fn islarger_fp(fp: &mut FP) -> Ordering {
    // This is what pairing does:
    let minus_fp = neg_fp(fp);
    cmp_fp(fp, &minus_fp)
}
/// Compares y with -y mod p.
///
/// Note: "sign" in the spec is defined in terms of lexicographic ordering.
/// Note: There are several definitions of "sign" in various codebases; please
/// beware of using another definition.
Compares y with -y mod p.
Note: "sign" in the spec is defined in terms of lexicographic ordering.
Note: There are several definitions of "sign" in various codebases; please
beware of using another definition.
Compares y with - y mod p . Note : " sign " in the spec is defined in terms of lexicographic ordering . Note : There are several definitions of " sign " in various codebases ; please beware of using another definition .
fn islarger_fp(fp: &mut FP) -> Ordering {
    // This is what pairing does:
    let minus_fp = neg_fp(fp);
    cmp_fp(fp, &minus_fp)
}
fn islarger_fp ( fp : & mut FP ) -> Ordering { // This is what pairing does: let minus_fp = neg_fp ( fp ) ; cmp_fp ( fp , & minus_fp ) }
Compares y with -y mod p.
Note: "sign" in the spec is defined in terms of lexicographic ordering.
Compares y with - y mod p . Note : " sign " in the spec is defined in terms of lexicographic ordering .
fp
&mut FP
fp
&mut FP