def connectDevice():
serverAddress = KinectTest_TextFieldGrp_ServerAddress.getText()
serverAddress = serverAddress + ":" + str(KinectTest_IntFieldGrp_Port.getValue1())
pm.defineDataServer(s=serverAddress,d='KinectCapture')
#melGlobals.initVar( 'string[]', 'KinectSkelNames' )
i=0
for i in range(0,24):
pm.attachDeviceAttr((KinectSkelNames[i] + ".translateX"),ax=(KinectSkelNames[i] + "_POS:X"),d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_POS:X"),scale=-0.01,d="KinectCapture",at=(KinectSkelNames[i] + ".translateX"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".translateY"),ax=(KinectSkelNames[i] + "_POS:Y"),d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_POS:Y"),scale=+0.01,d="KinectCapture",at=(KinectSkelNames[i] + ".translateY"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".translateZ"),ax=(KinectSkelNames[i] + "_POS:Z"),d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_POS:Z"),scale=-0.01,d="KinectCapture",at=(KinectSkelNames[i] + ".translateZ"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".rotateX"),ax=(KinectSkelNames[i] + "_ORI:X"),d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_ORI:X"),scale=-1.0,d="KinectCapture",at=(KinectSkelNames[i] + ".rotateX"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".rotateY"),ax=(KinectSkelNames[i] + "_ORI:Y"),d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_ORI:Y"),scale=-1.0,d="KinectCapture",at=(KinectSkelNames[i] + ".rotateY"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".rotateZ"),ax=(KinectSkelNames[i] + "_ORI:Z"),d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_ORI:Z"),scale=-1.0,d="KinectCapture",at=(KinectSkelNames[i] + ".rotateZ"))
pm.attachDeviceAttr("KINECT_HAND.translateX",ax="HAND_POS:X",d="KinectCapture")
pm.setAttrMapping(ax="HAND_POS:X",scale=1.3,d="KinectCapture",at="KINECT_HAND.translateX")
pm.attachDeviceAttr("KINECT_HAND.translateY",ax="HAND_POS:Y",d="KinectCapture")
pm.setAttrMapping(ax="HAND_POS:Y",scale=1.3,d="KinectCapture",at="KINECT_HAND.translateY")
pm.attachDeviceAttr("KINECT_HAND.translateZ",ax="HAND_POS:Z",d="KinectCapture")
pm.setAttrMapping(ax="HAND_POS:Z",scale=1.3,d="KinectCapture",at="KINECT_HAND.translateZ")
Recording = True
print Recording
def connectDevice():
serverAddress = KinectTest_TextFieldGrp_ServerAddress.getText()
serverAddress = serverAddress + ":" + str(
KinectTest_IntFieldGrp_Port.getValue1())
pm.defineDataServer(s=serverAddress, d='KinectCapture')
#melGlobals.initVar( 'string[]', 'KinectSkelNames' )
i = 0
for i in range(0, 24):
pm.attachDeviceAttr((KinectSkelNames[i] + ".translateX"),
ax=(KinectSkelNames[i] + "_POS:X"),
d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_POS:X"),
scale=-0.01,
d="KinectCapture",
at=(KinectSkelNames[i] + ".translateX"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".translateY"),
ax=(KinectSkelNames[i] + "_POS:Y"),
d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_POS:Y"),
scale=+0.01,
d="KinectCapture",
at=(KinectSkelNames[i] + ".translateY"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".translateZ"),
ax=(KinectSkelNames[i] + "_POS:Z"),
d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_POS:Z"),
scale=-0.01,
d="KinectCapture",
at=(KinectSkelNames[i] + ".translateZ"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".rotateX"),
ax=(KinectSkelNames[i] + "_ORI:X"),
d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_ORI:X"),
scale=-1.0,
d="KinectCapture",
at=(KinectSkelNames[i] + ".rotateX"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".rotateY"),
ax=(KinectSkelNames[i] + "_ORI:Y"),
