FILM IDENTIFICATION GUIDE January 2012 INSTRUCTIONS: This Guide Is Used to Identify Almost Any Film Size A
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The Positive and Negative Effects of Photography on Wildlife
Gardner-Webb University Digital Commons @ Gardner-Webb University Undergraduate Honors Theses Honors Program 2020 The Positive and Negative Effects of Photography on Wildlife Joy Smith Follow this and additional works at: https://digitalcommons.gardner-webb.edu/undergrad-honors Part of the Photography Commons The Positive and Negative Effects of Photography on Wildlife An Honors Thesis Presented to The University Honors Program Gardner-Webb University 10 April 2020 by Joy Smith Accepted by the Honors Faculty _______________________________ ________________________________________ Dr. Robert Carey, Thesis Advisor Dr. Tom Jones, Associate Dean, Univ. Honors _______________________________ _______________________________________ Prof. Frank Newton, Honors Committee Dr. Christopher Nelson, Honors Committee _______________________________ _______________________________________ Dr. Bob Bass, Honors Committee Dr. Shea Stuart, Honors Committee I. Overview of Wildlife Photography The purpose of this thesis is to research the positive and negative effects photography has on animals. This includes how photographers have helped to raise awareness about endangered species, as well as how people have hurt animals by getting them too used to cameras and encroaching on their space to take photos. Photographers themselves have been a tremendous help towards the fight to protect animals. Many of them have made it their life's mission to capture photos of elusive animals who are on the verge of extinction. These people know how to properly interact with an animal; they leave them alone and stay as hidden as possible while photographing them so as to not cause the animals any distress. However, tourists, amateur photographers, and a small number of professional photographers can be extremely harmful to animals. When photographing animals, their habitats can become disturbed, they can become very frightened and put in harm's way, and can even hurt or kill photographers who make them feel threatened. -
Photofinishing Prices 08-01-19 X CUSTOMER 08-03-19.Pub
Miscellaneous Film Processing Services (Page 1 of 2) August 1, 2019 110 & 126 Develop, Scan & Print (C-41) Seattle Filmworks 35mm Processing Service Time: 10 Lab Days Matte or Glossy finish prints. Process: ECN-II or SFW-XL. Service Time: up to 2 weeks. C-41 process. Prints, if requested, on Kodak Royal paper. Applicable Films: Seattle Filmworks; Signature Color; Scanning the negatives is required prior to making prints. Eastman 5247 or 5294; Kodak Vision 2 or Vision 3 500T / We develop your cartridge of negatives ($4.90), scan the 5218 or 7218. visible images ($1.58 per negative), and, if requested, make prints ($0.20 per print). Scans are written to CD (no charge). Choose Matte or Glossy, 4x6 or 3½x5. Kodak Royal Paper. 110 film makes 4x5" prints. 126 film makes 4x4" prints. Default service is 4x6 Matte prints (if you don’t specify). Minimum charge : $12.00 Develop Only service Minimum Charge : $4.90 Develop Only service (blank film) ECN-II Develop & Print 4x6 or 3½x5 Identical 110 & 126 C-41 Develop Negatives & Scan to CD First Set 2nd Set Develop Develop & 20 or 24 Exposure ....................... 22.95 .................... 6.00 & Scan Scan & Print 36 Exposure ................................ 26.95 .................... 9.00 12 Exposure ................................ 23.86 .................. 26.26 Scan ECN-II process film to CD: 24 Exposure ................................ 42.82 .................. 47.62 Discount for unscannable negs ….1.58 each 1Reprint 2Enlargement Discount for prints not made from blank images ..........20 each Quality Quality Scanning Price per Roll CD CD Scans & Prints from Old 110 & 126 Negs with Develop & Print .......... -
FP4 Plus Is an Exceptionally Fine Grain, Medium Speed Black and White Film
