1 区间数字判断
1 import time 2 3 # 计算一定区间内内的相关操作数据 4 print('\033[1;33m================> 请输入计算区间,区间长度请勿超过3万,否则老夫的计算机...... <=====================\033[0m') 5 start = int(input('\033[1;32m请输入计算前端区间：\033[0m').strip()) 6 end = int(input('\033[1;32m请输入计算后端区间：\033[0m').strip()) 7 while True: 8 cho_dic = """ 9 '1':'质数、合数' 10 '2':'偶数、奇数' 11 '3':'完全数' 12 '4':'斐波那契数列' 13 'QUIT':'退出系统' 14 """ 15 print(cho_dic) 16 cho = input('请输入将要进行的操作代号：') 17 # 质数、合数 18 if cho == '1': 19 str_time = time.time() 20 print('正在计算中，请稍等...\n') 21 zhi_li = [] 22 for num in range(start, end): 23 for i in range(2, num): 24 if num % i == 0: 25 break 26 else: 27 if num >= 2: 28 zhi_li.append(num) 29 if start == 0 or start == 1: 30 he_li = [i for i in range(2, end)] 31 else: 32 he_li = [i for i in range(start, end)] 33 for i in zhi_li: 34 if i in he_li: 35 he_li.remove(i) 36 print('区间{0}-{1}的质数一共有{2}位,分别为:\n{3}'.format(start, end, len(zhi_li), zhi_li)) 37 print('区间{0}-{1}的合数一共有{2}位,分别为:\n{3}'.format(start, end, len(he_li), he_li)) 38 end_time = time.time() 39 time_ac = round(end_time - str_time, 4) 40 print('\n本次计算共耗时[%s]秒\n' % time_ac) 41 # 偶数、奇数 42 if cho == '2': 43 str_time = time.time() 44 print('正在计算中，请稍等...\n') 45 ji_li = [] 46 ou_li = [] 47 for i in range(start, end): 48 if i % 2 == 0: 49 ou_li.append(i) 50 else: 51 ji_li.append(i) 52 print('区间{0}-{1}的偶数一共有{2}位,分别为:\n{3}'.format(start, end, len(ou_li), ou_li)) 53 print('区间{0}-{1}的奇数一共有{2}位,分别为:\n{3}'.format(start, end, len(ji_li), ji_li)) 54 end_time = time.time() 55 time_ac = round(end_time - str_time, 4) 56 print('\n本次计算共耗时[%s]秒\n' % time_ac) 57 # 完全数 58 def s(aa, bb): 59 l = [] 60 for n in range(aa, bb): 61 s = 0 62 for a in range(1, n): 63 if n % a == 0: 64 s = s + a 65 if n == s: 66 l.append(n) 67 return l 68 if cho == '3': 69 str_time = time.time() 70 print('正在计算中，请稍等...\n') 71 o = s(start, end) 72 if 0 in o: 73 o.remove(0) 74 print('区间{0}-{1}的完全数一共有{2}位,分别为:\n{3}'.format(start, end, len(o), o)) 75 end_time = time.time() 76 time_ac = round(end_time - str_time, 4) 77 print('\n本次计算共耗时[%s]秒\n' % time_ac) 78 # 斐波那契数列 79 def feiBo(): 80 num = end - start + 1 81 a = 0 82 b = 1 83 m = 0 84 li = [] 85 while m < num: 86 a, b = b, a + b 87 m += 1 88 if a >= start and a <= end: 89 li.append(a) 90 return li 91 if cho == '4': 92 str_time = time.time() 93 print('正在计算中，请稍等...\n') 94 ll = feiBo() 95 print('区间{0}-{1}的斐波那契数列一共有{2}位,分别为:\n{3}'.format(start, end, len(ll), ll)) 96 end_time = time.time() 97 time_ac = round(end_time - str_time, 4) 98 print('\n本次计算共耗时[%s]秒\n' % time_ac) 99 # 退出 100 if str.upper(cho) == 'QUIT': 101 print('\n\n\033[1;33m系统退出成功...\033[0m\n\n') 102 break
2 随机图片验证码
