modules/core/evolve.py
def is_equilibrium( self, tol ):
        """Check if the system is in an equilibrium state, e.g. if the 
        absolute value of all elements of f_prime is less than tolerance. 
        If True the state can be considered as close to a fixed point"""
        n = self._net.number_of_nodes()
        f = self._net.f( self._x, self._t)
        fix = np.less( np.abs( f) , tol * np.ones( n ))
        
        if fix.all():
            return True
        else:
            return False
Check if the system is in an equilibrium state, e.g. if the 
        absolute value of all elements of f_prime is less than tolerance. 
        If True the state can be considered as close to a fixed point
Check if the system is in an equilibrium state, e.g. if the
absolute value of all elements of f_prime is less than tolerance.
If True the state can be considered as close to a fixed point
Check if the system is in an equilibrium state e . g . if the absolute value of all elements of f_prime is less than tolerance . If True the state can be considered as close to a fixed point
def is_equilibrium( self, tol ):
        n = self._net.number_of_nodes()
        f = self._net.f( self._x, self._t)
        fix = np.less( np.abs( f) , tol * np.ones( n ))
        if fix.all():
            return True
        else:
            return False
def is_equilibrium ( self , tol ) : n = self . _net . number_of_nodes ( ) f = self . _net . f ( self . _x , self . _t ) fix = np . less ( np . abs ( f ) , tol * np . ones ( n ) ) if fix . all ( ) : return True else : return False
Check if the system is in an equilibrium state, e.g.
Check if the system is in an equilibrium state e . g .
"""Check if the system is in an equilibrium state, e.g. if the 
        absolute value of all elements of f_prime is less than tolerance. 
        If True the state can be considered as close to a fixed point"""
self
tol