| Acosh |
Returns the inverse hyperbolic cosine of a real number.
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| Acoth |
Returns the inverse hyperbolic cotangent of a real number.
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| Acsch |
Returns the inverse hyperbolic cosecant of a real number.
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| Asech |
Returns the inverse hyperbolic secant of a real number.
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| Asinh |
Returns the inverse hyperbolic sine of a real number.
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| Atanh |
Returns the inverse hyperbolic tangent of a real number.
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| Clip |
Clips a number so that it is within the specified interval.
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| Cos |
Returns the cosine of an angle using accurate argument reduction.
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| Cosh |
Returns the hyperbolic cosine of a real number.
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| CosPi |
Returns the cosine of an angle expressed in multiples of π.
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| Coth |
Returns the hyperbolic cotangent of a real number.
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| Csch |
Returns the hyperbolic cosecant of a real number.
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| ExpMinus1 |
Returns the exponential function minus 1.
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| GetSymbolicDerivative |
Returns a lambda expression that represents the derivative of a method with respect to the specified argument.
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| Hypot |
Gets the length of the hypotenuse of a right-angled
triangle with sides of specified length.
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| IsFinite(Double) |
Returns whether the specified double-precision floating-point number is finite.
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| IsFinite(Single) |
Returns whether the specified float-precision floating-point number is finite.
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| IsInfinite(Double) |
Returns whether the specified double-precision floating-point number equals positive or negative infinity.
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| IsInfinite(Single) |
Returns whether the specified float-precision floating-point number equals positive or negative infinity.
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| IsNaN(Double) |
Returns whether the specified double-precision floating-point number is a
Not-A-Number (NaN) value.
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| IsNaN(Single) |
Returns whether the specified float-precision floating-point number is a
Not-A-Number (NaN) value.
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| LambertW |
Returns the Lambert W function.
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| Log1PlusX |
Returns the logarithm of 1 plus the argument.
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| Logistic |
Returns the logistic function.
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| LogLogistic |
Returns the logarithm of the logistic function.
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| LogSumExp |
Computes the logarithm of the sum of exponentials.
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| Max(Double[]) |
Returns the largest value in an array using IEEE-754r semantics.
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| Max(Single[]) |
Returns the largest value in an array using IEEE-754r semantics.
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| Max(Double, Double) |
Returns the largest of two numbers using IEEE-754r semantics.
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| Max(Single, Single) |
Returns the largest of two numbers using IEEE-754r semantics.
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| Max(Double, Double, Double) |
Returns the largest of three numbers using IEEE-754r semantics.
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| Max(Single, Single, Single) |
Returns the largest of three numbers using IEEE-754r semantics.
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| Min(Double[]) |
Returns the smallest value in an array using IEEE-754r semantics.
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| Min(Single[]) |
Returns the smallest value in an array using IEEE-754r semantics.
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| Min(Double, Double) |
Returns the smallest of two numbers using IEEE-754r semantics.
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| Min(Single, Single) |
Returns the smallest of two numbers using IEEE-754r semantics.
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| Min(Double, Double, Double) |
Returns the smallest of three numbers using IEEE-754r semantics.
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| Min(Single, Single, Single) |
Returns the smallest of three numbers using IEEE-754r semantics.
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| Pow(Double, Int32) |
Returns a number raised to an integer power.
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| Pow(Single, Int32) |
Returns a number raised to an integer power.
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| Powers(Double, Int32) |
Returns a sequence of powers of a real number.
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| Powers(Double, Int32, Int32) |
Returns a sequence of powers of a real number.
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| Sech |
Returns the hyperbolic secant of a real number.
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| Sin |
Returns the sine of an angle using accurate argument reduction.
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| Sinc |
Evaluates the normalized sinc function.
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| SinCos |
Returns the cosine of an angle using accurate argument reduction.
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| Sinh |
Returns the hyperbolic sine of a real number.
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| SinPi |
Returns the sine of an angle expressed in multiples of π.
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| SoftThreshold |
Reduces the magnitude of a number towards zero.
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| Sqrt1pxm1 |
Returns the difference between the square root of a number close to 1,
and 1.
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| Step(Double) |
Returns the Heaviside step function.
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| Step(Double, Double) |
Returns the Heaviside step function.
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| Tan |
Returns the tangent of an angle using accurate argument reduction.
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| Tanh |
Returns the hyperbolic tangent of a real number.
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| TanPi |
Returns the tangent of an angle expressed in multiples of π.
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