floating point complex value data type of float (single) precision
Declaration Syntax| C# | Visual Basic | Visual C++ |
public struct fcomplex
Public Structure fcomplex
public value class fcomplex
Members| All Members | Constructors | Methods | Properties | Fields | |
| Icon | Member | Description |
|---|---|---|
  | fcomplex()()() | |
 | fcomplex(Single, Single) |
Construct new float complex number
|
| Abs(fcomplex) |
Magnitude value of float complex number
|
| Abs()()() |
Magnitude of this float complex number
|
| Acos(fcomplex) |
Arcus cosinus for float complex number
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| Acos(Single) |
arcus cosinus of real number
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| Acos()()() |
Arcus cosinus of this float complex number
|
 | Addition(fcomplex, complex) |
Operator adding the values specified.
|
| Addition(fcomplex, fcomplex) |
Operator adding the values specified.
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| Addition(fcomplex, UInt64) |
Operator adding the values specified.
|
| Addition(fcomplex, UInt32) |
Operator adding the values specified.
|
| Addition(fcomplex, UInt16) |
Operator adding the values specified.
|
| Addition(fcomplex, Int64) |
Operator adding the values specified.
|
| Addition(fcomplex, Int32) |
Operator adding the values specified.
|
| Addition(fcomplex, Int16) |
Operator adding the values specified.
|
| Addition(fcomplex, Single) |
Operator adding the values specified.
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| Addition(fcomplex, Char) |
Operator adding the values specified.
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| Addition(fcomplex, Byte) |
Operator adding the values specified.
|
| Addition(fcomplex, Double) |
Operator adding the values specified.
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| Addition(UInt64, fcomplex) |
Operator adding the values specified.
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| Addition(UInt32, fcomplex) |
Operator adding the values specified.
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| Addition(UInt16, fcomplex) |
Operator adding the values specified.
|
| Addition(Int64, fcomplex) |
Operator adding the values specified.
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| Addition(Int32, fcomplex) |
Operator adding the values specified.
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| Addition(Int16, fcomplex) |
Operator adding the values specified.
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| Addition(Single, fcomplex) |
Operator adding the values specified.
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| Addition(Char, fcomplex) |
Operator adding the values specified.
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| Addition(Byte, fcomplex) |
Operator adding the values specified.
|
| Angle(fcomplex) |
angle of complex number
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| Angle()()() |
Phase angle of this float complex number
|
| Asin(Single) |
arcus sinus of real number
|
| Asin(fcomplex) |
Arcus sinus for complex number
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| Asin()()() |
Arcus sinus of this float complex number
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| Atan(fcomplex) |
Arcus tangens of float complex number
|
| Ceiling(fcomplex) |
Round towards next greater integer
|
 | conj |
complex conjugate
|
| Cos(fcomplex) |
Cosinus
|
| Cosh(fcomplex) |
Cosinus hyperbolicus
|
| Division(fcomplex, complex) |
Operator dividing the specified inputs.
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| Division(fcomplex, fcomplex) |
Operator dividing the specified inputs.
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| Division(fcomplex, UInt64) |
Operator dividing the specified inputs.
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| Division(fcomplex, UInt32) |
Operator dividing the specified inputs.
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| Division(fcomplex, UInt16) |
Operator dividing the specified inputs.
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| Division(fcomplex, Int64) |
Operator dividing the specified inputs.
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| Division(fcomplex, Int32) |
Operator dividing the specified inputs.
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| Division(fcomplex, Int16) |
Operator dividing the specified inputs.
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| Division(fcomplex, Single) |
Operator dividing the specified inputs.
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| Division(fcomplex, Char) |
Operator dividing the specified inputs.
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| Division(fcomplex, Byte) |
Operator dividing the specified inputs.
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| Division(fcomplex, Double) |
Operator dividing the specified inputs.
|
| Division(UInt64, fcomplex) |
Operator dividing a real by a complex.
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| Division(UInt32, fcomplex) |
Operator dividing a real by a complex.
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| Division(UInt16, fcomplex) |
Operator dividing a real by a complex.
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| Division(Int64, fcomplex) |
Operator dividing a real by a complex.
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| Division(Int32, fcomplex) |
Operator dividing a real by a complex.
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| Division(Int16, fcomplex) |
Operator dividing a real by a complex.
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| Division(Single, fcomplex) |
Operator dividing a real by a complex.
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| Division(Char, fcomplex) |
Operator dividing a real by a complex.
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| Division(Byte, fcomplex) |
Operator dividing a real by a complex.
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| Equality(fcomplex, complex) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, fcomplex) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, UInt64) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, UInt32) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, UInt16) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, Int64) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, Int32) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, Int16) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, Single) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, Char) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, Byte) |
Equality comparison for 2 complex numbers.
