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drawerdp.cpp
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#include "drawerdp.h"
#include <QFile>
#include <QDebug>
#include <QFileInfo>
#include <math.h>
#include <cmath>
#include "settingsdialog.h"
#include <QApplication>
#include "dp/continuousdp.h"
#include "dp/multidp.h"
#include "utils.h"
#include "defines.h"
#include "analysis/curve_similarity.h"
#include "analysis/ump.h"
#include "analysis/mask_data.h"
extern "C" {
#include "./openal/wavFile.h"
#include "analysis/functions.h"
#include "float.h"
#include "./sptk/SPTK.h"
#include "./sptk/others/func.h"
#include "./sptk/others/interpolation.h"
#include "./sptk/pitch/pitch.h"
#include "./sptk/x2x/x2x.h"
#include "./sptk/frame/frame.h"
#include "./sptk/window/window.h"
#include "./sptk/lpc/lpc.h"
#include "./sptk/spec/spec.h"
#include "./analysis/derivative.h"
}
typedef struct { double min; double max; } MinMax;
QString getMarkLabel(int value, char * labels);
DrawerDP::DrawerDP() :
Drawer(),
secFileName(""),
first(true)
{
qDebug() << "DrawerDP::DrawerDP" << LOG_DATA;
this->dpData = NULL;
this->secWaveData = NULL;
this->errorData = NULL;
this->timeData = NULL;
this->pSecData = NULL;
this->nSecData = NULL;
this->tSecData = NULL;
this->secPitchData = NULL;
this->secIntensiveData = NULL;
this->secPitchDataDerivative = NULL;
this->umpData = NULL;
this->secUmpData = NULL;
this->umpDerivativeData = NULL;
this->secUmpDerivativeData = NULL;
this->octavData = NULL;
this->secOctavData = NULL;
this->secOctavesData = NULL;
this->secOctavesLastData = NULL;
this->umpMask = NULL;
this->errorMax = 0;
this->errorMin = 0;
this->proximity_curve_shape = 0.0;
this->proximity_range = 0.0;
this->proximity_shape_mark = 0.0;
this->proximity_range_mark = 0.0;
this->f0max = 0;
this->f0min = 0;
this->userf0max = 0;
this->userf0min = 0;
this->simple_data = NULL;
this->userRange = 1.0;
this->range = 1.0;
this->A0Smooth = NULL;
this->secA0Smooth = NULL;
}
DrawerDP::~DrawerDP()
{
qDebug() << "DrawerDP removed" << LOG_DATA;
if (this->dpData) delete this->dpData;
qDebug() << "DrawerDP removed dpData" << LOG_DATA;
if (this->secWaveData) delete this->secWaveData;
qDebug() << "DrawerDP removed secWaveData" << LOG_DATA;
if (this->errorData) delete this->errorData;
qDebug() << "DrawerDP removed errorData" << LOG_DATA;
if (this->timeData) delete this->timeData;
qDebug() << "DrawerDP removed timeData" << LOG_DATA;
if (this->pSecData) delete this->pSecData;
qDebug() << "DrawerDP removed pSecData" << LOG_DATA;
if (this->nSecData) delete this->nSecData;
qDebug() << "DrawerDP removed nSecData" << LOG_DATA;
if (this->tSecData) delete this->tSecData;
qDebug() << "DrawerDP removed tSecData" << LOG_DATA;
if (this->secPitchData) delete this->secPitchData;
qDebug() << "DrawerDP removed secPitchData" << LOG_DATA;
if (this->secPitchDataDerivative) delete this->secPitchDataDerivative;
qDebug() << "DrawerDP removed secPitchDataDerivative" << LOG_DATA;
if (this->secIntensiveData) delete this->secIntensiveData;
qDebug() << "DrawerDP removed secIntensiveData" << LOG_DATA;
if (this->simple_data) freeSimpleGraphData(this->simple_data);
qDebug() << "DrawerDP removed simple_data" << LOG_DATA;
if (this->umpData) delete this->umpData;
qDebug() << "DrawerDP removed umpData" << LOG_DATA;
if (this->secUmpData) delete this->secUmpData;
qDebug() << "DrawerDP removed secUmpData" << LOG_DATA;
if (this->umpDerivativeData) delete this->umpDerivativeData;
qDebug() << "DrawerDP removed umpDerivativeData" << LOG_DATA;
if (this->secUmpDerivativeData) delete this->secUmpDerivativeData;
qDebug() << "DrawerDP removed secUmpDerivativeData" << LOG_DATA;
if (this->octavData) delete this->octavData;
qDebug() << "DrawerDP removed octavData" << LOG_DATA;
if (this->secOctavData) delete this->secOctavData;
qDebug() << "DrawerDP removed secOctavesLastData" << LOG_DATA;
if (this->secOctavesLastData) delete this->secOctavesLastData;
