pulls a specific property and retains the value using a minimum aggregate function . concode_field_sep boolean monotonicAnonymous concode_elem_sep InformationLoss<?> globalMinimum concode_elem_sep InformationLoss<?> globalMaximum concode_elem_sep Metric<?> metric concode_elem_sep ARXLattice lattice concode_elem_sep InformationLoss<?>[] minimumAnonymous concode_elem_sep InformationLoss<?>[] maximumNonAnonymous concode_elem_sep InformationLoss<?>[] minimumNonAnonymous concode_elem_sep InformationLoss<?>[] maximumAnonymous concode_elem_sep InformationLoss<?>[] lowerBound concode_elem_sep boolean monotonicNonAnonymous concode_field_sep InformationLoss<?> max concode_elem_sep void setMaximum concode_elem_sep InformationLoss<?> getGlobalMaximum concode_elem_sep void estimateMax concode_elem_sep void pullBottomUp concode_elem_sep void pullTopDown concode_elem_sep void initializeBottomUp concode_elem_sep InformationLoss<?> min concode_elem_sep void initializeTopDown concode_elem_sep void estimate concode_elem_sep InformationLoss<?> getValueOrDefault concode_elem_sep void pullMax concode_elem_sep InformationLoss<?> getGlobalMinimum concode_elem_sep void setMinimum concode_elem_sep void estimateMin
void function ( InformationLoss < ? > [ ] arg0 , int arg1 , int arg2 ) { if ( arg0 [ arg1 ] == null ) { arg0 [ arg1 ] = arg0 [ arg2 ] ; } else { arg0 [ arg1 ] = min ( arg0 [ arg1 ] , arg0 [ arg2 ] ) ; } }