From gtaylor@cv3.cv.nrao.edu Mon Apr 24 08:36:33 2000 Date: Sun, 23 Apr 2000 22:15:25 -0600 (MDT) From: gtaylor To: Tim Cornwell , Steven Myers Cc: Greg Taylor Subject: testing aips++ April 20-21 Testing AIPS++ Detailed Log April 20-21, 2000, session: note: TTT = trouble BBB = bug QQQ = question After restarting aips++ today I was able to read the 6cm Jupiter ms that I made yesterday. Made a visplot. Fine. Tried to make an image but I didn't have setdata and setimage with matching IF selection so it bombed out on me. BBB> Couldn't delete the files that imagr left lying around. Submitted a bug report on this. With help from Tim Cornwell, I made an image of Jupiter and was able to look at it. next... self-calibration BBB> tried to open up an calibrater tool in order to perform self-calibration. Task died unexpectedly. warning, event glishtk.fail () dropped LocalExec::SetStatus: abnormal child termination for /home/gtaylor/aips++/linux/bin/glishtk and aips++ seems hung. Starting over... Calibrater tool started up ok this time. TTT> Set up self-cal using model generated from initial clean. Fourier transforming: replacing MODEL_DATA column Fourier transforms will use image centers as tangent points made generic SkyEquation Finished imager::ft 33.33 real 9.44 user 2.2 system Selfcalibration failed and in the Glish window: "imager_standard.gp", line 61: warning, operand to .solve is not a record "imager_standard.gp", line 61: error, F is not a function value It would be nice to get a bit more information here as to what went wrong. Also the documentation for setting up self-calibration is woefully inadequate. I quote "4. Use the selfcal function to actually perform the gain solution and re-calibration. " Hey, I could have written this. What goes in the "model" and what goes in the "complist"? Did imager make a model or a complist for me? How do I view or touch up the clean component model? Anyway, I plotted up both the data and the model in visplot and they look good. Not sure what the problem in selfcal is. I give up. --- end of testing. Frustration meter reads: |******* | low high