/// <summary>
///
/// </summary>
/// <param name="startParams">0: L11;1: L22;2: L12;3: C11;4: C22;5: -C12;
/// 6: fmin;7: fmax;8: l;
/// 9: z2out;10: z1out;11: z2in;
/// 12: z1in;13: nf;</param>
/// <param name="setOfParams">Номер набора параметров начинается с 1, или строка с неазванием параметра</param>
/// <param name="setOfShematic">Номер набора схемы начинается с 0, или строка с неазванием параметра</param>
public ACLPParams(double[] startParams, string setOfParams, string setOfShematic)
{
if (!Enum.TryParse(setOfParams, out _setOfParameters))
{
throw new ArgumentException("Неверный набор параметров");
}
if (!Enum.TryParse(setOfShematic, out _setOfShematic))
{
throw new ArgumentException("Неверный набор параметров");
}
switch (_setOfParameters)
{
case SetOfParametersEnum.Pogonie:
_params.L11 = startParams[0];
_params.L22 = startParams[1];
_params.L12 = startParams[2];
_params.C11 = startParams[3];
_params.C22 = startParams[4];
_params.C12 = startParams[5];
_params = _pogonCalculateor.Calculate(_params.C11, _params.C12,
_params.C22, _params.L11, _params.L12, _params.L22);
break;
case SetOfParametersEnum.Pogonie_pF_nGn:
_params.L11 = startParams[0];
_params.L22 = startParams[1];
_params.L12 = startParams[2];
_params.C11 = startParams[3];
_params.C22 = startParams[4];
_params.C12 = startParams[5];
_params = _pogonCalculateor.Calculate(_params.C11, _params.C12,
_params.C22, _params.L11, _params.L12, _params.L22);
break;
case SetOfParametersEnum.Modalnie:
_params.Z0 = startParams[0];
_params.k = startParams[1];
_params.Rc = startParams[2];
_params.Rp = startParams[3];
_params.Erc = startParams[4];
_params.Erp = startParams[5];
_params = _modalCalculateor.CalculateAll(_params.Z0, _params.k, _params.Rc, _params.Rp, _params.Erc, _params.Erp);
break;
case SetOfParametersEnum.Zc1_Zp1:
_params.Zc1 = startParams[0];
_params.Zp1 = startParams[1];
_params.Rc = startParams[2];
_params.Rp = startParams[3];
_params.Erc = startParams[4];
_params.Erp = startParams[5];
_params = _zC1ZC2ZP1ZP2Calculateor.CalculateWithZc1Zp1(_params.Zc1, _params.Zp1, _params.Rc,
_params.Rp, _params.Erc, _params.Erp);
break;
case SetOfParametersEnum.Zp1_Zc2:
_params.Zc2 = startParams[0];
_params.Zp1 = startParams[1];
_params.Rc = startParams[2];
_params.Rp = startParams[3];
_params.Erc = startParams[4];
_params.Erp = startParams[5];
_params = _zC1ZC2ZP1ZP2Calculateor.CalculateZc2Zp1(_params.Zc2, _params.Zp1,
_params.Rc, _params.Rp, _params.Erc, _params.Erp);
break;
case SetOfParametersEnum.Zp1_Zc2_RcOne_RpZero:
_params.Zc2 = startParams[0];
_params.Zp1 = startParams[1];
_params.Rc = startParams[2];
_params.Rp = startParams[3];
_params.Erc = startParams[4];
_params.Erp = startParams[5];
_params = _zC1ZC2ZP1ZP2Calculateor.CalculateZc2Zp1(_params.Zc2, _params.Zp1,
_params.Rc, _params.Rp, _params.Erc, _params.Erp);
break;
case SetOfParametersEnum.ModalnieSymm:
_params.Z0 = startParams[0];
_params.k = startParams[1];
_params.Rc = startParams[2];
_params.Rp = startParams[3];
_params.Erc = startParams[4];
_params.Erp = startParams[5];
_params = _modalCalculateor.CalculateAll(_params.Z0, _params.k, _params.Rc,
_params.Rp, _params.Erc, _params.Erp);
break;
}
_l = startParams[8];
