private void Awake()
{
if (_instance != null)
{
Destroy(_instance.gameObject);
}
_instance = this;
_player = FindObjectOfType <PlayerBehavior>();
if (_player == null)
{
Debug.LogError("No Player Found In The Scene.");
return;
}
_timeMeter = FindObjectOfType <TimeMeter>();
if (_timeMeter == null)
{
Debug.LogError("No Time Meter Found In The Scene.");
return;
}
_levelManager = FindObjectOfType <LevelManager>();
if (_levelManager == null)
{
Debug.LogError("No Level Manager Found In The Scene.");
}
#if !UNITY_EDITOR
infiniteXp = false;
#endif
}
public IEnumerator CancelTaskRoutineShouldCancelTaskYetTest()
{
bool?cancellationExit = null;
Routine.Task(token =>
{
var timeMeter = TimeMeter.New();
while (timeMeter.ToSeconds() < 1)
{
Thread.Sleep(15);
if (token.IsCancellationRequested)
{
cancellationExit = true;
return;
}
}
cancellationExit = false;
}).Self(out var taskRoutine).InBackground();
yield return(Routine.Delay(0.1f));
taskRoutine.Cancel();
// Отклик на отмену задачи ~15 мс ( Thread.Sleep(15) ), поэтому нужно немного подождать
yield return(Routine.Delay(0.03f));
Assert.NotNull(cancellationExit);
Assert.True(cancellationExit);
}
public bool IsInk(TimeMeter meter)
{
meter.Start("Image converting");
bool[,] bwPixels = PrepareBwPixels();
meter.Start("Image analysis");
return FindInk(bwPixels);
}
public ArtCamBitmap GetImageAnalyzer(TimeMeter meter, bool shrink)
{
meter.Start("Image resizing");
int ratioX = (bitmap.Rect.Width > 400) ? (bitmap.Rect.Width + 200) / 400 : 1;
int ratioY = (bitmap.Rect.Height > 400) ? (bitmap.Rect.Height + 200) / 400 : 1;
int width = bitmap.Rect.Width / ratioX;
int height = bitmap.Rect.Height / ratioY;
ArtCamBitmap convertBmp;
if (((ratioX > 1) || (ratioY > 1)) && shrink)
{
convertBmp = new ArtCamBitmap(new Rectangle(0, 0, width, height), bitmap.Bitmap.PixelFormat, null);
int bytesPerPixel = 1;
switch (bitmap.Bitmap.PixelFormat)
{
case PixelFormat.Format24bppRgb:
bytesPerPixel = 3;
break;
case PixelFormat.Format32bppArgb:
bytesPerPixel = 4;
break;
}
int[] sum = new int[bytesPerPixel];
for (int i = 0; i < width; i++)
for (int j = 0; j < height; j++)
{
for (int b = 0; b < bytesPerPixel; b++)
sum[b] = 0;
int idx = 0;
int cnt = 0;
for (int x = i * ratioX; x < Math.Min(bitmap.Rect.Width, (i + 1) * ratioX); x++)
for (int y = j * ratioY; y < Math.Min(bitmap.Rect.Height, (j + 1) * ratioY); y++)
{
idx = y * bitmap.Rect.Width * bytesPerPixel + x * bytesPerPixel;
for (int b = 0; b < bytesPerPixel; b++)
sum[b] += bitmap.Pixels[idx + b];
cnt++;
}
idx = j * width * bytesPerPixel + i * bytesPerPixel;
for (int b = 0; b < bytesPerPixel; b++)
convertBmp.Pixels[idx + b] = (byte)(sum[b] / cnt);
}
}
else
convertBmp = bitmap;
return convertBmp;
}
public IEnumerator CancelDelayRoutineShouldBeCancelTest()
{
var timeMeter = TimeMeter.New();
var routine = Routine.Delay(1);
routine.Cancel();
yield return(routine);
var elapsed = timeMeter.ToSeconds();
Assert.Less(elapsed, 1f);
}
public void Snapshot(TimeMeter meter)
{
if (helper == null)
throw new NullReferenceException("helper can't be null.");
if ((helper.Width != rect.Width) || (helper.Height != rect.Height))
{
meter.Start("Library init");
helper.Close();
helper.SetPreviewWindow(System.IntPtr.Zero, 0, 0, 0, 0);
helper.SetCaptureWindow(3488, rect.Left, rect.Width, 2616, rect.Top, rect.Height);
}
meter.Start("Snapshot");
helper.Snapshot(pixels);
}
public void UpdateBitmap(TimeMeter meter)
