public static string GetTraverse(List <string> col0, List <string> col1, List <string> col2, List <string> col3, List <string> col6, List <string> col7, List <string> col9, List <string> col10, int dataCount, int backCount, DataType.Data approximateDataType, DataType.LeftOrRight LorR)
{
List <string> col4 = new List <string>();
List <string> col5 = new List <string>();
List <string> col8 = new List <string>();
double coordinateCloseError = 0;
double angleCloseError = 0;
for (int i = 0; i < dataCount; i += 2)
{
double left;
double right;
if (ConvertAngle.SecondFromString(col2[i + 1]) >= ConvertAngle.SecondFromString(col2[i]) && ConvertAngle.SecondFromString(col3[i + 1]) >= ConvertAngle.SecondFromString(col3[i]))
{
left = ConvertAngle.SecondFromString(col2[i + 1]) - ConvertAngle.SecondFromString(col2[i]);
right = ConvertAngle.SecondFromString(col3[i + 1]) - ConvertAngle.SecondFromString(col3[i]);
col4.Add(Math.Abs(left - right).ToString());
}
else if (ConvertAngle.SecondFromString(col2[i + 1]) >= ConvertAngle.SecondFromString(col2[i]) && ConvertAngle.SecondFromString(col3[i + 1]) < ConvertAngle.SecondFromString(col3[i]))
{
left = ConvertAngle.SecondFromString(col2[i + 1]) - ConvertAngle.SecondFromString(col2[i]);
right = ConvertAngle.SecondFromString(col3[i + 1]) - ConvertAngle.SecondFromString(col3[i]) + 360 * 3600;
col4.Add(Math.Abs(left - right).ToString());
}
else if (ConvertAngle.SecondFromString(col2[i + 1]) < ConvertAngle.SecondFromString(col2[i]) && ConvertAngle.SecondFromString(col3[i + 1]) >= ConvertAngle.SecondFromString(col3[i]))
{
left = ConvertAngle.SecondFromString(col2[i + 1]) - ConvertAngle.SecondFromString(col2[i]) + 360 * 3600;
right = ConvertAngle.SecondFromString(col3[i + 1]) - ConvertAngle.SecondFromString(col3[i]);
col4.Add(Math.Abs(left - right).ToString());
}
else
{
left = ConvertAngle.SecondFromString(col2[i + 1]) - ConvertAngle.SecondFromString(col2[i]) + 360 * 3600;
right = ConvertAngle.SecondFromString(col3[i + 1]) - ConvertAngle.SecondFromString(col3[i]) + 360 * 3600;
col4.Add(Math.Abs(left - right).ToString());
}
}
for (int i = 0; i < dataCount; i += (backCount * 2))
{
double allSecond = 0;
for (int j = 0; j < backCount * 2; j += 2)
{
double left;
double right;
if (ConvertAngle.SecondFromString(col2[i + j + 1]) >= ConvertAngle.SecondFromString(col2[i + j]) && ConvertAngle.SecondFromString(col3[i + j + 1]) >= ConvertAngle.SecondFromString(col3[i + j]))
{
left = ConvertAngle.SecondFromString(col2[i + j + 1]) - ConvertAngle.SecondFromString(col2[i + j]);
right = ConvertAngle.SecondFromString(col3[i + j + 1]) - ConvertAngle.SecondFromString(col3[i + j]);
allSecond += (left + right);
}
else if (ConvertAngle.SecondFromString(col2[i + j + 1]) >= ConvertAngle.SecondFromString(col2[i + j]) && ConvertAngle.SecondFromString(col3[i + j + 1]) < ConvertAngle.SecondFromString(col3[i + j]))
{
left = ConvertAngle.SecondFromString(col2[i + j + 1]) - ConvertAngle.SecondFromString(col2[i + j]);
right = ConvertAngle.SecondFromString(col3[i + j + 1]) - ConvertAngle.SecondFromString(col3[i + j]) + 360 * 3600;
allSecond += (left + right);
}
else if (ConvertAngle.SecondFromString(col2[i + j + 1]) < ConvertAngle.SecondFromString(col2[i + j]) && ConvertAngle.SecondFromString(col3[i + j + 1]) >= ConvertAngle.SecondFromString(col3[i + j]))
{
left = ConvertAngle.SecondFromString(col2[i + j + 1]) - ConvertAngle.SecondFromString(col2[i + j]) + 360 * 3600;
right = ConvertAngle.SecondFromString(col3[i + j + 1]) - ConvertAngle.SecondFromString(col3[i + j]);
allSecond += (left + right);
}
else
{
left = ConvertAngle.SecondFromString(col2[i + j + 1]) - ConvertAngle.SecondFromString(col2[i + j]) + 360 * 3600;
right = ConvertAngle.SecondFromString(col3[i + j + 1]) - ConvertAngle.SecondFromString(col3[i + j]) + 360 * 3600;
allSecond += (left + right);
}
}
col5.Add(ConvertAngle.SecondToString(allSecond / (backCount * 2)));
}
if (LorR == DataType.LeftOrRight.Left)//1代表左角
{
if ((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) + 180 * 3600 <= 360 * 3600)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) - 180 * 3600));