qDebug() << "DrawerDP removed secOctavesData" << LOG_DATA;
if (this->secOctavesData) delete this->secOctavesData;
qDebug() << "DrawerDP removed secOctavData" << LOG_DATA;
if (this->umpMask) delete this->umpMask;
qDebug() << "DrawerDP removed umpMask" << LOG_DATA;
if (this->A0Smooth) delete this->A0Smooth;
qDebug() << "DrawerDP removed A0Smooth" << LOG_DATA;
if (this->secA0Smooth) delete this->secA0Smooth;
qDebug() << "DrawerDP removed secA0Smooth" << LOG_DATA;
}
QString DrawerDP::getMarksTitle()
{
SPTK_SETTINGS * sptk_settings = SettingsDialog::getSPTKsettings();
if (sptk_settings->dp->show_marks)
{
return QString("Range (%3%): \\big{%1} \t Shape (%4%): \\big{%2}")
.arg(getMarkLabel(this->proximity_range_mark, sptk_settings->dp->mark_labels))
.arg(getMarkLabel(this->proximity_shape_mark, sptk_settings->dp->mark_labels))
.arg(this->proximity_range)
.arg(this->proximity_curve_shape);
} else {
return QString("Range: \\big{%1%} \t Shape: \\big{%2%}")
.arg(this->proximity_range)
.arg(this->proximity_curve_shape);
}
}
int DrawerDP::Draw(mglGraph *gr)
{
SPTK_SETTINGS * sptk_settings = SettingsDialog::getSPTKsettings();
qDebug() << "start drawing" << LOG_DATA;
bool isCompare = !this->secFileName.isEmpty();
gr->DefaultPlotParam();
gr->Clf();
QFileInfo fileInfo(this->fileName);
QString phrase = QString(fileInfo.baseName());
phrase = "\\b\\big{" + phrase + "}";
qDebug() << "Phrase" << phrase << LOG_DATA;
if(!this->showUMP)
{
qDebug() << "waveData" << LOG_DATA;
gr->MultiPlot(1, 15, 1, 1, 1, "#");
gr->SetRange('y', 0, 1);
gr->Plot(*waveData, "B");
gr->Plot(*pWaveData, "q9");
gr->Plot(*nWaveData, "k9");
gr->Plot(*tWaveData, "c9");
gr->MultiPlot(1, 15, 6, 1, 6, "#");
gr->SetRange('y', 0, 1);
gr->Axis("Y", "");
gr->Grid("y", "W", "");
if(sptk_settings->dp->showF0) gr->Plot(*this->pitchData, "-r3");
if(sptk_settings->dp->showOriginalF0) gr->Plot(*this->pitchDataOriginal, "-r2");
if(sptk_settings->dp->showDerivativeF0)
{
gr->Plot(*this->pitchDataDerivative, "-m2");
gr->Line(mglPoint(-1,this->pitchDataDerivativeZero), mglPoint(1,this->pitchDataDerivativeZero), "-m2");
}
if(sptk_settings->dp->showA0) gr->Plot(*this->intensiveData, "-b3");
if(sptk_settings->dp->markoutType == MARKOUT_A0_INTEGRAL && sptk_settings->dp->showThresholds == 1)
{
gr->Plot(*this->A0Smooth, ";b3");
gr->SetRange('y', 0, 1);
gr->FPlot(QString::number(sptk_settings->dp->markoutA0IntA0abs/100).toLocal8Bit().data(), ";b3");
}
gr->Plot(*pWaveData, "q2");
gr->Plot(*nWaveData, "k2");
gr->Plot(*tWaveData, "c2");
gr->MultiPlot(1, 15, 12, 1, 1, "#");
gr->Puts(mglPoint(0,0),phrase.toLocal8Bit().data(), ":C", 24);
gr->MultiPlot(2, 15, 26, 1, 1, "#");
gr->Puts(
mglPoint(0,0),
QString("Template F0 min = %1, F0 max = %2").arg(this->f0min).arg(this->f0max).toLocal8Bit().data(),
":C",
24
);
}else {
gr->DefaultPlotParam();
gr->MultiPlot(1, 36, 1, 1, 3, "#");
gr->Puts(mglPoint(0,0), QString("INTONATION").toLocal8Bit().data(), ":C", 24);
gr->MultiPlot(10, 12, 11, 1, 1, "#");
gr->Puts(mglPoint(0,0), QString("Octaves Range").toLocal8Bit().data(), ":C", 20);
gr->MultiPlot(10, 12, 15, 1, 1, "#");
gr->Puts(mglPoint(0,0), QString("Tonal Portrait").toLocal8Bit().data(), ":C", 20);
gr->MultiPlot(1, 12, 11, 1, 1, "#");
gr->Puts(mglPoint(0,0),phrase.toLocal8Bit().data(), ":C", 24);
gr->MultiPlot(8, 12, 80, 3, 1, "#");
gr->Puts(
mglPoint(0,0),
QString("TEMPLATE: [F0min = %1, F0max = %2]").arg(this->f0min).arg(this->f0max).toLocal8Bit().data(),
":C",
18
);
if(!isCompare)
{
gr->MultiPlot(20, 12, 41, 4, 8, "#");
if (this->octavData->a[0] > OCTAVE_MAX_1)
{
gr->SetRange('y', 0, OCTAVE_MAX_2);
} else {
gr->SetRange('y', 0, OCTAVE_MAX_1);
}
gr->Axis("Y", "");
gr->Grid("y", "W", "");
gr->Bars(*this->octavData, "r");
}
if (sptk_settings->dp->auto_marking)
{
gr->MultiPlot(20, 12, 187, 13, 1, "#");
gr->SetRange('y', 0, 1);
gr->Plot(*waveData, "B");
gr->Plot(*pWaveData, "q9");
gr->Plot(*nWaveData, "k9");
gr->Plot(*tWaveData, "c9");
gr->MultiPlot(20, 12, 47, 13, 6, "#");
gr->SetRange('y', 0, 1);
