Leeuwarden 2.0

KY478
Leeuwarden 2.0
Process Structure Tool Kit
KY478
KY478
Components
Data Field. The data field
is a layer of augmented
reality used in real time and
urban scale so
the building visual and
functional part will actually
be augmented reality. The
ability of visualizing digital
object in real space and
time and inserting them in
urban context, provides
the building with a dynamic
interactive presence. The
augmented data is stored
in local urban units known
as “urban servers”.
They are used to store the
data and are inserted in a
double room space. This
build up space contains the
server and a public toilet
which can be used by the
users of the building.
The temperature in
Leeuwarden vary in
such a scale that there
is a need for heating but
scarcely for cooling . In
that sense the Process
Structure will be heated
by outlets sticking from
the ground and blowing
hot air. The hot air will
not be produced separately but will actually
use the hot air produced
by the servers, which
generate high level of
heat. The heat will then
be redirected to the
site and blown in the
direction of the particular event.
KY478
Components
Air Protection is another vital aspect in the
Netherlands. In order to
provide air shield for the
Process Structure, there
air pressure devices
installed on the site.
The air pressure layer
allows to block the rain,
in case of such, through
suction in the tubes of
the lights. Air is taken
from the foundation of
the pillars and turbulated
through the top resulting
in an invisible layer of air
pushing away the rain.
The system responds
the change of the augmented layer.The shape
of the dome can be
controlled and thus can
reveal the used spaces
when there is rain.
Noise canceling
field, which uses the
principles of noise
cancellation in order
to generate a space
of quietness and
privacy within the
noisy environment.
The desire to obtain
a completely quite
space is impossible
but a steady and
constant decrease
would lead to sense
of privacy in a public
space.
KY478
The software is a metaphorical expression of the idea which “Architecture in Process” represents. A system of urban processes which engage the fields of the Process Structure and result in particular spatial
appearance. The basic and most fundamental aspect for the occurrence of each process is simply the
need for it-its function or its input of information and the response to that. For this the founding points of the
development of the software for the Process Structure lies in the fundamentals of cybernetics.
CPU
Software
3
Sectors according
to Island atmosphere.
User
Sector 1
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 11
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 20 Environment,
Sector 2
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 12
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 20
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 30 Environment,
Sector 3
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 13
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 21
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 31
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 4
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 14
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 22
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 32
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 5
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 15
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 23
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 33
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 6
3
Sector 7
Sector 8
Sector 9
Process
Sector 10
2
Instantaneous
Spontaneous
The spontaneous generated
events allows the process structure to respond with its database,
and the capability of people
connected their database, so
that the result can be an instantaneously formed spaces wihch
answer to the desiered input
of the program. The capability
of the interaction between the
structure and the user.
Urban Scale
The process is analysed through
feedback in urban scale related
to the weather conditions, urban
morphology, island typology, flow
and organisation of people.
Local Scale
Predetermined
Planned
Output 1
2
The predetermined event
represents preplanned
processes which are the
main functional aspects of the
process strucuture. Since in
the case of Leeuwarden 2018
the structure is interested in representing the cultural identity
of the city the daily functions of
the Process Structure would
be oriented to fit that purpose.
Preplanned events.
Urban Scale
The process is analysed through
feedback in urban scale related
to the weather conditions, urban
morphology, island typology, flow
and organisation of people.
