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rgy_prm.cpp
1262 lines (1151 loc) · 38.6 KB
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rgy_prm.cpp
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// -----------------------------------------------------------------------------------------
// QSVEnc/NVEnc by rigaya
// -----------------------------------------------------------------------------------------
// The MIT License
//
// Copyright (c) 2011-2016 rigaya
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal
// in the Software without restriction, including without limitation the rights
// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
// copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in
// all copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
// THE SOFTWARE.
//
// --------------------------------------------------------------------------------------------
#include <set>
#include <iostream>
#include <iomanip>
#include "rgy_util.h"
#include "rgy_avutil.h"
#include "rgy_prm.h"
#include "rgy_err.h"
#include "rgy_perf_monitor.h"
#include "rgy_ini.h"
#include "afs_stg.h"
RGY_VPP_RESIZE_TYPE getVppResizeType(RGY_VPP_RESIZE_ALGO resize) {
if (resize == RGY_VPP_RESIZE_AUTO) {
return RGY_VPP_RESIZE_TYPE_AUTO;
} else if (resize < RGY_VPP_RESIZE_OPENCL_CUDA_MAX) {
return RGY_VPP_RESIZE_TYPE_OPENCL;
#if ENCODER_QSV
} else if (resize < RGY_VPP_RESIZE_MFX_MAX) {
return RGY_VPP_RESIZE_TYPE_MFX;
#endif
#if ENCODER_NVENC && (!defined(_M_IX86) || FOR_AUO)
} else if (resize < RGY_VPP_RESIZE_NPPI_MAX) {
return RGY_VPP_RESIZE_TYPE_NPPI;
#endif
} else {
return RGY_VPP_RESIZE_TYPE_UNKNOWN;
}
}
ColorspaceConv::ColorspaceConv() :
from(),
to(),
sdr_source_peak(FILTER_DEFAULT_COLORSPACE_NOMINAL_SOURCE_PEAK),
approx_gamma(false),
scene_ref(false) {
}
bool ColorspaceConv::operator==(const ColorspaceConv &x) const {
return from == x.from
&& to == x.to
&& sdr_source_peak == x.sdr_source_peak
&& approx_gamma == x.approx_gamma
&& scene_ref == x.scene_ref;
}
bool ColorspaceConv::operator!=(const ColorspaceConv &x) const {
return !(*this == x);
}
TonemapHable::TonemapHable() :
a(FILTER_DEFAULT_HDR2SDR_HABLE_A),
b(FILTER_DEFAULT_HDR2SDR_HABLE_B),
c(FILTER_DEFAULT_HDR2SDR_HABLE_C),
d(FILTER_DEFAULT_HDR2SDR_HABLE_D),
e(FILTER_DEFAULT_HDR2SDR_HABLE_E),
f(FILTER_DEFAULT_HDR2SDR_HABLE_F) {}
bool TonemapHable::operator==(const TonemapHable &x) const {
return a == x.a
&& b == x.b
&& c == x.c
&& d == x.d
&& e == x.e
&& f == x.f;
}
bool TonemapHable::operator!=(const TonemapHable &x) const {
return !(*this == x);
}
TonemapMobius::TonemapMobius() :
transition(FILTER_DEFAULT_HDR2SDR_MOBIUS_TRANSITION),
peak(FILTER_DEFAULT_HDR2SDR_MOBIUS_PEAK) {
}
bool TonemapMobius::operator==(const TonemapMobius &x) const {
return transition == x.transition
&&peak == x.peak;
}
bool TonemapMobius::operator!=(const TonemapMobius &x) const {
return !(*this == x);
}
TonemapReinhard::TonemapReinhard() :
contrast(FILTER_DEFAULT_HDR2SDR_REINHARD_CONTRAST),
peak(FILTER_DEFAULT_HDR2SDR_REINHARD_PEAK) {
}
bool TonemapReinhard::operator==(const TonemapReinhard &x) const {
return contrast == x.contrast
&&peak == x.peak;
}
bool TonemapReinhard::operator!=(const TonemapReinhard &x) const {
