IGLib  1.7.2
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Public Member Functions | List of all members
Test.AdvancedComplexMathTest Class Reference

Public Member Functions

void ComplexErfSpecialCase ()
 
void ComplexErfSymmetries ()
 
void ComplexErfFresnel ()
 
void ComplexErfFaddevaAgreement ()
 
void ComplexFaddeevaSpecialCase ()
 
void ComplexFaddeevaConjugation ()
 
void ComplexFaddeevaDawson ()
 
void ComplexGammaConjugation ()
 
void ComplexGammaRecurrance ()
 
void ComplexGammaInequality ()
 
void ComplexGammaKnownLines ()
 
void ComplexLogGammaConjugation ()
 
void ComplexLogGammaAgreement ()
 
void ComplexPsiRecurrence ()
 
void ComplexPsiDuplication ()
 
void ComplexPsiConjugation ()
 
void ComplexPsiImaginaryParts ()
 
void ComplexDiLogSymmetry ()
 
void ComplexDiLogUnitCircle ()
 
void ComplexDiLogAgreement ()
 
void ComplexDiLogConjugation ()
 
void ComplexDiLogBranchCut ()
 
void ComplexDiLogClausen ()
 
void ComplexEinAgreement ()
 
void ComplexRealRiemannZetaAgreement ()
 
void ComplexRiemannZetaZeros ()
 
void ComplexReimannZetaPrimesTest ()
 

Member Function Documentation

void Test.AdvancedComplexMathTest.ComplexErfSpecialCase ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Erf().

void Test.AdvancedComplexMathTest.ComplexErfSymmetries ( )
inline

References Meta.Numerics.Complex.Conjugate, Meta.Numerics.Functions.AdvancedComplexMath.Erf(), and Meta.Numerics.Complex.Im.

void Test.AdvancedComplexMathTest.ComplexErfFresnel ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Erf(), Meta.Numerics.ComplexMath.I, Meta.Numerics.Complex.Im, and Meta.Numerics.Complex.Re.

void Test.AdvancedComplexMathTest.ComplexErfFaddevaAgreement ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Erf(), Meta.Numerics.ComplexMath.Exp(), Meta.Numerics.Functions.AdvancedComplexMath.Faddeeva(), Meta.Numerics.ComplexMath.I, Meta.Numerics.Complex.Im, and Meta.Numerics.Complex.Re.

void Test.AdvancedComplexMathTest.ComplexFaddeevaSpecialCase ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Faddeeva().

void Test.AdvancedComplexMathTest.ComplexFaddeevaConjugation ( )
inline

References Meta.Numerics.Complex.Conjugate, Meta.Numerics.Functions.AdvancedComplexMath.Faddeeva(), and Meta.Numerics.Complex.Im.

void Test.AdvancedComplexMathTest.ComplexFaddeevaDawson ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Faddeeva(), Meta.Numerics.Complex.Im, and Meta.Numerics.Complex.Re.

void Test.AdvancedComplexMathTest.ComplexGammaConjugation ( )
inline

References Meta.Numerics.Complex.Conjugate, and Meta.Numerics.Functions.AdvancedComplexMath.Gamma().

void Test.AdvancedComplexMathTest.ComplexGammaRecurrance ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Gamma().

void Test.AdvancedComplexMathTest.ComplexGammaInequality ( )
inline

References Meta.Numerics.ComplexMath.Abs(), Meta.Numerics.Functions.AdvancedMath.Gamma(), Meta.Numerics.Functions.AdvancedComplexMath.Gamma(), and Meta.Numerics.Complex.Re.

void Test.AdvancedComplexMathTest.ComplexGammaKnownLines ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Gamma().

void Test.AdvancedComplexMathTest.ComplexLogGammaConjugation ( )
inline

References Meta.Numerics.Complex.Conjugate, Meta.Numerics.Functions.AdvancedComplexMath.LogGamma(), and Meta.Numerics.Complex.Re.

