private void DrawSingleElement(VisualizerInterface Visualizer, int index)
{
float angle = 360 / ElementCount * index + Offset;
Vector2 elementPosition = new Vector2(
Center.X + (float)Math.Cos(GetRadiant(angle)) * Radius,
Center.Y + (float)Math.Sin(GetRadiant(angle)) * Radius);
Visualizer.DrawCircle(ElementSize, elementPosition, AnimationColor);
}
private void DrawSingleElementChanging(VisualizerInterface Visualizer, int index, AnimationChange change)
{
int colorChange = 255 - (int)(255F / change.AngleDuration * change.OffsetSinceStart);
if (AnimationState == State.Success)
{
AnimationColor = new Color(colorChange, 255, colorChange);
}
else if (AnimationState == State.Error)
{
AnimationColor = new Color(255, colorChange, colorChange);
}
DrawSingleElement(Visualizer, index);
}
public override void Draw(VisualizerInterface Visualizer)
{
Center = Visualizer.GetCenter();
for (int i = 0; i < ElementCount; i++)
{
if (AnimationState != State.Waiting && _animationChange != null && _animationChange.StartReached)
{
DrawSingleElementChanging(Visualizer, i, _animationChange);
}
else
{
DrawSingleElement(Visualizer, i);
}
}
}
public override void Draw(VisualizerInterface visualizer)
{
if (!PlayersCentered)
{
Center.X = visualizer.GetCenter().X;
Initialize();
PlayersCentered = true;
}
//int ballRadius = 6;
//float BallPosX = BallPosition.X - ballRadius;
//float BallPosY = BallPosition.Y - ballRadius;
//SpriteBatchMain.Draw(BallTexture, new Rectangle(BallPosX, BallPosY, BallRadius * 2, BallRadius * 2), Color.Black);
visualizer.DrawCircle(BallRadius, BallPosition, Color.Black);
visualizer.DrawRectangle(PlayerLeft, Color.Black);
visualizer.DrawRectangle(PlayerRight, Color.Black);
}
public abstract void Draw(VisualizerInterface visualizer);
