public experimentTemplate MakeTemplate([Description("Name of the experiment to process")] experimentSetup experiment,
[Description("Starting value for Stx")] Int32 start = 3,
[Description("Ending value for Sts")] Int32 end = 8,
[Description("3 or 4 letter code indicating how the settings are different then in other experiments")] String name = "",
[Description("Comment line for experiment header")] String comment = "",
experimentTemplateOption option = experimentTemplateOption.STX)
{
experimentTemplate output = new experimentTemplate();
output.DeriveBlueprint(experiment, name);
output.comment = comment;
semanticFVExtractor model = experiment.models.First() as semanticFVExtractor;
experiment.RemoveAllModelsExcept();
String currentValue = "";
String xmlElementName = "";
switch (option)
{
case experimentTemplateOption.LPF:
currentValue = model.settings.semanticCloudFilter.lowPassFilter.ToString();
xmlElementName = "lowPassFilter";
break;
case experimentTemplateOption.none:
break;
case experimentTemplateOption.REPEAT:
break;
case experimentTemplateOption.STX:
currentValue = model.settings.caseTermExpansionSteps.ToString();
xmlElementName = "caseTermExpansionSteps";
break;
case experimentTemplateOption.TC:
break;
}
for (int i = start; i < end; i++)
{
var exp = new experimentTemplateVariable();
exp.needle = "<" + xmlElementName + ">" + currentValue + "</" + xmlElementName + ">";
exp.replace = "<" + xmlElementName + ">" + i + "</" + xmlElementName + ">";
exp.i = i;
output.replacements.Add(exp);
}
return(output);
}
public void DeriveBlueprint(experimentTemplate _blueprint, String _name)
{
DeployBlueprint(_blueprint.blueprint);
DerivedFromName = blueprint.name;
DerivedFromType = derivedFromType.fromAnExperimentTemplate;
UpdateDescription();
if (_name.isNullOrEmpty())
{
_name = blueprint.name.getCleanFilepath() + "_child";
}
}