made small edits throughout the testing procedures, added two extensi…

…ons to test out

docs/build/html/.buildinfo

@@ -1,4 +1,4 @@
 # Sphinx build info version 1
 # This file hashes the configuration used when building these files. When it is not found, a full rebuild will be done.
-config: 776a96f53c7d46062ff186f783369eb5
+config: bde95bf90adff8a8e244119c9d5a38fd
 tags: 645f666f9bcd5a90fca523b33c5a78b7

docs/build/html/_sources/testing_documentation/Hutch-1_ionizing_radiation.rst.txt

@@ -32,7 +32,7 @@ The default state for testing of the Hutch-1 ionizing radiation interlock system
     - BEAM SELECT
     - BEAM STOP
 
-#. THe following Hutch-1 Control Ionizing Radiation Interlock protocase lamps are :green:`green`.
+#. The following Hutch-1 Control Ionizing Radiation Interlock protocase lamps are :green:`green`.
 
     - AREA MONITOR
     - BEAM status
@@ -132,10 +132,11 @@ The default state for testing of the Hutch-1 ionizing radiation interlock system
         It can be seen here that the contact plate is on the bottom sensors. :white-cell:`====`
 
 .. table-caption::
-    **Figure 4:** This is the upright double tungsten shutter, and an example of this shutter being in the closed position.
-    If the plate where to be on the top sensors, the shutters would be open.
-    Additionally, the other double tungsten shutter is rotated 180 degrees from this one, which can be seen in the first image as the closer shutter only shows its top.
-    Because it is rotated, the contact on the upper sensors is the closed position for the other shutter. 
+    **Figure 4:** This is the upright double tungsten shutter in the closed position.
+    This shutter corresponds to the convergent beam. 
+    If the plate in image 2  where to be on the top sensors, the shutters would be open.
+    Additionally, the other double tungsten shutter is rotated 180 degrees around the beam pipe from this one.
+    Because it is rotated, the contact being on the upper sensors is the closed position for the other shutter. 
 
 Search Procedure
 ----------------
@@ -151,11 +152,12 @@ Search Procedure
     - Button 2
     - Button 3
 
-#. When the third search button is hit, there will be an audible chime and a flashing light. 
+#. When the third search button is hit, there will be an audible chime and a flashing light from the chime. 
+   The chime is located on the west wall of Hutch-1. 
 
-#. Once all three search buttons have been hit in order, close the shield door. The Hutch-1 Control Ionizing Radiation Interlock protocase shield door lamp turns :green:`green`.
+#. Once all three search buttons have been hit in order, close the shield door. The Hutch-1 Control IONIZING RADIATION INTERLOCK protocase shield door lamp turns :green:`green`.
 
-#. The Hutch-1 Control Ionizing Radiation Interlock protocase Beam Select Divergent lamp turns :green:`green`. 
+#. The Hutch-1 Control IONIZING RADIATION INTERLOCK protocase Beam Select Divergent lamp turns :green:`green`. 
 
 .. figure:: /images/user_docs/Hutch-1_ionizing_radiation/Hutch-1_searched.jpg
     :scale: 20 %
@@ -181,23 +183,24 @@ Changing Beam Status
 
 #. Change the Hutch-1 Ionizing Radiation Interlock protocase Beam Select key to Collimated.
 
-    - The Beam Select Divergent lamp turn :red:`red`.
-    - The Beam Select Collimated lamp turn :green:`green`.
-    - The Status Divergent lamp turns :red:`red`.
-    - The Beam Status Collimated lamp turn :orange:`orange` while the shutter is moving, and then turns :green:`green` when the shutter is closed. 
-    - Verify that the shutters are physically closed.
+    - The BEAM SELECT DIVERGENT lamp turn :red:`red`.
+    - The BEAM SELECT COLLIMATED lamp turn :green:`green`.
+    - The BEAM STATUS DIVERGENT lamp turns :red:`red`.
+    - The BEAM STATUS COLLIMATED lamp turn :orange:`orange` while the shutter is moving, and then turns :green:`green` when the shutter is open. 
+    - Verify that the divergent shutter is physically closed and the collimated shutter is physically open on the double tungsten shutters in Vault-1.
 
