| 22 | | ||='''Parameter Name''' =||='''NAMELIST \\ Group''' =||='''Parameter \\ Class''' =|| \ |
| 23 | | ||='''[../fortrantypes FORTRAN] \\ [../fortrantypes Type]''' =||='''Default \\ Value''' =||='''Explanation''' =|| |
| 24 | | || [../parpar#aero_type aero_type] || lpm || || C*15 || 'maritime' || Define a aerosol spectrum using three log-normal distributions. || |
| 25 | | || [../parpar#aero_weight aero_weight] || lpm || || R || 1.0 || Scale the number concentration defined by aero_type. || |
| 26 | | || [../parpar#aerosol_bulk aerosol_bulk] || lpm || || C*20 || 'nacl' || Parameter to choose the used aerosol type. || |
| 27 | | || [../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). || |
| 28 | | || [../radpar#albedo albedo] || rrtmg || || R || 0.2 || Surface albedo. || |
| 29 | | || [../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°. || |
| 30 | | || [../radpar#albedo_lw_dir albedo_lw_dir] || rrtmg || || R || depends on \\ [../radpar#albedo_type albedo_type] || Surface albedo for longwave direct radiation for a solar angle of 60°. || |
| 31 | | || [../radpar#albedo_sw_diff albedo_sw_diff] || rrtmg || || R || depends on \\ [../radpar#albedo_type albedo_type] || Surface albedo for shortwave diffuse radiation for a solar angle of 60°. || |
| 32 | | || [../radpar#albedo_sw_dir albedo_sw_dir] || rrtmg || || R || depends on \\ [../radpar#albedo_type albedo_type] || Surface albedo for shortwave direct radiation for a solar angle of 60°. || |
| 33 | | || [../radpar#albedo_type albedo_type] || rrtmg || || I || 5 || Controls the choice of the surface albedos for direct/diffuse/broadband albedo for a solar angle of 80°. || |
| 34 | | || [../parpar#alloc_factor alloc_factor] || lpm || || R || 20.0 || Factor (in percent) describing the memory allocated additionally to the memory needed for initial particles at a given grid cell. || |
| 35 | | || [../canpar#alpha_lad alpha_lad] || pcm || || R || 9999999.9 || Coefficient for constructing leaf area density profile. || |
| 36 | | || [../inipar#alpha_surface alpha_surface] || ini || Others || R || 0.0 || Inclination of the model domain with respect to the horizontal (in degrees). || |
| 37 | | || [../lsmpar#alpha_vangenuchten alpha_vangenuchten] || lsm || || R || depends on [../lsnpar#soil_type soil_type] || Value of the coefficient alpha for the calculation of the hydraulic conductivity of soil in the parametrization after Van Genuchten || |
| 38 | | ||[../inipar#approximation approximation] || ini || || C*20 || 'boussinesq' || Parameter to choose the approximation of the model equations. || |
| 39 | | || [../d3par#averaging_interval averaging_interval] || run || Data output || R || 0.0 || Averaging interval for all output of temporally averaged data (in s). || |
| 40 | | || [../d3par#averaging_interval_pr averaging_interval_pr] || run || Data output || R || value of [../d3par#averaging_interval averaging_interval] || Averaging interval for vertical profiles output to local file [../iofiles#DATA_1D_PR_NETCDF DATA_1D_PR_NETCDF] (in s). || |
| 41 | | || [../sppar#averaging_interval_sp averaging_interval_sp] || run || Data output || R || value of [../d3par#averaging_interval averaging_interval] || Averaging interval for spectra output to local file [../iofiles#DATA_1D_SP_NETCDF DATA_1D_SP_NETCDF] (in s). || |
| 42 | | || [../inipar#bc_e_b bc_e_b] [=#b] || ini || Boundary conditions || C*20 || 'neumann' || Bottom boundary condition of the TKE. || |
| 43 | | || [../inipar#bc_lr bc_lr] || ini || Boundary conditions || C*20 || 'cyclic' || Boundary condition along x (for all quantities). || |
| 44 | | || [../inipar#bc_ns bc_ns] || ini || Boundary conditions || C*20 || 'cyclic' || Boundary condition along y (for all quantities). || |
| 45 | | || [../inipar#bc_p_b bc_p_b] || ini || Boundary conditions || C*20 || 'neumann' || Bottom boundary condition of the perturbation pressure. || |
| 46 | | || [../inipar#bc_p_t bc_p_t] || ini || Boundary conditions || C*20 || 'dirichlet' || Top boundary condition of the perturbation pressure. || |
| 47 | | || [../parpar#bc_par_b bc_par_b] || lpm || || C*15 || 'reflect' || Bottom boundary condition for particle transport. || |
| 48 | | || [../parpar#bc_par_lr bc_par_lr] || lpm || || C*15 || 'cyclic' || Lateral boundary condition (x-direction) for particle transport. || |
| 49 | | || [../parpar#bc_par_ns bc_par_ns] || lpm || || C*15 || 'cyclic' || Lateral boundary condition (y-direction) for particle transport. || |
| 50 | | || [../parpar#bc_par_t bc_par_t] || lpm || || C*15 || 'absorb' || Top boundary condition for particle transport. || |
| 51 | | || [../inipar#bc_pt_b bc_pt_b] || ini || Boundary conditions || C*20 || 'dirichlet' || Bottom boundary condition of the potential temperature. || |
| 52 | | || [../inipar#bc_pt_t bc_pt_t] || ini || Boundary conditions || C*20 || 'initial_gradient' || Top boundary condition of the potential temperature. || |
| 53 | | || [../inipar#bc_q_b bc_q_b] || ini || Boundary conditions || C*20 || 'dirichlet' || Bottom boundary condition of the water vapor / total water mixing ratio. || |
| 54 | | || [../inipar#bc_q_t bc_q_t] || ini || Boundary conditions || C*20 || 'neumann' || Top boundary condition of the water vapor / total water mixing ratio. || |
| 55 | | || [../inipar#bc_s_b bc_s_b] || ini || Boundary conditions || C*20 || 'dirichlet' || Bottom boundary condition of the scalar concentration. || |
| 56 | | || [../inipar#bc_s_t bc_s_t] || ini || Boundary conditions || C*20 || 'neumann' || Top boundary condition of the scalar concentration. || |
| 57 | | || [../inipar#bc_sa_t bc_sa_t] || ini || Boundary conditions || C*20 || 'neumann' || Top boundary condition of the salinity. || |
| 58 | | || [../inipar#bc_uv_b bc_uv_b] || ini || Boundary conditions || C*20 || 'dirichlet' || Bottom boundary condition of the horizontal wind components u and v. || |
| 59 | | || [../inipar#bc_uv_t bc_uv_t] || ini || Boundary conditions || C*20 || 'dirichlet' || Top boundary condition of the horizontal velocity components u and v. || |
| 60 | | || [../canpar#beta_lad beta_lad] || pcm || || R || 9999999.9 || Coefficient for constructing leaf area density profile. || |
| 61 | | || [../inipar#bottom_salinityflux bottom_salinityflux] || ini || Boundary conditions || R || 0.0 || Kinematic salinity flux near the surface (in psu m/s). || |
| 62 | | || [../inipar#building_height building_height] || ini || Topography || R || 50.0 || Height of a single building in m. || |
| 63 | | || [../inipar#building_length_x building_length_x] || ini || Topography || R || 50.0 || Width of a single building in m. || |
| 64 | | || [../inipar#building_length_y building_length_y] || ini || Topography || R || 50.0 || Depth of a single building in m. || |
| 65 | | || [../inipar#building_wall_left building_wall_left] || ini || Topography || R || building centered in \\ x-direction || x-coordinate of the left building wall in m. || |
| 66 | | || [../inipar#building_wall_south building_wall_south] || ini || Topography || R || building centered in \\ y-direction || y-coordinate of the South building wall in m. || |
| 67 | | || [../inipar#c_sedimentation c_sedimentation] [=#c] || ini || Cloud physics || R || 2.0 || Courant number of sedimentation process || |
| 68 | | || [../lsmpar#c_surface c_surface] || lsm || || R || 20000.0 || Heat capacity of the surface (skin layer) per unit of area (in J/m²/K). || |
| 69 | | || [../inipar#calc_soil_moisture_during_spinup calc_soil_moisture_during_spinup] || ini || Spinup || L || .F. || Solve prognosic equation for soil moisture in the spinup phase. || |
| 70 | | || [../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. || |
| 71 | | || [../inipar#call_microphysics_at_all_substeps call_microphysics_at] \\ [../inipar#call_microphysics_at_all_substeps _all_substeps] || ini || Cloud physics || L || .F. || Switch to steer the call of 2-moment microphysics. || |
| 72 | | || [../canpar#canopy_drag_coeff canopy_drag_coeff] || pcm || || R || 0.0 || Drag coefficient used in the [/wiki/doc/tut/the/canopy#Canopymodel plant canopy model]. || |
| 73 | | || [../inipar#canopy_mode canopy_mode] || pcm || || C*20 || 'block' || Canopy mode. || |
| 74 | | || [../inipar#canyon_height canyon_height] || ini || Topography || R || 50.0 || Street canyon height in m. || |
| 75 | | || [../lsmpar#canopy_resistance_coefficient canopy_resistance] \\ [../lsmpar#canopy_resistance_coefficient _coefficient] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || A coefficient (in 1/hPa) for the dependence of the canopy resistance on water vapor pressure deficit. || |
| 76 | | || [../inipar#canyon_width_x canyon_width_x] || ini || Topography || R || 9999999.9 || Street canyon width in x-direction in m. || |
| 77 | | || [../inipar#canyon_width_y canyon_width_y] || ini || Topography || R || 9999999.9 || Street canyon width in y-direction in m. || |
| 78 | | || [../inipar#canyon_wall_left canyon_wall_left] || ini || Topography || R || canyon centered in \\ x-direction || x-coordinate of the left canyon wall in m. || |
| 79 | | || [../inipar#canyon_wall_south canyon_wall_south] || ini || Topography || R || canyon centered in \\ y-direction || y-coordinate of the South canyon wall in m. || |
| 80 | | || [../inipar#cfl_factor cfl_factor] || ini || Numerics || R || 0.1, 0.8 or 0.9 || Time step limiting factor. || |
| 81 | | || [../dvrpar#clip_dvrp_l clip_dvrp_l] || dvr || dvr || R || 0.0 || Left boundary of the displayed domain (in m). || |
| 82 | | || [../dvrpar#clip_dvrp_n clip_dvrp_n] || dvr || || R || (ny + 1)*dy || North boundary of the displayed domain (in m). || |
| 83 | | || [../dvrpar#clip_dvrp_r clip_dvrp_r] || dvr || || R || (nx + 1)*dx || Right boundary of the displayed domain (in m). || |
| 84 | | || [../dvrpar#clip_dvrp_s clip_dvrp_s] || dvr || || R || 0.0 || South boundary of the displayed domain (in m). || |
| 85 | | || [../inipar#cloud_droplets cloud_droplets] || ini || Mode || L || .F. || Parameter to switch on usage of cloud droplets. || |
| 86 | | || [../inipar#cloud_physics cloud_physics] || ini || Mode || L || .F. || Parameter to switch on the condensation scheme. || |
| 87 | | || [../inipar#cloud_scheme cloud_scheme] || ini || Mode || C*20 || 'saturation_adjust' || Parameter to choose cloud physics scheme. || |
| 88 | | || [../inipar#cloud_top_radiation cloud_top_radiation] || ini || Mode || L || .F. || Parameter to switch on longwave radiation cooling at cloud-tops. || |
| 89 | | || [../inipar#cloud_water_sedimentation cloud_water_sedimentation] || ini || Cloud physics || L || .F. || Parameterize cloud water sedimentation in cloud physics scheme. || |
| 90 | | || [../dvrpar#cluster_size cluster_size] || dvr || || I ||1|| Vertex cluster size for polygon reduction of topography. || |
| 91 | | || [../inipar#collective_wait collective_wait] || ini || Numerics || L || see parameter \\ description || Set barriers in front of collective MPI operations. || |
| 92 | | || [../parpar#collision_kernel collision_kernel] || lpm || || C*15 || 'none' || Parameter to steer cloud droplet growth by collision processes. || |
| 93 | | || [../inipar#collision_turbulence collision_turbulence] || ini || Cloud physics || L || .F. || Parameterize turbulence effects on autoconversion and accretion of cloud droplets. || |
| 94 | | || [../dvrpar#color_interval color_interval] || dvr || || R(2) || 0.0, 1.0 || Interval of values used for determining the particle color displayed in the animation. || |
| 95 | | || [../sppar#comp_spectra_level comp_spectra_level] || spec || || I(100) || no level || Vertical level for which horizontal spectra are to be calculated and output (gridpoints). || |
| 96 | | || [../inipar#complex_terrain complex_terrain] || ini || Topography || L || .F. || Parameter to enable simulations featuring complex topography. || |
| 97 | | || [../inipar#conserve_volume_flow conserve_volume_flow] || ini || Mode || L || .F. || Conservation of volume flow in x- and y-direction. || |
| 98 | | || [../inipar#conserve_volume_flow_mode conserve_volume] \\ [../inipar#conserve_volume_flow_mode _flow_mode] || ini || Mode || C*16 || 'default' || Modus of volume flow conservation. || |
| 99 | | || [../lsmpar#conserve_water_content conserve_water_content] || lsm || || L || .T. || Flag parameter for the bottom boundary condition of the soil model. || |
| 100 | | || [../radpar#constant_albedo constant_albedo] || rrtmg || || L || .F. || Parameter to fix the surface albedo. || |
| 101 | | || [../inipar#constant_flux_layer constant_flux_layer] || ini || Boundary conditions || L || .T. || Parameter to switch on a constant flux layer between the surface and first computational grid level. || |
| 102 | | || [../inipar#coupling_start_time coupling_start_time] || ini || Mode || R || 0.0 || Simulation time of a precursor run.. || |
| 103 | | || [../d3par#cpu_log_barrierwait cpu_log_barrierwait] || run || MPI || L || .F. || Set an MPI-barrier at the beginning of each CPU time measurement. || |
| 104 | | || [../d3par#create_disturbances create_disturbances] || run || Run steering || L || .T. || Switch to impose random perturbations to the horizontal velocity field. || |
| 105 | | || [../d3par#cross_profiles cross_profiles] || run || Data output || C*100(100) || see parameter \\ description || Determines which vertical profiles are to be presented in which coordinate system if the plot software '''palmplot''' is used. || |
| 106 | | || [../d3par#cthf cthf] || ini || || R || 0.0 || Average heat flux that is prescribed at the top of the plant canopy (in K m/s). || |
| 107 | | || [../parpar#curvature_solution_effects curvature_solution] \\ [../parpar#curvature_solution_effects _effects] || lpm || || L || .F. || Parameter to consider solution and curvature effects on the equilibrium vapor pressure of cloud droplets. || |
| 108 | | || [../parpar#curvature_solution_effects_bulk curvature_solution] \\ [../parpar#curvature_solution_effects_bulk _effects_bulk] || lpm || || L || .F. || Parameter to switch on an activation scheme which considers curvature and solution effects of cloud droplet activation. || |
| 109 | | || [../inipar#cycle_mg cycle_mg] || ini || Numerics || C*1 || 'w' || Type of cycle to be used with the multi-grid method. || |
| 110 | | || [../inipar#damp_level_1d damp_level_1d] [=#d] || ini || Initialization || R || zu(nz + 1) || Height where the damping layer begins in the 1d-model (in m). || |
| 111 | | || [../d3par#data_output data_output] || run || Data output || C*10(100) || 100*' ' || Quantities for which 2d cross section and/or 3d volume data are to be output. || |
| 112 | | || [../d3par#data_output_2d_on_each_pe data_output_2d_on] \\ [../d3par#data_output_2d_on_each_pe _each_pe] || run || Data output || L || .T. || Output 2d cross section data by one or all processors. || |
| 113 | | || [../d3par#data_output_during_spinup data_output] \\ [../d3par#data_output_during_spinup _during_spinup] || ini || Initialization || L || .F. || Parameter for switching on data output in the spinup phase (see spinup_time). || |
| 114 | | || [../d3par#data_output_masks data_output_masks] || run || Data output || C*10 \\ (max_masks, \\ 100) || max_masks*100*' ' || Quantities for which masked data are to be output. || |
| 115 | | || [../userpar#data_output_masks_user data_output_masks_user] || user || || C*10 \\ (max_masks, \\ 100) || max_masks*100*' ' || User-defined quantities for which masked data are to be output. || |
| 116 | | || [../d3par#data_output_pr data_output_pr] || run || Data output || C*10(100) || 100*' ' || Quantities for which vertical profiles (horizontally averaged) are to be output. || |
| 117 | | || [../d3par#data_output_pr_user data_output_pr_user] || user || Data output || C*10(200) || 200*' ' || User defined quantities for which horizontally averaged profile data is to be output. || |
| 118 | | ||[../sppar#data_output_sp data_output_sp] || spec || ||C*10(10)|| 10*' ' ||Quantities for which horizontal spectra are to be calculated and output. |
| 119 | | || [../userpar#data_output_user data_output_user] || user || Data output || C*10(100) || 100*' ' || User defined quantities for which 2d cross section and/or 3d volume data are to be output. || |
| 120 | | || [../radpar#day_of_year_init day_of_year_init] || ini|| || I || 172 || Day of the year at model start. || |
| 121 | | || [../parpar#density_ratio density_ratio] || lpm || || R(10) || 0.0, 9*9999999.9 || Ratio of the density of the fluid and the density of the particles. || |
| 122 | | || [../parpar#dissipation_classes dissipation_classes] || lpm || || I ||10|| Number of dissipation classes to be used in the collision efficiency table. || |
| 123 | | || [../inipar#dissipation_1d dissipation_1d] || ini || Initialization || C*20 || 'detering' || Calculation method for the energy dissipation term in the TKE equation of the 1d-model. || |
| 124 | | || [../d3par#disturbance_amplitude disturbance_amplitude] || run || Run steering || R || 0.25 || Maximum perturbation amplitude of the random perturbations imposed to the horizontal velocity field (in m/s). || |
| 125 | | || [../d3par#disturbance_energy_limit disturbance_energy] \\ [../d3par#disturbance_energy_limit _limit] || run || Run steering || R || 0.01 || Upper limit value of the perturbation energy of the velocity field used as a criterion for imposing random perturbations (in m^2^/s^2^). || |
| 126 | | || [../d3par#disturbance_level_b disturbance_level_b] || run || Run steering || R || zu(3) or zu(nz*2/3) || Lower limit of the vertical range for which random perturbations are to be imposed on the horizontal wind field (in m). || |
| 127 | | || [../d3par#disturbance_level_t disturbance_level_t] || run || Run steering || R || zu(nz/3) or zu(nzt-3) || Upper limit of the vertical range for which random perturbations are to be imposed on the horizontal wind field (in m). || |
