def port(self, class_name=None, method_name=None,
             num_format=lambda x: str(x), details=False, **kwargs):
        # pylint: disable=unused-argument
        """
        Transpile a trained model to the syntax of a
        chosen programming language.

        Parameters
        ----------
        :param class_name : string, default: None
            The name for the ported class.

        :param method_name : string, default: None
            The name for the ported method.

        :param num_format : lambda x, default: lambda x: str(x)
            The representation of the floating-point values.

        :param details : bool, default: False
            Return additional data for the compilation
            and execution.

        Returns
        -------
        model : {mix}
            The ported model as string or a dictionary
            with further information.
        """
        loc = locals()
        loc.pop(str('self'))
        return self.export(**loc)
def port ( self , class_name = None , method_name = None , num_format = lambda x : str ( x ) , details = False , ** kwargs ) : loc = locals ( ) loc . pop ( str ( 'self' ) ) return self . export ( ** loc )
Transpile a trained model to the syntax of a
        chosen programming language.

        Parameters
        ----------
        :param class_name : string, default: None
            The name for the ported class.

        :param method_name : string, default: None
            The name for the ported method.

        :param num_format : lambda x, default: lambda x: str(x)
            The representation of the floating-point values.

        :param details : bool, default: False
            Return additional data for the compilation
            and execution.

        Returns
        -------
        model : {mix}
            The ported model as string or a dictionary
            with further information.