extends Node
var activated = false
var effect_running = false
var slowness_remaining = 0
var iceland_remaining = 0
var atbash_remaining = 0
var queued_iceland = 0
var skip_available = false
var puzzle_focused = false
var solve_mode = false
var not_behind_wall = false
var puzzle_to_skip = ""
var text_dirty = true
var orig_env
var orig_walk
var orig_run
var wallcast
func _ready():
orig_env = get_tree().get_root().get_node("Spatial/player/pivot/camera").environment
orig_walk = get_tree().get_root().get_node("Spatial/player").walk_speed
orig_run = get_tree().get_root().get_node("Spatial/player").run_speed
wallcast = get_tree().get_root().get_node("Spatial/player/pivot/camera/wallcast")
var label = Label.new()
label.set_name("label")
label.margin_right = 1920.0 - 20.0
label.margin_top = 20.0
label.align = Label.ALIGN_RIGHT
label.valign = Label.VALIGN_TOP
var dynamic_font = DynamicFont.new()
dynamic_font.font_data = load("res://fonts/Lingo.ttf")
dynamic_font.size = 36
dynamic_font.outline_color = Color(0, 0, 0, 1)
dynamic_font.outline_size = 2
label.add_font_override("font", dynamic_font)
add_child(label)
var slowness_timer = Timer.new()
slowness_timer.name = "SlownessTimer"
slowness_timer.wait_time = 1.0
add_child(slowness_timer)
slowness_timer.connect("timeout", self, "_tick_slowness")
var iceland_timer = Timer.new()
iceland_timer.name = "IcelandTimer"
iceland_timer.wait_time = 1.0
add_child(iceland_timer)
iceland_timer.connect("timeout", self, "_tick_iceland")
func activate():
activated = true
if queued_iceland > 0:
trigger_iceland_trap(queued_iceland)
queued_iceland = 0
func trigger_slowness_trap(length = 30):
if slowness_remaining == 0:
var player = get_tree().get_root().get_node("Spatial/player")
player.walk_speed = orig_walk / 2.0
player.run_speed = orig_run / 2.0
$SlownessTimer.start()
slowness_remaining += length
text_dirty = true
var apclient = global.get_node("Archipelago")
apclient.saveLocaldata()
func trigger_iceland_trap(length = 60):
if not activated:
queued_iceland += length
return
if iceland_remaining == 0:
get_tree().get_root().get_node("Spatial/player/pivot/camera").set_environment(
load("res://environments/level_iceland.tres")
)
$IcelandTimer.start()
iceland_remaining += length
text_dirty = true
var apclient = global.get_node("Archipelago")
apclient.saveLocaldata()
func trigger_atbash_trap():
var newly_atbash = (atbash_remaining == 0)
atbash_remaining += 1
if newly_atbash:
var apclient = global.get_node("Archipelago")
apclient.evaluateSolvability()
text_dirty = true
var apclient = global.get_node("Archipelago")
apclient.saveLocaldata()
func deactivate_atbash_trap():
if atbash_remaining > 0:
atbash_remaining -= 1
if atbash_remaining == 0:
var apclient = global.get_node("Archipelago")
apclient.evaluateSolvability()
text_dirty = true
var apclient = global.get_node("Archipelago")
apclient.saveLocaldata()
func show_puzzle_skip_message(node_path):
if puzzle_focused and node_path != puzzle_to_skip:
hide_puzzle_skip_message()
var panel_input = get_tree().get_root().get_node(node_path)
if not panel_input.visible:
return
var ap_panel = panel_input.get_parent().get_parent().get_parent().get_parent().get_node_or_null(
"AP_Panel"
)
if ap_panel == null or not ap_panel.solvable:
return
puzzle_focused = true
wallcast.enabled = true
not_behind_wall = false
text_dirty = true
puzzle_to_skip = node_path
_evaluate_puzzle_skip()
func hide_puzzle_skip_message():
puzzle_focused = false
wallcast.enabled = false
not_behind_wall = false
text_dirty = true
_evaluate_puzzle_skip()
func enter_solve_mode():
solve_mode = true
_evaluate_puzzle_skip()
func exit_solve_mode():
solve_mode = false
_evaluate_puzzle_skip()
func skip_puzzle():
if not solve_mode and puzzle_focused:
var apclient = global.get_node("Archipelago")
if apclient.getAvailablePuzzleSkips() > 0:
apclient.usePuzzleSkip()
get_tree().get_root().get_node(puzzle_to_skip).complete()
func _evaluate_puzzle_skip():
if puzzle_focused and not solve_mode:
skip_available = true
else:
skip_available = false
text_dirty = true
func _tick_slowness():
slowness_remaining -= 1
text_dirty = true
if slowness_remaining == 0:
var player = get_tree().get_root().get_node("Spatial/player")
