pytrax/__RandomWalk__.py
def _check_big_bounds(self):
        r'''
        Helper function to check the maximum displacement and return the number
        of image copies needed to build a big image large enough to display all
        the walks
        '''
        max_disp = np.max(np.max(np.abs(self.real_coords), axis=0), axis=0)+1
        num_domains = np.ceil(max_disp / self.shape)
        num_copies = int(np.max(num_domains))-1
        return num_copies
r'''
        Helper function to check the maximum displacement and return the number
        of image copies needed to build a big image large enough to display all
        the walks
        
r'''
Helper function to check the maximum displacement and return the number
of image copies needed to build a big image large enough to display all
the walks
r ' ' ' Helper function to check the maximum displacement and return the number of image copies needed to build a big image large enough to display all the walks
def _check_big_bounds(self):
        max_disp = np.max(np.max(np.abs(self.real_coords), axis=0), axis=0)+1
        num_domains = np.ceil(max_disp / self.shape)
        num_copies = int(np.max(num_domains))-1
        return num_copies
def _check_big_bounds ( self ) : max_disp = np . max ( np . max ( np . abs ( self . real_coords ) , axis = 0 ) , axis = 0 ) + 1 num_domains = np . ceil ( max_disp / self . shape ) num_copies = int ( np . max ( num_domains ) ) - 1 return num_copies
r'''
Helper function to check the maximum displacement and return the number
of image copies needed to build a big image large enough to display all
the walks
r ' ' ' Helper function to check the maximum displacement and return the number of image copies needed to build a big image large enough to display all the walks
r'''
        Helper function to check the maximum displacement and return the number
        of image copies needed to build a big image large enough to display all
        the walks
        '''
self