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<html><a name="1"><font color="#FF0000" size="5">Logs</font></a></html>
 
<html><a name="1"><font color="#FF0000" size="5">Logs</font></a></html>
  
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==<html><a name="1"><font color="#FF0000" size="4">01/04-05-2012 | MODELLING </font></a></html>==
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<html><a name="1"><font color="#FF0000" size="2">Links | Images</font></a></html>
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<html><a name="1"><font color="#FF0000" size="2">Meeting | To do</font></a></html>
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-Update big model
 +
 +
-Make Rhino main shape Ondina Pavilion
 +
 +
-Make Rhino Ribbon
 +
 +
-Update Rhino files into digital model
 +
 +
-what can project be in the future? (does it contribute to NDSM)
 +
 +
-Get help for 3D model from Gary and TOI.
 +
 +
-Make algorithm for ribbon/pavilion.
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 +
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<b>Connection Sam:</b>
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How does the transfer area of the floating studios connect to the ribbon?
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 +
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<b>Connection Pim/Lotte:</b>
 +
 +
Does ribbon ‘continue’ in pavilion?
 +
 +
Is lighting controlled in this pavilion?
 +
 +
Come up with special mode around their pavilion?
 +
 +
Physical connection needs special set of rules.
 +
 +
 +
-Go on with lighting system and interfaces (arduino-references-sketches)
 +
-Material proposals.
 +
-Create render/picture
 +
-Make lasercut part of Ondina Pavilion
 +
-Evaluate systems to architecture
 +
-Evaluate Prototyping
 +
-Update wiki with ribbon and Pavilions
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-Make 3D model
 +
-Check deliverables
 +
-Connect ribbon to pavilion in virtual model
 +
-References of architectural connections
 +
 +
<html><a name="1"><font color="#FF0000" size="2">Tasks</font></a></html>
 +
 +
-Go on with lighting system and interfaces (arduino-references-sketches)
 +
 +
-Material proposals.
 +
 +
-Create render/picture
 +
 +
-Make lasercut part of Ondina Pavilion
 +
 +
-Evaluate systems to architecture
 +
 +
-Evaluate Prototyping
 +
 +
-Update wiki with ribbon and Pavilions
 +
 +
-Make 3D model
 +
 +
-Check deliverables
 +
 +
-Connect ribbon to pavilion in virtual model
 +
 +
-References of architectural connections
  
 
==<html><a name="1"><font color="#FF0000" size="4">25-04-2012 | MODELLING </font></a></html>==
 
==<html><a name="1"><font color="#FF0000" size="4">25-04-2012 | MODELLING </font></a></html>==

Revision as of 10:29, 7 May 2012

Logs

Contents

01/04-05-2012 | MODELLING

Links | Images

Meeting | To do

-Update big model

-Make Rhino main shape Ondina Pavilion

-Make Rhino Ribbon

-Update Rhino files into digital model

-what can project be in the future? (does it contribute to NDSM)

-Get help for 3D model from Gary and TOI.

-Make algorithm for ribbon/pavilion.


Connection Sam:

How does the transfer area of the floating studios connect to the ribbon?


Connection Pim/Lotte:

Does ribbon ‘continue’ in pavilion?

Is lighting controlled in this pavilion?

Come up with special mode around their pavilion?

Physical connection needs special set of rules.


-Go on with lighting system and interfaces (arduino-references-sketches) -Material proposals. -Create render/picture -Make lasercut part of Ondina Pavilion -Evaluate systems to architecture -Evaluate Prototyping -Update wiki with ribbon and Pavilions -Make 3D model -Check deliverables -Connect ribbon to pavilion in virtual model -References of architectural connections

Tasks

-Go on with lighting system and interfaces (arduino-references-sketches)

-Material proposals.

-Create render/picture

-Make lasercut part of Ondina Pavilion

-Evaluate systems to architecture

-Evaluate Prototyping

-Update wiki with ribbon and Pavilions

-Make 3D model

-Check deliverables

-Connect ribbon to pavilion in virtual model

-References of architectural connections

25-04-2012 | MODELLING

Links | Images

SS1.jpg

SS2.jpg

SS3.jpg

Ss4.png

Ss5.png

Ss6.png

Meeting | To do

-made sphere model in rhino

-start with modelling ribbon in rhino

-look for 'mapping' possibilities in grashopper for spheres.

-add buttons to main page wiki

-add photos of model making and today.

24-04-2012 | MODELLING

Meeting | To do

General:

-implement data (people flow/ cubic meters)

-use rhino/grasshopper to generate 3D model (also for Google earth viewer)

-reflect work (with model/variations/etc.)

-connecting architecture to system (lighting visible from pavilion?!)

-made parts for big model


-define amount of connections with other spheres in GEO-indesign file.

23-04-2012 | MODELLING

Links | Images

IMG 0279.JPG

IMG 0282.JPG

IMG 0280.JPG


IMG 0291.JPG

IMG 0294.JPG

IMG 0288.JPG

IMG 0295.JPG

IMG 0285.JPG

IMG 0287.JPG

Meeting | To do

General:

-making model of plaster

-Discussing walkable spheres and calculate


-relate surface shores to amount of people and calculate this

-Making rhino model with spheres

-Smoothing also depending on parameters?!

-Make ribbon and pavilion part in wiki

-Make sections

20-04-2012 | RIBBON + SPHERES

Links | Images

Degree1.jpg

Degree2.jpg



Meeting | To do

Meeting:

-Defining sphere rules (floor cutting, flattening)

-Walkable area in ellipsoid/ intersection with ground level depends at the angle of 6degree.

