private static void Init()
{
pausing = true;
TextWriter tw;
if (GUIenabled)
{
// Get and update the program run number.
try {
TextReader tr = new StreamReader(@"C:\RhythmcatScreenshots\config.txt");
string numStr = tr.ReadToEnd().Trim();
tr.Close();
programRunNum = int.Parse(numStr) + 1;
} catch {
programRunNum = 1;
}
tw = new StreamWriter(@"C:\RhythmcatScreenshots\config.txt", false);
tw.WriteLine(programRunNum);
tw.Close();
}
workspace = new Workspace(programRunNum, GUIenabled, curMelodyIndex);
coderack = new Coderack(workspace);
slipnet = new Slipnet(coderack, workspace);
workspace.Coderack = coderack;
workspace.Slipnet = slipnet;
coderack.Slipnet = slipnet; // todo must be in this order to get coderack and slipnet linked to each other.
if (GUIenabled)
{
workspace.CreateTheForms();
}
// Reset the big objects.
workspace.Reset();
coderack.Reset();
slipnet.Reset();
if (GUIenabled)
{
workspace.frmWorkspace.setProgramSpeedEvent += new EventHandler <WorkspaceForm.SetProgramSpeedEventArgs>(frmWorkspace_setProgamSpeedEvent);
workspace.frmWorkspace.setDetailLevelEvent += new EventHandler <WorkspaceForm.SetDetailLevelEventArgs>(frmWorkspace_setDetailLevelEvent);
workspace.frmWorkspace.restartEvent += new EventHandler <WorkspaceForm.RestartEventArgs>(frmWorkspace_restartEvent);
workspace.frmWorkspace.pauseEvent += new EventHandler <EventArgs>(frmWorkspace_pauseEvent);
workspace.Close += new EventHandler <EventArgs>(workspace_Close);
}
List <Assembly> assemblies = new List <Assembly>(); // the list of assemblies containing codelets.
assemblies.Add(Assembly.GetExecutingAssembly()); // Adds the musicat assembly.
//assemblies.Add(Assembly.GetAssembly(typeof(MeasureLinkerCodelet))); // Add the Codelets assembly.
// Prepopulate the coderack with the codelets found in the source code tagged with the CodeletAttribute.
coderack.Assemblies = assemblies;
coderack.Populate();
if (GUIenabled)
{
// Write a file containing the list of active codelets for this run.
tw = new StreamWriter(string.Format(@"C:\RhythmcatScreenshots\codelets-run-{0}.txt", programRunNum), false);
foreach (string name in coderack.GetActiveCodeletNames())
{
tw.WriteLine(name);
}
tw.Close();
}
// Setup the slipnet.
slipnet.Initialize();
if (GUIenabled)
{
Thread.Sleep(100);
lock (restartLock) {
if (!restarting)
{
workspace.Draw(coderack);
}
}
}
}
static void Main(string[] args)
{
// Parse command-line args
foreach (string arg in args)
{
if (arg == "noGUI")
{
GUIenabled = false;
Console.WriteLine("No GUI");
}
else if (arg.StartsWith("input="))
{
input = arg.Substring(6, arg.Length - 6);
inputFromCommandLine = true;
Console.WriteLine("Input set to: " + input);
}
else if (arg.StartsWith("png="))
{
pngFilePath = arg.Substring(4, arg.Length - 4);
Console.WriteLine("Output .png: " + pngFilePath);
}
else if (arg.StartsWith("width="))
{
pngWidth = int.Parse(arg.Substring(6, arg.Length - 6));
Console.WriteLine("Output width: " + pngWidth.ToString());
}
else if (arg.StartsWith("height="))
{
pngHeight = int.Parse(arg.Substring(7, arg.Length - 7));
Console.WriteLine("Output height: " + pngHeight.ToString());
}
else if (arg.StartsWith("seed="))
{
int seed = int.Parse(arg.Substring(5, arg.Length - 5));
Utilities.InitRandom(seed);
Console.WriteLine("Random seed: " + pngHeight.ToString());
// Arguments for automatic testing and % correct reporting.