HARMAN technology Limited TECHNICAL INFORMATION F P4 PLUS ISO 125/22º, BLACK AND WHITE PROFESSIONAL FILM FOR HIGH PRINT QUALITY AND FLEXIBILITY IN USE ILFORD FP4 Plus is an exceptionally fine grain, medium speed black and white film. It is ideal for high quality indoor and outdoor photography, particularly when giant enlargements are to be made. In addition to general photography, FP4 Plus is also suited to copying and internegative work, and has many applications in scientific, technical and industrial photography. FP4 Plus is robust and will give usable results even if it is overexposed by as much as six stops, or underexposed by two stops. It is compatible with all major processing systems, including those which give the standard short fixing and washing times. FP4 Plus 35mm film is coated on 0.125mm/5-mil acetate base and is available in 24 or 36 exposure cassettes, or in bulk lengths of 17 or 30.5 metres (56 and 100ft). FP4 Plus 35mm film is supplied in DX coded cassettes, suitable for all 35mm cameras. FP4 Plus roll film is coated on 0.110mm/4-mil clear acetate base with an anti- halation backing which clears during development. It is available in 120 lengths and is edge numbered 1 to 19. FP4 Plus sheet film is coated on 0.180mm/7-mil polyester base with an anti- halation backing which clears during development. It is available in a wide range of standard sizes. The emulsion faces the user when sheet film is held in the position shown opposite. EXPOSURE RATING FP4 Plus has a speed rating of ISO 125/22º to daylight. -
Film Grain, Resolution and Fundamental Film Particles
FFFiiilllmmm GGGrrraaaiiinnn,,, RRReeesssooollluuutttiiiooonnn aaannnddd FFFuuunnndddaaammmeennntttaaalll FFFiiilllmmm PPPaaarrrtttiiicccllleeesss Version 9 March 2006 Tim Vitale © 2006 use by permission only 1 Introduction 1 2 Fundamental Film Particles – Silver-Halide 0.2 - 2.0 um 3 Feature Size and Digital Resolution: Data Table 1 4 Dye Clouds are the Fundamental Particles Color Film 6 3 Film Grain 6 Dye Clouds are the Film Grain in Color Film 6 Film Grain in Black-and-White Film 7 Cross-Section of Film 9 Grain Size Variability 9 RMS Granularity – Film Image Noise 9 RMS Granularity of Several Films: Data Table 2 10 Film Resolution – Sharpness 10 System Resolving Power Equation 12 Lens Issues Effecting Resolution 12 Film Issues Effecting Resolution 12 Evaluation a System: Camera, Lens and Film 13 Selected Film & Lens Resolution Data: Data Table 3 13 Camera System Resolving Power: Data Table 4 14 Measuring Film Grain 14 Print Grain Index 14 Size of Perceived Film Grain: Example 15 Size Domains for Enlargement & Magnification: Data Table 5 15 Maximum Resolution of a Microscope: Data Table 6 16 4 Eliminating Film Grain from an Image 18 Drum Scan Aperture 18 Feature size vs. Digital Resolution vs. Film: Data Table 7 19 Scan Resolution in Flatbed Scanning 19 Wet Mounting for Film Scanning 20 New Generation of Flatbed Scanners 21 Future Generation of Scanners – Epson Perfection V750-M 23 Software for Diminishing Film Grain 24 1 Introduction The purpose of this complex essay is to demonstrate the following: • Fundamental film particles (silver -
Photographic Printer
Europaisches Patentamt 19 European Patent Office Office europeen des brevets (TT) Publication number: 0 393 661 B1 12 EUROPEAN PATENT SPECIFICATION (45) Date of publication of patent specification © int. ci.6 : G03B 27/80, G03B 27/46 01.02.95 Bulletin 95/05 (21) Application number: 90107424.5 (22) Date of filing : 19.04.90 (S) Photographic printer. (30) Priority: 20.04.89 JP 100963/89 (73) Proprietor : Fuji Photo Film Co., Ltd. 210 Nakanuma Minamiashigara-shi (43) Date of publication of application Kanagawa-ken (JP) 24.10.90 Bulletin 90/43 (72) Inventor : Suzuki, Kenji, c/o Fuji Photo Film Publication of the of the Co., Ltd. (45) grant patent : 798 01.02.95 Bulletin 95/05 Miyanodai, Kaisei-machi Ashigarakami-gun, Kanagawa (JP) @ Designated Contracting States : DE FR GB (74) Representative : Patentanwalte Griinecker, Kinkeldey, Stockmair & Partner Maxim ilianstrasse 58 (56) References cited : D-80538 Miinchen (DE) FR-A- 1 324 026 US-A- 4 786 944 US-A- 4 797 713 CO CO CO CO o> CO Note : Within nine months from the publication of the mention of the grant of the European patent, any person may give notice to the European Patent Office of opposition to the European patent granted. Notice of opposition shall be filed in a written reasoned statement. It shall not be deemed to have been LU filed until the opposition