ScatterPlot circlepacking D3 Version 05

ScatterPlot circlepacking D3 Version 05

This example combines a scatter plot with circle packing to visualize hierarchical sound data. It shows a root node with children representing sound files, each containing layered sub-nodes with numeric values. The visualization uses D3 v5 to render SVG circles and text, with hover effects that change circle fill to red. The interface includes a timer with start, stop, and reset buttons, as well as a sound selection dropdown with a preview button. The data is embedded directly in the code, and the layout uses custom positioning based on scatX and scatY coordinates.

92% match

ScatterPlot circlepacking D3 Version 05

This example visualizes a hierarchical dataset of sound files as an animated scatterplot and circle packing diagram using D3 v5. Root nodes represent audio categories positioned by their `scatX` and `scatY` coordinates, while child nodes appear as packed circles sized by their `value`. The layout is rendered as an SVG, with interactive hover effects that change circle colors. Additionally, the visualization includes a timer, audio playback controls, and a file selector, demonstrating integration of multiple JavaScript libraries alongside D3's selection and scale APIs.

92% match

ScatterPlot circlepacking D3 Version 05

A hybrid visualization combines a scatter plot with circle packing to represent hierarchical sound design data. Using D3 v5 within a React framework, the SVG scene maps top-level sound categories (like Clap or Gunshot) as scatter points positioned by `xRange` and `yRange` scales, with nested child layers packed via `d3.pack`. Interactive hover events display sound names, while click events increment a visual counter. The interface integrates audio playback controls and a timer, though the core focus remains the layered spatial encoding of sound file relationships.

91% match

ScatterPlot circlepacking D3 Version 05

This example combines a scatter plot with a circular packing layout to visualize a hierarchical dataset of sound files, where each parent node represents a sound category and its children are individual audio layers. The visualization uses D3 v5 to render an SVG, with circles positioned according to normalized x/y coordinates from the data. Hovering highlights circles in red with reduced opacity, while a set of timer controls and a sound selection dropdown provide interactive utility features. The code leverages D3’s scales for coordinate mapping and jQuery for DOM manipulation.

91% match

ScatterPlot circlepacking D3 Version 05

This example visualizes a hierarchical sound library as a circle-packing layout, with parent nodes representing sound categories like gunshots and explosions, and child nodes for individual layer files. The visualization uses D3 v5’s `d3.hierarchy` and `d3.pack` to generate the nested circles, rendered in SVG with hover effects that change circle fill color. Audio controls let users select and play a target sound, with a timer and play/mute buttons implemented in JavaScript, while leaf values modulate circle sizes.

90% match

ScatterPlot circlepacking D3 Version 05

This interactive visualization merges a scatterplot with a circle-packing layout to map sound files and their component layers. Each top-level node represents a sound, positioned by its normalized x/y coordinates, while nested children are packed into circles whose sizes reflect their `value` attributes. The D3 v5 (d3.v5) code uses a force-directed simulation to resolve overlaps between nodes, rendering them as SVG circles. Hovering highlights nodes in red per the CSS. A JavaScript timer and sound-preview selector provide playback controls, though the core graphic remains a static, animated-free representation of hierarchical audio data.

90% match

ScatterPlot circlepacking D3 Version 05

This example combines a scatter plot with a circle-packing layout to visualize a hierarchical collection of sound files and their layers. Each parent node (such as Clap01.wav) is positioned using x and y coordinates defined in the data, while child nodes representing individual audio layers are packed into circles. The visualization uses d3.hierarchy and d3.pack to compute the nested circle layout, with d3.scaleLinear handling the spatial mapping. Hovering over any circle highlights it in red via CSS transitions, and all elements are rendered as SVG.

88% match

circle packing D3 Version 05

A hierarchical circle packing visualization maps an audio effects library into nested bubbles, with root nodes representing sound categories (Clap, Gunshot, MetalHit) and child nodes encoding individual waveform layers. The D3 v5 layout uses `d3.hierarchy` and `d3.pack` to compute circle positions, while `d3.forceSimulation` applies force-directed scattering to separate clusters. SVG circles render with partial opacity, and hovering highlights nodes red through CSS transitions. The code reads from an embedded `soundData` JSON structure, assigning each leaf a proportional area based on its `value` attribute, with the visualization updating dynamically as the simulation settles.