public Gpt2Value(double lat, double lon, pressure pre, T T, Q Q, dT dT, double undu, double Hs, ah ah, aw aw)
{
this.lat = lat;
this.lon = lon;
this.pre = pre;
this.T = T;
this.Q = Q;
this.dT = dT;
this.undu = undu;
this.Hs = Hs;
this.ah = ah;
this.aw = aw;
}
/// <summary>
/// 读取
/// </summary>
/// <returns></returns>
public Gpt2File1Degree Read()
{
if (!File.Exists(path))
{
return(null);
}
List <Gpt2Value1Degree> Gpt2Info = new List <Gpt2Value1Degree>();
bool isEnd = true;
using (StreamReader sr = new StreamReader(path))
{
string line = sr.ReadLine();
//string line = sr.ReadLine();
while (isEnd)
{
line = sr.ReadLine();
if (line == null || line == "")
{
break;
}
if (line.Length > 500)
{
throw new Exception("Line too long");
}
if (line.Length == 0)
{
isEnd = false;
}
string[] values = StringUtil.SplitByBlank(line);
double lat = double.Parse(values[0]);
double lon = double.Parse(values[1]);
pressure pre = new pressure();
pre.a0 = double.Parse(values[2]);
pre.A1 = double.Parse(values[3]);
pre.B1 = double.Parse(values[4]);
pre.A2 = double.Parse(values[5]);
pre.B2 = double.Parse(values[6]);
T T = new T();
T.a0 = double.Parse(values[7]);
T.A1 = double.Parse(values[8]);
T.B1 = double.Parse(values[9]);
T.A2 = double.Parse(values[10]);
T.B2 = double.Parse(values[11]);
Q Q = new Q();
Q.a0 = double.Parse(values[12]) / 1000;
Q.A1 = double.Parse(values[13]) / 1000;
Q.B1 = double.Parse(values[14]) / 1000;
Q.A2 = double.Parse(values[15]) / 1000;
Q.B2 = double.Parse(values[16]) / 1000;
dT dT = new dT();
dT.a0 = double.Parse(values[17]) / 1000;
dT.A1 = double.Parse(values[18]) / 1000;
dT.B1 = double.Parse(values[19]) / 1000;
dT.A2 = double.Parse(values[20]) / 1000;
dT.B2 = double.Parse(values[21]) / 1000;
double undu = double.Parse(values[22]);
double Hs = double.Parse(values[23]);
ah ah = new ah();
ah.a0 = double.Parse(values[24]) / 1000;
ah.A1 = double.Parse(values[25]) / 1000;
ah.B1 = double.Parse(values[26]) / 1000;
ah.A2 = double.Parse(values[27]) / 1000;
ah.B2 = double.Parse(values[28]) / 1000;
aw aw = new aw();
aw.a0 = double.Parse(values[29]) / 1000;
aw.A1 = double.Parse(values[30]) / 1000;
aw.B1 = double.Parse(values[31]) / 1000;
aw.A2 = double.Parse(values[32]) / 1000;
aw.B2 = double.Parse(values[33]) / 1000;
la la = new la();
la.a0 = double.Parse(values[34]);
la.A1 = double.Parse(values[35]);
la.B1 = double.Parse(values[36]);
la.A2 = double.Parse(values[37]);
la.B2 = double.Parse(values[38]);
Tm Tm = new Tm();
Tm.a0 = double.Parse(values[39]);
Tm.A1 = double.Parse(values[40]);
Tm.B1 = double.Parse(values[41]);
Tm.A2 = double.Parse(values[42]);
Tm.B2 = double.Parse(values[43]);
Gpt2Value1Degree data = new Gpt2Value1Degree(lat, lon, pre, T, Q, dT, undu, Hs, ah, aw, la, Tm);
Gpt2Info.Add(data);
}
return(new Gpt2File1Degree(Gpt2Info));
}
}
/// <summary>
/// 读取
/// </summary>
/// <returns></returns>
public Gpt2File Read()
{
if (!File.Exists(path))
{
return(null);
}
List <Gpt2Value> Gpt2Info = new List <Gpt2Value>();
