#include <AdjacentFunctor.hxx>
Public Types | |
| typedef ConstTrait< T > ::NonConstType  | TNoConst | 
Public Member Functions | |
| AdjacentFunctor (const T &value) | |
| bool | operator() (const T &v1) | 
| void | setMaxValue (const T &value) | 
| bool | isEqual () const | 
| bool | isBounded () const | 
| bool | getBounds (TNoConst &min, TNoConst &max) const | 
| void | reset () | 
Data Fields | |
| const T & | _minValue | 
| T | _maxValue | 
| TNoConst | _max | 
| TNoConst | _min | 
| bool | _minFound | 
| bool | _maxFound | 
| bool | _equal | 
| typedef ConstTrait<T>::NonConstType AdjacentFunctor< T >::TNoConst | 
| AdjacentFunctor< T >::AdjacentFunctor | ( | const T & | value | ) | 
| bool AdjacentFunctor< T >::getBounds | ( | TNoConst & | min, | 
| TNoConst & | max | ||
| ) | const | 
| bool AdjacentFunctor< T >::isBounded | ( | ) | const | 
References AdjacentFunctor< T >::_maxFound, and AdjacentFunctor< T >::_minFound.
Referenced by CalciumCouplingPolicy::isDataIdConveniant().
| bool AdjacentFunctor< T >::isEqual | ( | ) | const | 
References AdjacentFunctor< T >::_equal.
Referenced by CalciumCouplingPolicy::isDataIdConveniant().
| bool AdjacentFunctor< T >::operator() | ( | const T & | v1 | ) | 
| void AdjacentFunctor< T >::reset | ( | ) | 
| void AdjacentFunctor< T >::setMaxValue | ( | const T & | value | ) | 
References AdjacentFunctor< T >::_maxValue.
Referenced by CalciumCouplingPolicy::isDataIdConveniant().
| bool AdjacentFunctor< T >::_equal | 
| TNoConst AdjacentFunctor< T >::_max | 
Referenced by AdjacentFunctor< T >::getBounds(), and AdjacentFunctor< T >::operator()().
| bool AdjacentFunctor< T >::_maxFound | 
| T AdjacentFunctor< T >::_maxValue | 
Referenced by AdjacentFunctor< T >::operator()(), and AdjacentFunctor< T >::setMaxValue().
| TNoConst AdjacentFunctor< T >::_min | 
Referenced by AdjacentFunctor< T >::getBounds(), and AdjacentFunctor< T >::operator()().
| bool AdjacentFunctor< T >::_minFound | 
| const T& AdjacentFunctor< T >::_minValue | 
Referenced by AdjacentFunctor< T >::operator()().