Feel free to explore the Twisting Tower & Ladybug Sun Hours Analysis public app.
For more insights, check out the blog post on Easily Turn Grasshopper Models into Sharable Web Apps with VIKTOR.
Rhino and Bongo
Notilus plugins are tailored to meet the needs of the maritime industry. Trusted by industry leaders, these tools empower you to expedite your design processes, reduce errors, and bring your projects to life faster.
ZGF Architects and the University of Washington Applied Research Consortium (ARC) have released version 3.0 of Lark Spectral Lighting on food4Rhino and GitHub. The Lark project is a global, peer-reviewed, open-source software to expand the toolkit for researchers and designers predicting non-visual light for human health.
Lark v3.0 allows for custom spectral power distributions for the sky, sun, electric lights, glazing, and finish materials. The workflow can be used by architects, lighting designers, manufacturers, researchers, and public health officials to test any configuration of daylight and electric lighting for any building type.
Applying measured spectral data for light sources has been a driver for Lark, first with skies (v1.0), then electric lights (v2.0), and now the sun (v3.0). Their research shows the color of the sun transitions from warmer spectrums at sunrise (e.g., violet, orange, red) and sunset to cooler spectrums (e.g., blue) at its zenith, which can largely impact non-visual light stimulus. This cycle can be simulated with full-spectrum lighting for improved health and well-being in any indoor environment.
With Rhinozine, you can stay up-to-date with innovative ideas and easily accessible content anytime and anywhere. You can download, print, or share our content on social media to stay connected with the Rhino community. Join us and immerse yourself in the world of Rhino today!
Explore the Digital Magazine issues here!
Rhinozine is excited to hear from you! We are always looking for new products, projects, workshops, books, and events to feature. Everyone deserves recognition for their unique talents, regardless of their field or expertise level. By participating in our magazine, you'll have the opportunity to showcase your work to a broader audience, gain exposure, and connect with like-minded individuals. Don't let this chance slip away to leave your mark!
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Spatial walkthroughs made easy
Impress your clients with next-generation presentations using Foveate's sleek 3D Moments system. Take your clients on a curated journey of your designs in real-time 3D.
More details on the Advanced Stability Module...
The SAVANNA3D for Rhino 7 library contains over 1,600 detailed 3D architectural models in the 3DM file format, plus a few parametric Grasshopper definitions to create parametric models.
All these blocks are 100% NURBS, SubDs, or Grasshopper parametric definitions made in Rhino 7. Plus, discover the new blocks created for you; all are SubD models included in Chapter 7, which provides for cocktail glassware and lounge chairs.
Explore what's included in the SAVANNA3D R7 library by scrolling down to the curriculum section and preview how to use the blocks + get around 40 free blocks from the library by downloading Chapter 2.1 for free!
Subscribe to the SAVANNA3D R7 library to download the entire library; it's yours to keep for as long as you like. Please refer to the License Agreement. The subscription includes all 1,600+ blocks plus any new blocks added sporadically during the twelve-month subscription.
Enjoy 20% off with coupon code: RHINO3DEDUCATION20 at checkout for a limited time!
In Part 2 of this video tutorial series, Edwin Hernández from ShapeDiver explains the concept behind Printing Points and how to create a template for technical drawings that allows you to input data parametrically for any project.
If you missed Part 1, watch it now.
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| Cluster Ring by Laurie Robinson |
Check out the final projects below with the various topics.
The ART Trainers are excited to share their Rhino expertise and help you with training or tutoring. You can see their classes and contact details.
If you want to become an ART, here are the requirements. Sign up for the next Required ART training for the North and South American regions.
Learn more about testing for Professional Rhino Certifications...
The Bubble Pavilion is a project led by Professor Roberto Narvaez at the University of Seville (Spain), which combines geometric, structural, and constructive research with educational innovation.
Based on the geometric relationships found in spherical soap bubbles of equal radius, a geometric algorithm is designed using Rhinoceros and Grasshopper to adapt the natural arrangement of bubble clusters to any free-form surface. Subsequently, another algorithm is designed in Grasshopper to materialize the structure using laminated wood panels and digital fabrication tools.
The overall result is a self-supporting system with a uniform shell behavior that is highly resistant to typical architectural stresses. The pavilion takes the form of a single vaulted envelope, approximately 11 meters long and 6 meters wide. However, the designed system can be adapted to any size and shape for a multitude of applications in architectural design, including facades, roofs, or architectural envelopes of any kind.
Sybren de Graaf, CEO and founder of Sfered, created an innovative solution for the eyewear industry using Grasshopper and ShapeDiver's infrastructure. With a background in architecture, Sybren discovered the potential of Grasshopper and used his design knowledge to create a revolutionary online service for opticians. Sfered's service allows for the customization of frames using a 3D parametric model placed on the client's scanned face. The result is a personalized and comfortable fit unique to each individual.
In this interview, Shapediver dives into Sybren's early beginnings, his early design influences, and how he discovered Grasshopper. They also discussed how his architectural background influenced his current path and when he realized the concept behind Sfered could be a good business idea. Furthermore, you can explore how ShapeDiver helped him create this iOS application, the challenges he's faced so far, and what opticians say about the tool.
Read the complete interview...
Mohsen Mohammadvali has written a free digital book in English about Advanced Surface Modeling in MatrixGold to share with Rhino users.
Advanced Surface Modeling in MatrixGold is an educational book that provides CAD designers with the tools and techniques they need to create complex and organic models. Whether you're an experienced designer looking to expand your skill set or a newcomer to the world of CAD, this book will guide you through surface modeling using MatrixGold software. With this book as your guide, you can create stunning, high-quality designs that push the boundaries of what's possible in CAD.
Mohsen Mohammadvali is a jewelry CAD designer, authorized Rhino Trainer, and certified MatrixGold instructor in Bangkok, Thailand.
Note: An earlier post had a bad link, which we have now fixed. Thanks to all those who pointed that out.
Click here for more ShapeDiver video tutorials...