Trait num_order::NumOrd

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pub trait NumOrd<Other> {
    // Required method
    fn num_partial_cmp(&self, other: &Other) -> Option<Ordering>;

    // Provided methods
    fn num_eq(&self, other: &Other) -> bool { ... }
    fn num_ne(&self, other: &Other) -> bool { ... }
    fn num_lt(&self, other: &Other) -> bool { ... }
    fn num_le(&self, other: &Other) -> bool { ... }
    fn num_gt(&self, other: &Other) -> bool { ... }
    fn num_ge(&self, other: &Other) -> bool { ... }
    fn num_cmp(&self, other: &Other) -> Ordering { ... }
}
Expand description

Consistent comparison among different numeric types.

Required Methods§

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fn num_partial_cmp(&self, other: &Other) -> Option<Ordering>

PartialOrd::partial_cmp on different numeric types

Provided Methods§

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fn num_eq(&self, other: &Other) -> bool

PartialEq::eq on different numeric types

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fn num_ne(&self, other: &Other) -> bool

PartialEq::ne on different numeric types

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fn num_lt(&self, other: &Other) -> bool

PartialOrd::lt on different numeric types

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fn num_le(&self, other: &Other) -> bool

PartialOrd::le on different numeric types

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fn num_gt(&self, other: &Other) -> bool

PartialOrd::gt on different numeric types

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fn num_ge(&self, other: &Other) -> bool

PartialOrd::ge on different numeric types

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fn num_cmp(&self, other: &Other) -> Ordering

Ord::cmp on different numeric types. It panics if either of the numeric values contains NaN.

Implementations on Foreign Types§

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impl NumOrd<Ratio<u16>> for i32

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impl NumOrd<isize> for i128

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impl NumOrd<f64> for Ratio<BigUint>

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impl NumOrd<Ratio<u128>> for u64

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impl NumOrd<i64> for i8

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impl NumOrd<i32> for Ratio<i64>

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impl NumOrd<i8> for Ratio<u8>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<i64>> for BigUint

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impl NumOrd<Ratio<i128>> for Complex64

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impl NumOrd<i32> for u16

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impl NumOrd<BigUint> for Ratio<u32>

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impl NumOrd<usize> for i64

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impl NumOrd<i8> for i64

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<BigInt> for u64

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impl NumOrd<i16> for i32

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impl NumOrd<u16> for Ratio<isize>

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impl NumOrd<Ratio<isize>> for u16

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impl NumOrd<Ratio<i32>> for BigInt

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impl NumOrd<BigInt> for u128

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impl NumOrd<u8> for isize

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<i64> for Ratio<u16>

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impl NumOrd<Ratio<u128>> for Ratio<u64>

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impl NumOrd<Ratio<u16>> for i64

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impl NumOrd<Ratio<BigInt>> for i64

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impl NumOrd<usize> for u32

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impl NumOrd<Ratio<u64>> for i128

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impl NumOrd<Ratio<i128>> for f32

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impl NumOrd<f32> for BigUint

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impl NumOrd<Complex<f32>> for u64

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impl NumOrd<f32> for Ratio<i32>

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impl NumOrd<Ratio<i128>> for Ratio<BigInt>

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impl NumOrd<Ratio<BigInt>> for Ratio<isize>

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impl NumOrd<Ratio<u8>> for Ratio<BigUint>

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impl NumOrd<Ratio<u128>> for Ratio<i32>

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impl NumOrd<f64> for Ratio<i8>

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impl NumOrd<Ratio<i128>> for isize

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impl NumOrd<Ratio<i128>> for BigUint

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impl NumOrd<i32> for Ratio<i16>

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impl NumOrd<i16> for Ratio<u16>

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impl NumOrd<Ratio<i128>> for i64

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impl NumOrd<isize> for Ratio<i32>

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impl NumOrd<u8> for i32

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Complex<f64>> for isize

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impl NumOrd<i32> for Ratio<u8>

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impl NumOrd<u32> for Ratio<usize>

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impl NumOrd<BigUint> for Ratio<BigInt>

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impl NumOrd<Ratio<isize>> for f32

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impl NumOrd<f32> for f64

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impl NumOrd<Ratio<usize>> for i32

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impl NumOrd<Ratio<i32>> for Ratio<u16>

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impl NumOrd<Complex<f32>> for BigInt

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impl NumOrd<usize> for u128

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impl NumOrd<i8> for i16

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<u64>> for Ratio<usize>

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impl NumOrd<Ratio<u8>> for usize

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impl NumOrd<f32> for i16

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impl NumOrd<u64> for isize

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impl NumOrd<i16> for i128

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impl NumOrd<BigUint> for Ratio<isize>

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impl NumOrd<Ratio<u16>> for Ratio<u64>

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impl NumOrd<BigUint> for Ratio<BigUint>

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impl NumOrd<u16> for Ratio<u32>

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impl NumOrd<Ratio<i8>> for Ratio<i128>

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impl NumOrd<i16> for i8

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impl NumOrd<Ratio<u128>> for BigUint

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impl NumOrd<Ratio<usize>> for BigInt

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impl NumOrd<BigUint> for Ratio<i32>

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impl NumOrd<Complex<f64>> for u8

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impl NumOrd<f64> for BigInt

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impl NumOrd<Complex<f32>> for Ratio<i16>

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impl NumOrd<Ratio<u8>> for BigUint

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impl NumOrd<Ratio<BigUint>> for u64

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impl NumOrd<u128> for Complex32

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impl NumOrd<u64> for Ratio<u8>

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impl NumOrd<Ratio<BigUint>> for Ratio<BigUint>

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impl NumOrd<BigInt> for f64

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impl NumOrd<Complex<f64>> for f64

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impl NumOrd<Ratio<u16>> for i8

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impl NumOrd<usize> for Ratio<u8>

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impl NumOrd<Ratio<i8>> for u16

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impl NumOrd<Complex<f64>> for Ratio<i8>

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impl NumOrd<f64> for i16

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impl NumOrd<Ratio<u8>> for Ratio<isize>

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impl NumOrd<Ratio<BigUint>> for i128

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impl NumOrd<Ratio<u128>> for i16

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impl NumOrd<Ratio<usize>> for u16

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impl NumOrd<i128> for Ratio<u64>

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impl NumOrd<u64> for Ratio<i16>

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impl NumOrd<BigInt> for Ratio<i32>

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impl NumOrd<i16> for u64

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impl NumOrd<Ratio<i32>> for Ratio<u128>

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impl NumOrd<u8> for Ratio<u32>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Ratio<BigUint>> for Ratio<i8>

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impl NumOrd<Complex<f32>> for u32

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impl NumOrd<i128> for isize

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impl NumOrd<u8> for BigUint

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Ratio<usize>> for Ratio<u64>

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impl NumOrd<Complex<f64>> for i128

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impl NumOrd<u8> for Complex32

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<i16> for isize

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impl NumOrd<i128> for BigUint

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impl NumOrd<i8> for Ratio<BigInt>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<BigInt>> for Ratio<i8>

