/**
* This function paints the TrafficRadar onto the given canvas
* @param canvas The canvas to paint on
*/
void
FlarmTrafficWindow::Paint(Canvas &canvas)
{
assert(selection < (int)data.traffic.size());
assert(selection < 0 || data.traffic[selection].IsDefined());
assert(warning < (int)data.traffic.size());
assert(warning < 0 || data.traffic[warning].IsDefined());
assert(warning < 0 || data.traffic[warning].HasAlarm());
PaintRadarBackground(canvas);
PaintRadarTraffic(canvas);
}
/**
* This function paints the TrafficRadar onto the given canvas
* @param canvas The canvas to paint on
*/
void
FlarmTrafficWindow::Paint(Canvas &canvas)
{
assert(selection < FLARM_STATE::FLARM_MAX_TRAFFIC);
assert(selection < 0 || data.FLARM_Traffic[selection].defined());
assert(warning < FLARM_STATE::FLARM_MAX_TRAFFIC);
assert(warning < 0 || data.FLARM_Traffic[warning].defined());
assert(warning < 0 || data.FLARM_Traffic[warning].HasAlarm());
PaintRadarBackground(canvas);
PaintRadarTraffic(canvas);
}
void
ThermalAssistantWindow::OnPaintBuffer(Canvas &canvas)
{
PaintRadarBackground(canvas);
if (!derived.circling) {
PaintNotCircling(canvas);
return;
}
PaintRadarPlane(canvas);
PaintPoints(canvas);
PaintAdvisor(canvas);
}
void
ThermalAssistantWindow::OnPaintBuffer(Canvas &canvas)
{
fixed max_lift = ceil(CalculateMaxLift());
PaintRadarBackground(canvas, max_lift);
if (!circling.circling) {
PaintNotCircling(canvas);
return;
}
LiftPoints lift_points;
CalculateLiftPoints(lift_points, max_lift);
PaintPoints(canvas, lift_points);
PaintAdvisor(canvas, lift_points);
PaintRadarPlane(canvas);
}
