Closed matthewhoffman closed 4 months ago
I set up the four tests using:
compass setup -n 85 86 88 87 -w $scratch5/compass-hydro-radial-tests
Results:
landice/hydro_radial/decomposition_test
* step: setup_mesh
* step: 1proc_run
* step: visualize_1proc_run
* step: 3proc_run
* step: visualize_3proc_run
test execution: SUCCESS
test validation: PASS
test runtime: 00:11
landice/hydro_radial/restart_test
* step: setup_mesh
* step: full_run
* step: visualize_full_run
* step: restart_run
* step: visualize_restart_run
test execution: SUCCESS
test validation: PASS
test runtime: 00:54
landice/hydro_radial/steady_state_drift_test
* step: setup_mesh
* step: run_model
* step: visualize
test execution: SUCCESS
test runtime: 00:10
landice/hydro_radial/spinup_test
* step: setup_mesh
* step: run_model
* step: visualize
test execution: SUCCESS
test runtime: 09:18
Test Runtimes:
00:11 PASS landice_hydro_radial_decomposition_test
00:54 PASS landice_hydro_radial_restart_test
00:10 PASS landice_hydro_radial_steady_state_drift_test
09:18 PASS landice_hydro_radial_spinup_test
Total runtime 10:35
PASS: All passed successfully!
All looks good, but I'm surprised landice/hydro_radial/restart_test
takes nearly a minute. Might be a fluke so I will check what it is when I run the full_integration
suite.
Ran full_integration suite on Chicoma against compass/main (daff021c3). Both use E3SM repo hash 7067f38968. Results:
Test Runtimes:
00:12 PASS landice_dome_2000m_sia_restart_test
00:04 PASS landice_dome_2000m_sia_decomposition_test
00:04 PASS landice_dome_variable_resolution_sia_restart_test
00:02 PASS landice_dome_variable_resolution_sia_decomposition_test
00:21 PASS landice_enthalpy_benchmark_A
00:24 PASS landice_eismint2_decomposition_test
00:23 PASS landice_eismint2_enthalpy_decomposition_test
00:24 PASS landice_eismint2_restart_test
00:24 PASS landice_eismint2_enthalpy_restart_test
00:12 PASS landice_greenland_sia_restart_test
00:11 PASS landice_greenland_sia_decomposition_test
00:19 FAIL landice_hydro_radial_restart_test
00:11 FAIL landice_hydro_radial_decomposition_test
00:34 PASS landice_humboldt_mesh-3km_decomposition_test_velo-none_calving-none_subglacialhydro
00:36 PASS landice_humboldt_mesh-3km_restart_test_velo-none_calving-none_subglacialhydro
00:19 PASS landice_dome_2000m_fo_decomposition_test
00:17 PASS landice_dome_2000m_fo_restart_test
00:10 PASS landice_dome_variable_resolution_fo_decomposition_test
00:10 PASS landice_dome_variable_resolution_fo_restart_test
00:15 PASS landice_circular_shelf_decomposition_test
00:53 PASS landice_greenland_fo_decomposition_test
00:44 PASS landice_greenland_fo_restart_test
00:25 PASS landice_thwaites_fo_decomposition_test
00:32 PASS landice_thwaites_fo_restart_test
00:13 PASS landice_thwaites_fo-depthInt_decomposition_test
00:19 PASS landice_thwaites_fo-depthInt_restart_test
00:37 PASS landice_humboldt_mesh-3km_restart_test_velo-fo_calving-von_mises_stress_damage-threshold_faceMelting
00:20 PASS landice_humboldt_mesh-3km_restart_test_velo-fo-depthInt_calving-von_mises_stress_damage-threshold_faceMelting
Total runtime 09:38
FAIL: 2 tests failed, see above.
The two hydro_radial tests pass validation but fail baseline comparison as expected and can be blessed:
landice/hydro_radial/restart_test
* step: setup_mesh
* step: full_run
* step: visualize_full_run
* step: restart_run
* step: visualize_restart_run
test execution: SUCCESS
test validation: PASS
baseline comparison: FAIL
see: case_outputs/landice_hydro_radial_restart_test.log
test runtime: 00:19
landice/hydro_radial/decomposition_test
* step: setup_mesh
* step: 1proc_run
* step: visualize_1proc_run
* step: 3proc_run
* step: visualize_3proc_run
test execution: SUCCESS
test validation: PASS
baseline comparison: FAIL
see: case_outputs/landice_hydro_radial_decomposition_test.log
test runtime: 00:11
Note the landice/hydro_radial/restart_test
run time is 19 seconds here, so the 58 seconds in the previous test was probably a fluke and can be ignored.
Note that the hydro_radial
runtimes are a bit longer than the baseline. I ran the integration suite a second time and got essentially the same times for these two tests. Presumably the additional runtime comes mostly from calling the visualization step. I think the extra cost is acceptable, but we could disable the viz step again (but one could run it manually after the integration suite was run if needed.) @trhille , if you prefer that, let me know.
Baseline run times:
00:07 PASS landice_hydro_radial_restart_test
00:05 PASS landice_hydro_radial_decomposition_test
@matthewhoffman, this PR looks good to me, just found one minor typo. No changes to the script itself. I ran the full integration on Perlmutter and got the same results as you, apart from slightly longer run times for the test case. That seems like it was most likely a fluke because the baseline was no different.
Baseline:
@trhille , can you approve this PR? For some reason the automated checks are not working correctly - it says "Merging is blocked. Merging can be performed automatically with 1 approving review." but Alex has approved it. I checked the repo rules and only 1 review approval is required and there are no restrictions on who that is from. But that doesn't seem to be working so maybe another review approval will unstick it.
I'm guess @alexolinhager doesn't have write access?
Good question, how would I check that? I'm assuming that's the case because it works now that you approved changes
I didn't think write access is a requirement based on the Github docs. I'll try to dig deeper. In any case, thanks, @trhille
This merge adds improvements to the hydro_radial test cases to make them more useful
Checklist
Testing
in this PR) any testing that was used to verify the changes