Free ab software for linux

aB Backup Tools is a toolset for creating and maintaining backups and recoveries of important data on your system.
Enhancements:
- memory leaks fixed,
- options optimized,
- some look changes.

Baseball::Sabermetrics is a baseball statistics module.

SYNOPSIS

Baseball::Sabermetrics provides an easy interface for calculating baseball statistics, given a data importer. In this package, Ive written CPBL.pm for (Chinese Professional Baseball League, http://www.cpbl.com.tw).

use Baseball::Sabermetrics;
use Baseball::Sabermetrics::CPBL;

my $league = Baseball::Sabermetrics->new(league => CPBL);

# Actually these are predefined.
# Those data with p_ or _allowed here are for seperating pitchers
# and batters.

$league->define(
rc => ab * obp,
babip => (h_allowed - hr_allowed) / (p_pa - h_allowed - p_so - p_bb - hr_allowed,
# what started with $ will be reserved.
# Players have team and league predefined, and team has league.
formula1 => hr / $_->team->hr;
formula2 => hr / $_->league->hr;
complex => sub {
print "You can write a sub directlyn";
$_->slg - $_->ba;
},
...
);

# Some formulas can be applied to players, teams, and league, depend on what
# columns are used in the formula. For example, ab and obp are defined for
# players, teams, and league, so that rc is available for all of them.

# top 5 obp of teams
$_->print qw/ team name ba obp slg isop / for $league->top(teams, 5, obp);

# top 10 obp of players
$_->print qw/ team name ba obp slg isop / for $league->top(players, 10, obp);

# show a players information
$league->players(Chien-Ming Wang)->print qw/ win lose ip so bb whip go_ao /;
$league->teams(Yankees)->players(Chien-Ming Wang)->print qw/ win lose ip so bb whip go_ao /;

# show team statistics data (accumulated from players)
$league->{Yankees}->print qw/ win lose ip so bb whip go_ao /;

# give a brief report for pitchers/batters of the team
$league->{Yankees}->report_pitchers qw/ name ip p_so p_bb whip go_ab /;
$league->{Yankees}->report_batters qw/ name ba obp slg isop /;

$league->report_teams qw/ name win lose era obp /;

# show all available formula
print join , $league->formula_list;

Data Structure

Baseball::Sabermetrics is aimed for providing a base class of your interested teams (a league, for example). Youll need to provide a data retriever to pull data out. The following example shows how you have to fill data into this structure.

$league = {
teams => {
Yankees => {
players => {
"Chien-Ming Wang" => {
bio => {
bats => right, # coule be left, switch
throws => right,
},
ip => 57.33333333333,
game => 9,
...
fielding => {
p => {
tc => 43,
pop => 4,
...
},
# b1 => { }, b2 => { }, b3 => { },
# first, second and thrid baseman should be
# b1, b2, and b3 respectively for convenient in
# fielding context. Because the initial of the
# name of subroutine cant be a number in perl.
},
};
...
}
},
Athletics => {
...
},
},
};

TERMS

Available terms of players (including teams and league, which are accumulated from players and could be treated as an abstract player) are:

# pitching
p_game win lose tie gs sv bs hld cg sho ip p_pa np h_allowed
hr_allowed sh_allowed sf_allowed p_bb p_ibb hb p_so wp bk ra er

# batting
pa ab rbi r h 1b 2b 3b hr tb dp sh sf ibb bb hbp so sb cs
tc po a e f_dp ppo tp pb c_cs c_sb

# fielding
pos fgame tc po a e f_dp tp pb c_cs c_sb

And there are additional terms for team:

game win lose tie

KDChart application is a tool for creating business charts and is the most powerful Qt component of its kind.
Besides from having all the standard features, it also enables the developer to design and manage a large number of axes and provides sophisticated means of customization.
In addition to detailed and precisely configuring the chart layout it is possible to complement the design by adding custom rich-text boxes and/or frames to data points or to random positions.
Being extremely configurable, KDChart is also easily scalable by automatically adjusting font sizes and layout when being resized. This makes it possible to quickly and efficiently create user-friendly programs that offer the same level of functionality, or a even higher one, in Qt programs as on other platforms. It is no coincidence that the current version of the KOffice productivity suite uses our library.
Whats New in 1.1.3 Stable Release:
Besides from various smaller fixes, code adjusting and other issues like documentation updates, the following list contains a list of bugfixes included in the KD Chart 1.1.3 release.
Printing:
- Fixed the display of the axis title font when using high resolution printing.
Bars:
Fixes 3D bars painting:
- The front face of the bar now matches the y axis labels.
- Fixed various rendering errors depending of the values of the bars (high values - negative values ...)
Fixes bars painting
- Fixed painting of excess arrows, when the user choose to display a restricted view of the chart ( start/end values).
- The user have a better control over the bar Width when needed.
- Fixed occasional painting problem when resizing a barPercent view.
- Bar painting is more accurate and looks better.
3D Lines:
- Fixed wrong display for 3D lines painting.
Axis
- Fixed axis subdelimiters: Were not always precisely matching with the grid lines, data values.
- Added the possibility to force the diplay of non fractional values on the axis.
Legends:
- Fixed alignment of the legend text to its marker.
- Fixed rendering legends when changing its position and orientation
Compiling:
- Fixed a compilation issue on gcc 3.4
Labels truncation and position:
- Several small issues has been fixed. Those cases were happening occasionally.
- .. and various other bug fixes and code tuning.

GQoob is a slightly configurable media player. The API for the xine library changed after xine-libs 0.9.13, I was going to update to the new API but it never happened and have since lost interest in maintaining GQoob. (The features listed below are all implemented and work in GQoob 0.3.0, the few video related bugs in the release are mostly due to bugs present in xine-libs at the time).
GQoob is heavily based on GQmpeg. In fact most of it is the same, except for changes needed to work with GTK 2 and the addition of video support through the XINE library. The video overlay with XINE is possible thanks to the gtk xine interface borrowed from the Totem media player.
Main features:
- Playlists.
- Fullscreen.
- Random, repeat, repeat 1, loop ab.
- Playback speed control.
- Presets.
- MP3 tag read/write.
- OGG comment read/write.
- Keyboard support, also for skin widgets.
- Skins (themes).
- Built in skin editor.
- Flyby window on media change.

MySQA program is a useful program to analyze log files created by MySQL slow queries or queries that dont use indexes.

About MySQL:

MySQL is a multithreaded, multi-user, SQL (Structured Query Language) Database Management System (DBMS) with an estimated six million installations. MySQL AB makes MySQL available as free software under the GNU General Public License (GPL), but they also dual-license it under traditional proprietary licensing arrangements for cases where the intended use is incompatible with the GPL.

Unlike projects such as Apache, where the software is developed by a public community, and the copyright to the codebase is owned by its individual authors, MySQL is owned and sponsored by a single for-profit firm, the Swedish company MySQL AB, which holds the copyright to most of the codebase.

The company develops and maintains the system, selling support and service contracts, as well as proprietary-licensed copies of MySQL, and employing people all over the world who collaborate via the Internet. Two Swedes and a Finn founded MySQL AB: David Axmark, Allan Larsson, and Michael "Monty" Widenius.

CGI::AppBuilder::Frame is a configuration initializer.

