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#294</fullDisplayName><id>294</id><keepLog>false</keepLog><number>294</number><queueId>28102</queueId><result>SUCCESS</result><timestamp>1705050787212</timestamp><url>http://carson.math.uwm.edu/jenkins/job/clubb_timestep_gfortran_tests/294/</url><changeSet _class='hudson.plugins.git.GitChangeSetList'><item _class='hudson.plugins.git.GitChangeSet'><affectedPath>src/CLUBB_core/mean_adv.F90</affectedPath><commitId>18afbb900eaa3202bc48b64daf9daa974ee8dd4c</commitId><timestamp>1705003858000</timestamp><author><absoluteUrl>http://carson.math.uwm.edu/jenkins/user/bmg2</absoluteUrl><fullName>bmg2</fullName></author><authorEmail>bmg2@uwm.edu</authorEmail><comment>I am altering the mean advection code in preparation for ghost point
removal, since the mean advection code incorporates the ghost point
in its current calculations.

The lower boundary is now treated in the same manner as the
upper boundary, where a zero derivative over the boundary is assumed.
Any interaction of the current ghost level with the model code is
now removed from the mean advection calculation.

The results are bit-for-bit for most cases, but not all of them.
They are not necessarily expected to be bit-for-bit. There are
no discernable differences on plots of priority cases. However,
this commit is technically BIT_CHANGING.
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</comment><date>2024-01-18 15:17:43 -0600</date><id>be2fe61a1e5897d417ae01cf335caa727a85c7fe</id><msg>Fixing bug. See https://github.com/larson-group/clubb/issues/1139</msg><path><editType>edit</editType><file>src/clubb_driver.F90</file></path></item><item _class='hudson.plugins.git.GitChangeSet'><affectedPath>src/CLUBB_core/tridiag_lu_solver.F90</affectedPath><commitId>cad1c8b0360b5beaef4648ef0d755818e0823e89</commitId><timestamp>1705612684000</timestamp><author><absoluteUrl>http://carson.math.uwm.edu/jenkins/user/huebler</absoluteUrl><fullName>Gunther Huebler</fullName></author><authorEmail>huebler@uwm.edu</authorEmail><comment>Fixing tridiag solver bug. See https://github.com/larson-group/clubb/issues/1139
</comment><date>2024-01-18 15:18:04 -0600</date><id>cad1c8b0360b5beaef4648ef0d755818e0823e89</id><msg>Fixing tridiag solver bug. See https://github.com/larson-group/clubb/issues/1139</msg><path><editType>edit</editType><file>src/CLUBB_core/tridiag_lu_solver.F90</file></path></item><item _class='hudson.plugins.git.GitChangeSet'><affectedPath>src/CLUBB_core/advance_clubb_core_module.F90</affectedPath><affectedPath>src/CLUBB_core/clubb_api_module.F90</affectedPath><affectedPath>src/clubb_driver.F90</affectedPath><commitId>f28975376d58c19257922a4cca10ae07ff251d05</commitId><timestamp>1705629086000</timestamp><author><absoluteUrl>http://carson.math.uwm.edu/jenkins/user/huebler</absoluteUrl><fullName>Gunther Huebler</fullName></author><authorEmail>huebler@uwm.edu</authorEmail><comment>Slight rework to acc data statements. This allows us to use return calls in advance_clubb_core again. See https://github.com/larson-group/clubb/issues/1139
