forked from pinterf/mvtools
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MVAnalyse.cpp
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MVAnalyse.cpp
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// MVTools
// 2004 Manao
// Copyright(c)2006-2009 A.G.Balakhnin aka Fizick - true motion, overlap, YUY2, pelclip, divide, super
// General classe for motion based filters
// See legal notice in Copying.txt for more information
// This program is free software; you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation; either version 2 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program; if not, write to the Free Software
// Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA, or visit
// http://www.gnu.org/copyleft/gpl.html .
#include "def.h"
#include "ClipFnc.h"
#include "commonfunctions.h"
#include "cpu.h"
#include "DCTFFTW.h"
#include "DCTINT.h"
#include "MVAnalyse.h"
#include "MVGroupOfFrames.h"
#include "MVSuper.h"
#include "profile.h"
#include "SuperParams64Bits.h"
#if defined _WIN32 && defined DX12_ME
using namespace Microsoft::WRL;
#endif
#include <cmath>
#include <cstdio>
#include <algorithm>
MVAnalyse::MVAnalyse(
PClip _child, int _blksizex, int _blksizey, int lv, int st, int stp,
int _pelSearch, bool isb, int lambda, bool chroma, int df, sad_t _lsad,
int _plevel, bool _global, int _pnew, int _pzero, int _pglobal,
int _overlapx, int _overlapy, const char* _outfilename, int _dctmode,
int _divide, int _sadx264, sad_t _badSAD, int _badrange, bool _isse,
bool _meander, bool temporal_flag, bool _tryMany, bool multi_flag,
bool mt_flag, int _chromaSADScale, int _optSearchOption, int _optPredictorType,
float _scaleCSADfine, int _accnum, int _iUseSubShift, PClip _child_cur,
int _iSearchDirMode, int _DMFlags, IScriptEnvironment* env
)
: ::GenericVideoFilter(_child)
, _srd_arr(1)
, _vectorfields_aptr()
, _multi_flag(multi_flag)
, _temporal_flag(temporal_flag)
, _mt_flag(mt_flag)
, _dct_factory_ptr()
, _dct_pool()
, _delta_max(0)
, optSearchOption(_optSearchOption)
, optPredictorType(_optPredictorType)
, scaleCSADfine(_scaleCSADfine)
, iUseSubShift(_iUseSubShift)
, child_cur(_child_cur)
, iSearchDirMode(_iSearchDirMode)
, DMFlags(_DMFlags)
{
has_at_least_v8 = true;
try { env->CheckVersion(8); }
catch (const AvisynthError&) { has_at_least_v8 = false; }
static int id = 0; _instance_id = id++;
_RPT1(0, "MvAnalyse.Create id=%d\n", _instance_id);
if (multi_flag && df < 1)
{
env->ThrowError(
"MAnalyse: cannot use a fixed frame reference "
"(delta < 1) in multi mode."
);
}
_RPT1(0, "MAnalyze created, isb=%d\n", isb ? 1 : 0);
pixelsize = vi.ComponentSize();
bits_per_pixel = vi.BitsPerComponent();
MVAnalysisData & analysisData = _srd_arr[0]._analysis_data;
MVAnalysisData & analysisDataDivided = _srd_arr[0]._analysis_data_divided;
if (pixelsize == 4)
{
env->ThrowError("MAnalyse: Clip with float pixel type is not supported");
}
if (!vi.IsYUV() && !vi.IsYUY2()) // YUY2 is also YUV but let's see what is supported
{
env->ThrowError("MAnalyse: Clip must be YUV or YUY2");
}
if (_optPredictorType < 0 || _optPredictorType > 4)
{
env->ThrowError("MAnalyse: parameter 'optPredictorType' must be from 0 to 4");
}
#ifdef _WIN32
// large pages priv:
DWORD error;
HANDLE hToken = NULL;
TOKEN_PRIVILEGES tp;
BOOL result;
// Enable Lock pages in memory priveledge for the current process
if (OpenProcessToken(GetCurrentProcess(), TOKEN_QUERY | TOKEN_ADJUST_PRIVILEGES, &hToken))
{
tp.PrivilegeCount = 1;
tp.Privileges[0].Attributes = SE_PRIVILEGE_ENABLED;
if (LookupPrivilegeValue(NULL, SE_LOCK_MEMORY_NAME, &tp.Privileges[0].Luid))
{
result = AdjustTokenPrivileges(hToken, FALSE, &tp, 0, (PTOKEN_PRIVILEGES)NULL, 0);
error = GetLastError();
if (!result || (error != ERROR_SUCCESS))
{
// env->ThrowError("LargePages: AdjustTokenPrivileges failed.");
}
}
else
{
// env->ThrowError("LargePages: LookupPrivilegeValue failed.");
}
}
else
{
// env->ThrowError("LargePages: Can not open process token"); // do not bug user with stop processing errors ???