fee has been paid (Art. 99(1) European patent convention). Jouve, 18, rue Saint-Denis, 75001 PARIS 1 EP 0 393 661 B1 2 Description Objects of the Invention Field of the Invention The present invention is made to solve the above described problems, and has an object to provide a The present invention relates to a photographic 5 photographic printer in which it is possible to surely printer, and more particularly to a photographic printer detect light for light measurement or for imaging while having a photometerical device for measuring the maintaining the security of photographic films and density of an image to be printed and/or an imaging achieving sufficiently high speed printing of popular device for displaying the image on a monitor. -
Cyanotype Detailed Instructions
Cyanotype Detailed Instructions Cyanotype Formula, Mixing and Exposing Instructions 1. Dissolve 40 g (approximately 2 tablespoons) Potassium Ferricyanide in 400 ml (1.7 cups) water to create STOCK SOLUTION A. Allow 24 hours for the powder to fully dissolve. 2. Dissolve 100 g (approximately .5 cup) Ferric Ammonium Citrate in 400 ml (1.7 cups) water to create if you have Chemistry Open Stock START HERE STOCK SOLUTION B. Allow 24 hours for the powder to fully dissolve. If using the Cyanotype Sensitizer Set, simply fill each bottle with water, shake and allow 24 hours for the powders to dissolve. 3. In subdued lighting, mix equal parts SOLUTION A and SOLUTION B to create the cyanotype sensitizer. Mix only the amount you immediately need, as the sensitizer is stable just 2-4 hours. if you have the Sensitizer Set START HERE 4. Coat paper or fabric with the sensitizer and allow to air dry in the dark. Paper may be double-coated for denser prints. Fabric may be coated or dipped in the sensitizer. Jacquard’s Cyanotype Fabric Sheets and Mural Fabrics are pre-treated with the sensitizer (as above) and come ready to expose. 5. Make exposures in sunlight (1-30 minutes, depending on conditions) or under a UV light source, placing ob- jects or a film negative on the coated surface to create an image. (Note: Over-exposure is almost always preferred to under-exposure.) The fabric will look bronze in color once fully exposed. 6. Process prints in a tray or bucket of cool water. Wash for at least 5 minutes, changing the water periodically, if you have until the water runs clear. -
Ground-Based Photographic Monitoring
United States Department of Agriculture Ground-Based Forest Service Pacific Northwest Research Station Photographic General Technical Report PNW-GTR-503 Monitoring May 2001 Frederick C. Hall Author Frederick C. Hall is senior plant ecologist, U.S. Department of Agriculture, Forest Service, Pacific Northwest Region, Natural Resources, P.O. Box 3623, Portland, Oregon 97208-3623. Paper prepared in cooperation with the Pacific Northwest Region. Abstract Hall, Frederick C. 2001 Ground-based photographic monitoring. Gen. Tech. Rep. PNW-GTR-503. Portland, OR: U.S. Department of Agriculture, Forest Service, Pacific Northwest Research Station. 340 p. Land management professionals (foresters, wildlife biologists, range managers, and land managers such as ranchers and forest land owners) often have need to evaluate their management activities. Photographic monitoring is a fast, simple, and effective way to determine if changes made to an area have been successful. Ground-based photo monitoring means using photographs taken at a specific site to monitor conditions or change. It may be divided into two systems: (1) comparison photos, whereby a photograph is used to compare a known condition with field conditions to estimate some parameter of the field condition; and (2) repeat photo- graphs, whereby several pictures are taken of the same tract of ground over time to detect change. Comparison systems deal with fuel loading, herbage utilization, and public reaction to scenery. Repeat photography is discussed in relation to land- scape, remote, and site-specific systems. Critical attributes of repeat photography are (1) maps to find the sampling location and of the photo monitoring layout; (2) documentation of the monitoring system to include purpose, camera and film, w e a t h e r, season, sampling technique, and equipment; and (3) precise replication of photographs. -
