.. index:: Protocol; All

All
===

The predefined protocol All contains every parameter implemented in BeamScheme. As this is a very long list users are encouraged to create their own parameter lists from this protocol by deleting what is not needed. This protocol should not be used regularly, but is included here for reference. The defined parameters are:

.. toctree::
   :maxdepth: 1

* 2D Image Stats
     * :ref:`CAX value<2D CAX Value>`
     * :ref:`Max value<2D Max Value>`
     * :ref:`Min value<2D Min Value>`
     * :ref:`Average<2D Ave Value>`
     * :ref:`Min IFA<2D Min IFA>`
     * :ref:`CoM (rowcol)<2D CoM Value>`
     * :ref:`CoM (XY)<2D CoM Scaled>`
     * Resolution
          * :ref:`X<2D X Res>`
          * :ref:`Y<2D Y Res>`
     * Detectors/Pixels
          * :ref:`X<2D X Pixels>`
          * :ref:`Y<2D Y Pixels>`
     * Size
          * :ref:`X<2D X Size>`
          * :ref:`Y<2D Y Size>`

* 2D Uniformity
     * :ref:`Uniformity NCS<2D Uniformity NCS-70>`
     * :ref:`Uniformity ICRU<2D Uniformity ICRU 72>`

* 2D Symmetry
     * :ref:`Symmetry<2D Symmetry NCS-70>`

* Profile stats
     * :ref:`CAX value<1D CAX Value>`
     * :ref:`Max value<1D Max Value>`
     * :ref:`Max pos<1D Max Pos>`
     * :ref:`Min value<1D Min Value>`
     * :ref:`Min IFA<1D Min IFA>`
     * :ref:`Average IFA<1D Average IFA>`

* Interpolated params
     * :ref:`Left edge<1D Field Edge Left 50>`
     * :ref:`Right edge<1D Field Edge Right 50>`
     * :ref:`Centre<1D Field Centre 50>`
     * :ref:`Size<1D Field Size 50>`
     * Penumbra
          * 80-20%
               * :ref:`Left<1D Penumbra 8020 Left>`
               * :ref:`Right<1D Penumbra 8020 Right>`
          * 90-10%
               * :ref:`Left<1D Penumbra 9010 Left>`
               * :ref:`Right<1D Penumbra 9010 Right>`
          * 90-50%
               * :ref:`Left<1D Penumbra 9050 Left>`
               * :ref:`Right<1D Penumbra 9050 Right>`

* Differential params
     * :ref:`Left edge<1D Left Diff>`
     * :ref:`Right edge<1D Right Diff>`
     * :ref:`Centre<1D Field Centre Diff>`
     * :ref:`Size<1D Field Size Diff>`
     * :ref:`Dose 20% left<1D Dose 20% Diff Left>`
     * :ref:`Dose 20% right<1D Dose 20% Diff Right>`
     * :ref:`Dose 50% left<1D Dose 50% Diff Left>`
     * :ref:`Dose 50% right<1D Dose 50% Diff Right>`
     * :ref:`Dose 60% left<1D Dose 60% Diff Left>`
     * :ref:`Dose 60% right<1D Dose 60% Diff Right>`
     * :ref:`Dose 80% left<1D Dose 80% Diff Left>`
     * :ref:`Dose 80% right<1D Dose 80% Diff Right>`


* Inflection params
     * :ref:`Left edge<1D Left Infl>`
     * :ref:`Right edge<1D Right Infl>`
     * :ref:`Centre<1D Field Centre Infl>`
     * :ref:`Size<1D Field Size Infl>`
     * Penumbra
          * :ref:`Left<1D Penumbra Infl Left>`
          * :ref:`Right<1D Penumbra Infl Right>`
     * :ref:`Dose 20% left<1D Dose 20% Infl Left>`
     * :ref:`Dose 20% right<1D Dose 20% Infl Right>`
     * :ref:`Dose 50% left<1D Dose 50% Infl Left>`
     * :ref:`Dose 50% right<1D Dose 50% Infl Right>`
     * :ref:`Dose 60% left<1D Dose 60% Infl Left>`
     * :ref:`Dose 60% right<1D Dose 60% Infl Right>`
     * :ref:`Dose 80% left<1D Dose 80% Infl Left>`
     * :ref:`Dose 80% right<1D Dose 80% Infl Right>`


* Flatness
     * :ref:`Average<1D Flatness Ave>`
     * :ref:`Difference<1D Flatness Diff>`
     * :ref:`Ratio<1D Flatness Ratio>`
     * :ref:`CAX<1D Flatness CAX>`
     * :ref:`ICRU 72<1D Uniformity ICRU>`
     * :ref:`NCS-70<1D Uniformity NCS>`
     * :ref:`90/50<1D Flatness 9050>`
     * :ref:`Peak Slope Left<1D Peak Slope Left>`
     * :ref:`Peak Slope Right<1D Peak Slope Right>`
     * :ref:`Peak Slope Ratio<1D Peak Slope Ratio>`

* Symmetry
     * :ref:`Ratio<1D Symmetry Ratio>`
     * :ref:`Difference<1D Symmetry Diff>`
     * :ref:`NCS-70<1D Symmetry Ave>`
     * :ref:`Area<1D Symmetry Area>`

* Deviation
     * :ref:`Ratio<1D Deviation Ratio>`
     * :ref:`MAX/CAX<1D Deviation CAX>`



**Flattened field**

The flattend field is defined by the :ref:`In Field Area`.