d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_ORI:Y"),
scale=-1.0,
d="KinectCapture",
at=(KinectSkelNames[i] + ".rotateY"))
pm.attachDeviceAttr((KinectSkelNames[i] + ".rotateZ"),
ax=(KinectSkelNames[i] + "_ORI:Z"),
d="KinectCapture")
pm.setAttrMapping(ax=(KinectSkelNames[i] + "_ORI:Z"),
scale=-1.0,
d="KinectCapture",
at=(KinectSkelNames[i] + ".rotateZ"))
pm.attachDeviceAttr("KINECT_HAND.translateX",
ax="HAND_POS:X",
d="KinectCapture")
pm.setAttrMapping(ax="HAND_POS:X",
scale=1.3,
d="KinectCapture",
at="KINECT_HAND.translateX")
pm.attachDeviceAttr("KINECT_HAND.translateY",
ax="HAND_POS:Y",
d="KinectCapture")
pm.setAttrMapping(ax="HAND_POS:Y",
scale=1.3,
d="KinectCapture",
at="KINECT_HAND.translateY")
pm.attachDeviceAttr("KINECT_HAND.translateZ",
ax="HAND_POS:Z",
d="KinectCapture")
pm.setAttrMapping(ax="HAND_POS:Z",
scale=1.3,
d="KinectCapture",
at="KINECT_HAND.translateZ")
Recording = True
print Recording
def SwitchPerspective():
print "SwitchPerpective"
#Attach attribute and set mapping of camera's position("SKEL_HEAD") and orientation("SKEL_NECK")
pm.attachDeviceAttr(("camera1" + ".translateX"),ax=("SKEL_HEAD" + "_POS:X"),d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_POS:X"),scale=-0.01,d="KinectCapture",at=("camera1" + ".translateX"))
pm.attachDeviceAttr(("camera1" + ".translateY"),ax=("SKEL_HEAD" + "_POS:Y"),d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_POS:Y"),scale=+0.01,d="KinectCapture",at=("camera1" + ".translateY"))
pm.attachDeviceAttr(("camera1" + ".translateZ"),ax=("SKEL_HEAD" + "_POS:Z"),d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_POS:Z"),scale=-0.01,d="KinectCapture",at=("camera1" + ".translateZ"))
pm.attachDeviceAttr(("camera1"+".rotateX"),ax=("SKEL_HEAD" + "_ORI:X"),d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_ORI:X"),scale=-1.0,d="KinectCapture",at=("camera1"+".rotateX"))
pm.attachDeviceAttr(("camera1"+".rotateY"),ax=("SKEL_HEAD" + "_ORI:Y"),d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_ORI:Y"),scale=1.0,d="KinectCapture",at=("camera1"+".rotateY"))
pm.attachDeviceAttr(("camera1"+".rotateZ"),ax=("SKEL_HEAD" + "_ORI:Z"),d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_ORI:Z"),scale=-1.0,d="KinectCapture",at=("camera1"+".rotateZ"))
'''
def SwitchPerspective():
print "SwitchPerpective"
#Attach attribute and set mapping of camera's position("SKEL_HEAD") and orientation("SKEL_NECK")
pm.attachDeviceAttr(("camera1" + ".translateX"),
ax=("SKEL_HEAD" + "_POS:X"),
d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_POS:X"),
scale=-0.01,
d="KinectCapture",
at=("camera1" + ".translateX"))
pm.attachDeviceAttr(("camera1" + ".translateY"),
ax=("SKEL_HEAD" + "_POS:Y"),
d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_POS:Y"),
scale=+0.01,
d="KinectCapture",
at=("camera1" + ".translateY"))
pm.attachDeviceAttr(("camera1" + ".translateZ"),
ax=("SKEL_HEAD" + "_POS:Z"),
d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_POS:Z"),
scale=-0.01,
d="KinectCapture",
at=("camera1" + ".translateZ"))
pm.attachDeviceAttr(("camera1" + ".rotateX"),
ax=("SKEL_HEAD" + "_ORI:X"),
d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_ORI:X"),
scale=-1.0,
d="KinectCapture",
at=("camera1" + ".rotateX"))
pm.attachDeviceAttr(("camera1" + ".rotateY"),
ax=("SKEL_HEAD" + "_ORI:Y"),
d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_ORI:Y"),
scale=1.0,
d="KinectCapture",
at=("camera1" + ".rotateY"))
pm.attachDeviceAttr(("camera1" + ".rotateZ"),
ax=("SKEL_HEAD" + "_ORI:Z"),
d="KinectCapture")
pm.setAttrMapping(ax=("SKEL_HEAD" + "_ORI:Z"),
scale=-1.0,
d="KinectCapture",
at=("camera1" + ".rotateZ"))
'''
