The members of System.Math are listed below.
See Also: Inherited members from System.Object
static | Abs(decimal)Returns the absolute value of the specified decimal . | |
static | Abs(double)Returns the absolute value of the specified double. | |
static | Abs(short)Returns the absolute value of the specified short. | |
static | Abs(int)Returns the absolute value of the specified int. | |
static | Abs(long)Returns the absolute value of the specified long. | |
static | Abs(sbyte)Returns the absolute value of the specified sbyte. | |
static | Abs(float)Returns the absolute value of the specified float. | |
static | Acos(double)Returns the angle whose cosine is the specified double. | |
static | Asin(double)Returns the angle whose sine is the specified double. | |
static | Atan(double)Returns the angle whose tangent is the specified double. | |
static | Atan2(double, double)Returns the angle whose tangent is the quotient of two specified double values. | |
static | BigMul(int, int)Produces the full product of two 32-bit numbers. | |
static | Ceiling(decimal)Documentation for this section has not yet been entered. | |
static | Ceiling(double)Returns the smallest integer greater than or equal to the specified double. | |
static | Cos(double)Returns the cosine of the specified double that represents an angle. | |
static | Cosh(double)Returns the hyperbolic cosine of the specified double that represents an angle. | |
static | DivRem(int, int, out int)Returns the quotient of two numbers, also passing the remainder as an output parameter. | |
static | DivRem(long, long, out long)Returns the quotient of two numbers, also passing the remainder as an output parameter. | |
static | Exp(double)Returns e raised to the specified double that represents an exponent. | |
static | Floor(decimal)Documentation for this section has not yet been entered. | |
static | Floor(double)Returns the largest integer less than or equal to the specified double. | |
static | IEEERemainder(double, double)Returns the remainder resulting from the division of one specified double by another specified double. | |
static | Log(double)Returns the natural logarithm of the specified double. | |
static | Log(double, double)Returns the logarithm of the specified double in the specified base. | |
static | Log10(double)Returns log10 of the specified double. | |
static | Max(byte, byte)Returns the greater of two specified byte values. | |
static | Max(decimal, decimal)Returns the greater of two specified decimal values. | |
static | Max(double, double)Returns the greater of two specified double values. | |
static | Max(short, short)Returns the greater of two specified short values. | |
static | Max(int, int)Returns the greater of two specified int values. | |
static | Max(long, long)Returns the greater of two specified long values. | |
static | Max(sbyte, sbyte)Returns the greater of two specified sbyte values. | |
static | Max(float, float)Returns the greater of two specified float values. | |
static | Max(ushort, ushort)Returns the greater of two specified ushort values. | |
static | Max(uint, uint)Returns the greater of two specified uint values. | |
static | Max(ulong, ulong)Returns the greater of two specified ulong values. | |
static | Min(byte, byte)Returns the lesser of two specified byte values. | |
static | Min(decimal, decimal)Returns the lesser of two specified decimal values. | |
static | Min(double, double)Returns the lesser of two specified double values. | |
static | Min(short, short)Returns the lesser of two specified short values. | |
static | Min(int, int)Returns the lesser of two specified int values. | |
static | Min(long, long)Returns the lesser of two specified long values. | |
static | Min(sbyte, sbyte)Returns the lesser of two specified sbyte values. | |
static | Min(float, float)Returns the lesser of two specified float values. | |
static | Min(ushort, ushort)Returns the lesser of two specified ushort values. | |
static | Min(uint, uint)Returns the lesser of two specified uint values. | |
static | Min(ulong, ulong)Returns the lesser of two specified ulong values. | |
static | Pow(double, double)Returns the specified double raised to the specified power. | |
static | Round(decimal)Returns the integer nearest the specified decimal. | |
static | Round(double)Returns the integer nearest the specified double. | |
static | Round(decimal, int)Documentation for this section has not yet been entered. | |
static | Round(decimal, MidpointRounding)Documentation for this section has not yet been entered. | |
static | Round(double, int)Returns the number nearest the specified double within the specified precision. | |
static | Round(double, MidpointRounding)Documentation for this section has not yet been entered. | |
static | Round(decimal, int, MidpointRounding)Documentation for this section has not yet been entered. | |
static | Round(double, int, MidpointRounding)Documentation for this section has not yet been entered. | |
static | Sign(decimal)Returns a value indicating the sign of the specified decimal. | |
static | Sign(double)Returns a value indicating the sign of the specified double. | |
static | Sign(short)Returns a value indicating the sign of the specified short . | |
static | Sign(int)Returns a value indicating the sign of the specified int . | |
static | Sign(long)Returns a value indicating the sign of the specified long. | |
static | Sign(sbyte)Returns a value indicating the sign of the specified sbyte . | |
static | Sign(float)Returns a value indicating the sign of the specified float. | |
static | Sin(double)Returns the sine of the specified double that represents an angle. | |
static | Sinh(double)Returns the hyperbolic sine of the specified double that represents an angle. | |
static | Sqrt(double)Returns the square root of the specified double. | |
static | Tan(double)Returns the tangent of the specified double that represents an angle. | |
static | Tanh(double)Returns the hyperbolic tangent of the specified double that represents an angle. | |
static | Truncate(decimal)Documentation for this section has not yet been entered. | |
static | Truncate(double)Documentation for this section has not yet been entered. | |