extends PanelContainer
#warning-ignore-all:shadowed_variable
signal clicked

const PC := preload('res://PC.tscn')
var PCs = []

var data := {}

var dummy_data := {
	'characters': [
		{'character_id': 0},
		{'character_id': 1},
		{'character_id': 2},
		{'character_id': 3},
	],
	'game_time_frames': randi() % 0x01000000,
	'character_names_decoded': ['Butz', 'Lenna', 'Galuf', 'Faris', 'Krile'],
	'config': {'menu_color_r': randi()%32, 'menu_color_g': randi()%32, 'menu_color_b': randi()%32},
	'slot_in_use': true,
}

func _init_dummy():
	for i in 4:
		var c = dummy_data.characters[i]
		c.level = 1 + (randi()%99)
		c.current_job_id = randi()%22
		c.hp_max = (50*c.level) + (randi()%(100 + 50*c.level))
		c.hp_current = 1 + (randi()%c.hp_max)
	dummy_data.characters.shuffle()

func set_data(data: Dictionary):
	self.data = data
	self.material.set_shader_param('MenuBGColour', Color(data.config.menu_color_r/31.0, data.config.menu_color_g/31.0, data.config.menu_color_b/31.0))
	for i in 4:
		var char_id: int = data.characters[i].character_id
		var job_id: int = data.characters[i].current_job_id
		var sprite_id := (char_id * 22) + job_id
		PCs[i].material.set_shader_param('palette', SpriteLoader.character_battle_sprite_palette_textures[sprite_id])
		PCs[i].texture = SpriteLoader.strip_textures[sprite_id]
	$'%lbl_level_num'.text = '%d' % data.characters[0].level
	$'%lbl_gametime'.text = Common.game_time_frames_to_hhmm(data.game_time_frames)
	$'%lbl_name'.text = data.character_names_decoded[data.characters[0].character_id]
	$'%lbl_hp'.text = '%d/%4d' % [data.characters[0].hp_current, data.characters[0].hp_max]
	$HBoxContainer.visible = data.slot_in_use
	$lbl_not_in_use.visible = !data.slot_in_use

# Called when the node enters the scene tree for the first time.
func _ready() -> void:
	_init_dummy()
	self.material = self.material.duplicate()
	for i in 4:
		var pc = PC.instance()
		pc.set_position(Vector2(i*24, 8))
		$'%PCs'.add_child(pc)
		PCs.append(pc)
	set_data(dummy_data)


func _input(event: InputEvent) -> void:
	if (event is InputEventMouseButton or event is InputEventScreenTouch) and event.pressed:
		if get_rect().has_point(event.position):
#			print(event.position)
			get_tree().set_input_as_handled()
			emit_signal('clicked')