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GMS User Manual (V9.1) the Groundwater Modeling System

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GMS User Manual (V9.1) the Groundwater Modeling System GMS User Manual (v9.1) The Groundwater Modeling System PDF generated using the open source mwlib toolkit. See http://code.pediapress.com/ for more information. PDF generated at: Wed, 08 May 2013 16:51:22 UTC Contents Articles 1. Learning GMS 1 What is GMS? 1 The GMS Screen 3 Tool Palettes 6 Project Explorer 9 Tutorials 10 2. Set Up 11 64 bit 11 License Agreement 11 Registering GMS 12 Community Edition 13 Graphics Card Troubleshooting 14 Reporting Bugs 18 3. General Tools 19 3.1. The File Menu 20 The File Menu 20 3.2. The Edit Menu 22 The Edit Menu 22 Units 24 Preferences 24 Materials 29 Material Set 29 3.2.1. Coordinate Systems 31 Coordinate Systems 31 Coordinate Conversions 32 Projections 33 CPP Coordinate System 35 Geographic Coordinate System 35 Local Coordinate System 36 Coordinate Transformation 36 Transform 37 3.3. The Display Menu 39 The Display Menu 39 Contour Options 41 Animations 44 Color Ramp 46 3.3.1. Display Options 48 Display Options 48 Drawing Grid Options 49 Vectors 50 Lighting Options 51 Plot Axes 53 3.4. Other Tools 54 Annotations 54 CAD Options 58 Cross Sections 59 Data Sets 63 Data Calculator 66 Display Theme 68 XY Series Editor 69 4. Interpolation 70 4.1. Introduction 71 Interpolation 71 Interpolation Commands 72 3D Interpolation Options 73 Steady State vs. Transient Interpolation 74 4.2. Linear 75 Linear 75 4.3. Inverse Distance Weighted 76 Inverse Distance Weighted 76 Shepards Method 77 Gradient Plane Nodal Functions 78 Quadratic Nodal Functions 79 Subset Definition 80 Computation of Interpolation Weights 81 4.4. Clough-Tocher 83 Clough-Tocher 83 4.5. Natural Neighbor 84 Natural Neighbor 84 4.6. Kriging 87 Kriging 87 Kriging Options 90 3D Kriging 91 Variogram Editor 92 4.7. Jackknifing 99 Jackknifing 99 5. Modules 100 5.1. TIN Module 101 TIN Module 101 Creating a TIN 102 Editing a TIN 104 TIN Settings 108 TIN Display Options 109 TIN Tool Palette 112 Converting TINS to Other Data Types 114 Building Solids and 3D Meshes with TINs 116 Triangulation 118 TIN Files 119 5.2. Boreholes Module 123 Boreholes Module 123 Creating and Editing Boreholes 125 Borehole Display Options 127 Borehole Tool Palette 129 Borehole Hydrogeologic Units 131 Converting Borehole Data 133 Borehole Cross Sections 134 5.2.1. Horizons 138 Horizons 138 Horizon Conceptual Model 140 Horizons Applications 142 Horizons to HUF 145 Horizons Wizard 147 Horizons to Solids 148 Horizons to 3D Mesh 150 5.3. Solid Module 152 Solid Module 152 Solid Properties 154 Solid Primitives 156 Solid Display Options 157 Solid Module Tool Palette 158 Solids to Layered Mesh 159 Solids to HUF 160 Solids to MODFLOW Command 161 5.4. 2D Mesh Module 168 2D Mesh Module 168 Creating a 2D Mesh 170 Editing 2D Meshes 172 2D Mesh Settings 176 2D Mesh Display Options 177 2D Mesh Tool Palette 179 Converting a 2D Mesh to other types of Data 182 Element types 184 2D Mesh Polygon Attributes 186 5.5. 2D Grid Module 190 2D Grid Module 190 2D Grid Types 192 Creating and Editing 2D Grids 193 2D Grid Display Options 195 2D Grid Tool Palette 197 Converting 2D Grids 199 5.6. 