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Homework 0: Output an image from a program & convert it to a .GIF file.
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Homework 1: Compare various filter types on a sinusoidal image.
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Homework 2: Compare various sampling techniques on a sinusoidal image.
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Homework 3: Convert a spectral image to RGB
space and experiment with various techniques to get the "best" picture.
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Homework 4: Use a raytracer to create an
image with motion blur.
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Homework 5: Use a raytracer to simulate the
effect of depth-of-field (as captured by a thin-lens camera).
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Homework 6: Add implicit direct lighting
to the raytracer. Use this to render the Cornell Box.
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Homework 7: Add indirect lighting
to the raytracer. Use this to render the Cornell Box.
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Homework 8: Add explicit direct lighting
to the raytracer. Use this to render the Cornell Box.
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Homework 9: Add the ability to render
metal and glass objects to the raytracer. Render a scene with both types of
materials.
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Homework 10:Implement the Ashikhmin BRDF model.
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Homework 11: Implement naive tonemapping.
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Homework 12: Implement photon mapping.
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Final Project: Take a photo and render the same scene photorealistically.
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