void FormStyle::ChIndex( int i )
{
if ( !allowChColor )
return;
ui.colorE->setText( ui.colorsB->itemText( i ) );
SetCustomPalette();
SetColor();
}
void FormStyle::applyAll()
{
allowChColor = false;
LoadColorList();
if ( ui.colorsB->count() == 0 )
ui.scB->setChecked(true);
SetCustomPalette();
SetStyle(0);
allowChColor = true;
SetColor();
}
void FormStyle::SetEnabled()
{
bool tmpAllowChColor = allowChColor;
allowChColor = false;
if ( ui.ccB->isChecked() )
{
ui.groupBox->setEnabled(true);
LoadColorList();
SetCustomPalette();
ui.mainWindowSets->setEnabled( ui.use2->isChecked() );
ui.colorE->setText( ui.colorsB->currentText() );
}
else
{
ui.groupBox->setEnabled(false);
applicationPalette = systemPalette;
mainWindowPalette = systemPalette;
}
allowChColor = tmpAllowChColor;
if ( allowChColor )
SetColor();
else if ( ui.scB->isChecked() )
sliderButtonColor = qApp->palette().brush( QPalette::Button ).color();
}
/** Sets the device's palette to the specified palette.
Setting the palette is only possible if the device has a modifiable palette,
which can be determined by calling PaletteAttributes().
The function provides a concrete implementation of the pure virtual
function CGraphicsDevice::SetPalette(). */
EXPORT_C void CFbsBitmapDevice::SetPalette(CPalette* aPalette)
{
SetCustomPalette(aPalette); // Have to ignore error for compatibility
}
