def __init__(self, state=None):
PyMouseEvent.__init__(self)
self._sp = screen_pixel.screen_pixel()
self._state = state
self._first_click = True
# [Trying to account for differences in OSX/Windows]:
if sys.platform == 'darwin':
self._y_offset = 0 #-40 #-80 #-75 ???
else:
self._y_offset = -30
if state == 'mouse_actionbar':
print(
'[Go click your fishing_pole on your actionbar! Come back here!]'
)
self._yield_skills = self.yield_actionbar_skills()
elif state == 'scanarea' or state == 'health' or state == 'login':
print(
'[Calibrating {0}: Click at the top-left of the area, then click on the lower-right area you want to scan.]'
.format(state))
elif state == 'tooltip':
self._sp.capture()
self._nemo = self._sp._numpy
print(
'Click at the top-left of the tooltip, then again on the lower-right of the tooltip.]'
)
else:
print('[mouse_calibrator started without state]')
sys.exit(1)
def __init__(self, state=None):
PyMouseEvent.__init__(self)
self._sp = screen_pixel.screen_pixel()
self._state = state
# [Trying to account for differences in OSX/Windows]:
if sys.platform == 'darwin':
self._y_offset = -80 #-75 ???
else:
self._y_offset = -30
if state == 'mouse_actionbar':
print(
'[Go click your fishing_pole on your actionbar! Come back here!]'
)
self._yield_skills = self.yield_actionbar_skills()
elif state == 'scanarea' or state == 'health' or state == 'login':
print(
'[Calibrating {0}: Click at the top-left of the area, && drag to lower-right and release click.]'
.format(state))
self._sp.capture()
self._nemo = self._sp._numpy
# [Windows might need this at 50% in WoW too?]:
if sys.platform == 'darwin':
self._nemo = self._sp.resize_image(self._nemo,
scale_percent=50)
cv2.imshow('Calibrate {0}'.format(state), self._nemo)
cv2.moveWindow('Calibrate {0}'.format(state), 0, 0)
elif state == 'tooltip':
print(
'Click at the top-left of the tooltip, && drag to lower-right and release.]'
)
self._sp.capture(
) #Capture so we can get width/height, pass in the numpy array:
self._nemo = self._sp.grab_rect(
{
"x": int(self._sp._width / 2),
"y": int(self._sp._height / 2)
}, {
"x": int(self._sp._width),
"y": int(self._sp._height)
},
mod=1,
nemo=self._sp._numpy)
cv2.imshow('Calibrate Tooltip', self._nemo)
cv2.moveWindow('Calibrate Tooltip', 0, 0)
else:
print('[mouse_calibrator started without state]')
sys.exit(1)
def __init__(self, file_name=None, save_npz=False):
self._action_items = []
self._action_memory = []
self._save_npz = save_npz
self._file_name = file_name
self._sp = screen_pixel.screen_pixel()
self._omni = omni_listener.omni_listener(self)
# [Get screen info]: (Can Wrap action_items[] with header in save_sequence so we can use this info for replay normalization(?))
(_os, _resolution, _retina) = self._sp._get_screen_info()
self._OS = _os
self._RETINA = _retina
self._RESOLUTION = _resolution
print('_OS: {0}'.format(_os))
print('_RETINA: {0}'.format(_retina))
print('_RESOLUTION: {0}'.format(_resolution))
def __init__(self):
self.sp = screen_pixel.screen_pixel()
self.pa = pyaudio.PyAudio()
self.setup_audio()