Why CODE

print ( ‘’’

CODING MATTERS ‘’’ )

CODING FOR ARCHITECTURAL DESIGN

[S.O.F.T] lab

Pyramid of Menkaure 2510 BC

British Museum - Great Court _ 2000

Louvre Pyramid 1989

King’s Cross station by architect John McAslan & Partners and designed by consultant Arup

Control Over Design

King’s Cross station by architect John McAslan & Partners and designed by consultant Arup

Control Over Construction

Why [ Digital Fabrication Tools]

Development of NURBS surface Extensive use of CAD software & Scripting CAD – CAM technology Minimal Surface and Material Exploration Minimum Replacement of Conventional Working drawing

[S.O.F.T] lab

CONTOUR CRAFTING

[S.O.F.T] lab

D- Shape

Form Follows Function Less is more Ornament is Crime Theme Before

Theme Now

Form Follows Code Logic before Script

< Theme >

Organic Form

/ Complex Geometry

Minimal

Surface

Structural optimization

Material intelligence Fabrication technique Mass

customization

File to factory [seamless process]

< Why >

Control over

Control over

FORM

PATTERN / MODULE Control over

Control over

DETAIL

FABRICATION

artist Kazimir Malevich,

"City of Dreams" Hotel Tower / Zaha Hadid Architects

"City of Dreams" Hotel Tower / Zaha Hadid Architects

Construction

Digital Model : Rhino + Grasshopper

"City of Dreams" Hotel Tower / Zaha Hadid Architects

[S.O.F.T] lab

Sir Nicholas Grimshaw

Hangzhou stadium, China,

by NBBJ

Design

Hangzhou stadium, China, by NBBJ

Built

Control Over Design, Material, Construction

Mass Customization

Pavilion, BIG

arch20

Why Architects Should Learn to Code ?

6 Programming languages for architects to learn https://www.archdaily.com/613896/5-reasons-architects-should-learn-to-code

archdaily

5 Reasons Architects Should Learn to Code https://www.archdaily.com/613896/5-reasons-architects-should-learn-to-code

Building Design & Construction

WOW Architecture + Design

Should architects learn to code? https://www.bdcnetwork.com/blog/should-architects-learn-code

Why do Architects need Computational BIM Workflows? https://wowad.in/why-do-we-need-computational-bim-workflows/

Coding help you think algorithmically.

Coding helps you expand your design capabilities.

To be capable of truly claiming ownership of the entire design process.

Coding helps you solve problems.

To get more work done whilst putting in the least effort.

Computational BIM

Open BIM

Digital Fabrication

Building Information Modeling, BIM

Computational Design

Computer Aided Design and Drafting, CADD

Hand Drawing

Sketch

Computational BIM

=

CODE

+

BIM

Rhino + Grasshopper + ARCHICAD _ Live Connection

Computational BIM _ Rhino + ArchiCAD

Rhino + Grasshopper + QGIS + ARCHICAD _ Live Connection

Computational BIM

YouTube Link : https://www.youtube.com/watch?v=jX0s4P62XTo&feature=youtu.be

ArchiCAD

QGIS

Grasshopper

Rhino + Grasshopper + QGIS + ARCHICAD _ Live Connection

Computational BIM

YouTube Link : https://www.youtube.com/watch?v=jX0s4P62XTo&feature=youtu.be

Rhino

ArchiCAD _ Point Cloud Reference

Grasshopper

Architecture

Arts Humanities Science

Missing link

Computer Science

B.Arch Program Civil

Mechanical

Electrical

Python _ WHY

Python _ WHY

Python _ WHY Rhino > Rhino Script

Grasshopper _ Visual Script Python Script

Maya > Mel Script

Blender

Each Software has its own scripting language, in addition, embedded Python Script.

Rhino > Rhino Script

+

Python Script

Python _ WHY

Grasshopper _ Visual Script

+

Python Script

Python _ WHY

Grasshopper _ Visual Script

Grasshopper has more than 150 Add-ons.

A basic understanding of CODE will help to learn it quickly.

Anyone can create a new component or Plug-ins.

Python _ WHY

Metropol Parasol, Spain

Metropol Parasol, Spain

Louisiana State Museum and Sports Hall of Fame

Louisiana State Museum and Sports Hall of Fame

Louisiana State Museum and Sports Hall of Fame

Louisiana State Museum and Sports Hall of Fame

Louisiana State Museum and Sports Hall of Fame

Louisiana State Museum and Sports Hall of Fame

Aviva Stadium, Dublin, Ireland

Aviva Stadium, Dublin, Ireland

Aviva Stadium, Dublin, Ireland

Aviva Stadium, Dublin, Ireland

Football stadium in Monterrey, Mexico

Shenzhen Bao'an International Airport, Bao'an, Shenzhen, Guangdong, China

New International Airport for Mexico City RIBA, by Norman Foster

New International Airport for Mexico City RIBA, by Norman Foster

New International Airport for Mexico City RIBA, by Norman Foster

New International Airport for Mexico City RIBA, by Norman Foster

1000 Museum, Zaha Hadid

1000 Museum, Zaha Hadid

1000 Museum, Zaha Hadid

High-rise, Zaha Hadid

3d Printing

3d Printing

3d Printing

Studio Outcome Digital Model

https://www.grasshopper3d.com/photo/albums/pavilion

Studio Outcome Digital Model

https://www.grasshopper3d.com/photo/albums/pavilion

Studio Outcome

https://www.grasshopper3d.com/photo/albums/pavilion

Physical Model

Studio Outcome

https://www.grasshopper3d.com/photo/albums/pavilion-02

Digital Model

Studio Outcome https://www.grasshopper3d.com/photo/albums/pavilion-02

Physical Model

Studio Outcome Digital Model

https://www.grasshopper3d.com/photo/albums/touch-the-virtual-1

Physical Model

Studio Outcome

https://youtu.be/4KN1WJUqS5Y

Physical Model

Installation

https://youtu.be/cG97RpNy39w

Installation

https://youtu.be/wjMBD7nRQ5g

Installation https://youtu.be/0zJ5T2Vn_f4

Installation

Installation

Installation

Installation

Installation

Python _ WHY

RHINO Building Information Modeling

Modeling

Documentation

Grasshopper

Environmental Analysis

Urban Analysis Cost Analysis Form Finding Project Management Digital Fabrication

Python

DIVA for Rhino

Ladybug for Rhino

UMI for Rhino

Publisher: Tongji University Press May 28, 2012

by Neil Leach (Author), Philip F. Yuan (Author)

This volume seeks to offer an overview of the impact of new computational techniques and scripting in particular on contemporary architectural design, by providing a snapshot of the latest developments in the field.

Contributors to this volume range from progressive, commercial practices such as Zaha Hadid Architects, to experimental firms, such as Kokkugia and Biothing, and from inspired engineers, such as Buro Happold, to leading schools of architecture, such as the Architectural Association, USC and Harvard GSD. But the common thread throughout is an attempt to make a significant contribution to the rapidly developing field of computational design. https://www.amazon.com/Scripting-Future-English-ChineseLeach/dp/7560848354

Future is Print ( ‘Hello World’ )

[S.O.F.T] lab

CODE F

I

L

E

& t

o

Robotics F

A

C

T

O

R

Y