| 128 | | || [../nestpar#domain_layouts domain_layouts] || nest || || derived TYPE pmc_layout(64) || None || General information about the nested domains to be used. || |
| 129 | | || [../d3par#do2d_at_begin do2d_at_begin] || run || Data output || L || .F. || Output 2d cross section data by one or all processors. || |
| 130 | | || [../d3par#do3d_at_begin do3d_at_begin] || run || Data output || L || .F. || Output of 3d volume data at the beginning of a run. || |
| 131 | | || [../inipar#dp_external dp_external] || run || Mode || L || .F. || External pressure gradient switch. || |
| 132 | | || [../inipar#dp_smooth dp_smooth] || run || Mode || L || .F. || Vertically smooth the external pressure gradient using a sinusoidal smoothing function. || |
| 133 | | || [../inipar#dp_level_b dp_level_b] || run || Mode || R || 0.0 || Lower limit of the vertical range for which the external pressure gradient is applied (in m). || |
| 134 | | || [../inipar#dpdxy dpdxy] || run || Mode || R(2) || 2*0.0 || Values of the external pressure gradient applied in x- and y-direction, respectively (in Pa/m). || |
| 135 | | || [../inipar#dry_aerosol_radius dry_aerosol_radius] || ini || || R || 0.05E-6 || The mean geometric radius of the dry aerosol spectrum. || |
| 136 | | || [../d3par#dt dt] || run || Run steering || R || variable || Time step for the 3d-model (in s). || |
| 137 | | || [../d3par#dt_averaging_input dt_averaging_input] || run || Data output || R || 0.0 || Temporal interval of data which are subject to temporal averaging (in s). || |
| 138 | | || [../d3par#dt_averaging_input_pr dt_averaging] \\ [../d3par#dt_averaging_input_pr _input_pr] || run || Data output || R || value of \\ [../d3par#dt_averaging_input dt_averaging_input] || Temporal interval of data which are subject to temporal averaging of vertical profiles and/or spectra (in s). || |
| 139 | | || [../d3par#dt_coupling dt_coupling] || run || Run steering || R || 9999999.9 || Temporal interval for the data exchange in case of runs with coupled models (e.g. atmosphere - ocean) (in s). || |
| 140 | | || [../d3par#dt_data_output dt_data_output] || run || Data output || R || 9999999.9 || Temporal interval at which data (3d volume data, cross sections, vertical profiles, spectra) shall be output (in s). || |
| 141 | | || [../d3par#dt_data_output_av dt_data_output_av] || run || Data output || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which time averaged 3d volume data and/or 2d cross section data shall be output (in s). || |
| 142 | | || [../d3par#dt_disturb dt_disturb] || run || Run steering || R || 9999999.9 || Temporal interval at which random perturbations are to be imposed on the horizontal velocity field (in s). || |
| 143 | | || [../d3par#dt_domask dt_domask] || run || Data output || R \\ (max_masks) || max_masks * value \\ of [../d3par#dt_data_output dt_data_output] || Temporal interval at which instantaneous masked data shall be output (in s). || |
| 144 | | || [../d3par#dt_dopr dt_dopr] || run || Data output || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which data of vertical profiles shall be output (to local file [../iofiles#DATA_1D_PR_NETCDF DATA_1D_PR_NETCDF] (in s). || |
| 145 | | || [../d3par#dt_dopr_listing dt_dopr_listing] || run || Data output || R || 9999999.9 ||Temporal interval at which data of vertical profiles shall be output (output for printouts, local file [../iofiles#LIST_PROFIL LIST_PROFIL]) (in s).|| |
| 146 | | || [../d3par#dt_dopts dt_dopts] || lpm || || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which time series data of particle quantities shall be output (in s). || |
| 147 | | || [../d3par#dt_dosp dt_dosp] || spec || || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which spectra data shall be output (in s). || |
| 148 | | || [../d3par#dt_dots dt_dots] || run || Data output || R || see parameter \\ description || Temporal interval at which time series data shall be output (in s). || |
| 149 | | || [../d3par#dt_do2d_xy dt_do2d_xy] || run || Data output || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which horizontal cross section data shall be output (in s). || |
| 150 | | || [../d3par#dt_do2d_xz dt_do2d_xz] || run || Data output || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which vertical cross section data (xz) shall be output (in s). || |
| 151 | | || [../d3par#dt_do2d_yz dt_do2d_yz] || run || Data output || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which vertical cross section data (yz) shall be output (in s). || |
| 152 | | || [../d3par#dt_do3d dt_do3d] || run || Data output || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which 3d volume data shall be output (in s). || |
| 153 | | || [../dvrpar#dt_dvrp dt_dvrp] || dvr || || R || 9999999.9 || Temporal interval of scenes to be displayed with the dvrp software (in s). || |
| 154 | | || [../d3par#dt_max dt_max] || run || Run steering || R || 20.0 || Maximum allowed value of the timestep (in s). || |
| 155 | | || [../parpar#dt_min_part dt_min_part] || lpm || || R || 0.0002 || Minimum value for the particle timestep when SGS velocities are used (in s). || |
| 156 | | || [../parpar#dt_prel dt_prel] || lpm || || R || 9999999.9 || Temporal interval at which particles are to be released from a particle source (in s). || |
| 157 | | || [../inipar#dt_pr_1d dt_pr_1d] || ini || Initialization || R || 9999999.9 || Temporal interval of vertical profile output of the 1D-model (in s). || |
| 158 | | || [../radpar#dt_radiation dt_radiation] || rrtmg || || R || 0.0 || Time step of the radiation model (in s). || |
| 159 | | || [../d3par#dt_restart dt_restart] || run || Run steering || R || 9999999.9 || Temporal interval at which a new restart run is to be carried out (in s). || |
| 160 | | || [../d3par#dt_run_control dt_run_control] || run || Data output || R || 60.0 || Temporal interval at which run control output is to be made (in s). || |
| 161 | | || [../inipar#dt_run_control_1d dt_run_control_1d] || ini || Initialization || R || 60.0 || Temporal interval of runtime control output of the 1d-model (in s). || |
| 162 | | || [../parpar#dt_spinup dt_spinup] || ini || || R || 60.0 || Time step during integration of the land surface, urban surface, and radiation models during the spinup phase. || |
| 163 | | || [../parpar#dt_write_particle_data dt_write_particle] \\ [../parpar#dt_write_particle_data _data] || lpm || || R || 9999999.9 || Temporal interval for output of particle data (in s). || |
| 164 | | || [../wind_turbine_par#dtow dtow] || wtm || || R(100) || none || Diameter of the tower of the wind turbine used below the rotor. This parameter has to be non-zero if a tower should be included. The parameter needs to be specified for every turbine separately. || |
| 165 | | || [../dvrpar#dvrp_directory dvrp_directory] || dvr || || C*80 || 'default' || Name of the directory into which data created by the dvrp software shall be saved. || |
| 166 | | || [../dvrpar#dvrp_file dvrp_file] || dvr || || C*80 || 'default' || Name of the file into which data created by the dvrp software shall be output. || |
| 167 | | || [../dvrpar#dvrp_host dvrp_host] || dvr || || C*80 || 'origin.rvs. \\ uni-hannover.de' || Name of the computer to which data created by the dvrp software shall be transferred. || |
| 168 | | || [../dvrpar#dvrp_output dvrp_output] || dvr || || C*10 || 'rtsp' || Output mode for the dvrp software. || |
| 169 | | || [../dvrpar#dvrp_password dvrp_password] || dvr || || C*80 || '********' || Password for the computer to which data created by the dvrp software is to be transferred. || |
| 170 | | || [../dvrpar#dvrpsize_interval dvrpsize_interval] || dvr || || R(2) || 0.0, 1.0 || Interval of values used for determining the particle size displayed in the animation. || |
| 171 | | || [../dvrpar#dvrp_username dvrp_username] || dvr || || C*80 || no default value || Username of a valid account on the computer to which data created by the dvrp software is to be transferred. || |
| 172 | | || [../inipar#dx dx] || ini || Grid || R || 1.0 || Horizontal grid spacing along the x-direction (in m). || |
| 173 | | || [../inipar#dy dy] || ini || Grid || R || 1.0 || Horizontal grid spacing along the y-direction (in m). || |
| 174 | | || [../inipar#dz dz] || ini || Grid || R || no default value || Vertical grid spacing (in m). || |
| 175 | | || [../inipar#dz_max dz_max] || ini || Grid || R || 9999999.9 || Allowed maximum vertical grid spacing (in m). || |
| 176 | | || [../inipar#dz_stretch_factor dz_stretch_factor] || ini || Grid || R || 1.08 || Stretch factor for a vertically stretched grid (see [../inipar#dz_stretch_level dz_stretch_level]). || |
| 177 | | || [../inipar#dz_stretch_level dz_stretch_level] || ini || Grid || R || 100000.0 || Height level above/below which the grid is to be stretched vertically (in m). || |
| 178 | | || [../inipar#e_init e_init] [=#e] || ini || Mode || R || 0.0 || Initial TKE in m^2^s^-2^. || |
| 179 | | || [../inipar#e_min e_min] || ini || Mode || R || 0.0 || Minimum TKE in m^2^s^-2^. || |
| 180 | | || [../radpar#emissivity emissivity] || rrtmg || || R || 0.95 || Surface emissivity (0-1). || |
| 181 | | || [../d3par#end_time end_time] || run || Run steering || R || 0.0 || Simulation time of the 3D model (in s). || |
| 182 | | || [../parpar#end_time_prel end_time_prel] || lpm || || R || 9999999.9 || Time of the last release of particles (in s). || |
| 183 | | || [../inipar#end_time_1d end_time_1d] || ini || Initialization || R || 864000.0 || Time to be simulated for the 1D-model (in s). || |
| 184 | | || [../inipar#ensemble_member_nr ensemble_member_nr] || ini || Initialization || I ||0|| Number of statistically independent members of a simulation. || |
| 185 | | || [../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. || |
| 186 | | || [../lsmpar#field_capacity field_capacity] || lsm || || R || depends on [../lsmpar#soil_type soil_type] || Soil moisture at field capacity (in m³/m³). || |
| 187 | | || [../inipar#fft_method fft_method] || ini || Numerics || C*20 || 'system specific' || FFT-method to be used. || |
| 188 | | || [../inipar#flux_input_mode flux_input_mode] || ini || || C*40 || 'approximation-specific' || Parameter to choose the flux unit for input data. || |
| 189 | | || [../inipar#flux_output_mode flux_output_mode] || ini || || C*40 || 'approximation-specific' || Parameter to choose the flux unit for outputdata. || |
| 190 | | || [../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]. || |
| 191 | | || [../inipar#galilei_transformation galilei_transformation] [=#g] || ini || Mode || L || .F. || Application of a Galilei-transformation to the coordinate system of the model. || |
| 192 | | || [../wind_turbine_par#gear_eff gear_eff] || wtm || || R || 1.0 || Efficiency of the gear: Loss between rotor and generator. || |
| 193 | | || [../wind_turbine_par#gear_ratio gear_ratio] || wtm || || R || 97.0 || Gear ratio from rotor to generator. || |
| 194 | | || [../wind_turbine_par#gen_eff gen_eff] || wtm || || R || 0.944 || Electric efficiency of the generator. || |
| 195 | | || [../dvrpar#groundplate_color groundplate_color] || dvr || || R(3) || 0.0, 0.6, 0.0 || Color of the ground plate. || |
| 196 | | || [../inipar#humidity humidity] [=#h] || ini || Mode || L || .F. || Parameter to switch on the prognostic equation for water vapor mixing ratio q. || |
| 197 | | || [../lsmpar#hydraulic_conductivity hydraulic_conductivity] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || Hydraulic conductivity of the soil at saturation (in m/s). || |
| 198 | | || [../wind_turbine_par#inertia_gen inertia_gen] [=#i] || wtm || || R || 534.116 || Inertia of the generator (in kg/m^2^). || |
| 199 | | || [../wind_turbine_par#inertia_rot inertia_rot] || wtm || || R || 34784179.0 || Inertia of the rotor (in kg/m^2). || |
| 200 | | || [../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). || |
| 201 | | || [../inipar#inflow_damping_width inflow_damping_width] || ini || Boundary conditions || R || 0.1* [../inipar#inflow_damping_height inflow] \\ [../inipar#inflow_damping_height _damping_height] || Transition range within which the turbulence signal is damped to zero (in m). || |
| 202 | | || [../inipar#inflow_disturbance_begin inflow_disturbance] \\ [../inipar#inflow_disturbance_begin _begin] || ini || Boundary conditions || I || MIN(10, nx/2 or ny/2) || Lower limit of the horizontal range for which random perturbations are to be imposed on the horizontal velocity field (gridpoints). || |
| 203 | | || [../inipar#inflow_disturbance_end inflow_disturbance] \\ [../inipar#inflow_disturbance_end _end] || ini || Boundary conditions || I || MIN(100, 3/4*nx or 3/4*ny) || Upper limit of the horizontal range for which random perturbations are to be imposed on the horizontal velocity field (gridpoints). || |
| 204 | | || [../inipar#initializing_actions initializing_actions] || ini || Initialization || C*100 || no default value || Initialization actions to be carried out. || |
| 205 | | || [../parpar#initial_weighting_factor initial_weighting] \\ [../parpar#initial_weighting_factor _factor] || lpm || || R || 1.0 || Factor to define the real number of initial droplets in a grid cell. || |
| 206 | | || [../dvrpar#isosurface_color isosurface_color] || lpm || || R(3,10) || 0.9, 0.9, 0.9 \\ 0.8, 0.1, 0.1 \\ ... || Color of the isosurface(s). || |
| 207 | | || [../inipar#km_constant km_constant] [=#k] || ini || Mode || R || variable (computed \\ from TKE) || Constant eddy diffusivities are used (laminar simulations). || |
| 208 | | || [../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). || |
| 209 | | || [../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. || |
| 210 | | || [../inipar#lad_surface lad_surface] || pcm || || R || 0.0 || Surface value of the leaf area density (in m^2^/m^3^). || |
| 211 | | || [../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^). || |
| 212 | | || [../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). || |
| 213 | | || [../canpar#lai_beta lai_beta] || pcm || || R || 0.0 || Leaf area index needed for construction of leaf area density profile. || |
| 214 | | ||[../lsmpar#lambda_surface_stable lambda_surface_stable ] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || Heat conductivity (between atmosphere and soil) (in W/m²/K) in case of stable stratification. || |
| 215 | | ||[../lsmpar#lambda_surface_unstable lambda_surface_unstable ] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || Heat conductivity (between atmosphere and soil) (in W/m²/K) in case of unstable stratification. || |
| 216 | | || [../inipar#large_scale_forcing large_scale_forcing] || ini || Mode || L || .F. || Parameter to switch on the use of large-scale forcing information from an external file. || |
| 217 | | || [../inipar#large_scale_subsidence large_scale_subsidence] || ini || Mode || L || .F. || Parameter to switch on the use of large scale subsidence/ascent. || |
| 218 | | || [../inipar#latitude latitude] || ini || Physics || R || 55.0 || Geographical latitude (in degrees). || |
| 219 | | || [../lsmpar#leaf_area_index leaf_area_index] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || Leaf area index of the canopy (in m²/m²). || |
| 220 | | || [../canpar#leaf_scalar_exch_coeff leaf_scalar_exch_coeff] || pcm || || R || 0.0 || Scalar exchange coefficient for a leaf (dimensionless). || |
| 221 | | || [../canpar#leaf_surface_conc leaf_surface_conc] || pcm || || R || 0.0 || Concentration of a passive scalar at the surface of a leaf (in kg/m^3^). || |
| 222 | | || [../inipar#limiter_sedimentation limiter_sedimentation] || ini || Cloud physics || L || .T. || Use limiter in raindrop sedimentation process. || |
| 223 | | || [../parpar#log_sigma log_sigma] [=#s] || lpm || || R(3) || 2.0 || Parameters of initial aerosol spectrum. || |
| 224 | | || [../inipar#longitude longitude] || ini || Physics || R || 0.0 || Geographical longitude (in degrees). || |
| 225 | | || [../inipar#loop_optimization loop_optimization] || ini || Numerics || C*16 || 'cache' || Method used to optimize loops for solving the prognostic equations. || |
| 226 | | || [../inipar#lsf_exception lsf_exception] || ini || || L || .F. || Parameter to explicitly allow large-scale forcing in case of topography /= 'flat' . |
| 227 | | || [../radpar#lw_radiation lw_radiation] || rrtmg || || L || .T. || Parameter to switch on/off longwave radiation. || |
| 228 | | || [../inipar#masking_method masking_method] [=#m] || ini || Numerics || L || .F. || Switch for topography boundary conditions in multigrid solver. || |
| 229 | | || [../d3par#mask_scale_x mask_scale_x] || run || Data output || R || 1.0 || Scaling length for masked data output along x-direction. || |
| 230 | | || [../d3par#mask_scale_y mask_scale_y] || run || Data output || R || 1.0 || Scaling length for masked data output along y-direction. || |
| 231 | | || [../d3par#mask_scale_z mask_scale_z] || run || Data output || R || 1.0 || Scaling length for masked data output along z-direction. || |
| 232 | | || [../d3par#mask_x mask_x] || run || Data output || R \\ (max_masks, \\ 100) || max_masks*100*-1.0 || All x-coordinates of mask positions (in multiples of [../d3par#mask_scale_x mask_scale_x]). || |
| 233 | | || [../d3par#mask_y mask_y] || run || Data output || R \\ (max_masks, \\ 100) || max_masks*100*-1.0 || All y-coordinates of mask positions (in multiples of [../d3par#mask_scale_y mask_scale_y]). || |
| 234 | | || [../d3par#mask_z mask_z] || run || Data output || R \\ (max_masks, \\ 100) || max_masks*100*-1.0 || All z-coordinates of mask positions (in multiples of [../d3par#mask_scale_z mask_scale_z]). || |
| 235 | | || [../d3par#mask_x_loop mask_x_loop] || run || Data output || R \\ (max_masks, \\ 3) || max_masks*100* \\ (/-1.0,-1.0,-1.0/) || Loop begin, end and stride for x-coordinates of mask locations for masks (in multiples of [../d3par#mask_scale_x mask_scale_x]). || |
