protected void rdbMultiple_CheckedChanged(object sender, EventArgs e)
{
if (ViewState["MS"].ToString() == "N")
{
TxtAMTCOLL.Text = FDR.GetCurrentBalance("X_" + Session["MID"].ToString(), "Y").ToString();
TxtDiff.Text = TxtAMTCOLL.Text;
TxtDepoAmt.Enabled = true;
ClearFD();
string DD;
DD = FDR.GetDUEDATE(ViewState["FDTP"].ToString(), Session["BRCD"].ToString(), "DUED", ViewState["ACC"].ToString(), ViewState["CT"].ToString());
if (DD != null)
{
dtDeposDate.Text = DD.ToString();
}
TxtDepoAmt.Text = "0";
ViewState["CTYPE"] = "M";
}
else
{
TxtAMTCOLL.Text = FDR.GetCurrentBalance("X_" + Session["MID"].ToString(), "Y").ToString();
TxtDiff.Text = TxtAMTCOLL.Text;
TxtDepoAmt.Enabled = true;
ClearFD();
string DD;
TxtDepoAmt.Text = "0";
ViewState["CTYPE"] = "M";
TxtProcode.Focus();
}
}
/**
* This routine simply tests for robustness of the toString function.
*
* @param xdd
*/
private static void WriteRepeatedSqrt(DD xdd)
{
int count = 0;
while (xdd.ToDoubleValue() > 1e-300)
{
count++;
//if (count == 100)
// count = count;
double x = xdd.ToDoubleValue();
DD xSqrt = xdd.Sqrt();
String s = xSqrt.ToString();
// System.out.println(count + ": " + s);
DD xSqrt2 = DD.Parse(s);
DD xx = xSqrt2.Multiply(xSqrt2);
double err = Math.Abs(xx.ToDoubleValue() - x);
//assertTrue(err < 1e-10);
xdd = xSqrt;
// square roots converge on 1 - stop when very close
DD distFrom1DD = xSqrt.Subtract(DD.ValueOf(1.0));
double distFrom1 = distFrom1DD.ToDoubleValue();
if (Math.Abs(distFrom1) < 1.0e-40)
{
break;
}
}
}
static void Main(string[] args)
{
DD dd = new DD()
{
Latitude = -45.6456,
Longitude = 23.3545
};
Console.WriteLine("原始数据: " + dd.ToString());
var dms = GeographyConvert.DD2DMS(dd);
Console.WriteLine("1.DD2DMS: " + dms.ToString());
dd = GeographyConvert.DMS2DD(dms);
Console.WriteLine("2.DMS2DD: " + dd.ToString());
var utm = GeographyConvert.DD2UTM(dd);
Console.WriteLine("3.DD2UTM: " + utm.ToString());
dd = GeographyConvert.UTM2DD(utm);
Console.WriteLine("4.UTM2DD: " + dd.ToString());
var mgrs = GeographyConvert.DD2MGRS(dd);
Console.WriteLine("5.DD2MGRS: " + mgrs.ToString());
dd = GeographyConvert.MGRS2DD(mgrs);
Console.WriteLine("6.MGRS2DD: " + dd.ToString());
//var utm2 = new UTM()
//{
// ZoneLat = "V",
// ZoneLong = 35,
// Easting = 414668,
// Northing = 6812844
//};
//Console.WriteLine("原始数据: " + utm2.ToString());
//var dd2 = GeographyConvert.UTM2DD(utm2);
//Console.WriteLine("1.UTM2DD: " + dd2.ToString());
//var mgrs2 = GeographyConvert.DD2MGRS(dd2);
//Console.WriteLine("2.DD2MGRS: " + mgrs2.ToString());
//dd2 = GeographyConvert.MGRS2DD(mgrs2);
//Console.WriteLine("3.MGRS2DD: " + dd2.ToString());
Console.ReadKey();
}
public void Validar()
{
AddNotifications(new Contract()
.Requires()
.HasMaxLen(DD?.ToString(), 2, "Cliente.Telefone", "o Campo DD nao pode ter mais que 2 caracteres")
.IsNotNullOrEmpty(DD?.ToString(), "Cliente.Telefone", "O campo DD nao pode estar vazio")
.HasMaxLen(NumeroFone?.ToString(), 10, "Cliente.Telefone", "O campo NumeroFone nao pode ter mais que 10 caracteres")
.IsNotNullOrEmpty(NumeroFone?.ToString(), "CLiente.Telefone", "O campo NumeroFone nao pode estar vazio"));
}
/// <summary>
/// Tests that printing values with many decimal places works.
