protected override void DrawHUD()
{
base.DrawHUD();
// Rotation.
Vector2 rotationLine = new Vector2(-this.direction.Y, this.direction.X);
AddDebugLine(rotationLine, Color.Blue, aVelocity * 7.0f, 7, 1);
if (Debug)
{
DebugLine.DrawLines();
Vector2 position = new Vector2(10, 10);
Padding padding = new Padding(0, GlobalManager.Pen.StringHeight("A"));
//StateManager.AddMessage("Object: [\"" + Tag + "\"]", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN);
//StateManager.AddMessage("[\"" + Tag + "\"] Position: " + new Point((int)(Position.X), (int)(Position.Y)) + "", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN);
StateManager.AddMessage(new Message("[\"" + Tag + "\"] Speed: [" + (int)Speed + " pixels/second]", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN),
new Message("[\"" + Tag + "\"] Velocity: " + new Point((int)(Velocity.X), (int)(Velocity.Y)) + "", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN),
new Message("[\"" + Tag + "\"] Acceleration: " + new Point((int)(accelerationTrack.X), (int)(accelerationTrack.Y)) + " pixels/second^2", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN),
new Message("[\"" + Tag + "\"] Angular Speed: [" + (int)MathHelper.ToDegrees(AngularSpeed) + " degrees/second] | [" + (int)AngularSpeed + " radians/second]", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN));
}
// Reset the acceleration magnitude tracking value.
accelerationTrack = new Vector2(0.0f, 0.0f);
// Draw the pointer
this.DrawHeading();
}
protected override void DrawHUD()
{
// Rotation.
Vector2 rotationLine = new Vector2(-this.direction.Y, this.direction.X);
AddDebugLine(rotationLine, Color.Blue, aVelocity * 7.0f, 7, 1);
if (Debug)
{
DebugLine.DrawLines();
Point life = new Point((int)ttl, (int)lifetime);
Vector2 position = new Vector2(10, 10);
Padding padding = new Padding(0, GlobalManager.Pen.StringHeight("A"));
StateManager.AddMessage("Object: [\"" + Tag + "\"]", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN);
StateManager.AddMessage("[\"" + Tag + "\"] Position: " + new Point((int)(Position.X), (int)(Position.Y)) + "", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN);
StateManager.AddMessage("[\"" + Tag + "\"] Speed: " + (int)Speed + "", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN);
StateManager.AddMessage("[\"" + Tag + "\"] Time To Live: [" + life.X + " seconds out of " + life.Y + " seconds]", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN);
StateManager.AddMessage("", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN);
}
// Reset the acceleration magnitude tracking value.
accelerationTrack = new Vector2(0.0f, 0.0f);
// Draw the heading.
this.DrawHeading();
}
/// <summary>
/// DrawDebug is drawn the entity if debug is true
/// </summary>
protected virtual void DrawDebug()
{
if (Debug)
{
DebugLine.DrawLines();
Vector2 position = new Vector2(10, 10);
Padding padding = new Padding(0, GlobalManager.Pen.StringHeight("A"));
StateManager.AddMessage(new Message("Object: [\"" + Tag + "\"]", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN),
new Message("[\"" + Tag + "\"] Bounds: " + Bounds.ToString(), position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN),
new Message("[\"" + Tag + "\"] Position: " + new Point((int)(Position.X), (int)(Position.Y)) + "", position, padding, drawColor, 0, ShapeDrawer.LEFT_ALIGN));
}
}