void ClientMap::render () const
{
ExecutionTime renderTime("ClientMapRender", 2000L);
const int x = _screenRumbleOffsetX + _x + _camera.getViewportX();
const int y = _screenRumbleOffsetY + _y + _camera.getViewportY();
const int scissorX = std::max(0, x);
const int scissorY = std::max(0, y);
const bool debug = Config.isDebug();
if (debug) {
_frontend->renderRect(scissorX, scissorY, getPixelWidth() * _zoom, getPixelHeight() * _zoom, colorRed);
} else {
_frontend->enableScissor(scissorX, scissorY, getPixelWidth() * _zoom, getPixelHeight() * _zoom);
}
renderLayer(x, y, LAYER_BACK);
renderLayer(x, y, LAYER_MIDDLE);
renderLayer(x, y, LAYER_FRONT);
if (_restartDue != 0) {
renderFadeOutOverlay();
}
Config.setDebugRendererData(x, y, getWidth(), getHeight(), _scale * _zoom);
Config.getDebugRenderer().render();
renderParticles(x, y);
if (!debug) {
_frontend->disableScissor();
}
}
void ClientMap::renderFadeOutOverlay () const
{
const uint32_t now = _time;
const uint32_t delay = _restartDue - _restartInitialized;
const float restartFadeStepWidth = 1.0 / delay;
const uint32_t delta = now > _restartDue ? 0U : _restartDue - now;
const float alpha = 1.0 - delta * restartFadeStepWidth;
const Color color = { 0.0, 0.0, 0.0, alpha };
_frontend->renderFilledRect(_x, _y, getPixelWidth() * _zoom, getPixelHeight() * _zoom, color);
}
int getWaterWidth () const override { return getPixelWidth(); }
UT_uint32 AP_Win32Toolbar_FontCombo::getDroppedWidth() const
{
// TODO make better calculation of dropped width
return getPixelWidth() + 100;
}