def __init__(self, params={}):
self.nodename = rospy.get_name().rstrip('/')
EdgeTracker = EdgeTrackerByIntensityProfile
#EdgeTracker = EdgeTrackerByHoughTransform
# Create the body axis tracker.
self.axis = AxisTracker(name='axis', params=params, color='yellow')
# Create the head tracker.
if (params['head']['tracker']=='area'):
self.head = AreaTracker(name='head', params=params, color='cyan', bEqualizeHist=False)
elif (params['head']['tracker']=='edge'):
self.head = EdgeTracker(name='head', params=params, color='cyan', bEqualizeHist=False)
elif (params['head']['tracker']=='tip'):
self.head = TipTracker(name='head', params=params, color='cyan', bEqualizeHist=False)
elif (params['head']['tracker']=='intensity'):
self.head = IntensityTracker(name='head', params=params, color='cyan', bEqualizeHist=False)
else:
rospy.logwarn('Head tracker parameter must be one of [''area'', ''edge'', ''tip'', ''intensity'']')
# Create the abdomen tracker.
if (params['abdomen']['tracker']=='area'):
self.abdomen = AreaTracker(name='abdomen', params=params, color='magenta', bEqualizeHist=False)
elif (params['abdomen']['tracker']=='edge'):
self.abdomen = EdgeTracker(name='abdomen', params=params, color='magenta', bEqualizeHist=False)
elif (params['abdomen']['tracker']=='tip'):
self.abdomen = TipTracker(name='abdomen', params=params, color='magenta', bEqualizeHist=False)
elif (params['abdomen']['tracker']=='intensity'):
self.abdomen = IntensityTracker(name='abdomen', params=params, color='magenta', bEqualizeHist=False)
else:
rospy.logwarn('Abdomen tracker parameter must be one of [''area'', ''edge'', ''tip'', ''intensity'']')
# Create the right wing tracker.
if (params['right']['tracker']=='area'):
self.right = AreaTracker(name='right', params=params, color='red', bEqualizeHist=False)
elif (params['right']['tracker']=='edge'):
self.right = EdgeTracker(name='right', params=params, color='red', bEqualizeHist=False)
elif (params['right']['tracker']=='tip'):
self.right = TipTracker(name='right', params=params, color='red', bEqualizeHist=False)
elif (params['right']['tracker']=='intensity'):
self.right = IntensityTracker(name='right', params=params, color='red', bEqualizeHist=False)
else:
rospy.logwarn('Right wing tracker parameter must be one of [''area'', ''edge'', ''tip'', ''intensity'']')
# Create the left wing tracker.
if (params['left']['tracker']=='area'):
self.left = AreaTracker(name='left', params=params, color='green', bEqualizeHist=False)
elif (params['left']['tracker']=='edge'):
self.left = EdgeTracker(name='left', params=params, color='green', bEqualizeHist=False)
elif (params['left']['tracker']=='tip'):
self.left = TipTracker(name='left', params=params, color='green', bEqualizeHist=False)
elif (params['left']['tracker']=='intensity'):
self.left = IntensityTracker(name='left', params=params, color='green', bEqualizeHist=False)
else:
rospy.logwarn('Left wing tracker parameter must be one of [''area'', ''edge'', ''tip'', ''intensity'']')
# Create the aux tracker.
self.aux = IntensityTracker(name='aux', params=params, color='yellow', bEqualizeHist=False)
self.windowInvertColorArea = ImageWindow(False, 'InvertColorArea')
self.bgra_body = ui.bgra_dict['light_gray']
self.ptBodyIndicator1 = None
self.ptBodyIndicator2 = None
self.bInvertColor = False
self.bInvertColorAuto = True
self.iCount = 0
self.stampPrev = None
self.stampPrevAlt = None
self.stamp = rospy.Time(0)
self.pubFlystate = rospy.Publisher(self.nodename+'/flystate', MsgFlystate, queue_size=100)
class Fly(object):
def __init__(self, params={}):
self.nodename = rospy.get_name().rstrip('/')
EdgeTracker = EdgeTrackerByIntensityProfile
#EdgeTracker = EdgeTrackerByHoughTransform
# Create the body axis tracker.
self.axis = AxisTracker(name='axis', params=params, color='yellow')
