Changes between Version 7 and Version 8 of docs/CommissioningPlan/P3.2

Timestamp:

01/14/22 18:40:40 (3 years ago)

Author:

kradhakrishnan

Comment:

--

docs/CommissioningPlan/P3.2

@@ -1 +1 @@
  == P3.2        Telescope control – telescope mode, offset, and focal plane geometry estimation== 
-•       **Phase**               :       3  
-•       **Status**              :       Draft    
-•       **Category**            :       Nighttime testing (functionality and operability) (C5)
-•       **Recurrence**  :       once at commissioning
-•       **Duration**            :       2 hours
+ 
+- **Phase**             :       3  
+- **Status**            :       Draft    
+- **Category**  :       Nighttime testing (functionality and operability) (C5)
+- **Recurrence**        :       once at commissioning
+- **Duration**  :       2 hours
+
 **Description**
-•       For the correct telescope mode for SHARK-NIR, find the offset direction & magnitude (for the field-stabilized mode), verify the proper image orientation, pixel scale, field of view, and distortion at the SCICAM. Note that this may be performed with and without AO running.
+- For the correct telescope mode for SHARK-NIR, find the offset direction & magnitude (for the field-stabilized mode), verify the proper image orientation, pixel scale, field of view, and distortion at the SCICAM. Note that this may be performed with and without AO running.
+
 **Prerequisites**
-•       Atmospheric conditions: should be able to see bright stars in the sky (preferably close to zenith?).
-•       Authorize SHARK-NIR on the SX side.
-•       Suitable binary or astrometric targets.
-•       AO running for part of the test.
+- Atmospheric conditions: should be able to see bright stars in the sky (preferably close to zenith?).
+- Authorize SHARK-NIR on the SX side.
+- Suitable binary or astrometric targets.
+- AO is running for part of the test.
+
 **Procedure**
-1.      **Procedure** for image orientation
+1.      Procedure for image orientation
         -       Select a filter
         -       Place the de-rotator in the nominal "zero" position.
         -       Issue a preset to move to a bright star (but not too bright to saturate)
         -       Center the star in the science channel
-        -       Issue a pure elevation offset to the TCS of ca. 5” and verify expected motion direction on the SCICAM
+        -       Issue a pure elevation offset to the TCS of ca. 5" and verify expected motion direction on the SCICAM
         -       Return to the on-axis position and repeat with a pure azimuth motion.
         -       Issue a preset to move to a suitable astrometric binary (typically 5-8 arcsec separation) and center one star in the science channel.
         -       Based on the published coordinates of the binary, issue the appropriate offset to center the other star.
-2.      **Procedure** for pixel scale/ plate scale
+2.      Procedure for pixel scale/ plate scale
         -       Select a filter
         -       Issue a preset to move to a suitable astrometric binary to measure pixel scale (typically 5-8 arcsec separation)
@@ -29 +33 @@
         -       Use the difference image (optionally flat-fielded) to verify the expected pixel scale. This gives two measures.
         -       Repeat this for other filters.
+
+**Templates**
+
 **Success criteria**
-•       The image orientation is as expected. The pixel scale and field of view of the SCICAM are as expected.
+- The image orientation is as expected. The pixel scale and field of view of the SCICAM are as expected.
+
 **Notes**
 
 **LBTO support**
 
-**Associated SHARK-NIR personnel**
-
 **Date performed and by whom**