return !(*this == x);
}
HDR2SDRParams::HDR2SDRParams() :
tonemap(HDR2SDR_DISABLED),
hable(),
mobius(),
reinhard(),
ldr_nits(FILTER_DEFAULT_COLORSPACE_LDRNITS),
hdr_source_peak(FILTER_DEFAULT_COLORSPACE_HDR_SOURCE_PEAK),
desat_base(FILTER_DEFAULT_HDR2SDR_DESAT_BASE),
desat_strength(FILTER_DEFAULT_HDR2SDR_DESAT_STRENGTH),
desat_exp(FILTER_DEFAULT_HDR2SDR_DESAT_EXP) {
}
bool HDR2SDRParams::operator==(const HDR2SDRParams &x) const {
return tonemap == x.tonemap
&& hable == x.hable
&& mobius == x.mobius
&& reinhard == x.reinhard;
}
bool HDR2SDRParams::operator!=(const HDR2SDRParams &x) const {
return !(*this == x);
}
VppColorspace::VppColorspace() :
enable(false),
hdr2sdr(),
convs() {
}
bool VppColorspace::operator==(const VppColorspace &x) const {
if (enable != x.enable
|| x.hdr2sdr != this->hdr2sdr
|| x.convs.size() != this->convs.size()) {
return false;
}
for (size_t i = 0; i < x.convs.size(); i++) {
if (x.convs[i].from != this->convs[i].from
|| x.convs[i].to != this->convs[i].to) {
return false;
}
}
return true;
}
bool VppColorspace::operator!=(const VppColorspace &x) const {
return !(*this == x);
}
VppDelogo::VppDelogo() :
enable(false),
logoFilePath(),
logoSelect(),
posX(0), posY(0),
depth(FILTER_DEFAULT_DELOGO_DEPTH),
Y(0), Cb(0), Cr(0),
mode(DELOGO_MODE_REMOVE),
autoFade(false),
autoNR(false),
NRArea(0),
NRValue(0),
log(false) {
}
bool VppDelogo::operator==(const VppDelogo& x) const {
return enable == x.enable
&& logoFilePath == x.logoFilePath
&& logoSelect == x.logoSelect
&& posX == x.posX
&& posY == x.posY
&& depth == x.depth
&& Y == x.Y
&& Cb == x.Cb
&& Cr == x.Cr
&& mode == x.mode
&& autoFade == x.autoFade
&& autoNR == x.autoNR
&& NRArea == x.NRArea
&& NRValue == x.NRValue
&& log == x.log;
}
bool VppDelogo::operator!=(const VppDelogo& x) const {
return !(*this == x);
}
tstring VppDelogo::print() const {
tstring str = _T("");
switch (mode) {
case DELOGO_MODE_ADD:
str += _T(", add");
break;
case DELOGO_MODE_REMOVE:
default:
break;
}
if (posX || posY) {
str += strsprintf(_T(", pos=%d:%d"), posX, posY);
}
if (depth != FILTER_DEFAULT_DELOGO_DEPTH) {
str += strsprintf(_T(", dpth=%d"), depth);
}
if (Y || Cb || Cr) {
str += strsprintf(_T(", YCbCr=%d:%d:%d"), Y, Cb, Cr);
}
if (autoFade) {
str += _T(", auto_fade");
}
if (autoNR) {
str += _T(", auto_nr");
}
if ((autoFade || autoNR) && log) {
str += _T(", log");
}
if (NRValue) {
str += strsprintf(_T(", nr_value=%d"), NRValue);
}
if (NRArea) {
str += strsprintf(_T(", nr_area=%d"), NRArea);
}
return str;
}
VppAfs::VppAfs() :
enable(false),
tb_order(FILTER_DEFAULT_AFS_TB_ORDER),
clip(scan_clip(FILTER_DEFAULT_AFS_CLIP_TB, FILTER_DEFAULT_AFS_CLIP_TB, FILTER_DEFAULT_AFS_CLIP_LR, FILTER_DEFAULT_AFS_CLIP_LR)),
method_switch(FILTER_DEFAULT_AFS_METHOD_SWITCH),
coeff_shift(FILTER_DEFAULT_AFS_COEFF_SHIFT),
thre_shift(FILTER_DEFAULT_AFS_THRE_SHIFT),
thre_deint(FILTER_DEFAULT_AFS_THRE_DEINT),
thre_Ymotion(FILTER_DEFAULT_AFS_THRE_YMOTION),
thre_Cmotion(FILTER_DEFAULT_AFS_THRE_CMOTION),
analyze(FILTER_DEFAULT_AFS_ANALYZE),
shift(FILTER_DEFAULT_AFS_SHIFT),
drop(FILTER_DEFAULT_AFS_DROP),
smooth(FILTER_DEFAULT_AFS_SMOOTH),
force24(FILTER_DEFAULT_AFS_FORCE24),
tune(FILTER_DEFAULT_AFS_TUNE),
rff(FILTER_DEFAULT_AFS_RFF),
timecode(FILTER_DEFAULT_AFS_TIMECODE),
