| MathKeisan | NAG | IMSL | NetCDF | NCO | PINGO | CVS | NCAR | FERRET | GRADS | ||
|---|---|---|---|---|---|---|---|---|---|---|---|
| SX-6 binaries | hurrikan | x | x | x | x | x | x | ||||
| cross | x | x | x | x | |||||||
| Linux-IA64 binaries | cross | x | x | x | x | x | x | x |
An introduction into the MathKeisan library is given on the MathKeisan Homepage. The link Links on that page gives additional information about the included libraries. The path to the libraries is /usr/lib . The ending _64 means that it is compiled with the option -ew. For the use of BLAS subroutines, as an example, compile your code in the cross compile environment with the command:
sxf90 <mysource.f> -lblas
The NAG libraries are located in the default path of the linker, so you don't have to specify the library path by the option -L. The path to a specific library is the same on cross and hurrikan. Source code examples can be found in the subdirectory of the library: examples/source. An interactive script for these examples can be executed on hurrikan. Execution without a subroutine name gives you additional explanation about how it works.
An introduction into the library can be found in the according User's Note and the Documentation. The path to the library is: /pool/SX-6/NAG/flne519db . The above mentioned example script for hurrikan is:
/pool/SX-6/NAG/flne519db/scripts/nagexample
Compile your code in the cross compile environment with the command:
sxf90 <mysource.f> -lnag
An introduction into the library can be found in the according User's Note and the Documentation. If you want to use the NEC optimized BLAS subroutines of the MathKeisan library, choose the version libnagfl90_noblas.a and link with -lblas, too. The path to the library is: /pool/SX-6/NAG/fnne504db . For this library you have to specify the path to the NAG modules directory. The above mentioned example script for hurrikan is:
/pool/SX-6/NAG/fnne504db/scripts/nagexample
Compile your code in the cross compile environment with one of the commands:
sxf90 -I/pool/SX-6/NAG/fnne504db/nag_mod_dir <mysource.f90> -lnagfl90
sxf90 -I/pool/SX-6/NAG/fnne504db/nag_mod_dir <mysource.f90> -lnagfl90_noblas -lblas
An introduction into the IMSL library is given in the online manual (pdf). For the version 5.0 of the IMSL library you have to set up some environment variables by sourcing a shell dependent script. The library is compiled with the option -Wf"-w rdouble16", which extends all variables to 8 byte and extends variables declared as double precision to 16 byte.
source /pool/SX-6/vni/CTT5.0/ctt/bin/cttsetup.csh (csh)
. /pool/SX-6/vni/CTT5.0/ctt/bin/cttsetup.sh (sh)
Compilation and link with the version 5.0, for example, can be done on cross with the command:
sxf90 -Wf"-w rdouble16" <mysource.f90> $LINK_F90
The version 4.0 of the IMSL library is also available in a version NOT compiled with the compiler option -Wf"-w rdouble16". An introduction for version 4.0 is given in the online manual (pdf). To use this version, source the file:
source /pool/SX-6/IMSL/CTT3.0/ctt/bin/cttsetup.csh (csh)
. /pool/SX-6/IMSL/CTT3.0/ctt/bin/cttsetup.sh (sh)
Compilation and link with the version 4.0 can be done on cross with the command:
sxf90 <mysource.f90> $LINK_F90
Additional note: If you only use BLAS subroutine calls in your program, you should switch to the NEC optimized MathKeisan library and link with -lblas.
The Documentation is provided as an external link. The library for the SX-6 is located at /pool/SX-6/netcdf/netcdf-<version>. Compile in the cross compile environment with the command:
sxf90 -I/pool/SX-6/netcdf/netcdf-<version>/include <mysource.f90> -L/pool/SX-6/netcdf/netcdf-<version>/lib -lnetcdf
The most recent library for use on cross itself is located in /pool/ia64/netcdf/netcdf-3.6.0-p1. Compile with the native compiler using the options:
efc -I/pool/ia64/netcdf/netcdf-3.6.0-p1/include <mysource.f90> -L/pool/ia64/netcdf/netcdf-3.6.0-p1/lib -lnetcdf
NetCDF for IA64 uses a blocksize of 4MB. You can change that behaviour by setting the environment variable NC_BLOCKSIZE to a different value (in bytes). See Programmentwicklung für ia64.
The Documentation is provided as an external link. NCOs can be used on cross and hurrikan. The path of the executables for hurrikan is:
/pool/SX-6/netcdf/nco-2.8.7/bin
The path of the executables for cross is:
/pool/ia64/netcdf/nco-2.9.7/bin
The Documentation is provided by the Model and Data group. Pingos can be used on cross and hurrikan. The path of the executables for hurrikan is:
/pool/pingo/pingo_1.5/bin
The path of the executables (32 bit) for cross is:
/pool/ia64/pingo/pingo_1.6/bin
See the Documentation for more information and additional links.
Detailed information is given in the Dokumentation Before you start to work with NCAR, you have to source a script to set up the required environment variables.
source /pool/ia64/ncar/ncarg-4.4.1/env_csh_ncar (csh)
. /pool/ia64/ncar/ncarg-4.4.1/env_sh_ncar (sh)
Information about FERRET is given as an external link to the Dokumentation The file you have to source is given only for csh.
source /pool/ia64/ferret/v5.70/ferret_paths
orsource /pool/ia64/ferret/v6.0/ferret_paths
The detailed Dokumentation is given as an external link. Source one of the files below to set up the environment variables for GRADS.
Version 1.8:
source /pool/ia64/grads/ia32/env_csh_GrADS (csh)
. /pool/ia64/grads/ia32/env_sh_GrADS (sh)
orVersion 1.9b3:
source /pool/ia64/grads/ia32/grads-1.9b3/env_csh_GrADS (csh)
. /pool/ia64/grads/ia32/grads-1.9b3/env_sh_GrADS (sh)