private void loadSimLab(string filename)
{
Runs = new List <ScenarioRun>();
slf = new SimlabFile();
slf.Load(filename);
for (int i = 0; i < slf.Samples.Values.First().Count(); i++)
{
ScenarioRun sc = new ScenarioRun();
sc.Number = i + 1;
sc.ParamValues = new SortedList <CalibrationParameter, double?>();
foreach (var v in slf.Samples.Keys)
{
sc.ParamValues.Add(v, slf.Samples[v][i]);
}
Runs.Add(sc);
}
RaisePropertyChanged("Runs");
}
public void GenerateParameterSets()
{
Random R = new Random(SeedValue);
Runs = new List <ScenarioRun>();
for (int i = 0; i < NumberOfScenarios; i++)
{
ScenarioRun sc = new ScenarioRun();
sc.Number = i + 1;
sc.ParamValues = new SortedList <CalibrationParameter, double?>();
foreach (var v in Params.Where(var => var.ParType != ParameterType.Fixed & var.ParType != ParameterType.tied))
{
sc.ParamValues.Add(v, null);
}
Runs.Add(sc);
}
foreach (var v in Params.Where(var => var.ParType != ParameterType.Fixed & var.ParType != ParameterType.tied))
{
double stepsize = (v.CurrentValue * 1.1 - v.CurrentValue * 0.9) / NumberOfScenarios;
for (int i = 0; i < NumberOfScenarios; i++)
{
int k;
while (Runs[k = R.Next(0, NumberOfScenarios)].ParamValues[v].HasValue)
{
;
}
Runs[k].ParamValues[v] = R.NextDouble() * stepsize + v.MinValue + i * stepsize;
}
}
RaisePropertyChanged("Runs");
}
private void loadSimLab(string filename)
{
Runs = new List<ScenarioRun>();
slf = new SimlabFile();
slf.Load(filename);
for (int i = 0; i < slf.Samples.Values.First().Count(); i++)
{
ScenarioRun sc = new ScenarioRun();
sc.Number = i + 1;
sc.ParamValues = new SortedList<CalibrationParameter, double?>();
foreach (var v in slf.Samples.Keys)
{
sc.ParamValues.Add(v, slf.Samples[v][i]);
}
Runs.Add(sc);
}
RaisePropertyChanged("Runs");
}
public void GenerateParameterSets()
{
Random R = new Random(SeedValue);
Runs = new List<ScenarioRun>();
for (int i = 0; i < NumberOfScenarios; i++)
{
ScenarioRun sc = new ScenarioRun();
sc.Number = i + 1;
sc.ParamValues = new SortedList<CalibrationParameter, double?>();
foreach (var v in Params.Where(var => var.ParType != ParameterType.Fixed & var.ParType != ParameterType.tied))
sc.ParamValues.Add(v, null);
Runs.Add(sc);
}
foreach (var v in Params.Where(var => var.ParType != ParameterType.Fixed & var.ParType != ParameterType.tied))
{
double stepsize = (v.CurrentValue*1.1 - v.CurrentValue*0.9) / NumberOfScenarios;
for (int i = 0; i < NumberOfScenarios; i++)
{
int k;
while (Runs[k = R.Next(0, NumberOfScenarios)].ParamValues[v].HasValue) ;
Runs[k].ParamValues[v] = R.NextDouble() * stepsize + v.MinValue + i * stepsize;
}
}
RaisePropertyChanged("Runs");
}
