Adaptive everything

1. Rectangle Profile Generic Model & Its Family Type 2. Curtain Pattern Based.rft > Forming Rotating Blade Shape  *Width : Reporting Parameter 3. Mockup-Panel_Rectangle Family Type * Pattern : U,V Grid Number Fixed 4. RotatingBlade_SunScript * Formula : If Azumith < 0, 90, 0 : According to the location of the Sun, the Azumith Value has positive or negative value  5. RotatingBlade_SunScript_Twisted * When Rotation_Top,Bot = 0, The Panel will twist Order of RotatingBlade_SunScript 1. Make Family 'CurtainPanel_RotatingBlade.rfa' 2. Start with 'Mockup-Panel_Rectangle.rfa' (Upload Panel family) 3. Open Dynamo API 'RotatingBlade_SunScript.dyn' ====================================================== 4. According to the Sun Location, Panel will be changed the feature by the Rotating Angle

1. Extracting 'Panel Instance Value' & 'SunSetting Instance Value', Albahar_SunScript.dyn 2. South View, 3D View, Shadow View 3. In Case of Adjusting to semi-Sphere Order of Albahar_SunScript 1. Make Family 'Albahar_Panel.rfa' 2. Start with 'Mockup-Panel.rfa' or 'Mockup-Panel_Origin' (Upload Panel family) 3. Open Dynamo API 'Albahar_SunScript.dyn' ====================================================== 4. According to the Sun Location, Panel will be changed the feature by the opening proportion  * Opening Proportion = Normalized_Curve_Parameter

<Al-Bahar Tower Family Modeling Part 1> - Based on 'Curtain Panel Pattern Based.rfa' 1. Al-Bahar Tower Math Algorithm 2. Family forming & Setting formula on parameter 3. Dynamo Script : Open Proportionality based on the distance between reference point and family instance location

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...

1. Rotation Panel with Point attractor (attractor point : adaptive point no.5) 2. Family Type Dialog box "Rotation Panel" Family 3. Ref_Point attractor Dynamo Script & Repeat command

 Revit Project with Family on the Grid

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

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...