#include <domain.hpp>
Public Member Functions | |
DomainPoint (int dim=0, CouNumber *x=NULL, CouNumber *lb=NULL, CouNumber *ub=NULL, bool copy=true) | |
constructor | |
DomainPoint (int dim=0, const CouNumber *x=NULL, const CouNumber *lb=NULL, const CouNumber *ub=NULL) | |
constructor | |
~DomainPoint () | |
destructor | |
DomainPoint (const DomainPoint &src) | |
copy constructor | |
void | resize (int newdim) |
resize domain point (for extending into higher space) | |
int | size () const |
return current size | |
int | Dimension () |
return dimension_ | |
CouNumber & | x (register int index) |
return current variable | |
CouNumber & | lb (register int index) |
return current lower bound | |
CouNumber & | ub (register int index) |
return current upper bound | |
CouNumber * | x () |
return current variable vector | |
CouNumber * | lb () |
return current lower bound vector | |
CouNumber * | ub () |
return current upper bound vector | |
DomainPoint & | operator= (const DomainPoint &src) |
assignment operator | |
bool & | isNlp () |
true if this point is the nlp solution | |
Protected Attributes | |
int | dimension_ |
dimension of point | |
CouNumber * | x_ |
current value of variables | |
CouNumber * | lb_ |
lower bound | |
CouNumber * | ub_ |
upper bound | |
bool | copied_ |
true if data has been copied (so we own it, and have to delete it upon destruction) | |
bool | isNlp_ |
true if this point comes from an NLP solver (and is thus nlp feasible) |
Definition at line 21 of file domain.hpp.
DomainPoint::DomainPoint | ( | int | dim = 0 , |
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CouNumber * | x = NULL , |
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CouNumber * | lb = NULL , |
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CouNumber * | ub = NULL , |
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bool | copy = true | |||
) |
constructor
Definition at line 18 of file domain.cpp.
References copied_, COUENNE_INFINITY, dimension_, lb_, ub_, and x_.
DomainPoint::DomainPoint | ( | int | dim = 0 , |
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const CouNumber * | x = NULL , |
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const CouNumber * | lb = NULL , |
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const CouNumber * | ub = NULL | |||
) |
constructor
Definition at line 43 of file domain.cpp.
References COUENNE_INFINITY, dimension_, lb_, ub_, and x_.
DomainPoint::~DomainPoint | ( | ) | [inline] |
DomainPoint::DomainPoint | ( | const DomainPoint & | src | ) |
copy constructor
Definition at line 67 of file domain.cpp.
References copied_, dimension_, lb_, ub_, and x_.
void DomainPoint::resize | ( | int | newdim | ) |
resize domain point (for extending into higher space)
Definition at line 88 of file domain.cpp.
References copied_, dimension_, EXTRA_STORAGE, lb_, ub_, and x_.
int DomainPoint::size | ( | ) | const [inline] |
int DomainPoint::Dimension | ( | ) | [inline] |
CouNumber& DomainPoint::x | ( | register int | index | ) | [inline] |
CouNumber& DomainPoint::lb | ( | register int | index | ) | [inline] |
CouNumber& DomainPoint::ub | ( | register int | index | ) | [inline] |
CouNumber* DomainPoint::x | ( | ) | [inline] |
CouNumber* DomainPoint::lb | ( | ) | [inline] |
CouNumber* DomainPoint::ub | ( | ) | [inline] |
DomainPoint & DomainPoint::operator= | ( | const DomainPoint & | src | ) |
assignment operator
Definition at line 124 of file domain.cpp.
References copied_, dimension_, lb_, ub_, and x_.
bool& DomainPoint::isNlp | ( | ) | [inline] |
int DomainPoint::dimension_ [protected] |
dimension of point
Definition at line 25 of file domain.hpp.
Referenced by Dimension(), DomainPoint(), operator=(), resize(), and size().
CouNumber* DomainPoint::x_ [protected] |
current value of variables
Definition at line 27 of file domain.hpp.
Referenced by DomainPoint(), operator=(), resize(), x(), and ~DomainPoint().
CouNumber* DomainPoint::lb_ [protected] |
lower bound
Definition at line 28 of file domain.hpp.
Referenced by DomainPoint(), lb(), operator=(), resize(), and ~DomainPoint().
CouNumber* DomainPoint::ub_ [protected] |
upper bound
Definition at line 29 of file domain.hpp.
Referenced by DomainPoint(), operator=(), resize(), ub(), and ~DomainPoint().
bool DomainPoint::copied_ [protected] |
true if data has been copied (so we own it, and have to delete it upon destruction)
Definition at line 31 of file domain.hpp.
Referenced by DomainPoint(), operator=(), resize(), and ~DomainPoint().
bool DomainPoint::isNlp_ [protected] |
true if this point comes from an NLP solver (and is thus nlp feasible)
Definition at line 34 of file domain.hpp.
Referenced by isNlp().