player.walk_speed = orig_walk
player.run_speed = orig_run
$SlownessTimer.stop()
if slowness_remaining % 5 == 0:
var apclient = global.get_node("Archipelago")
apclient.saveLocaldata()
func _tick_iceland():
iceland_remaining -= 1
text_dirty = true
if iceland_remaining == 0:
get_tree().get_root().get_node("Spatial/player/pivot/camera").set_environment(
orig_env
)
$IcelandTimer.stop()
if iceland_remaining % 5 == 0:
var apclient = global.get_node("Archipelago")
apclient.saveLocaldata()
func _process(_delta):
if puzzle_focused:
var should_nbw = false
if wallcast.is_colliding():
var player = get_tree().get_root().get_node("Spatial/player")
var puzzlecast = player.get_node("pivot/camera/RayCast_sight")
var distance = puzzlecast.get_collision_point().distance_to(wallcast.get_collision_point())
should_nbw = (distance < 0.05)
if should_nbw != not_behind_wall:
not_behind_wall = should_nbw
text_dirty = true
if text_dirty:
text_dirty = false
var text = ""
if atbash_remaining == 1:
text += "Atbash Trap lasts until you solve a puzzle"
if atbash_remaining > 1:
text += ("Atbash Trap lasts until you solve %d puzzles" % atbash_remaining)
if slowness_remaining > 0:
if not text.empty():
text += "\n"
text += "Slowness: %d seconds" % slowness_remaining
if iceland_remaining > 0:
if not text.empty():
text += "\n"
text += "Iceland: %d seconds" % iceland_remaining
if skip_available and not_behind_wall:
var apclient = global.get_node("Archipelago")
if apclient.getAvailablePuzzleSkips() > 0:
if not text.empty():
text += "\n"
text += "Press P to skip puzzle (%d available)" % apclient.getAvailablePuzzleSkips()
self.get_node("label").text = text
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extends "res://scripts/load.gd"
const EXCLUDED_PAINTINGS = [
"ascension.tscn",
"ascension_ne.tscn",
"ascension_nw.tscn",
"ascension_se.tscn",
"ascension_sw.tscn",
"frame.tscn",
"scenery_0.tscn",
"scenery_1.tscn",
"scenery_2.tscn",
"scenery_3.tscn",
"scenery_4.tscn",
"scenery_5.tscn",
"pilgrim.tscn"
]
func _load():
global._print("Hooked Load Start")
var apclient = global.get_node("Archipelago")
# Override the YOU panel with the AP slot name.
if self.get_node_or_null("Panels/Color Arrow Room/Panel_you") != null:
self.get_node("Panels/Color Arrow Room/Panel_you").answer = apclient.ap_user
for node in get_tree().get_nodes_in_group("text_you"):
if "text" in node:
node.text = apclient.ap_user
elif "value" in node:
node.value = apclient.ap_user
for node in get_tree().get_nodes_in_group("answer_you"):
if "answer" in node:
node.answer = apclient.ap_user
# Create "The Wanderer".
set_gridmap_tile(-4.5, 6.5, 56.5, "MeshInstance4")
set_gridmap_tile(-3.5, 6.5, 56.5, "MeshInstance18")
set_gridmap_tile(-3.5, 6.5, 57.5, "MeshInstance5")
var door_scene = load("res://nodes/door.tscn")
var door_script = load("user://maps/Archipelago/doorControl.gd")
var wanderer_entrance = door_scene.instance()
wanderer_entrance.name = "Door_wanderer_entrance"
wanderer_entrance.translation = Vector3(7.5, 5, 53)
wanderer_entrance.rotation = Vector3(0, -PI / 2, 0)
wanderer_entrance.scale = Vector3(1, 1.5, 1)
wanderer_entrance.set_script(door_script)
wanderer_entrance.panels.append("../../../Panels/Tower Room/Panel_wanderlust_1234567890")
get_node("Doors/Tower Room Area Doors").add_child(wanderer_entrance)
var wanderer_achieve = get_node("Panels/Tower Room/Panel_1234567890_wanderlust")
wanderer_achieve.get_parent().remove_child(wanderer_achieve)
get_node("Panels/Countdown Panels").add_child(wanderer_achieve)
var countdown_scene = load("res://nodes/panel_countdown.tscn")
var wanderer_cdp = countdown_scene.instance()
wanderer_cdp.name = "CountdownPanel_wanderer"
wanderer_cdp.panels = [
"../../Panels/Tower Room/Panel_wanderlust_1234567890",
"../../Panels/Orange Room/Panel_lust",
"../../Panels/Orange Room/Panel_read",
"../../Panels/Orange Room/Panel_sew",
"../../Panels/Orange Room/Panel_dead",
"../../Panels/Orange Room/Panel_learn",
"../../Panels/Orange Room/Panel_dust",
"../../Panels/Orange Room/Panel_star",
"../../Panels/Orange Room/Panel_wander"
]
wanderer_cdp.translation = wanderer_achieve.translation
wanderer_cdp.rotation = wanderer_achieve.rotation
get_node("CountdownPanels").add_child(wanderer_cdp)
