static void Main(string[] args)
{
#region Shapes
var shapes = new IGeometricShape[] {
new Rectangle {
Width = 3, Height = 4
},
new Rectangle {
Width = 4, Height = 5
},
new Rectangle {
Width = 5, Height = 6
},
new EquilateralTriangle {
SideLenght = 3
}
};
var calculator = new ShapesCalculator();
calculator.Calculate(shapes);
Console.WriteLine($"Total area: {calculator.TotalAreas} \n" +
$"Total perimeter: {calculator.TotalPerimeters}");
Console.ReadKey();
#endregion
}
static void Main(string[] args)
{
//composition
var rectcomp1 = new RectComp(3, 9);
Console.WriteLine($"The Perimeter of the rectcomp1 is {rectcomp1.Perimeter()}");
Console.WriteLine($"The Area of the rectcomp1 is {rectcomp1.Area()}");
Quad fred = new Rectangle();
Console.WriteLine($"Fred is a {fred.WhatAmI()}");
var sqr1 = new Square(4);
Console.WriteLine($"The Perimeter of the Square is {sqr1.Perimeter()}");
Console.WriteLine($"The Area of the Square is {sqr1.Area()}");
Console.WriteLine($"The sqr1 is a {sqr1.WhatAmI()}");
var rect1 = new Rectangle(5, 3);
Console.WriteLine($"The Perimeter of the Rectangle is {rect1.Perimeter()}");
Console.WriteLine($"The Area of the Rectangle is {rect1.Area()}");
Console.WriteLine($"The rect1 is a {rect1.WhatAmI()}");
var quad1 = new Quad(3, 4, 5, 6);
{
//Side1 = 3
//Side2 = 4
//Side3 = 5
//Side4 = 6
}
Console.WriteLine($"The Perimeter of the Quadrilateral is {quad1.Perimeter()}");
Console.WriteLine($"The quad1 is a {quad1.WhatAmI()}");
var collection = new Quad[]
{
fred, sqr1, rect1, quad1
};
foreach (var geo in collection)
{
Console.WriteLine($"Shape is {geo.WhatAmI()}");
var hello = geo as Rectangle;
if (hello != null)
{
Console.WriteLine($"The area of Shape {hello.Area()}");
}
}
var geoshapes = new IGeometricShape[]
{
new Circle(1), new Circle(2), new Rectangle(3, 7), new Square(5),
};
foreach (var shape in geoshapes)
{
Console.WriteLine($"The Perimeter is {shape.Perimeter()} The Area is {shape.Area()}");
}
}
private static void Main(string[] args)
{
var figuras = new IGeometricShape[]
{
new Rectangle {
Width = 10, Height = 5
},
new EquilateralTriangle {
SideLength = 5
},
new Rectangle {
Width = 4, Height = 6
},
new Square {
SideLength = 10
},
new Rectangle {
Width = 8, Height = 9
},
new Square {
SideLength = 8
},
new EquilateralTriangle {
SideLength = 5
}
};
var calculator = new GreatCalculator();
calculator.Calculate(figuras);
Console.WriteLine($"Área total: {calculator.TotalAreas}\nPerímetro total:{calculator.TotalPerimeters}");
Console.ReadKey();
}
static void Main(string[] args)
{
var figuras = new IGeometricShape[] {
new Rectangle {
Width = 10, Height = 5
},
new EquilateralTriangle {
SideLength = 10
},
new Square {
SideLength = 20
},
new Rectangle {
Width = 3, Height = 1
},
new Square {
SideLength = 32
}
};
GreatCalculator calculator = new GreatCalculator();
calculator.Calculate(figuras);
Console.WriteLine("Suma de areas: " + calculator.TotalAreas);
Console.WriteLine("Suma de perimetros: " + calculator.TotalPerimeters);
Console.ReadKey();
}
public static void Main(string[] args)
{
var figures = new IGeometricShape[]
{
new Rectangle {
Width = 10, Height = 5
},
new EquilateralTriangle {
SideLength = 5
},
new Rectangle {
Width = 4, Height = 6
},
new Rectangle {
Width = 8, Height = 9
},
new EquilateralTriangle {
SideLength = 5
}
};
var sumAreas = AreaOperation.Sum(figures);
