Previous log as
(JIDX contest detection is now automatic).
was wrong. This 2.0rc2 has implemented above function.
PKGNAME is set to 1.99rc2 (To reservr 2.0 for real release).
Thanks obache@ for quick advice.
This module contains tools that facilitate least-squares fits, as functions
of time ``t``, of simulation (or other statistical) data for 2-point and
3-point correlators of the form::
Gab(t) = <b(t) a(0)>
Gavb(t,T) = <b(T) V(t) a(0)>
Each correlator is modeled using |Corr2| for 2-point correlators, or
|Corr3| for 3-point correlators in terms of amplitudes for each source
``a``, sink ``b``, and vertex ``V``, and the energies associated with each
intermediate state. The amplitudes and energies are adjusted in the
least-squares fit to reproduce the data; they are specified in a shared prior
(typically a dictionary).
An object of type |CorrFitter| describes a collection of correlators and is
used to fit multiple models to data simultaneously. Any number of
correlators may be described and fit by a single |CorrFitter| object.
|CorrFitter| objects can also be used to to extract the appropriate fit
data from |Dataset| objects.
This module has been used extensively for analyzing results from lattice
QCD simulations
These packages facilitate least-squares fitting of noisy data by
multi-dimensional, nonlinear functions of arbitrarily many
parameters. The central package is :mod:`lsqfit` which provides
the fitting capability. :mod:`lsqfit` makes heavy use of package
:mod:`gvar`, which provides tools for the analysis of error
propagation, and also for the creation of complicated
multi-dimensional gaussian distributions. :mod:`lsqfit` supports
Bayesian priors for the fit parameters, with arbitrarily
complicated multidimensional gaussian distributions. It uses
automatic differentiation to compute gradients, greatly simplifying
the design of fit functions.
Two patches are removed (No longer necessary)
(JIDX contest detection is now automatic).
One patch added to adjust db5/db.h path.
MESSAGE updated as:
Tqslcert is no longer provided, instead tqsl do the job.
This package comes "Batteries Included" with many useful lenses for the
types commonly used from the Haskell Platform, and with tools for
automatically generating lenses and isomorphisms for user-supplied data
types.
The combinators in Control.Lens provide a highly generic toolbox for
composing families of getters, folds, isomorphisms, traversals, setters and
lenses and their indexed variants.
An overview, with a large number of examples can be found in the README:
https://github.com/ekmett/lens#lens-lenses-folds-and-traversals
A video on how to use lenses and how they are constructed is available from
youtube: http://youtu.be/cefnmjtAolY?hd=1
Slides can be obtained here:
http://comonad.com/haskell/Lenses-Folds-and-Traversals-NYC.pdf
More information on the care and feeding of lenses, including a brief
tutorial and motivation for their types can be found on the lens wiki:
https://github.com/ekmett/lens/wiki
An automounter maintains a cache of mounted file systems. File systems
are mounted on demand when they are first referenced, and unmounted
after a period of inactivity. This helps to centralize all file system
access, provide a uniform site-wide namespace, and minimize downtimes
for clients. The Berkeley Automounter, Amd, may be used as a
replacement for Sun's automounter.
This package builds a development version from the tip of the git
source repository.
CHANGES:
1.8.51
Add a test that unkwnon extensions are not touched
Upgrade to haskell-src-exts-1.14
1.8.50
Eliminate upper bounds on all dependencies
#617, fix up notIn to take account of Template Haskell variables
#573, suggest removing various deriving language extensions
1.8.49
Remove ^^ ==> ** hint
Remove a duplicate sqrt hint
Ensure that --test failures throws an error
Fix up the copyright year in --help
1.8.48
Brackets at the root of annotations are fine
Reduce a few more lambda expressions
1.8.47
#613, compatibility with base-4.7
Updated to build on CentOS Linux.
MUNGE (MUNGE Uid 'N' Gid Emporium) is an authentication service
for creating and validating credentials. It is designed to be
highly scalable for use in an HPC cluster environment. It allows
a process to authenticate the UID and GID of another local or
remote process within a group of hosts having common users and
groups. These hosts form a security realm that is defined by a
shared cryptographic key. Clients within this security realm can
create and validate credentials without the use of root
privileges, reserved ports, or platform-specific methods.