# Create the head tracker.
if (params['head']['tracker'] == 'area'):
self.head = AreaTracker(name='head',
params=params,
color='cyan',
bEqualizeHist=False)
elif (params['head']['tracker'] == 'edge'):
self.head = EdgeTracker(name='head',
params=params,
color='cyan',
bEqualizeHist=False)
elif (params['head']['tracker'] == 'tip'):
self.head = TipTracker(name='head',
params=params,
color='cyan',
bEqualizeHist=False)
elif (params['head']['tracker'] == 'intensity'):
self.head = IntensityTracker(name='head',
params=params,
color='cyan',
bEqualizeHist=False)
else:
rospy.logwarn('Head tracker parameter must be one of ['
'area'
', '
'edge'
', '
'tip'
', '
'intensity'
']')
# Create the abdomen tracker.
if (params['abdomen']['tracker'] == 'area'):
self.abdomen = AreaTracker(name='abdomen',
params=params,
color='magenta',
bEqualizeHist=False)
elif (params['abdomen']['tracker'] == 'edge'):
self.abdomen = EdgeTracker(name='abdomen',
params=params,
color='magenta',
bEqualizeHist=False)
elif (params['abdomen']['tracker'] == 'tip'):
self.abdomen = TipTracker(name='abdomen',
params=params,
color='magenta',
bEqualizeHist=False)
elif (params['abdomen']['tracker'] == 'intensity'):
self.abdomen = IntensityTracker(name='abdomen',
params=params,
color='magenta',
bEqualizeHist=False)
else:
rospy.logwarn('Abdomen tracker parameter must be one of ['
'area'
', '
'edge'
', '
'tip'
', '
'intensity'
']')
# Create the right wing tracker.
if (params['right']['tracker'] == 'area'):
self.right = AreaTracker(name='right',
params=params,
color='red',
bEqualizeHist=False)
elif (params['right']['tracker'] == 'edge'):
self.right = EdgeTracker(name='right',
params=params,
color='red',
bEqualizeHist=False)
elif (params['right']['tracker'] == 'tip'):
self.right = TipTracker(name='right',
params=params,
color='red',
bEqualizeHist=False)
elif (params['right']['tracker'] == 'intensity'):
self.right = IntensityTracker(name='right',
params=params,
color='red',
bEqualizeHist=False)
else:
rospy.logwarn('Right wing tracker parameter must be one of ['
'area'
', '
'edge'
', '
'tip'
', '
'intensity'
']')
# Create the left wing tracker.
if (params['left']['tracker'] == 'area'):
self.left = AreaTracker(name='left',
params=params,
color='green',
bEqualizeHist=False)
elif (params['left']['tracker'] == 'edge'):
self.left = EdgeTracker(name='left',
params=params,
color='green',
bEqualizeHist=False)
elif (params['left']['tracker'] == 'tip'):
self.left = TipTracker(name='left',
params=params,
color='green',
bEqualizeHist=False)
elif (params['left']['tracker'] == 'intensity'):
self.left = IntensityTracker(name='left',
params=params,
color='green',
bEqualizeHist=False)
else:
rospy.logwarn('Left wing tracker parameter must be one of ['
'area'
', '
'edge'
', '
'tip'
', '
'intensity'
']')
# Create the aux tracker.
self.aux = IntensityTracker(name='aux',
params=params,
color='yellow',
bEqualizeHist=False)
self.windowInvertColorArea = ImageWindow(False, 'InvertColorArea')
self.bgra_body = ui.bgra_dict['light_gray']
self.ptBodyIndicator1 = None
self.ptBodyIndicator2 = None
self.bInvertColor = False
self.bInvertColorAuto = True
self.iCount = 0
self.stampPrev = None
self.stampPrevAlt = None
self.stamp = rospy.Time(0)
self.pubFlystate = rospy.Publisher(self.nodename + '/flystate',
MsgFlystate,
queue_size=100)
def set_params(self, params):
self.params = params
self.axis.set_params(params)
self.head.set_params(params)
self.abdomen.set_params(params)
self.left.set_params(params)
self.right.set_params(params)
self.aux.set_params(params)
pt1 = [
params['gui']['head']['hinge']['x'],
params['gui']['head']['hinge']['y']
]
pt2 = [
params['gui']['abdomen']['hinge']['x'],
params['gui']['abdomen']['hinge']['y']
]
pt3 = [
params['gui']['left']['hinge']['x'],
params['gui']['left']['hinge']['y']
]
pt4 = [
params['gui']['right']['hinge']['x'],
params['gui']['right']['hinge']['y']
]
self.ptBodyCenter_i = imageprocessing.get_intersection(
pt1, pt2, pt3, pt4)
r = max(params['gui']['left']['radius_outer'],
params['gui']['right']['radius_outer'])
self.angleBody_i = self.get_bodyangle_i()
self.ptBodyIndicator1 = tuple(
(self.ptBodyCenter_i +
r * np.array([np.cos(self.angleBody_i),
np.sin(self.angleBody_i)])).astype(int))
self.ptBodyIndicator2 = tuple(
(self.ptBodyCenter_i -
r * np.array([np.cos(self.angleBody_i),
np.sin(self.angleBody_i)])).astype(int))
