OPAL (Object Oriented Parallel Accelerator Library)  2.2.0
OPAL
Tps< T > Member List

This is the complete list of members for Tps< T >, including all inherited members.

clear()Tps< T >
derivative(int var) const Tps< T >
evaluate(const Vector< T > &v) const Tps< T >
EXACTTps< T >static
filter(int lowOrder, int highOrder) const Tps< T >
get(std::istream &is)Tps< T >
getCoefficient(int index) const Tps< T >
getCoefficient(const TpsMonomial &monomial) const Tps< T >
getExponents(int index) const Tps< T >
getGlobalTruncOrder()Tps< T >static
getMaxOrder() const Tps< T >
getOrder(int index) const Tps< T >
getSize() const Tps< T >
getSize(int order) const Tps< T >
getTruncOrder() const Tps< T >
getVariables() const Tps< T >
integral(int var) const Tps< T >
inverse(int order=truncOrder) const Tps< T >
isConstant() const Tps< T >
makeMonomial(const TpsMonomial &m, const T &t)Tps< T >static
makeVariable(int nVar, int var)Tps< T >static
makeVarPower(int nVar, int var, int power)Tps< T >static
multiply(const Tps< T > &y, int trunc) const Tps< T >
multiplyVariable(int var) const Tps< T >
operator!=(const Tps< T > &y) const Tps< T >
operator!=(const T &y) const Tps< T >
operator*=(const Tps< T > &y)Tps< T >
operator*=(const T &y)Tps< T >
operator+() const Tps< T >
operator+=(const Tps< T > &y)Tps< T >
operator+=(const T &y)Tps< T >
operator-() const Tps< T >
operator-=(const Tps< T > &y)Tps< T >
operator-=(const T &y)Tps< T >
operator/=(const Tps< T > &y)Tps< T >
operator/=(const T &y)Tps< T >
operator=(const Tps< T > &y)Tps< T >
operator=(const T &y)Tps< T >
operator==(const Tps< T > &y) const Tps< T >
operator==(const T &y) const Tps< T >
operator[](int index) const Tps< T >
operator[](int index)Tps< T >
operator[](const TpsMonomial &monomial) const Tps< T >
operator[](const TpsMonomial &monomial)Tps< T >
put(std::ostream &os) const Tps< T >
repTps< T >private
scaleMonomials(const Tps< T > &y) const Tps< T >
setCoefficient(int index, const T &value)Tps< T >
setCoefficient(const TpsMonomial &monomial, const T &value)Tps< T >
setGlobalTruncOrder(int order)Tps< T >static
setMaxOrder(int)Tps< T >inlineprivate
substitute(const Matrix< T > &M) const Tps< T >
substitute(const VpsMap< T > &m) const Tps< T >
Taylor(const T series[], int n) const Tps< T >
Tps(int maxOrder, int nVar)Tps< T >
Tps(const T &y)Tps< T >
Tps(int y)Tps< T >
Tps()Tps< T >
Tps(const Tps< T > &x)Tps< T >
Tps(TpsRep< T > *)Tps< T >inlineprivate
truncate(int trunc)Tps< T >
truncOrderTps< T >privatestatic
unique()Tps< T >inlineprivate
~Tps()Tps< T >