defines the number of target variable categories , but allows this parser to pick encodings for them as they appear . concode_field_sep List<Integer> predictors concode_elem_sep Dictionary targetDictionary concode_elem_sep String targetName concode_elem_sep String CANNOT_CONSTRUCT_CONVERTER concode_elem_sep Map<String,Class<? extends FeatureVectorEncoder>> TYPE_DICTIONARY concode_elem_sep Map<String,String> typeMap concode_elem_sep Map<Integer,FeatureVectorEncoder> predictorEncoders concode_elem_sep List<String> variableNames concode_elem_sep int target concode_elem_sep String INTERCEPT_TERM concode_elem_sep int id concode_elem_sep int maxTargetValue concode_elem_sep boolean includeBiasTerm concode_elem_sep String idName concode_elem_sep Map<String,Set<Integer>> traceDictionary concode_field_sep String getTargetString concode_elem_sep String getTargetLabel concode_elem_sep List<String> parseCsvLine concode_elem_sep List<String> parseCsvLine concode_elem_sep int processLine concode_elem_sep int processLine concode_elem_sep void firstLine concode_elem_sep CsvRecordFactory includeBiasTerm concode_elem_sep String getIdName concode_elem_sep void setIdName concode_elem_sep void defineTargetCategories concode_elem_sep boolean usesFirstLineAsSchema concode_elem_sep Iterable<String> getPredictors concode_elem_sep List<String> getTargetCategories concode_elem_sep String getIdString concode_elem_sep Map<String,Set<Integer>> getTraceDictionary
CsvRecordFactory function ( int arg0 ) { maxTargetValue = arg0 ; return this ; }