}
// Cleanup
if (hToken != 0) CloseHandle(hToken);
hToken = NULL;
#endif
if (vi.IsY())
chroma = false; // silent fallback
// get parameters of super clip - v2.0
SuperParams64Bits params;
memcpy(¶ms, &child->GetVideoInfo().num_audio_samples, 8);
const int nHeight = params.nHeight;
const int nSuperHPad = params.nHPad;
const int nSuperVPad = params.nVPad;
const int nSuperPel = params.nPel;
const int nSuperModeYUV = params.nModeYUV;
const int nSuperLevels = params.nLevels;
const int nSuperParam = params.param;
// some attempt to check for difference - incomplete !
if (child_cur != 0)// ??
{
const ::VideoInfo& vi_super_current = child_cur->GetVideoInfo();
if (vi_super_current.height != vi.height)
env->ThrowError("MAnalyse: super and super_current clips video format is different!");
if (vi_super_current.image_type != vi.image_type)
env->ThrowError("MAnalyse: super and super_current clips video format is different!");
if (vi_super_current.num_frames != vi.num_frames)
env->ThrowError("MAnalyse: super and super_current clips video format is different!");
if (!vi.IsSameColorspace(child_cur->GetVideoInfo()))
env->ThrowError("MAnalyse: super and super_current clips video format is different!");
}
if (nHeight <= 0
|| nSuperHPad < 0
|| nSuperHPad >= vi.width / 2 // PF: intentional /2
|| nSuperVPad < 0
|| nSuperPel < 1
|| nSuperPel > 4
|| nSuperModeYUV < 0
|| nSuperModeYUV > YUVPLANES
|| nSuperLevels < 1)
{
env->ThrowError("MAnalyse: wrong super clip (pseudoaudio) parameters");
}
const bool bPelRefine = (nSuperParam & 1); // LSB of free param member
if (!bPelRefine && (optSearchOption == 6) && (iUseSubShift == 0) && (nSuperPel > 1))
{
env->ThrowError("MAnalyse: optSearchOption=6 require UseSubShift=1 if no refined planes in super clip");
}
if ( !bPelRefine && (optSearchOption != 5) && (iUseSubShift == 0) && (nSuperPel > 1))
{
env->ThrowError("MAnalyse: super clip do not have refined planes for pel > 1 and not compatible set of options used");
}
analysisData.nWidth = vi.width - nSuperHPad * 2;
analysisData.nHeight = nHeight;
analysisData.pixelType = vi.pixel_type;
if (!vi.IsY()) {
analysisData.yRatioUV = vi.IsYUY2() ? 1 : (1 << vi.GetPlaneHeightSubsampling(PLANAR_U));
analysisData.xRatioUV = vi.IsYUY2() ? 2 : (1 << vi.GetPlaneWidthSubsampling(PLANAR_U));
}
else {
analysisData.yRatioUV = 1; // n/a
analysisData.xRatioUV = 1; // n/a
}
analysisData.pixelsize = pixelsize;
analysisData.bits_per_pixel = bits_per_pixel;
if (_chromaSADScale < -2 || _chromaSADScale>2)
env->ThrowError(
"MAnalyze: scaleCSAD must be -2..2"
);
analysisData.chromaSADScale = _chromaSADScale;
#if defined _WIN32 && !defined DX12_ME
if (optSearchOption == 5 || optSearchOption == 6) // DX12_ME
{
env->ThrowError("MAnalyse: Executable was compiled without DX12_ME defined, optSearchOption 5 and 6 not avaialble.");
}
#endif
#if defined _WIN32 && defined DX12_ME
if (optSearchOption == 5 || optSearchOption == 6) // DX12_ME
{
if (!vi.IsYV12())
{
env->ThrowError("MAnalyse: Unsupported format for DX12_ME, only YV12 supported");
}
if ((_overlapx != 0) || (_overlapy != 0))
{
env->ThrowError("MAnalyse: Overlap processing currently not supported with DX12_ME");
}
int iBlkSize = 8;
if ((_blksizex == 8) && (_blksizey == 8))
iBlkSize = 8;
else
if ((_blksizex == 16) && (_blksizey == 16))
iBlkSize = 16;
else
{
env->ThrowError("MAnalyse: Unsupported block size for DX12_ME, only 8x8 and 16x16 supported");
}
if (_multi_flag)
{
iNumFrameResources = 2 * df + 1; // number of frames to operate in the accelerator's pool
}
Init_DX12_ME(env, analysisData.nWidth, analysisData.nHeight, iBlkSize, chroma, analysisData.chromaSADScale, scaleCSADfine, _multi_flag, nSuperPel, _accnum);
}
iUploadedCurrentFrameNum = -1; // is it non-existent frame num ?
pNV12FrameDataUV = (uint8_t*)VirtualAlloc(0, vi.width * vi.height, MEM_RESERVE | MEM_COMMIT, PAGE_READWRITE); // UV only size ?