}
else if (arg.StartsWith("inputExampleName="))
{
inputExampleName = arg.Substring(17, arg.Length - 17);
Console.WriteLine("inputExampleName set to: " + inputExampleName);
}
else if (arg.StartsWith("testFile="))
{
testFile = arg.Substring(9, arg.Length - 9);
groundTruthTesting = true;
Console.WriteLine("testFile set to: " + testFile);
}
else if (arg.StartsWith("resultFile="))
{
resultFile = arg.Substring(11, arg.Length - 11);
if (!File.Exists(resultFile))
{
StreamWriter sw = File.CreateText(resultFile);
sw.Close();
}
Console.WriteLine("resultFile set to: " + resultFile);
}
else
{
throw new ArgumentException("Unknown command-line argument: " + arg);
}
}
if (!GUIenabled && pngFilePath == null && !groundTruthTesting)
{
throw new ArgumentException("png argument required to set filepath");
}
// Parse the file and set input if groundTruth testing
if (groundTruthTesting)
{
Utilities.LogtoFile("GroundTruthTesting: " + DateTime.Now.ToString());
int numRepetitions;
List <GroundTruthExample> groundTruthExamples;
Parser.Parse(testFile, out numRepetitions, out groundTruthExamples);
foreach (GroundTruthExample e in groundTruthExamples)
{
if (e.name == inputExampleName)
{
groundTruthExample = e;
break;
}
}
if (groundTruthExample.name != inputExampleName)
{
throw new Exception("Example name not found in ground truth file: " + inputFromCommandLine);
}
input = groundTruthExample.input;
Utilities.LogtoFile("Input: " + input);
}
if (!GUIenabled)
{
restarting = false;
}
else
{
restarting = true;
}
if (GUIenabled)
{
Console.WindowHeight = 40;
Console.BufferHeight = 3000;
}
try {
// Verify screenshot path exists.
System.IO.Directory.CreateDirectory(Constants.SCREENSHOT_PATH);
while (true) //exectues once for each run of the program on an input
{
Init();
if (!GUIenabled)
{
pausing = false;
}
// Set the default input unless we reset with a different input.
if (!GUIenabled || !restarting)
{
//
}
else
{
// Clear the restart flag, but leave the input alone.
restarting = false;
}
// Parse the input measures.
int upbeatOffset;
Key key;
List <Measure> parsedMeasures = Rhythm.ParseRhythmMeasures(workspace, input, out upbeatOffset, out key);
workspace.Key = key;
foreach (Measure m in parsedMeasures)
{
workspace.measuresInput.Add(m);
}
workspace.upbeatOffset = upbeatOffset;
List <Measure> shiftedMeasures = Rhythm.ShiftRhythmMeasures(workspace, parsedMeasures, upbeatOffset);
foreach (Measure m in shiftedMeasures)
{
workspace.measuresInputShifted.Add(m);
}
// If there is an upbeat, add the upbeat measure for drawing.
Measure newDrawingMeasure = null;
Measure drawingMeasureSource = null;
int nextDrawingAttackPointIndex = 0; // has to be outside of measure loop because drawing meausre have a different span.
int nextDrawingAttackPoint = 0;
if (upbeatOffset > 0)
{
workspace.measuresDrawing.Add(new Measure(workspace.measuresInput[0]));
newDrawingMeasure = workspace.measuresDrawing[0];
newDrawingMeasure.ClearNotes();
drawingMeasureSource = workspace.measuresInput[0];
nextDrawingAttackPoint = drawingMeasureSource.rhythm.AttackPointsIncludingRests[0] - upbeatOffset;
}
int numSixteenthsTotal = Constants.NUM_EXTRA_MEASURES_COMPUTATION * 16;
foreach (Measure m in workspace.measuresInput)
{
numSixteenthsTotal += m.MeasureDuration;
}
workspace.MaxPossibleTime = Constants.NUM_CODELETS_PER_SIXTEENTH * numSixteenthsTotal - 1;
if (groundTruthTesting)
{
//Utilities.LogtoFile("Ground truth testing: # measuresInput=" + workspace.measuresInput.Count.ToString());
Utilities.LogtoFile("Ground truth testing: input = " + input);
}
#region Main Loop!