log(FILTER_DEFAULT_AFS_LOG) {
check();
}
bool VppAfs::operator==(const VppAfs &x) const {
return enable == x.enable
&& tb_order == x.tb_order
&& clip.bottom == x.clip.bottom
&& clip.left == x.clip.left
&& clip.top == x.clip.top
&& clip.right == x.clip.right
&& method_switch == x.method_switch
&& coeff_shift == x.coeff_shift
&& thre_shift == x.thre_shift
&& thre_deint == x.thre_deint
&& thre_Ymotion == x.thre_Ymotion
&& thre_Cmotion == x.thre_Cmotion
&& analyze == x.analyze
&& shift == x.shift
&& drop == x.drop
&& smooth == x.smooth
&& force24 == x.force24
&& tune == x.tune
&& rff == x.rff
&& timecode == x.timecode
&& log == x.log;
}
bool VppAfs::operator!=(const VppAfs &x) const {
return !(*this == x);
}
void VppAfs::check() {
if (!shift) {
method_switch = 0;
coeff_shift = 0;
}
drop &= shift;
smooth &= drop;
}
void VppAfs::set_preset(int preset) {
switch (preset) {
case AFS_PRESET_DEFAULT: //デフォルト
method_switch = FILTER_DEFAULT_AFS_METHOD_SWITCH;
coeff_shift = FILTER_DEFAULT_AFS_COEFF_SHIFT;
thre_shift = FILTER_DEFAULT_AFS_THRE_SHIFT;
thre_deint = FILTER_DEFAULT_AFS_THRE_DEINT;
thre_Ymotion = FILTER_DEFAULT_AFS_THRE_YMOTION;
thre_Cmotion = FILTER_DEFAULT_AFS_THRE_CMOTION;
analyze = FILTER_DEFAULT_AFS_ANALYZE;
shift = FILTER_DEFAULT_AFS_SHIFT;
drop = FILTER_DEFAULT_AFS_DROP;
smooth = FILTER_DEFAULT_AFS_SMOOTH;
force24 = FILTER_DEFAULT_AFS_FORCE24;
tune = FILTER_DEFAULT_AFS_TUNE;
break;
case AFS_PRESET_TRIPLE: //動き重視
method_switch = 0;
coeff_shift = 192;
thre_shift = 128;
thre_deint = 48;
thre_Ymotion = 112;
thre_Cmotion = 224;
analyze = 1;
shift = false;
drop = false;
smooth = false;
force24 = false;
tune = false;
break;
case AFS_PRESET_DOUBLE://二重化
method_switch = 0;
coeff_shift = 192;
thre_shift = 128;
thre_deint = 48;
thre_Ymotion = 112;
thre_Cmotion = 224;
analyze = 2;
shift = true;
drop = true;
smooth = true;
force24 = false;
tune = false;
break;
case AFS_PRESET_ANIME: //映画/アニメ
method_switch = 64;
coeff_shift = 128;
thre_shift = 128;
thre_deint = 48;
thre_Ymotion = 112;
thre_Cmotion = 224;
analyze = 3;
shift = true;
drop = true;
smooth = true;
force24 = false;
tune = false;
break;
case AFS_PRESET_MIN_AFTERIMG: //残像最小化
method_switch = 0;
coeff_shift = 192;
thre_shift = 128;
thre_deint = 48;
thre_Ymotion = 112;
thre_Cmotion = 224;
analyze = 4;
shift = true;
drop = true;
smooth = true;
force24 = false;
tune = false;
break;
case AFS_PRESET_FORCE24_SD: //24fps固定
method_switch = 64;
coeff_shift = 128;
thre_shift = 128;
thre_deint = 48;
thre_Ymotion = 112;
thre_Cmotion = 224;
analyze = 3;
shift = true;
drop = true;
smooth = false;
force24 = true;
tune = false;
break;
case AFS_PRESET_FORCE24_HD: //24fps固定 (HD)
method_switch = 92;
coeff_shift = 192;
thre_shift = 448;
thre_deint = 48;
thre_Ymotion = 112;
thre_Cmotion = 224;
analyze = 3;
shift = true;
drop = true;
smooth = true;
force24 = true;
tune = false;
break;
case AFS_PRESET_FORCE30: //30fps固定
method_switch = 92;
coeff_shift = 192;
thre_shift = 448;
thre_deint = 48;
thre_Ymotion = 112;
thre_Cmotion = 224;
analyze = 3;
shift = false;
drop = false;
smooth = false;
force24 = false;
tune = false;
break;
default:
break;
}
}
int VppAfs::read_afs_inifile(const TCHAR *inifile) {
if (!rgy_file_exists(inifile)) {
return 1;
}
