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
2. Vasari Analysis
Open Family 'Twisty_Tower.rfa'
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 Number type
: Name It Curtain-Panel_Multiple-Diagrid.rfa
Open Family 'Twisty_Tower.rfa'
a. Open New Project and Load Twist_Tower.rfa
b. Setting location and duration etc. so that can be possible to analyze solar radiation study
a. Export Analysis Data of South_West surface of the mass, and the Data format will be CSV.
b. Save Solar studied Vasari file
3. Dynamo Script