Bubble Chart

Bubble Chart D3.v4 One Hierarchical Level

This bubble chart displays the cardinality of six clusters from a JSON dataset, with each cluster represented as a colored circle scaled by its size value. Built with D3.v4, the visualization uses the `d3.pack` and `d3.hierarchy` APIs to compute circle positions and radii, rendering nodes as SVG groups with attached circle and text elements. The input data is loaded asynchronously via `d3.json`, and the chart is generated within an 500-pixel square SVG canvas.

RRosaRomeroGomez

80% match

Bubble charts - bottom y axis alignment

This example displays a bubble chart with four circles representing groups A through D, positioned horizontally with their bottoms aligned along the lower edge of the SVG canvas. Circle size encodes the `total` value using a square root scale, while opacity reflects the same metric. The visualization uses D3 v7’s selection, data join, and scaleSqrt APIs to bind dummy data to SVG circle and text elements, with labels placed at each bubble’s center.

80% match

Category clustered Bubble Chart

This example shows a clustered bubble chart where circles are grouped by color-coded regions, with bubble size representing total cost and labels indicating country. The visualization uses D3.js v7 with a d3.pack layout to position circles within a hierarchical cluster structure, processing data from a CSV file loaded via d3.csv. SVG renders the circles and text labels, while a custom HTML tooltip displays country, region, and cost details on mouseover, with d3.scaleOrdinal mapping region values to a color palette.

79% match

Six unlabeled circles of varying radii float on a blank SVG canvas, with each bubble’s fill color mapped from its radius via a custom `colourPicker` function. The code uses D3 v4’s data join (`selectAll`, `data`, `enter`) to append `circle` elements, positioning them with fixed `cx` and inverted `cy` values from a hardcoded dataset. The y-axis is flipped by subtracting each `cy` from the chart height. Rendering is pure SVG, with no axes, transitions, or interactivity.

Rremyapk

78% match

Bubble Chart

This bubble chart displays three data points as red circles, with each bubble’s horizontal position, vertical position, and radius mapped from the `a`, `b`, and `c` fields of the data array via `d3.scaleLinear` ranges. The SVG rendering uses D3 v7’s selection API (`d3.select`, `.enter().append()`) to create the circles, while `d3.axisBottom` and `d3.axisLeft` add labeled x- and y-axes with explicit pixel translations. The static example demonstrates basic D3 scales, SVG circle generation, and axis construction without interaction or animation.

Ssaipaidipalli

Bubble Chart - Clustered with CSV import + Tooltip

This bubble chart displays clustered circles representing sales records, with each bubble’s size corresponding to Total Profit and country labels inside. Built with D3 v7, it loads data via `d3.csv` and uses the `d3.pack` layout to arrange circles hierarchically. A custom HTML tooltip appears on mouseover, showing the country and profit value, with hover styling changing the fill color. The visualization renders as SVG within a React-free HTML page, using `d3.select` and `join` for dynamic circle and text creation.

Bubble Chart Example

This example visualizes a small dataset of points with x, y, and size attributes as a bubble chart, where each circle's horizontal and vertical positions map to the x and y values, and its radius corresponds to the size value. The chart is rendered as an SVG element using the d3.v6 library, including linear scales for both axes, axis ticks and labels, and steelblue filled bubbles. The code demonstrates the use of d3.select, d3.max, d3.scaleLinear, d3.axisBottom, and d3.axisLeft.

BBhavanaGIrni

Pseudo Bubble Chart

This pseudo bubble chart demonstrates a scatterplot-style visualization where circles of varying sizes represent data points along x and y axes. The visualization uses React to render an SVG scene containing multiple gray circles and one prominent purple circle, with axis labels and grid lines provided by plain SVG elements. The code utilizes standard SVG primitives such as `<circle>`, `<line>`, and `<rect>` within a fixed viewBox, while CSS styling controls the text appearance for axis tick labels.