fx: wrapping

evolve-die-repeat/game_manager.gd

@@ -6,7 +6,7 @@ var mainSceneInstance
 # Screen
 var screen_size = Vector2(1920.0, 1080.0)  # Default screen size (this is a float for some reason)
 var viewport_size
-@onready var extent: Rect2 = get_viewport().get_visible_rect()
+var extent: Rect2
 
 # utils.
 var rng = RandomNumberGenerator.new()
@@ -57,6 +57,8 @@ func init_screen_size(x:float, y:float) -> void:
 	screen_size.x = x
 	screen_size.y = y
 
+	extent = Rect2(Vector2(-viewport_size.x/2, -viewport_size.y/2), viewport_size + screen_size)
+
 # This can take a vector of any size (but should be 2d, other components are unused)
 func get_boundaried_position(position):
 	# clamp

evolve-die-repeat/shared/wrapping_manager.gd

@@ -52,34 +52,34 @@ func _handle_wrapping():
 	# Find corresponding section of the screen
 	if owner.collision.position.x < GameManager.screen_size.x/2 and owner.collision.position.y < GameManager.screen_size.y/2:
 		# Right
-		mirrors[0].global_position = owner.collision.global_position + Vector2(GameManager.screen_size.x, 0)
+		mirrors[0].global_position = owner.collision.global_position + Vector2(GameManager.extent.size.x, 0)
 		# Diag
-		mirrors[2].global_position = owner.collision.global_position + Vector2(GameManager.screen_size.x, GameManager.screen_size.y)
+		mirrors[2].global_position = owner.collision.global_position + Vector2(GameManager.extent.size.x, GameManager.extent.size.y)
 		# Bottom
-		mirrors[1].global_position = owner.collision.global_position + Vector2(0, GameManager.screen_size.y)
+		mirrors[1].global_position = owner.collision.global_position + Vector2(0, GameManager.extent.size.y)
 
 		
 	elif owner.collision.position.x < GameManager.screen_size.x/2:
 		# Top
-		mirrors[0].global_position = owner.collision.global_position +  Vector2(0, - GameManager.screen_size.y)
+		mirrors[0].global_position = owner.collision.global_position +  Vector2(0, - GameManager.extent.size.y)
 		# Diag
-		mirrors[1].global_position = owner.collision.global_position +  Vector2(GameManager.screen_size.x, - GameManager.screen_size.y)
+		mirrors[1].global_position = owner.collision.global_position +  Vector2(GameManager.extent.size.x, - GameManager.extent.size.y)
 		# Right
-		mirrors[2].global_position = owner.collision.global_position +  Vector2(GameManager.screen_size.x, 0)
+		mirrors[2].global_position = owner.collision.global_position +  Vector2(GameManager.extent.size.x, 0)
 		
 		
 	elif owner.collision.position.y < GameManager.screen_size.y/2:
 		# Left 
-		mirrors[0].global_position = owner.collision.global_position +  Vector2(- GameManager.screen_size.x, 0)
+		mirrors[0].global_position = owner.collision.global_position +  Vector2(- GameManager.extent.size.x, 0)
 		# Bottom
-		mirrors[1].global_position = owner.collision.global_position +  Vector2(0, GameManager.screen_size.y)
+		mirrors[1].global_position = owner.collision.global_position +  Vector2(0, GameManager.extent.size.y)
 		# Diag
-		mirrors[2].global_position = owner.collision.global_position +  Vector2(- GameManager.screen_size.x, GameManager.screen_size.y)
+		mirrors[2].global_position = owner.collision.global_position +  Vector2(- GameManager.extent.size.x, GameManager.extent.size.y)
 
 	else:
 		# Left
-		mirrors[0].global_position = owner.collision.global_position +  Vector2(- GameManager.screen_size.x, 0)
+		mirrors[0].global_position = owner.collision.global_position +  Vector2(- GameManager.extent.size.x, 0)
 		# Diag
-		mirrors[1].global_position = owner.collision.global_position +  Vector2(- GameManager.screen_size.x, - GameManager.screen_size.y)
+		mirrors[1].global_position = owner.collision.global_position +  Vector2(- GameManager.extent.size.x, - GameManager.extent.size.y)
 		# Top
-		mirrors[2].global_position = owner.collision.global_position +  Vector2(0,  - GameManager.screen_size.y)
+		mirrors[2].global_position = owner.collision.global_position +  Vector2(0,  - GameManager.extent.size.y)