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Program overview of the ALADIN-NH training course
| Topics | Sub-topic | Teacher |
|---|---|---|
| 0) Introduction | a) projects ALadin-AROME-ARPEGE-IFS,similarities and differences | (PB) |
| 1) Theoretical aspects of Horizontal Geometry | a) Projections of Aladin, conformal projection, map factor | (JDG) |
| 2) Scientific aspects of the Dynamical kernel | a) mass- versus height-coordinate and Shallow- versus Deep- atmosphere b) EE continuous equations in mass coordinates c) space discretization d) Choice of prognostic variables e) time discretization (SI and ICI schemes) |
(PB) |
| 3) Scientific aspects of the physics and the physico-dynamics interface | a) Equation sets b) Treatment of hydrostatic adjustment c) Time-stepping for diabatism (SI and ICI) |
(PB) |
| 4) Practical aspects of Horizontal Geometry | (JDG) | |
| 5) Environment aspects | a) Namelists b) scripts c) Utilities (Chagall, Paladin, frodo ...) d) configurations (9xx, 001, Full Pos) e) general principles of maintenance f) code management ? (cycles, clearcase) g) standardized compilation tool ? (gmkpack) |
(JDG, REK, CF) |
| 6) Code technical aspects | a) data flow and NH specificities b) coding constraints ? |
(REK) |
| 7) Practical works | a) real 3D case b) academic 2D case |
(GH, YS, PB) |