public override void StepRun(bool serialize, int i, string variety = null, string parameterName = null, double parameterValue = 0)
{
BindingList <MultiRunItem> multiRuns = RunItem.Multi.MultiRuns;
var multiYear = RunItem.Multi.MultiYear;
#region get items
string miName, piName, riName, roiName, siiName, soiName, viName, exName;
if (multiRuns.Count > 0)
{
var item = multiRuns[i];
miName = item.ManagementItemSelected;
piName = item.ParameterItemSelected;
riName = RunItem.Name;
roiName = item.RunOptionItemSelected;
siiName = item.SiteItemSelected;
soiName = item.SoilItemSelected;
viName = item.VarietyItemSelected;
exName = item.ExperimentSelected;
}
else
{
miName = RunItem.Normal.ManagementItem;
piName = RunItem.Normal.ParameterItem;
riName = RunItem.Name;
roiName = RunItem.Normal.RunOptionItem;
siiName = RunItem.Normal.SiteItem;
soiName = RunItem.Normal.SoilItem;
viName = RunItem.Normal.VarietyItem;
exName = RunItem.Normal.ExperimentItem;
}
ManagementItem mi = null;
CropParameterItem pi = null;
RunOptionItem roi = null;
SiteItem sii = null;
SoilItem soi = null;
CropParameterItem vi = null;
RunCore.GetItems(riName, miName, piName, roiName, siiName, soiName, viName, ref mi, ref pi, ref roi, ref sii, ref soi, ref vi);
mi = mi.Clone();
pi = pi.Clone();
roi = roi.Clone();
sii = sii.Clone();
soi = soi.Clone();
vi = vi.Clone();
#endregion
///<Behnam>
var deltaHeader = new string[SensitivityRuns.Count];
var index1 = 0;
if (oneByOne)
{
nbSensitivityStep = 1;
SensitivityRuns.Iterate(
delegate(SensitivityRunItem item)
{
nbSensitivityStep += item.NbStep;
deltaHeader[index1++] = item.GetHeader();
});
}
else
{
nbSensitivityStep = 1;
SensitivityRuns.Iterate(
delegate(SensitivityRunItem item)
{
nbSensitivityStep *= item.NbStep;
deltaHeader[index1++] = item.GetHeader();
});
}
///</Behnam>
var deltaValue = new double[SensitivityRuns.Count];
int[] index = { 0 };
if (!multiYear)
{
///<Behnam>
switch (roi.OutputPattern)
{
case "V13": ProjectFile.OutputVersion = OutputVersion.V13; break;
case "V15": ProjectFile.OutputVersion = OutputVersion.V15; break;
case "Cus": ProjectFile.OutputVersion = OutputVersion.Cus; break;
case "Maize": ProjectFile.OutputVersion = OutputVersion.Maize; break;
}
///</Behnam>
var yy = sii.MaxSowingDate.Year - sii.MinSowingDate.Year;
mi.SowingDate = new DateTime(mi.SowingDate.Year, mi.SowingDate.Month, mi.SowingDate.Day);
sii.MinSowingDate = new DateTime(mi.SowingDate.Year, sii.MinSowingDate.Month, sii.MinSowingDate.Day);
sii.MaxSowingDate = new DateTime(mi.SowingDate.Year + yy, sii.MaxSowingDate.Month, sii.MaxSowingDate.Day);
Run.isFirstYear = true;
///</Behnam>
var end = false;
InitStepSensitivity(mi, pi, roi, sii, soi, vi, deltaValue, index);
var stepIndex = 0;
while (!end)
{
var excelPage = RunCore.Run(riName, exportNormalRuns, false, mi, pi, roi, sii, soi, vi);
var deltaSensitivity = "";
index[0] = 0;
SensitivityRuns.Iterate(
item =>
{
deltaValue[index[0]] = item.GetValue(mi, pi, roi, sii, soi, vi);