// Run N codelets for each measure
int i;
for (i = 0; i < workspace.measuresInput.Count + Constants.NUM_EXTRA_MEASURES_COMPUTATION; i++)
{
if (restarting)
{
break;
}
workspace.expectations.CleanExpectations();
if (GUIenabled)
{
lock (restartLock) {
if (restarting)
{
break;
}
workspace.Draw(coderack);
TakeScreenshot(i + 1);
}
}
int nextAttackPointShifted = 0;
int nextAttackPointIndex = 0;
Measure newShiftedMeasure = null;
Measure shiftedMeasureSource = null;
if (i < workspace.measuresInputShifted.Count)
{
shiftedMeasureSource = workspace.measuresInputShifted[i];
}
else
{
if (workspace.measuresInputShifted.Count > 0)
{
shiftedMeasureSource = workspace.measuresInputShifted[workspace.measuresInputShifted.Count - 1];
}
}
int codeletsPerMeasure = 0;
if (shiftedMeasureSource != null)
{
codeletsPerMeasure = Constants.NUM_CODELETS_PER_SIXTEENTH * shiftedMeasureSource.MeasureDuration;
}
// Run N codelets (60) per sixteenth note.
for (int j = 0; j < codeletsPerMeasure && !restarting; j++)
{
while (pausing)
{
//if (groundTruthTesting)
// Utilities.LogtoFile("****************************** PAUSING in ground truth testing");
Thread.Sleep(100);
//Application.DoEvents();
}
lock (restartLock) {
if (restarting)
{
break;
}
if (GUIenabled)
{
workspace.frmWorkspace.SetCodeletNum(workspace.CurrentTime);
}
coderack.RunNextCodelet();
}
workspace.CurrentTime++;
// Add measures and notes as time passes.
// This got messey due to maintaining the drawing and internal shifted
// versions for upbeat measures. Rewrite with less duplication would
// be preferable, but it works for now. Note that the shifted version
// has a different set of notes and attacks and durations, due to
// mandatory breaking-up of long notes crossing barlines.
#region Add Measures and Notes
// We will add notes if we reached a new attack point. But first create empty measures as needed.
// Add a shifted measure if necessary.
if (j == 0 && i < workspace.measuresInputShifted.Count)
{
workspace.measures.Add(new Measure(shiftedMeasureSource));
newShiftedMeasure = workspace.measures[workspace.measures.Count - 1];
newShiftedMeasure.ClearNotes();
}
// Add a drawing measure if necessary.
//if (j == ((workspace.measuresInput[1].MeasureDuration - upbeatOffset) % workspace.measuresInput[1].MeasureDuration) * Constants.NUM_CODELETS_PER_SIXTEENTH) {
if (j == upbeatOffset * Constants.NUM_CODELETS_PER_SIXTEENTH)
{
drawingMeasureSource = null;
if (upbeatOffset > 0)
{
if (i + 1 < workspace.measuresInput.Count)
{
drawingMeasureSource = workspace.measuresInput[i + 1];
}
}
else if (i < workspace.measuresInput.Count)
{
drawingMeasureSource = workspace.measuresInput[i];
}
if (drawingMeasureSource != null)
{
workspace.measuresDrawing.Add(new Measure(drawingMeasureSource));
newDrawingMeasure = workspace.measuresDrawing[workspace.measuresDrawing.Count - 1];
newDrawingMeasure.ClearNotes();
nextDrawingAttackPointIndex = 0;
nextDrawingAttackPoint = drawingMeasureSource.rhythm.AttackPointsIncludingRests[0];
}
}
// Check for an attack point for the shifted measure.
if (j == nextAttackPointShifted * Constants.NUM_CODELETS_PER_SIXTEENTH)
{
// If we aren't in the extra measures yet, add note to drawing and shifted measures.
if (i < workspace.measuresInputShifted.Count)
{
// Add note.
newShiftedMeasure.rhythm.AddNote(shiftedMeasureSource.rhythm.notes[nextAttackPointIndex]);
// Increment attack point.
nextAttackPointIndex++;
if (nextAttackPointIndex < shiftedMeasureSource.rhythm.AttackPointsIncludingRests.Count)
{
nextAttackPointShifted = shiftedMeasureSource.rhythm.AttackPointsIncludingRests[nextAttackPointIndex];
}
}
}
// Check for an attack point for the drawing measure.
if (j == (((nextDrawingAttackPoint + upbeatOffset) * Constants.NUM_CODELETS_PER_SIXTEENTH)
% codeletsPerMeasure))
{
// If we aren't in the extra measures yet, add note to drawing and shifted measures.
if (i < workspace.measuresInputShifted.Count)
{
// Add note.
