icub-client
|
CAllostaticDrive | |
▼CBehavior | |
CDummy | |
CMoveObject | |
CPointing | |
CRecognitionOrder | |
CTagging | |
Cicubclient::Body | Represent a the body of an agent |
▼CBufferedPort | |
▼CSensation | |
COpcSensation | |
CTestSensation | |
CDrive | |
CDriveOutCZ | |
▼Cicubclient::Entity | Represent any entity that can be stored within the OPC |
Cicubclient::Action | Represents an action, whether composite or not |
▼Cicubclient::Object | Represent any physical entity (including objects and agents) that can be stored within the OPC |
Cicubclient::Agent | Represent an agent |
Cicubclient::Bodypart | Represents a body part of the robot |
▼CException | |
CSAM.SAM_Core.SAM_utils.TimeoutError | Custom TimeoutError Exception |
▼Cstd::exception | STL class |
CBadFormatException | |
CParsingException | |
CFrameInfo | |
CHomeostasisManager | |
Cicubclient::ICubClient | Grants 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) |
CIOLObject | |
▼Cobject | |
CSAM.SAM_Core.SAM_utils.timeout | Class to terminate a function running inside of a separate thread |
CSAM.SAM_Core.SAMCore.LFM | SAM based on Latent Feature Models |
CSAM.SAM_Core.samOptimiser.modelOptClass | Class to perform optimisation of SAM Models |
CObjectModel | |
Cicubclient::OPCClient | An OPC client using the datastructures defined within the icub-client library |
▼CPortable | |
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 | |
▼CPortReport | |
CClassifierReporter | |
▼CRateThread | |
CTouchDetectorThread | |
▼CRateThread | |
COpcUpdater | |
CRtLocalization | |
Cicubclient::Relation | Represent a relation between two entities |
▼CRFModule | |
CAllostaticController | |
CBabbling | |
CBehaviorManager | |
Cears | |
CfaceTrackerModule | |
CGuiUpdater | |
CHomeostaticModule | |
CopcPopulator | |
CPasarModule | |
CproactiveTagging | |
CTouchDetectorModule | |
▼CRFModule | |
CAgentDetector | |
Callostatic_plot.AllostaticPlotModule | |
CExampleDependency | |
CFrameHandlerModule | |
CIOL2OPCBridge | |
CRecorder | |
CRecorder | |
CSAM.SAM_Core.interactionSAMModel.interactionSAMModel | Generic interaction function |
CSAM.SAM_Core.samSupervisor.SamSupervisorModule | Model management and supervisor |
CSensationManager | |
▼CSAM.SAM_Core.SAMDriver.SAMDriver | SAM Driver parent class that defines the methods by which models are initialised, trained and saved |
CSAM.SAM_Drivers.SAMDriver_ARWin.SAMDriver_ARWin | Class developed for the implementation of windowed real time action recognition |
CSAM.SAM_Drivers.SAMDriver_interaction.SAMDriver_interaction | Class developed for the implementation of face recognition |
▼Cicubclient::SubSystem | Abstract class to handle sub-systems of the icub-client |
Cicubclient::SubSystem_agentDetector | SubSystem for agentDetector |
Cicubclient::SubSystem_ARE | SubSystem to deal with the actionsRenderingEngine module (a.k.a |
Cicubclient::SubSystem_babbling | SubSystem for babbling |
Cicubclient::SubSystem_emotion | SubSystem for emotion |
Cicubclient::SubSystem_IOL2OPC | SubSystem for iol2opc |
Cicubclient::SubSystem_KARMA | SubSystem to deal with the experimental affordance learning module (a.k.a |
Cicubclient::SubSystem_Recog | Abstract subSystem for speech recognizer |
Cicubclient::SubSystem_SAM | SubSystem for SAM |
▼Cicubclient::SubSystem_Speech | Abstract subSystem for speech management (Text to Speech) |
Cicubclient::SubSystem_Speech_eSpeak | SubSystem for speech synthesis with emotional tuning of speed and pitch using eSpeak |
▼CThread | |
CSAM.SAM_Core.SAM_utils.InterruptableThread | Class to launch a function inside of a separate thread |
▼CWire | |
▼Ciol2opc_IDL | Iol2opc_IDL IDL Interface to iol2opc service |
CIOL2OPCBridge | |
▼CLatentFunctionInference | |
CSAM.SAM_Core.svi_ratio.SVI_Ratio | Inference the marginal likelihood through {p(y,y*)}{p(y)} |