lingo2-archipelago - Randomizer for LINGO 2 using Archipelago Multiworld

diff options

Diffstat (limited to 'data/maps/the_stormy/rooms/Center.txtpb')

-rw-r--r--

1 files changed, 5 insertions, 2 deletions

 name: "Center"
-display_name: "Stormy"
 panels {
   name: "REACTOR"
   path: "Panels/Room_1/panel_7"
   clue: "cloud"
   answer: "rain"
   symbols: AGE
+  display_name: "CLOUD (1)"
 }
 panels {
   name: "WIND"
   clue: "wind"
   answer: "tornado"
   symbols: CROSS
+  display_name: "WIND (1)"
 }
 ports {
   name: "ENTRY"
+  display_name: "Worldport"
   path: "Components/Warps/worldport"
-  orientation: "west"
+  destination { x: -8.5 y: 0 z: 6 }
+  rotation: 270
 }

extends Node var ap_server = "" var ap_user = "" var ap_pass = "" const my_version = "0.3.0" const ap_version = {"major": 0, "minor": 4, "build": 0, "class": "Version"} const color_items = [ "White", "Black", "Red", "Blue", "Green", "Brown", "Gray", "Orange", "Purple", "Yellow" ] const progressive_items = { "Progressive Orange Tower": [ {"item": "Orange Tower - Second Floor", "display": "Second Floor"}, {"item": "Orange Tower - Third Floor", "display": "Third Floor"}, {"item": "Orange Tower - Fourth Floor", "display": "Fourth Floor"}, {"item": "Orange Tower - Fifth Floor", "display": "Fifth Floor"}, {"item": "Orange Tower - Sixth Floor", "display": "Sixth Floor"}, {"item": "Orange Tower - Seventh Floor", "display": "Seventh Floor"}, ], "Progressive Art Gallery": [ {"item": "Art Gallery - Second Floor", "display": "Second Floor"}, {"item": "Art Gallery - Third Floor", "display": "Third Floor"}, {"item": "Art Gallery - Fourth Floor", "display": "Fourth Floor"}, {"item": "Art Gallery - Fifth Floor", "display": "Fifth Floor"}, {"item": "Art Gallery - Exit", "display": "Exit"}, ], "Progressive Hallway Room": [ {"item": "Outside The Agreeable - Hallway Door", "display": "First Door"}, {"item": "Hallway Room (2) - Exit", "display": "Second Door"}, {"item": "Hallway Room (3) - Exit", "display": "Third Door"}, {"item": "Hallway Room (4) - Exit", "display": "Fourth Door"}, ] } const filtered_games = ["Ocarina of Time", "Factorio", "Lufia II Ancient Cave"] const kTHE_END = 0 const kTHE_MASTER = 1 const kNO_PANEL_SHUFFLE = 0 const kREARRANGE_PANELS = 1 var _client = WebSocketClient.new() var _should_process = false var _initiated_disconnect = false var _datapackages = {} var _pending_packages = [] var _item_id_to_name = {} # All games var _location_id_to_name = {} # All games var _item_name_to_id = {} # LINGO only var _location_name_to_id = {} # LINGO only var _remote_version = {"major": 0, "minor": 0, "build": 0} const uuid_util = preload("user://maps/Archipelago/vendor/uuid.gd") # TODO: caching per MW/slot, reset between connections var _authenticated = false var _seed = "" var _team = 0 var _slot = 0 var _players = [] var _player_name_by_slot = {} var _checked_locations = [] var _slot_data = {} var _door_ids_by_item = {} var _mentioned_doors = [] var _painting_ids_by_item = {} var _mentioned_paintings = [] var _panel_ids_by_location = {} var _paintings = {} var _paintings_mapping = {} var _localdata_file = "" var _death_link = false var _victory_condition = 0 # THE END, THE MASTER var _door_shuffle = false var _color_shuffle = false var _panel_shuffle = 0 # none, rearrange var _painting_shuffle = false var _slot_seed = 0 var _map_loaded = false var _held_items = [] var _held_locations = [] var _last_new_item = -1 var _progressive_progress = {} var _has_colors = ["white"] signal could_not_connect signal connect_status signal client_connected signal evaluate_solvability func _init(): global._print("Instantiated APClient") # Read AP settings from file, if there are any var file = File.new() if file.file_exists("user://settings/archipelago"): file.open("user://settings/archipelago", File.READ) var data = file.get_var(true) file.close() if data.size() > 0: ap_server = data[0] if data.size() > 1: ap_user = data[1] if data.size() > 2: ap_pass = data[2] if data.size() > 3: _datapackages = data[3] processDatapackages() func _ready(): _client.connect("connection_closed", self, "_closed") _client.connect("connection_failed", self, "_closed") _client.connect("server_disconnected", self, "_closed") _client.connect("connection_error", self, "_errored") _client.connect("connection_established", self, "_connected") _client.connect("data_received", self, "_on_data") func _reset_state(): _should_process = false _authenticated = false _map_loaded = false func _errored(): global._print("AP connection failed") _reset_state() emit_signal( "could_not_connect", "Could not connect to Archipelago. Check that your server and port are correct. See the error log for more information." ) func _closed(_was_clean = true): global._print("Connection closed") _reset_state() if not _initiated_disconnect: emit_signal("could_not_connect", "Disconnected from Archipelago") _initiated_disconnect = false func _connected(_proto = ""): global._print("Connected!") func disconnect_from_ap(): _initiated_disconnect = true _client.disconnect_from_host() func _on_data(): var packet = _client.get_peer(1).get_packet() global._print("Got data from server: " + packet.get_string_from_utf8()) var data = JSON.parse(packet.get_string_from_utf8()) if data.error != OK: global._print("Error parsing packet from AP: " + data.error_string) return for message in data.result: var cmd = message["cmd"] global._print("Received command: " + cmd) if cmd == "RoomInfo": _seed = message["seed_name"] _remote_version = message["version"] var needed_games = [] for game in message["datapackage_checksums"].keys(): # Due to a limitation with Godot 3.x, downloading a datapackage # that is too large will silently fail and prevent us from # finishing the connection process. So we will hardcode the # names of games that are likely to cause connection problems, # and not download those datapackages. Which is not ideal. if ( ( !_datapackages.has(game) or _datapackages[game]["checksum"] != message["datapackage_checksums"][game] ) and not filtered_games.has(game) ): needed_games.append(game) if !needed_games.empty(): _pending_packages = needed_games var cur_needed = _pending_packages.pop_front() requestDatapackages([cur_needed]) else: connectToRoom() elif cmd == "DataPackage": for game in message["data"]["games"].keys(): _datapackages[game] = message["data"]["games"][game] saveSettings() if !_pending_packages.empty(): var cur_needed = _pending_packages.pop_front() requestDatapackages([cur_needed]) else: processDatapackages() connectToRoom() elif cmd == "Connected": _authenticated = true _team = message["team"] _slot = message["slot"] _players = message["players"] _checked_locations = message["checked_locations"] _slot_data = message["slot_data"] for player in _players: _player_name_by_slot[player["slot"]] = player["alias"] if _slot_data.has("door_ids_by_item_id"): _door_ids_by_item = _slot_data["door_ids_by_item_id"] _mentioned_doors = [] for item in _door_ids_by_item.values(): for door in item: _mentioned_doors.append(door) if _slot_data.has("painting_ids_by_item_id"): _painting_ids_by_item = _slot_data["painting_ids_by_item_id"] _mentioned_paintings = [] for item in _painting_ids_by_item.values(): for painting in item: _mentioned_paintings.append(painting) if _slot_data.has("panel_ids_by_location_id"): _panel_ids_by_location = _slot_data["panel_ids_by_location_id"] if _slot_data.has("paintings"): _paintings = _slot_data["paintings"] _death_link = _slot_data.has("death_link") and _slot_data["death_link"] if _death_link: sendConnectUpdate(["DeathLink"]) if _slot_data.has("victory_condition"): _victory_condition = _slot_data["victory_condition"] if _slot_data.has("shuffle_colors"): _color_shuffle = _slot_data["shuffle_colors"] if _slot_data.has("shuffle_doors"): _door_shuffle = (_slot_data["shuffle_doors"] > 0) if _slot_data.has("shuffle_paintings"): _painting_shuffle = (_slot_data["shuffle_paintings"] > 0) if _slot_data.has("shuffle_panels"): _panel_shuffle = _slot_data["shuffle_panels"] if _slot_data.has("seed"): _slot_seed = _slot_data["seed"] if _slot_data.has("painting_entrance_to_exit"): _paintings_mapping = _slot_data["painting_entrance_to_exit"] _localdata_file = "user://archipelago_data/%s_%d" % [_seed, _slot] var ap_file = File.new() if ap_file.file_exists(_localdata_file): ap_file.open(_localdata_file, File.READ) var localdata = ap_file.get_var(true) ap_file.close() if localdata.size() > 0: _last_new_item = localdata[0] else: _last_new_item = -1 requestSync() emit_signal("client_connected") elif cmd == "ConnectionRefused": var error_message = "" for error in message["errors"]: var submsg = "" if error == "InvalidSlot": submsg = "Invalid player name." elif error == "InvalidGame": submsg = "The specified player is not playing Lingo." elif error == "IncompatibleVersion": submsg = ( "The Archipelago server is not the correct version for this client. Expected v%d.