#include
#include
using?namespace?std;
int??main（）
{int?n;
cout<<“輸入邊數“<cin>>n;
double?a[50]b[50]c[50]d[50]A[50]B[50]Cx[50]Cy[50]X[50]Y[50];
double?f1（doubledoubledouble）;
double?f2（doubledoubledouble）;
double?jsum=0.0sum_x=0sum_y=0sum_z=0sum_b=0xy;
int?i;
cout<<“輸入已知點坐標“<cin>>x>>y;
cout<<“先輸入內角再輸已知方位角“<for?（i=0;i<=n;i++）
{cin>>a[i]>>b[i]>>c[i];
d[i]=f1（a[i]b[i]c[i]）;//調用函數，角換弧
sum_b+=A[i];//求總長
}
cout<<“輸入對應邊“<for（i=0;icin>>A[i];
for（i=0;ij=sum-（n-2）*3.14;
if（?j<3.14*sqrt（n）/10800&&j>-3.14*sqrt（n）/10800）
{for（i=0;id[i]+=-j/n;}
else?{cout<<“錯誤角度“;return?0;}//結束程序
B[0]=d[n];
for（i=1;iB[i]=B[i-1]+d[i]-3.14;
for（i=0;i{Cx[i]=A[i]*cos（B[i]）;
Cy[i]=A[i]*sin（B[i]）;}
for（i=0;i{sum_x+=Cx[i];
sum_y+=Cy[i];
}
sum_z=sqrt（sum_x*sum_x+sum_y*sum_y）;//fD
if（sum_z/sum_b<=（1.0/3200））//判斷導線全長相對閉合差
for（i=0;i{Cx[i]+=f2（A[i]sum_xsum_b）;
Cy[i]+=f2（A[i]sum_ysum_b）;}
else?{cout<<“錯誤“;return?0;}//結束程序
X[0]=x;
Y[0]=y;
for（i=1;i{X[i]=X[i-1]+Cx[i-1];Y[i]=Y[i-1]+Cy[i-1];}
for（i=0;i{cout<<“X“<return?0;
}
double?f1（double?adouble?bdouble?c）//將角度換為弧度
{
double?kj;
k=a+b/60+c/3600;
j=（k/180）*3.14;
return?j;}
double?f2（double?adouble?bdouble?c）
{double?ij;
i=a/c;
j=b*i;
return?（-j）;
}

?屬性????????????大小?????日期????時間???名稱
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?????文件???????1582??2010-06-26?11:20??導線測量\Cpp1.cpp

?????文件??????23040??2010-06-26?11:20??導線測量\說明.doc

?????目錄??????????0??2010-12-09?09:41??導線測量

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