COMS30020 Computer Graphics Coursework
Building a C++ renderer using a variety of different approaches to 3D rendering
- OBJ geometry and material file loading
- Wireframe rendering
- Flat shaded triangle rasterising
- Texture Mapping
- Keyboard control of camera position
- Changing camera orientation (using orientation matrix)
- Camera LookAt and Orbit
- Ambient lighting
- Diffuse lighting (proximity and angle-of-incidence)
- Specular lighting
- Hard Shadow
- Gouraud shading
- Phong Shading
- Realistic soft shadows
- Reflective materials - Mirrors
- Refractive materials (e.g. glass, water etc.)
- Export of image files and creation of animated video
0 1 2 to switch between wireframe, rasterising and raytracing respectively
3 4 5 to switch between normal, gouraud and phong lighting respectively
6 7 8 to switch proximity, incidence and specular lighting on/off respectively
q e w a s d to translate the camera position down, up, forwards, left, back and right respectively
left right arrow keys to rotate the camera position about the X axis anti-clockwise and clockwise respectively
up down arrow keys to rotate the camera position about the Y axis clockwise and anti-clockwise respectively
l j keys to rotate the camera in the X axis (tilting) respectively
i k keys to rotate the camera in the Y axis (panning) respectively
o to start orbiting (about the y axis) around origin
r to reset the camera view
g h to switch hard ad soft shadows on/off respectively
Clicking the mouse inside the SDL window to generate PPM and BMP files of the current content of the window
To build and run this project, use the included Makefile
$ makeor for optimised build rule
$ make speedy