• minos-server.hep.umn.edu (128.101.222.16)
  • AMD Athlon XP 1500+
  • RAM -- 512Mb
  • 2 Hard Drives (hda = 120Gb, hdb = 160Gb)
    • hda1 = 7.7Gb, / locally, not available on network
    • hda2 = 25Gb, /export/home locally, /home/minos on network
    • hda3 = 2.0Gb, swap partition
    • hda5 = 60Gb, /local_data locally, /data/minos1 on network
    • hdb1 = 160Gb, /local/data2 locally, /data/minos2 on network
  • HP CD-Writer+ 8200 -- Burning CDs
• minos-pc1.hep.umn.edu (128.101.222.10)
  • AMD Athlon XP 2100+
  • RAM -- 512Mb
  • 2 Hard Drives (hda = 120Gb, hdb = 120Gb)
    • hda1 = 8.0Gb, / locally, not available on network
    • hda2 = 2.0Gb, swap partition
    • hda3 = 104Gb, /local/data1 locally, /data/minos2 on network
    • hdb1 = 113Gb, /local/data2 locally, /data/minos2 on network
• minos-pc2.hep.umn.edu (128.101.222.11)
  • AMD Athlon XP 2100+
  • RAM -- 512Mb
  • 3 Hard Drives (hda = 120Gb, hdb = 160Gb, hdd = 120Gb)
    • hda1 = 8.0Gb, / locally, not available on network
    • hda2 = 2.0Gb, swap partition
    • hda3 = 106Gb, /local/data1 locally, /data/minos2 on network
    • hdb1 = 147Gb, /local/data2 locally, /data/minos2 on network
    • hdd1 = 113Gb, /local/data3 locally, /data/minos2 on network
• minos-pc3.hep.umn.edu (128.101.222.17)
  • 800MHz AMD Athlon
  • RAM -- 256Mb
  • 2 Hard Drives (hda = 15Gb , hdb = 80Gb)
    • hda1 = 3.0Gb, / locally, not available on network
    • hda2 = 0.5Gb, swap partition
    • hda3 = 11.5Gb, /local_data locally, /data/pc3 on network
    • hdb3 = 54Gb, /local_data_bad locally, /data/pc3 on network
    • hdb4 = 14Gb, /home_bad locally, /data/pc3 on network
• minos-pc4.hep.umn.edu (128.101.222.18)
  • 800MHz AMD Athlon
  • RAM -- 196Mb
  • 2 Hard Drives (hda = 20Gb, hdb = 20Gb)
    • hda1 = 3Gb, / locally, not available on network
    • hda2 = 1Gb, swap partition
    • hda3 = 16Gb, /local_data locally, /data/pc4 on network
• minos-pc5.hep.umn.edu (128.101.222.19) Not currently operational
• urheim.hep.umn.edu (128.101.222.121)
  • 1.3GHz AMD Athlon
  • RAM -- 512Mb
  • 2 Hard Drives (hda = 20Gb, hdb = 80Gb)
    • hda1 = 3Gb, / locally, not available on network
    • hda2 = 1Gb, swap partition
    • hda3 = 16Gb, /local_data locally, /data/urheim on network
    • hdb1 = 76Gb, /local_data2 locally, /data/urheim on network
• kasahara.hep.umn.edu (128.101.222.49)
  • 500MHz Pentium III
  • RAM -- 256Mb
  • 1 Hard Drive (hda = 26Gb)
    • hda1 = 3.0Gb, / locally, not available on network
    • hda3 = 0.5Gb, swap partition
    • hda5 = 5Gb, /export/home locally, /home/urheim on network
    • hda6 = 4Gb, /local locally, /mnt/urusr on network
    • hda7 = 13Gb, /local_data locally, /data/urheim1 on network
• speakman.hep.umn.edu (128.101.222.15) Not currently operational
• gallagher.hep.umn.edu (128.101.222.128)
  • 550MHz Pentium III
  • RAM -- 256Mb
  • 1 Hard Drive (hde = 20Gb)
    • hde1 = 3Gb, / locally, not available on network
    • hde2 = 0.5Gb, swap partition
    • hde3 = 16.5Gb, /local_data locally, /data/gallagher on network

I have installed several non-standard software items on all of these machines that aren't directly related to MINOS code. I will only list here those programs which aren't found on the Redhat 7.3 OS disks.

• Generic Installation

  I have written simple script to build and install a product which uses GNU autoconf and automake, called generic_install.csh. This can either be modified for individual packages, or read from environment variables the package specifics.

  Variable	Definition	Default
  BASE	package-version	testing-1.1
  BUILD_DIR	top level build directory	/local_data/bspeak/build
  INSTALL_DIR	installation directory	/usr/local/
  TAR_DIR	location of ${BASE}.tar.gz	/data/minos1/bspeak/tarchive
  LOG_DIR	logging directory	${BUILD_DIR}/${BASE}/log
  CONFIG_OPTIONS	options other than --prefix	""

  
  

• libsigc++

  Install with the script sigc_install.csh and the tar gzipped file libsigc++-1.2.5.tar.gz

• UPS/UPD

  UPS (Unix Product Support) is a software toolkit developed by the Fermilab computing division used to manage the multiple software package distributions. For a complete description, look to the Official FNAL UPS site. In order to use UPS/UPD to download products from Fermi Lab FTP accees, you must first register with computing division on this internet form. Once your system is registered to access FTP at FNAL, follow up with installation instructions and use instructions.

• Labyrinth

  Labyrinth is the collaboration's current Fortran MC simulation and reconstruction effort. Robert Hatcher, who has made significant contributions to this effort, has an excellent homepage describing Labyrinth. Otherwise you can look at my pages on how to install and how to use labyrinth software on the UofMN computers.

• Root

  Root is on object-oriented analysis framework developed at CERN. Please see the official web site for complete information about root. The UofM computing of root is described in how to install and how to use root.

  .
• Minossoft SRT

  The MINOS collaboration is developing its analysis code as object-oriented and based on the root framework. The distribution and version control of this software is done with Fermilab product SoftRelTools. For a full description of the Minossoft SRT How to install and how to use

• MINOS Data

  In an effort to optimize the use of our hard drive space, I have created a central storage area for MINOS data in /data/pc2/root_data.

You can contact me at bspeak@hep.umn.edu