# Radius of an area approximately where the thorax would be.
self.rInvertColorArea = np.linalg.norm(
np.array([
params['gui']['head']['hinge']['x'], params['gui']['head']
['hinge']['y']
]) - np.array([
params['gui']['abdomen']['hinge']['x'], params['gui']
['abdomen']['hinge']['y']
])) / 2.0
self.bInvertColorValid = False
def create_masks(self, shapeImage):
if (self.params['gui']['axis']['track']):
if (not self.axis.bValidMask):
self.axis.create_mask(shapeImage)
self.axis.bValidMask = True
if (self.params['gui']['head']['track']):
if (not self.head.bValidMask):
self.head.create_mask(shapeImage)
self.head.bValidMask = True
if (self.params['gui']['abdomen']['track']):
if (not self.abdomen.bValidMask):
self.abdomen.create_mask(shapeImage)
self.abdomen.bValidMask = True
if (self.params['gui']['right']['track']):
if (not self.right.bValidMask):
self.right.create_mask(shapeImage)
self.right.bValidMask = True
if (self.params['gui']['left']['track']):
if (not self.left.bValidMask):
self.left.create_mask(shapeImage)
self.left.bValidMask = True
if (self.params['gui']['aux']['track']):
if (not self.aux.bValidMask):
self.aux.create_mask(shapeImage)
self.aux.bValidMask = True
def get_bodyangle_i(self):
angle_i = imageprocessing.get_angle_from_points_i(
self.abdomen.ptHinge_i, self.head.ptHinge_i)
#angleBody_i = (angle_i + np.pi) % (2.0*np.pi) - np.pi
angleBody_i = angle_i
return angleBody_i
# Calculate what we think the bInvertColor flag should be to make white-on-black.
def get_invertcolor(self, image):
# Get a roi around the body center.
xMin = max(0,
self.ptBodyCenter_i[0] - int(0.75 * self.rInvertColorArea))
yMin = max(0,
self.ptBodyCenter_i[1] - int(0.75 * self.rInvertColorArea))
xMax = min(self.ptBodyCenter_i[0] + int(0.75 * self.rInvertColorArea),
image.shape[1] - 1)
yMax = min(self.ptBodyCenter_i[1] + int(0.75 * self.rInvertColorArea),
image.shape[0] - 1)
imgInvertColorArea = image[yMin:yMax, xMin:xMax]
self.windowInvertColorArea.set_image(imgInvertColorArea)
# Midpoint between darkest & lightest colors.
threshold = np.mean(image)
#rospy.logwarn((np.min(image), np.median(image), np.mean(image), np.max(image), np.mean(imgInvertColorArea)))
# If the roi is too dark, then set bInvertColor.
if (np.mean(imgInvertColorArea) <= threshold):
bInvertColor = True
else:
bInvertColor = False
return bInvertColor
def set_background(self, image):
self.head.set_background(image)
self.abdomen.set_background(image)
self.left.set_background(image)
self.right.set_background(image)
self.aux.set_background(image)
self.axis.set_background(image)
def update_handle_points(self):
self.head.update_handle_points()
self.abdomen.update_handle_points()
self.left.update_handle_points()
self.right.update_handle_points()
self.aux.update_handle_points()
self.axis.update_handle_points()
def update(self, header=None, image=None):
if (image is not None):
self.header = header
if (not self.bInvertColorValid) and (self.bInvertColorAuto):
self.bInvertColor = self.get_invertcolor(image)
