Cube

Examples

iex> OpenSCAD.cube(size: 2)
%OpenSCAD.Action{children: [], modifier: nil, element: %OpenSCAD.Cube{width: 2, depth: 2, height: 2, center: false}}

See OpenSCAD difference()

Alternate syntax for difference

Examples:

iex> OpenSCAD.cube(size: 2) …> |> difference(OpenSCAD.cube(size: 1)) …> |> OpenSCAD.to_scad “difference() {\n cube([2, 2, 2], center=false);\n cube([1, 1, 1], center=false);\n}\n”

iex> OpenSCAD.cube(size: 3) …> |> difference([OpenSCAD.cube(size: 2), OpenSCAD.cube(size: 1)]) …> |> OpenSCAD.to_scad “difference() {\n cube([3, 3, 3], center=false);\n cube([2, 2, 2], center=false);\n cube([1, 1, 1], center=false);\n}\n”

Displays the convex hull of child nodes.

See OpenSCAD hull

Displays the minkowski sum of child nodes.

See OpenSCAD minkowski

Mirrors the child element on a plane through the origin. The arguments to mirror() is the x,y,z vector of a plane intersecting the origin through which to mirror the object.

See OpenSCAD mirror()

Rotates its child x, y and z degrees about the respective axis.

See OpenSCAD rotate([deg_x, deg_y, deg_z])

Returns a string of the object in OpenSCAD

Examples:

iex> OpenSCAD.to_scad OpenSCAD.cube(size: 2) “cube([2, 2, 2], center=false);\n”

Translates (moves) its child elements along the specified vector, x,y,z.

See OpenSCAD translate()

Creates a union of all its child nodes. This is the sum of all children (logical or). May be used with either 2D or 3D objects, but don’t mix them.

See OpenSCAD union()