6/7/06 ### Comments ### I should have created this earlier, but whatever. I'm now at the point where I can control my initial conditions (mostly and indirectly; I can't specify u, but I can specify the vorticty.) My problem now is resolution; every run I've done thus far has had Gibbs noise in it and I'm trying to drive it out. Also, I need a large domain to run in so that the continuous boundary conditions and the rigid top and bottom don't interfere with my solution. I've learned to look at the byte-scale data since it's smaller and easier to copy than the *.tar real data is. I've had to adapt IDL code. First I made code to read in the data. Then I learned that the dimensions I was using necessitated tricks to cut down on the size of the final IDL array holding all the data at all time steps. It's been a pain since the more data points I use, the longer these things take to run and transfer. Also, just throwing points at the problem seems 'wrong' - I should probably be doing a sketch calculation before hand. Now I've found out that the allocation on the Navo machine is drained and I really hope I'm not responsible. I don't think the temperature profile is responsible for my noise, though I may need to re-evaluate that thought. Below are a summary of runs. Mostly Baden runs, but a few important Wren runs as well. The first entry also serves as a template. 6/8/06 Well, we survived the day of the trip-6. Anyway. Heh, messed up and didn't grab the subtrp.f files, which contain the initial velocity profiles. :( Oh, and if you're examining for noise, you should probably be looking at the temperature files. --- WREN COMMENTS ---------------------------------------------------- wren31 is non-bytescale data which is kind of like the default I'm working from; it's on a small domain and so lends itself to checking the resolution. wren91 is the bytescale version of wren31. wren51 led to wren63, which is the fun, high velocity run. I don't think I have a bytescale version of wren63 wren71 is the same as wren63, but with tzr = 1, not 5 wren73 is the bytescale version of wren71 So, basically, wren31/91 is what you use to compare things to in order to see if your resolution is good and wren63/73 are what just look like fun. Um, make a bytescale wren63 plz. (Note, "making a bytescale" involves nothing more than simply changing the NSTEP? parameters) --- BADEN COMMENTS --------------------------------------------------- baden runs are basically based off of the above mentioned wren runs. The focus on getting the goddamned resolution to be good enough to eliminate the gibbs crap I've got going on. I apologize for the language. baden05 - better resolved than wren31, though still under-resolved. baden08 - compare this to wren63 plz. Edgelenghts are different. AND baden08 is better resolved. baden20 - THIS is some crazy stuff. Don't have the codein either. examine this. baden30 - VERY IMPORTANT. Examine it and make a run off of it with T => -T - ALSO, try rerunning w/ a larger edgelength baden32 - high resolution, edge=.00001 run that you need to look at baden35 - IMPORTANT: possibly well resolved. Extension of 33 in time. Questionable time step is, in the Temperature file, 73. Check out both the centerline and the lower right billow. baden36/baden37 - I allocated 11 hours for baden36 and it bombed due to time limit being exceeded. I allocated 33 hours for baden37 and it finished. Looking at the *.out file, it looks as though it only took 13388.5 seconds to complete, under 4 hours. WTF? Check the souce code on these 2. baden37 - Looks like convection? Zoom in at 2 spots. Also, rerun for longer time. baden39/40 - longer time run of baden35. baden40 has a smoother edgelength. ### Runs ### ======================================================================= wren10 ------------------------------------------------------------------------ NX = 500 XMAX = 100.0 Xppm = 5 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .02 (=Zmax2/Zmax) NZ = 500 ZMAX = 100.0 Zppm = 5 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 200 NTIM = 1 (bytescale data) The bytescale data doesn't NSTEP1 = 200 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 2 IPROB = 30 RX = 0 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.0001 JOB_T = 0.08 TOT_T = 0.10 total time = 29.1900 seconds (from *.out file) Real Time: 0 00:12:06 Job Step User Time: 0 00:02:14 Job Step System Time: 0 00:00:05 Total Job Step Time: 0 00:02:19 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed Apr 19 17:17:40 Started at: Wed Apr 19 17:28:33 Exited at: Wed Apr 19 17:29:46 Comments: - Kept for some reason that currently eludes me; plot this up on