const auto filename = tchar_to_string(inifile);
const auto section = AFS_STG_SECTION;
clip.top = GetPrivateProfileIntA(section, AFS_STG_UP, clip.top, filename.c_str());
clip.bottom = GetPrivateProfileIntA(section, AFS_STG_BOTTOM, clip.bottom, filename.c_str());
clip.left = GetPrivateProfileIntA(section, AFS_STG_LEFT, clip.left, filename.c_str());
clip.right = GetPrivateProfileIntA(section, AFS_STG_RIGHT, clip.right, filename.c_str());
method_switch = GetPrivateProfileIntA(section, AFS_STG_METHOD_WATERSHED, method_switch, filename.c_str());
coeff_shift = GetPrivateProfileIntA(section, AFS_STG_COEFF_SHIFT, coeff_shift, filename.c_str());
thre_shift = GetPrivateProfileIntA(section, AFS_STG_THRE_SHIFT, thre_shift, filename.c_str());
thre_deint = GetPrivateProfileIntA(section, AFS_STG_THRE_DEINT, thre_deint, filename.c_str());
thre_Ymotion = GetPrivateProfileIntA(section, AFS_STG_THRE_Y_MOTION, thre_Ymotion, filename.c_str());
thre_Cmotion = GetPrivateProfileIntA(section, AFS_STG_THRE_C_MOTION, thre_Cmotion, filename.c_str());
analyze = GetPrivateProfileIntA(section, AFS_STG_MODE, analyze, filename.c_str());
shift = 0 != GetPrivateProfileIntA(section, AFS_STG_FIELD_SHIFT, shift, filename.c_str());
drop = 0 != GetPrivateProfileIntA(section, AFS_STG_DROP, drop, filename.c_str());
smooth = 0 != GetPrivateProfileIntA(section, AFS_STG_SMOOTH, smooth, filename.c_str());
force24 = 0 != GetPrivateProfileIntA(section, AFS_STG_FORCE24, force24, filename.c_str());
rff = 0 != GetPrivateProfileIntA(section, AFS_STG_RFF, rff, filename.c_str());
log = 0 != GetPrivateProfileIntA(section, AFS_STG_LOG, log, filename.c_str());
// GetPrivateProfileIntA(section, AFS_STG_DETECT_SC, fp->check[4], filename.c_str());
tune = 0 != GetPrivateProfileIntA(section, AFS_STG_TUNE_MODE, tune, filename.c_str());
// GetPrivateProfileIntA(section, AFS_STG_LOG_SAVE, fp->check[6], filename.c_str());
// GetPrivateProfileIntA(section, AFS_STG_TRACE_MODE, fp->check[7], filename.c_str());
// GetPrivateProfileIntA(section, AFS_STG_REPLAY_MODE, fp->check[8], filename.c_str());
// GetPrivateProfileIntA(section, AFS_STG_YUY2UPSAMPLE, fp->check[9], filename.c_str());
// GetPrivateProfileIntA(section, AFS_STG_THROUGH_MODE, fp->check[10], filename.c_str());
// GetPrivateProfileIntA(section, AFS_STG_PROC_MODE, g_afs.ex_data.proc_mode, filename.c_str());
return 0;
}
tstring VppAfs::print() const {
#define ON_OFF(b) ((b) ? _T("on") : _T("off"))
return strsprintf(
_T("afs: clip(T %d, B %d, L %d, R %d), switch %d, coeff_shift %d\n")
_T(" thre(shift %d, deint %d, Ymotion %d, Cmotion %d)\n")
_T(" level %d, shift %s, drop %s, smooth %s, force24 %s\n")
_T(" tune %s, tb_order %d(%s), rff %s, timecode %s, log %s"),
clip.top, clip.bottom, clip.left, clip.right,
method_switch, coeff_shift,
thre_shift, thre_deint, thre_Ymotion, thre_Cmotion,
analyze, ON_OFF(shift), ON_OFF(drop), ON_OFF(smooth), ON_OFF(force24),
ON_OFF(tune), tb_order, tb_order ? _T("tff") : _T("bff"), ON_OFF(rff), ON_OFF(timecode), ON_OFF(log));
#undef ON_OFF
}
VppNnedi::VppNnedi() :
enable(false),
field(VPP_NNEDI_FIELD_USE_AUTO),
nns(32),
nsize(VPP_NNEDI_NSIZE_32x4),
quality(VPP_NNEDI_QUALITY_FAST),
precision(VPP_FP_PRECISION_AUTO),
pre_screen(VPP_NNEDI_PRE_SCREEN_NEW_BLOCK),
