Changes between Version 487 and Version 488 of doc/app/errmsg

Timestamp:

Jan 9, 2018 11:29:14 AM (7 years ago)

Author:

maronga

Comment:

--

doc/app/errmsg

@@ -692 +692 @@
 ||[=#PA0469 PA0469]   || unknown aerosol species for bulk microphysics  || aerosol species must be set to a known type. See [../inipar#aerosol_bulk aerosol_bulk]. ||
 ||[=#PA0470 PA0470]   || unknown aerosol species for lagrangian cloud microphysics  || aerosol species must be set to a known type. See [../parpar#aero_species aero_species]. ||
-||[=#PA0471 PA0471]   ||  number of soil layers (...) does not match to the number of layers specified in soil_temperature (...) || For each soil layer an initial soil temperature must be prescribed (see [wiki:doc/app/lsmpar#soil_temperature soil_temperature]). Additionally, [wiki:doc/app/lsmpar#soil_temperature soil_temperature] must include a deep soil temperature.||
-||[=#PA0472 PA0472]   ||  ||  ||
+||[=#PA0471 PA0471]   ||  number of soil layers (...) does not match to the number of layers specified in soil_temperature (...) || For each soil layer an initial soil temperature must be prescribed (see [wiki:doc/app/lsmpar#soil_temperature soil_temperature]). ||
+||[=#PA0472 PA0472]   || deep_soil_temperature is not set but must be /= 9999999.9 || Since r2729 the deep soil temperature is no longer part of the soil_temperature array and must be specific separately. The deep soil temperature serves as bottom boundary condition for heat diffusion in the soil model. Note that there is no analogous value for soil moisture as the bottom of the soil can either be set to bedrock (water accumulates) or free drainage (water is lost). ||
 ||[=#PA0473 PA0473]   ||  ||  ||
 ||[=#PA0474 PA0474]   ||pavement_type = 0 (user_defined) requires setting of pavement_depth_level /= 0  ||When a user-defined pavement is prescribed, a depth must be asigned that determines how deep the pavement extends into the ground. The [../lsmpar#pavement_heat_capacity pavement heat capacity] and  [../lsmpar##pavement_heat_cond pavement heat conductivty] are then asigned to all those levels. ||