abbreviation for international
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International Components for Unicode provides a Unicode implementation, with functions for formatting numbers, dates, times, and currencies (according to locale conventions, transliteration, and parsing text in those formats).
It provides flexible patterns for formatting messages, where the pattern determines the order of the variable parts of the messages, and the format for each of those variables. These patterns can be stored in resource files for translation to different languages. Included are more than 100 codepage converters for interaction with non-unicode systems.
Here are some key features of "International Components for Unicode":
· Text: Unicode text handling, full character properties and character set conversions (500+ code pages)
· Analysis: Unicode regular expressions; full Unicode sets; character, word and line boundaries
· Comparison: language sensitive collation and searching
· Transformations: normalization, upper/lowercase, script transliterations (50+ pairs)
· Locales: comprehensive data (230+) & resource bundle architecture
· Complex Text Layout: Arabic, Hebrew, Indic and Thai
· Formatting and Parsing: multi-calendar and time zone,dates, times, numbers, currencies, messages
Whats New in This Release:
· This is a major release, with new features, new APIs, and many bugfixes in data and code.
· ICU uses and supports Unicode 5.0, which is the latest major release of Unicode.
· CU uses and supports data from Common Locale Data Repository (CLDR) 1.4, which includes many improvements in quality and quantity of data.
· A charset detection framework was added, which provides heuristics for detecting the charset for unlabeled sequences of bytes.
· Other performance and feature enhancements were added.
It provides flexible patterns for formatting messages, where the pattern determines the order of the variable parts of the messages, and the format for each of those variables. These patterns can be stored in resource files for translation to different languages. Included are more than 100 codepage converters for interaction with non-unicode systems.
Here are some key features of "International Components for Unicode":
· Text: Unicode text handling, full character properties and character set conversions (500+ code pages)
· Analysis: Unicode regular expressions; full Unicode sets; character, word and line boundaries
· Comparison: language sensitive collation and searching
· Transformations: normalization, upper/lowercase, script transliterations (50+ pairs)
· Locales: comprehensive data (230+) & resource bundle architecture
· Complex Text Layout: Arabic, Hebrew, Indic and Thai
· Formatting and Parsing: multi-calendar and time zone,dates, times, numbers, currencies, messages
Whats New in This Release:
· This is a major release, with new features, new APIs, and many bugfixes in data and code.
· ICU uses and supports Unicode 5.0, which is the latest major release of Unicode.
· CU uses and supports data from Common Locale Data Repository (CLDR) 1.4, which includes many improvements in quality and quantity of data.
· A charset detection framework was added, which provides heuristics for detecting the charset for unlabeled sequences of bytes.
· Other performance and feature enhancements were added.
Geodaten International Houses - For many countries house coordinates are present with coverage degrees upto 100 percent. The geo data offered here are in high-precision quality and are present in several coordinate and reference systems. House Coordinates or also called Geo Coded Building Addresses are meaning the connection between the postal addresses of buildings or building complexes and their accurate positions in the coordinate system. The house coordinates are the basis for applications, which are developed to assign buildings or building complexes as exact as possible positions in the form of coordinates. By Geo Coding buildings or building complexes are cartographically representable. The possible field of application is very various. So e.g. own address lists can be enriched with geo references and visualized on suitable map material. The application scope reaches from information systems over navigation services, geo marketing, telecommunications and UTMS based services up to Web applications and tasks of the power authorities and security services. Another point of interest can be the establishing relationships between data derived from different hierarchies and levels. For example, it could be desirable to know to which administrative or postal unit a building belongs to. The coordinates of the buildings are present as geographic coordinates and UTM coordinates. Geographical coordinates in degree notation are particularly suitable well for searches with Google Earth. Here is as an example an Internet URL with coordinates from the "Geo Data International Houses", which can represent the location of Killet Software Ing.-GbR point-exactly: "http://maps.google.com/maps?t=k&ll=51.397363,6.450883&spn=0.002,0.002". The first value behind the identifier "ll" (lat / lon) is the geographical latitude, then the geographical longitude follows. The shown URL can be inserted directly into the address field of the browser to represent a map cutout on the screen.
Enhancements:
Version 3.00
Administrative Einheiten hinzugefügt. Standard-Datenformat ist CSV / UTF8. Kostenloser Datenkonverter für CSV, SDF, dBase / UTF8, ANSI, ASCII, UniCode. UTM-Koordinaten auf dem natürlichen und einem einheitlichen landeszentralen Meridianstreifen verfügbar.
Version 2.00
Aktuelle Daten.
System Requirements:All systems
Geodaten International Streets - For many countries street coordinates are present with coverage degrees upto 100 percent. The geo data offered here are in high-precision quality and are present in several coordinate and reference systems. Street coordinates or also called street section coordinates are meaning the summary of several postal house addresses to an averaged position on street or street section basis. The street coordinates are to be used with applications, which are developed to assign street oriented address groups exact positions. The possible field of application is very various. So e.g. own address lists can be enriched with geo references and visualized on suitable map material. The application scope reaches from information systems over navigation services, geo marketing, telecommunications and UTMS based services up to Web applications and tasks of the power authorities and security services. Another point of interest can be the establishing relationships between data derived from different hierarchies and levels. For example, it could be desirable to know to which administrative or postal unit a street belongs to. The coordinates of the streets are present as geographic coordinates and UTM coordinates. Geographical coordinates in degree notation are particularly suitable well for searches with Google Earth. Here is as an example an Internet URL with coordinates from the "Geo Data International Streets", which can represent the location of Killet Software Ing.-GbR: "http://maps.google.com/maps?t=k&ll=51.397363,6.450883&spn=0.002,0.002". The first value behind the identifier "ll" (lat / lon) is the geographical latitude, then the geographical longitude follows. The shown URL can be inserted directly into the address field of the browser to represent a map cutout on the screen. Street-exact geo data are on the one hand less expensive than the high resolution house-exact geo data, on the other hand they are more exact than the economically priced administrative geo data.
