Adaptive everything

Energy Analysis For Dynamo   – Announcement and Alpha Release CORE studio is pleased to announce that we are developing a new open source plugin called Energy Analysis for Dynamo. We are working with the Dynamo and Building Performance and Analysis (BPA) teams at Autodesk to connect Dynamo , an open source visual programming platform for Autodesk Revit and Vasari, to the Green Building Studio web service ( GBS ), Autodesk’s whole-building energy simulation web service. The project will enable parametric energy modeling and whole-building energy analysis workflows in Dynamo 0.7. Revit and Vasari has a built-in interface for whole-building energy analysis, which allows users to convert their BIM models into energy models and run those energy models in the cloud. The current versions of Revit and Vasari ship with powerful zoning and surface subdivision algorithms to generate gbXML files from conceptual mass models (which, by the way, are exposed by the Revit API—that’s how we ar...

A. Work Flow 1. Revit & Family   1-1. Parametric Twisty-Tower   1-2. Parametric Diagrid Panel 2. Vasari Analysis 3. Dynamo script B. Detail Preview 1-1. Parametric Twisty-Tower New Conceptual Mass.rft > Mass.rft (Twisty_Tower Family  Type.rfa) 1-2. Parametric Diagrid Panel New Conceptual Mass.rft > Mass.rft  : Name it Profile_Mullion.rfa New > Curtain Panel Pattern Based.rft  a. add onto the Romboid Pattern with Mullion Profile b. Setting Mullion Profile Parameter onto the family to control - not instance, but type  : Name it Curtain-Panel_Single-Diagrid.rfa New> Curtain Panel Pattern Based.rft  a. Romboid Pattern-make flat with reference line b. divide flat surface and set Romboid Pattern again & make it UV grid Parametric c. Load Curtain-Panel_Single-Diagrid, Change Romboid to Loaded one d. Setting UV value to 2,4 and Add Instance Parameter Name 'Insolation Value' with Num...