public static void GenerateAntipatterns(ImageProcessor processor)
{
Bitmap bmp = new Bitmap(200, 200);
Graphics gr = Graphics.FromImage(bmp);
//
processor.onlyFindContours = true;
//square
gr.Clear(Color.White);
gr.FillRectangle(Brushes.Black, new Rectangle(10, 10, 80, 80));
GenerateTemplate(processor, bmp, "antipattern");
//rect1
gr.Clear(Color.White);
gr.FillRectangle(Brushes.Black, new Rectangle(10, 10, 50, 100));
GenerateTemplate(processor, bmp, "antipattern");
//rect2
gr.Clear(Color.White);
gr.FillRectangle(Brushes.Black, new Rectangle(10, 10, 20, 100));
GenerateTemplate(processor, bmp, "antipattern");
//circle
gr.Clear(Color.White);
gr.FillEllipse(Brushes.Black, new Rectangle(10, 10, 100, 100));
GenerateTemplate(processor, bmp, "antipattern");
processor.onlyFindContours = false;
}
public MainForm()
{
InitializeComponent();
_processor = new ImageProcessor();
LoadTemplateFile(_currentFilename);
}
private static void GenerateTemplate(ImageProcessor processor, Bitmap bmp, string name)
{
processor.ProcessImage(new Image<Bgr, byte>(bmp));
//find max contour
if (processor.samples.Count > 0)
{
processor.samples.Sort((t1, t2) => -t1.sourceArea.CompareTo(t2.sourceArea));
processor.samples[0].name = name;
processor.templates.Add(processor.samples[0]);
}
}
public MainForm()
{
InitializeComponent();
//create image preocessor
processor = new ImageProcessor();
//load default templates
templateFile = AppDomain.CurrentDomain.BaseDirectory + "\\Tahoma.bin";
LoadTemplates(templateFile);
//apply settings
ApplySettings();
//
Application.Idle += new EventHandler(Application_Idle);
}
public static void GenerateChars(ImageProcessor processor, char[] chars, Font font)
{
Bitmap bmp = new Bitmap(400, 400);
font = new Font(font.FontFamily, 140, font.Style);
Graphics gr = Graphics.FromImage(bmp);
//
processor.onlyFindContours = true;
foreach (char c in chars)
{
gr.Clear(Color.White);
gr.DrawString(c.ToString(), font, Brushes.Black, 5, 5);
GenerateTemplate(processor, bmp, c.ToString());
}
processor.onlyFindContours = false;
}
public void MergeContours(double owerflowContoursRatio, double adaptiveThresholdParameter, int adaptiveThresholdBlockSize)
{
int secondBiggestContourIndex;
ImageProcessor processor = new ImageProcessor();
processor.equalizeHist = false;
processor.finder.maxRotateAngle = Math.PI / 4;
processor.minContourArea = 10;
processor.minContourLength = 15;
processor.finder.maxACFDescriptorDeviation = 2;
processor.finder.minACF = 0.96;
processor.finder.minICF = 0.85;
processor.blur = false;
processor.noiseFilter = false;
processor.cannyThreshold = 50;
processor.adaptiveThresholdBlockSize = 1;
processor.adaptiveThresholdParameter = 0.5;
processor.ProcessImage(new Image<Bgr, Byte>(new Bitmap(_digit)), true);
if (processor.contours.Count < 3)
{
FindBestContour(processor, owerflowContoursRatio);
FillContour();
_digit = _filledContour;
return;
}
while (processor.contours.Count > 2)
{
AdaptiveThreshold(adaptiveThresholdParameter, adaptiveThresholdBlockSize);
FillAllContours(processor, owerflowContoursRatio);
_digit = _filledContour;
processor.ProcessImage(new Image<Bgr, Byte>(new Bitmap(_digit)), true);
SortContour(processor, out secondBiggestContourIndex);
processor.minContourArea = (int)(processor.contours[secondBiggestContourIndex].Area / 4);
processor.ProcessImage(new Image<Bgr, Byte>(new Bitmap(_digit)), true);
}
}
public void FindTemplate(ImageProcessor processor)
{
var contours = new List<Contour<Point>>();
contours.Add(_contour);
processor.FindTemplatesNonParalel(contours, true);
_contourTemplate = processor.samples[0];
}
