[
复数
ADT
的描述
]
ADT complex{
数据对象:
D={ c1,c2
c1,c2
∈
FloatSet }
数据关系:
R={ <c1,c2>
c1
c2
}
基本操作:创建一个复数
creat(a);
输出一个复数
outputc(a);
求两个复数相加之和
add(a,b);
求两个复数相减之差
sub(a,b);
求两个复数相乘之积
chengji(a,b);
等等
;
} ADT complex;
实现复数
ADT
可以使用面向过程的程序设计方法,也可以用面向对象程序设计方法。
[复数ADT实现的面向过程C语言源程序]-complex.h
#include <stdio.h>
#include <stdlib.h>
typedef struct Complex
{
float real;
float image;
}Complex;
void CreatComplex(Complex& c,float a,float b);
void AddComplex(Complex& sum,Complex c1,Complex c2 );
void Subtract_C(Complex& Sub,Complex c1,Complex c2 );
void Multiple_C(Complex& product,Complex c1,Complex c2 );
void Print_C(Complex c);
void CreatComplex(Complex& c,float a,float b)
{
c.real = a;
c.image = b;
}
void AddComplex(Complex& sum,Complex c1,Complex c2)
{
sum.real = c1.real + c2.real ;
sum.image = c1.image + c2.image ;
}
void Subtract_C(Complex& Sub,Complex c1,Complex c2 )
{
Sub.real = c1.real -c2.real ;
Sub.image = c1.image - c2.image ;
}
void Multiple_C(Complex& product,Complex c1,Complex c2 )
{
product.real = c1.real * c2.real - c1.image * c2.image ;
product.image = c1.real * c2.image + c1.image * c2.real ;
}
void Print_C(Complex c)
{
if (c.image == 0.0)
printf("%5.2f\n",c.real );
else
printf("%5.2f+%5.2fi\n",c.real ,c.image );
if(c.real==0.0)
printf("%5.2fi\n",c.image);
}
complex.cpp代码:
#include "complex.h"
#include <stdio.h>
void main()
{
float a,b,c,d;
Complex c1,c2,sum,Sub,Prod;
scanf("%f%f%f%f",&a,&b,&c,&d);
CreatComplex(c1,a,b);
Print_C(c1);
CreatComplex(c2,c,d);
Print_C(c2);
AddComplex(sum,c1,c2);
Print_C(sum);
Subtract_C(Sub,c1,c2);
Print_C(Sub);
Multiple_C(Prod,c1,c2);
Print_C(Prod);
}
posted on 2006-09-25 18:52
matthew 阅读(3345)
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