Team:USTC Software/notebook 3

From 2010.igem.org

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(Zhen Wang)
(Luojun Wang)
 
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'''3.1'''
'''3.1'''
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===Zhen Wang===
===Zhen Wang===
Give our software team a name – bionovo, naming our game – iGAME.
Give our software team a name – bionovo, naming our game – iGAME.
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===Kun Jiang===
===Kun Jiang===
To start our project, I begin a detailed study of biology related softwares, including  
To start our project, I begin a detailed study of biology related softwares, including  
 +
SynBioSS,CellDesigner and TinkerCell. Especially, TinkerCell is a open source software,
 +
so I can read it'source code to carefully research biology simulation software.  Those
 +
softwares provide me a lot of ideas, direct our development and influence our design.
-
SynBioSS,
+
'''3.14'''
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CellDesigner and TinkerCell. Especially, TinkerCell is a open source software, so I can read
+
-
it's
 
-
source code to carefully research biology simulation software.  Those softwares provide me a
 
-
 
-
lot of
 
-
ideas, direct our development and influence our design.
 
-
 
-
'''3.14'''
 
===Zhen Wang===
===Zhen Wang===
Learining from other biology reaction network simulation software – Berkeley Software Team  
Learining from other biology reaction network simulation software – Berkeley Software Team  
-
 
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2009,SynBioSS, TinkerCell, CellDesigner, because the realization of our game need simulation too.
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2009,
+
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SynBioSS, TinkerCell, CellDesigner, because the realization of our game need simulation too.
+
Thinking about the big picture of our game, the simulation, the UI, the database, the play  
Thinking about the big picture of our game, the simulation, the UI, the database, the play  
 +
modes.(Liao)Chen Liao promoted a way to do the simulation – every biobrick will have an input and
 +
an output. Though following discussion proved it was not a great idea, it is a good start for
 +
the simulation part of out game.
-
modes.
+
'''3.16'''
-
(Liao)Chen Liao promoted a way to do the simulation – every biobrick will have an input and
+
-
an
 
-
output. Though following discussion proved it was not a great idea, it is a good start for
 
-
 
-
the
 
-
simulation part of out game.
 
-
 
-
'''3.16'''
 
=== Luojun Wang ===
=== Luojun Wang ===
Strict rules for safety have been considered and made.To start our own human practice,  
Strict rules for safety have been considered and made.To start our own human practice,  
-
 
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previous works have been investigated.
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previous
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works have been investigated.
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'''3.17'''
'''3.17'''
 +
=== Shangyu Luo ===
=== Shangyu Luo ===
Having made sure that our project will be about a game in synthetic biology, we begin to  
Having made sure that our project will be about a game in synthetic biology, we begin to  

Latest revision as of 12:08, 27 October 2010

Contents

Zhen Wang

Give our software team a name – bionovo, naming our game – iGAME.

3.1

Zhen Wang

Give our software team a name – bionovo, naming our game – iGAME.

Kun Jiang

To start our project, I begin a detailed study of biology related softwares, including SynBioSS,CellDesigner and TinkerCell. Especially, TinkerCell is a open source software, so I can read it'source code to carefully research biology simulation software. Those softwares provide me a lot of ideas, direct our development and influence our design.

3.14

Zhen Wang

Learining from other biology reaction network simulation software – Berkeley Software Team 2009,SynBioSS, TinkerCell, CellDesigner, because the realization of our game need simulation too. Thinking about the big picture of our game, the simulation, the UI, the database, the play modes.(Liao)Chen Liao promoted a way to do the simulation – every biobrick will have an input and an output. Though following discussion proved it was not a great idea, it is a good start for the simulation part of out game.

3.16

Luojun Wang

Strict rules for safety have been considered and made.To start our own human practice, previous works have been investigated.

3.17

Shangyu Luo

Having made sure that our project will be about a game in synthetic biology, we begin to

discuss the components of our software. Basically, we divide it into two parts: fore-end and

back-end. I will work on the later one which includes simulation, database, interface, etc.

Furthermore, I focus on the model and simulation of biological reactions and try to find a

proper method to serve for our project.