from nanoleafapi import Nanoleaf, NanoleafDigitalTwin, RED, ORANGE, YELLOW, GREEN, LIGHT_BLUE, BLUE, PINK, PURPLE, WHITE
import random

panel_id_list = nl.get_ids()
GREY = (192,192,192)
color_list = [RED, ORANGE, YELLOW, GREEN, LIGHT_BLUE, BLUE, PINK, PURPLE, WHITE, GREY]
dots_list = []
ghosts_list = []
power_pellet_list = []
pacman = ""
pacman_move_list_x = []
pacman_move_list_y = []
lives = ""
ghosts_move_list = []
end_game = ""

def game_setting():
  panel_id_list = nl.get_ids()
  for i in panel_id_list:
    digital_twin.set_color(i, WHITE)
    dots_list.append(i) 
  for i in random.sample(dots_list, 4):
    digital_twin.set_color(i, random.choice([RED, ORANGE, GREEN, PINK, PURPLE]))
    del dots_list(i)
    ghosts_list.append((i, "Normal"))
  for i in random.sample(dots_list, 5):
    digital_twin.set_color(i, GREY)
    del dots_list(i)
    power_pillet_list.append(i)
  for i in random.sample(dots_list, 1):
    digital_twin.set_color(i, YELLOW)
    del dots_list(i)
    pacman = i
  digital_twin.sync()

event_dict = {}
def event_function(event):
	 print(event)
	 event_dict.update(event)
	 
nl.register_event(event_function, [4])

def takeSecond(elem):
    return elem[1]
    
def pacman_move():
  nanoleaf_info = nl.get_info()
  nanoleaf_layout = nanoleaf_info['panelLayout']['layout']['positionData']
  touch_id = event_dict['events'][0]['panelId']
  pacman_x = nanoleaf_layout[pacman]["x"]
  pacman_y = nanoleaf_layout[pacman]["y"]
  if nanoleaf_layout[pacman]["x"] == nanoleaf_layout[touch_id]["x"] or nanoleaf_layout[pacman]["y"] == nanoleaf_layout[touch_id]["y"]:
    for i in nanoleaf_layout:
      if nanoleaf-layout[pacman]["y"] > nanoleaf_layout[touch_id]["y"]:
        if nanoleaf_layout[i]["x"] == nanoleaf[pacman]["x"] and nanoleaf_layout[i]["y"] in range(nanoleaf_layout[touch_id]["y"]:nanoleaf_layout[pacman]["y"] + 100:
          pacman_move_list_y.append(i, nanoleaf_layout[i]["y"])
          pacman_move_list_y.sort(key=takeSecond, reverse=True)
      if nanoleaf-layout[pacman]["y"] < nanoleaf_layout[touch_id]["y"]:
        if nanoleaf_layout[i]["x"] == nanoleaf[pacman]["x"] and nanoleaf_layout[i]["y"] in range(nanoleaf_layout[pacman]["y"]:nanoleaf_layout[touch_id]["y"] + 100:
          pacman_move_list_y.append(i)
          pacman_move_list_y.sort(key=takeSecond)
      if nanoleaf-layout[pacman]["x"] > nanoleaf_layout[touch_id]["x"]:
        if nanoleaf_layout[i]["y"] == nanoleaf[pacman]["y"] and nanoleaf_layout[i]["x"] in range(nanoleaf_layout[touch_id]["x"]:nanoleaf_layout[pacman]["x"] + 100:
          pacman_move_list_x.append(i)
          pacman_move_list_x.sort(key=takeSecond, reverse=True)
      if nanoleaf-layout[pacman]["x"] < nanoleaf_layout[touch_id]["x"]:
        if nanoleaf_layout[i]["y"] == nanoleaf[pacman]["y"] and nanoleaf_layout[i]["x"] in range(nanoleaf_layout[pacman]["x"]:nanoleaf_layout[touch_id]["x"] + 100:
          pacman_move_list_x.append(i)
          pacman_move_list_x.sort(key=takeSecond)
    for i in pacman_move_list_x[0]:
      digital_twin_set_color(i, YELLOW)
      digital_twin_set_color(pacman, (0,0,0))
      pacman = i
      del pacman_move_list_x[0]
    for i in pacman_move_list_y[0]:
      digital_twin_set_color(i, YELLOW)
      digital_twin_set_color(pacman, (0,0,0))
      pacman = i
    if pacman in dots_list:
      del dots_list(pacman)
    if pacman in ghosts_list:
      if ghosts_list[pacman][1] == "Normal"
        lives == lives - 1

def ghosts_move():
  for i in ghosts_list:
    ghost_color = digital_twin_get_color(i[0])
    for j in nanoleaf_layout:
      if nanoleaf_layout[i][0]["x"] - nanoleaf_layout[j]["x"] == 100 or nanoleaf_layout[i][0]["x"] - nanoleaf_layout[j]["x"] == -100 or nanoleaf_layout[i][0]["y"] - nanoleaf_layout[j]["y"] == 100 or nanoleaf_layout[i][0]["y"] - nanoleaf_layout[j]["y"] = -100:
        ghosts_move_list.append(j)
    if i in dots_list:
      digital_twin_set_color([i][0], GREY)
    if i in power_pellet_list
      digital_twin_set_color(i[0], WHITE)
    else:
      digital_twin_set_color(i[0], (0,0,0))
    [i][0] = random.choice(ghosts_move_list)
    digital_twin_set_color([i][0], ghost_color)

def power_pellet_move()
  if pacman in power_pellet_list:
    for i in ghost_list:
      i[1] = "Weak"
      i[2] = digital_twin_get_color(i[0])
      digital_twin_set_color(i[0],BLUE)
      del power_pellet_list(pacman)
    time.sleep(5)
    for i in ghost_list:
      i[1] = "Normal"
      i[2] = digital_twin_get_color(i[0],i[2])
  for i in ghosts_list:
    if i[1] == "Weak" and pacman in ghosts_list[0]:
      digital_twin_set_color(ghosts_list[pacman][0], ghosts_list[pacman][2])
      ghost_list[pacman][1] = "Normal"

dots_list = []
ghosts_list = []
power_pillet_list = []
Pacman = ""
lives = 4
game_setting()

while True:
    if end_game == 0:
        pacman_move()
        power_pillet_move()
        ghosts_move()
    if lives == 0
      print("Lose")
    if len(dots_list) == 0:
      print("Win")
      pause