Challenge

Fork of Circles with D3

This example shows a playful array of six semi-transparent, brightly colored circles scattered across a pale green background. The visualization uses D3.js (version 7) to bind static data points—each specifying x and y coordinates, a radius, and a fill color—to SVG circle elements. The code leverages the `select` and `join` pattern to create the circles, setting their attributes directly from the bound data. The rendered result is a simple, colorful scatter-plot-like composition, demonstrating basic data binding and SVG manipulation with D3 in a Svelte environment.

Mmuslih_k_diy

86% match

Circles

A static collection of six colored circles sits on a light green background, each with a distinct position, radius, and fill color. The visualization demonstrates basic D3.js shape rendering within a Svelte component using the `select` API to create an SVG canvas. Data is stored as an array of objects containing `x`, `y`, `r`, and `fill` properties, which are bound to `<circle>` elements via `attr` calls. The circles use a uniform opacity value of 0.708, creating a subtle translucency across all shapes.

86% match

Fork of Circles with D3

Colorful translucent circles of varying sizes and positions float over a soft green background. Built with Svelte and D3, the visualization uses d3-selection to bind an array of six circle data objects to SVG circle elements. Each circle’s x, y, radius, and fill color are set directly from the data, with a fixed opacity of 0.708. The simple, static composition highlights how data-driven attributes can be efficiently mapped to visual properties in a Svelte component.

Aavicfai@126.com

Fork of Circles with D3

This example displays six semi-transparent circles of varying sizes and colors scattered across a pale green background. The circles are drawn using D3’s data join pattern within a Svelte component. The code imports `select` from D3, sets the SVG dimensions to match the container, and binds an array of position, radius, and fill values to each circle. Rendering is handled reactively when the container’s size changes, with opacity fixed at 0.708.

Fork of Circles with D3

This example displays six semi-transparent circles of varying sizes and colors scattered across a pale green background. The circles are drawn using D3’s data join pattern within a Svelte component. The code imports `select` from D3, sets the SVG dimensions to match the container, and binds an array of position, radius, and fill values to each circle. Rendering is handled reactively when the container’s size changes, with opacity fixed at 0.708.

Fork of Circles with D3

This example displays six semi-transparent circles of varying sizes and colors scattered across a pale green background. The circles are drawn using D3’s data join pattern within a Svelte component. The code imports `select` from D3, sets the SVG dimensions to match the container, and binds an array of position, radius, and fill values to each circle. Rendering is handled reactively when the container’s size changes, with opacity fixed at 0.708.

Fork of Circles with D3

This example displays six semi-transparent circles of varying sizes and colors scattered across a pale green background. The circles are drawn using D3’s data join pattern within a Svelte component. The code imports `select` from D3, sets the SVG dimensions to match the container, and binds an array of position, radius, and fill values to each circle. Rendering is handled reactively when the container’s size changes, with opacity fixed at 0.708.