{
if ((bitmap == null) || (pixels == null))
return;
if (meter != null)
meter.Start("Bitmap update");
BitmapData bmpData = bitmap.LockBits(new Rectangle(0, 0, rect.Width, rect.Height), ImageLockMode.ReadWrite, pixelFormat);
if (stride != bmpData.Stride)
{
bitmap.UnlockBits(bmpData);
throw new ApplicationException("Unsupported format, different stride value...");
}
IntPtr pdest = bmpData.Scan0;
int bytes = bmpData.Stride * bitmap.Height;
byte[] values = new byte[bytes];
System.Runtime.InteropServices.Marshal.Copy(pdest, values, 0, bytes);
int size = Math.Min(bytes, pixels.Length);
for (int i = 0; i < size; i++)
values[i] = pixels[i];
System.Runtime.InteropServices.Marshal.Copy(values, 0, pdest, bytes);
bitmap.UnlockBits(bmpData);
if (BitmapUpdated != null)
{
EventHandler bmp = BitmapUpdated;
bmp(this, EventArgs.Empty);
}
}
public string Recognize(CarSnapshot carSnapshot)
{
TimeMeter timeMeter = new TimeMeter();
int syntaxAnalysisMode = Configurator.GetIntProperty("intelligence_syntaxanalysis");
int skewDetectionMode = Configurator.GetIntProperty("intelligence_skewdetection");
if (EnableReportGeneration)
{
Program.ReportGenerator.InsertText("<h1>Automatic Number Plate Recognition Report</h1>");
Program.ReportGenerator.InsertText("<span>Image width: " + carSnapshot.GetWidth() + " px</span>");
Program.ReportGenerator.InsertText("<span>Image height: " + carSnapshot.GetHeight() + " px</span>");
Program.ReportGenerator.InsertText("<h2>Vertical and Horizontal plate projection</h2>");
Program.ReportGenerator.InsertImage(carSnapshot.RenderGraph(), "snapshotgraph", 0, 0);
Program.ReportGenerator.InsertImage(carSnapshot.GetBitmapWithAxes(), "snapshot", 0, 0);
}
foreach (Band band in carSnapshot.GetBands())
{
if (EnableReportGeneration)
{
Program.ReportGenerator.InsertText("<div class='bandtxt'><h4>Band<br></h4>");
Program.ReportGenerator.InsertImage(band.GetBitmap(), "bandsmall", 250, 30);
Program.ReportGenerator.InsertText("<span>Band width : " + band.GetWidth() + " px</span>");
Program.ReportGenerator.InsertText("<span>Band height : " + band.GetHeight() + " px</span>");
Program.ReportGenerator.InsertText("</div>");
}
foreach (Plate plate in band.GetPlates())
{
var _plate = plate;
if (EnableReportGeneration)
{
Program.ReportGenerator.InsertText("<div class='_platetxt'><h4>Plate<br></h4>");
Program.ReportGenerator.InsertImage(_plate.GetBitmap(), "_platesmall", 120, 30);
Program.ReportGenerator.InsertText("<span>Plate width : " + _plate.GetWidth() + " px</span>");
Program.ReportGenerator.InsertText("<span>Plate height : " + _plate.GetHeight() + " px</span>");
Program.ReportGenerator.InsertText("</div>");
}
Plate notNormalizedCopy = null;
Bitmap renderedHoughTransform = null;
HoughTransformation hough = null;
if (EnableReportGeneration || skewDetectionMode != 0)
{
notNormalizedCopy = _plate.Clone();
notNormalizedCopy.HorizontalEdgeDetector(notNormalizedCopy.GetBitmap());
hough = notNormalizedCopy.GetHoughTransformation();
renderedHoughTransform =
hough.Render(HoughTransformation.RenderAll, HoughTransformation.ColorBw);
}
if (skewDetectionMode != 0)
{
Matrix matrix = new Matrix();
matrix.Shear(0f, -hough.Dy / hough.Dx);
Bitmap core = _plate.CreateBlankBitmap(_plate.GetBitmap());
Graphics graphics = Graphics.FromImage(core);
graphics.Transform = matrix;
graphics.DrawImage(_plate.GetBitmap(), core.Height, core.Width);
