public virtual void Update()
{
CheckWindowCollisions();
/*
* if(ballType == BallType.ENEMY)
* {
* if (MyMath.IsBallCollided(this.position, Game1.targetBall.position))
* {
* this.ballState = BallState.MOVING;
* Game1.targetBall.ballState = BallState.MOVING;
*
* Game1.targetBall.velocity.X += (float)(base.velocity.X * Math.Cos(Game1.mouseArrow.rotation));
* Game1.targetBall.velocity.Y += (float)(base.velocity.Y * Math.Sin(Game1.mouseArrow.rotation));
* base.velocity.X = (float)(base.velocity.X * Math.Cos(Game1.mouseArrow.rotation - 90));
* base.velocity.Y = (float)(base.velocity.Y * Math.Sin(Game1.mouseArrow.rotation - 90));
* }
* }*/
ApplyWindForce();
if (MyMath.GetMagnitude(base.velocity) <= 0.001f && ballState == BallState.MOVING)
{
ballState = BallState.STATIC;
Game1.mouseArrow.UpdatePosition();
}
}
public void Update()
{
base.CheckWindowCollisions();
base.ApplyWindForce();
if (MyMath.IsBallCollided(base.position, Game1.targetBall.position))
{
Game1.targetBall.ballState = BallState.MOVING;
this.ballState = BallState.MOVING;
/*
* float collisionAngle = (float)Math.Atan2(position.Y - Game1.targetBall.position.Y, position.X - Game1.targetBall.position.X);
* Game1.targetBall.velocity.X = ((float)(MyMath.GetMagnitude(base.velocity) * Math.Cos(collisionAngle)));
* Game1.targetBall.velocity.Y = ((float)(MyMath.GetMagnitude(base.velocity) * Math.Cos(MathHelper.ToRadians(90) + collisionAngle)));
* base.velocity.X = (float)(MyMath.GetMagnitude(base.velocity) * Math.Sin(MathHelper.ToRadians(90) + collisionAngle));
* base.velocity.Y = (float)(MyMath.GetMagnitude(base.velocity) * Math.Sin(MathHelper.ToRadians(90) + collisionAngle));*/
Game1.targetBall.velocity.X = (float)(base.velocity.X * Math.Cos(-Game1.mouseArrow.rotation));
Game1.targetBall.velocity.Y = (float)(base.velocity.Y * Math.Sin(-Game1.mouseArrow.rotation));
base.velocity.X = (float)(base.velocity.X * Math.Cos(Game1.mouseArrow.rotation - MathHelper.ToRadians(90)));
base.velocity.Y = (float)(base.velocity.Y * Math.Sin(Game1.mouseArrow.rotation - MathHelper.ToRadians(90)));
//Console.WriteLine("Colisiono con target");
}
if (MyMath.IsBallCollided(base.position, Game1.enemyBall.position))
{
Game1.enemyBall.ballState = BallState.MOVING;
this.ballState = BallState.MOVING;
/*
* float collisionAngle = (float)Math.Atan2(position.Y - Game1.targetBall.position.Y, position.X - Game1.targetBall.position.X);
* Game1.enemyBall.velocity.X = ((float)(MyMath.GetMagnitude(base.velocity) * Math.Cos(collisionAngle)));
* Game1.enemyBall.velocity.Y = ((float)(MyMath.GetMagnitude(base.velocity) * Math.Cos(MathHelper.ToRadians(90) - collisionAngle)));
* base.velocity.X = (float)(MyMath.GetMagnitude(base.velocity) * Math.Sin(MathHelper.ToRadians(90) - collisionAngle));
* base.velocity.Y = (float)(MyMath.GetMagnitude(base.velocity) * Math.Sin(MathHelper.ToRadians(90) - collisionAngle));*/
Game1.enemyBall.velocity.X = (float)(base.velocity.X * Math.Cos(-Game1.mouseArrow.rotation));
Game1.enemyBall.velocity.Y = (float)(base.velocity.Y * Math.Sin(-Game1.mouseArrow.rotation));
base.velocity.X = (float)(base.velocity.X * Math.Cos(Game1.mouseArrow.rotation - MathHelper.ToRadians(90)));
base.velocity.Y = (float)(base.velocity.Y * Math.Sin(Game1.mouseArrow.rotation - MathHelper.ToRadians(90)));
//Console.WriteLine("Colisionó con enemigo");
}
if (Game1.enemyBall.ballState == BallState.STATIC && Game1.targetBall.ballState == BallState.STATIC && MyMath.GetMagnitude(base.velocity) <= 0.005f && ballState == BallState.MOVING)
{
Console.WriteLine("Parar bola");
ballState = BallState.STATIC;
Game1.mouseArrow.UpdatePosition();
}
}
