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parlist

Timestamp:: Jul 13, 2016 9:38:51 AM (9 years ago)
Author:: skrueger
Comment:: --

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doc/app/parlist

-                      v191
+                      v192
 ||='''Parameter Name'''  =||='''NAMELIST \\ Group'''  =||='''Parameter \\ Class'''  =|| \
 ||='''[../fortrantypes FORTRAN] \\ [../fortrantypes Type]'''  =||='''Default \\ Value'''  =||='''Explanation'''  =||
 || [../wind_turbine_par#air_dens air_dens] || wtm || || R || 1.225 || The air density (in kg/m^3^) is necessary to convert the aerodynamic torque of the rotor into a power (in W). ||
+|| [../wind_turbine_par#air_dens air_dens] [=#a]|| wtm || || R || 1.225 || The air density (in kg/m^3^) is necessary to convert the aerodynamic torque of the rotor into a power (in W). ||
 || [../radpar#albedo albedo] || rrtmg ||  || R || 0.2 || Surface albedo. ||
 || [../radpar#albedo_lw_diff albedo_lw_diff] || rrtmg ||  || R || depends on \\ [../radpar#albedo_type albedo_type] || Surface albedo for longwave diffuse radiation for a solar angle of 60°. ||
 …
 || [../inipar#building_wall_left building_wall_left] || ini || Topography || R || building centered in \\ x-direction || x-coordinate of the left building wall in m. ||
 || [../inipar#building_wall_south building_wall_south] || ini || Topography || R || building centered in \\ y-direction || y-coordinate of the South building wall in m. ||
 || [../inipar#c_sedimentation c_sedimentation] || ini || Cloud physics || R || 2.0 || Courant number of sedimentation process ||
+|| [../inipar#c_sedimentation c_sedimentation] [=#c] || ini || Cloud physics || R || 2.0 || Courant number of sedimentation process ||
 || [../lsmpar#c_surface c_surface] || lsm ||  || R || 20000.0 || Heat capacity of the surface (skin layer) per unit of area (in J/m²/K). ||
 || [../inipar#call_psolver_at_all_substeps call_psolver_at] \\ [../inipar#call_psolver_at_all_substeps _all_substeps] || ini || Numerics || L || .T. || Switch to steer the call of the pressure solver. ||
 …
 || [../inipar#end_time_1d end_time_1d] || ini || Initialization || R || 864000.0 || Time to be simulated for the 1D-model (in s). ||
 || [../inipar#ensemble_member_nr ensemble_member_nr] || ini || Initialization || I ||0|| Number of statistically independent members of a simulation. ||
 || [../lsmpar#f_shortwave f_shortwave_incoming] || lsm ||  || R || depends on [../lsmpar#veg_type veg_type] || Fraction of the net shortwave radiation that is transmitted directly to the top soil layer. ||
+|| [../lsmpar#f_shortwave f_shortwave_incoming] [=#f] || lsm ||  || R || depends on [../lsmpar#veg_type veg_type] || Fraction of the net shortwave radiation that is transmitted directly to the top soil layer. ||
 || [../lsmpar#field_capacity field_capacity] || lsm ||  || R || depends on [../lsmpar#soil_type soil_type] || Soil moisture at field capacity (in m³/m³). ||
 || [../inipar#fft_method fft_method] [=#f] || ini || Numerics || C*20 || 'system specific' || FFT-method to be used. ||
+|| [../inipar#fft_method fft_method]  || ini || Numerics || C*20 || 'system specific' || FFT-method to be used. ||
 || [../d3par#force_print_header force_print_header] || run || Data output || L || .F. || Steering of header output to the local file [../iofiles#RUN_CONTROL RUN_CONTROL]. ||
 || [../inipar#galilei_transformation galilei_transformation] [=#g] || ini || Mode || L || .F. || Application of a Galilei-transformation to the coordinate system of the model. ||
 …
 || [../inipar#humidity humidity] [=#h] || ini || Mode || L || .F. || Parameter to switch on the prognostic equation for specific humidity q. ||
 || [../lsmpar#hydraulic_conductivity hydraulic_conductivity] || lsm ||  || R || depends on [../lsmpar#veg_type veg_type] || Hydraulic conductivity of the soil at saturation (in m/s). ||
 || [../wind_turbine_par#inertia_gen inertia_gen] || wtm || || R || 534.116 || Inertia of the generator (in kg/m^2^). ||