wanderer_achieve.translation = Vector3(-51, -33, 35) # way under the map
# Set up The Master to be variable.
var old_master_cdp = get_node("CountdownPanels/CountdownPanel_countdown_16")
var cdp_auto_scene = load("res://nodes/panel_countdown_auto.tscn")
var new_master_cdp = cdp_auto_scene.instance()
new_master_cdp.name = "AP_variable_master"
new_master_cdp.replace_with = old_master_cdp.replace_with
new_master_cdp.panels = "../../Panels/Countdown Panels"
new_master_cdp.maxlength = apclient._mastery_achievements
new_master_cdp.translation = old_master_cdp.translation
new_master_cdp.rotation = old_master_cdp.rotation
get_node("CountdownPanels").add_child(new_master_cdp)
old_master_cdp.queue_free()
# This is the best time to create the location nodes, since the map is now
# loaded but the panels haven't been solved from the save file yet.
var panels_parent = self.get_node("Panels")
var location_script = ResourceLoader.load("user://maps/Archipelago/location.gd")
for location_id in apclient._panel_ids_by_location.keys():
var location = location_script.new()
location.ap_id = int(location_id)
location.name = "AP_location_" + location.ap_id
self.add_child(location)
var panels = apclient._panel_ids_by_location[String(location.ap_id)]
location.total = panels.size()
for panel in panels:
var that_panel
if panel.begins_with("EndPanel"):
that_panel = self.get_node("Decorations").get_node(panel)
else:
that_panel = panels_parent.get_node(panel)
that_panel.get_node("Viewport/GUI/Panel/TextEdit").connect(
"answer_correct", location, "handle_correct"
)
# Randomize the panels, if necessary.
var rng = RandomNumberGenerator.new()
rng.seed = apclient._slot_seed
var gamedata = apclient.get_node("Gamedata")
if apclient._panel_shuffle == apclient.kREARRANGE_PANELS:
# Do the actual shuffling.
var panel_pools = {}
for panel in gamedata.panels:
if not panel_pools.has(panel["tag"]):
panel_pools[panel["tag"]] = {}
var pool = panel_pools[panel["tag"]]
var subtag = "default"
if panel.has("subtag"):
subtag = panel["subtag"]
if not pool.has(subtag):
pool[subtag] = []
var panel_node = panels_parent.get_node(panel["id"])
pool[subtag].append(
{
"id": panel["id"],
"hint": panel_node.text,
"answer": panel_node.answer,
"link": panel["link"],
"copy_to_sign": panel["copy_to_sign"]
}
)
for tag in panel_pools.keys():
if tag == "forbid":
continue
var pool = panel_pools[tag]
for subtag in pool.keys():
pool[subtag].sort_custom(self, "sort_by_link")
var count = pool[pool.keys()[0]].size()
var iota = range(0, count)
var order = []
while not iota.empty():
var i = rng.randi_range(0, iota.size() - 1)
order.append(iota[i])
iota.remove(i)
for subtag in pool.keys():
for i in range(0, count):
var source = pool[subtag][i]
var target = pool[subtag][order[i]]
var target_panel_node = panels_parent.get_node(target["id"])
target_panel_node.text = source["hint"]
target_panel_node.answer = source["answer"]
for sign_name in target["copy_to_sign"]:
self.get_node("Decorations/PanelSign").get_node(sign_name).value = source["hint"]