#endif
_cpuFlags = _isse ? env->GetCPUFlags() : 0;
// if (iUseSubShift == 0)
{
pSrcGOF = new MVGroupOfFrames(
nSuperLevels, analysisData.nWidth, analysisData.nHeight,
nSuperPel, nSuperHPad, nSuperVPad, nSuperModeYUV,
_cpuFlags, analysisData.xRatioUV, analysisData.yRatioUV, pixelsize, bits_per_pixel, mt_flag
);
pRefGOF = new MVGroupOfFrames(
nSuperLevels, analysisData.nWidth, analysisData.nHeight,
nSuperPel, nSuperHPad, nSuperVPad, nSuperModeYUV,
_cpuFlags, analysisData.xRatioUV, analysisData.yRatioUV, pixelsize, bits_per_pixel, mt_flag
);
}
/* else - need to find why system going unstable in init pel=1 with pel=4 processing
{
pSrcGOF = new MVGroupOfFrames(
nSuperLevels, analysisData.nWidth, analysisData.nHeight,
1, nSuperHPad, nSuperVPad, nSuperModeYUV,
_cpuFlags, analysisData.xRatioUV, analysisData.yRatioUV, pixelsize, bits_per_pixel, mt_flag
);
pRefGOF = new MVGroupOfFrames(
nSuperLevels, analysisData.nWidth, analysisData.nHeight,
1, nSuperHPad, nSuperVPad, nSuperModeYUV,
_cpuFlags, analysisData.xRatioUV, analysisData.yRatioUV, pixelsize, bits_per_pixel, mt_flag
);
}*/
analysisData.nBlkSizeX = _blksizex;
analysisData.nBlkSizeY = _blksizey;
// same blocksize check in MAnalyze and MRecalculate
// some blocksizes may not work in 4:2:0 (chroma subsampling division), but o.k. in 4:4:4
const std::vector< std::pair< int, int > > allowed_blksizes =
{
{ 64, 64 },{ 64,48 },{ 64,32 },{ 64,16 },
{ 48,64 },{ 48,48 },{ 48,24 },{ 48,12 },
{ 32,64 },{ 32,32 },{ 32,24 },{ 32,16 },{ 32,8 },
{ 24,48 },{ 24,32 },{ 24,24 },{ 24,12 },{ 24,6 },
{ 16,64 },{ 16,32 },{ 16,16 },{ 16,12 },{ 16,8 },{ 16,4 },{ 16,2 },
{ 12,48 },{ 12,24 },{ 12,16 },{ 12,12 },{ 12,6 },{ 12,3 },
{ 8,32 },{ 8,16 },{ 8,8 },{ 8,4 },{ 8,2 },{ 8,1 },
{ 6,24 },{ 6,12 },{ 6,6 },{ 6,3 },
{ 4,8 },{ 4,4 },{ 4,2 },
{ 3,6 },{ 3,3 },
{ 2,4 },{ 2,2 }
};
bool found = false;
for (int i = 0; i < (int)allowed_blksizes.size(); i++) {
if (analysisData.nBlkSizeX == allowed_blksizes[i].first && analysisData.nBlkSizeY == allowed_blksizes[i].second) {
found = true;
break;
}
}
if (!found) {
env->ThrowError(
"MAnalyse: Invalid block size: %d x %d", analysisData.nBlkSizeX, analysisData.nBlkSizeY);
}
analysisData.nPel = nSuperPel;
if (analysisData.nPel != 1
&& analysisData.nPel != 2
&& analysisData.nPel != 4)
{
env->ThrowError("MAnalyse: pel has to be 1 or 2 or 4");
}
analysisData.nDeltaFrame = df;
analysisData.nTrad = df;
// if (analysisData.nDeltaFrame < 1)
// {
// analysisData.nDeltaFrame = 1;
// }
if (_overlapx < 0 || _overlapx > _blksizex/2
|| _overlapy < 0 || _overlapy > _blksizey/2)
{
env->ThrowError("MAnalyse: overlap must be less or equal than half block size");
}
if (_overlapx % analysisData.xRatioUV || _overlapy % analysisData.yRatioUV)
{
env->ThrowError("MAnalyse: wrong overlap for the colorspace subsampling");
}
if (_divide != 0 && (_blksizex < 8 || _blksizey < 8)) // || instead of && 2.5.11.22 green garbage issue
{
env->ThrowError(
"MAnalyse: Block sizes must be 8 or more for divide mode"
);
}
if (_divide != 0
&& ((_overlapx % (2 * analysisData.xRatioUV)) || (_overlapy % (2 * analysisData.yRatioUV))) // PF subsampling-aware
)
{
env->ThrowError("MAnalyse: wrong overlap for the colorspace subsampling for divide mode");
}
divideExtra = _divide;
// include itself, but usually equal to 256 :-)
headerSize = std::max(int(4 + sizeof(analysisData)), 256);
analysisData.nOverlapX = _overlapx;
analysisData.nOverlapY = _overlapy;
int nBlkX = (analysisData.nWidth - analysisData.nOverlapX)
/ (analysisData.nBlkSizeX - analysisData.nOverlapX);
int nBlkY = (analysisData.nHeight - analysisData.nOverlapY)