public void FindMaxContour(ImageProcessor processor)
{
int secondLongestContourIndex;
processor.ProcessImage(new Image<Bgr, Byte>(new Bitmap(_digit)), true);
_contour = processor.contours[SortContour(processor, out secondLongestContourIndex)];
}
public void FindBestContour(ImageProcessor processor, double owerflowContoursRatio)
{
int secondBiggestContourIndex;
processor.ProcessImage(new Image<Bgr, Byte>(new Bitmap(_digit)), true);
var biggestContourIndex = SortContour(processor, out secondBiggestContourIndex);
if (((biggestContourIndex != secondBiggestContourIndex) &&
(processor.contours[biggestContourIndex].Area / processor.contours[secondBiggestContourIndex].Area <
owerflowContoursRatio)) || (processor.contours.Count < 3))
{
_contour = processor.contours[secondBiggestContourIndex];
}
else
{
_contour = processor.contours[biggestContourIndex];
}
}
public void FillAllContours(ImageProcessor processor, double owerflowContoursRatio)
{
Bitmap newFill = new Bitmap(_digit.Width, _digit.Height);
using (Graphics contourGraph = Graphics.FromImage(newFill))
{
contourGraph.Clear(Color.Black);
}
processor.ProcessImage(new Image<Bgr, Byte>(new Bitmap(_digit)), true);
for (int contourCounter = 0; contourCounter < processor.contours.Count; contourCounter++)
{
using (Graphics contourGraph = Graphics.FromImage(newFill))
{
contourGraph.FillPolygon(new SolidBrush(Color.White), processor.contours[contourCounter].ToArray());
}
}
_filledContour = newFill;
}
public Image DisplayAllContours(ImageProcessor processor, Color maxContourColor, Color secondMaxContourColor, Color baseContourColor)
{
Image resultDigit = new Bitmap(_digit);
processor.ProcessImage(new Image<Bgr, Byte>(new Bitmap(resultDigit)), true);
int secondLongestContourIndex;
var longestContourIndex = SortContour(processor, out secondLongestContourIndex);
for (int contourIndex = 0; contourIndex < processor.contours.Count; contourIndex++)
{
if (processor.contours[contourIndex].Total > 1)
{
using (Graphics digitGraph = Graphics.FromImage(resultDigit))
{
if (contourIndex == longestContourIndex)
{
digitGraph.DrawLines(new Pen(maxContourColor), processor.contours[contourIndex].ToArray());
}
else if (contourIndex == secondLongestContourIndex)
{
digitGraph.DrawLines(new Pen(secondMaxContourColor), processor.contours[contourIndex].ToArray());
}
else
{
digitGraph.DrawLines(new Pen(baseContourColor), processor.contours[contourIndex].ToArray());
}
}
}
}
return resultDigit;
}
private void LoadTemplates(string fileName, ImageProcessor proc)
{
try
{
using (FileStream fs = new FileStream(fileName, FileMode.Open))
proc.templates = (Templates)new BinaryFormatter().Deserialize(fs);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
private void SaveTemplates(string fileName, ImageProcessor proc)
{
try
{
using (FileStream fs = new FileStream(fileName, FileMode.Create))
new BinaryFormatter().Serialize(fs, proc.templates);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
private void LoadTemplates(string fileName, ImageProcessor proc)
{
using (FileStream fs = new FileStream(fileName, FileMode.Open))
proc.templates = (Templates) new BinaryFormatter().Deserialize(fs);
}
public AutoGenerateForm(ImageProcessor processor)
{
InitializeComponent();
tbFont.Text = new FontConverter().ConvertToString(tbChars.Font);
this.processor = processor;
}
public void Recognise(ImageProcessor processor)
{
var contours = new List<Contour<Point>>();
contours.Add(_contour);
List<FoundTemplateDesc> recognisedDigits = processor.FindTemplatesNonParalel(contours, true, _rather6, _rather8, _rather9, _rather0);
if (recognisedDigits[0] == null)
{
