private void ExecuteInsertMethod(object obj)
{
if (!Check(SelectedRes))
{
return;
}
SelectedRes.EndAt = SelectedRes.StartAt;
SelectedRes.ResNum = _reservationRepository.InsertReservation(SelectedRes);
ResList.Add(SelectedRes);
_userRepository.InsertUser(new UserVo()
{
UserTel = SelectedRes.UserTel, Point = 0
});
_reservationRepository.RecentResNum = SelectedRes.ResNum;
}
private void FindCommandExecute(string textForFind)
{
var hex_val = textForFind;
ResList.Clear();
List <ModelCode> forFind = getModelCodes();
var allSelected = getSelectedProp();
foreach (var modCode in forFind)
{
var myProps = modelResourcesDesc.GetAllPropertyIds(ModelCodeHelper.GetTypeFromModelCode(modCode));
var mySelected = myProps.Where(x => allSelected.Contains(x));
var retExtentValues = testGda.GetExtentValues(modCode, mySelected.ToList());
foreach (var res in retExtentValues)
{
ResList.Add(res);
}
}
//if (hex_val.Trim() != string.Empty)
//{
// try
// {
// long gid = Convert.ToInt64(hex_val, 16);
// ResourceDescription rd = testGda.GetValues(gid);
// if (!ResList.ToList().Exists((x) => x.Id == rd.Id))
// {
// ResList.Add(rd);
// }
// }
// catch (Exception ex)
// {
// Console.WriteLine(ex.Message);
// }
//}
}
public ResList allResults()
{
ResItem resElem = new ResItem();
ResList allR = new ResList();
Pair2 moyG = new Pair2(1, gm());
Pair2 moyA = new Pair2(1, am());
Pair2 moyARisk = new Pair2(0, am_risk());
Pair2 ec = new Pair2(1, gsd());
Pair2 fracD = new Pair2(1, frac());
Pair2 fracDRisk = new Pair2(0, frac_risk());
Pair2 cc = new Pair2(1, perc());
Pair2 ccRisk = new Pair2(0, perc_risk());
if (SEGModel)
{
if (DistributionLogNormale)
{
resElem.Add(new Pair1(Properties.Resources.GeomMean, moyG));
resElem.Add(new Pair1(Properties.Resources.GeomSD, ec));
resElem.Add(new Pair1(Properties.Resources.Exceedance + " (%)", fracD));
resElem.Add(new Pair1(Properties.Resources.Exceedance + " - " + Properties.Resources.OverExpoRiskPerc, fracDRisk));
resElem.Add(new Pair1(Properties.Resources.CritPercentile, cc));
resElem.Add(new Pair1(Properties.Resources.CritPercentile + " - " + Properties.Resources.OverExpoRiskPerc, ccRisk));
resElem.Add(new Pair1(Properties.Resources.ArithMean, moyA));
resElem.Add(new Pair1(Properties.Resources.ArithMean + " - " + Properties.Resources.OverExpoRiskPerc, moyARisk));
}
else
{
resElem.Add(new Pair1(Properties.Resources.ArithMean, moyA));
resElem.Add(new Pair1(Properties.Resources.ArithSD, ec));
resElem.Add(new Pair1(Properties.Resources.ArithMean + " - " + Properties.Resources.OverExpoRiskPerc, moyARisk));
resElem.Add(new Pair1(Properties.Resources.Exceedance + " (%)", fracD));
resElem.Add(new Pair1(Properties.Resources.Exceedance + " - " + Properties.Resources.OverExpoRiskPerc, fracDRisk));
resElem.Add(new Pair1(Properties.Resources.CritPercentile, cc));
resElem.Add(new Pair1(Properties.Resources.CritPercentile + " - " + Properties.Resources.OverExpoRiskPerc, ccRisk));
}
resElem.Add(new Pair1(Properties.Resources.MarcovChainsCSV, new Pair2(2, dumpChainesMarkov())));
if (BurninChains.Count > 0)
{
resElem.Add(new Pair1(Properties.Resources.BurnInChainsCSV, new Pair2(2, dumpChainesMarkov(true))));
}
allR.Add("RES", resElem);
}
else
{
if (MuWorkerChains == null)
{
Pair2 ec2 = new Pair2(1, gsd(true));
Pair2 rhoo = new Pair2(1, rho());
Pair2 probRhoOva = new Pair2(0, probRhoOverX());
Pair2 rratio = new Pair2(1, Rratio());
if (DistributionLogNormale)
{
resElem.Add(new Pair1(Properties.Resources.GroupGeomMean, moyG));
resElem.Add(new Pair1(Properties.Resources.GeomSD + "(" + Properties.Resources.BetweenWorkers + ")", ec));
