icub-client
Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 1234]
 Nallostatic_plot
 CAllostaticPlotModule
 Nicubclient
 CActionRepresents an action, whether composite or not
 CAgentRepresent an agent
 CBodyRepresent a the body of an agent
 CBodypartRepresents a body part of the robot
 CEntityRepresent any entity that can be stored within the OPC
 CICubClientGrants access to high level motor commands (grasp, touch, look, goto, etc) of the robot as well as its internal state (drives, emotions, beliefs) and its interaction means (speech)
 CObjectRepresent any physical entity (including objects and agents) that can be stored within the OPC
 COPCClientAn OPC client using the datastructures defined within the icub-client library
 CRelationRepresent a relation between two entities
 CSubSystemAbstract class to handle sub-systems of the icub-client
 CSubSystem_agentDetectorSubSystem for agentDetector
 CSubSystem_ARESubSystem to deal with the actionsRenderingEngine module (a.k.a
 CSubSystem_babblingSubSystem for babbling
 CSubSystem_emotionSubSystem for emotion
 CSubSystem_IOL2OPCSubSystem for iol2opc
 CSubSystem_KARMASubSystem to deal with the experimental affordance learning module (a.k.a
 CSubSystem_RecogAbstract subSystem for speech recognizer
 CSubSystem_SAMSubSystem for SAM
 CSubSystem_SpeechAbstract subSystem for speech management (Text to Speech)
 CSubSystem_Speech_eSpeakSubSystem for speech synthesis with emotional tuning of speed and pitch using eSpeak
 NSAM
 NSAM_Core
 NinteractionSAMModel
 CinteractionSAMModelGeneric interaction function
 NSAM_utils
 CInterruptableThreadClass to launch a function inside of a separate thread
 CtimeoutClass to terminate a function running inside of a separate thread
 CTimeoutErrorCustom TimeoutError Exception
 NSAMCore
 CLFMSAM based on Latent Feature Models
 NSAMDriver
 CSAMDriverSAM Driver parent class that defines the methods by which models are initialised, trained and saved
 NsamOptimiser
 CmodelOptClassClass to perform optimisation of SAM Models
 NsamSupervisor
 CSamSupervisorModuleModel management and supervisor
 Nsvi_ratio
 CSVI_RatioInference the marginal likelihood through {p(y,y*)}{p(y)}
 NSAM_Drivers
 NSAMDriver_ARWin
 CSAMDriver_ARWinClass developed for the implementation of windowed real time action recognition
 NSAMDriver_interaction
 CSAMDriver_interactionClass developed for the implementation of face recognition
 CAgentDetector
 CAllostaticController
 CAllostaticDrive
 CBabbling
 CBadFormatException
 CBehavior
 CBehaviorManager
 CClassifierReporter
 CDrive
 CDriveOutCZ
 CDummy
 Cears
 CExampleDependency
 CfaceTrackerModule
 CFrameHandlerModule
 CFrameInfo
 CGuiUpdater
 CHomeostasisManager
 CHomeostaticModule
 Ciol2opc_IDLIol2opc_IDL IDL Interface to iol2opc service
 Ciol2opc_IDL_change_name
 Ciol2opc_IDL_get_object_persistence
 Ciol2opc_IDL_pause
 Ciol2opc_IDL_remove_all
 Ciol2opc_IDL_remove_object
 Ciol2opc_IDL_resume
 Ciol2opc_IDL_set_object_persistence
 Ciol2opc_IDL_train_object
 CIOL2OPCBridge
 CIOLObject
 CMoveObject
 CObjectModel
 CopcPopulator
 COpcSensation
 COpcUpdater
 CParsingException
 CPasarModule
 CPointing
 CproactiveTagging
 CRecognitionOrder
 CRecorder
 CRtLocalization
 CSensation
 CSensationManager
 CTagging
 CTestSensation
 CTouchDetectorModule
 CTouchDetectorThread