IComplex Elementary Functions<T, U> Interface
Represents the contract for elementary functions of complex values.
Definition
Namespace: Numerics.NET.Generic
Assembly: Numerics.NET (in Numerics.NET.dll) Version: 9.0.3
C#
Assembly: Numerics.NET (in Numerics.NET.dll) Version: 9.0.3
[ObsoleteAttribute("Use IOperations<T> instead.")]
public interface IComplexElementaryFunctions<T, U> : IComplexFieldOperations<T, U>,
IComplexRingOperations<T, U>, IComplexOperations<T, U>, IComplexOperations<T>, IGroupOperations<T>,
IComparer<T>, IEqualityComparer<T>, IRingOperations<T>, IVectorSpaceOperations<T, T>,
IFieldOperations<T>, IDivisionOperations<T, T>, IRealOperations<T>, IFractionalOperations<T>
- Implements
- IComplexFieldOperations<T, U>, IComplexOperations<T>, IComplexOperations<T, U>, IComplexRingOperations<T, U>, IDivisionOperations<T, T>, IFieldOperations<T>, IFractionalOperations<T>, IGroupOperations<T>, IRealOperations<T>, IRingOperations<T>, IVectorSpaceOperations<T, T>, IComparer<T>, IEqualityComparer<T>
Type Parameters
- T
- The type of the complex operands.
- U
- The type of real operands.
Properties
Epsilon |
Gets the machine precision of the operand type.
(Inherited from IRealOperations<T>) |
Imaginary |
Gets the imaginary unit, i.
(Inherited from IComplexOperations<T>) |
Max |
Gets the largest possible value of the operand type.
(Inherited from IGroupOperations<T>) |
Min |
Gets the smallest operand type value greater than zero.
(Inherited from IRealOperations<T>) |
Min |
Gets the smallest possible value of the operand type.
(Inherited from IGroupOperations<T>) |
One |
Gets the value of one for the operand type T.
(Inherited from IRingOperations<T>) |
Pi |
Gets the number pi.
(Inherited from IRealOperations<T>) |
Zero |
Gets the value of zero for the operand type T.
(Inherited from IGroupOperations<T>) |
Methods
Abs |
Returns the absolute value of a value.
(Inherited from IGroupOperations<T>) |
Acos( | Gets the inverse cosine of a real number. |
Acos( | Gets the inverse cosine of a real number. |
Acosh | Gets the inverse hyperbolic cosine of a complex number. |
Add( |
Adds a complex number and a real number.
(Inherited from IComplexOperations<T, U>) |
Add( |
Adds one value to another.
(Inherited from IGroupOperations<T>) |
Asin( | Gets the inverse sine of a complex number. |
Asin( | Gets the inverse sine of a real number. |
Asinh | Gets the inverse hyperbolic sine of a complex number. |
Atan | Gets the inverse tangent of a complex number. |
Atan2 |
Returns the arc tangent of a pair of values.
(Inherited from IRealOperations<T>) |
Atanh | Gets the inverse hyperbolic tangent of a complex number. |
Ceiling |
Returns the smallest integer greater than or equal to a value.
(Inherited from IFractionalOperations<T>) |
Compare | Compares two objects and returns a value indicating whether one is less than, equal to, or greater than the other. (Inherited from IComparer<T>) |
Conjugate |
Returns the conjugate of a complex value.
(Inherited from IComplexOperations<T>) |
Conjugate |
Multiplies the conjugate of the left operand with the right operand.
(Inherited from IComplexOperations<T>) |
Cos |
Returns the cosine of a value.
(Inherited from IRealOperations<T>) |
Cosh |
Returns the hyperbolic cosine of a value.
(Inherited from IRealOperations<T>) |
Divide( |
Divides a complex number by a real number.
(Inherited from IComplexFieldOperations<T, U>) |
Divide( |
Divides a real number by a complex number.
(Inherited from IComplexFieldOperations<T, U>) |
Divide( |
Divides a value by another.
(Inherited from IDivisionOperations<T, TClosure>) |
Equals | Determines whether the specified objects are equal. (Inherited from IEqualityComparer<T>) |
Exp |
Returns the exponential of a value.
(Inherited from IRealOperations<T>) |
Floor |
Returns the largest integer less than or equal to a value.
(Inherited from IFractionalOperations<T>) |
From |
Converts a Double value to the operand type.
(Inherited from IRealOperations<T>) |
From |
Converts an integer to the operand type.
(Inherited from IRingOperations<T>) |
From |
Constructs a complex number from polar components.
(Inherited from IComplexOperations<T, U>) |
Get | Returns a hash code for the specified object. (Inherited from IEqualityComparer<T>) |
Log( |
Returns the natural logarithm of a value.
(Inherited from IRealOperations<T>) |
Log( | Returns the logarithm of a complex number to the specified base. |
Magnitude |
Gets the modulus or absolute value of a
complex number.
(Inherited from IComplexOperations<T, U>) |
Multiply( |
Multiplies a complex number and a real number.
(Inherited from IComplexRingOperations<T, U>) |
Multiply( |
Multiplies a vector by a scalar.
(Inherited from IVectorSpaceOperations<TScalar, TVector>) |
Negate |
Negates a value.
(Inherited from IGroupOperations<T>) |
One |
Returns the sum the absolute values of the real and imaginary parts of a comples value.
(Inherited from IComplexOperations<T>) |
Phase |
Returns the argument or phase of a complex value.
(Inherited from IComplexOperations<T, U>) |
Pow |
Returns a number raised to a power..
(Inherited from IRealOperations<T>) |
Reciprocal |
Returns the reciprocal of a value.
(Inherited from IDivisionOperations<T, TClosure>) |
Round |
Rounds a value to the specified number of decimal digits.
(Inherited from IFractionalOperations<T>) |
Scale |
Scales the specified number by the specified power of two.
(Inherited from IRingOperations<T>) |
Sin |
Returns the sine of a value.
(Inherited from IRealOperations<T>) |
Sinh |
Returns the hyperbolic sine of a value.
(Inherited from IRealOperations<T>) |
Sqrt( | Returns the first square root of a real number. |
Sqrt( |
Returns the square root of a value.
(Inherited from IRealOperations<T>) |
Subtract( |
Adds a real number from a complex number.
(Inherited from IComplexOperations<T, U>) |
Subtract( |
Subtracts a complex number from a real number.
(Inherited from IComplexOperations<T, U>) |
Subtract( |
Subtracts one value from another.
(Inherited from IGroupOperations<T>) |
Tan | Gets the tangent of a complex number. |
ToInt32 |
Converts the operand type to an integer.
(Inherited from IRingOperations<T>) |