bool isEnd = true;
using (StreamReader sr = new StreamReader(path))
{
string line = sr.ReadLine();
//string line = sr.ReadLine();
while (isEnd)
{
line = sr.ReadLine();
if (line == null || line == "")
{
break;
}
if (line.Length > 255)
{
throw new Exception("Line too long");
}
if (line.Length == 0)
{
isEnd = false;
}
string[] values = StringUtil.SplitByBlank(line);
double lat = double.Parse(values[0]);
double lon = double.Parse(values[1]);
pressure pre = new pressure();
pre.a0 = double.Parse(values[2]);
pre.A1 = double.Parse(values[3]);
pre.B1 = double.Parse(values[4]);
pre.A2 = double.Parse(values[5]);
pre.B2 = double.Parse(values[6]);
T T = new T();
T.a0 = double.Parse(values[7]);
T.A1 = double.Parse(values[8]);
T.B1 = double.Parse(values[9]);
T.A2 = double.Parse(values[10]);
T.B2 = double.Parse(values[11]);
Q Q = new Q();
Q.a0 = double.Parse(values[12]) / 1000;
Q.A1 = double.Parse(values[13]) / 1000;
Q.B1 = double.Parse(values[14]) / 1000;
Q.A2 = double.Parse(values[15]) / 1000;
Q.B2 = double.Parse(values[16]) / 1000;
dT dT = new dT();
dT.a0 = double.Parse(values[17]) / 1000;
dT.A1 = double.Parse(values[18]) / 1000;
dT.B1 = double.Parse(values[19]) / 1000;
dT.A2 = double.Parse(values[20]) / 1000;
dT.B2 = double.Parse(values[21]) / 1000;
double undu = double.Parse(values[22]);
double Hs = double.Parse(values[23]);
ah ah = new ah();
ah.a0 = double.Parse(values[24]) / 1000;
ah.A1 = double.Parse(values[25]) / 1000;
ah.B1 = double.Parse(values[26]) / 1000;
ah.A2 = double.Parse(values[27]) / 1000;
ah.B2 = double.Parse(values[28]) / 1000;
aw aw = new aw();
aw.a0 = double.Parse(values[29]) / 1000;
aw.A1 = double.Parse(values[30]) / 1000;
aw.B1 = double.Parse(values[31]) / 1000;
aw.A2 = double.Parse(values[32]) / 1000;
aw.B2 = double.Parse(values[33]) / 1000;
//double lat = double.Parse(StringUtil.SubString(line, 0, 5).Trim());
//double mjd = double.Parse(StringUtil.SubString(line, 10, 8).Trim());
//double ah = double.Parse(StringUtil.SubString(line, 20, 10).Trim());
//double aw = double.Parse(StringUtil.SubString(line, 32, 10).Trim());
//double hzd = double.Parse(StringUtil.SubString(line, 44, 6).Trim());
//double wzd = double.Parse(StringUtil.SubString(line, 52, 6).Trim());
//double meantemKe = double.Parse(StringUtil.SubString(line, 60, 5).Trim());
//double pre = double.Parse(StringUtil.SubString(line, 67, 7).Trim());
//double temCe = double.Parse(StringUtil.SubString(line, 76, 7).Trim());
//double watpre = double.Parse(StringUtil.SubString(line, 85, 5).Trim());
//double ortHeight = double.Parse(StringUtil.SubString(line, 91, 6).Trim());
//
Gpt2Value data = new Gpt2Value(lat, lon, pre, T, Q, dT, undu, Hs, ah, aw);
Gpt2Info.Add(data);
}
return(new Gpt2File(Gpt2Info));
}
}
public Gpt2Value1Degree(double lat, double lon, pressure pre, T T, Q Q, dT dT, double undu, double Hs, ah ah, aw aw, la la, Tm Tm)
: base(lat, lon, pre, T, Q, dT, undu, Hs, ah, aw)
{
this.Tm = Tm;
this.la = la;
}