_recognised = false;
}
else
{
_contourTemplate = recognisedDigits[0].template;
_cifre = recognisedDigits[0].template.name.SafeToInt(-1);
_recognised = true;
}
}
private int SortContour(ImageProcessor processor, out int secondLongestContourIndex)
{
int longestContourIndex = 0;
secondLongestContourIndex = 0;
double contourArea = 0;
for (int contourIndex = 0; contourIndex < processor.contours.Count; contourIndex++)
{
if (contourArea < processor.contours[contourIndex].Area)
{
contourArea = processor.contours[contourIndex].Area;
secondLongestContourIndex = longestContourIndex;
longestContourIndex = contourIndex;
}
}
return longestContourIndex;
}
private void InitProcessors()
{
_processor = new ImageProcessor();
_processor.equalizeHist = false;
//_processor.finder.maxRotateAngle = differences69.Checked ? Math.PI/49 : Math.PI;
_processor.finder.maxRotateAngle = differences69.Checked ? _appSettings.MaxAngle : Math.PI;
_processor.finder.maxRotateAngle = differences0689.Checked ? _appSettings.MaxAngleForSeven : Math.PI;
_processor.minContourArea = _appSettings.MinContourArea;
_processor.minContourLength = _appSettings.MinContourLength;
_processor.finder.maxACFDescriptorDeviation = _appSettings.MaxACFDescriptorDeviation; //Auto correlation deviation
_processor.finder.maxACFDescriptorDeviation0 = _appSettings.MaxACFDescriptorDeviation0;
_processor.finder.maxACFDescriptorDeviation1 = _appSettings.MaxACFDescriptorDeviation1;
_processor.finder.maxACFDescriptorDeviation2 = _appSettings.MaxACFDescriptorDeviation2;
_processor.finder.maxACFDescriptorDeviation3 = _appSettings.MaxACFDescriptorDeviation3;
_processor.finder.maxACFDescriptorDeviation4 = _appSettings.MaxACFDescriptorDeviation4;
_processor.finder.maxACFDescriptorDeviation5 = _appSettings.MaxACFDescriptorDeviation5;
_processor.finder.maxACFDescriptorDeviation6 = _appSettings.MaxACFDescriptorDeviation6;
_processor.finder.maxACFDescriptorDeviation7 = _appSettings.MaxACFDescriptorDeviation7;
_processor.finder.maxACFDescriptorDeviation8 = _appSettings.MaxACFDescriptorDeviation8;
_processor.finder.maxACFDescriptorDeviation9 = _appSettings.MaxACFDescriptorDeviation9;
_processor.finder.maxACFNormaDeviation = _appSettings.MaxACFNormaDeviation0; //Auto correlation norma deviation
_processor.finder.maxACFNormaDeviation0 = _appSettings.MaxACFNormaDeviation0;
_processor.finder.maxACFNormaDeviation1 = _appSettings.MaxACFNormaDeviation1;
_processor.finder.maxACFNormaDeviation2 = _appSettings.MaxACFNormaDeviation2;
_processor.finder.maxACFNormaDeviation3 = _appSettings.MaxACFNormaDeviation3;
_processor.finder.maxACFNormaDeviation4 = _appSettings.MaxACFNormaDeviation4;
_processor.finder.maxACFNormaDeviation5 = _appSettings.MaxACFNormaDeviation5;
_processor.finder.maxACFNormaDeviation6 = _appSettings.MaxACFNormaDeviation6;
_processor.finder.maxACFNormaDeviation7 = _appSettings.MaxACFNormaDeviation7;
_processor.finder.maxACFNormaDeviation8 = _appSettings.MaxACFNormaDeviation8;
_processor.finder.maxACFNormaDeviation9 = _appSettings.MaxACFNormaDeviation9;
_processor.finder.minACF = _appSettings.MinACF;
_processor.finder.minICF = _appSettings.MinICF;
_processor.blur = false;
_processor.noiseFilter = false;
_processor.cannyThreshold = _appSettings.СannyThreshold;
_processor.adaptiveThresholdBlockSize = _appSettings.AdaptiveThresholdBlockSize;
_processor.adaptiveThresholdParameter = _appSettings.AdaptiveThresholdParameter; //false ? 1.5 : 0.5;
LoadTemplates(Path.GetDirectoryName(System.Diagnostics.Process.GetCurrentProcess().MainModule.FileName) +
Path.DirectorySeparatorChar + _appSettings.TemplatesFile, _processor);
}
