====== Industry ======
== Variables ==

Capital.

Fixed Costs (kr ? $)

Revenues per unit (kr ? $)

Cost of inputs per unit (kr ? $)

Carbon released per unit (g ?)

Production capacity (Units)

Carbon owned (g ?)

Carbon used (g ?)

Buy/Sell list

Average profit

== Functionality: ==

Nr of units sold /Not carbon (Number)  --- calculate?
Orginal equations
          o
            Profit = (Revenues per unit - Cost per unit) * Nr of units sold - Fixed costs (kr ? $)
          o
            Cost per unit = Cost of inputs per unit + Carbon release per unit * Cost of Carbon (kr ? $)

Other equations
          o
            Cost of Carbon = (Cost of Carbon * Carbon units owned + Cost of bought Carbon * unit bought)/(Carbon units owned + units bought)
          o
            Max Units Produced with owned Carbon = owned Carbon / Carbon released per unit
          o
            Max Carbon usage = Carbon release per unit * Production capacity
          o
            Nr of units sold = min(Max Units Produced with owned Carbon , Production capacity)


Buy/Sell
          o
            If (Max Carbon usage > Owned carbon) Buy difference (Units)
          o
            If (Max Carbon usage < Owned carbon) Sell difference (Units)
          o
            Max bid price = Capital / units 
          

 






====== Market ======
== Variables: ==

Average price

Name

Country


== Functionality: ==

Match offers and bids according to the design. At the end of the day, makes the transaction between buyers and sellers of the matching trades.


Matches, improvements, and checkout:
          o
            Match: If (bid's price > offer's minimum price) assign this bid to that offer.
          o
            Improvement: Scanning the offers for every bid:
                            If (current offer's price < old offer's price) repoint the bid to the new one.
          o
            Checkout: For every maching offer: notify the buyers/sellers with units sold/bought and for wich price.
                                  Then if the offer and the bid are not checked out completely, keep them on the market as new.
          


====== Monitor ======

Use JFreeGraph - from last year's model (in SVN).
A module declared in the psySpec, meant to be listening to every type of message from every module.
So it will have the time passing, the prices in the bids/offers and from whom, and the traded transactions.


====== Global ======

Initial values for all the modules (industries or market) are retrieved from psyclone as parameters.
Every module starts only with a name given in the command line, then will be able to ask for parameters to the central system.