Changes between Version 15 and Version 16 of InsertAnalysisStep

Timestamp:

Mar 30, 2023, 11:51:13 AM (13 months ago)

Author:

lnerger

Comment:

--

InsertAnalysisStep

@@ -103 +103 @@
  * If the time interval between successive observations is known, `nsteps` can be simply initialized by dividing the time interval by the size of the time step
  * At the first call to `U_next_obs` the variable `timenow` can be initialized with the current model time. At the next call a forecast phase has been completed. Thus, the new value of `timenow` follows from the timer interval for the previous forecast phase.
- * `doexit` is not relevant for the fully-parallel implementation. One can savely set `doexit=0` in all cases.
- * If `nsteps=0` or `doexit=1` is set, the ensemble state will not be distributed by PDAF (thus `distribute_state` is not called). If one intends to preceed with ensemble forecasting, one has to set nsteps to a value >0 and `doexit=0`).
+ * `doexit` is not relevant for the fully-parallel implementation. It is recommended to set `doexit=0` in all cases.
+ * If `nsteps=0` or `doexit=1` is set, the ensemble state will not be distributed by PDAF (thus `distribute_state` is not called). If one intends to preceed with ensemble forecasting, one has to set nsteps to a value >0 and `doexit=0`.  If nsteps is set to a value larger than the last time step of the model no further analysis step will be performed.
 
 === `U_distribute_state` (distribute_state_pdaf.F90) ===