OpenUtility::CTexture* OpenUtility::CTexture::LoadTextureFile(const char *file,unsigned long w,unsigned long h,bool nonPowerOf2)
{
CTextureLoader *texLoader;
if ((texLoader=GetLoader(file))!=NULL)
{
unsigned char *data;
EPicMode channel;
if ((data=texLoader->Load(file,w,h,channel))!=NULL)
{
CTexture *texObj=LoadTextureMemory(data,w,h,channel,nonPowerOf2);
texLoader->DestroyData(data);
return(texObj);
}
}
return(NULL);
}
HRESULT TextureEntityDirectX::CreateTextureFromFile_Serial(IDirect3DDevice9* pDev, const char* sFileName, IDirect3DTexture9** ppTexture, D3DFORMAT dwTextureFormat, UINT nMipLevels, Color dwColorKey )
{
// Load Texture sequentially
asset_ptr<TextureEntity> my_asset(this);
CTextureLoader loader_( my_asset, sFileName );
CTextureLoader* pLoader = &loader_;
CTextureProcessor processor_( my_asset );
CTextureProcessor* pProcessor = &processor_;
pLoader->m_dwTextureFormat = dwTextureFormat;
pLoader->m_nMipLevels = nMipLevels;
pLoader->m_ppTexture = (void**)ppTexture;
pLoader->m_dwColorKey = dwColorKey;
pProcessor->m_dwTextureFormat = dwTextureFormat;
pProcessor->m_nMipLevels = nMipLevels;
pProcessor->m_pDevice = pDev;
pProcessor->m_ppTexture = (void**)ppTexture;
pProcessor->m_dwColorKey = dwColorKey;
void* pLocalData;
int Bytes;
if( SUCCEEDED(pLoader->Load()) &&
SUCCEEDED(pLoader->Decompress( &pLocalData, &Bytes )) &&
SUCCEEDED(pProcessor->Process( pLocalData, Bytes )) &&
SUCCEEDED(pProcessor->LockDeviceObject()) &&
SUCCEEDED(pProcessor->CopyToResource()) &&
SUCCEEDED(pProcessor->UnLockDeviceObject()) )
{
}
else
{
pProcessor->SetResourceError();
}
pProcessor->Destroy();
pLoader->Destroy();
return S_OK;
}