/// This tests the correctness and robustness of both output and input.
/// </summary>
static void WriteAndReadSqrt(double x)
{
DD xdd = DD.ValueOf(x);
DD xSqrt = xdd.Sqrt();
String s = xSqrt.ToString();
// System.out.println(s);
DD xSqrt2 = DD.Parse(s);
DD xx = xSqrt2 * xSqrt2;
String xxStr = xx.ToString();
// System.out.println("==> " + xxStr);
DD xx2 = DD.Parse(xxStr);
double err = Math.Abs(xx2.ToDoubleValue() - x);
Assert.IsTrue(err < 1e-10);
}
private static void writeOutputTxt(string[,] student, double[] studentAvg, string[] studentLetterGrade)
{
string path = @"output.txt"; // We specify the path of the file that we will read.
FileStream fs = new FileStream(path, FileMode.OpenOrCreate, FileAccess.Write); // Created a file stream object.
StreamWriter sw = new StreamWriter(fs); // Created a StreamWriter object for reading.
// Results will be printed to file and console.
for (int i = 0; i < numberOfStudents; i++) // Will return as many as the number of students
{
sw.WriteLine(student[i, 0] + " " + student[i, 1] + " " + student[i, 2] + " - Student Average: " + studentAvg[i] + " - Letter Grade: " + studentLetterGrade[i]);
Console.WriteLine(student[i, 0] + " " + student[i, 1] + " " + student[i, 2] + " - Student Average: " + studentAvg[i] + " - Letter Grade: " + studentLetterGrade[i]);
}
sw.WriteLine("\n- LETTER GRADE STATUS OF THE CLASS -");
sw.WriteLine("AA: " + AA.ToString() + " Person - " + Convert.ToInt32((AA * 100) / numberOfStudents) + "% OF THE CLASS");
sw.WriteLine("BA: " + BA.ToString() + " Person - " + Convert.ToInt32((BA * 100) / numberOfStudents) + "% OF THE CLASS");
sw.WriteLine("BB: " + BB.ToString() + " Person - " + Convert.ToInt32((BB * 100) / numberOfStudents) + "% OF THE CLASS");
sw.WriteLine("CB: " + CB.ToString() + " Person - " + Convert.ToInt32((CB * 100) / numberOfStudents) + "% OF THE CLASS");
sw.WriteLine("CC: " + CC.ToString() + " Person - " + Convert.ToInt32((CC * 100) / numberOfStudents) + "% OF THE CLASS");
sw.WriteLine("DC: " + DC.ToString() + " Person - " + Convert.ToInt32((DC * 100) / numberOfStudents) + "% OF THE CLASS");
sw.WriteLine("DD: " + DD.ToString() + " Person - " + Convert.ToInt32((DD * 100) / numberOfStudents) + "% OF THE CLASS");
sw.WriteLine("FD: " + FD.ToString() + " Person - " + Convert.ToInt32((FD * 100) / numberOfStudents) + "% OF THE CLASS");
sw.WriteLine("FF: " + FF.ToString() + " Person - " + Convert.ToInt32((FF * 100) / numberOfStudents) + "% OF THE CLASS");
Console.WriteLine("\n- LETTER GRADE STATUS OF THE CLASS -");
Console.WriteLine("AA: " + AA.ToString() + " Person - " + Convert.ToInt32((AA * 100) / numberOfStudents) + "% OF THE CLASS");
Console.WriteLine("BA: " + BA.ToString() + " Person - " + Convert.ToInt32((BA * 100) / numberOfStudents) + "% OF THE CLASS");
Console.WriteLine("BB: " + BB.ToString() + " Person - " + Convert.ToInt32((BB * 100) / numberOfStudents) + "% OF THE CLASS");
Console.WriteLine("CB: " + CB.ToString() + " Person - " + Convert.ToInt32((CB * 100) / numberOfStudents) + "% OF THE CLASS");
Console.WriteLine("CC: " + CC.ToString() + " Person - " + Convert.ToInt32((CC * 100) / numberOfStudents) + "% OF THE CLASS");
Console.WriteLine("DC: " + DC.ToString() + " Person - " + Convert.ToInt32((DC * 100) / numberOfStudents) + "% OF THE CLASS");
Console.WriteLine("DD: " + DD.ToString() + " Person - " + Convert.ToInt32((DD * 100) / numberOfStudents) + "% OF THE CLASS");
Console.WriteLine("FD: " + FD.ToString() + " Person - " + Convert.ToInt32((FD * 100) / numberOfStudents) + "% OF THE CLASS");
Console.WriteLine("FF: " + FF.ToString() + " Person - " + Convert.ToInt32((FF * 100) / numberOfStudents) + "% OF THE CLASS");
sw.Flush(); // txt created
sw.Close(); // Close file
fs.Close();
}
public void Ejercicio2_4()
{
//Sentence:
//Escribir un programa en C# que calcule sueldo bruto (SB), sueldo neto (SN) y descuento (DD). Las
//tarifas por horas(HT) y horas trabajadas(TH) se ingresan por teclado. El descuento aplicar a todos los
//sueldos calculados es del 10 %.Imprimir sueldo bruto, descuento y sueldo neto.
