EZSCINT release notes : version Oct-11-2001


Highlights :

Usage (Library and source)

Changes

Future enhancements


Highlights :

ezscint is now CVS based and a new versioning scheme is used.

Release versions are now tagged using the naming scheme "Month-day-year" e.g Oct-11-2001, Sept-21-2001, etc. The use of CVS allows the retrieval of the code as it was on the release dates.

Changes :

Several bug fixes, some minor, some major. The complete list of changes can be found in the ChangeLog file.

Usage (Library and source)

Library mode : 

ezscint is now part of the pre-release version of rmnlib, librmn_x.a
Compile your code using
r.compile -src myprog.ftn -o myprog -librmn rmn_x

If you want to have access to the latest (and not the safest) release of the library, use the beta version.

r.compile -src myprog.ftn -o myprog -librmn rmnbeta

The architectures for which the library is known to be up to date are :


Source mode :

ezscint is now CVS-based.
To access the code, go on pollux and type the following
. r.cvs_rmnlib.dot
At the "passwd" prompt type cvs.
You normally will have to do that only once.
Then, go in a directory under which the source code will be created. Make sure you don't have a directory called "interp"!
cd ~/src

                                cvs get interp
You will now have a directory called "interp" and up to date with the latest version.

To compile the code, just type
make obj
In its ready-for-library form, the package counts 4 files
The source code is provided to satisfy your own curiosity and to give you the chance to use the code to other purposes that it was designed for, such as porting it to exotic platforms. However by modifying the source you declare yourself as "knowing what you are doing" and renounce to any form of support by the author.

Changes (2001-07-30) - Release 3.15


Changes (2001-07-04) - Release 3.13

r.compile -src myprog.ftn -o myprog -libappl efence -librmn rmnbeta




Changes (2001-06-01)


This release is still beta. Some parts of the code have been de-activated, waiting for a new facelift :


There is much less overhead in the interpolation at lat-lon points (routines gdllsval and gdllvval), and the interpolation process is as efficient as it could get.


Future enhancements :

Author: Yves Chartier, RPN, Dorval.
Last updated: Thursday, October 18, 2001