+|| [../wind_turbine_par#inertia_gen inertia_gen] [=#i]|| wtm || || R || 534.116 || Inertia of the generator (in kg/m^2^). ||
 || [../wind_turbine_par#inertia_rot inertia_rot] || wtm || || R || 34784179.0 || Inertia of the rotor (in kg/m^2). ||
 || [../inipar#inflow_damping_height inflow_damping_height] || ini || Boundary conditions || R || from precursor run || Height below which the turbulence signal is used for turbulence recycling (in m). ||
 …
 || [../inipar#km_constant km_constant] [=#k] || ini || Mode || R || variable (computed \\ from TKE) || Constant eddy diffusivities are used (laminar simulations). ||
 || [../inipar#km_damp_max km_damp_max] || ini || Mode || R || 0.5*(dx or dy) || Maximum diffusivity used for filtering the velocity field in the vicinity of the outflow (in m^2^/s). ||
 || [../lsmpar#l_vangenuchten l_vangenuchten] || lsm ||  || R || depends on [../lsmpar#soil_type soil_type] || Value of the coefficient l for the calculation of the hydraulic conductivity of soil in the parametrization after Van Genuchten. ||
 || [../inipar#lad_surface lad_surface] [=#l] || pcm || || R || 0.0 || Surface value of the leaf area density (in m^2^/m^3^). ||
+|| [../lsmpar#l_vangenuchten l_vangenuchten] [=#l] || lsm ||  || R || depends on [../lsmpar#soil_type soil_type] || Value of the coefficient l for the calculation of the hydraulic conductivity of soil in the parametrization after Van Genuchten. ||
+|| [../inipar#lad_surface lad_surface]  || pcm || || R || 0.0 || Surface value of the leaf area density (in m^2^/m^3^). ||
 || [../inipar#lad_vertical_gradient lad_vertical_gradient] || pcm || || R(10) || 10*0.0 || Gradient(s) of the leaf area density (in m^2^/m^4^). ||
 || [../inipar#lad_vertical_gradient_level lad_vertical_gradient] \\ [../inipar#lad_vertical_gradient_level _level] || pcm || || R(10) || 10*0.0 || Height level above which the gradient of the leaf area density defined by [../inipar#lad_vertical_gradient lad_vertical_gradient] is effective (in m). ||
 …
 || [../inipar#loop_optimization loop_optimization] || ini || Numerics || C*16 || see parameter \\ description || Method used to optimize loops for solving the prognostic equations. ||
 || [../radpar#lw_radiation lw_radiation] || rrtmg ||  || L || .T. || Parameter to switch on/off longwave radiation. ||
 || [../inipar#masking_method masking_method] || ini || Numerics || L || .F. || Switch for topography boundary conditions in multigrid solver. ||
+|| [../inipar#masking_method masking_method] [=#m] || ini || Numerics || L || .F. || Switch for topography boundary conditions in multigrid solver. ||
 || [../d3par#mask_scale_x mask_scale_x] || run || Data output || R || 1.0 || Scaling length for masked data output along x-direction. ||
 || [../d3par#mask_scale_y mask_scale_y] || run || Data output || R || 1.0 || Scaling length for masked data output along y-direction. ||
 …
 || [../parpar#monodisperse_aerosols monodisperse_aerosols] || lpm || || L || .F. || Turn on/off monodisperse initial aerosol spectrum. ||
 || [../inipar#most_method most_method] || ini || Boundary conditions || C*8 || 'lookup' || Parameter that defines how the Obukhov length is calculated when a constant_flux_layer is switched on. ||
 || [../lsmpar#n_vangenuchten n_vangenuchten] || lsm ||  || R || depends on [../lsmpar#soil_type soil_type] || Value of the coefficient n for the calculation of the hydraulic conductivity of soil in the parametrization after Van Genuchten. ||
+|| [../lsmpar#n_vangenuchten n_vangenuchten] [=#n] || lsm ||  || R || depends on [../lsmpar#soil_type soil_type] || Value of the coefficient n for the calculation of the hydraulic conductivity of soil in the parametrization after Van Genuchten. ||
 || [../wind_turbine_par#nairfoils nairfoils] || wtm || || I || 8 || Number of airfoils of the used turbine model. ||
 || [../inipar#nc_const nc_const] || ini || Cloud physics || R || 70.0E6 || Cloud droplet number density (in m-3). ||
 …
 || [../nestpar#nesting_mode nesting_mode] || nest || || C*7 || 'two-way' || Type of nesting mode. ||
