def done(self):
return self.done_
print(" getURI: " + str(pdev.getURI()))
print(" getURI (w/ property): " + str(pdev.uri))
print(" getResolution (in ppi): " + str(pdev.getResolution()))
print(" getResolution (w/ property): " + str(pdev.resolution))
print(" frequency (in Hz): " + str(pdev.getUpdateFrequency()))
print(" frequency (w/ property): " + str(pdev.updatefrequency))
print("Move the PointingDevice to test or CTRL-C to exit")
ocb = ObjectCB("Roger")
pdev.setCallback(ocb)
while not ocb.done():
PointingDevice.idle(1000)
print("========= Testing Transfer Function =========")
def cb_fct(timestamp, dx, dy, button):
rx, ry = tfct.apply(dx, dy, timestamp)
print("%s: %d %d %d -> %d %d" % (str(timestamp), dx, dy, button, rx, ry))
print("Move the mouse of Press CTRL+C to exit")
PointingDevice.idle(1000)
pdev.setCallback(cb_fct)
for i in range(0, 100):
PointingDevice.idle(1000)
# -*- coding: utf-8 -*-
from pylibpointing import PointingDevice, DisplayDevice, TransferFunction
from pylibpointing import PointingDeviceManager, PointingDeviceDescriptor
import sys
def cb_man(desc, wasAdded):
print desc
print "was added" if wasAdded else "was removed"
pm = PointingDeviceManager()
PointingDevice.idle(100)
pm.addDeviceUpdateCallback(cb_man)
for desc in pm:
print desc
"""
for desc in pm:
print desc.devURI
print desc.vendor, desc.product
pdev = PointingDevice(desc.uri)
"""
pdev = PointingDevice("any:")
ddev = DisplayDevice.create("any:")
tfct = TransferFunction("system:", pdev, ddev)
def cb_fct(timestamp, dx, dy, button):