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impl NumOrd<Ratio<BigUint>> for Ratio<u64>

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impl NumOrd<Ratio<u16>> for BigUint

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impl NumOrd<f64> for Ratio<i32>

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impl NumOrd<u64> for u8

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impl NumOrd<u32> for u8

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impl NumOrd<BigInt> for i8

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impl NumOrd<i32> for Ratio<isize>

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impl NumOrd<Ratio<BigUint>> for Complex64

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impl NumOrd<u128> for i32

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impl NumOrd<usize> for Ratio<isize>

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impl NumOrd<i64> for u32

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impl NumOrd<BigInt> for u32

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impl NumOrd<u128> for BigInt

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impl NumOrd<Ratio<BigInt>> for i32

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impl NumOrd<u64> for BigInt

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impl NumOrd<f64> for i8

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impl NumOrd<i16> for Complex32

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impl NumOrd<u32> for Ratio<u8>

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impl NumOrd<BigInt> for u8

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impl NumOrd<u8> for Ratio<i32>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Complex<f32>> for u16

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impl NumOrd<isize> for Ratio<usize>

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impl NumOrd<Ratio<u128>> for usize

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impl NumOrd<i128> for u128

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impl NumOrd<Complex<f32>> for Ratio<BigUint>

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impl NumOrd<i8> for Ratio<i32>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<u32> for Ratio<i32>

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impl NumOrd<i8> for Ratio<u16>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<i16>> for Ratio<u32>

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impl NumOrd<Ratio<i8>> for Complex64

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impl NumOrd<Ratio<i8>> for u8

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impl NumOrd<Ratio<u128>> for Ratio<i16>

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impl NumOrd<Ratio<u128>> for i8

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impl NumOrd<Ratio<u128>> for u16

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impl NumOrd<Complex<f64>> for i32

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impl NumOrd<Ratio<u16>> for usize

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impl NumOrd<Ratio<isize>> for f64

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impl NumOrd<Ratio<BigUint>> for Ratio<u16>

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impl NumOrd<u8> for Complex64

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Complex<f32>> for Complex<f32>

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impl NumOrd<Ratio<u16>> for u64

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impl NumOrd<Ratio<usize>> for Ratio<isize>

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impl NumOrd<Ratio<isize>> for i8

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impl NumOrd<Ratio<i128>> for usize

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impl NumOrd<i128> for Ratio<u16>

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impl NumOrd<Ratio<u16>> for i16

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impl NumOrd<BigInt> for Ratio<i64>

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impl NumOrd<Ratio<isize>> for Ratio<u128>

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impl NumOrd<f32> for Ratio<isize>

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impl NumOrd<Ratio<BigInt>> for Complex32

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impl NumOrd<Ratio<u32>> for Ratio<i8>

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impl NumOrd<i32> for f64

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impl NumOrd<Complex<f64>> for Complex<f64>

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impl NumOrd<Ratio<i128>> for u8

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impl NumOrd<Ratio<i64>> for Ratio<i8>

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impl NumOrd<u16> for usize

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impl NumOrd<i64> for i64

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impl NumOrd<u128> for u64

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impl NumOrd<i16> for u128

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impl NumOrd<Ratio<u32>> for BigUint

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impl NumOrd<BigInt> for Ratio<BigInt>

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impl NumOrd<Ratio<isize>> for isize

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impl NumOrd<i128> for Ratio<i128>

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impl NumOrd<Ratio<u32>> for Ratio<BigInt>

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impl NumOrd<Ratio<u32>> for f64

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impl NumOrd<i32> for Ratio<usize>

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impl NumOrd<u128> for BigUint

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impl NumOrd<f64> for i64

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impl NumOrd<f32> for Ratio<u8>

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impl NumOrd<i128> for Ratio<u8>

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impl NumOrd<Ratio<u32>> for BigInt

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impl NumOrd<f64> for Ratio<usize>

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impl NumOrd<Ratio<i64>> for i128

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impl NumOrd<Ratio<u8>> for Ratio<i8>

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impl NumOrd<Ratio<i8>> for f64

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impl NumOrd<Ratio<isize>> for Ratio<u8>

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impl NumOrd<Ratio<i16>> for Ratio<u64>

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impl NumOrd<Ratio<i16>> for u64

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impl NumOrd<Ratio<usize>> for usize

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impl NumOrd<Ratio<i16>> for Ratio<usize>

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impl NumOrd<isize> for Ratio<u32>

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impl NumOrd<u32> for u32

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impl NumOrd<Ratio<i32>> for Complex32

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impl NumOrd<Ratio<u16>> for u32

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impl NumOrd<Ratio<u32>> for Ratio<i128>

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impl NumOrd<Ratio<i8>> for Ratio<usize>

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impl NumOrd<i32> for i128

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impl NumOrd<usize> for f64

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impl NumOrd<Ratio<BigUint>> for u32

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impl NumOrd<i64> for Ratio<isize>

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impl NumOrd<Ratio<u128>> for i32

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impl NumOrd<i64> for Ratio<i8>

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impl NumOrd<Complex<f64>> for u16

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impl NumOrd<Ratio<i16>> for i32

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impl NumOrd<Ratio<usize>> for i128

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impl NumOrd<i32> for i16

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impl NumOrd<i8> for u64

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<f32> for u128

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impl NumOrd<Ratio<isize>> for u64

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impl NumOrd<Ratio<i32>> for u16

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impl NumOrd<Ratio<isize>> for Ratio<usize>

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impl NumOrd<u128> for Ratio<u128>

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impl NumOrd<u128> for Ratio<BigUint>

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impl NumOrd<usize> for i128

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impl NumOrd<f32> for u32

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impl NumOrd<Ratio<i64>> for Ratio<BigUint>

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impl NumOrd<i64> for Ratio<u32>

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impl NumOrd<i32> for u64

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impl NumOrd<u128> for f32

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impl NumOrd<u8> for BigInt

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<u8> for Ratio<isize>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<u32> for BigInt

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impl NumOrd<Ratio<BigInt>> for Ratio<i128>

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impl NumOrd<i64> for u64

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impl NumOrd<i8> for Ratio<i8>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<u8>> for Ratio<u16>

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impl NumOrd<f64> for Ratio<u32>

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impl NumOrd<Ratio<BigInt>> for BigInt

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impl NumOrd<u128> for isize

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impl NumOrd<Ratio<usize>> for Ratio<u128>

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impl NumOrd<Complex<f64>> for Ratio<i16>

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impl NumOrd<Ratio<i64>> for Ratio<u128>

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impl NumOrd<f32> for Ratio<u64>

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impl NumOrd<f64> for u32

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impl NumOrd<Ratio<isize>> for Ratio<u32>

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impl NumOrd<i32> for Ratio<u16>

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impl NumOrd<u16> for BigInt

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impl NumOrd<usize> for Ratio<BigInt>

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impl NumOrd<i8> for i8

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<i64>> for i8

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impl NumOrd<Ratio<usize>> for i8

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impl NumOrd<Ratio<i64>> for Complex64

