Assignments

This is where I will post the homework assignments by date.

Week 7
[ 2005 . 02. 28 ]
Take-home quiz (due March 14 (Mon)):
Email Dr. Wong your C++ files and the .exe.

Description

Sample .raw image files available to download:

• heightmap.raw (256x256 pixels, grayscale, one channel)
• grass.raw (256x256 pixels, RGB)

Week 6
[ 2005 . 02. 21 ]
Assignment (due Feb 28 (Mon)):
Email Dr. Wong your C++ files.

Description: Modify the example code given in class to make use of texture object and bind the texture object. (Look at the textbook example.)

Sample .raw image files to download:

• texture-powo2.raw (128x256 pixels, RGB)
• texture-powo2-alpha.raw (128x256 pixels, RGB + an alpha channel)

Week 5
[ 2005 . 02. 14 ]
Assignments (due Feb 21 (Mon)):
Email Dr. Wong your C++ files.

Two projects:

1. Fog: Add fog (GL_LINEAR or GL_EXP) to your maze that is from the previous week
2. Lights and Materials: includes the following in the scene:
   • a grid (using triangle strip or quad strip) with material
   • a sphere (using glutSolidSphere(GLdouble radius, GLint longitude, GLint latitude)) with material (add shininess)
   • optional: a torus (using glutSolidTorus(GLdouble innerRadius, GLdouble outerRadius, GLint nsides, GLint rings)) with material
   • use glLightModel to define a global ambient
   • a flashlight (one that moves around the world with the eye), shining at the grid; experiment with the GL_SPOT_CUTOFF and GL_SPOT_EXPONENT to create a soft spot light
   • a static spot light, shining at the grid
   • keep your key functions from the previous assignments so you can use your keys to move around the scene

Week 4
[ 2005 . 02. 07 ]
Assignments (due Feb 11 (Fri)):
Email Dr. Wong your C++ files.

Two projects:

1. Build a simple frustum model
2. Create a maze using transformations

Week 3
[ 2005 . 01 . 31 ]
Assignments (due Feb 7 (Mon)):
Email Dr. Wong your C++ files.

1. Build a "primitive" forest using primitives such as quads (as land), triangles (as trees), and polygons. Download: start codes and supplementary.
2. Build a cube, each face has a different color.