void ModelLoader::DispatchRead(FILE* apFile)
{
char tBuffer[BUFFER_SIZE];
fscanf(apFile,"%s",tBuffer);
if(!strcmp("v",tBuffer))
{
ReadVertexData(apFile);
}
else if(!strcmp("vt",tBuffer))
{
ReadTextureData(apFile);
}
else if(!strcmp("vn",tBuffer))
{
ReadNormalData(apFile);
}
else if(!strcmp("f",tBuffer))
{
ReadSurfaceData(apFile);
}
else
{
fgets(tBuffer,BUFFER_SIZE,apFile);
}
}
Mesh::Mesh(Program &program, const char *filename)
: Drawable(program)
, vbuffer(-1)
, nbuffer(-1)
, tbuffer(-1)
, fbuffer(-1)
, texture(NULL)
{
FILE *fp = fopen(filename, "r");
if(!fp)
{
std::cout << "Could not open file: " << filename << " :" << strerror(errno) << std::endl;
exit(-1);
}
int num_vertices, num_faces;
bool have_normals = false;
bool have_tex = false;
//Read the header
ReadHeader(fp, num_vertices, num_faces, have_normals, have_tex);
ReadVertexData(fp, num_vertices, have_normals, have_tex);
ReadFaceData(fp, num_faces);
InitBuffers();
}
static bool LoadMesh5013(MZFile& file, EluMesh &mesh)
{
V(ReadName(file, mesh));
V(file.Seek(4));
V(SkipVector<char>(file));
V(ReadWorld(file, mesh));
V(file.Seek(16));
VertexData vertexData;
V(ReadVertexData(file, mesh, vertexData, { Pos, Tex, SkipVecV3, Nor, Tan, SkipVecV3 }));
V(ReadIndices(file));
V(ReadBisomething(file));
std::vector<std::array<u16, 6>> subindices;
V(ReadSubindices(file, subindices));
V(LoadSubmeshData(file, mesh));
V(ReadMeshData(file, mesh, subindices, vertexData));
V(file.Seek(2 * sizeof(v3)));
return true;
}