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impl NumOrd<Ratio<i128>> for i16

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impl NumOrd<i64> for u8

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impl NumOrd<Ratio<i32>> for i16

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impl NumOrd<u64> for u64

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impl NumOrd<BigUint> for usize

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impl NumOrd<usize> for isize

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impl NumOrd<Ratio<isize>> for u32

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impl NumOrd<Ratio<u64>> for i32

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impl NumOrd<u64> for Ratio<i8>

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impl NumOrd<Ratio<BigUint>> for Ratio<i32>

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impl NumOrd<Ratio<i128>> for i32

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impl NumOrd<Ratio<i64>> for u128

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impl NumOrd<i16> for Ratio<usize>

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impl NumOrd<u32> for Ratio<i128>

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impl NumOrd<Ratio<BigUint>> for isize

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impl NumOrd<Ratio<i8>> for usize

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impl NumOrd<Ratio<i16>> for BigUint

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impl NumOrd<Ratio<u128>> for Ratio<u32>

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impl NumOrd<u32> for Ratio<u16>

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impl NumOrd<Ratio<i64>> for Ratio<u32>

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impl NumOrd<i128> for Complex32

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impl NumOrd<BigUint> for u16

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impl NumOrd<Ratio<i32>> for BigUint

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impl NumOrd<i64> for Ratio<BigUint>

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impl NumOrd<u8> for u8

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<i128> for u64

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impl NumOrd<Complex<f64>> for Ratio<BigUint>

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impl NumOrd<Ratio<i16>> for u32

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impl NumOrd<Complex<f64>> for u128

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impl NumOrd<isize> for Ratio<u16>

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impl NumOrd<i16> for u32

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impl NumOrd<Ratio<u8>> for i128

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impl NumOrd<i32> for Ratio<u32>

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impl NumOrd<BigInt> for Ratio<u64>

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impl NumOrd<u64> for Ratio<u16>

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impl NumOrd<u8> for Ratio<u16>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Ratio<i64>> for Ratio<u16>

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impl NumOrd<Ratio<u32>> for u128

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impl NumOrd<i64> for i32

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impl NumOrd<Ratio<u8>> for u16

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impl NumOrd<i32> for BigInt

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impl NumOrd<u32> for Ratio<isize>

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impl NumOrd<Ratio<u8>> for Ratio<i16>

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impl NumOrd<Complex<f64>> for Ratio<i128>

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impl NumOrd<Ratio<i64>> for Complex32

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impl NumOrd<Ratio<i128>> for i128

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impl NumOrd<Ratio<isize>> for u128

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impl NumOrd<isize> for isize

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impl NumOrd<Ratio<i8>> for i128

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impl NumOrd<BigUint> for Ratio<i64>

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impl NumOrd<usize> for usize

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impl NumOrd<u64> for Ratio<BigUint>

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impl NumOrd<u128> for Ratio<isize>

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impl NumOrd<Ratio<u128>> for i128

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impl NumOrd<Ratio<i16>> for u16

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impl NumOrd<Ratio<i8>> for Ratio<isize>

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impl NumOrd<i32> for BigUint

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impl NumOrd<BigInt> for Ratio<u32>

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impl NumOrd<Ratio<u64>> for f32

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impl NumOrd<i16> for Ratio<i64>

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impl NumOrd<Ratio<i32>> for Ratio<BigInt>

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impl NumOrd<Ratio<u16>> for u8

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impl NumOrd<Ratio<u32>> for Ratio<i32>

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impl NumOrd<BigInt> for Complex32

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impl NumOrd<i64> for Ratio<u64>

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impl NumOrd<Ratio<i32>> for Complex64

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impl NumOrd<Ratio<u8>> for u128

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impl NumOrd<f64> for Complex32

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impl NumOrd<i128> for i64

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impl NumOrd<Ratio<BigInt>> for i8

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impl NumOrd<isize> for u32

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impl NumOrd<isize> for Ratio<i64>

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impl NumOrd<u32> for Ratio<u32>

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impl NumOrd<f64> for u128

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impl NumOrd<Ratio<i64>> for BigInt

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impl NumOrd<f64> for Ratio<BigInt>

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impl NumOrd<BigInt> for i64

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impl NumOrd<Ratio<usize>> for Ratio<i64>

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impl NumOrd<u8> for Ratio<usize>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<i128> for f64

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impl NumOrd<u128> for i16

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impl NumOrd<u16> for BigUint

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impl NumOrd<BigInt> for i16

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impl NumOrd<f32> for Ratio<i8>

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impl NumOrd<i128> for Ratio<u128>

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impl NumOrd<usize> for u64

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impl NumOrd<u64> for Ratio<u128>

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impl NumOrd<u32> for i16

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impl NumOrd<u32> for Ratio<BigUint>

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impl NumOrd<i64> for Ratio<i32>

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impl NumOrd<Ratio<i64>> for u64

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impl NumOrd<u16> for Complex64

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impl NumOrd<u128> for Ratio<u32>

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impl NumOrd<Complex<f32>> for Complex<f64>

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impl NumOrd<isize> for Complex64

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impl NumOrd<u32> for i128

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impl NumOrd<u8> for i8

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<u128> for i64

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impl NumOrd<Ratio<u64>> for Ratio<u32>

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impl NumOrd<Ratio<i16>> for Ratio<i8>

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impl NumOrd<Ratio<u32>> for Ratio<isize>

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impl NumOrd<f32> for u8

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impl NumOrd<Ratio<i32>> for u64

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impl NumOrd<Ratio<i8>> for Ratio<u16>

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impl NumOrd<Ratio<i16>> for Ratio<u8>

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impl NumOrd<f64> for u64

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impl NumOrd<BigUint> for Ratio<u8>

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impl NumOrd<u32> for f64

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impl NumOrd<Ratio<BigInt>> for i128

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impl NumOrd<usize> for Ratio<u128>

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impl NumOrd<Ratio<i64>> for f32

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impl NumOrd<Ratio<u16>> for Ratio<i64>

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impl NumOrd<f64> for Ratio<i128>

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impl NumOrd<Ratio<BigUint>> for i16

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impl NumOrd<Ratio<u128>> for u32

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impl NumOrd<Complex<f64>> for Complex<f32>

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impl NumOrd<BigInt> for Ratio<i16>

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impl NumOrd<Ratio<isize>> for Complex64

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impl NumOrd<Ratio<BigUint>> for f64

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impl NumOrd<Ratio<usize>> for f64

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impl NumOrd<u16> for f64

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impl NumOrd<Ratio<isize>> for Ratio<i8>

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impl NumOrd<u32> for Ratio<u128>

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impl NumOrd<i64> for Ratio<u8>

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impl NumOrd<Complex<f64>> for i64

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impl NumOrd<Ratio<isize>> for i16

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impl NumOrd<i32> for u8

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impl NumOrd<Ratio<isize>> for Ratio<u64>

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impl NumOrd<isize> for usize

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impl NumOrd<Ratio<BigUint>> for Ratio<u8>