1 import random 2 from PIL import Image, ImageDraw, ImageFont 3 4 5 width = 160 6 height = 45 7 # 生成随机颜色 8 def getRandomColor(): 9 r = random.randint(0, 255) 10 g = random.randint(0, 255) 11 b = random.randint(0, 255) 12 return (r, g ,b) 13 14 15 # 生成随机字符 16 def getRandomChar(): 17 num = str(random.randint(0, 9)) 18 lower = str(chr(random.randint(97, 122))) 19 upper = str(chr(random.randint(65, 90))) 20 random_char = random.choice([num, lower, upper]) 21 return random_char 22 23 24 25 # 干扰元素（随机点、随机线条） 26 def drawLine(draw): 27 for i in range(5): 28 x1 = random.randint(0, width) 29 x2 = random.randint(0, width) 30 y1 = random.randint(0, height) 31 y2 = random.randint(0, height) 32 draw.line((x1, y1, x2, y2), fill=getRandomColor()) 33 34 35 36 def drawPoint(draw): 37 for i in range(40): 38 x = random.randint(0, width) 39 y = random.randint(0, height) 40 draw.point((x, y), fill=getRandomColor()) 41 42 43 # 最终图片生成 44 def creatImg(): 45 bg_color = getRandomColor() 46 # 创建一张随机背景色图片 47 img = Image.new(mode='RGB', size=(width, height), color=bg_color) 48 # 创建图片画笔，用于描述文字 49 draw = ImageDraw.Draw(img) 50 # 修改字体 51 font = ImageFont.truetype(font='arial.ttf', size=34) 52 for i in range(5): 53 # 随机生成五种颜色和五种字符 54 random_txt = getRandomChar() 55 txt_color = getRandomColor() 56 # 保证字符颜色和背景色不一致 57 while txt_color == bg_color: 58 txt_color = getRandomColor() 59 # 根据坐标填充文字 60 draw.text((10 + 30 * i , 3), text = random_txt, fill=txt_color, font=font) 61 drawLine(draw) 62 drawPoint(draw) 63 with open('test.png', 'wb') as f: 64 img.save(f, format='png') 65 66 67 creatImg()
3 随机文字验证码
1 import random 2 import tkinter 3 4 5 root = tkinter.Tk() 6 root.geometry('400x400') 7 root.title('SkyGrass random') 8 root.resizable(width=False, height=False) 9 10 # # 随机码位数选择 11 label = tkinter.Label(root,text='请在文本框中填入操作的代号',font=('黑体',12),fg='#4F4F4F') 12 label.place(x=75, y=10, width=250, height=30) 13 label_three = tkinter.Label(root,text='1.三位数随机码',font=('黑体',13),fg='#4F4F4F') 14 label_three.place(x=10, y=60) 15 label_four = tkinter.Label(root,text='2.四位数随机码',font=('黑体',13),fg='#4F4F4F') 16 label_four.place(x=210, y=60) 17 label_five = tkinter.Label(root,text='3.五位数随机码',font=('黑体',13),fg='#4F4F4F') 18 label_five.place(x=10, y=100) 19 label_six = tkinter.Label(root,text='4.六位数随机码',font=('黑体',13),fg='#4F4F4F') 20 label_six.place(x=210, y=100) 21 label_change1 = tkinter.Label(root,text='请选择随机码位数：',font=('黑体',12),fg='#4F4F4F') 22 label_change1.place(x=10, y=140) 23 var_num = tkinter.Variable() 24 entry_1 = tkinter.Entry(root,textvariable=var_num,).place(x=155, y=140) 25 26 # # 是否生成有字母的随机码 27 label_true = tkinter.Label(root,text='A.有字母',font=('黑体',13),fg='#4F4F4F') 28 label_true.place(x=10, y=180) 29 label_false = tkinter.Label(root,text='B.无字母',font=('黑体',13),fg='#4F4F4F') 30 label_false.place(x=210, y=180) 31 label_change2 = tkinter.Label(root,text='请选择有无字母',font=('黑体',12),fg='#4F4F4F') 32 label_change2.place(x=10, y=220) 33 var_mul = tkinter.Variable() 34 entry_2 = tkinter.Entry(root,textvariable=var_mul,).place(x=150, y=220) 35 36 # # 运行按钮 37 but_run = tkinter.Button(root,text='生成随机码',font=('黑体',11),fg='black',bg='orange',command=lambda:Change_Random()) 38 but_run.place(width=120,height=30, x=140, y=260) 39 40 # # 结果返回界面 41 result = tkinter.Variable() 42 result.set('') 43 label_result = tkinter.Entry(root,font=('黑体',25),textvariable=result) 