# Change the answer to the final puzzle in the art gallery based on the
# puzzles that were shuffled into the constituent places.
var new_answer = panels_parent.get_node("Painting Room/Panel_eon_one").answer
new_answer += " "
new_answer += panels_parent.get_node("Painting Room/Panel_path_road").answer
new_answer += " "
new_answer += panels_parent.get_node("Painting Room/Panel_any_many").answer
new_answer += " "
new_answer += panels_parent.get_node("Painting Room/Panel_send_use_turns").answer
panels_parent.get_node("Painting Room/Panel_order_onepathmanyturns").answer = new_answer
# Handle our other static panels after panel randomization, so that the old
# values can enter the pool, if necessary.
set_static_panel("Entry Room/Panel_hi_hi", "hi")
set_static_panel("Entry Room/Panel_write_write", apclient.my_version)
set_static_panel("Entry Room/Panel_same_same", str(apclient._slot_seed))
set_static_panel("Entry Room/Panel_type_type", "victory")
var victory_condition = "unknown"
if apclient._victory_condition == apclient.kTHE_END:
victory_condition = "the end"
elif apclient._victory_condition == apclient.kTHE_MASTER:
victory_condition = "the master"
set_static_panel("Entry Room/Panel_this_this", victory_condition)
set_static_panel("Entry Room/Panel_hidden_hidden", "hewwo")
set_static_panel("Entry Room/Panel_hi_high", "goode", "good")
set_static_panel("Entry Room/Panel_low_low", "serendipity", "luck")
set_static_panel("Shuffle Room/Panel_secret_secret", "trans rights", "human rights")
# Finish up with The Wanderer.
wanderer_achieve.text = "12345656"
wanderer_achieve.answer = "the wanderer"
wanderer_achieve.achieved_text = "the wanderer"
wanderer_cdp.replace_with = "../../Panels/Countdown Panels/Panel_1234567890_wanderlust"
get_node("Doors/Tower Room Area Doors/Door_wanderlust_start").panels = [
"../../../Panels/Countdown Panels/Panel_1234567890_wanderlust"
]
# Randomize the paintings, if necessary.
if apclient._painting_shuffle:
var paintings_dir = Directory.new()
var all_paintings = []
if paintings_dir.open("res://nodes/paintings") == OK:
paintings_dir.list_dir_begin()
var file_name = paintings_dir.get_next()
while file_name != "":
if file_name.ends_with(".tscn") and not EXCLUDED_PAINTINGS.has(file_name):
all_paintings.append(file_name.trim_suffix(".tscn"))
file_name = paintings_dir.get_next()
paintings_dir.list_dir_end()
var pd = Node.new()
pd.set_name("AP_Paintings")
self.add_child(pd)
var classes = {}
for painting in apclient._paintings_mapping.values():
if not classes.has(painting):
var i = rng.randi_range(0, all_paintings.size() - 1)
var chosen = all_paintings[i]
classes[painting] = chosen
all_paintings.remove(i)
var randomized = []
for painting in classes.keys():
var painting_class = classes[painting]
instantiate_painting(painting, painting_class)
randomized.append(painting)
for source_painting in apclient._paintings_mapping.keys():
var target_painting = apclient._paintings_mapping[source_painting]
var painting_class = classes[target_painting]
var new_source = instantiate_painting(source_painting, painting_class)
new_source.target = pd.get_node(target_painting).get_node("Script")
randomized.append(source_painting)
var remaining_size = classes.size() / 2
if remaining_size >= all_paintings.size():
remaining_size = all_paintings.size()
var remaining = []
for i in range(0, remaining_size):
var j = rng.randi_range(0, all_paintings.size() - 1)
remaining.append(all_paintings[j])
all_paintings.remove(j)
for painting in apclient._paintings.keys():
if randomized.has(painting):
continue
var chosen_painting = remaining[rng.randi_range(0, remaining.size() - 1)]
instantiate_painting(painting, chosen_painting)
