Final Project Topics
๎Submit one page proposal by Wednesday March 25
๎Include:
๎Team member names (1 or 2)
๎Description of project
๎Copy of the paper, if applicable
Prepare for your exams
Study with the several resources on Docsity
Earn points to download
Earn points by helping other students or get them with a premium plan
Guidelines and tips
Prepare for your exams
Study with the several resources on Docsity
Earn points to download
Earn points by helping other students or get them with a premium plan
Computer Graphics Final Project Topics and Ideas - Prof. Timothy E. Mcgraw, Study Guides, Projects, Research of Computer Science
Information on the final project topics and ideas for a computer graphics course. Students are required to submit a one-page proposal by a certain date, including team member names and a project description. The project can involve various areas such as application, tool, program, game, research, and implementation of new techniques. Ideas include generating ambient occlusion maps, particle system editor, parametric surface editor, and comparing illumination models. The document also covers concepts, equations, and applied topics related to computer graphics.
Typology: Study Guides, Projects, Research
Pre 2010
1 / 8
This page cannot be seen from the preview
Don't miss anything!
Related documents
Partial preview of the text
Download Computer Graphics Final Project Topics and Ideas - Prof. Timothy E. Mcgraw and more Study Guides, Projects, Research Computer Science in PDF only on Docsity!
Final Project Topics
๎ Submit one page proposal by Wednesday March 25
๎
Include:
๎ Team member names (1 or 2)
๎ Description of project
๎ Copy of the paper, if applicable
Final Project Topics
๎ Application
๎ Tool
๎ Program
๎ (^) Game or interactive scene ๎
Research
๎ Implement new technique
๎ Compare 2 or more competing techniques
๎ (^) Based on visual results ๎ (^) Based on time
Ideas
๎
Interactive Scene
๎ Load meshes using glm library
๎ At least be able to move the camera through the scene
๎ Animated objects
๎ Use shaders
๎ Multipass rendering techniques
๎ (^) Depth of Field, Motion Blur
๎ Occlusion query for visibility culling
๎ High dynamic range effects
๎ Deferred shading
Review
๎ Theoretical
๎ Concepts
๎ Equations
๎ Applied
๎ Concepts
๎ Functions, objects
Applied
Concepts ๎ (^) Particle systems/billboards ๎ (^) OpenGL Pipeline ๎ (^) Environment mapping ๎ (^) Sphere mapping, cube mapping, dual paraboloid ๎ (^) Texturing Mipmapping ๎ (^) Anisotropic filtering ๎ (^) Vertex Shaders, Fragment Shaders ๎ (^) Input, output variables ๎ (^) Built-in variables ๎ (^) Data types ๎ (^) Data type qualifiers ๎ (^) Emission Map ๎ (^) Specular map, specular exponent map ๎ (^) Normal map ๎ (^) Environment mapped bump mapping ๎ (^) Ambient Occlusion ๎ (^) Bent normal ๎ (^) Irradiance Map/Diffuse Environment Map
Applied
Functions, Objects
๎ Point sprites
๎
Vertex buffer objects
๎ interleaved/noninterleaved
๎ Indexed, nonindexed
๎ Filling, offsets, drawing
๎ Alpha blending/depth buffer/
drawing order
๎ Cube Mapping
๎
Framebuffer Object
๎ Mipmap generation
๎ Occlusion Query
๎
GLSL texture samplers
and access functions
๎