44 label_result.place(x=50, y=300, width=300, height=80) 45 46 47 48 49 # # 随机码生成函数 50 def Change_Random(): 51 num = var_num.get() 52 mul = var_mul.get() 53 res = '' 54 nn = int(num) + 2 55 for i in range(nn): 56 if mul == 'A': 57 n = random.randint(0, 9) 58 s1 = chr(random.randint(65, 90)) 59 s2 = chr(random.randint(97, 122)) 60 bar = str(random.choice([n, s1, s2])) 61 res += bar 62 result.set(res) 63 elif mul == 'B': 64 n1 = random.randint(0, 9) 65 n2 = random.randint(0, 9) 66 bar = str(random.choice([n1, n2])) 67 res += bar 68 result.set(res) 69 70 root.mainloop()
4 24点游戏
1 import random 2 3 func1 = [] # 存储用户数据 4 func2 = [] # 数据全排列 5 op2 = [] # 运算符全排列 6 func_op2 = [] # 数据+运算符全排列 7 result1 = [] # 加上一对括号(括两个数)的全排列 8 result2 = [] # 加上一对括号(括三个数)的全排列 9 result3 = [] # 加上两对括号的全排列 10 result = [] # 最终结果输出列表 11 result_end = [] 12 result_out = [] 13 14 15 # 产生四个随机数 16 def randomNum(): 17 usr = [] 18 num_li = range(1, 13) 19 usr = random.sample(num_li, 4) 20 return usr 21 22 23 24 def gameStart(): 25 # 用户输入的数字全排列并去重后存储进列表func2 26 func1 = randomNum() 27 func_dic = { 28 1:'A', 2:'2', 3:'3', 4:'4', 5:'5', 29 6:'6', 7:'7', 8:'8', 9:'9', 10:'10', 30 11:'J', 12:'Q', 13:'K' 31 } 32 da = [] 33 name = ['梅花', '黑桃', '红桃', '方片'] 34 for i in func1: 35 name_num = random.randint(0, 3) 36 d = name[name_num] + func_dic[i] 37 da.append(d) 38 print('卡牌为：\n', da) 39 for i in func1: 40 for j in func1: 41 for k in func1: 42 for l in func1: 43 if i != j and i != k and i!= l and j != k and j != l and k != l: 44 func2.append([i, j, k, l]) 45 # 运算符全排列后去重并存储进列表op2 46 op1 = ['+', '-', '*', '/'] 47 op = [] 48 for i in op1: 49 for j in op1: 50 for k in op1: 51 if i != j and i !=j and i !=k and j != k: 52 op2.append([i, j ,k]) 53 # 数字+运算符全排列 54 for num in func2: 55 for ope in op2: 56 # 将三个运算符插入到数字列表中 57 num1 = num.copy() 58 num1.insert(1, ope[0]) 59 num1.insert(3, ope[1]) 60 num1.insert(5, ope[2]) 61 func_op2.append(num1) 62 # 加入一对括号后全排列 63 # 括两个数的括号 64 for i in range(0, 5, 2): 65 for res in func_op2: 66 res1 = res.copy() 67 res1.insert(i, '(') 68 res1.insert(i+4, ')') 69 result1.append(res1) 70 # 括三个数的括号 71 for i in range(0, 3, 2): 72 for res in func_op2: 73 res2 = res.copy() 74 res2.insert(i, '(') 75 res2.insert(i+6, ')') 76 result2.append(res2) 77 # 加入两对括号的排列 78 for res in func_op2: 79 res3 = res.copy() 80 res3.insert(0, '(') 81 res3.insert(4, ')') 82 res3.insert(6, '(') 83 res3.insert(10, ')') 84 result3.append(res3) 85 # 综合整理 86 result = result1 + result2 + result3 87 for res in result: 88 res = [str(i) for i in res] 89 result_end.append(''.join(res)) 90 # 计算结果 91 for end in result_end: 92 try: 93 if eval(end) == 24: 94 result_out.append(end) 95 except: 96 pass 97 cont = len(result_out) + 1 98 if len(result_out) == 0: 99 print('此组卡牌无法得出24点\n请换一组卡牌再次尝试...') 100 else: 101 for i in range(cont): 102 endd = '({0})：{1} = 24'.format(i+1, result_out[i-1]) 103 print(endd) 104 105 106 gameStart()
5 简易五子棋
