void State::_setColorForPen(int pen, int color, int tileIdx)
{
Q_ASSERT(pen >=0 && pen < PEN_MAX);
Q_ASSERT(color >=0 && color < 16);
bool foregroundAndPerTile = (pen == PEN_FOREGROUND && _foregroundColorMode == FOREGROUND_COLOR_PER_TILE);
Q_ASSERT((tileIdx != -1 || !foregroundAndPerTile) && "Invalid Tile index");
int currentColor = foregroundAndPerTile ? _tileColors[tileIdx] : _penColors[pen];
if (currentColor != color)
{
bool oldvalue = shouldBeDisplayedInMulticolor2(tileIdx);
if (foregroundAndPerTile)
_tileColors[tileIdx] = color;
else _penColors[pen] = color;
bool newvalue = shouldBeDisplayedInMulticolor2(tileIdx);
emit colorPropertiesUpdated(pen);
if (oldvalue != newvalue)
emit multicolorModeToggled(newvalue);
emit contentsChanged();
}
}
void State::refresh()
{
emit charsetUpdated();
emit charIndexUpdated(_charIndex);
emit tileIndexUpdated(_tileIndex);
emit tilePropertiesUpdated();
emit multicolorModeToggled(shouldBeDisplayedInMulticolor());
emit colorPropertiesUpdated(_selectedPen);
}
void State::_setMulticolorMode(bool enabled)
{
if (_multicolorMode != enabled)
{
_multicolorMode = enabled;
emit multicolorModeToggled(enabled);
emit contentsChanged();
}
}
void State::_setColorForPen(int pen, int color)
{
Q_ASSERT(pen >=0 && pen < PEN_MAX);
Q_ASSERT(color >=0 && color < 16);
if (_penColors[pen] != color)
{
bool oldvalue = shouldBeDisplayedInMulticolor();
_penColors[pen] = color;
bool newvalue = shouldBeDisplayedInMulticolor();
emit colorPropertiesUpdated(pen);
if (oldvalue != newvalue)
emit multicolorModeToggled(newvalue);
emit contentsChanged();
}
}
