# Hurry Curry! - a game about cooking
# Copyright (C) 2025 Hurry Curry! contributors
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as published by
# the Free Software Foundation, version 3 of the License only.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU Affero General Public License for more details.
#
# You should have received a copy of the GNU Affero General Public License
# along with this program.  If not, see <https://www.gnu.org/licenses/>.
#
class_name Plate
extends Item

func _init(owned_by_: Node3D):
	super(owned_by_)
	height = .05
	add_child(load("res://map/items/plate.tscn").instantiate())

func add_contents(contents: Array[String]):
	# Custom logic for handling burgers with buns on bottom and top
	if contents.has("sliced-bun") and contents.size() > 1:
		contents.erase("sliced-bun")
		contents.push_front("sliced-bun-bottom")
		contents.push_back("sliced-bun-top")
	
	# Seared steak should be small if combined with other items
	if contents.has("seared-steak") and contents.size() > 1:
		contents.erase("seared-steak")
		contents.append("seared-steak-small")
	
	# Buns should be small if combined with other items
	if contents.has("bun") and contents.size() > 1:
		contents.erase("bun")
		contents.append("bun-small")
	
	# Tomato + lettuce salad has a custom mesh
	if G.unordered_array_eq(contents, ["sliced-tomato", "sliced-lettuce"]):
		contents.erase("sliced-tomato")
		contents.erase("sliced-lettuce")
		contents.append("tomato-lettuce-salad")
	
	# Noodles + tomato soup has a custom tomato sauce mesh
	if G.unordered_array_subset(["cooked-noodles", "tomato-soup"], contents):
		contents.erase("tomato-soup")
		contents.append("noodles-tomato-fill")
	
	# Noodles + sliced cheese has a custom cheese mesh
	if G.unordered_array_subset(["cooked-noodles", "sliced-cheese"], contents):
		contents.erase("sliced-cheese")
		contents.append("noodles-cheese-fill")
	
	# Stack content items on top of each other
	var height_sum := 0.
	for c: String in contents:
		var item: Item
		match c:
			"curry": add_child(PlateFill.new(self, Color(.75, .45, .1)))
			"cheese-leek-soup":
				add_child(PlateFill.new(self, Color(0.747, 0.77, 0.493)))
				add_child(load("res://map/items/sliced_leek/leek_ring_fill.tscn").instantiate())
			"mushroom-soup":
				add_child(PlateFill.new(self, Color(0.747, 0.454, 0.36)))
				add_child(load("res://map/items/mushroom_plate_fill.tscn").instantiate())
			"cooked-rice": add_child(load("res://map/items/cooked_rice_fill.tscn").instantiate())
			"tomato-lettuce-salad": add_child(load("res://map/items/sliced_tomato_sliced_lettuce_fill.tscn").instantiate())
			"tomato-soup": add_child(PlateFill.new(self, Color(1., .3, .2)))
			"noodles-tomato-fill": add_child(load("res://map/items/noodles_tomato_sauce_fill.tscn").instantiate())
			"noodles-cheese-fill": add_child(load("res://map/items/noodles_cheese_fill.tscn").instantiate())
			"french-fries": base.add_child(load("res://map/items/french_fries_fill.tscn").instantiate())
			"bun-small":
				var bun = ItemFactory.produce("bun", base)
				base.add_child(bun)
				bun.scale *= 0.5
				bun.position += Vector3(-.1, 0, -.1)
			"seared-steak": base.add_child(ItemFactory.produce(c, base, .85))
			"seared-steak-small":
				var seared_steak = ItemFactory.produce("seared-steak", base)
				base.add_child(seared_steak)
				seared_steak.scale *= 0.5
				seared_steak.position += Vector3(.1, 0, .1)
			_:
				item = ItemFactory.produce(c, base)
				if c.contains("pizza"):
					item.scale = Vector3(.7, .7, .7)
		if item != null:
			base.add_child(item)
			item.position.y = height_sum
			@warning_ignore("static_called_on_instance")
			height_sum += item.height

func setup_sounds():
	take_sound.setup([preload("res://map/items/sounds/plate_take.ogg")])
	put_sound.setup([preload("res://map/items/sounds/plate_put.ogg")])

static func base_position() -> Vector3:
	return Vector3(0., .025, 0.)