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simpleheart.cpp
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simpleheart.cpp
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#include "simpleheart.h"
#include <sstream>
template <class T>
inline std::string to_string (const T& t)
{
std::stringstream ss;
ss << t;
return ss.str();
}
SimpleHeart::SimpleHeart(QWidget *parent, Qt::WFlags flags)
: QMainWindow(parent, flags)
{
ui.setupUi(this);
init();
m_ioHandler = new ioHandler(this);
setupConnections();
m_calculationsAreRunning = false;
m_calculationsArePaused = false;
//m_patternEnt = true;
//m_variabilityEnt = false;
//setEntropyPat(m_patternEnt);
refreshRate = 1.0;
lastRefreshTime = 0.0;
ui.statusBar->showMessage(tr("Ready"));
}
SimpleHeart::~SimpleHeart()
{
m_ioHandler->writeParametersToFile();
}
void SimpleHeart::reset()
{
ui.statusBar->showMessage(tr("Simulation reset"));
for (short k = 0; k < plotRR.size(); ++k)
{
QObject::disconnect(Machine2d->stimulator->probeElectrode(k), SIGNAL(nextRR(double)), plotRR[k], SLOT(appendRR(double)));
plotRR[k]->clear();
QObject::connect(Machine2d->stimulator->probeElectrode(k), SIGNAL(nextRR(double)), plotRR[k], SLOT(appendRR(double)));
}
plotRR[0]->d_curve.back()->setPen(QPen(QBrush(QColor(255, 255, 0), Qt::SolidPattern), 2.0, Qt::SolidLine));
plotRR[1]->d_curve.back()->setPen(QPen(QBrush(QColor(255, 0, 0), Qt::SolidPattern), 2.0, Qt::SolidLine));
plotRR[2]->d_curve.back()->setPen(QPen(QBrush(QColor(0, 255, 0), Qt::SolidPattern), 2.0, Qt::SolidLine));
}
void SimpleHeart::init()
{
layout_Visualisation = new QVBoxLayout;
layout_Visualisation->setContentsMargins(1, 1,1, 1);
layout_Visualisation->setSpacing(1);
layout_Diffusion= new QVBoxLayout;
layout_Diffusion->setContentsMargins(1, 1,1, 1);
layout_Diffusion->setSpacing(1);
layout_Plots= new QVBoxLayout;
layout_Plots->setContentsMargins(1, 1,1, 1);
layout_Plots->setSpacing(1);
layout_PlotsRR= new QHBoxLayout;
layout_PlotsRR->setContentsMargins(1, 1,1, 1);
layout_PlotsRR->setSpacing(1);
layout_PlotsEnt= new QHBoxLayout;
layout_PlotsEnt->setContentsMargins(1, 1,1, 1);
layout_PlotsEnt->setSpacing(1);
//--------------------
plotPotentials.push_back(new TimePlot(ui.displayGraphs));
plotPotentials.push_back(new TimePlot(ui.displayGraphs));
plotPotentials.push_back(new TimePlot(ui.displayGraphs));
for (short k = 0; k < plotPotentials.size(); ++k)
{
plotPotentials[k]->setMinimumHeight(2);
plotPotentials[k]->enableAxis(QwtPlot::xBottom, false);
plotPotentials[k]->setAxisAutoScale(QwtPlot::yLeft);
}
plotPotentials[0]->setObjectName(QString::fromUtf8("Electrogram 1"));
plotPotentials[0]->setAxisTitle(QwtPlot::yLeft, "Probe 1");
plotPotentials[1]->setObjectName(QString::fromUtf8("Electrogram 2"));
plotPotentials[1]->setAxisTitle(QwtPlot::yLeft, "Probe 2");
plotPotentials[2]->setObjectName(QString::fromUtf8("Electrogram 3"));
plotPotentials[2]->setAxisTitle(QwtPlot::yLeft, "Probe 3");
plotPotentials[2]->enableAxis(QwtPlot::xBottom, true);
//------------------------------
plotRR.push_back(new rrPlot(ui.displayGraphs_3));
plotRR.push_back(new rrPlot(ui.displayGraphs_3));
plotRR.push_back(new rrPlot(ui.displayGraphs_3));
for (short k = 0; k < plotRR.size(); ++k)
{
plotRR[k]->setObjectName(QString::fromUtf8("plot RR"));
plotRR[k]->setAxisAutoScale(QwtPlot::yLeft);
plotRR[k]->setAxisScale(QwtPlot::xBottom, 0, 99);
plotRR[k]->setMinimumHeight(2);
}
plotRR[0]->d_curve.front()->setPen(QPen(QBrush(QColor(255, 255, 0), Qt::SolidPattern), 2.0, Qt::SolidLine));
plotRR[1]->d_curve.front()->setPen(QPen(QBrush(QColor(255, 0, 0), Qt::SolidPattern), 2.0, Qt::SolidLine));
plotRR[2]->d_curve.front()->setPen(QPen(QBrush(QColor(0, 255, 0), Qt::SolidPattern), 2.0, Qt::SolidLine));
//------------------------------
//plotEnt_el1 = new rrPlot(ui.displayGraphs_3);
//plotEnt_el1->setObjectName(QString::fromUtf8("plot Entropy"));
//plotEnt_el1->setAxisAutoScale(QwtPlot::yLeft);
//plotEnt_el1->setAxisScale(QwtPlot::xBottom, 0, 99);
//plotEnt_el1->setMinimumHeight(2);
//plotEnt_el1->d_curve.back()->setPen(QPen(Qt::yellow));
//plotEnt_el2 = new rrPlot(ui.displayGraphs_3);
//plotEnt_el2->setObjectName(QString::fromUtf8("plot Entropy"));
//plotEnt_el2->setAxisAutoScale(QwtPlot::yLeft);
//plotEnt_el2->setAxisScale(QwtPlot::xBottom, 0, 99);
//plotEnt_el2->setMinimumHeight(2);
//plotEnt_el2->d_curve.back()->setPen(QPen(Qt::red));
//plotEnt_el3 = new rrPlot(ui.displayGraphs_3);
//plotEnt_el3->setObjectName(QString::fromUtf8("plot Entropy"));
//plotEnt_el3->setAxisAutoScale(QwtPlot::yLeft);
//plotEnt_el3->setAxisScale(QwtPlot::xBottom, 0, 99);
//plotEnt_el3->setMinimumHeight(2);
//plotEnt_el3->d_curve.back()->setPen(QPen(Qt::green));
simpleParameters = new atrialParameters();
//m_grid = CardiacMesh::constructCartesianGridPlain(256, 256, 0.3125, 0.3125, ATRIAL_V3);
//m_grid = CardiacMesh::constructCartesianGridPlain(128, 128, 0.3125, 0.3125, ATRIAL_V3);// 4
m_grid = CardiacMesh::constructCartesianGridPlain(128, 128, 0.375, 0.375, SA_NODE);// 48 mm
//m_grid = CardiacMesh::constructCartesianGridRightAtrium(128, 128, 0.375, 0.375, 0.12);// 48 mm
//m_grid = CardiacMesh::constructCartesianGridPlain(200, 200, 0.4, 0.4, ATRIAL_V3);// 80 mm
//m_grid = CardiacMesh::constructStl("artia_2layer.stl", ATRIAL_V3);// 80 mm