/ (analysisData.nBlkSizeY - analysisData.nOverlapY);
// 2.7.36: fallback to no overlap when either nBlk count is less that 2
if (nBlkX < 2 || nBlkY < 2) {
analysisData.nOverlapX = 0;
analysisData.nOverlapY = 0;
nBlkX = analysisData.nWidth / analysisData.nBlkSizeX;
nBlkY = analysisData.nHeight / analysisData.nBlkSizeY;
}
analysisData.nBlkX = nBlkX;
analysisData.nBlkY = nBlkY;
const int nWidth_B =
(analysisData.nBlkSizeX - analysisData.nOverlapX) * nBlkX
+ analysisData.nOverlapX; // covered by blocks
const int nHeight_B =
(analysisData.nBlkSizeY - analysisData.nOverlapY) * nBlkY
+ analysisData.nOverlapY;
// calculate valid levels
int nLevelsMax = 0;
// at last one block
while (((nWidth_B >> nLevelsMax) - analysisData.nOverlapX)
/ (analysisData.nBlkSizeX - analysisData.nOverlapX) > 0
&& ((nHeight_B >> nLevelsMax) - analysisData.nOverlapY)
/ (analysisData.nBlkSizeY - analysisData.nOverlapY) > 0)
{
++nLevelsMax;
}
analysisData.nLvCount = (lv > 0) ? lv : nLevelsMax + lv;
if (analysisData.nLvCount > nSuperLevels)
{
env->ThrowError(
"MAnalyse: it is not enough levels in super clip (%d), "
"while MAnalyse asks %d", nSuperLevels, analysisData.nLvCount
);
}
if (analysisData.nLvCount < 1
|| analysisData.nLvCount > nLevelsMax)
{
env->ThrowError(
"MAnalyse: non-valid number of levels (%d)", analysisData.nLvCount
);
}
analysisData.isBackward = isb;
nLambda = lambda;
// lambda is finally scaled in PlaneOfBlocks::WorkingArea::MotionDistorsion(int vx, int vy) const
// as return (nLambda * dist) >> (16 - bits_per_pixel)
// To have it 8x8 normalized, we would use
// nLambda = lambda * ((_blksizex * _blksizey) / (8 * 8)) << (bits_per_pixel-8); // normalize to 8x8 block size
// and use
// (nLambda * dist) >> 8 in PlaneOfBlocks::WorkingArea::MotionDistorsion
// and change default lambda generation in truemotion=true preset
// But doing this would kill compatibility, there are scripts which are using lambda properly scaled by the block size.
lsad = _lsad * (_blksizex * _blksizey) / 64 * (1 << (bits_per_pixel - 8));
pnew = _pnew;
plevel = _plevel;
global = _global;
pglobal = _pglobal;
pzero = _pzero;
badSAD = _badSAD * (_blksizex * _blksizey) / 64 * (1 << (bits_per_pixel - 8));
badrange = _badrange;
meander = _meander;
tryMany = _tryMany;
if (_dctmode != 0)
{
_dct_factory_ptr = std::unique_ptr <DCTFactory>(
new DCTFactory(_dctmode, _isse, _blksizex, _blksizey, pixelsize, bits_per_pixel, *env)
);
_dct_pool.set_factory(*_dct_factory_ptr);
}
switch (st)
{
case 0:
searchType = ONETIME;
nSearchParam = (stp < 1) ? 1 : stp;
break;
case 1:
searchType = NSTEP;
nSearchParam = (stp < 0) ? 0 : stp;
break;
case 3:
searchType = EXHAUSTIVE;
nSearchParam = (stp < 1) ? 1 : stp;
break;
case 4:
searchType = HEX2SEARCH;
nSearchParam = (stp < 1) ? 1 : stp;
break;
case 5:
searchType = UMHSEARCH;
nSearchParam = (stp < 1) ? 1 : stp; // really min is 4
break;
case 6:
searchType = HSEARCH;
nSearchParam = (stp < 1) ? 1 : stp;
break;
case 7:
searchType = VSEARCH;
nSearchParam = (stp < 1) ? 1 : stp;
break;
case 2:
default:
searchType = LOGARITHMIC;
nSearchParam = (stp < 1) ? 1 : stp;
}
// not below value of 0 at finest level
nPelSearch = (_pelSearch <= 0) ? analysisData.nPel : _pelSearch;
analysisData.nFlags = 0;
analysisData.nFlags |= (_isse) ? MOTION_USE_ISSE : 0;
analysisData.nFlags |= (analysisData.isBackward) ? MOTION_IS_BACKWARD : 0;
analysisData.nFlags |= (chroma) ? MOTION_USE_CHROMA_MOTION : 0;
analysisData.nFlags |= conv_cpuf_flags_to_cpu(env->GetCPUFlags());
// cpu flags has different layout that Avisynth's CPUF_xxx layout.
