MiniTensor_Solvers.h File Reference

#include <iomanip>
#include <memory>
#include <utility>
#include "MiniTensor.h"

Go to the source code of this file.

Classes
struct	minitensor::Function_Base< FunctionDerived, S, M >
struct	minitensor::Equality_Constraint< ConstraintDerived, S, NC, NV >
struct	minitensor::Inequality_Constraint< ConstraintDerived, S, NC, NV >
struct	minitensor::Bounds< T, N >
struct	minitensor::Minimizer< T, N >
struct	minitensor::NewtonLineSearch< T, N >
struct	minitensor::BacktrackingLineSearch< T, N >
struct	minitensor::TrustRegionSubproblemBase< T, N >
struct	minitensor::TrustRegionExactValue< T, N >
struct	minitensor::TrustRegionExactGradient< T, N >
struct	minitensor::TrustRegionDogLegValue< T, N >
struct	minitensor::TrustRegionDogLegGradient< T, N >
struct	minitensor::StepBase< FN, T, N >
struct	minitensor::NewtonStep< FN, T, N >
struct	minitensor::NewtonWithLineSearchStep< FN, T, N >
struct	minitensor::TrustRegionStep< FN, T, N >
struct	minitensor::ConjugateGradientStep< FN, T, N >
struct	minitensor::LineSearchRegularizedStep< FN, T, N >

Namespaces
namespace	minitensor

Typedefs
template<typename T , int N>
using	minitensor::FAD = Sacado::Fad::SLFad< T, N >
	The Fad type to use.

Enumerations
enum class	minitensor::StepType {   minitensor::StepType::UNDEFINED = 0 , minitensor::StepType::NEWTON = 1 , minitensor::StepType::NEWTON_LS = 2 , minitensor::StepType::TRUST_REGION = 3 ,   minitensor::StepType::CG = 4 , minitensor::StepType::LINE_SEARCH_REG = 5 }

Functions
template<typename FN , typename T , Index N>
std::unique_ptr< StepBase< FN, T, N > >	minitensor::stepFactory (StepType step_type)