 #. Change the Beam Select key back to Divergent. The inverse of step three should occur. 
 
-    - The Beam Select Collimated lamp turns :red:`red`.
-    - The Beam Select Divergent lamp turns :green:`green`.
-    - The Beam Status Collimated lamp turns :red:`red`.
-    - The Beam Status Divergent lamp turns :orange:`orange` while the shutter is moving, and then turns :green:`green` when the shutter is closed.
-    - Verify that the shutters are physically closed.
+    - The BEAM SELECT COLLIMATED lamp turns :red:`red`.
+    - The BEAM SELECT DIVERGENT lamp turns :green:`green`.
+    - The BEAM STATUS COLLIMATED lamp turns :red:`red`.
+    - The BEAM STATUS DIVERGENT lamp turns :orange:`orange` while the shutter is moving, and then turns :green:`green` when the shutter is open.
+    - Verify that the divergent shutter is physically open and the collimated shutter is physically closed on the double tungsten shutters in Vault-1. 
 
 #. Press the Reset button. 
-   All Hutch-1 Control Ionizing Radiation Interlock protocase Beam Status lamps are :green:`green`.
-   Verify the shutters are physically in the correct position.
+   All Hutch-1 Control IONIZING RADIATION INTERLOCK protocase BEAM STATUS lamps are :green:`green`.
+
+   - Verify that both shutters are closed. 
 
 .. list-table:: 
     :align: center

docs/build/html/_sources/testing_documentation/Laser-1.rst.txt

@@ -20,7 +20,7 @@ Starting Conditions
 
 #. The Vault-1 Control VIEWMARQ only displays :green:`LASER SAFE`.
 
-#. The Vault-1 beacon stacks show only green LEDs on.
+#. The Vault-1 beacon stacks show only :green:`green` LEDs on.
 
     - Vault-1 Control
     - Vault-1 east wall
@@ -45,7 +45,7 @@ Starting Conditions
 
 #. Push to exit module is not on.
 
-#. Laser-1 -estops are not engaged and LEDs are off.
+#. Laser-1 e-stops are not engaged and LEDs are off.
 
     - Laser-1 south-West
     - Laser-1 north-West
@@ -168,7 +168,8 @@ Starting Conditions
 Arming Laser-1
 --------------
 
-#. When entering Laser-1, there should be an audible chime.
+#. When entering Laser-1, there should be an audible chime and a flashing LED on the chime. 
+   The chime is on the west wall of the Laser-1 airlock.
 
 #. Attempt to arm all the local interlock modules before arming Laser-1. 
    The Dira will not arm.

docs/build/html/_sources/testing_documentation/O2_testing.rst.txt

@@ -102,5 +102,5 @@ Emergency Tungsten Shutter Crash
 #. Spray compressed gas into a O2 unit. In response:
 
     - Hutch-1 Control Ionizing Radiation Interlock protocase lamps for Beam Status turn :red:`red`. 
-    - The DIVERGENT shutter (closest, upside down shutter) closed. 
+    - The DIVERGENT shutter (closest, upside down shutter) is closed. 
 

docs/build/html/_sources/testing_documentation/Vault-1_ionizing_radiation.rst.txt

@@ -99,6 +99,8 @@ Testing Unsecure Vault-1 Conditions
 
 When Vault-1 is in a non-secure state, neither the accelerator nor the transmitters should be able to be armed. 
 
+#. Relay R1 in Vault-1 Control west panel is off. 
+
 #. Switch the ENABLE key for the accelerator. 
    The accelerator lamp remains :red:`red`.
 
@@ -107,7 +109,7 @@ When Vault-1 is in a non-secure state, neither the accelerator nor the transmitt
 #. Switch the ENABLE keys for transmitters 1 and 2.
    Both transmitter lamps remain :red:`red`.
 
-   - Relays R3 and R4 in Vault-1 Control west panel remain off. 
+   - Relays R3, R5 for transmitter 1 and R4, R6 for transmitter 2 in Vault-1 Control west panel remain off. 
 