Local Scale
Local Scale is the feedback
from the local conditions of the
particular digital island. Availability, Grouping of people, Local
Architecture Conditions, XYZ
Output, Temperature, Pressure
Sectors according
to the flow of people
and occupied
Local Scale is the feedback
from the local conditions of the
particular digital island. Availability, Grouping of people, Local
Architecture Conditions, XYZ
Output, Temperature, Pressure
Output 2
1
1
Island Distribution
According to the
weather Conditions
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 16
Sector 17
Sector 18
Sector 1
Sector 19
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Sector 29
Dense Forestry
Sector 24
Sector 25
Sector 26
Sector 27
Sector 28
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Dense Forestry
Sector 34
Sector 35
Sector 36
Sector 37
Sector 38
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Kunstuitleen
Friesland, Park
Environment,
Dense Forestry
Sector 1
36
Sector 11
36
Sector 20
36
Sector 29
36
Sector 2
25
Sector 12
25
Sector 20
25
Sector 30
25
Sector 3
5
Sector 13
5
Sector 21
5
Sector 31
5
Sector 4
15
Sector 14
15
Sector 22
15
Sector 32
15
Sector 5
15
Sector 15
15
Sector 23
15
Sector 33
15
Sector 6
36
Sector 16
36
Sector 24
36
Sector 34
36
Sector 7
25
Sector 17
25
Sector 25
25
Sector 35
25
Sector 8
5
Sector 18
5
Sector 26
5
Sector 36
5
Sector 9
15
Sector 1
15
Sector 27
15
Sector 37
15
Sector 10
15
Sector 19
15
Sector 28
15
Sector 38
15
Sector 1
low wind
-accessible
Sector 11
low wind
-accessible
Sector 20 -accessible
low wind
Sector 29
low wind
-accessible
Sector 2
low wind
-accessible
Sector 12
low wind
-accessible
Sector 20
low wind
-accessible
Sector 30
low wind
-accessible
Sector 3
low wind
-accessible
Sector 13
low wind
-accessible
Sector 21
low wind
-accessible
Sector 31
low wind
-accessible
Sector 4
low wind
-accessible
Sector 14
low wind
-accessible
Sector 22
low wind
-accessible
Sector 32
low wind
-accessible
Sector 5
low wind
-accessible
Sector 15
low wind
-accessible
Sector 23
low wind
-accessible
Sector 33
low wind
-accessible
Sector 6
low wind
-accessible
Sector 16
low wind
-accessible
Sector 24
low wind
-accessible
Sector 34
low wind
-accessible
Sector 7
low wind
-accessible
Sector 17
low wind
-accessible
Sector 25
low wind
-accessible
Sector 35
low wind
-accessible
Sector 8
low wind
-accessible
Sector 18
low wind
-accessible
Sector 26
low wind
-accessible
Sector 36
low wind
-accessible
Sector 9
low wind
-accessible
Sector 1
low wind
-accessible
Sector 27
low wind
-accessible
Sector 37
low wind
-accessible
Sector 10
low wind
-accessible
Sector 19
low wind
-accessible
Sector 28
low wind
-accessible
Sector 38
low wind
-accessible
Moving Function
KY478
4
Extruding Function
Repositioning of structure due to
weather conditions
Adaptivity
SInce the structure
gets constant feedback it also adapts ,
moves and transforms.
3
Result
Increasing Wind
Relocation to
Sectors 15 , 16
Event P1
Event P2
Event P3
Scaling Function
Merging Function
Extruding function due to elon- Scaling function due to increase Connecting between two
gation of the reached maximum of size maintaining x and z or y sectors with different but related
x or y maintaining composition and z composition
events.
Elongation of the
exhiition.
Extrusion Y co ordinate
Event P1
Increase of
People. Scaling
XYZ
Event S1
Increasing Wind
Relocation to
Sectors 15 , 16
Event S2
Increase of
People. Scaling
XYZ
Increasing Wind
Relocation to
Sectors 15 , 16
Event P3
Increase of
People. Scaling
XYZ
Event S2 P2
Merging Events S 2
and P2
Event S4 P3
Merging Events S 2
and P2
Event P1
Event P4
Event SP1
Event SP4
Event P2
Event P5
Event SP2
Event SP5
Event P3
Event P6
Event SP3
Event SP6
Event P1
Event P4
Event S1
Event S3
S4.1
S4.6
Distribution
Distribution
3
Design Preset
S4.1
The Design Preset is the way the
Process Structure communicates
with the context. It is the design rules
which the building follows , according
to its position. Every urban board has
its own particular context rules and
when the Process Structure uses
a particular place the silhouette,
pattern, scale and proportion are
according to the Design Preset.
