Q2PRO is a Quake II engine modification. Client and server sides are both
compatible with original Quake2 v3.20 network architecture, as well as with
modern R1Q2 network architecture. Q2PRO is designed to be secure, fast, and
doesn't provide any graphical enhancements that are contrary to the classic
Quake2 look and feel. It yet provides some features unique to Quake2, most
notably server side MVDs (multi view demos). Q2PRO has its own software and
OpenGL refresh libraries and runs under Windows and Unix-like systems.
Q2PRO supports the following network protocols:
- 34, original Quake2 protocol
- 35, enhanced R1Q2 protocol
- 36, enhanced Q2PRO protocol, extension of R1Q2 protocol
- 37, special broadband MVD protocol
Spiro is the creation of Raph Levien. It simplifies the drawing of beautiful
curves.
Using bezier splines an artist can easily draw curves with the same slope on
either side of an on-curve point. Spiros, on the other hand, are based on
clothoid splines which make it easy to maintain constant curvature as well as
constant slope. Such curves will simply look nicer.
Raph Levien's spiro splines only use on-curve points and so are easier to use
and more intuitive to the artist.
This library will take an array of spiro control points and convert them into a
series of bezier splines which can then be used in the myriad of ways the world
has come to use beziers.
(Above taken from Introduction on the library's website)
RawTherapee is a powerful RAW image processing appliction. It features:
High Image Quality
- Various demosaicing algorithms: AMaZE, DCB, fast, AHD, EAHD, HPHD & VNG4.
- Advanced color handling, including color management.
- Enhanced exposure and tonality tools
- Multiple denoising methods and several tools to enhance details.
Efficiency
- Multi-threaded algorithms for high performance
- Batch processing: convert all the developed images at once without not
loading the processor while you work.
- Basic tools immediately at your hands.
- Parallel editing of multiple images.
- An optional secondary display can be used.
Versatility
- Wide variety of supported cameras
- Advanced control over the algorithms with many fine-tuning parameters.
- Command line usage besides the normal graphical interface.
- Various layouts: single/multiple/vertical tab, with/without filmstrip.
Fityk is a program for nonlinear fitting of analytical functions
(especially peak-shaped) to data (usually experimental data). There are
also people using it only to display data or to remove baseline from
data.
It is reported to be used in crystallography, chromatography,
photoluminescence, infrared and Raman spectroscopy and other fields.
Fityk knows about common peak-shaped functions (Gaussian, Lorentzian,
Voigt, Pearson VII, bifurcated Gaussian, EMG, Doniach-Sunjic, etc.) and
polynomials. It also supports user-defined functions.
Fityk offers intuitive graphical interface (and also command line
interface), variouse optimization methods (standard Marquardt
least-square algorithm, Genetic Algorithms, Nelder-Mead simplex),
equality constraints, modelling error of x coordinate of points (eg.
zero-shift of instrument), handling series of datasets, automation of
common tasks with scripts, and more.
This library of routines is part of a reference implementation for the Dense
and Banded BLAS routines, along with their Extended and Mixed Precision
versions, as documented in Chapters 2 and 4 of the new BLAS Standard.
EXTENDED PRECISION is only used internally; the input and output arguments
remain the same as in the existing BLAS. At present, we only allow Single,
Double, or Extra internal precision. Extra precision is implemented as
double-double precision (128-bit total, 106-bit significand). The routines
for the double-double precision basic arithmetic operations +, -, *, / were
developed by David Bailey.
We have designed all our routines assuming that single precision arithmetic
is actually done in IEEE single precision (32 bits) and that double precision
arithmetic is actually done in IEEE double precision (64 bits). The routines
also pass our tests on an Intel machine with 80-bit floating point registers.
MIXED PRECISION permits some input/output arguments to be of different types
(mixing real and complex) or precisions (mixing single and double).
The EXTended RECordings MENU plugin provides additional functions to VDR's
recordings menu:
* renaming recordings and directories
* moving recordings and directories, also between different filesystems
* adjustable display of recording's length, date and size
* directories are always shown on top of the list
* reworked layout using icons for showing the status of list entries
(directory, new recording, moving recording/directory, cutting recording,
dvd archiv entry)
* extended recordings info menu, shows name, path, channel, size, lifetime and
priority of the recording
* free disk space is shown for the filesystem of the current directory
* sorting by name or date, adjustable for each directory; type of sorting will
be stored
* ascending/descending sorting
* extends VDR's '-r'-option commands with 'move' and 'rename'
* functionality of the DVDArchive-patch (see below)
* protecting recordings in co-work with the PIN-plugin
* a cutter queue
PySimpleSOAP (Python Simple SOAP) library for client and server webservices
interfaces, aimed to be as small and easy as possible, supporting most common
functionality. Initially it was inspired by PHP Soap Extension (mimicking it
functionality, simplicity and ease of use), with many advanced features added.
Goals:
- Simple: less than 200LOC client/server concrete implementation for easy
maintainability and enhancments.
- Flexible: adapted to several SOAP dialects (Java Axis, .Net, JBoss), with the
posibility of fine-tuning XML request and responses
- Pythonic: no artifacts, no class generation, no special types, RPC calls
parameters and return values are simple python structures (dicts, list, etc.)
- Dynamic: no definition (WSDL) required, dynamic generation and parsing
supported (cached in a pickle file for performance, supporting fixing broken
WSDL)
- Easy: simple xml manipulation, including basic serialization and raw
object-like access to SOAP messages
- Extensible: supports several HTTP wrappers (httplib2, pycurl, urllib2) for
special transport needs over SSL and proxy (ISA)
This perl script is an official DShield client who's purpose is to
read your FreeBSD ipfilter firewall ipmon log file and convert the
log records to the standard DShield reporting record format, and
imbed the converted log records into the body of an email that gets
sent to DShield for automatic addition to their database and abuse
reporting to the offenders ISP if you are an subscribed DShield member.
Script contains user customable defaults which can be overridden with
command line flags. (visit http://www.dshield.org for details).
Script is installed into /usr/local/sbin where you can edit the
defaults to meet your requirements. Issue rehash command to enable.
Joe Barbish
fbsd_user@a1poweruser.com
Nikto is an Open Source (GPL) web server scanner which performs
comprehensive tests against web servers for multiple items, including
over 6100 potentially dangerous files/CGIs, checks for outdated
versions of over 950 servers, and version specific problems on over
260 servers. It also checks for server configuration items such as
the presence of multiple index files, HTTP server options, and will
attempt to identify installed web servers and software. Scan items
and plugins are frequently updated and can be automatically updated.
It uses Rain Forest Puppy's LibWhisker (wiretrip.net) for HTTP
functionality, and can perform checks in HTTP or HTTPS. It also
supports basic port scanning and will determine if a web server is
running on any open ports.
Nikto is written by Chris Sullo and David Lodge.
Pam_p11 is a plugable authentication module (pam) package
for using crpytographic tokens such as smart cards and
usb crypto tokens for authentication.
Pam_p11 uses libp11 to access any PKCS#11 module.
It should be compatible with any implementation, but it
is primarely developed using OpenSC.
Pam_p11 implements two authentication modules:
* pam_p11_openssh authenticates the user using his
openssh ~/.ssh/authorized_keys file.
* pam_p11_opensc authenticates the user using
certificates found in ~/.eid/authorized_certificates.
Pam_p11 is very simple, it has no config file, no options
other than the PKCS#11 module file, does not know about
certificate chains, certificate authorities, revocation
lists or OCSP. Perfect for the small installation with no
frills.