| 236 | | || [../d3par#mask_y_loop mask_y_loop] || run || Data output || R \\ (max_masks, \\ 3) || max_masks*100* \\ (/-1.0,-1.0,-1.0/) || Loop begin, end and stride for y-coordinates of mask locations for masks (in multiples of [../d3par#mask_scale_y mask_scale_y]). || |
| 237 | | || [../d3par#mask_z_loop mask_z_loop] || run || Data output || R \\ (max_masks, \\ 3) || max_masks*100* \\ (/-1.0,-1.0,-1.0/) || Loop begin, end and stride for z-coordinates of mask locations for masks (in multiples of [../d3par#mask_scale_z mask_scale_z]). || |
| 238 | | || [../wind_turbine_par#max_miss max_miss] || wtm || || R || 0.08726 || Maximum tolerated yaw misalignment (in rad). || |
| 239 | | || [../wind_turbine_par#max_torque_gen max_torque_gen] || wtm || || R || 47402.91 || Maximum Torque of the generator (in Nm). || |
| 240 | | || [../wind_turbine_par#max_trq_rate max_trq_rate] || wtm || || R || 15000.0 || Maximum generator torque rate (in Nm/s). || |
| 241 | | || [../inipar#mg_cycles mg_cycles] || ini || Numerics || I ||-1|| Number of cycles to be used with the multigrid scheme. || |
| 242 | | || [../inipar#mg_switch_to_pe0_level mg_switch_to] \\ [../inipar#mg_switch_to_pe0_level _pe0_level] || ini || Numerics || I || see parameter \\ description || Grid level at which data shall be gathered on PE0. || |
| 243 | | || [../lsmpar#min_canopy_resistance min_canopy_resistance] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || Minimum canopy (i.e., stomatal) resistance (in s/m). || |
| 244 | | || [../parpar#min_nr_particles min_nr_particles] || lpm || || I ||50|| Minimum number of particles for which memory is allocated at every grid cell. || |
| 245 | | || [../wind_turbine_par#min_miss min_miss] || wtm || || R || 0.008726 || Minimum yaw misalignment for which the actuator stops (in rad). || |
| 246 | | || [../wind_turbine_par#min_reg15 min_reg15] || wtm || || R || 70.16224 || Lower generator speed boundary of region 1.5 (in rad/s). || |
| 247 | | || [../wind_turbine_par#min_reg2 min_reg2] || wtm || || R || 91.21091 || Lower generator speed boundary of region 2 [rad/s]. || |
| 248 | | || [../lsmpar#min_soil_resistance min_soil_resistance] || lsm || || R || 50.0 || Minimum soil resistance (in s/m). || |
| 249 | | || [../inipar#mixing_length_1d mixing_length_1d] || ini || Initialization || C*20 || 'blackadar' || Mixing length used in the 1d-model. || |
| 250 | | || [../dvrpar#mode_dvrp mode_dvrp] || dvr || || C*20(10) || 10*' ' || Graphical objects (isosurfaces, slicers, particles) which are to be created by the dvrp software. || |
| 251 | | || [../inipar#momentum_advec momentum_advec] || ini || Numerics || C*10 || 'pw-scheme' || Advection scheme to be used for the momentum equations. || |
| 252 | | || [../inipar#most_method most_method] || ini || Boundary conditions || C*8 || 'newton' || Parameter that defines how the Obukhov length is calculated when a constant_flux_layer is switched on. || |
| 253 | | || [../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. || |
| 254 | | || [../wind_turbine_par#nairfoils nairfoils] || wtm || || I || 8 || Number of airfoils of the used turbine model. || |
| 255 | | || [../inipar#nc_const nc_const] || ini || Cloud physics || R || 70.0E6 || Cloud droplet number density (in m-3). || |
| 256 | | || [../parpar#na na] || lpm || || R(3) || 100.0 || Parameters of initial aerosol spectrum. || |
| 257 | | || [../inipar#na_init na_init] || ini || || R || 100.0E6 || Background dry aerosol concentration. || |
| 258 | | || [../nestpar#nesting_datatransfer_mode nesting_datatransfer_mode] || nest || || C*7 || 'mixed' || Type of nesting data transfer mode. || |
| 259 | | || [../nestpar#nesting_mode nesting_mode] || nest || || C*7 || 'two-way' || Type of nesting mode. || |
| 260 | | || [../radpar#net_radiation net_radiation] || rrtmg || || R || 0.0 || Net radiation at the surface (in W/m^2). || |
| 261 | | || [../d3par#netcdf_data_format netcdf_data_format] || run || Data output || I ||2|| Data format for netCDF files. || |
| 262 | | || [../d3par#netcdf_deflate netcdf_deflate] || run || Data output || I ||0|| Data compression level for NetCDF4/HDF5 format. || |
| 263 | | || [../d3par#netcdf_precision netcdf_precision] || ini || Data output || C*20(10) || single precision for \\ all output quantities || Defines the accuracy of the netCDF output. || |
| 264 | | || [../inipar#neutral neutral] || ini || Mode || L || .F. || Parameter to switch off calculation of temperature equation. || |
| 265 | | || [../inipar#ngsrb ngsrb] || ini || Numerics || I ||2|| Number of Gauss-Seidel iterations to be carried out on each grid level of the multigrid Poisson solver. || |
| 266 | | || [../d3par#normalizing_region normalizing_region] || run || Data output || I ||0|| Determines the subdomain from which the normalization quantities are calculated. || |
| 267 | | || [../d3par#npex npex] || run || Grid || I || no default value || Number of processors along x-direction of the virtual processor net. || |
| 268 | | || [../d3par#npey npey] || run || Grid || I || no default value || Number of processors along y-direction of the virtual processor net. || |
| 269 | | || [../inipar#nsor nsor] || run || Numerics || I ||20|| Number of iterations to be used with the SOR-scheme. || |
| 270 | | || [../inipar#nsor_ini nsor_ini] || ini || Numerics || I ||100|| Initial number of iterations with the SOR algorithm. || |
| 271 | | || [../wind_turbine_par#nturbines nturbines] || wtm || || I || 1 || Number of the turbines to be included. Maximum is 100.|| |
| 272 | | || [../inipar#nudging nudging] || ini || Mode || L || .F. || Parameter to switch on nudging with data from larger scale models or from measurements. || |
| 273 | | || [../parpar#number_concentration number_concentration] || lpm || || R || -1.0 || Initial particle number concentration. || |
| 274 | | || [../parpar#number_of_particle_groups number_of] \\ [../parpar#number_of_particle_groups _particle_groups] || lpm || || I ||-1|| Number of particle groups to be used. || |
| 275 | | || [../parpar#number_particles_per_gridbox number_particles] \\ [../parpar#number_particles_per_gridbox _per_gridbox] || lpm || || I ||1|| Number of created particles per gridbox. || |
| 276 | | || [../inipar#nx nx] || ini || Grid || I || no default value || Number of grid points in x-direction. || |
| 277 | | || [../inipar#ny ny] || ini || Grid || I || no default value || Number of grid points in y-direction. || |
| 278 | | || [../inipar#nz nz] || ini || Grid || I || no default value || Number of grid points in z-direction. || |
| 279 | | || [../d3par#nz_do3d nz_do3d] || ini || Grid || I || nz + 1 || Limits the output of 3d volume data along the vertical direction (grid point index k). || |
| 280 | | || [../inipar#ocean ocean] [=#o] || ini || Mode || L || .F. || Parameter to switch on ocean runs. || |
| 281 | | || [../inipar#omega omega] || ini || Physics || R ||7,29E+00|| Angular velocity of the rotating system (in rad s^-1^). || |
| 282 | | || [../wind_turbine_par#omega_rot omega_rot] || wtm || || R(100) || 0.0 || Initial rotational speed for each turbine (in rad s^-1^). || |
| 283 | | || [../inipar#omega_sor omega_sor] || ini || Numerics || R || 1.8 || Convergence factor to be used with the SOR-scheme. || |
| 284 | | || [../inipar#outflow_source_plane outflow_source] \\ [../inipar#outflow_source_plane _plane] || ini || Boundary conditions || R || || Position of the vertical source plane from where instantaneous values of u, v, w, pt, q, s, and e are copied to the outflow boundary. || |
| 285 | | || [../parpar#particles_per_point particles_per_point] [=#p] || lpm || || I ||1|| Number of particles to be started per point. || |
| 286 | | || [../parpar#particle_advection_start particle_advection] \\ [../parpar#particle_advection_start _start] || lpm || || R || 0.0 || Time of the first release of particles (in s). || |
| 287 | | || [../parpar#particle_color particle_color] || dvr || || C*10 || 'none' || Parameter, which allows bi the displayed particle color to certain flow quantities. || |
| 288 | | || [../parpar#particle_dvrpsize particle_dvrpsize] || dvr || || C*10 || 'none' || Parameter, which allows binding the displayed particle size to certain flow quantities. || |
| 289 | | || [../parpar#particle_maximum_age particle_maximum] \\ [../parpar#particle_maximum_age _age] || lpm || || R || 9999999.9 || Maximum allowed age of particles (in s). || |
| 290 | | || [../inipar#passive_scalar passive_scalar] || ini || Mode || L || .F. || Parameter to switch on the prognostic equation for a passive scalar. || |
| 291 | | || [../lsmpar#pave_depth pave_depth] || lsm || || R || 0.0 || Depth of the paved surface. || |
| 292 | | || [../lsmpar#pave_heat_capacity pave_heat_capacity] || lsm || || R || 1.94E6 || Heat capacity of the pavement. || |
| 293 | | || [../lsmpar#pave_heat_conductivity pave_heat_conductivity] || lsm || || R || 1.0 || Heat conductivity of the pavement. || |
| 294 | | || [../canpar#pch_index pch_index] || pcm || || I ||0|| Grid point index (w-grid) of the upper boundary of the plant canopy layer. || |
| 295 | | || [../parpar#pdx pdx] || lpm || || R(10) || 10*dx || Distance along x between particles within a particle source (in m). || |
| 296 | | || [../parpar#pdy pdy] || lpm || || R(10) || 10*dy || Distance along y between particles within a particle source (in m). || |
| 297 | | || [../parpar#pdz pdz] || lpm || || R(10) || 10*(zu(2) - zu(1)) || Distance along z between particles within a particle source (in m). || |
| 298 | | || [../wind_turbine_par#phi_yaw phi_yaw] || wtm || || R(100) || none || Yaw angle for each turbine in degrees. A positive yaw means a rotation of the rotor in clockwise direction within the xy-plane. || |
| 299 | | || [../wind_turbine_par#pitch_add pitch_add] || wtm || || R(100) || 0.0 || Pitch angle for a constant pitch angle (in degrees). || |
| 300 | | || [../wind_turbine_par#pitch_control pitch_control] || wtm || || L || .F. || Parameter to switch on the pitch control. || |
| 301 | | || [../wind_turbine_par#pitch_rate pitch_rate] || wtm || || R || 8.0 || Maximum pitch rate (in degree/s). || |
| 302 | | || [../sppar#plot_spectra_level plot_spectra_level] || spec || || I(100) || No level || Vertical level(s) for which horizontal spectra are to be plotted (in grid points). || |
| 303 | | || [../inipar#prandtl_number prandtl_number] || ini || Physics || R || 1.0 || Ratio of the eddy diffusivities for momentum and heat (K,,m,,/K,,h,,). || |
| 304 | | || [../d3par#precipitation_amount_interval precipitation_amount] \\ [../d3par#precipitation_amount_interval _interval] || run || Data output || R || value of [../d3par#dt_do2d_xy dt_do2d_xy] || Temporal interval for which the precipitation amount (in mm) shall be calculated and output (in s). || |
| 305 | | || [../d3par#profile_columns profile_columns] || run || Data output || I ||3|| Number of coordinate systems to be plotted in one row by plot software '''palmplot'''. || |
| 306 | | || [../d3par#profile_rows profile_rows] || run || Data output || I ||2|| Number of rows of coordinate systems to be plotted on one page by plot software '''palmplot'''. || |
| 307 | | || [../parpar#psb psb] || lpm || || R(10) || 10*zu(nz/2) || Bottom edge of a particle source (in m). || |
| 308 | | || [../parpar#psl psl] || lpm || || R(10) || 10*0.0 || Left edge of a particle source (in m). || |
| 309 | | || [../parpar#psn psn] || lpm || || R(10) || 10*(ny*dy) || Rear ("north") edge of a particle source (in m). || |
| 310 | | || [../inipar#psolver psolver] || ini || Numerics || C*10 || 'poisfft' || Scheme to be used to solve the Poisson equation for the perturbation pressure. || |
| 311 | | || [../parpar#psr psr] || lpm || || R(10) || 10*(nx*dx) || Right edge of a particle source (in m). || |
| 312 | | || [../parpar#pss pss] || lpm || || R(10) || 10*0.0 || Front ("south") edge of a particle source (in m). || |
| 313 | | || [../parpar#pst pst] || lpm || || R(10) || 10*zu(nz/2) || Top edge of a particle source (in m). || |
| 314 | | || [../inipar#pt_damping_factor pt_damping_factor] || ini || Numerics || R || 0.0 || Factor for damping the potential temperature. || |
| 315 | | || [../inipar#pt_damping_width pt_damping_width] || ini || Numerics || R || 0.0 || Width of the damping domain of the potential temperature (in m). || |
| 316 | | || [../inipar#pt_reference pt_reference] || ini || Mode || R || value of [../inipar#pt_surface pt_surface] || Reference temperature to be used in the buoyancy term (in K). || |
| 317 | | || [../inipar#pt_surface pt_surface] || ini || Initialization || R || 300.0 || Surface potential temperature (in K). || |
| 318 | | || [../inipar#pt_surface_initial_change pt_surface_initial] \\ [../inipar#pt_surface_initial_change _change] || ini || Initialization || R || 0.0 || Change in surface temperature to be made at the beginning of the 3d run (in K). || |
| 319 | | || [../inipar#pt_vertical_gradient pt_vertical_gradient] || ini || Initialization || R(10) || 10*0.0 || Temperature gradient(s) of the initial temperature profile (in K / 100 m). || |
| 320 | | || [../inipar#pt_vertical_gradient_level pt_vertical_gradient] \\ [../inipar#pt_vertical_gradient_level _level] || ini || Initialization || R(10) || 10*0.0 || Height level above which the temperature gradient defined by [../inipar#pt_vertical_gradient pt_vertical_gradient] is effective (in m). || |
| 321 | | || [../inipar#q_surface q_surface] [=#q] || ini || Initialization || R || 0.0 || Surface water vapor / total water mixing ratio (kg/kg). || |
| 322 | | || [../inipar#q_surface_initial_change q_surface_initial] \\ [../inipar#q_surface_initial_change _change] || ini || Initialization || R || 0.0 || Change in surface water vapor / total water mixing ratio to be made at the beginning of the 3d run (kg/kg). || |
| 323 | | || [../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). || |
| 324 | | || [../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). || |
| 325 | | || [../parpar#rm rm][=#r] || lpm || || R(3) || 0.05E-6 || Parameters of initial aerosol spectrum. || |
| 326 | | || [../inipar#radiation radiation] || ini || Mode || L || .F. || Parameter to switch on longwave radiation cooling at cloud-tops. || |
| 327 | | || [../radpar#radiation_scheme radiation_scheme] || rrtmg || || C*10 || 'clear-sky' || Radiation scheme to be used. || |
| 328 | | || [../parpar#radius radius] || lpm || || R(10) || 0.0, 9* \\ 9999999.9 || Particle radius (in m). || |
| 329 | | || [../parpar#radius_classes radius_classes] || lpm || || I ||20|| Number of radius classes to be used in the collision efficiency table. || |
| 330 | | || [../inipar#random_generator random_generator] || ini || Numerics || C*20 || 'random-parallel' || Random number generator to be used for creating uniformly distributed random numbers. || |
| 331 | | || [../inipar#random_heatflux random_heatflux] || ini || Mode || L || .F. || Parameter to impose random perturbations on the internal two-dimensional near surface heat flux field ''shf.'' || |
| 332 | | || [../parpar#random_start_position random_start_position] || lpm || || L || .F. || Initial position of the particles is varied randomly within certain limits. || |
| 333 | | || [../wind_turbine_par#rated_genspeed rated_genspeed] || wtm || || R || 121.6805 || Rated generator speed (in rad/s). || |
| 334 | | || [../wind_turbine_par#rated_power rated_power] || wtm || || R || 5296610.0 || Rated power of the wind turbine (in W). || |
| 335 | | || [../inipar#rayleigh_damping_factor rayleigh_damping] \\ [../inipar#rayleigh_damping_factor _factor] || ini || Numerics || R || 0.0 and/or 0.01 || Factor for Rayleigh damping. || |
| 336 | | || [../inipar#rayleigh_damping_height rayleigh_damping] \\ [../inipar#rayleigh_damping_height _height] || ini || Numerics || R || 2/3*zu(nz) || Height where the Rayleigh damping starts (in m). || |
| 337 | | || [../wind_turbine_par#rcx rcx] || wtm || || R(100) || none || Longitudinal position of the rotor center (in m). || |
| 338 | | || [../wind_turbine_par#rcy rcy] || wtm || || R(100) || none || Lateral position of the rotor center (in m). || |
| 339 | | || [../wind_turbine_par#rcz rcz] || wtm || || R(100) || none || Vertical position of the rotor center (in m). This represents the hub height of the turbine. || |
| 340 | | || [../parpar#read_particles_from_restartfile read_particles_from] \\ [../parpar#read_particles_from_restartfile _restartfile] || lpm || || L || .T. || Read particle data from the previous run. || |
| 341 | | || [../inipar#recycling_width recycling_width] || ini || Boundary conditions || R || 0.1*[../inipar#nx nx]*[../inipar#dx dx] || Distance of the recycling plane from the inflow boundary (in m). || |
| 342 | | || [../inipar#recycling_yshift recycling_yshift] || ini || Boundary conditions || L || .F. || Parameter to switch on a y-shift for the recycled inflow turbulence. || |
| 343 | | || [../inipar#reference_state reference_state] || ini || Mode || C*20 || '' 'initial_profile' '' || Defines what is used as reference state in the buoyancy term. || |
| 344 | | || [../userpar#region region] || user || || C*40(0:9) || || Name(s) of the subdomain(s) defined by the user. || |
| 345 | | || [../inipar#residual_limit residual_limit] || ini || Numerics || R || 1.0E-6 || Largest residual permitted for the multigrid scheme (in s^-2^m^-3^). || |
| 346 | | || [../lsmpar#residual_moisture residual_moisture] || lsm || || R || depends on [../lsmpar#soil_type soil_type] || Residual soil moisture content (in m³/m³). || |
| 347 | | || [../d3par#restart_time restart_time] || run || Run steering || R || 9999999.9 || Simulated time after which a restart run is to be carried out (in s). || |