var sumPerimeters = PerimeterOperation.Sum(figures);
Console.WriteLine($"Total Area: {sumAreas}");
Console.WriteLine($"Total Perimeters: {sumPerimeters}");
Console.ReadKey();
}
public static double GetPerimeter(IGeometricShape shape)
{
Punct[] points = shape.GetAllPoints();
double totalPerimeter = 0;
if (points.Length > 2)
{
for (int i = 0; i < points.Length; i++)
{
if (i == points.Length - 1)
{
totalPerimeter = totalPerimeter + DistanceBetween2Points(points[0], points[i]);
}
else
{
totalPerimeter = totalPerimeter + DistanceBetween2Points(points[i], points[i + 1]);
}
}
}
else if (points.Length == 2)
{
totalPerimeter = totalPerimeter + DistanceBetween2Points(points[0], points[1]);
}
return(totalPerimeter);
}
static void Main(string[] args)
{
Quadrilaterial rect = new Rectangle();
Console.WriteLine(rect.WhatAmI());
var quad1 = new Quadrilaterial(3, 4, 6, 5);
Console.WriteLine($"The Perimeter of the quad is {quad1.Perimeter()}");
var rect1 = new Rectangle(5, 3);
Console.WriteLine($"The Perimeter of the quad is {rect1.Perimeter()}");
Console.WriteLine($"The Area of the quad is {rect1.Area()}");
var sqr1 = new Square(4);
Console.WriteLine($"The Perimeter of the quad is {sqr1.Perimeter()}");
Console.WriteLine($"The Area of the quad is {sqr1.Area()}");
Console.WriteLine($"The sqr1 is {sqr1.WhatAmI()}");
Console.WriteLine($"The rect1 is {rect1.WhatAmI()}");
Console.WriteLine($"The quad1 is {quad1.WhatAmI()}");
var collection = new Quadrilaterial[] {
rect, sqr1, rect1, quad1
};
foreach (Quadrilaterial shape in collection)
{
Console.WriteLine($"The shape is {shape.WhatAmI()}.");
}
//Working with Interfaces
var geoShapes = new IGeometricShape[] {
new Circle(1), new Circle(2), new Rectangle(3, 7), new Square(5)
};
var geoShapes2 = new IGeometricShape[2];
geoShapes2[0] = new Circle(3);
geoShapes2[1] = new Circle(4);
geoShapes2.Prepend(new Circle(5));
foreach (var shape in geoShapes)
{
Console.WriteLine($"The Perimiter is {shape.Perimeter()}. The area is {shape.Area()}");
}
var square = rect1 as Square;
if (square is null)
{
Console.WriteLine("The value is null");
}
var rectComp = new RectComp(3, 9);
Console.WriteLine($"The perimeter of rect comp is {rectComp.Perimeter()}");
Console.WriteLine($"The Area of rect comp is {rectComp.Area()}");
}
static void Main(string[] args)
{
var rectComp = new RectComp(3, 9);
Console.WriteLine($"The Perimeter of the rectComp is {rectComp.Perimeter()}");
Console.WriteLine($"The Area of the rectComp is {rectComp.Area()}");
Rect fred = new Rect(7, 11);
Console.WriteLine($"Fred is a {fred.WhatAmI()}");
Sqr sqr1 = new Sqr(4);
Console.WriteLine($"The Perimeter of the sqr is {sqr1.Perimeter()}");
Console.WriteLine($"The Area of the sqr is {sqr1.Area()}");
Console.WriteLine($"The sqr1 is a {sqr1.WhatAmI()}");
var rect1 = new Rect(5, 3);
//int p = rect1.Perimeter();
Console.WriteLine($"The Perimeter of the rect is {rect1.Perimeter()}");
Console.WriteLine($"The Area of the rect is {rect1.Area()}");
Console.WriteLine($"The rect1 is a {rect1.WhatAmI()}");
var quad1 = new Quad(3, 4, 5, 6);
Console.WriteLine($"The Perimeter of the quad is {quad1.Perimeter()}");
Console.WriteLine($"The quad1 is a {quad1.WhatAmI()}");
var collection = new Quad[] {
fred, sqr1, rect1, quad1
};
foreach (var geo in collection)
{
Console.WriteLine($"geo is a {geo.WhatAmI()}");
