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Struct::Compare 1.0.1
Struct::Compare is a recursive diff for perl structures. more>>
Struct::Compare is a recursive diff for perl structures.
SYNOPSIS
use Struct::Compare;
my $is_different = compare($ref1, $ref2);
Compares two values of any type and structure and returns true if they are the same. It does a deep comparison of the structures, so a hash of a hash of a whatever will be compared correctly.
This is especially useful for writing unit tests for your modules!
PUBLIC FUNCTIONS
$bool = compare($var1, $var2)
Recursively compares $var1 to $var2, returning false if either structure is different than the other at any point. If both are undefined, it returns true as well, because that is considered equal.
<<lessSYNOPSIS
use Struct::Compare;
my $is_different = compare($ref1, $ref2);
Compares two values of any type and structure and returns true if they are the same. It does a deep comparison of the structures, so a hash of a hash of a whatever will be compared correctly.
This is especially useful for writing unit tests for your modules!
PUBLIC FUNCTIONS
$bool = compare($var1, $var2)
Recursively compares $var1 to $var2, returning false if either structure is different than the other at any point. If both are undefined, it returns true as well, because that is considered equal.
Download (0.003MB)
Added: 2007-02-12 License: Perl Artistic License Price:
984 downloads
Crogai 0.2
Crogai consists of a mixture of crowd simulation, AI, and genetic algorithms. more>>
Crogai consists of a mixture of crowd simulation, AI, and genetic algorithms.
It is possible to set up simulations and test different AI in a full 3D environment with a small physics engine, terrain, collision handling, etc. Crogai is inspired by the OpenSteer projet and uses steering behaviors as building blocks for the AI.
The agents can graze, hunt each other, and emit spores for reproduction. A genetic algorithm allows the agents to evolve, and let them decide whether to do so or not. In addition, the examples provided by the project make nice screensavers.
In addition, agents can emit spores in the environment, and those are in turn used in a genetic algorithm to evolve the agents. Many interesting behaviors are observed, population explosions and extinctions are common. A framework is also available to use machine learning algorithms instead of the currently explicit AI, like neural networks, but not only.
Crogai is working in both graphics and batch mode thanks to a simulator-base architecture, allowing a real time / simulation time ratio of any arbitrary value, depending on the machine capacities.
<<lessIt is possible to set up simulations and test different AI in a full 3D environment with a small physics engine, terrain, collision handling, etc. Crogai is inspired by the OpenSteer projet and uses steering behaviors as building blocks for the AI.
The agents can graze, hunt each other, and emit spores for reproduction. A genetic algorithm allows the agents to evolve, and let them decide whether to do so or not. In addition, the examples provided by the project make nice screensavers.
In addition, agents can emit spores in the environment, and those are in turn used in a genetic algorithm to evolve the agents. Many interesting behaviors are observed, population explosions and extinctions are common. A framework is also available to use machine learning algorithms instead of the currently explicit AI, like neural networks, but not only.
Crogai is working in both graphics and batch mode thanks to a simulator-base architecture, allowing a real time / simulation time ratio of any arbitrary value, depending on the machine capacities.
Download (1.0MB)
Added: 2007-01-10 License: GPL (GNU General Public License) Price:
1017 downloads
True Color Picker 2007-07-06
True Color Picker is a PHP class that can be used to present a palette to let the user pick colors. more>>
True Color Picker is a PHP class that can be used to present a palette to let the user pick colors.
It displays an image with all the tones for the user to pick by clicking in an image point with the desired tone similar to Photoshop.
It uses AJAX to update the picker boxes without reloading the page.
<<lessIt displays an image with all the tones for the user to pick by clicking in an image point with the desired tone similar to Photoshop.
It uses AJAX to update the picker boxes without reloading the page.
Download (MB)
Added: 2007-07-13 License: Freely Distributable Price:
837 downloads
Mind AI 0.1
Mind AI is an artificial mind based on some advanced concepts. more>>
Mind AI project is an artificial mind based on some advanced concepts:
- machine learning
- representation
- meta representation of concepts
- concept reflection
- reification
- denotation
Interaction with the AI is done via IRC.
