returns a weight vector which could yield a new pareto point when used . null is returned if no candidate point exists.todo : currently just calls another method . concode_field_sep List<Expression> storedFormulasY concode_elem_sep List<Expression> storedFormulasX concode_elem_sep Tile initialTile concode_elem_sep List<TileList> storedTileLists concode_elem_sep OpsAndBoundsList opsAndBoundsList concode_elem_sep int currentProjectionIndex concode_elem_sep List<List<Expression>> storedFormulas concode_elem_sep int dim concode_elem_sep ArrayList<Tile> list concode_elem_sep double tolerance concode_field_sep void addNewPoint concode_elem_sep int getNumberOfDifferentPoints concode_elem_sep void clearStoredTileLists concode_elem_sep List<Point> getRealPoints concode_elem_sep List<List<Expression>> getStoredFormulas concode_elem_sep OpsAndBoundsList getOpsAndBoundsList concode_elem_sep List<Expression> getStoredFormulasX concode_elem_sep int getDimension concode_elem_sep List<Expression> getStoredFormulasY concode_elem_sep String toString concode_elem_sep List<Point> getPoints concode_elem_sep Point getFreshRealCandidateHyperplane concode_elem_sep List<Point> getPointsWithoutCovered concode_elem_sep List<TileList> getStoredTileLists concode_elem_sep void splitTilesByPoint
Point function ( ) { return getFreshRealCandidateHyperplane ( ) ; }