#run ant again
#/ZenoDial/output_text, zenodial.java, output.java
#/ZenoDial/text_input
#/facedetect -- face detector
#.. to add also pub and subscribe for
#map zenodial output directly to itf_talk
#upload changes to zenodial+robot, launch with ant ZenoDial
#connect speech active and enable listen
if __name__ == "__main__":
rospy.init_node("RS1_behavior")
#subscribe to distance, compass, face bound box, objects models to be loaded
board = blackboard.Blackboard("behavior")
board["wake_up_time"] = 6000 # 60 seconds
board["stt"] = ""
board["stt_read"] = True
board["stop_counter"] = 0
board["sonar_cm"] = 0
board["compass_deg"] = 0
board["num_faces"] = 0
board["trackers"] = trackers
board["tracker_watch"] = 0
board["to_track"] = "null"
board[
"track_delay"] = 0 #delay motor movement commands about 1/2 sec or 1/4 sec
board["face_memory"] = 0
#board["face_seen"]=face_box()
board["img"] = Image()
def __init__(self):
self.blackboard = blackboard.Blackboard("rig expressions")
config = ConfigParser.ConfigParser()
config.readfp(open(os.path.join(os.path.dirname(__file__), "../behavior.cfg")))
self.blackboard["current_emotion"] = config.get("emotion", "default_emotion")
self.blackboard["current_emotion_intensity"] = config.getfloat("emotion", "default_emotion_intensity")
self.blackboard["current_emotion_duration"] = config.getfloat("emotion", "default_emotion_duration")
self.blackboard["emotion_classes"] = []
self.blackboard["gesture_classes"] = []
self.blackboard["emotion_scale_stage"] = config.getfloat("emotion", "emotion_scale_stage")
self.blackboard["emotion_scale_closeup"] = config.getfloat("emotion", "emotion_scale_closeup")
self.blackboard["gesture_scale_stage"] = config.getfloat("gesture", "gesture_scale_stage")
self.blackboard["gesture_scale_closeup"] = config.getfloat("gesture", "gesture_scale_closeup")
self.unpack_config_emotions(config, "frustrated_emotions")
self.unpack_config_emotions(config, "positive_emotions")
self.unpack_config_emotions(config, "non_positive_emotion")
self.unpack_config_emotions(config, "bored_emotions")
self.unpack_config_emotions(config, "non_bored_emotion")
self.unpack_config_emotions(config, "sleep_emotions")
self.unpack_config_emotions(config, "non_sleep_emotion")
self.unpack_config_emotions(config, "wake_up_emotions")
self.unpack_config_emotions(config, "new_arrival_emotions")
self.unpack_config_gestures(config, "positive_gestures")
self.unpack_config_gestures(config, "bored_gestures")
self.unpack_config_gestures(config, "sleep_gestures")
self.unpack_config_gestures(config, "wake_up_gestures")
self.blackboard["min_duration_for_interaction"] = config.getfloat("interaction", "duration_min")
self.blackboard["max_duration_for_interaction"] = config.getfloat("interaction", "duration_max")
self.blackboard["time_to_change_face_target_min"] = config.getfloat("interaction", "time_to_change_face_target_min")
self.blackboard["time_to_change_face_target_max"] = config.getfloat("interaction", "time_to_change_face_target_max")
self.blackboard["glance_probability"] = config.getfloat("interaction", "glance_probability")
self.blackboard["glance_probability_for_new_faces"] = config.getfloat("interaction", "glance_probability_for_new_faces")
self.blackboard["glance_probability_for_lost_faces"] = config.getfloat("interaction", "glance_probability_for_lost_faces")
self.blackboard["z_pitch_eyes"] = config.getfloat("interaction", "z_pitch_eyes")
self.blackboard["max_glance_distance"] = config.getfloat("interaction", "max_glance_distance")
self.blackboard["face_study_probabilities"] = config.getfloat("interaction", "face_study_probabilities")
self.blackboard["face_study_duration_min"] = config.getfloat("interaction", "face_study_duration_min")