Enhancements:
- geo: start some geo-location development ; play with AddressInfo class and think about LocationProvider implementation
- irc: add support for PING / PONG mechanism
- add support for *help command
<<less- machine learning
- representation
- meta representation of concepts
- concept reflection
- reification
- denotation
Interaction with the AI is done via IRC.
Enhancements:
- geo: start some geo-location development ; play with AddressInfo class and think about LocationProvider implementation
- irc: add support for PING / PONG mechanism
- add support for *help command
Download (MB)
Added: 2006-10-11 License: GPL (GNU General Public License) Price:
1115 downloads
Xreversi 2.0
Xreversi project is a networked Reversi/Othello program. more>>
Xreversi project is a networked Reversi/Othello program.
Xreversi is a complete implementation of the well-known Reversi (or Othello) board game.
It lets users play against the computer with 10 levels of AI, or against each other through a network.
Xreversi currently supports English and French languages.
<<lessXreversi is a complete implementation of the well-known Reversi (or Othello) board game.
It lets users play against the computer with 10 levels of AI, or against each other through a network.
Xreversi currently supports English and French languages.
Download (0.029MB)
Added: 2006-12-04 License: GPL (GNU General Public License) Price:
1054 downloads
TkHearts 0.80
TkHearts is an clone of the Hearts card game. more>>
TkHearts is an clone of the Hearts card game. The AI is currently not fantastic.
Steven A has made a few changes with reguards to window handling, look and feel and features.
<<lessSteven A has made a few changes with reguards to window handling, look and feel and features.
Download (0.095MB)
Added: 2006-09-11 License: GPL (GNU General Public License) Price:
1140 downloads
RBrainz 0.3.0
RBrainz is a Ruby client library to query the MusicBrainz database using the MusicBrainz XML web service. more>>
RBrainz is a Ruby client library to query the MusicBrainz database using the MusicBrainz XML web service.
RBrainz follows the design of the MusicBrainz client library reference implementation and supports the MusicBrainz XML Metadata Schema Version 1.2.
Usage:
A simple example on how to use RBrainz is shown below. For more detailed instructions see the API documentation.
require rbrainz
include MusicBrainz
# With the ArtistInclude object we can control what
# kind of information the MusicBrainz server will
# include in its answer.
artist_includes = Webservice::ArtistIncludes.new(
:aliases => true,
:releases => [Album, Official],
:artist_rels => true,
:release_rels => true,
:track_rels => true,
:label_rels => true,
:url_rels => true
)
# Query the webservice for the artist with a given ID.
# The result will contain all the information
# specified in artist_includes.
query = Webservice::Query.new
id = c0b2500e-0cef-4130-869d-732b23ed9df5
artist = query.get_artist_by_id(id, artist_includes)
# Display the fetched artist data together with
# all release titles.
print<<less
RBrainz follows the design of the MusicBrainz client library reference implementation and supports the MusicBrainz XML Metadata Schema Version 1.2.
Usage:
A simple example on how to use RBrainz is shown below. For more detailed instructions see the API documentation.
require rbrainz
include MusicBrainz
# With the ArtistInclude object we can control what
# kind of information the MusicBrainz server will
# include in its answer.
artist_includes = Webservice::ArtistIncludes.new(
:aliases => true,
:releases => [Album, Official],
:artist_rels => true,
:release_rels => true,
:track_rels => true,
:label_rels => true,
:url_rels => true
)
# Query the webservice for the artist with a given ID.
# The result will contain all the information
# specified in artist_includes.
query = Webservice::Query.new
id = c0b2500e-0cef-4130-869d-732b23ed9df5
artist = query.get_artist_by_id(id, artist_includes)
# Display the fetched artist data together with
# all release titles.
print<<less
Download (0.070MB)
Added: 2007-08-13 License: BSD License Price:
803 downloads
Autodia::Handler::Torque 2.03
Autodia::Handler::Torque Perl module contains an AutoDia handler for Torque xml database schema. more>>
Autodia::Handler::Torque Perl module contains an AutoDia handler for Torque xml database schema.
