public void GetTriangle()
{
// var triangle = new TriangleBuilder().SetLineOne(3).SetLineTow(4).SetLineThree(5).Build();
var triangle = new TriangleBuilder().SetLineOne(3).SetLineTow(4).SetLineThree(50).Build();
Console.WriteLine($"角度A:{triangle.AngleA};角度B:{triangle.AngleB};角度C:{triangle.AngleC};");
}
public void TestTriangleAreaCalculation(double a, double b, double c, double result)
{
Triangle triangle = new TriangleBuilder().Create(a, b, c);
double area = triangle.CalculateArea();
Assert.AreEqual(area, result, 0.1);
}
public void TestTriangleBuildingProcess()
{
Assert.DoesNotThrow(
() => _ = new TriangleBuilder(new TriangleCalculateStrategy()).SetA(3).SetB(4).SetC(5).Build());
Assert.DoesNotThrow(
() => _ = new TriangleBuilder(new TriangleCalculateStrategy()).SetA(5.656).SetB(5).SetC(7).Build());
}
public void GetArea_Radius_Exception()
{
// Arange
double[] v = { 3, 4, 0 };
FigureBuilder triangleBuilder1 = new TriangleBuilder("TriangleFigure");
Figures triangleFigure1 = triangleBuilder1.Create(v);
//Act
var result = triangleFigure1.GetArea();
}
public void TestTriangleFailedBuildingProcess()
{
Assert.Throws <ArgumentException>(
() => _ = new TriangleBuilder(new TriangleCalculateStrategy()).SetA(1).SetB(4).SetC(1).Build());
Assert.Throws <ArgumentException>(
() => _ = new TriangleBuilder(new TriangleCalculateStrategy()).SetA(1).SetB(4).Build());
Assert.Throws <ArgumentException>(
() => _ = new TriangleBuilder(new TriangleCalculateStrategy()).Build());
}
public void GetArea_Radius_Result()
{
// Arange
FigureBuilder triangleBuilder1 = new TriangleBuilder("TriangleFigure");
Figures triangleFigure1 = triangleBuilder1.Create(3, 4, 4);
double expected = 5.56;
//Act
var result = triangleFigure1.GetArea();
// Assert
Assert.AreEqual(expected, result, 0.01);
}
public override void Setup()
{
var builder = new TriangleBuilder(new TriangleCalculateStrategy());
base._list = new List <(Triangle Triangle, double Area, double Perimeter)>
{
(builder.SetA(7).SetB(4).SetC(5).Build(), 9.797958, 16.0),
(builder.SetA(5).SetB(4).SetC(3).Build(), 6, 12.0),
(builder.SetA(12).SetB(5).SetC(8).Build(), 14.523687, 25.0),
(builder.SetA(5).SetB(6).SetC(6).Build(), 13.635890, 17.0)
};
}
public void Equals1_TriangleFigure_True()
{
// Arange
double[] v = { 3, 4, 4 };
TriangleFigure triangleFigure2 = new TriangleFigure(v);
FigureBuilder triangleBuilder1 = new TriangleBuilder("TriangleFigure");
Figures triangleFigure1 = triangleBuilder1.Create(3, 4, 4);
//Act
var result = TriangleFigure.Equals1(triangleFigure1, triangleFigure2);
// Assert
Assert.IsTrue(result);
}
public void TriangleFigure_String_String()
{
// Arange
double[] v = { 3, 4, 4 };
TriangleFigure triangleFigure2 = new TriangleFigure(v);
FigureBuilder triangleBuilder1 = new TriangleBuilder("TriangleFigure");
Figures triangleFigure1 = triangleBuilder1.Create(3, 4, 4);
string expected = "Треугольник с площадью " + triangleFigure2.GetArea() + " и периметром " + triangleFigure2.GetPerimeter();
//Act
var result = triangleFigure1.ToString();
// Assert
Assert.AreEqual(expected, result);
}
public WhenInitialisedWithReader()
{
var records = new[]
{
new TriangleFeedFullDataExtract {ProductName = "Comp", OriginYear = 1990, DevelopmentYear = 1990, Value = 110},
new TriangleFeedFullDataExtract {ProductName = "Comp", OriginYear = 1990, DevelopmentYear = 1991, Value = 220},
new TriangleFeedFullDataExtract {ProductName = "Non-Comp", OriginYear = 1990, DevelopmentYear = 1990, Value = 45.2},
new TriangleFeedFullDataExtract {ProductName = "Non-Comp", OriginYear = 1990, DevelopmentYear = 1991, Value = 90}
};
_mReader = new Mock<IReader<TriangleFeedFullDataExtract>>();
int readerNext = 0;
_mReader.Setup(reader => reader.Read()).Returns(() => readerNext < records.Length ? records[readerNext] : null).Callback(() => readerNext++);
_mReader.Setup(reader => reader.Peek()).Returns(() => readerNext < records.Length ? records[readerNext] : null);
_sut = BuildSUT();
}
public void BuildTriangle()
{
TriangleBuilder TriangleBuilder = new TriangleBuilder();
TriangleBuilder.SetUpSubmeshes(1);
MeshFilter meshFilter = this.GetComponent <MeshFilter>();
MeshRenderer meshrenderer = this.GetComponent <MeshRenderer>();
Vector3 p0 = new Vector3(triangleSize.x, triangleSize.y, -triangleSize.z);
Vector3 p1 = new Vector3(-triangleSize.x, triangleSize.y, -triangleSize.z);
Vector3 p2 = new Vector3(-triangleSize.x, triangleSize.y, triangleSize.z);
TriangleBuilder.BuildMeshTriangle(p0, p1, p2, 0);
meshFilter.mesh = TriangleBuilder.CreateMesh();
TriangleBuilder.AddMaterials(meshrenderer);
}
/// <summary>
/// constructor
/// </summary>
/// <param name="successor"></param>
public TriangleBuilder(TriangleBuilder successor)
{
Successor = successor;
}
public EquilateralTriangleBuilder(TriangleBuilder successor)
{
this.successor = successor;
}
public UsualTriangleBuilder(TriangleBuilder successor)
{
this.successor = successor;
}
private Triangle(TriangleBuilder build)
{
LineOne = build.LineOne;
LineTwo = build.LineTwo;
LineThree = build.LineThree;
}
public IsoscelesTriangleBuilder(TriangleBuilder successor)
{
this.successor = successor;
}
