# mclibs 20061220+dfsg3-3.1build3 source package in Ubuntu

## Changelog

mclibs (20061220+dfsg3-3.1build3) disco; urgency=medium * No-change rebuild against fixed cernlib, see #922453 -- Graham Inggs <email address hidden> Mon, 11 Mar 2019 06:21:26 +0000

## Upload details

- Uploaded by:
- Graham Inggs on 2019-03-11

- Uploaded to:
- Disco

- Original maintainer:
- Debian Science Team

- Architectures:
- any all

- Section:
- science

- Urgency:
- Medium Urgency

## See full publishing history Publishing

Series | Published | Component | Section | |
---|---|---|---|---|

Eoan | release | on 2019-04-18 | universe | science |

Disco | release | on 2019-03-11 | universe | science |

## Downloads

File | Size | SHA-256 Checksum |
---|---|---|

mclibs_20061220+dfsg3.orig.tar.gz | 7.3 MiB | cb5ea19bc54a06c031c90192685748ce0f7df016bfae6b9d7d672d77a3444ce5 |

mclibs_20061220+dfsg3-3.1build3.debian.tar.xz | 33.2 KiB | 11bfd70ca04aa002fd7be807ffcbba967fd82e2c9ecfb769a700b709faa2c7bf |

mclibs_20061220+dfsg3-3.1build3.dsc | 3.3 KiB | 675920c380dbe5089178b7d64d4b16acedbd1d116201b1ea28d53718f916d0c3 |

### Available diffs

## Binary packages built by this source

- cernlib-montecarlo: CERNLIB Monte Carlo libraries
CERNLIB is a suite of data analysis tools and libraries created for

use in physics experiments, but also with applications to other

fields such as the biological sciences.

.

This metapackage provides various Monte Carlo libraries included in CERNLIB

(both shared and static). Likely only physicists will be interested in

these packages. Note that the GEANT 3.21 framework is not included, but it

may be obtained by also installing the geant321 Debian package.

.

Be aware that the libraries of Ariadne, Fritiof, Jetset, Lepto, and Pythia are

not available within Debian due to licensing issues; see the README.Debian

file in the montecarlo-base package for information on obtaining them.

- libcojets2-dev: [Physics] COJETS p-p and pbar-p interaction Monte Carlo
COJETS is a Monte Carlo library which simulates pbar-p and p-p interactions at

high energy. The interaction process is first calculated at the parton level

by means of perturbative QCD and the Weinberg-Salam model for electroweak

interactions. Partons are then independently fragmented into jets of hadrons,

according to the Field-Feynman model, and the beam jets contribution is

added, according to a longitudinal phase-space model. Multiple QCD radiation

of initial and final partons is included.

.

This is the static version of the library. The package also includes

FORTRAN header files and documentation for COJETS.

- libcojets2-gfortran: [Physics] COJETS p-p and pbar-p interaction Monte Carlo library
COJETS is a Monte Carlo library which simulates pbar-p and p-p interactions at

high energy. The interaction process is first calculated at the parton level

by means of perturbative QCD and the Weinberg-Salam model for electroweak

interactions. Partons are then independently fragmented into jets of hadrons,

according to the Field-Feynman model, and the beam jets contribution is

added, according to a longitudinal phase-space model. Multiple QCD radiation

of initial and final partons is included.

.

Note that in order to compile and link programs against this library, you

must also install the libcojets2-dev package.

- libcojets2-gfortran-dbgsym: debug symbols for libcojets2-gfortran

- libeurodec1-dev: [Physics] Monte Carlo library for quark / heavy lepton decays
Eurodec is a general purpose Monte Carlo library for the fragmentation and

decay of quarks, di-quarks, heavy leptons, etc. It can be used with the

included event generator EUROJET, or with your own event generator.

.

This is the static version of the library. FORTRAN header files are also

included.

- libeurodec1-gfortran: [Physics] Monte Carlo library for quark and heavy lepton decays
Eurodec is a general purpose Monte Carlo library for the fragmentation and

decay of quarks, di-quarks, heavy leptons, etc. It can be used with the

included event generator EUROJET, or with your own event generator.

.

Note that in order to compile and link programs against this library, you

must also install the libeurodec1-dev package.

- libeurodec1-gfortran-dbgsym: debug symbols for libeurodec1-gfortran

- libherwig59-2-dev: [Physics] Monte Carlo event generator for hadrons (development)
HERWIG is a general-purpose event generator for high energy hadronic

processes, with particular emphasis on the detailed simulation of

QCD parton showers.

.

This is the static version of the library. Also included are a FORTRAN

header file and some documentation.

- libherwig59-2-gfortran: [Physics] Monte Carlo event generator simulating hadronic events
HERWIG is a general-purpose event generator for high energy hadronic

processes, with particular emphasis on the detailed simulation of

QCD parton showers.

.

Note that in order to compile and link programs against this library, you

must also install the libherwig59-2-dev package.

