(self, filenameprefix=None)
return self
loads data from files written and return a data dictionary, *not*
        a prerequisite for using `plot()` or `disp()`.

        Argument `filenameprefix` is the filename prefix of data to be loaded (five files),
        by default ``'outcmaes'``.

        Return data dictionary with keys `xrecent`, `xmean`, `f`, `D`, `std`
loads data from files written and return a data dictionary, *not*
        a prerequisite for using `plot()` or `disp()`.
loads data from files written and return a data dictionary * not * a prerequisite for using plot () or disp () .
def load(self, filenameprefix=None):
        """loads data from files written and return a data dictionary, *not*
        a prerequisite for using `plot()` or `disp()`.

        Argument `filenameprefix` is the filename prefix of data to be loaded (five files),
        by default ``'outcmaes'``.

        Return data dictionary with keys `xrecent`, `xmean`, `f`, `D`, `std`

        """
        if not filenameprefix:
            filenameprefix = self.name_prefix
        for i in xrange(len(self.file_names)):
            fn = filenameprefix + self.file_names[i] + '.dat'
            try:
                self.__dict__[self.key_names[i]] = _fileToMatrix(fn)
            except:
                print('WARNING: reading from file "' + fn + '" failed')
            if self.key_names[i] in self.key_names_with_annotation:
                self.__dict__[self.key_names[i]].append(self.__dict__[self.key_names[i]][-1])  # copy last row to later fill in annotation position for display
            self.__dict__[self.key_names[i]] = array(self.__dict__[self.key_names[i]], copy=False)
        return self
def load ( self , filenameprefix = None ) : if not filenameprefix : filenameprefix = self . name_prefix for i in xrange ( len ( self . file_names ) ) : fn = filenameprefix + self . file_names [ i ] + '.dat' try : self . __dict__ [ self . key_names [ i ] ] = _fileToMatrix ( fn ) except : print ( 'WARNING: reading from file "' + fn + '" failed' ) if self . key_names [ i ] in self . key_names_with_annotation : self . __dict__ [ self . key_names [ i ] ] . append ( self . __dict__ [ self . key_names [ i ] ] [ - 1 ] ) # copy last row to later fill in annotation position for display self . __dict__ [ self . key_names [ i ] ] = array ( self . __dict__ [ self . key_names [ i ] ] , copy = False ) return self