| 348 | | || [../wind_turbine_par#rnac rnac] || wtm || || R(100) || none || Radius of the nacelle for each turbine (in m). This parameter has to be non-zero if the nacelle should be included. || |
| 349 | | || [../lsmpar#root_fraction root_fraction] || lsm || || R(4) || depends on [../lsmpar#veg_type veg_type] || Root distribution over the four soil layers. || |
| 350 | | || [../inipar#roughness_length roughness_length] || ini || Boundary conditions || R || 0.1 || Roughness length (in m). || |
| 351 | | || [../wind_turbine_par#rr rr] || wtm || || R(100) || 63 || Radius of the rotor (in m). || |
| 352 | | || [../inipar#s_surface s_surface] || ini || Initialization || R || 0.0 || Surface value of the passive scalar (in kg/m^3^). || |
| 353 | | || [../inipar#s_surface_initial_change s_surface_initial] \\ [../inipar#s_surface_initial_change _change] || ini || Initialization || R || 0.0 || Change in surface scalar concentration to be made at the beginning of the 3d run (in kg/m^3^). || |
| 354 | | || [../inipar#s_vertical_gradient s_vertical_gradient] || ini || Initialization || R(10) || 10*0.0 || Scalar concentration gradient(s) of the initial scalar concentration profile (in kg/m^3^ / 100 m). || |
| 355 | | || [../inipar#s_vertical_gradient_level s_vertical_gradient] \\ [../inipar#s_vertical_gradient_level _level] || ini || Initialization || R(10) || 10*0.0 || Height level above which the scalar gradient defined by [../inipar#s_vertical_gradient s_vertical_gradient] is effective (in m). || |
| 356 | | || [../inipar#sa_surface sa_surface] [=#s] || ini || Initialization || R || 35.0 || Surface salinity (in psu). || |
| 357 | | || [../inipar#sa_vertical_gradient sa_vertical_gradient] || ini || Boundary conditions || R(10) || 10*0.0 || Salinity gradient(s) of the initial salinity profile (in psu / 100 m). || |
| 358 | | || [../inipar#sa_vertical_gradient_level sa_vertical_gradient] \\ [../inipar#sa_vertical_gradient_level _level] || ini || Boundary conditions || R(10) || 10*0.0 || Height level above which the salinity gradient defined by [../inipar#sa_vertical_gradient sa_vertical_gradient] is effective (in m). || |
| 359 | | || [../lsmpar#saturation_moisture saturation_moisture] || lsm || || R || depends on [../lsmpar#soil_type soil_type] || Soil moisture at saturation (in m³/m³). || |
| 360 | | || [../inipar#scalar_advec scalar_advec] || ini || Numerics || C*10 || 'pw-scheme' || Advection scheme to be used for the scalar quantities. || |
| 361 | | || [../inipar#scalar_rayleigh_damping scalar_rayleigh] \\ [../inipar#scalar_rayleigh_damping _damping] || ini || Numerics || L || .T. || Application of Rayleigh damping to scalars. || |
| 362 | | || [../d3par#section_xy section_xy] || run || Data output || I(100) || no section || Position of cross section(s) for output of 2d horizontal cross sections (grid point index k). || |
| 363 | | || [../d3par#section_xz section_xz] || run || Data output || I(100) || no section || Position of cross section(s) for output of 2d (xz) vertical cross sections (grid point index j). || |
| 364 | | || [../d3par#section_yz section_yz] || run || Data output || I(100) || no section || Position of cross section(s) for output of 2d (yz) vertical cross sections (grid point index i). || |
| 365 | | || [../parpar#seed_follows_topography seed_follows_topography] || lpm || || L || .F. || Heights of initial particles are interpreted relative to the given topography. || |
| 366 | | || [../wind_turbine_par#segment_length segment_length] || wtm || || R || 1.0 || Length of each rotor segment the rotor area is divided into, in tangential direction, as factor of the grid spacing. || |
| 367 | | || [../wind_turbine_par#segment_width segment_width] || wtm || || R || 0.5 || Length of each rotor segment the rotor area is divided into, in radial direction, as factor of the grid spacing. || |
| 368 | | || [../inipar#sigma_bulk sigma_bulk] || ini || || R || 2.0 || The dispersion of the dry aerosol spectrum. || |
| 369 | | || [../d3par#skip_time_data_output skip_time_data_output] || run || Data output || R || 0.0 || No data output before this interval has passed (in s). || |
| 370 | | || [../d3par#skip_time_data_output_av skip_time_data] \\ [../d3par#skip_time_data_output_av _output_av] || run || Data output || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of temporally averaged 2d/3d data before this interval has passed (in s). || |
| 371 | | || [../lsmpar#skip_time_do_lsm skip_time_do_lsm] || lsm || || R || 0.0 || Time after which the land surface model is switched on. || |
| 372 | | || [../radpar#skip_time_do_radiation skip_time_do_radiation] || rrtmg || || R || 0.0 || Time after which the radiation model is switched on. || |
| 373 | | || [../d3par#skip_time_domask skip_time_domask] || run || Data output || R \\ (max_masks) || max_masks*0.0 || No output of masked data before this interval has passed (in s). || |
| 374 | | || [../d3par#skip_time_dopr skip_time_dopr] || run || Data output || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of vertical profile data before this interval has passed (in s). || |
| 375 | | || [../sppar#skip_time_dosp skip_time_dosp] || spec || || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of spectra data before this interval has passed (in s). || |
| 376 | | || [../d3par#skip_time_do2d_xy skip_time_do2d_xy] || run || Data output || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of instantaneous horizontal cross section data before this interval has passed (in s). || |
| 377 | | || [../d3par#skip_time_do2d_xz skip_time_do2d_xz] || run || Data output || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of instantaneous vertical (xz) cross section data before this interval has passed (in s). || |
| 378 | | || [../d3par#skip_time_do2d_yz skip_time_do2d_yz] || run || Data output || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of instantaneous vertical (yz) cross section data before this interval has passed (in s). || |
| 379 | | || [../d3par#skip_time_do3d skip_time_do3d] || run || Data output || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of instantaneous 3d volume data before this interval has passed (in s). || |
| 380 | | || [../dvrpar#slicer_range_limits_dvrp slicer_range] \\ [../dvrpar#slicer_range_limits_dvrp _limits_dvrp] || dvr || || R(2,10) || 10*(-1,1) || Ranges of values to which a color table has to be mapped (units of the respective quantity). || |
| 381 | | || [../wind_turbine_par#slope2 slope2] || wtm || || R || 2.332287 || Slope constant for region 2. || |
| 382 | | || [../lsmpar#soil_moisture soil_moisture] || lsm || || R(4) || 4*0.0 || Soil moisture distribution over the four soil layers. || |
| 383 | | || [../lsmpar#soil_temperature soil_temperature] || lsm || || R(5) || see description || Soil temperature distribution over the four soil layers (in K). || |
| 384 | | || [../lsmpar#soil_type soil_type] || lsm || || I || 3 || Soil type to be used in the soil model. || |
| 385 | | || [../sppar#spectra_direction spectra_direction] || spec || || C*2(10) || 10*' ' || Direction(s) along which spectra are to be calculated. || |
| 386 | | || [../wind_turbine_par#speed_control speed_control] || wtm || || L || .F. || Parameter to switch on the speed control. || |
| 387 | | || [../inipar#spinup_pt_amplitude spinup_pt_amplitude] || ini || || R || 0.0 || Representative amplitude of the diurnal near-surface temperature variation during the spinup phase. || |
| 388 | | || [../inipar#spinup_pt_mean spinup_pt_mean] || ini || || R || [value of] [pt_surface] || Mean near-surface air temperature during the spinup phase (see spinup_time). || |
| 389 | | || [../inipar#spinup_time spinup_time] || ini || || R || 0.0 || Parameter for steering of the spinup time. || |
| 390 | | || [../inipar#statistic_regions statistic_regions] || ini || Others|| I ||0|| Number of additional user-defined subdomains for which statistical analysis and corresponding output (profiles, time series) shall be made. || |
| 391 | | || [../inipar#subs_vertical_gradient subs_vertical_gradient] || ini || Mode || R(10) || 10*0.0 || Gradient(s) of the profile for the large scale subsidence/ascent velocity (in (m/s) / 100 m). || |
| 392 | | || [../inipar#subs_vertical_gradient_level subs_vertical_gradient] \\ [../inipar#subs_vertical_gradient_level _level] || ini || Mode || R(10) || 10*0.0 || Height level above which the gradient for the subsidence/ascent velocity defined by [../inipar#subs_vertical_gradient subs_vertical_gradient] is effective (in m). || |
| 393 | | || [../dvrpar#superelevation superelevation] || dvr || || R || 1.0 || Superelevation factor for the vertical coordinate. || |
| 394 | | || [../dvrpar#superelevation_x superelevation_x] || dvr || || R || 1.0 || Superelevation factor for the horizontal (x) coordinate. || |
| 395 | | || [../dvrpar#superelevation_y superelevation_y] || dvr || || R || 1.0 || Superelevation factor for the horizontal (y) coordinate. || |
| 396 | | || [../inipar#surface_heatflux surface_heatflux] || ini || Boundary conditions || R || no prescribed \\ heatflux || Kinematic sensible heat flux at the bottom surface (in K m/s). || |
| 397 | | || [../inipar#surface_pressure surface_pressure] || ini || Initialization || R || 1013.25 || Atmospheric pressure at the surface (in hPa). || |
| 398 | | || [../inipar#surface_scalarflux surface_scalarflux] || ini || Boundary conditions || R || 0.0 || Scalar flux at the surface (in kg/(m^2^s)). || |
| 399 | | || [../inipar#surface_waterflux surface_waterflux] || ini || Boundary conditions || R || 0.0 || Kinematic water flux near the surface (in m/s). || |
| 400 | | || [../radpar#sw_radiation sw_radiation] || rrtmg || || L || .T. || Parameter to switch on/off shortwave radiation. || |
| 401 | | || [../d3par#synchronous_exchange synchronous_exchange] || run || MPI settings|| L || .F. || Defines how MPI handles the exchange of ghost points. || |
| 402 | | || [../d3par#termination_time_needed termination_time_needed] || run || Run steering || R || 35.0 || CPU time needed for terminal actions at the end of a run in batch mode (in s). || |
| 403 | | || [../dvrpar#threshold threshold] || dvr || || R(10) || 0.0 || Threshold value for which an isosurface is to be created by the dvrp software. || |
| 404 | | || [../wind_turbine_par#tilt tilt] || wtm || || R || 0.0 || Rotor tilt of the rotor plane (in degrees). || |
| 405 | | || [../wind_turbine_par#time_turbine_on time_turbine_on] || wtm || || R || 0.0 || Simulation time at which the turbines are switched on. || |
| 406 | | || [../radpar#time_utc_init time_utc_init] || rrtmg || || R || 43200.0 || UTC time at model start in seconds starting from midnight. || |
| 407 | | || [../inipar#timestep_scheme timestep_scheme] || ini || Numerics || C*20 || 'runge-kutta-3' || Time step scheme to be used for integration of the prognostic variables. || |
| 408 | | || [../inipar#topography topography] || ini || Topography || C*40 || 'flat' || Topography mode. || |
| 409 | | || [../dvrpar#topography_color topography_color] || dvr || || R(3) || 0.8, 0.7, 0.6 || Color of the topography. || |
| 410 | | || [../inipar#topography_grid_convention topography_grid] \\ [../inipar#topography_grid_convention _convention] || ini || Topography || C*11 || default depends on \\ value of [../inipar#topography topography] || Convention for defining the topography grid. || |
| 411 | | || [../inipar#top_heatflux top_heatflux] || ini || Boundary conditions || R || no prescribed \\ heatflux || Kinematic sensible heat flux at the top surface (in K m/s). || |
| 412 | | || [../inipar#top_momentumflux_u top_momentumflux_u] || ini || Boundary conditions || R || no prescribed momentumflux || Momentum flux along x at the top boundary (in m^2^/s^2^). || |
| 413 | | || [../inipar#top_momentumflux_v top_momentumflux_v] || ini || Boundary conditions || R || no prescribed momentumflux || Momentum flux along y at the top boundary (in m^2^/s^2^). || |
| 414 | | || [../inipar#top_salinityflux top_salinityflux] || ini || Boundary conditions || R || no prescribed \\ salinityflux || Kinematic salinity flux at the top boundary, i.e. the sea surface (in psu m/s). || |
| 415 | | || [../inipar#top_scalarflux top_scalarflux] || ini || Boundary conditions || R || no prescribed \\ scalarflux|| Scalar flux at the top surface. || |
| 416 | | || [../inipar#transpose_compute_overlap transpose_compute] \\ [../inipar#transpose_compute_overlap _overlap] || ini || Numerics || L || .F. || Parameter to switch on parallel execution of fft and transpositions (with MPI_ALLTOALL). || |
| 417 | | || [../inipar#tunnel_height tunnel_height] || ini || Topography || R || 0.2*nz || Height of outer-wall tunnel top. || |
| 418 | | || [../inipar#tunnel_length tunnel_length] || ini || Topography || R || 9999999.9 || Length of the tunnel. || |
| 419 | | || [../inipar#tunnel_width_x tunnel_width_x] || ini || Topography || R || 9999999.9 || Tunnel width along x-direction. || |
| 420 | | || [../inipar#tunnel_width_y tunnel_width_y] || ini || Topography || R || 9999999.9 || Tunnel width along y-direction. || |
| 421 | | || [../inipar#tunnel_wall_depth tunnel_wall_depth] || ini || Topography || R || max( dx, dy, dz ) || Depth of tunnel walls. || |
| 422 | | || [../inipar#turbulent_inflow turbulent_inflow] || ini || Boundary conditions || L || .F. || Generates a turbulent inflow at side boundaries using a turbulence recycling method. || |
| 423 | | || [../inipar#turbulent_outflow turbulent_outflow] || ini || Boundary conditions || L || .F. || Generates a turbulent outflow at side boundaries using a turbulence recycling method. || |
| 424 | | || [../inipar#u_bulk u_bulk] [=#u] || ini || Mode || R || 0.0 || u-component of the predefined bulk velocity (in m/s). || |
| 425 | | || [../inipar#u_profile u_profile] || ini || Initialization || R(100) || 100 * 9999999.9 || Values of u-velocity component to be used as initial profile (in m/s). || |
| 426 | | || [../inipar#ug_surface ug_surface] || ini || Initialization || R || 0.0 || u-component of the geostrophic wind at the surface (in m/s). || |
| 427 | | || [../inipar#ug_vertical_gradient ug_vertical_gradient] || ini || Initialization || R(10) || 10*0.0 || Gradient(s) of the initial profile of the u-component of the geostrophic wind (in 1/100s). || |
| 428 | | || [../inipar#ug_vertical_gradient_level ug_vertical_gradient] \\ [../inipar#ug_vertical_gradient_level _level] || ini || Initialization || R(10) || 10*0.0 || Height level above which the gradient defined by [../inipar#ug_vertical_gradient ug_vertical_gradient] is effective (in m). || |
| 429 | | || [../inipar#uv_heights uv_heights] || ini || Initialization || R(100) || 100 * 9999999.9 || Height levels for prescribed u,v-profiles (in m). || |
| 430 | | || [../inipar#use_cmax use_cmax] || ini || Boundary conditions || L || .T. || Parameter to choose calculation method of the phase velocity in case of radiation boundary conditions. || |
| 431 | | || [../parpar#use_sgs_for_particles use_sgs_for_particles] || lpm || || L || .F. || Use subgrid-scale velocities for particle advection. || |
| 432 | | || [../inipar#use_subsidence_tendencies use_subsidence_tendencies] || ini || Mode || L || .F. || Parameter to choose the calculation method of subsidence in case of runs with large scale forcing. || |
| 433 | | || [../inipar#use_surface_fluxes use_surface_fluxes] || ini || Boundary conditions || L || .F. || Parameter to steer the treatment of the subgrid-scale vertical fluxes within the diffusion terms at k=1 (bottom boundary). || |
| 434 | | || [../inipar#use_top_fluxes use_top_fluxes] || ini || Boundary conditions || L || .F. || Parameter to steer the treatment of the subgrid-scale vertical fluxes within the diffusion terms at k=nz (top boundary). || |
| 435 | | || [../inipar#use_ug_for_galilei_tr use_ug_for_galilei_tr] || ini || Mode || L || .T. || Switch to determine the translation velocity in case that a Galilean transformation is used. || |
| 436 | | || [../inipar#use_upstream_for_tke use_upstream] \\ [../inipar#use_upstream_for_tke _for_tke] || ini || Numerics || L || .F. || Parameter to choose the advection/timestep scheme to be used for the subgrid-scale TKE. || |
| 437 | | || [../parpar#vertical_particle_advection vertical_particle] [=#v] \\ [../parpar#vertical_particle_advection _advection] || lpm || || L || .T. || Switch on/off vertical particle transport. || |
| 438 | | || [../inipar#v_bulk v_bulk] || ini || Mode || R || 0.0 || v-component of the predefined bulk velocity (in m/s). || |
| 439 | | || [../inipar#v_profile v_profile] || ini || Initialization || R(100) || 100 * 9999999.9 || Values of v-velocity component to be used as initial profile (in m/s). || |
| 440 | | || [../lsmpar#veg_type veg_type] || lsm || || I || 2 || Vegetation type to be used in the land surface model. || |
| 441 | | || [../lsmpar#vegetation_coverage vegetation_coverage] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || Vegetation coverage of the surface. || |
| 442 | | || [../inipar#ventilation_effect ventilation_effect] || ini || Cloud physics || L || .T. || Parameterize ventilation effect on evaporation of raindrops. || |
| 443 | | || [../inipar#vg_surface vg_surface] || ini || Initialization || R || 0.0 || v-component of the geostrophic wind at the surface (in m/s). || |
| 444 | | || [../inipar#vg_vertical_gradient vg_vertical_gradient] || ini || Initialization || R(10) || 10*0.0 || Gradient(s) of the initial profile of the v-component of the geostrophic wind (in 1/100s). || |
| 445 | | || [../inipar#vg_vertical_gradient_level vg_vertical_gradient] \\ [../inipar#vg_vertical_gradient_level _level] || ini || Initialization || R(10) || 10*0.0 || Height level above which the gradient defined by [../inipar#vg_vertical_gradient vg_vertical_gradient] is effective (in m). || |