errortype(VPP_NNEDI_ETYPE_ABS),
weightfile(_T("")) {
}
bool VppNnedi::isbob() {
return field == VPP_NNEDI_FIELD_BOB_AUTO
|| field == VPP_NNEDI_FIELD_BOB_BOTTOM_TOP
|| field == VPP_NNEDI_FIELD_BOB_TOP_BOTTOM;
}
bool VppNnedi::operator==(const VppNnedi &x) const {
return enable == x.enable
&& field == x.field
&& nns == x.nns
&& nsize == x.nsize
&& quality == x.quality
&& pre_screen == x.pre_screen
&& errortype == x.errortype
&& precision == x.precision
&& weightfile == x.weightfile;
}
bool VppNnedi::operator!=(const VppNnedi &x) const {
return !(*this == x);
}
tstring VppNnedi::print() const {
return strsprintf(
_T("nnedi: field %s, nns %d, nsize %s, quality %s, prec %s\n")
_T(" pre_screen %s, errortype %s, weight \"%s\""),
get_cx_desc(list_vpp_nnedi_field, field),
nns,
get_cx_desc(list_vpp_nnedi_nsize, nsize),
get_cx_desc(list_vpp_nnedi_quality, quality),
get_cx_desc(list_vpp_fp_prec, precision),
get_cx_desc(list_vpp_nnedi_pre_screen, pre_screen),
get_cx_desc(list_vpp_nnedi_error_type, errortype),
((weightfile.length()) ? weightfile.c_str() : _T("internal")));
}
VppYadif::VppYadif() :
enable(false),
mode(VPP_YADIF_MODE_AUTO) {
}
bool VppYadif::operator==(const VppYadif& x) const {
return enable == x.enable
&& mode == x.mode;
}
bool VppYadif::operator!=(const VppYadif& x) const {
return !(*this == x);
}
tstring VppYadif::print() const {
return strsprintf(
_T("yadif: mode %s"),
get_cx_desc(list_vpp_yadif_mode, mode));
}
VppSelectEvery::VppSelectEvery() :
enable(false),
step(1),
offset(0) {
}
bool VppSelectEvery::operator==(const VppSelectEvery& x) const {
return enable == x.enable
&& step == x.step
&& offset == x.offset;
}
bool VppSelectEvery::operator!=(const VppSelectEvery& x) const {
return !(*this == x);
}
tstring VppSelectEvery::print() const {
return strsprintf(_T("selectevery %d (offset %d)"), step, offset);
}
VppDecimate::VppDecimate() :
enable(false),
cycle(FILTER_DEFAULT_DECIMATE_CYCLE),
threDuplicate(FILTER_DEFAULT_DECIMATE_THRE_DUP),
threSceneChange(FILTER_DEFAULT_DECIMATE_THRE_SC),
blockX(FILTER_DEFAULT_DECIMATE_BLOCK_X),
blockY(FILTER_DEFAULT_DECIMATE_BLOCK_Y),
preProcessed(FILTER_DEFAULT_DECIMATE_PREPROCESSED),
chroma(FILTER_DEFAULT_DECIMATE_CHROMA),
log(FILTER_DEFAULT_DECIMATE_LOG) {
}
bool VppDecimate::operator==(const VppDecimate& x) const {
return enable == x.enable
&& cycle == x.cycle
&& threDuplicate == x.threDuplicate
&& threSceneChange == x.threSceneChange
&& blockX == x.blockX
&& blockY == x.blockY
&& preProcessed == x.preProcessed
&& chroma == x.chroma
&& log == x.log;
}
bool VppDecimate::operator!=(const VppDecimate& x) const {
return !(*this == x);
}
tstring VppDecimate::print() const {
return strsprintf(_T("decimate: cycle %d, threDup %.2f, threSC %.2f\n")
_T(" block %dx%d, chroma %s, log %s"),
cycle,
threDuplicate, threSceneChange,
blockX, blockY,
/*preProcessed ? _T("on") : _T("off"),*/
chroma ? _T("on") : _T("off"),
log ? _T("on") : _T("off"));
}
VppMpdecimate::VppMpdecimate() :
enable(false),
lo(FILTER_DEFAULT_MPDECIMATE_LO),
hi(FILTER_DEFAULT_MPDECIMATE_HI),
max(FILTER_DEFAULT_MPDECIMATE_MAX),
frac(FILTER_DEFAULT_MPDECIMATE_FRAC),
log(FILTER_DEFAULT_MPDECIMATE_LOG) {
}
bool VppMpdecimate::operator==(const VppMpdecimate& x) const {
