| 6 | | {{{#!td align=left style="border: none; vertical-align:top; width: 25%" |
| 7 | | [[Image(palmpage_icons_doc.png, 100%, left, border=1, color=black)]] |
| 8 | | }}} |
| 9 | | {{{#!td style="border: none; width:25%" |
| 10 | | The main goal of WP-M3 will be the internal validation of PALM-4U during its entire development process, involving several steps of a well-defined testing procedure, in close discussion with the coordinator (WP-C). These include code revision as well as testing of functionality of the different PALM-4U components and their interactions. Further, continuous performance checks (benchmarking) of the new components will be performed on supercomputer systems, optimizations PALM-4U with respect to computing time and scalability of the code on large numbers of processor cores. |
| 11 | | }}} |
| 12 | | {{{#!td style="border: none; width:25%" |
| 13 | | Feedback of the testing process will be returned to the PALM-4U developers, who will incorporate the revisions during the further code development. The workflow of this entire process is visualized in Fig. 1.\\ |
| 14 | | An essential goal of MOSAIK is to demonstrate that PALM-4U is able to run with limited computer resources – as it is the case e.g. in city-planning applications. These tests will be done on a demonstration PC with a reasonable number of processor cores. Besides these more technical tests, a verification of PALM-4U against the VDI requirements and a comparison with results from existing urban climate models will be part of WP-M3. |
| 15 | | }}} |
| 16 | | {{{#!td style="border: none; width:25%" |
| | 6 | {{{#!td align=left style="border: none; vertical-align:top; width: 35%" |
| | 7 | [[Image(palmpage_icons_doc.png, 100%)]] |
| | 8 | }}} |
| | 9 | {{{#!td style="border: none;vertical-align: top; width:20%" |
| | 10 | '''PALM core'''\\\\ |
| | 11 | [wiki:doc/tec/gov Governing equations ATMOSPHERE]\\ |
| | 12 | [wiki:doc/tec/ocean Governing equations OCEAN]\\ |
| | 13 | [wiki:doc/tec/pres Pressure solver]\\ |
| | 14 | [wiki:doc/tec/sgs Turbulence closure]\\ |
| | 15 | [wiki:doc/tec/discret Discretization]\\ |
| | 16 | [wiki:doc/tec/bc Boundary conditions]\\ |
| | 17 | [wiki:doc/tec/initialization Initialization]\\ |
| | 18 | }}} |
| | 19 | {{{#!td style="border: none; width:20%" |
| | 20 | '''Additional features/components'''\\\\ |
| | 21 | * [wiki:doc/tec/microphysics Cloud microphysics] |
| | 22 | * [wiki:doc/tec/lpm Lagrangian particle model (LPM)] |
| | 23 | * [wiki:doc/tec/lcm Lagrangian cloud model (LCM)] |
| | 24 | * [wiki:doc/tec/canopy Canopy model] |
| | 25 | * [wiki:doc/tec/1dmodel 1D model for precursor runs] |
| | 26 | * [wiki:doc/tec/lsm Land surface model] |
| | 27 | * [wiki:doc/tec/radiation Radiation models] |
| | 28 | * [wiki:doc/tec/wtm Wind turbine model] |
| | 29 | [wiki:doc/tec/lsf Large-scale forcing] & wiki:doc/tec/nudging nudging] |
| | 30 | * [wiki:doc/tec/coupled Model coupling Atmosphere-ocean] |
| | 31 | * [wiki:doc/tec/nesting Grid nesting] |
| | 32 | |
| | 33 | }}} |
| | 34 | {{{#!td style="border: none; width:20%" |
| | 35 | '''Technical aspects''' |
| 101 | | * [wiki:doc/tec/gov Governing equations] |
| 102 | | * [wiki:doc/tec/sgs Turbulence closure] |
| 103 | | * [wiki:doc/tec/discret Discretization] |
| 104 | | * [wiki:doc/tec/pres Pressure solver] |
| 105 | | * [wiki:doc/tec/bc Boundary conditions] |
| 106 | | * [wiki:doc/tec/lsf Large-scale forcing] |
| 107 | | * [wiki:doc/tec/nudging Nudging] |
| 108 | | * [wiki:doc/tec/ocean Ocean option] |
| 109 | | * [wiki:doc/tec/coupled Coupled atmosphere-ocean simulations] |
| 110 | | * [wiki:doc/tec/nesting Nesting] |
| | 120 | ... |
