2452413.8100 2.0485 0.8194 0.9799 0.8072 0.6558 0.8564 0.6567 0.8522 ······ 2452421.7760 2.2882 0.4426 0.9824 0.7966 0.6558 0.8598 0.6567 0.8553 ······ 2452426.7540 2.1737 0.9799 0.9821 0.8218 0.6558 0.8727 0.6567 0.8715 ······ 2452426.7680 2.2578 0.5568 0.9847 0.7969 0.6558 0.8614 0.6567 0.8616 ······ 2452441.7730 2.3772 0.4664 0.9774 0.7935 0.6558 0.8521 0.6567 0.8393 ······ 2452457.6970 2.4291 0.5116 0.9665 0.7883 0.6558 0.8418 0.6567 0.8380 ······ 2452459.7420 2.3077 0.6924 0.9538 0.7815 0.6558 0.8281 0.6567 0.8326 ······ 2452460.7180 2.3509 0.3870 0.9720 0.7887 0.6558 0.8529 0.6567 0.8490 ······ 2452461.7040 2.1563 0.3715 0.9747 0.7975 0.6558 0.8468 0.6567 0.8493 ······ 2452791.7020 2.2495 0.5033 0.9859 0.8006 0.6558 0.8603 0.6567 0.8459 ······ 2452812.7250 2.3393 0.5722 0.9801 0.8048 0.6558 0.8594 0.6567 0.8358 ······

600 2453162.7280 2.4051 0.6074 0.9811 0.8039 0.6558 0.8513 0.6567 0.8539 ······ 2453185.6570 2.1399 0.6675 0.9761 0.8048 0.6558 0.8546 0.6567 0.8466 ······ 2453215.6430 2.4342 0.5559 0.9775 0.7838 0.6559 0.8425 0.6567 0.8632 ······ 2453259.5730 2.1993 0.7561 0.9665 0.7687 0.6558 0.8475 0.6567 0.8352 ······ 2453281.5280 2.0457 0.5894 0.9803 0.7842 0.6558 0.8536 0.6567 0.8689 ······ 2453442.8740 2.3733 0.7110 0.9898 0.8146 0.6558 0.8590 0.6567 0.8576 ······ 2453461.8750 2.3599 0.5271 0.9886 0.8148 0.6558 0.8607 0.6567 0.8488 ······ 2453470.7860 2.4413 0.6345 0.9850 0.8052 0.6558 0.8558 0.6567 0.8517 ······ 2453476.8230 2.2709 0.7785 0.9867 0.8078 0.6559 0.8507 0.6567 0.8555 ······ 2453624.5840 2.5156 0.9870 0.9685 0.7671 0.6559 0.8393 0.6567 0.8461 ······ 2453834.8610 0.7762 0.6338 0.9868 0.8579 0.6558 0.9399 0.6567 0.9275 0.8283 0.0008 2453852.8550 1.2689 1.4775 0.9736 0.8135 0.6558 0.8900 0.6567 0.8850 ······ 2453891.7710 0.8819 0.6483 0.9829 0.8352 0.6558 0.9315 0.6567 0.9237 0.8971 0.0009 2453892.7710 0.9403 0.5301 0.9780 0.8373 0.6558 0.9269 0.6567 0.9169 0.8802 0.0009 2453901.7190 0.4629 0.8361 0.9750 0.8562 0.6558 0.9351 0.6567 0.9477 1.2407 0.0011 2453902.7640 0.2486 0.5174 0.9676 0.8519 0.6558 0.9417 0.6567 0.9288 0.8191 0.0009 2453903.7510 0.3234 1.8471 0.9674 0.8485 0.6558 0.9334 0.6567 0.9666 1.9916 0.0019 2453904.6940 0.2032 0.8731 0.9597 0.8477 0.6558 0.9465 0.6567 0.9446 0.9665 0.0011 2453912.6970 0.1647 0.5160 0.9733 0.8764 0.6558 0.9675 0.6567 0.9593 0.7980 0.0009 2453914.6990 0.1542 0.5870 0.9670 0.8515 0.6558 0.9706 0.6567 0.9565 0.6742 0.0009 2453916.6760 -0.0542 0.6161 0.9692 0.8617 0.6558 0.9795 0.6567 0.9555 0.4613 0.0009 2453917.6730 -0.1460 0.7851 0.9748 0.8680 0.6558 0.9891 0.6567 0.9762 0.4566 0.0009 2453921.7160 0.1110 0.5719 0.9711 0.8635 0.6558 0.9779 0.6567 0.9536 0.4759 0.0009 2453922.7180 0.2131 0.6586 0.9749 0.8640 0.6558 0.9488 0.6567 0.9769 2.2186 0.0009 2453923.6660 0.0592 0.8084 0.9735 0.8642 0.6558 0.9750 0.6567 0.9574 0.5870 0.0010 2453924.6540 0.1486 0.8758 0.9788 0.8745 0.6558 0.9702 0.6567 0.9698 0.9864 0.0008 2453930.6460 -0.3366 0.5094 0.9663 0.8739 0.6558 0.9683 0.6567 0.9820 1.7586 0.0008 2453932.6550 0.1082 1.0244 0.9704 0.8596 0.6558 0.9710 0.6567 0.9677 0.8986 0.0009 2453933.6440 0.0142 0.9717 0.9639 0.8432 0.6558 0.9820 0.6567 0.9640 0.5009 0.0009 Continued on Next Page… Table C.504 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453934.6280 0.1130 0.5575 0.9641 0.8416 0.6558 0.9798 0.6567 0.9465 0.3765 0.0010 2453935.6250 0.4023 0.7186 0.9754 0.8600 0.6558 0.9782 0.6567 0.9566 0.5023 0.0010 2453936.6450 0.2765 0.6797 0.9725 0.8497 0.6558 0.9584 0.6567 0.9637 1.1454 0.0007 2453940.6340 -0.0121 0.6589 0.9624 0.8494 0.6558 0.9549 0.6567 0.9518 0.9367 0.0010 2453945.6310 0.7888 0.9199 0.9670 0.8277 0.6558 0.9323 0.6567 0.9448 1.2282 0.0009 2453946.6550 0.9391 0.6229 0.9604 0.8153 0.6558 0.9130 0.6567 0.9527 1.8420 0.0013 2453948.6250 1.3406 1.8856 0.9576 0.8053 0.6559 0.9362 0.6567 0.9317 ······ 2453982.5680 1.7850 0.7860 0.9697 0.7810 0.6558 0.8800 0.6567 0.8866 ······ 2453985.5820 1.5133 0.7620 0.9636 0.7802 0.6558 0.8887 0.6567 0.8924 1.0350 0.0011 2453987.5600 1.3248 0.4957 0.9593 0.7794 0.6558 0.8870 0.6567 0.8943 1.0690 0.0011 2454005.5170 2.1021 0.8110 0.9703 0.7649 0.6558 0.8466 0.6567 0.8567 ······ 2454164.9090 2.1754 0.4409 0.9839 0.8030 0.6558 0.8583 0.6567 0.8571 ······ 2454207.7930 2.1150 0.3699 0.9990 0.8398 0.6558 0.8844 0.6567 0.8799 ······ 2454220.8300 1.8557 0.4361 0.9883 0.8211 0.6558 0.8745 0.6567 0.8703 ······ 2454226.7780 2.1369 0.3173 0.9887 0.8190 0.6558 0.8573 0.6567 0.8541 ······ 2454232.7960 1.9616 0.3873 0.9865 0.8267 0.6558 0.8625 0.6567 0.8719 ······ 2454239.7970 1.7948 0.3300 0.9868 0.8206 0.6558 0.8688 0.6567 0.8600 ······ 2454243.7040 2.0507 0.4000 0.9865 0.8179 0.6558 0.8732 0.6567 0.8624 ······ 2454250.6870 2.1877 1.0146 0.9836 0.8086 0.6558 0.8742 0.6567 0.8628 ······ 2454253.7630 2.0003 0.3461 0.9823 0.8131 0.6558 0.8608 0.6567 0.8551 ······ 2454261.6670 2.0571 0.3837 0.9908 0.8251 0.6558 0.8635 0.6567 0.8632 ······ 2454266.7030 1.8410 0.3187 0.9837 0.8237 0.6558 0.8690 0.6567 0.8657 ······ 2454277.6890 2.0641 0.6198 0.9823 0.8296 0.6559 0.8637 0.6567 0.8676 ······ 601 2454289.6640 2.0033 0.5490 0.9847 0.8241 0.6558 0.8658 0.6567 0.8564 ······ 2454343.5770 1.9587 0.2307 0.9891 0.8129 0.6558 0.8674 0.6567 0.8677 ······ 2454348.5500 2.0370 0.3520 0.9794 0.7965 0.6558 0.8547 0.6567 0.8676 ······ 2454355.5800 1.8267 2.2296 0.9816 0.8119 0.6558 0.8800 0.6567 0.8730 ······ 2454356.5460 1.9877 0.3227 0.9886 0.8034 0.6558 0.8553 0.6567 0.8798 ······ 2454578.7820 1.9907 0.3173 0.9848 0.8133 0.6558 0.8623 0.6567 0.8603 ······ 2454610.7770 1.8712 0.3859 0.9870 0.8198 0.6558 0.8728 0.6567 0.8717 ······ 2454704.5740 1.8527 0.4013 0.9856 0.8043 0.6558 0.8580 0.6567 0.8651 ······ 2454921.8470 1.8853 1.0162 0.9827 0.8244 0.6558 0.8648 0.6567 0.8554 ······ 2454997.7670 0.0521 0.7156 0.9393 0.8043 0.6558 0.8694 0.6567 0.8497 ······ 2455005.7090 1.8723 0.7920 0.9803 0.8152 0.6558 0.8821 0.6567 0.8646 ······ 2455050.6110 2.0941 0.3859 0.9846 0.7915 0.6558 0.8544 0.6567 0.8651 ······ 2455074.5580 2.1910 0.4925 0.9880 0.8080 0.6558 0.8660 0.6567 0.8620 ······ 2455080.5550 2.1303 0.4914 0.9889 0.7975 0.6558 0.8623 0.6567 0.8701 ······ 2455273.9300 2.1781 0.6705 0.9879 0.8203 0.6558 0.8589 0.6567 0.8491 ······ 2455296.9070 2.4726 1.1752 0.9873 0.7846 0.6558 0.8549 0.6567 0.8585 ······ 2455331.7760 2.2215 0.6461 0.9876 0.8172 0.6558 0.8584 0.6567 0.8628 ······ 2455345.7900 2.0034 0.6969 0.9851 0.8109 0.6558 0.8654 0.6567 0.8681 ······ 2455367.7140 2.1352 0.4381 0.9850 0.8165 0.6558 0.8559 0.6567 0.8595 ······ 2455392.6260 2.0925 1.4940 0.9802 0.8117 0.6559 0.8604 0.6567 0.8838 ······ 2455399.6200 2.2464 0.4244 0.9830 0.7894 0.6558 0.8467 0.6567 0.8596 ······ 2456778.7710 2.2309 1.0196 0.9888 0.8230 0.6558 0.8769 0.6567 0.8593 ······ 2456778.7710 2.0952 1.0431 0.9884 0.8270 0.6558 0.8794 0.6567 0.8581 ······ 2457493.7760 2.0222 0.4987 0.9906 0.8186 0.6558 0.8687 0.6567 0.8581 ······ Table C.505: ζ Oph HeI λ5876Å Measurements

Central HJD EqW σ(EqW) Continuum Height 2452090.7130 0.9403 0.3273 0.9541 0.9385 2452115.6460 0.9600 0.3732 0.9656 0.9798 2452159.5730 0.9763 0.1954 0.9717 0.9702 2452185.5260 1.0059 0.3096 0.9586 0.9343 2452409.8230 0.9917 0.2403 0.9896 0.9892 2452413.8100 1.0130 0.1986 0.9866 0.9788 2452421.7760 0.9091 0.1985 0.9788 0.9823 2452426.7540 1.0185 0.5584 0.9825 0.9902 2452426.7680 0.8593 0.4151 0.9786 0.9576 2452441.7730 0.9885 0.2695 0.9759 0.9807 2452457.6970 0.9991 0.2104 0.9607 0.9467 2452459.7420 1.0260 0.2474 0.9503 0.8997 2452460.7180 0.9445 0.1958 0.9668 0.9519 2452461.7040 0.8863 0.2765 0.9731 0.9745 2452791.7020 0.9508 0.2151 0.9892 1.0055 2452812.7250 1.0231 0.2107 0.9798 0.9778 2453162.7280 0.9252 0.3221 0.9760 0.9527 2453185.6570 0.9932 0.2305 0.9771 0.9685 2453215.6430 0.8950 0.2771 0.9672 0.9635 2453259.5730 0.9547 0.2380 0.9641 0.9570

602 2453281.5280 0.9303 0.2210 0.9820 0.9831 2453442.8740 0.8625 0.3093 0.9876 0.9866 2453461.8750 0.9534 0.2410 0.9876 0.9895 2453470.7860 0.9232 0.2871 0.9796 0.9904 2453476.8230 0.9092 0.2819 0.9887 1.0145 2453624.5840 0.9158 0.3175 0.9570 0.9537 2453834.8610 0.6459 0.2849 0.9866 0.9908 2453852.8550 0.8726 0.5774 0.9815 0.9668 2453891.7710 0.5864 0.2351 0.9788 0.9752 2453892.7710 0.5682 0.2612 0.9695 0.9596 2453901.7190 0.5405 0.3055 0.9788 0.9736 2453902.7640 0.5043 0.1752 0.9716 0.9474 2453903.7510 0.3737 0.5967 0.9620 0.9278 2453904.6940 0.5564 0.2772 0.9609 0.9274 2453912.6970 0.5922 0.2220 0.9728 0.9386 2453914.6990 0.5684 0.1794 0.9641 0.9361 2453916.6760 0.4546 0.2097 0.9705 0.9563 2453917.6730 0.5750 0.2228 0.9789 0.9632 2453921.7160 0.4696 0.2126 0.9686 0.9672 2453922.7180 0.5314 0.2384 0.9720 0.9690 2453923.6660 0.5042 0.2839 0.9714 0.9567 2453924.6540 0.5700 0.2095 0.9754 0.9568 2453930.6460 0.3904 0.2132 0.9658 0.9860 2453932.6550 0.5424 0.2118 0.9686 0.9646 2453933.6440 0.5543 0.2371 0.9615 0.9518 2453934.6280 0.6081 0.2108 0.9627 0.9577 2453935.6250 0.6202 0.2221 0.9715 0.9663 2453936.6450 0.5983 0.1655 0.9704 0.9672 Continued on Next Page… Table C.505 – Continued Central HJD EqW σ(EqW) Continuum Height 2453940.6340 0.6481 0.2091 0.9635 0.9415 2453945.6310 0.7460 0.1910 0.9567 0.9337 2453946.6550 0.7720 0.2323 0.9452 0.9057 2453982.5680 0.8954 0.2550 0.9633 0.9453 2453985.5820 0.9196 0.2799 0.9535 0.9222 2453987.5600 0.8819 0.2139 0.9555 0.9770 2454005.5170 0.9312 0.3546 0.9652 0.9563 2454164.9090 0.9310 0.2120 0.9837 0.9835 2454207.7930 0.7692 0.1665 0.9923 0.6044 2454220.8300 0.7342 0.1877 0.9864 0.4085 2454226.7780 0.9672 0.2099 0.9948 0.5161 2454232.7960 0.6881 0.1440 0.9879 0.6963 2454239.7970 0.7616 0.2675 0.9915 0.1889 2454243.7040 0.6971 0.2194 0.9857 0.7526 2454250.6870 0.5821 0.2416 0.9835 0.8625 2454253.7630 0.5897 0.2334 0.9826 0.3841 2454261.6670 0.8334 0.2430 0.9911 1.0022 2454266.7030 0.7332 0.2344 0.9895 0.9321 2454277.6890 0.7425 0.3837 0.9832 0.5860 2454289.6640 0.7493 0.2301 0.9869 0.9239 2454343.5770 0.8345 0.2094 0.9915 0.9928 2454348.5500 0.6722 0.2126 0.9833 0.9539 2454355.5800 0.6712 0.9386 0.9763 0.9677 603 2454356.5460 0.7555 0.1625 0.9870 0.8933 2454578.7820 0.7369 0.1465 0.9869 0.6479 2454610.7770 0.8145 0.2507 0.9898 1.0300 2454704.5740 0.8720 0.3301 0.9908 0.9600 2454921.8470 0.7417 0.3994 0.9916 0.7268 2454997.7670 0.6853 0.3855 0.9822 0.7672 2455005.7090 0.7170 0.3599 0.9875 0.9364 2455050.6110 0.8740 0.2890 0.9879 0.9050 2455074.5580 0.8445 0.1915 0.9905 0.9730 2455080.5550 0.8228 0.2485 0.9885 0.9653 2455273.9300 0.7463 0.4529 0.9816 0.7395 2455296.9070 0.9449 0.5534 0.9933 0.0191 2455331.7760 0.8524 0.3638 0.9904 0.0000 2455345.7900 0.7451 0.3603 0.9858 0.9370 2455367.7140 0.7880 0.3191 0.9848 0.6489 2455392.6260 0.6593 0.8414 0.9697 0.9705 2455399.6200 0.8391 0.3303 0.9861 0.8914 2456778.7710 0.4956 0.5566 0.9787 0.1581 2456778.7710 0.4956 0.5566 0.9787 0.1581 2457493.7760 0.8448 0.2711 0.9944 0.9288 Table C.506: ζ Oph Hβ Measurements

Central HJD EqW σ(EqW) Continuum Height 2454207.7930 2.2707 0.3117 0.9992 0.7366 2454220.8300 2.3045 0.5566 0.9956 0.2997 2454226.7780 2.4080 0.6025 0.9917 0.2513 2454232.7960 2.5916 0.6077 0.9977 0.7444 2454239.7970 2.6708 0.6537 0.9926 0.1263 2454243.7040 2.3225 0.6485 0.9914 0.8326 2454250.6870 2.3642 0.4000 0.9838 0.9173 2454253.7630 2.5962 0.5615 0.9954 0.4460 2454261.6670 2.7744 0.7663 1.0070 1.0113 2454266.7030 2.6212 0.5568 1.0000 0.8246 2454277.6890 2.7754 1.4917 0.9972 0.6476 2454289.6640 2.6619 0.4843 0.9976 0.9810 2454343.5770 2.6889 0.4486 0.9962 1.0381 2454348.5500 2.6688 0.6548 1.0019 0.9919 2454355.5800 3.4012 1.5000 1.0194 1.1053 2454356.5460 2.4440 0.4843 1.0000 0.9907 2454578.7820 2.7415 0.4594 0.9971 0.5363 2454610.7770 2.7892 0.6556 0.9942 0.8279 2454704.5740 2.2185 0.9129 0.9775 1.0023 2454921.8470 2.5255 0.8084 0.9812 0.0000 2454997.7670 2.0139 1.2625 0.9912 1.0363 604 2455005.7090 2.7185 1.4193 1.0047 0.9944 2455050.6110 2.3277 0.8791 1.0073 1.0292 2455074.5580 2.5840 0.6772 1.0064 1.0813 2455080.5550 2.3353 0.8335 1.0039 0.9749 2455273.9300 2.6643 1.1669 1.0097 0.9131 2455296.9070 2.4873 1.5206 0.9912 0.0042 2455331.7760 2.3336 0.9822 1.0037 0.0000 2455345.7900 2.4770 1.1739 0.9949 0.4484 2455367.7140 2.3597 1.4380 0.9869 0.8926 2455392.6260 2.6523 1.5000 1.0050 1.2409 2455399.6200 2.9253 1.5353 1.0119 0.9406 2455512.5860 2.3760 1.5604 0.9846 0.8808 2456778.7710 2.8424 1.5887 0.9976 0.5584 2457493.7760 2.3873 0.9291 0.9914 0.7169

Table C.507: ζ Oph Brγ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 3.4445 0.2390 0.9998 0.9319 2.1668 2454219.0080 3.7090 0.5324 1.0000 0.9347 2.1666 2454298.7950 4.2038 0.5050 1.0002 0.9267 2.1669 2454352.7450 4.1693 0.4624 0.9998 0.9300 2.1668 Continued on Next Page… Table C.507 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455079.6880 3.6091 0.4183 0.9997 0.9328 2.1671 2455412.7910 3.9196 0.2168 0.9999 0.9301 2.1665 2455441.7500 4.4020 0.3555 0.9999 0.9281 2.1655

Table C.508: ζ Oph Br 10 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 1.5136 0.1644 1.0019 0.9527 1.7373 2454219.0080 2.3448 0.5409 1.0000 0.9343 1.7364 2454298.7950 2.3550 0.3185 1.0006 0.9287 1.7370 2454352.7450 2.0955 0.2999 1.0004 0.9491 1.7370 2455079.6880 1.9098 0.4576 1.0005 0.9525 1.7367 2455412.7910 1.9731 0.2976 1.0002 0.9500 1.7363 2455441.7500 2.3528 0.4034 0.9993 0.9459 1.7360 605 Table C.509: ζ Oph Br 11 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 1.1665 0.2197 0.9999 0.9590 1.6810 2454219.0080 1.3232 0.6472 1.0002 0.9510 1.6809 2454298.7950 1.2764 0.4424 1.0001 0.9536 1.6811 2454352.7450 1.6246 0.2911 1.0000 0.9598 1.6815 2455079.6880 1.1232 0.4410 1.0000 0.9565 1.6812 2455412.7910 1.1613 0.4228 1.0001 0.9596 1.6808 2455441.7500 1.4953 0.5269 1.0001 0.9561 1.6809

Table C.510: ζ Oph Br 12 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 0.7909 0.1375 1.0000 0.9667 1.6412 2454219.0080 0.9253 0.4928 1.0001 0.9629 1.6406 2454298.7950 0.9037 0.4861 1.0002 0.9637 1.6417 2454352.7450 1.8496 0.2670 1.0000 0.9545 1.6412 2455079.6880 0.7497 0.4859 1.0001 0.9687 1.6418 Continued on Next Page… Table C.510 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position 2455412.7910 1.2640 0.4501 1.0001 0.9588 1.6405 2455441.7500 0.9761 0.5414 1.0001 0.9635 1.6414

Table C.511: ζ Oph Br 13 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 -0.2149 0.1558 0.9996 0.9851 1.6114 2454219.0080 -0.2522 0.6983 1.0007 0.9915 1.6116 2454298.7950 -0.3489 0.4346 1.0010 0.9876 1.6111 2454352.7450 0.2587 0.2816 0.9990 0.9818 1.6114 2455079.6880 -0.7233 0.4181 1.0006 0.9902 1.6112 2455412.7910 -0.8148 0.2463 1.0000 0.9983 1.6107 2455441.7500 -0.1045 0.3880 0.9998 0.9857 1.6108

606 Table C.512: ζ Oph Br 14 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 0.0890 0.2578 0.9999 0.9845 1.5892 2454219.0080 -0.2997 0.9442 1.0002 0.9858 1.5899 2454298.7950 0.1435 0.5177 1.0001 0.9870 1.5893 2454352.7450 0.4040 0.3491 1.0001 0.9835 1.5889 2455079.6880 0.1417 0.5375 1.0000 0.9863 1.5894 2455412.7910 0.2646 0.3512 1.0001 0.9863 1.5890 2455441.7500 0.4315 0.4753 0.9999 0.9835 1.5890

Table C.513: ζ Oph Br 15 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 -0.1265 0.4764 1.0002 0.9896 1.5707 2454219.0080 0.8414 0.9246 1.0000 0.9636 1.5705 2454298.7950 0.7847 0.2861 1.0000 0.9687 1.5708 2454352.7450 0.1165 0.2616 1.0001 0.9902 1.5695 2455079.6880 0.6409 0.5965 1.0000 0.9717 1.5709 2455412.7910 0.8747 0.6578 1.0000 0.9714 1.5704 2455441.7500 0.5969 0.3175 0.9999 0.9736 1.5705 Continued on Next Page… Table C.513 – Continued Central Central HJD EqW σ(EqW) Continuum Height Position

