public static void jacSplitTest(string inputData, string outputPath="jac_result.txt")
{
int[] ui = cleanLogsj(inputData);
Console.WriteLine("numUser:{0}\tnumIntent:{1}", ui[0], ui[1]);
split("jac_usi_processed.log");
JACMatrix testMat = makeUtilMat(ui[1], ui[0], "jac_test.log");
JACMatrix traintMat = makeUtilMat(ui[1], ui[0], "jac_train.log");
JACCF filter = new JACCF(traintMat, false, 5, 10, false);
int[] final = new int[4] { 0, 0, 0, 0 };
Parallel.For<int[]>(0, ui[0],
() => new int[4] { 0, 0, 0, 0 },
(user, state, stats) =>
{
for (int intent = 0; intent < ui[1]; intent += 1)
{
Double trueVal = testMat.get(intent, user);
Double predictedVal = filter.predict(intent, user);
if (trueVal == predictedVal && trueVal == 1)
stats[0]++;
else if (trueVal == predictedVal && trueVal == 0)
stats[1]++;
else if (trueVal == 1)
stats[3]++;
else
stats[2]++;
Console.WriteLine("truePos:{0}\ttrueNeg:{1}\tfalsePos:{2}\tfalseNeg:{3}", stats[0], stats[1], stats[2], stats[3]);
}
return stats;
},
(stats) =>
{
lock (final)
{
final[0] += stats[0];
final[1] += stats[1];
final[2] += stats[2];
final[3] += stats[3];
}
});
Console.WriteLine("truePos:{0}\ttrueNeg:{1}\tfalsePos:{2}\tfalseNeg:{3}", final[0], final[1], final[2], final[3]);
StreamWriter writer = new StreamWriter(outputPath);
writer.WriteLine("truePos:{0}\ttrueNeg:{1}\tfalsePos:{2}\tfalseNeg:{3}", final[0], final[1], final[2], final[3]);
}
private Dictionary<int, int>[] sigMat; //gets hash value from column
#endregion Fields
#region Constructors
public JACLSH(JACMatrix utilMat, int r, int b, JACCF filter)
{
this.filter = filter;
this.numSets = utilMat.GetLength(1);
this.r = r;
this.b = b;
sigMat = new Dictionary<int, int>[b];
revSigMat = new MultiDictionary<int, int>[b];
for (int bandInd = 0; bandInd < b; bandInd++)
{
sigMat[bandInd] = new Dictionary<int, int>();
revSigMat[bandInd] = new MultiDictionary<int, int>(true);
}
compSigMatEntries(utilMat);
}