2D Scatter Point Module 200 2D Scatter Point Module 200 Creating and Editing 2D Scatter Point Sets 202 2D Scatter Point Display Options 204 2D Scatter Point Tool Palette 205 Interpolating with 2D Scatter Points 206 Converting 2D Scatter Points to Other Types of Data 207 Gaussian Field Generator 208 Active/Inactive Points 212 2D Interpolation Options 213 5.7. 3D Mesh Module 215 3D Mesh Module 215 3D Element Types 216 Creating a 3D Mesh 217 Editing a 3D Mesh 220 3D Mesh Display Options 224 3D Mesh Tool Palette 226 Classify Material Zones 228 Iso Surfaces 229 Converting 3D Meshes to Other Data Types 232 Building the 3D Mesh from the FEMWATER Conceptual Model 234 5.8. 3D Grid Module 236 3D Grid Module 236 3D Grid Types 238 Creating and Editing 3D Grids 239 3D Grid Display Options 241 3D Grid Tool Palette 242 Classify Material Zones 243 3D Grid Viewing Modes 244 Converting 3D Grids to Other Data Types 246 Exporting Grids 248 Cell Properties 250 Active/Inactive Cells 251 Named Layer Ranges 252 Redistribute Grid Cells 253 Redistribute Layers 254 5.9. 3D Scatter Point Module 255 3D Scatter Point Module 255 3D Scatter Point Display Options 256 3D Scatter Point Tool Palette 257 Interpolating with 3D Scatter Points 258 Converting 3D Scatter Points to Other Data Types 259 Bounding Grid 260 5.10. Map Module 261 Map Module 261 Feature Objects 262 Conceptual Model 267 Feature Object Display Options 268 Feature Object Tool Palette 270 Coverages 272 Grid Frame 275 Clean Command 276 Temporal Discretization 277 Map to Models 279 Map to Modules 280 5.11. GIS Module 283 GIS Module 283 GIS Display Options 284 GIS Tool Palette 285 Enabling ArcObjects 286 GIS to Feature Objects 287 Add Data 288 Arc Hydro Groundwater 289 6. Models 290 6.1. FEMWATER 291 FEMWATER 291 6.1.1. FEMWATER Pre-Processing 293 Building a FEMWATER Model 293 FEMWATER Conceptual Model Approach 297 FEMWATER Flows 300 Point Source/Sink BC 301 Assign Node/Face BC 302 FEMWATER Point / Arc Properties 303 FEMWATER Model Input 306 FEMWATER Initial Conditions 309 Saving a FEMWATER Simulation 312 6.1.2. FEMWATER Post-Processing 313 FEMWATER Display Options 313 FEMWATER Post Processing Viewing Options 315 FEMWATER Particle Sets 316 6.2. MODAEM 317 MODAEM 317 MODAEM License Agreement 318 MODAEM Display Options 325 6.3. MODFLOW 326 MODFLOW 326 MODFLOW 2005 329 6.3.1. MODFLOW Packages 332 MODFLOW Packages Supported in GMS 332 BCF Package 337 CHD Package 340 DE4 Package 342 DRN Package 343 DRT Package 345 ETS Package 347 EVT Package 350 GHB Package 353 Global Options/Basic Package 355 GMG Package 359 HFB Package 360 HUF Package 363 LAK Package 365 LMG Package 366 LMG1 Package 369 LPF Package 371 MNW1 Package 374 MNW2 Package 376 NWT Package 378 PCG2 Package 379 RCH Package 381 PEST ASP Package 383 RIV Package 386 SIP Package 388 SSOR Package 390 STR/SFR Packages 392 UZF Package 395 WEL Package 397 6.3.2. MODFLOW Pre-Processing 399 Building a MODFLOW Model 399 MODFLOW Array Editor 401 MODFLOW Grid Approach 403 MODFLOW Conceptual Model Approach 405 Activate Cells in Coverage 409 Stress Periods 410 Map to MODFLOW 412 Defining the Layer Elevations 416 Standard MODFLOW Parameters 419 