Esempio n. 1
0
void custom_tod::update_tod_display(window& window)
{
	::image::set_color_adjustment(tod_red_field_->get_value(),
								tod_green_field_->get_value(),
								tod_blue_field_->get_value());

	// Prevent a floating slice of window appearing alone over the
	// theme UI sidebar after redrawing tiles and before we have a
	// chance to redraw the rest of this window.
	window.undraw();

	// NOTE: We only really want to re-render the gamemap tiles here.
	// Redrawing everything is a significantly more expensive task.
	// At this time, tiles are the only elements on which ToD tint is
	// meant to have a visible effect. This is very strongly tied to
	// the image caching mechanism.
	//
	// If this ceases to be the case in the future, you'll need to call
	// redraw_everything() instead.

	// invalidate all tiles so they are redrawn with the new ToD tint next
	display_.invalidate_all();

	// redraw tiles
	display_.draw(false);

	window.invalidate_layout();
}
Esempio n. 2
0
void custom_tod::update_tod_display(window& window)
{
	display* disp = display::get_singleton();
	assert(disp && "Display pointer is null!");

	// Prevent a floating slice of window appearing alone over the
	// theme UI sidebar after redrawing tiles and before we have a
	// chance to redraw the rest of this window.
	window.undraw();

	// NOTE: We only really want to re-render the gamemap tiles here.
	// Redrawing everything is a significantly more expensive task.
	// At this time, tiles are the only elements on which ToD tint is
	// meant to have a visible effect. This is very strongly tied to
	// the image caching mechanism.
	//
	// If this ceases to be the case in the future, you'll need to call
	// redraw_everything() instead.

	disp->update_tod(&get_selected_tod());

	// invalidate all tiles so they are redrawn with the new ToD tint next
	disp->invalidate_all();

	// redraw tiles
	disp->draw(false);

	// NOTE: revert to invalidate_layout if necessary to display the ToD mask image.
	window.set_is_dirty(true);
}