private void WriteSCFTrianglesData(Triangles triangles)
{
WriteSCF.Write(triangles.mCount);
int increment = 3 * triangles.mTriangleInputs.Count;
int increment1 = triangles.mTriangleInputs.Count;
for (int i = 0; i < triangles.mTrianglesP.mIndices.Count; i += increment)
{
WriteSCF.Write((ushort)triangles.mTrianglesP.mIndices[i + (0 * increment1)]);
WriteSCF.Write((ushort)triangles.mTrianglesP.mIndices[i + (1 * increment1)]);
WriteSCF.Write((ushort)triangles.mTrianglesP.mIndices[i + (2 * increment1)]);
if (triangles.mTriangleInputs.Count > 1)
{
WriteSCF.Write((ushort)triangles.mTrianglesP.mIndices[i + 1 + (0 * increment1)]);
WriteSCF.Write((ushort)triangles.mTrianglesP.mIndices[i + 1 + (1 * increment1)]);
WriteSCF.Write((ushort)triangles.mTrianglesP.mIndices[i + 1 + (2 * increment1)]);
}
if (triangles.mTriangleInputs.Count > 2)
{
WriteSCF.Write((ushort)triangles.mTrianglesP.mIndices[i + 2 + (0 * increment1)]);
WriteSCF.Write((ushort)triangles.mTrianglesP.mIndices[i + 2 + (1 * increment1)]);
WriteSCF.Write((ushort)triangles.mTrianglesP.mIndices[i + 2 + (2 * increment1)]);
}
}
}
private void WriteSCFArrayData(Mesh mesh)
{
for (int i = 0; i < mesh.mSources.Count; i++)
{
if (i != 2)
{
debugOutput += mesh.mSources[i].mSourceId + " Entered\n";
WriteSCF.Write(mesh.mSources[i].mFloatArray.mCount);
for (int j = 0; j < mesh.mSources[i].mFloatArray.mCount; j++)
{
WriteSCF.Write(mesh.mSources[i].mFloatArray.mFloats[j]);
}
}
if (i == 2)
{
debugOutput += mesh.mSources[i].mSourceId + " Entered\n";
WriteSCF.Write(mesh.mSources[i].mFloatArray.mCount / 3);
for (int j = 0; j < mesh.mSources[i].mFloatArray.mCount; j += 3)
{
WriteSCF.Write(mesh.mSources[i].mFloatArray.mFloats[j]);
WriteSCF.Write(mesh.mSources[i].mFloatArray.mFloats[j + 1]);
}
}
}
}
private void WriteSCFGeometryChunk(SCFSpecification.SCF scf)
{
SCFSpecification.SCFGeometryChunk geometry = scf.mHeader.mGeometryChunk;
WriteSCF.Write(geometry.mChunkId);
WriteSCF.Write(geometry.mNoOfTriangleGroups);
WriteSCF.Write(geometry.mTotalNoOfTriangles);
WriteSCF.Write(geometry.mDataOffset);
}
private void WriteSCFMainChunk(SCFSpecification.SCF scf)
{
SCFSpecification.SCFMainChunk main = scf.mHeader.mMainChunk;
WriteSCF.Write(main.mMagicNumber);
WriteSCF.Write(main.mVersion);
WriteSCF.Write(main.mChunkId);
WriteSCF.Write(main.mNoOfSubChunks);
}
public ExportSCF(String path, String dest)
{
string e = Path.GetExtension(path).ToLower();
debugOutput = "";
switch (e)
{
case ".dae":
mParser = new ColladaParser(path);
break;
case ".obj":
mParser = new ObjParser(path);
break;
default:
debugOutput += "I don't know what that is\n";
return;
//break;
}
if (mParser.IsFinished)
{
mGeometryLibrary = mParser.GeometryLibrary;
}
if (dest.Equals(""))
{
WriteSCF.OpenFile("/Users/derrm/Desktop/Test.scf");
}
else
{
WriteSCF.OpenFile(dest);
}
WriteSCFData();
WriteSCF.CloseFile();
}