newDrawingMeasure.rhythm.AddNote(drawingMeasureSource.rhythm.notes[nextDrawingAttackPointIndex]);
// Increment attack point.
nextDrawingAttackPointIndex++;
if (nextDrawingAttackPointIndex < drawingMeasureSource.rhythm.AttackPointsIncludingRests.Count)
{
nextDrawingAttackPoint = drawingMeasureSource.rhythm.AttackPointsIncludingRests[nextDrawingAttackPointIndex];
if (workspace.measuresDrawing.Count == 1)
{
nextDrawingAttackPoint -= upbeatOffset; // correct the upbeat measure's attack points
}
}
}
}
#endregion
if (GUIenabled)
{
if (workspace.CurrentTime % 15 == 0)
{
Console.WriteLine("Time = " + workspace.CurrentTime.ToString());
}
lock (restartLock) {
if (restarting)
{
break;
}
if (workspace.CurrentTime % NUM_CODELETS_UNTIL_DRAW == 0)
{
workspace.Draw(coderack);
}
}
}
// Update the slipnet every 15 codelets.
if (workspace.CurrentTime % Constants.NUM_CODELETS_TILL_SLIPNET_UPDATE == 0)
{
// Generate list of concept instances from the workspace.
List <ConceptInstance> conceptInstances = new List <ConceptInstance>();
/*
* foreach (GroupElement ge in workspace.Layers[0].GroupElements) {
* // Grab all concept nodes activated above threshold in any perspect lists.
* foreach (Perspect p in ge.Perspects) {
* conceptInstances.Add(new ConceptInstance(p.ConceptNode, p.Strength));
* }
* }*/
slipnet.UpdateActivations(conceptInstances);
}
// Update the Temperature every 15 codelets.
if (workspace.CurrentTime % Constants.NUM_CODELETS_TILL_TEMPERATURE_UPDATE == 0)
{
// Use the average happiness of structures in the recent window.
int max = workspace.MaxLocation;
int min = Math.Max(0, max - Constants.NUM_MEASURES_FOR_WORKSPACE_HAPPINESS);
workspace.Temperature = workspace.HappinessForRange(min, max);
}
// Update the coderack every 15 codelets.
if (workspace.CurrentTime % Constants.NUM_CODELETS_TILL_CODERACK_UPDATE == 0)
{
// Add new codelets.
coderack.Populate();
coderack.Populate();
}
// Clean out old codelets every 15 codelets.
if (workspace.CurrentTime % Constants.NUM_CODELETS_TILL_CODERACK_CLEANUP == 0)
{
// Remove oldest codelets until the coderack is the maximum size.
coderack.RemoveOld();
}
// Fade old links, relationships every 15 codelets.
if (workspace.CurrentTime % Constants.NUM_CODELETS_TILL_LINK_FADE == 0)
{
// Remove oldest codelets until the coderack is the maximum size.
workspace.WeakenOldLinks();
}
// Dump in more high-level codelets every 30 codelets.
if (workspace.CurrentTime % Constants.NUM_CODELETS_TILL_NEW_HIGH_LEVEL == 0)
{
AddHighLevelCodelets(i);
}
if (GUIenabled)
{
Thread.Sleep(TIME_TO_SLEEP_BETWEEN_CODELETS);
}
}
// Done with a measure.
if (restarting)
{
//if (groundTruthTesting)
// Utilities.LogtoFile("****************************** RESTART in ground truth testing");
break;
}
if (GUIenabled)
{
// Show coderack.
//Console.WriteLine("Coderack:");
//Console.WriteLine(codeRack.ToString());
Console.WriteLine("Workspace:");
Console.WriteLine(workspace.ToString());
Console.WriteLine(slipnet.ToString());
}
} // Done with all measures!
#endregion
// DONE with run!
// Clear future expectations.
workspace.expectations.RemoveAllExpectations();
// Final draw of everything.
workspace.Draw(coderack);
// Final screenshot w/o expectations.
TakeScreenshot(i + 1);
// Finally generate the graphical output if we're in noGUI mode and not doing groundTruthTesting.
if (!GUIenabled & !groundTruthTesting)
{
int width = DEFAULT_OUTPUT_WIDTH, height = DEFAULT_OUTPUT_HEIGHT;
Bitmap bmp = new Bitmap(width, height);
Graphics graphics = Graphics.FromImage(bmp);
WorkspaceForm.DrawWorkspaceToContext(graphics, width, height, workspace, 0, false, false, bmp);
// Now scale to desired size.