 .. figure:: /images/testing_documentation/Vault-1_ionizing_radiation/arming_relays.jpg
    :scale: 20 %
@@ -125,18 +127,21 @@ Searching Procedure
     - Button 2
 
 #. Go through the vault and in sequence, click the three search buttons. 
-   The LED on the search button should glow and the corresponding lamp on the Vault-1 Control IONIZING RADIATION INTERLOCK protocase should turn :green:`green`.
+   The LED on the search button should turn on and the corresponding lamp on the Vault-1 Control IONIZING RADIATION INTERLOCK protocase should turn :green:`green`.
 
     - Button 1
     - Button 2
     - Button 3
 
 #. When the third search button is hit, a chime will start, and the LED on the chime will flash. 
+   The chime is located on the Vault-1 east wall. 
 
 
 
 #. Once all three search buttons have been hit in order, close the shield door. 
-   The shield door lamp on the Vault-1 Control IONIZING RADIATION INTERLOCK protocase will turn green once the mechanical door switches are fully actuated.
+   The shield door lamp on the Vault-1 Control IONIZING RADIATION INTERLOCK protocase will turn :green:`green` once the mechanical door switches are fully actuated.
+
+   - R1 in Vault-1 Control west panel turns on.
 
 .. figure:: /images/user_docs/Vault-1_ionizing_radiation/Vault-1_searched.jpg
    :scale: 20 %
@@ -153,6 +158,14 @@ Searching Procedure
    **Figure 6:** Vault-1 IONIZING RADIATION INTERLOCK protocase when the shield door is closed and Vault-1 is secured.
    Under this state the accelerator can now be armed. 
 
+
+.. figure:: /images/testing_documentation/Vault-1_ionizing_radiation/R1_door_closed.jpg
+   :scale: 20 %
+   :align: center 
+
+   **Figure 7:** Vault-1 Control west panel when the Vault-1 shield door is closed, turing on relay R1.
+
+
 Arming the Accelerator and transmitters
 ---------------------------------------
 
@@ -164,7 +177,7 @@ Arming the Accelerator and transmitters
 #. Turn the ENABLE key for transmitter 1 on the Vault-1 Control IONIZING RADIATION INTERLOCK protocase.
    The transmitter 1 status lamp should turn :green:`green`.
 
-   - Relay R3 in Vault-1 Control west panel turns on.
+   - Relay R3 and R5 in Vault-1 Control west panel turns on.
 
 #. Once the transmitter is enabled, the VIEWMARQ displays will show :red:`VAULT SECURE - RF ARMED`.
 
@@ -178,14 +191,14 @@ Arming the Accelerator and transmitters
 
 #. Hit the reset button and repeat 2-4 with transmitter 2.
 
-   - Relay R4 in Vault-1 Control west panel turns on.
+   - Relay R4 and R6 in Vault-1 Control west panel turns on.
 
 .. figure:: /images/user_docs/Vault-1_ionizing_radiation/Vault-1_protocase_accelerator_armed.jpg
    :scale: 20 %
    :align: center
    :alt: Vault-1 protocase accelerator armed
 
-   **Figure 7:** Vault-1 Control IONIZING RADIATION INTERLOCK protocase when the accelerator is armed. 
+   **Figure 8:** Vault-1 Control IONIZING RADIATION INTERLOCK protocase when the accelerator is armed. 
 
 .. .. figure:: /images/user_docs/Vault-1_ionizing_radiation/Vault-1_protocase_transmitter_armed_1.jpg
 ..    :scale: 20 %
@@ -194,6 +207,15 @@ Arming the Accelerator and transmitters
 
 ..    Vault-1 protocase transmitter armed
 
+
+.. figure:: /images/testing_documentation/Vault-1_ionizing_radiation/R1R2_accelerator_armed.jpg
+   :scale: 20 %
+   :align: center 
+
+   **Figure 9:** Vault-1 Control west panel when the accelerator is armed, turning on relays R2.
+
+
+
 .. list-table:: 
    :align: center
 
