public static void main(String[] args) {
final long totalStartTime = System.currentTimeMillis();
if (RUN_FROM_COMMAND_LINE && args.length != 3) {
System.out.println(
"Error in NBMain: expects 3 arguments...\n"
+ "Arguments: <min-example-set-size> <max-example-set-size> <increment> \n"
+ "e.g. to train on example sets of size 10, 15, and 20, use arguments '10 20 5' \n"
+ "e.g. to train on a single example set of 20 games, use arguments '20 20 1'");
return;
}
Utilities.PARSEABLE_OUTPUT = NBMain.PARSEABLE_OUTPUT;
Utilities.PRINT_PERCENTILES = NBMain.PRINT_PERCENTILES;
int startSize = RUN_FROM_COMMAND_LINE ? Integer.parseInt(args[0]) : START_SIZE;
int endSize = RUN_FROM_COMMAND_LINE ? Integer.parseInt(args[1]) : END_SIZE;
int increment = RUN_FROM_COMMAND_LINE ? Integer.parseInt(args[2]) : INCREMENT;
for (int x = startSize; x <= endSize; x += increment) {
trainAndTest(x);
}
MyDB.close();
final long totalEndTime = System.currentTimeMillis();
Utilities.printInfo(
"\n\nTotal execution time (from process running to termination): "
+ Utilities.msToString(totalEndTime - totalStartTime));
}
private static void trainAndTest(int numGames) {
Utilities.printInfo("-------------------------------");
Utilities.printInfo("------START OF ROUND (" + (numGames) + ")------");
Utilities.printInfo("-------------------------------\n");
final long startTime = System.currentTimeMillis();
Utilities.printInfo("Training and testing on " + numGames + " games...");
GameData myGameData = new GameData(numGames, TRAIN_FRACTION);
Utilities.printInfo("Finished fetching game data");
NBTrain trainingModel = new NBTrain();
Utilities.printInfo("Created the NB model");
long[][] frequencyTable = trainingModel.train(myGameData);
Utilities.printInfo("Just finished training!");
Utilities.printInfo("About to evaluate model: creating a hypothesis...");
NBHypothesis myHypothesis =
new NBHypothesis(
frequencyTable,
trainingModel.getNumNonExpertMoves(),
trainingModel.getNumExpertMoves());
Utilities.printInfo("\nTesting hypothesis on TEST set...");
myGameData.setMode(GameData.Mode.TEST);
HypothesisTest.test(myHypothesis, myGameData);
// Utilities.printInfo("\nTesting hypothesis on TRAIN set...");
// myGameData.setMode(GameData.Mode.TRAIN);
// HypothesisTest.test(myHypothesis, myGameData);
final long endTime = System.currentTimeMillis();
Utilities.printInfo("Round execution time: " + Utilities.msToString(endTime - startTime));
Utilities.printInfo("\n------------------------");
Utilities.printInfo("------END OF ROUND------");
Utilities.printInfo("------------------------\n\n");
myGameData.close();
}