Update README.md

Author: dannys4

README.md

@@ -34,4 +34,4 @@ N = 16
 x = collect(x_a)
 y = simplify.(fft(x))
 ```
-Now, if you have a signal afterward that you want to substitute in, you can call `map(y_el -> substitute(y_el, Dict(x .=> signal)), y)`. Make no mistake-- it's almost certainly more efficient to just plug your type into `FFTA.fft` than using substitution. But this is an example of how `FFTA` integrates wonderfully and gracefully with the Julia ecosystem. If you want high precision FFTs, use `Complex{BigFloat}`. If you want to use an `SVector` from `StaticArrays` because your data is small, then use that! If you want to use `SVector{Complex{BigFloat}}`, be my guest. These are opportunities that won't be provided to you in almost any other package out there.
+Now, if you have a signal afterward that you want to substitute in, you can call `map(y_el -> substitute(y_el, Dict(x .=> signal)), y)`. Make no mistake-- it's almost certainly more efficient to just plug your type into `FFTA.fft` than using substitution. But this is an example of how `FFTA` integrates wonderfully and gracefully with the Julia ecosystem. If you want high precision FFTs, use `Complex{BigFloat}`. If you want to use an `SVector` from `StaticArrays` because your data is small, then use that! If you want to use `SizedArray{Complex{BigFloat}}`, be my guest. These are opportunities that won't be provided to you in almost any other package out there.