Enhancements:
Version 3.00
Hausnummernbereiche hinzugefügt. Administrative Einheiten hinzugefügt. Standard-Datenformat ist CSV / UTF8. Kostenloser Datenkonverter für CSV, SDF, dBase / UTF8, ANSI, ASCII, UniCode. UTM-Koordinaten auf dem natürlichen und einem einheitlichen landeszentralen Meridianstreifen.
Version 2.01
Hausnummernbereiche der Straßen hinzugefügt. Neue Testdaten aus den Europäischen Ländern. UTM-Koordinaten auf dem natürlichen und einem einheitlichen landeszentralen Meridianstreifen verfügbar. Bezeichnungen der Datenfelder internationalisiert.
System Requirements:All systems
Tk::form is a Perl module with a geometry manager based on attachment rules.
SYNOPSIS
$widget->form?(args)?
$widget->formOption?(args)?
The form method is used to communicate with the form Geometry Manager, a geometry manager that arranges the geometry of the children in a parent window according to attachment rules. The form geometry manager is very flexible and powerful; it can be used to emulate all the existing features of the Tk packer and placer geometry managers (see pack, place). The form method can have any of several forms, depending on Option:
$slave->form?(options)?
Sets or adjusts the attachment values of the slave window according to the -option=>value argument pairs.
-b => attachment
Abbreviation for the -bottom option.
-bottom => attachment
Specifies an attachment for the bottom edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.
-bottomspring => weight
Specifies the weight of the spring at the bottom edge of the slave window. See "USING SPRINGS" below.
-bp => value
Abbreviation for the -padbottom option.
-bs => weight
Abbreviation for the -bottomspring option.
-fill => style
Specifies the fillings when springs are used for this widget. The value must be x, y, both or none.
-in => $master
Places the slave window into the specified $master window. If the slave was originally in another master window, all attachment values with respect to the original master window are discarded. Even if the attachment values are the same as in the original master window, they need to be specified again. The -in flag, when needed, must appear as the first flag of options. Otherwise an error is generated.
-l => attachment
Abbreviation for the -left option.
-left => attachment
Specifies an attachment for the left edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.
-leftspring => weight
Specifies the weight of the spring at the left edge of the slave window. See "USING SPRINGS" below.
-lp => value
Abbreviation for the -padleft option.
-ls => weight
Abbreviation for the -leftspring option.
-padbottom => value
Specifies the amount of external padding to leave on the bottom side of the slave. The value may have any of the forms acceptable to Tk_GetPixels.
-padleft => value
Specifies the amount of external padding to leave on the left side of the slave.
-padright => value
Specifies the amount of external padding to leave on the right side of the slave.
-padtop => value
Specifies the amount of external padding to leave on the top side of the slave.
-padx => value
Specifies the amount of external padding to leave on both the left and the right sides of the slave.
-pady => value
Specifies the amount of external padding to leave on both the top and the bottom sides of the slave.
-r => attachment
Abbreviation for the -right option.
-right => attachment
Specifies an attachment for the right edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.
-rightspring => weight
Specifies the weight of the spring at the right edge of the slave window. See "USING SPRINGS" below.
-rp => value
Abbreviation for the -padright option.
-rs => weight
Abbreviation for the -rightspring option.
-t => attachment
Abbreviation for the -top option.
-top => attachment
Specifies an attachment for the top edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.
-topspring => weight
Specifies the weight of the spring at the top edge of the slave window. See "USING SPRINGS" below.
-tp => value
Abbreviation for the -padtop option.
-ts => weight
Abbreviation for the -topspring option.
$master->formCheck
This method checks whether there is circular dependency in the attachments of the masters slaves (see "CIRCULAR DEPENDENCY" below). It returns the Boolean value TRUE if it discover circular dependency and FALSE otherwise.
$slave->formForget
Removes the slave from its master and unmaps its window. The slave will no longer be managed by form. All attachment values with respect to its master window are discarded. If another slave is attached to this slave, then the attachment of the other slave will be changed to grid attachment based on its geometry.
$master->formGrid?(x_size, y_size)?
When x_size and y_size are given, this method returns the number of grids of the $master window in a pair of integers of the form (x_size, y_size). When both x_size and y_size are given, this method changes the number of horizontal and vertical grids on the master window.
$slave->formInfo?(-option)?
Queries the attachment options of a slave window. -option can be any of the options accepted by the form method. If -option is given, only the value of that option is returned. Otherwise, this method returns a list whose elements are the current configuration state of the slave given in the same option-value form that might be specified to form. The first two elements in this list list are "-in=>$master" where $master is the slaves master window.
$master->formSlaves
Returns a list of all of the slaves for the master window. The order of the slaves in the list is the same as their order in the packing order. If master has no slaves then an empty string is returned.
SYNOPSIS
$widget->form?(args)?
$widget->formOption?(args)?
The form method is used to communicate with the form Geometry Manager, a geometry manager that arranges the geometry of the children in a parent window according to attachment rules. The form geometry manager is very flexible and powerful; it can be used to emulate all the existing features of the Tk packer and placer geometry managers (see pack, place). The form method can have any of several forms, depending on Option:
$slave->form?(options)?
Sets or adjusts the attachment values of the slave window according to the -option=>value argument pairs.
-b => attachment
Abbreviation for the -bottom option.
-bottom => attachment
Specifies an attachment for the bottom edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.
-bottomspring => weight
Specifies the weight of the spring at the bottom edge of the slave window. See "USING SPRINGS" below.
-bp => value
Abbreviation for the -padbottom option.
-bs => weight
Abbreviation for the -bottomspring option.
-fill => style
Specifies the fillings when springs are used for this widget. The value must be x, y, both or none.
-in => $master
Places the slave window into the specified $master window. If the slave was originally in another master window, all attachment values with respect to the original master window are discarded. Even if the attachment values are the same as in the original master window, they need to be specified again. The -in flag, when needed, must appear as the first flag of options. Otherwise an error is generated.
-l => attachment
Abbreviation for the -left option.
-left => attachment
Specifies an attachment for the left edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.
-leftspring => weight
Specifies the weight of the spring at the left edge of the slave window. See "USING SPRINGS" below.
