当前位置: 首页 > 图文教程 > 网络编程 > ASP.NET > asp.net(c#)复数类(复数加减乘除四则运算)

ASP.NET
Eric的无限级Tree演示
C#中操作Excel的方法(一)
Data Access Application Block V2 类库中文文档(转贴 )
大文件上传浅谈,以及遇到的问题
做软件的困难:非技术困惑
走进C# (我的C#学习之旅)之二
Northwind中一个特别之处
.net中取当前系统的想关信息的类
写组件时需要的注释与属性书写方法
XPath序列之五
使用CommandBuilder为DataAdaper生成的Command更新数据源时的注意事项!
如何列举出网络上所有的SQL Server服务器
XPath序列之一
如何在C#里面象js一样可以直接计算字符串的值
XPath序列之三
电子秤和PC之间的数据通讯(应答)
从SQL Server中读写大数据列。
通过CDO组件对NNTP服务器发送消息
Singleton深入浅出
悲观观定SQL Server和Oracle

ASP.NET 中的 asp.net(c#)复数类(复数加减乘除四则运算)


出处:互联网   整理: 软晨网(RuanChen.com)   发布: 2009-09-13   浏览: 166 ::
收藏到网摘: n/a

我的一个JAVA作业,把它改写成asp.net(c#)了
复制代码 代码如下:

protected void Page_Load(object sender, EventArgs e)
{
complex complex_a = new complex(1.0, 1.0);
complex complex_b = new complex(2.0, 2.0);
Response.Write("加法运算结果:" + complex_a.complex_add(complex_b).ToString() + "<br />");
Response.Write("减法运算结果:" + complex_a.complex_minus(complex_b).ToString() + "<br />");
Response.Write("乘法运算结果:" + complex_a.complex_multi(complex_b).ToString() + "<br />");
Response.Write("除法运算结果:" + complex_a.complex_divide(complex_b).ToString());
}
//design by 阿会楠 来自:搜索吧 sosuo8.com
public class complex
{
//复数中的实部
private double complex_real;
//复数中的虚部
private double complex_imagin;
//构造函数
public complex(double r, double i)
{
complex_real = r;
complex_imagin = i;
}
//重写ToString()方法
public override string ToString()
{
return this.complex_real + "+" + this.complex_imagin + "i";
}
//复数加法运算
public complex complex_add(complex c)
{
//取得加法运算后的实部
double complex_real = this.complex_real + c.complex_real;
//取得加法运算后的虚部
double complex_imagin = this.complex_imagin + c.complex_imagin;
//返回一个复数类
return new complex(complex_real,complex_imagin);
}
//复数减法运算
public complex complex_minus(complex c)
{
//取得减法运算后的实部
double complex_real = this.complex_real - c.complex_real;
//取得减法运算后的虚部
double complex_imagin = this.complex_imagin - c.complex_imagin;
//返回一个复数类
return new complex(complex_real, complex_imagin);
}
//乘法运算
public complex complex_multi(complex c)
{
//取得乘法运算后的实部
double complex_real = this.complex_real * c.complex_real - this.complex_imagin * c.complex_imagin;
//取得乘法运算后的虚部
double complex_imagin = this.complex_real * c.complex_imagin + this.complex_imagin * c.complex_real;
//返回一个复数类
return new complex(complex_real, complex_imagin);
}
//除法运算结果 (a+bi)/(c+di)=(a+bi)(c-di)/(c+di)(c-di)
public complex complex_divide(complex c)
{
//取得(c+di)(c-di)的值
double d = c.complex_real * c.complex_real + c.complex_imagin * c.complex_imagin;
//取得除法运算后的实部
double complex_real = (this.complex_real * c.complex_real + this.complex_imagin * c.complex_imagin) / d;
//取得除法运算后的虚部
double complex_imagin = (this.complex_real * (-c.complex_imagin) + this.complex_imagin * c.complex_real) / d;
//返回一个复数类
return new complex(complex_real, complex_imagin);
}
}

运行结果:
复制代码 代码如下:

加法运算结果:3+3i
减法运算结果:-1+-1i
乘法运算结果:0+4i
除法运算结果:0.5+0i