apollo ======================================================================= wren20 ------------------------------------------------------------------------ NX = 500 XMAX = 100.0 Xppm = 5 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .02 (=Zmax2/Zmax) NZ = 500 ZMAX = 100.0 Zppm = 5 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 200 NTIM = 1 (bytescale data) The bytescale data doesn't NSTEP1 = 200 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 2 IPROB = 30 RX = 0 RY = 0 TZRATIO = 1.0 EDGELENGTH = 0.0001 JOB_T = 0.18 TOT_T = 0.20 total time = 31.1299 seconds (from *.out file) Real Time: 0 00:01:35 Job Step User Time: 0 00:02:15 Job Step System Time: 0 00:00:06 Total Job Step Time: 0 00:02:21 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed Apr 19 20:02:30 Started at: Wed Apr 19 20:02:54 Exited at: Wed Apr 19 20:04:05 Comments: - Kept for some reason that currently eludes me; plot this up on apollo ======================================================================= wren31 ------------------------------------------------------------------------ NX = 500 XMAX = 10.0 Xppm = 50 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .02 (=Zmax2/Zmax) NZ = 500 ZMAX = 10.0 Zppm = 50 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 1000 NTIM = 1 (bytescale data) The bytescale data doesn't NSTEP1 = 1000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 1000 step is in the .00 files. NSTEP3 = 10 IPROB = 30 RX = 0 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.0001 JOB_T = 0.08 TOT_T = 0.10 total time = 120.5499 seconds (from *.out file) total time = 120.7300 seconds (from *.out file) Real Time: 0 00:20:32 Job Step User Time: 0 00:10:12 Job Step System Time: 0 00:00:14 Total Job Step Time: 0 00:10:26 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed Apr 19 22:28:32 Started at: Wed Apr 19 22:46:37 Exited at: Wed Apr 19 22:49:04 Comments: - This is like, THE default run. It's in a small domain so wrap around is a problem. The main things to point out are: 1. You can clearly see that things are under-resolved 2. You need to use the code in the IDL.for directory since the bulk of the data is in the non-bytescaled data. ======================================================================= wren51 ------------------------------------------------------------------------ NX = 1000 XMAX = 200.0 Xppm = 5 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .05 (=Zmax2/Zmax) NZ = 200 ZMAX = 40.0 Zppm = 5 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 200 NTIM = 1 (bytescale data) The bytescale data doesn't NSTEP1 = 200 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 2 IPROB = 30 RX = 0 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.0001 JOB_T = 1.08 TOT_T = 1.10 total time = 39.7800 seconds (from *.out file) total time = 39.8500 seconds (from *.out file) Real Time: 0 00:01:08 Job Step User Time: 0 00:01:49 Job Step System Time: 0 00:00:15 Total Job Step Time: 0 00:02:04 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed Apr 24 22:34:27 Started at: Wed Apr 24 22:34:29 Exited at: Wed Apr 24 22:35:35 Comments: - Possibly ditchable; looks like a precurser to wren63 ======================================================================= wren63 ------------------------------------------------------------------------ NX = 1000 XMAX = 200.0 Xppm = 5 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 200 ZMAX = 40.0 Zppm = 5 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 20000 NTIM = 1 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 20000 step is in the .00 files. NSTEP3 = 200 IPROB = 30 RX = 0 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.0001 JOB_T = 3.08 TOT_T = 3.10 total time = 1759.0599 seconds (from *.out file) total time = 1759.2100 seconds (from *.out file) Real Time: 0 02:08:00 Job Step User Time: 0 02:34:56 Job Step System Time: 0 00:02:57 Total Job Step Time: 0 02:37:53 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed Apr 25 07:25:06 Started at: Wed Apr 25 09:03:18 Exited at: Wed Apr 25 09:33:06 Comments: ======================================================================= wren71 ------------------------------------------------------------------------ NX = 1000 XMAX = 200.0 Xppm = 5 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 200 ZMAX = 40.0 Zppm = 5 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 20000 NTIM = 1 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 20000 step is in the .00 files. NSTEP3 = 200 IPROB = 30 RX = 0 RY = 0 TZRATIO = 1.0 EDGELENGTH = 0.0001 JOB_T = 3.08 TOT_T = 3.10 total time = 1813.400 seconds (from *.out file) Real Time: 0 00:34:49 Job Step User Time: 0 02:33:46 