-lp => value
Abbreviation for the -padleft option.
-ls => weight
Abbreviation for the -leftspring option.
-padbottom => value
Specifies the amount of external padding to leave on the bottom side of the slave. The value may have any of the forms acceptable to Tk_GetPixels.
-padleft => value
Specifies the amount of external padding to leave on the left side of the slave.
-padright => value
Specifies the amount of external padding to leave on the right side of the slave.
-padtop => value
Specifies the amount of external padding to leave on the top side of the slave.
-padx => value
Specifies the amount of external padding to leave on both the left and the right sides of the slave.
-pady => value
Specifies the amount of external padding to leave on both the top and the bottom sides of the slave.
-r => attachment
Abbreviation for the -right option.
-right => attachment
Specifies an attachment for the right edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.
-rightspring => weight
Specifies the weight of the spring at the right edge of the slave window. See "USING SPRINGS" below.
-rp => value
Abbreviation for the -padright option.
-rs => weight
Abbreviation for the -rightspring option.
-t => attachment
Abbreviation for the -top option.
-top => attachment
Specifies an attachment for the top edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.
-topspring => weight
Specifies the weight of the spring at the top edge of the slave window. See "USING SPRINGS" below.
-tp => value
Abbreviation for the -padtop option.
-ts => weight
Abbreviation for the -topspring option.
$master->formCheck
This method checks whether there is circular dependency in the attachments of the masters slaves (see "CIRCULAR DEPENDENCY" below). It returns the Boolean value TRUE if it discover circular dependency and FALSE otherwise.
$slave->formForget
Removes the slave from its master and unmaps its window. The slave will no longer be managed by form. All attachment values with respect to its master window are discarded. If another slave is attached to this slave, then the attachment of the other slave will be changed to grid attachment based on its geometry.
$master->formGrid?(x_size, y_size)?
When x_size and y_size are given, this method returns the number of grids of the $master window in a pair of integers of the form (x_size, y_size). When both x_size and y_size are given, this method changes the number of horizontal and vertical grids on the master window.
$slave->formInfo?(-option)?
Queries the attachment options of a slave window. -option can be any of the options accepted by the form method. If -option is given, only the value of that option is returned. Otherwise, this method returns a list whose elements are the current configuration state of the slave given in the same option-value form that might be specified to form. The first two elements in this list list are "-in=>$master" where $master is the slaves master window.
$master->formSlaves
Returns a list of all of the slaves for the master window. The order of the slaves in the list is the same as their order in the packing order. If master has no slaves then an empty string is returned.
5
Internet -> Firefox-Extensions
MPL Mozilla Public License
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Firefox Companion for Kodak EasyShare Gallery is a Firefox extension that can easily organize and share your pictures. Upload photos directly to your Kodak EasyShare Gallery, all within your browser.
Drag, drop and arrange pictures adding photo titles, and create albums by multi-selecting photos - all of this without interrupting your Internet browsing. Co-developed by Kodak, it also includes other popular photo services.
Please note that this extension is essentially the same as Fotofox but only this extension has support for Kodak EasyShare Gallery. Please make sure to have only one or the other installed. https://addons.mozilla.org/firefox/3945/
Currently, only US kodakgallery.com accounts are supported. Other international accounts will be supported soon.
Drag, drop and arrange pictures adding photo titles, and create albums by multi-selecting photos - all of this without interrupting your Internet browsing. Co-developed by Kodak, it also includes other popular photo services.
Please note that this extension is essentially the same as Fotofox but only this extension has support for Kodak EasyShare Gallery. Please make sure to have only one or the other installed. https://addons.mozilla.org/firefox/3945/
Currently, only US kodakgallery.com accounts are supported. Other international accounts will be supported soon.
Locale files for South Africa project are scripts to aid in localization of software. Deals with conversion between different translation formats (such as gettext-based .po formats, OpenOffice.org formats, and Mozilla formats). Also tools to help process localizations etc.
Translate.org.za is a non-profit organisation producing Free and Open Source software that enables and empowers South Africans.
The Translate Project started in 2001 with the vision of providing Free Software translated into the 11 official languages of South Africa. Free Software in your language is true empowerment.
Whats New in This Release:
· The international dialing code has been changed from 09 to 00.
Translate.org.za is a non-profit organisation producing Free and Open Source software that enables and empowers South Africans.
The Translate Project started in 2001 with the vision of providing Free Software translated into the 11 official languages of South Africa. Free Software in your language is true empowerment.
Whats New in This Release:
· The international dialing code has been changed from 09 to 00.
KDE Menu Sidebar Image Improvement is a simple improvement for your KDE Menu that replaces default KDE Menu Sidebar image with one designed specifically for your Slackware GNULinux distribution.
Having say a Slackware or Debian or FreeBSD or any other OS/distribution logo instead of default KDE gear may be a much better choice for those of you who are just in love with your favorite *nix.
Personalized it looks sexy, it looks witty, it stresses the facts.
This project proved to be a little success because people seem to appreciate it.
So, now here we are with updated package again and it is my pleasure to hear from you that youve given it a try.
Whats New in This Release:
· Project structure has been redefined so that it is now template based and extensible. This is basically a first attempt to unify all types of KMSBII presented at kde-look.org.
· Installation script has been dramastically improved; added new features to control the installation process and the ability to perform post-installation actions; run `./install.sh help for more information. The script is quite verbose now and informs user of every action performed in a user-friendly manner;
· Abbreviations of the project related names have been introduced to provide a convenient way to refer to them. See "ABBREVIATIONS" section of `./install.sh help output;
· Graphic source files as well as KMSBI files have been changed once again, changes have been made to achieve the best look of the KMSBI;
· Added KMSBII for Slackware GNULinux distribution v11.0.0;
· Updated documentation.
· Licensing agreement has been introduced to protect intellectual property and rights of its owner. See COPYING file for more details and "Licensing Agreement" section of this file for short explanations on how this licensing agreement works.
Having say a Slackware or Debian or FreeBSD or any other OS/distribution logo instead of default KDE gear may be a much better choice for those of you who are just in love with your favorite *nix.
