$Date: 2005/10/23 10:36:32 $
$Revision: 1.7 $
-- creates a complex number from the given arguments
-- Trigonometric arccosine of radian v
-- in the range [0, pi]
-- (From DOUBLE_MATH)
-- Trigonometric arcsine of radian v
-- in the range [-pi/2, +pi/2]
-- (From DOUBLE_MATH)
-- Trigonometric arctangent of radian v
-- in the range [-pi/2, +pi/2]
-- (From DOUBLE_MATH)
-- Least integral greater than or equal to v
-- (From DOUBLE_MATH)
-- Trigonometric cosine of radian v approximated
-- in the range [-pi/4, +pi/4]
-- (From DOUBLE_MATH)
-- Absolute of v
-- (From DOUBLE_MATH)
-- Exponential of v.
-- (From DOUBLE_MATH)
-- Greatest integral less than or equal to v
-- (From DOUBLE_MATH)
-- imaginary part of the complex number
-- Natural logarithm of v
-- (From DOUBLE_MATH)
-- Base 10 logarithm of v
-- (From DOUBLE_MATH)
-- Base 2 logarithm of v
-- (From DOUBLE_MATH)
-- real part of the complex number
-- Trigonometric sine of radian v approximated
-- in range [-pi/4, +pi/4]
-- (From DOUBLE_MATH)
-- Square root of v
-- (From DOUBLE_MATH)
-- Trigonometric tangent of radian v approximated
-- in range [-pi/4, +pi/4]
-- (From DOUBLE_MATH)
-- creates a complex number from the given arguments
-- returns the angle of the complex number in the complex plane (Argand diagram).
-- division with other
-- multiplication with other
-- Sum with other (commutative).
-- Result of subtracting other
-- Scalar division by a_divisor.
-- returns the multiplicative inverse of current. (1/Current)
-- multiplication with other
-- Textual representation
-- (From ANY)
-- returns a vector
Simple implementation of complex numbers using double values.