public static void Main(string[] args)
{
ImagesRenderer renderer = newImageRenderer();
// screen + reduce + invert
Iterator <Image> screenIter = new MockIterator(toImage(new Bitmap("player9.png")));
//Iterator<Image> screenIter = new ScreenImageIterator(new Rectangle(100, 400, 80, 30));
Iterator <Image> reduceIter = new ReduceColorIterator(screenIter, new ColorReducers.TextBox());
Iterator <Image> invertIter = new InvertColorIterator(reduceIter, Color.White, Color.Black);
Iterator <Image> replaceIter = new ReplaceColorIterator(invertIter, Color.White, Color.Transparent);
// proxy
IteratorProxy <Image> proxyIter = new IteratorProxy <Image>(replaceIter);
ColorReplacer replacer = new ColorReplacer(Color.Transparent, Color.Cyan);
proxyIter.handler += delegate(Image next)
{
setImage(renderer, toBitmap(replacer.replace(next)));
};
// partition + decompose + crop
Iterator <List <List <Image> > > patitionIter = new ImageHoriPartitionIterator(proxyIter);
Iterator <List <List <Image> > > decomposeIter = new DecomposeImageIterator(patitionIter);
Iterator <List <List <Image> > > cropIter = new CropImageIterator(decomposeIter);
// hash
HashSet <HashImage> hashImages = new HashSet <HashImage>();
int count = 0;
while (cropIter.hasNext())
{
List <List <Image> > images = cropIter.next();
foreach (List <Image> line in images)
{
foreach (Image image in line)
{
// dimensions
if (!hasDimensions(image))
{
continue;
}
// hash
HashImage hash = new HashImage(image);
if (!hashImages.Contains(hash))
{
hashImages.Add(hash);
System.Drawing.Image bitmap = toBitmap(image);
addImage(renderer, bitmap);
Console.WriteLine("Saving image " + count++);
saveBitmap("char", uniqueId(hash), bitmap);
}
}
}
}
}
public static void Main(string[] args)
{
Log.SetLevel(Log.Level.FINEST);
// patterns
List <CardPattern> patterns = CardReader.readCardsFromResources();
Console.WriteLine("read " + patterns.Count + " candidate patterns");
// renderer
ImagesRenderer renderer = newImageRenderer();
// iterator
Iterator <Image> wait;
if (USE_SCREEN)
{
Thread.Sleep(10);
TableContainer table = new BotAppLogic(new Win32Control()).LocateNewTable(new Settings());
Rectangle rect = new Rectangle(table.Layout.Offset.X, table.Layout.Offset.Y, table.Layout.Size.Width, table.Layout.Size.Height);
Iterator <Image> screen = new ScreenImageIterator(new Win32Control(), rect);
wait = new WaitDeltaImageIterator(screen);
}
else
{
wait = new MockIterator(toImage(new Bitmap("test/table_no_middle_button.png")));
}
// proxy
IteratorProxy <Image> proxyIter = new IteratorProxy <Image>(wait);
proxyIter.handler += delegate(Image next)
{
setImage(renderer, toBitmap(next));
};
Console.WriteLine("initialized iterator");
// identifier
CardStrategy strategy = new CardStrategyFast(patterns, new TableLayout9());
CardIdentifierIterator identifier = new CardIdentifierIterator(proxyIter,
strategy.identifyRegions,
strategy.identifyCards);
// go
while (identifier.hasNext())
{
DateTime start = DateTime.Now;
List <Card> cards = identifier.next();
setText(renderer, toText(cards));
Console.WriteLine("iteration took " + DateTime.Now.Subtract(start).TotalSeconds + "s");
Console.ReadKey();
}
}
public static void Main(string[] args)
{
Log.SetLevel(Log.Level.FINE);
// patterns
List <CardPattern> patterns = CardReader.readCardsFromResources();
Console.WriteLine("read " + patterns.Count + " candidate patterns");
// renderer
