nl: get full polynomial . concode_field_sep GenPolynomial<GenPolynomial<C>> red concode_elem_sep GenPolynomial<GenPolynomial<C>> green concode_elem_sep GenPolynomial<GenPolynomial<C>> white concode_field_sep List<GenPolynomial<C>> getRedCoefficients concode_elem_sep boolean isONE concode_elem_sep ExpVector leadingExpVector concode_elem_sep Map.Entry<ExpVector,GenPolynomial<C>> leadingMonomial concode_elem_sep boolean checkInvariant concode_elem_sep ColorPolynomial<C> subtract concode_elem_sep ColorPolynomial<C> subtract concode_elem_sep int length concode_elem_sep boolean isDetermined concode_elem_sep ColorPolynomial<C> sum concode_elem_sep ColorPolynomial<C> sum concode_elem_sep ColorPolynomial<C> abs concode_elem_sep int hashCode concode_elem_sep boolean equals concode_elem_sep boolean isZERO concode_elem_sep List<GenPolynomial<C>> getGreenCoefficients concode_elem_sep String toString concode_elem_sep ColorPolynomial<C> divide concode_elem_sep GenPolynomial<GenPolynomial<C>> getEssentialPolynomial concode_elem_sep ColorPolynomial<C> multiply concode_elem_sep ColorPolynomial<C> multiply
code: GenPolynomial < GenPolynomial < C >> function ( ) { GenPolynomial < GenPolynomial < C >> loc0 = green . sum ( red ) . sum ( white ) ; int loc1 = green . length ( ) + red . length ( ) + white . length ( ) ; int loc2 = loc0 . length ( ) ; if ( loc2 != loc1 ) { throw new RuntimeException ( "srini_string" + loc1 + "srini_string" + loc2 ) ; } return loc0 ; }