Changes between Version 1 and Version 2 of NightOperations/Commissioning/Plans/20161026

Timestamp:

Oct 25, 2016 10:59:42 PM (8 years ago)

Author:

shetrone

Comment:

--

NightOperations/Commissioning/Plans/20161026

@@ -29 +29 @@
 == Twilight Tests ==
 
- === OWFS1 on the blue sky as a function of tracker position, rho and probe position ===
+ === OWFS on the blue sky as a function of probe position ===
+
+Purpose:  We want to get an idea of how the orientation changes with different probe positions.
+
+Procedure:
+ *  Tell the RA that you are going to take the images (will move the probes but won't interfere with anything).
+ *  On a jove terminal Move the probes to the home5 position  with the command {{{home5}}}
+ *  Save a few 5 second exposures  which are not saturated with both WFS1 and WFS2.
+ *  On a jove terminal Move the probes to the home3 position with the command {{{home3}}}
+ *  Save a few 5 second exposures which are not saturated with both WFS1 and WFS2.
+ *  On a jove terminal Move the probes to the home1 position with the command {{{home1}}}
+ *  Save a few 5 second exposures which are not saturated with both WFS1 and WFS2.
+ *  Move back to the home3 and home5 positions each in a row (this keeps the probes from getting confused and slow.
+ *  On a jove terminal Move the probes to the home8 position with the command {{{home8}}}
+ *  Save a few 5 second exposures which are not saturated with both WFS1 and WFS2.
+
+=== OWFS on the blue sky as a function of rho ===
+
+Purpose:  We want to get an idea of how the orientation changes with rho.
+
+Procedure:
+ *  Tell the RA that you are going to take the images (will move the probes but won't interfere with anything).
+ *  Move to center position 0,0,0,0,0 but select rho to be -20
+ *  Save a few exposures  which are not saturated with both WFS1 and WFS2.
+ *  Move to center position 0,0,0,0,0 but select rho to be -15
+ *  Save a few exposures  which are not saturated with both WFS1 and WFS2.
+ *  Move to center position 0,0,0,0,0 but select rho to be -10
+ *  Save a few exposures  which are not saturated with both WFS1 and WFS2.
+ *  Move to center position 0,0,0,0,0 but select rho to be -5
+ *  Save a few exposures  which are not saturated with both WFS1 and WFS2.
+ *  Move to center position 0,0,0,0,0 but select rho to be 0
+ *  Save a few exposures  which are not saturated with both WFS1 and WFS2.
+ *  Move to center position 0,0,0,0,0 but select rho to be +5
+ *  Save a few exposures  which are not saturated with both WFS1 and WFS2.
+ *  Move to center position 0,0,0,0,0 but select rho to be +10
+ *  Save a few exposures  which are not saturated with both WFS1 and WFS2.
+ *  Move to center position 0,0,0,0,0 but select rho to be +15
+ *  Save a few exposures  which are not saturated with both WFS1 and WFS2.
+ *  Move to center position 0,0,0,0,0 but select rho to be +20
+ *  Save a few exposures  which are not saturated with both WFS1 and WFS2.
+
+=== OWFS on the blue sky as a function of tracker position ===
+
+Purpose:  We want to get an idea of how the orientation changes with tracker position.
+
+Procedure:
+ *  Tell the RA that you are going to take the images (will move the probes but won't interfere with anything).
+ *  Move to center position 0,0,0,0,0
+ *  Set exposure times so that WFS1 and WFS2 are not saturating
+ *  Turn off the loop and pipeline for WFS1 and WFS2
+ *  Execute the script WFSXtrackerposition from the jove gui
 
  === start doing twilights with VIRUS with different tracker positions ===