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

#include <cInequation.h>

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

List of all members.

Public Member Functions
	cInequation ()
void	print (ostream &outputStream) const
bool	evalue (const vector< tFactors > &vecValues) const
tFactors	evalueValue (const vector< tFactors > &vecValues) const
bool	sameInequiation (const cInequation< tFactors > &inequiation) const
bool	antiInequiation (const cInequation< tFactors > &inequiation) const
bool	isTrue () const
bool	isFalse () const

Public Attributes
tFactors	constant
vector< tFactors >	vecFactors
vector< long >	vecIdentifiers

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Detailed Description

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

Definition at line 64 of file cInequation.h.

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Constructor & Destructor Documentation

template<class tFactors>

fib::algorithms::nLinearInequation::cInequation< tFactors >::cInequation

(

)

standardconstructor

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Member Function Documentation

template<class tFactors>

bool fib::algorithms::nLinearInequation::cInequation< tFactors >::antiInequiation

(

const cInequation< tFactors > &

inequiation

)

const

Returns:

true if the given inequiation is the same as this inequiation except that the constant (or operator) sign is switched, else false; two inequiations are the same, if all factors and the constant of one inequiation multiplyed ba a fixed constant are the same to the other inequiation

template<class tFactors>

bool fib::algorithms::nLinearInequation::cInequation< tFactors >::evalue

(

const vector< tFactors > &

vecValues

)

const

This method evalues the inequiation for the given values. constant <= vecFactors[0] * vecValues[0] + ... + vecFactors[n] * vecValues[n]

Returns:

true if the inequiation is true for the values, else false

template<class tFactors>

tFactors fib::algorithms::nLinearInequation::cInequation< tFactors >::evalueValue

(

const vector< tFactors > &

vecValues

)

const

This method evalues the inequiation for the given values. constant <= vecFactors[0] * vecValues[0] + ... + vecFactors[n] * vecValues[n]

Returns:

vecFactors[0] * vecValues[0] + ... + vecFactors[n] * vecValues[n] - constant; if the value is negativ the inequiation is not fulfilled, else it is fulfilled

template<class tFactors>

bool fib::algorithms::nLinearInequation::cInequation< tFactors >::isFalse

(

)

const

Returns:

true if the inequiation is not fulfilled for all values

template<class tFactors>

bool fib::algorithms::nLinearInequation::cInequation< tFactors >::isTrue

(

)

const

Returns:

true if the inequiation is fulfilled for all values, else false

template<class tFactors>

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

(

ostream &

outputStream

)

const

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

template<class tFactors>

bool fib::algorithms::nLinearInequation::cInequation< tFactors >::sameInequiation

(

const cInequation< tFactors > &

inequiation

)

const

Returns:

true if the given inequiation is the same as this inequiation, else false; two inequiations are the same, if all factors and the constant of one inequiation multiplyed ba a fixed constant are the same to the other inequiation

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Member Data Documentation

template<class tFactors>

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

The constant factor for the inequiation.

Definition at line 70 of file cInequation.h.

template<class tFactors>

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

The factors for the inequiation.

Definition at line 75 of file cInequation.h.

template<class tFactors>

vector< long > fib::algorithms::nLinearInequation::cInequation< tFactors >::vecIdentifiers

This vector contains the identifiers for the factors. It should contain exactly the same number of elements as

See also:

vecFactors, so the i'th element is the i'th identifier for the i'th factor in vecFactors.

vecFactors

Definition at line 85 of file cInequation.h.

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

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