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Boxplot Chart 3D

Signature

sp.boxplot3d(title, labels=None, values=None, *, variant="basic", series=None, notch=False, jitter=0.35, boxen_depth=4, orientation3d="iso", scene="default", theme="none", bg_color="#1a1a2e", width=900, height=560, x_label="", y_label="", z_label="", **kwargs) -> Chart

Aliases: sp.build_boxplot3d_chart(), sp.boxplot_3d(), sp.boxplot3d_chart(), sp.box3d().

Description

sp.boxplot3d() is the 3D twin of sp.boxplot(): every one of the 10 boxplot variants has a 3D form, selected with the same variant keyword and fed with the same samples. Boxes, whiskers, notches, point clouds, violin slices and letter-value bands come from shared distribution strategies, so geometry is never hand-written per variant. The median is a highlighted slab across every box.

Variants

VariantAliasesUses3D form
basicsimple, verticallabels, seriesOne box per category from the first to the third quartile, a thin whisker column and a highlighted median slab.
horizontalhbox, horiz, hlabels, seriesThe basic layout turned a quarter-turn: categories run along the depth axis instead of the width axis.
notchednotch, ci, confidencelabels, series, notchBoxes split around a narrower waist at the median, sized by the confidence interval of the median.
groupedgroup, side_by_side, multilabels, seriesEach series becomes a row of boxes side by side in depth, categories along the width axis.
pointsall_points, scatter, rawlabels, seriesBoxes plus every raw sample as a small cube aligned on the box axis.
outliersoutlier, fliers, anomalieslabels, seriesBoxes plus the samples beyond the whisker fences drawn as cubes.
stripjitter, stripplotlabels, series, jitterSlim boxes with every sample scattered across the width by a deterministic jitter.
swarmbeeswarm, swarmplotlabels, seriesSlim boxes with every sample pushed sideways just enough not to overlap its neighbours.
violinkde_overlay, densitylabels, seriesA stack of slices whose width follows the Gaussian density of the samples.
letter_valueboxen, lv, tukeylabels, series, boxen_depthNested bands for the quartile, eighth, sixteenth… ranges, each narrower than the last (boxen_depth levels).

Data

Pass one list of samples per category in series (with labels naming them), or flat values with repeated labels. The grouped variant reads series as groups, each split evenly across the categories.

3D planes

The viewpoint is independent from the variant: orientation3d picks the initial camera plane and applies to every variant; the view always stays draggable.

orientation3d="iso" — Isometric three-quarter view (default).
orientation3d="horizontal" — Side-on view, almost at floor level.
orientation3d="vertical" — Top-down view from above.
orientation3d="front" — Front elevation, nearly flat.

3D scenes

scene swaps the environment the columns are drawn in and applies to every variant and every plane.

scene="default" — Each series keeps its own categorical palette color, rendered as shaded 3D bars on a flat grid.
scene="terrain" — The data is resampled onto a dense grid and rendered as hundreds of thin colormap-colored columns, forming a continuous mountain-of-bars terrain.
scene="tower" — The data is resampled onto a dense field of round skyscraper-like towers instead of boxes, for a city-skyline reading of magnitude.
scene="radial" — The data is resampled onto a dense polar grid of rings and wedges radiating from the center, like a 3D radar/sonar sweep of the value field.
scene="podium" — The data is resampled onto a dense grid and quantized into stepped terrace levels, like a rice-terrace contour map, to read value bands at a glance.

Themes

theme restyles the whole canvas (colour grade and glow) and applies to every variant, scene and plane.

theme="deluxe"
theme="prism"
theme="aurora"
theme="inferno"
theme="frost"
theme="glow"
theme="glass"
theme="neon"
theme="cosmic"

Auto-scaling zone

The 3D zone (floor, walls, axes and camera) scales to the elements: its length, width and height follow the extents of the drawn blocks, a minimum floor depth keeps single rows readable, wide scenes are drawn flatter and the camera frames the whole box. The axis ticks read the real data range. Pass zone=[x, y, z] to force the proportions of the box instead; the longest side is normalised to 1.

Parameters

Returns

Chart object with an .html property and a .show() method.