Gist 3511866

Gist 3512061

This example visualizes the MPEG ReferenceSignalLocation prototypal declaration, showing how fields like source, referenceResources, detectionHints, and transformation values (translation, rotation) are structured within an XSLT-based prototypal schema. It renders the field definitions with their types and default values, using the VRML97 hints (exposedField, eventOut) to indicate data flow. The display lists each field name, its associated data type (e.g., Strings, Boolean, Vector3Array), and the default array values as literal text. The code relies on the XSLT transformation framework to parse the protoDeclare element, presenting the hierarchy without external JavaScript libraries.

80% match

Gist 3512183

This visualization demonstrates the spatial layout of a map overlay structure using an XML-based prototype definition. It renders the hierarchical relationships between nodes and their child elements as a force-directed graph, computed with `d3.forceSimulation`. The code uses an XSLT file to parse the prototype’s field definitions, mapping the `children`, `addChildren`, and `removeChildren` attributes into visual nodes and links. Geographic context is implied through the `org:mpeg:mapoverlay` namespace, but no explicit map projection is applied; instead, the layout focuses on the structural connectivity of the data.

74% match

Gist 3511675

This visualization renders an X3D IndexedFaceSet schema definition as a structured diagram, showing the hierarchical relationships between the complexType and its child elements (color, coord, normal, texCoord) along with their attributes and default values. The code uses XSLT transformations to process the XML schema, likely converting it into a graphical node-and-link representation. It highlights the element declarations, attribute groups, and type definitions from the X3D specification, with the source data being the gistfile1.xslt file. The visualization emphasizes the schema’s structure, including optional attributes like ccw, solid, and coordIndex, without implying any interactive or dynamic behavior.

71% match

Gist 3512104

This visualization demonstrates an XML schema definition for an OrientationInterpolator, a component that maps time-based keyframes to rotation values. It shows how the XMT-A specification structures interpolator data through a complexType containing an optional IS element and attributes for key (MFFloat) and keyValue (MFRotation) arrays, while inheriting the DefUseGroup attribute group. The rendering approach relies on the raw XSLT file, which presents the schema hierarchy directly as text, with no graphical or interactive elements—the code merely declares the type structure rather than executing any visualization logic.

71% match

Gist 3512176

This example shows an interactive map prototype built with X3D, where users can pan, zoom, and switch between map providers and modes through a declarative ProtoDeclare interface. The map’s center and zoom level are exposed as event fields, while child nodes and overlays can be added or removed dynamically. The code relies on X3D’s event-in and exposedField mechanisms to handle user input and update the map’s GPS coordinates, making it a functional template for embedding tiled map navigation in a 3D scene graph.

Gist 3512093

This example visualizes a three-dimensional viewpoint model defined in X3D, showing how a virtual camera’s position, orientation, and field of view are structured. It renders the viewpoint as a geometric scene using the XSLT transformation in `gistfile1.xslt`, which parses the `<Viewpoint>` element and its attributes. The code relies on standard XML and XSLT processing to convert the viewpoint data into a visual representation, likely for interactive 3D exploration. The visualization highlights the default camera parameters, including position `(0 0 10)` and orientation, without simulating user navigation or animation.

Gist 3511653

This visualization uses a force-directed simulation to arrange nodes representing XML schema components, specifically complex types like CoordinateType. The layout relies on d3.forceSimulation to position elements, while the rendering shows the hierarchical relationship between the coordinate type definition and its attribute group references. The code defines XML schema elements and attributes, such as the point attribute of type MFVec3f, and visualizes their structural connections. The data source is the XSLT file itself, which contains the schema definitions being displayed.

Gist 3511878

This visualization example displays an XML Schema complex type definition for a 2D background element, showing how structured metadata attributes such as backColor and url are declared. The code uses XSLT to transform the schema, with the rendering relying on the xmta namespace for type references like SFColor and MFUrl. It demonstrates a declarative approach to defining visual properties within an XML-based configuration system, where the background layer can be customized through color and image URL attributes while optionally including an internal reference (IS). The example highlights how schema definitions encode rendering parameters without explicit drawing logic.