X-Git-Url: https://mattmccutchen.net/match/match.git/blobdiff_plain/2e7d542623d17554667ca0199dd988caf3c442ae..eb6c3c9f810799e3bfe8cd302dd9d00f97b4baf7:/program/Test.hs

diff --git a/program/Test.hs b/program/Test.hs
index 7840b5e..1530aa9 100644
--- a/program/Test.hs
+++ b/program/Test.hs
@@ -1,23 +1,52 @@
-module Test where
+module Test (
+	-- Export everything we need to have fun in GHCi:
+	module Test,
+	module TestUtils,
+	
+	-- Generate instances.
+	module PMInstance,
+	module PMInstanceGenerator,
+	
+	-- Solve instances.
+	module ProposalMatcher,
+	module PMDefaults,
+	
+	-- Run randomized things.
+	module System.Random,
+	module RandomizedMonad,
+	
+	-- Evaluate.
+	module Evaluation
+) where
+import TestUtils
+import PMInstance
+import PMInstanceGenerator
+import ProposalMatcher
+import PMDefaults
+import System.Random
+import RandomizedMonad
+import Evaluation
+
+-- Other imports we need
 import BellmanFord
-import UnitMinCostFlow
-import ProposalMatch
-import ProposalMatchConfig
-import Data.Array
+import Data.Array.IArray
+import Data.Array.Unboxed
 import Data.Graph.Inductive.Graph
 import Data.Graph.Inductive.Tree
+import ArrayStuff
 
--- So we can call graphviz' at the GHCi prompt
-import Data.Graph.Inductive.Graphviz
-graphviz' g = Data.Graph.Inductive.Graphviz.graphviz' g
-
+-- TESTING GRAPH ALGORITHMS
 myGraph = mkGraph [(0, ()), (1, ()), (2, ())]
-	[(0, 1, 2), (0, 2, 3), (2, 1, -2)] :: Gr () Double 
+	[(0, 1, (0, 2)), (0, 2, (1, 3)), (2, 1, (2, -2))] :: Gr () (Int, Int)
 
-spTree1 = spTree 0 myGraph
+bfResult = bellmanFord snd 0 myGraph
 
-(flowVal, flowResid) = umcf 0 1 myGraph
+flowArray = minCostFlow pmDefaults (0, 2) fst (const 1) snd myGraph (0, 1)
 
+myNCGraph = mkGraph [(0, ())] [(0, 0, -1)] :: Gr () Int
+bfNCResult = bellmanFord id 0 myNCGraph
+
+-- PROPOSAL-MATCHING EXAMPLES
 -- Example from idea book p. 425
 {- 
 (myNumRvrs, myNumProps) = (4, 3)
@@ -31,16 +60,23 @@ myPrefsArray = array ((0,0), (myNumRvrs-1,myNumProps-1)) [
 
 (myNumRvrs, myNumProps) = (5, 3)
 
-myPrefsArray = array ((0,0), (myNumRvrs-1,myNumProps-1)) [
-	((0, 0), 15), ((1, 0), 10), ((2, 0), 15), ((3, 0), 40), ((4, 0), 20),
-	((0, 1), 30), ((1, 1),  7), ((2, 1), 10), ((3, 1), 15), ((4, 1), 15),
-	((0, 2), 15), ((1, 2), 25), ((2, 2), 20), ((3, 2), 20), ((4, 2), 15)
-	]
+myPrefs = transposeArray $ listArray ((0,0), (myNumProps-1,myNumRvrs-1)) [
+	15, 10, 15, 40, 20,
+	30,  7, 10, 15, 15,
+	15, 25, 20, 20, 15
+	] :: UArray (Int, Int) Wt
+
+myInst = PMInstance myNumRvrs myNumProps (constArray (0, myNumRvrs-1) 1) myPrefs
+
+rdnResult = doReduction pmDefaults myInst
+ReductionResult rrg rrso rrsi rreib rredi = rdnResult
+rdnFlowArray = minCostFlow pmDefaults rreib reIdx reCap reCost rrg (rrso, rrsi)
+rrg2 = flowAnnotate rrg rdnFlowArray
+myMatching = doMatching pmDefaults myInst
 
-myPrefs = \i j -> myPrefsArray ! (i, j)
-myInst = Instance myNumRvrs myNumProps (const 1) myPrefs
+iGraph = showInstanceAsGraph myInst myMatching -- Visualize me!
 
-rdnGraph = doReduction myInst
-(rdnFlowVal, rdnFlowResid) = umcf 0 1 rdnGraph
-rdnFlow = flowDiff rdnGraph rdnFlowResid
-myMatching = doMatching myInst
+-- Evaluation!
+eInst = runRandom myGen $ randomInstance 20 50
+eval1 = doEvaluateMatching pmDefaults eInst
+eval2 = doEvaluateMatching pmDefaults{loadTolerance = 2} eInst