WaveletReversePartial.cpp File Reference

#include <algorithm>
#include <functional>
#include "TFSingleton.h"
#include "grk_restrict.h"
#include "simd.h"
#include "CodeStreamLimits.h"
#include "TileWindow.h"
#include "Quantizer.h"
#include "Logger.h"
#include "buffer.h"
#include "GrkObjectWrapper.h"
#include "ISparseCanvas.h"
#include "ImageComponentFlow.h"
#include "IStream.h"
#include "GrkImageMeta.h"
#include "GrkImage.h"
#include "PLMarker.h"
#include "SIZMarker.h"
#include "PPMMarker.h"
#include "CodingParams.h"
#include "ICoder.h"
#include "CoderPool.h"
#include "BitIO.h"
#include "TagTree.h"
#include "CodeblockCompress.h"
#include "CodeblockDecompress.h"
#include "Precinct.h"
#include "Subband.h"
#include "Resolution.h"
#include "TileComponentWindow.h"
#include "WaveletReverse.h"
#include "TileComponent.h"
#include "DecompressScheduler.h"

Classes
class	grk::PartialInterleaver< ST, FILTER_WIDTH, VERT_PASS_WIDTH >
class	grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >
class	grk::Partial97< T, FILTER_WIDTH, VERT_PASS_WIDTH >
struct	grk::PartialBandInfo< FILTER_WIDTH >

Namespaces
namespace	grk
	ResWindow.

Macros
#define	get_S(buf, i)
#define	get_D(buf, i)
#define	S(buf, i)
#define	D(buf, i)
#define	S_(buf, i)
#define	D_(buf, i)
#define	SS_(buf, i)
#define	DD_(buf, i)
#define	get_S_off(buf, i, off)
#define	get_D_off(buf, i, off)
#define	S_off(buf, i, off)
#define	D_off(buf, i, off)
#define	S_off_(buf, i, off)
#define	D_off_(buf, i, off)
#define	S_sgnd_off_(buf, i, off)
#define	D_sgnd_off_(buf, i, off)
#define	SS_sgnd_off_(buf, i, off)
#define	DD_sgnd_off_(buf, i, off)
#define	SS_off_(buf, i, off)
#define	DD_off_(buf, i, off)

Macro Definition Documentation

D

#define D	(		buf,
			i )

Value:

buf[(1 + ((i) << 1))]

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::h(), grk::WaveletReverse::partial_tile(), grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v(), and grk::write().

D_

#define D_	(		buf,
			i )

Value:

((i) < -win_h_x0 ? get_D(buf, -win_h_x0) : ((i) >= dn_p ? get_D(buf, dn_p - 1) : get_D(buf, i)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::h().

D_off

#define D_off	(		buf,
			i,
			off )

Value:

buf[(1 + ((i) << 1)) * VERT_PASS_WIDTH + off]

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v().

D_off_

#define D_off_	(		buf,
			i,
			off )

Value:

(((i) >= dn_p ? get_D_off(buf, dn_p - 1, off) : get_D_off(buf, i, off)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v().

D_sgnd_off_

#define D_sgnd_off_	(		buf,
			i,
			off )

Value:

(((i) < (-win_h_x0) ? get_D_off(buf, -win_h_x0, off) : D_off_(buf, i, off)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v().

DD_

#define DD_	(		buf,
			i )

Value:

((i) < -win_l_x0 ? get_D(buf, -win_l_x0) : ((i) >= sn_p ? get_D(buf, sn_p - 1) : get_D(buf, i)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::h().

DD_off_

#define DD_off_	(		buf,
			i,
			off )

Value:

(((i) >= sn_p ? get_D_off(buf, sn_p - 1, off) : get_D_off(buf, i, off)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v().

DD_sgnd_off_

#define DD_sgnd_off_	(		buf,
			i,
			off )

Value:

((i) < (-win_l_x0) ? get_D_off(buf, -win_l_x0, off) \
                   : ((i) >= sn_p ? get_D_off(buf, sn_p - 1, off) : get_D_off(buf, i, off)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v().

get_D

#define get_D	(		buf,
			i )

Value:

buf[(1 + ((i) << 1))]

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::h().

get_D_off

#define get_D_off	(		buf,
			i,
			off )

Value:

buf[(1 + ((i) << 1)) * VERT_PASS_WIDTH + off]

get_S

#define get_S	(		buf,
			i )

Value:

buf[(i) << 1]

get_S_off

#define get_S_off	(		buf,
			i,
			off )

Value:

buf[((i) << 1) * VERT_PASS_WIDTH + off]

S

#define S	(		buf,
			i )

Value:

buf[(i) << 1]

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::h(), grk::WaveletReverse::PartialTaskInfo< T, S >::PartialTaskInfo(), grk::WaveletReverse::PartialTaskInfo< T, S >::PartialTaskInfo(), grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v(), and grk::write().

S_

#define S_	(		buf,
			i )

Value:

((i) < -win_l_x0 ? get_S(buf, -win_l_x0) : ((i) >= sn_p ? get_S(buf, sn_p - 1) : get_S(buf, i)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::h().

S_off

#define S_off	(		buf,
			i,
			off )

Value:

buf[((i) << 1) * VERT_PASS_WIDTH + off]

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v().

S_off_

#define S_off_	(		buf,
			i,
			off )

Value:

(((i) >= sn_p ? get_S_off(buf, sn_p - 1, off) : get_S_off(buf, i, off)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v().

S_sgnd_off_

#define S_sgnd_off_	(		buf,
			i,
			off )

Value:

(((i) < (-win_l_x0) ? get_S_off(buf, -win_l_x0, off) : S_off_(buf, i, off)))

SS_

#define SS_	(		buf,
			i )

Value:

((i) < -win_h_x0 ? get_S(buf, -win_h_x0) : ((i) >= dn_p ? get_S(buf, dn_p - 1) : get_S(buf, i)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::h().

SS_off_

#define SS_off_	(		buf,
			i,
			off )

Value:

(((i) >= dn_p ? get_S_off(buf, dn_p - 1, off) : get_S_off(buf, i, off)))

Referenced by grk::Partial53< ST, FILTER_WIDTH, VERT_PASS_WIDTH >::v().

SS_sgnd_off_

#define SS_sgnd_off_	(		buf,
			i,
			off )

Value:

((i) < (-win_h_x0) ? get_S_off(buf, -win_h_x0, off) \
                   : ((i) >= dn_p ? get_S_off(buf, dn_p - 1, off) : get_S_off(buf, i, off)))