}
if (approximateDataType == DataType.Data.ConnectingTraverse)//闭附和导线
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
if ((ConvertAngle.SecondFromString(col6[i + 2]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600 <= 360 * 3600)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) + ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600));
}
}
//还要进行平差，左角平差，将闭合差相加
angleCloseError = ConvertAngle.SecondFromString(col6[1]) - ConvertAngle.SecondFromString(col6[col6.Count - 1]);
for (int i = 0; i < Math.Abs(angleCloseError); i++)
{
if (angleCloseError < 0)
{
if (ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1 < 360 * 3600)
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1);
}
else
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1 - 360 * 3600);
}
}
if (angleCloseError > 0)
{
if (ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1 > 0)
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1);
}
else
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1 + 360 * 3600);
}
}
}
if ((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) + 180 * 3600 <= 360 * 3600)
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) + 180 * 3600);
}
else
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) - 180 * 3600);
}
for (int i = 1; i < col6.Count - 3; i++)
{
if ((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i])) + 180 * 3600 <= 360 * 3600)
{
col6[i + 2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i])) + 180 * 3600);
}
else
{
col6[i + 2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i])) - 180 * 3600);
}
}
}
else if (approximateDataType == DataType.Data.OpenTraverse)//支导线
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
if ((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600 <= 360 * 3600)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600));
}
}
}
}
else if (LorR == DataType.LeftOrRight.Right)//2代表右角
{
if ((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) - 180 * 3600 > 0)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) - 180 * 3600));
}
else if ((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 180 * 3600 > 0)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 540 * 3600));
}
if (approximateDataType == DataType.Data.ConnectingTraverse)//闭附和导线
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
if ((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600 >= 0)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600));
}
else if ((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) > -180 * 3600)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) + 540 * 3600));
}
}
//右角平差将闭合差相减
angleCloseError = ConvertAngle.SecondFromString(col6[1]) - ConvertAngle.SecondFromString(col6[col6.Count - 1]);
for (int i = 0; i < Math.Abs(angleCloseError); i++)
{
if (angleCloseError > 0)
{
if (ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1 > 0)
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1);
}
else
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1 + 360 * 3600);
}
}
if (angleCloseError < 0)
{
if (ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1 < 360 * 3600)
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1);
}
else
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1 - 360 * 3600);
}
}
}
if ((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) - 180 * 3600 > 0)
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) - 180 * 3600);
}
else if ((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 180 * 3600 > 0)
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 180 * 3600);
}
else
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 540 * 3600);
}
for (int i = 1; i < col6.Count - 3; i++)
{
if ((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600 >= 0)
{
col6[i + 2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) - ConvertAngle.SecondFromString(col5[i])) - 180 * 3600);
}
else if ((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) > -180 * 3600)
{
col6[i + 2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) - ConvertAngle.SecondFromString(col5[i])) + 180 * 3600);
}
