Demonstration : Embed SVG Content In Affiliated Websites Or Apps
The demo is hosted in Germany (client repositories are local) so the browsing performance of SVG content is relative to your global position.
Virtual SVG is generated when unformated visual elements descriptors stored inside a repository database are merged and
configured into SVG then javascript is dynamically generated to facilitate visual effects and animations. The 5 dynamic
elements of backgrounds, links, articles, effects and animations are added to instances of pre-existing SVG compositions.
This dynamic behavior is unique to the Scavecgraph SVG Platform and is impossible through conventional use of SVG files. 
                
                    <html>
                        <svg id="Composition Instance SVG">
                        <svg id="Background SVG"></svg>    1) SVG Background
                            <a id="Link To Composition Instance SVG">    2) Link
                                <path d="Shapes, Symbols and Text Paths"></path>
                            </a>
                            <a id="Link To Composition Instance SVG">
                                <text>Phrase</text>
                            </a>
                            <text id="Article Text">    3) Article
                                Text Line ...
                                Text Line ...
                                Text Line ...
                            </text>                                    
                        </svg>
                        <script id="Algorithms">
                            var SVG = SVG("Composition SVG");
                            SVG.effects ...    4) Effect Filters               
                            SVG.animations ...    5) Animations
                        </script>            
                    </html>
Portlet (direct)
Channel (direct)
Portal (direct)

For the purpose of a practical demonstration of what the Scavecgraph SVG Platform has to offer. We created
illustrations of the architecture and functionality of the system components and concepts which use the platforms
proprietary delivery mechanisms of channels, portlets & portals exposing SVG content to devices.

Likewise the SVG imagery of your domain specific concepts and underlying constructs will also utilize the
same delivery mechanisms for your content to be embedded in affiliated websites and apps in configurable
layouts and esthetics to be complementing the brand (graphic identity) of the hosting containers coloring and style.

This offers a very effective methodology to satisfy all the requirements of syndicating your SVG content. Entry
points of channels and portlets facilitate graphic aspects of the delivery mechanisms whereas portals
facilitate hierarchical rich text perspectives that direct and elaborate on the imagery in the SVG channels.

As SVG graphic element descriptors in SVG repositories are not tangled in a specific format like the XML
in SVG files. It is highly manipulable as demonstrated by the flexible delivery mechanisms accommodating all
devices to present the SVG content in the appropriate formats. This means you can concentrate your efforts
on creating attractive SVG content and let the platform take care of all the complicated delivery mechanisms.

To ensure that your SVG content is only viewable by an intended audience through your approved affiliated
websites each website must be registered with the repository or else it is automatically blocked and redirected.

Open Portlet : Traffics SVG compositions with visual element navigation linking between SVG compositions.
Open Channel : Contains an SVG portlet with the default and history navigation bars for caching compositions.
Open Portal

: Contains an SVG channel and hierarchical rich text perspectives directing and elaborating on.
On a device rotation to portrait it goes to vertical layout and on landscape to horizontal layout.
these are reference examples for your affiliates on how to interface with the scavecgraph delivery mechanisms