// Never mix CPU_xxxx and CPUF_xxxx constants!
nModeYUV = (chroma) ? YUVPLANES : YPLANE;
if ((nModeYUV & nSuperModeYUV) != nModeYUV)
{
env->ThrowError(
"MAnalyse: super clip does not contain needed color data"
);
}
_vectorfields_aptr = std::unique_ptr <GroupOfPlanes>(new GroupOfPlanes(
analysisData.nBlkSizeX,
analysisData.nBlkSizeY,
analysisData.nLvCount,
analysisData.nPel,
analysisData.nFlags,
analysisData.nOverlapX,
analysisData.nOverlapY,
analysisData.nBlkX,
analysisData.nBlkY,
analysisData.xRatioUV, // PF
analysisData.yRatioUV,
divideExtra,
analysisData.pixelsize, // PF
analysisData.bits_per_pixel,
(_dct_factory_ptr.get() != 0) ? &_dct_pool : 0,
_mt_flag,
analysisData.chromaSADScale,
optSearchOption,
scaleCSADfine,
iUseSubShift,
DMFlags,
env
));
analysisData.nMagicKey = MVAnalysisData::MOTION_MAGIC_KEY;
analysisData.nHPadding = nSuperHPad; // v2.0
analysisData.nVPadding = nSuperVPad;
// MVAnalysisData and outfile format version: last update v1.8.1
analysisData.nVersion = MVAnalysisData::VERSION;
// DebugPrintf(" MVAnalyseData size= %d",sizeof(analysisData));
outfilename = _outfilename;
if (lstrlen(outfilename) > 0)
{
outfile = fopen(outfilename, "wb");
if (outfile == NULL)
{
env->ThrowError("MAnalyse: out file can not be created!");
}
else
{
fwrite(&analysisData, sizeof(analysisData), 1, outfile);
// short vx, short vy, int SAD = 4 words = 8 bytes per block
outfilebuf = new short[nBlkX * nBlkY * 4];
}
}
else
{
outfile = NULL;
outfilebuf = NULL;
}
// Defines the format of the output vector clip
// count of 32 bit integers: 2_size_validity+(foreachblock(1_validity+blockCount*3))
const int width_bytes = headerSize + _vectorfields_aptr->GetArraySize() * 4;
ClipFnc::format_vector_clip(
vi, true, nBlkX, "rgb32", width_bytes, "MAnalyse", env
);
if (divideExtra) //v1.8.1
{
memcpy(&analysisDataDivided, &analysisData, sizeof(analysisData));
analysisDataDivided.nBlkX = analysisData.nBlkX * 2;
analysisDataDivided.nBlkY = analysisData.nBlkY * 2;
analysisDataDivided.nBlkSizeX = analysisData.nBlkSizeX / 2;
analysisDataDivided.nBlkSizeY = analysisData.nBlkSizeY / 2;
analysisDataDivided.nOverlapX = analysisData.nOverlapX / 2;
analysisDataDivided.nOverlapY = analysisData.nOverlapY / 2;
analysisDataDivided.nLvCount = analysisData.nLvCount + 1;
}
if (_temporal_flag)
{
_srd_arr[0]._vec_prev.resize(_vectorfields_aptr->GetArraySize()); // array for prev vectors
}
_srd_arr[0]._vec_prev_frame = -2;
// From this point, analysisData and analysisDataDivided references will
// become invalid, because of the _srd_arr.resize(). Don't use them any more.
if (_multi_flag)
{
_delta_max = df;
_srd_arr.resize(_delta_max * 2);
for (int delta_index = 0; delta_index < _delta_max; ++delta_index)
{
for (int dir_index = 0; dir_index < 2; ++dir_index)
{
const int index = delta_index * 2 + dir_index;
SrcRefData & srd = _srd_arr[index];
srd = _srd_arr[0];
srd._analysis_data.nDeltaFrame = delta_index + 1;
srd._analysis_data.isBackward = (dir_index == 0);
if (srd._analysis_data.isBackward)
{
srd._analysis_data.nFlags |= MOTION_IS_BACKWARD;
}
else
{
srd._analysis_data.nFlags &= ~MOTION_IS_BACKWARD;
}
srd._analysis_data.nTrad = df;
srd._analysis_data_divided.nDeltaFrame = srd._analysis_data.nDeltaFrame;
srd._analysis_data_divided.isBackward = srd._analysis_data.isBackward;
srd._analysis_data_divided.nFlags = srd._analysis_data.nFlags;
}
}
vi.num_frames *= _delta_max * 2;
vi.MulDivFPS(_delta_max * 2, 1);
}
// we'll transmit to the processing filters a handle
// on the analyzing filter itself ( it's own pointer ), in order
// to activate the right parameters.
