VRyHungry1/Net/world_layout.gd

extends Node
class_name WorldLayout

## Data-driven description of what's in the multiplayer world. The server (or
## the single machine, when offline) spawns every entry through
## NetworkManager.spawn_item() instead of baking these into the scene file, so
## a joining client receives them from the server rather than assuming its own
## copy of the scene matches. Swapping the contents of these two functions is
## the only change needed for a future varying/procedural layout.
##
## Positions below are transcribed verbatim from the previous baked layout in
## Scenes/multiPlayer.tscn so the starting world is unchanged.


func get_node_data(node):
	#		{"scene": "res://Stations/Hob.tscn", "name": "Hob",
	#		"xform": Transform3D(Basis(), Vector3(0.29336345, 0.8981018, -1.484)), "props": {}},
	var data = {}
	data["scene"] = node.scene_file_path
	data["name"] = node.name
	# global, not local: the copies are respawned under WorldContent, so an
	# authored node that was nested inside another (JonScene parents Counter5
	# under Counter3) would otherwise land in the wrong place.
	data["xform"] = node.global_transform
	data["props"] = {}
	var scrip = node.get_script()
	if scrip:
		for i in scrip.get_script_property_list():
			# Only authored configuration — i.e. @export vars, which are the ones
			# the editor exposes. Plain script variables are live runtime state:
			# copying those and replaying them into a fresh instance re-runs their
			# setters before the node is in the tree, so any setter touching an
			# @onready reference blows up (Table's _state calls into its progress
			# bar, which is still null at that point).
			if not (i.usage & PROPERTY_USAGE_EDITOR):
				continue
			if str(i["name"]).begins_with("_"):
				continue
			data["props"][i["name"]] = node.get(i["name"])
	return data


## The authored station nodes sitting in the current scene: anything instanced
## from res://Stations/. Exposed as nodes (not just data) because every peer has
## to remove these originals — the server replaces them with replicated copies,
## and a client that kept its own would end up showing two of everything.
func get_station_nodes() -> Array[Node]:
	return _authored_nodes("res://Stations/", "StaticBody3D")


## Likewise for authored items. Containers/ counts as items too — plates and
## trays are things the player carries, and a client that never received one
## would have an incomplete world.
func get_item_nodes() -> Array[Node]:
	var found := _authored_nodes("res://Items/", "XRToolsPickable")
	found.append_array(_authored_nodes("res://Containers/", "XRToolsPickable"))
	return found


func _authored_nodes(dir: String, type: String) -> Array[Node]:
	var scenes := []
	for file in ResourceLoader.list_directory(dir):
		scenes.append(dir + file)
	var found: Array[Node] = []
	for node in get_tree().root.find_children("*", type, true, false):
		if node.scene_file_path in scenes and not found.has(node):
			found.append(node)
	return found


func get_stations() -> Array[Dictionary]:
	var data: Array[Dictionary] = []
	for node in get_station_nodes():
		data.append(get_node_data(node))
	return data


func get_items() -> Array[Dictionary]:
	var data: Array[Dictionary] = []
	for node in get_item_nodes():
		data.append(get_node_data(node))
	return data




static func get_stations_old() -> Array[Dictionary]:
	return [
		{"scene": "res://Stations/Hob.tscn", "name": "Hob",
			"xform": Transform3D(Basis(), Vector3(0.29336345, 0.8981018, -1.484)), "props": {}},
		{"scene": "res://Stations/BurgerBunsDispenser.tscn", "name": "BurgerBunsDispenser",
			"xform": Transform3D(Basis(), Vector3(-1.832131, 0.40028095, -1.4813508)), "props": {}},
		{"scene": "res://Stations/sink.tscn", "name": "Sink",
			"xform": Transform3D(Basis(), Vector3(1.3140475, 0.9061539, -1.4941733)), "props": {}},
		{"scene": "res://Stations/dirt_station.tscn", "name": "DirtStation",
			"xform": Transform3D(Basis(), Vector3(2.0864775, 0.8981018, -1.244947)), "props": {}},
		{"scene": "res://Stations/Counter.tscn", "name": "Counter",
			"xform": Transform3D(Basis(), Vector3(-0.7124918, 0.90304357, -1.4886917)), "props": {}},
		{"scene": "res://Stations/Counter.tscn", "name": "Counter2",
			"xform": Transform3D(Vector3(-4.371139e-08, 0.0, 1.0), Vector3(0.0, 1.0, 0.0), Vector3(-1.0, 0.0, -4.371139e-08), Vector3(-1.7648025, 0.90304357, -0.4458799)), "props": {}},
		{"scene": "res://Stations/Counter.tscn", "name": "Counter3",
			"xform": Transform3D(Vector3(-4.371139e-08, 0.0, 1.0), Vector3(0.0, 1.0, 0.0), Vector3(-1.0, 0.0, -4.371139e-08), Vector3(-1.7648025, 0.90304357, 0.55367994)), "props": {}},
		{"scene": "res://Stations/Counter.tscn", "name": "Counter4",
			"xform": Transform3D(Vector3(-4.371139e-08, 0.0, 1.0), Vector3(0.0, 1.0, 0.0), Vector3(-1.0, 0.0, -4.371139e-08), Vector3(-1.7648025, 0.90304357, 1.5539298)), "props": {}},
		{"scene": "res://Stations/table.tscn", "name": "Table",
			"xform": Transform3D(Basis(), Vector3(1.633146, 0.9030438, 1.1343781)),
			"props": {
				"initial_thinking_time": 8.0,
				"initial_primary_time": 40.0,
				"initial_friend_time": 3.0,
				"initial_eating_time": 3.0,
			}},
	]


