ListOfRotatedBox.h

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#ifndef LISTOFROTATEDBOX_H
#define LISTOFROTATEDBOX_H "ListOfRotatedBox.h"
class RotatedBox;
//
//                      ListOfRotatedBox Class Template
//
//  This is the header file for a template class that stores pointers
//  of objects within an array.  The array is dynamic so that only 
//  memory and time limit the number of objects stored on the list.

//
//  Set this parameter to 1 if you find it necessary to track the lists
//  being created and destroyed.
//
#define DEBUGTEMPLATE 0


class ListOfRotatedBox{
  private:

#if DEBUGTEMPLATE
    int theID;          // Unique id for each list object created.
#endif                  // the counter static int theIDCount is used
                        // to assign a value.

    int listLength;     // Number of elements in the list.
    int memAlloc;       // Current amount of memory allocated for the list.
    RotatedBox **aList;         // Pointer to a list of pointers to object RotatedBox.
    
    void checkRange(int) const; // Internal range check function.
    
  public:

#if DEBUGTEMPLATE               // Should be initialized for debugging.
    static int theIDCount;      // example:
#endif                          //   int ListOfRotatedBox<stuff>::theIDCount = 0;

                                // Constructors/Destructors
    ListOfRotatedBox();                 //   Default constructor.
    ListOfRotatedBox(const ListOfRotatedBox&);          //   Copy constructor.
   ~ListOfRotatedBox();                 //   Destructor.
    
    ListOfRotatedBox& operator=(const ListOfRotatedBox&);       // Equal operator (only pointers of
                                        // list objects copied).

//  void Iterator( void (RotatedBox::*Function)());  // Function iterator.


                        // ListOfRotatedBox Management Functions

    void addElement(RotatedBox &X);             // Add an object to the list.

    void addElement(RotatedBox &X, int index);  // Add an object to the list at a
                                        //   given location.
    int getLength() const {return listLength;};// Get length of list.

    RotatedBox* getElementPtr(int index) const; // Get the pointer of the object
                                        //   at a given location.
    RotatedBox& getElement(int index) const;            // Reference the object at a
                                        //   a given location.
    RotatedBox& operator[](int index) const;            // Reference the object at a
                                        //   given location.
    void deleteElement(RotatedBox &X);          // Find an element on the list
                                        //   and delete it.
    void deleteElement(int index);      // Delete the object at a given
                                        //   location in the list.
    void setElementPtr(RotatedBox *X, int i);    // Set the list element at i
                                        //   to point to X.
    void swapElements(int i, int j);    // Swap two elements for sorting
                                        //   among other things.
    void clean();                       // Deallocate pointer list but
                                        //   not objects in the list.
    void deepClean();                   // Deallocate pointer list and
                                        //   the pointers on the list.
};

#endif