Functions
void	TestRotationAtRegularIntervals (Complexf begin, Degreef amount_of_rotation, int num_equal_steps)

void	Run ()


void	UnitComplexIsAsExpected ()

void	ZeroComplexIsAsExpected ()

void	ComplexIsConstructedAsExpected ()

void	ComplexAddsPerComponent ()

void	OperatorEqualsComparesMatchingComponents ()

void	OperatorNotEqualsIsOppositeOfEquals ()

void	CopyOperatorIsImplemented ()

void	ConjugateInvertsTheImaginaryComponent ()

void	ConjugateIsItsOwnInverse ()

void	IUnitCoomplexIsDefined ()

void	ISquaredIsNegativeOne ()

void	HasOperatorNegate ()

void	OperatorPlusAndMinusAreInverses ()

void	NormIsEquivalentToDistance ()

void	UnitComplexHasNormOfOne ()

void	DividingByAScalarDividesEachComponent ()

void	MultiplyingByAScalarMultipliesEachComponent ()

void	MultiplyingByItsOwnInverseProducesUnity ()

void	InverseOfAUnitComplexIsItsConjugate ()

void	UnitComplexIsNear1 ()

void	MakePureComplexSetsRealComponentToZero ()

void	MakePureComplexSetsImaginaryToInputParameter ()

void	DotProductMultiplesCorrespondingElementsAndThenSumsTheResultingValues ()

void	MultiplyingAComplexByItsConjugateProducesAPureRealNumber ()

void	MagnitudeSquaredIsValueOfRealPartOfProductOfAComplexAndItsConjugate ()

void	MakingARotationIsAccurate ()

void	PerformTwoConsecutiveRotations ()

void	TestPow ()

void	TestExp ()

void	ExpAndLogAreInversesOfEachOther ()

void	TestSlerp ()

Detailed Description

Contains the unit tests for Complex

Function Documentation

◆ ComplexAddsPerComponent()

void ComplexAddsPerComponent ( )

Definition at line 85 of file TestComplex.cpp.

◆ ComplexIsConstructedAsExpected()

void ComplexIsConstructedAsExpected ( )

Definition at line 77 of file TestComplex.cpp.

◆ ConjugateInvertsTheImaginaryComponent()

void ConjugateInvertsTheImaginaryComponent ( )

Definition at line 133 of file TestComplex.cpp.

◆ ConjugateIsItsOwnInverse()

void ConjugateIsItsOwnInverse ( )

Definition at line 148 of file TestComplex.cpp.

◆ CopyOperatorIsImplemented()

void CopyOperatorIsImplemented ( )

Definition at line 125 of file TestComplex.cpp.

◆ DividingByAScalarDividesEachComponent()

void DividingByAScalarDividesEachComponent ( )

Definition at line 201 of file TestComplex.cpp.

◆ DotProductMultiplesCorrespondingElementsAndThenSumsTheResultingValues()

void DotProductMultiplesCorrespondingElementsAndThenSumsTheResultingValues ( )

Definition at line 271 of file TestComplex.cpp.

◆ ExpAndLogAreInversesOfEachOther()

void ExpAndLogAreInversesOfEachOther ( )

Definition at line 379 of file TestComplex.cpp.

◆ HasOperatorNegate()

void HasOperatorNegate ( )

Definition at line 168 of file TestComplex.cpp.

◆ InverseOfAUnitComplexIsItsConjugate()

void InverseOfAUnitComplexIsItsConjugate ( )

Definition at line 249 of file TestComplex.cpp.

◆ ISquaredIsNegativeOne()

void ISquaredIsNegativeOne ( )

Definition at line 160 of file TestComplex.cpp.

◆ IUnitCoomplexIsDefined()

void IUnitCoomplexIsDefined ( )

Definition at line 155 of file TestComplex.cpp.

◆ MagnitudeSquaredIsValueOfRealPartOfProductOfAComplexAndItsConjugate()

void MagnitudeSquaredIsValueOfRealPartOfProductOfAComplexAndItsConjugate ( )

Definition at line 288 of file TestComplex.cpp.

◆ MakePureComplexSetsImaginaryToInputParameter()

void MakePureComplexSetsImaginaryToInputParameter ( )

Definition at line 266 of file TestComplex.cpp.

◆ MakePureComplexSetsRealComponentToZero()

void MakePureComplexSetsRealComponentToZero ( )

Definition at line 261 of file TestComplex.cpp.

◆ MakingARotationIsAccurate()

void MakingARotationIsAccurate ( )

Definition at line 297 of file TestComplex.cpp.

◆ MultiplyingAComplexByItsConjugateProducesAPureRealNumber()

void MultiplyingAComplexByItsConjugateProducesAPureRealNumber ( )

Definition at line 279 of file TestComplex.cpp.

◆ MultiplyingByAScalarMultipliesEachComponent()

void MultiplyingByAScalarMultipliesEachComponent ( )

Definition at line 219 of file TestComplex.cpp.

◆ MultiplyingByItsOwnInverseProducesUnity()

void MultiplyingByItsOwnInverseProducesUnity ( )

Definition at line 237 of file TestComplex.cpp.

◆ NormIsEquivalentToDistance()

void NormIsEquivalentToDistance ( )

Definition at line 187 of file TestComplex.cpp.

◆ OperatorEqualsComparesMatchingComponents()

void OperatorEqualsComparesMatchingComponents ( )

Definition at line 95 of file TestComplex.cpp.

◆ OperatorNotEqualsIsOppositeOfEquals()

void OperatorNotEqualsIsOppositeOfEquals ( )

Definition at line 105 of file TestComplex.cpp.

◆ OperatorPlusAndMinusAreInverses()

void OperatorPlusAndMinusAreInverses ( )

Definition at line 176 of file TestComplex.cpp.

◆ PerformTwoConsecutiveRotations()

void PerformTwoConsecutiveRotations ( )

Definition at line 319 of file TestComplex.cpp.

◆ Run()

void Run ( )

Run all of the unit tests in this namespace

Definition at line 448 of file TestComplex.cpp.

◆ TestExp()

void TestExp ( )

Definition at line 367 of file TestComplex.cpp.

◆ TestPow()

void TestPow ( )

Definition at line 344 of file TestComplex.cpp.

◆ TestRotationAtRegularIntervals()

void TestRotationAtRegularIntervals	(	Complexf	begin,
		Degreef	amount_of_rotation,
		int	num_equal_steps
	)

Definition at line 32 of file TestComplex.cpp.

◆ TestSlerp()

void TestSlerp ( )

Definition at line 395 of file TestComplex.cpp.

◆ UnitComplexHasNormOfOne()

void UnitComplexHasNormOfOne ( )

Definition at line 195 of file TestComplex.cpp.

◆ UnitComplexIsAsExpected()

void UnitComplexIsAsExpected ( )

Definition at line 61 of file TestComplex.cpp.

◆ UnitComplexIsNear1()

void UnitComplexIsNear1 ( )

Definition at line 255 of file TestComplex.cpp.

◆ ZeroComplexIsAsExpected()

void ZeroComplexIsAsExpected ( )

Definition at line 69 of file TestComplex.cpp.

Functions