Module containing the global variables that configure the simulator run More...
Public Attributes | |
| character *(*), parameter | radar_name = 'GPM Core Observatory' |
| Satellite radar name. More... | |
| character *(*), parameter | crm_type = 'GEM' |
| Input CRM name, 2 types supported (GEM/WRF) More... | |
| character *(*), parameter | phys = 'MilbYau' |
| Micrphysical scheme. The corresponding routine must be defined in psd_hydro.f90. More... | |
| logical, parameter | save_hydro = .true. |
| Save Reflectivity and PIA for each hydrometeor category. More... | |
| integer, parameter | nf = 1 |
| Number of channel frequencies. More... | |
| real, dimension(nf), parameter | freq_rad = (/ 13.6 /) |
| Radar channel frequencies Ku-band (13.6GHz) and Ka-band (35.5GHz) More... | |
| real, dimension(nf), parameter | min_echo = (/ 13.5 /) |
| Minimum detectable echo. More... | |
| real, dimension(nf), parameter | fov_ct_radar = (/ 5.2 /) |
| Configuration for the radar antenna beam convolution, cross-track sensor field of view in [km]. More... | |
| real, dimension(nf), parameter | fov_dt_radar = (/ 5.2 /) |
| Configuration for the radar antenna beam convolution, down-track sensor field of view in [km]. More... | |
| real, parameter | zenith_angle = 0. |
| Viewing zenith angle [deg]. More... | |
| logical, parameter | meltp = .true. |
| Generate melting particles. More... | |
| logical, parameter | beam_conv = .true. |
| Radar antenna beam convolution. More... | |
| logical, parameter | orbit_proj = .true. |
| Satelitte orbit projection. More... | |
| logical, parameter | verbose = .true. |
| Print informative messages during the program execution. More... | |
| real | nodata = -9999.9 |
| Define missing data value (same as GPM) More... | |
| character *150 | crm_file |
| Cloud Resolving Model file. Input from command line. More... | |
| character *150 | sat_file |
| Satellite file name. Input from command line. More... | |
| character *(*), parameter | sat_type = 'GPM' |
| Input satellite name, 1 type supported (GPM) More... | |
| character *(*), parameter | gpm_scan = "NS" |
| GPM scan type (MS/NS/HS) More... | |
| character *(*), parameter | lut_dir = "../dat/lut/" |
| LUT directory. More... | |
| character *(*), parameter | orb_dir = "../dat/orb/" |
| Orbit directory. More... | |
| character *(*), parameter | out_dir = "../out/" |
| Output directory. More... | |
Detailed Description
Module containing the global variables that configure the simulator run
- Date
- August 30th, 2016 - Initial version
Member Data Documentation
| logical, parameter srsim_param::beam_conv = .true. |
Radar antenna beam convolution.
| character*150 srsim_param::crm_file |
Cloud Resolving Model file. Input from command line.
| character*(*), parameter srsim_param::crm_type = 'GEM' |
Input CRM name, 2 types supported (GEM/WRF)
| real, dimension(nf), parameter srsim_param::fov_ct_radar = (/ 5.2 /) |
Configuration for the radar antenna beam convolution, cross-track sensor field of view in [km].
| real, dimension(nf), parameter srsim_param::fov_dt_radar = (/ 5.2 /) |
Configuration for the radar antenna beam convolution, down-track sensor field of view in [km].
| real, dimension(nf), parameter srsim_param::freq_rad = (/ 13.6 /) |
Radar channel frequencies Ku-band (13.6GHz) and Ka-band (35.5GHz)
| character*(*), parameter srsim_param::gpm_scan = "NS" |
GPM scan type (MS/NS/HS)
| character*(*), parameter srsim_param::lut_dir = "../dat/lut/" |
LUT directory.
| logical, parameter srsim_param::meltp = .true. |
Generate melting particles.
| real, dimension(nf), parameter srsim_param::min_echo = (/ 13.5 /) |
Minimum detectable echo.
| integer, parameter srsim_param::nf = 1 |
Number of channel frequencies.
| real srsim_param::nodata = -9999.9 |
Define missing data value (same as GPM)
| character*(*), parameter srsim_param::orb_dir = "../dat/orb/" |
Orbit directory.
| logical, parameter srsim_param::orbit_proj = .true. |
Satelitte orbit projection.
| character*(*), parameter srsim_param::out_dir = "../out/" |
Output directory.
| character*(*), parameter srsim_param::phys = 'MilbYau' |
Micrphysical scheme. The corresponding routine must be defined in psd_hydro.f90.
| character*(*), parameter srsim_param::radar_name = 'GPM Core Observatory' |
Satellite radar name.
| character*150 srsim_param::sat_file |
Satellite file name. Input from command line.
| character*(*), parameter srsim_param::sat_type = 'GPM' |
Input satellite name, 1 type supported (GPM)
| logical, parameter srsim_param::save_hydro = .true. |
Save Reflectivity and PIA for each hydrometeor category.
| logical, parameter srsim_param::verbose = .true. |
Print informative messages during the program execution.
| real, parameter srsim_param::zenith_angle = 0. |
Viewing zenith angle [deg].
The documentation for this module was generated from the following file:
- /aos/home/bernat/workspace/fortran/srsim/src/srsim_param.f90