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| Equality(fcomplex, Double) |
Equality comparison for 2 complex numbers.
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| Equality(UInt64, fcomplex) |
Equality comparison for 2 complex numbers.
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| Equality(UInt32, fcomplex) |
Equality comparison for 2 complex numbers.
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| Equality(UInt16, fcomplex) |
Equality comparison for 2 complex numbers.
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| Equality(Int64, fcomplex) |
Equality comparison for 2 complex numbers.
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| Equality(Int32, fcomplex) |
Equality comparison for 2 complex numbers.
|
| Equality(Int16, fcomplex) |
Equality comparison for 2 complex numbers.
|
| Equality(Single, fcomplex) |
Equality comparison for 2 complex numbers.
|
| Equality(Char, fcomplex) |
Equality comparison for 2 complex numbers.
|
| Equality(Byte, fcomplex) |
Equality comparison for 2 complex numbers.
|
| Equals(Object) |
are obj's real and imaginary part identical to the real and imaginary parts of this fcomplex
(Overrides ValueType.Equals(Object).) |
| Exp(fcomplex) |
Power of base e for float complex number
|
| Exp()()() |
exponential / power of base e
|
| Explicit(fcomplex) |
explicit cast complex number into real number
|
| Explicit(fcomplex) |
explicit cast complex number into real number
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| Explicit(fcomplex) |
explicit cast complex number into real number
|
| Explicit(fcomplex) |
explicit cast complex number into real number
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| Explicit(fcomplex) |
explicit cast complex number into real number
|
| Explicit(fcomplex) |
explicit cast complex number into real number
|
| Explicit(fcomplex) |
explicit cast complex number into real number
|
| Explicit(fcomplex) |
explicit cast complex number into real number
|
| Explicit(fcomplex) |
explicit cast complex number into real number
|
| Explicit(fcomplex) |
explicit cast complex number into real number
|
| Floor(fcomplex) |
Round towards next lower integer
|
| FromPol(Single, Single) |
convert from polar to cartesian form
|
| GetHashCode()()() |
Give HashCode of this system object
(Overrides ValueType.GetHashCode()()().) |
| GreaterThan(fcomplex, complex) |
Greater than comparison for 2 complex numbers.
|
| GreaterThan(fcomplex, fcomplex) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(fcomplex, UInt64) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(fcomplex, UInt32) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(fcomplex, UInt16) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(fcomplex, Int64) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(fcomplex, Int32) |
Greater than comparison for 2 complex numbers.
|
| GreaterThan(fcomplex, Int16) |
Greater than comparison for 2 complex numbers.
|
| GreaterThan(fcomplex, Single) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(fcomplex, Char) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(fcomplex, Byte) |
Greater than comparison for 2 complex numbers.
|
| GreaterThan(fcomplex, Double) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(UInt64, fcomplex) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(UInt32, fcomplex) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(UInt16, fcomplex) |
Greater than comparison for 2 complex numbers.
|
| GreaterThan(Int64, fcomplex) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(Int32, fcomplex) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(Int16, fcomplex) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(Single, fcomplex) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(Char, fcomplex) |
Greater than comparison for 2 complex numbers.
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| GreaterThan(Byte, fcomplex) |
Greater than comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, complex) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, UInt64) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, UInt32) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, UInt16) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, Int64) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, Int32) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, Int16) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, Single) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, Char) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, Byte) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(fcomplex, Double) |
Greater than or equal comparison for 2 complex numbers.
|
| GreaterThanOrEqual(UInt64, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
|
| GreaterThanOrEqual(UInt32, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(UInt16, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(Int64, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(Int32, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(Int16, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(Single, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
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| GreaterThanOrEqual(Char, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
|
| GreaterThanOrEqual(Byte, fcomplex) |
Greater than or equal comparison for 2 complex numbers.
|
 | i |
imaginary unit
|
| imag |
Imaginary part of this complex number
|
| Implicit(Double) |
implicit cast real number into complex number
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| Implicit(Single) |
implicit cast real number into complex number
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| Implicit(Byte) |
implicit cast real number into complex number
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| Implicit(Char) |
implicit cast real number into complex number
|
| Implicit(Int16) |
implicit cast real number into complex number
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| Implicit(Int32) |
implicit cast real number into complex number
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| Implicit(Int64) |
implicit cast real number into complex number
|
| Implicit(UInt16) |
implicit cast real number into complex number
|
| Implicit(UInt32) |
implicit cast real number into complex number
|
| Implicit(UInt64) |
implicit cast real number into complex number
|
| Inequality(fcomplex, complex) |
Un-equality comparison for 2 complex numbers.
|
| Inequality(fcomplex, fcomplex) |
Un-equality comparison for 2 complex numbers.
|
| Inequality(fcomplex, UInt64) |
Un-equality comparison for 2 complex numbers.
