void read_data()
{
string folder = Serialization.testsFolder + name + "/" + Serialization.participantsFolder;
List <string> directories = Directory.GetDirectories(folder).ToList().FindAll(f => f.StartsWith("X") == false && f.StartsWith("NC") == false).ToList();
foreach (var directory in directories)
{
var filePath = directory + "/" + Serialization.resultsFileName;
var testRun = Serialization.deserialize(new TestRun(), filePath);
testRuns.Add(testRun);
iatScores.Add(testRun.finalResult);
}
}
public static void calculate_from_existing_data(string participantFolder)
{
participantFolder = participantFolder + "/";
var test = Serialization.deserialize(new Test(), participantFolder + Serialization.testTakenFileName);
TestRun testRun = new TestRun(test, "MANUAL TEST RECALCULATION");
testRun.blockRuns = read_block_runs(participantFolder);
testRun.calculate();
var resultFolder = Serialization.manualRecalculationFolder + test.test_folder();
testRun.serialize_this(resultFolder);
testRun.serialize_other_elements(resultFolder);
}
static List <BlockRun> read_block_runs(string participantFolder)
{
List <BlockRun> blockRuns = new List <BlockRun>();
string folder = participantFolder + Serialization.blocksFolder;
foreach (var directory in Directory.GetDirectories(folder))
{
var blockFile = directory + "/" + Serialization.blockFile;
var blockRun = Serialization.deserialize(new BlockRun(), blockFile);
var guessesFile = directory + "/" + Serialization.originalGuessesFile;
blockRun.prefilteredGuesses = Serialization.deserialize(new List <Guess>(), guessesFile);
blockRuns.Add(blockRun);
}
return(blockRuns);
}