%d.%d. Found v%d.%d.%d." % [ ap_version["major"], ap_version["minor"], ap_version["build"], _remote_version["major"], _remote_version["minor"], _remote_version["build"] ] ) elif error == "InvalidPassword": submsg = "Incorrect password." elif error == "InvalidItemsHandling": submsg = "Invalid item handling flag. This is a bug with the client. Please report it to the lingo-archipelago GitHub." if submsg != "": if error_message != "": error_message += " " error_message += submsg if error_message == "": error_message = "Unknown error." _initiated_disconnect = true _client.disconnect_from_host() emit_signal("could_not_connect", error_message) global._print("Connection to AP refused") global._print(message) elif cmd == "ReceivedItems": if message["index"] == 0: # We are being sent all of our items, so lets reset any progress # on progressive items. _progressive_progress.clear() _held_items = [] var i = 0 for item in message["items"]: if _map_loaded: processItem(item["item"], message["index"] + i, item["player"], item["flags"]) else: _held_items.append( { "item": item["item"], "index": message["index"] + i, "from": item["player"], "flags": item["flags"] } ) i += 1 elif cmd == "PrintJSON": if ( !message.has("receiving") or !message.has("item") or message["item"]["player"] != _slot ): continue var item_name = "Unknown" if _item_id_to_name.has(message["item"]["item"]): item_name = _item_id_to_name[message["item"]["item"]] var location_name = "Unknown" if _location_id_to_name.has(message["item"]["location"]): location_name = _location_id_to_name[message["item"]["location"]] var player_name = "Unknown" if _player_name_by_slot.has(message["receiving"]): player_name = _player_name_by_slot[message["receiving"]] var item_color = colorForItemType(message["item"]["flags"]) var messages_node = get_tree().get_root().get_node("Spatial/AP_Messages") if message["type"] == "Hint": var is_for = "" if message["receiving"] != _slot: is_for = " for %s" % player_name if !message.has("found") || !message["found"]: messages_node.showMessage( ( "Hint: [color=%s]%s[/color]%s is on %s" % [item_color, item_name, is_for, location_name] ) ) else: if message["receiving"] != _slot: messages_node.showMessage( "Sent [color=%s]%s[/color] to %s" % [item_color, item_name, player_name] ) elif cmd == "Bounced": if ( _death_link and message.has("tags") and message.has("data") and message["tags"].has("DeathLink") ): var messages_node = get_tree().get_root().get_node("Spatial/AP_Messages") var first_sentence = "Received Death" var second_sentence = "" if message["data"].has("source"): first_sentence = "Received Death from %s" % message["data"]["source"] if message["data"].has("cause"): second_sentence = ". Reason: %s" % message["data"]["cause"] messages_node.showMessage(first_sentence + second_sentence) # Return the player home. get_tree().get_root().get_node("Spatial/player/pause_menu")._reload() func _process(_delta): if _should_process: _client.poll() func saveSettings(): # Save the AP settings to disk. var dir = Directory.new() var path = "user://settings" if dir.dir_exists(path): pass else: dir.make_dir(path) var file = File.new() file.open("user://settings/archipelago", File.WRITE) var data = [ap_server, ap_user, ap_pass, _datapackages] file.store_var(data, true) file.close() func saveLocaldata(): # Save the MW/slot specific settings to disk. var dir = Directory.new() var path = "user://archipelago_data" if dir.dir_exists(path): pass else: dir.make_dir(path) var file = File.new() file.open(_localdata_file, File.WRITE) var data = [_last_new_item] file.store_var(data, true) file.close() func getSaveFileName(): return "zzAP_%s_%d" % [_seed, _slot] func connectToServer(): _initiated_disconnect = false var url = "ws://" + ap_server var err = _client.connect_to_url(url) if err != OK: emit_signal( "could_not_connect", ( "Could not connect to Archipelago. Check that your server and port are correct. See the error log for more information. Error code: %d." % err ) ) global._print("Could not connect to AP: " + err) return _should_process = true emit_signal("connect_status", "Connecting...") func sendMessage(msg): var payload = JSON.print(msg) _client.get_peer(1).set_write_mode(WebSocketPeer.WRITE_MODE_TEXT) _client.get_peer(1).put_packet(payload.to_utf8()) func requestDatapackages(games): emit_signal("connect_status", "Downloading %s data package..." % games[0]) sendMessage([{"cmd": "GetDataPackage", "games": games}]) func