Class BabylonMeshBuilder

Builds a box centered on the origin with width along X, height along Y and depth along Z.

Builds a cube centered on the origin with every edge size long.

Builds a flat square of side size centered on the origin in the XY plane, facing the Z axis; a single-sided plane is invisible from behind unless sideOrientation is double-sided.

Builds a sphere of the given diameter centered on the origin; segments sets how finely it is divided, more being rounder and heavier.

Builds a sphere from evenly sized triangles, subdivided from an icosahedron, which shades more evenly than createSphere.

radiusX, radiusY and radiusZ stretch it per axis and fall back to radius when 0; flat gives faceted shading.

Builds a flat disc of the given radius centered on the origin in the XY plane; arc below 1 leaves a pie slice, so 0.5 is a half disc.

Builds a ring lying in the XZ plane around the origin: diameter is the ring's overall diameter and thickness the diameter of its tube.

Builds a tube wound into a knot around the origin: p and q are how many times it winds around the ring and through its hole, so 2 and 3 give the classic trefoil.

Builds a flat filled polygon from its outline points, with optional holes, lying in the XZ plane; a depth above 0 gives it thickness downward.

The points are 3D but only X and Z are used, and the outline must not cross itself.

Builds a solid by extruding a flat polygon, given by its outline points in the XZ plane with optional holes, downward by depth.

Builds a tube of the given radius along a path of points; cap closes neither, one or both ends, and arc below 1 leaves the tube open along its length.

Builds one of the fifteen built-in polyhedra by type, from tetrahedron (0) to elongated pentagonal cupola (14), or your own from custom data.

sizeX, sizeY and sizeZ stretch it per axis and fall back to size when 0; flat gives faceted shading.

Builds a geodesic sphere, an icosahedron whose faces are subdivided into triangles as m and n say, so the surface is made of near-equal triangles.

sizeX, sizeY and sizeZ stretch it per axis and fall back to size when 0.

Builds a Goldberg polyhedron, a ball made of hexagons and twelve pentagons like a football, with m and n setting how many hexagons there are.

sizeX, sizeY and sizeZ stretch it per axis and fall back to size when 0.

Builds a capsule, a cylinder with rounded ends, of the given height and radius along orientation; radiusTop and radiusBottom size the two ends separately.

Builds a cylinder standing along Y, centered on the origin; different top and bottom diameters make a cone or a taper, and 0 closes an end to a point.

Sweeps a profile along a path: shape is the profile as points in the XY plane and path the points it travels through, with scale and rotation in radians applied step by step along the way.

closeShape joins the profile's ends, closePath joins the path's, and cap closes neither, one or both ends.

Builds a surface through several paths of points, joining neighboring paths with triangles, like cloth stretched over a set of lines.

closePath joins each path's ends, closeArray joins the last path back to the first, and offset shifts how points pair up when only one path is given.

Revolves a profile around the Y axis, the way a lathe turns wood: shape is the profile as points in the XY plane with X as the distance from the axis, radius pushes it outward, and arc below 1 leaves the revolution open.

Builds a flat ground plane centered on the origin in the XZ plane, width along X and height along Z, divided into a grid of subdivisionsX by subdivisionsY cells.

Builds a flat rectangle centered on the origin in the XY plane, width along X and height along Y, facing the Z axis.