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 frame_struct[] readFrameData(mdl_t mdlTStruct, System.IO.FileStream fstream)
{
daliasframetype_t frametype;
frame_struct[] frame = new frame_struct[mdlTStruct.numframes];
for(int frame_num = 0; frame_num < mdlTStruct.numframes; frame_num++){
frametype.type = (aliasframetype_t) readInt(fstream);
frame[frame_num].type = frametype.type;
Console.WriteLine("Frame type for frame #{0} is {1}", frame_num, frametype.type);
if(frametype.type == aliasframetype_t.ALIAS_SINGLE){
//no group data for single-frame meshes
//we want to use the same data structure, though so set numposes
frame[frame_num].numposes = 1;
//no interval data for single-frame meshes - set to zero
frame[frame_num].interval = new float[1];
frame[frame_num].interval[0] = 0.0f;
}else{
//read group data for multi-frame meshes
daliasgroup_t groupData = readDAliasGroup(fstream);
frame[frame_num].numposes = groupData.numposes;
frame[frame_num].interval = new float[groupData.numposes];
for(int i = 0; i < groupData.numposes; i++){
frame[frame_num].interval[i] = readSingle(fstream);
}
}
// Read pose data
frame[frame_num].pose = new pose_struct[frame[frame_num].numposes];
for(int i = 0; i < frame[frame_num].numposes; i++){
daliasframe_t dAliasFrame = readDAliasFrame(fstream);
frame[frame_num].pose[i].name = dAliasFrame.name;
Console.WriteLine("Reading pose named {0}", frame[frame_num].pose[i].name);
frame[frame_num].pose[i].vertex = new trivertx_t[mdlTStruct.numverts];
for(int j = 0; j < mdlTStruct.numverts; j++){
frame[frame_num].pose[i].vertex[j] = readTriVertX(fstream);
}
}
}
return frame;
}