C# Class xFunc.Maths.MathExtensions

Provides static methods for additional functions.

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Public Methods

Method	Description
Acosh ( double d ) : double	Returns the angle whose hyperbolic cosine is the specified number.
Acot ( double d ) : double	Returns the angle whose cotangent is the specified number.
Acoth ( double d ) : double	Returns the angle whose hyperbolic cotangent is the specified number.
Acsc ( double d ) : double	Returns the angle whose cosecant is the specified number.
Acsch ( double d ) : double	Returns the angle whose hyperbolic cosecant is the specified number.
Asec ( double d ) : double	Returns the angle whose secant is the specified number.
Asech ( double d ) : double	Returns the angle whose hyperbolic secant is the specified number.
Asinh ( double d ) : double	Returns the angle whose hyperbolic sine is the specified number.
Atanh ( double d ) : double	Returns the angle whose hyperbolic tangent is the specified number.
Cot ( double d ) : double	Returns the cotangent of the specified angle.
Coth ( double d ) : double	Returns the hyperbolic cotangent of the specified angle.
Csc ( double d ) : double	Returns the cosecant of the specified angle.
Csch ( double d ) : double	Returns the hyperbolic cosecant of the specified angle.
Fact ( double n ) : double	Computes the factorial.
GCD ( ) : double	Computes the polynomial greatest common divisor.
GCD ( double a, double b ) : double	Computes the greatest common divisor.
LCM ( ) : double	Computes the polynomial least common multiple.
LCM ( double a, double b ) : double	Computes the least common multiple.
Pow ( double number, double power ) : double	Returns a specified number raised to the specified power.
Sec ( double d ) : double	Returns the secant of the specified angle.
Sech ( double d ) : double	Returns the hyperbolic secant of the specified angle.
ToNewBase ( int number, NumeralSystem numeralSystem ) : string	Converts number to the new numeral system.

Method Details

Acosh() public static method

Returns the angle whose hyperbolic cosine is the specified number.

public static Acosh ( double d ) : double
d	double	A number representing a hyperbolic cosine.
return	double

Acot() public static method

Returns the angle whose cotangent is the specified number.

public static Acot ( double d ) : double
d	double	A number representing a cotangent.
return	double

Acoth() public static method

Returns the angle whose hyperbolic cotangent is the specified number.

public static Acoth ( double d ) : double
d	double	A number representing a hyperbolic cotangent.
return	double

Acsc() public static method

Returns the angle whose cosecant is the specified number.

public static Acsc ( double d ) : double
d	double	A number representing a hyperbolic cosecant.
return	double

Acsch() public static method

Returns the angle whose hyperbolic cosecant is the specified number.

public static Acsch ( double d ) : double
d	double	A number representing a hyperbolic cosecant.
return	double

Asec() public static method

Returns the angle whose secant is the specified number.

public static Asec ( double d ) : double
d	double	A number representing a secant.
return	double

Asech() public static method

Returns the angle whose hyperbolic secant is the specified number.

public static Asech ( double d ) : double
d	double	A number representing a hyperbolic secant.
return	double

Asinh() public static method

Returns the angle whose hyperbolic sine is the specified number.

public static Asinh ( double d ) : double
d	double	A number representing a hyperbolic sine.
return	double

Atanh() public static method

Returns the angle whose hyperbolic tangent is the specified number.

public static Atanh ( double d ) : double
d	double	A number representing a hyperbolic tangent.
return	double

Cot() public static method

Returns the cotangent of the specified angle.

public static Cot ( double d ) : double
d	double	An angle, measured in radians.
return	double

Coth() public static method

Returns the hyperbolic cotangent of the specified angle.

public static Coth ( double d ) : double
d	double	An angle, measured in radians.
return	double

Csc() public static method

Returns the cosecant of the specified angle.

public static Csc ( double d ) : double
d	double	An angle, measured in radians.
return	double

Csch() public static method

Returns the hyperbolic cosecant of the specified angle.

public static Csch ( double d ) : double
d	double	An angle, measured in radians.
return	double

Fact() public static method

Computes the factorial.

public static Fact ( double n ) : double
n	double	An argument.
return	double

GCD() public static method

Computes the polynomial greatest common divisor.

is null.

public static GCD ( ) : double
return	double

GCD() public static method

Computes the greatest common divisor.

public static GCD ( double a, double b ) : double
a	double
b	double
return	double

LCM() public static method

Computes the polynomial least common multiple.

is null.

public static LCM ( ) : double
return	double

LCM() public static method

Computes the least common multiple.

public static LCM ( double a, double b ) : double
a	double
b	double
return	double

Pow() public static method

Returns a specified number raised to the specified power.

public static Pow ( double number, double power ) : double
number	double	A double-precision floating-point number to be raised to a power.
power	double	A double-precision floating-point number that specifies a power.
return	double

Sec() public static method

Returns the secant of the specified angle.

public static Sec ( double d ) : double
d	double	An angle, measured in radians.
return	double

Sech() public static method

Returns the hyperbolic secant of the specified angle.

public static Sech ( double d ) : double
d	double	An angle, measured in radians.
return	double

ToNewBase() public static method

Converts number to the new numeral system.

public static ToNewBase ( int number, NumeralSystem numeralSystem ) : string
number	int	The number.
numeralSystem	NumeralSystem	The numeral system.
return	string