# tk_Virtual_Maze.py

# tk_Virtual_Maze.py

import tkinter as tk
import random
import itertools

seeded = random.Random(5318008)
numbers = list(range(1, 100))
seeded.shuffle(numbers)

STEP_LIMIT_PER_LEVEL = 25

root = tk.Tk()
root.title("# tk_Virtual_Maze.py")

status_var = tk.StringVar()

def draw_door(canvas, num):
    canvas.delete("all")
    w = int(canvas["width"])
    h = int(canvas["height"])
    canvas.create_rectangle(0, 0, w, h, fill="#d2b48c", outline="#8b6b45", width=3)
    canvas.create_rectangle(15, 20, w-15, 90, fill="#e6cfa8", outline="#8b6b45", width=2)
    canvas.create_rectangle(20, 25, w-20, 85, fill="#d9b98a", outline="")
    canvas.create_rectangle(15, h-90, w-15, h-20, fill="#e6cfa8", outline="#8b6b45", width=2)
    canvas.create_rectangle(20, h-85, w-20, h-25, fill="#d9b98a", outline="")
    canvas.create_text(w//2, 50, text=str(num), font=("Arial", 18, ""))
    knob_x = w - 12
    knob_y = h//2
    for r, color in [(10, "#bfc3c7"), (7, "#d9dde0"), (3, "#f5f6f7")]:
        canvas.create_oval(knob_x-r, knob_y-r, knob_x+r, knob_y+r, fill=color, outline="")

def get_doors():
    global current_maze
    current_maze = []
    for combo in itertools.combinations(range(1, level+7), 3):
        c = list(combo)
        c.append(level+8)
        random.shuffle(c)
        current_maze.append(tuple(c))
    random.shuffle(current_maze)
    return current_maze[:STEP_LIMIT_PER_LEVEL]

def update_status():
    status_var.set(f"Level: {level} | Steps: {steps+1} | {score}")

def door_clicked(choice, door_step):
    global steps, points, score, level, checkpoints
    steps += 1
    positions = [numbers.index(d) for d in door_step]
    sorted_points = sorted(positions)
    pos = numbers.index(choice)
    if pos == sorted_points[1]:
        points_awarded = 1
    elif pos == sorted_points[2]:
        points_awarded = random.randint(3, 7)
    elif pos == sorted_points[3]:
        points_awarded = 12
    else:
        points_awarded = 0
    points += points_awarded
    checkpoints += points_awarded
    print(checkpoints)
    if not doors:
        if (level == 10 or checkpoints < 100):
            status_var.set(f"Game Over! Total Of Gold Found: {points}")
            for c in door_canvases:
                c.unbind("<Button-1>")
            return
        level += 1
        steps = 0
        score = f"Gold: {points}"
        checkpoints = 0
        doors[:] = get_doors()
    update_status()
    show_doors()

def show_doors():
    door_step = doors.pop()
    for i, num in enumerate(door_step):
        draw_door(door_canvases[i], '?' if num == level+8 else num)
        door_canvases[i].bind(
            "<Button-1>",
            lambda e, n=num, ds=door_step: door_clicked(n, ds)
        )

def reset_game():
    global level, steps, points, score, doors, checkpoints
    level = 1
    steps = 0
    points = 0
    score = 'Gold: Updates Each Level'
    checkpoints = 0
    doors = get_doors()
    update_status()
    for c in door_canvases:
        c.bind("<Button-1>", lambda e: None)
    show_doors()

door_frame = tk.Frame(root)
door_frame.pack(pady=20)

door_canvases = []
for i in range(4):
    c = tk.Canvas(door_frame, width=120, height=200, bg="#d2b48c", highlightthickness=2, highlightbackground="#8b6b45")
    c.grid(row=0, column=i, padx=20)
    door_canvases.append(c)

status_label = tk.Label(root, textvariable=status_var, font=("Arial", 14))
status_label.pack(pady=10)

reset_button = tk.Button(root, text="RESET", font=("Arial", 12, "bold"), fg="#ffffff", bg="#aa0000", width=10, command=reset_game)
reset_button.pack(anchor="e", padx=20, pady=10)

reset_game()

root.mainloop()