void ColorPalette::setInverseDefaultColors(bool inverse)
{
bool emit_changed = inverse != m_inverse_default;
if (emit_changed) {
m_inverse_default = inverse;
emit changed();
emit defaultBackgroundColorChanged();
}
}
void Preferences::saveSettings()
{
bool checked = false;
int index = -1;
QColor color;
double value = 0.0;
checked = this->defaultConfigurationCheckBox->checkState() == Qt::Checked;
if (this->m_Data[DefaultConfigurationUse].toBool() != checked)
{
this->m_Data[DefaultConfigurationUse] = checked;
emit useDefaultConfigurationStateChanged(checked);
}
QString path = this->defaultConfigurationLineEdit->text();
if (path.compare(this->m_Data[DefaultConfigurationPath].toString()) != 0)
{
this->m_Data[DefaultConfigurationPath] = path;
emit defaultConfigurationPathChanged(path);
}
checked = this->openEventEditorCheckBox->checkState() == Qt::Checked;
if (this->m_Data[EventEditorWhenInserting].toBool() != checked)
{
this->m_Data[EventEditorWhenInserting] = checked;
emit useEventEditorWhenInsertingStateChanged(checked);
}
index = this->defaultPlaneOrientationComboBox->currentIndex();
if (this->m_Data[DefaultGroundOrientation].toInt() != index)
{
this->m_Data[DefaultGroundOrientation] = index;
emit defaultGroundOrientationChanged(index);
}
index = this->defaultTimeBarEventDisplayComboBox->currentIndex();
if (this->m_Data[DefaultTimeBarEventDisplay].toInt() != index)
{
this->m_Data[DefaultTimeBarEventDisplay] = index;
emit defaultTimeBarEventDisplayChanged(index);
}
color = this->defaultBackgroundColorButton->property("backgroundColor").value<QColor>();
if (this->m_Data[DefaultBackgroundColor].value<QColor>() != color)
{
this->m_Data[DefaultBackgroundColor] = color;
emit defaultBackgroundColorChanged(color);
}
color = this->defaultGridFrontColorButton->property("backgroundColor").value<QColor>();
if (this->m_Data[DefaultGridFrontColor].value<QColor>() != color)
{
this->m_Data[DefaultGridFrontColor] = color;
emit defaultGridFrontColorChanged(color);
}
color = this->defaultGridBackColorButton->property("backgroundColor").value<QColor>();
if (this->m_Data[DefaultGridBackColor].value<QColor>() != color)
{
this->m_Data[DefaultGridBackColor] = color;
emit defaultGridBackColorChanged(color);
}
color = this->defaultSegmentColorButton->property("backgroundColor").value<QColor>();
if (this->m_Data[DefaultSegmentColor].value<QColor>() != color)
{
this->m_Data[DefaultSegmentColor] = color;
emit defaultSegmentColorChanged(color);
}
color = this->defaultMarkerColorButton->property("backgroundColor").value<QColor>();
if (this->m_Data[DefaultMarkerColor].value<QColor>() != color)
{
this->m_Data[DefaultMarkerColor] = color;
emit defaultMarkerColorChanged(color);
}
value = this->defaultMarkerRadiusSpinBox->value();
if (this->m_Data[DefaultMarkerRadius].toDouble() != value)
{
this->m_Data[DefaultMarkerRadius] = value;
emit defaultMarkerRadiusChanged(value);
}
index = this->defaultMarkerTrajectoryLengthComboBox->currentIndex();
if (this->m_Data[DefaultTrajectoryLength].toInt() != index)
{
this->m_Data[DefaultTrajectoryLength] = index;
emit defaultMarkerTrajectoryLengthChanged(index);
}
index = this->showForcePlatformAxesComboBox->currentIndex();
if (this->m_Data[ForcePlatformAxesDisplay].toInt() != index)
{
this->m_Data[ForcePlatformAxesDisplay] = index;
emit showForcePlatformAxesChanged(index);
}
index = this->showForcePlatformIndexComboBox->currentIndex();
if (this->m_Data[ForcePlatformIndexDisplay].toInt() != index)
{
this->m_Data[ForcePlatformIndexDisplay] = index;
emit showForcePlatformIndexChanged(index);
}
color = this->defaultForcePlateColorButton->property("backgroundColor").value<QColor>();
if (this->m_Data[DefaultForcePlateColor].value<QColor>() != color)
{
this->m_Data[DefaultForcePlateColor] = color;
emit defaultForcePlateColorChanged(color);
}
color = this->defaultForceVectorColorButton->property("backgroundColor").value<QColor>();
if (this->m_Data[DefaultForceVectorColor].value<QColor>() != color)
{
this->m_Data[DefaultForceVectorColor] = color;
emit defaultForceVectorColorChanged(color);
}
index = this->defaultGRFButterflyActivationComboBox->currentIndex();
if (this->m_Data[DefaultGRFButterflyActivation].toInt() != index)
{
this->m_Data[DefaultGRFButterflyActivation] = index;
emit defaultGRFButterflyActivationChanged(index);
}
index = this->showForcePathComboBox->currentIndex();
if (this->m_Data[ForcePathDisplay].toInt() != index)
{
this->m_Data[ForcePathDisplay] = index;
emit showForcePathChanged(index);
}
value = this->defaultPlotLineWidthSpinBox->value();
if (this->m_Data[DefaultPlotLineWidth].toDouble() != value)
{
this->m_Data[DefaultPlotLineWidth] = value;
emit defaultPlotLineWidthChanged(value);
}
index = this->defaultChartEventDisplayComboBox->currentIndex();
if (this->m_Data[ChartEventDisplay].toInt() != index)
{
this->m_Data[ChartEventDisplay] = index;
emit showChartEventChanged(index);
}
index = this->defaultChartUnitAxisXComboBox->currentIndex();
if (this->m_Data[chartUnitAxisX].toInt() != index)
{
this->m_Data[chartUnitAxisX] = index;
emit chartHorizontalAxisUnitChanged(index);
}
this->mp_ChartCycleSettingsManager->setSettings(this->m_TemporaryCycleSettings);
this->mp_ChartCycleSettingsManager->setCurrentSetting(this->m_TemporaryCurrentCycleSetting);
this->resetTemporaryCycleSettingsData();
QList<QVariant> vList = this->m_Data[UserLayouts].toList();
if (vList != *(this->layoutTable->userLayouts()))
{
emit userLayoutsChanged(vList, this->m_Data[UserLayoutIndex].toInt());
}
checked = this->automaticCheckUpdateCheckBox->checkState() == Qt::Checked;
if (this->m_Data[AutomaticCheckUpdateUse].toBool() != checked)
{
this->m_Data[AutomaticCheckUpdateUse] = checked;
emit automaticCheckUpdateStateChanged(checked);
}
checked = this->subscribeDevelopmentChannelCheckBox->checkState() == Qt::Checked;
if (this->m_Data[DevelopmentChannelSubscriptionUsed].toBool() != checked)
{
this->m_Data[DevelopmentChannelSubscriptionUsed] = checked;
emit subscribeDevelopmentChannelStateChanged(checked);
}
};
