Rhino 8 for architects, engineers and designers
Grasshopper and Rhino inside Tekla and Revit

Rhino inside

Rhino Inside is a powerful technology that allows seamless integration of the Rhino 3D modeling software with other design and BIM (Building Information Modeling) platforms such as Tekla and Revit. This integration is amplified by incorporating Grasshopper, Rhino's visual programming language.

In summary, the integration of Rhino Inside and Grasshopper with Tekla or Revit provides a powerful and versatile environment, offering advanced 3D modeling, parametric design, and algorithmic capabilities. This combination fosters a collaborative, efficient, and innovative approach to architectural and structural design.

To the right are the key features and benefits of using Rhino Inside with Tekla or Revit.

Key Features

Interoperability: Smooth data exchange between Rhino and Tekla/Revit, facilitated by Rhino Inside.

Parametric Modeling: Parametric design within Tekla/Revit using Rhino's capabilities, enhanced by Grasshopper's visual programming.

Design Flexibility: Employ Rhino's advanced modeling tools within Tekla/Revit and extend capabilities with Grasshopper for adaptive design.

Geometry Processing: Advanced geometry processing for intricate design tasks, further empowered by Grasshopper's algorithmic capabilities.

Grasshopper Integration: Seamless integration of Grasshopper into Tekla/Revit via Rhino Inside.

Benefits

Enhanced Design Iteration: Real-time reflection of Rhino changes in Tekla/Revit, coupled with Grasshopper's dynamic design iterations.

Collaboration: Cross-platform collaboration between design and engineering teams, incorporating Grasshopper's scripting power.

Optimized Workflows: Streamlined processes, leveraging the strengths of Rhino, Grasshopper, and Tekla/Revit for adaptive workflows.

Increased Productivity: Time and resource efficiency with reduced manual data transfers, complemented by Grasshopper's parametric automation.

Comprehensive BIM Solutions:Holistic BIM approach combining Rhino's modeling, Grasshopper's parametric design, and Tekla/Revit detailing.

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Whats new in Rhino 8?

Shrink wrap

ShrinkWrap creates a watertight mesh around open or closed meshes, NURBS geometry, SubD, and point clouds.

• Meshes for 3D printing.
• A solid union mesh from multiple objects.
• A solid mesh from 3D scan data fragments.
• Meshes without internal self-intersections.
• Offset meshes for shelling.
• Meshes from point clouds when reverse engineering.
• Valid closed meshes from broken or often hard-to-repair geometry.

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SubD Creases

For designers who need to explore organic shapes quickly, SubD is a new geometry type that can create editable,
highly accurate shapes.Unlike other geometry types, SubD combines free-form accuracy while still allowing quick editing.
New in 8 SubD Creases create a feature between a smooth and a sharp edge, great for making fillet-like features.
Accurate, organic modeling just got easier. Push and pull to explore complex, free-form shapes in realtime.
SubD objects are highly accurate and can be converted directly to manufacturable solids.
You can also convert scan or mesh data into SubD objects, then optionally to NURBS.

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Modeling Simplified

Rhino 8 adds new features to make modeling more playful and accessible. Combining these tools reduces friction for common solid creation/editing tasks.
This allows you to stay in single Perspective view while modeling.

PushPull
PushPull simplifies and speeds up Solid Modeling by using curves to add or remove volumes from existing geometry.

Inset
Inset offsets edges inward on a mesh, SubD, or polysurface face: an easy way to make sub-faces that can be
PushPulled to define a concept in a few clicks.

Auto CPlanes: Keep Your Perspective
Smarter CPlanes automatically align to eligible selections. It’s now easier to place and edit geometry in the right orientation,
without having to cycle through multiple views.

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Gumball: A Widget for Manipulating Geometry

Quickly Move, Rotate, Scale, Copy, Cut, and Extrude geometry without typing commands or clicking a toolbar button.
This makes the Gumball a versatile direct modeling tool for concept modeling interior and exterior architectural forms,
certain furniture styles, SciFi models, and working with SubD objects.

Cut, Split, Boss, and Extend 
When applicable, the Gumball will show an additional handle to make cuts, splits, or bosses with curves, and integrates the extension of adjacent faces in the extrude handle.

Dynamic Relocate
Relocating and reorienting the Gumball is now done by double-clicking any of the handles.

Tooltips
The Gumball has been made more accessible to both new and existing users. Tooltips explain the function of each handle and show the various key presses to change the function.

Simplified Keypresses
The double function of the Ctrl key (Cmd key on Mac) has been eliminated, making the Gumball functions easier to memorize.

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Med Rhino kan du enkelt lage presise solidmodeller eller skisser. Programmet har avanserte verktøy for å definere, editere og analysere flater. Rhino er NURBS basert og kan definere alle tenkelige former. Rhino brukes i bransjer som arkitektur, produktdesign, marin industri og bildesign.

For designere som vil jobbe parametrisk med algoritmer, er Grasshopper et grafisk grensesnitt som er integrert i Rhino. Grasshopper krever ingen kunnskaper om programmering eller koding. Bygg parametriske modeller fra det helt enkle til det mest komplekse!

Rhinoceros.no har vært Autorisert Rhino Training Center (ARTC) siden 2007. Vi utdanner og støtter Rhino-brukere, og distribuerer i tillegg de fleste plugins. Vi har flere sertifiserte instruktører.

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Se mer arbeid utført med Rhino og V-Ray på pivot.no!