Index of /mypubs/xtoys/

The xtoys package includes sources for: xising a two dimensional Ising model simulator xpotts for the two dimensional Potts model xautomalab a totalistic cellular automaton simulator xsand for the Bak, Tang, Wiesenfeld sandpile model xfires a simple forest fire automaton schrodinger a schrodinger equation simulator xwaves shows three different wave equations xtoys.tar all the files combined For some of these there is a corresponding .txt readme file. To compile after unpacking, first type "make". If this does not work, try the hints in Makefile. These all look best on a color monitor. I want these to compile under generic X; so if you have problems on any machine supporting X, I would appreciate knowing so I can fix things. The latest versions are kept at http://thy.phy.bnl.gov/www/xtoys.html Mike creutz@bnl.gov
NameLast ModifiedSize
UpParent Directory
Directoryamiga2023-02-24 10:29-
Directorycontrib2023-02-24 10:29-
Directorydevelop2023-02-24 10:29-
Directorygallery2023-02-24 10:29-
Directorywindoze2023-02-24 10:29-
[IMG]fiveguns.png2023-02-24 10:29 1k
[IMG]glidergun.png2023-02-24 10:29 1k
FileImakefile2023-02-24 10:29 1k
Filemakedeb2023-02-24 10:29 1k
FileMakefile2023-02-24 10:29 2k
[IMG]puffertrain.png2023-02-24 10:29 1k
[TXT]readme.txt2023-02-24 10:29 1k
Fileschrodinger2023-02-24 10:29 26k
[TXT]schrodinger.c2023-02-24 10:29 23k
[IMG]sixguns.png2023-02-24 10:29 1k
Filetarup2023-02-24 10:29 1k
Filexautomalab2023-02-24 10:29 37k
[TXT]xautomalab.c2023-02-24 10:29 48k
[IMG]xautomalab.gif2023-02-24 10:29 9k
Filexautomalab.man2023-02-24 10:29 5k
[IMG]xautomalab.png2023-02-24 10:29 9k
[TXT]xautomalab.txt2023-02-24 10:29 7k
Filexfires2023-02-24 10:29 31k
[TXT]xfires.c2023-02-24 10:29 34k
Filexfires.man2023-02-24 10:29 1k
[TXT]xfires.txt2023-02-24 10:29 1k
Filexising2023-02-24 10:29 35k
[TXT]xising.c2023-02-24 10:29 43k
Filexising.dbase2023-02-24 10:29 2k
[IMG]xising.gif2023-02-24 10:29 23k
Filexising.man2023-02-24 10:29 6k
[IMG]xising.png2023-02-24 10:29 17k
[TXT]xising.txt2023-02-24 10:29 7k
Filexpotts2023-02-24 10:29 35k
[TXT]xpotts.c2023-02-24 10:29 39k
Filexpotts.man2023-02-24 10:29 6k
[TXT]xpotts.txt2023-02-24 10:29 7k
Filexsand2023-02-24 10:29 35k
[TXT]xsand.c2023-02-24 10:29 42k
Filexsand.man2023-02-24 10:29 7k
[TXT]xsand.txt2023-02-24 10:29 7k
Filextoys.12023-02-24 10:29 2k
Filextoys.dbase2023-02-24 10:29 2k
[TXT]xtoys.html2023-02-24 10:29 5k
Filextoys.lsm2023-02-24 10:29 1k
Filextoys.tar2023-02-24 10:29 300k
[CMP]xtoys.tar.Z2023-02-24 10:29 110k
[CMP]xtoys1.0.tar.Z2023-02-24 10:29 103k
[CMP]xtoys1.1.tar.Z2023-02-24 10:29 105k
[CMP]xtoys1.2.tar.Z2023-02-24 10:29 110k
[CMP]xtoys1.3.tar.Z2023-02-24 10:29 110k
[CMP]xtoys1.4.tar.Z2023-02-24 10:29 109k
[CMP]xtoys1.5.tar.Z2023-02-24 10:29 110k
[CMP]xtoys1.6.tar.Z2023-02-24 10:29 109k
[CMP]xtoys1.7.tar.Z2023-02-24 10:29 110k
[CMP]xtoys1.8.tar.Z2023-02-24 10:29 110k
Filextoys2.0.tar2023-02-24 10:29 300k
[CMP]xtoys_1.4-1.diff.gz2023-02-24 10:29 4k
Filextoys_1.4-1.dsc2023-02-24 10:29 1k
Filextoys_1.4-1_i386.changes2023-02-24 10:29 1k
Filextoys_1.4-1_i386.deb2023-02-24 10:29 64k
[CMP]xtoys_1.4.orig.tar.gz2023-02-24 10:29 79k
Filextoys_1.5-1_i386.deb2023-02-24 10:29 46k
[CMP]xtoys_2.0-1.diff.gz2023-02-24 10:29 8k
Filextoys_2.0-1.dsc2023-02-24 10:29 1k
Filextoys_2.0-1.dsc.asc2023-02-24 10:29 0k
Filextoys_2.0-1_i386.deb2023-02-24 10:29 72k
[CMP]xtoys_2.0.orig.tar.gz2023-02-24 10:29 79k
Filexwaves2023-02-24 10:29 26k
[TXT]xwaves.c2023-02-24 10:29 22k
Filexwaves.man2023-02-24 10:29 4k
[TXT]xwaves.txt2023-02-24 10:29 4k
The xtoys package includes sources for: xising a two dimensional Ising model simulator xpotts for the two dimensional Potts model xautomalab a totalistic cellular automaton simulator xsand for the Bak, Tang, Wiesenfeld sandpile model xfires a simple forest fire automaton schrodinger a schrodinger equation simulator xwaves shows three different wave equations xtoys.tar all the files combined For some of these there is a corresponding .txt readme file. To compile after unpacking, first type "make". If this does not work, try the hints in Makefile. These all look best on a color monitor. I want these to compile under generic X; so if you have problems on any machine supporting X, I would appreciate knowing so I can fix things. The latest versions are kept at http://thy.phy.bnl.gov/www/xtoys.html Mike creutz@bnl.gov
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