SYNOPSIS

use CGI::AppBuilder::Frame;

my $ab = CGI::AppBuilder::Frame- >new(
ifn, my_init.cfg, opt, vhS:a:);
my ($q, $ar, $ar_log) = $ab- >start_app($0, %ARGV);
print $ab- >disp_form($q, $ar);

This class provides methods for reading and parsing configuration files.
new (ifn = > file.cfg, opt = > hvS:)

This is a inherited method from CGI::AppBuilder. See the same method in CGI::AppBuilder for more details.

frame_set ($fr, $pr)

Input variables:

$fr - frame set definiton array reference. The $fr contains two
elements [$hr, $ar]:
$hr - a hash ref containing the frame set attributes
$ar - a array ref containing hash references defining each
frames in the frame set.
$pr - tag attribute array ref. It contains three elements:
class - CSS class name
attr - attribute string such as width=5 onChange=js_func
hr - hash ref with key and value pairs. This will be obtained
from $fr for each frame set and frame.
pretty - whether to add line breaks

Variables used or methods called:

CGI::AppBuilder::Table
html_tag - generate HTML tags
CGI::AppBuilder::Message
echo_msg - display message

How to use:

The following shows how to define the frame array ($fr):

+-+----+ The following defines the left layout:
| | T |
| +----+ [{cols= >"150,*"},[
| | | {src= >"left.htm",name= >"L"},
|L| C | [{rows= >"100,*,50"},[
| | | {src= >"top.htm",name= >"T"},
| |----| {src= >"main.htm",name= >"C"},
| | B | {src= >"bottom.htm",name= >"B"}]]]
+-+----+ ]

In YAML, here is how it looks like:

---
cols: 150,*
- src: left.htm
name: L
- rows: 100,*,50
- src: top.htm
name: T
- src: main.htm
name: C
- src: bottom.htm
name: B
...

+-+------+ The following defines the left layout:
| | T |
| +----+-+ [{cols= >"150,*"},[
| | | | {src= >"left.htm",name= >"L"},
|L| C |R| [{rows= >"100,*,50"},[
| | | | {src= >"top.htm",name= >"T"},
| | | | [{cols= >"*,100"},[
| |----+-+ {src= >"main.htm",name= >"C"},
| | | {src= >"right.htm",name= >"R"}] ] ],
| | B | {src= >"bottom.htm",name= >"B"}]]
+-+----+-+ ]
In YAML, here is how it looks like:
---
cols: 150,*
- src: left.htm
name: L
- rows: 100,*,50
- src: top.htm
name: T
- cols: *,100
- src: main.htm
name: C
- src: right.htm
name: R
- src: bottom.htm
name: B
...
Here is the testing codes:
my $fr = [{cols= >"150,*"},[
{src= >"left.htm",name= >"L"},
[{rows= >"100,*,50"},[
{src= >"top.htm",name= >"T"},
{src= >"main.htm",name= >"C"},
{src= >"bottom.htm",name= >"B"}]
]]
];
my $pr = {pretty= >1};
print $obj- >frame_set($fr,$pr);
# the following is the result:

< FRAMESET cols=150,* >
< FRAME src=left.htm name=L >
< FRAMESET rows=100,*,50 >
< FRAME src=top.htm name=T >
< FRAME src=main.htm name=C >
< FRAME src=bottom.htm name=B >
< / FRAMESET >
< / FRAMESET >

$pr- >{_frameset_count} = 0; # reset frame set counter
my $f2 = [ {cols= >"150,*"},[
{src= >"left.htm",name= >"L"},
[{rows= >"100,*,50"},[
{src= >"top.htm",name= >"T"},
[{cols= >"*,100"},[
{src= >"main.htm",name= >"C"},
{src= >"right.htm",name= >"R"}]
],
{src= >"bottom.htm",name= >"B"}]
]]
];
print $obj- >frame_set($f2,$pr);
# the following is the result:

< FRAMESET cols=150,* >
< FRAME src=left.htm name=L >
< FRAMESET rows=100,*,50 >
< FRAME src=top.htm name=T >
< FRAMESET cols=*,100 >
< FRAME src=main.htm name=C >
< FRAME src=right.htm name=R >
< / FRAMESET >
< FRAME src=bottom.htm name=B >
< / FRAMESET >
< / FRAMESET >

Return: HTML codes.

This method generates HTML codes based on the information provided. This method is also called < I >frameset< / I >.

