func _ready() -> void:
	playable = true
	turn_right()
	if not owner: return
	if last_owner_name == owner.name:
		position = restart_position
	else:
		restart_position = position
	last_owner_name = owner.name

func _ready() -> void:
	BGM.first_steps()

func _physics_process(delta: float) -> void:
	var dx := Input.get_axis(&'move_left', &'move_right')
	var dy := Input.get_axis(&'move_up', &'move_down')
	var direction := Vector2(dx, dy)
	var last_state := state
	state = compute_state(delta, direction)
	match state:
		State.CLIMBING:
			dx = 0
			velocity.y = dy * CLIMBING_SPEED
		State.DASHED:
			velocity = direction.normalized() * DASH_SPEED
		State.DASHING:
			velocity *= DASH_ATTENUATION * delta
		State.EXHAUSTED:
			dx = 0
		State.FAILED:
			velocity.x = lerp(velocity.x, 0.0, 0.2)
			velocity.y = lerp(velocity.y, 0.0, 0.2)
		State.FALLING:
			if last_state == State.CLIMBING \
			and dy < 0:
				velocity.y = JUMP_VELOCITY * 0.8
			else:
				var move_x := dx * SPEED * 0.8
				if velocity.x * dx < 0: move_x *= 0.1
				velocity.x = lerp(velocity.x, move_x, 0.2)

				if velocity.y < JUMP_VELOCITY * 0.85:
					velocity.y += GRAVITY * 1.15 * delta
				else:
					velocity.y += GRAVITY * delta
		State.JUMPED:
			velocity.y = JUMP_VELOCITY
		State.KICKED:
			velocity.y = JUMP_VELOCITY * 0.9
			velocity.x = get_wall_normal().x * DASH_SPEED * 0.4
		State.LOCKED:
			dx = 0
			velocity = Vector2(0, 0)
		_: pass

	if not playable: dx = 0
	if not (state == State.DASHED \
		or state == State.DASHING \
		or state == State.FALLING \
		or state == State.KICKED
	):
		if dx: velocity.x = dx * SPEED
		else: velocity.x = move_toward(velocity.x, 0, SPEED*0.2)
	if state == State.JUMPED:
		velocity += jump_boost
		jump_boost = Vector2(0, 0)

	animate(playable)
	move_and_slide()