This provides Autodia with the ability to read Torque Database Schema files, allowing you to convert them via the Diagram Export methods to images (using GraphViz and VCG) or html/xml using custom templates or to Dia.
SYNOPSIS
use Autodia::Handler::Torque;
my $handler = Autodia::Handler::dia->New(%Config);
$handler->Parse(filename); # where filename includes full or relative path.
Description
The Torque handler will parse the xml file using XML::Simple and populating the diagram object with class, superclass, and relationships representing tables and relationships.
The Torque handler is registered in the Autodia.pm module, which contains a hash of language names and the name of their respective language.
An example Torque database schema is shown here - its actually a rather nice format apart from the Java studlyCaps..
< ?xml version="1.0" encoding="ISO-8859-1" standalone="no" ? >
< !DOCTYPE database SYSTEM "http://db.apache.org/torque/dtd/database_3_0_1.dtd" >
< database name="INTERPLANETARY" >
< table name="CIVILIZATION" >
< column name="CIV_ID" required="true" autoIncrement="true" primaryKey="true" type="INTEGER"/ >
< column name="NAME" required="true" type="LONGVARCHAR"/ >
< /table >
< table name="CIV_PEOPLE" >
< column name="CIV_ID" required="true" primaryKey="true" type="INTEGER"/ >
< column name="PEOPLE_ID" required="true" primaryKey="true" type="INTEGER"/ >
< foreign-key foreignTable="CIVILIZATION" >
< reference local="CIV_ID" foreign="CIV_ID"/ >
< /foreign-key >
< foreign-key foreignTable="PEOPLE" >
< reference local="PEOPLE_ID" foreign="PEOPLE_ID"/ >
< /foreign-key >
< /table >
< table name="PEOPLE" >
< column name="PEOPLE_ID" required="true" autoIncrement="true" primaryKey="true" type="INTEGER"/ >
< column name="NAME" required="true" size="255" type="VARCHAR"/ >
< column name="SPECIES" type="INTEGER" default="-2"/ >
< column name="PLANET" type="INTEGER" default="-1"/ >
< /table >
< /database >
<<lessThis provides Autodia with the ability to read Torque Database Schema files, allowing you to convert them via the Diagram Export methods to images (using GraphViz and VCG) or html/xml using custom templates or to Dia.
SYNOPSIS
use Autodia::Handler::Torque;
my $handler = Autodia::Handler::dia->New(%Config);
$handler->Parse(filename); # where filename includes full or relative path.
Description
The Torque handler will parse the xml file using XML::Simple and populating the diagram object with class, superclass, and relationships representing tables and relationships.
The Torque handler is registered in the Autodia.pm module, which contains a hash of language names and the name of their respective language.
An example Torque database schema is shown here - its actually a rather nice format apart from the Java studlyCaps..
< ?xml version="1.0" encoding="ISO-8859-1" standalone="no" ? >
< !DOCTYPE database SYSTEM "http://db.apache.org/torque/dtd/database_3_0_1.dtd" >
< database name="INTERPLANETARY" >
< table name="CIVILIZATION" >
< column name="CIV_ID" required="true" autoIncrement="true" primaryKey="true" type="INTEGER"/ >
< column name="NAME" required="true" type="LONGVARCHAR"/ >
< /table >
< table name="CIV_PEOPLE" >
< column name="CIV_ID" required="true" primaryKey="true" type="INTEGER"/ >
< column name="PEOPLE_ID" required="true" primaryKey="true" type="INTEGER"/ >
< foreign-key foreignTable="CIVILIZATION" >
< reference local="CIV_ID" foreign="CIV_ID"/ >
< /foreign-key >
< foreign-key foreignTable="PEOPLE" >
< reference local="PEOPLE_ID" foreign="PEOPLE_ID"/ >
< /foreign-key >
< /table >
< table name="PEOPLE" >
< column name="PEOPLE_ID" required="true" autoIncrement="true" primaryKey="true" type="INTEGER"/ >
< column name="NAME" required="true" size="255" type="VARCHAR"/ >
< column name="SPECIES" type="INTEGER" default="-2"/ >
< column name="PLANET" type="INTEGER" default="-1"/ >
< /table >
< /database >
Download (0.060MB)
Added: 2007-06-21 License: Perl Artistic License Price:
855 downloads
Group Shell 0.2
Group Shell is a tool to aggregate several remote shells into one. more>>
Group Shell is a tool to aggregate several remote shells into one. It is used to launch an interactive remote shell on many machines at once. Group Shell is written in Python and requires Python ≥ 2.4.
