Best Python code snippet using yandex-tank
hilbert.py
Source: hilbert.py
...8 self.shape = shape9 self.direction = 110 self.leaf = leaf11 if shape:12 self.change_shape(shape, direction=1)13 def change_shape(self, shape, direction):14 self.shape = shape15 self.direction = direction16 if shape == 'D':17 if self.nw:18 self.nw.change_shape('U', 1)19 if self.ne:20 self.ne.change_shape('D', 1)21 if self.sw:22 self.sw.change_shape('N', -1)23 if self.se:24 self.se.change_shape('D', 1)25 elif shape == 'U':26 if self.nw:27 self.nw.change_shape('D', 1)28 if self.ne:29 self.ne.change_shape('E', -1)30 if self.sw:31 self.sw.change_shape('U', 1)32 if self.se:33 self.se.change_shape('U', 1)34 elif shape == 'N':35 if self.nw:36 self.nw.change_shape('N', 1)37 if self.ne:38 self.ne.change_shape('N', 1)39 if self.sw:40 self.sw.change_shape('D', -1)41 if self.se:42 self.se.change_shape('E', 1)43 elif shape == 'E':44 if self.nw:45 self.nw.change_shape('E', 1)46 if self.ne:47 self.ne.change_shape('U', -1)48 if self.sw:49 self.sw.change_shape('E', 1)50 if self.se:51 self.se.change_shape('N', 1)52 else:53 raise ValueError54 def get_path(self):55 if self.leaf is not None:56 return self.leaf57 nw = self.nw.get_path() if self.nw else []58 ne = self.ne.get_path() if self.ne else []59 sw = self.sw.get_path() if self.sw else []60 se = self.se.get_path() if self.se else []61 if self.shape == 'D':62 path = nw + ne + se + sw63 elif self.shape == 'U':64 path = nw + sw + se + ne65 elif self.shape == 'N':...
BatchNormalization.py
Source: BatchNormalization.py
...58 else :59 now_mean = self.mean60 now_var = self.var61 # change shape to fit input shape62 now_mean = self.change_shape(now_mean)63 now_var = self.change_shape(now_var)64 now_gamma = self.change_shape(self.gamma)65 now_beta = self.change_shape(self.beta)66 67 output = now_gamma * (input - now_mean) / T.sqrt(now_var+epsilon) + now_beta68 69 return output70 # changing shape for CNN mode71 def change_shape(self, vec) :...
moving.py
Source: moving.py
...24 print("new shape added: {}".format(image))25 self.turtle.penup()26 self.turtle.setx(x)27 self.turtle.sety(y)28 def change_shape(self, new_shape):29 global shapes30 try:31 self.turtle.shape(new_shape)32 except:33 if new_shape not in shapes:34 shapes.append(new_shape)35 screen.addshape(new_shape)36 self.turtle.shape(new_shape)37 print("new shape added: {}".format(new_shape))38if __name__ == "__main__":39 my_t2 = new_turtle(-20, -20, cut_free)40 time.sleep(1)41 my_t = new_turtle(10, 100, robot)42 my_t.turtle.speed("slowest")43 my_t.change_shape(robot_busy)44 my_t.turtle.forward(0)45 my_t.turtle.goto(my_t2.turtle.xcor(), my_t2.turtle.ycor())46 my_t2.change_shape(cut_busy)47 time.sleep(5)48 my_t2.change_shape(cut_free)49 my_t.turtle.goto(10, 100)50 my_t.change_shape(robot)...
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