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The Intermediate Complexity Atmospheric Research model (ICAR)
A computationally efficient atmospheric model for downscaling.
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The Intermediate Complexity Atmospheric Research model (ICAR)
A computationally efficient atmospheric model for downscaling.
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| Cadv_mpdata | The MPDATA advection scheme |
| Cdata_structures::adv_options_type | |
| Cadv_upwind | A simple upwind advection scheme |
| Cadvection | Driver to call different advection schemes |
| Cboundary_conditions | Handles reading boundary conditions from the forcing file(s) Provides necessary interpolation on to the grid |
| Clinear_theory_lut_disk_io::check_attribute | |
| Cconvection | Driver to call different convection schemes |
| Cdata_structures | Contains type definitions for a variety of model data strucutres Also defines model constants (e.g. gravity, and MAXFILELENGTH) |
| Cfft | Fortran interface to FFTW |
| Cfftshifter::fftshift | |
| Cfftshifter | Supplies 1D and 2D FFT shift procedures ala matlab fftshift |
| Cdata_structures::fourpos | |
| Cgeo | Module provides geographic interpolation procedures Various functions used for spatial interpolation from low-res forcing grid to high-res model grid |
| Cdata_structures::geo_look_up_table | |
| Cfftshifter::ifftshift | |
| Cinit | Model Initialization includes allocating memory for boundary and domain data structures. It reads all of the options from the namelist file (or files). It also reads in Lat/Lon and Terrain data. This module also sets up geographic (and vertical) look uptables for the forcing data Finally, there is a driver routine to initialize all model physics packages |
| Cinitialize_options | Read model options from namelist structures Also checks commandline arguments to an options filename |
| ▼Cdata_structures::interpolable_type | |
| ▼Cdata_structures::linearizable_type | |
| Cdata_structures::bc_type | |
| Cdata_structures::domain_type | |
| Cdata_structures::wind_type | |
| Cio_routines::io_add_attribute | Generic interface to the netcdf add_attribute_TYPE routines |
| Cio_routines::io_read | Generic interface to the netcdf read routines |
| Cio_routines::io_read_attribute | Generic interface to the netcdf read_attribute_TYPE routines |
| Cio_routines | Basic file input/output routines |
| Cio_routines::io_write | Generic interface to the netcdf write routines |
| Cland_surface | This module provides a wrapper to call various land surface models |
| Clinear_theory_lut_disk_io | Handle reading and writing Linear wind Look up tables to/from disk |
| Clinear_theory_winds | This module provides the linear wind theory calculations |
| Cdata_structures::lsm_options_type | |
| Cdata_structures::lt_options_type | |
| Cmicrophysics | This module provides a wrapper to call various microphysics models It sets up variables specific to the physics package to be used including history variables not currently stored in the domain level data structure |
| Cmodel_tracking | A tool to track model versions and print useful changes between model versions |
| Cmodule_bl_ysu | YSU PBL scheme (from WRF) |
| Cmodule_cu_kf | Kain-Fritsch Cumulus Scheme from WRF |
| Cmodule_cu_tiedtke | Tiedtke cumulus scheme from WRF |
| Cmodule_lsm_basic | Not really a land surface model, use coarse model fluxes |
| Cmodule_lsm_simple | NOTE: CODE IS INCOMPLETE AND WILL NOT WORK |
| Cmodule_mp_simple | Very simple microphysics code modeled after the microphysics of SB04 used in Smith and Barstad '04 (the linear model) |
| Cmodule_mp_thompson | This subroutine computes the moisture tendencies of water vapor, cloud droplets, rain, cloud ice (pristine), snow, and graupel |
| Cmodule_ra_simple | Very simple radiation code modeled after the description in Finch and Best(2004?) of Reiff et al. 1984 shortwave and Idso and Jackson (1969) longwave |
| Cmodule_sf_noahdrv | Noah Land Surface Model online driver code (from WRF) |
| Cmodule_sf_noahlsm | Noah Land Surface Model (from WRF) |
| Cmodule_water_simple | Simple open water flux calculations |
| Cdata_structures::mp_options_type | |
| Cdata_structures::options_type | |
| Coutput | Model Output |
| Cpbl_simple | Simple PBL diffusion package for ICAR |
| Cdata_structures::physics_type | |
| Cplanetary_boundary_layer | This module provides a wrapper to call various PBL models It sets up variables specific to the physics package to be used including both |
| Cdata_structures::position | |
| Cradiation | This module provides a wrapper to call various radiation models It sets up variables specific to the physics package to be used |
| Cstring::str | |
| Cstring | Various functions to convert a number to a string and a string to a number |
| Cdata_structures::tendencies_type | |
| Ctime | date / time module |
| Ctime_step | Main time stepping module. Calculates a stable time step (dt) and loops over physics calls Also updates boundaries every time step |
| Cdata_structures::vert_look_up_table | |
| Cvertical_interpolation | Module to provide vertical interpolation includes setting up a vertical Look Up Table (vLUT) and performing vertical interpolation (vinterp) |
| Cwind | Module to manage the ICAR wind field, including calls to linear winds importantly it also rotates the wind field into the ICAR grid and balances the U, V, and W fields for "mass" conservation |
| Clinear_theory_lut_disk_io::write_var |
1.8.8
