I'm trying to use several wiimotes on Rpi3 and I can do a lot of things with xwiimote. Thanks !
Prevously I've used Cwiid which always gives the same amount of MP and ACCEL messages.
I'm now going into xwiimote because I have RVL-CNT-01-TR wiimotes.
But by using the polling system as in our python binding example, i'm always getting more MotionPlus messages than Accelerometer messages.
Below is a reducted code i've made to demonstrate the issue.
IThere's a dynamic layer (because nbr of wiimote is not always the same) but I've isolated the first wiimote to count the messages :
p = poll()
evt = xwiimote.event()
for interface in interfaces :
p.register(interface.get_fd(), POLLIN)
MP_event = 0
AC_event = 0
while transmission :
p.poll()
wm = 0
for interface in interfaces :
try:
interface.dispatch(evt)
if wm == 0 :
if evt.type == xwiimote.EVENT_MOTION_PLUS:
MP_event +=1
elif evt.type == xwiimote.EVENT_ACCEL:
AC_event +=1
except IOError as e:
if e.errno != errno.EAGAIN:
print "Bad"
wm +=1
print MP_event, AC_event
MP_event is always growing faster than AC_event.
Any idea on the reason and something I can do to recover the same amounts ?
Hi,
I'm trying to use several wiimotes on Rpi3 and I can do a lot of things with xwiimote. Thanks !
Prevously I've used Cwiid which always gives the same amount of MP and ACCEL messages. I'm now going into xwiimote because I have RVL-CNT-01-TR wiimotes.
But by using the polling system as in our python binding example, i'm always getting more MotionPlus messages than Accelerometer messages.
Below is a reducted code i've made to demonstrate the issue. IThere's a dynamic layer (because nbr of wiimote is not always the same) but I've isolated the first wiimote to count the messages :
MP_event is always growing faster than AC_event. Any idea on the reason and something I can do to recover the same amounts ?
Best regards,
Franck