Ghemical is a computational chemistry software package released under the GNU GPL. It means that full source code of the package is available, and users are free to study and modify the package. Ghemical is written in C++.
Ghemical project has a graphical user interface (which is based on GNOME), and it supports both quantum-mechanics (semi-empirical and ab initio) models and molecular mechanics models (there is an experimental Tripos 5.2-like force field for organic molecules). Also a tool for reduced protein models [1] is included. Geometry optimization, molecular dynamics and a large set of visualization tools are currently available.
Ghemical relies on external code to provide the quantum-mechanical calculations. Semi-empirical methods MNDO, MINDO/3, AM1 and PM3 come from the MOPAC7 package (Public Domain), and are included in the source distribution.
The MPQC package (GNU GPL) is used to provide ab initio methods: the methods based on Hartree-Fock theory are currently supported with basis sets ranging from STO-3G to 6-31G**.
The MPQC code is not included in the source distribution. In order to use the MPQC-based ab initio methods in Ghemical, you must first compile and install the MPQC program for your system, and then compile Ghemical using some specific settings that link the programs together; see the INSTALL file for more information. Ghemical also contains the OpenBabel package for import and export of many different file formats (as well as other tasks).
Installation
Once you have downloaded the latest release, you should extract all files from your archive file using "tar -zxvvf ghemical-1.00.tgz" or equivalently "gunzip ghemical-1.00.tgz; tar -xvvf ghemical-1.00.tar". After that please read the "INSTALL"-file you just extracted to get additional information.
Enhancements:
- bug fixes

Games::Baseball::Scorecard is a Perl module.

SYNOPSIS

my $score = Games::Baseball::Scorecard->new($dir, $name, {
color => [ .4, .4, .4 ], # grey
fonts => [ # Myriad Condensed regular/bold
[ myriadrcrrl => 9 ],
[ myriadrcbrl => 14 ],
[ myriadrcrrl => 14 ],
[ myriadrcbrl => 22 ],
],
});

# fill initial scorecard out
$s->init({
scorer => Pudge,
date => 2004-10-24, 20:05-23:25,
at => Fenway Park, Boston,
temp => 48 clear,
wind => 7 to RF,
att => 35,001,
home => {
team => Boston Red Sox,
starter => 38, # jersey number
lineup => [
# [ num, position ],
[ 18, 8 ], # Damon, starting at CF
# ...
],
roster => {
# num => name
18 => Damon, Johnny,
38 => Schilling, Curt,
# ...
},
},
away => {
team => St. Louis Cardinals,
# ...
}
});

# draw the game
$s->inn; # new inning / end of last inning

$s->ab; # new at-bat
# works to full count
$s->pitches(qw(s b s b b f));
# struck out looking
$s->out(!K);

$s->ab;
# home run to left-center
$s->hit(4, lc);

# calculate/draw stats
$self->totals;

# finish the job
$s->generate;

# open final PDF
$s->pdfopen;

Games::Baseball::Scorecard is a frontend to a PDF scorecard written in Metapost by Christopher Swingley (http://www.frontier.iarc.uaf.edu/~cswingle/baseball/scorecards.php). That scorecard is drawn out, and has a nice API for actually drawing out the elements of the game: all the ball, strikes, outs, etc.

Being Metapost, it is laborious to do all this. So this module provides a nice frontend, that also keeps track of balls and strikes and hits and runs and outs and more, making input of the game quite simple and efficient.

This module does not include the entire API, but most of it. Patches and ideas welcome. Feel free to call output directly if you want to generate Metapost on your own, or to modify the $SCORECARD variable (which contains the base Metapost code), or the $TEX (single page) and $TEXD (duplex) TeX files.

I wont give a tutorial on scoring baseball games, or on Metapost, below. Seek other resources (Swingleys URL above has a nice tutorial on scoring baseball games, using the scorecard he designed, which is what were using here).