Free 2d drawings id cards generator 4.3.06 software for linux

GraphCalc project is a 2D/3D graphing calculator.

It has features similar to a TI-85.

It supports 2D and 3D graphing, and includes Windows and Linux versions.

CAD::Drawing::GUI::View are 2D graphics for CAD built on Tk::Zinc.

This module provides methods to turn a CAD::Drawing object into a Zinc canvas.

Overridden Methods

These make me behave like a Tk widget.

ClassInit

$view->ClassInit();

InitObject

$view->InitObject();

configure

$view->configure(%args);

args_filter

Filters configure arguments and adds non-tk args to our private data.

%args = $view->args_filter(%args);

WML::Card is a Perl extension for builiding WML Cards according to the browser being used.

SYNOPSIS

use WML::Card;
my $options= [ [Option 1, http://...], [Option 2, http://...], ];
my $c = WML::Card->guess(index,Wap Site); $c->link_list(indice, undef, 0, $options, $options); $c->print;

This perl library simplifies the creation of WML cards on the fly. It produces the most suitable wml code for the browser requesting the card. In this way the one building the cards does not have to worry about the differences in how each wap browser displays the wml code. In combination wht WML::Deck it provides functionality to build WAP applications.

Methods

$card = WML::Card->guess( $id, $title, [$user_agent] );
This class method constructs a new WML::Card object. The first argument defines the WML cards id and the second argument its title. The if the third argument is not defined, the value is obtained from $ENV{HTTP_USER_AGENT}.

$c->buttons($label, $type, $task, $href)
$c->table ($data, $title, $offset, $pager, @headers)
$c->link_list($name, $listtitle, $offset, $pager, $data, $align)
$c->value_list($name, $listtitle, $offset,$pager,$data)

The variable $data is an array reference like: my $menu_items= [ [Option 1, http://...], [Option 2, http://...], ];

The variable $pager is the number of items wanted to be displayed in each card.

$c->print
$c->info($content)
$c->img($file, $alt)
$c->input($label, $text, $name, $format, $type, $size, $target, $arg);
$c->link($target, $text);
$c->br

The Irrlicht Engine is an open source high performance realtime 3D engine written and usable in C++ and also available for .NET languages.
Irrlicht Engine is completely cross-platform, using D3D, OpenGL and its own software renderer, and has all of the state-of-the-art features which can be found in commercial 3d engines.
Weve got a huge active community, and there are lots of projects in development that use the engine.
You can find enhancements for Irrlicht all over the web, like alternative terrain renderers, portal renderers, exporters, world layers, tutorials, editors, language bindings for java, perl, ruby, basic, python, lua, and so on. And best of all: Its completely free.
Main features:
- High performance realtime 3D rendering using Direct3D and OpenGL [more]
- Platform independent. Runs on Windows95, 98, NT, 2000, XP and Linux.[more]
- Huge built-in and extensible material library with vertex and pixel shader support [more].
- Seamless indoor and outdoor mixing through highly customizeable scene mangagment. [more]
- Character animation system with skeletal and morph target animation. [more]
- Particle effects, billboards, light maps, environment mapping, stencil buffer shadows, and lots of other special effects. [more]
- .NET language binding which makes the engine available to all .NET languages like C#, VisualBasic, and Delphi.NET.
- Platform and driver independent fast software renderer included. It features z-buffer, gouraud shading, alpha-blending and transparency, fast 2D drawing.
- Powerful, customizeable and easy to use 2D GUI System with Buttons, Lists, Edit boxes, ..
- 2D drawing functions like alpha blending, color key based blitting, font drawing and mixing 3D with 2D graphics.
- Clean, easy to understand and well documentated API with lots of examples and tutorials.
- Written in pure C++ and totally object orientated.
- Direct import of common mesh file formats: Maya (.obj), 3DStudio (.3ds), COLLADA (.dae), DeleD (.dmf), Milkshape (.ms3d), Quake 3 levels (.bsp), Quake2 models (.md2), Microsoft DirectX (.X)... [more]
- Direct import of Textures: Windows Bitmap (.bmp), Portable Network Graphics (.png), Adobe Photoshop (.psd), JPEG File Interchange Format (.jpg), Truevision Targa (.tga), ZSoft Painbrush (.pcx)... [more]
- Fast and easy collision detection and response.
- Optimized fast 3D math and container template libraries.
- Directly reading from (compressed) archives. (.zip)
- Integrated fast XML parser.
- Unicode support for easy localisation.
- Works with Microsofts VisualStudio6.0?, VisualStudio.NET 7.0-8.0?, Metrowerks Codewarrior, and Bloodshed Dev-C++ with g++3.2-4.0.
- The engine is open source and totally free. You can debug it, fix bugs and even change things you do not like. And you do not have to publish your changes: The engine is licensed under the zlib licence, not the GPL or the LGPL.

CGI::WML is a Perl module with subclass LDSs "CGI.pm" for WML output and WML methods.

SYNOPSIS

use CGI::WML;

$query = new CGI::WML;

$content = $query->p("Hello WAP world");

print
$query->header(),
$query->start_wml(),
$query->template(-content=>$query->prev()),
$query->card(-id=>"first_card",
-title=>"First card",
-content=>$content),
$query->end_wml();

print
$query->wml_to_wmlc(-wml=>$wml_buffer,
-errorcontext=>2);

($page_title,$content) = $query->html_to_wml($buffer);

This is a library of perl functions to allow CGI.pm-style programming to be applied to WAP/WML. Since this is a subclass of Lincoln Steins CGI.pm all the normal CGI.pm methods are available. See perldoc CGI if you are not familiar with CGI.pm

PHP JavaScript Tooltip Generator Class is a PHP class that can generate JavaScript tooltips. The project works on all major browsers, but transparency is not supported on Opera.
In Internet Explorer, the tooltips show above HTML SELECT elements as they should. The appearance of the tooltips is template driven. Only onmouseover/onmousemove events need to be sepcified, not onmouseout.
Further suggestions, comments and requests are welcommed.
Id also really appreciate if you could send me links to the web pages where you are using the class so I can give them as refference and convince more people to use it. Thanks!
The code is heavily documented so you can easily understand every aspect of it
Enhancements:
- in Firefox, the tooltips were showing up in the right position only the first time; after that, the tooltips would show in the top left corner of the screen.
- "Sticky" tooltips can now be created (tooltips that follow the mouse cursor) by calling the "show" method on the onmousemove event rather than on the onmouseover event.
- In Internet Explorer, the vertical scrollbar no longer appears if a tooltip is shown.
- Automatic tooltip re-positioning has been improved in order to keep the tooltip in the visible part of the browser window if it would "flow" outside.
- There is some code cleanup.