|This version is succeeded by a more recent version of MESH.|
|The new inline routing option (RTE) does not initialize channel storage using the first record of measured streamflow, like the existing inline routing option (WF_ROUTE). All channels are initialized with zero storage.|
|Line truncation in RTE results in a coefficient of 0.66 being used in flow calculations, instead of 0.667 as intended.|
MESH 1.4.1064 adds a new experimental inline option for channel routing (RTE). The option uses the same physics as in standalone WATROUTE (RPN_watroute), but is not completely implemented and does not include reservoir routing, streamflow insertion, resume functionality, temporally-driven parameterization, or diversions.
|Parameterization of RTE requires river class based parameterization using version 2.0 of MESH_parameters_hydrology.ini or with fully-distributed fields using MESH_parameters.r2c. RTE requires new parameters. The |
See the migration notes for the MESH 1.4.1022. All the same formatting changes are required for this version.
May 1, 2017
FRZCparameter if the FROZENSOILINFILFLAG control flag is not enabled
DA, as read from the drainage database
AA4fields to version 2.0 of MESH_parameters_hydrology.ini
ORGM(as 1, 2, or 3) to behave as described in the CLASS manual (previously, values were always assigned from row 3 in the lookup table)
FSSTARto consider both the
FSIHcomponents for CLASS point outputs
TCANare averaged so the outputs correspond to manual calculations using values from the sub-daily output files
ROFin the CLASSOF4 CLASS point output file from mm s**-1 to mm to match the field in the CLASSOF1 output file (prior to r1059, this field was in units of mm s**-1 in CLASSOF4 and units of mm in CLASSOF1); ROF remains in units of mm s**-1 as a diagnostic output in the CLASSOF7 output file
Standalone WATROUTE (RPN_watroute)