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#DIMENSION STYLE IN RHINO FOR MAC SOFTWARE#

NURBS can accurately represent both standard geometric objects like lines, circles, ellipses, spheres, and tori, and free‑form geometry like car bodies and human bodies.

#DIMENSION STYLE IN RHINO FOR MAC SOFTWARE#

This means that specialty software vendors, engineering teams, industrial design firms, and animation houses that need to create custom software applications, can find trained programmers who are able to work with NURBS geometry. The mathematics and computer science of NURBS geometry is taught in most major universities.

NURBS have a precise and well-known definition.

They can store geometric information in a way that will be usable for the foreseeable future. This means that customers are able to move their valuable geometric models between various modeling, rendering, animation, and engineering analysis programs.

Several industry‑standard methods are used to exchange NURBS geometry.

NURBS geometry has five important qualities that make it an ideal choice for computer-aided modeling. Because of their flexibility and accuracy, NURBS models can be used in any process from illustration and animation to manufacturing. NURBS, Non-Uniform Rational B-Splines, are mathematical representations of 3‑D geometry that can accurately describe any shape from a simple 2‑D line, circle, arc, or curve to the most complex 3‑D organic free-form surface or solid.

Meshes: explode, join, weld, unify normals, apply to surface, reduce polygons.

Solids: fillet edges, extract surface, shell, Booleans (union, difference, intersection). Surfaces: control points, handlebars, change degree, add/remove knots, match, extend, merge, join, untrim, split surface by isoparms, rebuild, shrink, make periodic, Boolean (union, difference, intersection), unroll developable surfaces, array along curve on surface. Points and curves: control points, edit points, handlebars, smooth, fair, change degree, add/remove knots, add kinks, rebuild, refit, match, simplify, change weight, make periodic, adjust end bulge, adjust seam, orient to edge, convert to arcs, a polyline, or line segments. Transform Tools: cut, copy, paste, move, rotate, mirror, scale, stretch, align, array, twist, bend, taper, shear, offset, orient, flow along curve, pull, project, boxedit, smash, squish. General Tools: delete, delete duplicates, join, merge, trim, untrim, split, explode, extend, fillet, chamfer, object properties, history. Meshes: from NURBS surfaces, from closed polyline, mesh face, plane, box, cylinder, cone, and sphere.

Solids: box, sphere, cylinder, tube, pipe, cone, truncated cone, pyramid, truncated pyramid, ellipsoid, torus, extrude planar curve, extrude surface, cap planar holes, join surfaces, region, nonmanifold merge, TrueType text, Unicode (double-byte) text. Surfaces: from 3 or 4 points, from 3 or 4 curves, from planar curves, from network of curves, rectangle, deformable plane, extrude, ribbon, rule, loft with tangency matching, developable, sweep along a path with edge matching, sweep along two rail curves with edge continuity, revolve, rail revolve, tween, blend, patch, drape, point grid, heightfield, fillet, chamfer, offset, plane through points, TrueType text, Unicode (double-byte) text. Points: points, point clouds, point grid, extract from objects, mark (intersection, divide, draft-angle, ends, closest, foci)Ĭurves: line, polyline, polyline on mesh, free-form curve, circle, arc, ellipse, rectangle, polygon, helix, spiral, conic, TrueType text, point interpolation, control points (vertices), sketch.Ĭurves from other objects: through points, through polyline, extend, continue curve, fillet, chamfer, offset, blend, arc blend, from 2 views, tween, cross section profiles, intersection, contour on NURBS surface or mesh, section on NURBS surface or mesh, border, silhouette, extract isoparm, extract curvature graph, projection, pullback, sketch, wireframe, detach trim, 2D drawings with dimensions and text, flatten developable surfaces.