//计算水平网用到的点
public List <PointClass> Calc_StartPoints()
{
foreach (StationClass ST in StationInfos)//提取用到的点
{
int CP_Index = Tool_Class.Belong(StartPoints, ST.BP.PID);
//计算后视点在当前点集中
if (CP_Index == -1)
{
StartPoints.Add(ST.BP); //不在执行添加
}
CP_Index = Tool_Class.Belong(StartPoints, ST.SP.PID);
if (CP_Index == -1)
{
StartPoints.Add(ST.SP);//不在执行添加
}
CP_Index = Tool_Class.Belong(StartPoints, ST.FP.PID);
if (CP_Index == -1)
{
StartPoints.Add(ST.FP);//不在执行添加
}
}
//加入控制点信息
foreach (PointClass P in StartPoints)
{
int cp_index = Tool_Class.Belong(ControlPoints, P.PID);
//计算当前点是否在控制点集合中
if (cp_index > -1)//在加入控制点信息
{
P.X = ControlPoints[cp_index].X;
P.Y = ControlPoints[cp_index].Y;
P.IsControlP = true;
}
}
return(StartPoints);
}
List <PointClass> StartPoints = new List <PointClass>(); //控制点集合
// 控制点文件
private void MenuItem_Click(object sender, RoutedEventArgs e)
{
ReadFile readFile = new ReadFile("读入控制点文件");
ControlPoints = CPlaneNetAdjust1.InputCtrData(readFile.getPath());
Tool_Class.addData <PointClass>(dataGridView3, ControlPoints);
}
private void MenuItem_Click_1(object sender, RoutedEventArgs e)
{
ReadFile f = new ReadFile("目标坐标文件");
MyCoordtoTrans.InputData(f.getPath(), TargetPoints);
Tool_Class.addData <PointClass>(dataGrid2, TargetPoints);
}
// 二维坐标转换
private void _2DCoordinateTransformation(object sender, RoutedEventArgs e)
{
CommonP = MyCoordtoTrans.IICoordTans(SourcePoints, TargetPoints, IIDimTraPoints);
MyCoordtoTrans.IICoordTans(SourcePoints, TargetPoints, IIDimTraPoints);
Tool_Class.addData <PointClass>(dataGrid3, CommonP);
Tool_Class.addData <PointClass>(dataGrid4, IIDimTraPoints);
}
//读入观测数据
public List <StationClass> InputObsData(string FileName)
//第一个参数为文件路径及名称，通过StationInfos返回函数值
{
FileStream fs = new FileStream(FileName, FileMode.Open); //定义流文件类
StreamReader Reader = new StreamReader(fs, Encoding.ASCII); //定义读取文件类
//文件是否到最后
while (Reader.EndOfStream != true)//通过循环读取文件信息
{
List <string> TempString = Reader.ReadLine().Split(' ').ToList <string>();
//以空格作为分隔符号
TempString.RemoveAll(Tool_Class.IsSpace); //删除所有的空格元素
StationInfos.Add(new StationClass //添加测站元素
{
SP = new PointClass {
PID = TempString[0]
}, //测站点名
BP = new PointClass {
PID = TempString[1]
}, //后视点名
FP = new PointClass {
PID = TempString[2]
}, //前视点名
LAngle = Tool_Class.Deg_DMSToRad((double.Parse(TempString[3])) / 10000),
//将度分秒转成弧度付给左角
DisB = double.Parse(TempString[4]), //后视距离
DisF = double.Parse(TempString[5]) //前视距离
});
}
Reader.Close(); //流文件关闭
PerfectStationInfos(); //完善测站信息，添加控制点、方位角及距离
return(StationInfos);
}
public void AngleErrorEquations()
{
int m_Pnumber = UnknowPoints.Count();
int numAngle = StationInfos.Count();
PointClass FP, SP, BP;
Ba = new Matrix(numAngle, m_Pnumber * 2); //系数
La = new Matrix(numAngle, 1); //常数项
