public void GenerateImagesForDoc()
{
//var testData0500 = TestDataFactory.Data.Single(x => x.ImageKey == "0500");
//var testData0413 = TestDataFactory.Data.Single(x => x.ImageKey == "0413");
var image = new Mat(@"C:\Users\Winkler\Desktop\orig.png", LoadImageType.AnyColor);
var keypoints = new List <Point> {
new Point(140, 116), new Point(477, 120), new Point(163, 370), new Point(447, 369)
};
var testData0500 = new { Keypoints = keypoints, Image = image };
var configMock = TestHelper.GetFakeConfig();
//var quantizer = new Quantizer(configMock.Object);
// simple threshold
IQuantizer quantizer = new SimpleThresholdQuantizer {
Threshold = 220
};
quantizer.Keypoints = testData0500.Keypoints;
var quantizedImage = quantizer.Quantize(testData0500.Image);
//TestHelper.Show(quantizedImage);
TestHelper.Save(quantizedImage, "threshold_simple.png");
// adaptive threshold
quantizer = new Quantizer(configMock.Object)
{
ThresholdBlockSize = 17, ThresholdConstant = 6
};
quantizer.Keypoints = testData0500.Keypoints;
quantizedImage = quantizer.Quantize(testData0500.Image);
//TestHelper.Show(quantizedImage);
TestHelper.Save(quantizedImage, "threshold_adaptive.png");
// warp
quantizer = new WarpOnlyQuantizer();
quantizer.Keypoints = testData0500.Keypoints;
quantizedImage = quantizer.Quantize(testData0500.Image);
//TestHelper.Show(quantizedImage);
TestHelper.Save(quantizedImage, "warp_result.png");
// morphological
quantizer = new MorphologyQuantizer(configMock.Object)
{
ThresholdBlockSize = 17, ThresholdConstant = 6
};
quantizer.Keypoints = testData0500.Keypoints;
quantizedImage = quantizer.Quantize(testData0500.Image);
//TestHelper.Show(quantizedImage);
TestHelper.Save(quantizedImage, "opening_result.png");
}
public void TastMany()
{
var testData = TestDataFactory.Data.First(x => x.ImageKey == "0500");
var configMock = TestHelper.GetFakeConfig();
var quantizer = new MorphologyQuantizer(configMock.Object);
quantizer.Keypoints = testData.Keypoints;
for (int i = 0; i < 100; i++)
{
quantizer.Quantize(testData.Image);
}
}
