def default_action(self):
LaserScanner.default_action(self)
self.local_data['range']=mean(self.local_data['range_list'])
self.local_data['incidence']=self._rot+90-self.scan_coverage/2
self.bge_object.applyRotation([0,radians(self.angle_per_ping),0],True)
self._rot+=self.angle_per_ping
if self._rot > self.scan_coverage :
self.bge_object.applyRotation([0,-radians(self._rot),0],True)
self._rot = 0
def default_action(self):
LaserScanner.default_action(self)
self.local_data['range'] = mean(self.local_data['range_list'])
self.local_data['incidence'] = self._rot + 90 - self.scan_coverage / 2
self.bge_object.applyRotation([0, radians(self.angle_per_ping), 0],
True)
self._rot += self.angle_per_ping
if self._rot > self.scan_coverage:
self.bge_object.applyRotation([0, -radians(self._rot), 0], True)
self._rot = 0
def __init__(self, obj, parent=None):
logger.info("%s initialization" % obj.name)
# Call the constructor of the parent class
LaserScanner.__init__(self, obj, parent)
self.bge_object.applyRotation(
[0, radians(90 - self.scan_coverage / 2), 0], True)
def __init__(self, obj, parent=None):
logger.info("%s initialization" % obj.name)
# Call the constructor of the parent class
LaserScanner.__init__(self, obj, parent)
self.bge_object.applyRotation([0,radians(90-self.scan_coverage/2),0],True)