Va = new Matrix(numAngle, 1); //改正数
for (int Index = 0; Index < numAngle; Index++)
{
FP = StationInfos[Index].FP;
BP = StationInfos[Index].BP;
SP = StationInfos[Index].SP;
int j, k, h;
double axj, ayj, bxk, byk, cxh, cyh;
double rou = 180 * 60 * 60 / Math.PI;
double dertY0_jk, dertY0_jh;
double dertX0_jk, dertX0_jh;
double S0_jk, S0_jh;
double Li;
j = Tool_Class.Belong(UnknowPoints, SP.PID);
k = Tool_Class.Belong(UnknowPoints, FP.PID);
h = Tool_Class.Belong(UnknowPoints, BP.PID);
S0_jh = StationInfos[Index].DisB;
S0_jk = StationInfos[Index].DisF;
dertY0_jh = BP.Y - SP.Y;
dertX0_jh = BP.X - SP.X;
dertY0_jk = FP.Y - SP.Y;
dertX0_jk = FP.X - SP.X;
axj = rou * (dertY0_jk / S0_jk / S0_jk - dertY0_jh / S0_jh / S0_jh);
ayj = -rou * (dertX0_jk / S0_jk / S0_jk - dertX0_jh / S0_jh / S0_jh);
bxk = -rou * dertY0_jk / S0_jk / S0_jk;
byk = rou * dertX0_jk / S0_jk / S0_jk;
cxh = rou * dertY0_jh / S0_jh / S0_jh;
cyh = -rou * dertX0_jh / S0_jh / S0_jh;
Li = StationInfos[Index].LAngle - (StationInfos[Index].FAzimuth -
StationInfos[Index].BAzimuth);
//非控制点放入到系数矩阵
if (j > -1)
{
Ba.SetNum(Index, 2 * j, axj);
Ba.SetNum(Index, 2 * j + 1, ayj);
}
if (k > -1)
{
Ba.SetNum(Index, 2 * k, bxk);
Ba.SetNum(Index, 2 * k + 1, byk);
}
if (h > -1)
{
Ba.SetNum(Index, 2 * h, cxh);
Ba.SetNum(Index, 2 * h + 1, cyh);
}
La.SetNum(Index, 0, Li);
}
}
// 观测数据
private void MenuItem_Click_1(object sender, RoutedEventArgs e)
{
ReadFile readFile = new ReadFile("读入测站信息");
StationInfos = CPlaneNetAdjust1.InputObsData(readFile.getPath());
Tool_Class.addData <StationClass>(dataGridView1, StationInfos);
for (int i = 0; i < dataGridView1.Items.Count; i++)
{
DataGridRow row = (DataGridRow)dataGridView1.ItemContainerGenerator.ContainerFromIndex(i);
Console.WriteLine(row);
}
}
private void updataUnknowPoints(List <PointClass> unknowPoints, List <PointClass>
StartPoints)
{
foreach (PointClass p in unknowPoints)
{
int index = Tool_Class.Belong(StartPoints, p.PID);
if (index > -1)
{
p.X = StartPoints[index].X;
p.Y = StartPoints[index].Y;
StartPoints[index].IsControlP = false;
p.IsControlP = false;
}
}
}
public string ViewStationInfos()
{
string temp = null;
string temps = "测站 后视 前视 左角 后视距 后视方位角前视距前视方位角\n";
foreach (StationClass CP1 in StationInfos)
{
temp = string.Format("{0,4}", CP1.SP.PID.ToString()) + string.Format("{0,5}",
CP1.BP.PID.ToString()) + string.Format("{0,6}", CP1.FP.PID.ToString()) +
string.Format("{0,15}", Tool_Class.RadToDeg_DMS(CP1.LAngle)) + string.Format("{0,11}",
CP1.DisB.ToString("f3")) + string.Format("{0,15}",
Tool_Class.RadToDeg_DMS(CP1.BAzimuth))
+ string.Format("{0,11}", CP1.DisF.ToString("f3")) +
string.Format("{0,15}", Tool_Class.RadToDeg_DMS(CP1.FAzimuth))
+ '\n';
temps = temps + temp;
}
return(temps);
}
public void DistErrorEquations()
{
