private Vector3 CalculateDirectionBasedOnInput(CubioInput cubioInput)
{
Vector3 direction = new Vector3();
Spatial camera = GetNode("Target/Camera") as Spatial;
Transform cameraTransform = camera.GlobalTransform;
if (cubioInput.MoveForward)
{
direction += -cameraTransform.basis[2];
}
if (cubioInput.MoveBackWards)
{
direction += cameraTransform.basis[2];
}
if (cubioInput.MoveLeft)
{
direction += -cameraTransform.basis[0];
}
if (cubioInput.MoveRight)
{
direction += cameraTransform.basis[0];
}
return(direction);
}
public override void _PhysicsProcess(float delta)
{
CubioInput cubioInput = ListenToInput();
if (cubioInput.ResetPosition)
{
Translation = InitialPosition;
}
Vector3 direction = CalculateDirectionBasedOnInput(cubioInput);
direction.y = 0;
direction = direction.Normalized();
Vector3 newVelocity = calculateNewVelocity(direction, delta);
_velocity.x = newVelocity.x;
_velocity.z = newVelocity.z;
_velocity = MoveAndSlide(_velocity, Vector3.Up);
if (IsOnFloor() && cubioInput.Jump)
{
_velocity.y = JumpSpeed;
}
}
