<\b\crEco - Economoc Simulator> - <\bis designed for 5 purposes>:

* To simulate the economy of a country in a 3 dimensional space OUTPUT-MONEY-PRICING (called <\b\IEcospace>  [QMP]). 
    Ecospace includes three 2-dimensions subspaces:
       Output-Money, <\b\IKeynes space>  [QM]
       Output-Pricing, <\b\IPatinkin space>  [QP]
       Money-Pricing, <\b\IFreidman space>  [MP]

* To compare the performance of economies of different countries on the same measure and data scale.

* To forecast the economy of a country.

* To investigate the possibility of the increase/decrease of the quantity of money per output. 
 
* To practice the attractor tool, which is the engine of dynamic systems in nature. 

<\bHow to operate the Simulator>

The default is '<\IEconomic Simulator, based on Tamari Attractor>' in the <\GAttractors> menu. The first country to appear is <\IEcoland>, an imaginary country. After that <\IEcoland> comes a list of another 20 countries (the samples) the last one of which is the average of all the 20 countries in the sample (data taken from IMF 1960-2007).
You can choose another country - on the list - for simulating and practice. You can also compare different countries by changing the setting in the <\I\Gaccumulated countries> box.
The best way to start comparing trajectories among countries is to put the number 3000 in the <\Giterations> box.

If you don't recognize the <\battractor> tool you can get an idea about it by choosing another attractor from the list on the <\GAttractors> menu. (see also <\cb\uwww.ecometry.biz/attractors> ).

By changing <\Gparameters>, <\Goperations>, and <\Ginitial conditions> you will get the the feeling, sensitivity, and spirit of what it is all about.

The method of <\b\I\creco>  is described in the site <\cb\uwww.ecometry.biz> in the pages <\cb\IEcometry>, <\cb\ISimulator> and <\cb\Iattractors>.
