Changes between Version 8 and Version 9 of ImplementAnalysislenkf

Timestamp:

Mar 23, 2025, 7:48:17 PM (10 days ago)

Author:

lnerger

Comment:

--

ImplementAnalysislenkf

@@ -44 +44 @@
 For the analysis step of the LEnKF different operations related to the observations are needed. These operations are requested by PDAF by calling user-supplied routines. Intentionally, the operations are split into separate routines in order to keep the operations rather elementary. This procedure should simplify the implementation. The names of the required routines are specified in the call to the routine `PDAF_assimilate_lenkf` for the fully-parallel implementation (or `PDAF_put_state_lenkf` for the 'flexible' implementation). With regard to the parallelization, all these routines are executed by the filter processes (`filterpe=.true.`) only.
 
-For completeness we discuss here all user-supplied routines that are specified in the interface to PDAF_put_state_lenkf. Thus, some of the user-supplied routines that are explained on the page explaining the modification of the model code for the ensemble integration are repeated here.
+For completeness we discuss here all user-supplied routines that are specified in the interface to `PDAF_assimilate_lenkf`. Thus, some of the user-supplied routines that are explained on the page explaining the modification of the model code for the ensemble integration are repeated here.
 
 The LEnKF implemented in PDAF follows the original LEnKF by Evensen (1994) including the correction for perturbed observations (Burgers et al. 1998). The LEnKF implemented in PDAF is reviewed by Nerger et al (2005) and described in more detail by Nerger (2004). The localization is covariance lozalization of PH^T and HPH^T as described in Houtekamer & Mitchell (2001) (See the [PublicationsandPresentations page on publications and presentations] for publications and presenations involving and about PDAF)