double SB, SN, DD, HT, TH;
Console.WriteLine("===============>> PROGRAMA QUE CALCULA SUELDO <<===============");
Console.WriteLine("Ingrese costo de tarifa por hora: ");
HT = Convert.ToDouble(Console.ReadLine());
Console.WriteLine("Ingrese total de horas trabajadas: ");
TH = Convert.ToDouble(Console.ReadLine());
SB = HT * TH;
Console.WriteLine("El sueldo bruto es: ${0}", SB.ToString("N"));
DD = SB * 0.10;
Console.WriteLine("El descuento es: ${0}", DD.ToString("N"));
SN = SB - DD;
Console.WriteLine("El sueldo neto es: ${0}", SN.ToString("N"));
}
/**
* This routine simply tests for robustness of the toString function.
*
* @param xdd
*/
static void WriteRepeatedSqr(DD xdd)
{
if (xdd.GreaterOrEqualThan(DD.ValueOf(1)))
{
throw new ArgumentException("Argument must be < 1");
}
int count = 0;
while (xdd.ToDoubleValue() > 1e-300)
{
count++;
double x = xdd.ToDoubleValue();
DD xSqr = xdd.Sqr();
String s = xSqr.ToString();
Console.WriteLine(count + ": " + s);
DD xSqr2 = DD.Parse(s);
xdd = xSqr;
}
}
static string convertSecDateToStr(long ansInSec)
{
long DD, MM, YY, hh, mm, ss;
YY = ansInSec / (12 * 30 * 24 * 60 * 60);
ansInSec = ansInSec % (12 * 30 * 24 * 60 * 60);
MM = ansInSec / (30 * 24 * 60 * 60);
ansInSec = ansInSec % (30 * 24 * 60 * 60);
DD = ansInSec / (24 * 60 * 60);
ansInSec = ansInSec % (24 * 60 * 60);
hh = ansInSec / (60 * 60);
ansInSec = ansInSec % (60 * 60);
mm = ansInSec / (60);
ansInSec = ansInSec % (60);
ss = ansInSec;
return(DD.ToString() + ":" + MM.ToString() + ":" + YY.ToString() + ":" + hh.ToString() + ":" + mm.ToString() + ":" + ss.ToString());
}
/// <summary>
/// Возращает (String) дату события гггг.мм.дд
/// </summary>
/// <returns></returns>
public string DateString()
{
return(GG.ToString("0000") + "." + MM.ToString("00") + "." + DD.ToString("00"));
}
/// <summary>
/// Возращает (String) дату и время события гггг.мм.дд.чч.мм.сс.мм.мм.нн
/// </summary>
/// <returns></returns>
public string DateTimeString()
{
return(GG.ToString("0000") + "." + MM.ToString("00") + "." + DD.ToString("00") + "." + HH.ToString("00") + "." + Min.ToString("00") + "." + CC.ToString("00") + "." + Mil.ToString("00") + "." + ML.ToString("00") + "." + NN.ToString("00"));
}
public string TimeString()
{
return(DD.ToString("00") + "." + HH.ToString("00") + "." + Min.ToString("00") + "." + CC.ToString("00") + "." + Mil.ToString("00") + "." + ML.ToString("00") + "." + NN.ToString("00"));
}
/// <summary>
/// Запись конкретного оптимизационного прозода
/// </summary>
/// <param name="resultItem">Значение оптимизационного прохода</param>
/// <param name="writer">Писатель</param>
private static void WriteResultItem(OptimisationResult resultItem, XmlTextWriter writer)
{
// Запись коэффициентов
#region Coefficients
writer.WriteStartElement("Coefficients");
// Пишем VaR
#region VaR
writer.WriteStartElement("VaR");
WriteItem(writer, "90", resultItem.GetResult(SortBy.Q_90).ToString()); // Квантиль 90
WriteItem(writer, "95", resultItem.GetResult(SortBy.Q_95).ToString()); // Квантиль 95
WriteItem(writer, "99", resultItem.GetResult(SortBy.Q_99).ToString()); // Квантиль 99
WriteItem(writer, "Mx", resultItem.GetResult(SortBy.Mx).ToString()); // Среднее по PL
