coding volumetric melbourne_URBAN HYBRIDISATION fernanda suarez
han zhang
otto chen
yi lu
process
01__introduction 6
02__an observation of the dynamics of__ PUBLIC + PRIVATE
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03__an exploration of__ INTENSITY through 3 dimensional space
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04__an exploration of activities + programs__PROGRAM GENERATOR
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05__an exploration of prt ograms in MATERIALS SYSTEM
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06__final design proposal__URBAN HYBRIDISATION
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01__introduction
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The Melbourne studio will start by examining the question how do we read something that is not composed of letters, words, sentences, but images, streets, voids, buildings, and volumes. Is our view skewed by our preconceptions, cultural background, traditions, predigests, and assumptions? Can we read functions, aesthetics and semiotics of spaces discretely or as interwoven whole? In short, what can we do in order not to come up with false conclusions? The task in the studio is therefore to script a Generative Code to transform existing conditions and avoid introduction of preconceived or conventional template-based designs. You should expect to be editing and revising your generative code to encompass new understanding as the studio progresses. The code will be tested by applying it to several sites across Melbourne to explore how it responds to different contexts. A code is a rule sequence for converting a piece of data into another form or representation, not necessarily of the same type in an explicit manner that be reversed. Thus, a code is “a way of transforming one object sequence (taken to be familiar) into another (taken not to be familiar) such that the first object sequence can be recovered by those with the (encryption) key�.
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form opens up opportunity forms follows function___forms follows aj metric___forms follows preception abstraction + repesentation = diagrams
Zaha Hadid Architects One-North Masterplan Singapore, 2003 This masterplan for a new mixed-used urban business district in Singapore was the first of a series of radical masterplans that led to the concept of parametric urbanism and then to the general concept of parametricism.
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Affordable Living = Affordable Housing High density does not equal small space (one possible model is to pay for the space and rent or share the amenities such as cars, gathering spaces, garden etc) SOCIETY, South Yarra
coding___for complex adaptive systems interacting and interrelated parts
system existance in an interactive environment
Comtemporay cities behaves more like a holistic complex system, where the whole is more than the sum of its parts The micro-level of a complex system is characterized by dense network of individual entities The marco-level of the system develop e merging patterns as the result of micro-interactions Complex system, like corporations behave in combination with other entities, in a systematic environment, a CODE is a systematic interpretation of this. CODING MELBOURNE__is a systematic interpretation of the city’s complex systems into an adaptive entity__VOLUMETRIC DENSITY
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parametric design?
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1__parametric interarticulation of subsystems the goal is to move from single system differentiation (for example, a swarm of facade components) to the scripted association of multiple subsystems –envelope, structure, internal subdivision, navigation void. 2__parametric accentuation here the goal is to enhance the overall sense of organic integration by means of correlations that favour deviation amplification rather than compensatory adaptation. 3__parametric figuration complex configurations in which multiple readings are latent can be constructed as a parametric model with extremely figurationsensitive variables. 4__parametric responsiveness urban and architectural environments possess an inbuilt kinetic capacity that allows those environments to reconfigure and adapt in response to prevalent occupation patterns. 5__parametric urbanism – deep relationality the assumption is that the urban massing describes a swarm formation of many buildings whereby the urban variables of mass, spacing and directionality are choreographed by scripted functions.
“Parametricist urbanism aims to construct new field logics that operate via the mutually accentuating correlation of multiple urban systems: fabric modulation, street systems, a system of open spaces.”
Patrik Schumacher
Reference: Schumacher, P 2009, ‘Parametricism’, in Leach, N 2009 (ed), Digital Cities, Architectural Design, Wiley.
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modernism 1920-1975
renaissance1450-1600 medieval
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baroque 600-1800
parametric 1995
post modernism 1975-1985
deconstructivism 1985-1995
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02__an observation of the dynamics of__PUBLIC + PRIVATE
Workshop 1 invloves coding a specific place to illustrate space appropriation by function, or to put it in other words, a space that can be appropriated for private function. What we will be looking for is either fluid use of space, or space which changes its nature from public to private, depending on function that take place.
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observation__BUSKING 15
1
16
2
3
4
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Area of public space
Traffic
Interaction
Anticipation
Permeability for the site
Surrounding Noise
Visual catchment
Visual contact
Sticky surface
Time dependent mood
Participation
Level of Engagement
Surrounding
Environmental Comfort
Sound
Pace of performance
Private 80%
Public
Exposure
Variety of props.