ImagesRenderer renderer = newImageRenderer();
// iterator
Iterator <Image> wait;
if (USE_SCREEN)
{
Iterator <Image> screen = new ScreenImageIterator(new Win32Control(), new Rectangle(400, 400, 300, 80));
wait = new WaitDeltaImageIterator(screen);
}
else
{
wait = new MockIterator(toImage(new Bitmap("test/cards_56.png")));
}
Iterator <Image> low = new ReduceColorIterator(wait, new ColorReducers.Card());
// proxy
IteratorProxy <Image> proxyIter = new IteratorProxy <Image>(low);
proxyIter.handler += delegate(Image next)
{
setImage(renderer, toBitmap(next));
};
Console.WriteLine("initialized iterator");
// identifier
CardStrategy strategy = new CardStrategySlow(patterns);
CardIdentifierIterator identifier = new CardIdentifierIterator(proxyIter,
strategy.identifyRegions,
strategy.identifyCards);
// go
while (identifier.hasNext())
{
DateTime start = DateTime.Now;
List <Card> cards = identifier.next();
setText(renderer, toText(cards));
Console.WriteLine("iteration took " + DateTime.Now.Subtract(start).TotalSeconds + "s");
}
}
public static void Main(string[] args)
{
// screen + reduce + invert
Iterator <Image> screenIter = new MockOneImageIterator(toImage(new Bitmap("test/control_post_sb.bmp")));
Iterator <Image> reduceIter = new ReduceColorIterator(screenIter, new ColorReducers.ControlsChars());
Iterator <Image> invertIter = new InvertColorIterator(reduceIter, Color.WhiteSmoke, Color.Black);
Iterator <Image> replaceIter = new ReplaceColorIterator(invertIter, Color.WhiteSmoke, Color.Transparent);
// proxy
ImagesRenderer renderer = newImageRenderer();
IteratorProxy <Image> proxyIter = new IteratorProxy <Image>(replaceIter);
ColorReplacer replacer = new ColorReplacer(Color.Transparent, Color.Cyan);
proxyIter.handler += delegate(Image next)
{
setImage(renderer, toBitmap(replacer.replace(next)));
};
// partition + decompose + crop
Iterator <List <List <Image> > > patitionIter = new ImageHoriPartitionIterator(proxyIter);
Iterator <List <List <Image> > > cropIter = new CropImageIterator(patitionIter);
// patterns
List <CharPattern> patterns = CharReader.readCharsFromResourcesControls();
CharIdentifier identifier = new CharIdentifier(patterns);
// identify
int count = 0;
while (cropIter.hasNext())
{
List <List <Image> > lines = cropIter.next();
// line
foreach (List <Image> line in lines)
{
// chars
String textLine = "";
foreach (Image chars in line)
{
List <Image> combos = CharDecomposer.decompose(chars, 0);
foreach (Image chr in combos)
{
Image character = ImageCropper.crop(chr);
textLine += identifyChars(identifier, character, ref count);
}
}
Console.WriteLine(textLine);
}
}
}
public static void Main(string[] args)
{
// screen + reduce + invert
Iterator <Image> screenIter = new MockIterator(toImage(new Bitmap("player10.png")));
//Iterator<Image> screenIter = new ScreenImageIterator(new Rectangle(100, 400, 80, 30));
Iterator <Image> reduceIter = new ReduceColorIterator(screenIter, new ColorReducers.TextBox());
Iterator <Image> invertIter = new InvertColorIterator(reduceIter, Color.White, Color.Black);
Iterator <Image> replaceIter = new ReplaceColorIterator(invertIter, Color.White, Color.Transparent);
// proxy
ImagesRenderer renderer = newImageRenderer();
IteratorProxy <Image> proxyIter = new IteratorProxy <Image>(replaceIter);
ColorReplacer replacer = new ColorReplacer(Color.Transparent, Color.Cyan);
proxyIter.handler += delegate(Image next)
{
