normalize a string array to an input vector . concode_field_sep List<ColumnDefinition> sourceColumns concode_elem_sep List<ColumnDefinition> inputColumns concode_elem_sep List<ColumnDefinition> outputColumns concode_elem_sep CSVFormat format concode_elem_sep List<String> unknownValues concode_elem_sep Map<ColumnDefinition,MissingHandler> missingHandlers concode_elem_sep NormalizationStrategy normStrategy concode_field_sep void defineMissingHandler concode_elem_sep void setOutputColumns concode_elem_sep double parseDouble concode_elem_sep List<ColumnDefinition> getSourceColumns concode_elem_sep void setInputColumns concode_elem_sep int calculateNormalizedOutputCount concode_elem_sep void setFormat concode_elem_sep void setStrategy concode_elem_sep ColumnDefinition defineSourceColumn concode_elem_sep CSVFormat getFormat concode_elem_sep List<String> getUnknownValues concode_elem_sep void addSourceColumn concode_elem_sep String[] denormalizeOutputVectorToString concode_elem_sep void defineUnknownValue concode_elem_sep int calculateNormalizedInputCount concode_elem_sep List<ColumnDefinition> getOutputColumns concode_elem_sep void setNormStrategy concode_elem_sep double[] normalizeInputColumn concode_elem_sep List<ColumnDefinition> getInputColumns concode_elem_sep int normalizeToVector concode_elem_sep void setSourceColumns concode_elem_sep NormalizationStrategy getNormStrategy concode_elem_sep String toString concode_elem_sep void clearInputOutput concode_elem_sep MLData allocateInputVector concode_elem_sep MLData allocateInputVector concode_elem_sep double[] normalizeOutputColumn
void function ( String [ ] arg0 , double [ ] arg1 , boolean arg2 ) { int loc0 = 0 ; int loc1 = 0 ; for ( ColumnDefinition loc2 : this . inputColumns ) { int loc3 ; if ( arg2 ) { loc3 = this . sourceColumns . indexOf ( loc2 ) ; } else { loc3 = loc1 ; } loc0 = normalizeToVector ( loc2 , loc0 , arg1 , false , arg0 [ loc3 ] ) ; loc1 ++ ; } }