@@ -209,7 +231,32 @@ Arming the Accelerator and transmitters
      - Vault-1 Control IONIZING RADIATION INTERLOCK protocase when transmitter 2 is armed. :white-cell:`============`
 
 .. table-caption::
-      **Figure 8:** This is the Vault-1 Control IONIZING RADIATION INTERLOCK protocase when the transmitters are armed.
+      **Figure 10:** This is the Vault-1 Control IONIZING RADIATION INTERLOCK protocase when the transmitters are armed.
+
+
+.. list-table:: 
+   :align: center
+
+   * - .. image:: /images/testing_documentation/Vault-1_ionizing_radiation/R1R2R3R5_transmitter_1_armed.jpg
+             :scale: 20 %
+             :align: center
+
+     - .. image:: /images/testing_documentation/Vault-1_ionizing_radiation/R1R2R4_transmitter_2_armed.jpg
+             :scale: 20 %
+             :align: center
+
+     - .. image:: /images/testing_documentation/Vault-1_ionizing_radiation/R1R2R3R4R5_both_transmitters_armed.jpg
+             :scale: 20 %
+             :align: center
+
+   * - Vault-1 Control west panel when transmitter 1 is armed, turning on relays R3 and R5 :white-cell:`===============`
+     - Vault-1 Control west panel when transmitter 2 is armed, turning on relays R4 and R6. :white-cell:`==============`
+     - Vault-1 Control west panel when both transmitters are armed, turning on all 4 relays. :white-cell:`=============`
+
+
+.. table-caption::
+   **Figure 11:** These are the Vault-1 Control west panel relays for arming the transmitters.
+
 
 
 .. list-table:: 
@@ -227,7 +274,7 @@ Arming the Accelerator and transmitters
      - Accelerator Lab VIEWMARQ display when the RF is armed. :white-cell:`=================================`
 
 .. table-caption::
-   **Figure 9:** These are the VIEWMARQ displays in Vault-1 Control and Accelerator Lab when the RF is armed.
+   **Figure 12:** These are the VIEWMARQ displays in Vault-1 Control and Accelerator Lab when the RF is armed.
 
 
 Overriding and Resetting Transmitters and Accelerator
@@ -236,7 +283,6 @@ Overriding and Resetting Transmitters and Accelerator
 #. With the accelerator and transmitters armed, switch the OVERRIDE keys on the Vault-1 Control IONIZING RADIATION INTERLOCK protocase.
    The TRANSMITTERS lamps will turn :orange:`orange`.
 
-   - Relays R5 and R6 in Vault-1 Control west panel turn on.
 
 #. Switch the OVERRIDE keys back to interlock. 
    The TRANSMITTERS lamps will turn :green:`green`.
@@ -267,21 +313,21 @@ Overriding and Resetting Transmitters and Accelerator
      - Vault-1 Control IONIZING RADIATION INTERLOCK protocase when both transmitters are in override. :white-cell:`==`
 
 .. table-caption::
-   **Figure 10:** This is the Vault-1 Control IONIZING RADIATION INTERLOCK protocase when the transmitters are in override.
+   **Figure 11:** This is the Vault-1 Control IONIZING RADIATION INTERLOCK protocase when the transmitters are in override.
 
 
 .. figure:: /images/testing_documentation/Vault-1_ionizing_radiation/override_relays.jpg
    :scale: 20 %
    :align: center
 
-   **Figure 11:** Vault-1 Control west panel relays for overriding the transmitters.
+   **Figure 13:** Vault-1 Control west panel relays for overriding the transmitters.
 
 
 Timing out the Shield Door and Search sequence
 ----------------------------------------------
 
 #. Rearm the accelerator and transmitters and open the shield door.
-   The accelerator and transmitter lamps should turn :red:`red`.
+   The ACCELERATOR, TRANSMITTERS, and SECURE PERIMETER lamps should turn :red:`red`.
 