There is a control shell accessible with Ctrl-C that is used to list some information about the current remote shells. It also allows common terminal manipulations like sending a Ctrl-C, Ctrl-Z, Ctrl-D …
The prompt shows the number of listening shells and the number of active shell. A shell is said to be listening if its prompt has returned and it is accepting commands, active shells are those whose connection is still alive. Shells can be individually enabled and disabled.
Here is the transcript of a sample session:
[g ~/gsh]$ ./gsh.py machine{0-9}
[10/10]> date
machine4: ven nov 10 23:26:36 CET 2006
machine7: ven nov 10 23:26:36 CET 2006
machine3: ven nov 10 23:26:36 CET 2006
machine5: ven nov 10 23:26:36 CET 2006
machine9: ven nov 10 23:26:36 CET 2006
machine0: ven nov 10 23:26:36 CET 2006
machine2: ven nov 10 23:26:36 CET 2006
machine1: ven nov 10 23:26:37 CET 2006
machine6: ven nov 10 23:26:37 CET 2006
machine8: ven nov 10 23:26:37 CET 2006
[10/10]>
Now, Ctrl-C is pressed, it triggers the control shell.
(Cmd) help
Documented commands (type help < topic >):
EOF enable list send_eof set_print_first
continue get_print_first quit send_sigint unset_print_first
disable help reconnect send_sigtstp
(Cmd) list
machine0 fd:3 r:3 w:0 active:True enabled:True idle
machine1 fd:4 r:3 w:0 active:True enabled:True idle
machine2 fd:5 r:3 w:0 active:True enabled:True idle
machine3 fd:6 r:3 w:0 active:True enabled:True idle
machine4 fd:7 r:3 w:0 active:True enabled:True idle
machine5 fd:8 r:3 w:0 active:True enabled:True idle
machine6 fd:9 r:3 w:0 active:True enabled:True idle
machine7 fd:10 r:3 w:0 active:True enabled:True idle
machine8 fd:11 r:3 w:0 active:True enabled:True idle
machine9 fd:12 r:3 w:0 active:True enabled:True idle
10 active shells, 0 dead shells, total: 10
(Cmd) quit
[g ~/gsh]$
<<lessThere is a control shell accessible with Ctrl-C that is used to list some information about the current remote shells. It also allows common terminal manipulations like sending a Ctrl-C, Ctrl-Z, Ctrl-D …
The prompt shows the number of listening shells and the number of active shell. A shell is said to be listening if its prompt has returned and it is accepting commands, active shells are those whose connection is still alive. Shells can be individually enabled and disabled.
Here is the transcript of a sample session:
[g ~/gsh]$ ./gsh.py machine{0-9}
[10/10]> date
machine4: ven nov 10 23:26:36 CET 2006
machine7: ven nov 10 23:26:36 CET 2006
machine3: ven nov 10 23:26:36 CET 2006
machine5: ven nov 10 23:26:36 CET 2006
machine9: ven nov 10 23:26:36 CET 2006
machine0: ven nov 10 23:26:36 CET 2006
machine2: ven nov 10 23:26:36 CET 2006
machine1: ven nov 10 23:26:37 CET 2006
machine6: ven nov 10 23:26:37 CET 2006
machine8: ven nov 10 23:26:37 CET 2006
[10/10]>
Now, Ctrl-C is pressed, it triggers the control shell.
