public void Check(IMovable user, ref Vector2 velocity, ref CollisionStatus status, LayerMask layerMask)
{
var bounds = (Bounds2D)user.Hitbox.bounds;
var shrinkedBounds = bounds;
shrinkedBounds.Expand(user.Inset * -2);
UPMDebug.DrawBounds2D(bounds, Color.magenta);
UPMDebug.DrawBounds2D(shrinkedBounds, Color.yellow);
foreach (var check in checks)
{
check.Check(user, ref velocity, ref status, layerMask, bounds, shrinkedBounds);
}
}
public override void Move(IMovable user, ref Vector2 velocity, ref CollisionStatus collisionStatus, StateMotorMachine machine, StateMotorConfig config1, LayerMask collisionMask)
{
var config = user.GetMotorConfig <GroundMotorConfig>();
if (config == null)
{
UPMDebug.LogWarning("Expected GroundMotorConfig for GroundedState @ " + user);
return;
}
ProcessInputs(user, config, ref velocity, ref collisionStatus);
velocity.y += Gravity * config.GravityScale * Time.deltaTime;
var max = user.MaxSpeed;
velocity.x = Mathf.Clamp(velocity.x, -max, max);
GroundedBehaviour.Check(user, ref velocity, ref collisionStatus, collisionMask);
}
public override void Move(IMovable user, ref Vector2 velocity, ref CollisionStatus status)
{
var config = user.GetMotorConfig <StateMotorConfig>();
if (config == null)
{
UPMDebug.LogWarning("Expected user " + user + " to have a StateMotorConfig but found none");
return;
}
var m = config.StateMachine;
if (m == null)
{
UPMDebug.LogError("Expected user " + user + " to have a state machine but found none");
return;
}
m.Move(user, ref velocity, ref status, config, CollisionMask);
}
