@@ -422,7 +422,7 @@ def on_q(self):
422422
423423 Returns
424424 -------
425- (xarray, yarray ) : tuple of ndarray
425+ (q-array, y-array ) : tuple of ndarray
426426 The tuple containing two 1D numpy arrays with q and y data
427427 """
428428 return [self .all_arrays [:, 1 ], self .all_arrays [:, 0 ]]
@@ -432,7 +432,7 @@ def on_tth(self):
432432
433433 Returns
434434 -------
435- (xarray, yarray ) : tuple of ndarray
435+ (tth-array, y-array ) : tuple of ndarray
436436 The tuple containing two 1D numpy arrays with tth and y data
437437 """
438438 return [self .all_arrays [:, 2 ], self .all_arrays [:, 0 ]]
@@ -442,7 +442,7 @@ def on_d(self):
442442
443443 Returns
444444 -------
445- (xarray, yarray ) : tuple of ndarray
445+ (d-array, y-array ) : tuple of ndarray
446446 The tuple containing two 1D numpy arrays with d and y data
447447 """
448448 return [self .all_arrays [:, 3 ], self .all_arrays [:, 0 ]]
@@ -537,6 +537,14 @@ def dump(self, filepath, xtype=None):
537537 The filepath where the diffraction object will be dumped
538538 xtype : str, optional, default is q
539539 The type of quantity for the independent variable chosen from {*XQUANTITIES, }
540+
541+ Examples
542+ --------
543+ To save a diffraction object to a file named "diffraction_data.chi" with
544+ the independent variable 'q':
545+
546+ >>> file = "diffraction_data.chi"
547+ >>> do.dump(file, xtype="q")
540548 """
541549 if xtype is None :
542550 xtype = "q"
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