public static CWPAnalysisScopeEnum GetScope(this CWPAnalysusScoreOutput computation)
{
CWPAnalysisScopeEnum RequiredScopes = CWPAnalysisScopeEnum.nothing;
switch (computation)
{
case CWPAnalysusScoreOutput.categoryCommonality:
case CWPAnalysusScoreOutput.categoryParticularity:
RequiredScopes = CWPAnalysisScopeEnum.globalLevel;
break;
case CWPAnalysusScoreOutput.globalMinDensity:
case CWPAnalysusScoreOutput.frequencyDensity:
RequiredScopes = CWPAnalysisScopeEnum.globalLevel;
break;
case CWPAnalysusScoreOutput.flatSiteParticularity:
RequiredScopes = CWPAnalysisScopeEnum.flatSiteLevel;
break;
case CWPAnalysusScoreOutput.siteCommonality:
case CWPAnalysusScoreOutput.siteParticularity:
RequiredScopes = CWPAnalysisScopeEnum.unitaryLevel;
break;
case CWPAnalysusScoreOutput.binaryCWParticularity:
RequiredScopes = CWPAnalysisScopeEnum.mainLevel;
break;
case CWPAnalysusScoreOutput.IWFICF:
case CWPAnalysusScoreOutput.IDFIWFICF:
RequiredScopes = CWPAnalysisScopeEnum.rawLevel;
break;
}
if (computation.HasFlag(CWPAnalysusScoreOutput.category))
{
RequiredScopes |= CWPAnalysisScopeEnum.categoryLevel;
}
if (computation.HasFlag(CWPAnalysusScoreOutput.site))
{
RequiredScopes |= CWPAnalysisScopeEnum.siteLevel;
}
if (computation.HasFlag(CWPAnalysusScoreOutput.flat))
{
RequiredScopes |= CWPAnalysisScopeEnum.flatSiteLevel;
}
return(RequiredScopes);
}
public static String GetSignature(this CWPAnalysusScoreOutput computation)
{
switch (computation)
{
case CWPAnalysusScoreOutput.binaryCWParticularity:
return("BCP");
break;
case CWPAnalysusScoreOutput.siteParticularity:
return("SP");
break;
case CWPAnalysusScoreOutput.categoryParticularity:
return("CP");
break;
case CWPAnalysusScoreOutput.flatSiteParticularity:
return("FSP");
break;
case CWPAnalysusScoreOutput.siteCommonality:
return("SC");
break;
case CWPAnalysusScoreOutput.categoryCommonality:
return("CC");
break;
case CWPAnalysusScoreOutput.frequencyDensity:
return("FD");
break;
case CWPAnalysusScoreOutput.globalMinDensity:
return("GMD");
break;
case CWPAnalysusScoreOutput.IDFIWFICF:
case CWPAnalysusScoreOutput.IWFICF:
return(computation.ToString());
break;
}
return(computation.ToString().Replace(",", ""));
}
/// <summary>
/// Gets the score.
/// </summary>
/// <param name="term">The term.</param>
/// <param name="computation">The computation.</param>
/// <returns></returns>
public Double GetScore(String term, CWPAnalysusScoreOutput computation)
{
Double output = 0;
switch (computation)
{
case CWPAnalysusScoreOutput.categoryCommonality:
output = globalReport.GetScore(term, x => x.commonality_score);
break;
case CWPAnalysusScoreOutput.categoryParticularity:
output = globalReport.GetScore(term, x => x.particularity_score);
break;
case CWPAnalysusScoreOutput.siteParticularity:
output = unitaryReport.GetScore(term, x => x.particularity_score);
break;
case CWPAnalysusScoreOutput.siteCommonality:
output = unitaryReport.GetScore(term, x => x.commonality_score);
break;
case CWPAnalysusScoreOutput.flatSiteParticularity:
output = flatReport.GetScore(term, x => x.particularity_score);
break;
case CWPAnalysusScoreOutput.frequencyDensity:
output = globalReport.GetScore(term, x => x.mean_score);
break;
case CWPAnalysusScoreOutput.globalMinDensity:
output = globalReport.GetScore(term, x => x.min_score);
break;
case CWPAnalysusScoreOutput.binaryCWParticularity:
output = datasetReport.GetScore(term, x => x.MacroParticularity);
if (output != 1)
{
if (datasetReport.GetScore(term, x => x.MaxParticularity) == 1)
{
output = 0;
}
else
{
output = 1;
}
}
break;
}
return(output);
}
public void Deploy(CWPAnalysusScoreOutput computation, AnalysisPurpose purpose = AnalysisPurpose.application, Boolean update = false)
{
if (purpose == AnalysisPurpose.exploration)
{
RequiredScopes = CWPAnalysisScopeEnum.all;
}
else
{
if (update)
{
RequiredScopes |= computation.GetScope();
}
else
{
RequiredScopes = computation.GetScope();
}
}
Computation = computation;
}
/// <summary>
/// Initializes a new instance of the <see cref="FeatureCWPAnalysisSettings"/> class.
/// </summary>
/// <param name="computation">The computation.</param>
/// <param name="purpose">The purpose.</param>
public FeatureCWPAnalysisSettings(CWPAnalysusScoreOutput computation, AnalysisPurpose purpose = AnalysisPurpose.application)
{
Deploy(computation, purpose);
}
