maths

IEEE 754 recommends (but does not require) a compound function, which is in the process of being standardized for C and C++; we should expose it in swift-numerics. The simplest, most literal translation of the operation into Swift would be:

extension RealFunctions {
  /// (1+x)ⁿ
  /// 
  /// Returns NaN if x < -1.
  static func compound(_ x: Self, _ n: Int) -> Self {
    // not

Variables such as epsilon, both masses and both length rather than them being equal to mass and length respectively,

Would allow more functionality for chaos effects without code editing.

I have 10 bit input data like this
const double inputs[110][8] = {
{540,131,48,3,0,0,0,0},
{624,167,63,15,0,0,0,0},
{736,224,96,31,0,0,0,0},...
but after learning output is the same for exemple
0.8215888
0.8215888
0.8215888
...
after i divide for 1024 i have data like this
const double inputs[110][8] = {
{0.52734375,0.1279296875,0.046875,0.0029296875,0,0,0,0},
{0.609375,0.1630859375,