Personalized it looks sexy, it looks witty, it stresses the facts.
This project proved to be a little success because people seem to appreciate it.
So, now here we are with updated package again and it is my pleasure to hear from you that youve given it a try.
Whats New in This Release:
· Project structure has been redefined so that it is now template based and extensible. This is basically a first attempt to unify all types of KMSBII presented at kde-look.org.
· Installation script has been dramastically improved; added new features to control the installation process and the ability to perform post-installation actions; run `./install.sh help for more information. The script is quite verbose now and informs user of every action performed in a user-friendly manner;
· Abbreviations of the project related names have been introduced to provide a convenient way to refer to them. See "ABBREVIATIONS" section of `./install.sh help output;
· Graphic source files as well as KMSBI files have been changed once again, changes have been made to achieve the best look of the KMSBI;
· Added KMSBII for Slackware GNULinux distribution v11.0.0;
· Updated documentation.
· Licensing agreement has been introduced to protect intellectual property and rights of its owner. See COPYING file for more details and "Licensing Agreement" section of this file for short explanations on how this licensing agreement works.
Java::JCR is a module to use JSR 170 (JCR) repositories from Perl.
SYNOPSIS
use Java::JCR;
use Java::JCR::Jackrabbit;
my $repository = Java::JCR::Jackrabbit->new;
my $session = $repository->login(
Java::JCR::SimpleCredentials->new(username, password)
);
my $root = $session->get_root_node;
my $node = $root->add_node(foo, nt:unstructured);
$node->set_property(bar, 10);
$node->set_property(baz, blah);
$node->set_property(qux, 4.8);
$session->save;
The JSR 170 specification describes a Java-based API for access hierarchical databases. This is generally referred to by the abbreviation JCR, which is an abbreviation for Content Repository API for Java Technology Specification.
The biggest OSS implementation, as of this writing, is Jackrabbit, which is a project at the Apache Software Foundation, http://jackrabbit.apache.org/. Currently, this library allows Perl programmers to develop using the JCR and Jackrabbit, though, theres no reason why connectors cant be written for other implementations, such as Jaceira, CRX, eXoplatform, etc. The JCR library wrappers included are not at all specific to Jackrabbit.
SYNOPSIS
use Java::JCR;
use Java::JCR::Jackrabbit;
my $repository = Java::JCR::Jackrabbit->new;
my $session = $repository->login(
Java::JCR::SimpleCredentials->new(username, password)
);
my $root = $session->get_root_node;
my $node = $root->add_node(foo, nt:unstructured);
$node->set_property(bar, 10);
$node->set_property(baz, blah);
$node->set_property(qux, 4.8);
$session->save;
The JSR 170 specification describes a Java-based API for access hierarchical databases. This is generally referred to by the abbreviation JCR, which is an abbreviation for Content Repository API for Java Technology Specification.
The biggest OSS implementation, as of this writing, is Jackrabbit, which is a project at the Apache Software Foundation, http://jackrabbit.apache.org/. Currently, this library allows Perl programmers to develop using the JCR and Jackrabbit, though, theres no reason why connectors cant be written for other implementations, such as Jaceira, CRX, eXoplatform, etc. The JCR library wrappers included are not at all specific to Jackrabbit.
Glass KDM for PCLinuxOS is a new KDM theme for PCLinuxOS featuring a clear glass login frame.
Units of measurement for Ada library provides an implementation of dimensioned values for Ada. Unit checks are made at run-time, if not optimized out by the compiler. SI and irregular measurement units are supported.
Shifted units like degrees Celsius are supported too. Conversions from and back to strings are provided for all various irregular units.
Here are some key features of "Units of measurement for Ada":
· The type Unit denotes the dimension of a physical entity. The type Measure represents a dimensioned value;
· Mixed unit arithmetic. Values in SI (Le Système International dUnités) units can be mixed with irregular units (such as foot and yard) as long as the result is defined;
· Shifted unit support (a widely used instance of a shifted unit is degree of Celsius);
· The type Measure is generic, parameterized by a floating-point type. A non-generic version based on the type Float is also provided;
· String to Measure conversion supports as wide set of irregular units as possible.
· Currently the powers of the base unit components lie in the range -8..7. This limitation has an implementation reason (absence of 64-bit modular integers in many Ada compilers).
Whats New in This Release:
· The focus of this release is on GTK support.
· It provides an edit box widget for dimensioned values with a drop-down combo for unit selection.
· The widget can be constrained to a definite dimension.
· A tree view cell renderer of dimensioned values is provided, as well as a sample program for mapping values from one dimension to another.
Shifted units like degrees Celsius are supported too. Conversions from and back to strings are provided for all various irregular units.
Here are some key features of "Units of measurement for Ada":
· The type Unit denotes the dimension of a physical entity. The type Measure represents a dimensioned value;
· Mixed unit arithmetic. Values in SI (Le Système International dUnités) units can be mixed with irregular units (such as foot and yard) as long as the result is defined;
· Shifted unit support (a widely used instance of a shifted unit is degree of Celsius);
· The type Measure is generic, parameterized by a floating-point type. A non-generic version based on the type Float is also provided;
· String to Measure conversion supports as wide set of irregular units as possible.
· Currently the powers of the base unit components lie in the range -8..7. This limitation has an implementation reason (absence of 64-bit modular integers in many Ada compilers).
Whats New in This Release:
· The focus of this release is on GTK support.
· It provides an edit box widget for dimensioned values with a drop-down combo for unit selection.
· The widget can be constrained to a definite dimension.
· A tree view cell renderer of dimensioned values is provided, as well as a sample program for mapping values from one dimension to another.
Blender is a full functional integrated 3D creation software suite. Blender project lets users create high quality 3D graphics, movies and replay real-time, interactive 3D content.
Over the last decade, Blender has evolved as an in-house tool for a leading European animation studio. Blender is powerful technology used for creating broadcast quality 3D content.
Blender is being released with source codes under the GNU Public License.
Blender therefore is fully free to use and distribute within any educational, professional or commercial environment. Artwork created with Blender - including python scripts - is the sole property of the creator.
