Allianz Arena
Hello, everyone. This is my project 2 blog page. I still worked on Allianz Arena. I developed my parametric model, using Dynamo to pass parameters and calculations between different families and project.
Stage 1
First, I changed the mass model size, panel size and bubble
thickness of the Revit Project model by Dynamo. By setting passing parameters,
I was able to find some parameters in Project level.
Figure 1 Mass Model Size
Figure 2 Mass Model Size
Figure 3 Panel Size
Figure 4 Panel Size
Figure 5 Panel Bubble Thickness
Figure 6 Panel Bubble Thickness
Stage 2
Second, I changed the display color in Revit model by Dynamo. By changing the R, G, B values, the panel display color changed significantly.
Second, I changed the display color in Revit model by Dynamo. By changing the R, G, B values, the panel display color changed significantly.
Figure 7
Figure 8
Figure 9
Stage 3
Third, I showed the normal vector on each panel. I redesigned the panel family. It has rectangular shape and plain surface, which is easy for Dynamo to define the vector. I uploaded the new panel family into mass model. Finally, in project level, I showed the vector poles for all the panels by Dynamo.
Third, I showed the normal vector on each panel. I redesigned the panel family. It has rectangular shape and plain surface, which is easy for Dynamo to define the vector. I uploaded the new panel family into mass model. Finally, in project level, I showed the vector poles for all the panels by Dynamo.
Figure 10
Figure 11
Figure 12
Stage 4
Finally, I added a real sun path as additional database to drive my parametric model. When the angel between sun light vector and a panel vector changed, the panel's color also changed from one to another.
Finally, I added a real sun path as additional database to drive my parametric model. When the angel between sun light vector and a panel vector changed, the panel's color also changed from one to another.
Figure 13
Figure 14
Figure 15
Video
Video 2 - Optimo
