public static decimal Brasch(decimal lrasch, decimal Kf)
{
return(KfHighStrategy.BRasch(lrasch / Kf));
}
public void Strat()
{
for (int i = 0; i < db.Resistors.Count; i++)
{
decimal Kf = Decimal.Parse(db.Resistors[i].Kf, CultureInfo.InvariantCulture);
decimal P = Decimal.Parse(db.Resistors[i].P, CultureInfo.InvariantCulture);
if (10 >= Kf && Kf >= 1)
{
if (db.Resistors[i].GroupNumber == 1)
{
decimal btochn = KfHighStrategy.BTochn(Kf, YkfDopIgroup);
decimal bmochn = KfHighStrategy.BMochn(Kf,
P, PoIgroup);
decimal maximum = KfHighStrategy.Maximum(btochn, bmochn);
decimal mil = KfHighStrategy.Mil(maximum);
decimal brasch = KfHighStrategy.BRasch(mil);
decimal lrasch = KfHighStrategy.LRasch(Kf, brasch);
decimal lpoln = KfHighStrategy.LPoln(lrasch);
decimal square = KfHighStrategy.Square(lpoln, brasch);
ws.Cell($"A{i + 2}").Value = db.Resistors[i].Number;
ws.Cell($"B{i + 2}").Value = db.Resistors[i].R;
ws.Cell($"C{i + 2}").Value = Kf;
ws.Cell($"H{i + 2}").Value = brasch;
ws.Cell($"I{i + 2}").Value = Math.Round(lrasch, 3, MidpointRounding.AwayFromZero);
ws.Cell($"J{i + 2}").Value = Math.Round(lpoln, 3, MidpointRounding.AwayFromZero);
ws.Cell($"K{i + 2}").Value = Math.Round(square, 3, MidpointRounding.AwayFromZero);
ws.Cell($"D{i + 2}").Value = Math.Round(btochn, 3, MidpointRounding.AwayFromZero);
ws.Cell($"E{i + 2}").Value = Math.Round(bmochn, 3, MidpointRounding.AwayFromZero);
Console.WriteLine(
$"{db.Resistors[i].Number}: bточн: {btochn} | bмощн: {bmochn} | maximum: {maximum} | bрасч: {brasch} | lрасч: {lrasch} | lполн: {lpoln} | lsq: {square}");
}
else
{
decimal btochn = KfHighStrategy.BTochn(Kf, YkfDopIIgroup);
decimal bmochn = KfHighStrategy.BMochn(Kf,
P, PoIIgroup);
decimal maximum = KfHighStrategy.Maximum(btochn, bmochn);
decimal mil = KfHighStrategy.Mil(maximum);
decimal brasch = KfHighStrategy.BRasch(mil);
decimal lrasch = KfHighStrategy.LRasch(Kf, brasch);
decimal lpoln = KfHighStrategy.LPoln(lrasch);
decimal square = KfHighStrategy.Square(lpoln, brasch);
ws.Cell($"A{i + 2}").Value = db.Resistors[i].Number;
ws.Cell($"B{i + 2}").Value = db.Resistors[i].R;
ws.Cell($"C{i + 2}").Value = Kf;
ws.Cell($"H{i + 2}").Value = brasch;
ws.Cell($"I{i + 2}").Value = Math.Round(lrasch, 3, MidpointRounding.AwayFromZero);
ws.Cell($"J{i + 2}").Value = Math.Round(lpoln, 3, MidpointRounding.AwayFromZero);
ws.Cell($"K{i + 2}").Value = Math.Round(square, 3, MidpointRounding.AwayFromZero);
ws.Cell($"D{i + 2}").Value = Math.Round(btochn, 3, MidpointRounding.AwayFromZero);
ws.Cell($"E{i + 2}").Value = Math.Round(bmochn, 3, MidpointRounding.AwayFromZero);
Console.WriteLine(