Here are some key features of "Blender":
Interface
· Revolutionary non-overlapping and non-blocking UI delivers unsurpassed workflow
· Flexible and fully configurable window layout with as many screen setups as you prefer
· Undo support on all levels
· Powerful built-in database system allowing instances, scene management, and dynamic linking multiple project files
· Anti-aliased fonts with international translation support
· Windows for animation curves/keys, outliner, schematic scene diagram, non-linear video sequence editing, character animation action editor, non-linear animation mixer, image/UV editing, file/image selection and file management
· Built-in text editor for annotations and editing Python scripts
· Consistent interface across all platforms
Modeling
· A range of 3D object types including polygon meshes, NURBS surfaces, bezier and B-spline curves, metaballs, vector fonts (TrueType, PostScript, OpenType)
· Smooth proxy style catmull-clark subdivision surfaces with optimal iso-lines display and sharpness editing
· Mesh modeling based on vertex, edge and/or face selection
· Boolean mesh functions
· Editing functions such as extrude, bevel, cut, spin, screw, warp, subdivide, noise, smooth Soft selection editing tools for organic modeling
· Python scripting access for custom tools
Animation
· Armature (skeleton) deformation with forward/inverse kinematics, auto skinning and interactive 3D paint for vertex weighting
· Non-linear animation mixer with automated walkcycles along paths
· Constraint system
· Vertex key framing for morphing, with controlling sliders
· Character animation pose editor
· Animatable lattice deformation
· Ipo system integrates both motion curve and traditional key-frame editing
· Audio playback, mixing and editing support for sound synchronisation
· Python scripting access for custom and procedural animation effects
Rendering
· Very fast inbuilt raytracer
· Integral support for the famous Yafray render engine
· Oversampling, motion blur, post-production effects, fields, non-square pixels
· Environment maps, halos, lens flares, fog
· Various surface shaders such as Lambert, Phong, Oren-nayar, Blinn, Toon
· Edge rendering for toon shading
· Procedural Textures
· Ambient Occlusion
· Radiosity solver
· Export scripts available for external renderers such as Renderman (RIB), Povray, Virtualight
· UV texture editor with various mesh unwrap modes
Realtime 3D/game creation
· Graphical editor for defining interactive behavior without programming
· Collision detection and dynamics simulation
· Python scripting API for sophisticated control and AI, fully defined advanced game logic
· Supports all OpenGLTM lighting modes, including transparencies, Animated and reflection-mapped textures
· Playback of games and interactive 3D content without compiling or preprocessing
· Audio, using the SDL toolkit
· Multi-layering of Scenes for overlay interfaces
Files
· Save all scene data in a single .blend file
· .blend format supports compression, digital signatures, encryption, forwards/backwards compatibility and can be used as a library to link to from other .blend files
· Read / Write TGA, JPG, PNG, Iris, SGI Movie, IFF, AVI and Quicktime GIF, TIFF, PSD, MOV (Windows and Mac OS X)
· Native import and export for DXF, Inventor and VRML files, with python scripts available for many other 3D formats
· Create stand-alone executables containing interactive 3D content or play back with the 3d web browser plugin.
Whats New in This Release:
· Sculpt and Multires
· The previous release was the first Blender version to offer 3d sculpt and multi-res. Based on welcome feedback and reporting, a lot of bug fixes and improvements were added.
· Python Scripts and API
· There have been a large number of script additions and script updates, as well as API improvements since the last release.
· New Modifiers
· Two new modifiers are available now; "Smooth" and "Cast".
· 64 bits migration notes
· Blender had been ported to 64 bits Dec Alpha in 1998 already, but since 2002 its 64 bits compliancy has been gathering dust mostly. Time for a cleanup!
· Subsurface Scattering
· Subsurface scattering is a new material option to render materials like skin, marble or milk. For these materials light scatters under the surface and leaves at another position. This leads to a softer appearance, as light is blurred out over the surface.
· New Composite Nodes
· Two new Composite nodes had been added, that can be accessed by the Add > Color menu, expanding further the possibilities of the Composite node editor.
· Character Animation
· The Action and NLA editors have now better control over visible channels. A new constraint was added, and a "preview range" option was added.
· Physics Engine
· The Bullet physics engine has had some changes which should give better reproducibility and precision/quality for physics simulations.
· Mesh primitives update
· The mesh primitives have been revisited, improving their usability and pushing them a little beyond their previous state.
· More features and fixes
· Plenty of smaller features made it into this release.
Over the last decade, Blender has evolved as an in-house tool for a leading European animation studio. Blender is powerful technology used for creating broadcast quality 3D content.
Blender is being released with source codes under the GNU Public License.
Blender therefore is fully free to use and distribute within any educational, professional or commercial environment. Artwork created with Blender - including python scripts - is the sole property of the creator.