//m_grid = CardiacMesh::constructCartesianGridPlain(256, 256, 0.3125, 0.3125, ATRIAL_V3);
//m_grid = new CartesianGrid(256,256,0.05,0.05);
//m_matrix = new DiffusionMatrix(m_grid);
//m_anisotrophy = new DiffusionMatrix(m_grid);
Machine2d = new AtrialMachine2d(simpleParameters, m_grid);
glGraph = new glAtrium(m_grid,Machine2d, ui.displayMain);
//diffusionPainter = new DiffusionPainter(m_grid, m_matrix,m_anisotrophy, ui.displayDiffusion);
//vis tab-----------------------------
layout_Visualisation->addWidget( glGraph );
ui.displayMain->setLayout(layout_Visualisation);
//layout_Diffusion->addWidget( diffusionPainter );
//ui.displayDiffusion->setLayout(layout_Diffusion);
layout_Plots->addWidget( plotPotentials[0] );
layout_Plots->addWidget( plotPotentials[1] );
layout_Plots->addWidget(plotPotentials[2]);
ui.displayGraphs->setLayout(layout_Plots);
layout_PlotsRR->addWidget( plotRR[0] );
layout_PlotsRR->addWidget(plotRR[1]);
layout_PlotsRR->addWidget(plotRR[2]);
ui.displayGraphs_3->setLayout(layout_PlotsRR);
//layout_PlotsEnt->addWidget( plotEnt_el1 );
//layout_PlotsEnt->addWidget( plotEnt_el2 );
//layout_PlotsEnt->addWidget( plotEnt_el3 );
//ui.displayGraphs_6->setLayout(layout_PlotsEnt);
//----------
msgBoxAbout = new QMessageBox(QMessageBox::Information,"About"," ",QMessageBox::Ok, this);
msgBoxAbout->setText("SimpleHeart v0.9");
msgBoxAbout->setInformativeText("Program wrtiien by \n Simple Heart Solutions \n\n 20.09.2012 \n\n Cardiovascular Physics Group, WUT");
msgBoxAbout->setStandardButtons(QMessageBox::Ok);
msgBoxAbout->setDefaultButton(QMessageBox::Ok);
msgBoxAbout->setDetailedText ( "podziemski@if.pw.edu.pl\nAll rights reserved" );
ui.statusBar->showMessage(tr("Ready"));
}
void SimpleHeart::destroy()
{
}
void SimpleHeart::setupConnections()
{
//---------------------CONTROLS CONNECTIONS -------------------------------------------
//QObject::connect(this, SIGNAL(tajmer()), Machine2d, SLOT(processStep()));
QObject::connect(ui.b_start, SIGNAL(clicked()),this, SLOT(startCalculation()));
QObject::connect(ui.b_stop, SIGNAL(clicked()), this, SLOT(stopCalculation()));
QObject::connect(ui.b_stop, SIGNAL(clicked()), glGraph, SLOT(displayConductionOff()));
QObject::connect(ui.b_showConductionDirections, SIGNAL(clicked()), glGraph, SLOT(displayConductionOn()));
QObject::connect(ui.b_showConductionDirections, SIGNAL(clicked()), this, SLOT(stopCalculation()));
//QObject::connect(ui.b_stop, SIGNAL(clicked()), m_ioHandler, SLOT(getParametersFromFile()));
QObject::connect(ui.b_reset, SIGNAL(clicked()), Machine2d, SLOT(reset()));
QObject::connect(ui.b_reset, SIGNAL(clicked()), this, SLOT(reset()));
for (short k = 0; k < Machine2d->stimulator->probeElectrodesCount(); ++k)
{
QObject::connect(ui.b_reset, SIGNAL(clicked()), Machine2d->stimulator->probeElectrode(k), SLOT(reset()));
}
for (short k = 0; k < plotPotentials.size(); ++k)
{
QObject::connect(ui.b_reset, SIGNAL(clicked()), plotPotentials[k], SLOT(clear()));
}
QObject::connect(ui.cb_saveBMP, SIGNAL(toggled()), this, SLOT(stopCalculation()));
QObject::connect(ui.cb_saveBMP, SIGNAL(toggled(bool)), this, SLOT(setBmpSaving(bool)));
QObject::connect(ui.b_snapShot, SIGNAL(clicked()), m_ioHandler, SLOT(stopCalculation()));
QObject::connect(ui.b_snapShot, SIGNAL(clicked()), m_ioHandler, SLOT(setBmp()));
QObject::connect(ui.b_snapShot, SIGNAL(clicked()), m_ioHandler, SLOT(saveAsBmp()));
//ADDED
QObject::connect(ui.b_viewTop, SIGNAL(clicked()), glGraph, SLOT(setTop()));
QObject::connect(ui.b_viewFront, SIGNAL(clicked()), glGraph, SLOT(setSide1()));
QObject::connect(ui.b_viewSide, SIGNAL(clicked()), glGraph, SLOT(setSide2()));
QObject::connect(ui.b_viewLight, SIGNAL(clicked()), glGraph, SLOT(setAmbient()));
QObject::connect(ui.b_saveStructure, SIGNAL(clicked()), m_ioHandler, SLOT(saveCurrentStructure()));
QObject::connect(ui.b_loadStructure, SIGNAL(clicked()), this, SLOT(setAtrialStructure()));
QObject::connect(ui.b_saveCurrentState, SIGNAL(clicked()), m_ioHandler, SLOT(saveCurrentState()));
QObject::connect(ui.b_loadState, SIGNAL(clicked()), m_ioHandler, SLOT(loadCurrentState()));
QObject::connect(ui.b_calculateFullElectrogram, SIGNAL(clicked()), this, SLOT(stopCalculation()));
QObject::connect(ui.b_calculateFullElectrogram, SIGNAL(clicked()), Machine2d, SLOT(calculateFullElectrogramMap()));
QObject::connect(ui.rb_setDisplayCsdMode, SIGNAL(toggled(bool)), glGraph, SLOT(setDisplayCSD(bool)));
QObject::connect(ui.rb_setDisplayPotentialMode, SIGNAL(toggled(bool)), glGraph, SLOT(setDisplayPotential(bool)));
QObject::connect(ui.rb_setDisplayC1Mode, SIGNAL(toggled(bool)), glGraph, SLOT(setDisplayCurrent1(bool)));
QObject::connect(ui.rb_setDisplayC2Mode, SIGNAL(toggled(bool)), glGraph, SLOT(setDisplayCurrent2(bool)));
QObject::connect(ui.rb_setDisplayActivationTime, SIGNAL(toggled(bool)), glGraph, SLOT(setDisplayActivationTime(bool)));
QObject::connect(ui.rb_setDisplayPPIRTCL, SIGNAL(toggled(bool)), glGraph, SLOT(setDisplayPPIRTCL(bool)));
QObject::connect(ui.rb_ATCsetRelativePhase, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setActivationTimeRelative(bool)));
//QObject::connect(ui.rb_ATCsetSynchronisedPhaseToS1, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setActivationTimeSynchronisedS1(bool)));