S4.6
Distribution
Organized
Distribution
Follow Pattern
Follow
Guideline 1
Follow Pattern
Event P2
S4.2
Organized
Follow
Guideline 2
Event P5
S 5. 1
Distribution
Organized
Follow Pattern
Follow
Guideline 1
Event P3
Organized
Follow
Follow Pattern
Guideline 2
Event S2
Follow Pattern Follow
Guideline 1
Event S4
S4.2
S 5. 1
Distribution
Organized
Distribution
Organized
Follow Pattern
Follow
Guideline 3
Follow
Follow Pattern
Guideline 3
Organized
S5.4
Distribution
Organized
Follow Pattern
Follow
Guideline 1
Follow Pattern
Follow
Guideline 2
Predetermined
Public
Availabiltiy
At the moment of initiation the structures sees
which of the spaces
in the data island are
available and compare that to the need
of the reuqested event.
If there is a similarity of
two similar events they
connect and become
one.
Event P1
S4.1
x
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
x
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
x
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
Event P4
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
+5
5 3.2000
5 7833
5 3.2000
5 7833
+1
5 3.2000
5 7833
5 3.2000
5 7833
x
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
+5
5 3.2000
5 7833
5 3.2000
5 7833
+1
5 3.2000
5 7833
5 3.2000
5 7833
x
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
+5
5 3.2000
5 7833
5 3.2000
5 7833
+1
5 3.2000
5 7833
5 3.2000
5 7833
+2
S4.6
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
+5
5 3.2000
5 7833
5 3.2000
5 7833
+1
5 3.2000
5 7833
5 3.2000
5 7833
x
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
+5
5 3.2000
5 7833
5 3.2000
5 7833
+1
5 3.2000
5 7833
5 3.2000
5 7833
x
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
+5
5 3.2000
5 7833
5 3.2000
5 7833
+1
5 3.2000
5 7833
5 3.2000
5 7833
+2
+2
Event P6
+2
S4.1
S4.2
Event P1
+2
S4.5
People
The events are further
broken into two main
groups. Pubilic and
Private events
Every requested event
has a preset of design
conditions related to
space requrement and
ddistributuion. At this step
the process structure
prppares the events for
execution.
13
z
5 3.2000
5 7833
5 3.2000
5 7833
+3
+5
5 3.2000
5 7833
5 3.2000
5 7833
+5
+1
5 3.2000
5 7833
5 3.2000
5 7833
+1
S4.6
+2
Event SP5
x
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
+5
5 3.2000
5 7833
5 3.2000
5 7833
+5
+1
5 3.2000
5 7833
5 3.2000
5 7833
+1
+2
S 5. 1
+2
Event SP6
x
y
z
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
5 3.2000
5 7833
+3
+5
5 3.2000
5 7833
5 3.2000
5 7833
+5
+1
5 3.2000
5 7833
5 3.2000
5 7833
+1
+2
S5.4
+2
Spontaneous
Private
Open Lecture
y
5 3.2000
5 7833
5 3.2000
5 7833
Event SP3
S5.4
Event SP4
x
+2
Event SP2
S 5. 1
Public
Event
Follow
Guideline 1
Private
x
Event P5
+2
Event SP1
Predetermined
1
Follow Pattern
Public
x
Event P3
S4.5
Organized
Spontaneous
Private
Event P2
S4.2
Distribution
Event P6
S4.5
Distribution
2
Organized
Event P3
People
Private Office
3
Public
Event S1
People
Duration
1 hour 30mins
Duration
5hours
Duration
Event P2
Van Gogh Exbt.
Event P4
Cinema
Event S2
Private
Frisian Language Event S3
Course
10
2 hours
Photographic
Exhibition
People
Duration
Event S4
Music Ro om
1
30 mins
3d Modelling
People
50- 100
People
20
People
4
People
2
Duration
90 mins
Duration
90 mins
Duration
20 mins
Duration
open end
KY478
KY478