#include <BAggregate.h>
The class specified in the template must be an instance of a boost::shared_ptr, where the class wrapped by the smart pointer is derived from BGeometry.
Public Member Functions | |
| void | ApplyTransform (const BTransform &cst) |
| Transforms the BGeometry objects in this BAggregate. | |
| void | ApplyTransformReverse (const BTransform &cst) |
| Transforms the BGeometry objects in the collection using the "reverse" of the BTransform. | |
| BAggregate (const BAggregate< T > &aggy) | |
| Copy constructor. | |
| BAggregate (EGeometryClass cl) | |
| Creates an empty BAggregate of BGeometry objects and restricts the class of geometries that can be contained in this BAggregate. | |
| BAggregate () | |
| Default constructor. | |
| void | Clear (void) |
| Removes all BGeometry objects from this BAggregate. | |
| const T & | GetAt (size_t index) const |
| Gets the BGeometry at the specified index. | |
| T & | GetAt (size_t index) |
| Gets the BGeometry at the specified index. | |
| size_t | GetCount (void) const |
| Gets the number of BGeometry objects in this BAggregate. | |
| EGeometryClass | GetRestriction (void) const |
| Gets the geometry class to which the BGeometry objects are restricted. | |
| bool | IsRestricted (void) const |
| Indicates whether or not the BGeometry objects in this BAggregate are restricted to a particular class. | |
| void | Reserve (size_t count) |
| Reserves space in the collection for the specified number of objects. | |
Protected Member Functions | |
| void | AggyAdd (const BAggregate< T > &aggy) |
| Adds a collection of BGeometry objects to this BAggregate. | |
| void | AggyAdd (const T &pGeo) |
| Adds a BGeometry to the collection. | |
| size_t | AggyComputeSize (void) const |
| Computes the size of the BByteArray required to store this object. | |
| void | AggyFromByteArray (const BByteArray &bytes, size_t &startPos) |
| Initializes an instance of this object from a BByteArray. | |
| void | AggyRemove (const T &pGeo) |
| Removes a BGeometry from this BAggregate. | |
| BByteArray | AggyToByteArray (void) const |
| Stores this object in a BByteArray. | |
Protected Attributes | |
| std::vector< T > | m_geometries |
| The collection of BGeometry objects. | |
| EGeometryClass | m_restriction |
| All BGeometry objects must be part of this geometry class. | |
| BAggregate | ( | ) | [inline] |
Default constructor.
Creates an empty BAggregate of BGeometry objects with no restriction on the geometry class.
| BAggregate | ( | EGeometryClass | cl | ) | [inline] |
Creates an empty BAggregate of BGeometry objects and restricts the class of geometries that can be contained in this BAggregate.
| cl | The class of geometries that can be contained in this BAggregate. |
| BAggregate | ( | const BAggregate< T > & | aggy | ) | [inline] |
| void AggyAdd | ( | const BAggregate< T > & | aggy | ) | [inline, protected] |
Adds a collection of BGeometry objects to this BAggregate.
| aggy | The collection of BGeometries. |
| BUnknownGeometryException | This exception will be thrown if this BAggregate is restricted to containing a geometry class that is different from the geometry class of the BGeometry being added. |
| void AggyAdd | ( | const T & | pGeo | ) | [inline, protected] |
Adds a BGeometry to the collection.
| pGeo | The BGeometry to add to the collection. |
| BUnknownGeometryException | This exception will be thrown if this BAggregate is restricted to containing a geometry class that is different from the geometry class of the BGeometry being added. |
| size_t AggyComputeSize | ( | void | ) | const [inline, protected] |
Computes the size of the BByteArray required to store this object.
| void AggyFromByteArray | ( | const BByteArray & | bytes, | |
| size_t & | startPos | |||
| ) | [inline, protected] |
Initializes an instance of this object from a BByteArray.
| bytes | The BByteArray containing the byte representation for this object. | |
| startPos | The position in the BByteArray where the byte representation begins. This value will be updated to point to the byte past the end of this object in the byte array. |
| void AggyRemove | ( | const T & | pGeo | ) | [inline, protected] |
Removes a BGeometry from this BAggregate.
| pGeo | The BGeometry to remove from the collection. |
| BByteArray AggyToByteArray | ( | void | ) | const [inline, protected] |
| void ApplyTransform | ( | const BTransform & | cst | ) | [inline] |
Transforms the BGeometry objects in this BAggregate.
| cst | The BTransform to apply to each BGeometry. |
| void ApplyTransformReverse | ( | const BTransform & | cst | ) | [inline] |
Transforms the BGeometry objects in the collection using the "reverse" of the BTransform.
| cst | The BTransform to apply to each BGeometry. |
| void Clear | ( | void | ) | [inline] |
Removes all BGeometry objects from this BAggregate.
| const T& GetAt | ( | size_t | index | ) | const [inline] |
Gets the BGeometry at the specified index.
| index | The index. |
| BException | This exception will be thrown if there does not exist an element at the specified index. |
| T& GetAt | ( | size_t | index | ) | [inline] |
Gets the BGeometry at the specified index.
| index | The zero-based index. |
| BException | This exception will be thrown if there does not exist an element at the specified index. |
| size_t GetCount | ( | void | ) | const [inline] |
Gets the number of BGeometry objects in this BAggregate.
| EGeometryClass GetRestriction | ( | void | ) | const [inline] |
Gets the geometry class to which the BGeometry objects are restricted.
| bool IsRestricted | ( | void | ) | const [inline] |
Indicates whether or not the BGeometry objects in this BAggregate are restricted to a particular class.
| void Reserve | ( | size_t | count | ) | [inline] |
Reserves space in the collection for the specified number of objects.
| count | The number of objects to reserve space for. |
std::vector<T> m_geometries [protected] |
The collection of BGeometry objects.
EGeometryClass m_restriction [protected] |
All BGeometry objects must be part of this geometry class.
If the class is eClassNone, then there is no restriction on the geometries.