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| Inequality(fcomplex, UInt32) |
Un-equality comparison for 2 complex numbers.
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| Inequality(fcomplex, UInt16) |
Un-equality comparison for 2 complex numbers.
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| Inequality(fcomplex, Int64) |
Un-equality comparison for 2 complex numbers.
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| Inequality(fcomplex, Int32) |
Un-equality comparison for 2 complex numbers.
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| Inequality(fcomplex, Int16) |
Un-equality comparison for 2 complex numbers.
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| Inequality(fcomplex, Single) |
Un-equality comparison for 2 complex numbers.
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| Inequality(fcomplex, Char) |
Un-equality comparison for 2 complex numbers.
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| Inequality(fcomplex, Byte) |
Un-equality comparison for 2 complex numbers.
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| Inequality(fcomplex, Double) |
Un-equality comparison for 2 complex numbers.
|
| Inequality(UInt64, fcomplex) |
Un-equality comparison for 2 complex numbers.
|
| Inequality(UInt32, fcomplex) |
Un-equality comparison for 2 complex numbers.
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| Inequality(UInt16, fcomplex) |
Un-equality comparison for 2 complex numbers.
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| Inequality(Int64, fcomplex) |
Un-equality comparison for 2 complex numbers.
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| Inequality(Int32, fcomplex) |
Un-equality comparison for 2 complex numbers.
|
| Inequality(Int16, fcomplex) |
Un-equality comparison for 2 complex numbers.
|
| Inequality(Single, fcomplex) |
Un-equality comparison for 2 complex numbers.
|
| Inequality(Char, fcomplex) |
Un-equality comparison for 2 complex numbers.
|
| Inequality(Byte, fcomplex) |
Un-equality comparison for 2 complex numbers.
|
| INF |
positive infinity for real and imag part of complex value
|
| IsFinite(fcomplex) |
test if any of real or imaginary parts are finite
|
| IsInfinity(fcomplex) |
test if any of real or imaginary parts are infinite
|
| IsNaN(fcomplex) |
test if any of real or imaginary parts are NAN's
|
| IsNegativeInfinity(fcomplex) |
test if any of real or imaginary parts are neg. infinite
|
| IsPositiveInfinity(fcomplex) |
test if any of real or imaginary parts are pos. infinite
|
| iszero()()() |
test if real and imag part are zero
|
| LessThan(fcomplex, complex) |
Lower than comparison for 2 complex numbers.
|
| LessThan(fcomplex, fcomplex) |
Lower than comparison for 2 complex numbers.
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| LessThan(fcomplex, UInt64) |
Lower than comparison for 2 complex numbers.
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| LessThan(fcomplex, UInt32) |
Lower than comparison for 2 complex numbers.
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| LessThan(fcomplex, UInt16) |
Lower than comparison for 2 complex numbers.
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| LessThan(fcomplex, Int64) |
Lower than comparison for 2 complex numbers.
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| LessThan(fcomplex, Int32) |
Lower than comparison for 2 complex numbers.
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| LessThan(fcomplex, Int16) |
Lower than comparison for 2 complex numbers.
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| LessThan(fcomplex, Single) |
Lower than comparison for 2 complex numbers.
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| LessThan(fcomplex, Char) |
Lower than comparison for 2 complex numbers.
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| LessThan(fcomplex, Byte) |
Lower than comparison for 2 complex numbers.
|
| LessThan(fcomplex, Double) |
Lower than comparison for 2 complex numbers.
|
| LessThan(UInt64, fcomplex) |
Lower than comparison for 2 complex numbers.
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| LessThan(UInt32, fcomplex) |
Lower than comparison for 2 complex numbers.
|
| LessThan(UInt16, fcomplex) |
Lower than comparison for 2 complex numbers.
|
| LessThan(Int64, fcomplex) |
Lower than comparison for 2 complex numbers.
|
| LessThan(Int32, fcomplex) |
Lower than comparison for 2 complex numbers.
|
| LessThan(Int16, fcomplex) |
Lower than comparison for 2 complex numbers.
|
| LessThan(Single, fcomplex) |
Lower than comparison for 2 complex numbers.
|
| LessThan(Char, fcomplex) |
Lower than comparison for 2 complex numbers.
|
| LessThan(Byte, fcomplex) |
Lower than comparison for 2 complex numbers.
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| LessThanOrEqual(fcomplex, complex) |
Lower than or equal comparison for 2 complex numbers.
