struct TransAnimationReadBufferData{
//	StreamList<TransAnimationReadImageData> ImagesData;
	TransAnimationReadImageData * ImagesData;
	DWORD AvailableImageBuffer;
	ifstream * pFile;
	DWORD ImagesAmount;
};




DWORD 
WINAPI AnimationARRReadFileIntoRawBuffer(LPVOID lpParameter)
{
	DWORD counter;
	TransAnimationReadBufferData * pData;

	pData = static_cast<TransAnimationReadBufferData *>(lpParameter);
	for (counter=0; counter<pData->ImagesAmount/*pData->ImagesData.GetObjectsAmount()*/; counter++)
	{
		LPBYTE maintain;
		maintain = new BYTE [640*480];
//		ReadTransImageAdvancedRepresentationReduceFormatIntoRawBuffer (*pData->pFile, pData->ImagesData[counter]);
		pData->AvailableImageBuffer++;
	}
	return 0;
}


void 
TransAnimationSource::ReadAdvancedRepresentationReduceFormat (ifstream & File)
{
	DWORD counter;
	TransAnimationReadBufferData BufData;
	HANDLE ThreadHandle;
	DWORD ThreadID;

	FileIO::Read (File, this->FPS);
	FileIO::Read (File, counter);
	this->SetImagesAmount (counter);

	BufData.AvailableImageBuffer = 0;
//	BufData.ImagesData.Initialize (this->GetImagesAmount());
	BufData.ImagesData = new TransAnimationReadImageData [this->GetImagesAmount()];
	BufData.ImagesAmount = this->GetImagesAmount();
	BufData.pFile = &File;
	ThreadHandle = CreateThread(NULL, 0, AnimationARRReadFileIntoRawBuffer, static_cast<LPVOID>(&BufData), 0, &ThreadID);
	for (counter=0; counter<this->GetImagesAmount();)
	{
		if (counter<BufData.AvailableImageBuffer)
//		if (BufData.AvailableImageBuffer==this->GetImagesAmount())
		{
//		ReadTransImageAdvancedRepresentationReduceFormatIntoRawBuffer (File, BufData.ImagesData[counter]);
//			(*this)[counter].DecodeAdvancedRepresentationReduceFormat (BufData.ImagesData[counter]);
	LPBYTE maintain;
	maintain = new BYTE [480*640];
			counter++;
		}
	}
	CloseHandle (ThreadHandle);
}