dice

完成猜大小游戏 规则如下： 　　投掷3个骰子，如果3个骰子之和小于10为小，大于10为大 步骤分解： 请用户输入大或小（用0,1代替） 投掷3个骰子，使用random库中的randint函数生成骰点大小，并依次输出骰点 计算骰点大小，判断用户输赢，并给出结果 代码如下： import random # 筛子的定义部分 图视化输出骰子 dice_tpl = ''' \ ┌───┐ , ┌───┐, ┌───┐, ┌───┐, ┌───┐, ┌───┐ │ │ , │ ● │, │● │, │● ●│, │● ●│, │● ●│ │ ● │ , │ │, │ ● │, │ │, │ ● │, │● ●│ │ │ , │ ● │, │ ●│, │● ●│, │● ●│, │● ●│ └───┘ , └───┘, └───┘, └───┘, └───┘, └───┘''' dice_lines = dice_tpl.split( '\n' ) #根据 \n 拆分 for m in range( 5 ): dice_lines[m] = dice_lines[m].split( ',' ) dice = [ '' , '' , '' , '' , '' , '' ] for n in range( 6 ): dice[n] = dice_lines[ 0 ][n] + '\n' + dice

PHP制作的掷色子点数抽奖游戏实例，通过掷色子点数来达到抽奖的效果，为抽奖活动增添一些趣味性。 我们将在html页面中写下如下的html结构代码，.wrap用来放置色子和提示信息，#prize则是用来放置奖品的。 1 <div class="demo"> 2 <div class="wrap"> 3 <div id="msg"></div> 4 <div id="dice"><span class="dice dice_1" id="dice1"></span> 5 <span class="dice dice_6" id="dice2"></span></div> 6 </div> 7 <ul id="prize"> 8 <li id="d_0"><img src="images/0.gif" alt="开始"></li> 9 <li id="d_1"><img src="images/1.gif" alt="现金100元"></li> 10 <li id="d_2"><img src="images/2.gif" alt="泰迪熊宝宝"></li> 11 <li id="d_3"><img src="images/7.gif" alt="谢谢参与"></li> 12 <li id="d_4"><img src="images/3.gif" alt="iphone 5s"><

I'm a bit stuck on a homework question that simulates rolling dice. The question asks to create a function that returns a random integer value from 1 to 6, and to create a main program that asks the user how many dice to roll(must be limited to 5 dice), and calls the function to print the generated values. So far I have this: import random def dice(number_of_dice): for i in range(0,number_of_dice): return random.randint(1,6) number_of_dice = input("How many dice would you like to roll? ") while number_of_dice >5: number_of_dice = input("You may only have a limit of 5 dice, enter a number under

可以将文章内容翻译成中文,广告屏蔽插件可能会导致该功能失效(如失效，请关闭广告屏蔽插件后再试): 问题: Rules Write a function that accepts string as a parameter, returning evaluated value of expression in dice notation , including addition and multiplication. To clear the things up, here comes EBNF definition of legal expressions: roll ::= [positive integer], "d", positive integer entity ::= roll | positive number expression ::= entity { [, whitespace], "+"|"*"[, whitespace], entity } Example inputs: "3d6 + 12" "4*d12 + 3" "d100" Using eval functions, or similar, is not forbidden, but I encourage to solving without using these. Re-entrancy is

可以将文章内容翻译成中文,广告屏蔽插件可能会导致该功能失效(如失效，请关闭广告屏蔽插件后再试): 问题: This is the code that I have made that rolls two dice until a pair appear. My question is, is there a way for the user to enter any amount of dice he/she wants? I don't want to create 50 int dice. If I use an array or List I would have the same problem. I'd have to assign each array section to numbergen 50 or more times. Maybe there is something I am missing? static void Main(string[] args) { Random numbergen = new Random(); int dice1=0; int dice2=1; for (int counter = 0; counter <= 1; counter++) { while (dice1 != dice2) { dice1 = numbergen

可以将文章内容翻译成中文,广告屏蔽插件可能会导致该功能失效(如失效，请关闭广告屏蔽插件后再试): 问题: I'm simply trying to make a code that generates dice (in python). Here's the code: import random class Dice: def _init_(self, number_dice): self._dice = [6] * number_dice def roll_dice(self): for d in range(len(self._dice)): self._dice[d] = random.randit(1, 6) self._dice.sort() def print_roll(self): length = len(self._dice) print(str(lenth) + "dice:" + str(self._dice)) my_dice = Dice(2) my_dice.roll_dice() my_dice.print_roll() The compiler says something about line 18. I'm new to programming so anything helps =] 回答1: You need two underscores

Rules Write a function that accepts string as a parameter, returning evaluated value of expression in dice notation , including addition and multiplication. To clear the things up, here comes EBNF definition of legal expressions: roll ::= [positive integer], "d", positive integer entity ::= roll | positive number expression ::= entity { [, whitespace], "+"|"*"[, whitespace], entity } Example inputs: "3d6 + 12" "4*d12 + 3" "d100" Using eval functions, or similar, is not forbidden, but I encourage to solving without using these. Re-entrancy is welcome. I cannot provide test-cases, as output