if (divideExtra) //v1.8.1
{
#if !defined(MV_64BIT)
vi.nchannels = reinterpret_cast <uintptr_t> (&_srd_arr[0]._analysis_data_divided);
#else
uintptr_t p = reinterpret_cast <uintptr_t> (&_srd_arr[0]._analysis_data_divided);
vi.nchannels = 0x80000000L | (int)(p >> 32);
vi.sample_type = (int)(p & 0xffffffffUL);
#endif
}
else
{
#if !defined(MV_64BIT)
vi.nchannels = reinterpret_cast <uintptr_t> (&_srd_arr[0]._analysis_data);
#else
uintptr_t p = reinterpret_cast <uintptr_t> (&_srd_arr[0]._analysis_data);
vi.nchannels = 0x80000000L | (int)(p >> 32);
vi.sample_type = (int)(p & 0xffffffffUL);
#endif
}
}
MVAnalyse::~MVAnalyse()
{
if (outfile != NULL)
{
fclose(outfile);
outfile = 0;
delete[] outfilebuf;
outfilebuf = 0;
}
delete pSrcGOF;
pSrcGOF = 0;
delete pRefGOF;
pRefGOF = 0;
_RPT1(0, "MAnalyze destroyed %d\n",_instance_id);
#if defined _WIN32 && defined DX12_ME
// delete pNV12FrameData;
VirtualFree(pNV12FrameDataUV, 0, MEM_RELEASE);
#endif
}
PVideoFrame __stdcall MVAnalyse::GetFrame(int n, IScriptEnvironment* env)
{
_RPT2(0, "MAnalyze GetFrame, frame=%d id=%d\n", n, _instance_id);
const int ndiv = (_multi_flag) ? _delta_max * 2 : 1;
const int nsrc = n / ndiv;
const int srd_index = n % ndiv;
SrcRefData & srd = _srd_arr[srd_index];
const int nbr_src_frames = child->GetVideoInfo().num_frames;
int minframe;
int maxframe;
int nref;
if (srd._analysis_data.nDeltaFrame > 0)
{
const int offset =
(srd._analysis_data.isBackward)
? srd._analysis_data.nDeltaFrame
: -srd._analysis_data.nDeltaFrame;
minframe = std::max(-offset, 0);
maxframe = nbr_src_frames + std::min(-offset, 0);
nref = nsrc + offset;
}
else // special static mode
{
nref = -srd._analysis_data.nDeltaFrame; // positive fixed frame number
minframe = 0;
maxframe = nbr_src_frames;
}
PVideoFrame dst = env->NewVideoFrame(vi); // frameprop inheritance later (if there is source)
unsigned char * pDst = dst->GetWritePtr();
// 0 headersize (max(4+sizeof(analysisData),256)
// 4: analysysData
// 256: data
// 256: 2_size_validity+(foreachblock(1_validity+blockCount*3))
// write analysis parameters as a header to frame
memcpy(pDst, &headerSize, sizeof(int));
if (divideExtra)
{
memcpy(
pDst + sizeof(int),
&srd._analysis_data_divided,
sizeof(srd._analysis_data_divided)
);
}
else
{
memcpy(
pDst + sizeof(int),
&srd._analysis_data,
sizeof(srd._analysis_data)
);
}
pDst += headerSize;
if (nsrc < minframe || nsrc >= maxframe)
{
// fill all vectors with invalid data
_vectorfields_aptr->WriteDefaultToArray(reinterpret_cast <int *> (pDst));
}
else
{
// DebugPrintf ("MVAnalyse: Get src frame %d",nsrc);
_RPT3(0, "MAnalyze GetFrame, frame_nsrc=%d nref=%d id=%d\n", nsrc, nref, _instance_id);
// PVideoFrame src = child->GetFrame(nsrc, env); // v2.0
PVideoFrame src;
if (child_cur == 0)
src = child->GetFrame(nsrc, env); // v2.0
else
src = child_cur->GetFrame(nsrc, env); // v2.7.46 - load different source super clip frame as current for search
// if(has_at_least_v8) env->copyFrameProps(src, dst); // frame property support
// The result clip is a special MV clip. It does not need to inherit the frame props of source
::PVideoFrame ref = child->GetFrame(nref, env); // v2.0
if (iSearchDirMode == 0 || iSearchDirMode == 2) // standard current to ref search or first standard search of 2 searches
{
load_src_frame(*pSrcGOF, src, srd._analysis_data);
// DebugPrintf ("MVAnalyse: Get ref frame %d", nref);
// DebugPrintf ("MVAnalyse frame %i backward=%i", nsrc, srd._analysis_data.isBackward);
load_src_frame(*pRefGOF, ref, srd._analysis_data);
}
else if (iSearchDirMode == 1) // reverse search from ref to current
{
load_src_frame(*pSrcGOF, ref, srd._analysis_data);
load_src_frame(*pRefGOF, src, srd._analysis_data);
}
else // error !
{
env->ThrowError(
"MAnalyse: SearchDirMode may be only from 0 to 2."
