def wiimote_loop(ev, cf):
ev.subscribe(ABS_POS, ev_abs_pos);
ev.subscribe(WM_BT, ev_wm_bt);
while(True):
btaddr = sys.stdin.readline().rstrip();
if (not btaddr):
for addr in cf['KNOWN_WIIMOTES']:
if ((not addr in connected_wiimotes) or
(not connected_wiimotes[addr].running)):
btaddr = addr;
break;
if (btaddr):
print "Connecting to " + btaddr;
cf['MY_WIIMOTE_ADDR'] = btaddr
wm = WMManager( cf, ev ) # Handles the Wiimote; connects to it, manages wiimote state and mode, parses wiimote reports
po = POManager( cf, ev, wm.id ) # Handles the pointer, receives WM_IR, sends out ABS_POS absolute position reports
try:
if wm.connect() and wm.setup():
thread.start_new_thread(wm.main_loop, ())
players[wm.id] = Player(next_start(), wm.id % 2 );
connected_wiimotes[btaddr] = wm;
except Exception, reason:
# continue the thread
print "Exception: " + str(reason);
def __init__( self ):
cf = CFG # This contains the configuration. At this time, many config variables are being ignored.
ev = EVDispatcher( cf ) # In a way this is the core of the program. It dispatches events between each module
# allowing for communications between each part of the program. It also loads
# EventBridges, which route events like mouse position or clicks to the OS
ui = UIManager( cf, ev ) # Loads one or more user interfaces
cm = CommandMapper( cf, ev ) # Maps Wiimote keys and other events to commands like key presses or clicks
while(True):
btaddr = sys.stdin.readline()
cf['MY_WIIMOTE_ADDR'] = btaddr.rstrip()
if (cf['MY_WIIMOTE_ADDR']):
wm = WMManager( cf, ev ) # Handles the Wiimote; connects to it, manages wiimote state and mode, parses wiimote reports
#ms = MSManager( cf, ev, wm.id ) # Motion analysis
po = POManager( cf, ev, wm.id ) # Handles the pointer, receives WM_IR, sends out ABS_POS absolute position reports
if wm.connect() and wm.setup():
thread.start_new_thread(wm.main_loop, ())
wm.disconnect()
def __init__(self):
""""""
cf = CFG # This contains the configuration. At this time, many config variables are being ignored.
ev = EVDispatcher(cf) # In a way this is the core of the program. It dispatches events between each module
# allowing for communications between each part of the program. It also loads
# EventBridges, which route events like mouse position or clicks to the OS
UIManager(cf, ev) # Loads one or more user interfaces
MSManager(cf, ev) # Motion analysis
POManager(cf, ev) # Handles the pointer, receives WM_IR, sends out ABS_POS absolute position reports
wm = WMManager(cf, ev) # Handles the Wiimote; connects to it, manages state and mode, parses reports
CommandMapper(cf, ev) # Maps Wiimote keys and other events to commands like key presses or clicks
if wm.connect() and wm.setup():
wm.main_loop()
wm.disconnect()
elif buttons[0] == "L":
os.popen2("xsendkeycode "+str(codeL)+" 0")
elif buttons[0] == "R":
os.popen2("xsendkeycode "+str(codeR)+" 0")
def motion(accData):
print accData['z']
#WiimoteSensitivityDelay += 1
if accData['z'] > 220:
print "cambiando slide"
os.popen2("xsendkeycode "+str(codeR)+" 1")
os.popen2("xsendkeycode "+str(codeR)+" 0")
#WiimoteSensitivityDelay = 0
cf = CFG
ev = EVDispatcher(cf)
ev.subscribe( WM_BT, wii_buttons)
ev.subscribe( WM_ACC, motion)
#Usar el mapper para mapear y no os.popen2
ms = MSManager( cf, ev )
wm = WMManager(cf, ev)
wm.connect()
wm.setup()
wm.main_loop()
elif buttons[0] == "L":
os.popen2("xsendkeycode " + str(codeL) + " 0")
elif buttons[0] == "R":
os.popen2("xsendkeycode " + str(codeR) + " 0")
def motion(accData):
print accData['z']
#WiimoteSensitivityDelay += 1
if accData['z'] > 220:
print "cambiando slide"
os.popen2("xsendkeycode " + str(codeR) + " 1")
os.popen2("xsendkeycode " + str(codeR) + " 0")
#WiimoteSensitivityDelay = 0
cf = CFG
ev = EVDispatcher(cf)
ev.subscribe(WM_BT, wii_buttons)
ev.subscribe(WM_ACC, motion)
#Usar el mapper para mapear y no os.popen2
ms = MSManager(cf, ev)
wm = WMManager(cf, ev)
wm.connect()
wm.setup()
wm.main_loop()