またURLから開く際のバグは修正され、ファイルマネージャーのローカルで開く範囲が広がり、デバイスを回転させると消える警告についても修正されました。
原文投稿者: Keith
2013/07/31
3DM View 1.3 アップデート公開のお知らせ
またURLから開く際のバグは修正され、ファイルマネージャーのローカルで開く範囲が広がり、デバイスを回転させると消える警告についても修正されました。
原文投稿者: Keith
2013/07/30
花瓶のモデリング、オンラインチュートリアル - by AD-3D
Clip on vaseはIKEAポカールのグラスに2つ目の機能を加え、花瓶として使えるようにします。RhinoとGrasshopperを使った3D印刷用のモデリング方法は、10分間の無料オンラインチュートリアルでご覧頂けます。
原文投稿者: Keith
ロボットを使ったUndo機能付き3D印刷
SUSPENDED DEPOSITIONS
Southern California Institute of Architecture の修士学生がロボットアームを使い、サポート構造不要で容器内のゲルを3D印刷する方法を開発しました。
詳細は英文とリンク先をご覧ください。
As Dezeen reported this week, Brian Harms, a masters student at the Southern California Institute of Architecture (SCI-arc) in Los Angeles, with a team of colleagues has developed a method of using a robotic arm to 3-D print objects in a tank of gel, allowing freeform printing without the need for support structures and potentially adding an "undo" function to remove errors.
詳細は英文とリンク先をご覧ください。
As Dezeen reported this week, Brian Harms, a masters student at the Southern California Institute of Architecture (SCI-arc) in Los Angeles, with a team of colleagues has developed a method of using a robotic arm to 3-D print objects in a tank of gel, allowing freeform printing without the need for support structures and potentially adding an "undo" function to remove errors.
原文投稿者: Bob McNeel
ロボットによる熱線カットとアセンブリ
RMITでのワークショップ、Robots in Architecture
ビデオを見る: Combining Robotic Processes » Linking hotwire-cutting and assembly- 経済的で積み重ねできる、平面的なEPSブロック（50x30x15cm）から熱線で切り出す１つの構造物をデザイン
- Grasshopperの範囲でインタラクティブなデザインツールを作り、審美的で製造内在的な制御を実現
- KUKA|prcを使ってロボットファブリケーションのプロセスを統合
謝辞;
Special thanks go to the hardworking and enthusiastic students from RMIT’s architecture program, as well as the RMIT faculty - especially Jane, Andrew, Roland, and Rafael - for their continuous support and for being great hosts.
2013/07/26
新しいRhinoBIM ベータ 3.23.107
このベータに含まれる機能および修正;
-
RhinoBIM properties are now in the Rhino's Property tab
- EDIT
Rotation:
Before allowed only integer increment
Now rotates in four decimal places degrees -
Highlight elements behavior: now highlights and selects
- Grasshopper
add-on for RhinoBIM
- Various fixes
2013/07/25
Rhino 5 SR5リリースのお知らせ
Rhino 5 サービスリリース5 (SR5) ビルド2013年7月17日が公開されました。
SR5には数多くの安定性向上とバグ修正が含まれています。
Rhinoはサービスリリースのアップデートをバックグラウンドでダウンロードし、インストール確認のメッセージを表示しますが、 手動でダウンロード して頂くことも可能です。
原文投稿者: Brian Gillespie
2013/07/23
Grasshopper 24時間集中トレーニング
インストラクターの指導によるハンズオン環境で、速習ペースでGrasshopperの概念や機能を効率的に学びたいとお考えのデザイナー/設計者を対象に集中トレーニングが行われ、RhinoFabLabディレクターのAndres GonzalezがRhino 5とGrasshopperを使ったジェネレーティブモデリングを紹介しました。
詳細は英文とリンク先をご覧ください;
Instructor Andres Gonzalez, director of RhinoFabLab, will get you started with generative modeling in Rhino 5 using the Grasshopper add-on. The advantages of using Grasshopper in preliminary design and concept development come to life in numerous real-life examples. Students should have basic knowledge of Rhino 5.
日程: 8月15 – 17日
時間: 8:00 am - 5:00 pm
場所: Rhino3D Colombia S.A.S - コロンビア、メデリン
このトレーニングはスペイン語/英語で行われました。
詳細はこちらをご覧ください。
原文投稿者: Andres Gonzalez
RoboFoldワークショップ: 冬期オリンピックのパビリオンデザイン
RoboFold Workshop: Winter Olympics Pavilion Design
Staedelschule, Frankfurt（ドイツ、フランクフルト）
2013年8月1-4日
RoboFoldのテクノロジーで第22回冬期オリンピックのRose Pavilionをデザインするユニークな体験が、建築家のDimitry Demin、OneToOneの招待ゲスト、TUDelft、Bauhaus University、Intact Solutions（Scan & Solve）とのコラボレーション ワークショップで公開されました。
詳細は英文とリンク先をご覧ください。
Join us for the unique experience designing the 'Rose Pavilion' with the RoboFold technology, in a collaborative design workshop with the architect Dimitry Demin, invited guests from OneToOne, TUDelft, Bauhaus University and Intact Solutions (Scan & Solve).
