computeDP(const VectorType &Px, const MatrixType &derivativeOfFlow, const VectorType &fieldOnPx, VectorType &dT) const | capd::poincare::AbstractSection< MatrixT > | virtual |
computeDP(const VectorType &Px, const MatrixType &derivativeOfFlow, const HessianType &hessianOfFlow, const VectorType &fieldOnPx, const VectorType &d2Phidt2, const MatrixType &derOfVectorFieldOnPx, MatrixType &DP, HessianType &D2P, VectorType &dT, MatrixType &d2T) const | capd::poincare::AbstractSection< MatrixT > | virtual |
computeDT(const MatrixType &derivativeOfFlow, const VectorType &gradientOnPx, const ScalarType &denominator, VectorType &result) const | capd::poincare::AbstractSection< MatrixT > | virtual |
evalAt(const Set &set) const =0 | capd::poincare::AbstractSection< MatrixT > | pure virtual |
gradient(const VectorType &u) const =0 | capd::poincare::AbstractSection< MatrixT > | pure virtual |
gradientByVector(const VectorType &x, const VectorType &u) const | capd::poincare::AbstractSection< MatrixT > | inlinevirtual |
HessianType typedef | capd::poincare::AbstractSection< MatrixT > | |
isSpecialSection() const | capd::poincare::AbstractSection< MatrixT > | inlinevirtual |
JetType typedef | capd::poincare::AbstractSection< MatrixT > | |
MatrixType typedef | capd::poincare::AbstractSection< MatrixT > | |
operator()(const VectorType &v) const =0 | capd::poincare::AbstractSection< MatrixT > | pure virtual |
ScalarType typedef | capd::poincare::AbstractSection< MatrixT > | |
SectionDerivativesEnclosureType typedef | capd::poincare::AbstractSection< MatrixT > | |
Set typedef | capd::poincare::AbstractSection< MatrixT > | |
size_type typedef | capd::poincare::AbstractSection< MatrixT > | |
VectorType typedef | capd::poincare::AbstractSection< MatrixT > | |
~AbstractSection()=default | capd::poincare::AbstractSection< MatrixT > | virtual |