Table C.514: ζ Oph Br 16 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 -0.2742 0.1181 1.0001 0.9972 1.5561 2454219.0080 0.3219 0.6638 1.0008 0.9856 1.5568 2454298.7950 0.3954 0.3602 0.9999 0.9848 1.5570 2454352.7450 -0.0142 0.6096 1.0004 0.9950 1.5558 2455079.6880 0.2404 0.7085 1.0004 0.9879 1.5555 2455412.7910 0.5179 0.4074 1.0004 0.9843 1.5567 2455441.7500 0.3823 0.5348 0.9997 0.9857 1.5568

Table C.515: ζ Oph Br 17 Measurements 607 Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 -0.2363 0.2027 0.9997 0.9998 1.5448 2454219.0080 -0.0229 0.6602 1.0003 0.9915 1.5447 2454298.7950 0.2233 0.5947 1.0002 0.9891 1.5441 2454352.7450 -0.0942 0.1633 0.9987 0.9970 1.5461 2455079.6880 0.1110 0.0365 0.9995 0.9925 1.5450 2455412.7910 0.2018 0.2597 0.9992 0.9912 1.5446 2455441.7500 0.1788 0.3717 1.0005 0.9894 1.5447

Table C.516: ζ Oph Br 18 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 0.2822 0.4000 1.0001 0.9853 1.5351 2454219.0080 0.1378 0.4000 1.0008 0.9933 1.5366 2454298.7950 0.3889 0.4000 0.9998 0.9846 1.5353 2454352.7450 0.4409 0.4000 1.0011 0.9855 1.5356 2455079.6880 -0.0948 0.4000 0.9991 0.9948 1.5361 2455412.7910 0.6809 0.4000 1.0011 0.9804 1.5349 2455441.7500 0.1142 0.4000 0.9998 0.9933 1.5350 Table C.517: ζ Oph Br 19 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 -0.0681 0.4000 0.9999 0.9929 1.5271 2454219.0080 0.2224 0.4000 0.9998 0.9887 1.5269 2454298.7950 -0.0358 0.4000 0.9980 0.9920 1.5272 2454352.7450 -0.0907 0.4000 0.9999 0.9959 1.5235 2455079.6880 -0.1130 0.4000 1.0003 0.9948 1.5273 2455412.7910 0.0520 0.4000 1.0004 0.9950 1.5276 2455441.7500 0.1572 0.4000 1.0021 0.9937 1.5285

Table C.518: ζ Oph Br 20 Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 -0.0240 0.4000 0.9998 0.9989 1.5178 2454219.0080 0.0511 0.4000 0.9998 0.9897 1.5221 2454298.7950 0.0645 0.4000 1.0006 0.9943 1.5191 2454352.7450 -0.1319 0.4000 0.9999 0.9975 1.5178

608 2455079.6880 -0.0484 0.4000 1.0003 0.9940 1.5192 2455412.7910 0.0184 0.4000 0.9993 0.9964 1.5228 2455441.7500 0.0751 0.4000 0.9991 0.9944 1.5204

Table C.519: ζ Oph HeI λ2.06µm Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 -1.3724 0.5641 1.0005 0.9953 2.0598 2454219.0080 1.7298 0.7132 0.9998 0.9669 2.0591 2454298.7950 0.9641 1.6364 0.9991 0.9802 2.0589 2454352.7450 -0.5475 0.8762 0.9998 0.9872 2.0599 2455079.6880 0.6090 1.2340 1.0001 0.9809 2.0596 2455412.7910 0.4203 0.5983 1.0000 0.9783 2.0590 2455441.7500 -0.3900 0.8508 1.0005 0.9877 2.0596 Table C.520: ζ Oph HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453982.7590 -0.5501 0.2533 0.9993 1.0820 0.0003 0.000028 1.0848 0.0003 0.000046 0.6120 0.0278 2454219.0080 -0.1315 0.2386 0.9999 1.0816 0.0004 0.000013 1.0846 0.0002 0.000009 0.6617 0.1188 2454298.7950 -0.0701 0.2925 1.0002 1.0818 0.0003 0.000007 1.0848 0.0002 0.000009 0.6527 0.1733 2454352.7450 0.1083 0.3422 0.9998 ························ 2455079.6880 -0.0582 0.3867 1.0000 1.0819 0.0003 0.000014 1.0848 0.0002 0.000006 1.0823 0.2748 2455412.7910 -0.0297 0.2865 0.9999 1.0818 0.0003 0.000010 1.0848 0.0003 0.000011 0.6739 0.0823 2455441.7500 0.0021 0.3443 0.9996 1.0818 0.0004 0.000009 1.0849 0.0003 0.000010 0.7233 0.1498

Table C.521: ζ Oph Paβ Measurements

Central Central HJD EqW σ(EqW) Continuum Height Position 2453982.7590 5.7427 0.4341 0.9998 0.8646 1.2825 2454219.0080 5.8141 1.0990 0.9993 0.8531 1.2824 2454298.7950 5.8816 0.7732 0.9995 0.8654 1.2826 2454352.7450 6.2183 0.6065 1.0003 0.8589 1.2823

609 2455079.6880 5.8296 0.7295 1.0000 0.8695 1.2827 2455412.7910 6.2806 0.6631 0.9999 0.8567 1.2823 2455441.7500 6.1002 0.7766 1.0001 0.8540 1.2824 C.28 ζ Tau

Table C.522: ζ Tau Hα Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450505.5750 -15.1816 1.2755 1.0018 1.6797 0.6561 3.4057 0.6567 2.0247 2.3478 0.0007 2450518.6370 -17.0882 2.1114 0.9866 1.2035 0.6561 3.3682 0.6566 2.3420 1.7647 0.0007 2450541.6030 -17.1753 3.4420 0.9937 1.7972 0.6561 3.5190 0.6567 2.1300 2.2293 0.0011 2450718.8980 -18.2603 2.9089 0.9969 1.9738 0.6561 3.2077 0.6566 2.6544 1.3344 0.0004 2450727.8880 -18.3021 3.3233 0.9882 1.9634 0.6561 3.1804 0.6566 2.6174 1.3481 0.0005 2450770.7680 -16.0039 1.3362 0.9949 1.5257 0.6560 2.9728 0.6567 2.5731 1.2541 0.0003 2450779.8040 -15.1532 2.0249 0.9996 1.1145 0.6561 3.1317 0.6566 2.6192 1.3165 0.0003 2450845.6380 -15.6468 1.3727 1.0042 1.1111 0.6561 2.7200 0.6566 2.8474 0.9311 0.0003 2450853.6740 -15.8864 1.3930 0.9970 1.2221 0.6561 2.6837 0.6566 2.9283 0.8732 0.0002 2450859.5230 -16.6053 1.5417 1.0003 1.3253 0.6561 2.7023 0.6566 2.9773 0.8609 0.0002 2450903.5560 -15.1363 1.4267 0.9916 1.1084 0.6560 2.5376 0.6566 2.7389 0.8842 0.0003 2450910.5310 -15.1827 1.8124 1.0009 0.9886 0.6560 2.6335 0.6566 2.7735 0.9211 0.0002 2450916.5390 -15.6126 2.4094 0.9954 0.7146 0.6560 2.6961 0.6566 2.9442 0.8724 0.0003 2450921.5600 -15.3872 1.8186 1.0033 0.8482 0.6561 2.7002 0.6566 2.9460 0.8737 0.0003 2450924.5510 -16.0557 1.9934 0.9968 1.2786 0.6561 2.7034 0.6566 3.0857 0.8167 0.0002 2451144.8340 -17.8580 0.6531 1.0036 2.0753 0.6562 2.5033 0.6566 3.2114 0.6798 0.0002

610 2451145.8400 -17.8035 0.8108 0.9926 2.0503 0.6562 2.4596 0.6566 3.1644 0.6744 0.0002 2451149.8540 -18.4537 1.0083 0.9983 2.0917 0.6561 2.4696 0.6566 3.1383 0.6873 0.0003 2451156.7680 -17.5412 1.1077 1.0061 2.0548 0.6561 2.3781 0.6566 3.0311 0.6785 0.0003 2451157.7950 -17.9494 0.7614 1.0070 2.0631 0.6561 2.4170 0.6566 3.0978 0.6755 0.0002 2451223.6710 -17.9626 0.9360 1.0073 2.3246 0.6562 2.4318 0.6566 3.0750 0.6900 0.0002 2451224.6530 -18.1760 0.7452 0.9971 2.3204 0.6562 2.4394 0.6566 3.0749 0.6937 0.0003 2451225.6650 -17.5722 1.0260 1.0056 2.3345 0.6562 2.4005 0.6566 3.0329 0.6889 0.0003 2451231.6160 -19.1251 0.9597 1.0022 2.6337 0.6562 2.5527 0.6566 3.1390 0.7259 0.0003 2451239.6340 -18.5000 1.1836 1.0120 2.5289 0.6562 2.5172 0.6566 2.9686 0.7707 0.0004 2451242.5750 -17.8718 1.2109 1.0006 2.3953 0.6562 2.4798 0.6564 2.8264 0.8102 0.0004 2451250.5750 -18.9423 1.1160 0.9979 2.3339 0.6562 2.4906 0.6564 2.9088 0.7809 0.0003 2451252.5650 -19.3345 0.8068 1.0053 2.3787 0.6562 2.5854 0.6564 2.9008 0.8340 0.0002 2451253.5580 -19.3018 1.0408 1.0087 2.3219 0.6562 2.5707 0.6566 2.9246 0.8161 0.0003 2451254.5550 -19.0261 1.0811 1.0039 2.2696 0.6562 2.5395 0.6566 2.8559 0.8295 0.0003 2451257.6090 -17.7461 -86.6981 1.0771 1.0227 0.6561 2.3584 0.6566 2.6101 0.8437 0.0006 2451261.5950 -18.5995 0.7320 1.0003 2.0821 0.6561 2.5626 0.6566 2.8373 0.8505 0.0002 2451264.5560 -18.8314 0.9657 1.0043 2.1011 0.6561 2.6038 0.6566 2.9047 0.8420 0.0002 2451444.8800 -18.7242 0.7693 0.9970 2.7189 0.6562 2.5264 0.6564 3.0641 0.7395 0.0002 2451458.8810 -18.7853 1.4271 1.0099 2.8472 0.6562 2.7034 0.6565 3.0798 0.8190 0.0003 2451479.8100 -17.8333 1.4181 0.9936 2.5128 0.6562 2.5771 0.6564 2.6835 0.9368 0.0003 2451490.8180 -17.8874 0.9865 0.9993 2.3467 0.6562 2.4847 0.6564 2.5896 0.9340 0.0003 2451491.7760 -17.3624 0.9076 1.0024 2.3100 0.6562 2.4492 0.6564 2.5276 0.9487 0.0004 2451499.7950 -17.3252 1.0071 1.0021 2.2727 0.6562 2.5376 0.6565 2.5008 1.0245 0.0003 2451500.8040 -17.3865 1.2110 0.9996 2.2948 0.6562 2.5362 0.6565 2.5061 1.0200 0.0004 2451523.7620 -19.7059 1.0958 0.9967 3.1168 0.6562 2.8758 0.6564 2.7681 1.0610 0.0003 2451531.6940 -19.0479 0.7311 1.0002 2.9039 0.6561 2.7924 0.6565 2.7409 1.0296 0.0003 2451568.6370 -16.8079 0.9929 1.0003 2.4053 0.6560 2.8387 0.6565 2.4983 1.2272 0.0004 2451571.6100 -17.6374 0.8205 1.0020 2.4390 0.6560 2.8781 0.6565 2.6256 1.1554 0.0003 2451583.6330 -18.4277 0.9758 0.9999 2.5114 0.6560 3.0362 0.6565 2.8342 1.1101 0.0003 Continued on Next Page… Table C.522 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451586.5230 -18.4029 1.5738 1.0054 2.5376 0.6560 3.0356 0.6565 2.8659 1.0910 0.0005 2451586.6110 -18.7701 1.3734 0.9990 2.5712 0.6560 3.0777 0.6565 2.8650 1.1140 0.0004 2451606.6760 -19.1677 1.4846 0.9956 2.5907 0.6560 3.1153 0.6565 2.7929 1.1798 0.0004 2451608.5500 -18.7086 1.3432 0.9936 2.5405 0.6560 3.1118 0.6565 2.6647 1.2686 0.0006 2451609.6020 -18.9080 2.2183 0.9926 2.5906 0.6560 3.1675 0.6565 2.6391 1.3224 0.0008 2451804.8790 -17.6683 0.7904 0.9989 2.3526 0.6561 3.9529 0.6564 2.1774 2.5080 0.0007 2451828.8670 -16.4598 1.3661 0.9804 2.0447 0.6561 3.6217 0.6567 1.9558 2.7429 0.0008 2451838.8120 -15.4336 2.1486 0.9812 1.5381 0.6561 3.3675 0.6566 2.1161 2.1212 0.0019 2451847.8560 -17.5224 2.7894 0.9885 1.9411 0.6561 3.8808 0.6566 2.2957 2.2233 0.0024 2451853.8620 -18.3412 0.8284 0.9967 2.3568 0.6561 3.6891 0.6566 2.2284 2.1890 0.0005 2451901.6930 -17.2776 1.2945 0.9889 1.7003 0.6561 3.4061 0.6566 2.2225 1.9682 0.0007 2451920.7110 -16.3513 0.9120 1.0074 1.7699 0.6561 3.3898 0.6567 2.2885 1.8546 0.0020 2451930.7370 -16.5054 0.8486 1.0044 1.9716 0.6561 3.5347 0.6567 2.3004 1.9491 0.0006 2451935.6380 -16.5290 0.7556 1.0009 1.9673 0.6561 3.5572 0.6567 2.1972 2.1359 0.0007 2451937.6410 -17.0533 0.8015 1.0017 1.9782 0.6561 3.6175 0.6567 2.2388 2.1129 0.0004 2451951.6770 -16.0970 0.6561 1.0021 1.6612 0.6561 3.4231 0.6567 2.1417 2.1223 0.0004 2451959.6940 -15.1942 1.0533 0.9981 1.7106 0.6561 3.3678 0.6567 2.0696 2.2138 0.0007 2451961.6370 -14.9845 0.9605 1.0013 1.5749 0.6561 3.3982 0.6567 2.1296 2.1230 0.0008 2451964.5630 -13.9603 0.7839 1.0043 1.4581 0.6561 3.2957 0.6567 2.0906 2.1050 0.0004 2451970.6490 -14.3663 0.8740 0.9951 1.3059 0.6561 3.2286 0.6567 2.2096 1.8424 0.0005 2451976.6120 -14.5820 1.3142 0.9986 0.8033 0.6561 3.4975 0.6566 2.2524 1.9942 0.0006 2451980.6590 -15.6159 1.5847 1.0033 0.5960 0.6561 3.3576 0.6566 2.3777 1.7113 0.0006 2451986.6640 -15.6556 0.7787 0.9957 1.4572 0.6561 3.1306 0.6566 2.5058 1.4149 0.0004 611 2451987.6480 -16.2881 0.6366 0.9987 1.5241 0.6561 3.1975 0.6566 2.5809 1.3900 0.0004 2452191.7930 -16.0298 0.6960 1.0014 1.2691 0.6560 2.7938 0.6566 3.1339 0.8406 0.0002 2452216.8220 -15.2986 2.8090 1.0159 1.2957 0.6560 2.6429 0.6566 3.0674 0.7947 0.0006 2452219.7610 -15.8598 0.6897 1.0060 1.3723 0.6560 2.6237 0.6566 3.0783 0.7813 0.0002 2452221.7260 -16.3289 0.8682 1.0020 1.3307 0.6560 2.6176 0.6566 3.1517 0.7517 0.0002 2452235.7800 -15.0210 0.7341 1.0030 1.0697 0.6560 2.7171 0.6566 2.9839 0.8655 0.0002 2452265.7410 -15.5142 0.5895 1.0028 1.4722 0.6561 2.3703 0.6566 3.3270 0.5889 0.0002 2452294.6680 -17.8534 1.4360 1.0018 1.7342 0.6560 2.5354 0.6566 3.3286 0.6594 0.0003 2452294.6890 -17.8469 0.6709 1.0068 1.7606 0.6560 2.5545 0.6566 3.3519 0.6609 0.0004 2452296.7070 -18.2455 1.0136 1.0047 1.8024 0.6560 2.6923 0.6566 3.3895 0.7082 0.0002 2452301.7270 -17.6409 0.6803 1.0030 1.6033 0.6560 2.6075 0.6566 3.3662 0.6794 0.0002 2452307.6960 -16.5958 0.7632 1.0062 1.5263 0.6560 2.6004 0.6566 3.4233 0.6604 0.0002 2452311.7230 -16.0170 1.1955 1.0100 1.6275 0.6561 2.5698 0.6566 3.3869 0.6577 0.0004 2452314.7090 -16.4234 0.8030 1.0044 1.5926 0.6561 2.5138 0.6566 3.4307 0.6228 0.0002 2452323.6370 -16.8464 1.2336 1.0112 1.7307 0.6561 2.4373 0.6566 3.5838 0.5563 0.0003 2452328.6800 -16.7073 0.7471 0.9987 1.7341 0.6561 2.3005 0.6566 3.5877 0.5026 0.0001 2452335.5640 -17.0598 0.8322 1.0011 1.8161 0.6561 2.2709 0.6566 3.6744 0.4752 0.0002 2452361.6510 -16.0888 1.0587 1.0073 1.5770 0.6560 2.2678 0.6566 3.4774 0.5117 0.0002 2452586.8520 -20.0550 1.3029 1.0219 2.3766 0.6561 2.8210 0.6566 3.6365 0.6907 0.0002 2452646.6910 -18.0480 0.9349 1.0034 2.2346 0.6562 2.4371 0.6567 3.2299 0.6445 0.0002 2452646.7120 -19.0049 1.0012 1.0275 2.4464 0.6562 2.5278 0.6566 3.3640 0.6463 0.0002 2452657.6550 -20.5338 0.9166 1.0235 2.5589 0.6561 2.6237 0.6566 3.6217 0.6193 0.0002 2452669.6030 -19.1530 1.8973 1.0200 2.1839 0.6562 2.4963 0.6566 3.6602 0.5625 0.0005 2452669.7350 -20.5531 1.2244 1.0224 2.4205 0.6561 2.5491 0.6566 3.6825 0.5775 0.0002 2452676.7210 -17.9882 0.8019 0.9991 2.2883 0.6561 2.2906 0.6566 3.4152 0.5344 0.0002 2452684.7660 -19.1363 0.9894 1.0232 2.5705 0.6560 2.2778 0.6566 3.5569 0.4997 0.0002 2452690.5510 -17.8027 1.2850 1.0280 2.3675 0.6561 2.2134 0.6566 3.3586 0.5144 0.0002 2452691.6780 -17.4465 0.7595 1.0195 2.3362 0.6561 2.2100 0.6566 3.3595 0.5128 0.0002 Continued on Next Page… Table C.522 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452697.6420 -17.5119 0.8478 1.0193 2.3300 0.6561 2.3469 0.6566 3.1906 0.6148 0.0002 2452698.6390 -18.1534 0.9855 1.0206 2.4455 0.6562 2.3835 0.6566 3.2069 0.6269 0.0002 2452701.6610 -19.0740 0.8590 1.0235 2.6265 0.6562 2.4796 0.6564 3.2854 0.6474 0.0002 2452705.6140 -19.6775 0.9267 1.0226 2.8594 0.6562 2.6358 0.6564 3.4171 0.6768 0.0002 2452709.6210 -20.6140 1.0718 1.0248 2.9841 0.6562 2.8367 0.6564 3.5951 0.7078 0.0002 2452712.5740 -20.8850 1.1933 1.0242 3.0124 0.6562 3.0363 0.6564 3.5727 0.7915 0.0002 2452713.6460 -20.4925 0.9527 1.0194 2.9567 0.6562 3.0214 0.6564 3.5295 0.7991 0.0002 2452714.6220 -19.4466 0.8961 0.9961 2.8076 0.6562 2.8420 0.6564 3.3632 0.7794 0.0002 2452722.6130 -19.6482 1.1663 1.0218 2.6111 0.6562 2.9627 0.6564 3.1798 0.9004 0.0002 2452739.5960 -18.9669 0.9346 1.0202 2.3974 0.6562 2.6944 0.6566 3.1475 0.7890 0.0002 2452740.5590 -19.0393 0.8884 1.0212 2.4428 0.6562 2.6602 0.6566 3.1936 0.7568 0.0002 2452741.5820 -19.3491 0.9042 1.0177 2.5044 0.6562 2.6615 0.6566 3.1716 0.7651 0.0003 2452742.5720 -18.4143 0.9928 1.0239 2.4658 0.6562 2.6470 0.6566 3.1133 0.7794 0.0003 2452743.5820 -18.8937 0.7841 1.0203 2.5175 0.6562 2.7053 0.6566 3.1482 0.7938 0.0002 2452757.5540 -19.7711 0.8344 1.0186 2.7285 0.6562 2.6971 0.6564 3.1227 0.7995 0.0003 2452766.5510 -18.8987 2.0617 1.0003 2.5989 0.6562 2.7198 0.6564 3.2180 0.7754 0.0008 2452828.8610 -18.1735 0.7629 0.9948 2.9399 0.6562 2.7845 0.6564 2.9403 0.9197 0.0005 2452952.8250 -19.1644 0.9223 1.0271 2.8430 0.6562 2.8317 0.6564 2.8788 0.9749 0.0003 2452964.7720 -17.3141 0.8673 0.9977 2.6792 0.6562 2.7273 0.6564 2.7265 1.0005 0.0003 2452975.6860 -19.0041 0.8870 1.0275 3.0726 0.6562 2.9455 0.6564 3.0770 0.9367 0.0002 2453025.6700 -18.1841 1.1211 1.0193 2.2550 0.6560 2.7060 0.6565 2.8455 0.9244 0.0005 2453051.5720 -18.2690 1.0748 1.0244 2.6450 0.6562 2.5599 0.6565 2.8930 0.8240 0.0003 2453053.6420 -19.1428 1.3184 1.0207 2.6544 0.6562 2.6509 0.6565 2.9151 0.8621 0.0005 612 2453063.6390 -19.1451 1.1376 1.0176 2.8138 0.6562 2.7568 0.6565 2.8256 0.9623 0.0004 2453063.6670 -17.9448 0.6139 0.9947 2.7546 0.6562 2.5614 0.6565 2.7299 0.9026 0.0003 2453078.5920 -14.0099 0.8437 0.9969 1.2763 0.6561 3.1568 0.6566 2.3455 1.6029 0.0006 2453107.5420 -18.8812 1.2149 1.0236 2.9438 0.6560 2.7517 0.6565 3.1400 0.8186 0.0003 2453112.6040 -17.8296 1.5696 0.9846 2.9207 0.6560 2.6381 0.6565 2.8902 0.8666 0.0012 2453284.8070 -14.4035 1.5606 1.0323 1.7334 0.6560 2.9908 0.6567 1.9933 2.0041 0.0007 2453288.8500 -15.0913 1.5119 1.0270 1.5740 0.6560 3.2073 0.6566 2.1214 1.9683 0.0008 2453312.8550 -17.1017 1.1594 1.0192 1.9565 0.6561 3.2987 0.6565 2.3711 1.6765 0.0005 2453315.7770 -16.1376 1.0459 1.0292 2.0200 0.6561 3.2349 0.6565 2.3429 1.6642 0.0005 2453316.8490 -16.2134 1.0946 1.0249 1.9594 0.6561 3.2824 0.6565 2.2743 1.7910 0.0006 2453318.8410 -16.6467 0.9798 1.0277 2.0261 0.6561 3.2503 0.6565 2.2401 1.8146 0.0005 2453319.7840 -16.8768 1.0339 1.0367 2.0934 0.6561 3.2916 0.6565 2.3023 1.7597 0.0006 2453322.7540 -17.1215 1.0793 1.0259 2.0609 0.6561 3.1882 0.6565 2.2763 1.7145 0.0006 2453323.8440 -16.8081 1.2299 1.0248 2.0400 0.6561 3.1566 0.6565 2.2706 1.6974 0.0005 2453343.7250 -16.5545 0.9024 1.0171 1.7722 0.6560 3.1841 0.6565 2.0984 1.9884 0.0006 2453385.6440 -17.0553 1.1608 1.0202 2.0216 0.6561 3.5361 0.6565 2.1898 2.1315 0.0007 2453386.5420 -16.8004 2.0679 1.0217 1.9626 0.6561 3.5510 0.6565 2.2179 2.0946 0.0008 2453388.6170 -18.2963 1.1800 1.0080 2.1375 0.6561 3.5842 0.6565 2.2744 2.0278 0.0008 2453398.6400 -17.4623 1.5175 1.0272 2.1335 0.6561 3.5549 0.6565 2.1718 2.1804 0.0008 2453412.6440 -15.4733 1.1497 1.0165 2.0350 0.6560 3.1365 0.6567 2.0817 1.9750 0.0009 2453414.6270 -15.2863 1.1103 1.0215 1.9524 0.6560 3.2222 0.6567 2.0822 2.0535 0.0008 2453426.6060 -13.9389 1.2568 1.0219 1.3720 0.6560 3.2226 0.6566 2.1788 1.8854 0.0007 2453433.5710 -12.8508 1.2610 1.0183 1.1013 0.6561 3.0388 0.6566 2.2006 1.6981 0.0007 2453443.5820 -15.0116 0.9347 1.0195 1.1363 0.6561 3.3016 0.6566 2.4468 1.5908 0.0005 2453445.5480 -14.7033 1.1346 1.0204 1.2399 0.6561 3.1667 0.6566 2.4764 1.4675 0.0006 2453446.5950 -15.2544 0.8188 1.0200 1.3108 0.6561 3.1894 0.6566 2.4967 1.4628 0.0006 2453458.5790 -15.6269 0.7839 1.0265 1.5674 0.6560 3.0443 0.6567 2.4212 1.4384 0.0006 2453460.5900 -14.3607 1.3749 1.0195 1.4886 0.6560 2.9025 0.6567 2.3376 1.4224 0.0009 Continued on Next Page… Table C.522 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453466.5430 -14.1746 1.0402 1.0124 1.3747 0.6560 2.7961 0.6567 2.3213 1.3593 0.0005 2453469.5860 -14.3817 1.1193 1.0218 1.3031 0.6560 2.8731 0.6567 2.4198 1.3192 0.0006 2453474.5850 -13.6703 0.7082 1.0226 1.1490 0.6560 2.9348 0.6566 2.3445 1.4390 0.0004 2453475.5620 -13.4365 0.8423 1.0240 1.1096 0.6560 2.8978 0.6567 2.3817 1.3735 0.0005 2453476.5960 -13.6512 1.1783 1.0147 1.0847 0.6560 2.9455 0.6567 2.3512 1.4398 0.0007 2453482.5420 -12.9271 1.5276 1.0219 1.0282 0.6560 3.0878 0.6566 2.2647 1.6508 0.0008 2453640.8960 -14.9629 1.8987 1.0240 1.4085 0.6561 2.7184 0.6566 2.8612 0.9233 0.0005 2453673.8730 -13.9513 1.0960 1.0283 1.3619 0.6560 2.3153 0.6567 2.8166 0.7240 0.0004 2453685.9680 -14.0769 1.3980 1.0161 1.2177 0.6560 2.3598 0.6566 2.8739 0.7257 0.0004 2453710.6830 -14.2489 1.1133 1.0195 0.5639 0.6560 2.4668 0.6566 2.9681 0.7453 0.0003 2453712.7650 -15.2760 1.7617 1.0238 0.7350 0.6561 2.4801 0.6566 3.2129 0.6688 0.0004 2453722.7040 -16.0396 1.3237 1.0103 1.2586 0.6561 2.3736 0.6565 3.4176 0.5682 0.0003 2453744.6550 -14.9847 1.6238 1.0438 1.2002 0.6559 2.1985 0.6566 3.2492 0.5328 0.0005 2453750.7690 -14.8994 0.6035 1.0186 1.1375 0.6559 2.1948 0.6566 3.1159 0.5647 0.0003 2453768.7180 -15.2669 0.8638 1.0195 1.1615 0.6560 2.4505 0.6566 3.1064 0.6886 0.0002 2453781.6790 -16.6716 1.0786 1.0234 1.4647 0.6561 2.4819 0.6566 3.2969 0.6452 0.0003 2453788.5640 -16.6892 1.1814 1.0235 1.5376 0.6561 2.3738 0.6566 3.2739 0.6042 0.0003 2453790.6380 -17.1519 1.2142 1.0224 1.5679 0.6561 2.3796 0.6566 3.4145 0.5714 0.0003 2453798.6620 -17.3118 1.0031 1.0283 1.7712 0.6561 2.3438 0.6566 3.4736 0.5432 0.0003 2453801.5250 -16.8037 1.0821 1.0186 1.6769 0.6561 2.2926 0.6566 3.2808 0.5667 0.0002 2453813.6330 -17.7873 1.1690 1.0216 1.8783 0.6560 2.2903 0.6566 3.2869 0.5642 0.0003 2453816.5870 -17.1420 1.0644 1.0210 1.8429 0.6560 2.3039 0.6566 3.2474 0.5802 0.0003 2453831.5640 -18.1412 1.6909 1.0162 1.8926 0.6561 2.3757 0.6566 3.2256 0.6181 0.0003 613 2453834.5740 -18.2570 1.1623 1.0102 1.9092 0.6561 2.4088 0.6566 3.2277 0.6324 0.0003 2453840.6060 -17.0990 2.2032 1.0049 1.8080 0.6561 2.5565 0.6566 3.2633 0.6877 0.0006 2453987.8720 -15.6494 1.0199 1.0055 1.8867 0.6561 2.1100 0.6566 3.1934 0.5061 0.0003 2454005.8390 -17.1897 1.0128 1.0170 2.0986 0.6561 2.1158 0.6566 3.3511 0.4746 0.0003 2454034.7470 -18.6032 0.7900 1.0188 2.4509 0.6562 2.3640 0.6566 3.1565 0.6325 0.0003 2454041.8820 -18.9158 1.0739 1.0161 2.4806 0.6562 2.4422 0.6564 3.1244 0.6789 0.0003 2454043.7960 -18.8744 1.4556 1.0211 2.3913 0.6562 2.4669 0.6564 3.1580 0.6798 0.0003 2454060.7720 -17.9948 1.1018 1.0197 2.1171 0.6561 2.5441 0.6566 3.1264 0.7261 0.0003 2454079.6360 -17.8780 0.8860 1.0174 2.4441 0.6562 2.4901 0.6566 2.9268 0.7734 0.0003 2454089.8020 -18.5714 0.8077 1.0275 2.5585 0.6562 2.5809 0.6564 3.1105 0.7491 0.0003 2454103.7820 -19.7919 1.4591 1.0175 2.6884 0.6562 2.7901 0.6564 3.1838 0.8197 0.0003 2454117.7010 -19.9668 1.2871 1.0198 2.6573 0.6562 2.8135 0.6564 3.1197 0.8556 0.0003 2454136.5440 -21.3628 1.3351 1.0176 3.0372 0.6562 2.9099 0.6564 3.6419 0.7229 0.0003 2454155.6380 -20.2889 1.0747 1.0086 3.1550 0.6562 2.8548 0.6564 3.4888 0.7452 0.0003 2454165.6180 -19.9340 0.9196 1.0125 3.0638 0.6562 2.7501 0.6564 3.7980 0.6255 0.0002 2454206.5620 -16.9923 0.9657 1.0161 2.7091 0.6562 2.5601 0.6564 3.0922 0.7457 0.0003 2454211.5560 -16.0805 0.6509 1.0082 2.6210 0.6562 2.4966 0.6564 2.9067 0.7849 0.0004 2454220.5520 -15.1420 0.5179 1.0129 2.3123 0.6562 2.3404 0.6564 2.5383 0.8714 0.0009 2454344.9050 -12.6930 0.7354 1.0196 1.4810 0.6560 2.5007 0.6567 2.1440 1.3118 0.0009 2454367.8830 -13.6870 0.6601 1.0175 1.4627 0.6560 2.6001 0.6565 2.2778 1.2523 0.0008 2454379.8690 -13.2856 0.7028 1.0124 1.5879 0.6560 2.5966 0.6565 2.1391 1.4016 0.0013 2454407.7580 -14.5031 0.6823 1.0197 1.7932 0.6560 2.6406 0.6565 2.0808 1.5180 0.0006 2454488.6700 -14.9941 1.9076 1.0169 1.9693 0.6560 2.9838 0.6566 2.0867 1.8255 0.0016 2454550.6370 -14.3092 0.8444 1.0235 1.6676 0.6560 2.9416 0.6567 1.9946 1.9521 0.0008 2454562.5570 -14.4668 0.4526 1.0157 1.7240 0.6560 2.9540 0.6565 1.9726 2.0091 0.0008 2454712.9320 -14.4197 0.6870 1.0158 1.8760 0.6561 2.9982 0.6567 2.2170 1.6419 0.0012 2454749.9210 -12.9935 0.5052 1.0187 1.4392 0.6560 2.6291 0.6567 2.1213 1.4529 0.0006 2454761.9020 -12.1886 0.6442 1.0308 0.9603 0.6560 2.7160 0.6566 2.2635 1.3582 0.0005 Continued on Next Page… Table C.522 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454775.9230 -12.7140 0.7051 1.0222 1.0320 0.6561 2.6391 0.6566 2.3146 1.2468 0.0006 2454797.8330 -13.2849 0.9125 1.0218 1.1968 0.6560 2.5941 0.6566 2.3160 1.2113 0.0005 2454854.6450 -14.0641 1.0213 1.0241 1.4220 0.6561 2.7525 0.6567 2.3264 1.3212 0.0005 2454868.6440 -14.4438 0.8969 1.0195 1.6038 0.6561 2.6351 0.6567 2.3394 1.2208 0.0005 2454892.6670 -14.3140 2.2160 1.0132 1.0616 0.6560 2.7265 0.6566 2.4157 1.2195 0.0005 2454911.6490 -16.5769 1.5686 1.0148 1.4670 0.6561 2.8695 0.6566 2.6431 1.1378 0.0009 2454926.5560 -15.5570 0.9896 1.0195 1.7073 0.6561 2.6148 0.6566 2.4352 1.1251 0.0005 2455079.8810 -14.1681 0.9823 1.0180 1.3327 0.6560 2.2484 0.6566 2.5750 0.7927 0.0006 2455123.9290 -15.3342 1.1503 1.0167 1.8093 0.6561 2.4514 0.6567 2.5403 0.9423 0.0006 2455141.8230 -15.8735 1.0729 1.0139 1.9054 0.6560 2.3277 0.6567 2.4894 0.8914 0.0006 2455164.7930 -14.5731 0.9675 1.0145 1.5247 0.6560 2.4048 0.6566 2.5485 0.9072 0.0004 2455169.8980 -15.0149 1.2702 1.0184 1.4610 0.6560 2.4314 0.6566 2.5799 0.9060 0.0005 2455225.6920 -13.6781 1.3075 1.0135 1.4611 0.6560 2.2131 0.6566 2.5210 0.7976 0.0014 2455242.6670 -13.9202 1.6341 1.0085 1.3358 0.6560 2.3565 0.6566 2.5040 0.9019 0.0006 2455259.5320 -14.1402 1.0052 1.0097 1.3561 0.6560 2.2555 0.6567 2.5868 0.7912 0.0003 2455282.5690 -11.8659 1.1373 1.0109 1.0339 0.6560 2.2952 0.6566 2.4574 0.8887 0.0007 2455477.9280 -11.6647 0.9631 0.9998 1.2448 0.6560 2.2015 0.6566 2.4479 0.8299 0.0004 2455512.7710 -10.9812 0.4906 1.0045 1.1737 0.6561 2.3453 0.6567 2.2733 1.0565 0.0006 2455607.6710 -10.5441 0.5252 0.9983 0.8999 0.6560 2.2085 0.6566 2.4032 0.8612 0.0005 2456956.8630 -9.0724 0.4974 1.0111 1.5149 0.6561 1.8865 0.6566 1.9372 0.9459 0.0004 2456995.7060 -8.4906 0.7155 1.0065 1.4534 0.6561 1.7996 0.6566 1.7778 1.0281 0.0005 2456998.7810 -8.0904 0.5324 1.0066 1.4084 0.6561 1.7288 0.6566 1.7328 0.9944 0.0004 2457312.7100 -6.1028 0.8143 1.0056 0.8332 0.6559 1.6482 0.6567 1.7234 0.8960 0.0008 614 2457312.7310 -6.1739 0.8454 1.0035 0.8350 0.6559 1.6479 0.6567 1.7120 0.9100 0.0007 2457314.7150 -5.8165 0.7873 1.0018 0.8171 0.6559 1.6438 0.6567 1.7009 0.9186 0.0008 2457321.7050 -5.7426 0.8193 1.0006 0.7174 0.6559 1.6155 0.6567 1.6613 0.9308 0.0012 2457329.8160 -5.6167 0.9079 0.9969 0.6745 0.6559 1.6011 0.6567 1.6527 0.9210 0.0011 2457330.8170 -5.6345 0.6999 1.0038 0.6784 0.6559 1.6452 0.6567 1.6311 1.0223 0.0010 2457334.7930 -5.9088 0.3714 0.9998 0.6556 0.6559 1.6309 0.6567 1.6664 0.9468 0.0004 2457334.8060 -5.9685 0.6219 1.0000 0.6599 0.6559 1.6362 0.6567 1.6690 0.9510 0.0005 2457342.9170 -5.9002 0.3999 1.0026 0.6267 0.6559 1.6466 0.6567 1.6941 0.9315 0.0005 2457346.7750 -5.8265 0.5519 1.0061 0.5888 0.6560 1.6905 0.6567 1.6397 1.0795 0.7401 2457407.6640 -8.0670 0.8901 1.0094 0.8791 0.6560 1.8783 0.6567 1.7541 1.1647 0.0008 2457411.5160 -8.5029 0.8963 1.0059 0.8952 0.6560 1.8955 0.6567 1.7635 1.1728 0.0005 2457417.5910 -8.8333 0.5609 1.0131 0.9995 0.6561 1.8844 0.6567 1.7890 1.1210 0.0006 2457420.5660 -9.2265 0.4668 1.0117 1.0676 0.6561 1.8931 0.6567 1.8264 1.0807 0.0007 2457502.5550 -9.6123 0.5671 1.0073 1.4991 0.6561 1.8430 0.6565 1.8404 1.0032 0.0007

