Welcomes
X3D and HTML5
Hello all,
Thought I would share this for those that may have missed the email.
Repost:
Fraunhofer just announced the birth of a new X3D related project:
www.x3dom.org
X3DOM (pronounced X-Freedom) is an experimental open source runtime,
implemented in JavaScript and WebGL, to support the ongoing discussion
in the Web3D and W3C communities how an integration of HTML5 and
declarative 3D content could look like. It tries to fulfill the current HTML5
specification for declarative 3D content and allows including X3D elements
as part of any HTML5 DOM tree.
(http://www.w3.org/TR/html5/no.html#declarative-3d-scenes)
The goal here is to have a live X3D scene in your HTML DOM, which
allows you to manipulate the 3D content by only adding/ removing or
changing DOM elements. No specific plugin or plugin interface (like SAI)
are needed. It also supports some of the HTML events (like “onclick”)
on 3D objects.
The whole integration model is still evolving and open for discussions.
The system uses WebGL for rendering right now and therefore
renders hardware accelerated without any plugin
However, next major step will be the use of SAI(++) plugins instead
of webgl.
There are still some essential parts missing (especially with dynamic
content) but we thought we could already start the discussion :)
best regards
Dr.-Ing. Johannes Behr
Thought I would share this for those that may have missed the email.
Repost:
Fraunhofer just announced the birth of a new X3D related project:
www.x3dom.org
X3DOM (pronounced X-Freedom) is an experimental open source runtime,
implemented in JavaScript and WebGL, to support the ongoing discussion
in the Web3D and W3C communities how an integration of HTML5 and
declarative 3D content could look like. It tries to fulfill the current HTML5
specification for declarative 3D content and allows including X3D elements
as part of any HTML5 DOM tree.
(http://www.w3.org/TR/html5/no.html#declarative-3d-scenes)
The goal here is to have a live X3D scene in your HTML DOM, which
allows you to manipulate the 3D content by only adding/ removing or
changing DOM elements. No specific plugin or plugin interface (like SAI)
are needed. It also supports some of the HTML events (like “onclick”)
on 3D objects.
The whole integration model is still evolving and open for discussions.
The system uses WebGL for rendering right now and therefore
renders hardware accelerated without any plugin
However, next major step will be the use of SAI(++) plugins instead
of webgl.
There are still some essential parts missing (especially with dynamic
content) but we thought we could already start the discussion :)
best regards
Dr.-Ing. Johannes Behr
About
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Who Is Online
NEWS
ParallelGraphics starts beta-testing of Cortona3D Viewer 6.0 Beta (previously known as Cortona VRML Client) and invites participants to take part in the beta testing program. Cortona3D Viewer is a fast and highly interactive VRML viewer that is ideal for viewing 3D models on the Web. It works as a VRML plug-in for popular Internet browsers such as Internet Explorer, Netscape Navigator, Mozilla, Mozilla Firefox, Opera, and Google Chrome.
Cortona3D Viewer 6.0 Beta homepage -
Download Cortona3D Viewer 6.0 Beta -
Cortona3D Viewer v. 6.0 Beta: What’s new
Unicode support
Cortona3D Viewer 6.0 provides full support for UTF-8 in VRML.
Localization of the user interface
Now the menus of Cortona3D Viewer can be easily translated into other languages by licensed users.
Latest Web browsers support
Cortona3D Viewer now supports Mozilla Firefox v. 3.0 and Google Chrome.
Phong lighting support
The support for Phong lighting model is provided for graphical cards supporting the shader model v. 3.0 and higher. Limited support for the shader model v. 2.x is also provided.
Improved performance: new DirectX renderer
- Support for real-time anti-aliasing (multisampling).
- Support idle-time anti-aliasing by means of Direct3D.
- Support for composite textures.
- Improved processing of textures and 3D primitives.
Improved installation procedure
The use of Microsoft Installer (MSI) allows for easier installation of Cortona3D Viewer within an enterprise and as a part of third party applications.
New VRML extensions
- The Transform2DEx node allows for positioning layers on the screen and specifying their size in pixels.
- The CompositeTexture3D and CompositeTexture2D nodes allow for adding composite textures to the 3D scene.
- The GradientBackground node allows for creating horizontal or vertical gradient background that is static relatively to the camera movements.
Changes in VRML Automation interface
- Pick method has been changed:
Layers without background: areas with no geometry are considered transparent for the picker.
One-sided surfaces: invisible side is ignored by picker.
