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| Name | Description |
|---|
  | Addition(T, ComplexT) |
Adds a complex number to a real number.
|
| Addition(ComplexT, ComplexT) |
Adds two complex numbers.
|
| Addition(ComplexT, T) |
Adds a complex number to a real number.
|
| Decrement |
Decrements the real part of a complex number
by one.
|
| Division(T, ComplexT) |
Divides a real number by a complex number.
|
| Division(ComplexT, ComplexT) |
Divides a complex number by another.
|
| Division(ComplexT, T) |
Divides a complex number by a real number.
|
| Equality(T, ComplexT) |
Compares a complex number and a real number for equality.
|
| Equality(ComplexT, ComplexT) |
Compares two complex numbers for equality.
|
| Equality(ComplexT, T) |
Compares a complex number and a real number for equality.
|
| (ComplexT to T) |
Casts a complex number to a real number. The
imaginary part must be zero.
|
| (T to ComplexT) |
Casts a real number to a complex type.
|
| Increment |
Increments the real part of a complex number
by one.
|
| Inequality(T, ComplexT) |
Compares a complex number and a real number
for inequality.
|
| Inequality(ComplexT, ComplexT) |
Compares two complex numbers for inequality.
|
| Inequality(ComplexT, T) |
Compares a complex number and a real number
for inequality.
|
| Multiply(T, ComplexT) |
Multiplies a complex number and a real number.
|
| Multiply(ComplexT, ComplexT) |
Multiplies two complex numbers.
|
| Multiply(ComplexT, T) |
Multiplies a complex number and a real number.
|
| Subtraction(T, ComplexT) |
Subtracts a complex number from a real number.
|
| Subtraction(ComplexT, ComplexT) |
Subtracts two complex numbers.
|
| Subtraction(ComplexT, T) |
Subtracts a real number from a complex number.
|
| UnaryNegation |
Negates a complex number.
|
| UnaryPlus |
Applies the unary plus operator to a complex number.
|