Occupied area
o
360
80% Private
Occupied
Public
parameters__ELEMENTS 18
Activeness
value__ALLOCATION 19
Area of public space Premeability for the site Sticky surface Surroundings Exposure Traffic Surrounding noise Time dependent mood Environmental condition Interaction Participation Visual catchment Occupied area Sound Anticipation Visual contacact Level of engagement Pace of performance
busking__PERFOMER 1 20
Varity of props Activities
busking__PERFOMER 2 21
Area of public space Premeability for the site Sticky surface Surroundings Exposure Traffic Surrounding noise Time dependent mood Environmental condition Interaction Participation Visual catchment Occupied area Sound Anticipation Visual contacact Level of engagement Pace of performance
Busking__PERFOMER 3 22
Varity of props Activities
busking__PERFOMER 4 23
performer 1
performer 2
performer 3
performer 4
rule__PRIVATISATION 24
fn = 190 x {2 x (half category) + 11.5 x (maximum category) + 73 x (minimum category)} where fn: crowd size
conculsion_code 25
03__an exploration of__ INTENSITY through 3 dimensional space
The task is to develop a set of diagrammatic rules that define the existing conditions of your sites. The task is to start transferring your site analysis and diagrams into rule-based systems. Rule systems can be geometric, spatial, expressions, colour-field and temporal.
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location__SITE ANALYSIS 27
micro environment
meso environment
macro environment
site__CONTEXT 28
federation square
uni of melb architecture building
city bath
site__SCALE COMPARISON 29
site__IMAGES 30
site__IMAGES 31
C A R S
B I R D S
P E D E S T R I A N S
10:30
mapping__MOVEMENT PATTERN 32
14:30
18:30
Vehicles
Pedestrians
Birds mapping__MOVEMENT PATTERN 33
EAST
WEST
C A R S
1
2
3
P E D E S T R I A N S
1-5
1-4
5-8
>9
movement pattern__10:30 (5 seconds interval) 34
B I R D S
6-10
>10
EAST
WEST
C A R S
1
2
3
P E D E S T R I A N S
B I R D S
1-5
1-4
5-8
6-10
>10
>9 movement pattern__14:30 (5 seconds interval) 35
EAST
WEST
C A R S
1
2
3
P E D E S T R I A N S
1-5
1-4
5-8
>9
movement pattern__18:30 (5 seconds interval) 36
B I R D S
6-10
>10
10:30 (5 seconds interval)
Vehicles
Pedestrians
Birds
14:30 (5 seconds interval)
Vehicles
Pedestrians
Birds
18:30 (5 seconds interval)
Vehicles
Pedestrians
Birds 37
overall__MOVEMENT PATTERN 38
stage 1: 2 charged points described as spheres
stage 2: spheres forming bridge
stage 3: final stage forming 1 large charged cloud
methodology__METABALLS 39
0 - 5min
identified points__INTERSECTION 40
6 - 10min
7 - 15min
16 - 20min
21 - 25min
26 - 30min
identified points__INTERSECTION 41
experiment__GRASSHOPPER 42
1
2
4
3
5 experiment__GRASSHOPPER 43
threshold is determined by the intensity of intersecting paths. intensity is measured between 1 to 0, lower threshold larger the force field thus higher the intensity.
growth__METABALLS 44
application__METABALLS 45
form__POSSIBILITIES 46
vertical section
conceptual plan
spatial__POSSIBILITIES 47
04_an exploration of_SITE ANALYSIS through diagrammatic rules Workshop 3: the task is to develop a set of diagrammatic rules that define the existing conditions of your sites, to start transferring your site analysis and diagrams into rule-based systems. Rule systems can be geometric, spatial, expressions, colour-field and temporal. 48
activities + ELEMENTS + time CYCLES = PROGRAM__GENERATOR 49
ROUTINE
activity__CATEGORIES 50
LEISURE
EDUCATION
COMMERCIAL
ROUTINE
LEISURE
EDUCATION
COMMERCIAL
activity__CATEGORIES 51
ROUTINE
activity__CATEGORIES 52
LEISURE
EDUCATION
COMMERCIAL
intensity - NORMAL intensity - HIGH
activity__TIME CYCLE 53
attractors__ELEMENTS 54
activities__WEB 55
scale: 0 = not relevant 3 = semi-relevant 5 = most relevant
activities__ELEMENT COMBINATIONS 56
step_1
step_ 2
step_3
57
step_4
step_5
step_6
58
activities__COMBO GENERATOR__1 59
activities-PRIMARY
activities-ANCILLARY
intensity - NORMAL intensity - HIGH
activities__TIME CYCLES__combo 1 60
activities__HYBRID PROGRAMS__example1 61
site__PROGRAM ALLOCATION__possibilities 62
site__PROGRAM ALLOCATION__possibilities 63
05_an exploration of_HYBRID KINETICS through material systems Workshop 3b: the task is to develop a responsive (kinetic) physical model that communicates with and responds to the Hybrid Programme Generator 64
activities__COMBO GENERATOR__2 65
activities-PRIMARY
activities-ANCILLARY
intensity - NORMAL intensity - HIGH
activities__TIME CYCLES__combo 2 66
activities__HYBRID PROGRAMS__example1 67