# If door shuffle is on, we need to make some changes to the Art Gallery.
# The player should always have access to the backroom, but they shouldn't
# have access to ORDER until getting the fifth floor, so will move the
# backroom door. Also, the paintings in the backroom should only show up as
# the player gets the progressive art gallery items.
#
# We also need to add an extra door to The Fearless.
if apclient._door_shuffle:
var backroom_door = get_node("Doors/Tower Room Area Doors/Door_painting_backroom")
backroom_door.translation.x = 97
backroom_door.translation.y = 0
backroom_door.translation.z = 39
backroom_door.scale.x = 2
backroom_door.scale.y = 2.5
backroom_door.scale.z = 1
for i in range(2, 6):
var painting_path = "Decorations/Paintings/scenery_painting_%db" % i
var painting_node = get_node(painting_path)
var rotate = painting_node.rotate
var target = painting_node.target
painting_node.set_script(load("res://scripts/painting_eye.gd"))
painting_node.rotate = rotate
painting_node.target = target
painting_node.move_to_x = painting_node.translation.x
painting_node.move_to_z = painting_node.translation.z
painting_node.translation.x = 88
painting_node.translation.z = 39
var fearless_door = get_node("Doors/Naps Room Doors/Door_hider_5").duplicate()
fearless_door.name = "Door_hider_new1"
fearless_door.translation.y = 5
get_node("Doors/Naps Room Doors").add_child(fearless_door)
# Set up notifiers for each achievement panel, for the tracker.
var notifier_script = ResourceLoader.load("user://maps/Archipelago/notifier.gd")
for panel in gamedata.panels:
if "achievement" in panel:
var panel_node = panels_parent.get_node(panel["id"])
var script_instance = notifier_script.new()
script_instance.name = "Achievement_Notifier"
script_instance.key = "Achievement|%s" % panel["achievement"]
panel_node.add_child(script_instance)
# Attach a script to every panel so that we can do things like conditionally
# disable them.
var panel_script = ResourceLoader.load("user://maps/Archipelago/panel.gd")
for panel in gamedata.panels:
var panel_node = panels_parent.get_node(panel["id"])
var script_instance = panel_script.new()
script_instance.name = "AP_Panel"
script_instance.data = panel
panel_node.add_child(script_instance)
apclient.connect("evaluate_solvability", script_instance, "evaluate_solvability")
# Hook up the goal panel.
if apclient._victory_condition == 1:
var the_master = self.get_node("Panels/Countdown Panels/Panel_master_master")
the_master.get_node("Viewport/GUI/Panel/TextEdit").connect(
"answer_correct", apclient, "completedGoal"
)
else:
var the_end = self.get_node("Decorations/EndPanel/Panel_end_end")
the_end.get_node("Viewport/GUI/Panel/TextEdit").connect(
"answer_correct", apclient, "completedGoal"
)
# Create the effects node.
var effects_script = ResourceLoader.load("user://maps/Archipelago/effects.gd")
var effects = effects_script.new()
effects.set_name("AP_Effects")
self.add_child(effects)
# Hook up the scene to be able to handle connection failures.
apclient.connect("could_not_connect", self, "archipelago_disconnected")
# Proceed with the rest of the load.
global._print("Hooked Load End")
._load()
# Process any items received while the map was loading, and send the checks
# from the save load.
apclient.mapFinishedLoading()
func _load_user_textures():
# We are using this function as a hook to process queued Iceland Traps
# because it happens after the environment gets set.
var effects_node = get_tree().get_root().get_node("Spatial/AP_Effects")
effects_node.activate()
._load_user_textures()
func sort_by_link(a, b):
return a["link"] < b["link"]
func set_static_panel(name, question, answer = ""):
if answer == "":
answer = question
var node = self.get_node("Panels").get_node(name)
node.text = question
node.answer = answer
func instantiate_painting(name, scene):
var apclient = global.get_node("Archipelago")
var scene_path = "res://nodes/paintings/%s.tscn" % scene
var painting_scene = load(scene_path)
var new_painting = painting_scene.instance()
new_painting.set_name(name)
var old_painting = self.get_node("Decorations/Paintings").get_node(name)
new_painting.translation = old_painting.translation
new_painting.rotation = old_painting.rotation
var mypainting_script = ResourceLoader.load("user://maps/Archipelago/mypainting.gd")
var mps_inst = mypainting_script.new()
mps_inst.set_name("Script")
var pconfig = apclient._paintings[name]
mps_inst.orientation = pconfig["orientation"]
if pconfig["move"]:
mps_inst.move = true
mps_inst.move_to_x = old_painting.move_to_x
mps_inst.move_to_z = old_painting.move_to_z
mps_inst.key = old_painting.key
self.get_node("AP_Paintings").add_child(new_painting)
new_painting.add_child(mps_inst)
old_painting.queue_free()
return mps_inst
func set_gridmap_tile(x, y, z, tile):
var gridmap = self.get_node("GridMap")
var mesh_library = gridmap.mesh_library
var mapvec = gridmap.world_to_map(gridmap.to_local(Vector3(x, y, z)))
gridmap.set_cell_item(mapvec.x, mapvec.y, mapvec.z, mesh_library.find_item_by_name(tile))
func archipelago_disconnected(reason):
var messages_node = self.get_node("Messages")
messages_node.show_message(reason)
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