Job Step System Time: 0 00:03:25 Total Job Step Time: 0 02:37:11 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed Apr 26 23:02:25 Started at: Wed Apr 26 23:06:31 Exited at: Wed Apr 26 23:37:14 Comments: - Mate to wren63; difference being tzr. There is only 1 bytescale data step, which is kinda annoying. ======================================================================= wren73 ------------------------------------------------------------------------ NX = 1000 XMAX = 200.0 Xppm = 5 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 200 ZMAX = 40.0 Zppm = 5 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 20000 NTIM = 1 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 20000 step is in the .00 files. NSTEP3 = 200 IPROB = 30 RX = 0 RY = 0 TZRATIO = 1.0 EDGELENGTH = 0.0001 JOB_T = 3.08 TOT_T = 3.10 total time = 1731.680 seconds (from *.out file) Real Time: 0 00:45:13 Job Step User Time: 0 02:34:25 Job Step System Time: 0 00:02:38 Total Job Step Time: 0 02:37:03 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed Apr 30 17:44:06 Started at: Wed Apr 30 17:59:59 Exited at: Wed Apr 30 18:29:19 Comments: - Bytescale version of wren71 ======================================================================= wren91 ------------------------------------------------------------------------ NX = 500 XMAX = 100.0 Xppm = 5 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .02 (=Zmax2/Zmax) NZ = 500 ZMAX = 100.0 Zppm = 5 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 1000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 1000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 10 step is in the .00 files. NSTEP3 = 10 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.0001 JOB_T = 3.08 TOT_T = 3.10 total time = 148.770 seconds (from *.out file) Real Time: 0 01:17:57 Job Step User Time: 0 00:10:15 Job Step System Time: 0 00:00:31 Total Job Step Time: 0 00:10:46 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed May 05 17:37:33 Started at: Wed May 05 18:52:38 Exited at: Wed May 05 18:55:30 Comments: - This is the bytescale version of wren31. The Velocity data looks the same, which it should. - The temperature file is noticeably different. In talking with Tom, I've come to believe that the bytescale data has the mean subtracted off, yielding the picture you see. The zero time step, then, probably just shows machine noise. ======================================================================= baden05 ------------------------------------------------------------------------ NX = 10000 XMAX = 200.0 Xppm = 50 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 400 ZMAX = 40.0 Zppm = 10 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 20000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 200 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = 13307.0799 seconds (from *.out file) Real Time: 0 09:18:37 Job Step User Time: 9 03:21:17 Job Step System Time: 1 01:06:30 Total Job Step Time: 10 04:27:47 Starter User Time: 0 00:00:02 Starter System Time: 0 00:00:01 Total Starter Time: 0 00:00:03 Submitted at: Wed May 17 22:03:49 Started at: Wed May 18 03:39:25 Exited at: Wed May 18 07:22:26 Comments: - I kept this run for a reason. Couple actually. 1. It looks like I want it to look. i.e. there is an elevated front which seems to be propagating along the duct. Kickass. 2. It highlights the sad fact that I am under-resolved 3. You can see reflections. ======================================================================= baden08 ------------------------------------------------------------------------ NX = 20000 XMAX = 200.0 Xppm = 100 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 800 ZMAX = 40.0 Zppm = 20 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 5000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 5000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 50 step is in the .00 files. NSTEP3 = 50 IPROB = 30 RX = 500 RY = 0 TZRATIO = 5.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = 9426.1800 seconds (from *.out file) Real Time: 1 12:27:13 Job Step User Time: 6 10:31:19 Job Step System Time: 0 16:20:30 Total Job Step Time: 7 02:51:49 Starter User Time: 0 00:00:02 Starter System Time: 0 00:00:01 Total Starter Time: 0 00:00:03 Submitted at: Wed May 19 05:37:14 Started at: Wed May 20 15:23:57 Exited at: Wed May 20 18:04:27 Comments: - High velocity version of baden05. 