1.
Program to:
Calculate
the boundary layer depth from MM5 output using the Richardson number.
[See
description document]
2.
Program to:
Read the output obtained from INTERPB and extract
different 2D and 3D variables in an specific point (jb,ib). Useful to
create input for program 1.
hp
version
linux version
origin
version
parameters file
[See
the description document]
3.
Utilidad:
Tablas de clave GRIB para usar campos de otros modelos
(ECMWF, GME, HIRLAM, UKMO) como condiciones de contorno del MM5.
Tablas ECMWF
Tablas GME
Tablas HIRLAM
Tablas UKMO
Campos ECMWF para test
Campos HIRLAM
para test
[Ver documento descriptivo,
el cual incorpora links a decodificadores GRIB]
4.
Software to:
Convert your MM5-v3 modeling system output fields into Vis5D visualization system data.
| - | REGRID_to_v5d: | REGRID_to_v5d.f | REGRID_to_v5d.f.m | pars.REGRID |
| - | RAWINS_to_v5d: | RAWINS_to_v5d.f | RAWINS_to_v5d.f.m | pars.RAWINS |
| - | MM5p_to_v5d: | MM5p_to_v5d.f | MM5p_to_v5d.f.m | pars.MM5p |
[See the description document]
5.
Functions:
Vis5d external analysis functions for meteorological diagnosis of MM5-v3 output fields. You need to read algorithm 4 first.
| Functions | Functions .zip format |
6.
Functions:
Vis5D external functions to convert your MM5-v3 output and diagnostic fields into Surfer grid files. You need to read algorithm 5 first.
| - | 2SURFp: | 2SURFp.f | 2SURFp.txt | ||
| - | 2SURFr: | 2SURFr.f | 2SURFr.txt | ||
| - | 2SURFc: | 2SURFc.f | 2SURFc.txt |
7.
Functions:
Piecewise PV inversion scheme in the context MM5-v3 + Vis5D for diagnostic and prognostic applications. You need to read algorithms 4 and 5 first.
| Functions | Functions .zip format |
8.
Programs to:
Convert the adjoint model output ADJ-MM5 to Vis5D. You should read algorithm 4 first.
| - | adj2v5d-MM5: | adj2v5d-MM5 | adj2v5d-MM5.f.m | adj2v5d-MM5.f |
| bdy_store.F | ||||
| - | Sample event: | MMINPUT DOMAIN1 | ||
| - | Sample adjoint outputs: | GRAD.D | GLBCT.001 | GLBCT.002 |
| GLBCT.003 | GLBCT.004 | |||
| - | Sample parameters files: | pars.adj | ||
| - | Sample Vis5D file: | output.v5d | ||
[See the description document]
9.
Scripts:
Scripts de GrADS para la representación de campos meteorológicos MM5.
| Ficheros .gs | Ficheros .dat | hires.zip |
10.
Software to:
Convert to MM5-3Dvar analysis increments output to Vis5D.
| - | Source files: | Analinc3dvar_to_v5d.f | Analinc3dvar_to_v5d.f.m |
| - | Executable for Linux: | Analinc3dvar_to_v5d | |
| - | Parameters file: | pars.Analinc3dvar | |
| - | Example to convert: | DAProg_3DVAR.analincs |
11.
Functions:
Creating GNUplot representations from Vis5D. See also algorithms 5 and 6:
| - | 2GNUc: | 2GNUc.f | 2GNUc.txt | ||
| - | 2GNUp: | 2GNUp.f | 2GNUp.txt | ||
| - | 2GNUr: | 2GNUr.f | 2GNUr.txt |
12.
Program to:
Representación de cobertura nubosa.
| - | Source files: | calcclfr2.F | calcvapclfr.F | calciceclfr.F | grads.F |
| - | Makefile: | Makefile | |||
| - | Name list: | Namelist.input |
13.
Program to:
Calculo de la media y el spread de cada salida temporal de un ensemble
| - | Source files: | media_ensemble.f90 |
| - | Código de compilación: | compil_media_ensemble |
14.
Program to:
Extracción de variables de un output de MM5.
| - | Source files: | mm5_variables.f90 |
| - | Código de compilación: | compil_mm5_variables |
15.
Utility to:
Utility to Convert MM5 output to GRIB format.
| Source code (uncompresed) | MM5toGRIB.tar.gz |
16.
Program to:
Easily access the MM5v3 formatted files from the
Python programming language. It allows transparent access to model output
split in several files.
17.
Program to:
Paquete de Python (mm5diagnostics) desarrollado en
colaboración con el Grupo 25 que permite calcular diversos indices
de inestabilidad (CAPE, CIN, LI, Total-Totals, K, Showalter) directamente
sobre los ficheros en niveles sigma de salida del modelo, utilizando un
programa Python. Para poder usarlo hay que tener previamente instalado
el paquete de python readmm5v3, disponible tambien en la pagina WEB del
grupo.