Here are some key features of "Blender":
Interface
· Revolutionary non-overlapping and non-blocking UI delivers unsurpassed workflow
· Flexible and fully configurable window layout with as many screen setups as you prefer
· Undo support on all levels
· Powerful built-in database system allowing instances, scene management, and dynamic linking multiple project files
· Anti-aliased fonts with international translation support
· Windows for animation curves/keys, outliner, schematic scene diagram, non-linear video sequence editing, character animation action editor, non-linear animation mixer, image/UV editing, file/image selection and file management
· Built-in text editor for annotations and editing Python scripts
· Consistent interface across all platforms
Modeling
· A range of 3D object types including polygon meshes, NURBS surfaces, bezier and B-spline curves, metaballs, vector fonts (TrueType, PostScript, OpenType)
· Smooth proxy style catmull-clark subdivision surfaces with optimal iso-lines display and sharpness editing
· Mesh modeling based on vertex, edge and/or face selection
· Boolean mesh functions
· Editing functions such as extrude, bevel, cut, spin, screw, warp, subdivide, noise, smooth Soft selection editing tools for organic modeling
· Python scripting access for custom tools
Animation
· Armature (skeleton) deformation with forward/inverse kinematics, auto skinning and interactive 3D paint for vertex weighting
· Non-linear animation mixer with automated walkcycles along paths
· Constraint system
· Vertex key framing for morphing, with controlling sliders
· Character animation pose editor
· Animatable lattice deformation
· Ipo system integrates both motion curve and traditional key-frame editing
· Audio playback, mixing and editing support for sound synchronisation
· Python scripting access for custom and procedural animation effects
Rendering
· Very fast inbuilt raytracer
· Integral support for the famous Yafray render engine
· Oversampling, motion blur, post-production effects, fields, non-square pixels
· Environment maps, halos, lens flares, fog
· Various surface shaders such as Lambert, Phong, Oren-nayar, Blinn, Toon
· Edge rendering for toon shading
· Procedural Textures
· Ambient Occlusion
· Radiosity solver
· Export scripts available for external renderers such as Renderman (RIB), Povray, Virtualight
· UV texture editor with various mesh unwrap modes
Realtime 3D/game creation
· Graphical editor for defining interactive behavior without programming
· Collision detection and dynamics simulation
· Python scripting API for sophisticated control and AI, fully defined advanced game logic
· Supports all OpenGLTM lighting modes, including transparencies, Animated and reflection-mapped textures
· Playback of games and interactive 3D content without compiling or preprocessing
· Audio, using the SDL toolkit
· Multi-layering of Scenes for overlay interfaces
Files
· Save all scene data in a single .blend file
· .blend format supports compression, digital signatures, encryption, forwards/backwards compatibility and can be used as a library to link to from other .blend files
· Read / Write TGA, JPG, PNG, Iris, SGI Movie, IFF, AVI and Quicktime GIF, TIFF, PSD, MOV (Windows and Mac OS X)
· Native import and export for DXF, Inventor and VRML files, with python scripts available for many other 3D formats
· Create stand-alone executables containing interactive 3D content or play back with the 3d web browser plugin.
Whats New in This Release:
· Sculpt and Multires
· The previous release was the first Blender version to offer 3d sculpt and multi-res. Based on welcome feedback and reporting, a lot of bug fixes and improvements were added.
· Python Scripts and API
· There have been a large number of script additions and script updates, as well as API improvements since the last release.
· New Modifiers
· Two new modifiers are available now; "Smooth" and "Cast".
· 64 bits migration notes
· Blender had been ported to 64 bits Dec Alpha in 1998 already, but since 2002 its 64 bits compliancy has been gathering dust mostly. Time for a cleanup!
· Subsurface Scattering
· Subsurface scattering is a new material option to render materials like skin, marble or milk. For these materials light scatters under the surface and leaves at another position. This leads to a softer appearance, as light is blurred out over the surface.
· New Composite Nodes
· Two new Composite nodes had been added, that can be accessed by the Add > Color menu, expanding further the possibilities of the Composite node editor.
· Character Animation
· The Action and NLA editors have now better control over visible channels. A new constraint was added, and a "preview range" option was added.
· Physics Engine
· The Bullet physics engine has had some changes which should give better reproducibility and precision/quality for physics simulations.
· Mesh primitives update
· The mesh primitives have been revisited, improving their usability and pushing them a little beyond their previous state.
· More features and fixes
· Plenty of smaller features made it into this release.
JDDM (Drop Down Menu) is a drop down java menu applet, a comprehensive solution for website navigation.
JDDM is browser-independent and highly-configurable, it could be easily customized to fit your website needs and to achieve an unlimited variety of menu appearances and behaviors.
JDDM let you generate vertical and horizontal menus with unlimited number of nested pop-up submenus, various color schemes, buttons, fonts, icons and sounds (see examples).
This new version includes keyboard shortcut support and customizables buttons distances and internal padding for each border.
Here are some key features of "JDDM":
· browser-independent, works fine with any browser that support at least Java 1.1
· supports an unlimited number of nested pop-up submenus
· menu items data and structure can be loaded from an external text file
· submenus can overlap all HTML content, java applets, form elements, flash animations, frames and even jump outside the browser window
· could be displayed either vertically or horizontally
· customizables charset encoding for each menu item, supports international character sets (require appropriate OS/browsers)
· ability to call various URL schemas (http, ftp, mailto, javascript, ...)
· supports javascript
· supports target frames
· customizables font face, font size and font style for each main item and sub-menu items
· customizables shadow effect for each main item text
· customizables background and text colors for each main item and for each state (normal, mouse-over and mouse-click)
· customizables background images for each main item and for each state (normal, mouse-over and mouse-click)
· customizables image icon for each main item and for each state (normal, mouse-over and mouse-click)
· customizables text and icon position inside each main item
· customizables status bar description message for each main item
· customizables sounds for each main item and for each action state (mouse-over and mouse-click)
· customizables submenu arrows images and position for each main item and for each state (normal, mouse-over and mouse-click)
· customizables submenu relative position
· customizables 3D button bevel and pushed effect for each main item
· customizables buttons distances and internal padding for each border
· ability to enable and disable items
· supports keyboard shortcuts
Whats New in This Release:
· The license was changed to the GPL.
JDDM is browser-independent and highly-configurable, it could be easily customized to fit your website needs and to achieve an unlimited variety of menu appearances and behaviors.
JDDM let you generate vertical and horizontal menus with unlimited number of nested pop-up submenus, various color schemes, buttons, fonts, icons and sounds (see examples).
This new version includes keyboard shortcut support and customizables buttons distances and internal padding for each border.
Here are some key features of "JDDM":
· browser-independent, works fine with any browser that support at least Java 1.1
· supports an unlimited number of nested pop-up submenus
· menu items data and structure can be loaded from an external text file
· submenus can overlap all HTML content, java applets, form elements, flash animations, frames and even jump outside the browser window
· could be displayed either vertically or horizontally
· customizables charset encoding for each menu item, supports international character sets (require appropriate OS/browsers)
· ability to call various URL schemas (http, ftp, mailto, javascript, ...)
