codac::CtcStatic Class Reference

Generic static \(\mathcal{C}\) that contracts a tube \([\mathbf{x}](\cdot)\) with some IBEX contractor (for boxes, possibly including time). The contractor will be applied on each slice and gate. More...

#include <codac_CtcStatic.h>

Inheritance diagram for codac::CtcStatic:

Collaboration diagram for codac::CtcStatic:

Public Member Functions
	CtcStatic (Ctc &ibex_ctc, bool temporal_ctc=false)
	Creates a static contractor object \(\mathcal{C}\) for tubes. More...
void	contract (TubeVector &x)
	\(\mathcal{C}\big([\mathbf{x}](\cdot)\big)\) More...
void	contract (Tube &x1)
	\(\mathcal{C}\big([x_1](\cdot)\big)\) More...
void	contract (Tube &x1, Tube &x2)
	\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot)\big)\) More...
void	contract (Tube &x1, Tube &x2, Tube &x3)
	\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot),[x_3](\cdot)\big)\) More...
void	contract (Tube &x1, Tube &x2, Tube &x3, Tube &x4)
	\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot),[x_3](\cdot),[x_4](\cdot)\big)\) More...
void	contract (Tube &x1, Tube &x2, Tube &x3, Tube &x4, Tube &x5)
	\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot),[x_3](\cdot),[x_4](\cdot),[x_5](\cdot)\big)\) More...
void	contract (Tube &x1, Tube &x2, Tube &x3, Tube &x4, Tube &x5, Tube &x6)
	\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot),[x_3](\cdot),[x_4](\cdot),[x_5](\cdot),[x_6](\cdot)\big)\) More...
void	contract (Slice **v_x_slices, int n)
	Contracts an array of slices (representing a slice vector) More...
Public Member Functions inherited from codac::DynCtc
	DynCtc (bool intertemporal=true)
	Creates a contractor. More...
virtual	~DynCtc ()
	DynCtc destructor.
void	preserve_slicing (bool preserve=true)
	Specifies whether the contractor can impact the tube's slicing or not. More...
void	set_fast_mode (bool fast_mode=true)
	Specifies an optional fast mode of contraction. More...
void	restrict_tdomain (const Interval &tdomain)
	Limits the temporal domain of contractions. More...
bool	is_intertemporal () const
	Tests if the related constraint is inter-temporal or not. More...

Protected Attributes
Ctc &	m_static_ctc
	related static contractor
int	m_temporal_ctc
	specifies either the temporal tdomain is part of the constraint or not
Protected Attributes inherited from codac::DynCtc
bool	m_preserve_slicing = true
	if true, tube's slicing will not be affected by the contractor
bool	m_fast_mode = false
	some contractors may propose more pessimistic but faster execution modes
Interval	m_restricted_tdomain
	limits the contractions to the specified temporal domain
const bool	m_intertemporal = true
	defines if the related constraint is inter-temporal or not (true by default)

Static Protected Attributes
static const std::string	m_ctc_name
	class name (mainly used for CN Exceptions)
static std::vector< std::string >	m_str_expected_doms
	allowed domains signatures (mainly used for CN Exceptions)

Detailed Description

Generic static \(\mathcal{C}\) that contracts a tube \([\mathbf{x}](\cdot)\) with some IBEX contractor (for boxes, possibly including time). The contractor will be applied on each slice and gate.

Constructor & Destructor Documentation

CtcStatic()

codac::CtcStatic::CtcStatic	(	Ctc &	ibex_ctc,
		bool	temporal_ctc = false
	)

Creates a static contractor object \(\mathcal{C}\) for tubes.

Parameters

ibex_ctc	the IBEX contractor for boxes
temporal_ctc	if true, the contraction will include the temporal tdomain as first dimension of the (n+1) box

Member Function Documentation

contract() [1/8]

void codac::CtcStatic::contract

(

TubeVector &

x

)

\(\mathcal{C}\big([\mathbf{x}](\cdot)\big)\)

Parameters

x	the n-dimensional tube \([\mathbf{x}](\cdot)\) to be contracted

contract() [2/8]

void codac::CtcStatic::contract

(

Tube &

x1

)

\(\mathcal{C}\big([x_1](\cdot)\big)\)

Parameters

x1	the scalar tube \([x_1](\cdot)\) to be contracted

contract() [3/8]

void codac::CtcStatic::contract	(	Tube &	x1,
		Tube &	x2
	)

\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot)\big)\)

Parameters

x1	the scalar tube \([x_1](\cdot)\) to be contracted
x2	the scalar tube \([x_2](\cdot)\) to be contracted

contract() [4/8]

void codac::CtcStatic::contract	(	Tube &	x1,
		Tube &	x2,
		Tube &	x3
	)

\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot),[x_3](\cdot)\big)\)

Parameters

x1	the scalar tube \([x_1](\cdot)\) to be contracted
x2	the scalar tube \([x_2](\cdot)\) to be contracted
x3	the scalar tube \([x_3](\cdot)\) to be contracted

contract() [5/8]

void codac::CtcStatic::contract	(	Tube &	x1,
		Tube &	x2,
		Tube &	x3,
		Tube &	x4
	)

\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot),[x_3](\cdot),[x_4](\cdot)\big)\)

Parameters

x1	the scalar tube \([x_1](\cdot)\) to be contracted
x2	the scalar tube \([x_2](\cdot)\) to be contracted
x3	the scalar tube \([x_3](\cdot)\) to be contracted
x4	the scalar tube \([x_4](\cdot)\) to be contracted

contract() [6/8]

void codac::CtcStatic::contract	(	Tube &	x1,
		Tube &	x2,
		Tube &	x3,
		Tube &	x4,
		Tube &	x5
	)

\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot),[x_3](\cdot),[x_4](\cdot),[x_5](\cdot)\big)\)

Parameters

x1	the scalar tube \([x_1](\cdot)\) to be contracted
x2	the scalar tube \([x_2](\cdot)\) to be contracted
x3	the scalar tube \([x_3](\cdot)\) to be contracted
x4	the scalar tube \([x_4](\cdot)\) to be contracted
x5	the scalar tube \([x_5](\cdot)\) to be contracted

contract() [7/8]

void codac::CtcStatic::contract	(	Tube &	x1,
		Tube &	x2,
		Tube &	x3,
		Tube &	x4,
		Tube &	x5,
		Tube &	x6
	)

\(\mathcal{C}\big([x_1](\cdot),[x_2](\cdot),[x_3](\cdot),[x_4](\cdot),[x_5](\cdot),[x_6](\cdot)\big)\)

Parameters

x1	the scalar tube \([x_1](\cdot)\) to be contracted
x2	the scalar tube \([x_2](\cdot)\) to be contracted
x3	the scalar tube \([x_3](\cdot)\) to be contracted
x4	the scalar tube \([x_4](\cdot)\) to be contracted
x5	the scalar tube \([x_5](\cdot)\) to be contracted
x6	the scalar tube \([x_6](\cdot)\) to be contracted

contract() [8/8]

void codac::CtcStatic::contract	(	Slice **	v_x_slices,
		int	n
	)

Contracts an array of slices (representing a slice vector)

Propagates the contractions to the next slices

Parameters

v_x_slices	the slices to be contracted
n	the dimension of the array

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

• /home/simon/codac/src/core/contractors/dyn/codac_CtcStatic.h