extends Area2D

@export var cubeHeight = 364
@export var cursor_path: NodePath
@onready var cursor = get_node(cursor_path)
@onready var mesh_instance: MeshInstance2D = $MeshInstance2D
@onready var line = $Vector/Line2D
@onready var shape: CollisionShape2D = $HitBox

@onready var red_line = $Vector/CursorVector
@onready var green_line = $Vector/Top
@onready var pink_line = $Vector/Mid

var cube_top_center: Vector2
var CorrectHit = false
var TopScore = 0
var MidScore = 0
var BotScore = 0


@onready var area_direction
@onready var body_direction


var sliced = false

func _ready():
	pass

func _on_area_entered(area: Area2D) -> void:
	if area.name != "Cursor":
		return
		
	area_direction = -area.global_transform.y.normalized()
	body_direction = -self.global_transform.y.normalized()


	var local_pos = to_local(area.global_position)
	var side_offset = local_pos.y
	var alignment = area_direction.dot(body_direction)

	if abs(side_offset) < 15:
		print("Hit near center Slice Side offset:", round(side_offset) ," ", alignment)
	elif side_offset < 0:
		print("Hit to the LEFT Side, offset:", side_offset, " ", alignment)
	else:
		print("Hit to the RIGHT Side, offset:", side_offset, " ", alignment)
		
	if alignment > 0.8:
		print("Consider Good Cut")



func get_closest_point_on_line(line_origin: Vector2, line_dir: Vector2, point: Vector2) -> Vector2:
	# Projects point onto the infinite line defined by (line_origin, line_dir)
	var v = point - line_origin
	var d = v.dot(line_dir)
	return line_origin + line_dir * d