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impl NumOrd<isize> for Ratio<u64>

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impl NumOrd<u8> for f64

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<usize> for BigInt

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impl NumOrd<Ratio<usize>> for u128

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impl NumOrd<u128> for Ratio<i8>

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impl NumOrd<u64> for i8

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impl NumOrd<usize> for u16

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impl NumOrd<u128> for u128

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impl NumOrd<Ratio<u16>> for Ratio<BigInt>

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impl NumOrd<i8> for Ratio<isize>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<u8>> for i16

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impl NumOrd<Ratio<BigInt>> for u8

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impl NumOrd<Ratio<u8>> for u8

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impl NumOrd<i8> for Ratio<i128>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<i16>> for Ratio<isize>

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impl NumOrd<Ratio<u64>> for Ratio<BigInt>

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impl NumOrd<u8> for i16

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<f64> for Ratio<u16>

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impl NumOrd<u32> for Complex64

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impl NumOrd<i32> for Ratio<i32>

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impl NumOrd<Ratio<i64>> for usize

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impl NumOrd<BigUint> for isize

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impl NumOrd<Ratio<usize>> for Ratio<i8>

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impl NumOrd<u8> for u64

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<i128> for u16

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impl NumOrd<f64> for Ratio<u8>

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impl NumOrd<i32> for Ratio<BigInt>

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impl NumOrd<u64> for Ratio<usize>

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impl NumOrd<i8> for usize

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<u8> for Ratio<i16>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<u128> for Ratio<BigInt>

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impl NumOrd<isize> for u16

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impl NumOrd<Ratio<BigUint>> for u128

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impl NumOrd<Ratio<i32>> for Ratio<u64>

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impl NumOrd<Ratio<isize>> for Ratio<u16>

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impl NumOrd<Ratio<i8>> for Ratio<i16>

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impl NumOrd<Ratio<usize>> for i64

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impl NumOrd<Ratio<u128>> for Ratio<BigUint>

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impl NumOrd<f32> for Ratio<BigUint>

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impl NumOrd<usize> for Ratio<i8>

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impl NumOrd<Ratio<i8>> for i32

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impl NumOrd<i32> for Complex64

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impl NumOrd<u16> for u64

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impl NumOrd<i8> for u16

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<u64>> for i64

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impl NumOrd<f64> for BigUint

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impl NumOrd<i8> for Ratio<u64>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<i8>> for Ratio<BigInt>

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impl NumOrd<Ratio<isize>> for i64

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impl NumOrd<Ratio<u64>> for BigUint

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impl NumOrd<Ratio<i128>> for Ratio<i128>

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impl NumOrd<i8> for u128

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<u8>> for u64

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impl NumOrd<Ratio<i8>> for Ratio<i64>

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impl NumOrd<isize> for Ratio<BigUint>

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impl NumOrd<Ratio<i16>> for Ratio<i16>

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impl NumOrd<Ratio<BigUint>> for Ratio<i16>

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impl NumOrd<Ratio<i8>> for f32

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impl NumOrd<Ratio<BigInt>> for Ratio<i32>

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impl NumOrd<Ratio<i16>> for Complex64

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impl NumOrd<f64> for Ratio<i16>

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impl NumOrd<Ratio<i128>> for Ratio<i16>

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impl NumOrd<u64> for Ratio<i32>

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impl NumOrd<Ratio<BigUint>> for u8

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impl NumOrd<u16> for u16

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impl NumOrd<Ratio<isize>> for u8

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impl NumOrd<Ratio<u64>> for Ratio<u8>

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impl NumOrd<u8> for u16

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Ratio<u16>> for Ratio<i128>

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impl NumOrd<i128> for Ratio<BigUint>

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impl NumOrd<Ratio<u16>> for i128

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impl NumOrd<i128> for Ratio<BigInt>

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impl NumOrd<f64> for u16

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impl NumOrd<isize> for i32

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impl NumOrd<u64> for Ratio<u32>

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impl NumOrd<i32> for Ratio<u128>

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impl NumOrd<i32> for isize

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impl NumOrd<Ratio<i32>> for Ratio<i32>

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impl NumOrd<i64> for Complex32

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impl NumOrd<u128> for u32

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impl NumOrd<i128> for Ratio<usize>

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impl NumOrd<BigUint> for Ratio<usize>

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impl NumOrd<BigUint> for Ratio<i128>

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impl NumOrd<Complex<f32>> for isize

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impl NumOrd<BigInt> for Ratio<u8>

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impl NumOrd<Ratio<usize>> for Ratio<usize>

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impl NumOrd<i64> for f32

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impl NumOrd<Ratio<u64>> for u128

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impl NumOrd<Ratio<i128>> for Ratio<u16>

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impl NumOrd<usize> for u8

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impl NumOrd<Ratio<i128>> for u16

source§

impl NumOrd<Ratio<i16>> for i8

source§

impl NumOrd<Ratio<i8>> for isize

source§

impl NumOrd<Ratio<i8>> for BigInt

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impl NumOrd<Ratio<u32>> for u16

source§

impl NumOrd<f64> for u8

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impl NumOrd<u128> for Ratio<i32>

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impl NumOrd<Ratio<u128>> for f32

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impl NumOrd<i128> for Ratio<i64>

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impl NumOrd<Ratio<BigInt>> for Complex64

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impl NumOrd<Ratio<u64>> for Ratio<i16>

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impl NumOrd<i64> for u128

source§

impl NumOrd<Ratio<u64>> for Ratio<u16>

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impl NumOrd<Ratio<u32>> for u64

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impl NumOrd<Ratio<BigUint>> for i8

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impl NumOrd<BigInt> for u16

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impl NumOrd<Ratio<u32>> for i32

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impl NumOrd<Ratio<isize>> for Ratio<i64>

source§

impl NumOrd<Ratio<u128>> for isize

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impl NumOrd<Ratio<BigInt>> for Ratio<u128>

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impl NumOrd<Complex<f32>> for i32

source§

impl NumOrd<i16> for Ratio<BigUint>

source§

impl NumOrd<Ratio<i128>> for Ratio<BigUint>

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impl NumOrd<Ratio<i16>> for Ratio<BigInt>

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impl NumOrd<Ratio<BigInt>> for Ratio<usize>

source§

impl NumOrd<Ratio<u64>> for u64

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impl NumOrd<Ratio<i16>> for i64

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impl NumOrd<Ratio<u16>> for Ratio<isize>

source§

impl NumOrd<Ratio<i128>> for u64

source§

impl NumOrd<i32> for i64

source§

impl NumOrd<Ratio<u32>> for i64

source§

impl NumOrd<Ratio<u32>> for f32

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impl NumOrd<Complex<f64>> for i8

source§

impl NumOrd<u16> for u32

source§

impl NumOrd<usize> for i8

source§

impl NumOrd<Ratio<i64>> for i32

source§

impl NumOrd<u64> for Ratio<i128>

source§

impl NumOrd<u64> for i32

source§

impl NumOrd<u32> for i32

source§

impl NumOrd<Complex<f32>> for Ratio<i32>

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impl NumOrd<Ratio<u8>> for Ratio<i128>

