PLAY-GROUND : THE EXPERIMENTAL LOGBOOK by Yohanes Christopher. H.

PLAY-GROUND AR. 4750J - MKP. KOMPUTASI ARSITEKTUR

YOHANES CHRISTOPHER. H. - 18.A1.0016

MKP. KOMPUTASI ARSITEKTUR - AR 4750J course OBJECTIVES Knowing and understanding architecture graphic design presentation via computer, and skilled in operating software.

competences of graduates Have knowledge, definition, understanding about two dimension presentation, imaging object as the real characteristics, animations and image printing, via computer media, skilled in operating software.

Outline of the subject Review RHINO-management, 3D image production.

Introduction of RHINO software. processing of RHINO application including plug-in, such as GRASSHOPPER and operating GRASSHOPPER plug in to make algorithm designs and analysis presentation.

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CONTENTS 0.0 Introduction 0.1 DESIGN JOURNAL

1.0 PARAMETRIC ALGORITHMIC MODELLING 1.1 PARAMETRIC AS FORM FINDING 1.1.1 TUNNEL 1.1.2 CURVE 1.1.3 GRIDSHELL

2.0 DYNAMIC SPACE FRAME STRUCTURES 2.1 SPACEFRAMES STRUCTURES

3.0 ATTRACTORS IN ARCHITECTURE 3.1 DYNAMICAL SYSTEMS 3.1.1 GRID DEFORMATION 2D

4.0 RESPONSIVE ALGORITHM 4.1 VORONOI ALGORITHM

5.0 MID - PROJECT PARAMETRIC WALL 6.0 PARAMETRIC PANEL 6.1 HEXAGONAL BASED PATTERN

7.0 ANALYSIS 7.1 RADIATION ANALYSIS 7.2 VIEW ANALYSIS 7.3 SHADOW RANGE ANALYSIS

8.0 FINAL PROJECT BIOMIMICRY PAVILLION

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0.1 DESIGN JOURNAL This journal intends to illustrate the learning process of digital design as a tool. More specifically, it engages with digitally generated design through grasshopper, a parametric plug-in for Rhinoceros 3D. The journal is archieved progressively to demonstrate an understanding for digitally-driven design, as well as informing the individual processes through a narrative of diagrams, annotations and reflections.

0.0 INTRODUCTION

1.1 PARAMETRIC AS FORM FINDING

1.1.1 tunnel script

1.0 ALGORITHMIC MODELLING

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1.1.3 GRIDSHELL script

1.1.2 CURVE script

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2.1 SPACEFRAMES script

2.0 DYNAMIC SPACE FRAME STRUCTURES

4.0 RESPONSIVE ALGORITHM

4.1 VORONOI script

3.0 ATTRACTORS IN ARCHITECTURE 3.1 DYNAMICAL SYSTEMS

3.1 ATTRACTOR script

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MID EXAM

6.0 PARAMETRIC PANEL

6.1 HEXAGONAL script

7.0 ANALYSIS

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FINAL EXAM