_plate = new Plate(core);
}
_plate.Normalize();
float plateWHratio = _plate.GetWidth() / (float)_plate.GetHeight();
if (plateWHratio < Configurator.GetDoubleProperty("intelligence_minPlateWidthHeightRatio") ||
plateWHratio > Configurator.GetDoubleProperty("intelligence_maxPlateWidthHeightRatio")
)
{
continue;
}
List <Character> chars = _plate.GetChars();
if (chars.Count < Configurator.GetIntProperty("intelligence_minimumChars") ||
chars.Count > Configurator.GetIntProperty("intelligence_maximumChars")
)
{
continue;
}
if (_plate.GetCharsWidthDispersion(chars) >
Configurator.GetDoubleProperty("intelligence_maxCharWidthDispersion")
)
{
continue;
}
if (EnableReportGeneration)
{
Program.ReportGenerator.InsertText("<h2>Detected band</h2>");
Program.ReportGenerator.InsertImage(band.GetBitmapWithAxes(), "band", 0, 0);
Program.ReportGenerator.InsertImage(band.RenderGraph(), "bandgraph", 0, 0);
Program.ReportGenerator.InsertText("<h2>Detected _plate</h2>");
Plate plateCopy = _plate.Clone();
plateCopy.LinearResize(450, 90);
Program.ReportGenerator.InsertImage(plateCopy.GetBitmapWithAxes(), "_plate", 0, 0);
Program.ReportGenerator.InsertImage(plateCopy.RenderGraph(), "_plategraph", 0, 0);
}
if (EnableReportGeneration)
{
Program.ReportGenerator.InsertText("<h2>Skew detection</h2>");
Program.ReportGenerator.InsertImage(notNormalizedCopy.GetBitmap(), "skewimage", 0, 0);
Program.ReportGenerator.InsertImage(renderedHoughTransform, "skewtransform", 0, 0);
Program.ReportGenerator.InsertText("Detected skew angle : <b>" + hough.Angle + "</b>");
}
RecognizedPlate recognizedPlate = new RecognizedPlate();
if (EnableReportGeneration)
{
Program.ReportGenerator.InsertText("<h2>Character segmentation</h2>");
Program.ReportGenerator.InsertText("<div class='charsegment'>");
foreach (Character chr in chars)
{
Program.ReportGenerator.InsertImage(Photo.LinearResizeBitmap(chr.GetBitmap(), 70, 100), "",
0, 0);
}
Program.ReportGenerator.InsertText("</div>");
}
foreach (Character chr in chars)
{
chr.Normalize();
}
float averageHeight = _plate.GetAveragePieceHeight(chars);
float averageContrast = _plate.GetAveragePieceContrast(chars);
float averageBrightness = _plate.GetAveragePieceBrightness(chars);
float averageHue = _plate.GetAveragePieceHue(chars);
float averageSaturation = _plate.GetAveragePieceSaturation(chars);
foreach (Character chr in chars)
{
bool ok = true;
string errorFlags = "";
float widthHeightRatio = chr.PieceWidth;
widthHeightRatio /= chr.PieceHeight;
if (widthHeightRatio < Configurator.GetDoubleProperty("intelligence_minCharWidthHeightRatio") ||
widthHeightRatio > Configurator.GetDoubleProperty("intelligence_maxCharWidthHeightRatio")
)
{
errorFlags += "WHR ";
ok = false;
if (!EnableReportGeneration)
{
continue;
}
}
if ((chr.PositionInPlate.X1 < 2 ||
chr.PositionInPlate.X2 > _plate.GetWidth() - 1) &&
widthHeightRatio < 0.12
)
{
errorFlags += "POS ";
ok = false;
if (!EnableReportGeneration)
{
continue;
}
}
float contrastCost = Math.Abs(chr.StatisticContrast - averageContrast);
float brightnessCost = Math.Abs(chr.StatisticAverageBrightness - averageBrightness);
float hueCost = Math.Abs(chr.StatisticAverageHue - averageHue);
float saturationCost = Math.Abs(chr.StatisticAverageSaturation - averageSaturation);
float heightCost = (chr.PieceHeight - averageHeight) / averageHeight;
if (brightnessCost > Configurator.GetDoubleProperty("intelligence_maxBrightnessCostDispersion"))