 #. Push only the first search button. 
    After :red:`x` seconds, the button LED should turn off.

docs/build/html/_sources/testing_documentation/Vault-1_laser.rst.txt

@@ -379,8 +379,8 @@ Administrative Override on the Dira Enclosure
     - Dira and Pharos LASER ENCLOSURE INTERLOCK protocase door monitor will display nothing.
     - Pharos UV and IR shutters will close.
     - Dira UV and IR shutters will close.
-    - Dira will lose power.
-    - Pharos will lose power.
+    - The Dira power supply is cut off.
+    - The Pharos power supply is cut off.
 
 #. Rearm the Dira.
 

docs/build/html/_sources/testing_documentation/apantec_testing.rst.txt

@@ -23,12 +23,8 @@ Starting Conditions
         - Laser-1
         - RF-1
         - Vault-1 Control
+        - Vault-1 
 
-.. note::
-    Check calibration sheet in Accelerator Lab.
-
-.. warning:: 
-    Make calibration sheet and find a place to post it. 
 
 #. The Ionizing Radiation Interlock protocase AREA MONITOR RADIATION lamps are :green:`green`.
 
@@ -65,6 +61,35 @@ Starting Conditions
     **Figure 2:** These are the yellow and white contact blocks in the Vault-1 Control west panel.
 
 
+.. list-table:: 
+  :align: center 
+
+
+  * - .. image:: /images/testing_documentation/apantec/relays.jpg
+        :align: center
+        :scale: 20 % 
+
+    - .. image:: /images/testing_documentation/apantec/relay8.jpg
+        :align: center
+        :scale: 20 % 
+
+  * - Relays R3-R8. :white-cell:`=====================================================================`
+
+    - Relay 8. :white-cell:`==========================================================================`
+
+.. table-caption::
+    **Figure 3:** These are the relays that correspond to the radiation chain in the Vault-1 Control west panel. 
+    Note that these relays are different from the ones referenced in the Vault-1 Ionizing Radiation Testing Protocol.
+
+
+.. .. figure:: /images/testing_documentation/apantec/relays.jpg
+..     :align: center
+..     :scale: 20 % 
+
+..     **Figure 3:** These are the relays that correspond to the radiation chain in the Vault-1 Control west panel. 
+..     Note that these relays are different from the ones referenced in the Vault-1 Ionizing Radiation Testing Protocol.
+
+
 Testing Alert alarm
 -------------------
 
@@ -97,13 +122,13 @@ Testing Alert alarm
     :align: center
     :scale: 20 %
 
-    **Figure 3:** This is an example of the RMW1 rate meter control in an alert state.
+    **Figure 4:** This is an example of the RMW1 rate meter control in an alert state.
 
 .. figure:: /images/testing_documentation/apantec/Hutch-1_Control_protocase_radiation_fail.jpg
     :align: center
     :scale: 20 %
 
-    **Figure 4:** This is an example of the Hutch-1 Control IONIZING RADIATION INTERLOCK protocase AREA MONITOR RADIATION lamp in a fail state.
+    **Figure 5:** This is an example of the Hutch-1 Control IONIZING RADIATION INTERLOCK protocase AREA MONITOR RADIATION lamp in a fail state.
     This should occur on the Vault-1 Control IONIZING RADIATION INTERLOCK protocase AREA MONITOR RADIATION lamp as well.
 
 
@@ -143,7 +168,7 @@ Testing High Alarm
     :align: center
     :scale: 20 %
 
-    **Figure 5:** This is an example of the RMW1 rate meter control in an alarm state.
+    **Figure 6:** This is an example of the RMW1 rate meter control in an alarm state.
 
 
 .. TESTING FAIL ALARM 
@@ -196,5 +221,5 @@ Emergency Tungsten Shutter Crash
 #. Change the Apantec gamma probe high alarm set point to 0 in Hutch-1. 
    In response:
 
-    - Hutch-1 Control Ionizing Radiation Interlock protocase lamps for Beam Status turn :red:`red`. 
-    - The COLLIMATED shutter (furthest, right side up shutter) closed. 
+    - Hutch-1 Control IONIZING RADIATION INTERLOCK protocase lamps for Beam Status turn :red:`red`. 
+    - The COLLIMATED shutter (furthest, right side up shutter) is closed.