(Cmd) help
Documented commands (type help < topic >):
EOF enable list send_eof set_print_first
continue get_print_first quit send_sigint unset_print_first
disable help reconnect send_sigtstp
(Cmd) list
machine0 fd:3 r:3 w:0 active:True enabled:True idle
machine1 fd:4 r:3 w:0 active:True enabled:True idle
machine2 fd:5 r:3 w:0 active:True enabled:True idle
machine3 fd:6 r:3 w:0 active:True enabled:True idle
machine4 fd:7 r:3 w:0 active:True enabled:True idle
machine5 fd:8 r:3 w:0 active:True enabled:True idle
machine6 fd:9 r:3 w:0 active:True enabled:True idle
machine7 fd:10 r:3 w:0 active:True enabled:True idle
machine8 fd:11 r:3 w:0 active:True enabled:True idle
machine9 fd:12 r:3 w:0 active:True enabled:True idle
10 active shells, 0 dead shells, total: 10
(Cmd) quit
[g ~/gsh]$
Download (0.024MB)
Added: 2007-08-02 License: GPL (GNU General Public License) Price:
813 downloads
Aqsis 1.2
Aqsis is a Renderman compliant 3D rendering toolkit. more>>
Aqsis is a Renderman compliant 3D rendering toolkit. The project is based on the Reyes rendering approach.
Main features:
- programmable shading
- true displacements
- NURBS
- CSG
- Motion Blur
- direct rendering of subdivision surfaces
<<lessMain features:
- programmable shading
- true displacements
- NURBS
- CSG
- Motion Blur
- direct rendering of subdivision surfaces
Download (0.99MB)
Added: 2007-02-26 License: LGPL (GNU Lesser General Public License) Price:
1021 downloads
CMFTestCase 0.9.2
CMFTestCase is a Plone product developed to simplify testing of CMF-based applications and products. more>>
CMFTestCase is a Plone product developed to simplify testing of CMF-based applications and products.
The CMFTestCase package provides::
- The function installProduct to install a Zope product into the test environment.
- The function setupCMFSite to create a CMF portal in the test db.
- The class CMFTestCase of which to derive your test cases.
- The class FunctionalTestCase of which to derive your test cases for functional unit testing.
- The classes Sandboxed and Functional to mix-in with your own test cases.
- The constants portal_name, portal_owner, default_products, default_base_profile, default_extension_profiles, default_user, and default_password.
- The constant CMF15 which evaluates to true for CMF versions >= 1.5.
- The constant CMF16 which evaluates to true for CMF versions >= 1.6.
- The constant CMF20 which evaluates to true for CMF versions >= 2.0.
- The constant CMF21 which evaluates to true for CMF versions >= 2.1.
- The module utils from the ZopeTestCase package.
Enhancements:
- Compatible with CMF versions 1.4, 1.5, 1.6, 2.0, and 2.1.
<<lessThe CMFTestCase package provides::
- The function installProduct to install a Zope product into the test environment.
- The function setupCMFSite to create a CMF portal in the test db.
- The class CMFTestCase of which to derive your test cases.
- The class FunctionalTestCase of which to derive your test cases for functional unit testing.
- The classes Sandboxed and Functional to mix-in with your own test cases.
- The constants portal_name, portal_owner, default_products, default_base_profile, default_extension_profiles, default_user, and default_password.
- The constant CMF15 which evaluates to true for CMF versions >= 1.5.
- The constant CMF16 which evaluates to true for CMF versions >= 1.6.
- The constant CMF20 which evaluates to true for CMF versions >= 2.0.
- The constant CMF21 which evaluates to true for CMF versions >= 2.1.
- The module utils from the ZopeTestCase package.
Enhancements:
- Compatible with CMF versions 1.4, 1.5, 1.6, 2.0, and 2.1.
