public void DrawHealth()
{
if (teamInput.selected.Count < 1)
{
return;
}
var lhv = new List <VertexHealthInstance>(teamInput.selected.Count);
for (int c = teamInput.selected.Count - 1; c >= 0; c--)
{
IEntity e = teamInput.selected[c];
VertexHealthInstance vert = new VertexHealthInstance();
vert.Position = e.WorldPosition;
vert.Position.Y = e.BBox.Max.Y;
float mh = 1f;
if (e as RTSBuilding != null)
{
mh = (e as RTSBuilding).Data.Health;
}
else
{
mh = (e as RTSUnit).Data.Health;
}
vert.DirRadiusHealth = new Vector4(
e.ViewDirection,
e.CollisionGeometry.BoundingRadius * args.FXHealthRadiusModifier,
e.Health / mh
);
vert.Tint = args.FXHealthTint;
lhv.Add(vert);
}
healthView.Draw(G, lhv);
}
public void DrawHealth()
{
if(teamInput.selected.Count < 1) return;
var lhv = new List<VertexHealthInstance>(teamInput.selected.Count);
for(int c = teamInput.selected.Count - 1; c >= 0; c--) {
IEntity e = teamInput.selected[c];
VertexHealthInstance vert = new VertexHealthInstance();
vert.Position = e.WorldPosition;
vert.Position.Y = e.BBox.Max.Y;
float mh = 1f;
if(e as RTSBuilding != null) mh = (e as RTSBuilding).Data.Health;
else mh = (e as RTSUnit).Data.Health;
vert.DirRadiusHealth = new Vector4(
e.ViewDirection,
e.CollisionGeometry.BoundingRadius * args.FXHealthRadiusModifier,
e.Health / mh
);
vert.Tint = args.FXHealthTint;
lhv.Add(vert);
}
healthView.Draw(G, lhv);
}