ID#: C00708PC58600 RSICC: CCC-708 Code Package Name: REBUS-PC 1.4 Computer: PC 586, LINUX & Windows Test Computer: Pentium Packaged: 06/26/2002 Most Recent Update: ******************************************************************** Transmitted on CD ROM. 06/26/2002 4:52p 133,136,068 c708dos0.EXE 06/26/2002 4:52p 132,841,635 c708tar0.gz ******************************************************************** PCs --- Double click on c708dos0.exe, and a directory called "rebus-pc" will be created containing the following file and directories: 06/15/2002 03:52p 7,212,616 rebus-pc.exe (pc executable) case1 (Sample Problem 1) case2 (Sample Problem 2) case3 (Sample Problem 3) case4 (Sample Problem 4) document (Documentation) rebv14 (Source Code) Linux ----- From the prompt, type gzip -dc /cdrom/C708TAR0.GZ | tar xf - A directory called "rebus-pc" will be created containing the the following file and directories: 04/19/2002 03:09p 6,467,900 rebus-linux (linux executable) case1 (Sample Problem 1) case2 (Sample Problem 2) case3 (Sample Problem 3) case4 (Sample Problem 4) documents (Documentation) rebv14 (Source Code) ~375 MB is required for installation. ******************************************************************** REBUS-PC 1.4 executables are included with this package. The Windows PC executable was created on a Micron Pentium III running Windows 2000 using Lahey Fortran 95 V5.56. The linux executable was created using LAHEY/Fujitsu Fortran 95 Linux Pro V6.1 running Red Hat Linux 7.2. REBUS-PC V1.4 was tested at RSICC on a Micron P3 650mHz with 128 MB Ram running Windows 2000 and on a Dell Power Edge 6400 with Quad Processors and 4096 MB (4gig) RAM running Red Hat Linux 7.0. This REBUS-PC code system was developed specifically for a LAHEY compiler and modifications are required for use with other compilers. (These modifications are not provided.) Specific Lahey compiler instructions are provided in User_Notes.doc or User_Notes.pdf in the documents directory. See the Sample_Problems.pdf file also in the documents subdirectory for information on running the included test cases. Note: Each sample problem requires >1 gig memory and >2 hrs. execution time.