@@ -3,30 +3,30 @@ Tube Calibration Demonstration program for MERLIN.
.. attention::
MERLIN instruments are loaded with already calibrated values. The calibration works nicelly with these files,
MERLIN instruments are loaded with already calibrated values. The calibration works nicelly with these files,
but if you want to see the uncalibrated file you can do it.
Look at `How to reset detectors calibration <http://www.mantidproject.org/How_to_reset_detectors_calibration>`_.
In this example, the calibration of the whole MERLIN instrument is shown. It demonstrate how to
In this example, the calibration of the whole MERLIN instrument is shown. It demonstrate how to
use :py:func:`tube.calibrate` to calibrate MERLIN tubes.
Opening the calibrated data in the Instrument View, it is possible to group the tubes in some
common regions:
* Doors 9 and 8 are similar and can be calibrated together using 7 key points
* Doors 7,6,5,4, 2 and 1 can be calibrated using 9 key points.
* Doors 7,6,5,4, 2 and 1 can be calibrated using 9 key points.
* Door 3 is particular, because it is formed with some smaller tubes as well as some large tubes.
This example shows:
This example shows:
* How to calibrate regions of the instrument separetelly.
* How to calibrate regions of the instrument separetelly.
* How to use **calibTable** parameter to append information in order to create a calibration table for the whole instrument.
* How to use the **outputPeak** to check how the calibration is working as well as the usage of analisePeakTable method to look into the details of the operation to improve the calibration.
* It deals with defining different known positions for the different tube lengths.
The output of this examples shows an improvement in relation to the previous calibrated instrument.
The output of this examples shows an improvement in relation to the previous calibrated instrument.