def calc_move(self):
if not hasattr(self, "vpoint"):
return False
x, y = mouse.position()
"""
# If the difference between the new point and the last point is less than the threshold:
if -self.threshold < self.point.rel_diff.x < self.threshold or -self.threshold < self.point.rel_diff.y < self.threshold:
self.same_location_count+=1
# If the point has been in the same location for more than 5 frames:
if self.same_location_count > 5:
mouse.move(x,y) # Leave the mouse in the same location
return False
"""
par = ["width", "height"]
new_x, new_y = [
(float(poss) / self.vscreen[par[i]]) * env.screen[par[i]]
for i, poss in enumerate([(self.vscreen["width"] / 2) -
(self.center["x"] - self.vpoint["x"]),
(self.vscreen["height"] / 2) -
(self.center["y"] - self.vpoint["y"])])
]
mouse.move(new_x, new_y)
def calc_move(self):
if not hasattr(self, "vpoint"):
return False
x, y = mouse.position()
par = ["width", "height"]
new_x, new_y = [ (float(poss)/self.vscreen[par[i]])*env.screen[par[i]]
for i,poss in enumerate([ (self.vscreen["width"]/2) - ( self.center["x"] - self.vpoint["x"]),
(self.vscreen["height"]/2) - ( self.center["y"] - self.vpoint["y"] ) ])]
mouse.move( new_x, new_y)
def calc_move(self):
if not hasattr(self, "vpoint"):
return False
x, y = mouse.position()
par = ["width", "height"]
new_x, new_y = [
(float(poss) / self.vscreen[par[i]]) * env.screen[par[i]]
for i, poss in enumerate([(self.vscreen["width"] / 2) -
(self.center["x"] - self.vpoint["x"]),
(self.vscreen["height"] / 2) -
(self.center["y"] - self.vpoint["y"])])
]
mouse.move(new_x, new_y)
def calc_move(self):
if not hasattr(self, "vpoint"):
return False
x, y = mouse.position()
par = ["width", "height"]
if self.vpoint["x"] > (self.safe_area["x"] + 20):
x = x + abs((self.safe_area["x"] + 20) - self.vpoint["x"])
elif self.vpoint["x"] < self.safe_area["x"]:
x = x - abs((self.safe_area["x"]) - self.vpoint["x"])
if self.vpoint["y"] > (self.safe_area["y"] + 20):
y = y + abs((self.safe_area["y"] + 20) - self.vpoint["y"])
elif self.vpoint["y"] < self.safe_area["y"]:
y = y - abs((self.safe_area["y"]) - self.vpoint["y"])
mouse.move(x, y)
def calc_move(self):
if not hasattr(self, "vpoint"):
return False
x, y = mouse.position()
par = ["width", "height"]
if self.vpoint["x"] > (self.safe_area["x"] + 20):
x = x + abs((self.safe_area["x"] + 20) - self.vpoint["x"])
elif self.vpoint["x"] < self.safe_area["x"]:
x = x - abs((self.safe_area["x"]) - self.vpoint["x"])
if self.vpoint["y"] > (self.safe_area["y"] + 20):
y = y + abs((self.safe_area["y"] + 20) - self.vpoint["y"])
elif self.vpoint["y"] < self.safe_area["y"]:
y = y - abs((self.safe_area["y"]) - self.vpoint["y"])
mouse.move( x, y)
def calc_move(self):
if not hasattr(self, "vpoint"):
return False
x, y = mouse.position()
"""
# If the difference between the new point and the last point is less than the threshold:
if -self.threshold < self.point.rel_diff.x < self.threshold or -self.threshold < self.point.rel_diff.y < self.threshold:
self.same_location_count+=1
# If the point has been in the same location for more than 5 frames:
if self.same_location_count > 5:
mouse.move(x,y) # Leave the mouse in the same location
return False
"""
par = ["width", "height"]
new_x, new_y = [ (float(poss)/self.vscreen[par[i]])*env.screen[par[i]]
for i,poss in enumerate([ (self.vscreen["width"]/2) - ( self.center["x"] - self.vpoint["x"]),
(self.vscreen["height"]/2) - ( self.center["y"] - self.vpoint["y"] ) ])]
mouse.move( new_x, new_y)