//QObject::connect(ui.rb_ATCsetSynchronisedPhaseToTCL, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setActivationTimeSynchronisedLastTCL(bool)));
QObject::connect(ui.rb_ATCsetFixedPhase, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setActivationTimeFixed(bool)));
QObject::connect(ui.b_ATCsetPhaseZero, SIGNAL(clicked()), this, SLOT(setActivationTimePhaseZero()));
QObject::connect(ui.b_ATCtakeRangeFromLastTCL, SIGNAL(clicked()), this, SLOT(setActivationTimeCLlastTCL()));
QObject::connect(ui.sb_ATCcycleLength, SIGNAL(valueChanged(double)), EpStimulator::Instance(), SLOT(setActivationTimeCycle(double)));
QObject::connect(EpStimulator::Instance(), SIGNAL(currentActivationTimeCycle(int)), ui.sb_ATCcycleLength, SLOT(setValue(int)));
QObject::connect(EpStimulator::Instance(), SIGNAL(currentActivationTimePhase(int)), ui.sb_ATCphaseZero, SLOT(setValue(int)));
QObject::connect(EpStimulator::Instance(), SIGNAL(progressOfStimulation(int)), ui.pb_pacingProtocol, SLOT(setValue(int)));
QObject::connect(EpStimulator::Instance(), SIGNAL(progressOfSinglePace(int)), ui.pb_pacingProtocol_2, SLOT(setValue(int)));
QObject::connect(EpStimulator::Instance(), SIGNAL(stimulatorState(bool)), ui.indicateStimulationProcedure, SLOT(setEnabled(bool)));
QObject::connect(ui.b_resetStimulationProcedure, SIGNAL(clicked()), Machine2d, SLOT(resetEpStimulator()));
QObject::connect(ui.mode_tab, SIGNAL(currentChanged(int)), this, SLOT(setState(int)));
QObject::connect(ui.b_setStateStructure, SIGNAL(toggled(bool)), glGraph, SLOT(setStateStructureModifier(bool)));
QObject::connect(ui.b_setStatePaintERP, SIGNAL(toggled(bool)), glGraph, SLOT(setStateDiffusionModifier(bool)));
QObject::connect(ui.b_setStatePaintConductivity, SIGNAL(toggled(bool)), glGraph, SLOT(setStateDiffusionModifier(bool)));
QObject::connect(ui.b_setStatePaintERP, SIGNAL(toggled(bool)), this, SLOT(setPaintERP(bool)));
QObject::connect(ui.b_setStatePaintConductivity, SIGNAL(toggled(bool)), this, SLOT(setPaintConductivity(bool)));
QObject::connect(ui.b_setStatePaintExcitability, SIGNAL(toggled(bool)), this, SLOT(setPaintExcitability(bool)));
QObject::connect(ui.cb_measurePPIRTCL, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setMeasurePPIR(bool)));
QObject::connect(EpStimulator::Instance(), SIGNAL(stopSimulating()), this, SLOT(stopCalculation()));
QObject::connect(EpStimulator::Instance(), SIGNAL(displayPPIRTCL(bool)), glGraph, SLOT(setDisplayPPIRTCL(bool)));
QObject::connect(ui.b_freeTouchMode, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setModeFree(bool)));
QObject::connect(ui.b_freeTouchMode, SIGNAL(toggled(bool)), this, SLOT(setFreeTouch(bool)));
QObject::connect(ui.b_pacingModeFixed, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setModeFixedLoop(bool)));
QObject::connect(ui.b_pacingModeSensing, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setModeSensing(bool)));
QObject::connect(ui.sb_stimulusAmplitude, SIGNAL(valueChanged(double)), EpStimulator::Instance(), SLOT(setStimulusAmplitude(double)));
QObject::connect(ui.sb_stimulusWidth, SIGNAL(valueChanged(int)), EpStimulator::Instance(), SLOT(setStimulusWidth(int)));
QObject::connect(ui.rb_setDisplayElectrogramOnGraphs, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setDisplayElectrogramOnGraph(bool)));
QObject::connect(ui.rb_setDisplayPotentialOnGraphs, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setDisplayPotentialOnGraph(bool)));
QObject::connect(ui.sb_cycleLength_S1, SIGNAL(valueChanged(int)), EpStimulator::Instance(), SLOT(setCycleLength_S1(int)));
QObject::connect(ui.sb_cycleLength_S3, SIGNAL(valueChanged(int)), EpStimulator::Instance(), SLOT(setCycleLength_S3(int)));
QObject::connect(ui.sb_cycleLength_S2, SIGNAL(valueChanged(int)), EpStimulator::Instance(), SLOT(setCycleLength_S2(int)));
QObject::connect(ui.sb_cycleCount_S1, SIGNAL(valueChanged(int)), EpStimulator::Instance(), SLOT(setNumberOfCycles_S1(int)));
QObject::connect(ui.sb_cycleCount_S2, SIGNAL(valueChanged(int)), EpStimulator::Instance(), SLOT(setNumberOfCycles_S2(bool)));
QObject::connect(ui.sb_cycleCount_S3, SIGNAL(valueChanged(int)), EpStimulator::Instance(), SLOT(setNumberOfCycles_S3(int)));
QObject::connect(ui.cb_S2, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setS2On(bool)));
QObject::connect(ui.cb_S3, SIGNAL(toggled(bool)), EpStimulator::Instance(), SLOT(setS3On(bool)));
QObject::connect(ui.sb_couplingInterval, SIGNAL(valueChanged(int)), EpStimulator::Instance(), SLOT(setCouplingInterval(int)));
QObject::connect(ui.cb_setPacingElectrode, SIGNAL(currentIndexChanged(int)), EpStimulator::Instance(), SLOT(setStimulationElectrodeNumber(int)));
QObject::connect(ui.b_startStimulationProcedure, SIGNAL(clicked()), Machine2d, SLOT(startStimulatorProcedure()));
QObject::connect(ui.dial_paintValue, SIGNAL(valueChanged(int)), this, SLOT(setPaintValue(int)));
QObject::connect(ui.sb_paintValue, SIGNAL(valueChanged(double)), this, SLOT(setPaintValue(double)));
QObject::connect(ui.b_clearDiffusion, SIGNAL(clicked()), this, SLOT(paintUniform()));
QObject::connect(ui.b_setPaintWall, SIGNAL(clicked()), glGraph, SLOT(setPaintTypeWALL()));
QObject::connect(ui.b_setPaintSA, SIGNAL(clicked()), glGraph, SLOT(setPaintTypeSA()));