self.bInvertColorValid = True
# Get the dt. Keep track of both the camera timestamp, and the now() timestamp,
# and use the now() timestamp only if the camera timestamp isn't changing.
self.stamp = self.header.stamp
stampAlt = rospy.Time.now()
if (self.stampPrev is not None):
dt = max(0.0, (self.header.stamp - self.stampPrev).to_sec())
# If the camera is not giving good timestamps, then use our own clock.
if (dt == 0.0):
dt = max(0.0, (stampAlt - self.stampPrevAlt).to_sec())
self.stamp = stampAlt
# If time wrapped, then just assume a value.
if (dt == 0.0):
dt = 1.0
else:
dt = np.inf
self.stampPrev = self.header.stamp
self.stampPrevAlt = stampAlt
self.head.update(dt, image, self.bInvertColor)
self.abdomen.update(dt, image, self.bInvertColor)
self.left.update(dt, image, self.bInvertColor)
self.right.update(dt, image, self.bInvertColor)
self.aux.update(dt, image, self.bInvertColor)
self.axis.update(dt, image, self.bInvertColor)
def draw(self, image):
# Draw line to indicate the body axis.
cv2.line(image, self.ptBodyIndicator1, self.ptBodyIndicator2,
self.bgra_body,
1) # Draw a line longer than just head-to-abdomen.
self.axis.draw(image)
self.head.draw(image)
self.abdomen.draw(image)
self.left.draw(image)
self.right.draw(image)
self.aux.draw(image)
self.windowInvertColorArea.show()
def publish(self):
flystate = MsgFlystate()
flystate.header = Header(seq=self.iCount,
stamp=self.stamp,
frame_id='Fly')
if (self.params['gui']['head']['track']):
flystate.head = self.head.state
else:
flystate.head = MsgState()
if (self.params['gui']['abdomen']['track']):
flystate.abdomen = self.abdomen.state
else:
flystate.abdomen = MsgState()
if (self.params['gui']['left']['track']):
flystate.left = self.left.state
else:
flystate.left = MsgState()
if (self.params['gui']['right']['track']):
flystate.right = self.right.state
else:
flystate.right = MsgState()
if (self.params['gui']['aux']['track']):
flystate.aux = self.aux.state
else:
flystate.aux = MsgState()
self.iCount += 1
self.pubFlystate.publish(flystate)
class Fly(object):
def __init__(self, params={}):
self.nodename = rospy.get_name().rstrip('/')
EdgeTracker = EdgeTrackerByIntensityProfile
#EdgeTracker = EdgeTrackerByHoughTransform
# Create the body axis tracker.
self.axis = AxisTracker(name='axis', params=params, color='yellow')
# Create the head tracker.
if (params['head']['tracker']=='area'):
self.head = AreaTracker(name='head', params=params, color='cyan', bEqualizeHist=False)
elif (params['head']['tracker']=='edge'):
self.head = EdgeTracker(name='head', params=params, color='cyan', bEqualizeHist=False)
elif (params['head']['tracker']=='tip'):
self.head = TipTracker(name='head', params=params, color='cyan', bEqualizeHist=False)
elif (params['head']['tracker']=='intensity'):
self.head = IntensityTracker(name='head', params=params, color='cyan', bEqualizeHist=False)
else:
rospy.logwarn('Head tracker parameter must be one of [''area'', ''edge'', ''tip'', ''intensity'']')
# Create the abdomen tracker.
if (params['abdomen']['tracker']=='area'):
self.abdomen = AreaTracker(name='abdomen', params=params, color='magenta', bEqualizeHist=False)
elif (params['abdomen']['tracker']=='edge'):
self.abdomen = EdgeTracker(name='abdomen', params=params, color='magenta', bEqualizeHist=False)
elif (params['abdomen']['tracker']=='tip'):
self.abdomen = TipTracker(name='abdomen', params=params, color='magenta', bEqualizeHist=False)
elif (params['abdomen']['tracker']=='intensity'):
self.abdomen = IntensityTracker(name='abdomen', params=params, color='magenta', bEqualizeHist=False)
else:
rospy.logwarn('Abdomen tracker parameter must be one of [''area'', ''edge'', ''tip'', ''intensity'']')