var rect = geo as Rect;
if (rect != null)
{
Console.WriteLine($"The area of geo is {rect.Area()}");
}
}
var geoshapes = new IGeometricShape[] {
new Circle(1), new Circle(2), new Rect(3, 7), new Sqr(5)
};
//var geoshapes2 = new IGeometricShape[2];
//geoshapes2[0] = new Circle(3);
//geoshapes2[1] = new Circle(4);
foreach (var shape in geoshapes)
{
Console.WriteLine($"Perimeter: {shape.Perimeter()}, Area: {shape.Area()}");
}
}
public static IGeometricShape ShapeMove(IGeometricShape shape, int dx, int dy)
{
Punct[] points = shape.GetAllPoints();
for (int i = 0; i < points.Length; i++)
{
points[i].X = points[i].X + dx;
points[i].Y = points[i].Y + dy;
}
return(shape);
}
public bool Intersects(IGeometricShape geometricShape, out List<Vector2D> points)
{
if (geometricShape.ShapeType == GeometricShapeTypes.Rectangle)
{
GameRectangle temp = (GameRectangle)geometricShape;
return temp.Intersects(this, out points);
} if (geometricShape.ShapeType == GeometricShapeTypes.Circle)
{
GameCircle circle = (GameCircle)geometricShape;
points = GeometricAlgorithms.IntersectCircles(this, circle);
return points.Count > 0;
}
throw new NotImplementedException();
}
static void Main(string[] args)
{
var figuras = new IGeometricShape[]
{
new Square {
SideLength = 10
},
new EquilateralTriangle {
SideLength = 5
}
};
var calculator = new GreatCalculator();
calculator.Calculate(figuras);
Console.WriteLine($"Area Total:{calculator.TotalAreas} ");
}
static void Main(string[] args)
{
//This is the object that will make the shapes.
ShapeFactory fact = new ShapeFactory();
//This is a shape, at first the shape will be line.
IGeometricShape shape = fact.getShape((ShapeFactory.ShapeType) 0);
shape.draw();
for (int i = 1; i < Enum.GetValues(typeof(ShapeFactory.ShapeType)).Length; i++)
{
shape = fact.getShape((ShapeFactory.ShapeType)i);
//if shape name does not exist.
if (shape == null)
{
Console.WriteLine("SHAPE " + (ShapeFactory.ShapeType)i + " NOT FOUND.");
}
else
{
shape.draw();
}
}
}
public GeometricShapeToShapeAdapter(IGeometricShape geometricShape)
{
this.geometricShape = geometricShape;
}
public FreeShape(ContextManager manager, PointCollectionGeometry geom) : base(manager)
{
BaseShape = geom;
}
public FormaGeometrica(EGeometricShapes eGeometricShapes, decimal side1, decimal?side2, decimal?base1, decimal?base2, decimal?height)
{
_iGeometricShape = GeometricShapeFactory.GetGeometricShape(eGeometricShapes, side1, side2, base1, base2, height);
}
/// <summary>
/// Дали правоаголникот се сече или се допира со некоја друга геометриска фигура.
/// Враќа и листа од некои точки со кои тој се сече.
/// </summary>
/// <param name="geometricShape"></param>
/// <param name="points"></param>
/// <returns></returns>
public bool Intersects(IGeometricShape geometricShape, out List<Vector2D> points)
{
points = new List<Vector2D>();
if (geometricShape.ShapeType == GeometricShapeTypes.Rectangle)
{
return this.Intersects((GameRectangle)geometricShape, points);
}
else if (geometricShape.ShapeType == GeometricShapeTypes.Circle)
{
return this.Intersects((GameCircle)geometricShape, points);
}
throw new NotImplementedException();
}
public GeometricShapeObjectAdapter(IGeometricShape adaptee)
{
this.adaptee = adaptee;
}
public LineShape(ContextManager cm, LineGeometry ln) : base(cm)
{
BaseShape = ln;
}
