public void TestSquareOfCircleSignedRadius() // отрицательный радиус
{
ShapeCreator cc = new CircleCreator();
Shape actual;
Assert.Throws <Exception>(() => actual = cc.Create(-5));
}
public void TestSquareOfCircleDoubleRadius() // дробный радиус
{
ShapeCreator cc = new CircleCreator();
var circle = cc.Create(5.5);
double actual = circle.Square();
double expected = 95.033;
Assert.AreEqual(actual, expected);
}
public void TestSquareOfCircleIntRadius() // целочисленный радиус
{
ShapeCreator cc = new CircleCreator();
var circle = cc.Create(5);
double actual = circle.Square();
double expected = 78.54;
Assert.AreEqual(actual, expected);
}
public void Reset()
{
ShapeTypesInfoMap.Clear();
RegisterShapeType(LineCreator.getInstance(), StandardLineRenderer.getInstance());
RegisterShapeType(RectangleCreator.getInstance(), StandardRectangleRenderer.getInstance());
RegisterShapeType(SquareCreator.getInstance(), StandardRectangleRenderer.getInstance());
RegisterShapeType(EllipseCreator.getInstance(), StandardEllipseRenderer.getInstance());
RegisterShapeType(CircleCreator.getInstance(), StandardEllipseRenderer.getInstance());
RegisterShapeType(TriangleCreator.getInstance(), StandardTriangleRenderer.getInstance());
}
static void Main(string[] args)
{
Creator creator = new CircleCreator();
Shape shape1 = creator.create_shape();
creator = new SquareCreator();
Shape shape2 = creator.create_shape();
creator = new RectangleCreator();
Shape shape3 = creator.create_shape();
}
private void OnWizardCreate()
{
string path = EditorUtility.SaveFilePanelInProject("Save Circle", $"Circle_{segments}_{radius}{(flip ? "_flip" : "")}", "asset", "Specify where to save the mesh.");
if (path.Length > 0)
{
Mesh mesh = CircleCreator.Create(segments, radius, flip);
MeshUtility.Optimize(mesh);
AssetDatabase.CreateAsset(mesh, path);
Selection.activeObject = mesh;
}
}
public void CreateCircleTest()
{
CircleCreator cc = new CircleCreator(99, 99);
Point previousPoint = cc.PointsOnCircle.First();
bool isNeighbour = true;
cc.PointsOnCircle.Skip(1).ToList().ForEach(p =>
{
if (Math.Abs(previousPoint.X - p.X) > 1 && Math.Abs(previousPoint.Y - p.Y) > 1)
{
isNeighbour = false;
}
previousPoint = p;
});
Assert.AreEqual(true, isNeighbour);
}
static void Main(string[] args)
{
ShapeCreator cc = new CircleCreator();
var circle1 = cc.Create(3); // аргумент - радиус
var circle2 = cc.Create(5);
Console.WriteLine(circle1.Square() + " " + circle1.name);
ShapeCreator tc = new TriangleCreator();
var triangle1 = tc.Create(5, 4, 3); // аргументы - стороны
Console.WriteLine(triangle1.Square() + " " + triangle1.name);
if (Triangle.RightAngle((Triangle)triangle1))
{
Console.WriteLine("Right");
}
}
private void button4_Click(object sender, EventArgs e)
{
int max = 80;
CircleCreator cc = new CircleCreator(max, max);
Circle c = new Circle(max, max, max / 2, cc.PointsOnCircle.ToArray());
EmiterGenerator eg = new EmiterGenerator(5, c);
List <EmiterDetectorsSystem> systems = new List <EmiterDetectorsSystem>();
eg.Emiters.ForEach(em =>
{
DetectorsGenerator dg = new DetectorsGenerator(20, 60, c, em);
systems.Add(new EmiterDetectorsSystem(em, dg.Detectors));
#region debug console
//int[,] debugTab = new int[max + 1, max + 1];
//for (int i = 0; i < max + 1; i++)
//{
// for (int j = 0; j < max + 1; j++)
// {
// debugTab[i, j] = 0;
// }
//}
//debugTab[em.Point.X, em.Point.Y] = 3;
//dg.Detectors.ForEach(d => debugTab[d.Point.X, d.Point.Y] = 1);
//EmiterDetectorsSystem s = systems.Last();
//s.Detectors.ForEach(de => s.GetLineForDetector(de).Points.ForEach(point => debugTab[point.X, point.Y] = 4));
//for (int i = 0; i < max + 1; i++)
//{
// for (int j = 0; j < max + 1; j++)
// {
// Console.Write(debugTab[i, j]);
// }
// Console.WriteLine();
//}
//Console.ReadLine();
//Console.Clear();
#endregion
});
BitmapToBlackAndWhiteConverter converter = new BitmapToBlackAndWhiteConverter(this.baseImage.Bitmap);
}
public static Creator Get(CadFigure.Types createType, CadFigure fig)
{
CadFigure.Types type = createType;
Creator creator = null;
switch (type)
{
case Types.LINE:
creator = new LineCreator(fig);
break;
case Types.RECT:
creator = new RectCreator(fig);
