VEE_OperatorRandomSelect< T > Class Template Reference

#include <vee_operator_random.h>

Inheritance diagram for VEE_OperatorRandomSelect< T >:

[legend]Collaboration diagram for VEE_OperatorRandomSelect< T >:

[legend]List of all members.

Public Member Functions

• VEE_OperatorRandomSelect ()
• virtual ~VEE_OperatorRandomSelect ()
• virtual void operate (VEE_Object *, float)

  Operates on an object - MUST BE OVERRIDDEN.
  

• virtual VEE_Operator * clone () const

  Clones this object - MUST BE OVERRIDDEN.
  

• void addValue (T v)

  Adds a new value to the list of random values.
  

• bool removeValue (T v)
• int find (T v)

  Seek the index of a value.
  

• void setId (const std::string &id)
• void deliver (VEE_Object *o, const T &)
• template<> void deliver (VEE_Object *o, const float &v)
• template<> void deliver (VEE_Object *o, const int &v)
• template<> void deliver (VEE_Object *o, const VEE_Vector3 &v)
• template<> void deliver (VEE_Object *o, const VEE_Matrix3 &v)

Protected Attributes

• std::vector< T > m_values
• std::string m_id

template<class T>
class VEE_OperatorRandomSelect< T >

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Constructor & Destructor Documentation

template<class T> VEE_OperatorRandomSelect< T >::VEE_OperatorRandomSelect (   )

template<class T> VEE_OperatorRandomSelect< T >::~VEE_OperatorRandomSelect (   )  [virtual]

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Member Function Documentation

template<class T> void VEE_OperatorRandomSelect< T >::operate (  VEE_Object *  , float  )  [virtual]

Operates on an object - MUST BE OVERRIDDEN. Reimplemented from VEE_Operator.

template<class T> VEE_Operator * VEE_OperatorRandomSelect< T >::clone (   )  const [virtual]

Clones this object - MUST BE OVERRIDDEN. Reimplemented from VEE_Operator.

template<class T> void VEE_OperatorRandomSelect< T >::addValue (  T  v  )

Adds a new value to the list of random values. If the value already exists, then it is not added at all.

template<class T> bool VEE_OperatorRandomSelect< T >::removeValue (  T  v  )

template<class T> int VEE_OperatorRandomSelect< T >::find (  T  v  )

Seek the index of a value. If the value is not found, then this method returns -1.

template<class T> void VEE_OperatorRandomSelect< T >::setId (  const std::string &  id  )  [inline]

template<class T> void VEE_OperatorRandomSelect< T >::deliver (  VEE_Object *  o, const T &  )  [inline]

template<> void VEE_OperatorRandomSelect< float >::deliver (  VEE_Object *  o, const float &  v )

template<> void VEE_OperatorRandomSelect< int >::deliver (  VEE_Object *  o, const int &  v )

template<> void VEE_OperatorRandomSelect< VEE_Vector3 >::deliver (  VEE_Object *  o, const VEE_Vector3 &  v )

template<> void VEE_OperatorRandomSelect< VEE_Matrix3 >::deliver (  VEE_Object *  o, const VEE_Matrix3 &  v )

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Member Data Documentation

template<class T> std::vector<T> VEE_OperatorRandomSelect< T >::m_values [protected]

template<class T> std::string VEE_OperatorRandomSelect< T >::m_id [protected]

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The documentation for this class was generated from the following files:

• vee_operator_random.h
• vee_operator_random_tmpl.h

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