setImage(renderer, toBitmap(replacer.replace(next)));
};
// partition + decompose + crop
Iterator <List <List <Image> > > patitionIter = new ImageHoriPartitionIterator(proxyIter);
Iterator <List <List <Image> > > decomposeIter = new DecomposeImageIterator(patitionIter);
Iterator <List <List <Image> > > cropIter = new CropImageIterator(decomposeIter);
// patterns
List <CharPattern> patterns = CharReader.readCharsFromResourcesPlayer();
CharIdentifier identifier = new CharIdentifier(patterns);
// identify
int count = 0;
while (cropIter.hasNext())
{
List <List <Image> > images = cropIter.next();
foreach (List <Image> line in images)
{
foreach (Image chr in line)
{
String chars = identifyChars(identifier, chr, ref count);
Console.Write(chars);
}
Console.WriteLine();
}
}
}
public static void Main(string[] args)
{
// patterns
List <CardPattern> patterns = CardReader.readCardsFromResources();
Console.WriteLine("read " + patterns.Count + " candidate patterns");
// renderer
ImagesRenderer renderer = newImageRenderer();
// iterator
Iterator <Image> wait = new MockIterator(toImage(new Bitmap("hand.png")));
//Iterator<Image> screen = new ScreenImageIterator(new Rectangle(400, 400, 300, 80));
//Iterator<Image> wait = new WaitDeltaImageIterator(screen);
Iterator <Image> low = new ReduceColorIterator(wait, new ColorReducers.Card());
// proxy
IteratorProxy <Image> proxyIter = new IteratorProxy <Image>(low);
proxyIter.handler += delegate(Image next)
{
setImage(renderer, toBitmap(next));
};
Console.WriteLine("initialized iterator");
// identifier
PocketIdentifier identifier = new PocketIdentifier(patterns);
// go
while (proxyIter.hasNext())
{
Image screen = proxyIter.next();
DateTime start = DateTime.Now;
List <Card> hand = identifier.identifyCards(screen);
double ms = DateTime.Now.Subtract(start).TotalMilliseconds;
Console.WriteLine("identification took " + ms + "ms");
Console.WriteLine(toText(hand));
}
}
public static void Main(string[] args)
{
ImagesRenderer renderer = newImageRenderer();
Iterator <Image> imageIter = new ScreenImageIterator(new Win32Control(), new Rectangle(100, 400, 80, 30));
Image background = imageIter.next();
Iterator <Image> deltaIter = new DeltaImageAnalyzer(background, imageIter);
IteratorProxy <Image> proxyDeltaIter = new IteratorProxy <Image>(deltaIter);
proxyDeltaIter.handler += delegate(Image next)
{
setImage(renderer, toBitmap(next));
};
HashSet <HashImage> hashImages = new HashSet <HashImage>();
Iterator <List <Image> > patitionIter = new ImageVerticalPartitioner(proxyDeltaIter);
int count = 0;
while (patitionIter.hasNext())
{
List <Image> images = patitionIter.next();
foreach (Image image in images)
{
if (!hasMinimumDimensions(image))
{
continue;
}
HashImage hash = new HashImage(image);
if (!hashImages.Contains(hash))
{
hashImages.Add(hash);
System.Drawing.Image bitmap = toBitmap(image);
addImage(renderer, bitmap);
saveBitmap("card", count++, bitmap);
}
}
}
}
public static void Main(string[] args)
{
Log.SetLevel(Log.Level.FINEST);
Iterator <Image> screenIter;
if (USE_SCREEN)
{
// wait
Log.Info("waiting ...");
Thread.Sleep(5000);
// full screen
Console.WriteLine("## scanning for lobby ##");
Image fullScreen = new ScreenImageIterator(new Win32Control()).next();
Point offset = PatternLocator.locateLobby(fullScreen);
Console.WriteLine("lobby found at x=" + offset.X + " y=" + offset.Y);
// desk
