Optimist::TestSet::Booth< Real > Member List

This is the complete list of members for Optimist::TestSet::Booth< Real >, including all inherited members.

Booth()	Optimist::TestSet::Booth< Real >	inline
evaluate(const InputVector &x, OutputVector &out) const	Optimist::VectorFunction< Real, 2, 2, Booth< Real > >	inline
evaluate_impl(const Vector &x, Vector &out) const	Optimist::TestSet::Booth< Real >	inline
first_derivative(const InputType &x, FirstDerivativeType &out) const	Optimist::Function< Real, N, M, Booth< Real > >	inline
first_derivative_impl(const Vector &, Matrix &out) const	Optimist::TestSet::Booth< Real >	inline
FirstDerivativeType typedef	Optimist::Function< Real, N, M, Booth< Real > >
Function()	Optimist::Function< Real, N, M, Booth< Real > >	inline
Function< Real, N, M, VectorFunction< Real, N, M, DerivedFunction > >	Optimist::VectorFunction< Real, 2, 2, Booth< Real > >
guess(const Integer i) const	Optimist::Function< Real, N, M, Booth< Real > >	inline
guesses() const	Optimist::Function< Real, N, M, Booth< Real > >	inline
hessian(const InputVector &x, Tensor &out) const	Optimist::VectorFunction< Real, 2, 2, Booth< Real > >	inline
input_dimension() const	Optimist::Function< Real, N, M, Booth< Real > >	inline
InputType typedef	Optimist::Function< Real, N, M, Booth< Real > >
InputVector typedef	Optimist::VectorFunction< Real, 2, 2, Booth< Real > >
is_solution(const InputType &x, const Real tol=EPSILON_LOW) const	Optimist::Function< Real, N, M, Booth< Real > >	inline
jacobian(const InputVector &x, Matrix &out) const	Optimist::VectorFunction< Real, 2, 2, Booth< Real > >	inline
m_guesses	Optimist::Function< Real, N, M, Booth< Real > >	protected
m_solutions	Optimist::Function< Real, N, M, Booth< Real > >	protected
Matrix typedef	Optimist::TestSet::Booth< Real >
name() const	Optimist::VectorFunction< Real, 2, 2, Booth< Real > >	inline
name_impl() const	Optimist::TestSet::Booth< Real >	inline
output_dimension() const	Optimist::Function< Real, N, M, Booth< Real > >	inline
OutputType typedef	Optimist::Function< Real, N, M, Booth< Real > >
OutputVector typedef	Optimist::VectorFunction< Real, 2, 2, Booth< Real > >
second_derivative(const InputType &x, SecondDerivativeType &out) const	Optimist::Function< Real, N, M, Booth< Real > >	inline
second_derivative_impl(const Vector &, Tensor &out) const	Optimist::TestSet::Booth< Real >	inline
SecondDerivativeType typedef	Optimist::Function< Real, N, M, Booth< Real > >
solution(const Integer i) const	Optimist::Function< Real, N, M, Booth< Real > >	inline
solutions() const	Optimist::Function< Real, N, M, Booth< Real > >	inline
Tensor typedef	Optimist::TestSet::Booth< Real >
Vector typedef	Optimist::TestSet::Booth< Real >
VectorFunction()	Optimist::VectorFunction< Real, 2, 2, Booth< Real > >	inline