gr->Grid("y", "W", "");
if(sptk_settings->dp->showF0) gr->Plot(*this->pitchData, "-r3");
if(sptk_settings->dp->showOriginalF0) gr->Plot(*this->pitchDataOriginal, "-r2");
gr->Plot(*pWaveData, "q2");
gr->Plot(*nWaveData, "k2");
gr->Plot(*tWaveData, "c2");
} else {
if (sptk_settings->dp->showPlane) {
gr->MultiPlot(20, 12, 48, 8, 8, "#");
gr->Puts(mglPoint(-0.8, 2.6), "F0 (%)", ":C", 3);
gr->Puts(mglPoint(1.3, 0), "dF0 (%)", ":C", 3);
gr->SetRange('x', 0, 1);
gr->SetRange('y', 0, 1);
gr->SetTicks('y', 2);
gr->AddTick('y', 0.2, "20");
gr->AddTick('y', 0.4, "40");
gr->AddTick('y', 0.6, "60");
gr->AddTick('y', 0.8, "80");
gr->AddTick('y', 1.0, "100");
gr->Grid("x", "W", "");
gr->Grid("y", "W", "");
gr->Axis("y");
gr->Box();
gr->Plot(*this->umpData, *this->umpDerivativeData, "-r4");
} else {
gr->MultiPlot(20, 12, 47, 13, 8, "#");
gr->SetRange('y', 0, 1);
gr->SetTicks('y', 1./3.);
gr->Grid("y", "W", "");
gr->SetTicks('x', sptk_settings->dp->portLen);
gr->Grid("x", "W5-", "");
gr->Area(*this->umpMask, "{g9}");
gr->SetRange('x', 0, 1);
foreach (double p, this->umpSectors) {
gr->Line(mglPoint(p, 0), mglPoint(p, 1), "B2");
}
if (sptk_settings->dp->showF0 || !sptk_settings->dp->showDerivativeF0)
{
gr->SetRange('x', 0, this->umpData->nx);
gr->Plot(*this->umpData, "-r4");
}
if (sptk_settings->dp->showDerivativeF0)
{
gr->SetRange('x', 0, this->umpDerivativeData->nx);
gr->Plot(*this->umpDerivativeData, "-m4");
}
if (sptk_settings->dp->showMeanValueUMP && sptk_settings->dp->showF0)
{
gr->SetRange('y', 0, 100);
gr->FPlot(QString::number(this->meanValueUMP).toLocal8Bit().data(), ";r4");
}
if (sptk_settings->dp->showMeanValueUMP && sptk_settings->dp->showDerivativeF0)
{
gr->SetRange('y', 0, 100);
gr->FPlot(QString::number(this->meanDerivativeValueUMP).toLocal8Bit().data(), ";m4");
}
if (sptk_settings->dp->showCenterGravityUMP && sptk_settings->dp->showF0)
{
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->centricGravityUMP1).toLocal8Bit().data(), "t", "0", "ir4");
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->centricGravityUMP2).toLocal8Bit().data(), "t", "0", "{dF198}r4");
}
if (sptk_settings->dp->showCenterGravityUMP && sptk_settings->dp->showDerivativeF0)
{
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->centricGravityDerivativeUMP1).toLocal8Bit().data(), "t", "0", "im4");
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->centricGravityDerivativeUMP2).toLocal8Bit().data(), "t", "0", "{dF198}m4");
}
gr->MultiPlot(40, 12, 129, 12, 6, "#");
gr->Label('y', "_{low}", -1);
gr->Label('y', "_{medium}", 0);
gr->Label('y', "_{high}", 1);
}
}
}
if(isCompare){
if(!this->showUMP)
{
qDebug() << "secWaveData" << LOG_DATA;
gr->MultiPlot(1, 15, 3, 1, 1, "#");
gr->SetRange('y', 0, 1);
gr->Plot(*pSecData, "q9");
gr->Plot(*nSecData, "k9");
gr->Plot(*tSecData, "c9");
gr->Plot(*secWaveData, "G");
gr->Plot(*dpData, "R9");
gr->MultiPlot(1, 15, 4, 1, 1, "#");
gr->Puts(
mglPoint(0,0),
this->getMarksTitle().toLocal8Bit().data(),
":C",
24
);
qDebug() << "errorData" << LOG_DATA;
gr->MultiPlot(1, 15, 6, 1, 6, "#");
gr->SetRange('y', 0, 1);
if(this->errorData) gr->Plot(*this->errorData, "-B3");
if(this->timeData) gr->Plot(*this->timeData, "-R3");
if(sptk_settings->dp->showF0) gr->Plot(*this->secPitchData, "-R4");
if(sptk_settings->dp->showA0) gr->Plot(*this->secIntensiveData, "-B4");
if(sptk_settings->dp->markoutType == MARKOUT_A0_INTEGRAL && sptk_settings->dp->showThresholds == 1)
{
gr->Plot(*this->secA0Smooth, ";B3");
}
if(sptk_settings->dp->showDerivativeF0)
{
gr->Plot(*this->secPitchDataDerivative, "-m4");
gr->Line(mglPoint(-1,this->secPitchDataDerivativeZero), mglPoint(1,this->secPitchDataDerivativeZero), "-m4");
}
gr->MultiPlot(2, 15, 27, 1, 1, "#");
gr->Puts(
mglPoint(0,0),
QString("TEST: [F0min = %1, F0max = %2]").arg(this->userf0min).arg(this->userf0max).toLocal8Bit().data(),
":C",
24
);
} else {
gr->DefaultPlotParam();
gr->MultiPlot(1, 36, 1, 1, 3, "#");
gr->Puts(
mglPoint(0,0),