· supports javascript
· supports target frames
· customizables font face, font size and font style for each main item and sub-menu items
· customizables shadow effect for each main item text
· customizables background and text colors for each main item and for each state (normal, mouse-over and mouse-click)
· customizables background images for each main item and for each state (normal, mouse-over and mouse-click)
· customizables image icon for each main item and for each state (normal, mouse-over and mouse-click)
· customizables text and icon position inside each main item
· customizables status bar description message for each main item
· customizables sounds for each main item and for each action state (mouse-over and mouse-click)
· customizables submenu arrows images and position for each main item and for each state (normal, mouse-over and mouse-click)
· customizables submenu relative position
· customizables 3D button bevel and pushed effect for each main item
· customizables buttons distances and internal padding for each border
· ability to enable and disable items
· supports keyboard shortcuts
Whats New in This Release:
· The license was changed to the GPL.
Getopt::ExPar contains extended parameters command line parser.
SYNOPSIS
use Getopt::ExPar;
my(@PDT, @MM, %OPT);
ExPar @PDT, @MM, $OPT;
EXPORT
use Getopt::ExPar exports the sub ExPar into your name space.
ExPar is a perl5 module used to parse command line parameters. This package uses the @PDT, Parameter Description Table, and the @MM, Message Module, to return %OPT which is a hash reference containing the command line option data. The function of Getopt::ExPar is based on Getopt::EvaP, created by Stephen O. Lidie.
Introduction
The ExPar function parses a perl command line. Using the option definitions in the @PDT, argument types are checked and the arguments themselves may be checked against a specified range or pattern. By using both @PDT and @MM, several types of help may be retured to the user. ExPar handles command lines with this format:
command [-parameters] [file_list]
where any parameters and file_list are optional.
Parameter Description Table (PDT) Syntax
Here is the PDT syntax. Optional constructs are enclosed in [], and the | character separates possible values in a list.
PDT [program_name, alias]
[parameter_name[, alias]: type [pattern | range] [ = [default_variable,] default_value]]
PDTEND [flag_list]
flag_list is one or more of the following flags: optional_file_list | required_file_list | no_file_list: specifies condition of list of files at end of command line. (only one of these may be specified) abbreviations: allows for abbreviations of commands or aliases as long as enough of the command is given to make it distinguishable from all others. If not, a message is printed so the user may be more specific. switchglomming: allows for multiple single-letter switch options to be specified as single option (must be first option). pdt_warnings: for debugging a @PDT, it prints out messages that are not necessarily errors, like inconsistent number of default values in a list, etc.
The default_variable is an environment variable - see the section Usage Notes for complete details.
So, the simplest possible PDT would be:
PDT
PDTEND
This PDT would simply define a -help switch for the command, but is rather useless.
A typical PDT would look more like this:
PDT frog
number, n: integer = 1
chars, c: string = "default_string"
PDTEND no_file_list
This PDT, for command frog, defines two parameters, number (or n), of type integer with a default value of 1, and chars (or c), of type string with a default value of "default_string". The PDTEND no_file_list indicator indicates that no trailing file_list can appear on the command line. Of course, the -help switch is defined automatically.
Each of these options may be further refined by using a range and a pattern, respectively:
PDT frog
number, n: integer (((#100, the # is implied. Other simple conditions are < and == (a single = is accepted as ==, not an assignment). Ex: This condition: (#>10, #
SYNOPSIS
use Getopt::ExPar;
my(@PDT, @MM, %OPT);
ExPar @PDT, @MM, $OPT;
EXPORT
use Getopt::ExPar exports the sub ExPar into your name space.
ExPar is a perl5 module used to parse command line parameters. This package uses the @PDT, Parameter Description Table, and the @MM, Message Module, to return %OPT which is a hash reference containing the command line option data. The function of Getopt::ExPar is based on Getopt::EvaP, created by Stephen O. Lidie.
Introduction
The ExPar function parses a perl command line. Using the option definitions in the @PDT, argument types are checked and the arguments themselves may be checked against a specified range or pattern. By using both @PDT and @MM, several types of help may be retured to the user. ExPar handles command lines with this format:
command [-parameters] [file_list]
where any parameters and file_list are optional.
Parameter Description Table (PDT) Syntax
Here is the PDT syntax. Optional constructs are enclosed in [], and the | character separates possible values in a list.
PDT [program_name, alias]
[parameter_name[, alias]: type [pattern | range] [ = [default_variable,] default_value]]
PDTEND [flag_list]
flag_list is one or more of the following flags: optional_file_list | required_file_list | no_file_list: specifies condition of list of files at end of command line. (only one of these may be specified) abbreviations: allows for abbreviations of commands or aliases as long as enough of the command is given to make it distinguishable from all others. If not, a message is printed so the user may be more specific. switchglomming: allows for multiple single-letter switch options to be specified as single option (must be first option). pdt_warnings: for debugging a @PDT, it prints out messages that are not necessarily errors, like inconsistent number of default values in a list, etc.
The default_variable is an environment variable - see the section Usage Notes for complete details.
So, the simplest possible PDT would be:
PDT
PDTEND
This PDT would simply define a -help switch for the command, but is rather useless.
A typical PDT would look more like this:
PDT frog
number, n: integer = 1
chars, c: string = "default_string"
PDTEND no_file_list
This PDT, for command frog, defines two parameters, number (or n), of type integer with a default value of 1, and chars (or c), of type string with a default value of "default_string". The PDTEND no_file_list indicator indicates that no trailing file_list can appear on the command line. Of course, the -help switch is defined automatically.
Each of these options may be further refined by using a range and a pattern, respectively:
PDT frog
number, n: integer (((#100, the # is implied. Other simple conditions are < and == (a single = is accepted as ==, not an assignment). Ex: This condition: (#>10, #
14
Science-and-Engineering -> Mathematics
LGPL GNU Lesser General Public License
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VOQDM provides a data model for the International Virtual Observatory.
The Virtual Observatory Quantity Data Model (VOQDM) package is a "thing"-based data model for use with scientific and mathematical data in the International Virtual Observatory (IVO).
It is built upon the QML (Quantity Model Language) package and, in general terms, enables fast, convenient serialization/deserialization/manipulation of Quantity-based objects and documents.
An important specific application for this package is to enable the I/O of VO-catalog-based data.