resElem.Add(new Pair1(Properties.Resources.GeomSD + "(" + Properties.Resources.WithinWorkers + ")", ec2));
resElem.Add(new Pair1("rho", rhoo));
resElem.Add(new Pair1("Prob.rho." + Properties.Resources.ProbGreaterThan + "X(%)", probRhoOva));
resElem.Add(new Pair1("R.ratio", rratio));
resElem.Add(new Pair1("Prob.R." + Properties.Resources.ProbGreaterThan + ".2 (%)", new Pair2(0, probRRatioOverX(2))));
resElem.Add(new Pair1("Prob.R." + Properties.Resources.ProbGreaterThan + ".10 (%)", new Pair2(0, probRRatioOverX(10))));
}
else
{
resElem.Add(new Pair1(Properties.Resources.GroupArithMean, moyG));
resElem.Add(new Pair1(Properties.Resources.ArithSD + "(" + Properties.Resources.BetweenWorkers + ")", ec));
resElem.Add(new Pair1(Properties.Resources.ArithSD + "(" + Properties.Resources.BetweenWorkers + ")", ec2));
resElem.Add(new Pair1("rho", rhoo));
resElem.Add(new Pair1("Prob.rho." + Properties.Resources.ProbGreaterThan + "X (%)", probRhoOva));
resElem.Add(new Pair1("R.diff", new Pair2(1, Rdiff())));
}
resElem.Add(new Pair1("Prob.ind." + Properties.Resources.OverExpo + ".perc", new Pair2(1, probIndOverexpoPerc())));
resElem.Add(new Pair1("Prob.ind." + Properties.Resources.OverExpo + ".perc." + Properties.Resources.ProbGreaterThan + "X (%)", new Pair2(0, probIndOverexpoPercOverX())));
resElem.Add(new Pair1("Prob.ind." + Properties.Resources.OverExpo + ".am", new Pair2(1, probIndOverexpoAM())));
resElem.Add(new Pair1("Prob.ind." + Properties.Resources.OverExpo + ".am." + Properties.Resources.ProbGreaterThan + "X (%)", new Pair2(0, probIndOverexpoAMOverX())));
resElem.Add(new Pair1(Properties.Resources.MarcovChainsCSV, new Pair2(2, dumpChainesMarkov())));
if (BurninChains.Count > 0)
{
resElem.Add(new Pair1(Properties.Resources.BurnInChainsCSV, new Pair2(2, dumpChainesMarkov(true))));
}
allR.Add("RES", resElem);
}
else
{
foreach (string wid in MuWorkerChains.Keys)
{
ResItem riWorker = new ResItem();
if (DistributionLogNormale)
{
riWorker.Add(new Pair1(Properties.Resources.GeomMean, new Pair2(1, gm(wid))));
riWorker.Add(new Pair1(Properties.Resources.GeomSD, new Pair2(1, gsdw())));
riWorker.Add(new Pair1(Properties.Resources.Exceedance, new Pair2(1, frac(wid))));
riWorker.Add(new Pair1(Properties.Resources.Exceedance + " - " + Properties.Resources.OverExpoRiskPerc, new Pair2(0, frac_risk(wid))));
riWorker.Add(new Pair1(Properties.Resources.CritPercentile, new Pair2(1, perc(wid))));
riWorker.Add(new Pair1(Properties.Resources.CritPercentile + " - " + Properties.Resources.OverExpoRiskPerc, new Pair2(0, perc_risk(wid))));
riWorker.Add(new Pair1(Properties.Resources.ArithMean, new Pair2(1, am(wid))));
riWorker.Add(new Pair1(Properties.Resources.ArithMean + " - " + Properties.Resources.OverExpoRiskPerc, new Pair2(0, am_risk(wid))));
}
else
{
riWorker.Add(new Pair1(Properties.Resources.ArithMean, new Pair2(1, gm(wid))));
riWorker.Add(new Pair1(Properties.Resources.ArithSD, new Pair2(1, gsdw())));
riWorker.Add(new Pair1(Properties.Resources.ArithMean + " - " + Properties.Resources.OverExpoRiskPerc, new Pair2(0, am_risk(wid))));
riWorker.Add(new Pair1(Properties.Resources.Exceedance, new Pair2(1, frac(wid))));
riWorker.Add(new Pair1(Properties.Resources.Exceedance + " - " + Properties.Resources.OverExpoRiskPerc, new Pair2(0, frac_risk(wid))));
riWorker.Add(new Pair1(Properties.Resources.CritPercentile, new Pair2(1, perc(wid))));
riWorker.Add(new Pair1(Properties.Resources.CritPercentile + " - " + Properties.Resources.OverExpoRiskPerc, new Pair2(0, perc_risk(wid))));
}
riWorker.Add(new Pair1(Properties.Resources.MarcovChainsCSV, new Pair2(2, dumpChainesMarkov(false, wid))));
allR.Add(wid, riWorker);
}
}
}
return(allR);
}
