Sophie

Sophie

distrib > Mandriva > 2010.0 > i586 > media > contrib-release > by-pkgid > bd5c3d824c3db63ffd9226c15941e6ad > files > 726

mozart-1.4.0-1mdv2010.0.i586.rpm

%%%
%%% Authors:
%%%   Gert Smolka <smolka@ps.uni-sb.de>
%%%
%%% Copyright:
%%%   Gert Smolka, 1998
%%%
%%% Last change:
%%%   $Date: 1999-01-18 22:56:07 +0100 (Mon, 18 Jan 1999) $ by $Author: schulte $
%%%   $Revision: 10513 $
%%%
%%% This file is part of Mozart, an implementation
%%% of Oz 3
%%%    http://www.mozart-oz.org
%%%
%%% See the file "LICENSE" or
%%%    http://www.mozart-oz.org/LICENSE.html
%%% for information on usage and redistribution
%%% of this file, and for a DISCLAIMER OF ALL
%%% WARRANTIES.
%%%

%%% Locating Warehouses

declare
%% Capacity: Supplier --> Nat
Capacity   = supplier(       1   4  2  1  3)
%% CostMatrix: Store --> Supplier --> Nat
CostMatrix = store(
		    supplier(20 24 11 25 30)
		    supplier(28 27 82 83 74)
		    supplier(74 97 71 96 70)
		    supplier( 2 55 73 69 61)
		    supplier(46 96 59 83  4)
		    supplier(42 22 29 67 59)
		    supplier( 1  5 73 59 56)
		    supplier(10 73 13 43 96)
		    supplier(93 35 63 85 46)
		    supplier(47 65 55 71 95)
		  )
BuildingCost = 30
fun {Regret X}
   M = {FD.reflect.min X} in {FD.reflect.nextLarger X M} - M
end
proc {WareHouse X}
   NbSuppliers = {Width Capacity}
   NbStores    = {Width CostMatrix}
   %% Supplier: Store --> Supplier
   Supplier    = {FD.tuple store NbStores 1#NbSuppliers}
   %% Open: Supplier --> {0,1}
   Open        = {FD.tuple supplier NbSuppliers 0#1}
   %% Cost: Store --> Nat
   Cost        = {FD.tuple store NbStores 0#FD.sup}
   SumCost     = {FD.decl} = {FD.sum Cost '=:'}
   NbOpen      = {FD.decl} = {FD.sum Open '=:'}
   TotalCost   = {FD.decl}
in
   X = plan(supplier:Supplier cost:Cost totalCost:TotalCost)
   TotalCost =: SumCost + NbOpen*BuildingCost
   {For 1 NbStores 1
    proc {$ S}
       Cost.S :: {Record.toList CostMatrix.S}
       {FD.element Supplier.S CostMatrix.S Cost.S}
       thread Open.(Supplier.S) = 1 end
    end}
   {For 1 NbSuppliers 1
    proc {$ S} 
       {FD.atMost Capacity.S Supplier S}
    end}
   {FD.distribute
    generic(order: fun {$ X Y} {Regret X} > {Regret Y} end)
    Cost}
end

{ExploreBest WareHouse proc {$ Old New} Old.totalCost >: New.totalCost end}