COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

BUBBLING

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Module Construction

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Module Construction

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Module Construction

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Module Construction

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Module Construction

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Module Construction

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Parametric RelationshipsRadius of Opening = min(1/2*Length of Frame, 4/Distance from Base Point to Attractor Point)

Depth of Frame and Height of Cone are related together to the attractor point, and are constrained to a total width of 3ft: Base of Cone = Ratio of Point to Line = min(1, 2/Distance from Base Point to Attractor Point) Depth of Frame = Distance from Base of Cone to Support Points

Ratio controls depth of frame and height of coneTotal width = 3 ft

Base Point

Attractor Point

Depth of Frame

Radius of Opening

Height of Cone

x

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Parametric RelationshipsRadius of Opening = min(1/2*Length of Frame, 4/Distance from Base Point to Attractor Point)Base of Cone = Ratio of Point to Line = min(1, 2/Distance from Base Point to Attractor Point)Depth of Frame = Distance from Base of Cone to Support Points

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Parametric RelationshipsRadius of Opening = min(1/2*Length of Frame, 4/Distance from Base Point to Attractor Point)Base of Cone = Ratio of Point to Line = min(1, 2/Distance from Base Point to Attractor Point)Depth of Frame = Distance from Base of Cone to Support Points

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Parametric RelationshipsRadius of Opening = min(1/2*Length of Frame, 4/Distance from Base Point to Attractor Point)Base of Cone = Ratio of Point to Line = min(1, 2/Distance from Base Point to Attractor Point)Depth of Frame = Distance from Base of Cone to Support Points

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Parametric RelationshipsRadius of Opening = min(1/2*Length of Frame, 4/Distance from Base Point to Attractor Point)Base of Cone = Ratio of Point to Line = min(1, 2/Distance from Base Point to Attractor Point)Depth of Frame = Distance from Base of Cone to Support Points

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Parametric RelationshipsRadius of Opening = min(1/2*Length of Frame, 4/Distance from Base Point to Attractor Point)Base of Cone = Ratio of Point to Line = min(1, 2/Distance from Base Point to Attractor Point)Depth of Frame = Distance from Base of Cone to Support Points

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Panel Permeability AnalysisGraphic displays permeability of facade: Percent Permeability = Area of Openings/Area of FacadeGreen represents 10% - 40% permeability, Red represents less than 10% or more than 40% permeability

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

25% permeability

Panel Permeability Analysis

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

15% permeability

Panel Permeability Analysis

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Less than 10% permeability

Panel Permeability Analysis

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results - Interior View

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results - Thickness

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results - Thickness

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results - Thickness

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results

COLUMBIA BUILDING INTELLIGENCE PROJECTINTEGRATED DESIGN STUDIO - SPRING 2011CATIA WORKSHOP FINAL PRESENTATION

NAME PROJECT TITLE GROUP PRESENTATIONCaroline Lebar Bubbling 1 6

Final Results