| 35 | | ||Code parallelization ||[attachment:Parallelization.pdf] ||[attachment:handout_Parallelization.pdf] || |
| 36 | | ||Code structure & features ||[attachment:Code_structure_and_features.pdf] ||[attachment:handout_Code_structure_and_features.pdf] || |
| 37 | | ||Current developments ||[attachment:Current_developments.pdf] ||[attachment:handout_Current_developments.pdf] || |
| 38 | | ||Data visualization ||[attachment:Data_visualization.pdf] ||[attachment:handout_Data_visualization.pdf] || |
| 39 | | ||Debugging ||[attachment:Debugging.pdf] ||[attachment:handout_Debugging.pdf] || |
| 40 | | ||Final remarks ||[attachment:Final_remarks.pdf] ||[attachment:handout_Final_remarks.pdf] || |
| 41 | | ||Fundamentals of LES ||[attachment:Fundamentals_of_LES.pdf] ||[attachment:handout_Fundamentals_of_LES.pdf] || |
| 42 | | ||Grid nesting ||[attachment:Grid_nesting.pdf] ||[attachment:handout_Grid_nesting.pdf] || |
| 43 | | ||Lagrangian particle model ||[attachment:Lagrangian_particle_model.pdf] ||[attachment:handout_Lagrangian_particle_model.pdf]|| |
| 44 | | ||Land surface model ||[attachment:Land_surface_model.pdf] ||[attachment:handout_Land_surface_model.pdf] || |
| 45 | | ||Large-scale forcing & nudging ||[attachment:LSF_lecture.pdf] ||[attachment:handout_LSF_lecture.pdf]|| |
| 46 | | ||LES for beginners ||[attachment:LES_for_beginners.pdf] ||[attachment:handout_les_for_beginners.pdf] || |
| 47 | | ||Non-cyclic boundary conditions ||[attachment:Noncyclic_boundaries.pdf] ||[attachment:handout_Noncyclic_boundaries.pdf] || |
| 48 | | ||Numerics & boundary conditions ||[attachment:Numerics_and_bc.pdf] ||[attachment:handout_numerics_and_bc.pdf]|| |
| 49 | | ||PALM overview ||[attachment:PALM_overview.pdf] ||[attachment:handout_PALM_overview.pdf] || |
| 50 | | ||PALM steering ||[attachment:PALM_steering.pdf] ||[attachment:handout_PALM_steering.pdf] || |
| 51 | | ||Radiation model ||[attachment:Radiation_model.pdf] ||[attachment:handout_Radiation_model.pdf] || |
| 52 | | ||Restart runs ||[attachment:Restart_runs.pdf] ||[attachment:handout_Restart_runs.pdf] || |
| 53 | | ||Seminar introduction ||[attachment:Seminar_Introduction.pdf] ||[attachment:handout_Seminar_Introduction.pdf] || |
| 54 | | ||Static and dynamic input files ||[attachment:static_dynamic.pdf] ||[attachment:handout_static_dynamic.pdf] || |
| 55 | | ||Topography ||[attachment:Topography.pdf] ||[attachment:handout_Topography.pdf] || |
| 56 | | ||User-defined code ||[attachment:User-defined_code.pdf] ||[attachment:handout_user-defined_code.pdf] || |
| | 34 | ||[=#parallelization Code parallelization] ||[attachment:Parallelization.pdf] ||[attachment:handout_Parallelization.pdf] || |
| | 35 | ||[=#structure Code structure & features] ||[attachment:Code_structure_and_features.pdf] ||[attachment:handout_Code_structure_and_features.pdf] || |
| | 36 | ||[=#developments Current developments] ||[attachment:Current_developments.pdf] ||[attachment:handout_Current_developments.pdf] || |
| | 37 | ||[=#visualization Data visualization] ||[attachment:Data_visualization.pdf] ||[attachment:handout_Data_visualization.pdf] || |
| | 38 | ||[=#debugging Debugging] ||[attachment:Debugging.pdf] ||[attachment:handout_Debugging.pdf] || |
| | 39 | ||[=#remarks Final remarks] ||[attachment:Final_remarks.pdf] ||[attachment:handout_Final_remarks.pdf] || |
| | 40 | ||[=#fundamentals Fundamentals of LES] ||[attachment:Fundamentals_of_LES.pdf] ||[attachment:handout_Fundamentals_of_LES.pdf] || |
| | 41 | ||[=#nesting Grid nesting] ||[attachment:Grid_nesting.pdf] ||[attachment:handout_Grid_nesting.pdf] || |
