| 13 | | - Checked out revision 3879. The multi-layer set-up worked ran for 20 years for 37 PFTs for a single PFT (4 age classes for forests). Note that only PFT_10 contained veget_max in that set-up. A shorter test was launched with all 37 PFT being activated. |
| 14 | | - [NOT solved] Generating daily output took 15 seconds per day or 18 minutes per month. Generating monthly output takes 280 seconds or 80 minutes per month. Annual output takes 63 minutes per year. Part of the timing is due to the size of the *_out_orchidee files which is currently 6GB per year! All write statements should be placed within (sub)routine-specific printlev flags (see stomate) such that the *_out_orchidee file can be controlled. |
| | 13 | - Checked out revision 3879. The multi-layer set-up worked ran for 20 years for 37 PFTs for a single PFT (4 age classes for forests). Note that only PFT_10 contained veget_max in that set-up. A shorter test (1 months at the daily time step) was passed with all 37 PFT being activated. |
| | 14 | - [NOT solved] Generating daily output took 15 seconds per day or 18 minutes per month. Generating monthly output takes 280 seconds or 80 minutes per month. Annual output takes 63 minutes per year. Part of the timing is due to the size of the *_out_orchidee files which is currently 6GB per year! Setting stomate_printlev=5 already saves some time. 1D: 10 seconds per day and 10 minutes per month. 1Y: XX minutes per year. *_out_orchidee is now YGB per year. |
| | 15 | |
| | 16 | All write statements should be placed within (sub)routine-specific printlev flags (see stomate) such that the *_out_orchidee file can be controlled. |
