public Mdl(mdl_t mdlTStruct,
texgroup_struct[] tgs,
stvert_t[] vertData,
dtriangle_t[] triData,
frame_struct[] frame
)
{
this.header = mdlTStruct;
this.texGroup = tgs;
this.vertex = vertData;
this.triangle = triData;
this.frame = frame;
}
private texgroup_struct[] readTexGroupStructs(mdl_t mdlTStruct, System.IO.FileStream fstream)
{
texgroup_struct[] tgs = new texgroup_struct[ mdlTStruct.num_texgroups ];
for(int texgroup_num = 0; texgroup_num < mdlTStruct.num_texgroups; texgroup_num++){
tgs[texgroup_num].type = (aliasskintype_t) readInt(fstream);
Console.WriteLine("Type for tgs[{0}] is {1}", texgroup_num, tgs[texgroup_num].type);
if(tgs[texgroup_num].type == aliasskintype_t.ALIAS_SKIN_SINGLE){
//if type is ALIAS_SKIN_SINGLE, set number of textures to 1
tgs[texgroup_num].numtextures = 1;
//and interval[0] to 0
tgs[texgroup_num].interval = new float[1];
tgs[texgroup_num].interval[0] = 0.0f;
}else{
// Determine how many textures there are in this group
tgs[texgroup_num].numtextures = readInt(fstream);
Console.WriteLine("numtextures for tgs[{0}] is {1}", texgroup_num, tgs[texgroup_num].numtextures);
tgs[texgroup_num].interval = new float[tgs[texgroup_num].numtextures];
// Read the intervals between each texture
for(int i = 0; i < tgs[texgroup_num].numtextures; i++){
tgs[texgroup_num].interval[i] = readSingle(fstream);
}
}
// Read texture data
tgs[texgroup_num].texture = new tex_struct[tgs[texgroup_num].numtextures];
for(int tex_num = 0; tex_num < tgs[texgroup_num].numtextures; tex_num++){
tgs[texgroup_num].texture[tex_num].pixel = new byte[mdlTStruct.texheight * mdlTStruct.texwidth];
fstream.Read(tgs[texgroup_num].texture[tex_num].pixel, 0, mdlTStruct.texheight * mdlTStruct.texwidth);
}
}
return tgs;
}