This is a live project for the Rosa Khutor Alpine Resort during the XXII Winter Olympic Games in 2014.
The workshop will focus on developing folded metal structural systems to achieve the form envisaged by the architect. Participants will use folded card, laser cutters and modelling in Grasshopper to develop and evaluate solutions.
原文投稿者: Carlos Pérez
Geometry Gymライブ - John Mirtschin
Simply Rhino UK Training Classroom、ロンドン
8月7日（水）2pm - 3.30pm
Geometry GymのJohn MirtschinがSimply Rhino UKでGeometry Gymリリースの最新情報を紹介しました:
- Generative BIM using Grasshopper and third party plug-ins for Architecture and Engineering.
- Grasshopper to Revit, Archicad, Bentley, Tekla and other BIM software.
- Form Finding and Structural Analysis.
- Open BIM workflows including:
- IFC4 (ISO 16739:2013) Industry Foundation Classes
- Physical and Analytical Model, Representation Layers
- Time and Cost Metrics
- Fabrication and Construction - Project case studies including 2012 Velodrome.
原文投稿者: Carlos Pérez
MCDC // Master Computational Design and Construction
MCDC // Master Computational Design and Construction
Hochschule Ostwestfalen-Lippe
University of Applied Sciences
Detmolder Schule für Architektur und Innenarchitektur
2013年9月より
建築におけるデジタルデザインや建設技術に焦点を合わせた修士課程が9月からドイツでスタートします。詳細は英文およびリンク先をご覧ください。
Digital technologies altered the field of architecture and the architectural profession significantly – from design to production. Even though CAD as drawing tool became a standard throughout the last decades - both in architecture schools and practices - there is still a huge potential of computational technology waiting to be activated for the architectural production process. However, to get in-depth understanding of the capability of digital applications requires not only time and the ability to operate these tools but foremost a broad expertise in architectural design methodology and construction principles within an integral approach.
Against this background the international post-graduate Master program Computational Design and Construction (MCDC) incorporates the professional qualities of higher architectural education as well as the theoretic and operative aspects of information technology. The study focuses on digital design methods and construction technologies. Therefore, the Curriculum provides scientific and practical foundation and gives an overview of latest developments in Computational Design and Construction. To convey further knowledge of these methods and technologies is the main goal of the Master´s curriculum in order to extend the competencies and expertise of the participants for an international market. The three-semester Master program addresses graduates from Architecture and Engineering, as well as Product Design, Information Technology and related studies. Cooperative projects, symposia and master theses serve as a platform for collaborations with the building industry, software suppliers, other universities and architectural practices.
原文投稿者: Carlos Pérez
2013/07/13
IBEX - International Boatbuilders' Exhibition & Conference
If it’s new,
improved, advanced, or innovative, it's here.
IBEXは造船業者、デザイナー、修理業者、販売業者などを対象にした、世界最高の技術展示会です。
IBEX - Designed to build better
boats.
無料ワークショップ: Rhino and Orca3D: Marine Design and Analysis 2013年9月17日11:00 AM - 12:00 PM
原文投稿者: Keith
2013/07/12
Primate: Leap Motion for Grasshopper
Primateは、Leap MotionをGrasshopperのパラメトリックデザインと統合する初のプラグインです。
The component library includes:
- Component for counting fingers
- Component for counting hands
- Component for tracking a pointing finger
- Component that tracks the direction of an extended hand
- Component that tracks a palm and the vector normal to a palm
- Component that mimics the sphere described by a cupped hand
原文投稿者: Carlos Pérez
2013/07/11
AA Visiting School Barcelona
AA Visiting School Barcelona and Archi/tech/e/nologies (Open Lectures Series)
ETSAB-UPC、バルセロナ
2013年7月12-25日
ARCHI/TECH/E/NOLOGIES is a Lecture Series (Sir Peter Cook, Enric Batlle & Joan Roig, Enric Ruiz-Geli, Vicente Guallart and Jaime Coll) open to everyone, which will bring together professionals of all kinds concerning architecture, technology and enology. Local and international architects with expertise in designing wineries will explain their strategies to develop their work in the wine field. Also, enologists and agricultural engineers will support and contrast all the techniques and current technologies used both in the vineyard and the winery to control the whole process of wine making in order to optimize the quality and the design of its coupage. By linking all these disciplines, the students will be encouraged to learn and support their project based in all this knowledge and tools.
