def get_screen_with_mouse_index():
mouseLocation = NSEvent.mouseLocation()
screens = NSScreen.screens()
for i, screen in enumerate(screens):
if NSMouseInRect(mouseLocation, screen.frame(), False):
return i
return 0
def mouseLocation(isTopCoordinates=True):
if (isTopCoordinates):
mLoc = getMouseLoc()
return (mLoc.x, mLoc.y)
else:
mLoc = NSEvent.mouseLocation()
return (mLoc.x, mLoc.y)
def mouseLocation(isTopCoordinates = True): if (isTopCoordinates): mLoc = getMouseLoc() return (mLoc.x,mLoc.y) else: mLoc = NSEvent.mouseLocation() return (mLoc.x,mLoc.y)
def mouseClickCallback(proxy, type_, event, refcon):
global break_counter
# Get mouse click event
mouseEvent = NSEvent.mouseLocation()
if mouseEvent is None:
pass
else:
# Save coordinates and time of clicking when cmd+r has been pressed
if cmd_first == False:
x = mouseEvent.x
y = mouseEvent.y
time = datetime.datetime.now()
dt = time - time_0
info = [time, x, y]
event_list.append(info)
if ROIx_min <= x <= ROIx_max and ROIy_min <= y <= ROIy_max:
# Save second copy of clicks within ROI
event_ROI.append(info)
print('ROI', info)
elif YESx_min <= x <= YESx_max and YESy_min <= y <= YESy_max:
event_YES.append(info)
print('YES', info)
elif NOx_min <= x <= NOx_max and NOy_min <= y <= NOy_max:
event_NO.append(info)
print('NO', info)
break_counter = 0
def cursor_position():
"""Get the current mouse position.
Returns:
Tuple of the x and y coordinates of the mouse cursor.
"""
d = NSEvent.mouseLocation()
return (d.x, d.y)
def __init__(self, ns_event):
self._ns_event = ns_event
_ns_type = ns_event.type()
kind = _ns_event_type_to_kind[_ns_type]
self.kind = kind
self.time = ns_event.timestamp()
ns_window = ns_event.window()
is_mouse_event = kind in _mouse_events
if is_mouse_event:
ns_win_pos = ns_event.locationInWindow()
x, y = ns_window.convertBaseToScreen_(ns_win_pos)
else:
ns_last_mouse = Globals.ns_last_mouse_moved_event
if ns_last_mouse:
ns_window = ns_last_mouse.window()
if ns_window:
ns_win_pos = ns_last_mouse.locationInWindow()
x, y = ns_window.convertBaseToScreen_(ns_win_pos)
else:
x, y = ns_last_mouse.locationInWindow()
else:
x, y = NSEvent.mouseLocation()
h = Globals.ns_screen_height
self.global_position = (x, h - y)
if is_mouse_event:
self.button = _ns_event_type_to_button.get(_ns_type, '')
if kind == 'mouse_down':
self.num_clicks = ns_event.clickCount()
self.delta = (ns_event.deltaX(), ns_event.deltaY())
ns_flags = ns_event.modifierFlags()
self.shift = self.extend_contig = (ns_flags & NSShiftKeyMask) <> 0
self.control = (ns_flags & NSControlKeyMask) <> 0
self.command = self.extend_noncontig = (ns_flags
& NSCommandKeyMask) <> 0
self.option = (ns_flags & NSAlternateKeyMask) <> 0
if kind in _key_events:
self.auto = ns_event.isARepeat()
ns_chars = ns_event.characters()
#print "Event.__init__: ns_chars =", repr(ns_chars) ###
self.unichars = ns_chars
if len(ns_chars) == 1:
if ns_chars == "\x19" and ns_event.keyCode() == 48:
self.char = "\t"
elif ns_chars == "\x7f":
self.char = "\x08"
elif ns_chars <= "\x7e":
self.char = str(ns_chars)
#else:
# self.char = ns_chars
ns_unmod = ns_event.charactersIgnoringModifiers()
key = _ns_keycode_to_keyname.get(ns_chars, '')
if not key and u"\x20" <= ns_unmod <= u"\x7e":
key = str(ns_unmod)
self.key = key
if key == 'enter':
self.char = "\r"
elif key == 'delete':
self.char = "\x7f"
def __init__(self, ns_event):
self._ns_event = ns_event
_ns_type = ns_event.type()
kind = _ns_event_type_to_kind[_ns_type]
self.kind = kind
self.time = ns_event.timestamp()
ns_window = ns_event.window()
