(self)
return np.sum([ContinuousParameter('d{0}'.format(i), 0, 1) for i in np.arange(self.domain.size)])
:return: Domain object representing the domain associated with the points generated in create_design().
            Defaults to [0,1]^D, can be overwritten by subclasses
:return: Domain object representing the domain associated with the points generated in create_design().
            Defaults to [0,1]^D, can be overwritten by subclasses
: return : Domain object representing the domain associated with the points generated in create_design () . Defaults to [ 0 1 ] ^D can be overwritten by subclasses
def generative_domain(self):
        """
        :return: Domain object representing the domain associated with the points generated in create_design().
            Defaults to [0,1]^D, can be overwritten by subclasses
        """
        return np.sum([ContinuousParameter('d{0}'.format(i), 0, 1) for i in np.arange(self.domain.size)])
def generative_domain ( self ) : return np . sum ( [ ContinuousParameter ( 'd{0}' . format ( i ) , 0 , 1 ) for i in np . arange ( self . domain . size ) ] )