Rhinoceros 8.35.26251.13001 (x64)

Software Overview

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Rhinoceros combines accurate NURBS modeling with flexible tools for developing complex forms and design concepts. SubD provides an editable approach to free-form geometry, while QuadRemesh can convert existing surfaces, solids, meshes, and SubD objects into optimized quad-based meshes suitable for downstream applications.
The application also integrates closely with Grasshopper and supports workflows involving rendering, animation, engineering analysis, reverse engineering, documentation, and third-party file formats.
Key Features

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• Create editable organic forms with SubD geometry.
• Use Rhino.Inside.Revit to bring Rhino and Grasshopper workflows into Autodesk Revit.
• Generate quad meshes from surfaces, solids, meshes, or SubD geometry with QuadRemesh.
• Work with improved rendering and presentation capabilities.
• Support PBR materials for more detailed material workflows.
• Use Named Selections and specialized mold-making tools.
• Create single-line fonts for engraving workflows.
• Benefit from improved compatibility with third-party file formats.
• Use refined display modes designed for modern graphics hardware.
• Create graphically rich documentation with transparency and gradient hatches.
• Extend Grasshopper programs by turning definitions into plugins.
• Develop custom geometry workflows using the improved SDKs and APIs.

SubD Modeling

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SubD provides a dedicated geometry type for creating smooth, organic forms while retaining editable control. It combines the flexibility of free-form modeling with the accuracy expected from a professional CAD environment.
Rhino.Inside.Revit

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Rhino.Inside.Revit connects Rhino and Grasshopper with the Autodesk Revit environment, allowing users to incorporate Rhino-based modeling and computational design workflows into Revit projects.
QuadRemesh

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QuadRemesh generates quad-based meshes from existing surfaces, solids, meshes, and SubD objects. The resulting topology can be useful for rendering, animation, CFD, FEA, and reverse-engineering workflows.
Presentation and Display

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The presentation workflow includes an updated Rhino Render engine designed to provide consistency between rendered output and the Raytraced viewport. Support for PBR materials and additional presentation commands provides further control over visual output.
The display pipeline has also been refined for modern graphics hardware, with performance improvements for some models and adjustments to display modes.
Documentation and Grasshopper

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Documentation tools support the presentation of modeled designs through graphically oriented illustration features, including transparency and gradient hatches. Grasshopper also receives additional components and workflow improvements, including capabilities for turning programs into plugins.
Development Platform

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The development platform includes improvements to the Rhino SDKs, API refinements, expanded documentation, and additional capabilities for developers working with Rhino's geometry and application platform.
System Requirements

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Hardware:

• 64-bit Intel or AMD processor (Not ARM)
• No more than 63 CPU Cores.
• 8 GB memory (RAM) or more is recommended.
• 600 MB disk space.
• OpenGL 4.1 capable video card is recommended.
• 4 GB Video RAM or more recommended.
• A Multiple-button mouse with a scroll wheel is recommended.
• SpaceNavigator optional
• Apple Intel hardware with Boot Camp optional.
• (Boot Camp is not supported on Apple Silicon. M1 Macs.)

Windows Operating Systems:

• Windows 10 or 8.1.

Home Page

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Product Information

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• Software Name: Rhinoceros
• Version: 8.35.26251.13001
• Architecture: x64
• Languages: English
• License: Full Version
• File Size: 638 Mb