return enable == x.enable
&& lo == x.lo
&& hi == x.hi
&& max == x.max
&& frac == x.frac
&& log == x.log;
}
bool VppMpdecimate::operator!=(const VppMpdecimate& x) const {
return !(*this == x);
}
tstring VppMpdecimate::print() const {
return strsprintf(_T("mpdecimate: hi %d, lo %d, frac %.2f, max %d, log %s"),
hi, lo, frac, max,
log ? _T("on") : _T("off"));
}
VppPad::VppPad() :
enable(false),
left(0),
top(0),
right(0),
bottom(0) {
}
bool VppPad::operator==(const VppPad& x) const {
return enable == x.enable
&& left == x.left
&& top == x.top
&& right == x.right
&& bottom == x.bottom;
}
bool VppPad::operator!=(const VppPad& x) const {
return !(*this == x);
}
tstring VppPad::print() const {
return strsprintf(_T("(right=%d, left=%d, top=%d, bottom=%d)"),
right, left, top, bottom);
}
VppKnn::VppKnn() :
enable(false),
radius(FILTER_DEFAULT_KNN_RADIUS),
strength(FILTER_DEFAULT_KNN_STRENGTH),
lerpC(FILTER_DEFAULT_KNN_LERPC),
weight_threshold(FILTER_DEFAULT_KNN_WEIGHT_THRESHOLD),
lerp_threshold(FILTER_DEFAULT_KNN_LERPC_THRESHOLD) {
}
bool VppKnn::operator==(const VppKnn &x) const {
return enable == x.enable
&& radius == x.radius
&& strength == x.strength
&& lerpC == x.lerpC
&& weight_threshold == x.weight_threshold
&& lerp_threshold == x.lerp_threshold;
}
bool VppKnn::operator!=(const VppKnn &x) const {
return !(*this == x);
}
tstring VppKnn::print() const {
return strsprintf(
_T("denoise(knn): radius %d, strength %.2f, lerp %.2f\n")
_T(" th_weight %.2f, th_lerp %.2f"),
radius, strength, lerpC,
weight_threshold, lerp_threshold);
}
VppPmd::VppPmd() :
enable(false),
strength(FILTER_DEFAULT_PMD_STRENGTH),
threshold(FILTER_DEFAULT_PMD_THRESHOLD),
applyCount(FILTER_DEFAULT_PMD_APPLY_COUNT),
useExp(FILTER_DEFAULT_PMD_USE_EXP) {
}
bool VppPmd::operator==(const VppPmd& x) const {
return enable == x.enable
&& strength == x.strength
&& threshold == x.threshold
&& applyCount == x.applyCount
&& useExp == x.useExp;
}
bool VppPmd::operator!=(const VppPmd& x) const {
return !(*this == x);
}
tstring VppPmd::print() const {
return strsprintf(_T("denoise(pmd): strength %d, threshold %d, apply %d, exp %d"),
(int)strength, (int)threshold, applyCount, useExp);
}
VppSmooth::VppSmooth() :
enable(false),
quality(FILTER_DEFAULT_SMOOTH_QUALITY),
qp(FILTER_DEFAULT_SMOOTH_QP),
prec(VPP_FP_PRECISION_AUTO),
useQPTable(false),
strength(FILTER_DEFAULT_SMOOTH_STRENGTH),
threshold(FILTER_DEFAULT_SMOOTH_THRESHOLD),
bratio(FILTER_DEFAULT_SMOOTH_B_RATIO),
maxQPTableErrCount(FILTER_DEFAULT_SMOOTH_MAX_QPTABLE_ERR) {
}
bool VppSmooth::operator==(const VppSmooth &x) const {
return enable == x.enable
&& quality == x.quality
&& qp == x.qp
&& prec == x.prec
&& useQPTable == x.useQPTable
&& strength == x.strength
&& threshold == x.threshold
&& bratio == x.bratio
&& maxQPTableErrCount == x.maxQPTableErrCount;
}
bool VppSmooth::operator!=(const VppSmooth &x) const {
return !(*this == x);
}
tstring VppSmooth::print() const {
//return strsprintf(_T("smooth: quality %d, qp %d, threshold %.1f, strength %.1f, mode %d, use_bframe_qp %s"), quality, qp, threshold, strength, mode, use_bframe_qp ? _T("yes") : _T("no"));
tstring str = strsprintf(_T("smooth: quality %d, qp %d, prec %s"), quality, qp, get_cx_desc(list_vpp_fp_prec, prec));