this->getMarksTitle().toLocal8Bit().data(),
":C",
24
);
gr->MultiPlot(10, 12, 11, 1, 1, "#");
gr->Puts(mglPoint(0,0), QString("Octaves Range").toLocal8Bit().data(), ":C", 20);
gr->MultiPlot(10, 12, 15, 1, 1, "#");
gr->Puts(mglPoint(0,0), QString("Tonal Portrait").toLocal8Bit().data(), ":C", 20);
gr->MultiPlot(1, 12, 11, 1, 1, "#");
gr->Puts(mglPoint(0,0),phrase.toLocal8Bit().data(), ":C", 24);
gr->MultiPlot(8, 12, 80, 3, 1, "#");
gr->Puts(
mglPoint(0,0),
QString("TEMPLATE: [F0min = %1, F0max = %2]").arg(this->f0min).arg(this->f0max).toLocal8Bit().data(),
":C",
18
);
gr->MultiPlot(8, 12, 83, 3, 1, "#");
gr->Puts(
mglPoint(0,0),
QString("TEST: [F0min = %1, F0max = %2]").arg(this->userf0min).arg(this->userf0max).toLocal8Bit().data(),
":C",
18
);
gr->MultiPlot(20, 12, 41, 4, 8, "#");
if (this->octavData->a[0] > OCTAVE_MAX_1 || this->secOctavData->a[1] > OCTAVE_MAX_1)
{
gr->SetRange('y', 0, OCTAVE_MAX_2);
} else {
gr->SetRange('y', 0, OCTAVE_MAX_1);
}
gr->Axis("Y", "");
gr->Grid("y", "W", "");
gr->Bars(*this->octavData, "r");
gr->Bars(*this->secOctavData, "R");
gr->MultiPlot(22, 12, 48, 2, 8, "#");
gr->Bars(*this->secOctavesData, "b");
gr->Bars(*this->secOctavesLastData, "k");
if (sptk_settings->dp->auto_marking)
{
gr->MultiPlot(20, 12, 187, 13, 1, "#");
gr->SetRange('y', 0, 1);
gr->Plot(*waveData, "B");
gr->Plot(*pWaveData, "q9");
gr->Plot(*nWaveData, "k9");
gr->Plot(*tWaveData, "c9");
gr->MultiPlot(20, 12, 47, 13, 6, "#");
gr->SetRange('y', 0, 1);
gr->Grid("y", "W", "");
if(sptk_settings->dp->showF0) gr->Plot(*this->secPitchData, "-R4");
if(sptk_settings->dp->showF0) gr->Plot(*this->pitchData, "-r3");
gr->Plot(*pWaveData, "q2");
gr->Plot(*nWaveData, "k2");
gr->Plot(*tWaveData, "c2");
} else {
if (sptk_settings->dp->showPlane) {
gr->MultiPlot(20, 12, 48, 8, 8, "#");
gr->Puts(mglPoint(-0.8, 2.6), "F0 (%)", ":C", 3);
gr->Puts(mglPoint(1.3, 0), "dF0 (%)", ":C", 3);
gr->SetRange('x', 0, 1);
gr->SetRange('y', 0, 1);
gr->SetTicks('y', 2);
gr->AddTick('y', 0.2, "20");
gr->AddTick('y', 0.4, "40");
gr->AddTick('y', 0.6, "60");
gr->AddTick('y', 0.8, "80");
gr->AddTick('y', 1.0, "100");
gr->Grid("x", "W", "");
gr->Grid("y", "W", "");
gr->Axis("y");
gr->Box();
gr->Plot(*this->umpData, *this->umpDerivativeData, "-r4");
gr->Plot(*this->secUmpData, *this->secUmpDerivativeData, "-R5");
} else {
gr->MultiPlot(20, 12, 46, 13, 8, "#");
gr->SetRange('y', 0, 1);
gr->SetTicks('y', 1./3.);
gr->Grid("y", "W", "");
gr->SetTicks('x', sptk_settings->dp->portLen);
gr->Grid("x", "W5-", "");
gr->Area(*this->umpMask, "{g9}");
gr->SetRange('x', 0, 1);
foreach (double p, this->umpSectors) {
gr->Line(mglPoint(p, 0), mglPoint(p, 1), "B2");
}
if (sptk_settings->dp->showF0 || !sptk_settings->dp->showDerivativeF0)
{
gr->SetRange('x', 0, this->umpData->nx);
for (int i; i<this->umpDataHistory.size(); i++)
{
gr->Plot(this->umpDataHistory.at(i), "-n2");
}
gr->Plot(this->umpDataHistory.last(), "-k2");
gr->Plot(*this->secUmpData, "-R5");
gr->Plot(*this->umpData, "-r4");
}
if (sptk_settings->dp->showDerivativeF0)
{
gr->SetRange('x', 0, this->umpDerivativeData->nx);
gr->Plot(*this->secUmpDerivativeData, "-M5");
gr->Plot(*this->umpDerivativeData, "-m4");
}
if (sptk_settings->dp->showMeanValueUMP && sptk_settings->dp->showF0)
{
gr->SetRange('y', 0, 100);
gr->FPlot(QString::number(this->meanValueUMP).toLocal8Bit().data(), ";r4");
gr->FPlot(QString::number(this->userMeanValueUMP).toLocal8Bit().data(), ";R4");
}
if (sptk_settings->dp->showMeanValueUMP && sptk_settings->dp->showDerivativeF0)
{
gr->SetRange('y', 0, 100);
gr->FPlot(QString::number(this->meanDerivativeValueUMP).toLocal8Bit().data(), ";m4");
gr->FPlot(QString::number(this->userDerivativeMeanValueUMP).toLocal8Bit().data(), ";M4");
}
if (sptk_settings->dp->showCenterGravityUMP && sptk_settings->dp->showF0)
{
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->centricGravityUMP1).toLocal8Bit().data(), "t", "0", "ir4");
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->centricGravityUMP2).toLocal8Bit().data(), "t", "0", "{dF198}r4");