QObject::connect(ui.b_setPaintAV, SIGNAL(clicked()), glGraph, SLOT(setPaintTypeAV()));
QObject::connect(ui.b_setPaintTISSUE, SIGNAL(clicked()), glGraph, SLOT(setPaintTypeATRIUM()));
QObject::connect(ui.b_freeTouchMode, SIGNAL(toggled(bool)), this, SLOT(setFreeTouch(bool)));
/*
QObject::connect(ui.b_pacingModeFree, SIGNAL(toggled(bool)), glGraph, SLOT(setStateViewer(bool)));
QObject::connect(ui.b_pacingModeCycle, SIGNAL(toggled(bool)), glGraph, SLOT(setStateEP(bool)));
QObject::connect(ui.b_pacingModeSensing, SIGNAL(toggled(bool)), glGraph, SLOT(setStateEP(bool)));
QObject::connect(ui.b_pacingModeFixed SIGNAL(toggled(bool)), glGraph, SLOT(setStateEP(bool)));
QObject::connect(ui.b_epStudy, SIGNAL(toggled(bool)), glGraph, SLOT(setStateEP(bool)));*/
// QObject::connect(ui.b_diffPainting, SIGNAL(toggled(bool)), glGraph, SLOT(setStateDiffusionModifier(bool)));
// QObject::connect(ui.b_stateViewer, SIGNAL(toggled(bool)), glGraph, SLOT(setStateViewer(bool)));
// QObject::connect(ui.b_epStudy, SIGNAL(toggled(bool)), glGraph, SLOT(setStateEP(bool)));
QObject::connect(ui.b_calculateFullElectrogram, SIGNAL(clicked()), glGraph, SLOT(displayElectrogram()));
QObject::connect(ui.rb_setOutlineGauss, SIGNAL(toggled(bool)), glGraph, SLOT(setOutlineGauss(bool)));
QObject::connect(ui.rb_setOutlineUniform, SIGNAL(toggled(bool)), glGraph, SLOT(setOutlineUniform(bool)));
//ADDED END
QObject::connect(ui.cb_calcEnt, SIGNAL(toggled(bool)), this, SLOT(setEntropyToggle(bool)));
QObject::connect(ui.cb_calcPat, SIGNAL(toggled(bool)), this, SLOT(setEntropyPat(bool)));
QObject::connect(ui.cb_calcVar, SIGNAL(toggled(bool)), this, SLOT(setEntropyVar(bool)));
//---------------------INDICATOR CONNECTIONS ------------------------------------------
QObject::connect(this, SIGNAL(emitGlobalTimeOnly(double)), ui.lcd_time, SLOT(display(double)));
//QObject::connect(ui.rb_paintDiffusion, SIGNAL(toggled(bool)), diffusionPainter, SLOT(setCurrentPainter_Diffusion()));
//QObject::connect(ui.rb_paintAnisotrophy, SIGNAL(toggled(bool)), diffusionPainter, SLOT(setCurrentPainter_Anisotrophy()));
//QObject::connect(ui.dial_diffSizeN, SIGNAL(valueChanged(int)), diffusionPainter, SLOT(setSigma(int)));
//QObject::connect(ui.dial_diffValueN, SIGNAL(valueChanged(int)), diffusionPainter, SLOT(setAmplitude(int)));
QObject::connect(ui.actionO_programie, SIGNAL(activated()), msgBoxAbout, SLOT(exec()));
QObject::connect(ui.actionInstrukcja, SIGNAL(activated()), this, SLOT(openInstruction()));
QObject::connect(ui.actionSettings, SIGNAL(activated()), this, SLOT(openSettings()));
//---------------------GRAPH CONNECTIONS -------------------------------------------
//QObject::connect(diffusionPainter, SIGNAL(positionElektrode(int, int,int)), this, SLOT(setProbeElectrode(int,int,int)));
for (short k = 0; k < Machine2d->stimulator->probeElectrodesCount(); ++k)
{
QObject::connect(Machine2d->stimulator->probeElectrode(k), SIGNAL(newElectrogramAndTime(double, double)), plotPotentials[k], SLOT(addValue_e1(double, double)));
}
for (short k = 0; k < Machine2d->stimulator->probeElectrodesCount(); ++k)
{
QObject::connect(Machine2d->stimulator->probeElectrode(k), SIGNAL(nextRR(double)), plotRR[k], SLOT(appendRR(double)));
}
QObject::connect(ui.b_potentialplot_clear, SIGNAL(clicked()), this, SLOT(plotPotentialClear()));
for (short k = 0; k < plotPotentials.size(); ++k)
{
QObject::connect(ui.b_potentialplot_autoscale, SIGNAL(clicked()), plotPotentials[k], SLOT(autoscale()));
QObject::connect(ui.b_potentialplot_zoominY, SIGNAL(clicked()), plotPotentials[k], SLOT(zoomInY()));
QObject::connect(ui.b_potentialplot_zoomoutY, SIGNAL(clicked()), plotPotentials[k], SLOT(zoomOutY()));
QObject::connect(ui.b_potentialplot_zoominX, SIGNAL(clicked()), plotPotentials[k], SLOT(zoomInX()));
QObject::connect(ui.b_potentialplot_zoomoutX, SIGNAL(clicked()), plotPotentials[k], SLOT(zoomOutX()));
}
QObject::connect(ui.b_potentialplot_save, SIGNAL(clicked()), m_ioHandler, SLOT(savePotentialPlot()));
QObject::connect(ui.b_rrplot_clear, SIGNAL(clicked()), this, SLOT(plotRRClear()));
for (short k = 0; k < plotRR.size(); ++k)
{
QObject::connect(ui.b_rrplot_autoscale, SIGNAL(clicked()), plotRR[k], SLOT(autoscale()));
QObject::connect(ui.b_rrplot_zoominX, SIGNAL(clicked()), plotRR[k], SLOT(zoomInX()));
QObject::connect(ui.b_rrplot_zoomoutX, SIGNAL(clicked()), plotRR[k], SLOT(zoomOutX()));
QObject::connect(ui.sb_yminRR, SIGNAL(valueChanged(double)), plotRR[k], SLOT(setYmin(double)));
QObject::connect(ui.sb_ymaxRR, SIGNAL(valueChanged(double)), plotRR[k], SLOT(setYmax(double)));
}
QObject::connect(ui.b_rrlplot_save, SIGNAL(clicked()), m_ioHandler, SLOT(saveRRPlot_1()));
QObject::connect(ui.b_rrlplot_save, SIGNAL(clicked()), m_ioHandler, SLOT(saveRRPlot_2()));
QObject::connect(ui.b_rrlplot_save, SIGNAL(clicked()), m_ioHandler, SLOT(saveRRPlot_3()));
}
void SimpleHeart::setActivationTimePhaseZero()
{
double val = Machine2d->m_globalTime;
ui.sb_ATCphaseZero->setValue(val);
EpStimulator::Instance()->setPhaseZero(ui.sb_ATCphaseZero->value());
}
void SimpleHeart::setActivationTimeCLlastTCL()
{
double val = EpStimulator::Instance()->probeElectrode(0)->lastRR();
ui.sb_ATCcycleLength->setValue(val);
EpStimulator::Instance()->setActivationTimeCycle(val);
}
void SimpleHeart::paintUniform()
{
