Changes between Version 3 and Version 4 of U_localize_covar_serial

Timestamp:

Mar 23, 2025, 9:27:08 AM (9 days ago)

Author:

lnerger

Comment:

--

U_localize_covar_serial

@@ -1 +1 @@
 = U_localize_covar_serial =
 
-The page document the user-supplied call-back routine `U_localize_covar_serial`, which was introduced with PDAF V3.0.
+The page documents the user-supplied call-back routine `U_localize_covar_serial`, which was introduced with PDAF V3.0.
 
 The routine `U_localize_covar_serial` is a call-back routine that has to be provided by the user. The typical name in the user code is `localize_covar_pdaf`, but the user can choose the name of the routine.
-The routine is used in the ENSRF/EAKF and is called during the analysis step. The purpose of the routine is to apply covariance localization to the vectors '''Hi P''' and '''Hi PH^T^''' for the assimilation of a single observation (determined by the index `iobs` related to the observation operator '''Hi'''). Here '''Hi PH^T^''' is for the vector relating to the observed covariance matrix for the full observation vector, which is required for parallelization.
+The routine is used in the ENSRF/EAKF and is called during the analysis step. The purpose of the routine is to apply covariance localization to the vectors '''Hi P''' and '''Hi PH^T^''' for the assimilation of a single observation (determined by the index `iobs` related to the observation operator '''Hi'''). Here '''Hi PH^T^''' is the vector relating to the observed covariance matrix for the full observation vector. This vector is required for parallelization.
 
 The interface is the following:
@@ -16 +16 @@
   INTEGER, INTENT(in) :: dim_obs_f             !< Number of full observations
   REAL, INTENT(inout) :: HP_p(dim_p)           !< Process-local part of matrix HP for observation iobs
-  REAL, INTENT(inout) :: HXY_p(dim_obs_F)      !< Process-local part of matrix HX(HX_all) for full observations
-}}}
+  REAL, INTENT(inout) :: HXY_p(dim_obs_F)      !< Process-local part of matrix HX(HX_full) for full observations}}}
 
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