The Virtual Observatory Quantity Data Model (VOQDM) package is a "thing"-based data model for use with scientific and mathematical data in the International Virtual Observatory (IVO).
It is built upon the QML (Quantity Model Language) package and, in general terms, enables fast, convenient serialization/deserialization/manipulation of Quantity-based objects and documents.
An important specific application for this package is to enable the I/O of VO-catalog-based data.
Games::Chess Perl module represent chess positions and games.
SYNOPSIS
use Games::Chess qw(:constants);
my $p = Games::Chess::Position->new;
$p->at(0,0,BLACK,ROOK);
$p->at(7,7,WHITE,ROOK);
print $p->to_text;
The Games::Chess package provides the class Games::Chess::Piece to represent chess pieces, and the class Games::Chess::Position to represent a position in a chess game. Objects can be instantiated from data in standard formats and exported to these formats.
NOTATION
See Games::Chess::PGN for full details of the notations.
SAN
Standard Algebraic Notation. The modern international notation for chess games. For example,
1. e4 e5
2. f4 exf4
3. Nf3 g5
FEN
Forsythe-Edwards Notation. A compact representation for chess positions. FEN specifies the piece placement, the active color, the castling availability, the en passant target square, the halfmove clock, and the fullmove number as six fields separated by spaces. For example, the opening position is described in FEN as follows:
rnbqkbnr/pppppppp/8/8/8/8/PPPPPPPP/RNBQKBNR w KQkq - 0 1
PGN
Portable Game Notation. A notation for chess games, including the moves, commentary, variations, and metadata such as the players, the event, the round number, and the date of the match. For example,
[Event "F/S Return Match"]
[Site "Belgrade, Serbia JUG"]
[Date "1992.11.04"]
[Round "29"]
[White "Fischer, Robert J."]
[Black "Spassky, Boris V."]
[Result "1/2-1/2"]
1. e4 e5 2. Nf3 Nc6 3. Bb5 a6 4. Ba4 Nf6 5. O-O Be7 6. Re1
b5 7. Bb3 d6 8. c3 O-O 9. h3 Nb8 10. d4 Nbd7 11. c4 c6
12. cxb5 axb5 13. Nc3 Bb7 14. Bg5 b4 15. Nb1 h6 16. Bh4 c5
17. dxe5 Nxe4 18. Bxe7 Qxe7 19. exd6 Qf6 20. Nbd2 Nxd6
21. Nc4 Nxc4 22. Bxc4 Nb6 23. Ne5 Rae8 24. Bxf7+ Rxf7
25. Nxf7 Rxe1+ 26. Qxe1 Kxf7 27. Qe3 Qg5 28. Qxg5 hxg5
29. b3 Ke6 30. a3 Kd6 31. axb4 cxb4 32. Ra5 Nd5 33. f3 Bc8
34. Kf2 Bf5 35. Ra7 g6 36. Ra6+ Kc5 37. Ke1 Nf4 38. g3 Nxh3
39. Kd2 Kb5 40. Rd6 Kc5 41. Ra6 Nf2 42. g4 Bd3 43. Re6
1/2-1/2
EPD
Extended Position Description. An extensible notation based on FEN. Intended for data interchange between chess-playing programs and for the construction of opening databases. Not used by Games::Chess.
SYNOPSIS
use Games::Chess qw(:constants);
my $p = Games::Chess::Position->new;
$p->at(0,0,BLACK,ROOK);
$p->at(7,7,WHITE,ROOK);
print $p->to_text;
The Games::Chess package provides the class Games::Chess::Piece to represent chess pieces, and the class Games::Chess::Position to represent a position in a chess game. Objects can be instantiated from data in standard formats and exported to these formats.
NOTATION
See Games::Chess::PGN for full details of the notations.
SAN
Standard Algebraic Notation. The modern international notation for chess games. For example,
1. e4 e5
2. f4 exf4
3. Nf3 g5
FEN
Forsythe-Edwards Notation. A compact representation for chess positions. FEN specifies the piece placement, the active color, the castling availability, the en passant target square, the halfmove clock, and the fullmove number as six fields separated by spaces. For example, the opening position is described in FEN as follows:
rnbqkbnr/pppppppp/8/8/8/8/PPPPPPPP/RNBQKBNR w KQkq - 0 1
PGN
Portable Game Notation. A notation for chess games, including the moves, commentary, variations, and metadata such as the players, the event, the round number, and the date of the match. For example,
[Event "F/S Return Match"]
[Site "Belgrade, Serbia JUG"]
[Date "1992.11.04"]
[Round "29"]
[White "Fischer, Robert J."]
[Black "Spassky, Boris V."]
[Result "1/2-1/2"]
1. e4 e5 2. Nf3 Nc6 3. Bb5 a6 4. Ba4 Nf6 5. O-O Be7 6. Re1
b5 7. Bb3 d6 8. c3 O-O 9. h3 Nb8 10. d4 Nbd7 11. c4 c6
12. cxb5 axb5 13. Nc3 Bb7 14. Bg5 b4 15. Nb1 h6 16. Bh4 c5
17. dxe5 Nxe4 18. Bxe7 Qxe7 19. exd6 Qf6 20. Nbd2 Nxd6
21. Nc4 Nxc4 22. Bxc4 Nb6 23. Ne5 Rae8 24. Bxf7+ Rxf7
25. Nxf7 Rxe1+ 26. Qxe1 Kxf7 27. Qe3 Qg5 28. Qxg5 hxg5
29. b3 Ke6 30. a3 Kd6 31. axb4 cxb4 32. Ra5 Nd5 33. f3 Bc8
34. Kf2 Bf5 35. Ra7 g6 36. Ra6+ Kc5 37. Ke1 Nf4 38. g3 Nxh3
39. Kd2 Kb5 40. Rd6 Kc5 41. Ra6 Nf2 42. g4 Bd3 43. Re6
1/2-1/2
EPD
Extended Position Description. An extensible notation based on FEN. Intended for data interchange between chess-playing programs and for the construction of opening databases. Not used by Games::Chess.
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