given an ordering of the first row and second column keys , will produce a double matrix . concode_field_sep double defaultValue concode_elem_sep double total concode_elem_sep MapFactory<K1,ClassicCounter<K2>> outerMF concode_elem_sep long serialVersionUID concode_elem_sep Map<K1,ClassicCounter<K2>> map concode_elem_sep MapFactory<K2,MutableDouble> innerMF concode_field_sep void removeZeroCounts concode_elem_sep String toCSVString concode_elem_sep void main concode_elem_sep double totalCount concode_elem_sep double totalCount concode_elem_sep double remove concode_elem_sep void remove concode_elem_sep ClassicCounter<Pair<K1,K2>> flatten concode_elem_sep void subtractAll concode_elem_sep void subtractAll concode_elem_sep void defaultReturnValue concode_elem_sep double defaultReturnValue concode_elem_sep int hashCode concode_elem_sep Set<K2> secondKeySet concode_elem_sep MapFactory<K2,MutableDouble> getInnerMapFactory concode_elem_sep double getCount concode_elem_sep void setCount concode_elem_sep ClassicCounter<K2> getCounter concode_elem_sep Set<Map.Entry<K1,ClassicCounter<K2>>> entrySet concode_elem_sep boolean containsKey concode_elem_sep void incrementCount concode_elem_sep void incrementCount concode_elem_sep Set<K1> firstKeySet concode_elem_sep boolean isEmpty concode_elem_sep MapFactory<K1,ClassicCounter<K2>> getOuterMapFactory concode_elem_sep void decrementCount concode_elem_sep void decrementCount concode_elem_sep String toMatrixString concode_elem_sep void clean concode_elem_sep ClassicCounter<K2> setCounter concode_elem_sep TwoDimensionalCounter<K2,K1> reverseIndexOrder concode_elem_sep int size concode_elem_sep void addAll concode_elem_sep void addAll concode_elem_sep boolean equals concode_elem_sep Counter<K1> sumInnerCounter concode_elem_sep String toString
double [ ] [ ] function ( List < K1 > arg0 , List < K2 > arg1 ) { double [ ] [ ] loc0 = new double [ arg0 . size ( ) ] [ arg1 . size ( ) ] ; for ( int loc1 = 0 ; loc1 < arg0 . size ( ) ; loc1 ++ ) { for ( int loc2 = 0 ; loc2 < arg1 . size ( ) ; loc2 ++ ) { loc0 [ loc1 ] [ loc2 ] = getCount ( arg0 . get ( loc1 ) , arg1 . get ( loc2 ) ) ; } } return loc0 ; }