Resource* ASEImporter::Import( const String& pFilename, const String& /*pParams*/ )
{
ASEFile aseFile;
try
{
ASE::MeshReader reader(aseFile);
reader.Read( pFilename );
}
catch( Exception& /*e*/ )
{
return NULL;
}
if(aseFile.mGeomObjects.size() == 0)
return NULL;
Map<const ASEFile::Material*, ASESubMesh> mSubMeshes;
GenerateSubMeshes(aseFile, mSubMeshes);
// Create mesh instance
Mesh* newMesh = Cast<Mesh>(GraphicSubsystem::Instance()->Create( Mesh::StaticClass() ));
// Create all submeshes
Map<const ASEFile::Material*, ASESubMesh>::const_iterator itSubMesh;
Map<const ASEFile::Material*, ASESubMesh>::const_iterator itSubMeshBegin = mSubMeshes.begin();
Map<const ASEFile::Material*, ASESubMesh>::const_iterator itSubMeshEnd = mSubMeshes.end();
for(itSubMesh = itSubMeshBegin; itSubMesh != itSubMeshEnd; ++itSubMesh)
{
const ASEFile::Material& mat = *(*itSubMesh).first;
const ASESubMesh& aseSubMesh = (*itSubMesh).second;
// Create the sub mesh
Mesh* subMesh = Cast<Mesh>(GraphicSubsystem::Instance()->Create( Mesh::StaticClass() ));
newMesh->AddChild(subMesh);
// Create VB
subMesh->GetVertexList().Allocate( aseSubMesh.mVertices.size(), (VertexFormat::Component) (VertexFormat::Position3 | VertexFormat::Normal3 | VertexFormat::TexCoord2 ));
Vector3f* ptrPosition = subMesh->GetVertexList().GetPositions();
Vector3f* ptrNormal = subMesh->GetVertexList().GetNormals();
Vector2f* ptrTexCoord = subMesh->GetVertexList().GetTextureCoords();
UInt32 i = 0;
for(Vector<ASEVertex>::const_iterator itVertex = aseSubMesh.mVertices.begin(); itVertex != aseSubMesh.mVertices.end(); ++itVertex, ++i)
{
ptrPosition[i].x = (*itVertex).mPosition.x;
ptrPosition[i].y = (*itVertex).mPosition.z;
ptrPosition[i].z = (*itVertex).mPosition.y;
ptrNormal[i].x = (*itVertex).mNormal.x;
ptrNormal[i].y = (*itVertex).mNormal.z;
ptrNormal[i].z = (*itVertex).mNormal.y;
ptrTexCoord[i] = (*itVertex).mUV;
}
// Create IB
{
subMesh->GetTriangles().Allocate( TriangleBatch::TriangleList, aseSubMesh.mIndices.size());
UInt16* ptrIndices = subMesh->GetTriangles().GetIndices();
UInt32 i = 0;
for(Vector<UInt32>::const_iterator itIndex = aseSubMesh.mIndices.begin(); itIndex != aseSubMesh.mIndices.end(); ++itIndex, ++i)
ptrIndices[i] = *itIndex;
}
// Shader
{
TextureShader* shader = GD_NEW(TextureShader, this, "TextureShader");
if(mat.mMapDiffuse.mBitmap.size() != 0)
{
HTexture2D hdl( mat.mMapDiffuse.mBitmap );
hdl->GetImage().FlipY();
hdl->Update();
shader->mTexture = hdl;
}
else if(mat.mMapGeneric.mBitmap.size() != 0)
{
HTexture2D hdl( mat.mMapGeneric.mBitmap );
hdl->GetImage().FlipY();
hdl->Update();
shader->mTexture = hdl;
}
shader->mMaterial.mAmbient = Color4f(mat.mAmbient.R, mat.mAmbient.G, mat.mAmbient.B);
shader->mMaterial.mDiffuse = Color4f(mat.mDiffuse.R, mat.mDiffuse.G, mat.mDiffuse.B);
//shader->mMaterial.mSpecular = Color4f(mat.mSpecular.R, mat.mSpecular.G, mat.mSpecular.B);
shader->mMaterial.mShininess = mat.mShine;
subMesh->mShader = shader;
}
}
return newMesh;
}