else
{
col6[i + 2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) + 540 * 3600);
}
}
}
else//支导线
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
if ((ConvertAngle.SecondFromString(col6[i]) - ConvertAngle.SecondFromString(col5[i])) - 180 * 3600 >= 0)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i]) - ConvertAngle.SecondFromString(col5[i])) - 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i]) - ConvertAngle.SecondFromString(col5[i])) + 180 * 3600));
}
}
}
}
//计算平均距离
for (int i = 0; i < dataCount / 2; i += backCount)
{
double hDistance = 0;
for (int j = 0; j < backCount; j++)
{
hDistance += Convert.ToDouble(col7[i + j]);
}
col8.Add((hDistance / backCount).ToString());
}
//计算坐标
if (approximateDataType == DataType.Data.ConnectingTraverse)
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
//平差后，最后一个值用于计算闭合差
col9.Add(Math.Round((Convert.ToDouble(col8[i]) * Math.Cos(ConvertAngle.DegreeToRadian(col6[i + 2])) + double.Parse(col9[i])), 3).ToString());
col10.Add(Math.Round((Convert.ToDouble(col8[i]) * Math.Sin(ConvertAngle.DegreeToRadian(col6[i + 2])) + double.Parse(col10[i])), 3).ToString());
}
double x = Math.Round(double.Parse(col9[1]) - double.Parse(col9[col9.Count - 1]), 3);
double y = Math.Round(double.Parse(col10[1]) - double.Parse(col10[col10.Count - 1]), 3);
coordinateCloseError = Math.Round(Math.Sqrt(x * x + y * y), 3);
for (int i = 0; i < (int)Math.Abs(x * 1000); i++)
{
if (x > 0)
{
col9[(i % (dataCount / backCount / 2 - 2)) + 2] = (Convert.ToDouble(col9[(i % (dataCount / backCount / 2 - 2)) + 2]) - 0.001).ToString();
}
else if (x < 0)
{
col9[(i % (dataCount / backCount / 2 - 2)) + 2] = (Convert.ToDouble(col9[(i % (dataCount / backCount / 2 - 2)) + 2]) + 0.001).ToString();
}
}
for (int i = 0; i < (int)Math.Abs(y * 1000); i++)
{
if (y > 0)
{
col10[(i % (dataCount / backCount / 2 - 2)) + 2] = (Convert.ToDouble(col10[(i % (dataCount / backCount / 2 - 2)) + 2]) - 0.001).ToString();
}
else if (y < 0)
{
col10[(i % (dataCount / backCount / 2 - 2)) + 2] = (Convert.ToDouble(col10[(i % (dataCount / backCount / 2 - 2)) + 2]) + 0.001).ToString();
}
}
}
else if (approximateDataType == DataType.Data.OpenTraverse)
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
//最后一个值必须保留
col9.Add(Math.Round((Convert.ToDouble(col8[i]) * Math.Cos(ConvertAngle.DegreeToRadian(col6[i + 1])) + double.Parse(col9[i])), 3).ToString());
col10.Add(Math.Round((Convert.ToDouble(col8[i]) * Math.Sin(ConvertAngle.DegreeToRadian(col6[i + 1])) + double.Parse(col10[i])), 3).ToString());
}
}
return(PrintResult(col0, col1, col2, col3, col4, col5, col6, col7, col8, col9, col10, approximateDataType, coordinateCloseError, angleCloseError));
}
public static string GetLeveling(List <string> col0, List <string> col1, List <string> col2, List <string> col3, List <string> col6, int dataCount, int backCount, DataType.Data approximateDataType, DataType.LeftOrRight LorR)
{
List <string> col4 = new List <string>();
List <string> col5 = new List <string>();
double coordinateCloseError = 0;
double angleCloseError = 0;
for (int i = 0; i < dataCount; i += 2)
{
double left;
double right;
if (ConvertAngle.SecondFromString(col2[i + 1]) >= ConvertAngle.SecondFromString(col2[i]) && ConvertAngle.SecondFromString(col3[i + 1]) >= ConvertAngle.SecondFromString(col3[i]))
{
left = ConvertAngle.SecondFromString(col2[i + 1]) - ConvertAngle.SecondFromString(col2[i]);
right = ConvertAngle.SecondFromString(col3[i + 1]) - ConvertAngle.SecondFromString(col3[i]);
col4.Add(Math.Abs(left - right).ToString());
}
else if (ConvertAngle.SecondFromString(col2[i + 1]) >= ConvertAngle.SecondFromString(col2[i]) && ConvertAngle.SecondFromString(col3[i + 1]) < ConvertAngle.SecondFromString(col3[i]))
{
left = ConvertAngle.SecondFromString(col2[i + 1]) - ConvertAngle.SecondFromString(col2[i]);
right = ConvertAngle.SecondFromString(col3[i + 1]) - ConvertAngle.SecondFromString(col3[i]) + 360 * 3600;
col4.Add(Math.Abs(left - right).ToString());
}
else if (ConvertAngle.SecondFromString(col2[i + 1]) < ConvertAngle.SecondFromString(col2[i]) && ConvertAngle.SecondFromString(col3[i + 1]) >= ConvertAngle.SecondFromString(col3[i]))
