atom09:Proposal

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'''Three criteria:'''
 
'''Three criteria:'''
  
Components, Behavior and Interconnectivity.
+
'''Components, Behavior and Interconnectivity.'''
  
 
As an open system, each component has a certain behavior.
 
As an open system, each component has a certain behavior.
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'''- Multiple Components:'''  
 
'''- Multiple Components:'''  
  
Some of the elements in the site is suppose to be unmovable.
+
There're different kinds of components within a system;
No matter how the whole structure changes, they stay there.
+
They could be categorized as: Static and Non-static; Physical and abstract; Outside and Inside the boundary...
  
These elements could be:
+
Non-static could provide parametric values, which we call it INPUT, to change the states of the other components;
 +
 
 +
the other components can be either static or non-static, and they give OUTPUT to circulate the "interconnectivity" between different components.
  
several existing trees which we decide to keep;
 
  
a certain area of pedestrianse for crossing;
 
  
 
</div>
 
</div>
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</div>
 
</div>
 
<div style="float: left; width: 300px; margin-right:20px; text-align:left">
 
<div style="float: left; width: 300px; margin-right:20px; text-align:left">
'''Intruders:'''
+
'''-Intruders:'''
 
+
'''- Static Components:'''
+
 
+
Some of the elements in the site is suppose to be unmovable.
+
No matter how the whole structure changes, they stay there.
+
 
+
These elements could be:
+
 
+
several existing trees which we decide to keep;
+
 
+
a certain area of pedestrianse for crossing;
+
 
+
system control rooms.
+
  
'''- Non-static Components:'''
 
  
Besides the stable components, we have the area for movable structure.
 
  
  

Revision as of 12:29, 3 October 2011

Contents

Aim


Interconnectivity.jpg

To Create A Dynamic System by Parametric Method

- Restore the site to make it a useful component of the entire system of the city;

- Reorganize the site itself to be an effective and efficient system - an OPEN SYSTEM.

Three criteria:

Components, Behavior and Interconnectivity.

As an open system, each component has a certain behavior.

Component A's behavior affects component B, and B gives feedback to influent A,

this is a complete interconnectivity and interaction.




The image on the left best describes the relationship between 2 components:

They're linked with each other, and they're affecting each other.


Multiple Components


- Multiple Components:

There're different kinds of components within a system; They could be categorized as: Static and Non-static; Physical and abstract; Outside and Inside the boundary...

Non-static could provide parametric values, which we call it INPUT, to change the states of the other components;

the other components can be either static or non-static, and they give OUTPUT to circulate the "interconnectivity" between different components.


-Intruders:




- Behavior of Components:

Some of the elements in the site is suppose to be unmovable. No matter how the whole structure changes, they stay there.

These elements could be:

several existing trees which we decide to keep;

a certain area of pedestrianse for crossing;

- Relationship of Components:

Some of the elements in the site is suppose to be unmovable. No matter how the whole structure changes, they stay there.

These elements could be:

several existing trees which we decide to keep;

a certain area of pedestrianse for crossing;







Parametrical Directions


A system is closed if no material enters or leaves it;

it's open if there is import and export and, therefore, changes of components.


Only non-static components can offer import and export values of parameter, they're changing and moving.

Thus we'll focusing on parameters of 1 or 2 non-static components during the further parametric design.


1. Movements:


...Gravity, Speed, Time...

dfdknfdjerfejfajfiegi sfkejfie lsdejifwoi nweijfwiej dwoiejdieo

jfiegi sfkejfie lsdejifwoi nweijfwiej dwoiejdieo

jfiegi sfkejfie lsdejifwoi nweijfwiej dwoiejdieo


2. ......:


dnjveijfwek fwoejf foiejfie fjdfue








Fabrication


..........

dfdknfdjerfejfajfiegi sfkejfie lsdejifwoi nweijfwiej dwoiejdieo

jfiegi sfkejfie lsdejifwoi nweijfwiej dwoiejdieo

jfiegi sfkejfie lsdejifwoi nweijfwiej dwoiejdieo








Previous Work


Variational Structures:

The structure can be justified according to different users.

Functions differentiate from different spaces.

With this dynamic system, the site becomes a lively place which can be totally open to all kinds of users:

Science Center, BK-City and any other people with any requirements.




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