private void PMatrix()
{
int bi;
int m_Pnumber = UnknowPoints.Count();
int numAngle = StationInfos.Count();
P = new Matrix(DistNum + numAngle, DistNum + numAngle);
//设夹角的中误差为1“，距离的中误差为0.005m
//角度权=1，距离全4*10000（秒/米）平方
for (bi = 0; bi < numAngle; bi++)
{
P.SetNum(bi, bi, 1);
}
for (bi = numAngle; bi < DistNum + numAngle; bi++)
{
P.SetNum(bi, bi, 40000);
}
L = new Matrix(DistNum + numAngle, 1);
for (bi = 0; bi < numAngle; bi++)
{
L.SetNum(bi, 0, La.getNum(bi, 0));
}
for (bi = numAngle; bi < DistNum + numAngle; bi++)
{
L.SetNum(bi, 0, Ld.getNum(bi - numAngle, 0));
}
}
public void AllErrorEquations()
{
//总的误差方程计算
int m_Pnumber = UnknowPoints.Count();
int numAngle = StationInfos.Count();
B = new Matrix(DistNum + numAngle, m_Pnumber * 2);
L = new Matrix(DistNum + numAngle, 1);
int bi, bj;
for (bi = 0; bi < numAngle; bi++)
{
for (bj = 0; bj < m_Pnumber * 2; bj++)
{
B.SetNum(bi, bj, Ba.getNum(bi, bj));
}
L.SetNum(bi, 0, La.getNum(bi, 0));
}
for (bi = numAngle; bi < DistNum + numAngle; bi++)
{
for (bj = 0; bj < m_Pnumber * 2; bj++)
{
double tt = Bd.getNum(bi - numAngle, bj);
B.SetNum(bi, bj, tt);
}
L.SetNum(bi, 0, Ld.getNum(bi - numAngle, 0));
}
}