These are a set of programs made to predict daily
rainfall sequence, developed in Matlab by Vincent Moron. The Matlab programs
are converted to stand-alone c programs using the mcc tool. A set of
scripts (mpg.tar.gz), developed by Lulin
Song, allow the user to more easily convert the Matlab program
to a stand-alone C program. For details, click here.
MCRInstaller.zip (Created on Redhat
Linux 2.4.21-32)
knn analog analysis between observed and simulated
fields to estimate a target observed variable. The bundle includes
MCR libraries and matlab input data files. If you have MCR libraries,
you can download a smaller tar ball
here.
Once you have uncompressed it, you will find a script 'run_knn_analog'
under the knn_analog directory. It tells you how to run the knn_analog
program.
weather_type_model computes weather type classification between
observed and simulated field to estimate a target observed variable.
It takes five input matrixes and other options and return five output
results. If you have MCR libraries, you can download smaller tar
ball here. Sample data
can be downloaded here.
Notes:
If your input data are ascii files, please
use scientific notation, if your input data are netcdf files, please
use two dimensional array, otherwise the program won't work.
MCRInstaller.exe
weather_type_model computes weather type classification between
observed and simulated field to estimate a target observed
variable. It takes five input matrixes and other options and
return five output results. If you have MCR libraries, you
can download smaller zip file here.
Sample data are included in the zip file.
Notes:
If your input data are ascii files,
please use scientific notation, if your input data are netcdf
files, please use two dimensional array, otherwise the program
won't work.
Run the application on Windows
1. Uncompress the zip file. You will find a file called 'MCRInstaller.exe'.
Install the MCR by running this MCR installer.
2. Copy weather_type_model.exe, its CTF file and libanomaly.dll
and netcdf.dll libraries to your application root directory. For
an example, C:\weather_type_model. Copy all data files to your application
root directory.
3. Add the following directory to your system path:
<mcr_root>\<ver>\runtime\win32
If you are using Windows XP, this directory
is automatically added to your system.
4. Edit the file called 'run.bat' to change the directory name
in the file to your application directory.
5. Click on run.bat will launch the program. When the program finishes,
you will see five output files in the same directory.
or you can type 'weather_type_model.exe' from system prompt with
command line arguments. For an example,
weather_type_model.exe -i "test_era.nc;test_model1.nc;test_rain;test_cluster_era;test_cluster_mean:test_cluster_model1"
-m -9999999 -p 0.5 -n 8 -l 92 -w 30 -k 1 -v 100 -o "clus1:clusmean1:clusmod:rainsim:iddayt"
If you type 'weather_type_model.exe' alone, it will print out a usage
message.
HMMTool
HMMTool is a display tool for the MVNHMM
toolbox. HMMTool allows the user to enter or select parameters from
graphic user interface. It can also launch MVNHMM toolbox by clicking
'launch' button. It will do simple plot for the output from MVNHMM toolbox.
MVNHMM toolbox
is developed by Sergey Kirshner.
Download HMMTool:
Linux:
HMMTool-1.0.3_Linux.tar.gz
(Created on Redhat Linux 2.4.21-32, Updated Jan. 31, 2007)
HMMTool-1.1.4_Linux.tar.gz
(Created on Redhat Linux 2.4.21-32, Updated Mar. 22, 2007)
HMMTool-2.0_Linux.tar.gz
(Created on Redhat Linux 2.4.21-32, Updated Mar. 30, 2007)
HMMTool-2.1_Linux.tar.gz
(Created on Redhat Linux 2.4.21-32, Updated May. 11, 2007)
Mac OS X:
HMMTool-1.0.3_Mac.tar.gz (Updated Jan. 31, 2007)
HMMTool-1.1.4_Mac.tar.gz (Updated Mar. 22, 2007)
HMMTool-2.0_Mac.tar.gz (Updated Mar. 30, 2007)
HMMTool-2.1_Mac.tar.gz (Updated May 11, 2007)
Window XP:
HMMTool_1.0.3_Cygwin.zip
(Created on WindowsXP Cygwin environment, Updated Jan. 31, 2007)
HMMTool_1.1.4_Cygwin.zip
(Created on WindowsXP Cygwin environment, Updated Mar. 22, 2007)
HMMTool_2.0_Cygwin.zip
(Created on WindowsXP Cygwin environment, Updated Mar. 30, 2007)
HMMTool_2.1_Cygwin.zip
(Created on WindowsXP Cygwin environment, Updated May 11, 2007)
Installation:
Linux:
After you uncompress HMMTool-X.X.X_Linux.tar.gz
file, it will create a directory 'HMMTool-X.X.X'. Under this directory,
there are two subdirectories called 'c++' and 'examples', and
two jar files, In the examples directory, there are two files, 'stationsInfo.txt'
and 'JavaCPC16_SOND_1979_04.asc' data file. Under 'c++' directory,
there is a c++ executable 'mvnhmm' which is created on Redhat
Linux. If your machine is not Redhat Linux 2.4.21-32, you need to download
MVNHMM toolbox
source code, compile it on your machine and copy mvnhmm to
HMMTool-X.X.X/c++
directory.
Mac OS X:
After you uncompress HMMTool-X.X.X_Mac.tar.gz
file, it will create a directory 'HMMTool-X.X.X'. Under this directory,
there are two subdirectories called 'c++' and 'examples', and
two jar files, In the examples directory, there are two files, 'stationsInfo.tx'
and 'JavaCPC16_SOND_1979_04.asc' data file. Under 'c++' directory,
there is a c++ executable 'mvnhmm' which is created on Mac OS
X.
Command to uncompress *.tar.gz the file on Linux or Unix is
tar -xvzf HMMTool_Linux.tar.gz or tar -xvzf HMMTool_Mac.tar.gz
Window XP:
Use winzip or WinWar extract HMMTool_Cygwin.zip to a directory
such as HMMTool.
Run HMMTool
Copy 'stationsInfo.txt' and the data file 'JavaCPC16_SOND_1979_04.asc'
to your data directory. The user should provide the stationsInfo.txt file
in real case.
At Linux or Unix prompt, type
WhereYouInstalledDir/HMMTool-X.X.X/HMMTool
Window XP:
Navigate to the directory where you installed this package, eg. HMMTool,
click HMMTool.bat file. It should bring up a GUI window. The program requires
JRE 1.5 and up.
Test Report (Updated
December 5, 2006)
Stochastic Daily Rainfall Sequences Toolkit