Changes between Version 349 and Version 350 of doc/app/runtime_parameters

Timestamp:

Jan 29, 2021 8:49:43 AM (4 years ago)

Author:

maronga

Comment:

--

doc/app/runtime_parameters

@@ -178 +178 @@
 ||usm_t_surf_green_<d>  ||Surface temperature for green surface         ||K        ||<d> = one of directions: up, down, south, north, west, or east ||
 ||usm_theta_10cm_<d>  ||Near surface temperature for whole surfaces     ||K        ||<d> = one of directions: up, down, south, north, west, or east, only available if the indoor model is switched on ||
-||usm_t_wall_<d>_<k>  ||Temperature of k-th layer of wall fraction      ||K        ||<d> = one of directions: up, down, south, north, west, or east, <k> = number of wall layer ||
-||usm_t_window<d>_<k>  ||Temperature of k-th layer of window fraction   ||K        ||<d> = one of directions: up, down, south, north, west, or east, <k> = number of window layer ||
-||usm_t_green_<d>_<k>  ||Temperature of k-th layer of green fraction     ||K        ||<d> = one of directions: up, down, south, north, west, or east, <k> = number of green layer ||
-||usm_swc_<d>_<k>  ||Soil water content of k-th layer of green fraction ||m^3^/m^3^||<d> = one of directions: up, down, south, north, west, or east, <k> = number of green layer ||
+||usm_t_wall_<k>_<d>  ||Temperature of k-th layer of wall fraction      ||K        ||<d> = one of directions: up, down, south, north, west, or east, <k> = number of wall layer ||
+||usm_t_window_<k>_<d>  ||Temperature of k-th layer of window fraction   ||K        ||<d> = one of directions: up, down, south, north, west, or east, <k> = number of window layer ||
+||usm_t_green_<k>_<d>  ||Temperature of k-th layer of green fraction     ||K        ||<d> = one of directions: up, down, south, north, west, or east, <k> = number of green layer ||
+||usm_swc_<k>_<d>  ||Soil water content of k-th layer of green fraction ||m^3^/m^3^||<d> = one of directions: up, down, south, north, west, or east, <k> = number of green layer ||
 \\
 The following quantities can be additionally output when a [wiki:doc/tec/radiation radiation model] is used: