Changes between Version 19 and Version 20 of HetProcedures/HighSpeedCWFS

Timestamp:

Nov 24, 2019 8:47:13 AM (4 years ago)

Author:

stevenj

Comment:

--

HetProcedures/HighSpeedCWFS

@@ -61 +61 @@
 
 
-16. Run this image series (taking 2000 images should take about 3 minutes), and the speed should be around 40-50 FPS (fast enough).
+18. Run this image series (taking 2000 images should take about 3 minutes), and the speed should be around 40-50 FPS (fast enough).
 
-17. Wait 1 minute and repeat step 15 and 16 (with new names) until you have taken a total of 5 sets of images (each with their YYYMMDD_HHmm time stamp name).
+19. Wait 1 minute and repeat step 15 and 16 (with new names) until you have taken a total of 5 sets of images (each with their YYYMMDD_HHmm time stamp name).
 
-18. Create a text file:
+20. Create a text file log:
 
      {{{/hetdata/data/ImageQuality/YYYYmmdd/CWFS/YYYYmmdd_data.txt}}}
 
       and record the start/stop time of each set and other details using this template:
-`#filename    startUT stopUT  wind avg(mph)   wind dir    struct az    louvres               FPS `
+{{{#filename    startUT stopUT  wind_avg   wind_dir    struct_az    louvres               FPS }}}
 
 
-19. When these sets are completed, you can cancel the trajectory and move on with your night. To return the CWFS to its normal state, click the "X"s in the top right corner of the Camera Control Window and the Camera Select Window. Then give control of the CWFS back to PAS/PFIP with:
+21. When these sets are completed, you can cancel the trajectory and move on with your night. To return the CWFS to its normal state, click the "X"s in the top right corner of the Camera Control Window and the Camera Select Window. Then give control of the CWFS back to PAS/PFIP with:
 
    {{{syscmd -p 'CWFS_TakeControl()'}}}
 
 
-20. Ask the TO to power off the CWFS camera and retract the CWFS mirror.
+22. Ask the TO to power off the CWFS camera and retract the CWFS mirror.
 
-21. Email Hanshin ( lee@astro.as.utexas.edu ) to let him know that you have done this test.
+23. Email Hanshin ( lee@astro.as.utexas.edu ) to let him know that you have done this test.