Let's make a face with D3.js

Let's make a face with D3.js

This example demonstrates a dynamic fruit bowl visualization rendered as SVG circles, showing five apples that shrink to four and transform one into a lemon through timed transitions. The code uses D3.js v5 selection methods (`selectAll`, `enter`, `merge`, `exit`) with the `fruitBowl` module applying ordinal scales for color and radius via `scaleOrdinal` from d3. Data updates occur through `setTimeout` callbacks in `index.js`.

Let's make a face with D3.js!

This example shows a fruit bowl visualization where apples and lemons are rendered as colored circles, with a face-like arrangement created through D3.js data joins. The code uses `d3.select`, `d3.range`, and `d3.scaleOrdinal` to map fruit types to red and yellow colors and different radii. It demonstrates enter, update, and exit selections, first removing an apple, then replacing one with a lemon via `setTimeout`. The SVG output is generated from a simple `fruitBowl` function that binds fruit data to circles.

DDifan Gu

Let's make a face with D3.js

This example demonstrates D3.js update patterns for animating changes to a fruit bowl. Apples and lemons transition smoothly when fruits are removed or change type, with circles scaling and repositioning over one-second intervals. The `fruitBowl` module uses `scaleOrdinal` for color and radius mapping, while `transition().duration(1000)` animates enter, update, and exit selections. Data binds to SVG groups via `selection.data` with an id-based key function, and JavaScript `setTimeout` triggers the staged modifications.

Let's make a face with D3.js!

A fruit bowl demonstrates a data join pattern in D3.js, rendering five apples as circles with red fills inside a rounded rect bowl on an SVG canvas. The example uses `d3.scaleOrdinal` to map fruit types to colors and radii, and `selection.merge()` to update circles and text labels in place. Over timed intervals, the code removes fruits, replaces one apple with a lemon, and filters out another, showing how enter, update, and exit selections handle changing data.

Eemntd

Let's make a face with D3.js

This example demonstrates how D3.js can animate changes to a fruit bowl visualization over time, showing apples and lemons as colored circles on an SVG canvas. The fruitBowl module uses d3.scaleOrdinal to map fruit types to colors and radii. Through d3.select and data joins, the code updates the scene at one-second intervals, removing a fruit, changing one apple to a lemon, and filtering out another item. The visualization highlights D3's enter, merge, and exit selections for dynamic data binding.

Let's make a face with D3.js!

A fruit bowl visualization demonstrates data binding and transitions with D3.js. Rendered as SVG, it shows apples and lemons as circles with color and size scales, positioned along a bowl-shaped rectangle. The code uses `selection.data()`, `enter()`, `merge()`, and `exit()` to update elements, with `transition()` animating position changes. Over time, fruits are removed and one apple changes to a lemon, illustrating dynamic updates. The implementation relies on D3 v5 modules `scaleOrdinal`, `range`, and `select`, with state managed via `setTimeout` in the main script.

Ccpsshan

94% match

Let's make a face with D3.js!

Five fruit circles animate in and out of an SVG bowl as apples are eaten and one apple transforms into a lemon. The example demonstrates D3.js v6 data joins with enter, update, and exit selections, using `scaleOrdinal` for color and radius, and `transition().duration(1000)` to smoothly resize and remove circles. `setTimeout` triggers sequential state changes, showing how reusable chart functions like `fruitBowl` respond to changing data arrays.

LLidiamir

94% match

Let's make a face with D3.js

This example demonstrates how D3.js data joins and transitions can create an animated fruit bowl, with apples and lemons that appear and disappear over time. The code uses d3.scaleOrdinal for color and radius mapping, while d3.select and selection.merge handle enter, update, and exit states. SVG circles and text elements render each fruit, and transition().duration() animates position changes and removals. The visualization cycles through three timed updates: removing a fruit, changing one apple to a lemon, and filtering out another item, showing dynamic data binding with the fruitBowl module.