Rhinoceros 8 is a 3D modeling tool for Mac, known as Rhino3D. Rhino is the world's most comprehensive modeling software, capable of creating, editing, analyzing, rendering, rendering, animating, and converting NURBS* lines, surfaces, solids, and polygonal meshes. It's unrestricted by accuracy, complexity, degree, or size. It's an unconstrained, freeform 3D modeling tool.
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Key Features:
Unrestricted, free-form 3D modeling tools. Previously, you'd only find these tools in similar software 20 to 50 times the price. Create any shape you can imagine.
The precision required to design, rapidly prototype, engineer, analyze, and manufacture everything from aircraft to jewelry.
Compatible with other design, drafting, CAM, engineering, analysis, rendering, animation, and illustration software.
Read and repair difficult IGES files.
Easy to use. It's very easy to learn and use, allowing you to focus on designing and imagining without having to worry about operating the software.
Highly efficient, does not require special hardware, and can be executed even on a general laptop computer.
The development platform for hundreds of professional 3D products.
Affordable. Common hardware, easy to use, priced similar to standard Windows software, and no additional maintenance costs.
Modeling Tools
Points: Point objects, point clouds, grids, extract points from objects, markers (intersection points, bisection points, draft angles, endpoints, closest points, focal points)
Curves: straight line, composite line, composite line on grid, free curve, circle, arc, ellipse, rectangle, polygon, helix, coil, parabola, TrueType text, interpolation point, control point (vertices), freehand curve.
Entities: cube, sphere, cylinder, torus, tube, cone, trapezoidal cone, pyramid, flat-topped pyramid, ellipsoid, tube, plane extrusion along a curve, extruded surface, edge banding, surface combination, unpopular edge merging, TrueType text, Unicode (double-byte) text.
Meshes: Nurbs conversion meshes, closed polyline meshes, mesh faces, planes, cubes, cylinders, cones, and spheres.
edit
Main tools: Delete, Delete Duplicates, Group, Trim, Undo, Split, Explode, Extend, Fillet, Bevel, Object Properties, Construction History.
Transformation tools: Cut, Copy, Paste, Move, Rotate, Mirror, Scale, Stretch, Align, Align, Twist, Bend, Taper, Skew, Offset, Position, Flow Along Curve, Pull Back, Project, Block Edit, Flatten, Expand.
Surfaces: control points, joysticks, change degree, add/remove nodes, match, extend, merge, combine, uncut, ISO separate surfaces, rebuild, shrink, periodize, Boolean (union, difference, intersection), unfold single surface, array of curves on surface.
Solid: Chamfer, Extract Surface, Boolean (Union, Difference, Intersection).
Mesh: explode, combine, weld, unify normals, convert to surface, reduce polygon count.
interface
User Interface: Coordinate system readout, dynamic and dockable command bar, pop-up menu of recently used commands, point-and-click command options, automatic command bar, customizable pop-up command items, pop-up layer management, synchronized views, camera-based view operations, match image perspective, configurable middle mouse button menu, customizable icons and user working directory, customizable pop-up toolbar, transparent toolbar, contextual right-click menu, dockable dialog boxes, multi-monitor support, Alt key copy and OpenGL anti-aliasing hardware support.
Accessibility tools: unlimited undo and redo, multi-step undo and redo, accurate numeric input, units including feet, metric and imperial, X, Y, Z point filters, object snap, grid snap, orthogonal, planar mode, construction plane naming, construction plane history, origin through curve construction plane, layers, layer filters, groups, bitmap background, object show/hide, select display objects, select objects by layer, select the frontmost object, color, object type, last selected object, swap hidden objects, lock/unlock objects, unlock selected objects, show/hide control points and edit points, turn off selected object points.
Rhino 7 is the most significant upgrade in Rhino's history. Create organic shapes with new SubD tools, run Rhino and Grasshopper with the Rhino.Inside.Revit add-on, and create beautiful quadrilateral meshes from NURBS geometry or meshes using the powerful QuadRemesh algorithm. This release introduces entirely new modeling workflows and improves upon many stable features.
SubD
For designers who need to quickly explore freeform shapes, SubD is a new geometry type that creates editable, highly precise shapes. Unlike other geometry types, SubD maintains the accuracy of freeform while also enabling fast editing.
QuadRemesh
Quickly reconstruct quad meshes from existing surfaces, solids, meshes, or subdivision objects – ideal for rendering, animation, CFD, FEA, and reverse engineering.
Design Expression
In Rhino 8, we've improved our design expression tools and made a major update to the Rhino rendering engine, streamlining your workflow so you can see your renders in ray-traced mode right in the viewport without having to make any changes. We've also added support for PBR materials, LayerBook directives, and much more.
Rhino is more refined
In Rhino 8, we've fixed hundreds of bugs and improved workflows like named selections, moldmaking tools, monoline fonts for engraving, and interoperability with third-party file formats.
show
To keep pace with advancements in modern graphics hardware, we've been continuously improving Rhino's display pipeline. In Rhino 7, some models display significantly faster on both Windows and Mac, and we've made further improvements to display modes to make your work even more compelling.
document
Modeling is only part of the design process; you also need to visualize the structure of the model you're building on screen so others can understand your design process. We've improved many aspects of the file workflow, and we've also focused on improving illustration tools to make graphics richer, with features like transparency and gradient hatching.
New in Rhino 8:
SubD
For designers who need to quickly explore organic shapes, SubD is a new geometry type that creates editable, highly precise shapes. Unlike other geometry types, SubD combines the accuracy of freeform while still allowing for fast editing.
Rhino.Inside.Revit
Rhino.Inside.Revit brings the power of Rhino and Grasshopper into the Autodesk Revit® environment.
QuadRemesh
Quickly create quad meshes from existing surfaces, solids, meshes, or SubDs—ideal for rendering, animation, CFD, FEA, and reverse engineering.
introduce
In Rhino 8, we've improved our presentation tools and streamlined our workflow with a major update to the Rhino rendering engine, so you can render the same look you get in the ray-traced viewport without any changes. We've added support for PBR materials, LayerBook commands, and more...
Rhino Refined
In Rhino 8, we fixed hundreds of bugs, but we also added workflow improvements like named selections, mold-making tools, single-line fonts for engraving, and improved interoperability with third-party file formats.
show
We've been improving Rhino's display pipeline to keep pace with modern graphics hardware. In Rhino 8, some models display noticeably faster on Windows and Mac. We've also made some improvements to display modes to make them even more noticeable as you work...
document
Modeling is only part of the design process; you also need to show how to build what's on screen. We've improved many parts of the documentation workflow, while also focusing on richer illustration tools like transparency and gradient shading...
Grasshopper
Grasshopper seems to be everywhere lately. As usual, it's hard to keep up (you might even see the familiar canvas in other applications). In Rhino 8, we've added some new components, but we've also made it easier to turn your program into a plug-in...
Development Platform
Rhino 8 delivers significant improvements to our free SDK, including API improvements, better documentation, and major new features that broaden and deepen the capabilities of our foundational geometry development platform.
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