1. Again, you can see that it is under-resolved 2. Disquieting is the fact that, while I WANTED this to look like wren63, the lil' pellet o' power doesn't veer off up or down; need to examine the executables more closely (possibly different temperature profiles or velocity conditions) ======================================================================= baden09 ------------------------------------------------------------------------ NX = 20000 XMAX = 200.0 Xppm = 100 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 800 ZMAX = 40.0 Zppm = 20 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 5000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 5000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 50 step is in the .00 files. NSTEP3 = 50 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = 9208.1000 seconds (from *.out file) Real Time: 1 14:28:40 Job Step User Time: 5 17:11:30 Job Step System Time: 0 17:58:03 Total Job Step Time: 6 11:09:33 Starter User Time: 0 00:00:04 Starter System Time: 0 00:00:12 Total Starter Time: 0 00:00:16 Submitted at: Wed May 19 05:41:18 Started at: Wed May 20 17:33:22 Exited at: Wed May 20 20:09:58 Comments: - Double the resolution of baden05 in both x and z. Still looks noisey and I don't think I have enough time steps. - Zoom in on this ONLY if there isn't a better resolved run. ======================================================================= baden10 ------------------------------------------------------------------------ NX = 20000 XMAX = 200.0 Xppm = 100 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 800 ZMAX = 40.0 Zppm = 20 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 5000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 5000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 50 step is in the .00 files. NSTEP3 = 50 IPROB = 30 RX = .01 RY = 0 TZRATIO = 5.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = 8778.2299 seconds (from *.out file) Real Time: 0 13:37:24 Job Step User Time: 5 14:54:50 Job Step System Time: 0 15:46:18 Total Job Step Time: 6 06:41:08 Starter User Time: 0 00:00:01 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:01 Submitted at: Wed May 22 07:32:20 Started at: Wed May 22 18:42:11 Exited at: Wed May 22 21:09:44 Comments: - The idea was if my velocity profile was too sharp that this would cause the noise I've been seeing. So I dropped the magnitude down. Yeah, it's still noisy and kinda boring. ======================================================================= baden11 ------------------------------------------------------------------------ NX = 20000 XMAX = 200.0 Xppm = 100 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 800 ZMAX = 40.0 Zppm = 20 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 5000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 5000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 50 step is in the .00 files. NSTEP3 = 50 IPROB = 30 RX = .1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = 8687.2800 seconds (from *.out file) Real Time: 0 13:37:24 Job Step User Time: 5 14:54:50 Job Step System Time: 0 15:46:18 Total Job Step Time: 6 06:41:08 Starter User Time: 0 00:00:01 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:01 Submitted at: Wed May 22 07:32:20 Started at: Wed May 22 18:42:11 Exited at: Wed May 22 21:09:44 Comments: - Extension of baden10. Similarly unspectacular. ======================================================================= baden12 ------------------------------------------------------------------------ NX = 20000 XMAX = 200.0 Xppm = 100 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 800 ZMAX = 40.0 Zppm = 20 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 5000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 5000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 50 step is in the .00 files. NSTEP3 = 50 IPROB = 30 RX = 10 RY = 0 TZRATIO = 5.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = 8687.2800 seconds (from *.out file) Real Time: 0 18:22:26 Job Step User Time: 5 14:31:00 Job Step System Time: 0 15:26:07 Total Job Step Time: 6 05:57:07 Starter User Time: 0 00:00:03 Starter System Time: 0 00:00:07 Total Starter Time: 0 00:00:10 Submitted at: Wed May 22 07:38:43 Started at: Wed May 22 23:35:43 Exited at: Wed May 23 02:01:09 Comments: - Similar to baden10 and baden12. Again, under-resolved. ======================================================================= baden20 ------------------------------------------------------------------------ NX = 10000 XMAX = 200.0 Xppm = 50 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 400 ZMAX = 40.0 Zppm = 10 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 20000 NTIM = 98 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 200 IPROB = 30 RX = 1 RY = 0 TZRATIO = 1.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = -----.