Bitmap bmpScaled = new Bitmap(bmp, pngWidth, pngHeight);
bmpScaled.Save(pngFilePath, System.Drawing.Imaging.ImageFormat.Png);
return;
}
// Compute results and store to file if we're going GT testing.
if (groundTruthTesting)
{
// Check groups.
int totalNumGroupsFound;
if (!ESSEN_TESTING)
{
totalNumGroupsFound = workspace.groups.Count;
}
else
{
// Only count strong normal (non-meta) groups in Essen testing.
totalNumGroupsFound = 0;
foreach (Group g in workspace.groups)
{
if (g.Level == 1 && g.ComputeStrength() > 20)
{
totalNumGroupsFound++;
}
}
}
int numMissingGroups = 0;
foreach (GroundTruth.ExpectedGroup eg in groundTruthExample.groups)
{
// Try to find the expected group.
bool found = false;
foreach (Group g in workspace.groups)
{
if (g.MinLocation == eg.startMeasure && g.MaxLocation == eg.endMeasure)
{
found = true;
break;
}
}
if (!found)
{
numMissingGroups++;
}
}
// Check analogies.
int totalNumAnalogiesFound = workspace.analogies.Count;
int numMissingAnalogies = 0;
foreach (GroundTruth.ExpectedAnalogy ea in groundTruthExample.analogies)
{
// Try to find the expected group.
bool found = false;
foreach (Analogy a in workspace.analogies)
{
if (a.LHS.MinLocation == ea.LHS.startMeasure &&
a.LHS.MaxLocation == ea.LHS.endMeasure &&
a.RHS.MinLocation == ea.RHS.startMeasure &&
a.RHS.MaxLocation == ea.RHS.endMeasure)
{
found = true;
break;
}
}
if (!found)
{
numMissingAnalogies++;
}
}
// Write to disk. Format:
// # expected groups, # missing, #expected analogies, #missing, timestamp
// Lock results file in case we run multiple musicats at once.
bool retry = true;
int retries = 10;
while (retry)
{
retry = false;
Utilities.LogtoFile("Avg ms: " + workspace.Coderack.AvgCodeletRunTimeMs.ToString() +
"\tavg age at run: " + workspace.Coderack.AverageCodeletAgeAtRun.ToString() +
"\t% Killed: " + workspace.Coderack.PercentCodeletsKilled.ToString() +
"\ttimestep at end: " + workspace.CurrentTime.ToString() +
"\t#measures in workspaceShifted: " + workspace.measuresInputShifted.Count.ToString());
try {
FileStream fileStream = new FileStream(resultFile, FileMode.Append, FileAccess.Write, FileShare.None);
using (TextWriter tw = new StreamWriter(fileStream)) {
tw.WriteLine("{0},{1},{2},{3},{4},{5},{6}",
groundTruthExample.groups.Count, numMissingGroups,
groundTruthExample.analogies.Count, numMissingAnalogies,
DateTime.Now.ToString(), totalNumGroupsFound, totalNumAnalogiesFound);
}
} catch (FileNotFoundException Ex) {
// The file didn't exist
MessageBox.Show("Didn't exist:" + Ex.ToString());
} catch (AccessViolationException Ex) {
// You don't have the permission to open this
MessageBox.Show("Access violation: " + Ex.ToString());
} catch (IOException Ex) {
// IO exception -- try a few more times.
if (retries > 0)
{
retry = true;
retries--;
}
else
{
MessageBox.Show("Max retries reached: IO exception: " + Ex.ToString());
}
Thread.Sleep(20);
} catch (Exception Ex) {
// Something happened!
MessageBox.Show("Unexpected exception: " + Ex.ToString());
}
}
return; // done with ground truth testing!
}
// Wait until reset event happens
while (!restarting)
{
Thread.Sleep(100);
//Application.DoEvents();
}
curMelodyIndex = workspace.frmWorkspace.MelodyIndex;
workspace.CloseForms();
//Console.Read();
}
} catch (Exception e) {
Utilities.LogtoFile(e.ToString());
#if DEBUG
throw e;
#else
MessageBox.Show(e.ToString());
#endif
}
}