activities__COMBO GENERATOR__3 68
activities-PRIMARY
activities-ANCILLARY
intensity - NORMAL intensity - HIGH
activities__TIME CYCLES__combo 3 69
activities__HYBRID PROGRAMS__example1 70
activities__COMBO GENERATOR__4 71
activities-PRIMARY
activities-ANCILLARY
intensity - NORMAL intensity - HIGH
activities__TIME CYCLES__combo 3 72
concept__HYBRID BUILDINGS 73
concept__TIME CYCLES__programs 74
concept__MODEL 75
concept__MODEL__process 76
concept__MODEL__process 77
concept__MODEL__final 78
concept__MODEL__hybrid programs__INTERACTION 79
Final Design
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We’ve chosen to expand the initial boundary of the site, in order to make more direct physical connections to its surroundings. The original site characteristics are not changed or made anew, but rather, explored to capitalise their potential. We want to work to maximise multiple use of spaces throughout the day by allocating programmes into hybrid configurations based on complimentary time cycles. It is important that activity is constant and not controlled by private or public rhythms. Trying to challenge the verticality that has dominated the typology of high-rise residential, by exploring how this typology could be altered into a horizontally integrated volumetric density. We aim to design the site as the beginning node of a network of connected volumetric densities for the city, where each subsequent node to be configured by the program generator. Programs aim to be hybrids of multiple functions in the categories of: ‘Living’, ‘Educational’, ‘Commercial’, and ‘Leisure’, with consideration of existing activities which are already present in the site, and of time cycles and surrounding attractors such as, Flagstaff Gardens and the Victoria Market. Hybrid programs seek to enhance the experience of high density living, by simultaneously providing new public spaces accessible to the wider community. We understand that hybrids feed on the meeting point between the intimacy of the private sphere and the sociability of the public sphere, which is why we aim to offer a high degree of spatial affordance and appropriation possibilities through non-prescribed spatial design. We aim to develop, via Grasshopper, a fluid structural/material system to facilitate the exchange between private and public space through time cycles.
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By exploring how high density living can occur within an envelope of hybrid programmes, will open possibilities for high density living to be more about spaces for public use with multiple functions.
hypothesis__THE PRECONCEPTION 82
redefined__SITE 83
capitalising__SURROUNDINGS 84
commercial
living
education
leisure
our project will act as a catalyst by injecting new programs to complement and capitalise on the existing programs the site has to offer, while extending more connections to bring continued vitality into the site.
capitalising__SURROUNDINGS 85
private
public
activities
seperation of existing PUBLIC PRIVATE PROGRAMS 86
private
public
activities
private/public blurring of PUBLIC/PRIVATE programs 87
private
public
private/public
introduced programs
activities blurring of PUBLIC/PRIVATE PROGRAMS introducing NEW PROGRAMS 88
private activities
public
private/public
introduced programs
new hybrid programs blurring of PUBLIC/PRIVATE into HYBRID PROGRAMS 89
leisure living education
commercial
stacked
rethinking__VERTICALITY 90
packed
stacked + packed
rule rethinking__VERTICALITY 91
programme__RULE & STRUCTURE 92
program__COMBINATIONS 93
connection 3
continued connection to ‘left over’ space
continued green connection
connection 2
to Flagsta Gar-
connection 1
activated ground levels
hybrid programs
private residential
horizontal hybridisation__CONNECTIONS 94
hybrid residential
hybrid programs
private residential
hybrid residential
vertical hybridisation__CONNECTIONS 95
exploring__envelope 96
exploring__envelope 97
rhino__SCRIPTING ENVELOPE FRAMEWORK 98
design framework__PUBLIC/PRIVATE INTERFACE 99
form__PUBLIC/PRIVATE MESH 100
gradient__PROJECTION 101
hybrid program timeframes__OPTIMIZED COMBINATION 102
conceptual plans__SPATIAL RELATIONSHIPS 103
Site circulation__PROPOSED 104
site map__INTERVENTIONS 105
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107
108
109
110
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Physical Model
112
113
114
115
116
117
118
119
120
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