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| LessThanOrEqual(fcomplex, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, UInt64) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, UInt32) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, UInt16) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, Int64) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, Int32) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, Int16) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, Single) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, Char) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, Byte) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(fcomplex, Double) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(UInt64, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(UInt32, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
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| LessThanOrEqual(UInt16, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(Int64, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(Int32, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(Int16, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(Single, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(Char, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
|
| LessThanOrEqual(Byte, fcomplex) |
Lower than or equal comparison for 2 complex numbers.
|
| Log(fcomplex) |
Logarithm of complex input
|
| Log(Single) |
Logarithm of real input
|
| Log()()() |
logarithm of fcomplex number
|
| Log10(fcomplex) |
Logarithm to base 10
|
| Log10(Single) |
Logarithm of base 10 of real input
|
| Log2(fcomplex) |
Logarithm of base 2
|
| Log2(Single) |
Logarithm of base 2
|
 | m_lastDigits | |
| m_precSpecI | |
| m_precSpecR | |
| Multiply(fcomplex, complex) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, fcomplex) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, UInt64) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, UInt32) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, UInt16) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, Int64) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, Int32) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, Int16) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, Single) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, Char) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, Byte) |
Operator multiplicating the values specified.
|
| Multiply(fcomplex, Double) |
Operator multiplicating the values specified.
|
| Multiply(UInt64, fcomplex) |
Operator multiplicating the values specified.
|
| Multiply(UInt32, fcomplex) |
Operator multiplicating the values specified.
|
| Multiply(UInt16, fcomplex) |
Operator multiplicating the values specified.
|
| Multiply(Int64, fcomplex) |
Operator multiplicating the values specified.
|
| Multiply(Int32, fcomplex) |
Operator multiplicating the values specified.
|
| Multiply(Int16, fcomplex) |
Operator multiplicating the values specified.
|
| Multiply(Single, fcomplex) |
Operator multiplicating the values specified.
|
| Multiply(Char, fcomplex) |
Operator multiplicating the values specified.
|
| Multiply(Byte, fcomplex) |
Operator multiplicating the values specified.
|
| NaN |
fcomplex quantity, marked as beeing "not a number"
|
| Pow(fcomplex, Double) |
fcomplex power real exponent
|
| Pow(Double, Double) |
complex power - real basis, real exponent
|
| Pow(fcomplex, fcomplex) |
Power: complex base, complex exponent
|
| Pow(Double) |
power of fcomplex number, real exponent
|
| Pow(fcomplex) |
power of fcomplex number, complex exponent
|
| real |
Real part of this complex number
|
| Round(fcomplex) |
Round mercantilistic
|
| Sign(fcomplex) |
Signum function
|
| Sin(fcomplex) |
Sinus
|
| Sinh(fcomplex) |
Sinus hyperbolicus
|
| Sqrt(Single) |
Square root of real input
|
| Sqrt(fcomplex) |
Square root of complex number
|
| Sqrt()()() |
square root of fcomplex number
|
| Subtraction(fcomplex, complex) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, fcomplex) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, UInt64) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, UInt32) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, UInt16) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, Int64) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, Int32) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, Int16) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, Single) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, Char) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, Byte) |
Operator subtracting the values specified.
|
| Subtraction(fcomplex, Double) |
Operator subtracting the values specified.
|
| Subtraction(UInt64, fcomplex) |
Operator subtracting the values specified.
|
| Subtraction(UInt32, fcomplex) |
Operator subtracting the values specified.
|
| Subtraction(UInt16, fcomplex) |
Operator subtracting the values specified.
|
| Subtraction(Int64, fcomplex) |
Operator subtracting the values specified.
|
| Subtraction(Int32, fcomplex) |
Operator subtracting the values specified.
|
| Subtraction(Int16, fcomplex) |
Operator subtracting the values specified.
|
| Subtraction(Single, fcomplex) |
Operator subtracting the values specified.
|
| Subtraction(Char, fcomplex) |
Operator subtracting the values specified.
|
| Subtraction(Byte, fcomplex) |
Operator subtracting the values specified.
|
| Tan(fcomplex) |
Tangens of float complex number
|
| Tanh(fcomplex) |
Tangens hyperbolicus of float complex input
|
| ToString()()() |
Convert this float complex number to string
(Overrides ValueType.ToString()()().) |
| ToString(Int32) |
print formated output of this number, determine number of digits
|
| Truncate(fcomplex) |
truncate a floating point complex value
|
RemarksThis class extends the system value types for real numbers to complex float
values. Besides the publicly available members 'real' and 'imag' it provides all the
basis functionality the floating point system.double (!) brings (abs, log, sqrt, tan etc.) for
float precision complex,
as well as it overrides the basic unary and binary operators for all common system value
types including rarely used types (f.e. UInt16). This includes the basic numerical operations
like '+','-','/','*' and the relational operators: '==','>','>=' etc. Also there are some
explicit and some implicit casting operators from / to fcomplex value into system
value types.