| 446 | | || [../inipar#wall_adjustment wall_adjustment] [=#w] || ini || Boundary conditions || L || .T. || Parameter to restrict the mixing length in the vicinity of the bottom boundary (and near vertical walls of a non-flat [../inipar#topography topography]). || |
| 447 | | || [../inipar#wall_heatflux wall_heatflux] || ini || Topography || R(5) || 5*0.0 || Prescribed kinematic sensible heat flux in K m/s at the five topography faces. || |
| 448 | | || [../inipar#wall_humidityflux wall_humidityflux] || ini || Topography || R(5) || 5*0.0 || Prescribed kinematic humidity flux in m/s at the five topography faces. || |
| 449 | | || [../inipar#wall_scalarflux wall_scalarflux] || ini || Topography || R(5) || 5*0.0 || Prescribed scalar flux in kg/(m^2^ s) at the five topography faces. || |
| 450 | | || [../lsmpar#wilting_point wilting_point] || lsm || || R || depends on [../lsmpar#soil_type soil_type] || Soil moisture at permanent wilting point (in m³/m³). || |
| 451 | | || [../parpar#write_particle_statistics write_particle] \\ [../parpar#write_particle_statistics _statistics] || lpm || || L || .F. || Switch on/off output of particle information. || |
| 452 | | || [../wind_turbine_par#yaw_control yaw_control] [=#y] || wtm || || L || .F. || Parameter to switch on the yaw controller. || |
| 453 | | || [../wind_turbine_par#yaw_speed yaw_speed] || wtm || || R || 0.005236 || Speed of the yaw actuator (in rad/s). || |
| 454 | | || [../inipar#y_shift y_shift] || ini || || I || 0 || Distance of y-shift at periodic x-boundary (in number of subdomains). || |
| 455 | | || [../lsmpar#z0_eb z0_eb] [=#z] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for momentum (in m). || |
| 456 | | || [../lsmpar#z0h_eb z0h_eb] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for heat (in m). || |
| 457 | | || [../lsmpar#z0q_eb z0q_eb] || lsm || || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for moisture (in m). || |
| 458 | | || [../inipar#z0h_factor z0h_factor] || ini || Boundary conditions || R || 1.0 || Factor for calculating the roughness length for scalars. || |
| 459 | | || [../inipar#zeta_max zeta_max] || ini || Boundary conditions || R || 20.0 || Upper limit of the stability parameter {{{zeta = z_mo/L}}}. || |
| 460 | | || [../inipar#zeta_min zeta_min] || ini || Boundary conditions || R || -9990.0 || Lower limit of the stability parameter {{{zeta = z_mo/L}}}. || |
| 461 | | || [../lsmpar#zs zs] || lsm || || R(4) || see description || Depths of the four soil layers (in m). || |
| | 22 | ||='''Parameter Name'''=||='''NAMELIST \\ Group'''=||='''[../fortrantypes FORTRAN] \\ [../fortrantypes Type]'''=||='''Default \\ Value'''=||='''Explanation'''= |
| | 23 | || [../parpar#aero_type aero_type] || lpm || C*15 || 'maritime' || Define a aerosol spectrum using three log-normal distributions. |
| | 24 | || [../parpar#aero_weight aero_weight] || lpm || R || 1.0 || Scale the number concentration defined by aero_type. |
| | 25 | || [../parpar#aerosol_bulk aerosol_bulk] || lpm || C*20 || 'nacl' || Parameter to choose the used aerosol type. |
| | 26 | || [../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). |
| | 27 | || [../radpar#albedo albedo] || rrtmg || R || 0.2 || Surface albedo. |
| | 28 | || [../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°. |
| | 29 | || [../radpar#albedo_lw_dir albedo_lw_dir] || rrtmg || R || depends on \\ [../radpar#albedo_type albedo_type] || Surface albedo for longwave direct radiation for a solar angle of 60°. |
| | 30 | || [../radpar#albedo_sw_diff albedo_sw_diff] || rrtmg || R || depends on \\ [../radpar#albedo_type albedo_type] || Surface albedo for shortwave diffuse radiation for a solar angle of 60°. |
| | 31 | || [../radpar#albedo_sw_dir albedo_sw_dir] || rrtmg || R || depends on \\ [../radpar#albedo_type albedo_type] || Surface albedo for shortwave direct radiation for a solar angle of 60°. |
| | 32 | || [../radpar#albedo_type albedo_type] || rrtmg || I ||5|| Controls the choice of the surface albedos for direct/diffuse/broadband albedo for a solar angle of 80°. |
| | 33 | || [../parpar#alloc_factor alloc_factor] || lpm || R || 20.0 || Factor (in percent) describing the memory allocated additionally to the memory needed for initial particles at a given grid cell. |
| | 34 | || [../canpar#alpha_lad alpha_lad] || pcm || R || 9999999.9 || Coefficient for constructing leaf area density profile. |
| | 35 | || [../inipar#alpha_surface alpha_surface] || ini || R || 0.0 || Inclination of the model domain with respect to the horizontal (in degrees). |
| | 36 | || [../lsmpar#alpha_vangenuchten alpha_vangenuchten] || lsm || R || depends on [../lsnpar#soil_type soil_type] || Value of the coefficient alpha for the calculation of the hydraulic conductivity of soil in the parametrization after Van Genuchten |
| | 37 | ||[../inipar#approximation approximation] || ini || C*20 || 'boussinesq' || Parameter to choose the approximation of the model equations. |
| | 38 | || [../d3par#averaging_interval averaging_interval] || run || R || 0.0 || Averaging interval for all output of temporally averaged data (in s). |
| | 39 | || [../d3par#averaging_interval_pr averaging_interval_pr] || run || R || value of [../d3par#averaging_interval averaging_interval] || Averaging interval for vertical profiles output to local file [../iofiles#DATA_1D_PR_NETCDF DATA_1D_PR_NETCDF] (in s). |
| | 40 | || [../sppar#averaging_interval_sp averaging_interval_sp] || run || R || value of [../d3par#averaging_interval averaging_interval] || Averaging interval for spectra output to local file [../iofiles#DATA_1D_SP_NETCDF DATA_1D_SP_NETCDF] (in s). |
| | 41 | || [../inipar#bc_e_b bc_e_b] [=#b] || ini || C*20 || 'neumann' || Bottom boundary condition of the TKE. |
| | 42 | || [../inipar#bc_lr bc_lr] || ini || C*20 || 'cyclic' || Boundary condition along x (for all quantities). |
| | 43 | || [../inipar#bc_ns bc_ns] || ini || C*20 || 'cyclic' || Boundary condition along y (for all quantities). |
| | 44 | || [../inipar#bc_p_b bc_p_b] || ini || C*20 || 'neumann' || Bottom boundary condition of the perturbation pressure. |
| | 45 | || [../inipar#bc_p_t bc_p_t] || ini || C*20 || 'dirichlet' || Top boundary condition of the perturbation pressure. |
| | 46 | || [../parpar#bc_par_b bc_par_b] || lpm || C*15 || 'reflect' || Bottom boundary condition for particle transport. |
| | 47 | || [../parpar#bc_par_lr bc_par_lr] || lpm || C*15 || 'cyclic' || Lateral boundary condition (x-direction) for particle transport. |
| | 48 | || [../parpar#bc_par_ns bc_par_ns] || lpm || C*15 || 'cyclic' || Lateral boundary condition (y-direction) for particle transport. |
| | 49 | || [../parpar#bc_par_t bc_par_t] || lpm || C*15 || 'absorb' || Top boundary condition for particle transport. |
| | 50 | || [../inipar#bc_pt_b bc_pt_b] || ini || C*20 || 'dirichlet' || Bottom boundary condition of the potential temperature. |
| | 51 | || [../inipar#bc_pt_t bc_pt_t] || ini || C*20 || 'initial_gradient' || Top boundary condition of the potential temperature. |
| | 52 | || [../inipar#bc_q_b bc_q_b] || ini || C*20 || 'dirichlet' || Bottom boundary condition of the water vapor / total water mixing ratio. |
| | 53 | || [../inipar#bc_q_t bc_q_t] || ini || C*20 || 'neumann' || Top boundary condition of the water vapor / total water mixing ratio. |
| | 54 | || [../inipar#bc_s_b bc_s_b] || ini || C*20 || 'dirichlet' || Bottom boundary condition of the scalar concentration. |
| | 55 | || [../inipar#bc_s_t bc_s_t] || ini || C*20 || 'neumann' || Top boundary condition of the scalar concentration. |
| | 56 | || [../inipar#bc_sa_t bc_sa_t] || ini || C*20 || 'neumann' || Top boundary condition of the salinity. |
| | 57 | || [../inipar#bc_uv_b bc_uv_b] || ini || C*20 || 'dirichlet' || Bottom boundary condition of the horizontal wind components u and v. |
| | 58 | || [../inipar#bc_uv_t bc_uv_t] || ini || C*20 || 'dirichlet' || Top boundary condition of the horizontal velocity components u and v. |
| | 59 | || [../canpar#beta_lad beta_lad] || pcm || R || 9999999.9 || Coefficient for constructing leaf area density profile. |
| | 60 | || [../inipar#bottom_salinityflux bottom_salinityflux] || ini || R || 0.0 || Kinematic salinity flux near the surface (in psu m/s). |
| | 61 | || [../inipar#building_height building_height] || ini || R || 50.0 || Height of a single building in m. |
| | 62 | || [../inipar#building_length_x building_length_x] || ini || R || 50.0 || Width of a single building in m. |
| | 63 | || [../inipar#building_length_y building_length_y] || ini || R || 50.0 || Depth of a single building in m. |
| | 64 | || [../inipar#building_wall_left building_wall_left] || ini || R || building centered in \\ x-direction || x-coordinate of the left building wall in m. |
| | 65 | || [../inipar#building_wall_south building_wall_south] || ini || R || building centered in \\ y-direction || y-coordinate of the South building wall in m. |
| | 66 | || [../inipar#c_sedimentation c_sedimentation] [=#c] || ini || R || 2.0 || Courant number of sedimentation process |
| | 67 | || [../lsmpar#c_surface c_surface] || lsm || R || 20000.0 || Heat capacity of the surface (skin layer) per unit of area (in J/m²/K). |
| | 68 | || [../inipar#calc_soil_moisture_during_spinup calc_soil_moisture_during_spinup] || ini || L || .F. || Solve prognosic equation for soil moisture in the spinup phase. |
| | 69 | || [../inipar#call_psolver_at_all_substeps call_psolver_at] \\ [../inipar#call_psolver_at_all_substeps _all_substeps] || ini || L || .T. || Switch to steer the call of the pressure solver. |
| | 70 | || [../inipar#call_microphysics_at_all_substeps call_microphysics_at] \\ [../inipar#call_microphysics_at_all_substeps _all_substeps] || ini || L || .F. || Switch to steer the call of 2-moment microphysics. |
| | 71 | || [../canpar#canopy_drag_coeff canopy_drag_coeff] || pcm || R || 0.0 || Drag coefficient used in the [/wiki/doc/tut/the/canopy#Canopymodel plant canopy model]. |
| | 72 | || [../inipar#canopy_mode canopy_mode] || pcm || C*20 || 'block' || Canopy mode. |
| | 73 | || [../inipar#canyon_height canyon_height] || ini || R || 50.0 || Street canyon height in m. |
| | 74 | || [../lsmpar#canopy_resistance_coefficient canopy_resistance] \\ [../lsmpar#canopy_resistance_coefficient _coefficient] || lsm || R || depends on [../lsmpar#veg_type veg_type] || A coefficient (in 1/hPa) for the dependence of the canopy resistance on water vapor pressure deficit. |
| | 75 | || [../inipar#canyon_width_x canyon_width_x] || ini || R || 9999999.9 || Street canyon width in x-direction in m. |
| | 76 | || [../inipar#canyon_width_y canyon_width_y] || ini || R || 9999999.9 || Street canyon width in y-direction in m. |
| | 77 | || [../inipar#canyon_wall_left canyon_wall_left] || ini || R || canyon centered in \\ x-direction || x-coordinate of the left canyon wall in m. |
| | 78 | || [../inipar#canyon_wall_south canyon_wall_south] || ini || R || canyon centered in \\ y-direction || y-coordinate of the South canyon wall in m. |
| | 79 | || [../inipar#cfl_factor cfl_factor] || ini || R || 0.1, 0.8 or 0.9 || Time step limiting factor. |
| | 80 | || [../dvrpar#clip_dvrp_l clip_dvrp_l] || dvr || R || 0.0 || Left boundary of the displayed domain (in m). |
| | 81 | || [../dvrpar#clip_dvrp_n clip_dvrp_n] || dvr || R || (ny + 1)*dy || North boundary of the displayed domain (in m). |
| | 82 | || [../dvrpar#clip_dvrp_r clip_dvrp_r] || dvr || R || (nx + 1)*dx || Right boundary of the displayed domain (in m). |
| | 83 | || [../dvrpar#clip_dvrp_s clip_dvrp_s] || dvr || R || 0.0 || South boundary of the displayed domain (in m). |
| | 84 | || [../inipar#cloud_droplets cloud_droplets] || ini || L || .F. || Parameter to switch on usage of cloud droplets. |
| | 85 | || [../inipar#cloud_physics cloud_physics] || ini || L || .F. || Parameter to switch on the condensation scheme. |
| | 86 | || [../inipar#cloud_scheme cloud_scheme] || ini || C*20 || 'saturation_adjust' || Parameter to choose cloud physics scheme. |
| | 87 | || [../inipar#cloud_top_radiation cloud_top_radiation] || ini || L || .F. || Parameter to switch on longwave radiation cooling at cloud-tops. |
| | 88 | || [../inipar#cloud_water_sedimentation cloud_water_sedimentation] || ini || L || .F. || Parameterize cloud water sedimentation in cloud physics scheme. |
| | 89 | || [../dvrpar#cluster_size cluster_size] || dvr || I ||1|| Vertex cluster size for polygon reduction of topography. |
| | 90 | || [../inipar#collective_wait collective_wait] || ini || L || see parameter \\ description || Set barriers in front of collective MPI operations. |
| | 91 | || [../parpar#collision_kernel collision_kernel] || lpm || C*15 || 'none' || Parameter to steer cloud droplet growth by collision processes. |
| | 92 | || [../inipar#collision_turbulence collision_turbulence] || ini || L || .F. || Parameterize turbulence effects on autoconversion and accretion of cloud droplets. |
| | 93 | || [../dvrpar#color_interval color_interval] || dvr || R(2) || 0.0, 1.0 || Interval of values used for determining the particle color displayed in the animation. |
| | 94 | || [../sppar#comp_spectra_level comp_spectra_level] || spec || I(100) || no level || Vertical level for which horizontal spectra are to be calculated and output (gridpoints). |
| | 95 | || [../inipar#complex_terrain complex_terrain] || ini || L || .F. || Parameter to enable simulations featuring complex topography. |
| | 96 | || [../inipar#conserve_volume_flow conserve_volume_flow] || ini || L || .F. || Conservation of volume flow in x- and y-direction. |
| | 97 | || [../inipar#conserve_volume_flow_mode conserve_volume] \\ [../inipar#conserve_volume_flow_mode _flow_mode] || ini || C*16 || 'default' || Modus of volume flow conservation. |
| | 98 | || [../lsmpar#conserve_water_content conserve_water_content] || lsm || L || .T. || Flag parameter for the bottom boundary condition of the soil model. |
| | 99 | || [../radpar#constant_albedo constant_albedo] || rrtmg || L || .F. || Parameter to fix the surface albedo. |
| | 100 | || [../inipar#constant_flux_layer constant_flux_layer] || ini || L || .T. || Parameter to switch on a constant flux layer between the surface and first computational grid level. |
| | 101 | || [../inipar#coupling_start_time coupling_start_time] || ini || R || 0.0 || Simulation time of a precursor run.. |
| | 102 | || [../d3par#cpu_log_barrierwait cpu_log_barrierwait] || run || L || .F. || Set an MPI-barrier at the beginning of each CPU time measurement. |
| | 103 | || [../d3par#create_disturbances create_disturbances] || run || L || .T. || Switch to impose random perturbations to the horizontal velocity field. |
| | 104 | || [../d3par#cross_profiles cross_profiles] || run || C*100(100) || see parameter \\ description || Determines which vertical profiles are to be presented in which coordinate system if the plot software '''palmplot''' is used. |
| | 105 | || [../d3par#cthf cthf] || ini || R || 0.0 || Average heat flux that is prescribed at the top of the plant canopy (in K m/s). |
| | 106 | || [../parpar#curvature_solution_effects curvature_solution] \\ [../parpar#curvature_solution_effects _effects] || lpm || L || .F. || Parameter to consider solution and curvature effects on the equilibrium vapor pressure of cloud droplets. |
| | 107 | || [../parpar#curvature_solution_effects_bulk curvature_solution] \\ [../parpar#curvature_solution_effects_bulk _effects_bulk] || lpm || L || .F. || Parameter to switch on an activation scheme which considers curvature and solution effects of cloud droplet activation. |
| | 108 | || [../inipar#cycle_mg cycle_mg] || ini || C*1 || 'w' || Type of cycle to be used with the multi-grid method. |
| | 109 | || [../inipar#damp_level_1d damp_level_1d] [=#d] || ini || R || zu(nz + 1) || Height where the damping layer begins in the 1d-model (in m). |
| | 110 | || [../d3par#data_output data_output] || run || C*10(100) || 100*' ' || Quantities for which 2d cross section and/or 3d volume data are to be output. |
| | 111 | || [../d3par#data_output_2d_on_each_pe data_output_2d_on] \\ [../d3par#data_output_2d_on_each_pe _each_pe] || run || L || .T. || Output 2d cross section data by one or all processors. |
| | 112 | || [../d3par#data_output_during_spinup data_output] \\ [../d3par#data_output_during_spinup _during_spinup] || ini || L || .F. || Parameter for switching on data output in the spinup phase (see spinup_time). |
| | 113 | || [../d3par#data_output_masks data_output_masks] || run || C*10 \\ (max_masks, \\ 100) || max_masks*100*' ' || Quantities for which masked data are to be output. |
| | 114 | || [../userpar#data_output_masks_user data_output_masks_user] || user || C*10 \\ (max_masks, \\ 100) || max_masks*100*' ' || User-defined quantities for which masked data are to be output. |
| | 115 | || [../d3par#data_output_pr data_output_pr] || run || C*10(100) || 100*' ' || Quantities for which vertical profiles (horizontally averaged) are to be output. |
| | 116 | || [../d3par#data_output_pr_user data_output_pr_user] || user || C*10(200) || 200*' ' || User defined quantities for which horizontally averaged profile data is to be output. |
| | 117 | ||[../sppar#data_output_sp data_output_sp] || spec ||C*10(10)|| 10*' ' ||Quantities for which horizontal spectra are to be calculated and output. |
| | 118 | || [../userpar#data_output_user data_output_user] || user || C*10(100) || 100*' ' || User defined quantities for which 2d cross section and/or 3d volume data are to be output. |
| | 119 | || [../radpar#day_of_year_init day_of_year_init] || ini|| I ||172|| Day of the year at model start. |
| | 120 | || [../parpar#density_ratio density_ratio] || lpm || R(10) || 0.0, 9*9999999.9 || Ratio of the density of the fluid and the density of the particles. |
| | 121 | || [../parpar#dissipation_classes dissipation_classes] || lpm || I ||10|| Number of dissipation classes to be used in the collision efficiency table. |
