void RenderWindow::slotFractalSwap(int swapA, int swapB)
{
// qDebug() << "swapping " << swapA << " with " << swapB;
// read all data from ui
gMainInterface->SynchronizeInterface(gPar, gParFractal, qInterface::read);
// swap formula specific fields in gPar
QStringList gParFormulaSpecificFields({"formula", "formula_iterations", "formula_weight",
"formula_start_iteration", "formula_stop_iteration", "julia_mode", "julia_c",
"fractal_constant_factor", "formula_position", "formula_rotation", "formula_repeat",
"formula_scale", "dont_add_c_constant", "check_for_bailout"});
for (int i = 0; i < gParFormulaSpecificFields.size(); i++)
{
cOneParameter formulaA =
gPar->GetAsOneParameter(gParFormulaSpecificFields.at(i) + "_" + QString::number(swapA + 1));
cOneParameter formulaB =
gPar->GetAsOneParameter(gParFormulaSpecificFields.at(i) + "_" + QString::number(swapB + 1));
gPar->SetFromOneParameter(
gParFormulaSpecificFields.at(i) + "_" + QString::number(swapA + 1), formulaB);
gPar->SetFromOneParameter(
gParFormulaSpecificFields.at(i) + "_" + QString::number(swapB + 1), formulaA);
}
// swap formula specific fields in gParFractal by swapping whole container
SynchronizeInterfaceWindow(fractalWidgets[swapA], &gParFractal->at(swapB), qInterface::read);
SynchronizeInterfaceWindow(fractalWidgets[swapB], &gParFractal->at(swapA), qInterface::read);
// write swapped changes to ui
gMainInterface->SynchronizeInterface(gPar, gParFractal, qInterface::write);
}
void cDockFractal::SynchronizeInterfaceFractals(
cParameterContainer *par, cFractalContainer *parFractal, qInterface::enumReadWrite mode) const
{
WriteLog("cInterface::SynchronizeInterface: tabWidget_fractal_common", 3);
SynchronizeInterfaceWindow(ui->tabWidget_fractal_common, par, mode);
WriteLog("cInterface::SynchronizeInterface: tabWidget_fractal_hybrid", 3);
SynchronizeInterfaceWindow(ui->tabWidget_fractal_hybrid, par, mode);
WriteLog("cInterface::SynchronizeInterface: tab_primitives", 3);
SynchronizeInterfaceWindow(ui->tab_primitives, par, mode);
WriteLog("cInterface::SynchronizeInterface: tab_description", 3);
SynchronizeInterfaceWindow(ui->tab_description, par, mode);
WriteLog("cInterface::SynchronizeInterface: tabWidget_fractals", 3);
SynchronizeInterfaceWindow(ui->tabWidget_fractals->tabBar(), par, mode);
for (int i = 0; i < NUMBER_OF_FRACTALS; i++)
{
WriteLog("cInterface::SynchronizeInterface: fractalWidgets[i]", 3);
fractalTabs[i]->SynchronizeFractal(&parFractal->at(i), mode);
fractalTabs[i]->SynchronizeInterface(par, mode);
}
}
void RenderWindow::slotMaterialEdited()
{
SynchronizeInterfaceWindow(gMainInterface->materialEditor, gPar, qInterface::write);
}
void RenderWindow::slotChangedComboFractal(int indexInComboBox)
{
QString comboName = this->sender()->objectName();
int index = qobject_cast<QComboBox *>(this->sender())->itemData(indexInComboBox).toInt();
int fractalNumber = comboName.right(1).toInt() - 1;
QString fullFormulaName = fractalList[index].nameInComboBox;
if (fractalList[index].internalID > 0)
{
QString formulaName = fractalList[index].internalName;
QString uiFilename =
systemData.sharedDir + "qt_data" + QDir::separator() + "fractal_" + formulaName + ".ui";
if (fractalWidgets[fractalNumber]) delete fractalWidgets[fractalNumber];
fractalWidgets[fractalNumber] = NULL;
MyUiLoader loader;
QFile uiFile(uiFilename);
if (uiFile.exists())
{
uiFile.open(QFile::ReadOnly);
fractalWidgets[fractalNumber] = loader.load(&uiFile);
QVBoxLayout *layout = ui->dockWidget_fractal->findChild<QVBoxLayout *>(
"verticalLayout_fractal_" + QString::number(fractalNumber + 1));
layout->addWidget(fractalWidgets[fractalNumber]);
uiFile.close();