deltaSensitivity += item.GetHeader() + "_" + Math.Round(deltaValue[index[0]], 4) + "_";
++index[0];
});
///<Behnam>
if (i == 0 && stepIndex == 0)
{
Book.Clear();
var outputFile = OutputFile.ExtractSensitivityRunHeader(deltaHeader);
outputFile.Title = OutputFileName;
Book.Add(outputFile);
}
if (exportNormalRuns)
{
var dailyOutputFileName = OutputPatternVarDef.OutputPatternValue(dailyOutputPattern, miName, piName, riName, roiName, siiName, soiName, viName, exName) + RunItem.Normal.OutputExtention;
dailyOutputFileName = dailyOutputFileName.Replace(VarDeltaSensitivity, deltaSensitivity);
dailyOutputFileName = dailyOutputFileName.Replace(RunItemModeMulti.VarMultiYearSowingYear, "");
excelPage.Title = dailyOutputFileName;
Book.Add(excelPage);
if (serialize)
{
RunCore.Save(excelPage, AbsoluteOutputDirectory + "\\" + dailyOutputFileName);
}
}
if (i == 0 && ProjectFile.OutputVersion == OutputVersion.Cus && stepIndex == 0)
{
Run.SecondLine = false;
Book[0].Add(OutputFile.ExtractSensitivityRunLine(RunCore.RunInstance, deltaHeader, deltaValue));
}
Book[0].Add(OutputFile.ExtractSensitivityRunLine(RunCore.RunInstance, deltaHeader, deltaValue));
///</Behnam>
end = Increment(stepIndex, mi, pi, roi, sii, soi, vi);
++stepIndex;
}
}
else
{
///<Behnam>
switch (roi.OutputPattern)
{
case "V13": ProjectFile.OutputVersion = OutputVersion.V13; break;
case "V15": ProjectFile.OutputVersion = OutputVersion.V15; break;
case "Cus": ProjectFile.OutputVersion = OutputVersion.Cus; break;
case "Maize": ProjectFile.OutputVersion = OutputVersion.Maize; break;
}
///</Behnam>
var firstYear = RunItem.Multi.FirstYear;
var lastYear = RunItem.Multi.LastYear;
for (var j = firstYear; j <= lastYear; ++j)
{
foreach (var dateApp in mi.DateApplications)
{
dateApp.Date = new DateTime(j + (dateApp.Date.Year - mi.SowingDate.Year), dateApp.Date.Month, dateApp.Date.Day);
}
///<Behnam>
var yy = sii.MaxSowingDate.Year - sii.MinSowingDate.Year;
mi.SowingDate = new DateTime(j, mi.SowingDate.Month, mi.SowingDate.Day);
sii.MinSowingDate = new DateTime(j, sii.MinSowingDate.Month, sii.MinSowingDate.Day);
sii.MaxSowingDate = new DateTime(j + yy, sii.MaxSowingDate.Month, sii.MaxSowingDate.Day);
Run.isFirstYear = (j == firstYear);
///</Behnam>
var end = false;
InitStepSensitivity(mi, pi, roi, sii, soi, vi, deltaValue, index);
var stepIndex = 0;
while (!end)
{
var excelPage = RunCore.Run(riName, exportNormalRuns, false, mi, pi, roi, sii, soi, vi);
var deltaSensitivity = "";
index[0] = 0;
var index0 = index[0];
SensitivityRuns.Iterate(
delegate(SensitivityRunItem item)
{
deltaValue[index0] = item.GetValue(mi, pi, roi, sii, soi, vi);
deltaSensitivity += item.GetHeader() + "_" + Math.Round(deltaValue[index[0]], 4) + "_";
++index0;
});
///<Behnam (2016.11.12)>
if (i == 0 && j == firstYear && stepIndex == 0)
{
Book.Clear();
var outputFile = OutputFile.ExtractSensitivityRunHeader(deltaHeader);
outputFile.Title = OutputFileName;
Book.Add(outputFile);
}
if (exportNormalRuns)
{