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impl NumOrd<i64> for Ratio<i128>

source§

impl NumOrd<Ratio<u128>> for Ratio<usize>

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impl NumOrd<Ratio<i8>> for Ratio<i32>

source§

impl NumOrd<Ratio<u64>> for Ratio<isize>

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impl NumOrd<i128> for i8

source§

impl NumOrd<i32> for u32

source§

impl NumOrd<Ratio<u8>> for Ratio<u32>

source§

impl NumOrd<Ratio<i8>> for Ratio<BigUint>

source§

impl NumOrd<Complex<f32>> for i64

source§

impl NumOrd<u128> for Ratio<i64>

source§

impl NumOrd<Ratio<u16>> for Ratio<u8>

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impl NumOrd<i16> for i16

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impl NumOrd<u128> for i128

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impl NumOrd<u64> for f32

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impl NumOrd<Ratio<BigInt>> for Ratio<u8>

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impl NumOrd<u64> for usize

source§

impl NumOrd<Ratio<u64>> for i8

source§

impl NumOrd<Ratio<u16>> for Ratio<i16>

source§

impl NumOrd<usize> for Ratio<BigUint>

source§

impl NumOrd<Ratio<i32>> for i32

source§

impl NumOrd<Ratio<i128>> for Ratio<usize>

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impl NumOrd<i64> for Ratio<BigInt>

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impl NumOrd<Ratio<u8>> for Ratio<usize>

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impl NumOrd<u8> for u32

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

source§

impl NumOrd<u32> for Ratio<u64>

source§

impl NumOrd<BigUint> for u128

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impl NumOrd<usize> for Ratio<i128>

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impl NumOrd<i8> for Ratio<u128>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

source§

impl NumOrd<Ratio<u16>> for Ratio<u16>

source§

impl NumOrd<isize> for Ratio<u128>

source§

impl NumOrd<f32> for i128

source§

impl NumOrd<Complex<f64>> for u32

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impl NumOrd<Ratio<BigInt>> for isize

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impl NumOrd<u8> for Ratio<u8>

source§

fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

source§

impl NumOrd<Complex<f64>> for i16

source§

impl NumOrd<isize> for i16

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impl NumOrd<i16> for Ratio<u8>

source§

impl NumOrd<Complex<f32>> for Ratio<BigInt>

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impl NumOrd<i8> for u8

source§

fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

source§

impl NumOrd<BigUint> for Ratio<u128>

source§

impl NumOrd<Ratio<isize>> for Ratio<i128>

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impl NumOrd<Ratio<u16>> for f64

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impl NumOrd<f32> for BigInt

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impl NumOrd<i128> for Ratio<i32>

source§

impl NumOrd<Ratio<u16>> for Ratio<i8>

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impl NumOrd<Ratio<u16>> for isize

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impl NumOrd<u8> for Ratio<u128>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Ratio<BigInt>> for Ratio<i64>

source§

impl NumOrd<Ratio<u64>> for Ratio<u128>

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impl NumOrd<i64> for f64

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impl NumOrd<isize> for Ratio<i128>

source§

impl NumOrd<BigUint> for i64

source§

impl NumOrd<Ratio<i128>> for Ratio<i8>

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impl NumOrd<f32> for i8

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impl NumOrd<Ratio<u8>> for i32

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impl NumOrd<BigUint> for Ratio<i16>

source§

impl NumOrd<u8> for u128

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Ratio<usize>> for u64

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impl NumOrd<u8> for Ratio<BigUint>

source§

fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

source§

impl NumOrd<i16> for Ratio<i16>

source§

impl NumOrd<Complex<f64>> for Ratio<i64>

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impl NumOrd<Ratio<i16>> for i128

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impl NumOrd<i16> for f32

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impl NumOrd<Ratio<u16>> for Ratio<u32>

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impl NumOrd<i8> for i128

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

source§

impl NumOrd<i8> for Ratio<i16>

source§

fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

source§

impl NumOrd<Ratio<usize>> for i16

source§

impl NumOrd<Ratio<i64>> for Ratio<BigInt>

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impl NumOrd<i128> for Ratio<isize>

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impl NumOrd<i128> for i16

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impl NumOrd<i8> for Ratio<BigUint>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<BigUint> for Complex64

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impl NumOrd<i8> for Ratio<u32>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

source§

impl NumOrd<Ratio<BigUint>> for Ratio<u32>

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impl NumOrd<usize> for Ratio<u32>

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impl NumOrd<BigUint> for f32

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impl NumOrd<Ratio<i32>> for Ratio<u32>

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impl NumOrd<u16> for i8

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impl NumOrd<Ratio<i16>> for Ratio<i32>

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impl NumOrd<u16> for i32

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impl NumOrd<Ratio<u32>> for Ratio<u64>

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impl NumOrd<u64> for Ratio<BigInt>

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impl NumOrd<f32> for Complex64

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impl NumOrd<i16> for BigUint

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impl NumOrd<f32> for i64

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impl NumOrd<BigUint> for u64

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impl NumOrd<i8> for Ratio<usize>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

source§

impl NumOrd<Ratio<u128>> for Ratio<u16>

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impl NumOrd<BigInt> for BigUint

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impl NumOrd<i32> for i32

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impl NumOrd<isize> for f32

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impl NumOrd<i8> for isize

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

source§

impl NumOrd<BigInt> for usize

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impl NumOrd<Ratio<usize>> for f32

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impl NumOrd<i64> for Complex64

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impl NumOrd<Ratio<u32>> for isize

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impl NumOrd<u32> for Ratio<i16>

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impl NumOrd<Complex<f32>> for usize

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impl NumOrd<f32> for Ratio<BigInt>

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impl NumOrd<Ratio<usize>> for Ratio<BigUint>

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impl NumOrd<i128> for Complex64

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impl NumOrd<f64> for Ratio<isize>

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impl NumOrd<Ratio<i32>> for Ratio<u8>

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impl NumOrd<i16> for i64

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impl NumOrd<f32> for Complex32

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impl NumOrd<BigUint> for u32

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impl NumOrd<u128> for Ratio<usize>

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impl NumOrd<u16> for u128

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impl NumOrd<f64> for Complex64

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impl NumOrd<Ratio<i8>> for u32

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impl NumOrd<Ratio<BigInt>> for Ratio<i16>

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impl NumOrd<Ratio<u32>> for Ratio<usize>

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impl NumOrd<u16> for i64

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impl NumOrd<u64> for Ratio<isize>

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impl NumOrd<Ratio<i8>> for Complex32

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impl NumOrd<Ratio<BigInt>> for u32

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impl NumOrd<Ratio<i128>> for BigInt

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impl NumOrd<i64> for i128

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impl NumOrd<u16> for Ratio<u16>

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impl NumOrd<Ratio<i64>> for i16

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impl NumOrd<Ratio<u128>> for u128

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impl NumOrd<Ratio<i8>> for BigUint