$"{db.Resistors[i].Number}: bточн: {btochn} | bмощн: {bmochn} | maximum: {maximum} | bрасч: {brasch} | lрасч: {lrasch} | lполн: {lpoln} | lsq: {square}");
}
}
else if ((decimal)0.1 <= Kf && Kf < 1)
{
if (db.Resistors[i].GroupNumber == 1)
{
decimal ltochn = KfLowStrategy.LTochn(Kf, YkfDopIgroup);
decimal lmochn = KfLowStrategy.LMochn(Kf, P, PoIgroup);
decimal maximum = KfLowStrategy.Maximum(ltochn, lmochn);
decimal mil = KfLowStrategy.Mil(maximum);
decimal lrasch = KfLowStrategy.LRasch(mil);
decimal brasch = KfLowStrategy.Brasch(lrasch, Kf);
decimal lpoln = KfLowStrategy.LPoln(lrasch);
decimal square = KfLowStrategy.Square(lpoln, brasch);
ws.Cell($"A{i + 2}").Value = db.Resistors[i].Number;
ws.Cell($"B{i + 2}").Value = db.Resistors[i].R;
ws.Cell($"C{i + 2}").Value = Kf;
ws.Cell($"H{i + 2}").Value = Math.Round(brasch, 3, MidpointRounding.AwayFromZero);
ws.Cell($"I{i + 2}").Value = lrasch;
ws.Cell($"J{i + 2}").Value = Math.Round(lpoln, 3, MidpointRounding.AwayFromZero);
ws.Cell($"K{i + 2}").Value = Math.Round(square, 3, MidpointRounding.AwayFromZero);
ws.Cell($"F{i + 2}").Value = Math.Round(ltochn, 3, MidpointRounding.AwayFromZero);
ws.Cell($"G{i + 2}").Value = Math.Round(lmochn, 3, MidpointRounding.AwayFromZero);
Console.WriteLine(
$"{db.Resistors[i].Number}: lточн: {ltochn} | lмощн: {lmochn} | maximum: {maximum} | lрасч: {lrasch} | bрасч: {brasch} | lполн: {lpoln} | lsq: {square}");
}
else
{
decimal ltochn = KfLowStrategy.LTochn(Kf, YkfDopIIgroup);
decimal lmochn = KfLowStrategy.LMochn(Kf, P, PoIIgroup);
decimal maximum = KfLowStrategy.Maximum(ltochn, lmochn);
decimal mil = KfLowStrategy.Mil(maximum);
decimal lrasch = KfLowStrategy.LRasch(mil);
decimal brasch = KfLowStrategy.Brasch(lrasch, Kf);
decimal lpoln = KfLowStrategy.LPoln(lrasch);
decimal square = KfLowStrategy.Square(lpoln, brasch);
ws.Cell($"A{i + 2}").Value = db.Resistors[i].Number;
ws.Cell($"B{i + 2}").Value = db.Resistors[i].R;
ws.Cell($"C{i + 2}").Value = Kf;
ws.Cell($"H{i + 2}").Value = Math.Round(brasch, 3, MidpointRounding.AwayFromZero);
ws.Cell($"I{i + 2}").Value = lrasch;
ws.Cell($"J{i + 2}").Value = Math.Round(lpoln, 3, MidpointRounding.AwayFromZero);
ws.Cell($"K{i + 2}").Value = Math.Round(square, 3, MidpointRounding.AwayFromZero);
ws.Cell($"F{i + 2}").Value = Math.Round(ltochn, 3, MidpointRounding.AwayFromZero);
ws.Cell($"G{i + 2}").Value = Math.Round(lmochn, 3, MidpointRounding.AwayFromZero);
Console.WriteLine(
$"{db.Resistors[i].Number}: lточн: {ltochn} | lмощн: {lmochn} | maximum: {maximum} | lрасч: {lrasch} | bрасч: {brasch} | lполн: {lpoln} | lsq: {square}");
}
}
}
}
