degree() const | regina::NPolynomial< T > | inline |
detail() const | regina::Output< NPolynomial< T >, supportsUtf8 > | |
divisionAlg(const NPolynomial< T > &divisor, NPolynomial< T > "ient, NPolynomial< T > &remainder) const | regina::NPolynomial< T > | |
gcdWithCoeffs(const NPolynomial< U > &other, NPolynomial< T > &gcd, NPolynomial< T > &u, NPolynomial< T > &v) const | regina::NPolynomial< T > | |
init() | regina::NPolynomial< T > | inline |
init(size_t degree) | regina::NPolynomial< T > | inline |
init(iterator begin, iterator end) | regina::NPolynomial< T > | |
isMonic() const | regina::NPolynomial< T > | inline |
isZero() const | regina::NPolynomial< T > | inline |
leading() const | regina::NPolynomial< T > | inline |
NPolynomial() | regina::NPolynomial< T > | inline |
NPolynomial(size_t degree) | regina::NPolynomial< T > | inlineexplicit |
NPolynomial(const NPolynomial< T > &value) | regina::NPolynomial< T > | inline |
NPolynomial(const NPolynomial< U > &value) | regina::NPolynomial< T > | inline |
NPolynomial(iterator begin, iterator end) | regina::NPolynomial< T > | inline |
operator!=(const NPolynomial< T > &rhs) const | regina::NPolynomial< T > | inline |
operator*=(const T &scalar) | regina::NPolynomial< T > | |
operator*=(const NPolynomial< T > &other) | regina::NPolynomial< T > | |
operator+=(const NPolynomial< T > &other) | regina::NPolynomial< T > | |
operator-=(const NPolynomial< T > &other) | regina::NPolynomial< T > | |
operator/=(const T &scalar) | regina::NPolynomial< T > | inline |
operator/=(const NPolynomial< T > &other) | regina::NPolynomial< T > | |
operator=(const NPolynomial< T > &value) | regina::NPolynomial< T > | |
operator=(const NPolynomial< U > &value) | regina::NPolynomial< T > | |
operator=(const NPolynomial< U > &other) (defined in regina::NPolynomial< T >) | regina::NPolynomial< T > | |
operator==(const NPolynomial< T > &rhs) const | regina::NPolynomial< T > | inline |
operator[](size_t exp) const | regina::NPolynomial< T > | inline |
set(size_t exp, const T &value) | regina::NPolynomial< T > | |
str(const char *variable) const | regina::NPolynomial< T > | inline |
ShortOutput< NPolynomial< T >, true >::str() const | regina::Output< NPolynomial< T >, supportsUtf8 > | |
swap(NPolynomial< T > &other) | regina::NPolynomial< T > | inline |
toString() const | regina::Output< NPolynomial< T >, supportsUtf8 > | |
toStringLong() const | regina::Output< NPolynomial< T >, supportsUtf8 > | |
utf8(const char *variable) const | regina::NPolynomial< T > | inline |
ShortOutput< NPolynomial< T >, true >::utf8() const | regina::Output< NPolynomial< T >, supportsUtf8 > | |
writeTextLong(std::ostream &out) const | regina::ShortOutput< NPolynomial< T >, true > | inline |
writeTextShort(std::ostream &out, bool utf8=false, const char *variable=0) const | regina::NPolynomial< T > | |
~NPolynomial() | regina::NPolynomial< T > | inline |