rapl 0.3.0

A crate that makes numerical scripting with Rust simple and enjoyable.
Documentation 
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use super::*;
use num_traits::{identities::zero, Num};
//impl<T,P> From<C<P>> for C<T>
//where T: Copy + PartialEq + From<P>,
//P: Copy + PartialEq
//{
//fn from(value: C<P>) -> Self {
//C(value.0.into(), value.1.into())
//}
//}

impl<T> From<T> for C<T>
where
    T: Num + Copy,
{
    fn from(value: T) -> Self {
        C(value, zero())
    }
}

macro_rules! cast_complex {
    ($T:tt, $P:tt) => {
        impl From<C<$P>> for C<$T> {
            fn from(value: C<$P>) -> Self {
                C(value.0 as $T, value.1 as $T)
            }
        }
    };
}

cast_complex!(u8, u16);
cast_complex!(u8, u32);
cast_complex!(u8, u64);
cast_complex!(u8, u128);
cast_complex!(u8, usize);
cast_complex!(u16, u8);
cast_complex!(u16, u32);
cast_complex!(u16, u64);
cast_complex!(u16, u128);
cast_complex!(u16, usize);
cast_complex!(u32, u8);
cast_complex!(u32, u16);
cast_complex!(u32, u64);
cast_complex!(u32, u128);
cast_complex!(u32, usize);
cast_complex!(u64, u8);
cast_complex!(u64, u16);
cast_complex!(u64, u32);
cast_complex!(u64, u128);
cast_complex!(u64, usize);
cast_complex!(u128, u8);
cast_complex!(u128, u16);
cast_complex!(u128, u32);
cast_complex!(u128, u64);
cast_complex!(usize, u8);
cast_complex!(usize, u16);
cast_complex!(usize, u32);
cast_complex!(usize, u64);
cast_complex!(usize, u128);

cast_complex!(i8, i16);
cast_complex!(i8, i32);
cast_complex!(i8, i64);
cast_complex!(i8, i128);
cast_complex!(i8, isize);
cast_complex!(i16, i8);
cast_complex!(i16, i32);
cast_complex!(i16, i64);
cast_complex!(i16, i128);
cast_complex!(i16, isize);
cast_complex!(i32, i8);
cast_complex!(i32, i16);
cast_complex!(i32, i64);
cast_complex!(i32, i128);
cast_complex!(i32, isize);
cast_complex!(i64, i8);
cast_complex!(i64, i16);
cast_complex!(i64, i32);
cast_complex!(i64, i128);
cast_complex!(i64, isize);
cast_complex!(i128, i8);
cast_complex!(i128, i16);
cast_complex!(i128, i32);
cast_complex!(i128, i64);
cast_complex!(i128, isize);
cast_complex!(isize, i8);
cast_complex!(isize, i16);
cast_complex!(isize, i32);
cast_complex!(isize, i64);
cast_complex!(isize, i128);

cast_complex!(u8, i8);
cast_complex!(u16, i8);
cast_complex!(u16, i16);
cast_complex!(u32, i8);
cast_complex!(u32, i16);
cast_complex!(u32, i32);
cast_complex!(u64, i8);
cast_complex!(u64, i16);
cast_complex!(u64, i32);
cast_complex!(u64, i64);
cast_complex!(u128, i8);
cast_complex!(u128, i16);
cast_complex!(u128, i32);
cast_complex!(u128, i64);
cast_complex!(u128, i128);
cast_complex!(usize, i8);
cast_complex!(usize, i16);
cast_complex!(usize, i32);
cast_complex!(usize, i64);
cast_complex!(usize, i128);
cast_complex!(i8, u8);
cast_complex!(i8, u16);
cast_complex!(i8, u32);
cast_complex!(i8, u64);
cast_complex!(i8, u128);
cast_complex!(i16, u16);
cast_complex!(i16, u32);
cast_complex!(i16, u64);
cast_complex!(i16, u128);
cast_complex!(i32, u32);
cast_complex!(i32, u64);
cast_complex!(i32, u128);
cast_complex!(i64, u64);
cast_complex!(i64, u128);
cast_complex!(i128, u128);

cast_complex!(f32, f64);
cast_complex!(f64, f32);

cast_complex!(i8, f32);
cast_complex!(i8, f64);
cast_complex!(i16, f32);
cast_complex!(i16, f64);
cast_complex!(i32, f32);
cast_complex!(i32, f64);
cast_complex!(i64, f32);
cast_complex!(i64, f64);
cast_complex!(i128, f32);
cast_complex!(i128, f64);
cast_complex!(u8, f32);
cast_complex!(u8, f64);
cast_complex!(u16, f32);
cast_complex!(u16, f64);
cast_complex!(u32, f32);
cast_complex!(u32, f64);
cast_complex!(u64, f32);
cast_complex!(u64, f64);
cast_complex!(u128, f32);
cast_complex!(u128, f64);