if (!QMessageBox::question(
this,
tr("Simple Heart"),
tr("Do you want to make current painting uniform?"),
tr("&Yes"), tr("&No"),
QString::null, 0, 1))
{
if (ui.b_setStatePaintConductivity->isChecked())
{
Machine2d->setUniformDiffusion(glGraph->paintValueDiffusion);
}
else if (ui.b_setStatePaintERP->isChecked())
{
Machine2d->setUniformERP(glGraph->paintValueERP);
}
}
}
void SimpleHeart::setPaintERP(bool b)
{
if (b)
{
QObject::disconnect(ui.sb_paintValue, SIGNAL(valueChanged(double)), this, SLOT(setPaintValue(double)));
QObject::disconnect(ui.dial_paintValue, SIGNAL(valueChanged(int)), this, SLOT(setPaintValue(int)));
glGraph->setPaintERP(b);
ui.sb_paintValue->setMaximum(m_grid->maxERP);
ui.sb_paintValue->setMinimum(m_grid->minERP);
ui.sb_paintValue->setValue(glGraph->paintValueERP);
ui.l_maxPaintValue->setText(QString::number(m_grid->maxERP));
ui.l_minPaintValue->setText(QString::number(m_grid->minERP));
int val = floor(ui.dial_paintValue->maximum() * (glGraph->paintValueERP - m_grid->minERP) / (m_grid->maxERP - m_grid->minERP));
ui.dial_paintValue->setValue(val);
QObject::connect(ui.sb_paintValue, SIGNAL(valueChanged(double)), this, SLOT(setPaintValue(double)));
QObject::connect(ui.dial_paintValue, SIGNAL(valueChanged(int)), this, SLOT(setPaintValue(int)));
}
}
void SimpleHeart::setPaintExcitability(bool b)
{
if (b)
{
QObject::disconnect(ui.sb_paintValue, SIGNAL(valueChanged(double)), this, SLOT(setPaintValue(double)));
QObject::disconnect(ui.dial_paintValue, SIGNAL(valueChanged(int)), this, SLOT(setPaintValue(int)));
glGraph->setPaintExcitability(b);
ui.sb_paintValue->setMaximum(m_grid->maxExcitability);
ui.sb_paintValue->setMinimum(m_grid->minExcitability);
ui.sb_paintValue->setValue(glGraph->paintValueExcitability);
ui.l_maxPaintValue->setText(QString::number(m_grid->maxExcitability));
ui.l_minPaintValue->setText(QString::number(m_grid->minExcitability));
int val = floor(ui.dial_paintValue->maximum() * (glGraph->paintValueExcitability - m_grid->minExcitability) / (m_grid->maxExcitability - m_grid->minExcitability));
ui.dial_paintValue->setValue(val);
QObject::connect(ui.sb_paintValue, SIGNAL(valueChanged(double)), this, SLOT(setPaintValue(double)));
QObject::connect(ui.dial_paintValue, SIGNAL(valueChanged(int)), this, SLOT(setPaintValue(int)));
}
}
void SimpleHeart::setPaintConductivity(bool b)
{
if (b)
{
QObject::disconnect(ui.sb_paintValue, SIGNAL(valueChanged(double)), this, SLOT(setPaintValue(double)));
QObject::disconnect(ui.dial_paintValue, SIGNAL(valueChanged(int)), this, SLOT(setPaintValue(int)));
glGraph->setPaintConductivity(b);
ui.sb_paintValue->setMaximum(m_grid->maxDiffusion);
ui.sb_paintValue->setMinimum(m_grid->minDiffusion);
ui.sb_paintValue->setValue(glGraph->paintValueDiffusion);
ui.l_maxPaintValue->setText(QString::number(m_grid->maxDiffusion));
ui.l_minPaintValue->setText(QString::number(m_grid->minDiffusion));
int val = floor(ui.dial_paintValue->maximum() * (glGraph->paintValueDiffusion - m_grid->minDiffusion) / (m_grid->maxDiffusion - m_grid->minDiffusion));
ui.dial_paintValue->setValue(val);
QObject::connect(ui.sb_paintValue, SIGNAL(valueChanged(double)), this, SLOT(setPaintValue(double)));
QObject::connect(ui.dial_paintValue, SIGNAL(valueChanged(int)), this, SLOT(setPaintValue(int)));
}
}
void SimpleHeart::setPaintValue(int val)
{
QObject::disconnect(ui.sb_paintValue, SIGNAL(valueChanged(double)), this, SLOT(setPaintValue(double)));
if (ui.b_setStatePaintConductivity->isChecked())
{
double setval = (static_cast<double>(val) / ui.dial_paintValue->maximum())* (m_grid->maxDiffusion - m_grid->minDiffusion) + m_grid->minDiffusion;
ui.sb_paintValue->setValue(setval);
glGraph->paintValueDiffusion = setval;
}
else if (ui.b_setStatePaintERP->isChecked())
{
double setval = (static_cast<double>(val) / ui.dial_paintValue->maximum())* (m_grid->maxERP - m_grid->minERP) + m_grid->minERP;
ui.sb_paintValue->setValue(setval);
glGraph->paintValueERP = setval;
}
else if (ui.b_setStatePaintExcitability->isChecked())
{
double setval = (static_cast<double>(val) / ui.dial_paintValue->maximum())* (m_grid->maxExcitability - m_grid->minExcitability) + m_grid->minExcitability;
ui.sb_paintValue->setValue(setval);
glGraph->paintValueExcitability = setval;
}
QObject::connect(ui.sb_paintValue, SIGNAL(valueChanged(double)), this, SLOT(setPaintValue(double)));
}
void SimpleHeart::setPaintValue(double val)
{
QObject::disconnect(ui.dial_paintValue, SIGNAL(valueChanged(int)), this, SLOT(setPaintValue(int)));
if (ui.b_setStatePaintConductivity->isChecked())
{
glGraph->paintValueDiffusion = val;
int setval = floor(ui.dial_paintValue->maximum() * (glGraph->paintValueDiffusion - m_grid->minDiffusion) / (m_grid->maxDiffusion - m_grid->minDiffusion));
ui.dial_paintValue->setValue(setval);
}
else if (ui.b_setStatePaintERP->isChecked())
{
glGraph->paintValueERP = val;
int setval = floor(ui.dial_paintValue->maximum() * (glGraph->paintValueERP - m_grid->minERP) / (m_grid->maxERP - m_grid->minERP));
ui.dial_paintValue->setValue(setval);
}
else if (ui.b_setStatePaintExcitability->isChecked())
{
glGraph->paintValueExcitability = val;
int setval = floor(ui.dial_paintValue->maximum() * (glGraph->paintValueExcitability - m_grid->minExcitability) / (m_grid->maxExcitability - m_grid->minExcitability));