var dailyOutputFileName = OutputPatternVarDef.OutputPatternValue(dailyOutputPattern, miName, piName, riName, roiName, siiName, soiName, viName, exName) + RunItem.Normal.OutputExtention;
dailyOutputFileName = dailyOutputFileName.Replace(VarDeltaSensitivity, deltaSensitivity);
dailyOutputFileName = dailyOutputFileName.Replace(RunItemModeMulti.VarMultiYearSowingYear, mi.FinalSowingDate.Year.ToString());
excelPage.Title = dailyOutputFileName;
Book.Add(excelPage);
if ((j == firstYear || (j != firstYear && oldDailyOutputFileName != dailyOutputFileName)) && stepIndex == 0)
{
if (serialize)
{
RunCore.Save(excelPage, AbsoluteOutputDirectory + "\\" + dailyOutputFileName, true);
}
}
else
{
if (serialize)
{
RunCore.Save(excelPage, AbsoluteOutputDirectory + "\\" + dailyOutputFileName, false);
}
}
oldDailyOutputFileName = dailyOutputFileName;
}
if (i == 0 && j == firstYear && ProjectFile.OutputVersion == OutputVersion.Cus && stepIndex == 0)
{
Run.SecondLine = false;
Book[0].Add(OutputFile.ExtractSensitivityRunLine(RunCore.RunInstance, deltaHeader, deltaValue));
}
Book[0].Add(OutputFile.ExtractSensitivityRunLine(RunCore.RunInstance, deltaHeader, deltaValue));
///</Behnam>
end = Increment(stepIndex, mi, pi, roi, sii, soi, vi);
++stepIndex;
}
}
}
}
public override void StepRun(bool serialize, int i, string variety = null, string parameterName = null, double parameterValue = 0)
{
#region get items
string miName, piName, riName, roiName, siiName, soiName, viName, exName;
if (MultiRuns.Count > 0)
{
var item = MultiRuns[i];
miName = item.ManagementItemSelected;
piName = item.ParameterItemSelected;
riName = RunItem.Name;
roiName = item.RunOptionItemSelected;
siiName = item.SiteItemSelected;
soiName = item.SoilItemSelected;
viName = item.VarietyItemSelected;
exName = item.ExperimentSelected;
}
else
{
miName = RunItem.Normal.ManagementItem;
piName = RunItem.Normal.ParameterItem;
riName = RunItem.Name;
roiName = RunItem.Normal.RunOptionItem;
siiName = RunItem.Normal.SiteItem;
soiName = RunItem.Normal.SoilItem;
viName = RunItem.Normal.VarietyItem;
exName = RunItem.Normal.ExperimentItem;
}
ManagementItem mi = null;
CropParameterItem pi = null;
RunOptionItem roi = null;
SiteItem sii = null;
SoilItem soi = null;
CropParameterItem vi = null;
RunCore.GetItems(riName, miName, piName, roiName, siiName, soiName, viName, ref mi, ref pi, ref roi, ref sii, ref soi, ref vi);
#endregion
#region override some parameters
if (variety != null)
{
if (variety == viName)
{
vi.ParamValue[parameterName] = parameterValue;
}
}
#endregion
if (!multiYear)
{
switch (roi.OutputPattern)
{
case "V13": ProjectFile.OutputVersion = OutputVersion.V13; break;
case "V15": ProjectFile.OutputVersion = OutputVersion.V15; break;
case "Cus": ProjectFile.OutputVersion = OutputVersion.Cus; break;
case "Maize": ProjectFile.OutputVersion = OutputVersion.Maize; break;
}
///<Behnam>
///<Comment>
///Modifications related to estimating sowing window and forcing the model
///to put daily outputs into one file if the names of the daily output files
///are identical for two successive years.