Table C.523: ζ Tau Hβ Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454206.5620 1.1900 0.6307 1.0067 1.0162 0.4859 1.0963 0.4864 1.0670 1.4369 0.0014 2454211.5560 1.2818 0.3205 1.0055 1.0068 0.4859 1.1143 0.4864 1.0277 4.1202 0.0008 2454220.5520 1.2540 0.3640 1.0023 1.0040 0.4859 1.0955 0.4864 1.0382 2.5022 0.0011 2454344.9050 1.9936 0.5232 0.9999 0.2087 0.4859 1.2229 0.4864 1.0146 ······ 2454367.8830 1.6662 0.6875 0.9993 0.2912 0.4859 1.2110 0.4865 0.9699 ······ Continued on Next Page… Table C.523 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454379.8690 1.9013 0.7417 0.9990 0.4673 0.4859 1.1962 0.4865 0.9402 ······ 2454407.7580 1.4719 0.8545 1.0088 0.8647 0.4859 1.2575 0.4865 1.0244 ······ 2454488.6700 1.6805 1.0696 1.0106 0.9346 0.4860 1.2961 0.4865 0.9876 ······ 2454550.6370 1.6609 1.7019 1.0178 0.0154 0.4859 1.3233 0.4864 1.0593 ······ 2454562.5570 2.0688 1.0423 1.0175 1.0361 0.4860 1.2917 0.4864 0.9844 ······ 2454712.9320 1.9264 0.7254 1.0021 0.4082 0.4860 1.2439 0.4865 1.0816 2.9883 0.0015 2454749.9210 1.7527 0.6946 1.0079 0.8598 0.4860 1.2128 0.4865 1.0905 2.3522 0.0015 2454761.9020 1.6249 0.6844 1.0080 1.0089 0.4860 1.2085 0.4864 1.1397 1.4929 0.0012 2454775.9230 1.8104 0.6641 1.0093 0.9262 0.4860 1.1586 0.4864 1.1319 1.2025 0.0011 2454797.8330 2.0590 0.6379 1.0074 1.0097 0.4859 1.1748 0.4864 1.1458 1.1990 0.0009 2454854.6450 1.4106 0.8274 1.0127 0.9163 0.4860 1.1937 0.4864 1.1502 1.2898 0.0017 2454868.6440 1.2111 0.7123 1.0077 0.8363 0.4860 1.1924 0.4864 1.1751 1.0986 0.0023 2454892.6670 2.0711 1.3444 1.0160 0.6957 0.4860 1.1932 0.4865 1.1791 1.0791 0.0027 2454911.6490 1.2118 2.2761 1.0215 1.1146 0.4860 1.2341 0.4864 1.2871 0.8153 0.0033 2454926.5560 1.4189 0.6954 1.0112 0.9919 0.4859 1.1325 0.4864 1.1824 0.7264 0.0018 2455079.8810 2.0532 0.7479 1.0225 0.9685 0.4859 1.0843 0.4864 1.1944 0.4334 0.0019 2455123.9290 1.1279 1.2353 1.0168 1.0185 0.4860 1.1123 0.4864 1.2095 0.5362 0.0028 2455141.8230 1.2602 1.5334 1.0157 0.7095 0.4859 1.1463 0.4864 1.2253 0.6494 0.0040 2455164.7930 1.6769 0.7158 1.0221 0.9864 0.4860 1.1290 0.4864 1.1850 0.6974 0.0013 2455169.8980 2.1528 1.6280 1.0411 0.9971 0.4860 1.1345 0.4864 1.2054 0.6547 0.0040 2455225.6920 1.4821 1.4453 1.0167 0.8795 0.4859 1.1124 0.4864 1.1911 0.5882 0.0030 2455242.6670 1.5198 1.9761 1.0177 0.9858 0.4859 1.1114 0.4864 1.1719 0.6480 0.0033 2455259.5320 0.9497 1.0246 0.9961 0.9824 0.4859 1.1286 0.4864 1.2673 0.4812 0.0021 615 2455282.5690 1.7584 0.9706 1.0117 1.0084 0.4859 1.1961 0.4864 1.2113 0.9281 0.0023 2455477.9280 2.3404 1.5851 1.0473 0.7680 0.4859 1.1036 0.4864 1.1344 0.7707 0.0033 2455512.7710 1.8668 0.4241 1.0055 0.1071 0.4859 1.1128 0.4864 1.0916 1.2323 0.0012 2455607.6710 1.7877 0.8651 0.9941 0.6030 0.4859 1.0936 0.4864 1.1200 0.7803 0.0018 2456956.8630 0.5149 0.3436 0.9967 1.1444 0.4859 1.0312 0.4864 1.0405 0.7694 0.0009 2456995.7060 1.8570 0.5851 1.0005 0.9462 0.4859 0.9475 0.4865 0.9636 1.4420 0.0012 2456998.7810 1.9525 0.3898 1.0074 0.9310 0.4859 0.9612 0.4865 0.9594 0.9552 0.0009 2457312.7100 3.2148 0.7936 1.0165 0.9654 0.4858 0.9548 0.4864 0.9747 1.7838 0.0041 2457312.7310 3.3528 0.9177 1.0221 0.9945 0.4859 0.9568 0.4864 0.9418 0.7413 0.0032 2457314.7150 3.0100 0.5708 1.0173 0.9826 0.4858 0.9619 0.4864 0.9629 1.0261 0.0018 2457321.7050 3.4285 0.9381 1.0197 0.9525 0.4858 0.9478 0.4865 0.9351 0.8045 0.0028 2457329.8160 2.6466 0.6295 1.0122 0.6803 0.4859 0.9803 0.4865 0.9766 0.8397 0.0021 2457330.8170 2.0766 0.7685 1.0083 1.0024 0.4859 1.0428 0.4865 0.9755 ······ 2457334.7930 2.4351 0.6703 1.0204 0.8146 0.4859 1.0070 0.4865 0.9783 ······ 2457334.8060 2.5550 0.5736 1.0072 0.8360 0.4859 1.0034 0.4865 0.9974 ······ 2457342.9170 1.7249 0.5994 1.0048 0.8232 0.4859 1.0323 0.4864 1.0175 1.8472 0.0015 2457346.7750 1.5532 0.6789 0.9844 1.0085 0.4859 1.0249 0.4864 0.9732 ······ 2457407.6640 2.1493 0.8697 1.0204 0.9987 0.4859 1.0667 0.4864 1.0008 ······ 2457411.5160 2.0056 0.5361 1.0160 0.9597 0.4859 1.0492 0.4865 0.9910 ······ 2457417.5910 2.1776 1.1149 1.0186 1.1696 0.4859 1.0745 0.4864 1.0130 ······ 2457420.5660 1.4936 0.6906 1.0106 1.1298 0.4859 1.0363 0.4864 1.0215 1.6930 0.0011 2457502.5550 1.6174 0.6408 1.0090 0.9594 0.4859 1.0191 0.4864 1.0195 0.9774 0.0024 Table C.524: ζ Tau HeI λ5876Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2449779.644 1.09936 0.213657 0.999561 1.02734 0.58683 1.01151 0.588498 1.01136 ······ 2450130.674 1.59228 0.368325 0.998131 1.02557 0.58707 1.01438 0.588297 1.02877 ······ 2450505.575 1.3817 0.231204 0.991763 1.00064 0.586931 1.01323 0.588275 1.01924 ······ 2450518.637 1.38672 0.346556 0.979728 1.00215 0.586901 0.998093 0.58832 1.03786 ······ 2450541.603 1.09174 0.333813 0.980057 0.995571 0.586842 1.01619 0.58833 1.05117 ······ 2450718.898 1.12683 0.26219 0.988077 1.0098 0.586919 1.02341 0.588377 1.01176 ······ 2450727.888 1.20612 0.267565 0.977374 1.05595 0.586976 1.01774 0.588471 1.00521 ······ 2450770.768 1.35167 0.183692 0.997081 0.997637 0.586922 1.01703 0.588315 1.0132 ······ 2450779.804 1.43441 0.182131 0.997074 1.00424 0.58692 1.02239 0.588276 1.01641 ······ 2450845.638 1.30401 0.179458 0.992025 0.99656 0.586882 1.005 0.588494 1.01198 ······ 2450853.674 1.2477 0.212555 0.992335 1.00659 0.58689 1.00671 0.588497 1.00906 ······ 2450859.523 1.25115 0.175514 0.993753 0.994192 0.586905 1.02315 0.588368 1.01293 ······ 2450903.556 1.05838 0.223019 0.978188 0.994485 0.586827 1.01285 0.588455 1.019 ······ 2450910.531 1.4693 0.179143 0.991306 0.991554 0.586906 1.01295 0.588385 1.01877 ······ 2450916.539 1.37195 0.223994 0.985893 1.00571 0.587002 1.0132 0.588368 1.01234 ······ 2450921.56 1.27658 0.215119 0.991443 1.0113 0.586907 1.01816 0.588385 1.03152 ······ 2450924.551 1.12158 0.207164 0.981552 0.970064 0.586945 1.01162 0.58837 1.02829 ······ 2451144.834 1.10217 0.251456 0.99369 0.989577 0.586999 1.02049 0.588402 1.01325 ······ 2451145.84 1.04319 0.246252 0.986841 1.01248 0.586934 1.01602 0.588402 1.01729 ······ 2451149.854 1.09941 0.3053 0.99188 1.00689 0.586929 1.02635 0.588375 1.02183 ······ ······

