return function (divs) {
var divs = divs || [];
var n = divs[0] || 12;
var m = divs[1] || 8;
var q = divs[2] || 8;
return plasm.geometries.torusSolid(r_min, r_max, n, m, q);
};
fun.TRIANGLE_STRIP = function (points) {
return plasm.geometries.triangleStrip(points);
};
return function (divs) {
var divs = divs || [];
var slices = divs[0] || 12;
var stacks = divs[1] || 8;
return plasm.geometries.cylinderSurface(r, h, slices, stacks);
};
return function (divs) {
var divs = divs || [];
var n = divs[0] || 12;
var m = divs[1] || 12;
return plasm.geometries.torusSurface(r_min, r_max, n, m);
};
return function (n) {
return plasm.geometries.circle(r, n);
};
return function (divs) {
var divs = divs || [];
var slices = divs[0] || 24;
var stacks = divs[1] || 3;
return plasm.geometries.disk(r, slices, stacks);
};
return function (n) {
return plasm.geometries.intervals(tip, n);
};
fun.SIMPLEX = function (d) {
return plasm.geometries.simplex(d);
};
fun.CUBE = function (d) {
return plasm.geometries.cube(d);
};
fun.CUBOID = function (sides) {
return plasm.geometries.cuboid(sides);
};
fun.SIMPLEX_GRID = function (quotes) {
return plasm.geometries.simplexGrid(quotes);
};
fun.POLYPOINT = function (points) {
return plasm.geometries.polypoint(points);
};
fun.POLYLINE = function (points) {
return plasm.geometries.polyline(points);
};
fun.TRIANGLE_FAN = function (points) {
return plasm.geometries.triangleFan(points);
};
return function (ns) {
return plasm.geometries.domain(ends, ns);
};
fun.HELIX = function (r, pitch, n, turns) {
return plasm.geometries.helix(r, pitch, n, turns);
};
fun.TRIANGLE_DOMAIN = function (n, points) {
return plasm.geometries.triangleDomain(n, points);
};