Instructor |
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Admin |
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General course information: objectives, prerequisites, text, policies, etc.
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Policy on use of alternate integrated development environments and
programming languages in this course.
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Template/example write-up for the programming projects/labs.
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Schedule of lecture topics and assignments (subject to revision as the semester proceeds).
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Slides from the lectures, in Adobe Portable Document Format (PDF).
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Example Code |
| Sample programs using FLTK |
| Sample parallel programs |
| Sample 3D graphics progams |
| Sample code from the OpenGL Programming Guide |
| Sample programs using GLSL shaders |
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Exams |
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You may find useful the exams from the last time I taught CMPT370;
the topics are mostly (although not completely) the same.
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Our first midterm, covering graphical user interfaces in FLTK
and parallel programming with OpenMP. Answers are included.
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Second midterm, covering OpenGL graphics, the rendering pipeline,
3D geometry and transforms, shading, texture maps, and blending.
May be a bit longer than last year's midterm (but a hopefully a touch
shorter than our first midterm this year).
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Our final exam, covering the whole semester. Answers are included.
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Links |
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Documentation for FLTK, a lightweight toolkit for graphical user interfaces.
We will be using version 1.1.9 on Cygwin, with GCC.
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Greg Ercolano's FLTK Cheat Page has lots of example code.
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The homepage of OpenMP, a standard API for shared-memory parallel
scientific computation.
We will be using the version built-in to GCC-4.1.0 on carmel.
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The homepage of OpenGL, an industry-standard API for 3D graphics.
We will be using OpenGL under FLTK on Cygwin.
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MIT has generously released the
curriculum and course material for their advanced undergrad/grad
graphics course,
6.837,
under their OpenCourseWare initiative.
This is a locally-cached copy.
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The OpenGL Programming Guide (RedBook)
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Every class starts with a short devotional from the Bible, to help keep
everything in perspective!
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