_fmin = startParams[6];
_fmax = startParams[7];
_nf = (int)startParams[13];
_z1in = startParams[12];
_z2in = startParams[11];
switch (_setOfShematic)
{
case SetOfShematicEnum.CLike:
_z1out = Math.Pow(10, 10);
_z2out = Math.Pow(10, 10);
break;
case SetOfShematicEnum.General:
_z1out = startParams[10];
_z2out = startParams[9];
break;
case SetOfShematicEnum.LineToLine:
_z1out = _z1in;
_z2out = _z2in;
break;
}
var sParamData = new CouplLinesInFreqRange(_params, _l, _fmin, _fmax, _nf, _z1in, _z2in, _z1out, _z2out);
_params.Length = _l;
_params.FreqRange = sParamData.GetFi();
_params.Points = _nf;
_params.SParamMagnitudes = sParamData.GetSParamMagnitude();
_params.SParamPhases = sParamData.GetSParamPhase();
_params._z1in = _z1in;
_params._z1out = _z1out;
_params._z2in = _z2in;
_params._z2out = _z2out;
}
public static LoadGraph LoadS4p(string fileName)
{
var loadedParams = new LoadGraph();
string line;
double c11 = 0;
double c22 = 0;
double c12 = 0;
double l11 = 0;
double l22 = 0;
double l12 = 0;
double z2Out = 50;
double z1Out = 50;
double z2In = 50;
double z1In = 50;
double nf = 0;
double l = 0;
double fmin = 0;
double fmax = 0;
var i = 0;
var stringCounts = 0;
bool s4pright = false;
using (StreamReader sr = new StreamReader(fileName, Encoding.UTF8))
{
while ((line = sr.ReadLine()) != null)
{
if (line.Contains("! ParamApp"))
{
s4pright = true;
break;
}
else
{
if (!line.Contains("#") && !line.Contains("!"))
{
stringCounts++;
}
}
}
sr.Close();
}
if (s4pright)
{
using (StreamReader sr = new StreamReader(fileName, Encoding.UTF8))
{
while ((line = sr.ReadLine()) != null)
{
if (line.Contains("C11, pF/m="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out c11);
i++;
}
if (line.Contains("C22, pF/m="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out c22);
i++;
}
if (line.Contains("C12, pF/m="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out c12);
i++;
}
if (line.Contains("L11, μH/m="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out l11);
i++;
}
if (line.Contains("L22, μH/m="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out l22);
i++;
}
if (line.Contains("L12, μH/m="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out l12);
i++;
}
if (line.Contains("Nf="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out nf);
i++;
}
if (line.Contains("L, mm="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out l);
i++;
}
if (line.Contains("FreqMax, GHz="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out fmax);
i++;
}
if (line.Contains("FreqMin, GHz="))
{
var index = line.IndexOf('=');
double.TryParse(line.Substring(index + 1), _styles, _culture, out fmin);
i++;
}
if (i == 10)
{
sr.Close();
break;
}
}
}
var calculator = new CalculateFromPogonie();
loadedParams.CurrentParams = calculator.Calculate(c11, c12, c22, l11, l12, l22);
loadedParams.RelatedData = new SortedList <string, double>
{
{ "Z1inTextBox", z1In },
{ "Z2inTextBox", z2In },
{ "Z1outTextBox", z1Out },
{ "Z2outTextBox", z2Out },
{ "FreqMinTextBox", fmin },
{ "FreqMaxTextBox", fmax },
{ "LengthTextBox", l },
{ "NfTextBox", nf }
};
}
else
{
loadedParams = LoadLeftS4p(fileName, stringCounts / 4);
}
loadedParams.inParams = s4pright;
return(loadedParams);
}