WriteItem(writer, "Std", resultItem.GetResult(SortBy.Std).ToString()); // среднеквадратическое отклонение по PL
writer.WriteEndElement();
#endregion
// Пишем параметры PL / DD - крайние точки
#region Max PL DD
writer.WriteStartElement("Max_PL_DD");
WriteItem(writer, "Profit", resultItem.GetResult(SortBy.MaxProfit).ToString()); // Суммарная прибыль
WriteItem(writer, "DD", resultItem.GetResult(SortBy.MaxDD).ToString()); // Суммарный убыток
WriteItem(writer, "Total Profit Trades", ((int)resultItem.GetResult(SortBy.MaxProfitTotalTrades)).ToString()); // Общее кол - во прибыльных трейдов
WriteItem(writer, "Total Loose Trades", ((int)resultItem.GetResult(SortBy.MaxDDTotalTrades)).ToString()); // Общее кол - во убыточных трейдов
WriteItem(writer, "Consecutive Wins", ((int)resultItem.GetResult(SortBy.MaxProfitConsecutivesTrades)).ToString()); // Прибыльных трейдов подряд
WriteItem(writer, "Consecutive Loose", ((int)resultItem.GetResult(SortBy.MaxDDConsecutivesTrades)).ToString()); // Убыточный трейдов подряд
writer.WriteEndElement();
#endregion
// Пишем результаты торгов по дням
#region Trading_Days
// Метод пишуший результаты торгов
void AddDay(string Day, double Profit, double DD, int ProfitTrades, int DDTrades)
{
writer.WriteStartElement(Day);
WriteItem(writer, "Profit", Profit.ToString()); // прибыли
WriteItem(writer, "DD", DD.ToString()); // убытки
WriteItem(writer, "Number Of Profit Trades", ProfitTrades.ToString()); // кол - во прибыльных трейдов
WriteItem(writer, "Number Of Loose Trades", DDTrades.ToString()); // кол - во убыточных трейдов
writer.WriteEndElement();
}
writer.WriteStartElement("Trading_Days");
// Пн
AddDay("Mn", resultItem.GetResult(SortBy.AverageDailyProfit_Mn),
resultItem.GetResult(SortBy.AverageDailyDD_Mn),
(int)resultItem.GetResult(SortBy.AverageDailyProfitTrades_Mn),
(int)resultItem.GetResult(SortBy.AverageDailyDDTrades_Mn));
// Вт
AddDay("Tu", resultItem.GetResult(SortBy.AverageDailyProfit_Tu),
resultItem.GetResult(SortBy.AverageDailyDD_Tu),
(int)resultItem.GetResult(SortBy.AverageDailyProfitTrades_Tu),
(int)resultItem.GetResult(SortBy.AverageDailyDDTrades_Tu));
// Ср
AddDay("We", resultItem.GetResult(SortBy.AverageDailyProfit_We),
resultItem.GetResult(SortBy.AverageDailyDD_We),
(int)resultItem.GetResult(SortBy.AverageDailyProfitTrades_We),
(int)resultItem.GetResult(SortBy.AverageDailyDDTrades_We));
// Чт
AddDay("Th", resultItem.GetResult(SortBy.AverageDailyProfit_Th),
resultItem.GetResult(SortBy.AverageDailyDD_Th),
(int)resultItem.GetResult(SortBy.AverageDailyProfitTrades_Th),
(int)resultItem.GetResult(SortBy.AverageDailyDDTrades_Th));
// Пт
AddDay("Fr", resultItem.GetResult(SortBy.AverageDailyProfit_Fr),
resultItem.GetResult(SortBy.AverageDailyDD_Fr),
(int)resultItem.GetResult(SortBy.AverageDailyProfitTrades_Fr),
(int)resultItem.GetResult(SortBy.AverageDailyDDTrades_Fr));
writer.WriteEndElement();
#endregion
// Пишем остальные коэййициенты
WriteItem(writer, "Custom", resultItem.GetResult(SortBy.Custom).ToString());
WriteItem(writer, "Payoff", resultItem.GetResult(SortBy.Payoff).ToString());
WriteItem(writer, "Profit factor", resultItem.GetResult(SortBy.ProfitFactor).ToString());
WriteItem(writer, "Average Profit factor", resultItem.GetResult(SortBy.AverageProfitFactor).ToString());
