Using tilemaplayer as grid

Resource/Grid.gd

@@ -7,7 +7,7 @@ class_name Grid
 # The of a cell in pixels
 @export var cellSize := Vector2(16, 16)
 
-@export var cameraPosition := Vector2.ONE
+@export var cameraPosition := Vector2.ZERO
 func setCameraPosition(pos: Vector2):
 	cameraPosition = pos
 @export var cameraZoom := Vector2(2, 2)
@@ -24,14 +24,22 @@ var _halfCellSize: Vector2 = cellSize / 2
 
 # Returns the position of a cell's center in pixels.
 # We'll place units and have them move through cells using this function.
+# Example:
+# cellSize = (32)
+# gridPosition = (2, 3)
+# cameraZoom = 1
+# (2,3) * 32 + 16
+# (64, 96) + 16
+# == (80, 112) <- This is the position ON THE SCREEN.
 func calculateMapPosition(gridPosition: Vector2) -> Vector2:
-	return cameraPosition + (gridPosition * cellSize + _halfCellSize) / cameraZoom
+	return (gridPosition * cellSize + _halfCellSize) / cameraZoom
 	
 # Returns the coordinates of the cell on the grid given a position on the map.
 # This is the complementary of `calculate_map_position()` above.
 # When designing a level, you'll place units visually in the editor. We'll use this function to find
 # the grid coordinates they're placed on, and call `calculate_map_position()` to snap them to the
 # cell's center.
+# This is the position IN THE GRID
 func calculateGridCoordinates(mapPosition: Vector2) -> Vector2:
 	return (mapPosition / cellSize).floor()