fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors > Class Template Reference

#include <cLinearConstrainFix.h>

Collaboration diagram for fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >:

List of all members.

Public Member Functions
	cLinearConstrainFix (unsigned int uiInNumberOfFactors=1, unsigned int uiInNumberOfConstrainFactors=1)
cLinearConstrainFix &	operator+ (const cLinearConstrainFix &linInequiation)
void	operator+= (const cLinearConstrainFix &linInequiation)
cLinearConstrainFix &	mult (tFactors dValue)
void	print (ostream &outputSream)

Public Attributes
unsigned long	ulNumberOfFactors
unsigned long	ulNumberOfConstrainFactors
bool	bGreaterEqual
vector< tFactors >	vecFactors
tFactors	constant
vector< tFactors >	vecBounderyFactors

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Detailed Description

template<class tFactors>
class fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >

Definition at line 81 of file cLinearConstrainFix.h.

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Constructor & Destructor Documentation

template<class tFactors >

fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::cLinearConstrainFix	(	unsigned int	uiInNumberOfFactors = 1,
		unsigned int	uiInNumberOfConstrainFactors = 1
	)

standardconstructor for a linear inequiation

Parameters:

uiInNumberOfFactors

The number of factors

See also:

vecFactors in the linear formular.

ulNumberOfFactors

Parameters:

uiInNumberOfConstrainFactors

The number of constrain/ bounderie factors

See also:

vecBounderyFactors that constrain the linear formular.

ulNumberOfConstrainFactors

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Member Function Documentation

template<class tFactors >

cLinearConstrainFix& fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::mult

(

tFactors

dValue

)

This method multiplies the inequiation with the given factor. If the factor is negativ the inequiation sign (

See also:

bGreaterEqual) will be switcht ( bGreaterEqual = ! bGreaterEqual ).

Parameters:

dValue

the value, with which to multiply this inequiation

Returns:

a reference to this inequiation

template<class tFactors >

cLinearConstrainFix& fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::operator+

(

const cLinearConstrainFix< tFactors > &

linInequiation

)

This operator adds the given linear inequiation to this inequiation. If the inequiation sign (

See also:

bGreaterEqual) is equal in both, all correspondending factors and the constant will be added, else they will be subtracted.

operator+=()

Parameters:

linInequiation

the inequiation to add to this inequiation

Returns:

a reference to this inequiation

template<class tFactors >

void fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::operator+=

(

const cLinearConstrainFix< tFactors > &

linInequiation

)

This operator adds the given linear inequiation to this inequiation. If the inequiation sign (

See also:

bGreaterEqual) is equal in both, all correspondending factors and the constant will be added, else they will be subtracted.

operator+()

Parameters:

linInequiation

the inequiation to add to this inequiation

template<class tFactors >

void fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::print

(

ostream &

outputSream

)

This method print the inequiation in a readebel form to the given output stream outputSream.

Parameters:

outputSream

the stream wher to print this inequiation to

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Member Data Documentation

template<class tFactors >

bool fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::bGreaterEqual

If true the sign betwean the lower bound y factors (yu) constrain and the linear formular is an greater equal sign "<=", else it's an lower equal sign ">=" . (as seen from the linear formular)

Definition at line 111 of file cLinearConstrainFix.h.

template<class tFactors >

tFactors fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::constant

The constant for the linear formular.

Definition at line 123 of file cLinearConstrainFix.h.

template<class tFactors >

unsigned long fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::ulNumberOfConstrainFactors

The number of constrain/ bounderie factors vecBounderyFactors that constrain the linear formular.

See also:

vecBounderyFactors

Definition at line 97 of file cLinearConstrainFix.h.

template<class tFactors >

unsigned long fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::ulNumberOfFactors

The number of factors vecFactors in the linear formular.

See also:

vecFactors

Definition at line 89 of file cLinearConstrainFix.h.

template<class tFactors >

vector< tFactors > fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::vecBounderyFactors

The constrain/ bounderie factors for the constrain of the linear formular.

See also:

ulNumberOfConstrainFactors

Definition at line 131 of file cLinearConstrainFix.h.

template<class tFactors >

vector< tFactors > fib::algorithms::nLinearInequation::cLinearConstrainFix< tFactors >::vecFactors

The factors for the linear formular.

See also:

ulNumberOfFactors

Definition at line 118 of file cLinearConstrainFix.h.

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

• fib.algorithms/nLinearInequation/incl/cLinearConstrainFix.h