template <class Type> class Model template <class Type> class Model a simple class for a model space
 | Model () the default constructor | ||||||||
| | Model (int n ) construct a model space with dimension n | ||||||||
| | Model ( const Vector <Type>& maxp, const Vector <Type>& minp, const Vector <Type>& ini_mod, Type delta) construct a discrete model space with boundary and initial values
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| | Model ( const Vector <Type>& maxp, const Vector <Type>& minp, int (*cstraints)( Vector <Type>&)) construct a discrete model space with boundary and constraints
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| | Model (const Vector <Type>& maxp, const Vector <Type>& minp, const Vector <Type>& ini_mod) construct a continuous model space with boundary and initial values | ||||||||
| | Model (const Vector <Type>& maxp, const Vector <Type>& minp) construct a continuous model space with boundary | ||||||||
| | Model (const Vector <Type>& ini_mod) construct a continuous model space with initial values | ||||||||
| | Model (const int n , int (*cstraints)( Vector <Type>&)) construct an n-D models space with constraints | ||||||||
| | Model (const Model <Type>& m) construct a model space identical to that of Model m | ||||||||
| int | modSize () const | ||||||||
| Type | oneMax (int i) const | ||||||||
| Type | oneMin (int i) const | ||||||||
| Type | operator[] (int) const | ||||||||
| Vector <Type> | modMax () const | ||||||||
| Vector <Type> | modMin () const | ||||||||
| void | setModMax (const Vector <Type>& v) | ||||||||
| void | setModMin (const Vector <Type>& v) | ||||||||
| Vector <Type> | modParam () const | ||||||||
| Type& | grid () | ||||||||
| Type | norm (int ) | ||||||||
| Model <Type> | normalize () | ||||||||
| Type | range (int) | ||||||||
| Type& | operator[] (int) | ||||||||
| Model <Type> | update (Type, Type, const Vector <Type>&) const | ||||||||
| Model <Type>& | operator= (const Vector <Type>&) | ||||||||
| Model <Type>& | operator= (const Model <Type>&) | ||||||||
| Model <Type>& | operator= (Type) | ||||||||
| Model <Type>& | operator*= ( Type) | ||||||||
| Model <Type>& | operator/= ( Type) | ||||||||
| Model <Type>& | operator+= (const Vector <Type>&) | ||||||||
| Model <Type>& | operator-= (const Vector <Type>&) | ||||||||
| Model <Type>& | operator+= (const Model <Type>&) | ||||||||
| Model <Type>& | operator-= (const Model <Type>&) | ||||||||
| Model <Type>& | chaSize (int) | ||||||||
| size_t | bfread (FILE *ifp) binary read from which ifp points to | ||||||||
| size_t | bfwrite (FILE *ofp) binary write to which ofp points to | ||||||||
| friend ostream& | operator<< (ostream&, const Model <Type>&) | ||||||||
| friend istream& | operator>> (istream&, Model <Type>&) | ||||||||
| friend Model <Type> | operator/ (const Model <Type>&, Type) | ||||||||
| friend Model <Type> | operator* (const Model <Type>&, Type) | ||||||||
| friend Model <Type> | operator* (Type, const Model <Type>&) | ||||||||
| friend Model <Type> | operator+ (const Model <Type>&, const Model <Type>&) | ||||||||
| friend Model <Type> | operator+ (const Model <Type>&, const Vector <Type>&) | ||||||||
| friend Model <Type> | operator+ (const Vector <Type>&, const Model <Type>&) | ||||||||
| friend Model <Type> | operator- (const Model <Type>&,const Model <Type>&) | ||||||||
| friend Model <Type> | operator- (const Model <Type>&, const Vector <Type>&) | ||||||||
| friend Model <Type> | operator- (const Vector <Type>&, const Model <Type>&) | ||||||||
| friend int | operator== (const Model <Type>& m1, const Model <Type>& m2) comparing two Models, == | ||||||||
| friend int | operator!= (const Model <Type>& m1, const Model <Type>& m2) comparing two Models, != |
This is a class for a model space and models in this space. It should have been a derived class of Vector<Type>, but it is standalone because of historical reasons (I didn't know about inheritence back then. :).There are several choices for the Model Space. You could construct a n-D infinite space $R^n$, n-D hypercube (continuous with lower and upper bound at each directions), n-D lattice (discrete Model space), or n-D space with irregular boundary (tested by the user-provide function, $cstraints(Vector\&)$.
After the model space is constructed, it will take care of the updating of thenew models that guarentees all models belong to the model space.
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(c)opyright by Malte Zöckler, Roland Wunderling