# Create the right wing tracker.
if (params['right']['tracker']=='area'):
self.right = AreaTracker(name='right', params=params, color='red', bEqualizeHist=False)
elif (params['right']['tracker']=='edge'):
self.right = EdgeTracker(name='right', params=params, color='red', bEqualizeHist=False)
elif (params['right']['tracker']=='tip'):
self.right = TipTracker(name='right', params=params, color='red', bEqualizeHist=False)
elif (params['right']['tracker']=='intensity'):
self.right = IntensityTracker(name='right', params=params, color='red', bEqualizeHist=False)
else:
rospy.logwarn('Right wing tracker parameter must be one of [''area'', ''edge'', ''tip'', ''intensity'']')
# Create the left wing tracker.
if (params['left']['tracker']=='area'):
self.left = AreaTracker(name='left', params=params, color='green', bEqualizeHist=False)
elif (params['left']['tracker']=='edge'):
self.left = EdgeTracker(name='left', params=params, color='green', bEqualizeHist=False)
elif (params['left']['tracker']=='tip'):
self.left = TipTracker(name='left', params=params, color='green', bEqualizeHist=False)
elif (params['left']['tracker']=='intensity'):
self.left = IntensityTracker(name='left', params=params, color='green', bEqualizeHist=False)
else:
rospy.logwarn('Left wing tracker parameter must be one of [''area'', ''edge'', ''tip'', ''intensity'']')
# Create the aux tracker.
self.aux = IntensityTracker(name='aux', params=params, color='yellow', bEqualizeHist=False)
self.windowInvertColorArea = ImageWindow(False, 'InvertColorArea')
self.bgra_body = ui.bgra_dict['light_gray']
self.ptBodyIndicator1 = None
self.ptBodyIndicator2 = None
self.bInvertColor = False
self.bInvertColorAuto = True
self.iCount = 0
self.stampPrev = None
self.stampPrevAlt = None
self.stamp = rospy.Time(0)
self.pubFlystate = rospy.Publisher(self.nodename+'/flystate', MsgFlystate, queue_size=100)
def set_params(self, params):
self.params = params
self.axis.set_params(params)
self.head.set_params(params)
self.abdomen.set_params(params)
self.left.set_params(params)
self.right.set_params(params)
self.aux.set_params(params)
pt1 = [params['gui']['head']['hinge']['x'], params['gui']['head']['hinge']['y']]
pt2 = [params['gui']['abdomen']['hinge']['x'], params['gui']['abdomen']['hinge']['y']]
pt3 = [params['gui']['left']['hinge']['x'], params['gui']['left']['hinge']['y']]
pt4 = [params['gui']['right']['hinge']['x'], params['gui']['right']['hinge']['y']]
self.ptBodyCenter_i = imageprocessing.get_intersection(pt1,pt2,pt3,pt4)
r = max(params['gui']['left']['radius_outer'], params['gui']['right']['radius_outer'])
self.angleBody_i = self.get_bodyangle_i()
self.ptBodyIndicator1 = tuple((self.ptBodyCenter_i + r * np.array([np.cos(self.angleBody_i), np.sin(self.angleBody_i)])).astype(int))
self.ptBodyIndicator2 = tuple((self.ptBodyCenter_i - r * np.array([np.cos(self.angleBody_i), np.sin(self.angleBody_i)])).astype(int))
# Radius of an area approximately where the thorax would be.
self.rInvertColorArea = np.linalg.norm(np.array([params['gui']['head']['hinge']['x'], params['gui']['head']['hinge']['y']]) - np.array([params['gui']['abdomen']['hinge']['x'], params['gui']['abdomen']['hinge']['y']]))/2.0
self.bInvertColorValid = False
def create_masks(self, shapeImage):
if (self.params['gui']['axis']['track']):
if (not self.axis.bValidMask):
self.axis.create_mask (shapeImage)
self.axis.bValidMask = True
if (self.params['gui']['head']['track']):
if (not self.head.bValidMask):
self.head.create_mask (shapeImage)
self.head.bValidMask = True
if (self.params['gui']['abdomen']['track']):
if (not self.abdomen.bValidMask):
self.abdomen.create_mask (shapeImage)
self.abdomen.bValidMask = True
if (self.params['gui']['right']['track']):
if (not self.right.bValidMask):
self.right.create_mask (shapeImage)
self.right.bValidMask = True
if (self.params['gui']['left']['track']):
if (not self.left.bValidMask):
self.left.create_mask (shapeImage)
self.left.bValidMask = True
if (self.params['gui']['aux']['track']):
if (not self.aux.bValidMask):
self.aux.create_mask (shapeImage)
self.aux.bValidMask = True
def get_bodyangle_i(self):
angle_i = imageprocessing.get_angle_from_points_i(self.abdomen.ptHinge_i, self.head.ptHinge_i)
