since 0.75b1, but I've have you to write a really good example gadget. This
request/competition is looking for modellers who want to use higher polygon
count models with little rendering speed penalty, and who might want to use
special rendering techniques like relief mapping.
The requirements:
1. It must be texture mapped
2. 10000 triangles+ base model
3. Reduced polygon models with about 1/2 reduction steps, ex:
20000, 10000, 5000, 2500, 1250, 625, 321, 150
(to help you with this, programs like blender have a decimation tool)
4. Wavefront OBJ file format, or S3O file format
(if using OBJs, the pieces must be situated at their origins, or you'll have to
get me the piece translation offsets)
Bonus features
1. Normal Mapping
If you provide me with a normal map + height texture, I'll add the ability to
use parallax and relief mapping to your model. The texture format should
be as follows:
1 / R = Normalized Vector X
0 / G = Normalized Vector Y
2 / B = Normalized Vector Z
3 / A = Normalized Height
Unless otherwise specified, the normal map + height texture will be applied
using the same texture coordinates as the regular texture.
If you want to also provide a specular scale texture, I can apply that as
well. My current shaders actually use an RGBS + NrmH texture set, but that's
easily modified to use a separate specular texture.
2. Custom GLSL material shader
If you have a specific material shader effect that you want applied to the model,
I'll add it the initialization code. If you don't know how to write a GLSL shader,
but have a basic concept that you want tried, I'll write it (assuming that yours is
the best model of the bunch
P.S. If you want to use lower poly count models for the shadowmap generation,
reflection, or refraction, let me know which levels you want associated with the
main rendering LOD levels.
