Pythonはtkinterを使ってサイコロを振るミニゲーム機能を実現するコードです。

タイキンター
PythonのGUIライブラリは非常に多く、Tkinterを選ぶのは一番簡単で、もう一つは在庫を持っています。ダウンロードしてインストールする必要がなく、いつでも使えます。プラットフォームの互換性がとてもいいです。三つはニーズから出発します。Pythonは実際の応用ではあまり複雑なデスクトップアプリケーションを開発しないです。
掲示板で見た助けを求める問題の大体の需要は、3人でサイコロを振って、1人3回振って、点数の合計と最大の勝ちです。プレイヤー名の入力をサポートします。このテーマは面白いと思います。インターフェースのプログラムを作って、皆さんの交流を歓迎します。

#!usr/bin/env python
# -*- coding: utf-8 -*-

# author: ***
# date: 2020/06/10

from tkinter import *
import tkinter as tk
import random
import time
from threading import Thread

root = Tk()
root.geometry('620x660')
root.title('   ')
sigpic = PhotoImage(file='signature.png')
shake_cup = PhotoImage(file='touzi/box.png')
crown = PhotoImage(file='touzi/win.png')
readystate = 3
playing = False
used_name = set()
result_dict = dict()
remain = 3
esv_A = StringVar()
esv_B = StringVar()
esv_C = StringVar()

pi_list = list()
for i in range(1, 7):
 pi = PhotoImage(file=r'touzi/t%s.png' % i)
 pi_list.append(pi)


def set_name(cw, ew, nw):
 global readystate
 entryV = ew.get()
 if entryV:
  if entryV in used_name:
   default = nw['text']
   nw.config(text="     ！")
   cw.config(state=tk.DISABLED)
   font_shake(nw, default)
   cw.config(state=tk.ACTIVE)
  else:
   used_name.add(entryV)
   nw.config(text=entryV)
   ew.config(state=tk.DISABLED)
   cw.config(state=tk.DISABLED)
   readystate -= 1
 if readystate == 0:
  for i in "ABC":
   eval('play_btn_%s.config(state=tk.ACTIVE, text="     ")' % i)


def throw_touzi(pw, rw, nw):
 global playing
 global remain
 if pw['text']=="     ":
  playing = True
  pbStack.remove(pw)
  for widget in pbStack:
   widget.config(state=tk.DISABLED)
  pw.config(state=tk.DISABLED, text='     ')
 elif pw['text']=="     ":
  pw.config(state=tk.DISABLED, text='     ')
 else:
  playing = False
  remain -= 1
  pw.config(state=tk.DISABLED, text='play')
 thread = Thread(target=change_img, args=[pw, rw, nw])
 thread.start()


def change_img(pw, rw, nw):
 result_number = random.randint(1, 6)
 ranum_list = list()
 times = 5
 while times:
  ranum = random.randint(1, 6)
  if ranum not in ranum_list:
   ranum_list.append(ranum)
   times = times - 1
 for i in ranum_list:
  time.sleep(0.3)
  throw_label.config(image=pi_list[i-1])
 time.sleep(0.3)
 throw_label.config(image=pi_list[result_number-1])
 time.sleep(0.5)
 if rw['text'] == "  ":
  rw['text'] = str(result_number)
 else:
  rw['text'] = str(rw['text']) + "+%s" % result_number
 time.sleep(0.5)
 rw['text'] = eval(rw['text'])
 if pw['text'] != "play":
  pw.config(state=tk.ACTIVE)
 if playing == False:
  result_dict[nw['text']] = rw['text']
  for widget in pbStack:
   widget.config(state=tk.ACTIVE)
 if not remain:
  result_list = sorted(result_dict.items(), reverse=True, key=lambda rt: rt[1])
  if result_list[0][1] == result_list[1][1]:
   if result_list[1][1] == result_list[2][1]:
    throw_winner['text'] = ">>    <<"
   else:
    winner = result_list[0][0] + ", " + result_list[1][0]
    throw_winner['text'] = "Winner: %s" % winner
  else:
   winner = result_list[0][0]
   throw_winner['text'] = "Winner: %s" % winner
  throw_label['image'] = crown
  reset_btn.config(state=tk.ACTIVE, text='    ', relief='raised')


