public ShapeCollection CreatePaths(PathData p, double increment)
{
ShapeCollection pc = new ShapeCollection();
if (p == null || !(p is LatticeData))
{
return(pc);
}
ld = p as LatticeData;
rowHeight = ld.Layout.Height / (ld.Rows - 1);
colWidth = ld.Layout.Width / (ld.Columns - 1);
//Shape s = MkPath(0, 0, increment);
//if (s != null)
// pc.AddShape(s);
if ((ld.Layout.RepeatX == 0) && (ld.Layout.RepeatY == 0))
{
pc.AddShape(MkPath(0, 0, increment));
}
else if ((ld.Layout.RepeatX == 0) && (ld.Layout.RepeatY > 0))
{
for (int indy = -ld.Layout.RepeatY; indy < ld.Layout.RepeatY; indy++)
{
Shape s = MkPath(0, indy, increment);
if (s != null)
{
pc.AddShape(s);
}
}
}
else if ((ld.Layout.RepeatX > 0) && (ld.Layout.RepeatY == 0))
{
for (int indx = -ld.Layout.RepeatX; indx < ld.Layout.RepeatX; indx++)
{
Shape s = MkPath(indx, 0, increment);
if (s != null)
{
pc.AddShape(s);
}
}
}
else
{
for (int indy = -ld.Layout.RepeatY; indy < ld.Layout.RepeatY; indy++)
{
for (int indx = -ld.Layout.RepeatX; indx < ld.Layout.RepeatX; indx++)
{
Shape s = MkPath(indx, indy, increment);
if (s != null)
{
pc.AddShape(s);
}
}
}
}
return(pc);
}
public ShapeCollection CreatePaths(PathData p, double increment)
{
ShapeCollection pc = new ShapeCollection();
if (p == null || !(p is LatticeData))
{
return(pc);
}
ld = p as LatticeData;
repeatAngle = 360.0 / ld.Layout.RepeatX;
colAngle = (repeatAngle - ld.Layout.Margin) / (ld.Columns - 1);
rowHeight = ld.Layout.Height / (ld.Rows - 1);
colWidth = ld.Layout.Width / (ld.Columns - 1);
origin = new Point(ld.Layout.ToolPosition, 0);
if ((ld.Layout.RepeatX == 0) && (ld.Layout.RepeatY == 0))
{
pc.AddShape(MkPath(0, 0, increment));
}
else if ((ld.Layout.RepeatX == 0) && (ld.Layout.RepeatY > 0))
{
for (int indy = -ld.Layout.RepeatY; indy < ld.Layout.RepeatY; indy++)
{
pc.AddShape(MkPath(0, indy, increment));
}
}
else if ((ld.Layout.RepeatX > 0) && (ld.Layout.RepeatY == 0))
{
for (int indx = -ld.Layout.RepeatX; indx < ld.Layout.RepeatX; indx++)
{
pc.AddShape(MkPath(indx, 0, increment));
}
}
else
{
for (int indy = -ld.Layout.RepeatY; indy < ld.Layout.RepeatY; indy++)
{
for (int indx = -ld.Layout.RepeatX; indx < ld.Layout.RepeatX; indx++)
{
pc.AddShape(MkPath(indx, indy, increment));
}
}
}
//for (int indx = 0; indx < ld.Layout.RepeatX; indx++)
//{
// pc.AddShape(MkPath(indx,increment));
//}
return(pc);
}
public ShapeCollection Path(double inc)
{
ShapeCollection pc = new ShapeCollection();
pc.AddShape(Outline(inc));
return(pc);
}
public ShapeCollection CreatePaths(PathData pathdata, double inc)
{
ShapeCollection pc = new ShapeCollection();
pc.PatternName = pathdata.Name;
pc.AddShape(Path(pathdata, inc));
return(pc);
}
static void Main(string[] args)
{
#region Text Color
Console.ForegroundColor = ConsoleColor.Red;
#endregion
#region Creating Shapes
Circle circle = new Circle(2);
Triangle triangle = new Triangle(3, 4, 5);
Square square = new Square(2);
#endregion
#region Calling Methods
// Circle
circle.GetArea();
circle.GetPerimeter();
Console.WriteLine("-------------------------------------------\n");
// Triangle
triangle.GetArea();
triangle.GetPerimeter();
Console.WriteLine("-------------------------------------------\n");
// Square
square.GetArea();
square.GetPerimeter();
Console.WriteLine("-------------------------------------------\n");
Console.WriteLine("-------------------------------------------\n");
ShapeCollection shapes = new ShapeCollection();
shapes.AddShape(new Circle(2));
shapes.AddShape(new Square(4));
