高斯投影坐标正反算编程报告

1、精选文档高斯投影坐标正反算编程报告1. 编程思想进行高斯投影坐标正反算的编程需要牵涉到大量的公式，为了使程序条理更清楚，各块的数据复用性更强，这里实行了结构化的编程思想。程序由四大块组成。GeodesyHomework.cpp文件用于存放main()函数，是整个程序的入口。通过结构化的编程尽力使main()函数变得简洁。MyFunction.h和MyFunction.cpp用于存放计算过程中进行角度弧度换算时所要用到的一些自定的转换函数。Zhengsuan.h和Zhengsuan.cpp用于存放Zhengsuan类，在Zhengsuan类中声明白高斯投影坐标正算所要用到的全部变量，在类的构造函

2、数中进行成员变量的初始化及正算计算。通过get函数获得相应的正算结果。Fansuan.h和Fansuan.cpp用于存放Fansuan类，类似于Zhengsuan类，Fansuan类中声明白高斯投影坐标反算所要用到的全部变量，在类的构造函数中进行成员变量的初始化及反算计算。通过get函数获得相应的反算结果。2. 计算模型 高斯投影正算公式 高斯投影反算公式 3. 程序框图开头输入B，L求定带号N，中心纬度L0，纬度差l依据有用公式计算x,y换算为国家统一坐标X，Y输出X,Y输入国家统一坐标X,Y由Y取定带号N，并换算出x，y求出中心经线L0依据有用公式计算B，lL=L0+l求出大地经度L输出B

3、，L结束正算反算4. 计算结果5. 附录：程序代码/主函数入口GeodesyHomework.cpp#include "MyFunction.h"#include "Zhengsuan.h"#include "Fansuan.h"#include <iostream>using namespace std;void fansuan();void zhengsuan();void main()zhengsuan();fansuan();printf("/n over!");void zhengsuan()

4、double myB,myL;cout<<"【正算】"<<endl;cout<<"请输入大地纬度B"<<endl;myB=angleToDegree();cout<<"请输入大地经度L"<<endl;myL=angleToDegree();Zhengsuan myZhengsuan1(myB,myL);printf("Radian B=%f L=%f n",myZhengsuan1.getrB(),myZhengsuan1.getrL();my

5、Zhengsuan1.printLocation();void fansuan()double myX,myY;cout<<"【反算】"<<endl;cout<<"请输入国家统一坐标 X Y。例如 3378627.1819 20243953.4517"<<endl;cin>>myX>>myY;Fansuan myFansuan1(myX,myY);myFansuan1.printLocation();/自定功能函数库MyFunction.h#define PI 3.1415926#i

6、nclude <iostream>using namespace std;double angleToDegree(int du,int fen,float miao);double angleToDegree();/将度分秒换算为度double degreeToRadian(double degree);double degreeToRadian();/将角度换算为弧度MyFunction.cpp#include "MyFunction.h"double angleToDegree(int du,int fen,float miao)double result

7、=0;result=miao/3600.0+fen/60.0+du;return result;double angleToDegree()int du,fen;float miao;double result;cout<<"请输入度 分 秒。例如：30 20 00"<<endl;cin>>du>>fen>>miao;result=angleToDegree(du,fen,miao);return result;double degreeToRadian(double degree)double result=0;

8、result=degree/57.295779513082321;return result;double degreeToRadian()double result,degree;degree=angleToDegree();result=degreeToRadian(degree);return result;/正算类Zhengsuan.h/ Zhengsuan.h: interface for the Zhengsuan class./#if !defined(AFX_ZHENGSUAN_H_2655EA28_E810_44A3_8F14_56421A7B4466_INCLUDED_)#

9、define AFX_ZHENGSUAN_H_2655EA28_E810_44A3_8F14_56421A7B4466_INCLUDED_#if _MSC_VER > 1000#pragma once#endif / _MSC_VER > 1000#define rouSecond 206264.806247096355#include "MyFunction.h"#include <iostream>#include <math.h>using namespace std;class Zhengsuan public:Zhengsuan

10、();Zhengsuan(double fB,double fL);double getX();double getY();double getrB();double getrL();void printLocation();virtual Zhengsuan();private:double x;double y;/大地坐标double X;double Y;/国家统一坐标double B;double rB;int Bsecond;double L;double rL;/输入的大地纬度B，大地经度L，rB,rL为对应弧度表示值，Bsecond为换算成秒数值int n;/带号ndouble

11、L0;/中心经线纬度L0double LDot;/纬度差L-L0int LDotSecond;/换算成秒的纬度差double l;double N;double a0;double a3;double a4;double a5;double a6;/七个计算参数;#endif / !defined(AFX_ZHENGSUAN_H_2655EA28_E810_44A3_8F14_56421A7B4466_INCLUDED_)Zhengsuan.cpp/ Zhengsuan.cpp: implementation of the Zhengsuan class./#include "Zhe