int m_Pnumber = UnknowPoints.Count();
int numAngle = StationInfos.Count();
List <LineClass> Distances = new List <LineClass>();//观测距离
//列边长误差方程
ExtractLineDist(Distances);
int DistNum = Distances.Count;
Bd = new Matrix(DistNum, m_Pnumber * 2);
Ld = new Matrix(DistNum, 1);
Vd = new Matrix(DistNum, 1);
for (int D_index = 0; D_index < Distances.Count - 1; D_index++)
{
double dxj, dyj, dxk, dyk;
int j = Tool_Class.Belong(UnknowPoints, Distances[D_index].SP.PID);
int k = Tool_Class.Belong(UnknowPoints, Distances[D_index].EP.PID);
double FWjk = Tool_Class.IIPointFW(Distances[D_index].SP,
Distances[D_index].EP);
dxj = -Math.Cos(FWjk);
dyj = -Math.Sin(FWjk);
dxk = -dxj;
dyk = -dyj;
if (j > -1)
{
Bd.SetNum(D_index, 2 * j, dxj);
Bd.SetNum(D_index, 2 * j + 1, dyj);
}
if (k > -1)
{
Bd.SetNum(D_index, 2 * k, dxk);
Bd.SetNum(D_index, 2 * k + 1, dyk);
}
double ld = Distances[D_index].Distance -
Tool_Class.distIIP(Distances[D_index].SP, Distances[D_index].EP);
Ld.SetNum(D_index, 0, ld);
}
}
//提取边信息
public void ExtractLineDist(List <LineClass> Distances)
{
List <LineClass> Lines = new List <LineClass>();
foreach (StationClass SC in StationInfos)
{
Lines.Add(new LineClass
{
SP = new PointClass
{
PID = SC.SP.PID,
X = SC.SP.X,
Y = SC.SP.Y
},
EP = new PointClass
{
PID = SC.BP.PID,
X = SC.BP.X,
Y = SC.BP.Y
},
Distance = SC.DisB
});
Lines.Add(new LineClass
{
SP = new PointClass
{
PID = SC.SP.PID,
X = SC.SP.X,
Y = SC.SP.Y
},
EP = new PointClass
{
PID = SC.FP.PID,
X = SC.FP.X,
Y = SC.FP.Y
},
Distance = SC.DisF
});
}
foreach (LineClass L in Lines)
{
bool IsExist = false;
string FLName = L.SP.PID + L.EP.PID;
foreach (LineClass LT in Distances)
{
string CLName1 = LT.SP.PID + LT.EP.PID;
string CLName2 = LT.EP.PID + LT.SP.PID;
if (string.Equals(FLName, CLName1) || string.Equals(FLName,
CLName2))
{
IsExist = true;
break;
}
}
if (!IsExist)
{
int SPIndex = Tool_Class.Belong(ControlPoints, L.SP.PID);
int EPIndex = Tool_Class.Belong(ControlPoints, L.EP.PID);
bool SPISContr = false, EPISContr = false;
if (SPIndex > -1)
{
SPISContr = true;
}
if (EPIndex > -1)
{
EPISContr = true;
}
if (SPISContr && EPISContr)//非控制点
{
IsExist = false;
}
else
{
Distances.Add(L);
IsExist = false;
}
}
}
DistNum = Distances.Count;//得到测边数
}
//初始值计算
public void X0Y0Calculate()
{
int unkPnumber = UnknowPoints.Count;
int kk = 0;
while (kk < unkPnumber)
{
foreach (StationClass SC in StationInfos)
{
int SP_Index = Tool_Class.Belong(StartPoints, SC.SP.PID);
if (StartPoints[SP_Index].IsControlP)//测站有点
{
SC.SP.X = StartPoints[SP_Index].X;
SC.SP.Y = StartPoints[SP_Index].Y;
SC.SP.IsControlP = true;
int BP_Index = Tool_Class.Belong(StartPoints, SC.BP.PID);
if (StartPoints[BP_Index].IsControlP)//后视有点
{
SC.BP.X = StartPoints[BP_Index].X;
SC.BP.Y = StartPoints[BP_Index].Y;
