"Kan/sm1" is a system for doing algebraic analysis by computer based on computations of Groebner bases. It performs computations in the ring of polynomials, the ring of differential operators, (the ring of difference operators and the ring of q-difference operators). ------------------------------------------------------------------------ [ftp cite] ftp.math.kobe-u.ac.jp [home page] www.math.kobe-u.ac.jp/KAN [kan/sm1 files] (A)kan???.alpha.tar.gz or kan96.tgz : This is kan version 2.xxxxxx source code. (b)kanbinary.OSTYPE.CPUTYPE.tar.gz Binary distribution of kan/sm1. For example, kanbinary.Linux.i386.tar.gz contains sm1 for linux on PC. [open sm1 server files] (c)kxx.tgz open sm1 source code. It requires kan96.tgz to compile it. (d)open-sm1-binary.STYPE.CPUTYPE.tar.gz Binary distribution of open sm1 server. For example, open-sm1-binary.Linux.i386.tar.gz contains ox and ox_sm1. ----------------------------------------------------------------------- If this is a binary distribution of kan/sm1, then just type in make install-binary You will get a << shell script sm1 >> in this directory to start a binary Kan/sm1.CPUTYPE.OSTYPE Manuals and library files are in the lib directory. See README.binary for details. ------------------------------------------------------------------------ To compile kan/sm1 from the source code, just type in "make". You will get "sm1" in the directory Kan. A document about kan/sm1 is in the Doc/ directory. Type in make, then you get "ttt.tex" that is an introduction to kan/sm1. See README for details. -------------------------------------------------------------- Manuals are not completed. Please send an E-mail to kan@math.kobe-u.ac.jp if you have questions. http://www.math.kobe-u.ac.jp/KAN/ ********************************************************* Known troubles: kanbinary.solaris2.5.1.sparc.tar.gz, 2.981117, Input buffer is cleared after fflush(NULL) is called. So, for example, the input ; ; generates only one sm1> ==> replace it newer version.