Download (0.010MB)
Added: 2007-03-28 License: GPL (GNU General Public License) Price:
940 downloads
Games::Euchre 1.02
Games::Euchre is an Euchre card game for humans and computers. more>>
Games::Euchre is an Euchre card game for humans and computers.
SYNOPSIS
Simply run my game wrapper:
% euchre.pl
or write your own:
use Games::Euchre;
use Games::Euchre::AI::Simple;
use Games::Euchre::AI::Human;
my $game = Games::Euchre->new();
foreach my $i (1..3) {
$game->setAI($i, Games::Euchre::AI::Simple->new());
}
$game->setAI(4, Games::Euchre::AI::Human->new());
$game->playGame();
my @scores = sort {$b $a} $game->getScores();
print("The winner is " . $game->getWinner()->getName() . " with a score of " .
"$scores[0] to $scores[1]n");
This software implements the card game of Euchre. The game is played with four players composing two teams. Any of the four players can be human or computer players, but more than one human is not well supported yet.
The Games::Euchre::AI module implements a simple framework for adding new classes of human interfaces or computer opponents. I recomment that AI writers use Games::Euchre::AI::Simple (a REALLY dumb computer opponent) as starting point.
Aside from the ::AI class and its descendents, this package also implements the following classes: Games::Euchre::Team, Games::Euchre::Player and Games::Euchre::Trick.
<<lessSYNOPSIS
Simply run my game wrapper:
% euchre.pl
or write your own:
use Games::Euchre;
use Games::Euchre::AI::Simple;
use Games::Euchre::AI::Human;
my $game = Games::Euchre->new();
foreach my $i (1..3) {
$game->setAI($i, Games::Euchre::AI::Simple->new());
}
$game->setAI(4, Games::Euchre::AI::Human->new());
$game->playGame();
my @scores = sort {$b $a} $game->getScores();
print("The winner is " . $game->getWinner()->getName() . " with a score of " .
"$scores[0] to $scores[1]n");
This software implements the card game of Euchre. The game is played with four players composing two teams. Any of the four players can be human or computer players, but more than one human is not well supported yet.
The Games::Euchre::AI module implements a simple framework for adding new classes of human interfaces or computer opponents. I recomment that AI writers use Games::Euchre::AI::Simple (a REALLY dumb computer opponent) as starting point.
Aside from the ::AI class and its descendents, this package also implements the following classes: Games::Euchre::Team, Games::Euchre::Player and Games::Euchre::Trick.
Download (0.021MB)
Added: 2007-01-03 License: GPL (GNU General Public License) Price:
1034 downloads
Brutal Chess 0.5.2
Brutal Chess is a 3D chess game with several levels of AI inspired by Battle Chess released by Interplay circa 1988. more>>
Brutal Chess project features full 3D graphics, an advanced particle engine, and several different levels of intelligent AI, inspired by the once popular "Battle Chess" released by Interplay circa 1988.
<<less Download (4.5MB)
Added: 2007-01-23 License: GPL (GNU General Public License) Price:
617 downloads
JPexeso 0.7
JPexeso is a memory training game in which the player gets to reveal two cards in each turn. more>>
JPexeso is a memory training game in which the player gets to reveal two cards in each turn. The goal of the game is to collect as many pairs of similar cards as possible.
The game can be played either against a human opponent or an AI and there are different levels of AI for the computer opponent.
<<lessThe game can be played either against a human opponent or an AI and there are different levels of AI for the computer opponent.
Download (15MB)
Added: 2005-09-19 License: GPL (GNU General Public License) Price:
1495 downloads
Pyborg 1.0.6
Pyborg is an IRC AI bot written in Python. more>>
Pyborg is an IRC AI bot written in Python. It learns from other people and takes part in conversations in a kind of half-arsed way.
It should work on linux, windows and any other platforms with python.
<<lessIt should work on linux, windows and any other platforms with python.
Download (0.028MB)
Added: 2007-05-08 License: GPL (GNU General Public License) Price:
925 downloads
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