{
left = ConvertAngle.SecondFromString(col2[i + 1]) - ConvertAngle.SecondFromString(col2[i]) + 360 * 3600;
right = ConvertAngle.SecondFromString(col3[i + 1]) - ConvertAngle.SecondFromString(col3[i]);
col4.Add(Math.Abs(left - right).ToString());
}
else
{
left = ConvertAngle.SecondFromString(col2[i + 1]) - ConvertAngle.SecondFromString(col2[i]) + 360 * 3600;
right = ConvertAngle.SecondFromString(col3[i + 1]) - ConvertAngle.SecondFromString(col3[i]) + 360 * 3600;
col4.Add(Math.Abs(left - right).ToString());
}
}
for (int i = 0; i < dataCount; i += (backCount * 2))
{
double allSecond = 0;
for (int j = 0; j < backCount * 2; j += 2)
{
double left;
double right;
if (ConvertAngle.SecondFromString(col2[i + j + 1]) >= ConvertAngle.SecondFromString(col2[i + j]) && ConvertAngle.SecondFromString(col3[i + j + 1]) >= ConvertAngle.SecondFromString(col3[i + j]))
{
left = ConvertAngle.SecondFromString(col2[i + j + 1]) - ConvertAngle.SecondFromString(col2[i + j]);
right = ConvertAngle.SecondFromString(col3[i + j + 1]) - ConvertAngle.SecondFromString(col3[i + j]);
allSecond += (left + right);
}
else if (ConvertAngle.SecondFromString(col2[i + j + 1]) >= ConvertAngle.SecondFromString(col2[i + j]) && ConvertAngle.SecondFromString(col3[i + j + 1]) < ConvertAngle.SecondFromString(col3[i + j]))
{
left = ConvertAngle.SecondFromString(col2[i + j + 1]) - ConvertAngle.SecondFromString(col2[i + j]);
right = ConvertAngle.SecondFromString(col3[i + j + 1]) - ConvertAngle.SecondFromString(col3[i + j]) + 360 * 3600;
allSecond += (left + right);
}
else if (ConvertAngle.SecondFromString(col2[i + j + 1]) < ConvertAngle.SecondFromString(col2[i + j]) && ConvertAngle.SecondFromString(col3[i + j + 1]) >= ConvertAngle.SecondFromString(col3[i + j]))
{
left = ConvertAngle.SecondFromString(col2[i + j + 1]) - ConvertAngle.SecondFromString(col2[i + j]) + 360 * 3600;
right = ConvertAngle.SecondFromString(col3[i + j + 1]) - ConvertAngle.SecondFromString(col3[i + j]);
allSecond += (left + right);
}
else
{
left = ConvertAngle.SecondFromString(col2[i + j + 1]) - ConvertAngle.SecondFromString(col2[i + j]) + 360 * 3600;
right = ConvertAngle.SecondFromString(col3[i + j + 1]) - ConvertAngle.SecondFromString(col3[i + j]) + 360 * 3600;
allSecond += (left + right);
}
}
col5.Add(ConvertAngle.SecondToString(allSecond / (backCount * 2)));
}
if (LorR == DataType.LeftOrRight.Left)//1代表左角
{
if ((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) + 180 * 3600 <= 360 * 3600)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) - 180 * 3600));
}
if (approximateDataType == DataType.Data.ConnectingTraverse)//闭附和导线
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
if ((ConvertAngle.SecondFromString(col6[i + 2]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600 <= 360 * 3600)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) + ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600));
}
}
//还要进行平差，左角平差，将闭合差相加
angleCloseError = ConvertAngle.SecondFromString(col6[1]) - ConvertAngle.SecondFromString(col6[col6.Count - 1]);
for (int i = 0; i < Math.Abs(angleCloseError); i++)
{
if (angleCloseError < 0)
{
if (ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + ConvertAngle.SecondFromString(col6[(i % dataCount / 2 / backCount + 2)]) + 1 < 360 * 3600)
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1);
}
else
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1 - 360 * 3600);
}
}
if (angleCloseError > 0)
{
if (ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + ConvertAngle.SecondFromString(col6[i % (dataCount / backCount / 2 + 2)]) - 1 < 360 * 3600)
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1);
}
else
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1 + 360 * 3600);
}
}
}
}
else//支导线
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
if ((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600 <= 360 * 3600)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600));
}
}
}
}
else if (LorR == DataType.LeftOrRight.Right)//2代表右角
{