616 2451156.768 1.0754 0.32905 0.992206 1.01785 0.586895 1.02403 0.588299 1.01801 2451157.795 1.10229 0.186402 0.996995 1.00222 0.586866 1.01998 0.58836 1.02301 ······ 2451223.671 1.08563 0.245925 0.996029 1.01115 0.586852 1.01294 0.588287 1.02064 ······ 2451224.653 1.08364 0.229379 0.989738 1.01882 0.586902 1.00402 0.588326 1.01731 ······ 2451225.665 1.05956 0.246803 0.989955 0.987967 0.586808 1.00364 0.588367 1.02082 ······ 2451231.616 1.25122 0.307617 0.998876 1.00918 0.586922 1.01225 0.588336 1.01704 ······ 2451239.634 1.06649 0.360335 0.993473 0.9838 0.586914 1.00246 0.58836 1.01856 ······ 2451242.575 1.01835 0.455494 0.98733 1.01107 0.586913 1.02113 0.588316 1.02894 ······ 2451250.575 1.33685 0.320463 0.997691 1.01577 0.586822 1.00934 0.588317 1.0186 ······ 2451252.565 1.11447 0.195886 0.995472 1.00827 0.586925 1.01072 0.588324 1.00712 ······ 2451253.558 1.14164 0.329411 0.990645 0.982828 0.586838 1.00991 0.588349 1.02659 ······ 2451254.555 1.19561 0.269705 0.987929 1.02018 0.586962 1.00799 0.588233 1.02325 ······ 2451261.595 1.02727 0.189715 0.990977 1.01526 0.586802 1.01277 0.588377 1.01727 ······ 2451264.556 1.01934 0.205396 0.990762 1.00047 0.586894 1.01028 0.588495 1.01994 ······ 2451444.88 1.16038 0.194697 0.982754 1.00015 0.586818 0.995059 0.588233 1.00162 ······ 2451458.881 1.03851 0.340185 0.98803 0.989668 0.586801 1.00445 0.588237 1.0256 ······ 2451479.81 0.996137 0.253593 0.985825 1.0056 0.58685 1.00906 0.588413 1.02156 ······ 2451490.818 1.11808 0.264997 0.986416 1.00505 0.586929 1.02244 0.588449 1.01653 ······ 2451491.776 1.18807 0.240198 0.984887 1.00234 0.586802 1.01196 0.588388 1.00066 ······ 2451499.795 1.28826 0.259184 0.993088 1.00931 0.586914 1.01041 0.588303 1.02509 ······ 2451500.804 1.20794 0.31106 0.992764 0.983039 0.586839 1.01438 0.588344 1.01951 ······ 2451523.762 1.35826 0.273956 0.995682 1.03676 0.586927 1.00302 0.588207 1.02457 ······ 2451531.694 1.37273 0.239357 0.995258 0.998017 0.586822 1.00805 0.588369 1.02338 ······ 2451568.637 1.3373 0.278324 0.994128 1.03375 0.586842 1.00214 0.588357 1.04146 ······ 2451571.61 1.31325 0.271842 0.997919 1.00896 0.586853 1.02273 0.588315 1.02962 ······ 2451583.633 1.30522 0.246581 0.994273 1.01436 0.586844 1.01272 0.588322 1.03398 ······ 2451586.523 1.27887 0.456317 0.997435 1.02033 0.586853 1.02111 0.588262 1.02507 ······ 2451586.611 1.29117 0.382625 0.994895 1.01838 0.586906 1.0194 0.58831 1.02821 ······ Continued on Next Page… Table C.524 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451606.676 1.38699 0.239858 0.992441 1.01732 0.586842 1.00826 0.588289 1.03702 ······ 2451608.55 1.3391 0.455114 0.984854 0.993308 0.586827 1.01957 0.588401 1.04005 ······ 2451609.602 1.4329 0.552511 0.98398 0.966097 0.586835 1.01903 0.588308 1.04071 ······ 2451804.879 1.23073 0.235553 0.985763 0.992207 0.58687 1.02027 0.58829 1.02917 ······ 2451828.867 1.26921 0.221052 0.99536 1.02741 0.586819 1.01459 0.588378 1.03868 ······ 2451838.812 1.43614 0.54126 0.980996 0.954394 0.586806 1.03473 0.588371 1.02631 ······ 2451847.856 1.42351 0.722303 0.990693 1.08242 0.586889 1.01506 0.588341 1.04208 ······ 2451853.862 1.53515 0.211451 0.989787 0.989871 0.586876 1.014 0.588424 1.02116 ······ 2451901.693 1.53713 0.336875 0.99538 0.993818 0.587 1.01447 0.588142 1.0244 ······ 2451920.711 1.3044 0.338158 0.993409 1.00863 0.586883 1.01894 0.588335 1.02679 ······ 2451930.737 1.49787 0.261136 0.99435 1.00476 0.586938 1.01652 0.58831 1.01759 ······ 2451935.638 1.31838 0.27324 0.991234 1.00031 0.586831 1.0118 0.588384 1.02094 ······ 2451937.641 1.47155 0.194003 0.996597 0.99134 0.586936 1.0067 0.588346 1.01508 ······ 2451951.677 0.441927 0.174382 0.996032 1.00139 0.587242 3.90234 0.588321 1.03156 ······ 2451959.694 1.12341 0.35556 0.987727 1.0002 0.586899 1.02143 0.588346 1.0239 ······ 2451961.637 1.36962 0.38664 0.99506 1.02379 0.586884 1.03133 0.588346 1.08776 ······ 2451964.563 1.31244 0.212902 0.993841 1.0076 0.586851 1.00401 0.588025 1.01462 ······ 2451970.649 1.27657 0.289956 0.992982 1.0093 0.586814 1.01062 0.588346 1.01881 ······ 2451976.612 1.4014 0.322838 0.993054 1.0001 0.586837 0.998196 0.588193 1.01572 ······ 2451980.659 1.38543 0.334518 0.992277 0.996442 0.586939 1.01997 0.588348 1.0372 ······ 2451986.664 1.30339 0.227216 0.991615 1.00264 0.586899 1.01238 0.588329 1.02328 ······ 2451987.648 1.47846 0.173479 0.995419 0.975118 0.58686 1.00742 0.588322 1.02363 ······ 2452191.793 1.04663 0.202481 0.982185 1.01348 0.586829 1.00743 0.588377 1.01774 ······ 617 2452216.822 1.13085 0.347517 0.994347 0.976796 0.586886 1.01069 0.587889 1.0252 ······ 2452219.761 1.22243 0.167129 0.992278 1.00541 0.586953 0.994569 0.588421 1.011 ······ 2452221.726 1.14503 0.241755 0.98247 1.00897 0.586803 0.999832 0.588447 1.01309 ······ 2452235.78 1.39413 0.156234 0.989547 1.01524 0.586814 1.00351 0.588389 1.00747 ······ 2452265.741 1.34932 0.167094 0.990786 0.995461 0.586848 1.00751 0.588311 1.01058 ······ 2452294.668 1.23364 0.48315 0.9875 1.01844 0.586955 1.01979 0.588337 1.01843 ······ 2452294.689 1.37522 0.288849 0.993067 1.00176 0.586891 1.01564 0.588337 1.01838 ······ 2452296.707 1.36368 0.215442 0.993686 1.00906 0.586836 1.0123 0.588288 1.01279 ······ 2452301.727 1.37182 0.185532 0.991254 0.999789 0.586881 1.01046 0.588327 1.0133 ······ 2452307.696 1.43206 0.227881 0.996163 1.0077 0.586825 1.00436 0.588405 1.00889 ······ 2452311.723 1.20121 0.518394 0.990255 1.03521 0.586873 1.01806 0.588367 1.02538 ······ 2452314.709 1.19335 0.229665 0.988423 0.993121 0.586881 1.00179 0.588376 1.01209 ······ 2452323.637 1.26191 0.423749 0.992244 1.02961 0.586801 1.02447 0.588343 1.02987 ······ 2452328.68 1.17143 0.211845 0.994113 0.990707 0.586842 1.03205 0.588406 1.01837 ······ 2452335.564 0.996969 0.29709 0.986871 1.00468 0.586855 1.01683 0.588462 1.0283 ······ 2452361.651 1.08087 0.393187 0.989502 0.999855 0.586877 1.01544 0.588436 1.03082 ······ 2452586.852 0.97951 0.196436 0.990485 0.995575 0.586918 1.0185 0.588411 1.01837 ······ 2452646.691 1.09521 0.321798 0.995667 0.993813 0.586865 1.01527 0.588428 1.01381 ······ 2452646.712 1.0725 0.252444 0.997144 1.00138 0.586856 1.01908 0.588441 1.01221 ······ 2452657.655 1.07192 0.213587 0.997109 0.99938 0.58683 1.00343 0.588419 1.01483 ······ 2452669.603 1.10192 0.907089 0.996854 0.9926 0.586808 1.02837 0.588426 1.03502 ······ 2452669.735 1.15847 0.296698 0.992629 1.00686 0.586912 1.01404 0.588369 1.03912 ······ 2452676.721 1.10054 0.188534 0.992341 1.0075 0.586853 1.01244 0.58833 1.01013 ······ 2452684.766 1.09627 0.259561 0.988884 1.00803 0.586947 1.01124 0.588373 1.02266 ······ 2452690.551 1.02046 0.305995 0.995802 1.01127 0.586849 1.01391 0.588439 1.02186 ······ 2452691.678 1.02291 0.184464 0.994299 0.998947 0.587023 1.02558 0.588452 1.02057 ······ 2452697.642 1.0245 0.19641 0.994063 1.00439 0.586868 1.0111 0.588349 1.01327 ······ 2452698.639 1.11814 0.239774 0.993872 1.00497 0.58706 1.01719 0.588356 1.02063 ······ Continued on Next Page… Table C.524 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452701.661 1.05219 0.228275 0.997702 1.01671 0.586876 1.0118 0.58837 1.02032 ······ 2452705.614 0.97616 0.184086 0.995072 1.00872 0.586874 1.0051 0.588336 1.01487 ······ 2452709.621 0.994682 0.186869 0.996058 0.991638 0.587007 1.01323 0.588421 1.01774 ······ 2452712.574 0.780668 0.17951 0.991106 0.991199 0.586823 1.01441 0.588355 1.03217 ······ 2452713.646 0.822641 0.195495 0.984127 1.00053 0.586863 1.00853 0.588341 1.02657 ······ 2452714.622 0.720494 0.163869 0.982149 1.00197 0.586869 1.01375 0.588342 1.03966 ······ 2452722.613 0.833712 0.247748 0.986593 0.994339 0.586819 1.02462 0.588434 1.01691 ······ 2452739.596 0.809469 0.184511 0.991704 1.01461 0.586847 1.01829 0.588448 1.01661 ······ 2452740.559 0.862966 0.148589 0.988683 0.99431 0.586988 1.00878 0.588412 1.01611 ······ 2452741.582 0.731921 0.225103 0.984829 1.00087 0.586854 1.01553 0.588368 1.02383 ······ 2452742.572 0.714426 0.297293 0.97984 1.014 0.586926 1.00907 0.588351 1.02442 ······ 2452743.582 0.800957 0.202309 0.982373 1.00445 0.586896 1.00838 0.588346 1.02316 ······ 2452757.554 0.642489 0.141942 0.978609 1.00574 0.586869 1.01172 0.588359 1.02518 ······ 2452766.551 0.445131 1.42741 0.982557 1.0087 0.586851 1.08782 0.588314 1.08854 ······ 2452828.861 1.00727 0.190312 0.981898 1.00326 0.586912 1.00169 0.588348 1.00625 ······ 2452952.825 1.13673 0.16745 0.994513 1.00225 0.586864 1.01379 0.588326 1.01015 ······ 2452964.772 1.1637 0.135934 0.988216 1.01436 0.586821 1.00422 0.588448 1.00899 ······ 2452975.686 1.15666 0.195357 0.996557 0.993468 0.586819 1.00937 0.588443 1.01431 ······ 2453025.67 1.2691 0.362129 0.995611 0.996727 0.586853 1.01379 0.588291 1.03885 ······ 2453052.571 1.34208 0.319707 0.998438 1.02187 0.586815 1.00488 0.588376 1.01904 ······ 2453054.642 1.32539 0.441339 0.9931 1.02454 0.586859 1.01841 0.588291 1.02875 ······ 2453063.667 1.15879 0.221411 0.99489 1.0156 0.586857 1.01957 0.588305 1.02089 ······ 2453064.639 1.16188 0.286638 0.994121 1.01797 0.586913 1.01815 0.588349 1.02471 ······ 618 2453078.592 1.30412 0.261079 0.99548 0.998385 0.586808 1.01565 0.588316 1.01835 ······ 2453107.542 1.36051 0.174832 0.990503 1.01613 0.586807 1.00478 0.588366 1.01368 ······ 2453112.604 1.01116 0.205843 0.963725 1.01658 0.58684 0.996999 0.588369 1.03254 ······ 2453284.807 1.39798 0.362038 0.991539 0.999353 0.586885 1.00799 0.588269 1.0216 ······ 2453288.85 1.19333 0.541243 0.98813 0.989097 0.58689 1.02158 0.588149 1.0266 ······ 2453312.855 1.2914 0.284775 0.991107 0.998685 0.58693 1.01909 0.588319 1.01667 ······ 2453315.776 1.35177 0.203972 0.985359 0.994329 0.586816 1.00354 0.588227 1.02117 ······ 2453316.847 1.33026 0.228013 0.988206 1.00336 0.586833 1.0164 0.588346 1.01976 ······ 2453318.841 1.4285 0.175885 0.993384 0.993214 0.586902 1.00772 0.58822 1.02186 ······ 2453319.782 1.36097 0.209542 0.989775 1.00395 0.586895 1.00917 0.588229 1.01236 ······ 2453322.752 1.22347 0.293248 0.986546 1.00697 0.58689 1.01593 0.588333 1.02738 ······ 2453323.842 1.14973 0.215188 0.988969 1.01196 0.586812 1.00005 0.588244 1.02871 ······ 2453343.723 1.44624 0.283428 0.988697 1.0149 0.586836 1.01779 0.588331 1.01496 ······ 2453385.638 1.32322 0.390959 0.987671 0.994764 0.586946 1.01272 0.588344 1.02922 ······ 2453386.536 1.48014 0.508224 0.994057 1.01571 0.586892 1.0259 0.588365 1.03245 ······ 2453388.611 1.49824 0.442653 0.999631 1.00959 0.58693 1.00669 0.588431 1.02657 ······ 2453398.64 1.56516 0.481308 0.999392 1.02336 0.586842 1.0134 0.588202 1.01996 ······ 2453412.644 1.54531 0.410752 0.998349 1.00608 0.586802 1.02012 0.588294 1.0254 ······ 2453414.627 1.28915 0.380109 0.989728 0.992526 0.586837 1.01816 0.588347 1.03006 ······ 2453426.603 1.25934 0.522137 0.998387 0.987224 0.586898 1.02635 0.58844 1.03385 ······ 2453433.571 1.32617 0.473981 0.994025 0.992478 0.586957 1.02413 0.588464 1.02206 ······ 2453445.548 1.34316 0.412759 0.995695 1.02265 0.586803 1.0141 0.5882 1.02249 ······ 2453458.579 1.21276 0.327861 0.985393 0.99684 0.586892 1.01579 0.588344 1.01229 ······ 2453460.59 1.36433 0.29851 0.981887 0.968725 0.586901 1.01217 0.58832 1.02219 ······ 2453466.543 1.50007 0.360981 0.981023 1.01822 0.586933 1.00204 0.588261 1.00782 ······ 2453469.586 1.18287 0.381037 0.983861 1.00582 0.586833 1.0188 0.588349 1.02907 ······ 2453474.585 1.20516 0.214731 0.9869 0.977635 0.586808 1.01704 0.588366 1.01742 ······ 2453475.562 1.32547 0.29723 0.990255 1.00953 0.586822 1.01022 0.588275 1.01873 ······ Continued on Next Page… Table C.524 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453476.596 1.2717 0.311975 0.987415 1.00612 0.586828 1.00837 0.588199 1.01676 ······ 2453482.542 1.17212 0.531148 0.991279 1.03633 0.586942 1.01871 0.588489 1.02664 ······ 2453640.88 1.28665 0.891754 0.991311 1.03815 0.587037 1.04691 0.588273 1.04074 ······ 2453640.896 1.17823 0.691019 0.988805 0.98771 0.586904 1.03059 0.588369 1.03572 ······ 2453673.873 1.47393 0.209724 0.995066 1.00025 0.586928 1.01952 0.588289 1.01374 ······ 2453685.968 1.27352 0.407147 0.987694 0.994089 0.586938 1.01859 0.588234 1.02076 ······ 2453710.724 1.54088 0.27397 0.995997 1.01049 0.586882 1.02014 0.588377 1.0284 ······ 2453712.765 1.36008 0.354289 0.997582 1.0022 0.586825 1.01201 0.588132 1.04721 ······ 2453722.704 1.20406 0.260052 0.993822 0.995243 0.586876 1.02784 0.588322 1.022 ······ 2453744.697 1.17901 0.765863 0.989252 0.964417 0.586917 1.02118 0.588219 1.02266 ······ 2453750.811 1.26149 0.313316 0.991275 1.01986 0.586886 1.03377 0.588386 1.02008 ······ 2453768.759 1.35743 0.194107 0.989458 0.991043 0.586868 1.02258 0.588452 1.01964 ······ 2453781.721 1.2675 0.320937 0.989701 1.00345 0.586949 1.01534 0.588278 1.02109 ······ 2453788.605 1.28901 0.435548 0.991037 1.03532 0.586835 1.0143 0.588228 1.02765 ······ 2453790.638 1.13578 0.549408 1.0001 0.995222 0.58683 1.0571 0.588391 1.02876 ······ 2453798.662 1.26247 0.364939 0.995055 0.98631 0.586822 1.0284 0.58828 1.02965 ······ 2453801.525 1.12562 0.316743 0.993889 0.978651 0.586805 1.02995 0.588277 1.02984 ······ 2453813.633 1.28048 0.359637 0.99356 1.00676 0.586892 1.03216 0.588258 1.03151 ······ 2453816.587 1.3305 0.435098 0.988638 0.970298 0.586829 1.01773 0.588462 1.01401 ······ 2453831.564 1.2317 0.483319 0.984479 1.00112 0.586951 1.03588 0.588383 1.03844 ······ 2453834.574 1.47435 0.408104 0.991969 1.01682 0.586984 1.01668 0.588306 1.04519 ······ 2453840.606 0.539476 0.38269 0.951459 1.04853 0.586978 1.01761 0.588423 1.04981 ······ 2453987.872 1.07689 0.282415 0.982282 0.746338 0.586865 1.00991 0.588497 1.01785 ······ 619 2454005.839 0.890284 0.26114 0.972467 1.13659 0.58705 1.00479 0.588435 1.0172 ······ 2454034.747 1.3008 0.245157 0.991729 1.02186 0.586813 1.01031 0.588261 1.01527 ······ 2454041.875 1.4238 0.37725 0.995832 0.987258 0.586921 1.02322 0.588352 1.02054 ······ 2454043.796 1.36693 0.433956 0.998391 1.00971 0.586848 1.01587 0.588321 1.03242 ······ 2454060.772 1.27571 0.433967 0.99386 0.98562 0.586911 1.01405 0.588296 1.01778 ······ 2454079.636 1.06994 0.257363 0.990682 0.996369 0.586887 1.01186 0.588275 1.00909 ······ 2454089.802 1.17921 0.352121 0.994542 1.03903 0.586861 1.01184 0.58831 1.02068 ······ 2454103.782 0.924192 0.286589 0.992666 1.00635 0.586894 1.0119 0.588367 1.01852 ······ 2454117.701 1.22295 0.600885 0.998266 1.01367 0.586889 1.03349 0.588405 1.02977 ······ 2454136.544 1.32401 0.40153 0.997412 1.02195 0.586801 1.01155 0.588317 1.02688 ······ 2454165.618 1.47749 0.565921 0.999325 1.03088 0.586803 1.01294 0.588298 1.03447 ······ 2454206.562 0.854746 0.235907 0.990142 0.846336 0.586892 1.02951 0.588332 1.04765 ······ 2454211.556 1.02624 0.153748 0.990116 0.974502 0.586804 1.01792 0.588253 1.03389 ······ 2454220.552 1.16859 0.136446 0.986668 1.00402 0.586869 1.02264 0.588351 1.01979 ······ 2454344.905 1.11839 0.133305 0.98987 0.103939 0.586899 1.02187 0.588355 1.01839 ······ 2454367.883 1.21884 0.19369 0.990084 0.532068 0.586827 1.01546 0.588382 1.02675 ······ 2454379.869 1.2917 0.147939 0.987939 0 0.586827 1.02913 0.588368 1.00064 ······ 2454407.758 1.39778 0.191315 0.993805 0.994774 0.586833 1.01884 0.588389 1.01544 ······ 2454488.67 1.3788 0.400853 0.992129 1.01634 0.586833 1.02475 0.588402 1.0313 ······ 2454550.637 1.26927 0.32328 0.99443 0.432331 0.586825 1.0309 0.588215 1.02464 ······ 2454562.557 1.54527 0.241989 0.992221 0.97409 0.58686 1.01994 0.588351 1.03306 ······ 2454712.932 1.30093 0.189035 0.989202 0.469614 0.586902 1.01467 0.5884 1.0001 ······ 2454749.921 1.38426 0.237378 0.992771 0.758864 0.586944 1.01299 0.588263 1.03269 ······ 2454761.902 1.27484 0.259335 0.999756 0.983177 0.586814 1.01564 0.588333 1.02363 ······ 2454775.923 1.48756 0.214501 0.996053 0.890586 0.586809 1.01262 0.588265 1.01182 ······ 2454797.833 1.21046 0.26986 0.99815 0.989167 0.586898 1.01595 0.588353 1.01475 ······ 2454854.645 1.41119 0.326211 0.995991 0.992213 0.586831 1.03311 0.588386 1.01686 ······ 2454868.644 1.38513 0.279076 0.996423 0.911962 0.586868 1.02621 0.588266 1.03913 ······ Continued on Next Page… Table C.524 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2454892.667 1.46482 0.415751 1.00193 0.942066 0.587084 1.03296 0.588326 1.02511 ······ 2454911.649 0.895401 0.778756 0.986334 1.023 0.586969 1.04963 0.588146 1.05562 ······ 2454926.556 1.18819 0.277348 0.994023 0.976467 0.586848 1.02707 0.588339 1.03299 ······ 2455079.881 1.47335 0.288695 0.996692 0 0.586852 1.03133 0.588408 1.00127 ······ 2455123.929 1.3182 0.446607 1.00019 1.01982 0.586888 1.01151 0.588158 1.04276 ······ 2455141.823 1.58737 0.493188 0.999568 0.992389 0.586957 1.02865 0.588255 1.01974 ······ 2455164.793 1.52549 0.306671 0.996182 0.995916 0.586923 1.03224 0.588364 1.00735 ······ 2455169.898 1.61723 0.557009 0.998085 0.962147 0.587043 1.02765 0.588363 1.03556 ······ 2455225.692 1.44698 0.467625 1.00329 0.940063 0.587038 1.01816 0.588429 1.04228 ······ 2455242.667 1.65366 0.404466 1.00009 1.00472 0.587036 1.04406 0.588234 1.01361 ······ 2455259.532 1.54819 0.334433 1.00143 0.998432 0.586941 1.02489 0.588196 1.03855 ······ 2455282.569 1.84379 0.47472 1.00532 1.00884 0.586878 1.03259 0.588255 1.0273 ······ 2455477.928 1.9579 0.551277 0.998003 0.496795 0.586882 1.03202 0.588288 1.02739 ······ 2455512.771 1.4612 0.178998 0.994488 0.0668964 0.587001 1.02277 0.588407 1.01276 ······ 2455607.671 1.46448 0.354127 0.992993 0.996464 0.586878 1.01157 0.588284 1.0219 ······ 2456956.863 1.10597 0.143485 0.997306 1.11296 0.586834 1.01206 0.588422 1.02932 ······ 2456995.706 1.11252 0.205722 0.996147 0.995591 0.586876 1.02329 0.588389 1.02228 ······ 2456998.781 1.00596 0.157811 0.995877 0.89334 0.586898 1.0204 0.588383 1.02415 ······ 2457312.71 1.30961 0.308045 0.995539 0.969331 0.586825 1.02069 0.588252 1.01433 ······ 2457312.731 1.25976 0.365868 0.995644 0.996686 0.58681 1.01912 0.588338 1.02428 ······ 2457314.715 1.39806 0.199715 0.993616 0.667867 0.58681 1.01266 0.588473 1.00237 ······ 2457321.705 1.40548 0.393108 0.991873 0.77427 0.586802 1.01912 0.588451 1.00428 ······ 2457329.816 1.37318 0.303648 0.98982 0 0.586886 1.01255 0.588238 1.01436 ······ 620 2457330.817 1.32347 0.287316 0.992786 0.799785 0.586802 1.01928 0.588373 1.02061 ······ 2457334.793 1.25209 0.157957 0.995595 0.886782 0.586852 1.01451 0.588272 1.01324 ······ 2457334.806 1.18983 0.173657 0.996766 0.886739 0.586881 1.02397 0.588222 1.02726 ······ 2457342.917 1.11511 0.164767 0.995449 0.8063 0.586816 1.01429 0.588322 1.02001 ······ 2457346.775 1.10148 0.208249 0.995011 0.998794 0.586895 1.0313 0.588407 1.03841 ······ 2457407.664 1.12142 0.268658 0.996276 0.981816 0.586869 1.02743 0.588346 1.02133 ······ 2457411.516 1.1782 0.174344 0.995595 0.99202 0.586911 1.02512 0.588359 1.01938 ······ 2457417.591 1.00272 0.204622 0.993794 1.01178 0.586917 1.02203 0.588358 1.05319 ······ 2457420.566 1.0834 0.13951 0.995414 1.01673 0.586872 1.02489 0.588327 1.02486 ······ 2457502.555 1.14415 0.187372 0.992057 0.929626 0.586832 1.00955 0.588423 1.00666 ······

