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Course Criteria
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4.00 Credits
Introduction to color theory and the exploration of color processes utilizing practical laboratory procedures and photographic color reproduction processes. Supports lectures and readings on applied color theory relating to both color photography and its applications. Important topics, in addition to color materials and processes, include color vision, psychological aspects of color, color terminology, and color measurement and specifi cation. Credit 4
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4.00 Credits
Equipment and methods used for the measurement of color are discussed and demonstrated in the laboratory. Topics covered include light sources, radiometry, spectrophotometry, color order systems, color difference formulas and reproduction of color. Credit 4
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3.00 Credits
Study of the hardware and software needed to effectively design computer graphic images. Workstation labs provide hands-on experience with MS-DOS and Mac computer platforms. (2076-203) Credit 3
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4.00 Credits
This course provides opportunities for the students to study and work with the technologies and issues encountered while running a photographic services lab (such as RIT's Imaging Systems Lab). Using actual equipment, the students will learn about C-41 and E-6 fi lm processes, minilab operations, large format/grand format printing, and higher-end output using machines like the DURST LAMDA. Instruments such as densitometers and spectrophotometers and their proper use in quality control will be taught. Color management principles will be introduced. Students will also gain experience in the operations issues associated with an imaging services laboratory. (2076-211, 2076-212, 2076-213) Credit 4
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4.00 Credits
This course is the second course in a series of 3 courses to be taken by students registered for a MINOR in Imaging Systems. This course provides opportunities for the students to study the issues and practice the approaches related to the accurate reproduction of images from "scene" to output using digitalcameras, monitors and a variety of output devices. Digital cameras and scanning backs as well as output devices such as large-format printers will be characterized in this course and an "optimum workfl ow" will be developedfor accurate color reproduction. Students will learn about and use scientifi c color instrumentation such as spectro-radiometers, spectro-photometers and their associated software. A basic knowledge of digital cameras and Adobe Photoshop is assumed in this course. (2076-411) Credit 4
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4.00 Credits
This course will provide an opportunity for students to study, investigate and propose solutions to problems encountered in various imaging workfl ows. Different scenarios and business models ("case studies") will be used to illustratethe imaging challenges that photographers face when outputting their images. By utilizing analytical and problem-solving skills, students will be required to propose optimum solutions to these challenges. (2076-412) Credit 4
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4.00 Credits
Introduction to holographic and diffractive imaging. Lectures and demonstrations cover the materials, processes and applications of the fundamental types of holograms. Laboratory investigations provide hands-on experience with the construction and playback or transmission, refl ection and white-light holograms. (Algebra and physics) Credit 4
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4.00 Credits
The student is exposed to a variety of technical, industrial and/or applied photographic experiences in order to gain a fuller understanding of the scope of photography and its applications. Simplifi ed approaches to photographic instrumentation applications are emphasized. Photographic topics that emphasize scientifi c and technical applications, where photography functions as a tool of measurement and visualization of events that are beyond the range of normal photographic equipment are discussed. Credit 4
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4.00 Credits
Students learn the fundamentals of professional nature photography as exhibited by such magazines as Audubon and National Wildlife. Topics include selection and care of equipment, use of strobes, adapting to adverse weather conditions, sales of photographs, copyright law, free lancing and more. Students are required to spend several hours each week shooting in natural environments. (2076-201, 2076-202, 2076-203 or permission of instructor) Credit 4
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4.00 Credits
Students learn the fundamentals of professional nature photography as exhibited by such magazines as Audubon and National Wildlife. Topics include selection and care of equipment, use of strobes, adapting to adverse weather conditions, sales of photographs, copyright law, free lancing and more. Students are required to spend several hours each week shooting in natural environments. (2076-201, 2076-202, 2076-203 or permission of instructor) Credit 4
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