- libherwig59-2-gfortran-dbgsym: debug symbols for libherwig59-2-gfortran

- libisajet758-3-dev: [Physics] Monte Carlo generator for proton/electron reactions
ISAJET is a Monte Carlo library which simulates p-p, pbar-p, and e+ e-

interactions at high energies. The library is based on perturbative QCD

combined with phenomenological models for parton and beam jet fragmentation.

ISAJET incorporates ISASUSY, which evaluates branching ratios for the minimal

supersymmetric extension of the Standard Model.

.

This is the static version of the library. Also included are FORTRAN header

files and some documentation.

- libisajet758-3-gfortran: [Physics] Monte Carlo generator for proton / electron reactions
ISAJET is a Monte Carlo library which simulates p-p, pbar-p, and e+ e-

interactions at high energies. The library is based on perturbative QCD

combined with phenomenological models for parton and beam jet fragmentation.

ISAJET incorporates ISASUSY, which evaluates branching ratios for the minimal

supersymmetric extension of the Standard Model.

.

Note that in order to compile and link programs against this library, you

must also install the libisajet758-3-dev package.

- libisajet758-3-gfortran-dbgsym: debug symbols for libisajet758-3-gfortran

- libpdflib804-2-dev: [Physics] Comprehensive library of parton density functions
The PDFLIB package gathers about 100 different sets of Parton Density

Functions into a comprehensive library in a consistent way. Density functions

are available for the nucleon, pion and photon. The library also allows the

calculation of the strong force coupling constant to first or second order

at a given value of Q-squared.

.

This is the static version of the library. Also included are FORTRAN

header files and some documentation.

- libpdflib804-2-gfortran: [Physics] Comprehensive library of parton density functions
The PDFLIB package gathers about 100 different sets of Parton Density

Functions into a comprehensive library in a consistent way. Density functions

are available for the nucleon, pion and photon. The library also allows the

calculation of the strong force coupling constant to first or second order

at a given value of Q-squared.

.

Note that in order to compile and link programs against this library, you

must also install the libpdflib804-2-dev package.

- libpdflib804-2-gfortran-dbgsym: debug symbols for libpdflib804-2-gfortran

- libphotos202-1-gfortran: [Physics] Monte Carlo simulation of photon radiation in decays
The PHOTOS library simulates QED photon radiative corrections in

electromagnetic decays. The library is universal; it allows for easy

interface with any program generating decays of any particle. It can be

used to estimate the size of the QED bremsstrahlung in leading-logarithmic

approximation. The proper soft photon behavior is also reproduced.

.

Note that in order to compile and link programs against this library, you

must also install the libphotos202-dev package.

- libphotos202-1-gfortran-dbgsym: debug symbols for libphotos202-1-gfortran

- libphotos202-dev: [Physics] Monte Carlo simulation of photon radiation in decays
The PHOTOS library simulates QED photon radiative corrections in

electromagnetic decays. The library is universal; it allows for easy

interface with any program generating decays of any particle. It can be

used to estimate the size of the QED bremsstrahlung in leading-logarithmic

approximation. The proper soft photon behavior is also reproduced.

.

This is the static version of the library.

- libphtools2-dev: [Physics] General purpose Monte Carlo routines (development files)
This library contains three main routines. FOWL allows calculation of phase

space distributions arising from particle interactions, generated in a

Lorentz-invariant way. GENBOD is an N-body event generator, taking as

input the center-of-mass energy, number and masses of outgoing particles.

WICO traces a ray geometrically in a "Winston Cone" light concentrator.

.

This is the static version of the library.

- libphtools2-gfortran: [Physics] General purpose Monte Carlo routines
This library contains three main routines. FOWL allows calculation of phase

space distributions arising from particle interactions, generated in a

Lorentz-invariant way. GENBOD is an N-body event generator, taking as

input the center-of-mass energy, number and masses of outgoing particles.

WICO traces a ray geometrically in a "Winston Cone" light concentrator.

.

Note that in order to compile and link programs against this library, you

must also install the libphtools2-dev package.

- libphtools2-gfortran-dbgsym: debug symbols for libphtools2-gfortran

- montecarlo-base: [Physics] Common files for CERNLIB Monte Carlo libraries
CERNLIB is a suite of data analysis tools and libraries created for

use in physics experiments, but also with applications to other

fields such as the biological sciences.

.

This package contains common files for CERNLIB Monte Carlo libraries,

including a README.Debian file that explains how to obtain the libraries

of Ariadne, Fritiof, Jetset, Lepto, and Pythia.

- montecarlo-data: [Physics] data for CERNLIB Monte Carlo libraries
CERNLIB is a suite of data analysis tools and libraries created for

use in physics experiments, but also with applications to other

fields such as the biological sciences.

.

This package provides data files for three Monte Carlo frameworks: COJETS,

Eurodec, and ISAJET. Although these data files are not strictly required

(programs based on these frameworks may use locally supplied data instead),

most people using one of these Monte Carlo generators will probably want

to install this package.

.

The paths to the data files typically must be supplied to programs that are

written to use these frameworks, either in the source code or interactively

at runtime. This package places the data files cojets.dat, eurodec.dat and

isajet.dat into the directory /usr/share/montecarlo- data.