Adaptive everything

 Revit Project with Family on the Grid

1. Pattern Image 2. Pattern Dynamo

1. Family (not adaptive, using index data of point) 2. Setting 64 values with 1-Direction 3. Rendering Image

Methodology for generating Site 1-4 1. Manage Link File - from Site to Water 2. GIS Source - http://www.esri.com/software/arcgis/explorer - Or Type arcgis viewer - Printscreen using 'Arcgis Viewer', 'Place Point' 3. Create form Import - Surface(Nurbs) > Export 3D view to .dwg > Insert; Import CAD > Massing & Site; Create from Import; Select Layer > Erase Imported CAD - Usually using DWG file 4. From .CSV file - Using Dynamo or just Excel .csv file Road - Split Surface - If user want to offset down the Road, here is the solution - Split the each side of splited surface(topography) - Merge the each ends of the splited surface If want to change the site? - Do not change the origin Topography, just leave them. - New part of Topography that user want to generate - Merge origin & new part of Topography - Selecting order will donate the material of Site * Building Pad can be intersected, using 'Edit boundary' can make it

Scheduling Setting 1. Field 2. Filter 3. Sorting / Grouping : Ascending, Descending / Grand Totals on 4. Formatting : Calculate Totals / Field format : Uncheck 'use project setting', 'use digit grouping * Do not worry about filter. Sorting/Grouping Tap will manage it perfectly 1. Field - Can Input 'New Parametric Category' for_example : Programmed Area Type 2. Sorting / Grouping about the Schedule according how I want to see 3. Generated Schedule & Instance Parameter[Programmed Area Type] 4. Relation from Field to Project Model

1. Displacement Set : Make Panel Segment Move from any of Surface - This is useful on 3D-Drawing 2. Perforated Metal Textures & Inverse - Find the texture on the website naming ' Perforated Metal Textures' * Tint : Glass only ** Autodesk Seek homepage *** Use BIMethod Material, there are executive glass material !!!!!

0. What to make? 1. Profile of Structural Framing (Make 'New Conceptual Mass' - Mass.rfa ) - Make 4 Type of Profile  Aligning point on reference plane & Locking 2. Structural Framing ( Generic Model Adaptive.rfa ) - Gather each of 2 type Large & Small , Create Form 3. Make Connector ( Generic Model.rfa ) - Extrusion with profiling, Setting the Parameter 4. Assembly & Make Curtain Panel ( Curtain Pattern Based.rfa ) - One Panel : Possitive value(1'), Another Panel : Negative value(1') Offset 1: furrings (Large frame & connector), Upper support (Small frame & connector) Offset 2 : Panel location of Normal vector (Normalized Curve Parameter > Segment Length )

BIM managers have tasks they perform on a regular basis, whether on a single Autodesk® Revit® model or on multiple Revit models. Many of these tasks are repetitive and can become boring after doing the same task over and over. Luckily, Revit has a solution to this with its integrated Macro system. There are many tasks that can be automated such as model setup, model cleanup, view/sheet creation and duplication, quality control checks, parameter validation, and much more. Before proceeding any further, I want you to know that I’m not a professional developer and I have only been writing macros in Revit for a little over a year as of this writing. I learned how to create macros by trial and error. If I can learn this way, I believe just about anyone else can also. My process has been to identify a task to automate or a problem to solve. I then break down the steps to solve using Revit as normal (if possible) and then I set out to solve it in a similar way through a macro. Revit macros us

Schedules on Sheets This node will query all schedules in your project and create two lists. One list will contain all schedules that are currently placed on sheet(s) and one list with schedules that have not yet been placed on sheet(s). Keep in mind that Revision Table built into a Titleblock is really a schedule and will display on the list of schedules on sheets. It might even create more than one instance of such. Schedule Appearance This node allows you to modify schedule appearance settings. Due to my limited Revit API knowledge for now you can only override Title, Header and Body Text type by feeding it an id of a Text Type that you want to use. Use, Get Text Note Type by Name from the archi-lab package to get the appropriate text style. Schedule Formatting This node will allow you to control schedule formatting. Just like in the Revit UI you can control some basic visibility settings per parameter (column) in a schedule. Parameter inputs are: Schedule – thi

Practice 1 Practice 2 Error of Geometry.Rotate          Excel Data to Dynamo

1. Folding Panel with Retraction 2. Folding Panel with Panel_Angle 3. Dynamo Script using Panel_Angle 4. How it works

Part 1. SunPath Algorithm and Family setting SunPath - Dynamo Algorithm Generating Template : "New Conceptual Mass" > "Mass.rfa" Compare the angle [Reference view & Dynamo script] Part 2. Adapt family and Make dynamic on flat surface 2-Axis-Rotation-Panel MockupPanel - Sundiagram Part 3. Adapt family on unformed surface grid MockupPanel - Sundiagram 2nd Concept Diagram Dynamo Script - Changed Azimuth_angle Algorithm * Keywords & Cautions 1. One of the methodology that can extract the geometrical based angle of the Sun 2. After extracting, turn on the sun-path and setting location, date and time. 3. In Dynamo, Using sunsetting.current Node, we can load into dynamo the setting value of the family in revit 4. Two-Axis-Rotation-Panel - 1/3 curtain pattern based - Rotation angle, Azimuth angle will be hosted on the center of reference line which is connected from reference point no.1 to refer