| | 122 | || [../inipar#dissipation_1d dissipation_1d] || ini || C*20 || 'detering' || Calculation method for the energy dissipation term in the TKE equation of the 1d-model. |
| | 123 | || [../d3par#disturbance_amplitude disturbance_amplitude] || run || R || 0.25 || Maximum perturbation amplitude of the random perturbations imposed to the horizontal velocity field (in m/s). |
| | 124 | || [../d3par#disturbance_energy_limit disturbance_energy] \\ [../d3par#disturbance_energy_limit _limit] || run || R || 0.01 || Upper limit value of the perturbation energy of the velocity field used as a criterion for imposing random perturbations (in m^2^/s^2^). |
| | 125 | || [../d3par#disturbance_level_b disturbance_level_b] || run || R || zu(3) or zu(nz*2/3) || Lower limit of the vertical range for which random perturbations are to be imposed on the horizontal wind field (in m). |
| | 126 | || [../d3par#disturbance_level_t disturbance_level_t] || run || R || zu(nz/3) or zu(nzt-3) || Upper limit of the vertical range for which random perturbations are to be imposed on the horizontal wind field (in m). |
| | 127 | || [../nestpar#domain_layouts domain_layouts] || nest || derived TYPE pmc_layout(64) || None || General information about the nested domains to be used. |
| | 128 | || [../d3par#do2d_at_begin do2d_at_begin] || run || L || .F. || Output 2d cross section data by one or all processors. |
| | 129 | || [../d3par#do3d_at_begin do3d_at_begin] || run || L || .F. || Output of 3d volume data at the beginning of a run. |
| | 130 | || [../inipar#dp_external dp_external] || run || L || .F. || External pressure gradient switch. |
| | 131 | || [../inipar#dp_smooth dp_smooth] || run || L || .F. || Vertically smooth the external pressure gradient using a sinusoidal smoothing function. |
| | 132 | || [../inipar#dp_level_b dp_level_b] || run || R || 0.0 || Lower limit of the vertical range for which the external pressure gradient is applied (in m). |
| | 133 | || [../inipar#dpdxy dpdxy] || run || R(2) || 2*0.0 || Values of the external pressure gradient applied in x- and y-direction, respectively (in Pa/m). |
| | 134 | || [../inipar#dry_aerosol_radius dry_aerosol_radius] || ini || R || 0.05E-6 || The mean geometric radius of the dry aerosol spectrum. |
| | 135 | || [../d3par#dt dt] || run || R || variable || Time step for the 3d-model (in s). |
| | 136 | || [../d3par#dt_averaging_input dt_averaging_input] || run || R || 0.0 || Temporal interval of data which are subject to temporal averaging (in s). |
| | 137 | || [../d3par#dt_averaging_input_pr dt_averaging] \\ [../d3par#dt_averaging_input_pr _input_pr] || run || R || value of \\ [../d3par#dt_averaging_input dt_averaging_input] || Temporal interval of data which are subject to temporal averaging of vertical profiles and/or spectra (in s). |
| | 138 | || [../d3par#dt_coupling dt_coupling] || run || R || 9999999.9 || Temporal interval for the data exchange in case of runs with coupled models (e.g. atmosphere - ocean) (in s). |
| | 139 | || [../d3par#dt_data_output dt_data_output] || run || R || 9999999.9 || Temporal interval at which data (3d volume data, cross sections, vertical profiles, spectra) shall be output (in s). |
| | 140 | || [../d3par#dt_data_output_av dt_data_output_av] || run || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which time averaged 3d volume data and/or 2d cross section data shall be output (in s). |
| | 141 | || [../d3par#dt_disturb dt_disturb] || run || R || 9999999.9 || Temporal interval at which random perturbations are to be imposed on the horizontal velocity field (in s). |
| | 142 | || [../d3par#dt_domask dt_domask] || run || R \\ (max_masks) || max_masks * value \\ of [../d3par#dt_data_output dt_data_output] || Temporal interval at which instantaneous masked data shall be output (in s). |
| | 143 | || [../d3par#dt_dopr dt_dopr] || run || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which data of vertical profiles shall be output (to local file [../iofiles#DATA_1D_PR_NETCDF DATA_1D_PR_NETCDF] (in s). |
| | 144 | || [../d3par#dt_dopr_listing dt_dopr_listing] || run || R || 9999999.9 ||Temporal interval at which data of vertical profiles shall be output (output for printouts, local file [../iofiles#LIST_PROFIL LIST_PROFIL]) (in s). |
| | 145 | || [../d3par#dt_dopts dt_dopts] || lpm || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which time series data of particle quantities shall be output (in s). |
| | 146 | || [../d3par#dt_dosp dt_dosp] || spec || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which spectra data shall be output (in s). |
| | 147 | || [../d3par#dt_dots dt_dots] || run || R || see parameter \\ description || Temporal interval at which time series data shall be output (in s). |
| | 148 | || [../d3par#dt_do2d_xy dt_do2d_xy] || run || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which horizontal cross section data shall be output (in s). |
| | 149 | || [../d3par#dt_do2d_xz dt_do2d_xz] || run || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which vertical cross section data (xz) shall be output (in s). |
| | 150 | || [../d3par#dt_do2d_yz dt_do2d_yz] || run || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which vertical cross section data (yz) shall be output (in s). |
| | 151 | || [../d3par#dt_do3d dt_do3d] || run || R || value of \\ [../d3par#dt_data_output dt_data_output] || Temporal interval at which 3d volume data shall be output (in s). |
| | 152 | || [../dvrpar#dt_dvrp dt_dvrp] || dvr || R || 9999999.9 || Temporal interval of scenes to be displayed with the dvrp software (in s). |
| | 153 | || [../d3par#dt_max dt_max] || run || R || 20.0 || Maximum allowed value of the timestep (in s). |
| | 154 | || [../parpar#dt_min_part dt_min_part] || lpm || R || 0.0002 || Minimum value for the particle timestep when SGS velocities are used (in s). |
| | 155 | || [../parpar#dt_prel dt_prel] || lpm || R || 9999999.9 || Temporal interval at which particles are to be released from a particle source (in s). |
| | 156 | || [../inipar#dt_pr_1d dt_pr_1d] || ini || R || 9999999.9 || Temporal interval of vertical profile output of the 1D-model (in s). |
| | 157 | || [../radpar#dt_radiation dt_radiation] || rrtmg || R || 0.0 || Time step of the radiation model (in s). |
| | 158 | || [../d3par#dt_restart dt_restart] || run || R || 9999999.9 || Temporal interval at which a new restart run is to be carried out (in s). |
| | 159 | || [../d3par#dt_run_control dt_run_control] || run || R || 60.0 || Temporal interval at which run control output is to be made (in s). |
| | 160 | || [../inipar#dt_run_control_1d dt_run_control_1d] || ini || R || 60.0 || Temporal interval of runtime control output of the 1d-model (in s). |
| | 161 | || [../parpar#dt_spinup dt_spinup] || ini || R || 60.0 || Time step during integration of the land surface, urban surface, and radiation models during the spinup phase. |
| | 162 | || [../parpar#dt_write_particle_data dt_write_particle] \\ [../parpar#dt_write_particle_data _data] || lpm || R || 9999999.9 || Temporal interval for output of particle data (in s). |
| | 163 | || [../wind_turbine_par#dtow dtow] || wtm || R(100) || none || Diameter of the tower of the wind turbine used below the rotor. This parameter has to be non-zero if a tower should be included. The parameter needs to be specified for every turbine separately. |
| | 164 | || [../dvrpar#dvrp_directory dvrp_directory] || dvr || C*80 || 'default' || Name of the directory into which data created by the dvrp software shall be saved. |
| | 165 | || [../dvrpar#dvrp_file dvrp_file] || dvr || C*80 || 'default' || Name of the file into which data created by the dvrp software shall be output. |
| | 166 | || [../dvrpar#dvrp_host dvrp_host] || dvr || C*80 || 'origin.rvs. \\ uni-hannover.de' || Name of the computer to which data created by the dvrp software shall be transferred. |
| | 167 | || [../dvrpar#dvrp_output dvrp_output] || dvr || C*10 || 'rtsp' || Output mode for the dvrp software. |
| | 168 | || [../dvrpar#dvrp_password dvrp_password] || dvr || C*80 || '********' || Password for the computer to which data created by the dvrp software is to be transferred. |
| | 169 | || [../dvrpar#dvrpsize_interval dvrpsize_interval] || dvr || R(2) || 0.0, 1.0 || Interval of values used for determining the particle size displayed in the animation. |
| | 170 | || [../dvrpar#dvrp_username dvrp_username] || dvr || C*80 || no default value || Username of a valid account on the computer to which data created by the dvrp software is to be transferred. |
| | 171 | || [../inipar#dx dx] || ini || R || 1.0 || Horizontal grid spacing along the x-direction (in m). |
| | 172 | || [../inipar#dy dy] || ini || R || 1.0 || Horizontal grid spacing along the y-direction (in m). |
| | 173 | || [../inipar#dz dz] || ini || R || no default value || Vertical grid spacing (in m). |
| | 174 | || [../inipar#dz_max dz_max] || ini || R || 9999999.9 || Allowed maximum vertical grid spacing (in m). |
| | 175 | || [../inipar#dz_stretch_factor dz_stretch_factor] || ini || R || 1.08 || Stretch factor for a vertically stretched grid (see [../inipar#dz_stretch_level dz_stretch_level]). |
| | 176 | || [../inipar#dz_stretch_level dz_stretch_level] || ini || R || 100000.0 || Height level above/below which the grid is to be stretched vertically (in m). |
| | 177 | || [../inipar#e_init e_init] [=#e] || ini || R || 0.0 || Initial TKE in m^2^s^-2^. |
| | 178 | || [../inipar#e_min e_min] || ini || R || 0.0 || Minimum TKE in m^2^s^-2^. |
| | 179 | || [../radpar#emissivity emissivity] || rrtmg || R || 0.95 || Surface emissivity (0-1). |
| | 180 | || [../d3par#end_time end_time] || run || R || 0.0 || Simulation time of the 3D model (in s). |
| | 181 | || [../parpar#end_time_prel end_time_prel] || lpm || R || 9999999.9 || Time of the last release of particles (in s). |
| | 182 | || [../inipar#end_time_1d end_time_1d] || ini || R || 864000.0 || Time to be simulated for the 1D-model (in s). |
| | 183 | || [../inipar#ensemble_member_nr ensemble_member_nr] || ini || I ||0|| Number of statistically independent members of a simulation. |
| | 184 | || [../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. |
| | 185 | || [../lsmpar#field_capacity field_capacity] || lsm || R || depends on [../lsmpar#soil_type soil_type] || Soil moisture at field capacity (in m³/m³). |
| | 186 | || [../inipar#fft_method fft_method]|| ini || C*20 || 'system specific' || FFT-method to be used. |
| | 187 | || [../inipar#flux_input_mode flux_input_mode] || ini || C*40 || 'approximation-specific' || Parameter to choose the flux unit for input data. |
| | 188 | || [../inipar#flux_output_mode flux_output_mode] || ini || C*40 || 'approximation-specific' || Parameter to choose the flux unit for outputdata. |
| | 189 | || [../d3par#force_print_header force_print_header] || run || L || .F. || Steering of header output to the local file [../iofiles#RUN_CONTROL RUN_CONTROL]. |
| | 190 | || [../inipar#galilei_transformation galilei_transformation] [=#g] || ini || L || .F. || Application of a Galilei-transformation to the coordinate system of the model. |
| | 191 | || [../wind_turbine_par#gear_eff gear_eff] || wtm || R || 1.0 || Efficiency of the gear: Loss between rotor and generator. |
| | 192 | || [../wind_turbine_par#gear_ratio gear_ratio] || wtm || R || 97.0 || Gear ratio from rotor to generator. |
| | 193 | || [../wind_turbine_par#gen_eff gen_eff] || wtm || R || 0.944 || Electric efficiency of the generator. |
| | 194 | || [../dvrpar#groundplate_color groundplate_color] || dvr || R(3) || 0.0, 0.6, 0.0 || Color of the ground plate. |
| | 195 | || [../inipar#humidity humidity] [=#h] || ini || L || .F. || Parameter to switch on the prognostic equation for water vapor mixing ratio q. |
| | 196 | || [../lsmpar#hydraulic_conductivity hydraulic_conductivity] || lsm || R || depends on [../lsmpar#veg_type veg_type] || Hydraulic conductivity of the soil at saturation (in m/s). |
| | 197 | || [../wind_turbine_par#inertia_gen inertia_gen] [=#i] || wtm || R ||534.116|| Inertia of the generator (in kg/m^2^). |
| | 198 | || [../wind_turbine_par#inertia_rot inertia_rot] || wtm || R || 34784179.0 || Inertia of the rotor (in kg/m^2). |
| | 199 | || [../inipar#inflow_damping_height inflow_damping_height] || ini || R || from precursor run || Height below which the turbulence signal is used for turbulence recycling (in m). |
| | 200 | || [../inipar#inflow_damping_width inflow_damping_width] || ini || R || 0.1* [../inipar#inflow_damping_height inflow] \\ [../inipar#inflow_damping_height _damping_height] || Transition range within which the turbulence signal is damped to zero (in m). |
| | 201 | || [../inipar#inflow_disturbance_begin inflow_disturbance] \\ [../inipar#inflow_disturbance_begin _begin] || ini || I || MIN(10, nx/2 or ny/2) || Lower limit of the horizontal range for which random perturbations are to be imposed on the horizontal velocity field (gridpoints). |
| | 202 | || [../inipar#inflow_disturbance_end inflow_disturbance] \\ [../inipar#inflow_disturbance_end _end] || ini || I || MIN(100, 3/4*nx or 3/4*ny) || Upper limit of the horizontal range for which random perturbations are to be imposed on the horizontal velocity field (gridpoints). |
| | 203 | || [../inipar#initializing_actions initializing_actions] || ini || C*100 || no default value || Initialization actions to be carried out. |
| | 204 | || [../parpar#initial_weighting_factor initial_weighting] \\ [../parpar#initial_weighting_factor _factor] || lpm || R || 1.0 || Factor to define the real number of initial droplets in a grid cell. |
| | 205 | || [../dvrpar#isosurface_color isosurface_color] || lpm || R(3,10) || 0.9, 0.9, 0.9 \\ 0.8, 0.1, 0.1 \\ ... || Color of the isosurface(s). |
| | 206 | || [../inipar#km_constant km_constant] [=#k] || ini || R || variable (computed \\ from TKE) || Constant eddy diffusivities are used (laminar simulations). |
| | 207 | || [../inipar#km_damp_max km_damp_max] || ini || R || 0.5*(dx or dy) || Maximum diffusivity used for filtering the velocity field in the vicinity of the outflow (in m^2^/s). |
| | 208 | || [../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. |
| | 209 | || [../inipar#lad_surface lad_surface]|| pcm || R || 0.0 || Surface value of the leaf area density (in m^2^/m^3^). |
| | 210 | || [../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^). |
| | 211 | || [../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). |
| | 212 | || [../canpar#lai_beta lai_beta] || pcm || R || 0.0 || Leaf area index needed for construction of leaf area density profile. |
| | 213 | ||[../lsmpar#lambda_surface_stable lambda_surface_stable ] || lsm || R || depends on [../lsmpar#veg_type veg_type] || Heat conductivity (between atmosphere and soil) (in W/m²/K) in case of stable stratification. |
| | 214 | ||[../lsmpar#lambda_surface_unstable lambda_surface_unstable ] || lsm || R || depends on [../lsmpar#veg_type veg_type] || Heat conductivity (between atmosphere and soil) (in W/m²/K) in case of unstable stratification. |
| | 215 | || [../inipar#large_scale_forcing large_scale_forcing] || ini || L || .F. || Parameter to switch on the use of large-scale forcing information from an external file. |
| | 216 | || [../inipar#large_scale_subsidence large_scale_subsidence] || ini || L || .F. || Parameter to switch on the use of large scale subsidence/ascent. |
| | 217 | || [../inipar#latitude latitude] || ini || R || 55.0 || Geographical latitude (in degrees). |
| | 218 | || [../lsmpar#leaf_area_index leaf_area_index] || lsm || R || depends on [../lsmpar#veg_type veg_type] || Leaf area index of the canopy (in m²/m²). |
| | 219 | || [../canpar#leaf_scalar_exch_coeff leaf_scalar_exch_coeff] || pcm || R || 0.0 || Scalar exchange coefficient for a leaf (dimensionless). |
| | 220 | || [../canpar#leaf_surface_conc leaf_surface_conc] || pcm || R || 0.0 || Concentration of a passive scalar at the surface of a leaf (in kg/m^3^). |
| | 221 | || [../inipar#limiter_sedimentation limiter_sedimentation] || ini || L || .T. || Use limiter in raindrop sedimentation process. |
| | 222 | || [../parpar#log_sigma log_sigma] [=#s] || lpm || R(3) || 2.0 || Parameters of initial aerosol spectrum. |
| | 223 | || [../inipar#longitude longitude] || ini || R || 0.0 || Geographical longitude (in degrees). |
| | 224 | || [../inipar#loop_optimization loop_optimization] || ini || C*16 || 'cache' || Method used to optimize loops for solving the prognostic equations. |
| | 225 | || [../inipar#lsf_exception lsf_exception] || ini || L || .F. || Parameter to explicitly allow large-scale forcing in case of topography /= 'flat' . |
| | 226 | || [../radpar#lw_radiation lw_radiation] || rrtmg || L || .T. || Parameter to switch on/off longwave radiation. |
| | 227 | || [../inipar#masking_method masking_method] [=#m] || ini || L || .F. || Switch for topography boundary conditions in multigrid solver. |
| | 228 | || [../d3par#mask_scale_x mask_scale_x] || run || R || 1.0 || Scaling length for masked data output along x-direction. |
| | 229 | || [../d3par#mask_scale_y mask_scale_y] || run || R || 1.0 || Scaling length for masked data output along y-direction. |
| | 230 | || [../d3par#mask_scale_z mask_scale_z] || run || R || 1.0 || Scaling length for masked data output along z-direction. |
| | 231 | || [../d3par#mask_x mask_x] || run || R \\ (max_masks, \\ 100) || max_masks*100*-1.0 || All x-coordinates of mask positions (in multiples of [../d3par#mask_scale_x mask_scale_x]). |
| | 232 | || [../d3par#mask_y mask_y] || run || R \\ (max_masks, \\ 100) || max_masks*100*-1.0 || All y-coordinates of mask positions (in multiples of [../d3par#mask_scale_y mask_scale_y]). |
| | 233 | || [../d3par#mask_z mask_z] || run || R \\ (max_masks, \\ 100) || max_masks*100*-1.0 || All z-coordinates of mask positions (in multiples of [../d3par#mask_scale_z mask_scale_z]). |
