Gist d2687f14229e40bdda2b6d126307fb53

Gist 1b0b20e0ad0d7c0f4d873ef2700bc4ff

This visualization presents a weekly job-application tracker from a markdown checklist, rendered as an interactive bubble chart. The data shows two goal categories—finishing take-home projects and applying to twenty specific companies—with completion states indicated by checkboxes. The code uses d3.forceSimulation to position bubbles by category, with each bubble sized by the length of the company name and colored by completion status. Hover interactions reveal the company name and status via tooltips, while the underlying data is parsed directly from the markdown structure. The rendering approach emphasizes the progress toward the application goal through spatial grouping and visual encoding of checkbox states.

85% match

Gist dbe8122ef6678bc81c0628ce7b6020f9

This example tracks a job-search progress checklist in a GitHub gist, visualizing task completion across categories like personal projects and applications. The code renders each checklist item as a node in a force-directed graph, using d3.forceSimulation to position items by category and status (checked or unchecked). A custom SVG rendering layer draws links between related tasks and colors nodes by completion state, while the layout derives directly from the gist’s markdown structure. The visualization shows how a simple to-do list can be reimagined as an interactive network, with hover tooltips revealing task titles and URLs from the source data.

78% match

Gist e4ad04560d14bf59d0642b48bf3e436b

This example visualizes a job-search and interview-preparation checklist as a network diagram. It shows the relationships between job applications, interview tasks, and study resources using a force-directed layout. The visualization uses D3.js’s `d3.forceSimulation` to position nodes and links, with each node representing a task or company and edges showing dependencies. The code renders custom SVG elements, and hover interactions highlight connected nodes. Data comes from a Markdown checklist, parsed and converted into graph form. The rendering approach emphasizes task progression, with completed items visually distinct, and uses transition tweens for smooth layout updates.

76% match

Gist 74ec5d85ba7c8d07ef4c93a5ab6c2088

This example visualizes the project-management workflow for a software development cycle, breaking down tasks, goals, and quality criteria into an interactive graph. It shows how issues from a GitHub repository are connected to broader project objectives and acceptance standards. The visualization uses d3.forceSimulation to position nodes representing tasks, goals, and quality metrics, with d3.select and d3.drag enabling user interaction. Data is sourced from a static JSON snapshot of the project’s markdown files and linked issue URLs, rendered as a network diagram that clarifies dependencies and priorities without relying on live API calls.

67% match

Gist bdbc9e7fea0925a8a7abac0066804aef

A React component builds an interactive curriculum vitae where a force-directed graph represents professional experience and skills. Using d3.forceSimulation, the layout positions connected nodes for each role, skill, and technology, with links showing relationships between them. The visualization reads from embedded CV data, allowing users to explore career history and technical expertise through an animated, zoomable network.

SSleepyHarry

Todos

A todo list application demonstrates building interactive user interfaces with d3-component, using Redux for state management and d3 transitions for enter and exit animations. The interface supports adding, toggling, and filtering todos by visibility status. The code leverages d3-component’s render, create, and destroy lifecycle hooks, with transition calls animating list item size changes, and a key function binding data to DOM elements.

CCurran Kelleher

Gist d48666ba0aaed38491ff5ccd5214c9a2

This example is a resume presented as a single-page, data-driven document. It shows the candidate's professional summary, technical skills, project history, and education. The visualization is built with React and leverages the D3.js library to create a custom layout for the resume's content. The code uses `d3.forceSimulation` to position the various sections, likely creating a network or bubble-like arrangement. The data is sourced directly from the resume text, which is parsed and rendered through a React component, demonstrating a non-traditional, interactive approach to displaying structured personal information.

AAbiyMelaku

Gist 0e2d25c5a6ad6d6449636f60b210e178

This interactive resume visualizes Abiy Melaku’s career history and technical skills using a custom React and D3.js interface. The view presents a network-style layout where each professional role and project appears as a distinct node, with connectors linking to relevant technologies and keywords from the resume. Built with React for component state and D3’s force simulation for spatial arrangement, the visualization lets viewers hover over nodes to reveal detailed descriptions of responsibilities and tools. The code directly parses the resume’s structured text data, mapping each bullet point and section into interactive, color-coded elements that update in real time.

AAbiyMelaku