hlrc

    #######################################################################

    def __init__(self, scope, loglevel=logging.WARNING):

	"""initialise

	:param scope: base scope we want to listen on

	"""

	#init base settings

	Middleware.__init__(self,scope,loglevel)

	#call mw init

	self.init_middleware()

	    """destructor

	    """

	    self.logger.debug("destructor of MiddlewareROS called")

	    #######################################################################

	    def init_middleware(self):

		    logging.getLogger("rsb").setLevel(logging.ERROR)

		    #initialise RSB stuff

		    self.logger.info("initialising RSB middleware connection on scope %s, registering rst converters..." % (self.base_scope))

		    self.emotionstate_converter = rsb.converter.ProtocolBufferConverter(messageClass = EmotionState)

		    rsb.converter.registerGlobalConverter(self.emotionstate_converter)

		    self.animation_converter = rsb.converter.ProtocolBufferConverter(messageClass = Animation)

		    rsb.converter.registerGlobalConverter(self.animation_converter)

		    self.gaze_converter = rsb.converter.ProtocolBufferConverter(messageClass = GazeTarget)

		    rsb.converter.registerGlobalConverter(self.gaze_converter)

		    self.mouth_converter = rsb.converter.ProtocolBufferConverter(messageClass = MouthTarget)

		    rsb.converter.registerGlobalConverter(self.mouth_converter)

		    try:

			except ValueError:

			    self.logger.error("ERROR: invalid scope given. server deactivated")

			    self.server.deactivate()

			    sys.exit(errno.EINVAL)

			    #######################################################################

			    def publish_emotion(self, em_type, emotion, blocking):

				"""publish an emotion via mw

				:param em_type: type of emotion (RobotEmotion::TYPE_DEFAULT or RobotEmotion::TYPE_CURRENT)

				:param emotion: emotion to set

				:param blocking: True if this call should block until execution finished on robot

				"""

				#create emotion & fill it with values:

				    rsb_em = EmotionState()

				    #set value

				    rsb_em.value = self.convert_emotiontype_to_rsbval(emotion.value)

				    #set duration

				    rsb_em.duration = int(emotion.time_ms)

				    with rsb.createRemoteServer(self.base_scope + '/set') as server:

					self.logger.debug("calling the emotion rpc (%s)..." % ("BLOCKING" if blocking else "NON-BLOCKING"))

					if (blocking):

					    #blocking rpc call:

						if (em_type == RobotEmotion.TYPE_DEFAULT):

						    result = server.defaultEmotion(rsb_em)

						    else:

							result = server.currentEmotion(rsb_em)

							self.logger.debug("server reply: '%s'" % result)

							else:

							    if (em_type == RobotEmotion.TYPE_DEFAULT):

								future = server.defaultEmotion.async(rsb_em)

								else:

								    future = server.currentEmotion.async(rsb_em)

								    #we could block here for a incoming result with a timeout in s

								    #print '> server reply: "%s"' % future.get(timeout = 10);

								    self.logger.debug("emotion rpc done")

								    def publish_head_animation(self, animation, blocking):

									"""publish an head animation via mw

									:param animation: animation to set

									:param blocking: True if this call should block until execution finished on robot

									"""

									self.logger.debug("calling the animation rpc (%s)..." % ("BLOCKING" if blocking else "NON-BLOCKING"))

									#create animation & fill it with values:

									    rsb_ani = Animation()

									    #select ani

									    rsb_ani.target = self.convert_animationtype_to_rsbval(animation.value)

									    rsb_ani.repetitions = animation.repetitions

									    rsb_ani.duration_each = animation.time_ms

									    rsb_ani.scale       = animation.scale

									    if (blocking):

										#blocking:

										    result = self.server.animation(rsb_ani)

										    self.logger.debug("server reply: '%s'" % result)

										    else:

											future = self.server.animation.async(rsb_ani)

											#we can block here for a incoming result with a timeout in s

											#print '> server reply: "%s"' % future.get(timeout = 10);

											self.logger.debug("animation rpc done")

											def publish_default_emotion(self, emotion, blocking):

											    self.publish_emotion(RobotEmotion.TYPE_DEFAULT, emotion, blocking)

											    def publish_current_emotion(self, emotion, blocking):

												self.publish_emotion(RobotEmotion.TYPE_CURRENT, emotion, blocking)

												def publish_gaze_target(self, gaze, blocking):

												    """publish a gaze target via mw

												    :param gaze: gaze to set

												    :param blocking: True if this call should block until execution finished on robot

												    """

												    self.logger.debug("calling the gaze rpc (%s)..." % ("BLOCKING" if blocking else "NON-BLOCKING"))

												    #create gaze target & fill it with values:

													rsb_gaze = GazeTarget()