processDatapackages(): _item_id_to_name = {} _location_id_to_name = {} for package in _datapackages.values(): for name in package["item_name_to_id"].keys(): _item_id_to_name[package["item_name_to_id"][name]] = name for name in package["location_name_to_id"].keys(): _location_id_to_name[package["location_name_to_id"][name]] = name if _datapackages.has("Lingo"): _item_name_to_id = _datapackages["Lingo"]["item_name_to_id"] _location_name_to_id = _datapackages["Lingo"]["location_name_to_id"] func connectToRoom(): emit_signal("connect_status", "Authenticating...") sendMessage( [ { "cmd": "Connect", "password": ap_pass, "game": "Lingo", "name": ap_user, "uuid": uuid_util.v4(), "version": ap_version, "items_handling": 0b111, # always receive our items "tags": [], "slot_data": true } ] ) func sendConnectUpdate(tags): sendMessage([{"cmd": "ConnectUpdate", "tags": tags}]) func requestSync(): sendMessage([{"cmd": "Sync"}]) func sendLocation(loc_id): if _map_loaded: sendMessage([{"cmd": "LocationChecks", "locations": [loc_id]}]) else: _held_locations.append(loc_id) func completedGoal(): sendMessage([{"cmd": "StatusUpdate", "status": 30}]) # CLIENT_GOAL func mapFinishedLoading(): if !_map_loaded: _has_colors = ["white"] emit_signal("evaluate_solvability") for item in _held_items: processItem(item["item"], item["index"], item["from"], item["flags"]) sendMessage([{"cmd": "LocationChecks", "locations": _held_locations}]) _map_loaded = true _held_items = [] _held_locations = [] func processItem(item, index, from, flags): global._print(item) var stringified = String(item) if _door_ids_by_item.has(stringified): var doorsNode = get_tree().get_root().get_node("Spatial/Doors") for door_id in _door_ids_by_item[stringified]: doorsNode.get_node(door_id).openDoor() if _painting_ids_by_item.has(stringified): var real_parent_node = get_tree().get_root().get_node("Spatial/Decorations/Paintings") var fake_parent_node = get_tree().get_root().get_node("Spatial/AP_Paintings") for painting_id in _painting_ids_by_item[stringified]: var painting_node = real_parent_node.get_node_or_null(painting_id) if painting_node != null: painting_node.movePainting() if _painting_shuffle: painting_node = fake_parent_node.get_node_or_null(painting_id) if painting_node != null: painting_node.get_node("Script").movePainting() # Handle progressive items. var item_name = "Unknown" if _item_id_to_name.has(item): item_name = _item_id_to_name[item] if item_name in progressive_items.keys(): if not item_name in _progressive_progress: _progressive_progress[item_name] = 0 if _progressive_progress[item_name] < progressive_items[item_name].size(): var subitem_name = progressive_items[item_name][_progressive_progress[item_name]]["item"] global._print(subitem_name) processItem(_item_name_to_id[subitem_name], null, null, null) _progressive_progress[item_name] += 1 if _color_shuffle and color_items.has(_item_id_to_name[item]): var lcol = _item_id_to_name[item].to_lower() if not _has_colors.has(lcol): _has_colors.append(lcol) emit_signal("evaluate_solvability") # Show a message about the item if it's new. Also apply effects here. if index != null and index > _last_new_item: _last_new_item = index saveLocaldata() if item_name in progressive_items: var subitem = progressive_items[item_name][_progressive_progress[item_name] - 1] item_name += " (%s)" % subitem["display"] var player_name = "Unknown" if _player_name_by_slot.has(from): player_name = _player_name_by_slot[from] var item_color = colorForItemType(flags) var messages_node = get_tree().get_root().get_node("Spatial/AP_Messages") if from == _slot: messages_node.showMessage("Found [color=%s]%s[/color]" % [item_color, item_name]) else: messages_node.showMessage( "Received [color=%s]%s[/color] from %s" % [item_color, item_name, player_name] ) var effects_node = get_tree().get_root().get_node("Spatial/AP_Effects") if item_name == "Slowness Trap": effects_node.trigger_slowness_trap() if item_name == "Iceland Trap": effects_node.trigger_iceland_trap() func doorIsVanilla(door): return !_mentioned_doors.has(door) func paintingIsVanilla(painting): return !_mentioned_paintings.has(painting) func colorForItemType(flags): var int_flags = int(flags) if int_flags & 1: # progression return "#bc51e0" elif int_flags & 2: # useful return "#2b67ff" elif int_flags & 4: # trap return "#d63a22" else: # filler return "#14de9e"


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