break;
case Types.POLY_LINES:
creator = new PolyLinesCreator(fig);
break;
case Types.CIRCLE:
creator = new CircleCreator(fig);
break;
case Types.POINT:
creator = new PointCreator(fig);
break;
case Types.DIMENTION_LINE:
creator = new DimLineCreator(fig);
break;
default:
break;
}
return(creator);
}
private void ComboBoxFigures_SelectedIndexChanged(object sender, EventArgs e)
{
var figureName = ComboBoxFigures.SelectedItem as string;
switch (figureName)
{
case "Rectangle":
FigureCreator = new RectangleCreator();
break;
case "Circle":
FigureCreator = new CircleCreator();
break;
case "Triangle":
FigureCreator = new TriangleCreator();
break;
default:
break;
}
}
private void DoRandonTransform(BaseImage image, int n, double a, int l, bool useKeyPoints)
{
int maxX = image.Bitmap.Width - 1;
int maxY = image.Bitmap.Height - 1;
int radius = image.Bitmap.Width / 2 - 1;
CircleCreator cc = new CircleCreator(maxX, maxY);
Circle circle = new Circle(maxX, maxY, radius, cc.PointsOnCircle.ToArray());
IEmiterGenerator eg = CreateEmiterGenerator(useKeyPoints, a, circle, maxX, maxY, radius);
List <EmiterDetectorsSystem> systems = new List <EmiterDetectorsSystem>();
BitmapToBlackAndWhiteConverter blackBitmap = new BitmapToBlackAndWhiteConverter(image.Bitmap);
int suwak = Form1.trackbar * (eg.Emiters.Count / 10);
if (Form1.trackbar != 10)
{
eg.Emiters.RemoveRange(suwak, (eg.Emiters.Count - suwak) - 1);
}
averageTable = new double[eg.Emiters.ToArray().Length, n + 1];
double maxAverage = double.MinValue;
double minAverage = double.MaxValue;
int emiterIndex = 0;
eg.Emiters.ForEach(e =>
{
IDetectorsGenerator dg = CreateDetectorGenerator(useKeyPoints, n, l, circle, e, radius);
EmiterDetectorsSystem newSystem = new EmiterDetectorsSystem(e, dg.Detectors);
systems.Add(newSystem);
int detectorIndex = 0;
newSystem.Detectors.ForEach(detector =>
{
LineCreator lc = new LineCreator(e.Point, detector.Point);
LineSummer summer = new LineSummer(lc.Line, blackBitmap.ConvertedTab);
if (!Form1.checkBoxState)
{
lc.Line.ForEach(pointOnLine =>
{
OutPutImage.SumOfAverageTable[pointOnLine.X, pointOnLine.Y] += summer.Average;
OutPutImage.CountOfAverageTable[pointOnLine.X, pointOnLine.Y] += 1;
});
}
averageTable[emiterIndex, detectorIndex++] = summer.Average;
if (summer.Average > maxAverage)
{
maxAverage = summer.Average;
}
if (summer.Average < minAverage)
{
minAverage = summer.Average;
}
});
emiterIndex++;
});
if (Form1.checkBoxState)
{
//OutPutImage zakomentowałem, żeby najpierw przefiltrować tablice avarageTable
int aaa = eg.Emiters.ToArray().Length;
int bbb = n + 1;
sinogramFiltered = new double[aaa, bbb];
for (int i = 0; i < aaa; i++)
{
for (int j = 0; j < bbb; j++)
{
for (int k = 0; k < bbb; k++)
{
sinogramFiltered[i, j] += fx(j, k) * averageTable[i, k];
}
}
}
//dalej to dla tych samych emiterów, dodaje przefiltrowaną wartość
emiterIndex = 0;
eg.Emiters.ForEach(e =>
{
IDetectorsGenerator dg = CreateDetectorGenerator(useKeyPoints, n, l, circle, e, radius);
EmiterDetectorsSystem newSystem = new EmiterDetectorsSystem(e, dg.Detectors);
//systems.Add(newSystem);
int detectorIndex = 0;
newSystem.Detectors.ForEach(detector =>
{
LineCreator lc = new LineCreator(e.Point, detector.Point);
LineSummer summer = new LineSummer(lc.Line, blackBitmap.ConvertedTab);
lc.Line.ForEach(pointOnLine =>
{
OutPutImage.SumOfAverageTable[pointOnLine.X, pointOnLine.Y] += sinogramFiltered[emiterIndex, detectorIndex];
OutPutImage.CountOfAverageTable[pointOnLine.X, pointOnLine.Y] += 1;
});
detectorIndex++;
});
emiterIndex++;
});
}
NormalizeTab(eg.Emiters.ToArray().Length, n + 1, maxAverage, averageTable, minAverage);
GenerateBitmap(eg.Emiters.ToArray().Length, n + 1, averageTable);
Console.Write("DoRandonTransform --> DONE\n");
}
public void GeneratePointInForthQuarterOfCircleTest1()
{
CircleCreator cc = new CircleCreator(9, 9);
Assert.AreEqual(new Point(1, 8), cc.GeneratePointInForthQuarterOfCircle(new Point(1, 1)));
}
public void GeneratePointInSecoundQuarterOfCircleTest()
{
CircleCreator cc = new CircleCreator(9, 9);
Assert.AreEqual(new Point(8, 1), cc.GeneratePointInSecoundQuarterOfCircle(new Point(1, 1)));
}