if (useQPTable) {
str += strsprintf(_T(", use QP table on"));
}
return str;
}
VppSubburn::VppSubburn() :
enable(false),
filename(),
charcode(),
fontsdir(),
trackId(0),
assShaping(1),
scale(0.0),
transparency_offset(0.0),
brightness(FILTER_DEFAULT_TWEAK_BRIGHTNESS),
contrast(FILTER_DEFAULT_TWEAK_CONTRAST),
ts_offset(0.0),
vid_ts_offset(true) {
}
bool VppSubburn::operator==(const VppSubburn &x) const {
return enable == x.enable
&& filename == x.filename
&& charcode == x.charcode
&& fontsdir == x.fontsdir
&& trackId == x.trackId
&& assShaping == x.assShaping
&& scale == x.scale
&& transparency_offset == x.transparency_offset
&& brightness == x.brightness
&& contrast == x.contrast
&& ts_offset == x.ts_offset
&& vid_ts_offset == x.vid_ts_offset;
}
bool VppSubburn::operator!=(const VppSubburn &x) const {
return !(*this == x);
}
tstring VppSubburn::print() const {
tstring str = strsprintf(_T("subburn: %s, scale x%.2f"),
(filename.length() > 0)
? filename.c_str()
: strsprintf(_T("track #%d"), trackId).c_str(),
scale);
if (transparency_offset != 0.0) {
str += strsprintf(_T(", transparency %.2f"), transparency_offset);
}
if (brightness != FILTER_DEFAULT_TWEAK_BRIGHTNESS) {
str += strsprintf(_T(", brightness %.2f"), brightness);
}
if (contrast != FILTER_DEFAULT_TWEAK_CONTRAST) {
str += strsprintf(_T(", contrast %.2f"), contrast);
}
if (ts_offset != 0.0) {
str += strsprintf(_T(", ts_offset %.2f"), ts_offset);
}
if (!vid_ts_offset) {
str += _T(", vid_ts_offset off");
}
return str;
}
VppUnsharp::VppUnsharp() :
enable(false),
radius(FILTER_DEFAULT_UNSHARP_RADIUS),
weight(FILTER_DEFAULT_UNSHARP_WEIGHT),
threshold(FILTER_DEFAULT_UNSHARP_THRESHOLD) {
}
bool VppUnsharp::operator==(const VppUnsharp &x) const {
return enable == x.enable
&& radius == x.radius
&& weight == x.weight
&& threshold == x.threshold;
}
bool VppUnsharp::operator!=(const VppUnsharp &x) const {
return !(*this == x);
}
tstring VppUnsharp::print() const {
return strsprintf(_T("unsharp: radius %d, weight %.1f, threshold %.1f"),
radius, weight, threshold);
}
VppEdgelevel::VppEdgelevel() :
enable(false),
strength(FILTER_DEFAULT_EDGELEVEL_STRENGTH),
threshold(FILTER_DEFAULT_EDGELEVEL_THRESHOLD),
black(FILTER_DEFAULT_EDGELEVEL_BLACK),
white(FILTER_DEFAULT_EDGELEVEL_WHITE) {
}
bool VppEdgelevel::operator==(const VppEdgelevel &x) const {
return enable == x.enable
&& strength == x.strength
&& threshold == x.threshold
&& black == x.black
&& white == x.white;
}
bool VppEdgelevel::operator!=(const VppEdgelevel &x) const {
return !(*this == x);
}
tstring VppEdgelevel::print() const {
return strsprintf(_T("edgelevel: strength %.1f, threshold %.1f, black %.1f, white %.1f"),
strength, threshold, black, white);
}
VppWarpsharp::VppWarpsharp() :
enable(false),
threshold(FILTER_DEFAULT_WARPSHARP_THRESHOLD),
blur(FILTER_DEFAULT_WARPSHARP_BLUR),
type(FILTER_DEFAULT_WARPSHARP_TYPE),
depth(FILTER_DEFAULT_WARPSHARP_DEPTH),
chroma(FILTER_DEFAULT_WARPSHARP_CHROMA) {
}
bool VppWarpsharp::operator==(const VppWarpsharp& x) const {
return enable == x.enable
&& threshold == x.threshold
&& blur == x.blur
&& type == x.type
&& depth == x.depth
&& chroma == x.chroma;
}
bool VppWarpsharp::operator!=(const VppWarpsharp& x) const {
return !(*this == x);
}