| | 234 | || [../d3par#mask_x_loop mask_x_loop] || run || R \\ (max_masks, \\ 3) || max_masks*100* \\ (/-1.0,-1.0,-1.0/) || Loop begin, end and stride for x-coordinates of mask locations for masks (in multiples of [../d3par#mask_scale_x mask_scale_x]). |
| | 235 | || [../d3par#mask_y_loop mask_y_loop] || run || R \\ (max_masks, \\ 3) || max_masks*100* \\ (/-1.0,-1.0,-1.0/) || Loop begin, end and stride for y-coordinates of mask locations for masks (in multiples of [../d3par#mask_scale_y mask_scale_y]). |
| | 236 | || [../d3par#mask_z_loop mask_z_loop] || run || R \\ (max_masks, \\ 3) || max_masks*100* \\ (/-1.0,-1.0,-1.0/) || Loop begin, end and stride for z-coordinates of mask locations for masks (in multiples of [../d3par#mask_scale_z mask_scale_z]). |
| | 237 | || [../wind_turbine_par#max_miss max_miss] || wtm || R || 0.08726 || Maximum tolerated yaw misalignment (in rad). |
| | 238 | || [../wind_turbine_par#max_torque_gen max_torque_gen] || wtm || R || 47402.91 || Maximum Torque of the generator (in Nm). |
| | 239 | || [../wind_turbine_par#max_trq_rate max_trq_rate] || wtm || R || 15000.0 || Maximum generator torque rate (in Nm/s). |
| | 240 | || [../inipar#mg_cycles mg_cycles] || ini || I ||-1|| Number of cycles to be used with the multigrid scheme. |
| | 241 | || [../inipar#mg_switch_to_pe0_level mg_switch_to] \\ [../inipar#mg_switch_to_pe0_level _pe0_level] || ini || I || see parameter \\ description || Grid level at which data shall be gathered on PE0. |
| | 242 | || [../lsmpar#min_canopy_resistance min_canopy_resistance] || lsm || R || depends on [../lsmpar#veg_type veg_type] || Minimum canopy (i.e., stomatal) resistance (in s/m). |
| | 243 | || [../parpar#min_nr_particles min_nr_particles] || lpm || I ||50|| Minimum number of particles for which memory is allocated at every grid cell. |
| | 244 | || [../wind_turbine_par#min_miss min_miss] || wtm || R || 0.008726 || Minimum yaw misalignment for which the actuator stops (in rad). |
| | 245 | || [../wind_turbine_par#min_reg15 min_reg15] || wtm || R ||7.016.224|| Lower generator speed boundary of region 1.5 (in rad/s). |
| | 246 | || [../wind_turbine_par#min_reg2 min_reg2] || wtm || R ||9.121.091|| Lower generator speed boundary of region 2 [rad/s]. |
| | 247 | || [../lsmpar#min_soil_resistance min_soil_resistance] || lsm || R || 50.0 || Minimum soil resistance (in s/m). |
| | 248 | || [../inipar#mixing_length_1d mixing_length_1d] || ini || C*20 || 'blackadar' || Mixing length used in the 1d-model. |
| | 249 | || [../dvrpar#mode_dvrp mode_dvrp] || dvr || C*20(10) || 10*' ' || Graphical objects (isosurfaces, slicers, particles) which are to be created by the dvrp software. |
| | 250 | || [../inipar#momentum_advec momentum_advec] || ini || C*10 || 'pw-scheme' || Advection scheme to be used for the momentum equations. |
| | 251 | || [../inipar#most_method most_method] || ini || C*8 || 'newton' || Parameter that defines how the Obukhov length is calculated when a constant_flux_layer is switched on. |
| | 252 | || [../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. |
| | 253 | || [../wind_turbine_par#nairfoils nairfoils] || wtm || I ||8|| Number of airfoils of the used turbine model. |
| | 254 | || [../inipar#nc_const nc_const] || ini || R || 70.0E6 || Cloud droplet number density (in m-3). |
| | 255 | || [../parpar#na na] || lpm || R(3) || 100.0 || Parameters of initial aerosol spectrum. |
| | 256 | || [../inipar#na_init na_init] || ini || R || 100.0E6 || Background dry aerosol concentration. |
| | 257 | || [../nestpar#nesting_datatransfer_mode nesting_datatransfer_mode] || nest || C*7 || 'mixed' || Type of nesting data transfer mode. |
| | 258 | || [../nestpar#nesting_mode nesting_mode] || nest || C*7 || 'two-way' || Type of nesting mode. |
| | 259 | || [../radpar#net_radiation net_radiation] || rrtmg || R || 0.0 || Net radiation at the surface (in W/m^2). |
| | 260 | || [../d3par#netcdf_data_format netcdf_data_format]|| run || I ||2|| Data format for netCDF files. |
| | 261 | || [../d3par#netcdf_deflate netcdf_deflate] || run || I ||0|| Data compression level for NetCDF4/HDF5 format. |
| | 262 | || [../d3par#netcdf_precision netcdf_precision] || ini || C*20(10) || single precision for \\ all output quantities || Defines the accuracy of the netCDF output. |
| | 263 | || [../inipar#neutral neutral] || ini || L || .F. || Parameter to switch off calculation of temperature equation. |
| | 264 | || [../inipar#ngsrb ngsrb] || ini || I ||2|| Number of Gauss-Seidel iterations to be carried out on each grid level of the multigrid Poisson solver. |
| | 265 | || [../d3par#normalizing_region normalizing_region] || run || I ||0|| Determines the subdomain from which the normalization quantities are calculated. |
| | 266 | || [../d3par#npex npex] || run || I || no default value || Number of processors along x-direction of the virtual processor net. |
| | 267 | || [../d3par#npey npey] || run || I || no default value || Number of processors along y-direction of the virtual processor net. |
| | 268 | || [../inipar#nsor nsor] || run || I ||20|| Number of iterations to be used with the SOR-scheme. |
| | 269 | || [../inipar#nsor_ini nsor_ini] || ini || I ||100|| Initial number of iterations with the SOR algorithm. |
| | 270 | || [../wind_turbine_par#nturbines nturbines] || wtm || I ||1|| Number of the turbines to be included. Maximum is 100. |
| | 271 | || [../inipar#nudging nudging] || ini || L || .F. || Parameter to switch on nudging with data from larger scale models or from measurements. |
| | 272 | || [../parpar#number_concentration number_concentration] || lpm || R || -1.0 || Initial particle number concentration. |
| | 273 | || [../parpar#number_of_particle_groups number_of] \\ [../parpar#number_of_particle_groups _particle_groups] || lpm || I ||-1|| Number of particle groups to be used. |
| | 274 | || [../parpar#number_particles_per_gridbox number_particles] \\ [../parpar#number_particles_per_gridbox _per_gridbox] || lpm || I ||1|| Number of created particles per gridbox. |
| | 275 | || [../inipar#nx nx] || ini || I || no default value || Number of grid points in x-direction. |
| | 276 | || [../inipar#ny ny] || ini || I || no default value || Number of grid points in y-direction. |
| | 277 | || [../inipar#nz nz] || ini || I || no default value || Number of grid points in z-direction. |
| | 278 | || [../d3par#nz_do3d nz_do3d] || ini || I || nz + 1 || Limits the output of 3d volume data along the vertical direction (grid point index k). |
| | 279 | || [../inipar#ocean ocean] [=#o] || ini || L || .F. || Parameter to switch on ocean runs. |
| | 280 | || [../inipar#omega omega] || ini || R ||7,29E+00|| Angular velocity of the rotating system (in rad s^-1^). |
| | 281 | || [../wind_turbine_par#omega_rot omega_rot] || wtm || R(100) || 0.0 || Initial rotational speed for each turbine (in rad s^-1^). |
| | 282 | || [../inipar#omega_sor omega_sor] || ini || R || 1.8 || Convergence factor to be used with the SOR-scheme. |
| | 283 | || [../inipar#outflow_source_plane outflow_source] \\ [../inipar#outflow_source_plane _plane] || ini || R |||| Position of the vertical source plane from where instantaneous values of u, v, w, pt, q, s, and e are copied to the outflow boundary. |
| | 284 | || [../parpar#particles_per_point particles_per_point] [=#p] || lpm || I ||1|| Number of particles to be started per point. |
| | 285 | || [../parpar#particle_advection_start particle_advection] \\ [../parpar#particle_advection_start _start] || lpm || R || 0.0 || Time of the first release of particles (in s). |
| | 286 | || [../parpar#particle_color particle_color] || dvr || C*10 || 'none' || Parameter, which allows bi the displayed particle color to certain flow quantities. |
| | 287 | || [../parpar#particle_dvrpsize particle_dvrpsize] || dvr || C*10 || 'none' || Parameter, which allows binding the displayed particle size to certain flow quantities. |
| | 288 | || [../parpar#particle_maximum_age particle_maximum] \\ [../parpar#particle_maximum_age _age] || lpm || R || 9999999.9 || Maximum allowed age of particles (in s). |
| | 289 | || [../inipar#passive_scalar passive_scalar] || ini || L || .F. || Parameter to switch on the prognostic equation for a passive scalar. |
| | 290 | || [../lsmpar#pave_depth pave_depth] || lsm || R || 0.0 || Depth of the paved surface. |
| | 291 | || [../lsmpar#pave_heat_capacity pave_heat_capacity] || lsm || R || 1.94E6 || Heat capacity of the pavement. |
| | 292 | || [../lsmpar#pave_heat_conductivity pave_heat_conductivity] || lsm || R || 1.0 || Heat conductivity of the pavement. |
| | 293 | || [../canpar#pch_index pch_index] || pcm || I ||0|| Grid point index (w-grid) of the upper boundary of the plant canopy layer. |
| | 294 | || [../parpar#pdx pdx] || lpm || R(10) || 10*dx || Distance along x between particles within a particle source (in m). |
| | 295 | || [../parpar#pdy pdy] || lpm || R(10) || 10*dy || Distance along y between particles within a particle source (in m). |
| | 296 | || [../parpar#pdz pdz] || lpm || R(10) || 10*(zu(2) - zu(1)) || Distance along z between particles within a particle source (in m). |
| | 297 | || [../wind_turbine_par#phi_yaw phi_yaw] || wtm || R(100) || none || Yaw angle for each turbine in degrees. A positive yaw means a rotation of the rotor in clockwise direction within the xy-plane. |
| | 298 | || [../wind_turbine_par#pitch_add pitch_add] || wtm || R(100) || 0.0 || Pitch angle for a constant pitch angle (in degrees). |
| | 299 | || [../wind_turbine_par#pitch_control pitch_control] || wtm || L || .F. || Parameter to switch on the pitch control. |
| | 300 | || [../wind_turbine_par#pitch_rate pitch_rate] || wtm || R || 8.0 || Maximum pitch rate (in degree/s). |
| | 301 | || [../sppar#plot_spectra_level plot_spectra_level] || spec || I(100) || No level || Vertical level(s) for which horizontal spectra are to be plotted (in grid points). |
| | 302 | || [../inipar#prandtl_number prandtl_number] || ini || R || 1.0 || Ratio of the eddy diffusivities for momentum and heat (K,,m,,/K,,h,,). |
| | 303 | || [../d3par#precipitation_amount_interval precipitation_amount] \\ [../d3par#precipitation_amount_interval _interval] || run || R || value of [../d3par#dt_do2d_xy dt_do2d_xy] || Temporal interval for which the precipitation amount (in mm) shall be calculated and output (in s). |
| | 304 | || [../d3par#profile_columns profile_columns] || run || I ||3|| Number of coordinate systems to be plotted in one row by plot software '''palmplot'''. |
| | 305 | || [../d3par#profile_rows profile_rows] || run || I ||2|| Number of rows of coordinate systems to be plotted on one page by plot software '''palmplot'''. |
| | 306 | || [../parpar#psb psb] || lpm || R(10) || 10*zu(nz/2) || Bottom edge of a particle source (in m). |
| | 307 | || [../parpar#psl psl] || lpm || R(10) || 10*0.0 || Left edge of a particle source (in m). |
| | 308 | || [../parpar#psn psn] || lpm || R(10) || 10*(ny*dy) || Rear ("north") edge of a particle source (in m). |
| | 309 | || [../inipar#psolver psolver] || ini || C*10 || 'poisfft' || Scheme to be used to solve the Poisson equation for the perturbation pressure. |
| | 310 | || [../parpar#psr psr] || lpm || R(10) || 10*(nx*dx) || Right edge of a particle source (in m). |
| | 311 | || [../parpar#pss pss] || lpm || R(10) || 10*0.0 || Front ("south") edge of a particle source (in m). |
| | 312 | || [../parpar#pst pst] || lpm || R(10) || 10*zu(nz/2) || Top edge of a particle source (in m). |
| | 313 | || [../inipar#pt_damping_factor pt_damping_factor] || ini || R || 0.0 || Factor for damping the potential temperature. |
| | 314 | || [../inipar#pt_damping_width pt_damping_width] || ini || R || 0.0 || Width of the damping domain of the potential temperature (in m). |
| | 315 | || [../inipar#pt_reference pt_reference] || ini || R || value of [../inipar#pt_surface pt_surface] || Reference temperature to be used in the buoyancy term (in K). |
| | 316 | || [../inipar#pt_surface pt_surface] || ini || R || 300.0 || Surface potential temperature (in K). |
| | 317 | || [../inipar#pt_surface_initial_change pt_surface_initial] \\ [../inipar#pt_surface_initial_change _change] || ini || R || 0.0 || Change in surface temperature to be made at the beginning of the 3d run (in K). |
| | 318 | || [../inipar#pt_vertical_gradient pt_vertical_gradient] || ini || R(10) || 10*0.0 || Temperature gradient(s) of the initial temperature profile (in K / 100 m). |
| | 319 | || [../inipar#pt_vertical_gradient_level pt_vertical_gradient] \\ [../inipar#pt_vertical_gradient_level _level] || ini || R(10) || 10*0.0 || Height level above which the temperature gradient defined by [../inipar#pt_vertical_gradient pt_vertical_gradient] is effective (in m). |
| | 320 | || [../inipar#q_surface q_surface] [=#q] || ini || R || 0.0 || Surface water vapor / total water mixing ratio (kg/kg). |
| | 321 | || [../inipar#q_surface_initial_change q_surface_initial] \\ [../inipar#q_surface_initial_change _change] || ini || R || 0.0 || Change in surface water vapor / total water mixing ratio to be made at the beginning of the 3d run (kg/kg). |
| | 322 | || [../inipar#q_vertical_gradient q_vertical_gradient] || ini || R(10) || 10*0.0 || Humidity gradient(s) of the initial humidity profile (in 1/100 m). |
| | 323 | || [../inipar#q_vertical_gradient_level q_vertical_gradient] \\ [../inipar#q_vertical_gradient_level _level] || ini || 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). |
| | 324 | || [../parpar#rm rm][=#r] || lpm || R(3) || 0.05E-6 || Parameters of initial aerosol spectrum. |
| | 325 | || [../inipar#radiation radiation]|| ini || L || .F. || Parameter to switch on longwave radiation cooling at cloud-tops. |
| | 326 | || [../radpar#radiation_scheme radiation_scheme] || rrtmg || C*10 || 'clear-sky' || Radiation scheme to be used. |
| | 327 | || [../parpar#radius radius] || lpm || R(10) || 0.0, 9* \\ 9999999.9 || Particle radius (in m). |
| | 328 | || [../parpar#radius_classes radius_classes] || lpm || I ||20|| Number of radius classes to be used in the collision efficiency table. |
| | 329 | || [../inipar#random_generator random_generator] || ini || C*20 || 'random-parallel' || Random number generator to be used for creating uniformly distributed random numbers. |
| | 330 | || [../inipar#random_heatflux random_heatflux] || ini || L || .F. || Parameter to impose random perturbations on the internal two-dimensional near surface heat flux field ''shf.'' |
| | 331 | || [../parpar#random_start_position random_start_position] || lpm || L || .F. || Initial position of the particles is varied randomly within certain limits. |
| | 332 | || [../wind_turbine_par#rated_genspeed rated_genspeed] || wtm || R ||1.216.805|| Rated generator speed (in rad/s). |
| | 333 | || [../wind_turbine_par#rated_power rated_power] || wtm || R || 5296610.0 || Rated power of the wind turbine (in W). |
| | 334 | || [../inipar#rayleigh_damping_factor rayleigh_damping] \\ [../inipar#rayleigh_damping_factor _factor] || ini || R || 0.0 and/or 0.01 || Factor for Rayleigh damping. |
| | 335 | || [../inipar#rayleigh_damping_height rayleigh_damping] \\ [../inipar#rayleigh_damping_height _height] || ini || R || 2/3*zu(nz) || Height where the Rayleigh damping starts (in m). |
| | 336 | || [../wind_turbine_par#rcx rcx] || wtm || R(100) || none || Longitudinal position of the rotor center (in m). |
| | 337 | || [../wind_turbine_par#rcy rcy] || wtm || R(100) || none || Lateral position of the rotor center (in m). |
| | 338 | || [../wind_turbine_par#rcz rcz] || wtm || R(100) || none || Vertical position of the rotor center (in m). This represents the hub height of the turbine. |
| | 339 | || [../parpar#read_particles_from_restartfile read_particles_from] \\ [../parpar#read_particles_from_restartfile _restartfile] || lpm || L || .T. || Read particle data from the previous run. |
| | 340 | || [../inipar#recycling_width recycling_width] || ini || R || 0.1*[../inipar#nx nx]*[../inipar#dx dx] || Distance of the recycling plane from the inflow boundary (in m). |
| | 341 | || [../inipar#recycling_yshift recycling_yshift] || ini || L || .F. || Parameter to switch on a y-shift for the recycled inflow turbulence. |
| | 342 | || [../inipar#reference_state reference_state] || ini || C*20 || '' 'initial_profile' '' || Defines what is used as reference state in the buoyancy term. |
| | 343 | || [../userpar#region region] || user || C*40(0:9) |||| Name(s) of the subdomain(s) defined by the user. |
| | 344 | || [../inipar#residual_limit residual_limit] || ini || R || 1.0E-6 || Largest residual permitted for the multigrid scheme (in s^-2^m^-3^). |
| | 345 | || [../lsmpar#residual_moisture residual_moisture] || lsm || R || depends on [../lsmpar#soil_type soil_type] || Residual soil moisture content (in m³/m³). |
| | 346 | || [../d3par#restart_time restart_time] || run || R || 9999999.9 || Simulated time after which a restart run is to be carried out (in s). |
| | 347 | || [../wind_turbine_par#rnac rnac] || wtm || R(100) || none || Radius of the nacelle for each turbine (in m). This parameter has to be non-zero if the nacelle should be included. |
| | 348 | || [../lsmpar#root_fraction root_fraction] || lsm || R(4) || depends on [../lsmpar#veg_type veg_type] || Root distribution over the four soil layers. |
| | 349 | || [../inipar#roughness_length roughness_length] || ini || R || 0.1 || Roughness length (in m). |
| | 350 | || [../wind_turbine_par#rr rr] || wtm || R(100) ||63|| Radius of the rotor (in m). |
| | 351 | || [../inipar#s_surface s_surface] || ini || R || 0.0 || Surface value of the passive scalar (in kg/m^3^). |
| | 352 | || [../inipar#s_surface_initial_change s_surface_initial] \\ [../inipar#s_surface_initial_change _change] || ini || R || 0.0 || Change in surface scalar concentration to be made at the beginning of the 3d run (in kg/m^3^). |
