Important
SMath Studio Core documentation
TComplex Class
Implementation of BaseEntry as a complex number.
Definition
Namespace: SMath.Math.Numeric
Assembly: SMath.Math.Numeric (in SMath.Math.Numeric.dll) Version: 1.73.9126.0
Assembly: SMath.Math.Numeric (in SMath.Math.Numeric.dll) Version: 1.73.9126.0
C#
public sealed class TComplex : BaseEntryVB
Public NotInheritable Class TComplex
Inherits BaseEntryC++
public ref class TComplex sealed : public BaseEntryF#
[<SealedAttribute>]
type TComplex =
class
inherit BaseEntry
endConstructors
| TComplex(TComplex) | Constructs TComplex instance as a copy of the specified TComplex instance. |
| TComplex(Double, Double) | Constructs TComplex instance with the specified real and imaginary parts. |
| TComplex(TDouble, TDouble) | Constructs TComplex instance with the specified real and imaginary parts. |
| TComplex(TInfinity, TInfinity) | Constructs TComplex instance with the specified real and imaginary parts. |
Properties
| HasUnits |
Determines whether current instance of BaseEntry contains units or not.
(Inherited from BaseEntry) |
| IzZero |
Determines whether current instance of BaseEntry is equal to zero or not.
(Overrides BaseEntry.IzZero) |
| Type |
Type of the BaseEntry which is implemented by a current instance of the object.
(Inherited from BaseEntry) |
| Units | Units of measurement for the expression component. (Inherited from BaseEntry) |
Methods
| Abs | Returns the absolute value of the complex number, i.e. the Euclidean distance of its corresponding point in the complex plane from the origin |
| ACos | Computes arccosine of the complex number. |
| ACosH | Computes inverse hyperbolic cosine of the complex number. |
| ACot | Computes arccotangent of the complex number. |
| ACotH | Computes inverse hyperbolic contangent of the complex number. |
| Arg() | Returns the argument of the complex number, i.e. the angle between the positive real axis and the line joining the origin and the number represented as a point in the complex plane. |
| Arg(Double, Double, Double, Double) | Returns the argument of complex number with Re == thisRenum/thisReden and Im == thisImnum/thisImden. |
| ASin | Computes arcsine of the complex number. |
| ASinH | Computes inverse hyperbolic sine of the complex number. |
| ATan | Computes arctangent of the complex number. |
| ATan2 | Computes arctangent of the complex number this / y. |
| ATanH | Computes inverse hyperbolic tangent of the complex number. |
| Clone |
Creates a copy of this instance.
(Overrides BaseEntry.Clone()) |
| Com |
Adds value to this instance.
(Overrides BaseEntry.Com(BaseEntry)) |
| Cos |
Computes cosine of the complex number.
(Overrides BaseEntry.Cos()) |
| CosH | Computes hyperbolic cosine of the complex number. |
| Cot |
Computes cotangent of the complex number.
(Overrides BaseEntry.Cot()) |
| CotH | Computes hyperbolic cotangent of the complex number. |
| Div |
Divides this instance by value.
(Overrides BaseEntry.Div(BaseEntry)) |
| Equals | Determines whether the specified object is equal to the current object. (Overrides Object.Equals(Object)) |
| GetHashCode | Serves as the default hash function. (Overrides Object.GetHashCode()) |
| GetType | Gets the Type of the current instance. (Inherited from Object) |
| Gt |
Returns true if this instance is greater than value.
(Inherited from BaseEntry) |
| Ln | Computes natural logarithm of the complex number. |
| Log | Computes logarithm to base Base of the complex number. |
| Lt |
Returns true if this instance is less than value.
(Inherited from BaseEntry) |
| Mul |
Multiplies value by this instance.
(Overrides BaseEntry.Mul(BaseEntry)) |
| pol2xy | Determines the real and imaginary parts of the complex number having Abs() == this and Arg() == value. |
| Pow |
Exponentiation operation.
(Overrides BaseEntry.Pow(BaseEntry)) |
| Power(TComplex) | Computes exponent with base equal to this and power equal to value. |
| Power(TDouble) | Computes exponent with base equal to this and power equal to value. |
| Power(TFraction) | Computes exponent with base equal to this and power equal to value. |
| Power(MItem, Double, Double, Double, Double, Double, Double, Double, Double, BaseEntry, Double, Double, Double, Double) | Worker method for exponentiation. |
| Round(BaseEntry) |
Rounds the value to the specified number of fractional digits.
(Inherited from BaseEntry) |
| Round(BaseEntry, TDouble) |
Rounds the value to the specified number of fractional digits using the specified rounding convention.
(Inherited from BaseEntry) |
| Sin |
Computes sine of the complex number.
(Overrides BaseEntry.Sin()) |
| SinH | Computes hyperbolic sine of the complex number. |
| Sub |
Subtracts value from this instance.
(Overrides BaseEntry.Sub(BaseEntry)) |
| Tan |
Computes tangent of the complex number.
(Overrides BaseEntry.Tan()) |
| TanH | Computes hyperbolic tangent of the complex number. |
| ToDouble |
Converts this instance to a Double value.
(Overrides BaseEntry.ToDouble()) |
| ToString() |
Converts math expression component to string.
(Inherited from BaseEntry) |
| ToString(IResultOptions) |
Converts math expression component to string with options.
(Overrides BaseEntry.ToString(IResultOptions)) |
| ToString(Int32, Int32, FractionsType, Boolean) |
Converts math expression component to string with options.
(Inherited from BaseEntry) Obsolete. |
| ToString(Int32, Int32, FractionsType, Boolean, Boolean, MidpointRounding) |
Converts math expression component to string with options.
(Inherited from BaseEntry) Obsolete. |
| ToTerms() |
Converts current expression component to the array of Term in reverse Polish notation (RPN).
(Inherited from BaseEntry) |
| ToTerms(IResultOptions) |
Converts current expression component to the array of Term in reverse Polish notation (RPN) with options.
(Inherited from BaseEntry) |
| ToTerms(Int32, Int32, FractionsType, Boolean) |
Converts current expression component to the array of Term in reverse Polish notation (RPN) with options.
(Inherited from BaseEntry) Obsolete. |
| ToTerms(Int32, Int32, FractionsType, Boolean, Boolean, MidpointRounding) |
Converts current expression component to the array of Term in reverse Polish notation (RPN) with options.
(Inherited from BaseEntry) Obsolete. |
| Trunc |
Returns the integer part of this value.
(Inherited from BaseEntry) |
| xy2pol() | Converts this complex number to polar coordinates. |
| xy2pol(TComplex) | Converts a complex number with Re == this and Im == value to polar coordinates. |
Operators
| Addition(TComplex, TComplex) | Adds two TComplex objects. |
| Division(TComplex, TComplex) | Divides two TComplex objects. |
| Equality(TComplex, TComplex) | Returns true if the operands are equal. |
| Implicit(Double to TComplex) | Provides implicit conversion from Double to TComplex. |
| Implicit(TDouble to TComplex) | Provides implicit conversion from TDouble to TComplex. |
| Implicit(TFraction to TComplex) | Provides implicit conversion from TFraction to TComplex. |
| Implicit(TInfinity to TComplex) | Provides implicit conversion from TInfinity to TComplex. |
| Implicit(TNumber to TComplex) | Provides implicit conversion from TNumber to TComplex. |
| Inequality(TComplex, TComplex) | Returns true if the operands are not equal. |
| Multiply(TComplex, TComplex) | Multiplies two TComplex objects. |
| Subtraction(TComplex, TComplex) | Subtracts two TComplex objects. |