Table C.525: ζ Tau FeII λ5316Å Measurements

Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450505.5750 -0.1884 0.2636 1.0065 1.0635 0.5316 1.1405 0.5316 1.0603 2.3293 0.0007 2450518.6370 -0.3491 0.2761 1.0016 1.0573 0.5315 1.1391 0.5320 1.0662 2.1009 0.0008 2450541.6030 -0.2985 0.3479 1.0087 1.0304 0.5315 1.1324 0.5321 1.0609 2.1740 0.0008 2450718.8980 -0.3756 0.3510 0.9987 0.9459 0.5315 1.0613 0.5320 1.1047 0.5859 0.0005 2450727.8880 -0.3459 0.2698 0.9990 0.9353 0.5315 1.0569 0.5320 1.1074 0.5294 0.0005 2450770.7680 -0.3557 0.1449 0.9985 0.9310 0.5314 1.0395 0.5320 1.1199 0.3291 0.0004 2450779.8040 -0.4005 0.1831 0.9935 0.9573 0.5313 1.0383 0.5320 1.1166 0.3287 0.0004 2450845.6380 -0.3632 0.1307 0.9986 0.9914 0.5314 1.0469 0.5319 1.1093 0.4288 0.0004 2450853.6740 -0.3691 0.2736 1.0016 0.9947 0.5314 1.0519 0.5319 1.1173 0.4425 0.0005 Continued on Next Page… Table C.525 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2450859.5230 -0.3167 0.1969 1.0014 0.9678 0.5314 1.0523 0.5319 1.1123 0.4656 0.0004 2450903.5560 -0.2840 0.2210 1.0023 0.8834 0.5315 1.0704 0.5319 1.1235 0.5702 0.0005 2450910.5310 -0.2920 0.1886 0.9950 0.8504 0.5315 1.0572 0.5319 1.1182 0.4836 0.0004 2450916.5390 -0.2092 0.1297 1.0001 0.8256 0.5314 1.0474 0.5319 1.1297 0.3656 0.0005 2450921.5600 -0.2123 0.1664 1.0014 0.8395 0.5314 1.0491 0.5319 1.1189 0.4126 0.0004 2450924.5510 -0.1468 0.1996 1.0039 0.8321 0.5314 1.0462 0.5319 1.1281 0.3607 0.0004 2451144.8340 -0.3635 0.2653 0.9990 0.9184 0.5314 1.0715 0.5319 1.1307 0.5474 0.0005 2451145.8400 -0.3193 0.3380 1.0049 0.9221 0.5315 1.0659 0.5319 1.1370 0.4810 0.0006 2451149.8540 -0.2522 0.3151 1.0056 0.9019 0.5314 1.0574 0.5319 1.1290 0.4449 0.0008 2451156.7680 -0.5637 0.4188 0.9898 0.9282 0.5314 1.0649 0.5319 1.1267 0.5124 0.0008 2451157.7950 -0.4010 0.2296 1.0002 0.9074 0.5314 1.0636 0.5319 1.1255 0.5067 0.0005 2451223.6710 -0.3956 0.3140 0.9955 0.9344 0.5313 1.0492 0.5319 1.1086 0.4529 0.0007 2451224.6530 -0.4424 0.2804 0.9974 0.9310 0.5314 1.0628 0.5319 1.1140 0.5515 0.0006 2451225.6650 -0.4023 0.2429 1.0011 0.9196 0.5314 1.0632 0.5319 1.1122 0.5632 0.0006 2451231.6160 -0.4589 0.3559 1.0023 0.9379 0.5314 1.0816 0.5319 1.1226 0.6655 0.0008 2451239.6340 -0.3750 0.4916 1.0047 0.9425 0.5314 1.0794 0.5319 1.1180 0.6732 0.0009 2451242.5750 -0.6163 0.4165 0.9929 0.9538 0.5313 1.0696 0.5319 1.1203 0.5789 0.0013 2451250.5750 -0.4988 0.3415 0.9977 0.9890 0.5314 1.0737 0.5319 1.1096 0.6722 0.0009 2451252.5650 -0.4843 0.1804 0.9945 0.9757 0.5314 1.0630 0.5319 1.0978 0.6439 0.0005 2451253.5580 -0.6106 0.4415 0.9900 0.9877 0.5314 1.0871 0.5319 1.1059 0.8222 0.0008 2451254.5550 -0.5196 0.2335 0.9999 0.9910 0.5315 1.0738 0.5319 1.1122 0.6577 0.0007 2451261.5950 -0.5416 0.2483 0.9934 1.0036 0.5314 1.0725 0.5319 1.1033 0.7019 0.0006 2451264.5560 -0.5086 0.2410 0.9954 1.0056 0.5314 1.0797 0.5319 1.0994 0.8015 0.0006 621 2451444.8800 -0.3351 0.1586 0.9977 1.0443 0.5315 1.1059 0.5320 1.0461 2.2953 0.0007 2451458.8810 -0.2698 0.2576 1.0007 1.0343 0.5315 1.1094 0.5320 1.0443 2.4685 0.0008 2451479.8100 -0.2878 0.2422 0.9964 1.0281 0.5315 1.0967 0.5320 1.0392 2.4689 0.0008 2451490.8180 -0.1549 0.3145 1.0090 1.0433 0.5315 1.1218 0.5321 1.0444 2.7436 0.0011 2451491.7760 -0.1888 0.3199 1.0051 1.0455 0.5315 1.0981 0.5320 1.0436 2.2526 0.0007 2451499.7950 -0.2662 0.2709 0.9999 1.0440 0.5315 1.1011 0.5320 1.0444 2.2782 0.0007 2451500.8040 -0.1787 0.4239 1.0017 1.0238 0.5315 1.1145 0.5320 1.0455 2.5191 0.0008 2451523.7620 -0.3822 0.5238 0.9940 1.0613 0.5315 1.1238 0.5316 1.0626 1.9790 0.0009 2451531.6940 -0.2605 0.2229 1.0004 1.0642 0.5315 1.1158 0.5316 1.0687 1.6855 0.0007 2451568.6370 -0.2675 0.4450 0.9942 1.0349 0.5315 1.1172 0.5321 1.0463 2.5310 0.0009 2451571.6100 -0.3324 0.3696 0.9957 1.0511 0.5315 1.1118 0.5316 1.0557 2.0082 0.0009 2451583.6330 -0.2094 0.2937 0.9961 1.0508 0.5315 1.1072 0.5316 1.0534 2.0078 0.0013 2451586.5230 -0.1983 0.3987 0.9959 1.0353 0.5315 1.1064 0.5321 1.0638 1.6684 0.0015 2451586.6110 -0.1997 0.5047 0.9993 1.0517 0.5315 1.1222 0.5316 1.0545 2.2397 0.0011 2451603.5790 -0.0694 1.6248 1.0200 1.0058 0.5315 1.1602 0.5321 1.1179 1.3588 0.0034 2451606.6760 -0.1946 0.2206 1.0019 1.0597 0.5315 1.1125 0.5316 1.0593 1.8978 0.0007 2451608.5500 -0.3225 0.2675 0.9954 1.0369 0.5315 1.1265 0.5320 1.0563 2.2471 0.0011 2451609.6020 -0.2801 0.5015 0.9935 1.0620 0.5315 1.1254 0.5316 1.0652 1.9218 0.0012 2451804.8790 -0.3168 0.2756 1.0004 1.1056 0.5316 1.1364 0.5316 1.1082 1.2609 0.0008 2451828.8670 -0.0881 0.2587 1.0039 1.0439 0.5316 1.1043 0.5321 1.0548 1.9036 0.0007 2451838.8120 -0.1231 1.2081 0.9964 1.0049 0.5316 1.1187 0.5320 1.0574 2.0665 0.0033 2451847.8560 -0.5350 0.9645 0.9794 1.0439 0.5316 1.1221 0.5320 1.0814 1.4995 0.0016 2451853.8620 -0.2139 0.2328 1.0001 1.0315 0.5315 1.1109 0.5320 1.0620 1.7893 0.0015 2451901.6930 -0.0617 0.3213 1.0077 1.0231 0.5315 1.0969 0.5320 1.0626 1.5481 0.0008 2451920.7110 -0.2791 0.3765 0.9951 1.0467 0.5316 1.0850 0.5321 1.0746 1.1389 0.0008 2451930.7370 -0.1876 0.3506 1.0012 1.0334 0.5315 1.0849 0.5320 1.0604 1.4056 0.0007 2451935.6380 -0.2970 0.2858 0.9971 1.0423 0.5315 1.0801 0.5320 1.0708 1.1314 0.0009 2451937.6410 -0.1897 0.2154 0.9995 1.0258 0.5315 1.0736 0.5321 1.0615 1.1972 0.0005 Continued on Next Page… Table C.525 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2451951.6770 -0.2609 0.1719 0.9991 1.0269 0.5313 1.0583 0.5321 1.0623 0.9344 0.0004 2451959.6940 -0.0277 0.3597 1.0080 1.0151 0.5315 1.0638 0.5320 1.0613 1.0397 0.0010 2451961.6370 -0.2076 0.5044 0.9970 0.9981 0.5316 1.0492 0.5320 1.0646 0.7623 0.0009 2451964.5630 -0.3049 0.3003 0.9940 1.0076 0.5315 1.0431 0.5321 1.0624 0.6907 0.0005 2451970.6490 -0.1888 0.3260 0.9988 0.9805 0.5315 1.0377 0.5320 1.0710 0.5306 0.0006 2451976.6120 -0.3135 0.3545 0.9954 1.0080 0.5315 1.0501 0.5320 1.0799 0.6264 0.0009 2451980.6590 -0.2743 0.2697 1.0004 0.9987 0.5313 1.0498 0.5320 1.0776 0.6409 0.0007 2451986.6640 -0.3354 0.3067 0.9965 1.0059 0.5315 1.0455 0.5319 1.0718 0.6336 0.0037 2451987.6480 -0.2306 0.1061 1.0014 0.9971 0.5315 1.0332 0.5319 1.0759 0.4374 0.0012 2452191.7930 -0.1473 0.1363 1.0065 0.9996 0.5313 1.0257 0.5319 1.1044 0.2459 0.0004 2452216.8220 -0.3039 0.5857 0.9982 0.9768 0.5313 1.0318 0.5319 1.1177 0.2705 0.0009 2452219.7610 -0.2293 0.1608 1.0048 1.0008 0.5313 1.0316 0.5319 1.1140 0.2772 0.0004 2452221.7260 -0.1698 0.1667 0.9996 0.9861 0.5313 1.0203 0.5319 1.1298 0.1564 0.0006 2452235.7800 -0.3169 0.1614 0.9976 0.9979 0.5312 1.0243 0.5319 1.1154 0.2104 0.0004 2452265.7410 -0.3035 0.1784 0.9978 1.0040 0.5313 1.0268 0.5319 1.1136 0.2358 0.0004 2452294.6680 -0.3541 0.5108 0.9931 0.9261 0.5312 1.0421 0.5319 1.1373 0.3062 0.0010 2452294.6890 -0.2504 0.3456 0.9984 0.9324 0.5312 1.0308 0.5319 1.1247 0.2470 0.0006 2452296.7070 -0.1402 0.2125 1.0069 0.9078 0.5314 1.0286 0.5319 1.1264 0.2260 0.0005 2452301.7270 -0.2040 0.1933 1.0037 0.9864 0.5314 1.0342 0.5319 1.1286 0.2655 0.0004 2452307.6960 -0.2644 0.2956 1.0025 0.9736 0.5314 1.0376 0.5319 1.1169 0.3214 0.0005 2452311.7230 -0.3262 0.3969 0.9951 0.9807 0.5314 1.0471 0.5319 1.1072 0.4393 0.0010 2452314.7090 -0.3105 0.3134 0.9984 0.9633 0.5314 1.0419 0.5319 1.1146 0.3659 0.0005 2452323.6370 -0.1966 0.5773 0.9979 0.9471 0.5314 1.0274 0.5319 1.0924 0.2967 0.0009 622 2452328.6800 -0.2189 0.1226 1.0031 0.9519 0.5314 1.0343 0.5319 1.1201 0.2859 0.0004 2452335.5640 -0.2623 0.3245 0.9997 0.9529 0.5314 1.0382 0.5319 1.1215 0.3149 0.0006 2452361.6510 -0.3000 0.4109 1.0012 0.9986 0.5313 1.0363 0.5319 1.1298 0.2797 0.0009 2452586.8520 -0.3217 0.1955 1.0003 0.9814 0.5314 1.0466 0.5319 1.1067 0.4364 0.0007 2452646.6910 -0.1802 0.3679 1.0080 0.9722 0.5315 1.0558 0.5319 1.1116 0.5003 0.0007 2452646.7120 -0.2666 0.3369 1.0052 0.9758 0.5314 1.0508 0.5319 1.1096 0.4632 0.0006 2452657.6550 -0.3187 0.2149 0.9985 0.9642 0.5314 1.0561 0.5319 1.1056 0.5312 0.0007 2452669.6030 -0.5247 1.0382 0.9934 0.9127 0.5315 1.0676 0.5319 1.1156 0.5848 0.0020 2452669.7350 -0.3070 0.3139 1.0036 0.9376 0.5315 1.0617 0.5319 1.0941 0.6558 0.0011 2452676.7210 -0.3321 0.2800 0.9989 1.0114 0.5313 1.0449 0.5318 1.1019 0.4411 0.0006 2452684.7660 -0.2728 0.3593 1.0006 1.0075 0.5313 1.0434 0.5318 1.1070 0.4057 0.0007 2452690.5510 -0.3087 0.2826 1.0018 1.0251 0.5313 1.0549 0.5318 1.1078 0.5090 0.0007 2452691.6780 -0.2635 0.1543 1.0051 0.9778 0.5313 1.0489 0.5318 1.0988 0.4954 0.0005 2452697.6420 -0.2375 0.2139 1.0048 0.9892 0.5313 1.0440 0.5318 1.0928 0.4746 0.0005 2452698.6390 -0.3438 0.2772 1.0007 0.9612 0.5314 1.0501 0.5318 1.1064 0.4705 0.0006 2452701.6610 -0.2014 0.3007 1.0081 0.9852 0.5314 1.0500 0.5318 1.0879 0.5687 0.0006 2452705.6140 -0.2006 0.3242 1.0088 0.9508 0.5314 1.0605 0.5319 1.0827 0.7320 0.0012 2452709.6210 -0.3293 0.1775 1.0004 0.9472 0.5314 1.0561 0.5319 1.0828 0.6785 0.0006 2452712.5740 -0.3371 0.2223 0.9989 0.9459 0.5314 1.0587 0.5319 1.0785 0.7483 0.0005 2452713.6460 -0.2812 0.1652 1.0009 0.9562 0.5314 1.0573 0.5318 1.0691 0.8285 0.0005 2452714.6220 -0.3095 0.1314 1.0014 0.9463 0.5314 1.0576 0.5319 1.0799 0.7208 0.0004 2452722.6130 -0.3334 0.1945 0.9999 0.9889 0.5313 1.0558 0.5319 1.0761 0.7329 0.0005 2452739.5960 -0.2858 0.1672 1.0019 0.9443 0.5314 1.0573 0.5319 1.0745 0.7696 0.0010 2452740.5590 -0.3448 0.1888 1.0014 0.9484 0.5315 1.0593 0.5319 1.0755 0.7854 0.0005 2452741.5820 -0.1987 0.2556 1.0088 0.9393 0.5314 1.0626 0.5319 1.0802 0.7809 0.0017 2452742.5720 -0.3836 0.2652 0.9992 0.9626 0.5314 1.0580 0.5319 1.0750 0.7738 0.0007 2452743.5820 -0.4632 0.2692 0.9928 0.9541 0.5314 1.0562 0.5319 1.0818 0.6874 0.0005 2452757.5540 -0.3503 0.1569 0.9980 0.9415 0.5315 1.0487 0.5319 1.0858 0.5673 0.0004 Continued on Next Page… Table C.525 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2452766.5510 -0.2295 1.8068 1.0013 1.0165 0.5312 1.0802 0.5319 1.1264 0.6347 0.0032 2452828.8610 -0.3137 0.1681 1.0040 0.9650 0.5314 1.0722 0.5319 1.0627 1.1515 0.0005 2452952.8250 -0.4375 0.1249 0.9956 1.0140 0.5314 1.0868 0.5320 1.0577 1.5056 0.0005 2452964.7720 -0.3864 0.1238 0.9953 1.0258 0.5314 1.0841 0.5319 1.0524 1.6050 0.0005 2452975.6860 -0.3583 0.2246 0.9968 1.0286 0.5314 1.0859 0.5320 1.0497 1.7274 0.0006 2453025.6700 -0.2912 0.3982 0.9993 1.0365 0.5315 1.1030 0.5321 1.0490 2.1010 0.0010 2453052.5710 -0.3826 0.2691 0.9912 1.0337 0.5315 1.0983 0.5320 1.0601 1.6350 0.0012 2453054.6420 -0.4020 0.4635 0.9893 1.0348 0.5314 1.0984 0.5320 1.0672 1.4655 0.0013 2453063.6670 -0.3651 0.3219 0.9964 1.0398 0.5314 1.0831 0.5319 1.0543 1.5304 0.0007 2453064.6390 -0.3336 0.4282 0.9967 1.0183 0.5315 1.0954 0.5320 1.0563 1.6962 0.0009 2453078.5920 -0.1935 0.2156 0.9994 0.9840 0.5315 1.0568 0.5320 1.0706 0.8040 0.0012 2453107.5420 -0.1758 0.1565 1.0028 1.0322 0.5315 1.0971 0.5320 1.0408 2.3823 0.0007 2453112.6040 -0.3297 0.1877 0.9940 1.0388 0.5315 1.1015 0.5320 1.0509 1.9939 0.0023 2453284.8070 -0.3161 0.3795 1.0006 1.0616 0.5315 1.1057 0.5321 1.0652 1.6204 0.0009 2453288.8500 -0.6755 1.0021 0.9770 1.0761 0.5315 1.1209 0.5320 1.0747 1.6183 0.0023 2453312.8550 -0.2732 0.2902 0.9982 1.0161 0.5315 1.1034 0.5320 1.0621 1.6644 0.0009 2453315.7760 -0.3280 0.2072 0.9990 1.0260 0.5315 1.1028 0.5320 1.0640 1.6073 0.0009 2453316.8470 -0.3379 0.3175 1.0000 1.0466 0.5315 1.1094 0.5321 1.0640 1.7088 0.0008 2453318.8410 -0.3524 0.1684 0.9979 1.0317 0.5315 1.1117 0.5320 1.0658 1.6981 0.0005 2453319.7820 -0.3366 0.2870 1.0006 1.0306 0.5315 1.1122 0.5320 1.0698 1.6065 0.0007 2453322.7520 0.0019 0.2389 1.0055 1.0190 0.5315 1.1030 0.5320 1.0685 1.5036 0.0044 2453323.8420 -0.3165 0.1963 1.0002 0.9788 0.5315 1.1041 0.5319 1.0667 1.5598 0.0018 2453343.7230 -0.3333 0.2573 0.9949 1.0176 0.5315 1.1067 0.5320 1.0689 1.5492 0.0008 623 2453385.6380 -0.0623 0.5837 1.0040 0.9889 0.5315 1.0700 0.5320 1.0714 0.9811 0.0021 2453386.5360 0.6116 0.6863 0.9975 0.9851 0.5316 1.0894 0.5320 1.0802 1.1140 0.0026 2453388.6110 -0.0851 0.3550 1.0031 1.0430 0.5315 1.0744 0.5320 1.0761 0.9783 0.0067 2453398.6400 -0.1387 0.5337 0.9988 1.0337 0.5315 1.0786 0.5320 1.0802 0.9803 0.0036 2453412.6440 -0.0170 0.4713 1.0048 1.0122 0.5315 1.0609 0.5321 1.0637 0.9546 0.0015 2453414.6270 -0.2683 0.5144 0.9847 1.0068 0.5316 1.0451 0.5320 1.0770 0.5866 0.0017 2453426.6030 -0.0431 0.7600 1.0051 0.9991 0.5315 1.0631 0.5320 1.0706 0.8932 0.0016 2453433.5710 -1.6275 1.0213 0.8988 1.0107 0.5316 1.0607 0.5320 1.0798 0.7602 0.0020 2453445.5480 0.0227 0.9240 1.0094 0.9910 0.5315 1.0611 0.5320 1.0587 1.0402 0.0032 2453458.5790 -0.2671 0.2943 0.9966 0.9532 0.5315 1.0698 0.5320 1.0795 0.8784 0.0009 2453460.5900 -0.2213 0.4463 0.9989 0.9256 0.5315 1.0728 0.5320 1.0735 0.9904 0.0019 2453466.5430 -0.1581 0.2334 1.0020 1.0001 0.5316 1.0459 0.5320 1.0710 0.6468 0.0008 2453469.5860 -0.2275 0.4448 0.9985 0.9403 0.5315 1.0485 0.5320 1.0890 0.5451 0.0037 2453474.5850 -0.2217 0.1646 0.9974 0.9679 0.5315 1.0435 0.5320 1.0683 0.6365 0.0040 2453475.5620 -0.5240 0.4524 0.9787 0.9836 0.5315 1.0484 0.5320 1.0790 0.6130 0.0012 2453476.5960 -0.0145 0.3636 1.0009 0.9513 0.5314 1.0455 0.5320 1.0750 0.6069 0.0020 2453482.5420 -0.1262 0.4020 1.0116 1.0064 0.5315 1.0526 0.5320 1.0754 0.6978 0.0012 2453640.8800 -0.2645 0.8129 0.9917 0.8837 0.5312 1.0460 0.5319 1.1241 0.3709 0.0057 2453640.8960 0.1762 0.6452 1.0038 0.9162 0.5313 1.0386 0.5319 1.1056 0.3652 0.0092 2453673.8730 -0.1765 0.2599 1.0033 0.9527 0.5314 1.0376 0.5319 1.1041 0.3611 0.0005 2453685.9680 0.0039 0.5565 1.0117 0.9550 0.5315 1.0614 0.5319 1.1060 0.5787 0.0009 2453710.7240 -0.2445 0.2514 1.0039 0.9844 0.5314 1.0434 0.5319 1.1119 0.3883 0.0011 2453712.7650 -0.3451 0.6109 0.9972 0.9887 0.5314 1.0507 0.5319 1.1125 0.4502 0.0010 2453722.7040 -0.1625 0.4502 1.0089 0.9435 0.5313 1.0414 0.5319 1.1126 0.3675 0.0006 2453744.6970 -0.3331 0.7091 0.9938 0.9084 0.5313 1.0518 0.5319 1.1213 0.4271 0.0018 2453750.8110 -0.2916 0.2684 1.0004 0.9987 0.5313 1.0372 0.5319 1.1156 0.3215 0.0008 2453768.7590 -0.4183 0.1629 0.9962 0.9816 0.5313 1.0437 0.5319 1.1158 0.3773 0.0007 2453781.7210 -0.3911 0.4124 1.0002 0.9775 0.5314 1.0514 0.5319 1.1078 0.4764 0.0008 Continued on Next Page… Table C.525 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2453788.6050 -0.2245 0.5468 1.0046 1.0058 0.5313 1.0393 0.5319 1.1068 0.3681 0.0016 2453790.6380 -0.1286 0.4550 1.0000 0.9488 0.5314 1.0489 0.5319 1.1090 0.4489 0.0011 2453798.6620 -0.2546 0.4294 1.0054 0.9529 0.5314 1.0519 0.5319 1.1119 0.4635 0.0007 2453801.5250 -0.3241 0.3279 1.0007 0.9811 0.5314 1.0540 0.5319 1.1106 0.4884 0.0010 2453813.6330 -0.1749 0.3560 1.0087 0.9424 0.5314 1.0522 0.5319 1.1113 0.4689 0.0008 2453816.5870 -0.1923 0.3723 1.0072 0.9370 0.5314 1.0493 0.5319 1.1089 0.4530 0.0008 2453831.5640 -0.4085 0.2389 0.9975 0.9530 0.5314 1.0492 0.5319 1.1395 0.3530 0.0012 2453834.5740 -0.2341 0.4506 1.0044 0.9658 0.5314 1.0525 0.5319 1.1008 0.5211 0.0008 2453840.6060 -0.1872 0.4074 1.0036 0.9661 0.5314 1.0537 0.5319 1.1274 0.4215 0.0007 2453987.8720 -0.3263 0.3388 1.0043 0.9926 0.5314 1.0567 0.5319 1.0997 0.5682 0.0007 2454005.8390 -0.5067 0.2705 0.9935 0.9563 0.5313 1.0670 0.5318 1.0919 0.7294 0.0005 2454034.7470 0.0110 0.4593 1.0254 0.9285 0.5315 1.0584 0.5319 1.0831 0.7033 0.0009 2454041.8750 -0.3835 0.4246 1.0023 1.0054 0.5315 1.0686 0.5319 1.0861 0.7972 0.0009 2454043.7960 -0.3574 0.4427 1.0051 0.9645 0.5314 1.0860 0.5319 1.0767 1.1208 0.0009 2454060.7720 -0.3897 0.1545 0.9959 1.0049 0.5314 1.0656 0.5319 1.0765 0.8581 0.0006 2454079.6360 -0.4325 0.2958 0.9963 0.9855 0.5314 1.0658 0.5319 1.0719 0.9146 0.0015 2454089.8020 -0.3220 0.3305 1.0023 1.0338 0.5315 1.0557 0.5319 1.0473 1.1788 0.0008 2454103.7820 -0.3671 0.2540 0.9906 1.0012 0.5314 1.0644 0.5319 1.0380 1.6971 0.0008 2454117.7010 -0.5107 0.6447 0.9912 1.0335 0.5315 1.0853 0.5323 1.0719 1.1865 0.0016 2454136.5440 -0.2855 0.3134 0.9956 1.0208 0.5314 1.0724 0.5320 1.0451 1.6067 0.0009 2454165.6180 -0.1658 0.4968 1.0043 1.0185 0.5314 1.0934 0.5321 1.0623 1.4993 0.0082 2454206.5620 -0.0911 0.2707 1.0049 1.0275 0.5314 1.0888 0.5320 1.0369 2.4057 0.0008 2454211.5560 -0.2248 0.1243 0.9964 1.0272 0.5314 1.0826 0.5321 1.0353 2.3389 0.0007 624 2454220.5520 -0.1616 0.1467 1.0019 1.0217 0.5314 1.0798 0.5320 1.0385 2.0701 0.0007 2454344.9050 -0.2017 0.1858 1.0001 1.0471 0.5315 1.0865 0.5316 1.0398 2.1739 0.0009 2454367.8830 -0.2682 0.3269 0.9975 1.0536 0.5315 1.0925 0.5316 1.0492 1.8778 0.0009 2454379.8690 -0.5183 0.1750 0.9753 1.0470 0.5315 1.0934 0.5320 1.0430 2.1704 0.0011 2454407.7580 -0.0943 0.2229 1.0029 1.0172 0.5315 1.0830 0.5320 1.0417 1.9909 0.0009 2454488.6700 -0.0078 0.7395 1.0065 1.0511 0.5316 1.0874 0.5321 1.0533 1.6395 0.0014 2454550.6370 -0.1623 0.3448 1.0011 1.0366 0.5315 1.1069 0.5320 1.0464 2.3023 0.0014 2454562.5570 -0.3360 0.2216 0.9900 1.0218 0.5315 1.0913 0.5320 1.0565 1.6160 0.0009 2454712.9320 -0.1445 0.1913 0.9982 1.0084 0.5315 1.0632 0.5320 1.0612 1.0314 0.0010 2454749.9210 -0.0233 0.2661 1.0041 0.9973 0.5315 1.0656 0.5320 1.0620 1.0589 0.0013 2454761.9020 -0.0314 0.5007 1.0138 1.0029 0.5315 1.0639 0.5319 1.0672 0.9516 0.0014 2454775.9230 -0.0715 0.3396 1.0114 1.0060 0.5315 1.0642 0.5320 1.0689 0.9323 0.0010 2454797.8330 -0.1515 0.3413 1.0033 0.9946 0.5315 1.0508 0.5320 1.0656 0.7738 0.0006 2454854.6450 -0.1915 0.3248 1.0062 1.0116 0.5315 1.0682 0.5320 1.0750 0.9091 0.0009 2454868.6440 -0.1559 0.3284 1.0046 1.0177 0.5314 1.0699 0.5320 1.0695 1.0044 0.0011 2454892.6670 -0.0716 0.6820 0.9995 1.0096 0.5314 1.0823 0.5319 1.0412 1.9953 0.0015 2454911.6490 0.0146 0.9854 1.0169 0.9981 0.5314 1.0723 0.5319 1.0893 0.8098 0.0020 2454926.5560 -0.0824 0.4010 1.0071 0.9891 0.5315 1.0548 0.5319 1.0624 0.8780 0.0016 2455079.8810 -0.2318 0.4507 0.9965 0.9784 0.5314 1.0652 0.5319 1.0530 1.2305 0.0015 2455123.9290 -0.0156 0.5512 1.0076 1.0129 0.5314 1.0690 0.5319 1.0610 1.1312 0.0019 2455141.8230 -0.0354 0.3937 1.0025 1.0122 0.5315 1.0521 0.5320 1.0667 0.7802 0.0019 2455164.7930 -0.0448 0.3865 0.9992 1.0104 0.5314 1.0313 0.5320 1.0380 0.8225 0.0010 2455169.8980 0.0845 0.3662 1.0114 0.9783 0.5316 1.0434 0.5319 1.0833 0.5203 0.0017 2455225.6920 0.3004 0.4277 1.0137 1.0006 0.5314 1.0565 0.5318 1.0270 2.0924 0.0018 2455242.6670 0.1302 0.7495 1.0053 1.0250 0.5315 1.0446 0.5319 1.0533 0.8371 0.0020 2455259.5320 0.0052 0.2200 1.0051 1.0182 0.5315 1.0450 0.5320 1.0304 1.4801 0.0018 2455282.5690 0.1707 0.4039 1.0133 1.0072 0.5315 1.0229 0.5319 1.0291 0.7888 0.0027 2455477.9280 0.0696 0.4942 0.9963 0.9939 0.5313 1.0319 0.5322 1.0289 1.1038 0.0018 Continued on Next Page… Table C.525 – Continued Central V Peak V Peak R Peak R Peak HJD EqW σ(EqW) Continuum Height Position Height Position Height V/R σ(V/R) 2455512.7710 0.0768 0.1285 1.0081 1.0015 0.5313 1.0179 0.5316 1.0102 1.7573 0.0009 2455607.6710 0.0513 0.3299 1.0010 0.9937 0.5312 1.0289 0.5323 1.0088 3.2826 0.0012 2456956.8630 -0.0750 0.0956 1.0026 0.9879 0.5314 1.0312 0.5320 1.0448 0.6964 0.0005 2456995.7060 -0.2145 0.1947 0.9999 0.9986 0.5314 1.0444 0.5321 1.0457 0.9719 0.0006 2456998.7810 -0.3069 0.2279 0.9933 1.0004 0.5313 1.0384 0.5320 1.0509 0.7553 0.0005 2457312.7100 -0.1930 0.4543 0.9982 0.9590 0.5313 1.0428 0.5320 1.0512 0.8372 0.0013 2457312.7310 -0.2008 0.4203 1.0035 0.9800 0.5313 1.0546 0.5321 1.0587 0.9304 0.0015 2457314.7150 -0.0890 0.3268 1.0054 0.9693 0.5314 1.0469 0.5320 1.0592 0.7923 0.0007 2457321.7050 -0.0849 0.4941 1.0034 0.9989 0.5314 1.0497 0.5321 1.0429 1.1581 0.0018 2457329.8160 -0.3553 0.6452 0.9844 0.9611 0.5313 1.0403 0.5320 1.0500 0.8056 0.0023 2457330.8170 -1.4391 0.4055 0.9112 0.9672 0.5314 1.0455 0.5320 1.0550 0.8272 0.0018 2457334.7930 -0.1264 0.1975 0.9999 0.9649 0.5314 1.0458 0.5320 1.0476 0.9614 0.0010 2457334.8060 -0.0731 0.3574 1.0050 0.9784 0.5314 1.0431 0.5320 1.0494 0.8718 0.0009 2457342.9170 -0.1191 0.2891 1.0016 0.9854 0.5313 1.0438 0.5320 1.0504 0.8687 0.0008 2457346.7750 -0.2127 0.2560 1.0058 0.9946 0.5314 1.0580 0.5320 1.0590 0.9827 0.7844 2457407.6640 -0.3859 0.3720 0.9951 1.0089 0.5314 1.0629 0.5321 1.0696 0.9039 0.0008 2457411.5160 -0.1188 0.2314 1.0057 0.9877 0.5314 1.0493 0.5321 1.0434 1.1357 0.0008 2457417.5910 -0.2360 0.3082 0.9975 0.9685 0.5314 1.0523 0.5320 1.0564 0.9267 0.0011 2457420.5660 -0.2111 0.1100 0.9982 0.9907 0.5314 1.0465 0.5320 1.0591 0.7871 0.0005 2457502.5550 -0.2475 0.3032 1.0000 0.9924 0.5314 1.0478 0.5320 1.0600 0.7965 0.0008 625 Table C.526: ζ Tau Na II Measurements

