JointTests Class

Delta Engine Documentation

Inheritance Hierarchy

System Object
DeltaEngine.Platforms TestWithMocksOrVisually
DeltaEngine.Physics2D.Farseer.Tests JointTests

Namespace: DeltaEngine.Physics2D.Farseer.Tests
Assembly: DeltaEngine.Physics2D.Farseer.Tests (in DeltaEngine.Physics2D.Farseer.Tests.dll) Version: 1.1.1.0 (1.1.1)

Syntax

C++

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public class JointTests : TestWithMocksOrVisually

public class JointTests : TestWithMocksOrVisually

Public Class JointTests 
	Inherits TestWithMocksOrVisually

Public Class JointTests 
	Inherits TestWithMocksOrVisually

public ref class JointTests : public TestWithMocksOrVisually

public ref class JointTests : public TestWithMocksOrVisually

type JointTests =  
    class 
        inherit TestWithMocksOrVisually 
    end

type JointTests =  
    class 
        inherit TestWithMocksOrVisually 
    end

The JointTests type exposes the following members.

Constructors

	Name	Description
	JointTests	Initializes a new instance of the JointTests class

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Methods

	Name	Description
	AdvanceTimeAndUpdateEntities	(Inherited from TestWithMocksOrVisually.)
	InitializeResolver	(Inherited from TestWithMocksOrVisually.)
	RegisterMock T	(Inherited from TestWithMocksOrVisually.)
	Resolve T	(Inherited from TestWithMocksOrVisually.)
	RunAfterFirstFrame	(Inherited from TestWithMocksOrVisually.)
	RunTestAndDisposeResolverWhenDone	(Inherited from TestWithMocksOrVisually.)
	SetUp
	TestAngleJoint	View code on GitHub
	TestAngleJointBodiesEqual	View code on GitHub
	TestFixedAngleJoint	View code on GitHub
	TestFixedAngleJointSameBodies	View code on GitHub
	TestLineJointFrequency	View code on GitHub
	TestLineJointMaxMotorTorque	View code on GitHub
	TestLineJointMotorEnabled	View code on GitHub
	TestLineJointMotorSpeed	View code on GitHub
	TestRevoluteJoint	View code on GitHub
	TestRevoluteJointBodiesEqual	View code on GitHub

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Properties

	Name	Description
	IsMockResolver	(Inherited from TestWithMocksOrVisually.)

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Examples

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[Test]
public void TestFixedAngleJoint()
{
    var body = physics.CreateCircle(3.0f);
    var joint = physics.CreateFixedAngleJoint(body, (float)Math.PI / 3);
    Assert.IsNotNull(joint);
}

[Test]
public void TestFixedAngleJoint()
{
    var body = physics.CreateCircle(3.0f);
    var joint = physics.CreateFixedAngleJoint(body, (float)Math.PI / 3);
    Assert.IsNotNull(joint);
}

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[Test]
public void TestFixedAngleJointSameBodies()
{
    var body = physics.CreateCircle(3.0f);
    var joint = physics.CreateFixedAngleJoint(body, (float)Math.PI / 3);
    Assert.AreEqual(joint.BodyA, body);
    Assert.AreEqual(joint.BodyB, body);
}

[Test]
public void TestFixedAngleJointSameBodies()
{
    var body = physics.CreateCircle(3.0f);
    var joint = physics.CreateFixedAngleJoint(body, (float)Math.PI / 3);
    Assert.AreEqual(joint.BodyA, body);
    Assert.AreEqual(joint.BodyB, body);
}

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[Test]
public void TestAngleJoint()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateAngleJoint(bodyA, bodyB, (float)Math.PI / 2);
    Assert.IsNotNull(joint);
}

[Test]
public void TestAngleJoint()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateAngleJoint(bodyA, bodyB, (float)Math.PI / 2);
    Assert.IsNotNull(joint);
}

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[Test]
public void TestAngleJointBodiesEqual()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateAngleJoint(bodyA, bodyB, (float)Math.PI / 2);
    Assert.AreEqual(joint.BodyA, bodyA);
    Assert.AreEqual(joint.BodyB, bodyB);
}

[Test]
public void TestAngleJointBodiesEqual()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateAngleJoint(bodyA, bodyB, (float)Math.PI / 2);
    Assert.AreEqual(joint.BodyA, bodyA);
    Assert.AreEqual(joint.BodyB, bodyB);
}

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[Test]
public void TestRevoluteJoint()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateRevoluteJoint(bodyA, bodyB, Vector2D.Zero);
    Assert.IsNotNull(joint);
}

[Test]
public void TestRevoluteJoint()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateRevoluteJoint(bodyA, bodyB, Vector2D.Zero);
    Assert.IsNotNull(joint);
}

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[Test]
public void TestRevoluteJointBodiesEqual()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateRevoluteJoint(bodyA, bodyB, Vector2D.Zero);
    Assert.AreEqual(joint.BodyA, bodyA);
    Assert.AreEqual(joint.BodyB, bodyB);
}

[Test]
public void TestRevoluteJointBodiesEqual()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateRevoluteJoint(bodyA, bodyB, Vector2D.Zero);
    Assert.AreEqual(joint.BodyA, bodyA);
    Assert.AreEqual(joint.BodyB, bodyB);
}

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[Test]
public void TestLineJointMotorEnabled()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateLineJoint(bodyA, bodyB, Vector2D.Zero);
    Assert.AreEqual(joint.MotorEnabled, false);
    joint.MotorEnabled = true;
    Assert.AreEqual(joint.MotorEnabled, true);
}

[Test]
public void TestLineJointMotorEnabled()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateLineJoint(bodyA, bodyB, Vector2D.Zero);
    Assert.AreEqual(joint.MotorEnabled, false);
    joint.MotorEnabled = true;
    Assert.AreEqual(joint.MotorEnabled, true);
}

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[Test]
public void TestLineJointMaxMotorTorque()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateLineJoint(bodyA, bodyB, Vector2D.Zero);
    joint.MaxMotorTorque = 1.0f;
    Assert.AreEqual(joint.MaxMotorTorque, 1.0f);
}

[Test]
public void TestLineJointMaxMotorTorque()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateLineJoint(bodyA, bodyB, Vector2D.Zero);
    joint.MaxMotorTorque = 1.0f;
    Assert.AreEqual(joint.MaxMotorTorque, 1.0f);
}

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[Test]
public void TestLineJointMotorSpeed()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateLineJoint(bodyA, bodyB, Vector2D.Zero);
    joint.MotorSpeed = 4.0f;
    Assert.AreEqual(joint.MotorSpeed, 4.0f);
}

[Test]
public void TestLineJointMotorSpeed()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateLineJoint(bodyA, bodyB, Vector2D.Zero);
    joint.MotorSpeed = 4.0f;
    Assert.AreEqual(joint.MotorSpeed, 4.0f);
}

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[Test]
public void TestLineJointFrequency()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateLineJoint(bodyA, bodyB, Vector2D.Zero);
    joint.Frequency = 1.0f;
    Assert.AreEqual(joint.Frequency, 1.0f);
}

[Test]
public void TestLineJointFrequency()
{
    var bodyA = physics.CreateCircle(3.0f);
    var bodyB = physics.CreateCircle(3.0f);
    var joint = physics.CreateLineJoint(bodyA, bodyB, Vector2D.Zero);
    joint.Frequency = 1.0f;
    Assert.AreEqual(joint.Frequency, 1.0f);
}