Fork of Fork of Fork of Cool viz with o'clock filter: Nadieh viz

100%

Fork of Fork of Fork of Cool viz with o'clock filter: Nadieh viz

✓ Published0🌍 Public

Last edited Feb 23, 2025

Created on Feb 23, 2025

Forked from Fork of Fork of Cool viz with o'clock filter: Nadieh viz

This visualization presents an interactive analysis of the PDF.js open-source ecosystem, combining multiple chart types to show contributor and repository relationships. The network graph uses D3's force-directed layout with curved SVG paths to display collaboration patterns, while a circle packing diagram and bar charts show commit distributions across authors and repositories. Interactive features include zoomable axes, hover tooltips showing commit counts and author details, and draggable nodes. The visualizations leverage d3.forceSimulation, d3.zoom, d3.stack, and d3.rollups, rendering with SVG and WebGL animations from commit data spanning multiple PDF.js contributors.

AI-generated description

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Fork of Fork of Cool viz with o'clock filter: Nadieh viz

This visualization analyzes PDF.js contributor and repository relationships using D3 v7. It displays a network of authors, repositories, and commits through multiple interactive charts including a force-directed collaboration graph, circle packing visualization, and bar charts. The code uses `d3.forceSimulation`, `d3.pack()`, `d3.rollups()`, and SVG rendering with tooltips and zoom functionality. The visualization processes CSV data of commit counts, author names, and repository metadata to show contribution patterns across the codebase.

NNita

98% match

Loading thumbnail…

Fork of Fork of Cool viz with o'clock filter: Nadieh viz

This visualization analyzes PDF.js repository contributions through multiple interactive D3.js charts. It displays total commits by author as zoomable bar charts, a force-directed network graph showing collaboration patterns between authors and repositories, and a circle packing diagram representing repository contributor hierarchies. The code uses d3.rollups for data aggregation, d3.forceSimulation for network layout, and d3.pack for hierarchical layouts, with data loaded from CSV files using d3.csv. Tooltips provide additional detail on hover for each visualization.

NNita

98% match

Loading thumbnail…

Fork of Cool viz with o'clock filter: Nadieh viz

This gallery entry presents a network analysis of PDF.js contributors, showing a radial graph that connects the central repository to its contributors and related projects. The visualization combines an animated D3 force simulation with multiple chart types, including bar charts of commit counts per author and repository, and a grouped bar chart analyzing complaints and FIR data from CSV files. The code uses D3 v7 APIs such as `d3.rollups`, `d3.zoom`, `d3.forceSimulation`, and `d3.scaleBand` to create interactive, zoomable charts with tooltips and hover effects.

NNita

95% match

Loading thumbnail…

Fork of Fork of Cool viz with o'clock filter: Nadieh viz

A multi-faceted dashboard visualizes the contributions of authors to the PDF.js project and related repositories, alongside missing children statistics for Indian states. The network graph uses `d3.forceSimulation` to show connections between authors and repositories, while circle packing with `d3.pack` and stacked bar charts with `d3.stack` display commit counts and demographic data. Bar charts, rendered with `d3.scaleBand` and `d3.scaleLinear`, include zoom capabilities via `d3.zoom` and interactive tooltips on hover, with color scales like `d3.interpolateHcl` and `d3.scaleSequential` enhancing data readability.

NNita

94% match

Loading thumbnail…

Fork of Fork of Cool viz with o'clock filter: Nadieh viz

This multi-view dashboard analyzes contributor activity and repository metrics from PDF.js and related projects. It includes bar charts for commit counts by author and repository, a static force-directed network graph, and several charts visualizing missing children data across Indian states. Interactive hover effects provide detailed tooltips. The visualization uses D3.js v7 APIs such as `d3.rollups`, `d3.forceSimulation`, `d3.stack`, and D3-based SVG rendering, with data loaded from local CSV files.

NNita

94% match

Loading thumbnail…

Fork of Fork of Fork of Nadieh viz

This interactive dashboard analyzes commit data from the PDF.js project, presenting a network graph of author collaborations and repository contributions. The visualization uses d3.forceSimulation to position nodes, with force-directed layout and drag functionality, while a central node connects contributors to various repositories. Additional views include horizontal bar charts showing commit counts per author and per repository, both featuring d3.zoom for interactive scaling. The dashboard incorporates tooltips on hover and visual encoding through graduated color scales, revealing patterns in contributor activity and project repository relationships.

NNita

91% match

Loading thumbnail…

Cool viz with o'clock filter: Nadieh viz

This visualization analyzes PDF.js development data, showing contributor commit activity through an interactive network graph of authors and repositories. A central force-directed layout uses `d3.forceSimulation` with colored nodes and curved links, where gradient paths encode commit counts between connected entities. Additional charts display commit distributions by author and repository, with zoomable SVG bar charts featuring tooltips on hover. The visualization combines SVG and WebGL rendering approaches, processing CSV data with D3 rollups to aggregate metrics across the project's development history.

NNita

91% match

Loading thumbnail…

Fork of Fork of Fork of Nadieh viz

This visualization explores GitHub repository commit data through multiple interactive charts, primarily featuring a circular network graph that maps contributors to the mozilla/pdf.js repository using curved paths and positioned nodes. The main view shows contributor commit counts as scaled circles arranged in concentric rings around the pdf.js center node, with hover effects highlighting connections and tooltips displaying author details. Additional charts include bar charts of commits by author and repository, plus stacked bar charts of missing children data from Indian states, all using d3.v7 with SVG rendering, zoom transforms, and tooltip interactions.

NNita

90% match