HJD EqW σ(EqW) Continuum 2449779.6440 0.2801 0.1851 0.9996 2450130.6740 1.2510 0.3052 0.9981 2450505.5750 1.1461 0.1904 0.9918 2450518.6370 0.7997 0.2939 0.9797 2450541.6030 0.5476 0.2831 0.9801 2450718.8980 0.9576 0.2156 0.9881 2450727.8880 0.9358 0.2216 0.9774 2450770.7680 1.4605 0.1470 0.9971 2450779.8040 1.4680 0.1465 0.9971 2450845.6380 0.9705 0.1492 0.9920 2450853.6740 0.9199 0.1768 0.9923 2450859.5230 1.0859 0.1440 0.9938 2450903.5560 0.8367 0.1843 0.9782 2450910.5310 1.3978 0.1453 0.9913 2450916.5390 1.5085 0.1788 0.9859 2450921.5600 1.5148 0.1705 0.9914 2450924.5510 1.4553 0.1633 0.9816 2451144.8340 0.6415 0.2118 0.9937 2451145.8400 0.5346 0.2083 0.9868 2451149.8540 0.6056 0.2578 0.9919 2451156.7680 0.5429 0.2788 0.9922 2451157.7950 0.6660 0.1567 0.9970 Continued on Next Page… Table C.526 – Continued

HJD EqW σ(EqW) Continuum 2451223.6710 0.4764 0.2096 0.9960 2451224.6530 0.4107 0.1965 0.9897 2451225.6650 0.3620 0.2119 0.9900 2451231.6160 0.6351 0.2619 0.9989 2451239.6340 0.3238 0.3105 0.9935 2451242.5750 0.2807 0.3926 0.9873 2451250.5750 0.5062 0.2773 0.9977 2451252.5650 0.4657 0.1675 0.9955 2451253.5580 0.3518 0.2847 0.9906 2451254.5550 0.4579 0.2320 0.9879 2451261.5950 0.3757 0.1624 0.9910 2451264.5560 0.3068 0.1767 0.9908 2451444.8800 0.6169 0.1650 0.9828 2451458.8810 0.5155 0.2882 0.9880 2451479.8100 0.5530 0.2136 0.9858 2451490.8180 0.6508 0.2233 0.9864 2451491.7760 0.5834 0.2044 0.9849 2451499.7950 0.8208 0.2179 0.9931 2451500.8040 0.8243 0.2600 0.9928 2451523.7620 0.7443 0.2329 0.9957 2451531.6940 0.8180 0.2025 0.9953 2451568.6370 0.8619 0.2340 0.9941 2451571.6100 0.9252 0.2270 0.9979 626 2451583.6330 0.9874 0.2047 0.9943 2451586.5230 1.0652 0.3757 0.9974 2451586.6110 1.0239 0.3164 0.9949 2451606.6760 0.9241 0.2013 0.9924 2451608.5500 0.8871 0.3819 0.9849 2451609.6020 1.0104 0.4620 0.9840 2451804.8790 0.9639 0.1950 0.9858 2451828.8670 1.2887 0.1785 0.9954 2451838.8120 1.3001 0.4418 0.9810 2451847.8560 1.3162 0.5882 0.9907 2451853.8620 1.3715 0.1727 0.9898 2451901.6930 1.2541 0.2780 0.9954 2451920.7110 1.0807 0.2789 0.9934 2451930.7370 1.1791 0.2163 0.9944 2451935.6380 1.0154 0.2265 0.9912 2451937.6410 1.2951 0.1588 0.9966 2451951.6770 1.3848 0.1323 0.9960 2451959.6940 1.0604 0.2898 0.9877 2451961.6370 1.2938 0.3143 0.9951 2451964.5630 1.2632 0.1728 0.9938 2451970.6490 1.4684 0.2307 0.9930 2451976.6120 1.2617 0.2637 0.9931 2451980.6590 1.3159 0.2717 0.9923 2451986.6640 1.1694 0.1858 0.9916 2451987.6480 1.3859 0.1410 0.9954 2452191.7930 0.8278 0.1673 0.9822 2452216.8220 0.9869 0.2851 0.9943 2452219.7610 1.0888 0.1368 0.9923 Continued on Next Page… Table C.526 – Continued

HJD EqW σ(EqW) Continuum 2452221.7260 1.1363 0.1961 0.9825 2452235.7800 1.1003 0.1293 0.9895 2452265.7410 1.1020 0.1378 0.9908 2452294.6680 0.9252 0.4012 0.9875 2452294.6890 1.0931 0.2389 0.9931 2452296.7070 1.1078 0.1778 0.9937 2452301.7270 1.2076 0.1519 0.9913 2452307.6960 1.1727 0.1880 0.9962 2452311.7230 0.8198 0.4333 0.9903 2452314.7090 1.0086 0.1889 0.9884 2452323.6370 1.0290 0.3496 0.9922 2452328.6800 0.9078 0.1754 0.9941 2452335.5640 0.7205 0.2468 0.9869 2452361.6510 0.6718 0.3299 0.9895 2452586.8520 0.4727 0.1663 0.9905 2452646.6910 0.4654 0.2747 0.9957 2452646.7120 0.4755 0.2150 0.9971 2452657.6550 0.6394 0.1795 0.9971 2452669.6030 0.6614 0.7627 0.9969 2452669.7350 0.5620 0.2524 0.9926 2452676.7210 0.4416 0.1613 0.9923 2452684.7660 0.3737 0.2232 0.9889 2452690.5510 0.4614 0.2600 0.9958 627 2452691.6780 0.4243 0.1572 0.9943 2452697.6420 0.4023 0.1677 0.9941 2452698.6390 0.4507 0.2053 0.9939 2452701.6610 0.4671 0.1943 0.9977 2452705.6140 0.4345 0.1563 0.9951 2452709.6210 0.4676 0.1584 0.9961 2452712.5740 0.3439 0.1515 0.9911 2452713.6460 0.2854 0.1662 0.9841 2452714.6220 0.1766 0.1396 0.9821 2452722.6130 0.3309 0.2100 0.9866 2452739.5960 0.3239 0.1562 0.9917 2452740.5590 0.2640 0.1269 0.9887 2452741.5820 0.1656 0.1920 0.9848 2452742.5720 0.0489 0.2556 0.9798 2452743.5820 0.1704 0.1733 0.9824 2452757.5540 0.1251 0.1207 0.9786 2452766.5510 0.0094 1.2092 0.9826 2452828.8610 0.4572 0.1616 0.9819 2452952.8250 0.6555 0.1412 0.9945 2452964.7720 0.4846 0.1164 0.9882 2452975.6860 0.6011 0.1657 0.9966 2453025.6700 0.6710 0.3078 0.9956 2453052.5710 0.6623 0.2733 0.9984 2453054.6420 0.6020 0.3787 0.9931 2453063.6670 0.6532 0.1870 0.9949 2453064.6390 0.6471 0.2423 0.9941 2453078.5920 1.4075 0.2092 0.9955 2453107.5420 0.7497 0.1486 0.9905 Continued on Next Page… Table C.526 – Continued

HJD EqW σ(EqW) Continuum 2453112.6040 0.3543 0.1763 0.9637 2453284.8070 0.8434 0.3061 0.9915 2453288.8500 0.8692 0.4503 0.9881 2453312.8550 0.8944 0.2380 0.9911 2453315.7760 0.8417 0.1719 0.9854 2453316.8470 0.8156 0.1923 0.9882 2453318.8410 0.8982 0.1484 0.9934 2453319.7820 0.9007 0.1759 0.9898 2453322.7520 0.6816 0.2482 0.9865 2453323.8420 0.7324 0.1805 0.9890 2453343.7230 0.8749 0.2399 0.9887 2453385.6380 1.3637 0.3149 0.9877 2453386.5360 1.4852 0.4096 0.9941 2453388.6110 1.6996 0.3506 0.9996 2453398.6400 1.7354 0.3818 0.9994 2453412.6440 1.4345 0.3340 0.9983 2453414.6270 1.5028 0.3018 0.9897 2453426.6030 1.3795 0.4181 0.9984 2453433.5710 1.1889 0.3875 0.9940 2453445.5480 1.4320 0.3310 0.9957 2453458.5790 1.4106 0.2610 0.9854 2453460.5900 1.4065 0.2403 0.9819 2453466.5430 1.2295 0.2978 0.9810 628 2453469.5860 1.2530 0.3068 0.9839 2453474.5850 1.1116 0.1752 0.9869 2453475.5620 1.1508 0.2438 0.9903 2453476.5960 1.2605 0.2526 0.9874 2453482.5420 1.0888 0.4333 0.9913 2453640.8800 1.8543 0.6868 0.9913 2453640.8960 1.4565 0.5467 0.9888 2453673.8730 1.2876 0.1718 0.9951 2453685.9680 0.8643 0.3407 0.9877 2453710.7240 1.0101 0.2308 0.9960 2453712.7650 1.0808 0.2930 0.9976 2453722.7040 1.1118 0.2122 0.9938 2453744.6970 0.6345 0.6487 0.9893 2453750.8110 0.6377 0.2669 0.9913 2453768.7590 0.6171 0.1667 0.9895 2453781.7210 0.7527 0.2709 0.9897 2453788.6050 0.8043 0.3667 0.9910 2453790.6380 0.7602 0.4593 1.0001 2453798.6620 0.7434 0.3082 0.9951 2453801.5250 0.6007 0.2681 0.9939 2453813.6330 0.7292 0.3044 0.9936 2453816.5870 0.6726 0.3713 0.9886 2453831.5640 0.6123 0.4117 0.9845 2453834.5740 0.7966 0.3482 0.9920 2453840.6060 -0.2775 0.3335 0.9515 2453987.8720 0.3455 0.2431 0.9823 2454005.8390 0.1869 0.2248 0.9725 2454034.7470 0.4951 0.2118 0.9917 Continued on Next Page… Table C.526 – Continued

HJD EqW σ(EqW) Continuum 2454041.8750 0.5537 0.3271 0.9958 2454043.7960 0.7062 0.3703 0.9984 2454060.7720 0.6069 0.3709 0.9939 2454079.6360 0.4989 0.2188 0.9907 2454089.8020 0.5347 0.3007 0.9945 2454103.7820 0.3693 0.2437 0.9927 2454117.7010 0.5967 0.5121 0.9983 2454136.5440 0.7329 0.3408 0.9974 2454165.6180 0.9612 0.4765 0.9993 2454206.5620 0.7598 0.1935 0.9901 2454211.5560 0.9110 0.1260 0.9901 2454220.5520 0.8335 0.1135 0.9867 2454344.9050 0.8218 0.1107 0.9899 2454367.8830 0.8086 0.1620 0.9901 2454379.8690 0.8759 0.1237 0.9879 2454407.7580 0.9393 0.1603 0.9938 2454488.6700 0.9718 0.3346 0.9921 2454550.6370 0.8032 0.2714 0.9944 2454562.5570 0.9294 0.2049 0.9922 2454712.9320 1.2898 0.1530 0.9892 2454749.9210 1.0401 0.1971 0.9928 2454761.9020 1.0835 0.2131 0.9998 2454775.9230 1.1579 0.1777 0.9961 629 2454797.8330 1.0196 0.2219 0.9982 2454854.6450 0.8863 0.2747 0.9960 2454868.6440 0.8210 0.2358 0.9964 2454892.6670 0.8157 0.3532 1.0019 2454911.6490 0.5284 0.6519 0.9863 2454926.5560 0.6121 0.2351 0.9940 2455079.8810 0.9166 0.2435 0.9967 2455123.9290 0.7545 0.3776 1.0002 2455141.8230 1.0330 0.4153 0.9996 2455164.7930 0.7522 0.2629 0.9962 2455169.8980 0.8922 0.4753 0.9981 2455225.6920 0.7575 0.3986 1.0033 2455242.6670 0.8686 0.3466 1.0001 2455259.5320 0.8640 0.2847 1.0014 2455282.5690 0.8844 0.4115 1.0053 2455477.9280 0.8495 0.4829 0.9980 2455512.7710 0.7919 0.1523 0.9945 2455607.6710 0.6774 0.3041 0.9930 2456956.8630 0.1128 0.1256 0.9973 2456995.7060 0.4490 0.1757 0.9961 2456998.7810 0.4536 0.1338 0.9959 2457312.7100 0.7675 0.2600 0.9955 2457312.7310 0.7613 0.3080 0.9956 2457314.7150 0.9262 0.1675 0.9936 2457321.7050 0.7623 0.3341 0.9919 2457329.8160 0.8293 0.2562 0.9898 2457330.8170 0.7565 0.2430 0.9928 2457334.7930 0.7814 0.1327 0.9956 Continued on Next Page… Table C.526 – Continued