ui.dial_paintValue->setValue(setval);
}
QObject::connect(ui.dial_paintValue, SIGNAL(valueChanged(int)), this, SLOT(setPaintValue(int)));
}
void SimpleHeart::setFreeTouch(bool val)
{
EpStimulator::Instance()->stop(m_grid);
if (val)
{
glGraph->setStateViewer(true);
}
else
{
glGraph->setStateEP(true);
}
}
void SimpleHeart::setState(int val)
{
switch (val)
{
case 0:
if (ui.b_freeTouchMode->isChecked()){
glGraph->setStateViewer(true);
}
else {
glGraph->setStateEP(true);
}
break;
case 1:
if (ui.b_freeTouchMode->isChecked()){
glGraph->setStateViewer(true);
}
else {
glGraph->setStateEP(true);
}
break;
case 2:
glGraph->setStateDiffusionModifier(true);
ui.b_setStateStructure->setChecked(false);
ui.b_setStatePaintConductivity->setChecked(true);
setPaintConductivity(true);
break;
}
}
void SimpleHeart::setEctopicPoint()
{
Machine2d->m_definitions->m_ectopicSizeX = 3;
Machine2d->m_definitions->m_ectopicSizeY = 3;
ui.statusBar->showMessage(tr("Point Stimulation set"));
}
void SimpleHeart::setEctopicHoriz()
{
Machine2d->m_definitions->m_ectopicSizeX =40;
Machine2d->m_definitions->m_ectopicSizeY =2;
ui.statusBar->showMessage(tr("Horizontal Stimulation set"));
}
void SimpleHeart::setEctopicVert()
{
Machine2d->m_definitions->m_ectopicSizeX =2;
Machine2d->m_definitions->m_ectopicSizeY =40;
ui.statusBar->showMessage(tr("Vertical Stimulation set"));
}
void SimpleHeart::plotPotentialClear()
{
if ( !QMessageBox::question(
this,
tr("SimpleHeart"),
tr("Delete all data from graph without saving?"),
tr("&Yes"), tr("&No"),
QString::null, 0, 1 ) )
{
for (short k = 0; k < plotPotentials.size(); ++k)
plotPotentials[k]->clear();
ui.statusBar->showMessage(tr("Plots cleared"));
}
}
void SimpleHeart::plotRRClear()
{
if ( !QMessageBox::question(
this,
tr("SimpleHeart"),
tr("Delete all data from graph without saving?"),
tr("&Yes"), tr("&No"),
QString::null, 0, 1 ) )
{
for (short k = 0; k < plotPotentials.size(); ++k)
plotRR[k]->clear();
plotRR[0]->d_curve.front()->setPen(QPen(QBrush(QColor(255,255,0),Qt::SolidPattern), 2.0, Qt::SolidLine));
plotRR[1]->d_curve.front()->setPen(QPen(QBrush(QColor(255,0,0),Qt::SolidPattern), 2.0, Qt::SolidLine));
plotRR[2]->d_curve.front()->setPen(QPen(QBrush(QColor(0,255,0),Qt::SolidPattern), 2.0, Qt::SolidLine));
ui.statusBar->showMessage(tr("Plots cleared"));
}
}
void SimpleHeart::plotEntClear()
{
if ( !QMessageBox::question(
this,
tr("SimpleHeart"),
tr("Delete all data from graph without saving?"),
tr("&Yes"), tr("&No"),
QString::null, 0, 1 ) )
{
plotEnt_el1->clear();
plotEnt_el1->d_curve.back()->setPen(QPen(Qt::yellow));
plotEnt_el2->clear();
plotEnt_el2->d_curve.back()->setPen(QPen(Qt::red));
plotEnt_el3->clear();
plotEnt_el3->d_curve.back()->setPen(QPen(Qt::green));
ui.statusBar->showMessage(tr("Plots cleared"));
}
}
//------------------------------------------------------------------
// Generate new values
void SimpleHeart::timerEvent(QTimerEvent *)
{
//if(ui.cb_saveBMP->isChecked())
//{
// m_ioHandler->saveAsBmp();
//}
double timee = Machine2d->m_globalTime;
refreshCounter = (Machine2d->processStep() - timee);
emit emitGlobalTimeOnly(Machine2d->m_globalTime);
glGraph->updateGL();
if (refreshCounter > refreshRate)
{
refreshCounter = 0.0;
/* m_grid->m_minElectrogram = m_grid->m_minPotential;
m_grid->m_maxElectrogram = m_grid->m_maxPotential;
if (simpleParameters->m_ectopicActivity && m_grid->stimulationBegun == false)
{
m_grid->startStimulation(m_grid->m_mesh[m_grid->m_stimulationID], m_grid->m_stimulationID, 2, 0.1);
}
else if (!simpleParameters->m_ectopicActivity && m_grid->stimulationBegun == true)
{
m_grid->stopStimulation();
}
Machine2d->RRcalc_1->processNewTime(Machine2d->m_globalTime, Machine2d->probeOscillator[0]->getPotential());
Machine2d->RRcalc_2->processNewTime(Machine2d->m_globalTime, Machine2d->probeOscillator[1]->getPotential());
Machine2d->RRcalc_3->processNewTime(Machine2d->m_globalTime, Machine2d->probeOscillator[2]->getPotential());
m_grid->calculateElectrogram(Machine2d->probeOscillator[0]);
m_grid->calculateElectrogram(Machine2d->probeOscillator[1]);
m_grid->calculateElectrogram(Machine2d->probeOscillator[2]);
Machine2d->probeOscillator[0]->stateCalculated(1, 0, 0);
Machine2d->probeOscillator[1]->stateCalculated(1, 0, 0);
Machine2d->probeOscillator[2]->stateCalculated(1, 0, 0);
emit emitGlobalTimeOnly(Machine2d->m_globalTime);*/
}
//emit tajmer();
}
void SimpleHeart::startCalculation()
{
setTimerInterval(0);
m_calculationsArePaused = false;
m_calculationsAreRunning = true;
ui.statusBar->showMessage("calculating...");
}
void SimpleHeart::stopCalculation()
{
//Machine2d->calculateElectrogram();
Machine2d->m_strategy->synchronise();
glGraph->updateGL();
setTimerInterval(-1);
m_calculationsAreRunning = false;
m_calculationsArePaused = false;
ui.statusBar->showMessage("calculations paused");
}
void SimpleHeart::resetDiffusion()
{
if ( !QMessageBox::question(
this,
tr("Simple Heart"),
tr("Do you want to reset current diffusion and anisotropy ?"),
tr("&Yes"), tr("&No"),
QString::null, 0, 1 ) )
{
//diffusionPainter->m_pixelmap->resetDefault(255,255,255);
//diffusionPainter->m_anisotrophy->resetDefault(150,150,0);
//diffusionPainter->updateGL();
setAtrialDiffusion();
///TODO tu co z elektrodami
}
}
