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)...Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
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