protected void UpdateBat()
{
Vector2 rightStick = mCurrControllerState.ThumbSticks.Right;
if (!mCurrControllerState.IsConnected)
{
if (mCurrKeyboardState.IsKeyDown(mAttackEast))
{
rightStick.X += +1f;
}
if (mCurrKeyboardState.IsKeyDown(mAttackWest))
{
rightStick.X += -1f;
}
if (mCurrKeyboardState.IsKeyDown(mAttackNorth))
{
rightStick.Y += +1f;
}
if (mCurrKeyboardState.IsKeyDown(mAttackSouth))
{
rightStick.Y += -1f;
}
if (rightStick.Length() > 0.1f)
{
rightStick.Normalize();
}
}
if (rightStick.Length() > .25)
{
if (bats.Count <= 4)
{
Vector2 offset2d = mFixture.Body.Position + rightStick * 1f;
//Vector3 offset3d = new Vector2(offset2d.X, offset2d.Y, 0);
SwordSlash newSwordSlash = new SwordSlash(mPhysicsWorld, offset2d);
newSwordSlash.setRotation(rightStick);
newSwordSlash.SetPosition(offset2d); // it's lame, but this set after-the-fact may be necessary
newSwordSlash.SetVelocity(mFixture.Body.LinearVelocity);
bats.Add(newSwordSlash);
GetGameWorld().AddGameObject(newSwordSlash);
}
else
{
SwordSlash apply = bats.ElementAt(0);
apply.setAngularVelocity(bats.ElementAt(2), bats.ElementAt(1));
bats.RemoveAt(0);
/* bats.ForEach(delegate(SwordSlash curr)
{
if (curr.isTimedOut())
{
bats.Remove(curr);
}
});*/
//bats.RemoveAt(0);
}
}
}
public void setAngularVelocity(SwordSlash old, SwordSlash current)
{
float difference = current.batRotation - old.batRotation;
difference /= 5000f;
mFixture.Body.AngularVelocity = difference;
}