protected override ILogModellingProblemData ImportData(string path, LogModellingImportType type, TableFileParser csvFileParser)
{
List <IList> values = csvFileParser.Values;
if (type.Shuffle)
{
values = Shuffle(values);
}
var dataset = new Dataset(csvFileParser.VariableNames, values);
string caseIDVar = type.CaseIDVariable;
string timestampVar = type.TimestampVariable;
string activityVar = type.ActivityVariable;
var logData = new LogModellingProblemData(dataset, caseIDVar, timestampVar, activityVar);
int trainingPartEnd = (csvFileParser.Rows * type.TrainingPercentage) / 100;
trainingPartEnd = trainingPartEnd > 0 ? trainingPartEnd : 1;
logData.TrainingPartition.Start = 0;
logData.TrainingPartition.End = trainingPartEnd;
logData.TestPartition.Start = trainingPartEnd;
logData.TestPartition.End = csvFileParser.Rows;
logData.Name = Path.GetFileName(path);
return(logData);
}
public override ILogModellingProblemData ImportData(string path)
{
var csvFileParser = new TableFileParser();
csvFileParser.Parse(path, csvFileParser.AreColumnNamesInFirstLine(path));
var dataset = new Dataset(csvFileParser.VariableNames, csvFileParser.Values);
string caseIDVar = dataset.VariableNames.First();
string timestampVar = dataset.VariableNames.First();
string activityVar = dataset.VariableNames.First();
ILogModellingProblemData logData = new LogModellingProblemData(dataset, caseIDVar, timestampVar, activityVar);
IEnumerable <int> trainingIndizes = Enumerable.Range(0, (csvFileParser.Rows * 2) / 3);
int trainingPartEnd = trainingIndizes.Last();
//TODO: when (if not removed) separating test and training, group by caseid
logData.TrainingPartition.Start = trainingIndizes.First();
logData.TrainingPartition.End = trainingPartEnd;
logData.TestPartition.Start = trainingPartEnd;
logData.TestPartition.End = csvFileParser.Rows;
logData.Name = Path.GetFileName(path);
return(logData);
}