12、ngsuan.h"/ Construction/Destruction/Zhengsuan:Zhengsuan()Zhengsuan:Zhengsuan(double fB,double fL)B=fB;rB=degreeToRadian(fB);L=fL;rL=degreeToRadian(fL);Bsecond=B*3600;/初始化大地经度L，大地纬度B，Bsecond,按弧度的大地纬度rBn=(int)(L/6+1);/初始化带号nL0=6*n-3;/中心经线经度，角度单位LDot=L-L0;/经度差LDotSecond=LDot*3600;l=(LDot)*3600/rou

13、Second;/计算参数lN=6399698.902-(21562.267-(108.973-0.612*cos(rB)*cos(rB)*cos(rB)*cos(rB)*cos(rB)*cos(rB);/计算参数Na0=32140.404-(135.3302-(0.7092-0.004*cos(rB)*cos(rB)*cos(rB)*cos(rB)*cos(rB)*cos(rB);/计算参数a0a4=(0.25+0.00252*cos(rB)*cos(rB)*cos(rB)*cos(rB)-0.04166;/计算参数a4a6=(0.166*cos(rB)*cos(rB)-0.084)*cos(

14、rB)*cos(rB);/计算参数a6a3=(0.3333333+0.001123*cos(rB)*cos(rB)*cos(rB)*cos(rB)-0.1666667;/计算参数a3a5=0.0083-(0.1667-(0.1968+0.004*cos(rB)*cos(rB)*cos(rB)*cos(rB)*cos(rB)*cos(rB);/计算参数a5x=6367558.4969*Bsecond/rouSecond-(a0-(0.5+(a4+a6*l*l)*l*l)*l*l*N)*sin(rB)*cos(rB);/正算xy=(1+(a3+a5*l*l)*l*l)*l*N*cos(rB);/正

15、算yX=x;Y=n*1000000+y+500000;/国家统一坐标Zhengsuan:Zhengsuan()double Zhengsuan:getX()return X;double Zhengsuan:getY()return Y;void Zhengsuan:printLocation()printf("正算得国家统一坐标为： X= %8.8f Y=%8.8f n",X,Y);double Zhengsuan:getrB()return rB;double Zhengsuan:getrL()return rL;/反算类Fansuan.h/ Fansuan.h: in

16、terface for the Fansuan class./#if !defined(AFX_FANSUAN_H_5B5E4668_EE81_463F_8D65_FFE2AEACE745_INCLUDED_)#define AFX_FANSUAN_H_5B5E4668_EE81_463F_8D65_FFE2AEACE745_INCLUDED_#if _MSC_VER > 1000#pragma once#endif / _MSC_VER > 1000#define rouSecond 206264.806247096355#include <math.h>#inclu

17、de "MyFunction.h"#include <iostream>using namespace std;class Fansuan public:Fansuan();Fansuan(double X,double Y);double getB();double getL();void printLocation();virtual Fansuan();private:double x;double y;/高斯投影坐标double X;double Y;int N;/国家统一坐标,N为带号double B,Bsecond;double L;/最终反算得到B

18、、Ldouble L0;/中心经线经度double l,lsecond;/L=L0+l，L0=6*N-3double Bf,BfSecond,BfDegree;double beta,betaSecond,betaDegree;double Z;double Nf;double b2;double b3;double b4;double b5;/计算的8个参数;#endif / !defined(AFX_FANSUAN_H_5B5E4668_EE81_463F_8D65_FFE2AEACE745_INCLUDED_)Fansuan.cpp/ Fansuan.cpp: implementatio

19、n of the Fansuan class./#include "Fansuan.h"/ Construction/Destruction/Fansuan:Fansuan()Fansuan:Fansuan(double X,double Y)this->X=X;this->Y=Y;/初始化x,yN=(int)(Y/1000000);/取出带号L0=6*N-3;/初始化该带号的中心经线经度x=X;y=Y-1000000*N-500000;beta=x/6367558.4969;/初始化beta，弧度单位betaSecond=beta*rouSecond;/初始化beta，秒单位betaDegree=betaSecond/3600;/初始化beta,整度数单位Bf=beta+(50221746+(293622+(2350+22*cos(beta)*cos(beta)*cos(beta)*cos(beta)*cos(beta)*cos(beta)*(1e-10)*sin(beta)*cos(beta);/初始化Bf,弧度单位BfSecond=Bf*rouSecond;/初始化Bf，秒单位BfDegree=BfSecond/3600;/初始化Bf，整度数单位Nf=6399698.902-(21562