is_mouse_event = kind in _mouse_events
if is_mouse_event:
ns_win_pos = ns_event.locationInWindow()
x, y = ns_window.convertBaseToScreen_(ns_win_pos)
else:
ns_last_mouse = Globals.ns_last_mouse_moved_event
if ns_last_mouse:
ns_window = ns_last_mouse.window()
if ns_window:
ns_win_pos = ns_last_mouse.locationInWindow()
x, y = ns_window.convertBaseToScreen_(ns_win_pos)
else:
x, y = ns_last_mouse.locationInWindow()
else:
x, y = NSEvent.mouseLocation()
h = Globals.ns_screen_height
self.global_position = (x, h - y)
if is_mouse_event:
self.button = _ns_event_type_to_button.get(_ns_type, '')
if kind == 'mouse_down':
self.num_clicks = ns_event.clickCount()
self.delta = (ns_event.deltaX(), ns_event.deltaY())
ns_flags = ns_event.modifierFlags()
self.shift = self.extend_contig = (ns_flags & NSShiftKeyMask) <> 0
self.control = (ns_flags & NSControlKeyMask) <> 0
self.command = self.extend_noncontig = (ns_flags & NSCommandKeyMask) <> 0
self.option = (ns_flags & NSAlternateKeyMask) <> 0
if kind in _key_events:
self.auto = ns_event.isARepeat()
ns_chars = ns_event.characters()
#print "Event.__init__: ns_chars =", repr(ns_chars) ###
self.unichars = ns_chars
if len(ns_chars) == 1:
if ns_chars == "\x19" and ns_event.keyCode() == 48:
self.char = "\t"
elif ns_chars == "\x7f":
self.char = "\x08"
elif ns_chars <= "\x7e":
self.char = str(ns_chars)
#else:
# self.char = ns_chars
ns_unmod = ns_event.charactersIgnoringModifiers()
key = _ns_keycode_to_keyname.get(ns_chars, '')
if not key and u"\x20" <= ns_unmod <= u"\x7e":
key = str(ns_unmod)
self.key = key
if key == 'enter':
self.char = "\r"
elif key == 'delete':
self.char = "\x7f"
def location(self):
loc = NSEvent.mouseLocation()
return loc.x, Quartz.CGDisplayPixelsHigh(0) - loc.y
def position():
loc = NSEvent.mouseLocation()
return loc.x, CGDisplayPixelsHigh(0) - loc.y
else:
pid = None
while 1:
app = NSWorkspace.sharedWorkspace().activeApplication()
if pid != app['NSApplicationProcessIdentifier']:
pid = app['NSApplicationProcessIdentifier']
winList = CGWindowListCopyWindowInfo(kCGWindowListOptionOnScreenOnly,
kCGNullWindowID)
activeWin = None
for win in winList:
# print 'win:', win
if win['kCGWindowOwnerPID'] == pid and \
win['kCGWindowAlpha'] != 0 and win['kCGWindowLayer'] == 0:
print win
activeWin = win
break
if activeWin:
bounds = activeWin['kCGWindowBounds']
loc = NSEvent.mouseLocation()
loc.y = 1080 - loc.y # this might need to be tweaked depending on layout of displays
print (app['NSApplicationName'], bounds['X'], bounds['Y'], bounds['Width'], bounds['Height']), (loc.x, loc.y)
if loc.x < bounds['X'] or loc.x >= bounds['X'] + bounds['Width'] or \
loc.y < bounds['Y'] or loc.y >= bounds['Y'] + bounds['Height']:
x = bounds['X'] + bounds['Width']/2
y = bounds['Y'] + bounds['Height']/2
print 'move to', (x, y)
mousemove(x, y)
time.sleep(0.2)
def getPosition(self):
loc = NSEvent.mouseLocation()
return (loc.x, CGDisplayPixelsHigh(0) - loc.y)
def _position_get(self):
pos = NSEvent.mouseLocation()
return pos.x, Quartz.CGDisplayPixelsHigh(0) - pos.y
def position(self):
location = NSEvent.mouseLocation()
return int(location.x), int(CG.CGDisplayPixelsHigh(0) - location.y)
def get_cursor_pos():
d = NSEvent.mouseLocation()
return (d.x, d.y)
def position(self):
loc = NSEvent.mouseLocation()
return loc.x, Quartz.CGDisplayPixelsHigh(0) - loc.y
def _position_get(self):
pos = NSEvent.mouseLocation()
return pos.x, Quartz.CGDisplayPixelsHigh(0) - pos.y
def position(): loc = NSEvent.mouseLocation() return Point(loc.x, CGDisplayPixelsHigh(0) - loc.y)
