GMU:Computing with Thread/Niloofar Ghobadi: Difference between revisions

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* Conversion process of a circular shape with four focal points to an egg shape by moving one of the points with same length of thread.
* Conversion process of a circular shape with four focal points to an egg shape by moving one of the points with same length of thread.


[[File:computing-with-thread-niloo-one-pin.jpg]]
[[File:computing-with-thread-niloo-1-1-pin.jpg]]


* Conversion process of a circular shape with four focal points to an ellipse shape by moving two of the points with same length of thread.
* Conversion process of a circular shape with four focal points to an ellipse shape by moving two of the points with same length of thread.


[[File:computing-with-thread-niloo-two-pins.jpg]]
[[File:computing-with-thread-niloo-2-2-pins.jpg]]




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* [https://www.youtube.com/watch?v=0ePriBJKYt8 Silk pavilion]
* [https://www.youtube.com/watch?v=0ePriBJKYt8 Silk pavilion]
* ...
* ...
== Knot == 
<br>
* There is a special knot in climbing which is very strong and easy to unknot. This knot is using for hanging from the mountain and can save climbers lives.
[[File:Climbing knot 1.jpg]]
[[File:Climbing knot 2.jpg]]
* repeating the climbing knot over and over creates a network of knots which is a very strong net.
[[File:Net-climbing knot.jpg]]
== Link ==
* [http://www.animatedknots.com/fig8follow/#ScrollPoint Climbing Knot]
== Thread based visualization == 
<br>
* The idea that I am developing is to show that asylum in not only from the countries with bad situation or countries that are facing war. In this thread combination I tried to show the amount of refugees from the 20 first successful countries.
[[File:Thread-based-visualization.png]]
* Guide:
# Red rows show the origin of refugees
# Yellow color shows the destination of refugees
# each thread shows a number that represents the number of refugees
## Less than 10: 1 thread
## 10 to 20: 2 thread
## 20 to 40: 3 thread
## 40 to 60: 4 thread
##
[[File:Thread-based-visualization2.png]]
[[File:Thread-based-visualization3.png]]
[[File:Thread-based-visualization4.png]]
== Links ==
* [http://www.therefugeeproject.org/#/2014 Refugee Project]
* [http://goodcountry.org/index/overall-rankings Country Ranking]
== Wheels and Pulleys == 
<br>
* The system simply works by pulling the thread. The wheels which in fact act as gears make the swabs move in opposite direction.
[[File:Mechanical System 1.jpg]]
[[File:Mechanical System 2.jpg]]

Latest revision as of 18:44, 27 June 2016

Thread Geometries


  • Conversion process of a circular shape with four focal points to an egg shape by moving one of the points with same length of thread.

Computing-with-thread-niloo-1-1-pin.jpg

  • Conversion process of a circular shape with four focal points to an ellipse shape by moving two of the points with same length of thread.

Computing-with-thread-niloo-2-2-pins.jpg


Links


Knot


  • There is a special knot in climbing which is very strong and easy to unknot. This knot is using for hanging from the mountain and can save climbers lives.


Climbing knot 1.jpg


Climbing knot 2.jpg

  • repeating the climbing knot over and over creates a network of knots which is a very strong net.


Net-climbing knot.jpg


Link



Thread based visualization


  • The idea that I am developing is to show that asylum in not only from the countries with bad situation or countries that are facing war. In this thread combination I tried to show the amount of refugees from the 20 first successful countries.

Thread-based-visualization.png


  • Guide:
  1. Red rows show the origin of refugees
  1. Yellow color shows the destination of refugees
  1. each thread shows a number that represents the number of refugees
    1. Less than 10: 1 thread
    2. 10 to 20: 2 thread
    3. 20 to 40: 3 thread
    4. 40 to 60: 4 thread

Thread-based-visualization2.png

Thread-based-visualization3.png

Thread-based-visualization4.png

Links



Wheels and Pulleys


  • The system simply works by pulling the thread. The wheels which in fact act as gears make the swabs move in opposite direction.

Mechanical System 1.jpg

Mechanical System 2.jpg