static func get_items_old() -> Array[Dictionary]:
	var items: Array[Dictionary] = []

	items.append(_item("res://Items/BurgerBuns.tscn", "BurgerBuns", Vector3(-1.8162017, 1.6081157, -1.4714175)))
	items.append(_item("res://Items/BurgerBuns.tscn", "BurgerBuns2", Vector3(-1.3596323, 1.4110342, -0.22482127)))

	items.append(_item("res://Containers/plate.tscn", "Plate", Vector3(-1.5717233, 1.5454081, 1.5373346)))
	items.append(_item("res://Containers/plate.tscn", "Plate2", Vector3(-1.5730225, 1.499024, 0.59790254)))
	items.append(_item("res://Containers/plate.tscn", "Plate3", Vector3(-1.5818124, 1.499024, -0.4634577)))

	items.append(_item("res://Items/burger.tscn", "burger", Vector3(0.6888188, 1.4195822, -1.7110313)))
	items.append(_item("res://Items/burger.tscn", "burger2", Vector3(0.6931299, 1.5300478, -1.71225)))
	items.append(_item("res://Items/burger.tscn", "burger3", Vector3(0.69027674, 1.4969791, -1.7210286)))
	items.append(_item("res://Items/burger.tscn", "burger4", Vector3(0.69134104, 1.4543622, -1.7210286)))

	items.append(_item("res://Items/hamburger.tscn", "Hamburger", Vector3(-1.9352558, 1.623975, 1.2447833)))
	items.append(_item("res://Items/hamburger.tscn", "Hamburger2", Vector3(-1.9857153, 1.5329368, 0.9472374)))
	items.append(_item("res://Items/hamburger.tscn", "Hamburger3", Vector3(-1.7201865, 1.5329367, 0.14773655)))

	items.append(_item("res://Items/cooked_burger.tscn", "CookedBurger", Vector3(-0.30671906, 1.4131018, -1.0928738)))
	items.append(_item("res://Items/cooked_burger.tscn", "CookedBurger2", Vector3(-0.30671906, 1.4496142, -1.0928738)))
	items.append(_item("res://Items/cooked_burger.tscn", "CookedBurger3", Vector3(-1.3344773, 1.4398065, -0.7096845)))
	items.append(_item("res://Items/cooked_burger.tscn", "CookedBurger4", Vector3(-0.30671906, 1.525444, -1.0928738)))

	items.append(_item("res://Items/PickupCube.tscn", "PickableObject", Vector3(0.6225724, 1.4792972, -1.0473135)))
	items.append(_item("res://Items/PickupCube.tscn", "PickableObject2", Vector3(0.6359743, 1.4639391, -1.1673055)))
	items.append(_item("res://Items/PickupCube.tscn", "PickableObject3", Vector3(0.5142721, 1.4792972, -1.0473135)))
	items.append(_item("res://Items/PickupCube.tscn", "PickableObject4", Vector3(0.5276739, 1.4639391, -1.1673055)))
	items.append(_item("res://Items/PickupCube.tscn", "PickableObject5", Vector3(0.73287535, 1.4792972, -1.0473135)))
	items.append(_item("res://Items/PickupCube.tscn", "PickableObject6", Vector3(0.7462772, 1.4639391, -1.1673055)))
	items.append(_item("res://Items/PickupCube.tscn", "PickableObject7", Vector3(-1.3556751, 1.4792972, 0.28881657)))
	items.append(_item("res://Items/PickupCube.tscn", "PickableObject8", Vector3(-1.3422732, 1.4639391, 0.16882455)))
	items.append(_item("res://Items/PickupCube.tscn", "PickableObject9", Vector3(-1.4639754, 1.4792972, 0.28881657)))
	items.append(_item("res://Items/PickupCube.tscn", "PickableObject10", Vector3(-1.4505737, 1.4639391, 0.16882455)))

	return items


static func _item(scene: String, item_name: String, pos: Vector3) -> Dictionary:
	return {"scene": scene, "name": item_name, "xform": Transform3D(Basis(), pos), "props": {}}