Photographic Films
PHOTOGRAPHIC FILMS A camera has been called a “magic box.” Why? Because the box captures an image that can be made permanent. Photographic films capture the image formed by light reflecting from the surface being photographed. This instruction sheet describes the nature of photographic films, especially those used in the graphic communications industries. THE STRUCTURE OF FILM Protective Coating Emulsion Base Anti-Halation Backing Photographic films are composed of several layers. These layers include the base, the emulsion, the anti-halation backing and the protective coating. THE BASE The base, the thickest of the layers, supports the other layers. Originally, the base was made of glass. However, today the base can be made from any number of materials ranging from paper to aluminum. Photographers primarily use films with either a plastic (polyester) or paper base. Plastic-based films are commonly called “films” while paper-based films are called “photographic papers.” Polyester is a particularly suitable base for film because it is dimensionally stable. Dimensionally stable materials do not appreciably change size when the temperature or moisture- level of the film change. Films are subjected to heated liquids during processing (developing) and to heat during use in graphic processes. Therefore, dimensional stability is very important for graphic communications photographers because their final images must always match the given size. Conversely, paper is not dimen- sionally stable and is only appropriate as a film base when the “photographic print” is the final product (as contrasted to an intermediate step in a multi-step process). THE EMULSION The emulsion is the true “heart” of film. -
Introduction
CINEMATOGRAPHY Mailing List the first 5 years Introduction This book consists of edited conversations between DP’s, Gaffer’s, their crew and equipment suppliers. As such it doesn’t have the same structure as a “normal” film reference book. Our aim is to promote the free exchange of ideas among fellow professionals, the cinematographer, their camera crew, manufacturer's, rental houses and related businesses. Kodak, Arri, Aaton, Panavision, Otto Nemenz, Clairmont, Optex, VFG, Schneider, Tiffen, Fuji, Panasonic, Thomson, K5600, BandPro, Lighttools, Cooke, Plus8, SLF, Atlab and Fujinon are among the companies represented. As we have grown, we have added lists for HD, AC's, Lighting, Post etc. expanding on the original professional cinematography list started in 1996. We started with one list and 70 members in 1996, we now have, In addition to the original list aimed soley at professional cameramen, lists for assistant cameramen, docco’s, indies, video and basic cinematography. These have memberships varying from around 1,200 to over 2,500 each. These pages cover the period November 1996 to November 2001. Join us and help expand the shared knowledge:- www.cinematography.net CML – The first 5 Years…………………………. Page 1 CINEMATOGRAPHY Mailing List the first 5 years Page 2 CINEMATOGRAPHY Mailing List the first 5 years Introduction................................................................ 1 Shooting at 25FPS in a 60Hz Environment.............. 7 Shooting at 30 FPS................................................... 17 3D Moving Stills...................................................... -
Download the Technical Data for Kodak Professional
TECHNICAL DATA / COLOR TRANSPARENCY FILM May 2004 • E-2529 KODAK PROFESSIONAL EKTACHROME Duplicating SIZES AVAILABLE Film EDUPE is a low-contrast color reversal duplicating Sizes and catalog numbers may differ from country to film designed for making high-quality duplicates from country. See your dealer who supplies KODAK originals on KODAK EKTACHROME or KODACHROME PROFESSIONAL Products. Films. It features excellent color reproduction, extremely fine grain, and very high sharpness. Rolls Code / Acetate CAT No. Although its primary application is producing duplicate Spec No. Base slides, you can also use this film for making copy slides of 135-36 EDUPE 134 2641 high-contrast color reflection prints. EDUPE/ 35 mm x 100 ft 195 2837 SP663 FEATURES BENEFITS EDUPE/ 35 mm x 400 ft 114 7461 • Optimized spectral • Versatile performance SP663 sensitivity