);
}
const int fieldShift = ClipFnc::compute_fieldshift(
child,
vi.IsFieldBased(),
srd._analysis_data.nPel,
nsrc,
nref
);
if (outfile != NULL)
{
fwrite(&n, sizeof(int), 1, outfile); // write frame number
}
// temporal predictor dst if prev frame was really prev
int * pVecPrevOrNull = 0;
if (_temporal_flag && srd._vec_prev_frame == nsrc - 1)
{
pVecPrevOrNull = &srd._vec_prev[0];
}
#if defined _WIN32 && defined DX12_ME
int16_t* pSADReadbackBufferData{}; // temp here
if (optSearchOption == 5 || optSearchOption == 6)
{
HRESULT hr;
UINT64 size;
hr = m_commandAllocatorGraphics->Reset();
if (hr != S_OK)
{
env->ThrowError(
"MAnalyse: Error m_commandAllocatorGraphics->Reset"
);
}
hr = m_commandAllocatorVideo->Reset();
if (hr != S_OK)
{
env->ThrowError(
"MAnalyse: Error m_commandAllocatorVideo->Reset"
);
}
hr = m_GraphicsCommandList->Reset(m_commandAllocatorGraphics.Get(), 0);
if (hr != S_OK)
{
env->ThrowError(
"MAnalyse: Error m_GraphicsCommandList->Reset 1"
);
}
int iWidth;
int iHeight;
if (nsrc != iUploadedCurrentFrameNum) // do not upload current source on each src+ref pair
{
m_GraphicsCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spCurrentResource.Get(), D3D12_RESOURCE_STATE_COMMON, D3D12_RESOURCE_STATE_COPY_DEST));
// todo: make format conversion at time or UpdateSubresources for lesser memory copy
LoadNV12(pSrcGOF, srd._analysis_data.nFlags & MOTION_USE_CHROMA_MOTION, iWidth, iHeight);
// load Y plane directly
MVFrame* SrcFrame;
// if (optSearchOption == 5)
SrcFrame = pSrcGOF->GetFrame(0); // use 0 - largest plane (original ?? or nPel enlarged ??)
// else// (optSearchOption == 6)
// SrcFrame = pSrcGOF->GetFrame(1); // use 1 - half sized plane (original ?? or nPel enlarged ??)
int SrcYPitch = SrcFrame->GetPlane(YPLANE)->GetPitch();
int src_Yx0 = SrcFrame->GetPlane(YPLANE)->GetVPadding();
int src_Yy0 = SrcFrame->GetPlane(YPLANE)->GetHPadding();
const BYTE* pY = SrcFrame->GetPlane(YPLANE)->GetAbsolutePelPointer(src_Yx0, src_Yy0);
D3D12_SUBRESOURCE_DATA textureData_currentY = {}; // no need to copy Y in LoadNV12 ?
textureData_currentY.pData = pY;
textureData_currentY.RowPitch = SrcYPitch;
textureData_currentY.SlicePitch = (uint64_t)SrcYPitch * (uint64_t)iHeight;//(uint64_t)iWidth or SrcYPitch ? * (uint64_t)iHeight - Y only
D3D12_SUBRESOURCE_DATA textureData_currentUV = {};
textureData_currentUV.pData = pNV12FrameDataUV;// only UV
textureData_currentUV.RowPitch = iWidth;
textureData_currentUV.SlicePitch = (uint64_t)iWidth * (uint64_t)iHeight / 2;
D3D12_SUBRESOURCE_DATA pSRD_current[] = {textureData_currentY, textureData_currentUV };
size = UpdateSubresources(m_GraphicsCommandList.Get(), spCurrentResource.Get(), spCurrentResourceUpload.Get(), 0, 0, 2, pSRD_current);
m_GraphicsCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spCurrentResource.Get(), D3D12_RESOURCE_STATE_COPY_DEST, D3D12_RESOURCE_STATE_COMMON));
iUploadedCurrentFrameNum = nsrc;
}
m_GraphicsCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spReferenceResource.Get(), D3D12_RESOURCE_STATE_COMMON, D3D12_RESOURCE_STATE_COPY_DEST));
LoadNV12(pRefGOF, srd._analysis_data.nFlags & MOTION_USE_CHROMA_MOTION, iWidth, iHeight);
// load Y plane directly
MVFrame* SrcFrameRef;
// if (optSearchOption == 5)
SrcFrameRef = pRefGOF->GetFrame(0); // use 0 - largest plane (original ?? or nPel enlarged ??)
// else// (optSearchOption == 6)
// SrcFrameRef = pRefGOF->GetFrame(1); // use 1 - half sized plane (original ?? or nPel enlarged ??)
int SrcYPitchRef = SrcFrameRef->GetPlane(YPLANE)->GetPitch();
int src_Yx0_Ref = SrcFrameRef->GetPlane(YPLANE)->GetVPadding();
int src_Yy0_Ref = SrcFrameRef->GetPlane(YPLANE)->GetHPadding();
const BYTE* pY_Ref = SrcFrameRef->GetPlane(YPLANE)->GetAbsolutePelPointer(src_Yx0_Ref, src_Yy0_Ref);
D3D12_SUBRESOURCE_DATA textureData_refY = {}; // no need to copy Y in LoadNV12 ?
textureData_refY.pData = pY_Ref;
textureData_refY.RowPitch = SrcYPitchRef;
textureData_refY.SlicePitch = (uint64_t)SrcYPitchRef * (uint64_t)iHeight; // SrcYPitchRef or iWidth ?