fractalWidgets[fractalNumber]->show();
automatedWidgets->ConnectSignalsForSlidersInWindow(fractalWidgets[fractalNumber]);
SynchronizeInterfaceWindow(
fractalWidgets[fractalNumber], &gParFractal->at(fractalNumber), qInterface::write);
QFrame *frame = ui->tabWidget_fractals->findChild<QFrame *>(
"frame_iterations_formula_" + QString::number(fractalNumber + 1));
MyCheckBox *caddCheckBoxframe = frame->findChild<MyCheckBox *>(
QString("checkBox_dont_add_c_constant_") + QString::number(fractalNumber + 1));
switch (fractalList[index].cpixelAddition)
{
case fractal::cpixelEnabledByDefault:
caddCheckBoxframe->setText(QObject::tr("Don't add global C constant"));
caddCheckBoxframe->setEnabled(true);
break;
case fractal::cpixelDisabledByDefault:
{
caddCheckBoxframe->setText(QObject::tr("Add global C constant"));
caddCheckBoxframe->setEnabled(true);
break;
}
case fractal::cpixelAlreadyHas:
{
caddCheckBoxframe->setText(QObject::tr("Don't add global C constant"));
caddCheckBoxframe->setEnabled(false);
break;
}
}
fractal::enumCPixelAddition cPixelAddition = fractalList[index].cpixelAddition;
bool boleanState = ui->groupCheck_boolean_operators->isChecked();
if (cPixelAddition == fractal::cpixelAlreadyHas)
ui->tabWidget_fractals
->findChild<QGroupBox *>(
"groupBox_c_constant_addition_" + QString::number(fractalNumber + 1))
->setVisible(false);
else
ui->tabWidget_fractals
->findChild<QGroupBox *>(
"groupBox_c_constant_addition_" + QString::number(fractalNumber + 1))
->setVisible(boleanState);
if (fractalList[index].internalID == fractal::kaleidoscopicIFS)
{
QWidget *pushButton_preset_dodecahedron =
fractalWidgets[fractalNumber]->findChild<QWidget *>("pushButton_preset_dodecahedron");
QApplication::connect(pushButton_preset_dodecahedron, SIGNAL(clicked()), this,
SLOT(slotPressedButtonIFSDefaultsDodecahedron()));
QWidget *pushButton_preset_icosahedron =
fractalWidgets[fractalNumber]->findChild<QWidget *>("pushButton_preset_icosahedron");
QApplication::connect(pushButton_preset_icosahedron, SIGNAL(clicked()), this,
SLOT(slotPressedButtonIFSDefaultsIcosahedron()));
QWidget *pushButton_preset_octahedron =
fractalWidgets[fractalNumber]->findChild<QWidget *>("pushButton_preset_octahedron");
QApplication::connect(pushButton_preset_octahedron, SIGNAL(clicked()), this,
SLOT(slotPressedButtonIFSDefaultsOctahedron()));
QWidget *pushButton_preset_menger_sponge =
fractalWidgets[fractalNumber]->findChild<QWidget *>("pushButton_preset_menger_sponge");
QApplication::connect(pushButton_preset_menger_sponge, SIGNAL(clicked()), this,
SLOT(slotPressedButtonIFSDefaultsMengerSponge()));
QWidget *pushButton_preset_reset =
fractalWidgets[fractalNumber]->findChild<QWidget *>("pushButton_preset_reset");
QApplication::connect(pushButton_preset_reset, SIGNAL(clicked()), this,
SLOT(slotPressedButtonIFSDefaultsReset()));
}
}
else
{
cErrorMessage::showMessage(
QString("Can't open file ") + uiFilename + QString("\nFractal ui file can't be loaded"),
cErrorMessage::errorMessage, gMainInterface->mainWindow);
}
}
else
{
if (fractalWidgets[fractalNumber]) delete fractalWidgets[fractalNumber];
fractalWidgets[fractalNumber] = NULL;
}
ui->tabWidget_fractals->setTabText(
fractalNumber, QString("#%1: %2").arg(fractalNumber + 1).arg(fullFormulaName));
// ui->tabWidget_fractals->setTabIcon(fractalNumber, QIcon(fractalList[index].getIconName()));
}
void cDockFractal::SynchronizeInterfacePrimitives() const
{
SynchronizeInterfaceWindow(ui->scrollArea_primitives, gPar, qInterface::write);
}
void cDockFractal::SynchronizeInterfaceJulia() const
{
SynchronizeInterfaceWindow(ui->groupCheck_julia_mode, gPar, qInterface::write);
}