| | 353 | || [../inipar#s_vertical_gradient s_vertical_gradient] || ini || R(10) || 10*0.0 || Scalar concentration gradient(s) of the initial scalar concentration profile (in kg/m^3^ / 100 m). |
| | 354 | || [../inipar#s_vertical_gradient_level s_vertical_gradient] \\ [../inipar#s_vertical_gradient_level _level] || ini || R(10) || 10*0.0 || Height level above which the scalar gradient defined by [../inipar#s_vertical_gradient s_vertical_gradient] is effective (in m). |
| | 355 | || [../inipar#sa_surface sa_surface] [=#s] || ini || R || 35.0 || Surface salinity (in psu). |
| | 356 | || [../inipar#sa_vertical_gradient sa_vertical_gradient] || ini || R(10) || 10*0.0 || Salinity gradient(s) of the initial salinity profile (in psu / 100 m). |
| | 357 | || [../inipar#sa_vertical_gradient_level sa_vertical_gradient] \\ [../inipar#sa_vertical_gradient_level _level] || ini || R(10) || 10*0.0 || Height level above which the salinity gradient defined by [../inipar#sa_vertical_gradient sa_vertical_gradient] is effective (in m). |
| | 358 | || [../lsmpar#saturation_moisture saturation_moisture] || lsm || R || depends on [../lsmpar#soil_type soil_type] || Soil moisture at saturation (in m³/m³). |
| | 359 | || [../inipar#scalar_advec scalar_advec] || ini || C*10 || 'pw-scheme' || Advection scheme to be used for the scalar quantities. |
| | 360 | || [../inipar#scalar_rayleigh_damping scalar_rayleigh] \\ [../inipar#scalar_rayleigh_damping _damping] || ini || L || .T. || Application of Rayleigh damping to scalars. |
| | 361 | || [../d3par#section_xy section_xy] || run || I(100) || no section || Position of cross section(s) for output of 2d horizontal cross sections (grid point index k). |
| | 362 | || [../d3par#section_xz section_xz] || run || I(100) || no section || Position of cross section(s) for output of 2d (xz) vertical cross sections (grid point index j). |
| | 363 | || [../d3par#section_yz section_yz] || run || I(100) || no section || Position of cross section(s) for output of 2d (yz) vertical cross sections (grid point index i). |
| | 364 | || [../parpar#seed_follows_topography seed_follows_topography] || lpm || L || .F. || Heights of initial particles are interpreted relative to the given topography. |
| | 365 | || [../wind_turbine_par#segment_length segment_length] || wtm || R || 1.0 || Length of each rotor segment the rotor area is divided into, in tangential direction, as factor of the grid spacing. |
| | 366 | || [../wind_turbine_par#segment_width segment_width] || wtm || R || 0.5 || Length of each rotor segment the rotor area is divided into, in radial direction, as factor of the grid spacing. |
| | 367 | || [../inipar#sigma_bulk sigma_bulk] || ini || R || 2.0 || The dispersion of the dry aerosol spectrum. |
| | 368 | || [../d3par#skip_time_data_output skip_time_data_output] || run || R || 0.0 || No data output before this interval has passed (in s). |
| | 369 | || [../d3par#skip_time_data_output_av skip_time_data] \\ [../d3par#skip_time_data_output_av _output_av] || run || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of temporally averaged 2d/3d data before this interval has passed (in s). |
| | 370 | || [../lsmpar#skip_time_do_lsm skip_time_do_lsm] || lsm || R || 0.0 || Time after which the land surface model is switched on. |
| | 371 | || [../radpar#skip_time_do_radiation skip_time_do_radiation] || rrtmg || R || 0.0 || Time after which the radiation model is switched on. |
| | 372 | || [../d3par#skip_time_domask skip_time_domask] || run || R \\ (max_masks) || max_masks*0.0 || No output of masked data before this interval has passed (in s). |
| | 373 | || [../d3par#skip_time_dopr skip_time_dopr] || run || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of vertical profile data before this interval has passed (in s). |
| | 374 | || [../sppar#skip_time_dosp skip_time_dosp] || spec || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of spectra data before this interval has passed (in s). |
| | 375 | || [../d3par#skip_time_do2d_xy skip_time_do2d_xy] || run || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of instantaneous horizontal cross section data before this interval has passed (in s). |
| | 376 | || [../d3par#skip_time_do2d_xz skip_time_do2d_xz] || run || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of instantaneous vertical (xz) cross section data before this interval has passed (in s). |
| | 377 | || [../d3par#skip_time_do2d_yz skip_time_do2d_yz] || run || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of instantaneous vertical (yz) cross section data before this interval has passed (in s). |
| | 378 | || [../d3par#skip_time_do3d skip_time_do3d] || run || R || value of [../d3par#skip_time_data_output skip_time] \\ [../d3par#skip_time_data_output _data_output] || No output of instantaneous 3d volume data before this interval has passed (in s). |
| | 379 | || [../dvrpar#slicer_range_limits_dvrp slicer_range] \\ [../dvrpar#slicer_range_limits_dvrp _limits_dvrp] || dvr || R(2,10) || 10*(-1,1) || Ranges of values to which a color table has to be mapped (units of the respective quantity). |
| | 380 | || [../wind_turbine_par#slope2 slope2] || wtm || R ||2.332.287|| Slope constant for region 2. |
| | 381 | || [../lsmpar#soil_moisture soil_moisture] || lsm || R(4) || 4*0.0 || Soil moisture distribution over the four soil layers. |
| | 382 | || [../lsmpar#soil_temperature soil_temperature] || lsm || R(5) || see description || Soil temperature distribution over the four soil layers (in K). |
| | 383 | || [../lsmpar#soil_type soil_type] || lsm || I ||3|| Soil type to be used in the soil model. |
| | 384 | || [../sppar#spectra_direction spectra_direction] || spec || C*2(10) || 10*' ' || Direction(s) along which spectra are to be calculated. |
| | 385 | || [../wind_turbine_par#speed_control speed_control] || wtm || L || .F. || Parameter to switch on the speed control. |
| | 386 | || [../inipar#spinup_pt_amplitude spinup_pt_amplitude] || ini || R || 0.0 || Representative amplitude of the diurnal near-surface temperature variation during the spinup phase. |
| | 387 | || [../inipar#spinup_pt_mean spinup_pt_mean] || ini || R || [value of] [pt_surface] || Mean near-surface air temperature during the spinup phase (see spinup_time). |
| | 388 | || [../inipar#spinup_time spinup_time] || ini || R || 0.0 || Parameter for steering of the spinup time. |
| | 389 | || [../inipar#statistic_regions statistic_regions] || ini || I ||0|| Number of additional user-defined subdomains for which statistical analysis and corresponding output (profiles, time series) shall be made. |
| | 390 | || [../inipar#subs_vertical_gradient subs_vertical_gradient] || ini || R(10) || 10*0.0 || Gradient(s) of the profile for the large scale subsidence/ascent velocity (in (m/s) / 100 m). |
| | 391 | || [../inipar#subs_vertical_gradient_level subs_vertical_gradient] \\ [../inipar#subs_vertical_gradient_level _level] || ini || R(10) || 10*0.0 || Height level above which the gradient for the subsidence/ascent velocity defined by [../inipar#subs_vertical_gradient subs_vertical_gradient] is effective (in m). |
| | 392 | || [../dvrpar#superelevation superelevation] || dvr || R || 1.0 || Superelevation factor for the vertical coordinate. |
| | 393 | || [../dvrpar#superelevation_x superelevation_x] || dvr || R || 1.0 || Superelevation factor for the horizontal (x) coordinate. |
| | 394 | || [../dvrpar#superelevation_y superelevation_y] || dvr || R || 1.0 || Superelevation factor for the horizontal (y) coordinate. |
| | 395 | || [../inipar#surface_heatflux surface_heatflux] || ini || R || no prescribed \\ heatflux || Kinematic sensible heat flux at the bottom surface (in K m/s). |
| | 396 | || [../inipar#surface_pressure surface_pressure] || ini || R || 1013.25 || Atmospheric pressure at the surface (in hPa). |
| | 397 | || [../inipar#surface_scalarflux surface_scalarflux] || ini || R || 0.0 || Scalar flux at the surface (in kg/(m^2^s)). |
| | 398 | || [../inipar#surface_waterflux surface_waterflux] || ini || R || 0.0 || Kinematic water flux near the surface (in m/s). |
| | 399 | || [../radpar#sw_radiation sw_radiation] || rrtmg || L || .T. || Parameter to switch on/off shortwave radiation. |
| | 400 | || [../d3par#synchronous_exchange synchronous_exchange] || run || L || .F. || Defines how MPI handles the exchange of ghost points. |
| | 401 | || [../d3par#termination_time_needed termination_time_needed] || run || R || 35.0 || CPU time needed for terminal actions at the end of a run in batch mode (in s). |
| | 402 | || [../dvrpar#threshold threshold] || dvr || R(10) || 0.0 || Threshold value for which an isosurface is to be created by the dvrp software. |
| | 403 | || [../wind_turbine_par#tilt tilt] || wtm || R || 0.0 || Rotor tilt of the rotor plane (in degrees). |
| | 404 | || [../wind_turbine_par#time_turbine_on time_turbine_on] || wtm || R || 0.0 || Simulation time at which the turbines are switched on. |
| | 405 | || [../radpar#time_utc_init time_utc_init] || rrtmg || R || 43200.0 || UTC time at model start in seconds starting from midnight. |
| | 406 | || [../inipar#timestep_scheme timestep_scheme] || ini || C*20 || 'runge-kutta-3' || Time step scheme to be used for integration of the prognostic variables. |
| | 407 | || [../inipar#topography topography] || ini || C*40 || 'flat' || Topography mode. |
| | 408 | || [../dvrpar#topography_color topography_color] || dvr || R(3) || 0.8, 0.7, 0.6 || Color of the topography. |
| | 409 | || [../inipar#topography_grid_convention topography_grid] \\ [../inipar#topography_grid_convention _convention] || ini || C*11 || default depends on \\ value of [../inipar#topography topography] || Convention for defining the topography grid. |
| | 410 | || [../inipar#top_heatflux top_heatflux] || ini || R || no prescribed \\ heatflux || Kinematic sensible heat flux at the top surface (in K m/s). |
| | 411 | || [../inipar#top_momentumflux_u top_momentumflux_u] || ini || R || no prescribed momentumflux || Momentum flux along x at the top boundary (in m^2^/s^2^). |
| | 412 | || [../inipar#top_momentumflux_v top_momentumflux_v] || ini || R || no prescribed momentumflux || Momentum flux along y at the top boundary (in m^2^/s^2^). |
| | 413 | || [../inipar#top_salinityflux top_salinityflux] || ini || R || no prescribed \\ salinityflux || Kinematic salinity flux at the top boundary, i.e. the sea surface (in psu m/s). |
| | 414 | || [../inipar#top_scalarflux top_scalarflux] || ini || R || no prescribed \\ scalarflux|| Scalar flux at the top surface. |
| | 415 | || [../inipar#transpose_compute_overlap transpose_compute] \\ [../inipar#transpose_compute_overlap _overlap] || ini || L || .F. || Parameter to switch on parallel execution of fft and transpositions (with MPI_ALLTOALL). |
| | 416 | || [../inipar#tunnel_height tunnel_height] || ini || R || 0.2*nz || Height of outer-wall tunnel top. |
| | 417 | || [../inipar#tunnel_length tunnel_length] || ini || R || 9999999.9 || Length of the tunnel. |
| | 418 | || [../inipar#tunnel_width_x tunnel_width_x] || ini || R || 9999999.9 || Tunnel width along x-direction. |
| | 419 | || [../inipar#tunnel_width_y tunnel_width_y] || ini || R || 9999999.9 || Tunnel width along y-direction. |
| | 420 | || [../inipar#tunnel_wall_depth tunnel_wall_depth] || ini || R || max( dx, dy, dz ) || Depth of tunnel walls. |
| | 421 | || [../inipar#turbulent_inflow turbulent_inflow] || ini || L || .F. || Generates a turbulent inflow at side boundaries using a turbulence recycling method. |
| | 422 | || [../inipar#turbulent_outflow turbulent_outflow] || ini || L || .F. || Generates a turbulent outflow at side boundaries using a turbulence recycling method. |
| | 423 | || [../inipar#u_bulk u_bulk] [=#u] || ini || R || 0.0 || u-component of the predefined bulk velocity (in m/s). |
| | 424 | || [../inipar#u_profile u_profile] || ini || R(100) || 100 * 9999999.9 || Values of u-velocity component to be used as initial profile (in m/s). |
| | 425 | || [../inipar#ug_surface ug_surface] || ini || R || 0.0 || u-component of the geostrophic wind at the surface (in m/s). |
| | 426 | || [../inipar#ug_vertical_gradient ug_vertical_gradient] || ini || R(10) || 10*0.0 || Gradient(s) of the initial profile of the u-component of the geostrophic wind (in 1/100s). |
| | 427 | || [../inipar#ug_vertical_gradient_level ug_vertical_gradient] \\ [../inipar#ug_vertical_gradient_level _level] || ini || R(10) || 10*0.0 || Height level above which the gradient defined by [../inipar#ug_vertical_gradient ug_vertical_gradient] is effective (in m). |
| | 428 | || [../inipar#uv_heights uv_heights] || ini || R(100) || 100 * 9999999.9 || Height levels for prescribed u,v-profiles (in m). |
| | 429 | || [../inipar#use_cmax use_cmax] || ini || L || .T. || Parameter to choose calculation method of the phase velocity in case of radiation boundary conditions. |
| | 430 | || [../parpar#use_sgs_for_particles use_sgs_for_particles] || lpm || L || .F. || Use subgrid-scale velocities for particle advection. |
| | 431 | || [../inipar#use_subsidence_tendencies use_subsidence_tendencies] || ini || L || .F. || Parameter to choose the calculation method of subsidence in case of runs with large scale forcing. |
| | 432 | || [../inipar#use_surface_fluxes use_surface_fluxes] || ini || L || .F. || Parameter to steer the treatment of the subgrid-scale vertical fluxes within the diffusion terms at k=1 (bottom boundary). |
| | 433 | || [../inipar#use_top_fluxes use_top_fluxes] || ini || L || .F. || Parameter to steer the treatment of the subgrid-scale vertical fluxes within the diffusion terms at k=nz (top boundary). |
| | 434 | || [../inipar#use_ug_for_galilei_tr use_ug_for_galilei_tr] || ini || L || .T. || Switch to determine the translation velocity in case that a Galilean transformation is used. |
| | 435 | || [../inipar#use_upstream_for_tke use_upstream] \\ [../inipar#use_upstream_for_tke _for_tke] || ini || L || .F. || Parameter to choose the advection/timestep scheme to be used for the subgrid-scale TKE. |
| | 436 | || [../parpar#vertical_particle_advection vertical_particle] [=#v] \\ [../parpar#vertical_particle_advection _advection] || lpm || L || .T. || Switch on/off vertical particle transport. |
| | 437 | || [../inipar#v_bulk v_bulk] || ini || R || 0.0 || v-component of the predefined bulk velocity (in m/s). |
| | 438 | || [../inipar#v_profile v_profile] || ini || R(100) || 100 * 9999999.9 || Values of v-velocity component to be used as initial profile (in m/s). |
| | 439 | || [../lsmpar#veg_type veg_type] || lsm || I ||2|| Vegetation type to be used in the land surface model. |
| | 440 | || [../lsmpar#vegetation_coverage vegetation_coverage] || lsm || R || depends on [../lsmpar#veg_type veg_type] || Vegetation coverage of the surface. |
| | 441 | || [../inipar#ventilation_effect ventilation_effect] || ini || L || .T. || Parameterize ventilation effect on evaporation of raindrops. |
| | 442 | || [../inipar#vg_surface vg_surface] || ini || R || 0.0 || v-component of the geostrophic wind at the surface (in m/s). |
| | 443 | || [../inipar#vg_vertical_gradient vg_vertical_gradient] || ini || R(10) || 10*0.0 || Gradient(s) of the initial profile of thev-component of the geostrophic wind (in 1/100s). |
| | 444 | || [../inipar#vg_vertical_gradient_level vg_vertical_gradient] \\ [../inipar#vg_vertical_gradient_level _level] || ini || R(10) || 10*0.0 || Height level above which the gradient defined by [../inipar#vg_vertical_gradient vg_vertical_gradient] is effective (in m). |
| | 445 | || [../inipar#wall_adjustment wall_adjustment] [=#w] || ini || L || .T. || Parameter to restrict the mixing length in the vicinity of the bottom boundary (and near vertical walls of a non-flat [../inipar#topography topography]). |
| | 446 | || [../inipar#wall_heatflux wall_heatflux] || ini || R(5) || 5*0.0 || Prescribed kinematic sensible heat flux in K m/s at the five topography faces. |
| | 447 | || [../inipar#wall_humidityflux wall_humidityflux] || ini || R(5) || 5*0.0 || Prescribed kinematic humidity flux in m/s at the five topography faces. |
| | 448 | || [../inipar#wall_scalarflux wall_scalarflux] || ini || R(5) || 5*0.0 || Prescribed scalar flux in kg/(m^2^ s) at the five topography faces. |
| | 449 | || [../lsmpar#wilting_point wilting_point] || lsm || R || depends on [../lsmpar#soil_type soil_type] || Soil moisture at permanent wilting point (in m³/m³). |
| | 450 | || [../parpar#write_particle_statistics write_particle] \\ [../parpar#write_particle_statistics _statistics] || lpm || L || .F. || Switch on/off output of particle information. |
| | 451 | || [../wind_turbine_par#yaw_control yaw_control] [=#y] || wtm || L || .F. || Parameter to switch on the yaw controller. |
| | 452 | || [../wind_turbine_par#yaw_speed yaw_speed] || wtm || R || 0.005236 || Speed of the yaw actuator (in rad/s). |
| | 453 | || [../inipar#y_shift y_shift] || ini || I ||0|| Distance of y-shift at periodic x-boundary (in number of subdomains). |
| | 454 | || [../lsmpar#z0_eb z0_eb] [=#z] || lsm || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for momentum (in m). |
| | 455 | || [../lsmpar#z0h_eb z0h_eb] || lsm || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for heat (in m). |
| | 456 | || [../lsmpar#z0q_eb z0q_eb] || lsm || R || depends on [../lsmpar#veg_type veg_type] || Roughness length for moisture (in m). |
| | 457 | || [../inipar#z0h_factor z0h_factor] || ini || R || 1.0 || Factor for calculating the roughness length for scalars. |
| | 458 | || [../inipar#zeta_max zeta_max] || ini || R || 20.0 || Upper limit of the stability parameter {{{zeta = z_mo/L}}}. |
| | 459 | || [../inipar#zeta_min zeta_min] || ini || R || -9990.0 || Lower limit of the stability parameter {{{zeta = z_mo/L}}}. |
| | 460 | || [../lsmpar#zs zs] || lsm || R(4) || see description || Depths of the four soil layers (in m). |
