Untitled

100%

✓ Published0🌍 Public

Last edited Mar 30, 2023

Created on Mar 30, 2023

A grid of 3D cubes with varying heights is rendered using the d3-3d library, with each cube colored and labeled by its height value. Users can drag to rotate the entire scene, which updates the cube positions, faces, and text labels in real time. The visualization uses d3._3d() for 3D projection, d3.drag() for interaction, and SVG transitions for smooth animations, with data generated procedurally via d3.randomUniform.

AI-generated description

A bare minimum HTML page demonstrating use of CSS and JavaScript.

Similar vizzes

Loading thumbnail…

Untitled

A grid of colored 3D cubes displays varying heights, with each cube's height labeled numerically on its top face. Users can click an "update" button to refresh the data, which generates new random height values for each cube. The visualization supports interactive rotation by dragging the mouse, allowing the entire cube arrangement to be viewed from different angles. The code uses the d3-3d library to project cube vertices, computing visible faces and sorting them for proper depth rendering, while handling mouse drag events to update the rotation angles and re-render the SVG paths and text labels accordingly.

Aanushaanumula

95% match

Loading thumbnail…

Untitled

This example visualizes a grid of colorful cubes whose heights represent random negative values, rendered as an interactive 3D bar chart. Users can drag to rotate the entire scene, which triggers smooth transitions as the cube faces and numeric text labels update. The visualization uses the d3-3d plugin with d3.v4 to project cube vertices, while SVG paths and text elements render each face and height value. A button triggers regeneration of the data, and drag events control rotation angles through d3.drag.

KKishen Patel

92% match

Loading thumbnail…

Untitled

A grid of 3D cubes with negative heights forms a field of inverted pillars, each labeled with a numeric value reflecting its length. A button triggers a re-render of the data, while the whole scene can be dragged to rotate in three dimensions. The visualization uses the `d3-3d` library to project cube vertices and faces, with D3 v4 handling transitions and sorting. The code constructs cube data procedurally using random uniform heights and animates the cube faces, text labels, and sorting order via `.transition().duration()`.

Aavinash021997

90% match

Loading thumbnail…

Untitled

A grid of three-dimensional cubes with negative heights renders in SVG via d3-3d’s `d3._3d()` shape pipeline, displaying numeric labels above each cube via `text` elements. The cubes are sorted using the 3D library’s `.sort` method, while face paths and labels are drawn using its provided drawing functions. An “update” button reinitializes randomly generated cube data, and a drag interaction rotates the entire scene by adjusting `.rotateX` and `.rotateY` angles, with transitions of 1000 ms for updates and instant redraw for drags.

CCH SAMPATH

90% match

Loading thumbnail…

Untitled

An interactive 3D bar chart displays floating cubes of varying heights on a grid, rendered as SVG paths with animated transitions. Dragging rotates the entire scene around its origin, sorting faces and text labels for correct depth perception. The visualization uses the d3-3d plugin for cube geometry and projection, with d3.drag handling user interaction and d3.transition animating position updates.

SSheshidharreddy

89% match

Loading thumbnail…

Untitled

A 3D bar chart built with D3 v4 and the d3-3d plugin renders a grid of colored cubes whose heights represent negative random values. An update button triggers a 1-second transition that re-randomizes the cube heights, while text labels animate to show the changing magnitude. Users can drag the SVG to rotate the entire scene, adjusting the rotation angles via d3.drag and redrawing all cube faces and labels through the plugin’s projection and sorting methods.

PPriyaEnuganti

89% match

Loading thumbnail…

Untitled

A grid of 3D bars rises from a flat plane, each bar labeled with its height value on top. The visualization uses d3-3d to project cube geometries into SVG paths, with interactive drag rotation that updates the perspective in real time. D3 v4 handles the data binding, transitions, and text tweening, while color comes from the categorical scheme. A button triggers a full data refresh with animated transitions.

Aavnreddy95

86% match

Loading thumbnail…

Untitled

This example shows an interactive 3D scatterplot and grid rendered with SVG, where users can drag to rotate the scene. Randomly distributed points float above a shaded grid surface, with projected axes and labels. The visualization uses the d3-3d library to compute 3D-to-2D projections, with d3.drag() handling rotation updates. D3 v4 transitions animate the initial point appearance, while React manages the component structure.

Aavinash021997

85% match