void Test.AdvancedComplexMathTest.ComplexLogGammaAgreement ( )
inline

References Meta.Numerics.Functions.AdvancedMath.LogGamma(), and Meta.Numerics.Functions.AdvancedComplexMath.LogGamma().

void Test.AdvancedComplexMathTest.ComplexPsiRecurrence ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Psi().

void Test.AdvancedComplexMathTest.ComplexPsiDuplication ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Psi().

void Test.AdvancedComplexMathTest.ComplexPsiConjugation ( )
inline

References Meta.Numerics.Complex.Conjugate, and Meta.Numerics.Functions.AdvancedComplexMath.Psi().

void Test.AdvancedComplexMathTest.ComplexPsiImaginaryParts ( )
inline

References Meta.Numerics.Complex.Im, and Meta.Numerics.Functions.AdvancedComplexMath.Psi().

void Test.AdvancedComplexMathTest.ComplexDiLogSymmetry ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.DiLog(), and Meta.Numerics.ComplexMath.Log().

void Test.AdvancedComplexMathTest.ComplexDiLogUnitCircle ( )
inline

References Meta.Numerics.Functions.AdvancedMath.Catalan, Meta.Numerics.Functions.AdvancedComplexMath.DiLog(), and Meta.Numerics.ComplexMath.I.

void Test.AdvancedComplexMathTest.ComplexDiLogAgreement ( )
inline

References Meta.Numerics.Functions.AdvancedMath.DiLog(), and Meta.Numerics.Functions.AdvancedComplexMath.DiLog().

void Test.AdvancedComplexMathTest.ComplexDiLogConjugation ( )
inline

References Meta.Numerics.Complex.Conjugate, and Meta.Numerics.Functions.AdvancedComplexMath.DiLog().

void Test.AdvancedComplexMathTest.ComplexDiLogBranchCut ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.DiLog(), Meta.Numerics.ComplexMath.I, Meta.Numerics.Complex.Im, and Meta.Numerics.Complex.Re.

void Test.AdvancedComplexMathTest.ComplexDiLogClausen ( )
inline

References Meta.Numerics.Functions.AdvancedMath.Clausen(), Meta.Numerics.Functions.AdvancedComplexMath.DiLog(), Meta.Numerics.ComplexMath.Exp(), Meta.Numerics.ComplexMath.I, Meta.Numerics.Complex.Im, and Meta.Numerics.Complex.Re.

void Test.AdvancedComplexMathTest.ComplexEinAgreement ( )
inline

References Meta.Numerics.Functions.AdvancedComplexMath.Ein(), Meta.Numerics.Functions.AdvancedMath.EulerGamma, Meta.Numerics.Functions.AdvancedMath.IntegralE(), and Meta.Numerics.Functions.AdvancedMath.IntegralEi().

void Test.AdvancedComplexMathTest.ComplexRealRiemannZetaAgreement ( )
inline

References Meta.Numerics.Functions.AdvancedMath.RiemannZeta(), and Meta.Numerics.Functions.AdvancedComplexMath.RiemannZeta().

void Test.AdvancedComplexMathTest.ComplexRiemannZetaZeros ( )
inline

References Meta.Numerics.Analysis.FunctionMath.FindZero(), Meta.Numerics.Complex.Im, Meta.Numerics.Complex.Re, and Meta.Numerics.Functions.AdvancedComplexMath.RiemannZeta().

void Test.AdvancedComplexMathTest.ComplexReimannZetaPrimesTest ( )
inline

References Meta.Numerics.Functions.AdvancedIntegerMath.IsPrime(), Meta.Numerics.Complex.One, Meta.Numerics.ComplexMath.Pow(), Meta.Numerics.Complex.Re, and Meta.Numerics.Functions.AdvancedComplexMath.RiemannZeta().

The documentation for this class was generated from the following file: