Bowl of Fruit: Nested Elements

Bowl of Fruit — Nested Elements

Five fruit appear as red and yellow circles with labels, showing how D3’s data-join and nested elements handle updates. Using `d3.scaleOrdinal` for color and radius, the example appends `g` groups containing `circle` and `text` nodes, then modifies the array over time to trigger enter, update, and exit transitions. The SVG rendering relies on `selection.merge` and keyed data to animate changes.

MMuhammad Jarir Kanji

Bowl of Fruit - Nested Pattern

Five fruits sit in a bowl as circles labeled with their type. The visualization demonstrates D3’s nested enter-update-exit pattern for animating changes to a data set over time. Using `d3.select`, `d3.range`, and custom `fruitBowl` logic, circles transition their radius and color via `transition().duration(1000)`, apples shown in darkred and lemons in yellow. Animated state changes include removing fruit, replacing one type with another, and filtering, all rendered as SVG.

MMunTatt Yap

Bowl of Fruit

A bowl of fruit demonstrates animated data joins with D3.js. Five apples render as colored circles, then a sequence of timed transitions removes fruit, changes an apple into an orange, and filters another apple, showing enter, update, and exit selections. The code uses `scaleOrdinal` for color and size, `transition().duration()`, and custom `fruitBowl` and `render` functions, rendering SVG groups with circles and text labels. Data is generated randomly with `Math.random` IDs.

YYifu Chen

Bowl of fruit - Nested Elements

A dynamic fruit bowl demonstrates data joins and nested elements with D3 v5. Five circles represent apples, rendered as red groups with uppercase text labels. As the simulation runs, fruits disappear, and one apple transforms into a yellow lemon, changing both color and radius. The code uses `d3.scaleOrdinal` for color and radius scales, `selection.data` with object constancy, and group elements containing circle and text children, with enter, update, and exit selections managing transitions.

Ssploitfun

Bowl of fruit General Nested Elements

A bowl of five apples renders as circles inside a rounded rectangle, with each fruit labeled by type. Over time, the animation removes apples, changes one apple into a lemon, and filters out another, demonstrating how nested SVG elements (groups, circles, text) update through D3's selection and merge APIs. The visualization uses D3 v5’s `scaleOrdinal` for color and size scales, and animates radius transitions with `.transition().duration(1000)`. The code relies on general element nesting with `selectAll` and enter/exit patterns, driven by a timer that mutates the fruit data array.

DDaniel García

Bowl of Fruit

Five fruit circles with labels animate in a bowl-like row, with apples disappearing and one changing to a lemon. The example uses D3 v5’s data join and ordinal scales (colorScale, radiusScale) to map fruit type to fill and size, while enter and exit transitions handle updates. SVG rendering and React framework structure the visualization, with timeouts triggering pop, type-change, and filter operations.

PPaolaAntonicoli

Bowl of fruit. Nested Version

A bowl of fruit shows a stateful, animated sequence of fruit on a platter. The D3.js v5 example repeatedly calls a custom `fruitBowl` component that uses a data join to add, update, and remove SVG groups and their circles and text labels. Using `scaleOrdinal` for color and radius, apples and lemons are drawn in red and yellow at different sizes. A timer alternates between popping items from the array and changing an apple to a lemon, demonstrating the enter, update, and exit transitions of the D3 selection API's `.enter().merge()`.

AAlex Arobelidze

Bowl of fruit

A bowl of fruit demonstrates data-binding and animated transitions in D3.js, using circles to represent apples and lemons that update over time. It shows how fruits are added, removed, and have their type changed, with each fruit assigned a unique id to track enter, update, and exit selections. The code uses `d3.scaleOrdinal` for color and radius mapping, `selection.merge`, and `transition.duration` to animate position and size changes over one second. Rendering uses SVG elements driven by a `fruitBowl` function that receives a fruits array and height, with JavaScript `setTimeout` calls triggering sequential updates.

TTheRedUnicorn