let delta1frac = delta1 & ((1 << e) - 1);
// render integral parts, while checking for the accuracy at each step.
- let mut kappa = max_kappa as i16;
let mut ten_kappa = max_ten_kappa; // 10^kappa
let mut remainder = plus1int; // digits yet to be rendered
loop {
// the exact number of digits is `max_kappa + 1` as `plus1 < 10^(max_kappa+1)`.
if i > max_kappa as usize {
debug_assert_eq!(ten_kappa, 1);
- debug_assert_eq!(kappa, 0);
break;
}
// restore invariants
- kappa -= 1;
ten_kappa /= 10;
remainder = r;
}
}
// restore invariants
- kappa -= 1;
remainder = r;
}