Changes between Version 16 and Version 17 of HetProcedures/HighSpeedCWFS

Timestamp:

Nov 24, 2019 8:44:05 AM (4 years ago)

Author:

stevenj

Comment:

--

HetProcedures/HighSpeedCWFS

@@ -18 +18 @@
 6. Make sure all probes are storing images.
 
-7. Ask the TO to retract the ACQ mirror and insert the CWFS mirror
+7. Ask the TO to retract the ACQ mirror and insert the CWFS mirror.
 
 8. Be sure that the "process" and "store" checkboxes are enabled on the "CWFS control" tab in the TCS GUI.
@@ -26 +26 @@
 10. Look at CWFS x and y offsets and refine the offset above with any residuals until offsets less than 0.3".
 
-11. Once that looks good, run this command to allow !VimbaViewer to take control of the CWFS:
+11. Once the CWFS is well-centered, run this command to allow !VimbaViewer to take control of the CWFS:
 
    {{{syscmd -p 'CWFS_RelinquishControl()'}}}
@@ -37 +37 @@
 
 
-14. Load the CWFS camera settings by clicking this button:
+14. Load CWFS camera settings file by clicking this button:
 
    [[Image(vimba_load.png, 100px)]]
@@ -43 +43 @@
     Choose the file called {{{ /home/mcs/astronomer/cwfs_4x4.xml }}}. This will set the binning and ROI settings correctly.
 
-15. In the "Brightness" tab, set the exposure time between 10,000 and 20,000 micro-seconds. In the ROI tab, verify that the binning is 4x4 and the ROI numbers are OffsetY:0, OffsetX:56, Height:296, Width:296, as shown in the screenshot below
+15. In the "Brightness" tab, set the exposure time between 10,000 and 20,000 micro-seconds. If you like, you can verify that the ROI tab shows that the binning is 4x4 and the ROI numbers are OffsetY:0, OffsetX:56, Height:296, Width:296, as shown in the screenshot below
 
    [[Image(vimba_roi.png, 400px)]]
 
-15. Click "play" icon to see images. Click "stop" then click File --> Save Image As (and save as tiff somewhere easy like ~/), open with ds9 -photo ~/temp.tiff to check saturation.
+16. Click "play" icon to see images. Click "stop" then click File --> Save Image As and save the most recent image as tiff somewhere easy like {~/test.tiff}. You can open this with {{{ds9 -photo test.tiff}}} to check for saturation.
 
 
--15. If you are happy with this star, then set the parameters for an image series by selecting `File->Image Series Options...` from the File menu. You may have to create the directory in the night's directory.
+-15. If you are happy with this star, then set the parameters for an image series by selecting `File->Image Series Options...` from the File menu. You may have to create the {{{CWFS/}}} directory in the night's directory.
 
   {{{ Format = .tiff }}}
@@ -73 +73 @@
 
 
-19. When these sets are completed, you can cancel the trajectory and move on 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:
+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:
 
    {{{syscmd -p 'CWFS_TakeControl()'}}}