Spain’s great heritage and tradition in wine production has led the country to become the world’s first region in vineyard extension and, as a result, the pursuit for quality is already an obsession for many wineries to gain a foothold in the international market. In turn, a very accurate set of methods and techniques are currently being implanted to ensure a full control over the whole process of wine making as means of optimization in design for enologists.
Relying on the use of digital diagramming and mapping, we will unfold the metabolism of wine production and dissect techniques and technologies involved in the processes. Underlining the characteristics of time information and feedback, we will recognize the potential of the use of Control Systems as an essential design tool.
The students will be organised in groups and each will be focus on a different segment of the production. Equipped with analogic or digital tools, students will record quantitative information on site to understand the variable factors that can influence the wine quality. The object of this preliminary phase will be the creation of a series of drawings using digital tools to work on the cartographical representation of the mappings.
Concluding the research, we will address the spatial and organizational attributes of the process to visualize, through the production of drawings, digital and physical models, potential architectural solutions for a contemporary bodega. The results of will be presented on the last day of the course to a multidisciplinary panel of experts from the architecture and enological world in a public presentation at the ETSAB, ‘Universitat Politècnica de Catalunya’.
Field work includes visits to wineries, Media-TIC and la Sagrada Familia.
原文投稿者: Carlos Pérez
Rhino/VisualARQへIFCをインポート
IFCのインポートを可能にするプロトタイプが公開されています。
A prototype to enable IFC importing to Rhino plug-in VisualARQ using Grasshopper and Geometry Gym Components to transfer levels, walls, slabs, windows and doors into VisualARQ. File available at http://www.geometrygym.blogspot.com. Done in collaboration with Rhinoforyou:
原文投稿者: Carlos Pérez
Scan&Solve 2013 WIP - フェイス（面）編集機能
Scan&Solve 2013 for Rhino WIPには、ご希望の多かったインタラクティブな面編集機能（restrainedおよびloaded）が搭載されました。 こちらもお読みください: Not satisfied with the faces that are loaded or restrained? Running multiple "what if" scenarios has never been easier. You can continue using Scan&Solve 2013 WIP right now at no additional cost. This WIP is available immediately to all licensed and evaluation users of Scan&Solve. The current version will operate until August 8, 2013.
Scan&Solve 2013 for Rhino completely automates basic structural simulation of Rhino solids. Unlike other analysis tools, no preprocessing (meshing, simplification, healing, translating, etc.) is needed.
Rhino用の3D PDFエクスポーター
SimLab SoftはRhino用の3D PDFエクスポーターのバージョン3.2をリリースしました。
新しい機能は次のとおりです:
- Handles large models. The 64-bit version of the plug-in was tested to work with extremely large Rhino models.
- Supports exporting polylines and curves. Curves and polylines included in the Rhino model can be optionally exported to 3D PDF file.
- Supports exporting dimensions and annotations.
- Improved image quality of the 2D images included in the generated 3D PDF.
- Template designer now allows the user to place images on top of the 3D area to create amazing 3D PDF files.
- New navigation model for navigating large scenes in the 3D PDF file.
- Automatically opens the Object tree (optional).
これはプラグインの3.xのユーザーの方向けの無償のアップグレードです。
原文投稿者: Carlos Pérez
2013/07/09
Iterative Parametric Tables for Studio 4D - Demiurge LLC
Demiurgeがインテリアデザイン事務所、Studio 4Dの依頼で3つのテーブルを作りました。
Grasshopper for Rhinocerosを使ったパラメトリックデザインで、Demiurgeのウェブサイトで詳細が公開されています。
原文投稿者: Carlos Pérez
Rose Pavilion – 冬期ソチオリンピック
2014年、第22回冬期オリンピックのために、RhinoとGrasshopperを使ってRose Pavilionがデザインされました。
詳細;
Rosa Khutor Alpine Resort will host the media Rose Pavilion during the XXII Winter Olympic Games in 2014.
The Rose Pavilion has been designed by Dimitry Demin with parametric techniques in Rhino and Grasshopper. The final architectural form resulted from an analysis of material properties and engineering calculations, taking into account local climatic conditions, and it's inspired by the natural beauty of Rosaceae Rosa canina – plants of the dog-rose family. These roses have a pentagonal symmetry and double curvature in their petals – features that have been translated through precision engineering into an aesthetically beautiful architectural form.
原文投稿者: Carlos Pérez
2013/07/08
登録:
投稿 (Atom)
購読
投稿
