private void ReNameContols(string ControlType)
{
bool IsReNameAll = GlobalMethods.Misc.IsEmptyString(ControlType);
IControl control = null;
if (ControlType == "XCheckBox" || IsReNameAll)
{
control = new XCheckBox();
this.RefreshContols(control, "XCheckBox");
}
if (ControlType == "XDateTime" || IsReNameAll)
{
control = new XDateTime();
this.RefreshContols(control, "XDateTime");
}
if (ControlType == "XRadioButton" || IsReNameAll)
{
control = new XRadioButton();
this.RefreshContols(control, "XRadioButton");
}
if (ControlType == "XTextBox" || IsReNameAll)
{
control = new XTextBox();
this.RefreshContols(control, "XTextBox");
}
if (ControlType == "XComboBox" || IsReNameAll)
{
control = new XComboBox();
this.RefreshContols(control, "XComboBox");
}
}
private static void Main(string[] args)
{
const double maxAmplitude = 1000;
double coefLong = 36; // I want my sine function to have period of 36 units
double coefShort = 13; // I want my sine function to have period of 7 units
double degreeCoefLong = 360 / coefLong;
double degreeCoefShort = 360 / coefShort;
double halfAmplitude = maxAmplitude / 2;
double quarterAmplitude = maxAmplitude / 4;
// The code provided will print ‘Hello World’ to the console.
// Press Ctrl+F5 (or go to Debug > Start Without Debugging) to run your app.
Console.WriteLine("MathTest Console");
Console.WriteLine();
Console.WriteLine();
Console.WriteLine();
// Open csv file
IoHelper.CreateDirectory(path);
var fullFilePath = path + baseFileName + XDateTime.NowToFileSuffix() + fileExt;
TextFileHelper.OpenTextFileForWrite(fullFilePath, false);
// Write header
TextFileHelper.AppendLine("Degrees," +
"Sin," +
"Sin+1," +
"Amplified Sin + 1," +
"Amplified SinShort + 1," +
"Amplified SinLong + 1," +
"Mixed,"
);
for (int degree = 0; degree < 720; degree++)
{
var sin = Math.Sin(degree * Math.PI / 180);
var sinShort = Math.Sin(degreeCoefShort * degree * Math.PI / 180);
var sinLong = Math.Sin(degreeCoefLong * degree * Math.PI / 180);
//Console.WriteLine($"{degree}°: Sin={sin:f4}");
// write data to CSV file
TextFileHelper.AppendLine($"{degree}," +
$"{sin}," +
$"{sin+1}," +
$"{halfAmplitude * (sin + 1)}," +
$"{halfAmplitude * (sinShort + 1)}," +
$"{halfAmplitude * (sinLong + 1)}," +
$"{quarterAmplitude * (sinShort + sinLong + 2)},"
);
}
TextFileHelper.CloseWriteTextFile();
Console.WriteLine();
Console.WriteLine();
Console.WriteLine("Press any key ...");
//Console.ReadKey();
GlobalHelper.ProcessStart(fullFilePath);
}
private static void Report()
{
var elapsed = DateTime.Now - _startTime;
var estimatedMilliseconds = elapsed.TotalMilliseconds / World.TimeIdx * (SimDuration - World.TimeIdx);
var estimatedFinish = XDateTime.MilliSecParseToSec(estimatedMilliseconds);
ConsoleHelper.Black();
Console.Write($"{Simulator.TimeIndex}:");
ConsoleHelper.DarkRed();
Console.Write($" Population: {World.Population}".PadRight(20));
ConsoleHelper.DarkGreen();
Console.Write($" Resources: {World.ResourceLevel:n0}".PadRight(22));
ConsoleHelper.Black();
Console.Write($" Dying: {World.LastDyingCount}".PadRight(16));
ConsoleHelper.White();
Console.Write($" Born: {World.LastBabyCount}".PadRight(16));
ConsoleHelper.Red();
Console.WriteLine($" ETA: {estimatedFinish}");
ConsoleHelper.Black();
}