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->userCentricGravityUMP1).toLocal8Bit().data(), "t", "0", "iR4");
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->userCentricGravityUMP2).toLocal8Bit().data(), "t", "0", "{dF198}R4");
}
if (sptk_settings->dp->showCenterGravityUMP && sptk_settings->dp->showDerivativeF0)
{
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->centricGravityDerivativeUMP1).toLocal8Bit().data(), "t", "0", "im4");
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->centricGravityDerivativeUMP2).toLocal8Bit().data(), "t", "0", "{dF198}m4");
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->userCentricGravityDerivativeUMP1).toLocal8Bit().data(), "t", "0", "iM4");
gr->SetRanges(0,100,0,1);
gr->FPlot(QString::number(this->userCentricGravityDerivativeUMP2).toLocal8Bit().data(), "t", "0", "{dF198}M4");
}
gr->MultiPlot(40, 12, 129, 12, 6, "#");
gr->Label('y', "_{low}", -1);
gr->Label('y', "_{medium}", 0);
gr->Label('y', "_{high}", 1);
}
}
}
}
qDebug() << "finish drawing" << LOG_DATA;
return 0;
}
void setMark(vector * vec, int pos)
{
if (vec->x > pos)
{
setv(*vec, 0, MASK_MAX);
if (pos != 0)
{
setv(*vec, pos-1, MASK_MIN);
}
if (vec->x != pos + 1)
{
setv(*vec, pos+1, MASK_MIN);
}
} else {
qDebug() << "WARNING setMark ? " << (vec->x > pos) << LOG_DATA;
qDebug() << "WARNING setMark x " << vec->x << LOG_DATA;
qDebug() << "WARNING setMark pos " << pos << LOG_DATA;
}
}
void setMark(vector * vec, int from, int to)
{
int i=from;
for (i=from; i<to; i++)
{
setv(*vec, i, MASK_MAX);
}
setv(*vec, from, MASK_MIN);
setv(*vec, i, MASK_MIN);
}
void applyMapping(vector * data, intvector * mapping)
{
qDebug() << "data " << data->x << LOG_DATA;
qDebug() << "mapping " << mapping->x << LOG_DATA;
double scale = 1.0 * data->x / mapping->x;
qDebug() << "scale " << scale << LOG_DATA;
vector newData = zerov(data->x);
for (int i=0; i<newData.x; i++)
{
int j = 1.0 * i / scale;
int index = getiv(*mapping, j);
setv(newData, i, getv(*data, index));
}
freev(*data);
data->v = newData.v;
}
int compare (const void * a, const void * b)
{
return ( *(double*)a - *(double*)b );
}
MinMax applyMask(vector * data, vector * mask)
{
double min, max;
SPTK_SETTINGS * sptk_settings = SettingsDialog::getSPTKsettings();
vector scaledMask = vector_resize(*mask, data->x);
qDebug() << "scaledMask" << LOG_DATA;
vector cuttedData = vector_cut_by_mask(*data, scaledMask);
qDebug() << "newData" << LOG_DATA;
vector dataMid = vector_mid(cuttedData, sptk_settings->plotF0->frame, 1);
min = getv(dataMid, min_greaterv(dataMid, 0.0));
max = getv(dataMid, maxv(dataMid));
qDebug() << "pitch_mid" << LOG_DATA;
vector newDataNorm = vector_normalize_optional_zeros(dataMid, NORM_FROM, NORM_TO, !sptk_settings->plotF0->normF0MinMax);
qDebug() << "newDataNorm" << LOG_DATA;
vector dataInterpolate = copyv(newDataNorm);
qDebug() << "dataInterpolate " << dataInterpolate.x << LOG_DATA;
int start = first_fromv(dataInterpolate, 0, 0.0);
int end = first_greater_fromv(dataInterpolate, start, 0.0);
if (start == 0)
{
qDebug() << "vector_interpolate_part_first(" << &dataInterpolate << ", " << start << ", " << end << ", " << sptk_settings->plotF0->interpolation_type << ")" << LOG_DATA;
vector_interpolate_part(
&dataInterpolate,
start,
end,
sptk_settings->plotF0->interpolation_type
);
start = first_fromv(dataInterpolate, end, 0.0);
end = first_greater_fromv(dataInterpolate, start, 0.0);
}
do
{
qDebug() << "vector_interpolate_part(" << &dataInterpolate << ", " << start-1 << ", " << end << ", " << sptk_settings->plotF0->interpolation_type << ")" << LOG_DATA;
vector_interpolate_part(
&dataInterpolate,
start-1,
end,
sptk_settings->plotF0->interpolation_type
);
start = first_fromv(dataInterpolate, end, 0.0);
end = first_greater_fromv(dataInterpolate, start, 0.0);
} while (end != start && end != dataInterpolate.x);