SC.BP.IsControlP = true;
int FP_Index = Tool_Class.Belong(StartPoints, SC.FP.PID);
if (StartPoints[FP_Index].IsControlP == false)//前视无点
{
double BAzimuth = Tool_Class.IIPointFW(SC.SP, SC.BP);
double FAzimuth = BAzimuth + SC.LAngle;
FAzimuth = Tool_Class.AjustAngle(FAzimuth);//前视方位角
SC.FP = Tool_Class.AzimuthDistToP(SC.SP, FAzimuth,
SC.DisF);
SC.FP.PID = StartPoints[FP_Index].PID;
SC.FP.IsControlP = true;
StartPoints[FP_Index].X = SC.FP.X;
StartPoints[FP_Index].Y = SC.FP.Y;
StartPoints[FP_Index].IsControlP = true;
kk++;
}
}
else//后视无点
{
int FP_Index = Tool_Class.Belong(StartPoints, SC.FP.PID);
if (StartPoints[FP_Index].IsControlP)//前视有点
{
SC.FP.X = StartPoints[FP_Index].X;
SC.FP.Y = StartPoints[FP_Index].Y;
SC.FP.IsControlP = true;
double FAzimuth = Tool_Class.IIPointFW(SC.SP, SC.FP);
double BAzimuth = FAzimuth - SC.LAngle;
BAzimuth = Tool_Class.AjustAngle(BAzimuth);
SC.BP = Tool_Class.AzimuthDistToP(SC.SP, BAzimuth,
SC.DisB);
SC.BP.PID = StartPoints[BP_Index].PID;
SC.BP.IsControlP = true;
StartPoints[BP_Index].X = SC.BP.X;
StartPoints[BP_Index].Y = SC.BP.Y;
StartPoints[BP_Index].IsControlP = true;
kk++;
}
}
}
}
}
//更新未知点
PerfectStationInfos(); //补充测站信息
updataUnknowPoints(UnknowPoints, StartPoints); //更新未知点
}
// 初始值计算
private void MenuItem_Click_6(object sender, RoutedEventArgs e)
{
CPlaneNetAdjust1.X0Y0Calculate();
Tool_Class.addData <PointClass>(dataGridView4, CPlaneNetAdjust1.UnknowPoints);
}
// 提取未知点
private void MenuItem_Click_5(object sender, RoutedEventArgs e)
{
Tool_Class.addData <PointClass>(dataGridView5, CPlaneNetAdjust1.Calc_UnknowPoints());
}
// 提取所有点
private void MenuItem_Click_4(object sender, RoutedEventArgs e)
{
Tool_Class.addData <PointClass>(dataGrideView2, CPlaneNetAdjust1.Calc_StartPoints());
}
//完善测站信息
private void PerfectStationInfos()
{
//添加控制点信息
foreach (StationClass TC in StationInfos)
{
int index = Tool_Class.Belong(ControlPoints, TC.SP.PID);
if (index > -1)
{
TC.SP.X = ControlPoints[index].X;
TC.SP.Y = ControlPoints[index].Y;
TC.SP.IsControlP = true;
}
index = Tool_Class.Belong(ControlPoints, TC.FP.PID);
if (index > -1)
{
TC.FP.X = ControlPoints[index].X;
TC.FP.Y = ControlPoints[index].Y;
TC.FP.IsControlP = true;
}
index = Tool_Class.Belong(ControlPoints, TC.BP.PID);
if (index > -1)
{
TC.BP.X = ControlPoints[index].X;
TC.BP.Y = ControlPoints[index].Y;
TC.BP.IsControlP = true;
}
}
//将当前点信息添加到测站信息
foreach (StationClass TC in StationInfos)
{
int SP_index, FP_index, BP_index;
SP_index = Tool_Class.Belong(StartPoints, TC.SP.PID);
if (SP_index > -1)
{
TC.SP = StartPoints[SP_index];
}
FP_index = Tool_Class.Belong(StartPoints, TC.FP.PID);
if (SP_index > -1)
{
TC.FP = StartPoints[FP_index];
}
BP_index = Tool_Class.Belong(StartPoints, TC.BP.PID);
if (BP_index > -1)
{
TC.BP = StartPoints[BP_index];