def font_shake(nw, default):
 nw.config(foreground='red')
 for i in range(5):
  if i%2 == 0:
   time.sleep(0.05)
   nw.config(anchor='n')
  else:
   time.sleep(0.05)
   nw.config(anchor='s')
  root.update()
 nw.config(anchor='c')
 root.update()
 time.sleep(0.5)
 nw.config(text=default, foreground='black')


def restart():
 global readystate, used_name, result_dict, remain, pbStack
 throw_label['image'] = shake_cup
 readystate = 3
 used_name = set()
 result_dict = dict()
 remain = 3
 pbStack = {play_btn_A, play_btn_B, play_btn_C}
 reset_btn.config(state=tk.DISABLED, relief='flat', text='')
 for i in "ABC":
  eval('name_%s.config(text="player %s")' % (i, i))
  eval('entry_%s.config(state=tk.NORMAL)' % i)
  eval('esv_%s.set("")' % i)
  eval('confirm_btn_%s.config(state=tk.ACTIVE)' % i)
  eval('result_%s.config(text="  ")' % i)
 throw_winner['text'] = ""


box_frame_A = Frame(root)
box_frame_A.grid(column=1, ipadx=3)
name_A = Label(box_frame_A, text='player A', height=2)
name_A.pack()
signature_A = Label(box_frame_A, image=sigpic)
signature_A.pack()
play_btn_A = Button(box_frame_A, text='play', command=lambda : throw_touzi(play_btn_A, result_A, name_A))
play_btn_A.pack(side=BOTTOM, pady=3)
result_A = Label(box_frame_A, text='  ')
result_A.pack(side=BOTTOM)
entry_A = Entry(box_frame_A, textvariable=esv_A)
entry_A.pack(side=LEFT, padx=5)
confirm_btn_A = Button(box_frame_A, text='  ', command=lambda : set_name(confirm_btn_A, entry_A, name_A))
confirm_btn_A.pack(side=LEFT)

center_frame = Frame(root)
center_frame.grid(row=1, column=1, pady=20)
throw_label = Label(center_frame, image=shake_cup)
throw_label.pack()
throw_winner = Label(center_frame)
throw_winner.pack()
reset_btn = Button(center_frame, state=tk.DISABLED, relief='flat', command=restart)
reset_btn.pack()

box_frame_B = Frame(root)
box_frame_B.grid(row=3, padx=10)
name_B = Label(box_frame_B, text='player B', height=2)
name_B.pack()
signature_B = Label(box_frame_B, image=sigpic)
signature_B.pack()
play_btn_B = Button(box_frame_B, text='play', command=lambda : throw_touzi(play_btn_B, result_B, name_B))
play_btn_B.pack(side=BOTTOM)
result_B = Label(box_frame_B, text='  ')
result_B.pack(side=BOTTOM)
entry_B = Entry(box_frame_B, textvariable=esv_B)
entry_B.pack(side=LEFT, padx=5)
confirm_btn_B = Button(box_frame_B, text='  ', command=lambda : set_name(confirm_btn_B, entry_B, name_B))
confirm_btn_B.pack(side=LEFT)


box_frame_C = Frame(root)
box_frame_C.grid(row=3, column=2, padx=10)
name_C = Label(box_frame_C, text='player C', height=2)
name_C.pack()
signature_C = Label(box_frame_C, image=sigpic)
signature_C.pack()
play_btn_C = Button(box_frame_C, text='play', command=lambda : throw_touzi(play_btn_C, result_C, name_C))
play_btn_C.pack(side=BOTTOM)
result_C = Label(box_frame_C, text='  ')
result_C.pack(side=BOTTOM)
entry_C = Entry(box_frame_C, textvariable=esv_C)
entry_C.pack(side=LEFT, padx=5)
confirm_btn_C = Button(box_frame_C, text='  ', command=lambda : set_name(confirm_btn_C, entry_C, name_C))
confirm_btn_C.pack(side=LEFT)

if __name__ == '__main__':
 pbStack = {play_btn_A, play_btn_B, play_btn_C}
 for i in "ABC":
  eval('play_btn_%s.config(state=tk.DISABLED)' % i)
 root.mainloop()

プログラムインターフェースのスクリーンショット:
1.初期画面

2.準備画面

3.結果画面

締め括りをつける
ここでPythonがtkinterを使ってサイコロゲームの機能を実現するコードについての記事を紹介します。Pythonがサイコロゲームの内容を実現するには、以前の記事を検索したり、下記の関連記事を見たりしてください。これからもよろしくお願いします。