codi::Algorithms< T_Type, T_ActiveChecks > Member List

This is the complete list of members for codi::Algorithms< T_Type, T_ActiveChecks >, including all inherited members.

ActiveChecks	codi::Algorithms< T_Type, T_ActiveChecks >	static
computeHessian(Func func, VecIn &input, VecOut &output, Hes &hes, Jac &jac=StaticDummy< DummyJacobian >::dummy)	codi::Algorithms< T_Type, T_ActiveChecks >	inlinestatic
computeHessianForward(Func func, VecIn &input, VecOut &output, Hes &hes, Jac &jac=StaticDummy< DummyJacobian >::dummy)	codi::Algorithms< T_Type, T_ActiveChecks >	inlinestatic
computeHessianPrimalValueTape(Tape &tape, Position const &start, Position const &end, Identifier const *input, size_t const inputSize, Identifier const *output, size_t const outputSize, Hes &hes, Jac &jac=StaticDummy< DummyJacobian >::dummy)	codi::Algorithms< T_Type, T_ActiveChecks >	inlinestatic
computeHessianPrimalValueTapeForward(Tape &tape, Position const &start, Position const &end, Identifier const *input, size_t const inputSize, Identifier const *output, size_t const outputSize, Hes &hes, Jac &jac=StaticDummy< DummyJacobian >::dummy)	codi::Algorithms< T_Type, T_ActiveChecks >	inlinestatic
computeHessianPrimalValueTapeReverse(Tape &tape, Position const &start, Position const &end, Identifier const *input, size_t const inputSize, Identifier const *output, size_t const outputSize, Hes &hes, Jac &jac=StaticDummy< DummyJacobian >::dummy)	codi::Algorithms< T_Type, T_ActiveChecks >	inlinestatic
computeHessianReverse(Func func, VecIn &input, VecOut &output, Hes &hes, Jac &jac=StaticDummy< DummyJacobian >::dummy)	codi::Algorithms< T_Type, T_ActiveChecks >	inlinestatic
computeJacobian(Tape &tape, Position const &start, Position const &end, Identifier const *input, size_t const inputSize, Identifier const *output, size_t const outputSize, Jac &jac, AdjointsManagement adjointsManagement=AdjointsManagement::Automatic)	codi::Algorithms< T_Type, T_ActiveChecks >	inlinestatic
computeJacobian(Position const &start, Position const &end, Identifier const *input, size_t const inputSize, Identifier const *output, size_t const outputSize, Jac &jac, AdjointsManagement adjointsManagement=AdjointsManagement::Automatic)	codi::Algorithms< T_Type, T_ActiveChecks >	inlinestatic
EvaluationType enum name	codi::Algorithms< T_Type, T_ActiveChecks >
getEvaluationChoice(size_t const inputs, size_t const outputs)	codi::Algorithms< T_Type, T_ActiveChecks >	inlinestatic
Gradient typedef	codi::Algorithms< T_Type, T_ActiveChecks >
GT typedef	codi::Algorithms< T_Type, T_ActiveChecks >
Identifier typedef	codi::Algorithms< T_Type, T_ActiveChecks >
Position typedef	codi::Algorithms< T_Type, T_ActiveChecks >
Real typedef	codi::Algorithms< T_Type, T_ActiveChecks >
Tape typedef	codi::Algorithms< T_Type, T_ActiveChecks >
Type typedef	codi::Algorithms< T_Type, T_ActiveChecks >