Started by an SCM change823655285cd4ce9d65cec1b44cf2e6e578f4d08fe73655285cd4ce9d65cec1b44cf2e6e578f4d08fe7origin/master3655285cd4ce9d65cec1b44cf2e6e578f4d08fe73655285cd4ce9d65cec1b44cf2e6e578f4d08fe7origin/master84d63a0f595d93dccafcc9e7917c00fe97fd034a35d63a0f595d93dccafcc9e7917c00fe97fd034a35origin/grid_fixesd63a0f595d93dccafcc9e7917c00fe97fd034a35d63a0f595d93dccafcc9e7917c00fe97fd034a35origin/grid_fixes75c5c01fc5da140dc13df06c2919c4f4f5a0318b5fc5c01fc5da140dc13df06c2919c4f4f5a0318b5forigin/changes_to_not_breakc5c01fc5da140dc13df06c2919c4f4f5a0318b5fc5c01fc5da140dc13df06c2919c4f4f5a0318b5forigin/changes_to_not_break681344f8a40d6116af1b567307eb389b4be1009fc41344f8a40d6116af1b567307eb389b4be1009fc4refs/remotes/origin/changes_to_not_break1344f8a40d6116af1b567307eb389b4be1009fc41344f8a40d6116af1b567307eb389b4be1009fc4refs/remotes/origin/changes_to_not_break811d226e398bae00fe10255274a70f3451b5cc7d9e1d226e398bae00fe10255274a70f3451b5cc7d9eorigin/wangara_updates1d226e398bae00fe10255274a70f3451b5cc7d9e1d226e398bae00fe10255274a70f3451b5cc7d9eorigin/wangara_updates1225c650de1a51b9eb15e0fa869d4fa8a79d35462295c650de1a51b9eb15e0fa869d4fa8a79d3546229refs/remotes/origin/master5c650de1a51b9eb15e0fa869d4fa8a79d35462295c650de1a51b9eb15e0fa869d4fa8a79d3546229refs/remotes/origin/master5c650de1a51b9eb15e0fa869d4fa8a79d35462295c650de1a51b9eb15e0fa869d4fa8a79d3546229refs/remotes/origin/masterhttps://github.com/larson-group/sam_clubb.gitfalse#122242646572906sam_clubb_silhs_gfortran_build #122122false1229675SUCCESS1634286309381http://carson.math.uwm.edu/jenkins/view/all/job/sam_clubb_silhs_gfortran_build/122/diffusion.F90db7584133b87452bedc0538fed00f339dca49ae31634219703000http://carson.math.uwm.edu/jenkins/user/benjamin.andrew.stephensbenjamin.andrew.stephensbenjamin.andrew.stephens@gmail.comCommented out the k=1 boundary conditions in diffusion_zm_lhs and diffusion_zt_lhs, since these are not currently fed into the final LHS matrix. I included comments to describe why this was done. Results are b4b. See https://github.com/larson-group/clubb/issues/920#issuecomment-942735433. 2021-10-14 08:55:03 -0500db7584133b87452bedc0538fed00f339dca49ae3Commented out the k=1 boundary conditions in diffusion_zm_lhs and diffusion_zt_lhs, since these are not currently fed into the final LHS matrix. I included comments to describe why this was done. Results are b4b.editdiffusion.F90githttp://carson.math.uwm.edu/jenkins/user/benjamin.andrew.stephensbenjamin.andrew.stephensfalse123http://carson.math.uwm.edu/jenkins/view/all/job/sam_clubb_silhs_gfortran_build/123/121http://carson.math.uwm.edu/jenkins/view/all/job/sam_clubb_silhs_gfortran_build/121/