1 # 创建棋盘的程序 2 def initBoard(): 3 global board # 调用全局的board 4 board = [None] * 16 5 for i in range(len(board)): 6 board[i] = ["+ "] * 16 7 8 9 # 打印棋盘的程序 10 def printBoard(): 11 global board 12 for i in range(len(board)): 13 for j in range(len(board[i])): 14 print(board[i][j], end=" ") 15 print("") 16 17 18 # 开始下棋的程序 19 def startGame(): 20 global board 21 player = 0 22 while isGameContinue(): 23 if player % 2 == 0: 24 # 黑方下棋 25 print("==>黑方下棋") 26 if not playChess("●"): 27 continue 28 else: 29 # 白方下棋 30 print("==>白方下棋") 31 if not playChess("○"): 32 continue 33 player += 1 34 35 36 def playChess(chess): 37 # 获取位置 38 x = int(input("==> X=")) - 1 39 y = int(input("==> Y=")) - 1 40 if board[x][y] == "+ ": 41 board[x][y] = chess 42 printBoard() 43 return True # 落子成功 44 else: 45 print("==> 已有棋子 请重新落子\a") 46 printBoard() 47 return False # 落子失败 48 49 50 def isGameContinue(): 51 for i in range(len(board)): 52 for j in range(len(board[i])): 53 if board[i][j] != "+ ": 54 # 横向 55 if j <= 11: 56 if board[i][j] == board[i][j + 1] == board[i][j + 2] == board[i][j + 3] == board[i][j + 4]: 57 whoWin(i, j) 58 return False 59 # 竖向 60 if i <= 11: 61 if board[i][j] == board[i + 1][j] == board[i + 2][j] == board[i + 3][j] == board[i + 4][j]: 62 whoWin(i, j) 63 return False 64 # 反斜 65 if i <= 11 and j <= 11: 66 if board[i][j] == board[i + 1][j + 1] == board[i + 2][j + 2] == board[i + 3][j + 3] == board[i + 4][ 67 j + 4]: 68 whoWin(i, j) 69 return False 70 # 正斜 71 if i >= 4 and j <= 11: 72 if board[i][j] == board[i - 1][j + 1] == board[i - 2][j + 2] == board[i - 3][j + 3] == board[i - 4][ 73 j + 4]: 74 whoWin(i, j) 75 return False 76 return True 77 78 79 def whoWin(i, j): 80 if board[i][j] == "●": 81 print("黑方胜！") 82 else: 83 print("白方胜！") 84 for i in range(10): 85 print("\a") 86 87 88 board = [] 89 initBoard() 90 printBoard() 91 startGame()
6 摇骰子猜大小
1 import random 2 3 4 # 产生随机数并且判断大小 5 def roll_game(roll_poi=None): 6 while True: 7 print('\033[4;33m The Game Is Start... \033[0m') 8 print('\033[4;33m You Can Enter 0 To Exit Game... \033[0m') 9 roll = int(input('Please Enter The Number Of The Roll:\n')) 10 if roll_poi is None: 11 roll_poi = [] 12 if roll == 0: 13 print('Exit Game Successful...') 14 break 15 num_li = [] 16 for i in range(roll): 17 roll_num = random.randint(1, 6) 18 num_li.append(roll_num) 19 cont = 0 20 for i in num_li: 21 cont = cont + i 22 if cont > 0 and cont < roll * 3 + 1: 23 roll_poi = ['小'] 24 elif cont > roll * 3 and cont < roll * 6 + 1: 25 roll_poi = ['大'] 26 # 用户判断 27 usr_in = input('Please enter your chose:\n') 28 if usr_in == roll_poi[0]: 29 print('\033[0;33mThe All Numbers Is %s\033[0m' % num_li) 30 print('\033[0;34mPerfect! You Are Right!\033[0m\n\033[0;34mThe Number_Adds Is %s\033[0m' % cont) 31 elif usr_in != roll_poi[0]: 32 print('\033[0;33mThe All Numbers Is %s\033[0m' % num_li) 33 print('\033[0;31mOh...No! You Are False!\033[0m\n\033[0;31mThe Number_Adds Is %s\033[0m' % cont) 34 roll_poi.clear() 35 print('\n\n=================== PLAY AGAIN ================\n\n') 36 37 38 roll_game()