HJD EqW σ(EqW) Continuum 2457334.8060 0.7376 0.1458 0.9968 2457342.9170 0.6371 0.1387 0.9954 2457346.7750 0.5623 0.1764 0.9950 2457407.6640 0.5766 0.2273 0.9963 2457411.5160 0.5594 0.1483 0.9956 2457417.5910 0.4365 0.1737 0.9938 2457420.5660 0.5527 0.1180 0.9954 2457502.5550 0.5632 0.1590 0.9921

Table C.527: ζ Tau Brγ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.9800 0.4000 1.0000 2.1658 0.0005 0.00020 2.1672 0.0005 0.00025 0.8070 0.0249 2453737.5000 -1.7290 0.4000 1.0000 2.1650 0.0003 0.00003 2.1671 0.0004 0.00023 0.1934 0.0040 2453982.5000 -3.3600 1.5930 0.9990 2.1651 0.0003 0.00006 2.1666 0.0005 0.00034 0.5524 0.0046 2454038.5000 -4.4350 1.5590 0.9990 2.1652 0.0005 0.00013 2.1667 0.0005 0.00035 0.5488 0.0087 2454070.5000 -4.3800 1.9630 0.9990 2.1700 0.0005 0.00012 2.1700 0.0005 0-Jan-00 0.4755 0.0060

630 2454149.5000 -4.4660 1.5530 0.9990 2.1660 0.0006 0.00018 2.1671 0.0005 0.00033 0.4855 0.1051 2454177.5000 -4.0710 1.1830 0.9990 2.1658 0.0005 0.00020 2.1672 0.0005 0.00025 0.8070 0.0249 2454217.5000 -2.2230 1.5040 0.9990 2.1656 0.0005 0.00014 2.1673 0.0004 0.00014 0.9561 0.0182 2454352.5000 -1.7150 1.5300 0.9990 2.1652 0.0004 0.00017 2.1672 0.0003 0.00006 2.2515 0.0586 2454382.5000 -1.0230 1.6070 0.9990 2.1652 0.0004 0.00014 2.1671 0.0003 0.00004 3.0221 0.1001 2454432.5000 -2.1150 1.6050 0.9990 2.1655 0.0004 0.00019 2.1673 0.0004 0.00007 2.5072 0.1064 2454698.5000 -0.7120 1.3820 0.9990 2.1653 0.0004 0.00014 2.1672 0.0005 0.00008 2.0058 0.0466 2454718.5000 -0.4100 0.9370 0.9990 2.1651 0.0003 0.00011 2.1674 0.0003 0.00005 2.2406 0.0578 2454754.5000 1.1890 1.2840 0.9990 2.1652 0.0003 0.00008 2.1674 0.0002 0.00004 1.2947 0.0373 2454796.5000 -0.3330 1.4840 1.0000 2.1651 0.0004 0.00011 2.1674 0.0004 0.00009 1.2839 0.0627 2454841.5000 -1.7860 1.3690 0.9990 2.1655 0.0004 0.00015 2.1676 0.0003 0.00009 1.4371 0.0291 2455157.5000 -4.1390 1.6850 0.9990 2.1652 0.0005 0.00018 2.1672 0.0005 0.00022 0.8943 0.0123 2455516.5000 -3.6900 1.1120 0.9990 2.1653 0.0005 0.00023 2.1672 0.0005 0.00024 0.9862 0.0191 2455536.5000 -3.4120 1.1130 0.9990 2.1652 0.0005 0.00021 2.1673 0.0004 0.00018 1.0675 0.0141 2455586.5000 -2.6760 0.9790 1.0000 2.1654 0.0004 0.00016 2.1674 0.0005 0.00020 0.9186 0.0124

Table C.528: ζ Tau Br 10 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -3.0080 0.4000 1.0030 1.7357 0.0008 0.00014 1.7374 0.0005 0.00022 0.5014 0.0767 2453737.5000 -0.7550 0.4000 0.9990 1.7356 0.0003 0.00002 1.7375 0.0003 0.00009 0.2352 0.0414 2453982.5000 -0.8010 0.4940 1.0000 1.7356 0.0003 0.00002 1.7372 0.0003 0.00011 0.3081 0.0117 2454038.5000 -1.3260 0.3800 1.0030 1.7356 0.0003 0.00004 1.7373 0.0003 0.00010 0.4007 0.0250 Continued on Next Page… Table C.528 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454070.5000 -1.4140 0.4550 1.0050 1.7358 0.0003 0.00003 1.7374 0.0003 0.00009 0.3294 0.0164 2454149.5000 -0.0780 0.2810 1.0000 1.7360 0.0003 0.00002 1.7376 0.0003 0.00004 0.5926 0.1616 2454177.5000 -0.0060 0.4490 1.0020 1.7362 0.0003 0.00004 1.7377 0.0003 0.00001 3.1202 0.1769 2454217.5000 0.5640 0.4870 1.0030 ·················· 10.0000 2.0000 2454352.5000 -0.4390 0.6140 1.0020 ·················· 10.0000 2.0000 2454382.5000 0.2580 0.5660 1.0030 ·················· 10.0000 2.0000 2454432.5000 0.0810 0.5230 1.0010 ·················· 8.0000 2.0000 2454698.5000 1.3580 0.4960 1.0010 ·················· 0.8000 0.2000 2454718.5000 1.2890 0.4870 1.0030 1.7357 0.0002 0.00002 1.7379 0.0002 0.00002 1.2197 0.0912 2454754.5000 1.1400 0.4770 1.0020 1.7358 0.0002 0.00002 1.7378 0.0002 0.00002 1.1288 0.0748 2454796.5000 -0.0430 0.3680 1.0020 1.7359 0.0004 0.00006 1.7376 0.0005 0.00008 0.8842 0.1389 2454841.5000 -0.4860 0.5200 1.0030 1.7361 0.0004 0.00006 1.7379 0.0003 0.00004 1.0710 0.0657 2455157.5000 -0.8270 0.4630 1.0020 1.7356 0.0004 0.00006 1.7377 0.0003 0.00008 0.6971 0.0234 2455516.5000 0.2870 0.2970 1.0000 1.7359 0.0003 0.00004 1.7376 0.0003 0.00005 0.9521 0.0786 2455536.5000 0.4610 0.3110 1.0010 1.7359 0.0003 0.00004 1.7378 0.0002 0.00002 1.0628 0.0697 2455586.5000 -0.4150 0.3830 1.0020 1.7359 0.0003 0.00004 1.7379 0.0003 0.00005 0.8675 0.0395

Table C.529: ζ Tau Br 11 Measurements 631 V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -2.6750 0.4000 1.0000 1.6800 0.0005 0.00009 1.6819 0.0003 0.00012 0.4824 0.0350 2453737.5000 -2.4030 0.4000 1.0000 1.6801 0.0007 0.00008 1.6818 0.0004 0.00011 0.3699 0.0604 2453982.5000 -2.2500 0.7610 1.0000 1.6799 0.0004 0.00005 1.6816 0.0003 0.00011 0.3744 0.0108 2454038.5000 -2.2610 0.2900 1.0000 1.6801 0.0003 0.00005 1.6817 0.0003 0.00010 0.5491 0.0209 2454070.5000 -1.9270 0.3290 1.0000 1.6801 0.0004 0.00005 1.6818 0.0003 0.00009 0.4448 0.0144 2454149.5000 -1.5350 0.5660 1.0000 1.6803 0.0006 0.00006 1.6820 0.0003 0.00005 0.6379 0.2451 2454177.5000 -1.4160 0.3350 1.0000 1.6805 0.0004 0.00007 1.6823 0.0002 0.00001 2.9572 0.2267 2454217.5000 -0.7670 0.3190 1.0000 1.6808 0.0008 0.00014 1.6813 0.0002 -0.00107 4.5693 0.3094 2454352.5000 -1.2260 0.3320 1.0000 1.6807 0.0007 0.00024 1.6812 0.0004 -0.00020 8.9194 0.9221 2454382.5000 -0.7730 0.2480 1.0000 1.6803 0.0004 0.00007 1.6823 0.0002 0.00001 3.7906 0.3368 2454432.5000 -0.8350 0.3890 1.0000 1.6804 0.0003 0.00006 1.6824 0.0002 0.00001 6.7529 1.6802 2454698.5000 -0.0080 0.3380 1.0000 1.6802 0.0003 0.00003 1.6821 0.0004 0.00004 1.0485 11986161.0000 2454718.5000 -0.1560 0.2640 1.0000 1.6801 0.0002 0.00003 1.6823 0.0003 0.00003 1.6304 0.0558 2454754.5000 -0.2200 0.2580 1.0000 1.6801 0.0004 0.00005 1.6822 0.0003 0.00003 0.9987 0.1100 2454796.5000 -1.4690 0.2780 1.0000 1.6802 0.0005 0.00009 1.6823 0.0003 0.00006 0.8602 0.0494 2454841.5000 -2.3260 0.2900 1.0000 1.6804 0.0005 0.00009 1.6823 -0.0004 -0.00008 0.9943 0.0353 2455157.5000 -1.4270 0.2650 1.0000 1.6801 -0.0004 -0.00007 1.6821 0.0004 0.00008 0.9266 0.0311 2455516.5000 0.1580 0.2350 1.0000 1.6802 0.0003 0.00004 1.6820 0.0003 0.00004 0.9661 0.0693 2455536.5000 -0.1000 0.3410 1.0000 1.6802 0.0004 0.00004 1.6823 0.0002 0.00002 1.0834 0.0718 2455586.5000 -0.1780 0.1690 1.0000 1.6804 0.0004 0.00005 1.6823 0.0004 0.00004 1.0996 0.1872 Table C.530: ζ Tau Br 12 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.3830 0.4000 1.0000 1.6400 0.0005 0.00006 1.6420 0.0003 0.00010 0.3752 0.0234 2453737.5000 -1.6810 0.4000 1.0000 1.6419 0.0004 0.00011 1.6401 0.0004 0.00004 0.3740 0.0199 2453982.5000 -1.2250 0.7370 1.0000 1.6400 0.0003 0.00003 1.6416 0.0004 0.00011 0.3923 0.0058 2454038.5000 -1.6980 0.2850 1.0000 1.6402 -0.0004 -0.00005 1.6417 0.0004 0.00011 0.5324 0.0359 2454070.5000 -0.6920 0.4030 1.0000 1.6402 0.0003 0.00002 1.6419 0.0003 0.00007 0.3648 0.0138 2454149.5000 -0.2550 0.4520 1.0000 1.6404 0.0003 0.00003 1.6421 0.0002 0.00003 0.7267 0.1457 2454177.5000 0.0270 0.2960 1.0000 1.6405 0.0002 0.00003 1.6425 0.0002 0.00000 8.4777 1.7862 2454217.5000 0.4470 0.3450 1.0000 1.6405 0.0002 0.00004 1.6418 -0.0001 0.00019 51.5289 2.0591 2454352.5000 -0.4560 0.3300 1.0000 1.6403 0.0003 0.00007 1.6424 0.0002 0.00001 4.1318 0.2920 2454382.5000 0.0670 0.3220 1.0000 1.6403 0.0003 0.00004 1.6424 0.0003 0.00002 2.9758 0.4129 2454432.5000 -0.6930 0.3780 1.0000 1.6405 0.0003 0.00006 1.6424 0.0002 0.00002 2.6320 0.2650 2454698.5000 1.2760 0.2990 1.0000 1.6402 0.0002 0.00001 1.6422 0.0003 0.00003 0.3694 0.0363 2454718.5000 0.5570 0.1530 1.0000 1.6403 0.0004 0.00003 1.6422 0.0004 0.00004 0.8784 0.0686 2454754.5000 0.1980 0.2530 1.0000 1.6402 0.0003 0.00004 1.6423 0.0002 0.00003 0.9536 0.0366 2454796.5000 -0.8860 0.3140 1.0000 1.6402 0.0004 0.00006 1.6423 0.0003 0.00007 0.8025 0.0306 2454841.5000 -1.1800 0.2390 1.0000 1.6404 0.0003 0.00006 1.6423 0.0004 0.00008 0.9430 0.0338 2455157.5000 -0.7840 0.3150 1.0000 1.6404 0.0005 0.00009 1.6421 0.0004 0.00008 0.8503 0.0826 2455516.5000 -0.1260 0.2470 1.0000 1.6402 0.0003 0.00004 1.6421 0.0003 0.00004 1.0292 0.0811 2455536.5000 0.4900 0.3990 1.0000 1.6404 0.0003 0.00002 1.6423 0.0003 0.00002 1.3992 0.1059 2455586.5000 0.3620 0.3610 1.0000 1.6405 0.0003 0.00003 1.6423 0.0004 0.00003 0.9698 0.0436 632

Table C.531: ζ Tau Br 13 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.7490 0.4000 0.9990 1.6102 0.0006 0.00009 1.6122 0.0004 0.00012 0.4737 0.0375 2453737.5000 -2.4480 0.4000 1.0000 1.6103 0.0005 0.00008 1.6121 0.0004 0.00014 0.4569 0.0261 2453982.5000 -2.2730 0.7060 1.0010 1.6102 0.0004 0.00005 1.6119 0.0004 0.00013 0.4938 0.0068 2454038.5000 -2.6490 0.3100 1.0010 1.6103 0.0003 0.00006 1.6120 0.0004 0.00011 0.6367 0.0185 2454070.5000 -2.1310 0.1670 1.0000 1.6105 0.0005 0.00008 1.6121 0.0004 0.00010 0.5483 0.0138 2454149.5000 -1.0750 0.1620 1.0000 1.6106 0.0004 0.00006 1.6122 0.0004 0.00005 1.2165 0.5728 2454177.5000 -1.0050 0.3250 1.0000 1.6108 0.0003 0.00006 1.6127 0.0005 0.00003 3.7389 0.4248 2454217.5000 -0.5840 0.1880 1.0010 1.6107 0.0004 0.00007 1.6127 0.0003 0.00002 3.2089 0.5203 2454352.5000 -2.0710 0.1740 1.0000 1.6105 0.0004 0.00012 1.6126 0.0004 0.00004 2.5272 0.0811 2454382.5000 -1.3300 0.2470 1.0010 1.6105 0.0004 0.00007 1.6126 -0.0003 -0.00003 1.6804 0.0528 2454432.5000 -1.2720 0.2540 1.0000 1.6107 0.0003 0.00007 1.6127 0.0004 0.00003 2.6679 0.1901 2454698.5000 -0.3240 0.2340 1.0010 1.6104 0.0003 0.00003 1.6124 0.0004 0.00006 0.7007 0.0266 2454718.5000 -0.3940 0.2650 1.0010 1.6114 0.0004 -0.00032 1.6114 0.0008 0.00028 0.9690 0.0626 2454754.5000 -0.9180 0.2230 1.0000 1.6104 0.0003 0.00005 1.6125 0.0003 0.00006 1.0296 0.0232 2454796.5000 -2.0730 0.2400 1.0010 1.6104 0.0005 0.00009 1.6124 0.0004 0.00009 0.8683 0.0318 2454841.5000 -2.4600 0.2040 1.0010 1.6107 0.0004 0.00010 1.6125 0.0004 0.00010 0.8915 0.0171 2455157.5000 -1.7540 0.2490 1.0010 1.6104 0.0003 0.00007 1.6123 0.0004 0.00009 0.9998 0.0201 2455516.5000 -1.0330 0.1400 1.0010 1.6104 0.0003 0.00004 1.6123 0.0004 0.00006 1.1901 0.0478 2455536.5000 -0.2010 0.2140 1.0000 1.6104 0.0002 0.00003 1.6124 0.0002 0.00002 1.2408 0.5000 2455586.5000 -0.4870 0.1910 1.0000 1.6106 0.0002 0.00003 1.6125 0.0002 0.00003 1.0223 0.0295 Continued on Next Page… Table C.531 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.532: ζ Tau Br 14 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.5760 0.4000 1.0000 1.5874 0.0004 0.00005 1.5893 0.0004 0.00012 0.4635 0.0263 2453737.5000 -1.2270 0.4000 1.0000 1.5874 -0.0003 -0.00003 1.5892 0.0005 0.00013 0.4329 0.0228 2453982.5000 -3.0400 0.8280 1.0000 1.5873 0.0004 0.00007 1.5890 0.0004 0.00013 0.5095 0.0089 2454038.5000 -1.8560 0.4750 1.0000 1.5875 0.0003 0.00006 1.5891 0.0004 0.00010 0.6793 0.0181 2454070.5000 -1.2900 0.1920 1.0000 1.5876 0.0003 0.00005 1.5892 0.0004 0.00008 0.6502 0.0133 2454149.5000 -0.1580 0.1270 1.0000 1.5877 0.0003 0.00004 1.5895 0.0002 0.00002 1.5655 0.3107 2454177.5000 -0.7320 0.5340 1.0000 1.5879 0.0003 0.00006 1.5898 0.0004 0.00002 5.1629 0.4786 2454217.5000 -0.2520 0.3990 1.0000 1.5879 0.0004 0.00008 1.5895 0.0004 0.00002 3.3944 0.0655 2454352.5000 -1.5420 0.3480 1.0000 1.5877 0.0004 0.00011 1.5898 0.0004 0.00004 2.6328 0.0584 2454382.5000 -0.9170 0.5950 1.0000 1.5877 0.0004 0.00008 1.5898 0.0004 0.00004 1.7816 0.0374 2454432.5000 -0.7790 0.4990 1.0000 1.5878 0.0003 0.00007 1.5897 0.0004 0.00003 3.0543 0.2658 2454698.5000 -0.4300 0.3290 1.0000 1.5876 0.0004 0.00005 1.5895 0.0004 0.00006 0.8258 0.0187 2454718.5000 -0.1510 0.3200 1.0000 1.5876 0.0004 0.00005 1.5895 0.0004 0.00005 1.0885 0.0263

633 2454754.5000 -0.5830 0.2900 1.0000 1.5875 0.0003 0.00005 1.5896 0.0003 0.00005 0.8863 0.0183 2454796.5000 -1.7760 0.3560 1.0000 1.5876 0.0004 0.00010 1.5895 0.0004 0.00009 0.9368 0.0355 2454841.5000 -1.8440 0.3520 1.0000 1.5877 0.0004 0.00008 1.5895 0.0005 0.00012 0.9589 0.0315 2455157.5000 -1.9970 0.3750 1.0000 1.5875 0.0005 0.00010 1.5894 0.0004 0.00010 0.9354 0.0247 2455516.5000 -0.9340 0.2050 1.0000 1.5876 0.0004 0.00006 1.5895 0.0004 0.00005 1.2315 0.0701 2455536.5000 0.4860 0.2210 1.0000 ·················· 1.1000 0.2000 2455586.5000 0.0890 0.2160 1.0000 1.5876 0.0002 0.00002 1.5896 0.0002 0.00002 1.3114 0.0736

Table C.533: ζ Tau Br 15 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.9220 0.4000 1.0000 1.5693 0.0003 0.00004 1.5713 0.0002 0.00009 0.4519 0.0192 2453737.5000 -2.4350 0.4000 1.0000 1.5694 0.0003 0.00005 1.5712 0.0003 0.00012 0.4771 0.0150 2453982.5000 -1.4440 0.5690 1.0000 1.5694 0.0003 0.00004 1.5710 0.0003 0.00008 0.5443 0.0105 2454038.5000 -1.7050 0.0720 1.0000 1.5695 0.0004 0.00007 1.5711 0.0004 0.00008 0.7039 0.0248 2454070.5000 -0.7690 0.2190 1.0000 1.5696 0.0003 0.00003 1.5713 0.0003 0.00004 0.7282 0.0264 2454149.5000 -0.6590 0.5360 1.0000 1.5697 0.0003 0.00004 1.5716 0.0002 0.00002 1.8014 0.4103 2454177.5000 -0.6080 0.1770 1.0000 1.5705 0.0007 0.00024 1.5708 0.0004 -0.00021 4.5659 0.8079 2454217.5000 0.1450 0.2240 1.0000 1.5698 0.0002 0.00004 1.5719 0.0002 0.00000 13.2773 2.7253 2454352.5000 -1.1750 0.2360 1.0000 1.5696 0.0004 0.00009 1.5718 0.0004 0.00003 3.5417 0.1651 2454382.5000 -0.6330 0.1380 1.0000 1.5696 0.0002 0.00005 1.5718 0.0004 0.00003 2.9341 0.1208 2454432.5000 -0.8900 0.4030 1.0000 1.5699 0.0004 0.00009 1.5717 0.0002 0.00002 1.9574 0.1546 2454698.5000 0.2680 0.3620 1.0000 1.5694 0.0003 0.00003 1.5715 0.0003 0.00003 0.9461 0.0326 Continued on Next Page… Table C.533 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454718.5000 0.0840 0.0830 1.0000 1.5694 0.0002 0.00003 1.5717 0.0002 0.00003 0.9797 0.0319 2454754.5000 -0.7020 0.0610 1.0000 1.5696 0.0006 0.00008 1.5715 0.0005 0.00007 1.0185 0.0670 2454796.5000 -1.7200 0.3120 1.0000 1.5695 0.0003 0.00008 1.5716 0.0003 0.00008 0.9222 0.0239 2454841.5000 -1.6250 0.1510 1.0000 1.5697 0.0003 0.00007 1.5717 0.0003 0.00008 0.9499 0.0187 2455157.5000 -1.3690 0.3270 1.0000 1.5695 0.0003 0.00007 1.5715 0.0003 0.00007 1.0091 0.0204 2455516.5000 -0.3310 0.1880 1.0000 1.5696 0.0004 0.00004 1.5716 0.0002 0.00003 1.0649 0.0589 2455536.5000 0.1960 0.2190 1.0000 ·················· 1.1000 0.2000 2455586.5000 0.3460 0.1020 1.0000 1.5876 0.0002 0.00002 1.5896 0.0002 0.00002 1.3114 0.0736

Table C.534: ζ Tau Br 16 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.7780 0.4000 1.0010 1.5549 0.0003 0.00004 1.5568 0.0003 0.00011 0.4298 0.0188 2453737.5000 -2.3140 0.4000 0.9990 1.5550 0.0003 0.00005 1.5568 0.0003 0.00011 0.4508 0.0141 2453982.5000 -2.0240 0.8570 1.0010 1.5549 0.0003 0.00005 1.5566 0.0004 0.00010 0.5792 0.0103 2454038.5000 -1.9950 0.2770 1.0000 1.5551 0.0003 0.00005 1.5567 0.0003 0.00008 0.8016 0.0249 2454070.5000 -1.3140 0.1640 1.0000 1.5551 0.0003 0.00004 1.5569 0.0003 0.00006 0.7244 0.0155

