10 likes | 74 Views
TurbTool3: calling relationships between principal subroutines. make_data.m. Define some configuration data: GetConstants.m, atm_defines.m, atm_globals.m. turbtool.m (GUI). update_ui.m. comp_geom.m. comp_screens.m. comp_wind.m. segment_screens.m. integrated_turb.m. comp_absorpt.m.
E N D
TurbTool3: calling relationships between principal subroutines make_data.m Define some configuration data: GetConstants.m, atm_defines.m, atm_globals.m turbtool.m (GUI) update_ui.m comp_geom.m comp_screens.m comp_wind.m segment_screens.m integrated_turb.m comp_absorpt.m geom_HpAngpZgr.m integrated_turb_continuous.m int_simpson1.m segment_screens_ED.m geom_HpAngpZsl.m segment_screens_ES.m integrated_turb_lumped.m G_windV.m geom_HtAngtZsl.m segment_screens_US.m int_simpson1.m geom_Hmin.m F_cn2.m int_simpson1.m comp_scatter.m geom_intersect_h.m F_cn2.m F_r0sph_plat.m F_r0sph_tgt.m NOTES: (1) means routine1 calls routine2. (2) A call sequence “int_simpson1 F_* or G_* ” also passes the name of a cn2 or wind profile definition fnc, which will be feval’ed. Names of the profile-def fncs are not shown on present diagram. (3) The profile definition functions are located in subdirectories “turb\” and “wind\”. (3) TurbTool3 also contains subsidiary subroutines not shown in the calling tree on this page (the profile-def fncs as well as others). F_r0pl.m F_varIsph.m F_varIpl_plat.m F_varIpl_tgt.m F_fG.m F_fT.m (bv)