Index: doc/wflow_adapt.rst
===================================================================
diff -u -r8066ff85fbe33f7958ac1a7d543dea3b3e3868a3 -r5c4133e64df4e021a4a38193d75cd2fbe3f4ed10
--- doc/wflow_adapt.rst (.../wflow_adapt.rst) (revision 8066ff85fbe33f7958ac1a7d543dea3b3e3868a3)
+++ doc/wflow_adapt.rst (.../wflow_adapt.rst) (revision 5c4133e64df4e021a4a38193d75cd2fbe3f4ed10)
@@ -21,20 +21,14 @@
To run the model from Delft-FEWS the following actions need to be
performed:
-- wflow_[sbm|hbv].py needs to be run with the -F option where the argument refers
- to a Delft-FEWS runinfo.xml file
+- The runinfo.xml file should be specified in the [run]section of the ini file
-- you need to specify fewsrun=1 in the run section of the .ini file
+- The use of netcdf input and output shouls be switched on
- The postadapter (wflow\_adapt.py) needs to be run after the wflow run
-Because DELFT-FEWS exports the mapstacks beginning at 0 and pcraster
-expects them to start at 1 you will need to add a delay of one
-timesstep to mapstack timeseries exported to wflow. This will mean
-the first timestep (.000) is empty but that one will be ignored by
-wflow anyway.
-The adapter also tries to convert the log messages of the model into Delft-FEWS diagnostics
+The postadapter also converts the log messages of the model into Delft-FEWS diagnostics
XML format.
- Casename\runid\wflow.log is converted to wflow_diag.xml
@@ -59,8 +53,6 @@
-C
rhine
- -F
- rhine/inmaps/runinfo.xml
-f
7200000
@@ -73,17 +65,13 @@
-s
rhine/instate/state.xml
-o
- rhine/instate/outstate.xml
- -r
- rhine/inmaps/runinfo.xml
+ rhine/instate/outstate.xml
-w
./
-C
rhine
-I
- wflow_sbm.ini
- -T
- 86400
+ wflow_sbm.ini
1200000
wflow_diag.xml