Embedded Files
Here you can find some figures of the computer graphics program I created for my lecture at Waseda University / Meiji Gakuin University.
computing geodesic distances on triangle mesh models using openGL + GLSL
- heat diffusion
- temperature gradient
- the Laplace operator
computing skinning weights for triangle mesh models using openGL + GLSL
- heat diffusion
- the Laplace operator
- signed volume method (ray-triangle interection algorithm)
rendering triangle-based scenes with global lighting effects using openGL + GLSL
- the Lambert reflection model
- form factors between patches
- light source patch / point light / line light
- signed volume method (ray-triangle interection algorithm)
rendering triangle mesh models with shadow effects using openGL + GLSL
- the Lambert reflection model
- the Möller–Trumbore method (ray-triangle interection algorithm)
- the Slab method (ray-box intersection algorithm)
- hard shadow
rendering simple primitives with shadow effects using openGL + GLSL
- the Phone reflection model
- distance functions
- hard shadow
rendering shadow effects using openGL + GLSL
- the Lambert reflection model
- homogeneous coordinates
- hard shadow
rendering cartoon-like shading effects on 3D models using openGL + GLSL
- the Lambert reflection model
- 1D texture map
generating voxel data from 3D models using openGL + GLSL
- depth texture
- depth peeling algorithm
generating the convex hull of a finite set of points
real-time cloth simulation using openGL + GLSL
- stretching constraint
- bending constraint
- damping constraint
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