Commit 4b244a5c authored by Peterson, Peter's avatar Peterson, Peter
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Improve figure captions

parent fea5da5b
......@@ -112,7 +112,7 @@ Absorption
.. plot:: concepts/AbsorptionAndMultipleScattering_plot_abs.py
Comparison of absorption methods with the assumptions of elastic scattering and isotropic scattering for in-plane detectors
Comparison of absorption methods with the assumptions of elastic scattering and isotropic scattering for in-plane detectors. The sample is Vanadium rod 4cm tall with 0.25cm diameter with standard number density. Algorithms compared are :ref:`MayersSampleCorrection <algm-MayersSampleCorrection>`, :ref:`CarpenterSampleCorrection <algm-CarpenterSampleCorrection>`, :ref:`AbsorptionCorrection <algm-AbsorptionCorrection>` (numerical integration), and :ref:`MonteCarloAbsorption <algm-MonteCarloAbsorption>` (monte carlo ray tracing).
......@@ -371,8 +371,7 @@ Multiple Scattering
.. plot:: concepts/AbsorptionAndMultipleScattering_plot_ms.py
Comparison of multiple scattering methods with the assumptions of elastic scattering and isotropic scattering for in-plane detectors.
Comparison of multiple scattering methods with the assumptions of elastic scattering and isotropic scattering for in-plane detectors. The sample is Vanadium rod 4cm tall with 0.25cm diameter with standard number density. Algorithms compared are :ref:`MayersSampleCorrection <algm-MayersSampleCorrection>`, :ref:`CarpenterSampleCorrection <algm-CarpenterSampleCorrection>`, :ref:`MultipleScatteringCorrection <algm-MultipleScatteringCorrection>` (numerical integration), and :ref:`CalculateMultipleScattering <algm-CalculateMultipleScattering>` (monte carlo ray tracing).
Introduction
############
......@@ -709,6 +708,8 @@ Multiple Scattering Correction Algorithms in Mantid Table
+-------------------------------------------------------------------------------------+-------------+------------+---------------------------------+----------------------+---------------------+---------------------------------------------------------------------------------------+
| :ref:`MayersSampleCorrection <algm-MayersSampleCorrection>` | E | NI+MC | Cylinder | TOF | IA,EA,FI,W | Uses Monte Carlo integration to evaluate the analytical integral. |
+-------------------------------------------------------------------------------------+-------------+------------+---------------------------------+----------------------+---------------------+---------------------------------------------------------------------------------------+
| :ref:`MultipleScatteringCorrection <algm-MultipleScatteringCorrection>` | E | NI | Any shape | Wavelength | FI,IA,EA | |
+-------------------------------------------------------------------------------------+-------------+------------+---------------------------------+----------------------+---------------------+---------------------------------------------------------------------------------------+
| :ref:`MuscatData <algm-MuscatData>` | I | MC | Cylinder or Flat Plate / Slab | :math:`S(Q,\omega)` | FI || Uses an input :math:`S(Q,\omega)` workspace created by :ref:`SofQW <algm-SofQW>` |
| | | | | | || Based on Monte Carlo program DISCUS [16]_ (or MINUS) written in FORTRAN. [17]_ |
| | | | | | || Pre-compiled and imported into Mantid via f2py (only for Windows, NumPy=1.9.3) |
......
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