Difference between revisions of "Team:Tsinghua-A/fluid game"

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Fluid E.coli War

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		Init			Final	Result
		Warriors	Farmers	Beggars	Final	Result
Game 1	User
Game 1	AI
Game 2	User
Game 2	AI
Game 3	User
Game 3	AI
Game 4	User
Game 4	AI
Game 5	User
Game 5	AI

I Introdution

The game “E.coli War” is designed based on our fluid model. In the game, E.coli are divided into two groups, with each group having three kinds of E.coli: warriors, farmers and beggars.


Warriors can attack the enemy	Farmers can provide food for others	Beggars just consume resources

PS：The nutrient produced by farmers can be utilized by all E.coli. It can simulate grabbing of the enemy's grain during a war.

II Rule

There are 60,000 E.coli at the beginning of a game. They are divided equally into farmers,warriors and beggars. You and AI will get a total of 30,000 E.coli, but the distribution of each kind of E.coli is random. The game is composed of five rounds. In each round, you can allocate 6,000 E.coli .The maximal number of E.coli that your group eventually reach will be your grade. If your grade is greater than that of AI, then you win this round. If you win three rounds, then congratulations, you win the game!

OK, Let’s Begin to learn how to play it!
Before each game begins, You can input the number of each bacteria.

Then you can press “Start” to begin this game.

Now, they begin to kill each other, and the number of them is displayed at the top.(The numbers are showed logarithmically. For example, when the length is 10, the number of bacteria is 10¹⁰. If you do not want to wait for too long, you can press "Fast" to accelerate the process)
After each round, you can click the button "OK" to play the next round or you can click the button "Quit" to exit the game.

III Game strategy

    Although we cannot figure out exactly how the initial numbers determine the result, we do find out some rules. Here are some of them and hope that they can help you to win.
    Because farmers provide nutrients for both sides, they have no effect in each side in terms of nutrients. Farmers only play a role in counting the total number of bacteria. Take this into consideration when you are placing farmers.
    Warriors can attack enemy, which is beneficial for their own side. When the number of our warriors is bigger than AI's, and the number of our beggars is less than AI's, we will be more likely to win. The mechanism of winning is that our bacteria will keep growing faster.

Because beggars do not have any production, they grow the fastest. When the number of warriors of both sides is closer and the number of our beggars is bigger than AI's, we will be more likely to win. The mechanism of winning is that the number of our beggars will be far greater than AI's.

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+<div style="position:fixed;top: 80%;	left: 90%;"><a href="#top"><img src="https://static.igem.org/mediawiki/2017/3/31/TsinghuaA-backtotop.png" width="80" height="80"></a></div>
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-               <div class="myTitle1">Fluid <i>E.coli War</i></div>
+               <div class="myTitle1"id="top">Fluid <i>E.coli War</i></div>
                <div id="mylegend" class="divcss">Lufylegend loading... If not begin, please use Chrome for browsing!</div>
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 <div class="myPara"><br><br></div>
 <div class="myTitle2">III Game strategy</div>
-			<div class="myPara">&nbsp;&nbsp;&nbsp;&nbsp;Although we cannot figure out exactly how the initial numbers determine the result, we do find out some rules. Here are some of them and hope that they can help you to win. <br>&nbsp;&nbsp;&nbsp;&nbsp;Because farmers provide nutrients for both sides, they have no effect in each side in terms of nutrients. Farmers only play a role in counting the total number of bacteria. Take this into consideration when you are placing farmers. <br>&nbsp;&nbsp;&nbsp;&nbsp;Warriors can attack enemy, which is beneficial for their own side. Beggars consume their own resources, so they are harmful to their own side. When the number of our warriors is bigger than AI's, and the number of our beggars is less than AI's, we will be more likely to win. The mechanism of winning is that our bacteria will keep growing faster.</div>
+			<div class="myPara">&nbsp;&nbsp;&nbsp;&nbsp;Although we cannot figure out exactly how the initial numbers determine the result, we do find out some rules. Here are some of them and hope that they can help you to win. <br>
+&nbsp;&nbsp;&nbsp;&nbsp;Because farmers provide nutrients for both sides, they have no effect in each side in terms of nutrients. Farmers only play a role in counting the total number of bacteria. Take this into consideration when you are placing farmers. <br>
+&nbsp;&nbsp;&nbsp;&nbsp;Warriors can attack enemy, which is beneficial for their own side.  When the number of our warriors is bigger than AI's, and the number of our beggars is less than AI's, we will be more likely to win. The mechanism of winning is that our bacteria will keep growing faster.</div>
 <div class="myPic1"><img src="https://static.igem.org/mediawiki/2017/1/14/TsinghuaA-fluid_game_win1.png" width=70%></div>
-<div class="myPara">&nbsp;&nbsp;&nbsp;&nbsp;Because beggars do not have any production, they grow the fastest. When the number of warriors of both sides is closer and the number of our beggars is bigger than AI's, we will be more likely to win. The mechanism of winning is that the number of our beggars can be far greater than AI's.</div>
+<div class="myPara">&nbsp;&nbsp;&nbsp;&nbsp;Because beggars do not have any production, they grow the fastest. When the number of warriors of both sides is closer and the number of our beggars is bigger than AI's, we will be more likely to win. The mechanism of winning is that the number of our beggars will be far greater than AI's.</div>
 <div class="myPic1"><img src="https://static.igem.org/mediawiki/2017/9/92/TsinghuaA-fluid_game_win2.png" width=70%></div>