/// \fn public void MSetObservation(int _index, T _observation)
///
/// \brief Sets an observation's value
///
/// \author Khoubaeib Klai | [email protected]
/// \date 24/04/2014
///
/// \param _index the concerned observation.
/// \param _observation observation's new value.
public void MSetObservation(int _index, T _observation)
{
AKN_Node <T> node = (AKN_Node <T>)(_m_NodeDict[_m_ObservationsGUID[_index]].Clone());
node.m_value = _observation;
_m_NodeDict[_m_ObservationsGUID[_index]] = node;
}
/// \fn public AKN_Node<T> MAddNode(T _value)
///
/// \brief create a node with the value T and connect it.
///
/// \author Ze Taupe
/// \date 13/07/2011
///
/// \param _value The value.
///
/// \return The node added.
public AKN_Node <T> MAddNode(T _value)
{
AKN_Node <T> nodeToAdd = new AKN_Node <T>(_value);
_m_NodeDict.Add(nodeToAdd.m_id, nodeToAdd);
return(nodeToAdd);
}
public AKN_State this[int _index]
{
get { return(((AKN_Node <AKN_State>)m_NodeDict[_m_StatesGUID[_index]]).m_value); }
set
{
AKN_Node <AKN_State> nodeToSet = (AKN_Node <AKN_State>)_m_NodeDict[_m_StatesGUID[_index]].Clone();
nodeToSet.m_value = value;
_m_NodeDict[_m_StatesGUID[_index]] = nodeToSet;
}
}
/// \fn public AKN_HiddenMarkovModel(int _statesCount, int _observationsCount) /// /// \brief HMM constructor, Creates an HMM with a defined numbers of states and observations. /// /// \author Khoubaeib Klai | [email protected] /// \date 24/04/2014 /// /// \param _statesCount number of states in the HMM. /// \param _observationsCount number of observations in the HMM. private void _MInitObservations(int _observationsCount) { _m_ObservationsGUID = new Guid[_observationsCount]; for (int i = 0; i < _observationsCount; i++) { AKN_Node <T> observation = new AKN_Node <T>(); _m_ObservationsGUID[i] = observation.m_id; MAddNode(observation); } }
/// \fn public void _MInitStates(int _statesCount) /// /// \brief Inits Markov model states. /// /// \author Khoubaeib Klai | [email protected] /// \date 24/04/2014 /// /// \version 1.0 /// /// \param _statesCount number of states in the MM. private void _MInitStates(int _statesCount) { _m_StatesGUID = new Guid[_statesCount]; for (int i = 0; i < _statesCount; i++) { AKN_Node <AKN_State> state = new AKN_Node <AKN_State>(); state.m_value = new AKN_State(0, ""); _m_StatesGUID[i] = state.m_id; MAddNode(state); } }
/// \fn public List<AKN_Node<T>> MFindAllNodeWithValue(T _t)
///
/// \brief Searches for all node with the given t.
///
/// \author Ze Taupe
/// \date 13/07/2011
///
/// \param _t The value to Find.
///
/// \return the list of all the node with this value.
public List <AKN_Node <T> > MFindAllNodeWithValue(T _t)
{
List <AKN_Node <T> > toReturn = new List <AKN_Node <T> >();
foreach (KeyValuePair <Guid, AKN_Node_Base> kvp in _m_NodeDict)
{
AKN_Node <T> toCheck = kvp.Value as AKN_Node <T>;
if (toCheck.m_value.Equals(_t))
{
toReturn.Add(toCheck);
}
}
return(toReturn);
}
/// \fn public T MGetValueAt(int _index)
///
/// \brief get the value at index.
///
/// \author Ze Taupe
/// \date 13/07/2011
///
/// \param _index Zero-based index of the.
///
/// \return The value at index.
public T MGetValueAt(int _index)
{
AKN_Node <T> nodeBuffer = MGetNode(_index) as AKN_Node <T>;
return(nodeBuffer.m_value);
}
