📄 dtile.h
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/* //////////////////////////////////////////////////////////////////////////// INTEL CORPORATION PROPRIETARY INFORMATION// This software is supplied under the terms of a license agreement or// nondisclosure agreement with Intel Corporation and may not be copied// or disclosed except in accordance with the terms of that agreement.// Copyright(c) 2003-2005 Intel Corporation. All Rights Reserved.//////*/#ifndef __DTILE_H__#define __DTILE_H__#include "dtilecomp.h"#include "jp2bitspercomp.h"#include "decimetric.h"#include "bdiagnoutput.h"class DTile {public: DTile() {} void AttachDiagnOutput(BDiagnOutput &diagnOutput) { m_diagnOutputPtr = diagnOutput; } void Init( const SBTree<Ipp32s> *sbTrees, const Rect &tileRectRG, const RectSize *sampleSizeRG, const JP2BitsPerComp *bitsPerComp, unsigned int nOfLayers, const JP2CodingStyleCompTile &codingStyle, const DJP2QuantCompTile &quant) { m_components.ReAlloc(codingStyle.Size()); for(unsigned int component = 0; component < NOfComponents(); component++) { m_components[component].AttachDiagnOutput(m_diagnOutputPtr); m_components[component].Init(sbTrees[component], DecimateRect(tileRectRG, sampleSizeRG[component]), bitsPerComp[component].BitDepth(), nOfLayers, codingStyle[component], quant[component]); } } unsigned int NOfComponents() const { return m_components.Size(); } unsigned int NOfResLevels(unsigned int comp) const { return m_components[comp].NOfResLevels(); } template<class ByteInput> void ReadPacket(ByteInput &packet, unsigned int component, unsigned int resLevel, const Point &precinct, unsigned int layer) { m_components[component].ReadPacket(packet, resLevel, precinct, layer); }protected: FixedArray<DTileComp> m_components; BDiagnOutputPtr m_diagnOutputPtr;};#endif // __DTILE_H__
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