• Expands the ComplexSIMD type to include complex operations with other ComplexSIMDs and real operations with other SIMDs.
• Also adds fundamental functions for calculating absolute values, arguments, and converting to/from polar form
• Adds a library of math functions that operate on ComplexSIMDs, which includes:
  • Trigonometric Functions: csin, ccos, casin, cacosh, etc
  • Exponential Functions: cexp, csquare, cpow, etc
  • Logarithmic Functions: clog, clog10, clogb, etc
  • General Functions, such as csqrt

from cmath import ComplexSIMD, ComplexScalar, csqrt

fn main():
    var c = ComplexSIMD[DType.float64, 2].i()

    print("i: ", c)

    c[0] = ComplexScalar(-4, -0.)
    c[1] = ComplexScalar(-4, 0.)

    print("Branch Cuts are handled: ", csqrt(c))

i:  [0.0, 0.0] [1.0, 1.0]i
Branch Cuts are handled:  [0.0, 0.0] [-2.0, 2.0]i

Created using a variety of sources including the Rust standard library implementation of complex mathematics. Written in Mojo, which is currently being developed by Modular.