void TVizMapContext::Paint(PGks Gks, const bool& ShowPointNmP, const int& PointFontSize,
const int& PointNmFontScale, const double& PointWgtThreshold, const int& CatId,
const bool& ShowCatNmP, const bool& ShowKeyWdP, const int& KeyWdFontSize,
const bool& ShowMgGlassP, const int& LegendGridWidth, const int& LegendGridHeight) {
// background
if (!SelLandscape.Empty()) { PaintLandscape(Gks); }
else { PaintEmpty(Gks); }
// legend grid
PaintLegendGrid(Gks, LegendGridWidth, LegendGridHeight);
// links
PaintLinks(Gks);
//documents and keywords
TVec<TFltRect> PointNmRectV;
if (ShowPointNmP) {
PaintPoints(Gks, PointFontSize, PointNmFontScale,
PointWgtThreshold, CatId, ShowMgGlassP, PointNmRectV);
} else {
PaintPoints(Gks, PointFontSize, PointNmFontScale,
TFlt::Mx, CatId, ShowMgGlassP, PointNmRectV);
}
if (ShowCatNmP && !SelLandscape.Empty()) {
PaintCatNms(Gks, KeyWdFontSize, PointNmRectV); };
if (ShowKeyWdP) { PaintKeyWds(Gks, KeyWdFontSize, PointNmRectV); }
// mouse interactions
if (LeftButtonDownP) { PaintZoomRect(Gks); }
else if (MouseInP && ShowMgGlassP) { PaintMgGlass(Gks, KeyWdFontSize); }
}
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);
}