---- seconds (*.out file missing) Soft WALL CLOCK limit exceeded: Soft limit 13800 Hard limit 15300 Real Time: 0 10:39:43 Job Step User Time: 9 06:29:44 Job Step System Time: 1 00:31:56 Total Job Step Time: 10 07:01:40 Starter User Time: 0 00:00:01 Starter System Time: 0 00:00:01 Total Starter Time: 0 00:00:02 Submitted at: Wed May 22 23:15:43 Started at: Wed May 23 06:05:13 Cancelled at: Wed May 23 09:55:26 CANCELLED Comments: - Crazy. Need to get to jules. ======================================================================= baden21 ------------------------------------------------------------------------ NX = 10000 XMAX = 200.0 Xppm = 50 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 400 ZMAX = 40.0 Zppm = 10 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 20000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 200 IPROB = 30 RX = 500. RY = 0 TZRATIO = 1.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = 13718.1000 seconds (from *.out file) Real Time: 0 14:27:09 Job Step User Time: 9 08:21:56 Job Step System Time: 1 00:42:46 Total Job Step Time: 10 09:04:42 Starter User Time: 0 00:00:03 Starter System Time: 0 00:00:10 Total Starter Time: 0 00:00:13 Submitted at: Wed May 22 23:18:10 Started at: Wed May 23 09:55:28 Exited at: Wed May 23 13:45:19 Comments: - under-resolved. I think this is based of off 20, but can't really tell since I don't have the files I need. - again, goes straight, unlike wren63 (and has a larger edgelength) ======================================================================= baden22 ------------------------------------------------------------------------ NX = 10000 XMAX = 200.0 Xppm = 50 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 400 ZMAX = 40.0 Zppm = 10 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 20000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 200 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = 13184.9400 seconds (from *.out file) Real Time: 1 06:30:09 Job Step User Time: 9 04:26:10 Job Step System Time: 0 23:14:33 Total Job Step Time: 10 03:40:43 Starter User Time: 0 00:00:01 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:01 Submitted at: Wed May 22 23:21:01 Started at: Wed May 24 02:10:05 Exited at: Wed May 24 05:51:10 Comments: - Same codein as baden05. Obviously a different executable. ======================================================================= baden23 ------------------------------------------------------------------------ NX = 10000 XMAX = 200.0 Xppm = 50 XZrat = 5.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 400 ZMAX = 40.0 Zppm = 10 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 20000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 101 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 200 IPROB = 30 RX = 500. RY = 0 TZRATIO = 5.0 EDGELENGTH = 1.500 JOB_T = 3.51 TOT_T = 4.15 total time = 13497.6000 seconds (from *.out file) Real Time: 1 10:14:48 Job Step User Time: 9 08:27:44 Job Step System Time: 1 00:06:23 Total Job Step Time: 10 08:34:07 Starter User Time: 0 00:00:03 Starter System Time: 0 00:00:07 Total Starter Time: 0 00:00:10 Submitted at: Wed May 22 23:23:49 Started at: Wed May 24 05:51:12 Exited at: Wed May 24 09:38:37 Comments: - High velocity, under-resolved. Also, vertically wide pellet. ======================================================================= baden30 ------------------------------------------------------------------------ NX = 500 XMAX = 10.0 Xppm = 50 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .2 (=Zmax2/Zmax) NZ = 500 ZMAX = 10.0 Zppm = 50 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 1000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 1000 NTIM = 2 (regular data) get the +1 since the +1 NSTEP2 = 10 step is in the .00 files. NSTEP3 = 1000 IPROB = 30 RX = 0 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.0001 JOB_T = 0.08 TOT_T = 0.10 total time = 133.9000 seconds (from *.out file) Real Time: 0 00:09:31 Job Step User Time: 0 00:10:13 Job Step System Time: 0 00:00:24 Total Job Step Time: 0 00:10:37 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed May 26 22:51:06 Started at: Wed May 26 22:58:04 Exited at: Wed May 26 23:00:37 Comments: - This run is important. Look at the executables, BUT 1. Noisy. 2. U initially set to zero (or near enough - machine noise) and the subsequent behavior looks like convective insablilty. 