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impl NumOrd<u64> for u16

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impl NumOrd<u32> for u64

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impl NumOrd<Ratio<isize>> for Complex32

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impl NumOrd<Ratio<usize>> for u8

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impl NumOrd<Ratio<i32>> for usize

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impl NumOrd<Ratio<u128>> for Ratio<i8>

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impl NumOrd<BigUint> for f64

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impl NumOrd<Ratio<i64>> for isize

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impl NumOrd<Ratio<i64>> for Ratio<usize>

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impl NumOrd<f32> for i32

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impl NumOrd<isize> for Ratio<isize>

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impl NumOrd<Ratio<BigUint>> for Ratio<i64>

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impl NumOrd<Complex<f32>> for Ratio<i64>

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impl NumOrd<u8> for Ratio<u64>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<f32> for Ratio<i128>

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impl NumOrd<u128> for u16

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impl NumOrd<Ratio<i16>> for f32

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impl NumOrd<Ratio<u32>> for u32

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impl NumOrd<u16> for f32

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impl NumOrd<u128> for Ratio<i16>

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impl NumOrd<Ratio<u8>> for BigInt

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impl NumOrd<u32> for u128

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impl NumOrd<Complex<f64>> for BigUint

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impl NumOrd<BigUint> for Complex32

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impl NumOrd<u64> for Ratio<i64>

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impl NumOrd<Ratio<i32>> for Ratio<i128>

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impl NumOrd<u128> for i8

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impl NumOrd<Ratio<BigUint>> for Ratio<BigInt>

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impl NumOrd<u8> for i64

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<i128> for u8

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impl NumOrd<i128> for Ratio<i16>

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impl NumOrd<u32> for usize

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impl NumOrd<u16> for Complex32

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impl NumOrd<i32> for u128

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impl NumOrd<BigInt> for Complex64

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impl NumOrd<u32> for BigUint

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impl NumOrd<i128> for usize

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impl NumOrd<u64> for u32

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impl NumOrd<u16> for isize

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impl NumOrd<u16> for i128

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impl NumOrd<f32> for Ratio<u32>

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impl NumOrd<isize> for Complex32

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impl NumOrd<Ratio<u128>> for Ratio<isize>

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impl NumOrd<Ratio<u16>> for f32

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impl NumOrd<i64> for usize

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impl NumOrd<Complex<f64>> for Ratio<i32>

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impl NumOrd<BigUint> for i8

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impl NumOrd<Ratio<usize>> for Ratio<BigInt>

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impl NumOrd<Ratio<i32>> for isize

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impl NumOrd<isize> for u64

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impl NumOrd<u16> for Ratio<BigUint>

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impl NumOrd<Ratio<u64>> for u8

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impl NumOrd<BigUint> for u8

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impl NumOrd<usize> for Ratio<i64>

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impl NumOrd<Ratio<u16>> for Ratio<usize>

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impl NumOrd<Ratio<u8>> for Ratio<u8>

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impl NumOrd<Ratio<i128>> for i8

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impl NumOrd<Complex<f32>> for Ratio<i128>

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impl NumOrd<i16> for f64

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impl NumOrd<u64> for Complex32

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impl NumOrd<usize> for f32

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impl NumOrd<Ratio<i128>> for Complex32

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impl NumOrd<Ratio<i128>> for Ratio<u32>

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impl NumOrd<u64> for Ratio<u64>

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impl NumOrd<Ratio<i8>> for u64

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impl NumOrd<Complex<f32>> for i16

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impl NumOrd<Ratio<isize>> for BigUint

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impl NumOrd<Ratio<i32>> for u32

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impl NumOrd<Ratio<u32>> for Ratio<i64>

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impl NumOrd<Ratio<BigInt>> for u64

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impl NumOrd<i8> for i32

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<i128>> for Ratio<u128>

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impl NumOrd<i64> for isize

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impl NumOrd<u32> for Complex32

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impl NumOrd<BigInt> for Ratio<i8>

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impl NumOrd<f32> for isize

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impl NumOrd<Ratio<u64>> for Ratio<i8>

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impl NumOrd<f64> for Ratio<u64>

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impl NumOrd<i8> for Complex32

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<isize>> for i128

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impl NumOrd<isize> for Ratio<u8>

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impl NumOrd<Ratio<isize>> for Ratio<isize>

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impl NumOrd<Ratio<i32>> for i8

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impl NumOrd<Ratio<usize>> for Ratio<i32>

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impl NumOrd<u32> for Ratio<BigInt>

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impl NumOrd<Complex<f32>> for i128

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impl NumOrd<Ratio<i16>> for Ratio<u16>

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impl NumOrd<isize> for i8

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impl NumOrd<Ratio<i32>> for Ratio<i64>

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impl NumOrd<Ratio<u64>> for u32

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impl NumOrd<Ratio<BigInt>> for f32

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impl NumOrd<BigInt> for i32

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impl NumOrd<i64> for Ratio<i16>

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impl NumOrd<u128> for Complex64

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impl NumOrd<Ratio<u16>> for u128

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impl NumOrd<Ratio<isize>> for BigInt

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impl NumOrd<u8> for Ratio<i128>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Ratio<i128>> for Ratio<i64>

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impl NumOrd<u16> for i16

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impl NumOrd<f32> for u16

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impl NumOrd<isize> for Ratio<BigInt>

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impl NumOrd<Complex<f32>> for Ratio<isize>

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impl NumOrd<Ratio<u8>> for f64

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impl NumOrd<u32> for Ratio<i64>

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impl NumOrd<u16> for Ratio<u64>

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impl NumOrd<Ratio<u8>> for Ratio<i32>

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impl NumOrd<i64> for BigUint

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impl NumOrd<u64> for Complex64

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impl NumOrd<isize> for BigInt

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impl NumOrd<BigInt> for i128

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impl NumOrd<Ratio<u128>> for Ratio<i64>

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impl NumOrd<i8> for f32

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<f32> for u64

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impl NumOrd<Ratio<u8>> for i64

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impl NumOrd<Ratio<i32>> for Ratio<i8>

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impl NumOrd<i16> for u16

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impl NumOrd<Ratio<u128>> for u8

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impl NumOrd<Ratio<i8>> for i16

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impl NumOrd<i8> for Complex64

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<u16> for Ratio<i32>

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impl NumOrd<i128> for i128

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impl NumOrd<i32> for Ratio<BigUint>

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impl NumOrd<Ratio<i64>> for Ratio<i16>

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impl NumOrd<f32> for Ratio<i64>

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impl NumOrd<Ratio<i64>> for u16

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impl NumOrd<u8> for Ratio<BigInt>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<BigInt> for Ratio<u16>

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impl NumOrd<BigUint> for Ratio<u64>

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impl NumOrd<Ratio<i16>> for BigInt

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impl NumOrd<BigInt> for BigInt

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impl NumOrd<i16> for Ratio<isize>

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impl NumOrd<Ratio<BigUint>> for u16

