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extends Node
signal level_map_updated()
signal game_started()
signal game_ended()
signal game_won()
var Levels = [
"Level_0001",
"Level_0002",
"Level_0003",
"Level_0004",
"Level_0005",
"Level_0005",
"Level_0004",
"Level_0002",
"Level_0001",
]
var Level_Map = []
func _ready():
Network.connect("game_started", Callable(self, "_on_Network_game_started"))
Network.connect("game_ended", Callable(self, "_on_Network_game_ended"))
self.init()
func init():
randomize()
self.Levels.shuffle()
for level in self.Levels:
self.Level_Map.push_back({
time = 0,
cleared_by = { # Network.player
idx = -1,
name = ""
},
meta = {
path = "res://Levels/%s.tscn" % level,
name = level,
},
})
func change_scene_to_instance(instance):
call_deferred("_deferred_change_scene_to_instance", instance)
func _deferred_change_scene_to_instance(instance):
get_tree().current_scene.free()
get_tree().get_root().add_child(instance)
get_tree().set_current_scene(instance)
func get_level(idx):
return self.Level_Map[idx]
func get_instance_level(idx):
var global_level = self.get_level(idx)
var Level = load(global_level.meta.path)
var instance_level = Level.instantiate()
instance_level.idx = idx
return instance_level
func start_level(idx):
var instance_level = self.get_instance_level(idx)
self.change_scene_to_instance(instance_level)
func end_level(instance_level):
var global_level = self.get_level(instance_level.idx)
var time = snapped(instance_level.timer, 0.01)
if (global_level.time == 0 or time < global_level.time):
global_level.time = time
global_level.cleared_by = Network.player
for id in Network.players:
rpc_id(id, "_update_level_map", instance_level.idx, global_level)
get_tree().change_scene_to_file("res://UI/LevelSelect.tscn")
self.check_win()
func cancel_level():
get_tree().change_scene_to_file("res://UI/LevelSelect.tscn")
@rpc("any_peer") func _update_level_map(idx, global_level):
self.Level_Map[idx] = global_level
emit_signal("level_map_updated")
func start_game():
emit_signal("game_started")
func _on_Network_game_started():
get_tree().change_scene_to_file("res://UI/CharacterSelect.tscn")
func end_game():
emit_signal("game_ended")
func _on_Network_game_ended():
get_tree().change_scene_to_file("res://UI/GameOver.tscn")
self.Level_Map = []
self.init()
func has_won():
var has_won = false
var cleared_levels_idx = []
for idx in range(self.Level_Map.size()):
if self.Level_Map[idx].cleared_by.idx == Network.player.idx:
cleared_levels_idx.push_back(idx)
var possible_winning_conditions = [
[0, 1, 2],
[3, 4, 5],
[6, 7, 8],
[0, 3, 6],
[1, 4, 7],
[2, 5, 8],
[0, 4, 8],
[2, 4, 6],
]
# because there's no intersection method on arrays..
for cond in possible_winning_conditions:
var has_cleared = 0
for digit in cond:
if digit in cleared_levels_idx:
has_cleared += 1
if has_cleared == 3:
has_won = true
break
return has_won
func check_win():
var has_won = self.has_won()
if has_won:
# TODO: start 10s timer with callback check_win_timer()
# SAVE IN REMOTE ARRAY USERS WITH CROWN = rpc_id + running timer?
# Check for each user that already has a crown if the win condition is still true
# if it's not, delete user from array and stop timer
# if it is, do nothing, keep running until game end
self.check_win_timer()
pass
func check_win_timer():
var has_won = self.has_won()
if has_won:
emit_signal("game_won", Network.player)
func open_menu():
var Menu = load("res://UI/Menu/Menu.tscn").instantiate()
get_tree().paused = true
get_tree().current_scene.add_child(Menu)
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