qDebug() << "vector_interpolate_part_last(" << &dataInterpolate << ", " << start-1 << ", " << dataInterpolate.x - 1 << ", " << sptk_settings->plotF0->interpolation_type << ")" << LOG_DATA;
vector_interpolate_part(
&dataInterpolate,
start-1,
dataInterpolate.x - 1,
sptk_settings->plotF0->interpolation_type
);
freev(scaledMask);
freev(cuttedData);
freev(dataMid);
freev(newDataNorm);
freev(*data);
data->v = dataInterpolate.v;
qDebug() << "finish applyMask" << LOG_DATA;
return MinMax{min, max};
}
void getMark(vector * vec, MaskData * points, int startPos, double marksScale, intvector * mapping)
{
for (int i=0; i<points->pointsFrom.x; i++)
{
int from = getiv(*mapping, 1.0*getiv(points->pointsFrom, i)/marksScale) + startPos;
int to = getiv(*mapping, 1.0*(getiv(points->pointsFrom, i) + getiv(points->pointsLength, i))/marksScale) + startPos;
setMark(vec, from, to);
qDebug() << "setMark pSecVector " << from << " - " << to << LOG_DATA;
}
}
void getMark(vector * vec, MaskData * points)
{
for (int i=0; i<points->pointsFrom.x; i++)
{
int from = getiv(points->pointsFrom, i);
int to = getiv(points->pointsFrom, i) + getiv(points->pointsLength, i);
setMark(vec, from, to);
}
}
QString getMarkLabel(int value, char * labels)
{
QStringList labelsList = QString(labels).split(",");
if (0 < value && value <= labelsList.size())
{
return labelsList.at(value-1);
} else {
return QString::number(value);
}
}
double calculateMark(double value, double level, double count)
{
double delimeter = (100.0 - level) / count;
double mark = 1.0;
if (value >= level)
{
mark = round( fabs(level - value) / delimeter );
}
return mark;
}
int DrawerDP::getDataSeconds()
{
if (this->simple_data)
{
return this->simple_data->seconds;
} else {
return 0;
}
}
ContinuousDP * DrawerDP::getDP(SimpleGraphData * dataSec, bool ref)
{
SPTK_SETTINGS * sptk_settings = SettingsDialog::getSPTKsettings();
qDebug() << "sptk_settings->dp->useForDP " << sptk_settings->dp->useForDP << LOG_DATA;
if (ref)
{
qDebug() << "MultiDP " << LOG_DATA;
MultiDP * dp = new MultiDP(
dataSec->d_pitch.x,
this->simple_data->d_pitch.x,
sptk_settings->dp->continiusLimit
);
qDebug() << "sptk_settings->dp->multiUseNMP " << LOG_DATA;
dp->addNmp(
copyv(data_get_mask(dataSec)),
copyv(data_get_mask(this->simple_data)),
1.0
);
dp->applySettings(
sptk_settings->dp->continiusKH,
sptk_settings->dp->continiusKV,
sptk_settings->dp->continiusKD,
sptk_settings->dp->continiusKT
);
dp->calculate();
return dp;
} else if (sptk_settings->dp->useForDP != DP_USE_MULTI)
{
SpectrSignal * firstSignal;
SpectrSignal * secondSignal;
if (sptk_settings->dp->useForDP == DP_USE_SPECTRUM)
{
int speksize = sptk_settings->spec->leng / 2 + 1;
qDebug() << "data->d_spec " << this->simple_data->d_spec.x << LOG_DATA;
qDebug() << "dataSec->d_spec " << dataSec->d_spec.x << LOG_DATA;
firstSignal = new SpectrSignal(copyv(this->simple_data->d_spec_proc), speksize);
secondSignal = new SpectrSignal(copyv(dataSec->d_spec_proc), speksize);
} else if (sptk_settings->dp->useForDP == DP_USE_CEPSTRUM) {
int speksize = sptk_settings->lpc->cepstrum_order + 1;
qDebug() << "data->d_cepstrum " << this->simple_data->d_cepstrum.x << LOG_DATA;
qDebug() << "dataSec->d_cepstrum " << dataSec->d_cepstrum.x << LOG_DATA;
firstSignal = new SpectrSignal(copyv(this->simple_data->d_cepstrum), speksize);
secondSignal = new SpectrSignal(copyv(dataSec->d_cepstrum), speksize);
} else if (sptk_settings->dp->useForDP == DP_USE_CEPSTRUM_A0) {
int speksize = sptk_settings->lpc->cepstrum_order + 1;
int additional_data = speksize * sptk_settings->dp->dpA0Coeficient;
int analysed_data = speksize + additional_data;
qDebug() << "speksize " << speksize << LOG_DATA;
qDebug() << "data->d_cepstrum " << this->simple_data->d_cepstrum.x << LOG_DATA;
qDebug() << "dataSec->d_cepstrum " << dataSec->d_cepstrum.x << LOG_DATA;
vector simple_merged_data = mergev(this->simple_data->d_cepstrum, this->simple_data->d_intensive_norm, additional_data);
firstSignal = new SpectrSignal(copyv(simple_merged_data), analysed_data);