-Ribbon


TASKS

-find intersection point of ellipsoid with ground floor.

-Make a wiki part for the ribbon and pavilions.

-Defined sphere rules on wiki

-Go through questions of earlier logs

-References for construction of ribbon.

-Draw ribbon map.

19-04-2012 | RIBBON + SPHERES

Links | Images

LOG2.jpg

Tree.jpg



Meeting | To do

Ribbon:

-Points in ribbon, similar sphere setup to Ondina pavilion.

-Discuss pavilion dimensions

Spheres:

-Tested different diameters for spheres (central sphere gets sliced)

-Setup system for spheres


TASKS

-Test flat floor of other pavilions

-Min. openings fire regulations

-Make setup for small pavilions in Rhino

-Define connecting spheres that go around more important ones to make walkable openings and connections.

-How deep/up are the different spheres?!

-How does the ribbon cut through the waiting sphere/ gets into the pavilion?

-sections of pavilion with spheres.

18-04-2012 | FORMFINDING

Links | Images


LOG3.jpg

LOG5.jpg

LOG4.jpg



Meeting | To do

General:

-Modeling rules

-Making algorithm tree (also usable for setup Rhino and grasshopper model)


-Finding diameter and walkable angle of sphere.

-Find rules for connection spheres (how high is placement, how big, how much connected to which spheres)

-Sphere connection diagram.

-Differentiate ribbon

-Small pavilions; width/height; what spheres constitute pavilion.

-where exactly are the snap points for the ribbon?

-Work out ribbon

15-04-2012 | FORMFINDING

Links | Images

http://www.grasshopper3d.com/forum/topics/voronoi-sphere?xg_source=activity

http://www.grasshopper3d.com/forum/topics/balloon-packing-voronoi

LOG1.jpg


Meeting | To do

General:

-Setup geometry rules

-Algorithm


Pavilion:

-Method of getting 3D model done

-How to de fine the inside of the pavilion

-Rules for inside pavilion (defining relations of spheres to each other and min/max)

-position of spheres inside (what is flat, and what not)


-Making plan of ribbon (width/dimensions)

-continue geometry pavilion

-Rule list for wiki (+tree) (ribbon/ transition/pavilion)

-Sphere list for wiki (pavilion)

30-03-2012 | ARDUINO + RHINO

Links

http://www.instructables.com/id/Arduino-Basics-PIR-Sensor/step4/Further-Projectse/


Arduino

1st - Tested ones of yesterday (29-03-2012) worked.

2nd - Extra yellow LED added.

3rd - Extra yellow LED and button added

4rd - Motion sensor with LED.


Meeting | To do

-what component/mode is more important for the system? (fading/push button)

RHINO: -base openings on amount of people +derections (main groups, see all openings as an entrance based on routing)

-Parameter tree (start pavilion min. 5m from obstacle, etc.)


Parameter list:

-people (directions/amount)

-obstacles on the way ( min. + max. distance from obstacle)

-sunlights (how much let in without compromising system)

-width of ribbon

-Proximity to water


TASKS

Romain:

-Rhino model

-Pavilion skin +structure

-Questions Log 29-03-12

-Phone program

-integration of whole model

-More parameters


Magda

-rhino model-ribbon where is? Draw in the diff layer

-questions log 29-03

-think about skin and structure – that applies both to ribbon and pavilion

-parameter tree – algorithm based on elements of parameetric design

-arduino –setup of iphone intreface

-integration of lighting into the ribbon/system

29-03-2012 | ARDUINO

Links

http://www.youtube.com/watch?feature=endscreen&v=6mHnhLs8Dg8&NR=1

Sequence RGB LEDS with button


http://vimeo.com/15335820

Iphone control


http://vimeo.com/4699310

LED circuit +button


-Arduino guidelines

http://www.github.com


-Just 1LED with button

http://vimeo.com/4812782


-Generative architecture

http://www.su11.com

http://flickriver.com/photos/brucesterling/sets/72157616511871362/

http://sojamo.tumblr.com/post/140563395/biothing-founded-by-alisa-andrasek-in-2001

http://www.grasshopper3d.com/photo/mesh-relaxation-n-inflation-3?context=latest

http://27thdesign.com/2012/03/04/parametric-design-and-generative-architecture/


Arduino

1st - Not working.

Arduino1.jpg


2nd - worked with touching resistor instead of button (broken breadboard)


Meeting | To do

-Extend system to all snap point, instead of first connecting snap points to Ondina pavilion.

-Define communication between snap points Is the system totally centralized?

-Defining virtual/physical snappoints.

-Material boardwalk/pavilions

-Define elevations and situation/route of the bordwalk.

-Define Lighting objects within boardwalk.

-How does the lighting system work (in both ways)?

-How do the little interfaces work and look like?

-What is the material (sort of predefined shape projected over main-shape.. new sort of ‘brick’?!)’ and construction

-Interface integrated well enough in architecture?!

-Define all parameters which influence pavilion.. (route people, sun, ramp,.. )


28-03-2012 | ARDUINO

Links

http://www.youtube.com/watch?feature=endscreen&NR=1&v=WHc4BWykXvI

http://www.youtube.com/watch?v=G_dOMheklOk


Arduino

Tested 3 LED sequence blinking, without button.


Meeting | To do

-Examples button and LED sequence

-Things we want to test;

1)sequence of pushing buttons

2)two states of blinking

3)intensity (brightness), blinking state to modes of sytem

4)moving sensor test to modes

-Uploading photos and videos on youtube

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