 || [../radpar#net_radiation net_radiation] || rrtmg ||  || R || 0.0 || Net radiation at the surface (in W/m^2). ||
 || [../d3par#netcdf_data_format netcdf_data_format] [=#n] || run || Data output || I ||2|| Data format for netCDF files. ||
 || [../d3par#netcdf_deflate netcdf_deflate] [=#n] || run || Data output || I ||0|| Data compression level for NetCDF4/HDF5 format. ||
+|| [../d3par#netcdf_data_format netcdf_data_format]  || run || Data output || I ||2|| Data format for netCDF files. ||
+|| [../d3par#netcdf_deflate netcdf_deflate] || run || Data output || I ||0|| Data compression level for NetCDF4/HDF5 format. ||
 || [../d3par#netcdf_precision netcdf_precision] || ini || Data output || C*20(10) || single precision for \\ all output quantities || Defines the accuracy of the netCDF output. ||
 || [../inipar#neutral neutral] || ini || Mode || L || .F. || Parameter to switch off calculation of temperature equation. ||
 …
 || [../inipar#q_vertical_gradient q_vertical_gradient] || ini || Initialization || R(10) || 10*0.0 || Humidity gradient(s) of the initial humidity profile (in 1/100 m). ||
 || [../inipar#q_vertical_gradient_level q_vertical_gradient] \\ [../inipar#q_vertical_gradient_level _level] || ini || Initialization || R(10) || 10*0.0 || Height level above which the humidity gradient defined by [../inipar#q_vertical_gradient q_vertical_gradient] is effective (in m). ||
 || [../parpar#rm1 rm1] || lpm || || R || 0.05E-6 || Parameter of initial aerosol spectrum. ||
+|| [../parpar#rm1 rm1][=#r]|| lpm || || R || 0.05E-6 || Parameter of initial aerosol spectrum. ||
 || [../parpar#rm2 rm2] || lpm || || R || 0.05E-6 || Parameter of initial aerosol spectrum. ||
 || [../parpar#rm3 rm3] || lpm || || R || 0.05E-6 || Parameter of initial aerosol spectrum. ||
 || [../inipar#radiation radiation] [=#r] || ini || Mode || L || .F. || Parameter to switch on longwave radiation cooling at cloud-tops. ||
+|| [../inipar#radiation radiation]  || ini || Mode || L || .F. || Parameter to switch on longwave radiation cooling at cloud-tops. ||
 || [../radpar#radiation_scheme radiation_scheme] || rrtmg ||  || C*10 || 'clear-sky' || Radiation scheme to be used. ||
 || [../parpar#radius radius] || lpm || || R(10) || 0.0, 9* \\ 9999999.9 || Particle radius (in m). ||
 …
 || [../inipar#roughness_length roughness_length] || ini || Boundary conditions || R || 0.1 || Roughness length (in m). ||
 || [../wind_turbine_par#rr rr] || wtm || || R(100) || 63 || Radius of the rotor (in m). ||
 || [../parpar#s1 s1] || lpm || || R || 2.0 || Parameter of initial aerosol spectrum. ||
+|| [../parpar#s1 s1] [=#s]|| lpm || || R || 2.0 || Parameter of initial aerosol spectrum. ||
 || [../parpar#s2 s2] || lpm || || R || 2.0 || Parameter of initial aerosol spectrum. ||
 || [../parpar#s3 s3] || lpm || || R || 2.0 || Parameter of initial aerosol spectrum. ||
 …
 || [../lsmpar#wilting_point wilting_point] || lsm ||  || R || depends on [../lsmpar#soil_type soil_type] || Soil moisture at permanent wilting point (in m³/m³). ||
 || [../parpar#write_particle_statistics write_particle] \\ [../parpar#write_particle_statistics _statistics] || lpm || || L || .F. || Switch on/off output of particle information. ||
 || [../wind_turbine_par#yaw_control yaw_control] || wtm || || L || .F. || Parameter to switch on the yaw controller. ||
+|| [../wind_turbine_par#yaw_control yaw_control] [=#y]|| wtm || || L || .F. || Parameter to switch on the yaw controller. ||
 || [../wind_turbine_par#yaw_speed yaw_speed] || wtm ||  || R || 0.005236 || Speed of the yaw actuator (in rad/s). ||
 || [../lsmpar#z0_eb z0_eb] || lsm ||  || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for momentum (in m). ||
+|| [../lsmpar#z0_eb z0_eb] [=#z] || lsm ||  || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for momentum (in m). ||
 || [../lsmpar#z0h_eb z0h_eb] || lsm ||  || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for heat (in m). ||
 || [../lsmpar#z0q_eb z0q_eb] || lsm ||  || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for moisture (in m). ||