public Face[][] ToGroupFaceArray(MeshInformationData[] meshdata)
{
Face[][] GroupFaceArray = new Face[meshdata.Length][];
for (int SubMesh = 0; SubMesh < meshdata.Length; SubMesh++)
{
List<Face> FaceArray = new List<Face>(meshdata[0].IndiceLength);
int Start = meshdata[SubMesh].IndiceStart;
int End = meshdata[SubMesh].IndiceStart + meshdata[SubMesh].IndiceLength - 2;
bool Winding = true;
int Index = 0;
for (int x = Start; x < End; x++)
{
Face Temp = new Face(IndiceArray[x], IndiceArray[x + 1], IndiceArray[x + 2]);
if (!Temp.IsDegenerate)
{
FaceArray.Add(Temp);
if (Winding == false)
{
short y = Temp.VertexIndices[1];
short z = Temp.VertexIndices[2];
Temp.VertexIndices[1] = z;
Temp.VertexIndices[2] = y;
Winding = true;
}
else
{
Winding = false;
}
}
else
{
if (Winding == false) { Winding = true; }
else { Winding = false; }
}
Index++;
}
FaceArray.TrimExcess();
GroupFaceArray[SubMesh] = FaceArray.ToArray();
}
return GroupFaceArray;
}
public ModelRawData(Stream stream, H2Model.Resource[] resources, H2Model.Section section)
{
//SectionData = section;
int StartOffset = (int)stream.Position;
Header = new RawHeaderData(stream);
foreach (H2Model.Resource r in resources)
{
stream.Position = StartOffset + RawOffsetStart + r.RawDataOffset;
switch (r.MainRawDataType)
{
case H2Model.ResourceType.BoneMap:
BoneData = new BoneData(stream, (uint)r.RawDataSize);
break;
case H2Model.ResourceType.MeshInformation:
MeshInformation = new MeshInformationData[r.RawDataSize / MeshInformationData.Size];
for (int x = 0; x < MeshInformation.Length; x++)
{
MeshInformation[x] = new MeshInformationData(stream);
}
break;
case H2Model.ResourceType.UnknownStruct8:
Struct8 = new UnknownStruct8Data[r.RawDataSize / UnknownStruct8Data.Size];
for (int x = 0; x < Struct8.Length; x++)
{
Struct8[x] = new UnknownStruct8Data(stream);
}
break;
case H2Model.ResourceType.Unknown:
Struct32 = new UnknownStruct32Data[3];
for (int x = 0; x < 3; x++)
{
Struct32[x] = new UnknownStruct32Data(stream);
}
break;
case H2Model.ResourceType.Vertex:
switch (r.SubRawDataType)
{
case H2Model.ResourceSubType.VertexData:
PositionData = new VertexData(stream, (uint)r.RawDataSize);
break;
case H2Model.ResourceSubType.UVData:
TexcoordData = new TexcoordData(stream, (uint)r.RawDataSize);
break;
case H2Model.ResourceSubType.VectorData:
VectorData = new VectorData(stream, (uint)r.RawDataSize);
break;
}
break;
case H2Model.ResourceType.TriangleStrip:
IndiceData = new TriangleIndiceData(stream, (uint)r.RawDataSize);
break;
}
}
}
public Face[] ToFaceArray(MeshInformationData[] meshdata)
{
List<Face> FaceArray = new List<Face>(IndiceArray.Length);
for (int SubMesh = 0; SubMesh < meshdata.Length; SubMesh++)
{
int Start = meshdata[SubMesh].IndiceStart;
int End = meshdata[SubMesh].IndiceStart + meshdata[SubMesh].IndiceLength - 2;
bool Winding = true;
for (int x = Start; x < End; x++)
{
Face Temp = new Face(IndiceArray[x], IndiceArray[x + 1], IndiceArray[x + 2], IndiceArray[x], IndiceArray[x + 1], IndiceArray[x + 2], IndiceArray[x], IndiceArray[x + 1], IndiceArray[x + 2]);
Temp.MaterialID = meshdata[SubMesh].ShaderIndex;
Temp.GroupID = SubMesh;
if (!Temp.IsDegenerate)
{
FaceArray.Add(Temp);
if (Winding == false)
{
short y = Temp.VertexIndices[1];
short z = Temp.VertexIndices[2];
Temp.VertexIndices[1] = z;
Temp.VertexIndices[2] = y;
y = Temp.TexcoordIndices[1];
z = Temp.TexcoordIndices[2];
Temp.TexcoordIndices[1] = z;
Temp.TexcoordIndices[2] = y;
y = Temp.NormalIndices[1];
z = Temp.NormalIndices[2];
Temp.NormalIndices[1] = z;
Temp.NormalIndices[2] = y;
Winding = true;
}
else
{
Winding = false;
}
}
else
{
if (Winding == false) { Winding = true; }
else { Winding = false; }
}
}
}
FaceArray.TrimExcess();
return FaceArray.ToArray();
}
