尽可能计算PI ax？ （Mathametical Question） [英] Calculating PI ax far as possible? (Mathametical Question)

问题描述

大家好，



我想知道是否有任何方法可以尽可能计算PI？



今天在学校我听说PI在3.14之后有一百万个数字。

所以，我想为什么不尝试计算所有这些数字呢？



我打算使用一个会在里面使用的空白，

a有点像这样：

  public   void  CalculatePI（< span class =code-keyword> int  Start）
 {
  int 写入=开始+（此处计算PI）。 
 Console.WriteLine（Write.ToString（））; 
 CalculatePI（写）; 
} 

有谁知道从哪里开始？

解决方案

< blockquote>你错了。 PI在3.14之后具有<无数个数字。你有那么多记忆......还是时间？我怀疑。

请阅读这篇文章： http://en.wikipedia.org/ wiki / Approximations_of_% CF％80 [ ^ ]，在你尝试计算所有这些数字之前。请注意，高素质的数学家和高性能计算机正在努力击败当前记录 [ ^ ]。

Hello everyone,

I am wondering if there is any way of calculating PI as far as possible?

Today on school I heard that PI has a million numbers after the 3.14.
So, I thought why not try and calculate all those numbers?

I was planning on using a void that will use itself inside it,
a little bit like so:

public void CalculatePI(int Start)
{
 int Write = Start + (Calculate PI here).
 Console.WriteLine(Write.ToString());
 CalculatePI(Write);
}

Does anyone know where to start?

解决方案

You are wrong. PI has infinite number of "numbers after 3.14". Do you have that much memory... or time? I doubt.
Please read this article: http://en.wikipedia.org/wiki/Approximations_of_%CF%80[^], before you try to calculate all those numbers. Be aware that highly qualified mathematicians and high performance computers are working on beating the current record[^].

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