3. Maybe run this w/ T => -T ? Could be informative. - ADDITIONALLY, this could be an arguement for a softer EDGELENGTH so rerun this with larger EDGELENGTH ======================================================================= baden31 ------------------------------------------------------------------------ NX = 500 XMAX = 10.0 Xppm = 50 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .2 (=Zmax2/Zmax) NZ = 500 ZMAX = 10.0 Zppm = 50 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 5 NSTEP0 = 1000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 1000 NTIM = 2 (regular data) get the +1 since the +1 NSTEP2 = 10 step is in the .00 files. NSTEP3 = 1000 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 1.500 JOB_T = 0.08 TOT_T = 0.10 total time = 143.3600 seconds (from *.out file) Real Time: 0 00:05:35 Job Step User Time: 0 00:10:13 Job Step System Time: 0 00:00:25 Total Job Step Time: 0 00:10:38 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed May 26 22:58:02 Started at: Wed May 26 23:00:55 Exited at: Wed May 26 23:03:37 Comments: - Under-resolved. ======================================================================= baden32 ------------------------------------------------------------------------ NX = 10000 XMAX = 10.0 Xppm = 1000 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .2 (=Zmax2/Zmax) NZ = 10000 ZMAX = 10.0 Zppm = 1000 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 1000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 1000 NTIM = 2 (regular data) get the +1 since the +1 NSTEP2 = 10 step is in the .00 files. NSTEP3 = 1000 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.0001 JOB_T = 5.08 TOT_T = 6.10 total time = 7702.9099 seconds (from *.out file) Real Time: 1 02:33:49 Job Step User Time: 6 08:54:01 Job Step System Time: 0 08:48:40 Total Job Step Time: 6 17:42:41 Starter User Time: 0 00:00:02 Starter System Time: 0 00:00:01 Total Starter Time: 0 00:00:03 Submitted at: Wed May 28 17:46:56 Started at: Wed May 29 18:11:28 Exited at: Wed May 29 20:20:45 Comments: - Hm, no data? Check it out on apollo ======================================================================= baden34 ------------------------------------------------------------------------ NX = 10000 XMAX = 10.0 Xppm = 1000 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .2 (=Zmax2/Zmax) NZ = 10000 ZMAX = 10.0 Zppm = 1000 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 2000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 2000 NTIM = 2 (regular data) get the +1 since the +1 NSTEP2 = 20 step is in the .00 files. NSTEP3 = 2000 IPROB = 30 RX = 1 RY = 0 TZRATIO = 1.0 EDGELENGTH = 0.0001 JOB_T = 5.08 TOT_T = 6.10 total time = 14246.1599 seconds (from *.out file) Real Time: 1 03:18:01 Job Step User Time: 12 12:38:30 Job Step System Time: 0 14:04:01 Total Job Step Time: 13 02:42:31 Starter User Time: 0 00:00:01 Starter System Time: 0 00:00:01 Total Starter Time: 0 00:00:02 Submitted at: Wed May 30 18:25:18 Started at: Wed May 31 17:50:03 Exited at: Wed May 31 21:48:19 Comments: - apparently uninteresting. ======================================================================= baden35 ------------------------------------------------------------------------ NX = 1000 XMAX = 10.0 Xppm = 100 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .20 (=Zmax2/Zmax) NZ = 1000 ZMAX = 10.0 Zppm = 100 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 50 NSTEP0 = 2000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 2000 NTIM = 2 (regular data) get the +1 since the +1 NSTEP2 = 20 step is in the .00 files. NSTEP3 = 2000 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.0001 JOB_T = 3.08 TOT_T = 4.50 total time = 2960.75000 seconds (from *.out file) Real Time: 0 10:53:46 Job Step User Time: 0 14:54:35 Job Step System Time: 0 03:48:59 Total Job Step Time: 0 18:43:34 Starter User Time: 0 00:00:14 Starter System Time: 0 00:01:02 Total Starter Time: 0 00:01:16 Submitted at: Wed May 30 19:05:49 Started at: Wed May 31 05:09:31 Exited at: Wed May 31 05:59:35 Comments: - This run may be important - It may actually have good resolution. I can't QUITE tell since there are a few temp. billows that pop outta the center line which may be physical, and may not be. ======================================================================= baden36 ------------------------------------------------------------------------ NX = 20000 XMAX = 200.0 Xppm = 100 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 4000 ZMAX = 40.0 Zppm = 100 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 20000 NTIM = --- (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = --- (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 20000 (look at file sizes to determine ntim) IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.100 JOB_T = 11.00 TOT_T = 11.30 total time = -----.