shapes.AddShape(new Triangle(3, 4, 5));
Console.WriteLine($"There are total of {shapes.Count()} shapes\n");
Console.WriteLine("The total area of the collection is {0}. \n", shapes.TotalArea());
Console.WriteLine("The total perimeter of the collection is {0}. \n", shapes.TotalPerimeter());
#endregion
Console.WriteLine("\nPress enter to exit...");
Console.ReadLine();
}
/// <summary>
/// In this class the second parameter is the number of paths
/// </summary>
/// <param name="pathdata"></param>
/// <param name="increment"></param>
/// <returns></returns>
public ShapeCollection CreatePaths(PathData pathdata, double increment)
{
ShapeCollection pc = new ShapeCollection();
pc.PatternName = pathdata.Name;
if (pathdata.PathType == PatternType.barrel)
{
Barrel b = pathdata as Barrel;
RadialOffsetPath path = b.OutlineAsOffsets((int)(1 / increment));
Polygon poly = CreatePolygonFrom(path, b.ToolPosition);
(poly.RenderTransform as CompositeTransform).Rotation = b.Phase;
pc.AddShape(poly);
}
return(pc);
}
public ShapeCollection CreatePaths(PathData pathdata, double inc)
{
//Debug.WriteLine("BazelyEngine CreatePaths");
ShapeCollection pc = new ShapeCollection();
pc.PatternName = pathdata.Name;
Polygon poly = Path(pathdata, inc);
try
{
pc.AddShape(poly);
}
catch (Exception e)
{
Debug.WriteLine(e.Message);
}
//Debug.WriteLine("End BazelyEngine CreatePaths");
return(pc);
}
public ShapeCollection CreatePaths(PathData pd, double increment)
{
bd = pd as BraidData;
ShapeCollection pc = new ShapeCollection();
pc.PatternName = pd.Name;
repeatAngle = 2 * Math.PI / bd.Repeats;
colAngle = (repeatAngle - rad * bd.Margin) / bd.Perms.Count;
rowHeight = bd.Width / (bd.NumStrands - 1);
colWidth = bd.Length / bd.Perms.Count;
origin = new Point(bd.ToolPosition, 0);
for (int indx = 0; indx < bd.Repeats; indx++)
{
pc.AddShape(MkPath(indx, increment));
}
return(pc);
}
static void Main(string[] args)
{
//Circle krug = new Circle(3);
//double fside = 3;
//double sside = 4;
//double tside = 5;
//if (Triangle.IsValidTriangle(fside, sside, tside))
//{
// Triangle triangle = new Triangle(fside, sside, tside);
// Console.WriteLine(triangle.GetArea());
//}
//else
//{
// Console.WriteLine("That is not valid");
//}
//double side = -2;
//if (Square.IsValid(side))
//{
// Square square = new Square(side);
// Console.WriteLine(square.GetArea());
//}
//else
//{
// Console.WriteLine("That is not valid");
//}
ShapeCollection shapes = new ShapeCollection();
shapes.AddShape(new Circle(10));
shapes.AddShape(new Triangle(3, 4, 5));
shapes.AddShape(new Triangle(3, 10, 12));
shapes.AddShape(new Square(10));
Console.WriteLine($"There are {shapes.Count()} shapes");
Console.WriteLine($"Total area is {shapes.TotalArea()} ");
Console.WriteLine($"Total perimeter is {shapes.TotalPerimeter()} ");
Console.WriteLine($"Average area is {shapes.GetAverageArea()} ");
Console.WriteLine($"Average area is {Helper.GetAverageArea(shapes)} ");
Console.WriteLine(Helper.IsEven(2));
Console.WriteLine(Helper.IsEven(3));
Console.WriteLine(2.IsEven());
Console.WriteLine(3.IsEven());
var x = 10;
Console.WriteLine(Helper.AddOne(Helper.Double(Helper.Square(x))));
Console.WriteLine(x.Square().Double().AddOne());
Triangle t = new Triangle(3, 7, 9);
// these two are completely the same
Console.WriteLine(IShapeHelper.GetRatio(t));
Console.WriteLine(t.GetRatio());
// these two are completely the same
Console.WriteLine(IShapeHelper.GetMultipliedArea(t, 3));
Console.WriteLine(t.GetMultipliedArea(3));
}