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impl NumOrd<i64> for u16

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impl NumOrd<u128> for usize

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impl NumOrd<Ratio<i128>> for f64

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impl NumOrd<f64> for f64

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impl NumOrd<Ratio<BigUint>> for Ratio<i128>

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impl NumOrd<Ratio<i64>> for u32

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impl NumOrd<u8> for Ratio<i8>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<i32> for i8

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impl NumOrd<u8> for Ratio<i64>

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

source§

impl NumOrd<Ratio<i64>> for f64

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impl NumOrd<Ratio<i32>> for u8

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impl NumOrd<f64> for usize

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impl NumOrd<Ratio<u64>> for BigInt

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impl NumOrd<usize> for BigUint

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impl NumOrd<Ratio<u32>> for i128

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impl NumOrd<Ratio<BigUint>> for BigUint

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impl NumOrd<Ratio<BigUint>> for i32

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impl NumOrd<i16> for usize

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impl NumOrd<Complex<f64>> for Ratio<isize>

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impl NumOrd<Ratio<isize>> for Ratio<BigUint>

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impl NumOrd<i16> for Ratio<u64>

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impl NumOrd<u32> for f32

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impl NumOrd<f32> for Ratio<u128>

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impl NumOrd<f32> for usize

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impl NumOrd<Ratio<i32>> for i64

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impl NumOrd<isize> for u8

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impl NumOrd<u64> for i16

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impl NumOrd<Ratio<isize>> for i32

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impl NumOrd<usize> for Complex64

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impl NumOrd<Ratio<u128>> for Ratio<BigInt>

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impl NumOrd<u64> for BigUint

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impl NumOrd<i8> for u32

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

source§

impl NumOrd<Ratio<i128>> for Ratio<i32>

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impl NumOrd<BigInt> for Ratio<isize>

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impl NumOrd<Ratio<usize>> for Ratio<i128>

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impl NumOrd<Ratio<u64>> for Ratio<u64>

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impl NumOrd<Ratio<i128>> for Ratio<u8>

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impl NumOrd<Ratio<i32>> for u128

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impl NumOrd<BigUint> for BigUint

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impl NumOrd<Complex<f64>> for BigInt

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impl NumOrd<Ratio<i64>> for Ratio<u8>

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impl NumOrd<i16> for Complex64

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impl NumOrd<i64> for i16

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impl NumOrd<i8> for BigInt

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<u16> for Ratio<i64>

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impl NumOrd<Complex<f32>> for u128

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impl NumOrd<usize> for i32

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impl NumOrd<Complex<f64>> for f32

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impl NumOrd<Ratio<i32>> for f64

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impl NumOrd<Ratio<i128>> for Ratio<isize>

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impl NumOrd<i32> for Ratio<i128>

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impl NumOrd<Ratio<BigInt>> for BigUint

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impl NumOrd<u8> for usize

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<u128> for u8

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impl NumOrd<Ratio<u64>> for Ratio<i32>

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impl NumOrd<Ratio<i8>> for i64

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impl NumOrd<f64> for f32

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impl NumOrd<Ratio<i128>> for u128

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impl NumOrd<Ratio<u16>> for u16

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impl NumOrd<Ratio<u16>> for BigInt

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impl NumOrd<u64> for i128

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impl NumOrd<u16> for Ratio<BigInt>

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impl NumOrd<i64> for Ratio<u128>

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impl NumOrd<i16> for Ratio<BigInt>

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impl NumOrd<u64> for f64

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impl NumOrd<Ratio<u32>> for Ratio<BigUint>

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impl NumOrd<Ratio<i32>> for f32

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impl NumOrd<f64> for isize

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impl NumOrd<i32> for usize

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impl NumOrd<Ratio<BigInt>> for Ratio<u64>

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impl NumOrd<Complex<f32>> for Ratio<i8>

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impl NumOrd<Ratio<i32>> for Ratio<i16>

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impl NumOrd<Ratio<i8>> for Ratio<u128>

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impl NumOrd<u16> for Ratio<u128>

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impl NumOrd<Ratio<BigInt>> for Ratio<u32>

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impl NumOrd<i16> for Ratio<i32>

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impl NumOrd<Ratio<i16>> for f64

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impl NumOrd<u16> for Ratio<usize>

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impl NumOrd<i8> for BigUint

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<i16> for u8

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impl NumOrd<Ratio<u8>> for f32

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impl NumOrd<Complex<f64>> for usize

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impl NumOrd<Ratio<i64>> for Ratio<i32>

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impl NumOrd<i16> for Ratio<u32>

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impl NumOrd<Ratio<u128>> for f64

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impl NumOrd<Ratio<u64>> for i16

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impl NumOrd<i16> for Ratio<u128>

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impl NumOrd<Ratio<u64>> for Ratio<i64>

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impl NumOrd<Ratio<u16>> for Ratio<BigUint>

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impl NumOrd<Ratio<usize>> for isize

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impl NumOrd<Ratio<u128>> for Ratio<u128>

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impl NumOrd<Ratio<i16>> for usize

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impl NumOrd<i16> for Ratio<i8>

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impl NumOrd<Ratio<usize>> for Ratio<u32>

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impl NumOrd<Ratio<isize>> for Ratio<i32>

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impl NumOrd<i128> for f32

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impl NumOrd<Ratio<u128>> for i64

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impl NumOrd<Ratio<i8>> for Ratio<i8>

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impl NumOrd<Ratio<BigUint>> for i64

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impl NumOrd<Ratio<i128>> for u32

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impl NumOrd<Ratio<i16>> for u8

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impl NumOrd<f32> for f32

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impl NumOrd<i8> for f64

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<Ratio<usize>> for u32

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impl NumOrd<u64> for u128

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impl NumOrd<Ratio<BigInt>> for Ratio<BigUint>

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impl NumOrd<f64> for Ratio<i64>

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impl NumOrd<Ratio<u32>> for Ratio<u128>

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impl NumOrd<Ratio<u32>> for i8

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impl NumOrd<isize> for BigUint

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impl NumOrd<f32> for Ratio<usize>

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impl NumOrd<BigInt> for Ratio<u128>

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impl NumOrd<Ratio<BigInt>> for usize

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impl NumOrd<Ratio<i128>> for Ratio<u64>

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impl NumOrd<Ratio<u16>> for Ratio<i32>

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impl NumOrd<u16> for Ratio<i128>

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impl NumOrd<BigInt> for f32

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impl NumOrd<BigUint> for Ratio<i8>

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impl NumOrd<BigInt> for Ratio<usize>

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impl NumOrd<Ratio<isize>> for Ratio<i16>

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impl NumOrd<Ratio<BigInt>> for i16

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impl NumOrd<f64> for i128

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impl NumOrd<i8> for Ratio<i64>

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fn num_partial_cmp(&self, other: &i8) -> Option<Ordering>

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impl NumOrd<BigUint> for BigInt

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impl NumOrd<Ratio<i8>> for i8

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impl NumOrd<i128> for u32

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impl NumOrd<isize> for f64

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impl NumOrd<Ratio<u8>> for isize