| | 42 | ||[=#lpm Lagrangian particle model] ||[attachment:Lagrangian_particle_model.pdf] ||[attachment:handout_Lagrangian_particle_model.pdf]|| |
| | 43 | ||[=#lsm Land surface model] ||[attachment:Land_surface_model.pdf] ||[attachment:handout_Land_surface_model.pdf] || |
| | 44 | ||[=#lsf Large-scale forcing & nudging] ||[attachment:LSF_lecture.pdf] ||[attachment:handout_LSF_lecture.pdf]|| |
| | 45 | ||[=#beginners LES for beginners] ||[attachment:LES_for_beginners.pdf] ||[attachment:handout_les_for_beginners.pdf] || |
| | 46 | ||[=#non_cyclic Non-cyclic boundary conditions] ||[attachment:Noncyclic_boundaries.pdf] ||[attachment:handout_Noncyclic_boundaries.pdf] || |
| | 47 | ||[=#numerics Numerics & boundary conditions] ||[attachment:Numerics_and_bc.pdf] ||[attachment:handout_numerics_and_bc.pdf]|| |
| | 48 | ||[=#overview PALM overview] ||[attachment:PALM_overview.pdf] ||[attachment:handout_PALM_overview.pdf] || |
| | 49 | ||[=#steering PALM steering] ||[attachment:PALM_steering.pdf] ||[attachment:handout_PALM_steering.pdf] || |
| | 50 | ||[=#radiation Radiation model] ||[attachment:Radiation_model.pdf] ||[attachment:handout_Radiation_model.pdf] || |
| | 51 | ||[=#restart Restart runs] ||[attachment:Restart_runs.pdf] ||[attachment:handout_Restart_runs.pdf] || |
| | 52 | ||[=#into Seminar introduction] ||[attachment:Seminar_Introduction.pdf] ||[attachment:handout_Seminar_Introduction.pdf] || |
| | 53 | ||[=#drivers Static and dynamic input files] ||[attachment:static_dynamic.pdf] ||[attachment:handout_static_dynamic.pdf] || |
| | 54 | ||[=#topo Topography] ||[attachment:Topography.pdf] ||[attachment:handout_Topography.pdf] || |
| | 55 | ||[=#user User-defined code] ||[attachment:User-defined_code.pdf] ||[attachment:handout_user-defined_code.pdf] || |
| 61 | | ||E0: Installation ||[attachment:E0_Installation.pdf] ||[attachment:handout_E0_Installation.pdf] ||--- || |
| 62 | | ||E1: Convective boundary layer ||[attachment:E1_cbl.pdf] ||[attachment:handout_E1_cbl.pdf] ||[attachment:e1_parameterfiles.zip E1 setup] || |
| 63 | | ||E2: Neutral boundary layer ||[attachment:E2_neutral.pdf] ||[attachment:handout_E2_neutral.pdf] ||[attachment:e2_parameterfiles.zip E2 setup] || |
| 64 | | ||E3: Flow around building ||[attachment:E3_cube.pdf] ||[attachment:handout_E3_cube.pdf] ||[attachment:e3_parameterfiles.zip E3 setup] || |
| 65 | | ||E4: Land surface model ||[attachment:E4_lsm.pdf] ||[attachment:handout_E4_lsm.pdf] ||[attachment:e4_parameterfiles.zip E4 setup] || |
| 66 | | ||E5: Lagrangian & Eulerian dispersion modeling ||[attachment:E5_dispersion.pdf] ||[attachment:handout_E5_dispersion.pdf] ||[attachment:e5_files.zip E5 setup] || |
| 67 | | Further [wiki:doc/tut/exercise simulation examples] are available. |
| 68 | | \\ |
| | 60 | ||[=#e0 E0: Installation] ||[attachment:E0_Installation.pdf] ||[attachment:handout_E0_Installation.pdf] ||--- || |
| | 61 | ||[=#e1 E1: Convective boundary layer] ||[attachment:E1_cbl.pdf] ||[attachment:handout_E1_cbl.pdf] ||[attachment:e1_parameterfiles.zip E1 setup] || |
| | 62 | ||[=#e2 E2: Neutral boundary layer] ||[attachment:E2_neutral.pdf] ||[attachment:handout_E2_neutral.pdf] ||[attachment:e2_parameterfiles.zip E2 setup] || |
| | 63 | ||[=#e3 E3: Flow around building] ||[attachment:E3_cube.pdf] ||[attachment:handout_E3_cube.pdf] ||[attachment:e3_parameterfiles.zip E3 setup] || |
| | 64 | ||[=#e4 E4: Land surface model] ||[attachment:E4_lsm.pdf] ||[attachment:handout_E4_lsm.pdf] ||[attachment:e4_parameterfiles.zip E4 setup] || |
| | 65 | ||[=#e5 E5: Lagrangian & Eulerian dispersion modeling] ||[attachment:E5_dispersion.pdf] ||[attachment:handout_E5_dispersion.pdf] ||[attachment:e5_files.zip E5 setup] || |