</comment><date>2024-01-18 19:51:26 -0600</date><id>f28975376d58c19257922a4cca10ae07ff251d05</id><msg>Slight rework to acc data statements. This allows us to use return calls in advance_clubb_core again. See https://github.com/larson-group/clubb/issues/1139</msg><path><editType>edit</editType><file>src/CLUBB_core/advance_clubb_core_module.F90</file></path><path><editType>edit</editType><file>src/CLUBB_core/clubb_api_module.F90</file></path><path><editType>edit</editType><file>src/clubb_driver.F90</file></path></item><item _class='hudson.plugins.git.GitChangeSet'><affectedPath>src/CLUBB_core/mixing_length.F90</affectedPath><commitId>ec65c38de8cd427398f788dfdfc3537434a15dd7</commitId><timestamp>1705629109000</timestamp><author><absoluteUrl>http://carson.math.uwm.edu/jenkins/user/huebler</absoluteUrl><fullName>Gunther Huebler</fullName></author><authorEmail>huebler@uwm.edu</authorEmail><comment>Fixing small GPU stats bug
</comment><date>2024-01-18 19:51:49 -0600</date><id>ec65c38de8cd427398f788dfdfc3537434a15dd7</id><msg>Fixing small GPU stats bug</msg><path><editType>edit</editType><file>src/CLUBB_core/mixing_length.F90</file></path></item><item _class='hudson.plugins.git.GitChangeSet'><affectedPath>src/CLUBB_core/mono_flux_limiter.F90</affectedPath><commitId>23fa7789cb8cb963c4536910b97b0c48d6f105c2</commitId><timestamp>1705629562000</timestamp><author><absoluteUrl>http://carson.math.uwm.edu/jenkins/user/huebler</absoluteUrl><fullName>Gunther Huebler</fullName></author><authorEmail>huebler@uwm.edu</authorEmail><comment>Changing xm to out in mono flux solver. There is no need for it to be inout, and it confused me for a bit so I'm fixing it.
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</comment><date>2024-01-10 17:53:12 -0600</date><id>753138f581f211a7c4d6798f031b4109c5e08559</id><msg>BIT_CHANGING:1ce764cad4ea41e739b6ce9d95d8bec7db72097f</msg><path><editType>edit</editType><file>README</file></path></item><item _class='hudson.plugins.git.GitChangeSet'><affectedPath>compile/config/linux_x86_64_nvhpc.bash</affectedPath><affectedPath>jenkins_tests/clubb_nvhpc_gpu_acc_vs_cpu_diffness/Jenkinsfile</affectedPath><commitId>a993b7b3e95ba78c077dd24290baff1b08f169c5</commitId><timestamp>1704948886000</timestamp><author><absoluteUrl>http://carson.math.uwm.edu/jenkins/user/huebler</absoluteUrl><fullName>Gunther Huebler</fullName></author><authorEmail>huebler@uwm.edu</authorEmail><comment>Making nightly cpu vs gpu test use a new config script for the cpu compile. This is the minimize the differences to be only whether or not the openacc GPU code is enabled.
</comment><date>2024-01-10 22:54:46 -0600</date><id>a993b7b3e95ba78c077dd24290baff1b08f169c5</id><msg>Making nightly cpu vs gpu test use a new config script for the cpu compile. This is the minimize the differences to be only whether or not the openacc GPU code is enabled.</msg><path><editType>add</editType><file>compile/config/linux_x86_64_nvhpc.bash</file></path><path><editType>edit</editType><file>jenkins_tests/clubb_nvhpc_gpu_acc_vs_cpu_diffness/Jenkinsfile</file></path></item><item _class='hudson.plugins.git.GitChangeSet'><affectedPath>jenkins_tests/clubb_nvhpc_gpu_acc_vs_cpu_diffness/Jenkinsfile</affectedPath><commitId>f4277535627c705e8851dc3112160fd415252042</commitId><timestamp>1704951278000</timestamp><author><absoluteUrl>http://carson.math.uwm.edu/jenkins/user/huebler</absoluteUrl><fullName>Gunther Huebler</fullName></author><authorEmail>huebler@uwm.edu</authorEmail><comment>Limiting mpace_b to 250 timestpes for gpu vs cpu test. The mpace_b test passed on my home GPU (RTX 3080), but not when run in jenkens on nelson (P4000). So either the tolerance is too strict, or we're running too many timesteps for mpace_b. Currently the largest difference on mpace_b multicol check is 3.31551e-05 on jenkins, so if this fails also I'll up the tolerance for mpace_b instead of further reducing timesteps run.
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