WriteItem(writer, "Recovery factor", resultItem.GetResult(SortBy.RecoveryFactor).ToString());
WriteItem(writer, "Average Recovery factor", resultItem.GetResult(SortBy.AverageRecoveryFactor).ToString());
WriteItem(writer, "Total trades", ((int)resultItem.GetResult(SortBy.TotalTrades)).ToString());
WriteItem(writer, "PL", resultItem.GetResult(SortBy.PL).ToString());
WriteItem(writer, "DD", resultItem.GetResult(SortBy.DD).ToString());
WriteItem(writer, "Altman Z Score", resultItem.GetResult(SortBy.AltmanZScore).ToString());
writer.WriteEndElement();
#endregion
// Пишем коэффициенты робота
#region Bot params
foreach (var item in resultItem.report.BotParams)
{
WriteItem(writer, item.Key, item.Value);
}
#endregion
}
protected void RdbSingle_CheckedChanged(object sender, EventArgs e)
{
try
{
if (ViewState["MS"].ToString() == "N")
{
TxtAMTCOLL.Text = FDR.GetCurrentBalance("X_" + Session["MID"].ToString(), "Y").ToString();
if (rdbOP.Checked != true)
{
TxtDiff.Text = TxtAMTCOLL.Text;
}
else
{
TxtDiff.Text = (Convert.ToDouble(ViewState["TPAY"].ToString()) - Convert.ToDouble(ViewState["INTPAY"].ToString())).ToString();
}
TxtDepoAmt.Enabled = false;
ClearFD();
string DD;
DD = FDR.GetDUEDATE(ViewState["FDTP"].ToString(), Session["BRCD"].ToString(), "DUED", ViewState["ACC"].ToString(), ViewState["CT"].ToString());
if (DD != null)
{
dtDeposDate.Text = DD.ToString();
}
if (rdbOP.Checked != true)
{
TxtDepoAmt.Text = TxtAMTCOLL.Text;
}
else if (rdbOP.Checked == true && RdbSingle.Checked == true)
{
TxtDepoAmt.Text = (Convert.ToDouble(ViewState["TPAY"].ToString()) - Convert.ToDouble(ViewState["TINTAMT"].ToString())).ToString();
}
//TxtDepoAmt.Text = FDR.GetCurrentBalance("X_" + Session["MID"].ToString(), "Y").ToString();
else
{
TxtDepoAmt.Text = (Convert.ToDouble(ViewState["TPAY"].ToString()) - Convert.ToDouble(ViewState["INTPAY"].ToString())).ToString();
}
ViewState["CTYPE"] = "S";
}
else
{
TxtAMTCOLL.Text = FDR.GetCurrentBalance("X_" + Session["MID"].ToString(), "Y").ToString();
if (rdbOP.Checked != true)
{
TxtDiff.Text = TxtAMTCOLL.Text;
}
else
{
TxtDiff.Text = (Convert.ToDouble(ViewState["TPAY"].ToString()) - Convert.ToDouble(ViewState["INTPAY"].ToString())).ToString();
}
TxtDepoAmt.Enabled = false;
ClearFD();
if (rdbOP.Checked != true)
{
TxtDepoAmt.Text = TxtAMTCOLL.Text;
}
else if (rdbOP.Checked == true && RdbSingle.Checked == true)
{
//TxtDepoAmt.Text = (Convert.ToDouble(ViewState["TPAY"].ToString()) - Convert.ToDouble(ViewState["TINTAMT"].ToString())).ToString();
TxtDepoAmt.Text = FDR.GetCurrentBalance("X_" + Session["MID"].ToString(), "Y").ToString();
}
else
{
TxtDepoAmt.Text = (Convert.ToDouble(ViewState["TPAY"].ToString()) - Convert.ToDouble(ViewState["INTPAY"].ToString())).ToString();
}
TxtProcode.Focus();
}
}
catch (Exception Ex)
{
ExceptionLogging.SendErrorToText(Ex);
}
}
/// <inheritdoc />
public override string ToString(int level)
{
var spacer = GetSpacer(level);
return($"{spacer}<dd>\r\n{DD.ToString(level+1)}\r\n{spacer}</dd>\r\n{spacer}<dt>\r\n{DT.ToString(level+1)}\r\n{spacer}</dt>\r\n");
}
public void DisplayDefaultOf3 <DD>() //Generische Methode
{
DD item = default(DD);
Console.WriteLine($"Default value of {typeof(DD)} is {(item == null ? "null" : item.ToString())}.");
}