Best Python code snippet using SeleniumBase
Circuit.py
Source:Circuit.py
...96 values = dict()97class CircuitRAW(Circuit):98 def __init__(self,directory, file_name,run_original=False,param_filename = None):99 super().__init__(directory,file_name,run_original,param_filename)100 self.__initialize_variables()101 102 def __initialize_variables(self):103 self.numberOfVariables = None104 self.numberOfPoints = None105 self.namesOfVariables = []106 if hasattr(self,'values'):107 for name in self.values.keys():108 self.__dict__[name] = None109 self.values = dict()110 111 def run(self, flags = LTSPICE_FLAG_BATCH_RUN_ASCII_OUT):112 run_simulation(self.simulation_dir,self.simulation_file,flags)113 def pars_raw(self, file_name=None):114 self.__initialize_variables()115 if file_name == None:116 file_name = os.path.normpath(self.simulation_dir +self.simulation_file.split('.')[0] + r'.raw')117 with open(file_name, encoding="ansi") as f:118 for line in f:119 if 'No. Variables:' in line:120 self.numberOfVariables = int(line.split(':')[1])121 break122 for line in f:123 logging.info('Line Parsing: '+line)124 if 'No. Points:' in line:125 self.numberOfPoints = int(line.split(':')[1])126 break127 for line in f:128 if 'Variables:' in line:...
model.py
Source:model.py
...93 self.__build_scale3_model()94 def __init_tensorflow_session(self):95 if self.session is None:96 self.session = tf.Session()97 def __initialize_variables(self):98 if not self.vars_initialized:99 self.session.run(tf.initialize_all_variables())100 def save_model(self, name):101 self.__init_tensorflow_session()102 saver = tf.train.Saver()103 saver.save(self.session, name)104 def predict_depth(self, img):105 self.__init_tensorflow_session()106 self.__initialize_variables()...
simulator.py
Source:simulator.py
...31 self.x = []32 self.u = []33 self.dt = 034 self.sim_time = 035 self.__initialize_variables()3637 # initialize variables38 def __initialize_variables(self):39 self.x = self.gx, self.gy, self.gyaw, self.vel = self.simulation_setting["initial_state"]["x"]40 self.u = self.simulation_setting["initial_state"]["u"]41 self.dt = self.simulation_setting["delta_time"]42 self.sim_time = self.simulation_setting["simulation_time"]4344 def update_states(self):45 self.gx, self.gy, self.gyaw, self.vel = self.x4647 # update x with given dt48 def simulate(self, x, u, dt):49 # update state50 if self.s_model["integral_approach"] == "runge-kutta":51 # (1) update 4-dim Runge-Kutta Method52 k1 = dt * self.func_dxdt(x , u, dt)
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