Inheritance diagram for nltool::PointerSystem:

Public Member Functions
	PointerSystem ()
	PointerSystem (int dim, Number(f)(const int x, const stdVector &pt, void data), Number(df)(const int x, const stdVector &pt, const int dx, void data), Number(ddf)(const int x, const stdVector &pt, const int dx, const int dy, void data), void *data, bool discretized=false)
virtual	~PointerSystem ()
Vector	eval (const Vector &x)
Vector	evalCurvature (const Vector &x, int dx, int dy)
Number	getMaxCurvature (const unsigned i, const unsigned dx, const unsigned dy, const Box &domain)
Static Public Member Functions
static double	CurvatureFunc (const std::vector< double > &x, std::vector< double > &grad, void *f_data)
Public Attributes
unsigned	curvatureFunctionX
unsigned	curvatureFunctionDx
unsigned	curvatureFunctionDy
void *	dataPtr

Constructor & Destructor Documentation

nltool::PointerSystem::PointerSystem ( )

Non-consistent constructor

nltool::PointerSystem::PointerSystem	(	int	dim,
		Number()(const int x, const stdVector &pt, void data)	f,
		Number()(const int x, const stdVector &pt, const int dx, void data)	df,
		Number()(const int x, const stdVector &pt, const int dx, const int dy, void data)	ddf,
		void *	data,
		bool	discretized = `false`
	)

Creates a dynamical based on function pointer

Parameters:

dim	the system dimension
f	function to evaluate the dynamics at a given point
df	function derivated
ddf	function double derivated
discretized	is a discretized system?

nltool::PointerSystem::~PointerSystem ( ) [virtual]

Destructor

Member Function Documentation

double nltool::PointerSystem::CurvatureFunc	(	const std::vector< double > &	x,
		std::vector< double > &	grad,
		void *	f_data
	)		`[static]`

Optimization function proxy for the NL opt library

Parameters:

x	the initial guess in input and the optimization solution in output
grad	gradient
f_data	additional information

Vector nltool::PointerSystem::eval ( const Vector & x ) [virtual]

Evaluation function

Parameters:

x	the state of the system

Vector nltool::PointerSystem::evalCurvature	(	const Vector &	x,
		int	dx,
		int	dy
	)

Return the result of the double derivative of the system

Parameters:

x	a point in the state space
dx	first derivative variable indice in [0, dimension[
dy	second derivative variable indice in [0, dimension[

Number nltool::PointerSystem::getMaxCurvature	(	const unsigned	i,
		const unsigned	dx,
		const unsigned	dy,
		const Box &	domain
	)

Compute the partial double derivative of the system

Parameters:

i	indice for the system row
dx	first derivative variable indice in [0, dimension[
dy	second derivative variable indice in [0, dimension[
domain	domain for the optimization

The documentation for this class was generated from the following files: