100%

Fork of Editing Faux Data Viz

✓ Published0🌍 Public

Last edited Aug 4, 2025

Created on Aug 4, 2025

This example displays a collection of hand-crafted SVG waveform paths drawn on a light gray canvas. Each path is rendered as a black, unfilled stroke, creating a set of overlapping curves that resemble abstract data plots or signal traces. The visualization uses D3 v7 to append the SVG elements, with path data defined as static string constants in JavaScript. The code constructs rectangular background layers and a main container, then iterates over the path array to add each curve with a consistent stroke style.

AI-generated description

SVG Data Visualization

This is a simple SVG-based data visualization project showcasing various waveform patterns.

Project Structure

index.html: Main HTML file
styles.css: CSS styles
visualization.js: Main visualization logic

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Editing Faux Data Viz

A line chart renders seven distinct data series as smooth red curves on a white plot area over a light gray background. The chart uses the D3.js library (v7) to generate SVG paths from hardcoded x/y coordinate arrays, applying a basis curve through `d3.line().curve(d3.curveBasis)` for smooth interpolation. A static SVG provides the chart frame and plot region, while the script removes any existing paths and appends new ones with a red stroke, demonstrating a transition from hardcoded SVG to data-driven D3 generation.

NNita

82% match

Loading thumbnail…

Fork of SVG Fundamentals

This example displays a large, intricate SVG path depicting an abstract, organic form, likely a map or creature shape, composed of numerous curved segments. The path data defines a complex silhouette with many internal details, rendered as a solid black shape on a white background within a 1000x1000 viewport. The rendering relies solely on the SVG `path` element and its `d` attribute, using the inherent styling of SVG within an HTML page. The source code is a static SVG fork of a tutorial, with no additional JavaScript libraries like D3.js involved.

KKamen Yin

80% match

Loading thumbnail…

Fork of Data viz - course 1

This example presents a single, animated SVG path rendered as a deeppink stroke on a blank canvas. The path is defined directly within the markup with a lengthy `d` attribute, and CSS controls its motion through the `stroke-dasharray` and `stroke-dashoffset` properties, looping the dash pattern with an `animation` keyframe. The effect draws and redraws the line in a continuous cycle. Built with React and SVG, the visualization relies on plain HTML, CSS, and JavaScript, with no additional data sources or external libraries used beyond the standard web platform.

FFilip Pavlove

80% match

Loading thumbnail…

Fork of Fork of Cool Art : generated line data with d3 line generator api : circle on path-1

This example displays a black canvas filled with a single smooth, multi-colored curved line and a scatter of small, similarly colorful outlined circles. The path is generated from an array of 999 random coordinate pairs using the d3.line generator with a basis curve, while the circles are drawn at the same data points. Both elements use random RGB values for their strokes. The visualization demonstrates D3 v7’s line and shape-rendering APIs to create an abstract, generative art piece entirely from synthetic data.

NNita

80% match

Loading thumbnail…

Fork of Fork of HTML Starter

This example renders an SVG path using D3.js version 7, displaying two transformed copies of a single path data string. The visualization demonstrates how to create an SVG container, use D3's `select` and `append` methods, and apply SVG transformations like `translate` and `scale` to position and resize the path. The code also shows data joins with `join` to add path elements, styling them with different stroke widths, colors, and fill opacities. A white stroke outline is added beneath each path for improved visibility.

NNita

80% match

Loading thumbnail…

Fork of SVG Fundamentals

This example demonstrates layered linear paths converging toward a focal point, creating an illusion of depth or perspective within an SVG canvas. The visualization uses repeated `<path>` elements with varying starting Y-coordinates to draw a fan of slanted lines over a filled, darker background shape. Rendering relies on raw SVG markup with CSS styling for stroke attributes, while the `d` attribute defines each path’s geometry. No external libraries or data sources are used, as the composition is purely geometric and programmatically fixed in the HTML.

CChris Gullian

80% match

Loading thumbnail…

Fork of C

This example demonstrates a basic D3 version 6 workflow using static SVG shapes and imported data. The visualization renders circles, rectangles, lines, and a path with custom CSS styling, including a grouped transformation and layered transparency. It imports car JSON data from a separate module and assigns a text message to an HTML element, though no dynamic data binding or interaction is shown. The rendering relies on declarative SVG markup and standard DOM manipulation, with no use of D3 scales or layout functions.

Sschorschorama

79% match

Loading thumbnail…

Fork of Fork of Fork of Cool Art : generated line data with d3 line generator api : circle on path

This visualization displays a dense scatter of small circles arranged along a curved line path, with randomized positions creating an organic, generative art composition. The SVG rendering uses D3 v7 to generate 7,000 data points, where each point’s coordinates are derived from random values multiplied by incrementing indices. The d3.line() generator with curveBasis interpolation creates the underlying smooth path, which is stroked with a randomly colored line. Circles are then plotted at the same coordinates, each filled with varying RGB values, producing a colorful, dynamic pattern against a black background.

IisZachariah

79% match