///</Comment>
var yy = sii.MaxSowingDate.Year - sii.MinSowingDate.Year;
mi.SowingDate = new DateTime(mi.SowingDate.Year, mi.SowingDate.Month, mi.SowingDate.Day);
sii.MinSowingDate = new DateTime(mi.SowingDate.Year, sii.MinSowingDate.Month, sii.MinSowingDate.Day);
sii.MaxSowingDate = new DateTime(mi.SowingDate.Year + yy, sii.MaxSowingDate.Month, sii.MaxSowingDate.Day);
Run.isFirstYear = true;
///</Behnam>
//Debug
var excelPage = RunCore.Run(riName, exportNormalRuns, false, mi, pi, roi, sii, soi, vi);
///<Behnam>
if (i == 0)
{
Book.Clear();
var outputFile = OutputFile.ExtractMultiRunHeader();
outputFile.Title = OutputFileName;
Book.Add(outputFile);
}
if (exportNormalRuns)
{
var dailyOutputFileName = OutputPatternVarDef.OutputPatternValue(dailyOutputPattern, miName, piName, riName, roiName, siiName, soiName, viName, exName) + RunItem.Normal.OutputExtention;
dailyOutputFileName = dailyOutputFileName.Replace(VarMultiYearSowingYear, "");
excelPage.Title = dailyOutputFileName;
Book.Add(excelPage);
if (serialize)
{
RunCore.Save(excelPage, AbsoluteOutputDirectory + "\\" + dailyOutputFileName);
}
if (i == 0)
{
warningFile = OutputFile.ExtractWarningsHeader();
warningFile.Title = "warnings";
}
LineData line = OutputFile.ExtractWarningsMultiRun(RunCore.RunInstance);
if (line != null)
{
warningFile.Add(line);
}
}
if (i == 0 && ProjectFile.OutputVersion == OutputVersion.Cus)
{
Run.SecondLine = false;
Book[0].Add(OutputFile.ExtractMultiRunLine(RunCore.RunInstance));
}
///</Behnam>
Book[0].Add(OutputFile.ExtractMultiRunLine(RunCore.RunInstance));
/// Behnam (2016.06.01): Added to write the summaty file after each run is finished.
/// Other way, if one simulations is not completed, the summary file is not pronted at all.
if (serialize)
{
RunCore.Save(Book[0], AbsoluteOutputPath);
}
}
else
{
mi = mi.Clone();
///<Behnam>
switch (roi.OutputPattern)
{
case "V13": ProjectFile.OutputVersion = OutputVersion.V13; break;
case "V15": ProjectFile.OutputVersion = OutputVersion.V15; break;
case "Cus": ProjectFile.OutputVersion = OutputVersion.Cus; break;
case "Maize": ProjectFile.OutputVersion = OutputVersion.Maize; break;
}
for (var j = firstYear; j <= lastYear; ++j)
{
foreach (var dateApp in mi.DateApplications)
{
dateApp.Date = new DateTime(j + (dateApp.Date.Year - mi.SowingDate.Year), dateApp.Date.Month, dateApp.Date.Day);
}
var yy = sii.MaxSowingDate.Year - sii.MinSowingDate.Year;
mi.SowingDate = new DateTime(j, mi.SowingDate.Month, mi.SowingDate.Day);
sii.MinSowingDate = new DateTime(j, sii.MinSowingDate.Month, sii.MinSowingDate.Day);
sii.MaxSowingDate = new DateTime(j + yy, sii.MaxSowingDate.Month, sii.MaxSowingDate.Day);
Run.isFirstYear = (j == firstYear);
var excelPage = RunCore.Run(riName, exportNormalRuns, false, mi, pi, roi, sii, soi, vi);
if (i == 0 && j == firstYear)
{
Book.Clear();
var outputFile = OutputFile.ExtractMultiRunHeader();
outputFile.Title = OutputFileName;
Book.Add(outputFile);
}
if (exportNormalRuns)
{
var dailyOutputFileName = OutputPatternVarDef.OutputPatternValue(dailyOutputPattern, miName, piName, riName, roiName, siiName, soiName, viName, exName) + RunItem.Normal.OutputExtention;
dailyOutputFileName = dailyOutputFileName.Replace(VarMultiYearSowingYear, sii.MinSowingDate.Year.ToString());
excelPage.Title = dailyOutputFileName;
Book.Add(excelPage);
if (j == firstYear || (j != firstYear && oldDailyOutputFileName != dailyOutputFileName))
{
if (serialize)
{
RunCore.Save(excelPage, AbsoluteOutputDirectory + "\\" + dailyOutputFileName, true);
}
}
else
{
if (serialize)
{
RunCore.Save(excelPage, AbsoluteOutputDirectory + "\\" + dailyOutputFileName, false);
}
}
oldDailyOutputFileName = dailyOutputFileName;
}
if (i == 0 && j == firstYear && ProjectFile.OutputVersion == OutputVersion.Cus)
{
Run.SecondLine = false;
Book[0].Add(OutputFile.ExtractMultiRunLine(RunCore.RunInstance));
}
Book[0].Add(OutputFile.ExtractMultiRunLine(RunCore.RunInstance));
/// Behnam (2016.06.01): Added to write the summaty file after each run is finished.
