Wireframe Ball

Base polyhedron the wireframe is built from

Geodesic subdivision level (0-3). Each step splits every face into four, multiplying vertices and edges

Elongation of the icosahedral vertex rings. 1.618 gives a perfectly regular icosahedron

Scale of the solid within the frame

Rate of the tumbling motion

Amount the solid breathes in and out as it turns

Render the glowing struts between vertices

Colour of the struts. Defaults to the inherited text colour, so it tracks the page theme automatically

Brightness of the strut glow

Core radius of a strut. Larger values give a wider, softer line

Render the bright dot at each vertex

Colour of the vertex dots. Defaults to the inherited text colour, so it tracks the page theme automatically

Radius of each vertex dot

Brightness of each vertex dot, scaled by how many struts meet there

Colour blended into the far side of the solid

How strongly depthColor is mixed into the receding side

How much the far side dims, adding a sense of volume

Backdrop behind the wireframe. Transparent by default so it layers over whatever sits underneath; the glow is additive, so dark backdrops read best

Overall output gain

Opacity of the whole wireframe

Let the pointer tilt the solid as it hovers

Maximum tilt in radians applied by the pointer

Grab the solid and throw it, with momentum on release

How quickly a thrown spin slows down. Lower stops sooner

Drop render resolution automatically if the frame rate falls short

Frame rate adaptive quality aims to hold

Upper bound on device pixel ratio

Freeze the tumble

Classes applied to the container

Inline styles applied to the container