def calculateOffset(self): if(not (self.enuTickPose.isNone() or self.localTickPose.isNone())): t = self.localTickPose.getTranslation() q = self.enuTickPose.getQuaternion() t = translation_matrix(t) q = quaternion_matrix(q) rp = PoseModel(numpy.dot(q,t)) t1 = rp.getTranslation() t2 = self.enuTickPose.getTranslation() self.offset = [t1[0]-t2[0], t1[1]-t2[1], t1[2]-t2[2]] rospy.logwarn(self.offset)
class Controller:
def __init__(self):
rospy.Subscriber("/mavros/local_position/pose", PoseStamped, self.localCb)
rospy.Subscriber("/itech_ros/mavros_offboard/enu", PoseStamped, self.enuCb)
self.localEnuPub = rospy.Publisher(util.topicName("mavros_local_pose_fusion", "local_enu"), PoseStamped, queue_size=10)
self.offsetPub = rospy.Publisher(util.topicName("mavros_local_pose_fusion", "offset"), PointStamped, queue_size=10)
self.offset = None
self.localPose = PoseModel()
self.localEnuPose = PoseModel()
#tick posee are the poses at the time that we get positioning data.
self.enuTickPose = PoseModel()
self.localTickPose = PoseModel()
self.r = euler_matrix(0, 0, math.pi/-2)
#eof
def localCb(self, data):
self.localPose.setPoseStamped(data)
if(not (self.enuTickPose.isNone() or self.offset is None)):
t = self.localPose.getTranslation()
q = self.enuTickPose.getQuaternion()
q = quaternion_matrix(q)
t = translation_matrix(t)
self.localEnuPose.setMatrix(numpy.dot(q,t))
t = self.localEnuPose.getTranslation()
t[0] -= self.offset[0]
t[1] -= self.offset[1]
t[2] -= self.offset[2]
q = self.localEnuPose.getQuaternion()
self.localEnuPose.setTranslationQuaternion(t, q)
p = PointStamped()
p.point.x = self.offset[0]
p.point.y = self.offset[1]
p.point.z = self.offset[2]
p.header = Header(0, rospy.rostime.get_rostime(), "world")
self.offsetPub.publish(p)
self.localEnuPub.publish(self.localEnuPose.getPoseStamped())
#eof
def calculateOffset(self):
if(not (self.enuTickPose.isNone() or self.localTickPose.isNone())):
t = self.localTickPose.getTranslation()
q = self.enuTickPose.getQuaternion()
t = translation_matrix(t)
q = quaternion_matrix(q)
rp = PoseModel(numpy.dot(q,t))
t1 = rp.getTranslation()
t2 = self.enuTickPose.getTranslation()
self.offset = [t1[0]-t2[0], t1[1]-t2[1], t1[2]-t2[2]]
rospy.logwarn(self.offset)
#eof
def enuCb(self, data):
self.enuTickPose.setPoseStamped(data)
self.calculateOffset()
self.localTickPose.setMatrix(self.localPose.getMatrix())
#eof
#eoc