Double-sided surfaces: the normal calculation is based on a visible side of the surface.
- New method of geometry bounding box calculation:
§ Now the bounding box can be calculated in global coordinates.
The FreeWRL team have put FreeWRL 1.21.2 on-line, with source, debian (.deb) and Apple OSX dmg downloads.
http://freewrl.sourceforge.net
Summary of changes:
- Verified MIME types for OSX and Linux plugins.
- Classic VRML/X3D parser:
- fixed memory error when IS fields were large.
- dramatic speed improvement in PROTO expansions; visible when large protos are
instantiated.
- XML parser:
- speed increase in parsing attribute values (one test shows 100x speed increase)
- PROTO expansion and Script invocation being reworked - may still have parse errors.
(in progress)
- Source Code:
- OpenGL Shaders code should compile on OpenGL 1.5 and above now (was 2.0 and above)
- CFuncs/sounds.h - include unistd.h on Linux machines.
- Misc rendering changes:
- Javascript, direct writing to scenegraph, boolean values were not correctly translated from
javascript to freewrl internal values.
- FaceSets with Color node, not taking material properties correctly (especially transparency)
- FaceSets, with RGB Color node, keep track of associated material transparency, and work through
color node changes.
- removal of temporary files - code has been reworked, as some temporary files (specific:
files retrieved by wget or curl) were not removed.
- initial work on CubeMapTextures.
- GeoPositionInterpolator - output value not translated to local spatial units. (fixed)
Cortona3D Viewer 6.0 Beta homepage -
Download Cortona3D Viewer 6.0 Beta -
Cortona3D Viewer v. 6.0 Beta: What’s new
Unicode support
Cortona3D Viewer 6.0 provides full support for UTF-8 in VRML.
Localization of the user interface
Now the menus of Cortona3D Viewer can be easily translated into other languages by licensed users.
Latest Web browsers support
Cortona3D Viewer now supports Mozilla Firefox v. 3.0 and Google Chrome.
Phong lighting support
The support for Phong lighting model is provided for graphical cards supporting the shader model v. 3.0 and higher. Limited support for the shader model v. 2.x is also provided.
Improved performance: new DirectX renderer
- Support for real-time anti-aliasing (multisampling).
- Support idle-time anti-aliasing by means of Direct3D.
- Support for composite textures.
- Improved processing of textures and 3D primitives.
Improved installation procedure
The use of Microsoft Installer (MSI) allows for easier installation of Cortona3D Viewer within an enterprise and as a part of third party applications.
New VRML extensions
- The Transform2DEx node allows for positioning layers on the screen and specifying their size in pixels.
- The CompositeTexture3D and CompositeTexture2D nodes allow for adding composite textures to the 3D scene.
- The GradientBackground node allows for creating horizontal or vertical gradient background that is static relatively to the camera movements.
Changes in VRML Automation interface
- Pick method has been changed:
Layers without background: areas with no geometry are considered transparent for the picker.
One-sided surfaces: invisible side is ignored by picker.
Double-sided surfaces: the normal calculation is based on a visible side of the surface.
- New method of geometry bounding box calculation:
§ Now the bounding box can be calculated in global coordinates.
The FreeWRL team have put FreeWRL 1.21.2 on-line, with source, debian (.deb) and Apple OSX dmg downloads.
http://freewrl.sourceforge.net
Summary of changes:
- Verified MIME types for OSX and Linux plugins.
- Classic VRML/X3D parser:
- fixed memory error when IS fields were large.
- dramatic speed improvement in PROTO expansions; visible when large protos are
instantiated.
- XML parser:
- speed increase in parsing attribute values (one test shows 100x speed increase)
- PROTO expansion and Script invocation being reworked - may still have parse errors.
(in progress)
- Source Code:
- OpenGL Shaders code should compile on OpenGL 1.5 and above now (was 2.0 and above)
- CFuncs/sounds.h - include unistd.h on Linux machines.
- Misc rendering changes:
- Javascript, direct writing to scenegraph, boolean values were not correctly translated from
javascript to freewrl internal values.
- FaceSets with Color node, not taking material properties correctly (especially transparency)
- FaceSets, with RGB Color node, keep track of associated material transparency, and work through
color node changes.
- removal of temporary files - code has been reworked, as some temporary files (specific:
files retrieved by wget or curl) were not removed.
- initial work on CubeMapTextures.
- GeoPositionInterpolator - output value not translated to local spatial units. (fixed)
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