extends GDSubMenuButton
class_name GDFloatingMenu

const COL_ON := Color.LIGHT_GREEN
const COL_OFF := Color.LIGHT_SALMON

# Indicators
@onready var indicators: Control = %indicators
@onready var ind_stream: TextureRect = %ind_stream
@onready var ind_mic: TextureRect = %ind_mic
@onready var ind_pixelate: TextureRect = %ind_pixelate
@onready var ind_browser: TextureRect = %ind_browser
# Buttons
@onready var btn_obs: GDSubMenuButton = %btn_obs
@onready var btn_run_obs: GDSubMenuButton = %btn_run_obs
@onready var btn_step_away: GDSubMenuButton = %btn_step_away
@onready var btn_tuber: GDSubMenuButton = %btn_tuber
@onready var btn_chat: GDSubMenuButton = %btn_chat
@onready var btn_user_list: GDSubMenuButton = %btn_user_list
@onready var btn_settings: GDSubMenuButton = %btn_settings
@onready var btn_end: GDSubMenuButton = %btn_end

var is_anchored := true
var anchored_position: Vector2

func start(_main_menu_button: GDSubMenuButton = null) -> void:
	anchored_position = position
	var _parent: Control = get_parent()
	_parent.resized.connect(func(): calculate_anchored_pos(); is_anchored = false)
	generate_panels_buttons()
	super(self)
	start_indicators()
	_connect_signals()

func start_indicators() -> void:
	# TODO: Setup NO-OBS-WS Stuff
	
	var tot = indicators.get_child_count()
	for i in tot:
		var ind: TextureRect = indicators.get_child(i)
		ind.show()
		ind.position = (size/2 - ind.size/2)
		ind.position += Vector2.from_angle(TAU*i/tot + PI/2) * (size.x/2 - ind.size.x/2)
	
	pass

func generate_panels_buttons() -> void:
	# TODO: Generate Panels?
	pass

func _process(d: float) -> void:
	super(d)
	if not is_anchored and not is_dragged:
		position = position.lerp(anchored_position, d*10)
		if position.distance_squared_to(anchored_position) < 1:
			position = anchored_position
			is_anchored = true

func _on_gui_input(event: InputEvent) -> void:
	super(event)
	if event is InputEventMouseButton:
		if event.button_index == MOUSE_BUTTON_LEFT:
			if not event.is_pressed():
				is_anchored = false
				calculate_anchored_pos()
	if event is InputEventMouseMotion and is_mouse_click_down:
		if is_open:
			expand_menu(false)

func calculate_anchored_pos() -> void:
	var m_pos := global_position + size/2.0
	var w_size := get_window().size / get_tree().root.content_scale_factor
	
	if min(m_pos.x, abs(w_size.x - m_pos.x)) < min(m_pos.y, abs(w_size.y - m_pos.y)):
		closest_edge = Edge.LEFT if m_pos.x < abs(w_size.x - m_pos.x) else Edge.RIGHT
	else:
		closest_edge = Edge.UP if m_pos.y < abs(w_size.y - m_pos.y) else Edge.BOT
	
	match closest_edge:
		Edge.UP:
			anchored_position = Vector2(position.x, 0)
			parent_dir = Vector2.DOWN
		Edge.RIGHT:
			anchored_position = Vector2(w_size.x - size.x, position.y)
			parent_dir = Vector2.LEFT
		Edge.BOT:
			anchored_position = Vector2(position.x, w_size.y - size.y)
			parent_dir = Vector2.UP
		Edge.LEFT:
			anchored_position = Vector2(0, position.y)
			parent_dir = Vector2.RIGHT
	
	anchored_position = anchored_position.clamp(Vector2(), Vector2(w_size)-size)

#region Hnadle Button Functions
func _connect_signals() -> void:
	btn_end.pressed.connect(func(): get_tree().quit())
	pass
#endregion