.. these roles are defined to use custom css classes
.. role:: white-cell
.. role:: yellow
.. role:: blue

Ionizing Radiation Emergency Stop Testing Protocol
===================================================

The objective of this testing procedure is to verify the functionality of the ionizing radiation emergency stop button system. 
This system is used to cut power to the transmitters from a high-power state during an emergency.


-----


Starting Conditions
-------------------

#. VIEWMARQ display in Accelerator Lab shows :green:`RF SAFE`.

#. VIEWMARQ display in Vault-1 Control shows :green:`LASER SAFE`.


#. Check that relay 1-4, and 7 in Vault-1 Control west aggregator panel shows all diagnostic LEDs on.

    - Relay 1
    - Relay 2
    - Relay 3
    - Relay 4
    - Relay 7

#. Check that all relays in RF-1 aggregator panel show all diagnostic LEDs on.

#. Verify that the Accelerator Lab and Vault-1 Control E-Stop beacons are off. 

    - Vault-1 Control IONIZING RADIATION INTERLOCK protocase beacon.
    - Vault-1 Control :red:`red` beacon module.
    - Accelerator Lab :red:`red` beacon module.
    - Hutch-1 Control IONIZING RADIATION INTERLOCK protocase beacon. 

#. Verify that all CXLS ionizing radiation emergency stop buttons are not engaged.
 
    - Hutch-1 A
    - Hutch-1 B
    - Hutch-1 C
    - Hutch-1 Control A
    - Hutch-1 Control B
    - RF-1 A
    - RF-1 B
    - Vault-1 Control A
    - Vault-1 A
    - Vault-1 B
    - Vault-1 C
    - Vault-1 D
    - Vault-1 E
    - Vault-1 F
    - Vault-1 G


.. list-table::
    :align: center

    * - .. image:: /images/testing_documentation/e-stops/e-stop_on.jpg
            :scale: 20 %
            :align: center
      - .. image:: /images/testing_documentation/e-stops/e-stop_off.jpg
            :scale: 20 %
            :align: center
    * - E-stop button engaged. :white-cell:`===============================================================` 
      - E-stop button disengaged. :white-cell:`============================================================`

.. table-caption::
    **Figure 1:** These are examples of the ionizing radiation emergency stop buttons in the facility.


.. list-table::
   :align: center

   * - .. image:: /images/user_docs/Vault-1_ionizing_radiation/Vault-1_Control_VIEWMARQ_safe.jpg
            :scale: 28 %
            :align: center
     - .. image:: /images/user_docs/Vault-1_ionizing_radiation/Accelerator_lab_VIEWMARQ_safe.jpg
            :scale: 20 %
            :align: center
   * - Vault-1 Control VIEWMARQ display when the system is safe. :white-cell:`=================================`
     - Accelerator Lab VIEWMARQ display when the system is safe. :white-cell:`=================================`

.. table-caption::
   **Figure 2:** These are the VIEWMARQ displays in Vault-1 Control and Accelerator Lab when the system is safe.    

.. list-table::
    :align: center

    * - .. image:: /images/testing_documentation/e-stops/relay_on.jpg
            :scale: 20 %
            :align: center
      - .. image:: /images/testing_documentation/e-stops/relay_off.jpg
            :scale: 20 %
            :align: center

    * - Relay on example. :white-cell:`=================================================================`
      - Relay off example. :white-cell:`================================================================`

.. table-caption::
    **Figure 3:** These are examples of the relays, in on and off states.
    If there are only some diagnostic LEDs on, the relay is in a fault state, and must be troubleshooted. 



-----


Testing
-------

#. Push the Vault-1 Control E-stop. In response:

    - E-stop LED turns on. 
    - IONIZING RADIATION INTERLOCK protocase beacon in Hutch-1 Control and Vault-1 Control turns on.
    - VIEWMARQ displays in Accelerator Lab and Vault-1 Control shows :red:`IONIZING RADIATION E-STOP ACTIVATED`.
    - Individual :red:`red` beacon modules in Accelerator Lab and Vault-1 Control turn on.
    - Both relays in the RF aggregator panel turn off. 

#. For all other E-stops, only verify that the E-stop light turns on and that the relays in the RF aggregator panel turn off. 

    - Hutch-1 A
    - Hutch-1 B
    - Hutch-1 C
    - Hutch-1 Control A
    - Hutch-1 Control B
    - RF-1 A
    - RF-1 B
    - Vault-1 Control A
    - Vault-1 A
    - Vault-1 B
    - Vault-1 C
    - Vault-1 D
    - Vault-1 E
    - Vault-1 F
    - Vault-1 G

.. list-table::
    :align: center
    
    * - .. image:: /images/user_docs/Vault-1_ionizing_radiation/Vault-1_Control_VIEWMARQ_e-stop.jpg
            :scale: 28 %
            :align: center
      - .. image:: /images/user_docs/Vault-1_ionizing_radiation/Accelerator_lab_VIEWMARQ_e-stop.jpg
            :scale: 20 %
            :align: center
    * - Vault-1 Control VIEWMARQ display when the system is in an e-stop state. :white-cell:`=======================`
      - Accelerator Lab VIEWMARQ display when the system is in an e-stop state. :white-cell:`=======================`

.. table-caption::
    **Figure 4:** These are the VIEWMARQ displays in Vault-1 Control and Accelerator Lab when an ionizing radiation e-stop is pressed.


-----


Emergency Tungsten Shutter Crash
--------------------------------

#. Secure Hutch-1. 

#. Set the BEAM SELECT to DIVERGENT.

#. Chose any ionizing radiation e-stop in the facility and press it. In response:

    - Hutch-1 Control IONIZING RADIATION INTERLOCK protocase lamps for BEAM STATUS turn :red:`red`. 
    - The DIVERGENT shutter (closest, upside down shutter) is closed. 


-----

High Power Transmitter Crash
----------------------------

#. Every 6 months, the ionizing radiation emergency stop buttons are tested for successfully crashing the transmitters from a high-power state. Verify the last date for the e-stop crash test.

#. If 6 months have passed, put both transmitters into TRIG and verify it loses power when an e-stop is pressed.