public void TestGenerateAndRead()
{
//string pattern = getRandomPattern(11, 11);
string pattern = "0011111110000101010010011001001010110011001001001110011101101100110010000110000011011000001100000000000110000100010111000";
string patternDec = BinToDec(pattern);
Console.WriteLine(pattern);
var marker = new CircleBarcode(11, 11);
var svg = CustomBarcode.Generator.SVGManager.DrawSVGPoligonsfromSegments(marker.segments.ToArray(), pattern);
CustomBarcode.Generator.SVGManager.SaveSVGtoPNG(svg);
var mat = Reader.Helpers.ImageHelper.GetImageFromFile("bitmap.png");
//mat = Reader.Helpers.ImageHelper.GetSquareFromImage(mat);
//mat.SaveImage("after-sqare.jpg");
Reader.Helpers.ImageHelper.SetImageOrientation(ref mat);
mat.SaveImage("preloadedImageAFTER.png");
Reader.Helpers.ImageHelper.CropSquareWithoutFrame(ref mat);
mat.SaveImage("preloadedImageWITHOUTFRAME.png");
var parser = Reader.Parsers.ParserFactory.GetParser(marker);
var result = parser.Parse(mat);
Assert.AreEqual(pattern, result.Data);
}
public CircleParser(int cols, int rows)
{
var marker = new CircleBarcode(cols, rows);
if (segments == null)
{
base.segments = marker.segments;
}
}
public void TestCirkleWith8Segments()
{
BaseSegment[] testSegments = new BaseSegment[8] {
new BaseSegment() //0
{
Points = new SegmentPoint[4] {
new SegmentPoint(0.5, 0.83333332836628),
new SegmentPoint(0.16666667163372, 0.5),
new SegmentPoint(0, 0.5),
new SegmentPoint(0.5, 1),
}
},
new BaseSegment()//1
{
Points = new SegmentPoint[4] {
new SegmentPoint(0.16666667163372, 0.5),
new SegmentPoint(0.5, 0.16666667163372),
new SegmentPoint(0.5, 0),
new SegmentPoint(0, 0.5),
}
},
new BaseSegment()//2
{
Points = new SegmentPoint[4] {
new SegmentPoint(0.5, 0.16666667163372),
new SegmentPoint(0.83333332836628, 0.5),
new SegmentPoint(1, 0.5),
new SegmentPoint(0.5, 0),
}
},
new BaseSegment()//3
{
Points = new SegmentPoint[4] {
new SegmentPoint(0.83333332836628, 0.5),
new SegmentPoint(0.5, 0.83333332836628),
new SegmentPoint(0.5, 1),
new SegmentPoint(1, 0.5),
}
},
new BaseSegment()//4
{
Points = new SegmentPoint[4] {
new SegmentPoint(0.5, 0.666666656732559),
new SegmentPoint(0.333333343267441, 0.5),
new SegmentPoint(0.16666667163372, 0.5),
new SegmentPoint(0.5, 0.83333332836628)
}
},
new BaseSegment()//5
{
Points = new SegmentPoint[4] {
new SegmentPoint(0.333333343267441, 0.5),
new SegmentPoint(0.5, 0.333333343267441),
new SegmentPoint(0.5, 0.16666667163372),
new SegmentPoint(0.16666667163372, 0.5)
}
},
new BaseSegment()//6
{
Points = new SegmentPoint[4] {
new SegmentPoint(0.5, 0.333333343267441),
new SegmentPoint(0.666666656732559, 0.5),
new SegmentPoint(0.83333332836628, 0.5),
new SegmentPoint(0.5, 0.16666667163372)
}
},
new BaseSegment()//7
{
Points = new SegmentPoint[4] {
new SegmentPoint(0.666666656732559, 0.5),
new SegmentPoint(0.5, 0.666666656732559),
new SegmentPoint(0.5, 0.83333332836628),
new SegmentPoint(0.83333332836628, 0.5)
}
}
};
CircleBarcode m = new CircleBarcode(NUMBER_OF_SECTORS, NUMBER_OF_SEGMENTS_IN_SECTOR);
var segments = m.segments.ToArray();
Assert.AreEqual(segments.Length, testSegments.Length, "Tested collection length is different.");
for (int i = 0; i < segments.Length; i++)
{
Assert.AreEqual(segments[i].Points.Length, testSegments[i].Points.Length, $"points in segment {segments[i]} are different length");
for (int j = 0; j < segments[i].Points.Length; j++)
{
Assert.AreEqual(segments[i].Points[j].X, testSegments[i].Points[j].X, 0.0000001, $"Point{j} in segment differs.");
Assert.AreEqual(segments[i].Points[j].Y, testSegments[i].Points[j].Y, 0.0000001, $"Point{j} in segment differs.");
}
}
}