{
errorFlags += "BRI ";
ok = false;
if (!EnableReportGeneration)
{
continue;
}
}
if (contrastCost > Configurator.GetDoubleProperty("intelligence_maxContrastCostDispersion"))
{
errorFlags += "CON ";
ok = false;
if (!EnableReportGeneration)
{
continue;
}
}
if (hueCost > Configurator.GetDoubleProperty("intelligence_maxHueCostDispersion"))
{
errorFlags += "HUE ";
ok = false;
if (!EnableReportGeneration)
{
continue;
}
}
if (saturationCost > Configurator.GetDoubleProperty("intelligence_maxSaturationCostDispersion"))
{
errorFlags += "SAT ";
ok = false;
if (!EnableReportGeneration)
{
continue;
}
}
if (heightCost < -Configurator.GetDoubleProperty("intelligence_maxHeightCostDispersion"))
{
errorFlags += "HEI ";
ok = false;
if (!EnableReportGeneration)
{
continue;
}
}
float similarityCost = 0;
CharacterRecognizer.RecognizedChar rc = null;
if (ok)
{
rc = ChrRecog.Recognize(chr);
similarityCost = rc.GetPatterns()[0].Cost;
if (similarityCost >
Configurator.GetDoubleProperty("intelligence_maxSimilarityCostDispersion"))
{
errorFlags += "NEU ";
ok = false;
if (!EnableReportGeneration)
{
continue;
}
}
}
if (ok)
{
recognizedPlate.AddChar(rc);
}
if (EnableReportGeneration)
{
Program.ReportGenerator.InsertText("<div class='heuristictable'>");
Program.ReportGenerator.InsertImage(
Photo.LinearResizeBitmap(chr.GetBitmap(), chr.GetWidth() * 2, chr.GetHeight() * 2),
"skeleton", 0, 0);
Program.ReportGenerator.InsertText(
"<span class='name'>WHR</span><span class='value'>" + widthHeightRatio + "</span>");
Program.ReportGenerator.InsertText(
"<span class='name'>HEI</span><span class='value'>" + heightCost + "</span>");
Program.ReportGenerator.InsertText(
"<span class='name'>NEU</span><span class='value'>" + similarityCost + "</span>");
Program.ReportGenerator.InsertText(
"<span class='name'>CON</span><span class='value'>" + contrastCost + "</span>");
Program.ReportGenerator.InsertText(
"<span class='name'>BRI</span><span class='value'>" + brightnessCost + "</span>");
Program.ReportGenerator.InsertText(
"<span class='name'>HUE</span><span class='value'>" + hueCost + "</span>");
Program.ReportGenerator.InsertText(
"<span class='name'>SAT</span><span class='value'>" + saturationCost + "</span>");
Program.ReportGenerator.InsertText("</table>");
if (errorFlags.Length != 0)
{
Program.ReportGenerator.InsertText("<span class='errflags'>" + errorFlags + "</span>");
}
Program.ReportGenerator.InsertText("</div>");
}
}
if (recognizedPlate.Chars.Count <
Configurator.GetIntProperty("intelligence_minimumChars"))
{
continue;
}
_lastProcessDuration = timeMeter.GetTime();
string parsedOutput = Parser.Parse(recognizedPlate, syntaxAnalysisMode);
if (EnableReportGeneration)
{
Program.ReportGenerator.InsertText("<span class='recognized'>");
Program.ReportGenerator.InsertText("Recognized _plate : " + parsedOutput);
Program.ReportGenerator.InsertText("</span>");
}
return(parsedOutput);
}
}
_lastProcessDuration = timeMeter.GetTime();
return(null);
}
private static Common.Node CreateNodeRecord(string resourceName, TimeMeter.Integrator.NodeInfo info)
{
var res = new Common.Node();
res.ResourceName = resourceName;
res.DNSName = info.DNSName;
res.CoresAvailable = info.NumberOfCores;
res.CoresTotal = info.NumberOfCores;
res.Parameters[SummaryNodePerformance.CoresPerformance] = JsonConvert.SerializeObject(info.FrequencyOfCores.ToArray());
return res;
}
