flcMaths Namespace

Represents type fx.

Represents an alias of the Extended type.

Represents an alias of the ExtendedArray type.

Represents a pointer type to MFloat.

Represents constant CyclePerDeg.

Represents constant CyclePerGrad.

Represents constant CyclePerRad.

Represents constant DegPerCycle.

Represents constant DegPerGrad.

Represents constant DegPerRad.

Represents constant E.

Represents constant E2.

Represents constant ExpM2.

Represents constant FactorialMaxN.

Represents constant GradPerCycle.

Represents constant GradPerDeg.

Represents constant GradPerRad.

Represents constant Ln10.

Represents constant Ln2.

Represents constant LnPi.

Represents constant LnSqrt2Pi.

Represents constant Log2.

Represents constant Log3.

Represents constant LogE.

Represents constant LogPi.

Represents constant Pi.

Represents constant Pi2.

Represents constant Pi3.

Represents constant Pi4.

Represents constant PiE.

Represents constant PiOn2.

Represents constant PiOn3.

Represents constant PiOn4.

Represents constant PiSq.

Represents constant RadPerCycle.

Represents constant RadPerDeg.

Represents constant RadPerGrad.

Represents constant Sqrt2.

Represents constant Sqrt2Pi.

Represents constant Sqrt3.

Represents constant Sqrt5.

Represents constant Sqrt7.

Represents constant SqrtPi.

Represents method ATan360(MFloat,MFloat).

Represents method CalcFrequency(Integer,MFloat[],MFloat[],MFloat,MFloat).

Represents method Combinations(Integer,Integer).

Represents method Distance(MFloat,MFloat,MFloat,MFloat).

Represents method DMSToReal(MFloat,MFloat,MFloat).

Overloaded. Represents method ExpMod(Int64,Int64,Int64).

Overloaded. Represents method ExpMod(Integer,Integer,Integer).

Represents method Factorial(Integer).

Represents method FFT(MFloat[],MFloat[],MFloatArray,MFloatArray).

Represents method Fibonacci(Integer).

Represents method FirstDerivative(fx,MFloat).

Represents method FloatMod(MFloat,MFloat).

Represents method FourierTransform(MFloat,MFloat[],MFloat[],MFloatArray,MFloatArray).

Represents method FourthDerivative(fx,MFloat).

Represents method GammaLn(Extended).

Overloaded. Represents method GCD(Int64,Int64).

Overloaded. Represents method GCD(Integer,Integer).

Represents method InverseCosDeg(MFloat,MFloat).

Represents method InverseCosRad(MFloat,MFloat).

Represents method InverseFFT(MFloat[],MFloat[],MFloatArray,MFloatArray).

Represents method InverseSinDeg(MFloat,MFloat).

Represents method InverseSinRad(MFloat,MFloat).

Represents method InverseTangentDeg(MFloat,MFloat).

Represents method InverseTangentRad(MFloat,MFloat).

Overloaded. Represents method InvMod(Int64,Int64).

Overloaded. Represents method InvMod(Integer,Integer).

Represents method IsPrime(Int64).

Represents method IsPrimeFactor(Int64,Int64).

Represents method IsRelativePrime(Int64,Int64).

Represents method Jacobi(Integer,Integer).

Represents method NewtonSolver(fx,fx,MFloat,MFloat).

Represents method Permutations(Integer,Integer).

Represents method PolarToRectangular(MFloat,MFloat,MFloat,MFloat).

Represents method PolyEval(MFloat,MFloat[],Integer).

Represents method PrimeFactors(Int64).

Represents method RealToDMS(MFloat,MFloat,MFloat,MFloat).

Represents method RectangularToPolar(MFloat,MFloat,MFloat,MFloat).

Represents method SecantSolver(fx,MFloat,MFloat,MFloat).

Represents method SecondDerivative(fx,MFloat).

Represents method SetFPUPrecisionDouble.

Represents method SetFPUPrecisionExtended.

Represents method SetFPUPrecisionSingle.

Represents method SetFPURoundingDown.

Represents method SetFPURoundingNearest.

Represents method SetFPURoundingTruncate.

Represents method SetFPURoundingUp.

Overloaded. Represents method Sign(Double).

Overloaded. Represents method Sign(Extended).

Overloaded. Represents method Sign(Int64).

Overloaded. Represents method Sign(Integer).

Overloaded. Represents method Sign(Single).

Represents method SimpsonIntegration(fx,MFloat,MFloat,Integer).

Represents method ThirdDerivative(fx,MFloat).