public IActionResult TwinParadoxPtoS(string number1, string number2)
{
string mymessage = _twinParadoxmessage;
mymessage += _twinParadoxStoP;
string myresult = "";
try
{
var num1 = Decimal.Parse(number1);
var num2 = Decimal.Parse(number2);
if ((num1 > 1 || num1 < 0) || (num2 < 0))
{
myresult = "Invalid parameter ranges";
}
else
{
myresult = TimeDilation.TwinParadox(num1, num2, false).ToString();
}
}
catch (Exception e)
{
myresult = "Inproper input number or it's beyond the range of decimal precision.";
}
TempData["message"] = mymessage;
TempData["param1message"] = _twinparam1;
TempData["CallingAction"] = "TwinParadoxPtoS";
TempData["CallingController"] = "Physics";
TempData["param2message"] = _PtoStime;
TempData["result"] = myresult;
TempData["param1"] = number1;
TempData["param2"] = number2;
return(RedirectToAction("TwoFunctionResult", "Results", new { description = "TwinParadoxPtoS" }));
}
public async Task <IActionResult> TimeDilationShipTime(string speed, string time)
{
var parsResultSpeed = TryParser.TryDecimalParse(speed, 0.0m, 1.0m);
var parsResultTime = TryParser.TryDecimalParse(time, 0.0m);
if (parsResultSpeed.Item1 && parsResultTime.Item1)
{
var SPEED = parsResultSpeed.Item2;
var TIME = parsResultTime.Item2;
var result = await Task.Run(() => { return(TimeDilation.TwinParadox(SPEED, TIME, true)); });
return(Ok(result));
}
else
{
return(BadRequest("improper speed or time, or inproper input parameters"));
}
}