tstring VppWarpsharp::print() const {
return strsprintf(_T("warpsharp: threshold %.1f, blur %d, type %d, depth %.1f, chroma %d"),
threshold, blur, type, depth, chroma);
}
VppTweak::VppTweak() :
enable(false),
brightness(FILTER_DEFAULT_TWEAK_BRIGHTNESS),
contrast(FILTER_DEFAULT_TWEAK_CONTRAST),
gamma(FILTER_DEFAULT_TWEAK_GAMMA),
saturation(FILTER_DEFAULT_TWEAK_SATURATION),
hue(FILTER_DEFAULT_TWEAK_HUE),
swapuv(false) {
}
bool VppTweak::operator==(const VppTweak &x) const {
return enable == x.enable
&& brightness == x.brightness
&& contrast == x.contrast
&& gamma == x.gamma
&& saturation == x.saturation
&& hue == x.hue
&& swapuv == x.swapuv;
}
bool VppTweak::operator!=(const VppTweak &x) const {
return !(*this == x);
}
tstring VppTweak::print() const {
return strsprintf(_T("tweak: brightness %.2f, contrast %.2f, saturation %.2f, gamma %.2f, hue %.2f, swapuv %s"),
brightness, contrast, saturation, gamma, hue, swapuv ? _T("on") : _T("off"));
}
VppTransform::VppTransform() :
enable(false),
transpose(false),
flipX(false),
flipY(false) {
}
int VppTransform::rotate() const {
if (transpose) {
if (!flipY && flipX) {
return 270;
} else if (flipY && !flipX) {
return 90;
}
} else if (flipY && flipX) {
return 180;
}
return 0;
}
bool VppTransform::setRotate(int rotate) {
switch (rotate) {
case 90:
transpose = true;
flipY = true;
break;
case 180:
flipX = true;
flipY = true;
break;
case 270:
transpose = true;
flipX = true;
break;
default:
return false;
}
return true;
}
bool VppTransform::operator==(const VppTransform &x) const {
return enable == x.enable
&& transpose == x.transpose
&& flipX == x.flipX
&& flipY == x.flipY;
}
bool VppTransform::operator!=(const VppTransform &x) const {
return !(*this == x);
}
tstring VppTransform::print() const {
#define ON_OFF(b) ((b) ? _T("on") : _T("off"))
const auto rotation = rotate();
if (rotation) {
return strsprintf(_T("rotate: %d"), rotation);
} else {
return strsprintf(_T("transform: transpose %s, flipX %s, flipY %s"),
ON_OFF(transpose), ON_OFF(flipX), ON_OFF(flipY));
}
#undef ON_OFF
}
VppDeband::VppDeband() :
enable(false),
range(FILTER_DEFAULT_DEBAND_RANGE),
threY(FILTER_DEFAULT_DEBAND_THRE_Y),
threCb(FILTER_DEFAULT_DEBAND_THRE_CB),
threCr(FILTER_DEFAULT_DEBAND_THRE_CR),
ditherY(FILTER_DEFAULT_DEBAND_DITHER_Y),
ditherC(FILTER_DEFAULT_DEBAND_DITHER_C),
sample(FILTER_DEFAULT_DEBAND_MODE),
seed(FILTER_DEFAULT_DEBAND_SEED),
blurFirst(FILTER_DEFAULT_DEBAND_BLUR_FIRST),
randEachFrame(FILTER_DEFAULT_DEBAND_RAND_EACH_FRAME) {
}
bool VppDeband::operator==(const VppDeband &x) const {
return enable == x.enable
&& range == x.range
&& threY == x.threY
&& threCb == x.threCb
&& threCr == x.threCr
&& ditherY == x.ditherY
&& ditherC == x.ditherC
&& sample == x.sample
&& seed == x.seed
&& blurFirst == x.blurFirst
&& randEachFrame == x.randEachFrame;
}
bool VppDeband::operator!=(const VppDeband &x) const {
return !(*this == x);
}
tstring VppDeband::print() const {
return strsprintf(_T("deband: mode %d, range %d, threY %d, threCb %d, threCr %d\n")
_T(" ditherY %d, ditherC %d, blurFirst %s, randEachFrame %s"),
sample, range,
threY, threCb, threCr,
ditherY, ditherC,
blurFirst ? _T("yes") : _T("no"),
randEachFrame ? _T("yes") : _T("no"));
}
RGYParamVpp::RGYParamVpp() :