Numeric::Solvers::NLPTasks Namespace Reference

Namespaces
namespace	Parameters
Classes
class	ICapeNumericNLPTaskFactory
class	ICapeNLPFunction
class	ICapeNLPTask
class	ICapeSensNLPTask
class	ICapeDynamicOptimizationTask
class	BasicNLPTask
class	DianaDynamicNLPTask
class	BasicDynamicNLPTask
class	MultipleFittingTask
class	SensMultipleFittingTask
class	IDianaNLPTaskReporting
class	CFunction
class	DianaNLPTask
class	ICapeNLPTest
class	IDianaSensitivityTaskCreator
class	DianaParameterFittingTask
class	ParameterFittingTask
class	SensParameterFittingTask
class	ParameterFittingTaskReport
Typedefs
typedef std::vector < ICapeNLPFunction * >	ConstraintFuncArray
typedef std::vector < ICapeNLPTask * >	CapeArrayNLPTask
typedef std::vector < BasicNLPTask * >	ArrayBasicNLPTask
typedef std::vector < DianaDynamicNLPTask * >	ArrayDynamicNLPTask
typedef std::vector < MultipleFittingTask * >	ArrayMultipleFittingTask
typedef CapeDouble(*	evalfunc )(Numeric::Solvers::NLPTasks::ICapeNLPTask &task)
typedef std::vector < DianaParameterFittingTask * >	ArrayDianaParameterFittingTask
typedef std::vector < ParameterFittingTask * >	ArrayParameterFittingTask
typedef std::vector < SensParameterFittingTask * >	ArraySensParameterFittingTask
typedef std::vector < Common::Types::CapeArrayDouble >	DianaNLPFullMatrixDouble
Enumerations
enum	eCapeNLPTaskType { CAPE_NULLRANGE = 0x00, CAPE_FIRSTRANGE = 0x01, CAPE_SQP = 0x02 }
enum	eCapeOptPointEntry {   CAPE_OBJFUNC = 0x01, CAPE_GXCONSTR = 0x02, CAPE_HXCONSTR = 0x04, CAPE_GRADIENT = 0x08,   CAPE_LSJAC = 0x0F }
enum	ConstraintType { ctGx, ctHx }
enum	eEstimatedParameterType { DIANA_PARAMETER = 0, DIANA_INITSTATE = 1, DIANA_FREEPAR = 2 }
enum	DerivativeApproximationType { daForwardDifference = 0, daCentralDifference, daFourthCentralDifference }

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Detailed Description

Namespace describes all the interfaces and their associated methods for the non-linear programming tasks.

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Typedef Documentation

typedef std::vector<BasicNLPTask*> ArrayBasicNLPTask

Array of pointers on BasicNLPTask instances.

typedef std::vector<DianaParameterFittingTask*> ArrayDianaParameterFittingTask

Array of pointers on ParameterFittingTask instances.

typedef std::vector<DianaDynamicNLPTask*> ArrayDynamicNLPTask

Array of pointers on DianaDynamicNLPTask instances.

typedef std::vector<MultipleFittingTask*> ArrayMultipleFittingTask

Array of pointers on MultipleFittingTask instances.

typedef std::vector<ParameterFittingTask*> ArrayParameterFittingTask

Array of pointers on ParameterFittingTask instances.

typedef std::vector<SensParameterFittingTask*> ArraySensParameterFittingTask

Array of pointers on ParameterFittingTask instances.

typedef std::vector<ICapeNLPTask*> CapeArrayNLPTask

Array of ICapeNLPTask interfaces.

typedef std::vector<ICapeNLPFunction*> ConstraintFuncArray

Represents a vector of constraint functions.

typedef std::vector<Common::Types::CapeArrayDouble> DianaNLPFullMatrixDouble

Array of double's arrays.

typedef CapeDouble(* evalfunc)(Numeric::Solvers::NLPTasks::ICapeNLPTask &task)

Represents objective function prototype.

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Enumeration Type Documentation

enum ConstraintType

Type of the constraint function.

Enumerator:

ctGx	g(x) <= 0 constraint function. */
ctHx	h(x) = 0 constraint function. */

enum eCapeNLPTaskType

Enumeration of the NLP-solvers' types

Enumerator:

CAPE_NULLRANGE	null-range NLP-solvers
CAPE_FIRSTRANGE	null-range or first-range NLP-solvers
CAPE_SQP	SQP-solvers.

enum eCapeOptPointEntry

Types of the optimization point's entry

Enumerator:

CAPE_OBJFUNC	objective function
CAPE_GXCONSTR	Gx constrains.
CAPE_HXCONSTR	Hx constrains.
CAPE_GRADIENT	gredient
CAPE_LSJAC	Jacobian of least squares.