self.blackboard["face_study_duration_max"] = config.getfloat("interaction", "face_study_duration_max")
self.blackboard["face_study_z_pitch_nose"] = config.getfloat("interaction", "face_study_z_pitch_nose")
self.blackboard["face_study_z_pitch_mouth"] = config.getfloat("interaction", "face_study_z_pitch_mouth")
self.blackboard["face_study_y_pitch_left_ear"] = config.getfloat("interaction", "face_study_y_pitch_left_ear")
self.blackboard["face_study_y_pitch_right_ear"] = config.getfloat("interaction", "face_study_y_pitch_right_ear")
self.blackboard["sleep_probability"] = config.getfloat("boredom", "sleep_probability")
self.blackboard["sleep_duration_min"] = config.getfloat("boredom", "sleep_duration_min")
self.blackboard["sleep_duration_max"] = config.getfloat("boredom", "sleep_duration_max")
self.blackboard["search_for_attention_index"] = 0
self.blackboard["search_for_attention_duration_min"] = config.getfloat("boredom", "search_for_attention_duration_min")
self.blackboard["search_for_attention_duration_max"] = config.getfloat("boredom", "search_for_attention_duration_max")
self.blackboard["search_for_attention_targets"] = []
self.unpack_config_look_around(config)
self.blackboard["wake_up_probability"] = config.getfloat("boredom", "wake_up_probability")
self.blackboard["time_to_wake_up"] = config.getfloat("boredom", "time_to_wake_up")
##### Other System Variables #####
self.blackboard["show_expression_since"] = None
# ID's of faces newly seen, or lost. Integer ID.
self.blackboard["new_face"] = 0
self.blackboard["lost_face"] = 0
# IDs of faces in the scene, updated once per cycle
self.blackboard["face_targets"] = []
# IDs of faces in the scene, updated immediately
self.blackboard["background_face_targets"] = []
self.blackboard["current_glance_target"] = 0
self.blackboard["current_face_target"] = 0
self.blackboard["interact_with_face_target_since"] = 0.0
self.blackboard["sleep_since"] = 0.0
self.blackboard["bored_since"] = 0.0
self.blackboard["is_interruption"] = False
self.blackboard["is_sleeping"] = False
self.blackboard["behavior_tree_on"] = False
self.blackboard["stage_mode"] = False
# Flags to indicate which part of the face will be studied
self.blackboard["face_study_nose"] = False
self.blackboard["face_study_mouth"] = False
self.blackboard["face_study_left_ear"] = False
self.blackboard["face_study_right_ear"] = False
##### ROS Connections #####
self.facetrack = FaceTrack(self.blackboard)
rospy.Subscriber("behavior_switch", String, self.behavior_switch_callback)
rospy.Subscriber("/blender_api/available_emotion_states",
AvailableEmotionStates, self.get_emotion_states_cb)
rospy.Subscriber("/blender_api/available_gestures",
AvailableGestures, self.get_gestures_cb)
# Emotional content that the chatbot perceived i.e. did it hear
# (or reply with) angry words, polite words, etc?
# currently supplying string rather than specific EmotionState with timing,
# allowing that to be handled here where timings have been tuned
print ' setting up chatbot_affect link'
rospy.Subscriber("/eva/chatbot_affect_perceive", String,
self.chatbot_affect_perceive_callback)
self.do_pub_gestures = True
self.do_pub_emotions = True
self.emotion_pub = rospy.Publisher("/blender_api/set_emotion_state",
EmotionState, queue_size=1)
self.gesture_pub = rospy.Publisher("/blender_api/set_gesture",
SetGesture, queue_size=1)
self.affect_pub = rospy.Publisher("/eva/chatbot_affect_express",
EmotionState, queue_size=1)
self.tree = self.build_tree()
time.sleep(0.1)
log_filename = os.path.join(os.path.abspath(
os.path.dirname(__file__)), "../bhlog.csv")
self.log_file = open(log_filename, 'wb')
self.log_file.write('Action,Timestamp,Event\n')
try:
while not rospy.is_shutdown():
self.tree.next()
finally:
self.log_file.close()