LobbyLayout layout = new LobbyLayout();
screenIter = new ScreenImageIterator(new Win32Control(), new Rectangle(offset.X + layout.TableList.X, offset.Y + layout.TableList.Y, layout.TableList.Width, layout.TableList.Height));
}
else
{
screenIter = new MockOneImageIterator(toImage(new Bitmap("test/lobby1.bmp")));
}
// screen + reduce + invert
Iterator <Image> reduceIter = new ReduceColorIterator(screenIter, new ColorReducers.LobbyChars());
Iterator <Image> replaceIter = new ReplaceColorIterator(reduceIter, Color.White, Color.Transparent);
// proxy
ImagesRenderer renderer = newImageRenderer();
IteratorProxy <Image> proxyIter = new IteratorProxy <Image>(replaceIter);
ColorReplacer replacer = new ColorReplacer(Color.Transparent, Color.Cyan);
proxyIter.handler += delegate(Image next)
{
setImage(renderer, toBitmap(replacer.replace(next)));
};
// partition + decompose + crop
Iterator <List <List <Image> > > patitionIter = new ImageHoriPartitionIterator(proxyIter);
Iterator <List <List <Image> > > cropIter = new CropImageIterator(patitionIter);
// patterns
List <CharPattern> patterns = CharReader.readCharsFromResourcesLobby();
CharIdentifier identifier = new CharIdentifier(patterns);
// identify
int count = 0;
while (cropIter.hasNext())
{
List <List <Image> > lines = cropIter.next();
// line
foreach (List <Image> line in lines)
{
// chars
String textLine = "";
foreach (Image chars in line)
{
List <Image> combos = CharDecomposer.decompose(chars, 0);
foreach (Image chr in combos)
{
Image character = ImageCropper.crop(chr);
textLine += identifyChars(identifier, character, ref count);
}
}
Console.WriteLine(textLine);
}
}
}
public static void Main(string[] args)
{
// screen + reduce + invert
Iterator <Image> screenIter = new MockOneImageIterator(toImage(new Bitmap("test/bet.png")));
//Iterator<Image> screenIter = new ScreenImageIterator(new Rectangle(100, 400, 80, 30));
Iterator <Image> reduceIter = new ReduceColorIterator(screenIter, new ColorReducers.Bets());
Iterator <Image> invertIter = new InvertColorIterator(reduceIter, Color.White, Color.Black);
Iterator <Image> replaceIter = new ReplaceColorIterator(invertIter, Color.White, Color.Transparent);
// proxy
ImagesRenderer renderer = newImageRenderer();
IteratorProxy <Image> proxyIter = new IteratorProxy <Image>(replaceIter);
ColorReplacer replacer = new ColorReplacer(Color.Transparent, Color.Cyan);
proxyIter.handler += delegate(Image next)
{
setImage(renderer, toBitmap(replacer.replace(next)));
};
// partition + decompose + crop
Iterator <List <List <Image> > > patitionIter = new ImageHoriPartitionIterator(proxyIter);
Iterator <List <List <Image> > > cropIter = new CropImageIterator(patitionIter);
// patterns
List <CharPattern> patterns = CharReader.readCharsFromResourcesBets();
CharIdentifier identifier = new CharIdentifier(patterns);
// identify
int count = 0;
while (cropIter.hasNext())
{
List <Image> line = cropIter.next()[0];
// chars
String textLine = "";
foreach (Image chars in line)
{
List <Image> combos = CharDecomposer.decompose(chars);
foreach (Image chr in combos)
{
Image character = ImageCropper.crop(chr);
textLine += identifyChars(identifier, character, ref count);
}
}
// original
Console.WriteLine(textLine);
// check for digit
if (!containsDigit(textLine))
{
textLine = "no bet";
}
else
{
// format
textLine = textLine.Replace("?", "").Replace("$", "").Trim();
}
Console.WriteLine(textLine);
}
}