}
}
//添加已知两点的方位角
foreach (StationClass TC in StationInfos)
{
if (TC.SP.IsControlP && TC.BP.IsControlP)
{
TC.BAzimuth = Tool_Class.IIPointFW(TC.SP, TC.BP);
TC.DisB = Tool_Class.distIIP(TC.SP, TC.BP);
}
if (TC.SP.IsControlP && TC.FP.IsControlP)
{
TC.FAzimuth = Tool_Class.IIPointFW(TC.SP, TC.FP);
TC.DisF = Tool_Class.distIIP(TC.SP, TC.FP);
}
}
}
public List <PointClass> IICoordTans(List <PointClass> SourcePoints, List <PointClass> TargetPoints, List <PointClass> IIDimTarPoints)
{
int Index = 0;
List <PointClass> CommonP = new List <PointClass>();
//计算公共点，并将公共点存到COMMONp
foreach (PointClass TP in SourcePoints)
{
Index = Tool_Class.Belong(TargetPoints, TP.PID);//获取原坐标点在目标坐标系中的索引值
if (Index != -1)
{
CommonP.Add(new PointClass
{
PID = TP.PID,
X = TP.X,
Y = TP.Y,
IsCommonP = true
});
}
}
//确定旋转电与参照点：计算最远距离点，从而确定了旋转点（第0个元素）与参照点（第一个元素）点号
string[] sArray = new string[2]; //记录旋转点与参照点名
PointClass SRotateP = new PointClass(); //源坐标旋转点
PointClass SRefP = new PointClass(); //源坐标参照点
PointClass TRotateP = new PointClass(); //目标坐标旋转点
PointClass TRefP = new PointClass(); //目标坐标参照点
sArray = Tool_Class.DistMaxListP(CommonP);
Index = Tool_Class.Belong(CommonP, sArray[0]);
SRotateP = CommonP[Index];
Index = Tool_Class.Belong(CommonP, sArray[1]);
SRefP = CommonP[Index];
//////////////////////////////////////////////
double sfw = Tool_Class.IIPointFW(SRotateP, SRefP); //确定源坐标两个点（旋转点和参照点）方位角
double sd = Tool_Class.distIIP(SRotateP, SRefP); //确定源坐标两个点（旋转点和参照点）距离
////////////获取目标系的旋转点与参照点
Index = Tool_Class.Belong(TargetPoints, sArray[0]);
TRotateP = TargetPoints[Index];
Index = Tool_Class.Belong(TargetPoints, sArray[1]);
TRefP = TargetPoints[Index];
////////////////
double Tfw = Tool_Class.IIPointFW(TRotateP, TRefP); //确定源坐标两个点（旋转点和参照点）方位角
double Td = Tool_Class.distIIP(TRotateP, TRefP); //确定源坐标两个点（旋转点和参照点）距离
double detfw = Tfw - sfw;
double k = Td / sd - 1;
//定义基线向量的矩阵
Matrix sBase = new Matrix(2, SourcePoints.Count);
Matrix tBase = new Matrix(2, SourcePoints.Count);
//计算源坐标系中各点相对于旋转点的基线向量，并将其扩大到（k+1）后存储到sBase矩阵中
for (Index = 0; Index < SourcePoints.Count; Index++)
{
double Bx = (SourcePoints[Index].X - SRotateP.X) * (1 + k);
double By = (SourcePoints[Index].Y - SRotateP.Y) * (1 + k);
sBase.SetNum(0, Index, Bx);
sBase.SetNum(1, Index, By);
}
//计算旋转矩阵
Matrix R = new Matrix(2, 2);
R.SetNum(0, 0, Math.Cos(detfw));
R.SetNum(0, 1, -Math.Sin(detfw));
R.SetNum(1, 0, 1 * Math.Sin(detfw));
R.SetNum(1, 1, Math.Cos(detfw));
//对sBase中的基线向量进行旋转放到tBase中
tBase = Matrix.Mutiply(R, sBase);
//平移后，最终结果放到IIDimTraPoints
for (Index = 0; Index < SourcePoints.Count; Index++)
{
IIDimTarPoints.Add(new PointClass
{
PID = SourcePoints[Index].PID,
X = TRotateP.X + tBase.getNum(0, Index),
Y = TRotateP.Y + tBase.getNum(1, Index)
});
}
return(CommonP);
}
