void _controller_KeyControlEngaged(int control)
{
KeyMappings.PolarMouseGameControls c = (KeyMappings.PolarMouseGameControls)control;
var player = (Player)ActiveMap.Player;
Vector2 mouseDirection = (new Vector2(Mouse.GetState().X, Mouse.GetState().Y)) - player.Position;
var rad = mouseDirection.Length();
mouseDirection.Normalize();
switch (c)
{
case KeyMappings.PolarMouseGameControls.MoveIn:
PhysicsManager.AddInstantaneousForce(new InstantaneousForce((IRigidBody)player, player.Mass * player.SpeedScale * mouseDirection));
break;
case KeyMappings.PolarMouseGameControls.MoveOut:
PhysicsManager.AddInstantaneousForce(new InstantaneousForce((IRigidBody)player, -player.Mass * player.SpeedScale * mouseDirection));
break;
case KeyMappings.PolarMouseGameControls.MoveClockwise:
var tangentCW = mouseDirection.RotateInPlace(-(float)Math.PI / 2);
var tangVel = Vector2.Dot(player.Velocity, tangentCW);
player.Velocity = tangentCW * tangVel;
PhysicsManager.AddInstantaneousForce(new InstantaneousForce((IRigidBody)player, player.Mass * player.SpeedScale * tangentCW));
break;
case KeyMappings.PolarMouseGameControls.MoveCounterClockwise:
var tangentCCW = mouseDirection.RotateInPlace((float)Math.PI / 2);
var tangVelCCW = Vector2.Dot(player.Velocity, tangentCCW);
player.Velocity = tangentCCW * tangVelCCW;
PhysicsManager.AddInstantaneousForce(new InstantaneousForce((IRigidBody)player, player.Mass * player.SpeedScale * tangentCCW));
break;
}
}