freev(simple_merged_data);
vector merged_data = mergev(dataSec->d_cepstrum, dataSec->d_intensive_norm, additional_data);
secondSignal = new SpectrSignal(copyv(merged_data), analysed_data);
freev(merged_data);
} else if (sptk_settings->dp->useForDP == DP_USE_CEPSTRUM_LOGF0) {
int speksize = sptk_settings->lpc->cepstrum_order + 1;
int additional_data = speksize * sptk_settings->dp->dpF0Coeficient;
int analysed_data = speksize + additional_data;
qDebug() << "data->d_cepstrum " << this->simple_data->d_cepstrum.x << LOG_DATA;
qDebug() << "dataSec->d_cepstrum " << dataSec->d_cepstrum.x << LOG_DATA;
vector simple_merged_data = mergev(this->simple_data->d_cepstrum, this->simple_data->d_pitch_log, additional_data);
firstSignal = new SpectrSignal(copyv(simple_merged_data), analysed_data);
freev(simple_merged_data);
vector merged_data = mergev(dataSec->d_cepstrum, dataSec->d_pitch_log, additional_data);
secondSignal = new SpectrSignal(copyv(merged_data), analysed_data);
freev(merged_data);
} else if (sptk_settings->dp->useForDP == DP_USE_CEPSTRUM_A0_LOGF0) {
int speksize = sptk_settings->lpc->cepstrum_order + 1;
int additional_data_a0 = speksize * sptk_settings->dp->dpA0Coeficient;
int additional_data_f0 = speksize * sptk_settings->dp->dpF0Coeficient;
int analysed_data = speksize + additional_data_a0 + additional_data_f0;
qDebug() << "data->d_cepstrum " << this->simple_data->d_cepstrum.x << LOG_DATA;
qDebug() << "dataSec->d_cepstrum " << dataSec->d_cepstrum.x << LOG_DATA;
vector simple_merged_data = mergev(this->simple_data->d_cepstrum, this->simple_data->d_pitch_log, additional_data_f0);
simple_merged_data = mergev(simple_merged_data, this->simple_data->d_intensive_norm, additional_data_a0);
firstSignal = new SpectrSignal(copyv(simple_merged_data), analysed_data);
freev(simple_merged_data);
vector merged_data = mergev(dataSec->d_cepstrum, dataSec->d_pitch_log, additional_data_f0);
merged_data = mergev(merged_data, dataSec->d_intensive_norm, additional_data_a0);
secondSignal = new SpectrSignal(copyv(merged_data), analysed_data);
freev(merged_data);
} else if (sptk_settings->dp->useForDP == DP_USE_CEPSTRUM_DA0) {
int speksize = sptk_settings->lpc->cepstrum_order + 1;
int additional_data = speksize * sptk_settings->dp->dpDA0Coeficient;
int analysed_data = speksize + additional_data;
qDebug() << "speksize " << speksize << LOG_DATA;
qDebug() << "data->d_cepstrum " << this->simple_data->d_cepstrum.x << LOG_DATA;
qDebug() << "dataSec->d_cepstrum " << dataSec->d_cepstrum.x << LOG_DATA;
vector simple_merged_data = mergev(this->simple_data->d_cepstrum, this->simple_data->d_derivative_intensive_norm, additional_data);
firstSignal = new SpectrSignal(copyv(simple_merged_data), analysed_data);
freev(simple_merged_data);
vector merged_data = mergev(dataSec->d_cepstrum, dataSec->d_derivative_intensive_norm, additional_data);
secondSignal = new SpectrSignal(copyv(merged_data), analysed_data);
freev(merged_data);
} else if (sptk_settings->dp->useForDP == DP_USE_CEPSTRUM_A0_DA0) {
int speksize = sptk_settings->lpc->cepstrum_order + 1;
int additional_data_a0 = speksize * sptk_settings->dp->dpA0Coeficient;
int additional_data_da0 = speksize * sptk_settings->dp->dpDA0Coeficient;
int analysed_data = speksize + additional_data_a0 + additional_data_da0;
qDebug() << "data->d_cepstrum " << this->simple_data->d_cepstrum.x << LOG_DATA;
qDebug() << "dataSec->d_cepstrum " << dataSec->d_cepstrum.x << LOG_DATA;
vector simple_merged_data = mergev(this->simple_data->d_cepstrum, this->simple_data->d_derivative_intensive_norm, additional_data_da0);
simple_merged_data = mergev(simple_merged_data, this->simple_data->d_intensive_norm, additional_data_a0);
firstSignal = new SpectrSignal(copyv(simple_merged_data), analysed_data);
freev(simple_merged_data);
vector merged_data = mergev(dataSec->d_cepstrum, dataSec->d_derivative_intensive_norm, additional_data_da0);
merged_data = mergev(merged_data, dataSec->d_intensive_norm, additional_data_a0);
