I am making a game in pygame, and I am trying to make infinite generation through “areas”.
Basically, these areas are meant to be their own chunks of the map with gaps to move to other areas, and I am using a dictionary that uses the position values of these areas as keys to save the data in areas, but for some reason, whenever I try to go to [0, 0], I go to [0, 1] or [0, -1]. Here are some important segments of code I am using:

gapsList = generate_gaps()

areas = {}

areas[str([0, 0])] = Area(gapsList, [])

currentAreaTuple = [0, 0]

def update_area_tuple(current_area, direction):
    operations = {
        'left': lambda x: [x[0] - 1, x[0]],
        'right': lambda x: [x[0] + 1, x[0]],
        'top': lambda x: [x[0], x[0] + 1],
        'bottom': lambda x: [x[0], x[0] - 1]
    }
    return operations.get(direction, lambda x: x)(current_area)

running = True
while running:
    for event in pygame.event.get():
        if event.type == pygame.QUIT:
            running = False

    # Update game objects
    plr1.update()
    for gap in gapsx:
        if plr1.rect.colliderect(gap) and (e_down and not area_move_activated):
            print("gapMove")
            gap_side = None
            gap_pos = None
            gap_width = None
            if 0 <= plr1.rect.x <= 10:
                plr1.rect.x = WINDOW_WIDTH - plr1.rect.width
                gap_side = 'left'
            elif 0 <= plr1.rect.y <= 10:
                plr1.rect.y = WINDOW_HEIGHT - plr1.rect.height
                gap_side = 'top'
            elif WINDOW_WIDTH - plr1.rect.width - 10 <= plr1.rect.x <= WINDOW_WIDTH - plr1.rect.width:
                plr1.rect.x = 0
                gap_side = 'right'
            elif WINDOW_HEIGHT - plr1.rect.height-10 <= plr1.rect.y <= WINDOW_HEIGHT - plr1.rect.height:
                plr1.rect.y = 0
                gap_side = 'bottom'

            updated_area = update_area_tuple(currentAreaTuple, gap_side)
        
            print(updated_area)

            if str(updated_area) in areas:
                gapsList = areas[str(updated_area)].gaps
                currentAreaTuple = updated_area
                print('a')
                area_move_activated = True
                break

        
            if gap_side:
                gap_pos = gapsList[0 if gap_side == 'top' else 2 if gap_side == 'bottom' else 1 if gap_side == 'left' else 3]['pos']
                gap_width = gapsList[0 if gap_side == 'top' else 2 if gap_side == 'bottom' else 1 if gap_side == 'left' else 3]['width']
                gapsList = generate_gaps(gap_side, gap_pos, gap_width)
                areas[str(updated_area)] = Area(gapsList, [])
            area_move_activated = True
            currentAreaTuple = updated_area

    # Clear screen
    window.fill(WHITE)

    # Draw borders with gaps
    try:
        draw_borders(window, gapsList)
    except Exception as e:
        print(e)
        print(gapsList)
        running = False

# Draw game objects
    plr1.draw(window)
    npc1.draw(window)
    npc2.draw(window)

    # Update display
    pygame.display.flip()

    # Cap the frame rate at 60 FPS
    clock.tick(60)