alexhogrefe.com/rhinogh This definition was developed for my final thesis project to generate a louver system based on functional requirements within the building. The performance was then tested in Ecotect. A large part of my thesis design involved invertible arena seating with many moving parts. I used Grasshopper as a means to develop the seating testing clearances, site lines, and many other variables. This definition looks at taking any curved surface, and generating weaving geometry across it. The parametric skyscraper uses Grasshopper to generate the entire structure. My favorite definition to date, this definition generates box designs based on real boxes I crafted in the wood shop while in Grad school This definition extrudes geometry based on their proximity to a polyline attractor. Using a definition created by paramod, I wanted to see if I could edit the definition so that different panels could be combined to create a seamless surface This was one of the first definitions from scratch I ever created.
Rhino + Revit = Great Success! | Just another WordPress.com weblog Mosquito | Studio Nu | SOCIAL MEDIA FaceBook plugin Working again!: The plugins have been reprogrammed so to work with the new Facebook OAuth API. NEW Record Media plugin: Allows you to record social media information from the media components over time without duplicates. Twitter Working again! Ducplicates: The duplicate component has been updated so to make things easier when recordeding tweets and deleting duplicates. Flickr: Search twitter database for photos based on location and tag/title. ImageDownload: Download images from Flickr or Twitter plugins. Bug Fixes: Fixed bugs with Twitter API access and new functions in String Duplicate component. GoogleMaps : Now works for all users, if it was crashing Rhino before , this should fix it. GoogleDirection : get a route and the directions from one location to another, with distance, time, and steps. Location : Get the address of a given name of place or use a GPS point….reverse GeoCode. GoogleMaps: show google maps directly in the rhino viewport. Flickr Image-Download Steps Topsy
Adaptive Skin with Chameleon | Adaptive Skin with Chameleon Posted by admin on 12th August 2013 in GSAPP | Integrated Parametric Delivery | Spring 2013 with 0 comments GSAPP | Integrated Parametric Delivery | Spring 2013 Lei Guo & Liangqing Ziang IPaD Group6 SP2013 Programmatic design & Grasshopper Definition from rethinkingBIM.com on Vimeo. IPaD Group6 SP2013 From Grasshopper to Revit from rethinkingBIM.com on Vimeo. IPaD Group6 SP2013 adaptive component from rethinkingBIM.com on Vimeo. Author Description admin No comments yet. Join the Conversation You must be logged in to post a comment. Popular Posts Tags Adaptive ComponentAperatureAttractorBIMBridgeCanopyChameleonDiagridDigital FabricationDivaEcotectEnergyFA2013FacadeFunicularGalapagosGrasshopperIPaDjk3642KangarooMembraneOptimizationPanelizationPavilionRevitRhinocerosScreenSectionalShellSkinSolarStructural AnalysisSurfaceSuspensionTakeoffTowerUrbanWeaverBirdXIM Follow Us:
Creating Project Browser Folders | Paul F. Aubin Creating Project Browser Folders Mar 3, 2013 I had an email today from a reader asking how to create custom folders in the Revit Project Browser. You can do this by customizing the browser organization and including a custom parameter. I thought that I would go ahead and post the steps here instead of just replying privately. The first thing you want to do is decide how you will apply this custom parameter. If you always want to use this organization in your projects, save this in your office standard project template file. On the Manage tab, add a Project Parameter Create a custom text Parameter for Sheets The parameter is now ready. Create some sheets. Input values in the new Parameter Now we will create the custom browser organization. Create a custom Browser Organization The Browser Organization can use the custom Parameter Sheets now sort based on the custom Sheet Folder Parameter That’s it. Recent Posts Archives
Håvard Vasshaug | The Dark Arts of Revit | Page 2 Space Frame with Structural Framing in Dynamo The last year I’ve become more and more involved with Dynamo, the open source visual programming interface that eats, drinks and sleeps with Revit. Since Christmas I’ve arranged multiple Computational Design workshops at Dark with the goal of increasing interest in visual programming and narrowing the gap between BIM and Computational Design tools. Twisting Elliptical Tower with Attractor Wave from Nate’s training session Why? Jesse Pinkman as Adaptive Components in Revit with Dynamo And that’s pretty interesting stuff. Very well. Dynamo in Structural Design At the recent Revit Technology Conference (RTC) Australasia in Melbourne, I gave my first ever presentation of Dynamo in Structural Design for an international audience. Space Frame with varying thickness During the hour and fifteen minutes I basically went through two examples of working with Conceptual Modeling, Math and Dynamo, both involving some version of a space frame. Training
Dynamo: The Secret to Working Smarter and Making Your Life Easier When working with clients, architects are bound to change, update and reiterate projects. Revisions are deeply ingrained into the design process, and as projects become more complex and updates become more frequent, keeping the most up-to-date versions of your designs can be a challenge. As a part of Building Information Modeling (BIM), computational design is a burgeoning trend, based upon the idea that any design problem can be described as an abstract model with clear and logical guidelines, which can then be solved through computation. This design process is especially gaining popularity among architects and engineers who want to explore a multitude of designs and iterations to quickly discover the best solutions for their needs. In the past, creating and updating responsive, dynamic models proved much more time-consuming and difficult than it should be. Luckily though, an industry-proven visual programming environment powered by Dynamo helps combat this problem.