---- seconds (Job cancelled) Soft WALL CLOCK limit exceeded: Soft limit 39600 Hard limit 41400 Real Time: 1 11:19:36 Job Step User Time: 37 23:19:14 Job Step System Time: 1 06:30:50 Total Job Step Time: 39 05:50:04 Starter User Time: 0 00:00:01 Starter System Time: 0 00:00:01 Total Starter Time: 0 00:00:02 Submitted at: Wed May 31 17:56:25 Started at: Wed Jun 01 18:15:51 Cancelled at: Wed Jun 02 05:16:01 Comments: - run at same resolution as baden35 1. Got cut off with too short a specified time limit. :( 2. Zoom in on this ======================================================================= baden37 ------------------------------------------------------------------------ NX = 20000 XMAX = 200.0 Xppm = 100 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 4000 ZMAX = 40.0 Zppm = 100 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 20000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 2 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 20000 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.100 JOB_T = 33.00 TOT_T = 33.30 total time = 13388.5000 seconds (from *.out file) Real Time: 3 22:21:56 Job Step User Time: 96 09:48:06 Job Step System Time: 3 04:35:24 Total Job Step Time: 99 14:23:30 Starter User Time: 0 00:00:02 Starter System Time: 0 00:00:02 Total Starter Time: 0 00:00:04 Submitted at: Wed Jun 2 17:26:37 Started at: Wed Jun 5 12:03:48 Exited at: Wed Jun 6 15:48:33 Comments: - this is a rerun of 36. With a longer time limit and it actually finished. - neat stuff. Zoom in on this one in 2 spots; the main disturbance and further down in the duct. Also, rerun 37 out for longer time. ======================================================================= baden38 ------------------------------------------------------------------------ NX = 20000 XMAX = 200.0 Xppm = 100 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .10 (=Zmax2/Zmax) NZ = 4000 ZMAX = 40.0 Zppm = 100 ZMAX2 = 4.0 (ppm = points/meter, which isn't right) NCPU = 100 NSTEP0 = 20000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 2 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 20000 IPROB = 30 RX = 555 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.100 JOB_T = 33.00 TOT_T = 33.30 total time = 16313.5000 seconds (from *.out file) Real Time: 3 23:26:59 Job Step User Time: 97 22:04:22 Job Step System Time: 31 12:39:08 Total Job Step Time: 101 10:43:30 Starter User Time: 0 00:00:02 Starter System Time: 0 00:00:02 Total Starter Time: 0 00:00:04 Submitted at: Wed Jun 2 17:31:16 Started at: Wed Jun 5 12:24:23 Exited at: Wed Jun 6 16:58:15 Comments: - high speed verion of 36/37. Again, uninterestingly straight. - of note; the duct is thicker than the pellet and as the pellet - passes, the surface does rise. - little bumps at late time in the T data - noise or real? same noise or real question as with other stuff. ======================================================================= baden39 ------------------------------------------------------------------------ NX = 1000 XMAX = 10.0 Xppm = 100 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .20 (=Zmax2/Zmax) NZ = 1000 ZMAX = 10.0 Zppm = 100 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 50 NSTEP0 = 20000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 2 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 20000 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.0001 JOB_T = 30.08 TOT_T = 30.50 total time = 12523.0799 seconds (from *.out file) Real Time: 1 19:11:47 Job Step User Time: 3 18:55:32 Job Step System Time: 0 13:26:27 Total Job Step Time: 4 08:21:59 Starter User Time: 0 00:00:00 Starter System Time: 0 00:00:00 Total Starter Time: 0 00:00:00 Submitted at: Wed Jun 2 17:36:15 Started at: Wed Jun 4 09:18:21 Exited at: Wed Jun 4 12:48:02 Comments: - baden35 run out for longer time, fewer time steps ======================================================================= baden40 ------------------------------------------------------------------------ NX = 1000 XMAX = 10.0 Xppm = 100 XZrat = 1.0 (=Xppm/Zppm) NY = 1 YMAX = 1.0 Yppm = 1 Drat = .20 (=Zmax2/Zmax) NZ = 1000 ZMAX = 10.0 Zppm = 100 ZMAX2 = 2.0 (ppm = points/meter, which isn't right) NCPU = 50 NSTEP0 = 20000 NTIM = 100 (bytescale data) The bytescale data doesn't NSTEP1 = 20000 NTIM = 2 (regular data) get the +1 since the +1 NSTEP2 = 200 step is in the .00 files. NSTEP3 = 20000 IPROB = 30 RX = 1 RY = 0 TZRATIO = 5.0 EDGELENGTH = 0.100 JOB_T = 30.08 TOT_T = 30.50 total time = 12166.5300 seconds (from *.out file) Real Time: 1 22:31:50 Job Step User Time: 3 17:25:56 Job Step System Time: 0 12:54:58 Total Job Step Time: 4 06:20:54 Starter User Time: 0 00:00:01 Starter System Time: 0 00:00:04 Total Starter Time: 0 00:00:05 Submitted at: Wed Jun 2 17:39:48 Started at: Wed Jun 4 12:48:06 Exited at: Wed Jun 4 16:11:38 Comments: - baden39 but with a smoother edgelength