pub fn new(max_iterations: u64, power: u64) -> Mandelbrot {
        Mandelbrot {
            max_iters: max_iterations,
            power,
        }
    }
/// Creates a specification for a member of the mandelbrot family of fractals.
///
/// `max_iterations` specifies the cutoff iteration for deciding whether a complex number
/// escapes or has converged.
///
/// `power` specifies the exponent used in the mandelbrot equation to generalize it into a
/// [Multibrot set](https://en.wikipedia.org/wiki/Multibrot_set). The traditional mandelbrot
/// fractal has an exponent of 2, but this allows for the exploration of fractals with an
/// exponent of 3, 4, etc.
Creates a specification for a member of the mandelbrot family of fractals.
`max_iterations` specifies the cutoff iteration for deciding whether a complex number
escapes or has converged.

`power` specifies the exponent used in the mandelbrot equation to generalize it into a
[Multibrot set]. The traditional mandelbrot
fractal has an exponent of 2, but this allows for the exploration of fractals with an
exponent of 3, 4, etc.
Creates a specification for a member of the mandelbrot family of fractals . ` max_iterations ` specifies the cutoff iteration for deciding whether a complex number escapes or has converged . ` power ` specifies the exponent used in the mandelbrot equation to generalize it into a [ Multibrot set ] . The traditional mandelbrot fractal has an exponent of 2 but this allows for the exploration of fractals with an exponent of 3 4 etc .
pub fn new(max_iterations: u64, power: u64) -> Mandelbrot {
        Mandelbrot {
            max_iters: max_iterations,
            power,
        }
    }
pub fn new ( max_iterations : u64 , power : u64 ) -> Mandelbrot { Mandelbrot { max_iters : max_iterations , power , } }
Creates a specification for a member of the mandelbrot family of fractals.
Creates a specification for a member of the mandelbrot family of fractals .
max_iterations
u64
power
u64