def BallDetected(data):
board["ball_centered"] = False
board["ball_detected"] = True
board['ball'] = data
#print "here"
if __name__ == "__main__":
# Initialize Node
rospy.init_node('behavior', anonymous=False)
robot_cmd_pub = rospy.Publisher('/command', String, queue_size=1)
# Initialize subscriber
rospy.Subscriber('/ball_pose', Point, BallDetected)
# create an object of black board
board = blackboard.Blackboard("My board")
# publishers on board
board["robot_cmd_pub"] = robot_cmd_pub
board['ball'] = Point(0, 0, 0)
# Init variables
board["ball_detected"] = True
board["ball_centered"] = True
# Create a behavior tree using the blackboard object board
be = Behavior(board)
be_tree = be.main_tree
# Wait for bluetooth to connect
rate = rospy.Rate(100) #100hz
# rospy.spin()
while not rospy.is_shutdown():
##rospy.loginfo("Here in the loop")
be_tree.next()
Int32,
queue_size=1)
tilt_angle_pub = rospy.Publisher('/act/robot/set_tilt_angle',
Int32,
queue_size=1)
robot_cmd_pub = rospy.Publisher('/act/robot/send_move_command',
robot_cmd,
queue_size=1)
# Initialize subscribers
rospy.Subscriber('/ball_pose', Point, faceDetected)
rospy.Subscriber('/sense/robot/get_sonar_cm', sonar, readSonarDist)
rospy.Subscriber('/sense/robot/get_compass_deg', compass, readCompass)
# create an object of black board
board = blackboard.Blackboard()
# publishers on board
board["pan_angle_pub"] = pan_angle_pub
board["tilt_angle_pub"] = tilt_angle_pub
board["robot_cmd_pub"] = robot_cmd_pub
# Init variables
board["angles"] = {"pan": [45], "tilt": [60]}
board["sonar_data"] = {"distance": [200]}
board["compass_data"] = {"heading": [0]}
board["bodyPose"] = []
board["start_pan"] = 45
board["start_tilt"] = 60
board["HeadingAfterCT"] = [
] # This records the heading right after the camera track has stopped
def setUp(self):
director.init()
self.bb = blackboard.Blackboard('test', )
#run ant again
#/ZenoDial/output_text, zenodial.java, output.java
#/ZenoDial/text_input
#/facedetect -- face detector
#.. to add also pub and subscribe for
#map zenodial output directly to itf_talk
#upload changes to zenodial+robot, launch with ant ZenoDial
#connect speech active and enable listen
if __name__ == "__main__":
rospy.init_node("RS1_behavior")
#subscribe to distance, compass, face bound box, objects models to be loaded
board = blackboard.Blackboard(value="behavior")
board["wake_up_time"] = 6000 # 60 seconds
board["stt"] = ""
board["stt_read"] = True
board["stop_counter"] = 0
board["sonar_cm"] = 0
board["compass_deg"] = 0
board["num_faces"] = 0
board["trackers"] = trackers
board["tracker_watch"] = 0
board["to_track"] = "null"
board[
"track_delay"] = 0 #delay motor movement commands about 1/2 sec or 1/4 sec
board["face_memory"] = 0
#board["face_seen"]=face_box()
board["img"] = Image()
Int32,
queue_size=1)
tilt_angle_pub = rospy.Publisher('/act/robot/set_tilt_angle',
Int32,
queue_size=1)
robot_cmd_pub = rospy.Publisher('/act/robot/send_move_command',
robot_cmd,
queue_size=1)
# Initialize subscribers
rospy.Subscriber('/ball_pose', Point, faceDetected)
rospy.Subscriber('/sense/robot/get_sonar_cm', sonar, readSonarDist)
rospy.Subscriber('/sense/robot/get_compass_deg', compass, readCompass)
# create an object of black board
board = blackboard.Blackboard('behavior')
# publishers on board
board["pan_angle_pub"] = pan_angle_pub
board["tilt_angle_pub"] = tilt_angle_pub
board["robot_cmd_pub"] = robot_cmd_pub
# Init variables
board["angles"] = {"pan": [45], "tilt": [60]}
board["sonar_data"] = {"distance": [200]}
board["compass_data"] = {"heading": [0]}
board["bodyPose"] = []
board["start_pan"] = 45
board["start_tilt"] = 60
board["HeadingAfterCT"] = [
] # This records the heading right after the camera track has stopped