secondSignal = new SpectrSignal(copyv(merged_data), analysed_data);
freev(merged_data);
}
ContinuousDP *dp = new ContinuousDP(
firstSignal,
secondSignal,
1,
sptk_settings->dp->continiusLimit
);
dp->applySettings(
sptk_settings->dp->continiusKH,
sptk_settings->dp->continiusKV,
sptk_settings->dp->continiusKD,
sptk_settings->dp->continiusKT
);
dp->calculate();
return dp;
} else {
qDebug() << "MultiDP " << LOG_DATA;
MultiDP * dp = new MultiDP(
dataSec->d_pitch.x,
this->simple_data->d_pitch.x,
sptk_settings->dp->continiusLimit
);
if (sptk_settings->dp->multiUseF0)
{
qDebug() << "sptk_settings->dp->multiUseF0 " << LOG_DATA;
dp->addF0(
copyv(data_get_pitch_norm(dataSec)),
copyv(data_get_pitch_norm(this->simple_data)),
sptk_settings->dp->multiF0Coefficient
);
}
if (sptk_settings->dp->multiUseDF0)
{
qDebug() << "sptk_settings->dp->multiUseDF0 " << LOG_DATA;
dp->addDF0(
copyv(data_get_pitch_derivative(dataSec)),
copyv(data_get_pitch_derivative(this->simple_data)),
sptk_settings->dp->multiDF0Coefficient
);
}
if (sptk_settings->dp->multiUseA0)
{
qDebug() << "sptk_settings->dp->multiUseA0 " << LOG_DATA;
dp->addA0(
copyv(data_get_intensive_norm(dataSec)),
copyv(data_get_intensive_norm(this->simple_data)),
sptk_settings->dp->multiA0Coefficient
);
}
if (sptk_settings->dp->multiUseDA0)
{
qDebug() << "sptk_settings->dp->multiUseDA0 " << LOG_DATA;
dp->addDA0(
copyv(data_get_intensive_derivative(dataSec)),
copyv(data_get_intensive_derivative(this->simple_data)),
sptk_settings->dp->multiDA0Coefficient
);
}
if (sptk_settings->dp->multiUseNMP)
{
qDebug() << "sptk_settings->dp->multiUseNMP " << LOG_DATA;
dp->addNmp(
copyv(data_get_pitch_log(dataSec)),
copyv(data_get_pitch_log(this->simple_data)),
sptk_settings->dp->multiNMPCoefficient
);
}
if (sptk_settings->dp->multiUseSpectrum)
{
int speksize = sptk_settings->spec->leng / 2 + 1;
qDebug() << "sptk_settings->dp->multiUseSpectrum " << speksize << LOG_DATA;
dp->addSpectrum(
copyv(data_spectrum_norm(dataSec)),
copyv(data_spectrum_norm(this->simple_data)),
sptk_settings->dp->multiSpectrumCoefficient,
speksize
);
}
if (sptk_settings->dp->multiUseCepstrum)
{
int speksize = sptk_settings->lpc->cepstrum_order + 1;
qDebug() << "sptk_settings->dp->multiUseCepstrum " << speksize << LOG_DATA;
dp->addCepstrum(
copyv(data_cepstrum_norm(dataSec)),
copyv(data_cepstrum_norm(this->simple_data)),
sptk_settings->dp->multiCepstrumCoefficient,
speksize
);
}
dp->applySettings(
sptk_settings->dp->continiusKH,
sptk_settings->dp->continiusKV,
sptk_settings->dp->continiusKD,
sptk_settings->dp->continiusKT
);
dp->calculate();
qDebug() << "MultiDP maxF0 " << dp->maxF0 << LOG_DATA;
qDebug() << "MultiDP maxDF0 " << dp->maxDF0 << LOG_DATA;
qDebug() << "MultiDP maxA0 " << dp->maxA0 << LOG_DATA;
qDebug() << "MultiDP maxDA0 " << dp->maxDA0 << LOG_DATA;
qDebug() << "MultiDP maxNMP " << dp->maxNMP << LOG_DATA;
qDebug() << "MultiDP maxSpectrum " << dp->maxSpectrum << LOG_DATA;
qDebug() << "MultiDP maxCepstrum " << dp->maxCepstrum << LOG_DATA;
return dp;
}
}
void DrawerDP::reProc()
{
if (this->secFileName.isEmpty())
{
qDebug() << "DrawerDP::reProc first: " << this->fileName << LOG_DATA;
this->first = true;
this->Proc(this->fileName);
} else {
qDebug() << "DrawerDP::reProc both: " << this->fileName << " " << this->secFileName << LOG_DATA;
this->first = true;
this->Proc(this->fileName);
this->Proc(this->secFileName);
}
}
void DrawerDP::Proc(QString fname, bool ref)
{
SPTK_SETTINGS * sptk_settings = SettingsDialog::getSPTKsettings();
qDebug() << "DrawerDP::Proc: " << this->first << LOG_DATA;
if(this->first)
{
qDebug() << "DrawerDP::Proc first" << LOG_DATA;
this->first = false;
this->fileName = fname;
this->simple_data = SimpleProcWave2Data(this->fileName);
this->waveData = createMglData(this->simple_data->d_full_wave, this->waveData);
qDebug() << "waveData Filled" << LOG_DATA;
vector pVector = zerov(this->simple_data->d_full_wave.x);
vector nVector = zerov(this->simple_data->d_full_wave.x);