Fork of Fork of Fork of Svelte + D3 Starter

100%

Fork of Fork of Fork of Svelte + D3 Starter

✓ Published1🌍 Public

Last edited Mar 20, 2024

Created on Mar 20, 2024

Forked from Fork of Fork of Svelte + D3 Starter

This example demonstrates a fork of a Svelte and D3 starter template, showcasing a data visualization built with the D3 library. It renders a visualization using a force simulation, likely displaying a network or hierarchical structure, as indicated by the use of `d3.forceSimulation`. The code imports an App component from Svelte and mounts it to a container element, while the package configuration loads D3 globally from a CDN path. The visualization’s data source is not specified, but the rendering approach relies on D3’s layout and drawing capabilities within a Svelte component, emphasizing reusable, component-based interactive charts.

AI-generated description

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Fork of Svelte + D3 Starter

This fork of the Svelte + D3 starter visualizes a force-directed network graph. It uses `d3.forceSimulation` with charge and center forces to position nodes, while links are drawn as straight lines between connected points. The simulation updates in real time via Svelte’s reactive bindings, and the canvas is rendered inside a Svelte component. The code imports D3 7.8.5 and initializes the app with a single `main` export, demonstrating a minimal integration of D3’s simulation API with Svelte’s lifecycle. The visualization shows an interactive node-link diagram without additional data source specified.

Rreddysushma994@gmail.com

91% match

Loading thumbnail…

Fork of Svelte + D3 Starter

This example visualizes a dataset using a force-directed graph layout, displaying nodes as circles positioned by physics simulation. It shows how data points relate through computed spatial arrangement. The implementation uses Svelte for component rendering and D3’s `d3.forceSimulation` for the underlying physics, with forces for centering, collision, and linkage. The code imports `App.svelte` and mounts it into a target container, relying on D3’s global library from the VizHub configuration. The rendering approach is SVG-based, as indicated by the use of Svelte’s templating and D3’s manipulation functions. No specific data source is hardcoded, suggesting the dataset is external or generated within the component.

Rreddysushma994@gmail.com

90% match

Loading thumbnail…

Fork of Fork of Fork of Fork of Svelte + D3 Starter

This example visualizes a dynamic network of colored nodes connected by lines, with the layout evolving over time through physical simulation. The nodes drift and settle as forces repel them apart while links pull connected pairs together, creating an organic, clustered structure. Built with Svelte and D3, the code uses `d3.forceSimulation` with `d3.forceLink`, `d3.forceManyBody`, and `d3.forceCenter` to compute positions, while rendering each frame directly to the DOM through Svelte’s reactive updates. The dataset is generated procedurally with random nodes and edges, demonstrating a lightweight, interactive graph visualization.

Rreddysushma994@gmail.com

88% match

Loading thumbnail…

Fork of Svelte + D3 Starter

This example visualizes a small dataset of six circles, each positioned with explicit x and y coordinates and varying radii, to create a non-interactive scatterplot-like composition. The data is hardcoded in the Svelte component, and the circles are rendered as SVG elements via an `{#each}` block. The visualization uses a warm translucent orange background with semi-transparent circles, layering them to show overlaps and depth. It relies on Svelte’s built-in templating and styling, with no D3 API calls present, though the project is set up to import D3 as a dependency. The rendering approach is direct SVG manipulation through Svelte’s reactivity.

SSafrin La Batu

83% match

Loading thumbnail…

Fork of Circles with D3

This example generates a field of colorful circles using D3.js within a Svelte component. The visualization draws and animates the circles using the d3.forceSimulation API to distribute them dynamically across the canvas. The code demonstrates how to integrate D3’s data-binding and simulation capabilities directly into a Svelte application. The circles’ positions and movements are driven by the force simulation, creating an organic, floating arrangement. The project serves as a base template for creative modifications, such as holiday-themed variations, and relies on the D3 library version 7.8.5.

MMd Rizabul

81% match

Loading thumbnail…

Fork of Svelte + D3 Starter

This example shows a collection of six semi-transparent circles scattered across a warm orange-tinted background, each positioned by explicit x and y coordinates with varying radii and shades of blue. The circles are rendered as SVG elements within a 1000x500 viewport, using Svelte’s `{#each}` block to iterate over the static dataset defined in the component’s script. The visualization relies on Svelte’s reactive template syntax for declarative SVG attribute binding, while D3 is imported as a dependency but not actively used in this code. The circles are given a uniform opacity of 0.7, creating subtle overlaps that hint at layered relationships between the points.

SSafrin La Batu

81% match

Loading thumbnail…

Fork of React & D3 Starter

This example demonstrates a React and D3 starter template that integrates decoupled React and D3 patterns, using industry-standard ES modules and JSX for scalable project complexity. The visualization renders axes via `d3.axisLeft` and `d3.axisBottom`, with scales applied from a main App component that passes dimensions and margins as props. The chart is drawn to a DOM element using React’s `ReactDOM.render`, while D3 handles the SVG axis updates. The setup is designed for copy-paste into existing projects, showing a clean separation between React’s state management and D3’s imperative rendering.

JJasvitha Allamsetty

81% match

Loading thumbnail…

Fork of Svelte + D3 Starter

Four thin vertical bars mark the positions of four data points along a pink horizontal strip, with each bar placed by a linear scale mapping the domain 1–10 to the width of the SVG. The visualization uses D3’s `scaleLinear` inside a Svelte component to compute x-coordinates, while the bars themselves are simple SVG `<rect>` elements with low opacity and white fill. The data is a static array of numeric values, and the chart demonstrates a minimal integration of D3 scales with Svelte’s template syntax and reactive declarations.

LLuisa Vasquez

80% match