/// Other way, if one simulations is not completed, the summary file is not pronted at all.
if (serialize)
{
RunCore.Save(Book[0], AbsoluteOutputPath);
}
///</Behnam>
//Warnings
if (i == 0 && j == firstYear)
{
warningFile = OutputFile.ExtractWarningsHeader();
warningFile.Title = "warnings";
}
LineData line = OutputFile.ExtractWarningsMultiRun(RunCore.RunInstance);
if (line != null)
{
warningFile.Add(line);
}
}
}
if (i == (MultiRuns.Count - 1))
{
Book.Add(warningFile);
}
}
public override int InitRun(bool serialize)
{
///<Behnam 92015.12.08)>
#region get items
string miName, piName, riName, roiName, siiName, soiName, viName, exName;
BindingList <MultiRunItem> multiRuns = RunItem.Multi.MultiRuns;
var multiYear = RunItem.Multi.MultiYear;
if (multiRuns.Count > 0)
{
var item = multiRuns[0];
miName = item.ManagementItemSelected;
piName = item.ParameterItemSelected;
riName = RunItem.Name;
roiName = item.RunOptionItemSelected;
siiName = item.SiteItemSelected;
soiName = item.SoilItemSelected;
viName = item.VarietyItemSelected;
exName = item.ExperimentSelected;
}
else
{
miName = RunItem.Normal.ManagementItem;
piName = RunItem.Normal.ParameterItem;
riName = RunItem.Name;
roiName = RunItem.Normal.RunOptionItem;
siiName = RunItem.Normal.SiteItem;
soiName = RunItem.Normal.SoilItem;
viName = RunItem.Normal.VarietyItem;
exName = RunItem.Normal.ExperimentItem;
}
ManagementItem mi = null;
CropParameterItem pi = null;
RunOptionItem roi = null;
SiteItem sii = null;
SoilItem soi = null;
CropParameterItem vi = null;
RunCore.GetItems(riName, miName, piName, roiName, siiName, soiName, viName, ref mi, ref pi, ref roi, ref sii, ref soi, ref vi);
mi = mi.Clone();
pi = pi.Clone();
roi = roi.Clone();
sii = sii.Clone();
soi = soi.Clone();
vi = vi.Clone();
switch (roi.OutputPattern)
{
case "V13": ProjectFile.OutputVersion = OutputVersion.V13; break;
case "V15": ProjectFile.OutputVersion = OutputVersion.V15; break;
case "Cus": ProjectFile.OutputVersion = OutputVersion.Cus; break;
case "Maize": ProjectFile.OutputVersion = OutputVersion.Maize; break;
}
#endregion
///</Behnam>
if (RunItem.Multi.MultiYear && RunItem.Multi.FirstYear > RunItem.Multi.LastYear)
{
throw new RunException(RunItem.Name, "First year (" + RunItem.Multi.FirstYear + ") must be <= to last year (" + RunItem.Multi.LastYear + ")");
}
var deltaHeader = new string[SensitivityRuns.Count];
var index = 0;
if (oneByOne)
{
nbSensitivityStep = 1;
SensitivityRuns.Iterate(
delegate(SensitivityRunItem item)
{
nbSensitivityStep += item.NbStep;
deltaHeader[index++] = item.GetHeader();
});
}
else
{
nbSensitivityStep = 1;
SensitivityRuns.Iterate(
delegate(SensitivityRunItem item)
{
nbSensitivityStep *= item.NbStep;
deltaHeader[index++] = item.GetHeader();
});
}
if (Book != null)
{
Book.Clear();
}
else
{
Book = new Book();
}
var page = OutputFile.ExtractSensitivityRunHeader(deltaHeader);
page.Title = OutputFileName;
Book.Add(page);
return(Math.Max(1, RunItem.Multi.MultiRuns.Count));
}