634 2454149.5000 -0.5270 0.5280 1.0000 1.5553 0.0003 0.00004 1.5572 0.0003 0.00002 2.2719 0.4250 2454177.5000 -0.5620 0.1340 1.0000 1.5554 0.0003 0.00006 1.5575 0.0002 0.00001 3.6725 0.2474 2454217.5000 -0.3310 0.2960 1.0000 1.5554 0.0003 0.00005 1.5576 0.0002 0.00001 2.7739 0.1437 2454352.5000 -1.4530 0.0870 1.0000 1.5552 0.0003 0.00010 1.5575 0.0003 0.00004 2.3460 0.0661 2454382.5000 -1.0290 0.2940 1.0000 1.5552 0.0004 0.00007 1.5574 0.0004 0.00004 1.6307 0.0431 2454432.5000 -1.1320 0.2830 1.0000 1.5553 0.0003 0.00006 1.5573 0.0003 0.00003 2.0321 0.0944 2454698.5000 -0.0780 0.1900 1.0000 1.5550 0.0003 0.00003 1.5572 0.0003 0.00004 0.6238 0.0193 2454718.5000 -0.1530 0.3100 1.0000 1.5550 0.0004 0.00004 1.5572 0.0004 0.00005 0.7811 0.0212 2454754.5000 -1.0390 0.2640 1.0000 1.5551 0.0003 0.00005 1.5572 0.0003 0.00006 0.9840 0.0179 2454796.5000 -1.8900 0.3310 1.0000 1.5551 0.0004 0.00008 1.5571 0.0004 0.00010 0.8407 0.0202 2454841.5000 -1.7850 0.2360 1.0000 1.5553 0.0003 0.00006 1.5572 0.0003 0.00008 0.8318 0.0157 2455157.5000 -1.6990 0.2850 1.0000 1.5551 0.0002 0.00007 1.5570 0.0003 0.00007 1.0930 0.0204 2455516.5000 -0.5800 0.1170 1.0000 1.5552 0.0003 0.00004 1.5571 0.0003 0.00003 1.0310 0.0396 2455536.5000 0.1600 0.2210 1.0000 1.5552 0.0002 0.00002 1.5572 0.0002 0.00002 0.9939 0.0493 2455586.5000 0.2200 0.1000 1.0010 1.5553 0.0003 0.00002 1.5573 0.0003 0.00002 0.9641 0.0715

Table C.535: ζ Tau Br 17 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.8110 0.4000 0.9990 1.5431 0.0004 0.00006 1.5451 0.0004 0.00011 0.4772 0.0193 2453737.5000 -2.1550 0.4000 1.0000 1.5432 0.0004 0.00006 1.5450 0.0004 0.00012 0.4456 0.0170 2453982.5000 -1.8240 0.5440 1.0000 1.5431 0.0003 0.00005 1.5447 0.0005 0.00014 0.6875 0.0142 2454038.5000 -1.7490 0.1190 0.9990 1.5433 0.0003 0.00006 1.5449 0.0003 0.00008 0.8513 0.0284 Continued on Next Page… Table C.535 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454070.5000 -1.3290 0.0740 0.9990 1.5434 0.0003 0.00005 1.5451 0.0004 0.00006 0.8466 0.0181 2454149.5000 -0.4800 0.4000 0.9990 1.5444 0.0006 0.00039 1.5444 0.0005 -0.00036 2.3860 27.1256 2454177.5000 -0.4810 0.1990 1.0000 1.5444 0.0007 0.00026 1.5446 0.0004 -0.00022 5.2717 1.3311 2454217.5000 -0.3490 0.2770 1.0000 1.5444 0.0007 0.00030 1.5446 0.0004 -0.00028 4.0524 0.9671 2454352.5000 -1.3460 0.2730 0.9990 1.5435 0.0004 0.00010 1.5456 0.0005 0.00005 2.8767 0.1340 2454382.5000 -0.9420 0.3450 0.9990 1.5435 0.0003 0.00007 1.5455 0.0005 0.00005 2.2743 0.0863 2454432.5000 -0.8920 0.2160 1.0000 1.5436 0.0003 0.00007 1.5455 0.0004 0.00004 2.7332 0.3102 2454698.5000 0.0530 0.1350 1.0000 1.5432 0.0002 0.00003 1.5453 0.0003 0.00004 1.0015 0.0308 2454718.5000 -0.0200 0.1890 0.9990 1.5433 0.0003 0.00004 1.5454 0.0002 0.00004 0.8308 0.0236 2454754.5000 -0.9650 0.1250 0.9990 1.5433 0.0003 0.00006 1.5454 0.0003 0.00006 0.9257 0.0169 2454796.5000 -1.9210 0.1440 1.0000 1.5434 0.0004 0.00008 1.5454 0.0004 0.00009 0.9567 0.0252 2454841.5000 -1.7120 0.1290 0.9990 1.5436 0.0003 0.00007 1.5454 0.0004 0.00009 1.0515 0.0220 2455157.5000 -1.6030 0.2440 1.0000 1.5434 0.0003 0.00008 1.5453 0.0003 0.00008 1.0310 0.0174 2455516.5000 -0.6230 0.0650 1.0000 1.5435 0.0005 0.00006 1.5454 0.0003 0.00003 1.1128 0.0824 2455536.5000 0.1650 0.1790 1.0000 1.5444 0.0007 0.00016 1.5444 0.0004 -0.00018 1.2724 0.3890 2455586.5000 0.0990 0.0560 1.0000 1.5445 0.0007 0.00015 1.5445 0.0004 -0.00017 1.2460 0.2764

Table C.536: ζ Tau Br 18 Measurements 635 V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.6270 0.4000 1.0010 1.5334 0.0003 0.00005 1.5354 0.0004 0.00011 0.4863 0.0207 2453737.5000 -1.9100 0.4000 1.0020 1.5335 -0.0004 -0.00006 1.5353 0.0004 0.00013 0.4720 0.0143 2453982.5000 -1.9550 0.4000 1.0010 1.5334 0.0004 0.00006 1.5352 0.0004 0.00010 0.6612 0.0116 2454038.5000 -1.6340 0.1100 1.0010 1.5336 0.0004 0.00006 1.5353 0.0004 0.00008 0.8823 0.0236 2454070.5000 -1.1460 0.1390 1.0010 1.5337 0.0003 0.00005 1.5354 0.0004 0.00007 0.9347 0.0243 2454149.5000 -0.4020 0.3170 1.0010 1.5338 0.0003 0.00005 1.5357 0.0001 0.00001 2.3744 0.5000 2454177.5000 -0.3060 0.4000 1.0010 1.5340 0.0004 0.00008 1.5361 0.0002 0.00001 3.4239 0.2479 2454217.5000 -0.3280 0.1590 1.0010 1.5339 0.0003 0.00006 1.5361 -0.0003 -0.00001 4.1723 0.2820 2454352.5000 -1.2350 0.1260 1.0010 1.5338 0.0003 0.00009 1.5358 0.0003 0.00004 2.3371 0.0613 2454382.5000 -0.6270 0.1010 1.0020 1.5338 0.0003 0.00007 1.5358 0.0003 0.00003 1.9205 0.0498 2454432.5000 -0.7710 0.4000 1.0020 1.5339 0.0003 0.00007 1.5359 0.0003 0.00003 2.2824 0.1111 2454698.5000 0.1860 0.4000 1.0010 1.5335 0.0002 0.00003 1.5356 0.0004 0.00004 1.0436 0.0308 2454718.5000 0.0320 0.4000 1.0010 1.5335 0.0003 0.00004 1.5357 0.0003 0.00004 0.9470 0.0270 2454754.5000 -0.8890 0.1000 1.0010 1.5337 0.0006 0.00008 1.5355 0.0005 0.00009 0.9069 0.0544 2454796.5000 -1.9270 0.4000 1.0010 1.5337 0.0003 0.00008 1.5356 0.0003 0.00008 0.8883 0.0268 2454841.5000 -1.6930 0.4000 1.0020 1.5338 0.0003 0.00008 1.5357 0.0004 0.00009 0.9110 0.0174 2455157.5000 -1.4620 0.0050 1.0000 1.5336 0.0004 0.00008 1.5356 0.0003 0.00007 0.9418 0.0203 2455516.5000 -0.5720 0.1300 1.0010 1.5336 0.0003 0.00004 1.5357 0.0003 0.00003 1.1048 0.0584 2455536.5000 0.1030 0.3780 1.0000 1.5347 -0.0004 0.00014 1.5347 0.0008 0.00013 1.0120 0.1275 2455586.5000 0.2640 0.4000 1.0010 1.5348 0.0008 0.00011 1.5348 -0.0004 0.00013 1.0254 0.1852 Table C.537: ζ Tau Br 19 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.8580 0.4000 1.0020 1.5253 0.0003 0.00005 1.5272 0.0003 0.00010 0.4801 0.0235 2453737.5000 -1.9870 0.4000 0.9990 1.5254 0.0003 0.00005 1.5272 0.0004 0.00012 0.4569 0.0168 2453982.5000 -1.8350 0.4000 0.9980 1.5253 0.0003 0.00006 1.5270 0.0003 0.00008 0.6103 0.0154 2454038.5000 -1.6260 0.4000 1.0000 1.5255 0.0004 0.00006 1.5271 0.0003 0.00007 0.8273 0.0245 2454070.5000 -1.4610 0.4000 0.9990 1.5255 0.0004 0.00006 1.5273 0.0005 0.00008 0.8856 0.0224 2454149.5000 -0.8330 0.4000 1.0000 1.5258 0.0003 0.00005 1.5277 0.0003 0.00003 2.3613 0.5943 2454177.5000 -0.4160 0.4000 0.9990 1.5265 0.0007 0.00025 1.5268 -0.0004 0.00022 4.4296 1.0526 2454217.5000 -0.5420 0.4000 0.9990 1.5266 0.0007 0.00034 1.5267 -0.0005 0.00030 3.0686 0.9309 2454352.5000 -1.2290 0.4000 0.9990 1.5257 0.0003 0.00008 1.5278 0.0003 0.00004 2.3062 0.0581 2454382.5000 -0.8810 0.4000 0.9990 1.5256 0.0002 0.00006 1.5278 0.0003 0.00004 2.0905 0.0522 2454432.5000 -0.9150 0.4000 1.0020 1.5257 0.0003 0.00007 1.5278 0.0003 0.00003 1.9911 0.1074 2454698.5000 -0.0080 0.4000 0.9990 1.5265 -0.0008 -0.00023 1.5265 0.0004 -0.00024 0.7678 0.0617 2454718.5000 -0.2580 0.4000 1.0000 1.5254 0.0002 0.00004 1.5275 0.0003 0.00005 1.0238 0.0281 2454754.5000 -0.9060 0.4000 1.0000 1.5255 0.0003 0.00005 1.5276 0.0003 0.00006 0.8511 0.0172 2454796.5000 -1.9080 0.4000 1.0000 1.5255 0.0004 0.00008 1.5275 0.0004 0.00009 0.8988 0.0228 2454841.5000 -1.8850 0.4000 0.9990 1.5257 0.0004 0.00008 1.5276 0.0004 0.00009 0.8297 0.0149 2455157.5000 -1.3480 0.4000 1.0000 1.5255 0.0003 0.00007 1.5275 0.0003 0.00007 0.9645 0.0199 2455516.5000 -0.6330 0.4000 0.9990 1.5265 0.0010 0.00017 1.5265 0.0003 -0.00011 1.0082 0.0558 2455536.5000 0.0010 0.4000 1.0000 1.5266 0.0004 -0.00012 1.5266 0.0008 0.00012 0.9539 0.1054 2455586.5000 0.0560 0.4000 0.9990 1.5256 0.0003 0.00001 1.5277 -0.0002 -0.00002 0.6361 0.0493 636

Table C.538: ζ Tau Br 20 Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -1.4710 0.4000 0.9990 1.5185 0.0003 0.00004 1.5203 0.0003 0.00009 0.5653 0.0315 2453737.5000 -1.6100 0.4000 1.0000 1.5185 0.0003 0.00004 1.5203 0.0004 0.00010 0.4902 0.0210 2453982.5000 -1.3490 0.4000 1.0010 1.5184 0.0004 0.00005 1.5202 0.0004 0.00008 0.6202 0.0138 2454038.5000 -1.2190 0.1620 1.0000 1.5186 0.0003 0.00005 1.5203 0.0003 0.00006 0.8640 0.0301 2454070.5000 -1.0630 0.4000 0.9990 1.5186 0.0003 0.00005 1.5203 0.0003 0.00006 0.8640 0.0301 2454149.5000 -0.5430 0.4000 0.9990 1.5186 0.0003 0.00005 1.5205 0.0004 0.00006 0.9219 0.0210 2454177.5000 -0.1740 0.4000 0.9990 1.5189 0.0003 0.00005 1.5209 0.0003 0.00001 3.6928 1.3277 2454217.5000 -0.3090 0.4000 1.0000 1.5189 0.0003 0.00005 1.5210 0.0003 0.00001 4.2976 0.2986 2454352.5000 -0.8900 0.2140 1.0000 1.5188 0.0003 0.00007 1.5209 -0.0004 -0.00003 2.9270 0.1017 2454382.5000 -0.5920 0.1850 1.0000 1.5187 0.0003 0.00005 1.5209 0.0003 0.00003 2.3184 0.0702 2454432.5000 -0.7940 0.4000 0.9990 1.5188 0.0003 0.00006 1.5209 0.0003 0.00003 2.2408 0.1890 2454698.5000 0.1920 0.4000 1.0000 1.5196 -0.0004 0.00027 1.5196 0.0007 0.00025 0.8126 0.1089 2454718.5000 0.0590 0.4000 1.0000 1.5196 -0.0004 0.00024 1.5196 0.0008 0.00024 0.9025 0.0681 2454754.5000 -0.6720 0.4000 1.0000 1.5186 0.0003 0.00005 1.5207 0.0003 0.00005 0.9008 0.0203 2454796.5000 -1.4980 0.4000 0.9990 1.5186 0.0004 0.00007 1.5206 0.0003 0.00007 0.8008 0.0237 2454841.5000 -1.5410 0.4000 1.0000 1.5188 0.0003 0.00007 1.5207 0.0003 0.00008 0.8246 0.0167 2455157.5000 -1.1090 0.4000 1.0000 1.5186 0.0003 0.00006 1.5206 0.0003 0.00006 1.0125 0.0229 2455516.5000 -0.2440 0.2290 1.0000 1.5186 0.0003 0.00003 1.5207 0.0003 0.00002 0.9699 0.0691 2455536.5000 0.1100 0.4000 1.0000 1.5196 -0.0008 -0.00009 1.5197 -0.0003 0.00010 1.3881 0.1848 2455586.5000 0.2500 0.4000 1.0000 1.5187 -0.0002 -0.00001 1.5209 -0.0002 -0.00001 1.0906 0.1321 Continued on Next Page… Table C.538 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R)

Table C.539: ζ Tau HeI λ2.06µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -2.5650 0.4000 1.0010 2.0565 0.0012 0.00017 2.0599 0.0005 0.00011 0.5674 0.0717 2453737.5000 -1.3580 0.4000 1.0000 2.0567 0.0008 0.00010 2.0600 0.0004 0.00008 0.6411 0.0691 2453982.5000 3.0310 0.8520 1.0000 2.0584 0.0005 -0.00031 2.0590 0.0014 0.00015 0.3728 0.0188 2454038.5000 1.4310 1.2430 1.0000 2.0569 0.0004 0.00004 2.0605 0.0006 0.00005 1.0589 0.0742 2454070.5000 1.5230 0.3960 1.0000 2.0573 0.0004 0.00004 2.0604 0.0004 0.00003 1.3315 0.0832 2454149.5000 -3.2900 1.2300 1.0020 2.0574 0.0007 0.00018 2.0607 0.0008 0.00011 1.8137 0.2099 2454177.5000 -2.4630 0.3040 1.0000 2.0576 0.0005 0.00013 2.0606 -0.0007 -0.00009 1.8767 0.0916 2454217.5000 -0.2280 0.3670 1.0000 2.0575 0.0005 0.00009 2.0607 0.0005 0.00004 2.0900 0.0858 2454352.5000 0.6850 0.3590 1.0000 2.0574 0.0004 0.00011 2.0604 0.0004 0.00004 2.7600 0.2113 2454382.5000 1.3050 0.4910 1.0000 2.0574 0.0004 0.00006 2.0605 0.0004 0.00004 1.7482 0.0763 2454432.5000 0.6870 2.2840 1.0010 2.0573 0.0007 0.00010 2.0607 0.0003 0.00004 1.2186 0.1155 2454698.5000 0.5690 0.5310 1.0000 2.0572 0.0004 0.00003 2.0602 0.0005 0.00007 0.5724 0.0274 2454718.5000 0.3020 0.2180 1.0000 2.0571 0.0005 0.00004 2.0602 0.0006 0.00008 0.5306 0.0276

637 2454754.5000 0.1420 1.0890 1.0000 2.0572 0.0005 0.00005 2.0601 0.0005 0.00007 0.7215 0.0218 2454796.5000 -0.6020 0.7120 1.0000 2.0571 0.0006 0.00008 2.0603 0.0005 0.00010 0.7026 0.0248 2454841.5000 0.5160 0.4070 1.0000 2.0570 0.0006 0.00007 2.0607 0.0006 0.00009 0.7829 0.0289 2455157.5000 -0.8630 0.4950 1.0000 2.0572 0.0006 0.00014 2.0602 0.0006 0.00017 0.8566 0.0209 2455516.5000 -2.4890 0.6500 1.0000 2.0575 0.0007 0.00025 2.0601 0.0007 0.00027 0.9098 0.0358 2455536.5000 -0.5130 0.3480 1.0000 2.0572 0.0008 0.00018 2.0606 0.0007 0.00013 1.1986 0.0319 2455586.5000 -0.8670 0.1810 1.0000 2.0575 0.0007 0.00017 2.0604 0.0006 0.00015 1.0729 0.0272

Table C.540: ζ Tau HeI λ1.08µm Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -0.5700 0.4000 0.9990 1.0822 0.0004 0.00007 1.0840 0.0003 0.00015 0.3609 0.0161 2453737.5000 0.7440 0.4000 1.0000 1.0822 0.0003 0.00004 1.0841 0.0002 0.00009 0.3434 0.0100 2453982.5000 0.9810 0.3730 1.0000 1.0822 0.0003 0.00006 1.0841 0.0004 0.00006 1.4729 0.0309 2454038.5000 0.7640 0.1920 1.0000 1.0824 0.0004 0.00009 1.0842 0.0003 0.00008 0.9613 0.0590 2454070.5000 0.6730 0.1170 1.0000 1.0825 0.0004 0.00010 1.0843 0.0002 0.00005 1.2377 0.0228 2454149.5000 -0.3850 0.4970 1.0000 1.0833 0.0008 0.00035 1.0835 0.0003 -0.00031 1.5837 0.1046 2454177.5000 -1.0350 0.3020 1.0000 1.0827 0.0004 0.00013 1.0845 0.0004 0.00010 1.4122 0.0328 2454217.5000 0.0090 0.1750 1.0010 1.0826 0.0002 0.00009 1.0845 0.0002 0.00006 1.5732 0.0262 2454352.5000 0.1710 0.2560 1.0000 1.0825 0.0004 0.00014 1.0843 0.0004 0.00009 1.6465 0.0657 2454382.5000 0.3940 0.2350 1.0000 1.0824 0.0004 0.00010 1.0843 0.0004 0.00010 1.0233 0.0315 2454432.5000 0.6580 0.3480 0.9990 1.0824 0.0003 0.00007 1.0844 0.0003 0.00007 1.0267 0.0367 2454698.5000 0.2600 0.1860 1.0000 1.0823 0.0002 0.00005 1.0841 0.0004 0.00011 0.7171 0.0153 Continued on Next Page… Table C.540 – Continued V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2454718.5000 0.0890 0.1820 1.0000 1.0833 0.0004 -0.00042 1.0833 0.0007 0.00051 0.7284 0.0637 2454754.5000 -0.1860 0.1870 1.0000 1.0823 0.0003 0.00007 1.0842 0.0003 0.00010 0.8132 0.0103 2454796.5000 -0.6240 0.2350 1.0000 1.0824 0.0004 0.00011 1.0842 0.0003 0.00013 0.6578 0.0164 2454841.5000 -0.0120 0.2830 1.0000 1.0824 0.0003 0.00008 1.0844 0.0003 0.00012 0.7267 0.0115 2455157.5000 -0.5050 0.1320 1.0000 1.0824 0.0003 0.00013 1.0842 0.0003 0.00014 0.9347 0.0119 2455516.5000 -0.7290 0.1120 1.0000 1.0825 0.0004 0.00014 1.0842 0.0004 0.00016 0.8483 0.0134 2455536.5000 0.9810 0.2730 1.0000 1.0824 0.0003 0.00008 1.0844 0.0004 0.00011 0.8725 0.0155 2455586.5000 -0.1610 0.1480 0.9990 1.0825 0.0003 0.00009 1.0843 0.0004 0.00013 0.8087 0.0117

Table C.541: ζ Tau Paβ Measurements

V Peak V Peak V Peak R Peak R Peak R Peak HJD EqW σ(EqW) Continuum Position FWHM Height Position FWHM Height V/R σ(V/R) 2453723.5000 -2.2990 0.4000 0.9990 1.2815 0.0002 0.00007 1.2827 0.0002 0.00029 0.2734 0.0240 2453737.5000 -0.8140 0.4000 1.0000 1.2815 0.0002 0.00004 1.2827 0.0002 0.00026 0.1675 0.0035 2453982.5000 -2.3510 0.4000 1.0000 1.2815 0.0002 0.00008 1.2825 0.0003 0.00036 0.5120 0.0017 2454038.5000 -3.3530 0.2460 1.0000 1.2816 0.0003 0.00014 1.2825 0.0003 0.00039 0.5337 0.0034 2454070.5000 -4.1570 0.8800 1.0000 1.2817 0.0003 0.00017 1.2826 0.0003 0.00040 0.5295 0.0033

638 2454149.5000 -3.6500 0.5650 1.0000 1.2820 0.0004 0.00027 1.2827 0.0003 0.00038 0.5470 0.0586 2454177.5000 -4.2520 0.4340 1.0000 1.2820 0.0003 0.00029 1.2827 0.0003 0.00035 0.7966 0.0183 2454217.5000 -2.4430 0.4000 1.0000 1.2819 0.0003 0.00021 1.2828 0.0003 0.00023 0.8569 0.0100 2454352.5000 -1.2320 0.2000 1.0010 1.2817 0.0003 0.00022 1.2827 0.0002 0.00010 1.9494 0.0154 2454382.5000 -1.0290 0.3730 1.0000 1.2817 0.0003 0.00022 1.2827 0.0003 0.00009 2.2346 0.0187 2454432.5000 -1.6640 0.5370 1.0000 1.2818 0.0003 0.00025 1.2828 0.0003 0.00012 1.8849 0.0323 2454698.5000 -1.8160 0.4540 1.0000 1.2816 0.0003 0.00024 1.2827 0.0002 0.00013 1.6046 0.0095 2454718.5000 -1.6040 0.3720 1.0000 1.2817 0.0003 0.00023 1.2827 0.0002 0.00010 1.6617 0.0110 2454754.5000 0.4080 0.4000 1.0000 1.2816 0.0002 0.00013 1.2829 0.0002 0.00007 1.6532 0.0123 2454796.5000 -0.5060 0.4700 1.0000 1.2816 0.0003 0.00017 1.2829 0.0003 0.00012 1.2866 0.0283 2454841.5000 -0.7360 0.2550 1.0000 1.2818 0.0003 0.00019 1.2830 0.0002 0.00012 1.3314 0.0117 2455157.5000 -2.5290 0.3010 1.0010 1.2816 0.0003 0.00021 1.2827 0.0003 0.00024 0.8806 0.0057 2455516.5000 -1.6110 0.2460 1.0000 1.2817 0.0003 0.00021 1.2828 0.0003 0.00020 1.0747 0.0082 2455536.5000 -1.2840 0.5990 1.0000 1.2817 0.0002 0.00015 1.2829 0.0002 0.00017 0.9212 0.0061 2455586.5000 -2.0970 0.7340 1.0000 1.2817 0.0003 0.00018 1.2829 0.0003 0.00021 0.8804 0.0053