Started by an SCM change863655285cd4ce9d65cec1b44cf2e6e578f4d08fe73655285cd4ce9d65cec1b44cf2e6e578f4d08fe7origin/master3655285cd4ce9d65cec1b44cf2e6e578f4d08fe73655285cd4ce9d65cec1b44cf2e6e578f4d08fe7origin/master88d63a0f595d93dccafcc9e7917c00fe97fd034a35d63a0f595d93dccafcc9e7917c00fe97fd034a35origin/grid_fixesd63a0f595d93dccafcc9e7917c00fe97fd034a35d63a0f595d93dccafcc9e7917c00fe97fd034a35origin/grid_fixes79c5c01fc5da140dc13df06c2919c4f4f5a0318b5fc5c01fc5da140dc13df06c2919c4f4f5a0318b5forigin/changes_to_not_breakc5c01fc5da140dc13df06c2919c4f4f5a0318b5fc5c01fc5da140dc13df06c2919c4f4f5a0318b5forigin/changes_to_not_break701344f8a40d6116af1b567307eb389b4be1009fc41344f8a40d6116af1b567307eb389b4be1009fc4refs/remotes/origin/changes_to_not_break1344f8a40d6116af1b567307eb389b4be1009fc41344f8a40d6116af1b567307eb389b4be1009fc4refs/remotes/origin/changes_to_not_break851d226e398bae00fe10255274a70f3451b5cc7d9e1d226e398bae00fe10255274a70f3451b5cc7d9eorigin/wangara_updates1d226e398bae00fe10255274a70f3451b5cc7d9e1d226e398bae00fe10255274a70f3451b5cc7d9eorigin/wangara_updates4507f841f184cdc30f4dc5b42a66b21f077058955af7f841f184cdc30f4dc5b42a66b21f077058955afrefs/remotes/origin/master7f841f184cdc30f4dc5b42a66b21f077058955af7f841f184cdc30f4dc5b42a66b21f077058955afrefs/remotes/origin/master7f841f184cdc30f4dc5b42a66b21f077058955af7f841f184cdc30f4dc5b42a66b21f077058955afrefs/remotes/origin/masterhttps://github.com/larson-group/sam_clubb.gitfalse#450743222807834sam_clubb_nvhpc_build #450450false45011328SUCCESS1759394707333http://carson.math.uwm.edu/jenkins/job/sam_clubb_nvhpc_build/450/latin_hypercube_driver_module.F9050f5a9aa2d2a1e4894e9d0aa40f653db463beb151759358185000http://carson.math.uwm.edu/jenkins/user/hueblerGunther Hueblerhuebler@uwm.eduMaking the l_random_k_lh_start set the random generator seed before generating a random. This should fix the generalized grid test, which failed for the only flag set that turned on l_random_k_lh_start. Before, the test passed because we used the same random seed for all timesteps, preventing differences in the random call. But now we use a different seed each timestep, causing differences. To ensure reproducibility, we use the seed each timestep to generate rand_pool, which is an effective solution, but we need to do that for the rand_integer_in_range call in the l_random_k_lh_start code for the same reason. Since this does change the random that comes out, this is BIT_CHANGING, but only for runs using both SILHS and l_random_k_lh_start=.true. 2025-10-01 17:36:25 -050050f5a9aa2d2a1e4894e9d0aa40f653db463beb15Making the l_random_k_lh_start set the random generator seed before generating a random. This should fix the generalized grid test, which failed for the only flag set that turned on l_random_k_lh_start. Before, the test passed because we used the same random seed for all timesteps, preventing differences in the random call. But now we use a different seed each timestep, causing differences. To ensure reproducibility, we use the seed each timestep to generate rand_pool, which is an effective solution, but we need to do that for the rand_integer_in_range call in the l_random_k_lh_start code for the same reason. Since this does change the random that comes out, this is BIT_CHANGING, but only for runs using both SILHS and l_random_k_lh_start=.true.editlatin_hypercube_driver_module.F90githttp://carson.math.uwm.edu/jenkins/user/hueblerGunther Hueblerfalse451http://carson.math.uwm.edu/jenkins/job/sam_clubb_nvhpc_build/451/449http://carson.math.uwm.edu/jenkins/job/sam_clubb_nvhpc_build/449/