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What is rhinoceros software (Rhinoceros6.0)?
Rhinoceros6.0 is a very powerful drawing software. Rhinoceros6.0 can create, compile, analyze and translate NURBS, and simulate 3D graphics of basic mathematics such as parallel lines, arcs, circles and squares, so it can have small files, which is especially suitable for education and training, game making and industrial product design industries.

Basically, this paper introduces the mobile phone software Rhino, which is called rhino in English and rhino software in Chinese. It has a better NURBS (non-uniform ALB-Spline) model method than the traditional grid model, and also has a grid model software T-Spline similar to 3DMax. Its development strategy is to use Rhinoceros as system software. Continue to develop and design technical professional software in various fields, various 3D rendering software, animation plug-ins, main parameters of solid models and limited modification software, so as to gradually improve them and develop them into general drawing software. Besides, Rhino's drawings are highly accurate, and it can type out dozens of format files. The mold can be produced and processed immediately or formed according to various CNC machine tools. It has been widely used in architectural planning and design, industrial manufacturing, mechanical structure design, scientific research and three-dimensional animation. Rhino can create, write, analyze, present, 3D render, animate and transform NURBS* wireframes, inclined planes, solid lines and irregular graphic meshes. Not limited by accuracy, complexity, grade or specification.

Features of mobile phone software 1. Load and repair unresolved IGES text documents.

2. Software development platforms for 3D products of thousands of technical specialties.

3. Compatible with other design schemes, drawing, CAM, engineering projects, analysis, coloring, animation and illustration software.

4. High efficiency, no need for special hard equipment, even on ordinary notebook computers and electronic computers.

5. Accuracy, in line with the actual design scheme, rapid prototyping, engineering projects, analysis and manufacturing from the airport to the precision required for jewelry.

6. Very easy to apply. The training application is easy to learn, so that you can devote yourself to the design scheme and imagination without being distracted from the actual operation of the mobile phone software.

7. affordable. General hardware is equipped with machinery and equipment, which is very easy to use. The price is equivalent to that of general Windows mobile phone software, and there is no additional maintenance cost.

8. Free 3D modeling software. In the past, you just had to look for this special tool with a price of 20 to 50 times in similar mobile phone software. Allows you to create all imaginable shapes.

Function Introduction The most important overall goal of Rhino6 development and design is to remove the shortcomings in the workflow engine as much as possible. We have made thousands of improvements on this issue, enabling Rhino to solve higher physical models and elite team new projects. Thanks to tens of millions of enthusiastic users who participated in the research and development of Rhino6 products, we were able to conduct large-scale testing before the release of Rhino6 to ensure that Rhino6 became the most stable version number so far.

Modeling software

Points: point items, cloud data, grid points, points obtained from items, and marks (intersection points, equidistant points, draft angles, nodes, nearest points, focus points).

Grid diagram: Nurbs transforms the grid diagram, and closes the compound line to create grid diagram, grid diagram, plan diagram, grid, cylinder, cone and sphere.

Graphics: parallel lines, composite lines, composite lines on grids, random graphics, circles, arcs, ellipses, rectangular boxes, irregular graphics, vortex lines, curl lines, hyperbolas, TrueType texts, interpolation points, datum points (endpoints) and graphics made by passers-by.

Inclined surface: define construction lofting, feasibility, limited edge butting along the route, limited edge butting along two sides, rotating, moving track rotating, bisecting inclined surface, quadrilateral, deformable plane, extrusion, balloon flower, construction lofting, intersection and butting.

Solid lines: lattice, sphere, cylinder, circle, round steel pipe, cone, ladder cone, pyramid, sloping roof pyramid, elliptical sphere, round steel pipe, extrusion of plane drawing extension curve, extrusion bevel, edge wrapping, bevel composition, unpopular edge combination, TrueType text, Unicode (two-position) text.

Create graphics from other objects: according to points, according to compound lines, add graphics, draw graphics continuously, tangency, oblique angle, offset, fusion, arc fusion, double projection, average partition diagram, section line, intersection line, Nurbs oblique angle and grid diagram model line, contour diagram, obtain structural lines, first obtain refractive index analysis, vertical projection, back projection, and manually make slope/grid diagram.

Writing function

Key special tools: deleting duplicate articles, typesetting, cutting, canceling construction, cutting, bursting, widening, tangency, reverse inclination angle, article features, and creating historical time.

Bevel: datum point, operation handle, level change, lifting/clearing connection point, pairing, widening, combination, synthesis, anti-cutting, ISO separation, reconstruction, reduction, cycle timekeeping, Boolean operation (or union, difference, intersection), single bevel and curve array on the bevel.

Solid line: rounding, obtaining bevel, Boolean operation (or AND, difference set, intersection).

Grid diagram: explosion, composition, welding, unifying normal direction, transforming to inclined plane, reducing the number of irregular figures.

Special tools for change: cutting, copying, pasting, moving, rotating, mirroring system, scaling, widening, aligning both ends, arranging, twisting, bending, tapering, tilting, shifting, accurately positioning I, flowing along the curve, pulling back, projecting, grid writing, flattening and proceeding.

Points and curves: datum points, writing points, door handles, silky smoothness, changing levels, lifting/deleting connection points, lifting sharp points, rebuilding, trimming, pairing, simplifying, changing weight values, regularity, adjusting tail shape, adjusting surgical stitches, accurately positioning curves to edges, transforming into arcs and compound lines should be parallel lines.