void SimpleHeart::setAtrialDiffusion()
{
//for (unsigned int j = 0; j < m_grid->getSize(); ++j)
//{
// for (unsigned int i = 0; i < m_grid->getSize(); ++i)
// {
// Machine2d->m_diffusionCoefficients[j][i] = diffusionPainter->m_pixelmap->m_matrix[j][i]->color.greenF()*(diffusionPainter->m_upperLimit - diffusionPainter->m_lowerLimit) + diffusionPainter->m_lowerLimit;
// Machine2d->m_anisotrophyCoefficients[j][i] = 0.5;// diffusionPainter->m_anisotrophy->m_matrix[j][i]->color.redF();
//
//}
//}
//Machine2d->editDiffusionCoefficients();
//ui.statusBar->showMessage("Diffusion set");
}
void SimpleHeart::setEntropyToggle(bool v)
{
//ui.statusBar->showMessage(tr("setEntropyToggle"));
//if(v)
//{
// ui.statusBar->showMessage("Entropy measurment ON");
// if(m_patternEnt)
// {
// QObject::connect( Machine2d->RRcalc_1, SIGNAL(nextPatEn(double)),plotEnt_el1, SLOT(appendRR(double)));
// QObject::connect( Machine2d->RRcalc_2, SIGNAL(nextPatEn(double)),plotEnt_el2, SLOT(appendRR(double)));
// QObject::connect( Machine2d->RRcalc_3, SIGNAL(nextPatEn(double)),plotEnt_el3, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_1, SIGNAL(nextVarEn(double)),plotEnt_el1, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_2, SIGNAL(nextVarEn(double)),plotEnt_el2, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_3, SIGNAL(nextVarEn(double)),plotEnt_el3, SLOT(appendRR(double)));
//
// QObject::connect(Machine2d->RRcalc_1, SIGNAL(nextRR(double)), Machine2d->RRcalc_1, SLOT(calculatePatEn(double)));
// QObject::connect(Machine2d->RRcalc_2, SIGNAL(nextRR(double)), Machine2d->RRcalc_2, SLOT(calculatePatEn(double)));
// QObject::connect(Machine2d->RRcalc_3, SIGNAL(nextRR(double)), Machine2d->RRcalc_3, SLOT(calculatePatEn(double)));
// QObject::disconnect(Machine2d->RRcalc_2, SIGNAL(nextRR(double)), Machine2d->RRcalc_2, SLOT(calculateVarEn(double)));
// QObject::disconnect(Machine2d->RRcalc_3, SIGNAL(nextRR(double)), Machine2d->RRcalc_3, SLOT(calculateVarEn(double)));
// QObject::disconnect(Machine2d->RRcalc_3, SIGNAL(nextRR(double)), Machine2d->RRcalc_3, SLOT(calculateVarEn(double)));
// }
// if(m_variabilityEnt)
// {
// QObject::connect( Machine2d->RRcalc_1, SIGNAL(nextVarEn(double)),plotEnt_el1, SLOT(appendRR(double)));
// QObject::connect( Machine2d->RRcalc_2, SIGNAL(nextVarEn(double)),plotEnt_el2, SLOT(appendRR(double)));
// QObject::connect( Machine2d->RRcalc_3, SIGNAL(nextVarEn(double)),plotEnt_el3, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_1, SIGNAL(nextPatEn(double)),plotEnt_el1, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_2, SIGNAL(nextPatEn(double)),plotEnt_el2, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_3, SIGNAL(nextPatEn(double)),plotEnt_el3, SLOT(appendRR(double)));
//
// QObject::disconnect(Machine2d->RRcalc_1, SIGNAL(nextRR()), Machine2d->RRcalc_1, SLOT(calculatePatEn()));
// QObject::disconnect(Machine2d->RRcalc_2, SIGNAL(nextRR()), Machine2d->RRcalc_2, SLOT(calculatePatEn()));
// QObject::disconnect(Machine2d->RRcalc_3, SIGNAL(nextRR()), Machine2d->RRcalc_3, SLOT(calculatePatEn()));
// QObject::connect(Machine2d->RRcalc_1, SIGNAL(nextRR()), Machine2d->RRcalc_1, SLOT(calculateVarEn()));
// QObject::connect(Machine2d->RRcalc_2, SIGNAL(nextRR()), Machine2d->RRcalc_2, SLOT(calculateVarEn()));
// QObject::connect(Machine2d->RRcalc_3, SIGNAL(nextRR()), Machine2d->RRcalc_3, SLOT(calculateVarEn()));
//
// }
//}
//else
//{
// ui.statusBar->showMessage("Entropy measurment OFF");
// QObject::disconnect( Machine2d->RRcalc_1, SIGNAL(nextPatEn(double)),plotEnt_el1, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_2, SIGNAL(nextPatEn(double)),plotEnt_el2, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_3, SIGNAL(nextPatEn(double)),plotEnt_el3, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_1, SIGNAL(nextVarEn(double)),plotEnt_el1, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_2, SIGNAL(nextVarEn(double)),plotEnt_el2, SLOT(appendRR(double)));
// QObject::disconnect( Machine2d->RRcalc_3, SIGNAL(nextVarEn(double)),plotEnt_el3, SLOT(appendRR(double)));
// QObject::disconnect(Machine2d->RRcalc_2, SIGNAL(nextRR(double)), Machine2d->RRcalc_2, SLOT(calculateVarEn(double)));
// QObject::disconnect(Machine2d->RRcalc_3, SIGNAL(nextRR(double)), Machine2d->RRcalc_3, SLOT(calculateVarEn(double)));
// QObject::disconnect(Machine2d->RRcalc_3, SIGNAL(nextRR(double)), Machine2d->RRcalc_3, SLOT(calculateVarEn(double)));
// //QObject::disconnect(Machine2d->RRcalc_1, SIGNAL(nextRR()), Machine2d->RRcalc_1, SLOT(calculatePatEn()));
// //QObject::disconnect(Machine2d->RRcalc_2, SIGNAL(nextRR()), Machine2d->RRcalc_2, SLOT(calculatePatEn()));
// //QObject::disconnect(Machine2d->RRcalc_3, SIGNAL(nextRR()), Machine2d->RRcalc_3, SLOT(calculatePatEn()));
//}
}
void SimpleHeart::setEntropyPat(bool v)
{
m_patternEnt = true;
m_variabilityEnt = false;
setEntropyToggle(ui.cb_calcEnt->isChecked());
ui.statusBar->showMessage(tr("Pattern Entropy Chosen"));
}
void SimpleHeart::setEntropyVar(bool v)
{
m_patternEnt = false;
m_variabilityEnt = true;
ui.statusBar->showMessage(tr("Variability Entropy Chosen"));
}
void SimpleHeart::setEctopicModS1(bool b)
{
Machine2d->m_definitions->m_ectopicS1_toggle = b;
if(b)
{
ui.statusBar->showMessage(tr("S1 stimulation ON"));
}
else