MODFLOW Parameters - Two Methods 427 Conductance 428 MODFLOW Parameters Disclaimer 431 Saving and Reading a MODFLOW Simulation 432 Output Control 433 Importing MODFLOW Files 435 MODFLOW with HDF5 443 Unsupported MODFLOW Features 447 Interpolate to MODFLOW Layers 449 MODFLOW Layers to 2D scatter points 451 MODFLOW Source/Sink Dialog 453 6.3.3. MODFLOW Post-Processing 456 MODFLOW Display Options 456 MODFLOW Post Processing Viewing Options 458 MODFLOW Solution Properties Dialog 461 Saving and Reading a MODFLOW Simulation 464 Cell Properties 466 MODFLOW World File 467 Error Summary Plot 468 Zone Budget 470 ZONEBUDGET 473 Viewing Computed Fluxes 474 6.4. MODPATH 475 MODPATH 475 MODPATH Particle Tracking 476 MODPATH Particle Sets 478 MODPATH Zone Codes 479 MODPATH Display Options 480 Exporting Pathlines 481 6.5. MT3DMS 483 MT3DMS 483 MT3D Packages 484 MT3D Source/Sink Mixing Package 485 Basic Transport Package Dialog 486 ICBUND Array 489 MT3D Source/Sink Mixing Package 490 MT3D point Sources/Sinks BC 492 Building an MT3DMS Simulation 493 Saving an MT3DMS Simulation 494 Importing an MT3D Simulation 494 MT3DMS Display Options 495 Calculate Mass 495 6.6. PEST 496 PEST 496 6.7. PHT3D 498 PHT3D 498 6.8. RT3D 500 RT3D 500 Basic Transport Package Dialog 502 6.9. SEAM3D 505 SEAM3D 505 6.10. SEAWAT 506 SEAWAT 506 Building a SEAWAT Model 507 SEAWAT Global Options Dialog 508 SEAWAT MODFLOW AUX Variables 509 SEAWAT Packages 510 SEAWAT Importing a SEAWAT Simulation 512 6.11. SEEP2D 513 SEEP2D 513 SEEP2D Display Options 517 SEEP2D Solution 518 6.12. T-PROGS 519 T-PROGS 519 Vertical Markov Chain 526 Strike Dip Markov Chain 531 TSIM 533 6.13. UTEXAS 535 UTEXAS 535 UTEXAS Display Options 541 6.14. WASH123D 542 WASH123D Display Options 542 7. Modeling 544 7.1. Calibration 545 Model Calibration 545 Automated Parameter Estimation 547 Parameter Estimation Dialog 550 PEST 556 Run Options 558 Observations 562 Plot Wizard 566 Calibration Targets 579 Model Checker 580 7.2. Parameters 581 Parameters 581 Parameter Dialog 585 Pilot Points 590 Multiplier Arrays for Parameters 593 Standard MODFLOW Parameters 594 7.3. Stochastic Modeling 602 Stochastic Modeling 602 Gaussian Field Generator 607 Risk Analysis Wizard 610 8. Importing/Exporting Data 616 Importing Non-native GMS Files 616 Text Import Wizard 617 Text Import Wizard Supported File Formats 618 Importing/Exporting CAD Data 625 Importing USGS DEMs 626 Importing/Exporting GIS Grids 627 Importing/Exporting Shapefiles 628 Shapefiles 632 Import From Database 632 Get Online Maps 633 Exporting Non-native GMS Files 634 Images 635 Registering an Image 637 KMZ files 639 GeoStudio Import 641 9. Appendix 642 File Formats 642 Data Set Files 643 Bugfixes GMS 652 Dialog Help 674 References Article Sources and Contributors 684 Image Sources, Licenses and Contributors 691 1 1. Learning GMS What is GMS? The Groundwater Modeling System (GMS) is a comprehensive graphical user environment for performing groundwater simulations. The entire GMS system consists of a graphical user interface (the GMS program) and a number of analysis codes (MODFLOW, MT3DMS, etc.). The GMS interface is developed by Aquaveo, LLC in Provo, Utah.
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