													#fill proto

													rsb_gaze.pan  = gaze.pan

													rsb_gaze.tilt = gaze.tilt

													rsb_gaze.roll = gaze.roll

													rsb_gaze.vergence = gaze.vergence

													rsb_gaze.pan_offset  = gaze.pan_offset

													rsb_gaze.tilt_offset = gaze.tilt_offset

													if (blocking):

													    #blocking:

														result = self.server.gaze(rsb_gaze)

														self.logger.debug("server reply: '%s'" % result)

														else:

														    future = self.server.gaze.async(rsb_gaze)

														    #we can block here for a incoming result with a timeout in s

														    #print '> server reply: "%s"' % future.get(timeout = 10);

														    self.logger.debug("gaze rpc done")

														    def publish_mouth_target(self, mouth, blocking):

															"""publish a mouth target via mw

															:param mouth: mouth value to set

															:param blocking: True if this call should block until execution finished on robot

															"""

															self.logger.debug("calling the mouth rpc (%s)..." % ("BLOCKING" if blocking else "NON-BLOCKING"))

															#create mouth state & fill it with values:

															    rsb_mouth = MouthTarget()

															    #fill proto

															    rsb_mouth.opening_left   = mouth.opening_left

															    rsb_mouth.opening_center = mouth.opening_center

															    rsb_mouth.opening_right  = mouth.opening_right

															    rsb_mouth.position_left  = mouth.position_left

															    rsb_mouth.position_center = mouth.position_center

															    rsb_mouth.position_right = mouth.position_right

															    if (blocking):

																#blocking:

																    result = self.server.mouth(rsb_mouth)

																    self.logger.debug("server reply: '%s'" % result)

																    else:

																	future = self.server.mouth.async(rsb_mouth)

																	#we can block here for a incoming result with a timeout in s

																	#print '> server reply: "%s"' % future.get(timeout = 10);

																	self.logger.debug("mouth rpc done")

																	def publish_speech(self, text, blocking):

																	    """publish a tts request via mw

																	    :param text: text to synthesize and speak

																	    :param blocking: True if this call should block until execution finished on robot

																	    """

																	    self.logger.debug("calling the speech rpc (%s)..." % ("BLOCKING" if blocking else "NON-BLOCKING"))

																	    if (blocking):

																		#blocking:

																		    result = self.server.speech(text)

																		    self.logger.debug("server reply: '%s'" % result)

																		    else:

																			future = self.server.speech.async(text)

																			#we can block here for a incoming result with a timeout in s

																			#print '> server reply: "%s"' % future.get(timeout = 10);

																			self.logger.debug("speech rpc done")

																			#######################################################################

																			# some helpers

																			def convert_animationtype_to_rsbval(self, value):

																			    """convert RobotAnimation.value to RSB animation value

																			    :param value: RobotAnimation.* id to convert to rsb id

																			    """

																			    #NOTE: this convertion is important as the actual integer values of

																			    #      thy python api and the protobuf might be different

																			    if (value == RobotAnimation.IDLE):

																				return Animation().IDLE

																			    elif (value == RobotAnimation.HEAD_NOD):

																				return Animation().HEAD_NOD

																			    elif (value == RobotAnimation.HEAD_SHAKE):

																				return Animation().HEAD_SHAKE

																			    elif (value == RobotAnimation.EYEBLINK_L):

																				return Animation().EYEBLINK_L

																			    elif (value == RobotAnimation.EYEBLINK_R):

																				return  Animation().EYEBLINK_R

																			    elif (value == RobotAnimation.EYEBLINK_BOTH):

																				return  Animation().EYEBLINK_BOTH

																			    elif (value == RobotAnimation.EYEBROWS_RAISE):

																				return  Animation().EYEBROWS_RAISE

																			    elif (value == RobotAnimation.EYEBROWS_LOWER):

																				return  Animation().EYEBROWS_LOWER

																			    else:

																				self.logger.error("invalid animation type %d\n" % (value))

																				return  Animation().NEUTRAL

																			    def convert_emotiontype_to_rsbval(self, value):

																				"""convert RobotEmotion.value to RSB animation value

																				:param value: RobotEmotion.* id to convert to rsb id

																				"""

																				#NOTE: this convertion is important as the actual integer values of

																				#      thy python api and the protobuf might be different

																				if (value == RobotEmotion.NEUTRAL):

																				    return EmotionState().NEUTRAL

																				elif (value == RobotEmotion.HAPPY):

																				    return EmotionState().HAPPY

																				elif (value == RobotEmotion.SAD):

																				    return EmotionState().SAD

																				elif (value == RobotEmotion.ANGRY):

																				    return EmotionState().ANGRY

																				elif (value == RobotEmotion.SURPRISED):

																				    return  EmotionState().SURPRISED

																				elif (value == RobotEmotion.FEAR):

																				    return EmotionState().FEAR

																				else:

																				    self.logger.error("invalid emotion type %d\n" % (value))

																				    return  EmotionState().NEUTRAL