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impl NumOrd<Ratio<i16>> for i16

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impl NumOrd<BigInt> for Ratio<i128>

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impl NumOrd<Ratio<u32>> for u8

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impl NumOrd<Ratio<BigUint>> for Ratio<u128>

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impl NumOrd<usize> for Ratio<usize>

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impl NumOrd<Complex<f64>> for Ratio<BigInt>

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impl NumOrd<u128> for f64

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impl NumOrd<Ratio<i32>> for i128

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impl NumOrd<u16> for Ratio<u8>

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impl NumOrd<Complex<f32>> for i8

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impl NumOrd<Ratio<i64>> for Ratio<i64>

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impl NumOrd<Ratio<u64>> for Ratio<BigUint>

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impl NumOrd<Ratio<u64>> for Ratio<i128>

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impl NumOrd<BigInt> for isize

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impl NumOrd<u128> for Ratio<u16>

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impl NumOrd<i128> for Ratio<i8>

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impl NumOrd<Ratio<u64>> for isize

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impl NumOrd<i64> for Ratio<usize>

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impl NumOrd<Ratio<BigUint>> for f32

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impl NumOrd<Ratio<i16>> for Ratio<i64>

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impl NumOrd<f32> for Ratio<u16>

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impl NumOrd<Ratio<BigUint>> for Complex32

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impl NumOrd<BigUint> for Ratio<u16>

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impl NumOrd<i16> for BigInt

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impl NumOrd<isize> for i64

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impl NumOrd<usize> for Ratio<u16>

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impl NumOrd<i32> for Ratio<i8>

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impl NumOrd<Ratio<isize>> for usize

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impl NumOrd<Ratio<u64>> for f64

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impl NumOrd<Ratio<isize>> for Ratio<BigInt>

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impl NumOrd<Ratio<u8>> for Ratio<u64>

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impl NumOrd<Ratio<u8>> for i8

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impl NumOrd<Ratio<BigUint>> for Ratio<usize>

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impl NumOrd<Complex<f32>> for f64

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impl NumOrd<Ratio<i64>> for Ratio<i128>

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impl NumOrd<u16> for Ratio<i8>

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impl NumOrd<Ratio<u32>> for Ratio<u8>

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impl NumOrd<Ratio<u128>> for Ratio<u8>

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impl NumOrd<i128> for Ratio<u32>

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impl NumOrd<u128> for Ratio<i128>

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impl NumOrd<u16> for u8

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impl NumOrd<Complex<f32>> for BigUint

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impl NumOrd<Ratio<u32>> for Ratio<u32>

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impl NumOrd<Ratio<BigInt>> for f64

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impl NumOrd<u32> for i8

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impl NumOrd<Ratio<u128>> for Ratio<i128>

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impl NumOrd<Ratio<u8>> for Ratio<u128>

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impl NumOrd<Ratio<u32>> for usize

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impl NumOrd<u64> for i64

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impl NumOrd<u32> for u16

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impl NumOrd<Ratio<i8>> for Ratio<u8>

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impl NumOrd<i128> for i32

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impl NumOrd<Ratio<u64>> for u16

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impl NumOrd<usize> for Ratio<i16>

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impl NumOrd<Complex<f64>> for u64

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impl NumOrd<u16> for Ratio<i16>

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impl NumOrd<Ratio<u128>> for BigInt

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impl NumOrd<Ratio<i32>> for Ratio<isize>

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impl NumOrd<Ratio<BigUint>> for Ratio<isize>

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impl NumOrd<Ratio<i16>> for Ratio<i128>

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impl NumOrd<u32> for i64

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impl NumOrd<Ratio<u32>> for Ratio<u16>

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impl NumOrd<Ratio<u8>> for Ratio<i64>

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impl NumOrd<usize> for i16

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impl NumOrd<Ratio<u16>> for Ratio<u128>

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impl NumOrd<Ratio<i64>> for Ratio<u64>

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impl NumOrd<u128> for Ratio<u8>

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impl NumOrd<Ratio<i8>> for Ratio<u64>

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impl NumOrd<Ratio<BigInt>> for Ratio<BigInt>

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impl NumOrd<BigUint> for i32

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impl NumOrd<Ratio<u8>> for Ratio<BigInt>

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impl NumOrd<Ratio<i16>> for isize

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impl NumOrd<Ratio<i64>> for u8

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impl NumOrd<Ratio<i16>> for Ratio<u128>

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impl NumOrd<Ratio<u8>> for u32

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impl NumOrd<Complex<f32>> for f32

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impl NumOrd<u8> for f32

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Ratio<i16>> for Ratio<BigUint>

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impl NumOrd<f64> for Ratio<u128>

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impl NumOrd<Complex<f32>> for u8

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impl NumOrd<Ratio<u32>> for Ratio<i16>

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impl NumOrd<BigUint> for i16

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impl NumOrd<isize> for Ratio<i8>

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impl NumOrd<u32> for Ratio<i8>

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impl NumOrd<usize> for Ratio<i32>

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impl NumOrd<isize> for u128

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impl NumOrd<BigUint> for i128

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impl NumOrd<Ratio<i8>> for Ratio<u32>

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impl NumOrd<Ratio<usize>> for Ratio<i16>

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impl NumOrd<Ratio<i64>> for i64

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impl NumOrd<Ratio<usize>> for Ratio<u8>

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impl NumOrd<i32> for f32

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impl NumOrd<Ratio<usize>> for Ratio<u16>

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impl NumOrd<Ratio<i16>> for u128

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impl NumOrd<Ratio<i32>> for Ratio<BigUint>

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impl NumOrd<u32> for isize

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impl NumOrd<i64> for Ratio<i64>

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impl NumOrd<i32> for Ratio<u64>

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impl NumOrd<Ratio<usize>> for BigUint

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impl NumOrd<Ratio<i8>> for u128

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impl NumOrd<Ratio<u32>> for i16

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impl NumOrd<u128> for Ratio<u64>

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impl NumOrd<Ratio<BigInt>> for u16

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impl NumOrd<u8> for i128

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fn num_partial_cmp(&self, other: &u8) -> Option<Ordering>

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impl NumOrd<Ratio<i64>> for Ratio<isize>

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impl NumOrd<Ratio<BigInt>> for u128

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impl NumOrd<usize> for Ratio<u64>

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impl NumOrd<i16> for Ratio<i128>

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impl NumOrd<Ratio<i16>> for Complex32

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impl NumOrd<f64> for i32

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impl NumOrd<usize> for Complex32

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impl NumOrd<f32> for Ratio<i16>

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impl NumOrd<isize> for Ratio<i16>

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impl NumOrd<Ratio<u64>> for usize

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impl NumOrd<i128> for BigInt

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impl NumOrd<Ratio<i32>> for Ratio<usize>

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impl NumOrd<Ratio<BigInt>> for Ratio<u16>

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impl NumOrd<i64> for BigInt

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impl NumOrd<i32> for Complex32

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impl NumOrd<Ratio<BigUint>> for usize

Implementors§