ui.statusBar->showMessage(tr("S1 stimulation OFF"));
}
void SimpleHeart::setEctopicPeriodS1(double v)
{
Machine2d->m_definitions->m_ectopicPeriodS1 = v;
}
void SimpleHeart::setEctopicModS2(bool b)
{
Machine2d->m_definitions->m_ectopicS2_toggle = b;
if(b)
{
ui.statusBar->showMessage(tr("S2 stimulation ON"));
}
else
ui.statusBar->showMessage(tr("S2 stimulation OFF"));
}
void SimpleHeart::setEctopicPeriodS2(double v)
{
Machine2d->m_definitions->m_ectopicPeriodS2 = v;
}
void SimpleHeart::setAtrialRestitution(int value)
{
//Machine2d->setAtriumGlobalNi(static_cast<double>(((100-value)))/static_cast<double>(1000));
//Machine2d->setAtriumV3multi(static_cast<double>(((100-value)))/static_cast<double>(100));
//Machine2d->setAtriumGlobalNi(static_cast<double>(((100-value)))/static_cast<double>(1000));
}
//-------------------------------------------------------------------------
void SimpleHeart::setBmpSaving(bool t)
{
if(ui.cb_saveBMP->isChecked())
{
m_ioHandler->setBmp();
ui.statusBar->showMessage(tr("BMP saving ON"));
}
else
ui.statusBar->showMessage(tr("BMP saving OFF"));
}
void SimpleHeart::setAtrialStructure()
{
stopCalculation();
for (short k = 0; k < Machine2d->stimulator->probeElectrodesCount(); ++k)
{
QObject::disconnect(Machine2d->stimulator->probeElectrode(k), SIGNAL(newElectrogramAndTime(double, double)), plotPotentials[k], SLOT(addValue_e1(double, double)));
}
glGraph->updateGL();
CardiacMesh *ptr = m_ioHandler->loadCustomStructure();
if (ptr != nullptr)
{
CardiacMesh *tempptr = m_grid;
m_grid = ptr;
Machine2d->m_grid = m_grid;
(Machine2d->*Machine2d->setStrategy)();
glGraph->linkToMesh = m_grid;
Machine2d->stimulator->setProbeElectrode(m_grid, 0, 129);
Machine2d->stimulator->setProbeElectrode(m_grid, 1, 16257 - 128);
Machine2d->stimulator->setProbeElectrode(m_grid, 2, 5000);
Machine2d->reset();
delete(tempptr);
}
for (short k = 0; k < Machine2d->stimulator->probeElectrodesCount(); ++k)
{
QObject::connect(Machine2d->stimulator->probeElectrode(k), SIGNAL(newElectrogramAndTime(double, double)), plotPotentials[k], SLOT(addValue_e1(double, double)));
}
// m_ioHandler->writeParametersToFile();
//
// QObject::disconnect( Machine2d->probeOscillator[0], SIGNAL(newPotentialTime(double,double)),plotPotentialE1, SLOT(addValue_e1(double,double)));
// QObject::disconnect( Machine2d->probeOscillator[1], SIGNAL(newPotentialTime(double,double)),plotPotentialE2, SLOT(addValue_e2(double,double)));
// QObject::disconnect( Machine2d->probeOscillator[2], SIGNAL(newPotentialTime(double,double)),plotPotentialE3, SLOT(addValue_e3(double,double)));
//
//
//
// glGraph->updateGL();
//
///*
// m_ioHandler->readStructureFromFile(ui.cb_setStructure->currentIndex());
// Machine2d->setAtrialStructure();
// ///TODO tu co z elektrodami
//
//
//
// for (unsigned int j = 0; j < Machine2d->m_oscillators.size(); ++j)
// {
// for (unsigned int i = 0; i < Machine2d->m_oscillators[j].size(); ++i)
// {
// Machine2d->m_diffusionCoefficients[j][i] = 1.0*(diffusionPainter->m_upperLimit - diffusionPainter->m_lowerLimit) + diffusionPainter->m_lowerLimit;
// Machine2d->m_anisotrophyCoefficients[j][i] = 0.5;
// QColor colorek = diffusionPainter->m_pixelmap->m_matrix[i][j]->color;
// colorek.setRgbF(1.0,1.0,1.0);
// diffusionPainter->m_pixelmap->m_matrix[i][j]->color = colorek;
// colorek.setRgbF(0.5,0.5,0.0);
// diffusionPainter->m_anisotrophy->m_matrix[i][j]->color = colorek;
// }
// }
//*/
// Machine2d->editDiffusionCoefficients();
//
// diffusionPainter->updateCanvas();
// diffusionPainter->updateGL();
///*
// Machine2d->probeOscillator[0] = Machine2d->m_oscillators[diffusionPainter->probe1->position().x()][diffusionPainter->probe1->myPosition.y()];
// Machine2d->probeOscillator[1] = Machine2d->m_oscillators[diffusionPainter->probe2->position().x()][diffusionPainter->probe2->myPosition.y()];
// Machine2d->probeOscillator[2] = Machine2d->m_oscillators[diffusionPainter->probe3->position().x()][diffusionPainter->probe3->myPosition.y()];*/
// Machine2d->probeOscillator[0] = m_grid->m_mesh[m_grid->getSize()*diffusionPainter->probe1->position().x() + diffusionPainter->probe1->myPosition.y()];
// Machine2d->probeOscillator[1] = m_grid->m_mesh[m_grid->getSize()*diffusionPainter->probe2->position().x() + diffusionPainter->probe2->myPosition.y()];
// Machine2d->probeOscillator[2] = m_grid->m_mesh[m_grid->getSize()*diffusionPainter->probe3->position().x() + diffusionPainter->probe3->myPosition.y()];
//
//
// QObject::connect( Machine2d->probeOscillator[0], SIGNAL(newPotentialTime(double,double)),plotPotentialE1, SLOT(addValue_e1(double,double)));
// QObject::connect( Machine2d->probeOscillator[1], SIGNAL(newPotentialTime(double,double)),plotPotentialE2, SLOT(addValue_e2(double,double)));
// QObject::connect( Machine2d->probeOscillator[2], SIGNAL(newPotentialTime(double,double)),plotPotentialE3, SLOT(addValue_e3(double,double)));
//
// m_ioHandler->getParametersFromFile();
}
void SimpleHeart::setTimerInterval(double ms)
{
d_interval = qRound(ms);
if ( d_timerId >= 0 )
{
killTimer(d_timerId);
d_timerId = -1;
}
if (d_interval >= 0 )
d_timerId = startTimer(d_interval);
}
void SimpleHeart::openInstruction()
{
QString str = QDir::currentPath();
str.prepend("file:///");
str.append("/InstrukcjaSimpleHeart.pdf");