and tone scale • Exceptional tone and color EDUPE/ 35 mm x 1000 ft 197 5358 reproduction from a variety SP663 of original film types 5-mil EDUPE/ (0.13 mm) • Extended tone scale • Increased highlight and 46 mm x 100 ft 122 1985 latitude shadow detail SP446 EDUPE/ • Faithful reproduction of 61.5 mm x 100 ft 102 3035 original tone scale SP816 • Richer blacks EDUPE / 70 mm x 100 ft* 813 7523 • Cleaner whites SP481* • Finest grain available in a • Outstanding reproduction of 120 EDUPE 139 5268 color reversal duplicating detailed images—even with film enlargement *Perforated on both edges. • The perfect match for today’s finer-grained films Film Code Acetate • Excellent latent-image • No color or contrast shifts Sheets Size CAT No. keeping within a roll, or from the start Base to the end of the day 10 802 4531 • Superb reciprocity • No tone scale compromise 4 x 5 in. -
Automatic Compensation for Camera Settings for Images Taken Under Different Illuminants
Automatic Compensation for Camera Settings for Images Taken under Different Illuminants Cheng Lu and Mark S. Drew; School of Computing Science, Simon Fraser University, Vancouver, British Columbia, Canada V5A 1S6 fclu,[email protected] Abstract image − no-flash image ), to infer the contribution of the flash The combination of two images shot for the same scene but light to the scene. But to make this computation meaningful, the under different illumination has been used in wide applications images must be in the same camera settings. These include: ex- ranging from estimating scene illumination, to enhancing pho- posure time, ISO, aperture, and white balance. Since different tographs shot in dark environments, to shadow removal. An ex- lighting conditions usually cause changes of camera settings, an ample is the use of a pair of images shot with and without a flash. effective registering method to compensate for the difference, for However, for consumer-grade digital cameras, due to the differ- the image pair, is necessary. Unfortunately, this problem has never ent illumination conditions the two images usually have different been investigated carefully. This is partly because the difference camera settings when they are taken, such as exposure time and between the two images is a composite of the difference of cam- white balance. Thus adjusting (registering) the two images be- era settings and of the light arriving at the camera, and they are comes a necessary step prior to combining the two images. Un- difficult to separate. fortunately, how to register these two images has not been inves- In this paper, we present a method which uses a masking tigated fully. -
Avid Media Composer and Film Composer Input and Output Guide • Part 0130-04531-01 Rev
Avid® Media Composer® and Film Composer® Input and Output Guide a tools for storytellers® © 2000 Avid Technology, Inc. All rights reserved. Avid Media Composer and Film Composer Input and Output Guide • Part 0130-04531-01 Rev. A • August 2000 2 Contents Chapter 1 Planning a Project Working with Multiple Formats . 16 About 24p Media . 17 About 25p Media . 18 Types of Projects. 19 Planning a Video Project. 20 Planning a 24p or 25p Project. 23 NTSC and PAL Image Sizes . 23 24-fps Film Source, SDTV Transfer, Multiformat Output . 24 24-fps Film or HD Video Source, SDTV Downconversion, Multiformat Output . 27 25-fps Film or HD Video Source, SDTV Downconversion, Multiformat Output . 30 Alternative Audio Paths . 33 Audio Transfer Options for 24p PAL Projects . 38 Film Project Considerations. 39 Film Shoot Specifications . 39 Viewing Dailies . 40 Chapter 2 Film-to-Tape Transfer Methods About the Transfer Process. 45 Transferring 24-fps Film to NTSC Video. 45 Stage 1: Transferring Film to Video . 46 Frames Versus Fields. 46 3 Part 1: Using a 2:3 Pulldown to Translate 24-fps Film to 30-fps Video . 46 Part 2: Slowing the Film Speed to 23.976 fps . 48 Maintaining Synchronized Sound . 49 Stage 2: Digitizing at 24 fps. 50 Transferring 24-fps Film to PAL Video. 51 PAL Method 1. 52 Stage 1: Transferring Sound and Picture to Videotape. 52 Stage 2: Digitizing at 24 fps . 52 PAL Method 2. 53 Stage 1: Transferring Picture to Videotape . 53 Stage 2: Digitizing at 24 fps . 54 How the Avid System Stores and Displays 24p and 25p Media .