void function ( ) { if ( this . elementsCount == this . array . length ) { int [ ] loc0 = new int [ ( int ) ( this . array . length * this . GROWING_FACTOR ) ] ; for ( int loc1 = 0 ; loc1 < this . array . length ; loc1 ++ ) { loc0 [ loc1 ] = this . array [ loc1 ] ; } this . array = loc0 ; } }
creating a larger array when the size of the array is equal to its elements count concode_field_sep int elementsCount concode_elem_sep int REDUCER concode_elem_sep double GROWING_FACTOR concode_elem_sep int[] array concode_elem_sep int INITIAL_SIZE concode_elem_sep int REDUCING_FACTOR concode_field_sep void add concode_elem_sep int getREDUCER concode_elem_sep SequentialList splitAt concode_elem_sep void deleteAt concode_elem_sep void splice concode_elem_sep void tryReduce concode_elem_sep int[] getArray concode_elem_sep void insert concode_elem_sep SequentialList reverse concode_elem_sep int getREDUCING_FACTOR concode_elem_sep SequentialList removeDuplicates concode_elem_sep int getINITIAL_SIZE concode_elem_sep void print concode_elem_sep int size concode_elem_sep int get concode_elem_sep boolean equals concode_elem_sep double getGROWING_FACTOR concode_elem_sep int getElementsCount concode_elem_sep SequentialList copy concode_elem_sep boolean removeElement concode_elem_sep int indexOf