if ((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) - 180 * 3600 >= 0)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) - 180 * 3600));
}
else if ((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) > -180 * 3600)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 540 * 3600));
}
if (approximateDataType == DataType.Data.ConnectingTraverse)//闭附和导线
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
if ((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600 >= 0)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600));
}
else if ((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) > -180 * 3600)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) + 540 * 3600));
}
}
//右角平差将闭合差相减
angleCloseError = ConvertAngle.SecondFromString(col6[1]) - ConvertAngle.SecondFromString(col6[col6.Count - 1]);
for (int i = 0; i < Math.Abs(angleCloseError); i++)
{
if (angleCloseError > 0)
{
if (ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1 > 0)
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1);
}
else
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) - 1 + 360 * 3600);
}
}
if (angleCloseError < 0)
{
if (ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1 < 360 * 3600)
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1);
}
else
{
col5[i % (dataCount / 2 / backCount)] = ConvertAngle.SecondToString(ConvertAngle.SecondFromString(col5[i % (dataCount / 2 / backCount)]) + 1 - 360 * 3600);
}
}
}
}
else//支导线
{
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
if ((ConvertAngle.SecondFromString(col6[i]) - ConvertAngle.SecondFromString(col5[i])) - 180 * 3600 >= 0)
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i]) - ConvertAngle.SecondFromString(col5[i])) - 180 * 3600));
}
else
{
col6.Add(ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i]) - ConvertAngle.SecondFromString(col5[i])) + 180 * 3600));
}
}
}
}
if (LorR == DataType.LeftOrRight.Left)
{
if ((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) + 180 * 3600 <= 360 * 3600)
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) + 180 * 3600);
}
else
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) + ConvertAngle.SecondFromString(col5[0])) - 180 * 3600);
}
for (int i = 0; i < dataCount / backCount / 2 - 2; i++)
{
if (approximateDataType == DataType.Data.ConnectingTraverse)//闭附和导线
{
if ((ConvertAngle.SecondFromString(col6[i + 2]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600 <= 360 * 3600)
{
col6[i + 3] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600);
}
else
{
col6[i + 3] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) + ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600);
}
}
else//支导线
{
if ((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600 <= 360 * 3600)
{
col6[i + 1] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600);
}
else
{
col6[i + 1] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 1]) + ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600);
}
}
}
}
else if (LorR == DataType.LeftOrRight.Right)
{
if ((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) - 180 * 3600 >= 0)
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) - 180 * 3600);
}
else if ((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) > -180 * 3600)
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 180 * 3600);
}
else
{
col6[2] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[0]) - ConvertAngle.SecondFromString(col5[0])) + 540 * 3600);
}
for (int i = 0; i < dataCount / backCount / 2 - 1; i++)
{
if ((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600 >= 0)
{
col6[i + 3] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) - 180 * 3600);
}
else if ((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) > -180 * 3600)
{
col6[i + 3] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) + 180 * 3600);
}
else
{
col6[i + 3] = ConvertAngle.SecondToString((ConvertAngle.SecondFromString(col6[i + 2]) - ConvertAngle.SecondFromString(col5[i + 1])) + 540 * 3600);
}
}
}
return(PrintResult(col0, col1, col2, col3, col4, col5, col6, null, null, null, null, approximateDataType, coordinateCloseError, angleCloseError));
}