original_docstring: Run the simulator
  
  	    Parameters
  	    ----------
  	    steps : int
  	        Number of steps to simulate
  		
docstring: Run the simulator
  Parameters
  
  steps : int
  Number of steps to simulate
docstring_tokens: Run the simulator Parameters steps : int Number of steps to simulate
code: def run(self, steps, no_plotting=False):
  		"""Run the simulator
  
  	    Parameters
  	    ----------
  	    steps : int
  	        Number of steps to simulate
  		"""
  		
  		# uncomment if implementing dt (but the project seems stepwise oriented)
  		# steps = int(np.round(float(seconds) / self.dt))
  
  		for detector in self.detectors:
  			detector.initialize(steps)
  
  		for i in range(steps):
  			self.network.step()
  
  			for detector in self.detectors:
  				detector.step()
  
  		if not no_plotting:
  			self.print_detectors(steps)
code_tokens: def run ( self , steps , no_plotting = False ) : for detector in self . detectors : detector . initialize ( steps ) for i in range ( steps ) : self . network . step ( ) for detector in self . detectors : detector . step ( ) if not no_plotting : self . print_detectors ( steps )
short_docstring: Run the simulator
  Parameters
short_docstring_tokens: Run the simulator Parameters
comment: """Run the simulator
  
  	    Parameters
  	    ----------
  	    steps : int
  	        Number of steps to simulate
  		"""$SEP$# uncomment if implementing dt (but the project seems stepwise oriented)$SEP$# steps = int(np.round(float(seconds) / self.dt))