#angleBody_i = (angle_i + np.pi) % (2.0*np.pi) - np.pi
angleBody_i = angle_i
return angleBody_i
# Calculate what we think the bInvertColor flag should be to make white-on-black.
def get_invertcolor(self, image):
# Get a roi around the body center.
xMin = max(0,self.ptBodyCenter_i[0]-int(0.75*self.rInvertColorArea))
yMin = max(0,self.ptBodyCenter_i[1]-int(0.75*self.rInvertColorArea))
xMax = min(self.ptBodyCenter_i[0]+int(0.75*self.rInvertColorArea), image.shape[1]-1)
yMax = min(self.ptBodyCenter_i[1]+int(0.75*self.rInvertColorArea), image.shape[0]-1)
imgInvertColorArea = image[yMin:yMax, xMin:xMax]
self.windowInvertColorArea.set_image(imgInvertColorArea)
# Midpoint between darkest & lightest colors.
threshold = np.mean(image)
#rospy.logwarn((np.min(image), np.median(image), np.mean(image), np.max(image), np.mean(imgInvertColorArea)))
# If the roi is too dark, then set bInvertColor.
if (np.mean(imgInvertColorArea) <= threshold):
bInvertColor = True
else:
bInvertColor = False
return bInvertColor
def set_background(self, image):
self.head.set_background(image)
self.abdomen.set_background(image)
self.left.set_background(image)
self.right.set_background(image)
self.aux.set_background(image)
self.axis.set_background(image)
def update_handle_points(self):
self.head.update_handle_points()
self.abdomen.update_handle_points()
self.left.update_handle_points()
self.right.update_handle_points()
self.aux.update_handle_points()
self.axis.update_handle_points()
def update(self, header=None, image=None):
if (image is not None):
self.header = header
if (not self.bInvertColorValid) and (self.bInvertColorAuto):
self.bInvertColor = self.get_invertcolor(image)
self.bInvertColorValid = True
# Get the dt. Keep track of both the camera timestamp, and the now() timestamp,
# and use the now() timestamp only if the camera timestamp isn't changing.
self.stamp = self.header.stamp
stampAlt = rospy.Time.now()
if (self.stampPrev is not None):
dt = max(0.0, (self.header.stamp - self.stampPrev).to_sec())
# If the camera is not giving good timestamps, then use our own clock.
if (dt == 0.0):
dt = max(0.0, (stampAlt - self.stampPrevAlt).to_sec())
self.stamp = stampAlt
# If time wrapped, then just assume a value.
if (dt == 0.0):
dt = 1.0
else:
dt = np.inf
self.stampPrev = self.header.stamp
self.stampPrevAlt = stampAlt
self.head.update(dt, image, self.bInvertColor)
self.abdomen.update(dt, image, self.bInvertColor)
self.left.update(dt, image, self.bInvertColor)
self.right.update(dt, image, self.bInvertColor)
self.aux.update(dt, image, self.bInvertColor)
self.axis.update(dt, image, self.bInvertColor)
def draw(self, image):
# Draw line to indicate the body axis.
cv2.line(image, self.ptBodyIndicator1, self.ptBodyIndicator2, self.bgra_body, 1) # Draw a line longer than just head-to-abdomen.
self.axis.draw(image)
self.head.draw(image)
self.abdomen.draw(image)
self.left.draw(image)
self.right.draw(image)
self.aux.draw(image)
self.windowInvertColorArea.show()
def publish(self):
flystate = MsgFlystate()
flystate.header = Header(seq=self.iCount, stamp=self.stamp, frame_id='Fly')
if (self.params['gui']['head']['track']):
flystate.head = self.head.state
else:
flystate.head = MsgState()
if (self.params['gui']['abdomen']['track']):
flystate.abdomen = self.abdomen.state
else:
flystate.abdomen = MsgState()
if (self.params['gui']['left']['track']):
flystate.left = self.left.state
else:
flystate.left = MsgState()
if (self.params['gui']['right']['track']):
flystate.right = self.right.state
else:
flystate.right = MsgState()
if (self.params['gui']['aux']['track']):
flystate.aux = self.aux.state
else:
flystate.aux = MsgState()
self.iCount += 1
self.pubFlystate.publish(flystate)