Addition(Complex<T>, Imaginary<T>) |
Adds an imaginary number to a complex number.
|
Addition(T, Imaginary<T>) |
Adds an imaginary number to a real number.
|
Addition(Imaginary<T>, T) |
Adds an imaginary number to a real number.
|
Addition(Imaginary<T>, Complex<T>) |
Adds an imaginary number to a complex number.
|
Addition(Imaginary<T>, Imaginary<T>) |
Adds two complex numbers.
|
Division(Complex<T>, Imaginary<T>) |
Divides a complex number by an imaginary number.
|
Division(T, Imaginary<T>) |
Divides a real number by an imaginary number.
|
Division(Imaginary<T>, T) |
Divides an imaginary number by a real number.
|
Division(Imaginary<T>, Complex<T>) |
Divides an imaginary number by a complex number.
|
Division(Imaginary<T>, Imaginary<T>) |
Divides an imaginary number by another.
|
Equality(T, Imaginary<T>) |
Compares an imaginary number and a real number for equality.
|
Equality(Imaginary<T>, T) |
Compares an imaginary number and a real number for equality.
|
Equality(Imaginary<T>, Imaginary<T>) |
Compares two complex numbers for equality.
|
Explicit(Complex<T> to Imaginary<T>) |
Casts a complex number to an imaginary number. The
real part is set to zero.
|
Explicit(Imaginary<T> to T) |
Casts an imaginary number to a real number. The
imaginary part must be zero.
|
Exponent(Imaginary<T>, T) |
Represents the exponentiation operator.
|
Exponent(Imaginary<T>, Imaginary<T>) |
Represents the exponentiation operator.
|
Exponent(Imaginary<T>, Int32) |
Represents the exponentiation operator.
|
Exponentiation(Imaginary<T>, T) |
Represents the exponentiation operator.
|
Exponentiation(Imaginary<T>, Imaginary<T>) |
Represents the exponentiation operator.
|
Exponentiation(Imaginary<T>, Int32) |
Represents the exponentiation operator.
|
Implicit(T to Imaginary<T>) |
Implicitly casts a real number to a complex type.
|
Implicit(Imaginary<T> to Complex<T>) |
Implicitly converts an imaginary number to a complex number.
|
Inequality(T, Imaginary<T>) |
Compares an imaginary number and a real number
for inequality.
|
Inequality(Imaginary<T>, T) |
Compares an imaginary number and a real number
for inequality.
|
Inequality(Imaginary<T>, Imaginary<T>) |
Compares two complex numbers for inequality.
|
Multiply(Complex<T>, Imaginary<T>) |
Multiplies an imaginary number and a complex number.
|
Multiply(T, Imaginary<T>) |
Multiplies an imaginary number and a real number.
|
Multiply(Imaginary<T>, T) |
Multiplies an imaginary number and a real number.
|
Multiply(Imaginary<T>, Complex<T>) |
Multiplies an imaginary number and a complex number.
|
Multiply(Imaginary<T>, Imaginary<T>) |
Multiplies two complex numbers.
|
Subtraction(Complex<T>, Imaginary<T>) |
Subtracts an imaginary number from a complex number.
|
Subtraction(T, Imaginary<T>) |
Subtracts an imaginary number from a real number.
|
Subtraction(Imaginary<T>, T) |
Subtracts a real number from an imaginary number.
|
Subtraction(Imaginary<T>, Complex<T>) |
Subtracts a complex number from an imaginary number.
|
Subtraction(Imaginary<T>, Imaginary<T>) |
Subtracts two complex numbers.
|
UnaryNegation(Imaginary<T>) |
Negates an imaginary number.
|
UnaryPlus(Imaginary<T>) |
Applies the unary plus operator to an imaginary number.
|