public LingvisticsResult ProcessRDF(LingvisticsRDFInput input)
{
if (input == null)
{
throw (new ArgumentNullException("input"));
}
if (input.Options == LingvisticsResultOptions.None || input.Options == LingvisticsResultOptions.RDF)
{
return(null);
}
var rdfXml = XElement.Parse(input.Rdf);
var coreference = _CoreferenceResolver?.ReadFromRdf(rdfXml);
var result = GetResultFromRDF(rdfXml, coreference, input.Options, input.GenerateAllSubthemes);
#if WITH_OM_TM
if ((input.Options & LingvisticsResultOptions.OpinionMiningWithTonality) == LingvisticsResultOptions.OpinionMiningWithTonality)
{
DigestOutputResult opinionMiningWithTonalityResult = CreateOpinionMiningWithTonalityResult(rdfXml, coreference, input.ObjectAllocateMethod);
return(new LingvisticsResult(input.Options, result.RDF, result.ThemeList, result.LinkList, opinionMiningWithTonalityResult));
}
else
if ((input.Options & LingvisticsResultOptions.Tonality) == LingvisticsResultOptions.Tonality)
{
TonalityMarkingOutputResult tonalityResult = CreateTonalityResult(rdfXml, coreference, input.ObjectAllocateMethod, input.TonalityMarkingInput);
return(new LingvisticsResult(input.Options, result.RDF, result.ThemeList, result.LinkList, tonalityResult));
}
#endif
return(result);
}
public LingvisticsResult ProcessRDF(string rdf, LingvisticsResultOptions options, bool generateAllSubthemes = false)
{
var input = new LingvisticsRDFInput()
{
Rdf = rdf,
Options = options,
GenerateAllSubthemes = generateAllSubthemes,
#if WITH_OM_TM
ObjectAllocateMethod = ObjectAllocateMethod.FirstEntityWithTypePronoun,
#endif
};
return(ProcessRDF(input));
}
public LingvisticsResult ProcessRDF(LingvisticsRDFInput input)
{
return(CallLinguisticFunction(f => f.ProcessRDF(input)));
}
public LingvisticsResult ProcessRDF(LingvisticsRDFInput input)
{
return(CallLinguisticFunction <LingvisticsResult>(f => f.ProcessRDF(input), ProcessingType.Light));
}