D3D12_SUBRESOURCE_DATA textureData_refUV = {};
textureData_refUV.pData = pNV12FrameDataUV;
textureData_refUV.RowPitch = iWidth;
textureData_refUV.SlicePitch = (uint64_t)iWidth * (uint64_t)iHeight / 2; // UV size of YV12
D3D12_SUBRESOURCE_DATA pSRD_ref[] = { textureData_refY, textureData_refUV };
size = UpdateSubresources(m_GraphicsCommandList.Get(), spReferenceResource.Get(), spReferenceResourceUpload.Get(), 0, 0, 2, pSRD_ref);
m_GraphicsCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spReferenceResource.Get(), D3D12_RESOURCE_STATE_COPY_DEST, D3D12_RESOURCE_STATE_COMMON));
hr = m_GraphicsCommandList->Close();
if (hr != S_OK)
{
env->ThrowError(
"MAnalyse: Error m_GraphicsCommandList->Close"
);
}
// Execute Commandlist.
ID3D12CommandList* ppGraphicsCommandLists[1] = { m_GraphicsCommandList.Get() };
m_commandQueueGraphics->ExecuteCommandLists(1, ppGraphicsCommandLists);
// Signal and increment the fence value.
const UINT64 fence_Graphics = m_fenceValue;
hr = m_commandQueueGraphics->Signal(m_fence.Get(), fence_Graphics);
if (hr != S_OK)
{
env->ThrowError(
"MAnalyse: Error m_commandQueue->Signal fence_Graphics"
);
}
m_fenceValue++;
// Wait until the previous frame is finished.
if (m_fence->GetCompletedValue() < fence_Graphics)
{
hr = m_fence->SetEventOnCompletion(fence_Graphics, m_fenceEventGraphics);
if (hr != S_OK)
{
env->ThrowError(
"MAnalyse: Error m_fence->SetEventOnCompletion -> EventGraphics"
);
}
WaitForSingleObject(m_fenceEventGraphics, INFINITE);
}
hr = m_VideoEncodeCommandList->Reset(m_commandAllocatorVideo.Get());
m_VideoEncodeCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spCurrentResource.Get(), D3D12_RESOURCE_STATE_COMMON, D3D12_RESOURCE_STATE_VIDEO_ENCODE_READ));
m_VideoEncodeCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spReferenceResource.Get(), D3D12_RESOURCE_STATE_COMMON, D3D12_RESOURCE_STATE_VIDEO_ENCODE_READ));
m_VideoEncodeCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spResolvedMotionVectors.Get(), D3D12_RESOURCE_STATE_COMMON, D3D12_RESOURCE_STATE_VIDEO_ENCODE_WRITE));
const D3D12_VIDEO_MOTION_ESTIMATOR_OUTPUT outputArgsEM = { spVideoMotionVectorHeap.Get() };
const D3D12_VIDEO_MOTION_ESTIMATOR_INPUT inputArgsEM = {
spCurrentResource.Get(),
0,
spReferenceResource.Get(),
0,
nullptr // pHintMotionVectorHeap
};
m_VideoEncodeCommandList->EstimateMotion(spVideoMotionEstimator.Get(), &outputArgsEM, &inputArgsEM);
const D3D12_RESOLVE_VIDEO_MOTION_VECTOR_HEAP_OUTPUT outputArgsRMVH = {
spResolvedMotionVectors.Get(),
{} };
D3D12_RESOLVE_VIDEO_MOTION_VECTOR_HEAP_INPUT inputArgsRMVH = {};
// if (optSearchOption == 5)
// {
inputArgsRMVH = {
spVideoMotionVectorHeap.Get(),
(UINT)srd._analysis_data.nWidth,
(UINT)srd._analysis_data.nHeight
};
/* }
else // SO==6
{
inputArgsRMVH = {
spVideoMotionVectorHeap.Get(),
(UINT)srd._analysis_data.nWidth / 2,
(UINT)srd._analysis_data.nHeight / 2
};
}
*/
m_VideoEncodeCommandList->ResolveMotionVectorHeap(&outputArgsRMVH, &inputArgsRMVH);
m_VideoEncodeCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spResolvedMotionVectors.Get(), D3D12_RESOURCE_STATE_VIDEO_ENCODE_WRITE, D3D12_RESOURCE_STATE_COMMON));
m_VideoEncodeCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spCurrentResource.Get(), D3D12_RESOURCE_STATE_VIDEO_ENCODE_READ, D3D12_RESOURCE_STATE_COMMON));
m_VideoEncodeCommandList->ResourceBarrier(1, &CD3DX12_RESOURCE_BARRIER::Transition(spReferenceResource.Get(), D3D12_RESOURCE_STATE_VIDEO_ENCODE_READ, D3D12_RESOURCE_STATE_COMMON));
hr = m_VideoEncodeCommandList->Close();
if (hr != S_OK)