gadget2/reference/predatorptrvector_8h_source.html

 #ifndef predatorptrvector_h

 #define predatorptrvector_h


 class Predator;


 class PredatorPtrVector {

 public:

   PredatorPtrVector() { size = 0; v = 0; };

   PredatorPtrVector(const PredatorPtrVector& initial);

   ~PredatorPtrVector();

   void resize(Predator* value);

   void Delete(int pos);

   int Size() const { return size; };

   Predator*& operator [] (int pos) { return v[pos]; };

   Predator* const& operator [] (int pos) const { return v[pos]; };

 protected:

   Predator** v;

   int size;

 };


 #endif

PredatorPtrVector
This class implements a dynamic vector of Predator values.
Definition: predatorptrvector.h:10

PredatorPtrVector::size
int size
This is the size of the vector.
Definition: predatorptrvector.h:62

PredatorPtrVector::PredatorPtrVector
PredatorPtrVector()
This is the default PredatorPtrVector constructor.
Definition: predatorptrvector.h:15

PredatorPtrVector::Size
int Size() const
This will return the size of the vector.
Definition: predatorptrvector.h:41

PredatorPtrVector::resize
void resize(Predator *value)
This will add one new entry to the vector.
Definition: predatorptrvector.cc:22

PredatorPtrVector::Delete
void Delete(int pos)
This will delete an entry from the vector.
Definition: predatorptrvector.cc:37

PredatorPtrVector::v
Predator ** v
This is the vector of Predator values.
Definition: predatorptrvector.h:53

PredatorPtrVector::~PredatorPtrVector
~PredatorPtrVector()
This is the PredatorPtrVector destructor.
Definition: predatorptrvector.cc:15

PredatorPtrVector::operator[]
Predator *& operator[](int pos)
This will return the value of an element of the vector.
Definition: predatorptrvector.h:47

Predator
This is the base class used to model the consumption by a predator.
Definition: predator.h:25