MathTL::LaurentPolynomial< R > Member List

This is the complete list of members for MathTL::LaurentPolynomial< R >, including all inherited members.

add(const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >	[inline]
add(const R s, const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >	[inline]
InfiniteVector< R, int >::add(const InfiniteVector< R, int > &v)	MathTL::InfiniteVector< R, int >	[protected]
InfiniteVector< R, int >::add(const Rs, const InfiniteVector< R, int > &v)	MathTL::InfiniteVector< R, int >	[protected]
add_coefficient(const int &index, const Rincrement)	MathTL::InfiniteVector< R, int >	[protected]
advance_time(const double delta_t)	MathTL::FunctionTime	[inline, virtual]
begin() const	MathTL::LaurentPolynomial< R >	[inline]
clear()	MathTL::InfiniteVector< R, int >	[protected]
clip(const std::set< int > &supp)	MathTL::InfiniteVector< R, int >	[protected]
COARSE(const double eps, InfiniteVector< R, int > &v) const	MathTL::InfiniteVector< R, int >	[protected]
compress(const double eta=1e-15)	MathTL::InfiniteVector< R, int >	[protected]
const_iterator typedef	MathTL::LaurentPolynomial< R >
const_reverse_iterator typedef	MathTL::LaurentPolynomial< R >
degree() const	MathTL::LaurentPolynomial< R >	[inline]
dimension	MathTL::Function< 1, R >	[static]
divide(const LaurentPolynomial< R > &q, LaurentPolynomial< R > &p) const	MathTL::LaurentPolynomial< R >
divide(const LaurentPolynomial< R > &q, LaurentPolynomial< R > &p, LaurentPolynomial< R > &r) const	MathTL::LaurentPolynomial< R >
empty() const	MathTL::InfiniteVector< R, int >	[inline, protected]
end() const	MathTL::LaurentPolynomial< R >	[inline]
Function(const unsigned int n_components=1, const double initial_time=0.0)	MathTL::Function< 1, R >
FunctionTime(const double initial_time=0.0)	MathTL::FunctionTime	[inline]
get_coefficient(const int k) const	MathTL::LaurentPolynomial< R >	[inline]
InfiniteVector< R, int >::get_coefficient(const int &index) const	MathTL::InfiniteVector< R, int >	[protected]
get_time() const	MathTL::FunctionTime	[inline]
InfiniteVector()	MathTL::InfiniteVector< R, int >	[protected]
InfiniteVector(const InfiniteVector< R, int > &v)	MathTL::InfiniteVector< R, int >	[protected]
LaurentPolynomial()	MathTL::LaurentPolynomial< R >
LaurentPolynomial(const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >
LaurentPolynomial(const R c)	MathTL::LaurentPolynomial< R >	[explicit]
LaurentPolynomial(const Polynomial< R > &p)	MathTL::LaurentPolynomial< R >	[explicit]
memory_consumption() const	MathTL::Function< 1, R >
multiply(const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >
n_components	MathTL::Function< 1, R >
operator!=(const InfiniteVector< R, int > &v) const	MathTL::InfiniteVector< R, int >	[protected]
operator*(const R c) const	MathTL::LaurentPolynomial< R >
InfiniteVector< R, int >::operator*(const InfiniteVector< R, int > &v) const	MathTL::InfiniteVector< R, int >	[protected]
operator*=(const R c)	MathTL::LaurentPolynomial< R >	[inline]
operator*=(const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >	[inline]
operator+(const LaurentPolynomial< R > &p) const	MathTL::LaurentPolynomial< R >	[inline]
operator+=(const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >	[inline]
InfiniteVector< R, int >::operator+=(const InfiniteVector< R, int > &v)	MathTL::InfiniteVector< R, int >	[protected]
operator-() const	MathTL::LaurentPolynomial< R >	[inline]
operator-(const LaurentPolynomial< R > &p) const	MathTL::LaurentPolynomial< R >	[inline]
operator-=(const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >	[inline]
InfiniteVector< R, int >::operator-=(const InfiniteVector< R, int > &v)	MathTL::InfiniteVector< R, int >	[protected]
operator/=(const Rc)	MathTL::InfiniteVector< R, int >	[protected]
operator=(const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >
operator=(const R c)	MathTL::LaurentPolynomial< R >
InfiniteVector< R, int >::operator=(const InfiniteVector< R, int > &v)	MathTL::InfiniteVector< R, int >	[protected]
operator==(const InfiniteVector< R, int > &v) const	MathTL::InfiniteVector< R, int >	[protected]
operator[](const int &index) const	MathTL::InfiniteVector< R, int >	[protected]
operator[](const int &index)	MathTL::InfiniteVector< R, int >	[protected]
power(const unsigned int k) const	MathTL::LaurentPolynomial< R >
rbegin() const	MathTL::LaurentPolynomial< R >	[inline]
rend() const	MathTL::LaurentPolynomial< R >	[inline]
sadd(const R s, const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >	[inline]
InfiniteVector< R, int >::sadd(const Rs, const InfiniteVector< R, int > &v)	MathTL::InfiniteVector< R, int >	[protected]
scale(const Rs)	MathTL::InfiniteVector< R, int >	[protected]
scale(const InfiniteDiagonalMatrix< R, int > *D, const int k=1)	MathTL::InfiniteVector< R, int >	[protected]
set_coefficient(const int k, const R coeff)	MathTL::LaurentPolynomial< R >	[inline]
InfiniteVector< R, int >::set_coefficient(const int &index, const Rvalue)	MathTL::InfiniteVector< R, int >	[protected]
set_time(const double new_time)	MathTL::FunctionTime	[inline, virtual]
size() const	MathTL::InfiniteVector< R, int >	[protected]
size_type typedef	MathTL::Function< 1, R >
subtract(const LaurentPolynomial< R > &p)	MathTL::LaurentPolynomial< R >	[inline]
InfiniteVector< R, int >::subtract(const InfiniteVector< R, int > &v)	MathTL::InfiniteVector< R, int >	[protected]
support(std::set< int > &supp) const	MathTL::InfiniteVector< R, int >	[protected]
swap(InfiniteVector< R, int > &v)	MathTL::InfiniteVector< R, int >	[protected]
value(const R x) const	MathTL::LaurentPolynomial< R >
value(const Point< 1 > &p, const unsigned int component=0) const	MathTL::LaurentPolynomial< R >	[inline]
Function< 1, R >::value(const Point< DIM, R > &p, const unsigned int component=0) const =0	MathTL::Function< 1, R >	[pure virtual]
vector_value(const Point< 1 > &p, Vector< R > &values) const	MathTL::LaurentPolynomial< R >	[inline]
Function< 1, R >::vector_value(const Point< DIM, R > &p, Vector< R > &values) const =0	MathTL::Function< 1, R >	[pure virtual]
weak_norm(const double tau) const	MathTL::InfiniteVector< R, int >	[protected]
wrmsqr_norm(const double atol, const double rtol, const InfiniteVector< R, int > &v, const InfiniteVector< R, int > &w) const	MathTL::InfiniteVector< R, int >	[protected]
~Function()=0	MathTL::Function< 1, R >	[pure virtual]
~FunctionTime()	MathTL::FunctionTime	[inline, virtual]
~LaurentPolynomial()	MathTL::LaurentPolynomial< R >	[virtual]