Gist 3512183

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.

80% match

Gist 3512045

This visualization maps the structure of X3D scene-graph definitions by rendering an XML schema as a network of nodes and links. It shows how complex types, elements, and attribute groups interconnect through references and inheritance. The code uses D3.js’s `forceSimulation` to compute node positions and SVG paths to draw links between schema components. Node sizes and colors encode type hierarchy, while the XSLT source file is parsed to extract these relationships. The rendering approach relies on standard SVG elements and D3’s data-binding to reflect the schema’s nested dependencies.

78% match

Gist 3511495

This visualization displays an XML Schema complex type definition for line properties, showing the hierarchical structure of elements and attributes. It uses a force-directed layout via `d3.forceSimulation` to position nodes representing XML components, with links depicting parent-child relationships and attribute references. The code renders the graph using SVG elements, including circles for elements and rectangles for attributes, while labels show names and default values like `lineColor` and `width`. The data comes directly from the parsed XSLT file, with node positions animated through simulated forces.

78% match

Gist 3512071

This example visualizes the structure of an XML schema by rendering its complex type definitions and element relationships. It uses d3.forceSimulation to position nodes in a force-directed layout, with SVG paths drawn via d3.geoPath to connect related elements. The code parses the XSLT file’s type hierarchy, mapping attributes and child elements into a graph. Rendering relies on d3’s selection and data-binding APIs, while the force simulation’s tick handler updates node coordinates and link positions dynamically. The visualization highlights how the SwitchType and its nested choice elements relate to other schema components.

77% match

Gist 3511474

This example visualizes the hierarchical structure of an XML Schema Definition (XSD) file, showing how complex types and elements relate through nested appearance and material definitions. The rendering relies on an XSLT transformation (gistfile1.xslt) to process the XSD, while the visualization itself uses d3.forceSimulation for node layout and d3.geoPath for any map-based elements. The code explicitly references XML Schema types like AppearanceType and SFMaterialNodeType, indicating the data source is the XSD’s type hierarchy. The display emphasizes the composition of appearance-related nodes, with material, texture, and textureTransform as child groups.

Gist 3511889

This visualization demonstrates the structure of an XML schema’s GroupType definition, showing how child elements and attribute groups are organized hierarchically. It renders the schema as an interactive tree using D3.js, where each node represents a complex type, element, or attribute group. The code employs `d3.forceSimulation` to position nodes and uses SVG paths to draw links between parent and child elements. The underlying data comes from the XSLT file, which defines the schema’s nested relationships, and the visualization updates dynamically as the simulation runs.

Gist 3512188

This example visualizes the movement of map markers in a geographic space, showing how they respond to a simulated force field. It renders an interactive map using d3.geoPath for geographic outlines and d3.forceSimulation to drive the marker positions, which are defined as VRML97 prototypes with GPS coordinates. The markers’ locations update dynamically as the simulation runs, revealing the clustering and dispersion patterns of the data points. The code relies on XSLT to transform the input data into the visualization structure, with marker properties like position stored in vector2 fields.

Gist 3511659

This example visualizes the hierarchical structure of an XML Schema Definition (XSD) type, specifically the `TextureCoordinateType` complex type and its nested `IS` element. Built with D3.js, it uses `d3.forceSimulation` to position nodes in a force-directed graph, with links representing the `element` and `attribute` relationships from the XML. The visualization reads the gistfile1.txt source directly, parsing the XSD to extract the type hierarchy. Nodes are rendered as circles, and edges connect parent and child components, showing the schema’s logical layout. The code also references the `DefUseGroup` attribute group, indicating reuse of common definitions in the rendered graph.