Module devela::ops

Available on crate feature ops only.

Operations, comparison, conversion, extends std::{cmp, convert, ops}.

Re-exports

• pub use cmp::all::*;
• pub use convert::all::*;

Modules

• cmp
  Comparing and ordering, extends std::cmp.
• convert
  Conversion, extends std::convert.

Structs

• Fpstd or libm
  Floating-point operations wrapper over std or libm.

Traits

• FloatExtstd or libm
  Extension trait for floating-point types.

Functions

• count_digits_base_i8
  Returns the number of digits of an i8 in the given positive base.
• count_digits_base_i16
  Returns the number of digits of an i16 in the given positive base.
• count_digits_base_i32
  Returns the number of digits of an i32 in the given positive base.
• count_digits_base_i64
  Returns the number of digits of an i64 in the given positive base.
• count_digits_base_i128
  Returns the number of digits of an i128 in the given positive base.
• count_digits_base_isize
  Returns the number of digits of an isize in the given positive base.
• count_digits_base_sign_i8
  Returns the number of digits of an i8 in the given positive base, plus the negative sign.
• count_digits_base_sign_i16
  Returns the number of digits of an i16 in the given positive base, plus the negative sign.
• count_digits_base_sign_i32
  Returns the number of digits of an i32 in the given positive base, plus the negative sign.
• count_digits_base_sign_i64
  Returns the number of digits of an i64 in the given positive base, plus the negative sign.
• count_digits_base_sign_i128
  Returns the number of digits of an i128 in the given positive base, plus the negative sign.
• count_digits_base_sign_isize
  Returns the number of digits of an isize in the given positive base, plus the negative sign.
• count_digits_base_u8
  Returns the number of digits of a u8 in the given base.
• count_digits_base_u16
  Returns the number of digits of a u16 in the given base.
• count_digits_base_u32
  Returns the number of digits of a u32 in the given base.
• count_digits_base_u64
  Returns the number of digits of a u64 in the given base.
• count_digits_base_u128
  Returns the number of digits of a u128 in the given base.
• count_digits_base_usize
  Returns the number of digits of a usize in the given base.
• count_digits_i8
  Returns the number of digits of an i8 in base 10.
• count_digits_i16
  Returns the number of digits of an i16 in base 10.
• count_digits_i32
  Returns the number of digits of an i32 in base 10.
• count_digits_i64
  Returns the number of digits of an i64 in base 10.
• count_digits_i128
  Returns the number of digits of an i128 in base 10.
• count_digits_isize
  Returns the number of digits of an isize in base 10.
• count_digits_sign_i8
  Returns the number of digits of an i8 in base 10, plus the negative sign.
• count_digits_sign_i16
  Returns the number of digits of an i16 in base 10, plus the negative sign.
• count_digits_sign_i32
  Returns the number of digits of an i32 in base 10, plus the negative sign.
• count_digits_sign_i64
  Returns the number of digits of an i64 in base 10, plus the negative sign.
• count_digits_sign_i128
  Returns the number of digits of an i128 in base 10, plus the negative sign.
• count_digits_sign_isize
  Returns the number of digits of an isize in base 10, plus the negative sign.
• count_digits_u8
  Returns the number of digits of a u8 in base 10.
• count_digits_u16
  Returns the number of digits of a u16 in base 10.
• count_digits_u32
  Returns the number of digits of a u32 in base 10.
• count_digits_u64
  Returns the number of digits of a u64 in base 10.
• count_digits_u128
  Returns the number of digits of a u128 in base 10.
• count_digits_usize
  Returns the number of digits of a usize in base 10.
• digital_root_base_i8
  Returns the digital root of an i8 in the given positive base.
• digital_root_base_i16
  Returns the digital root of an i16 in the given positive base.
• digital_root_base_i32
  Returns the digital root of an i32 in the given positive base.
• digital_root_base_i64
  Returns the digital root of an i64 in the given positive base.
• digital_root_base_i128
  Returns the digital root of an i128 in the given positive base.
• digital_root_base_isize
  Returns the digital root of an isize in the given positive base.
• digital_root_base_u8
  Returns the digital root of a u8 in the given base.
• digital_root_base_u16
  Returns the digital root of a u16 in the given base.
• digital_root_base_u32
  Returns the digital root of a u32 in the given base.
• digital_root_base_u64
  Returns the digital root of a u64 in the given base.
• digital_root_base_u128
  Returns the digital root of a u128 in the given base.
• digital_root_base_usize
  Returns the digital root of a usize in the given base.
• digital_root_i8
  Returns the digital root of an i8 in base 10.
• digital_root_i16
  Returns the digital root of an i16 in base 10.
• digital_root_i32
  Returns the digital root of an i32 in base 10.
• digital_root_i64
  Returns the digital root of an i64 in base 10.
• digital_root_i128
  Returns the digital root of an i128 in base 10.
• digital_root_isize
  Returns the digital root of an isize in base 10.
• digital_root_u8
  Returns the digital root of a u8 in base 10.
• digital_root_u16
  Returns the digital root of a u16 in base 10.
• digital_root_u32
  Returns the digital root of a u32 in base 10.
• digital_root_u64
  Returns the digital root of a u64 in base 10.
• digital_root_u128
  Returns the digital root of a u128 in base 10.
• digital_root_usize
  Returns the digital root of a usize in base 10.
• div_ceil_i8
  Returns an i8 quotient, rounding the result towards positive infinity.
• div_ceil_i16
  Returns an i16 quotient, rounding the result towards positive infinity.
• div_ceil_i32
  Returns an i32 quotient, rounding the result towards positive infinity.
• div_ceil_i64
  Returns an i64 quotient, rounding the result towards positive infinity.
• div_ceil_i128
  Returns an i128 quotient, rounding the result towards positive infinity.
• div_ceil_isize
  Returns an isize quotient, rounding the result towards positive infinity.
• div_ceil_u8
  Returns an u8 quotient, rounding the result towards positive infinity.
• div_ceil_u16
  Returns an u16 quotient, rounding the result towards positive infinity.
• div_ceil_u32
  Returns an u32 quotient, rounding the result towards positive infinity.
• div_ceil_u64
  Returns an u64 quotient, rounding the result towards positive infinity.
• div_ceil_u128
  Returns an u128 quotient, rounding the result towards positive infinity.
• div_ceil_usize
  Returns an usize quotient, rounding the result towards positive infinity.
• div_floor_i8
  Returns an i8 quotient, rounding the result towards negative infinity.
• div_floor_i16
  Returns an i16 quotient, rounding the result towards negative infinity.
• div_floor_i32
  Returns an i32 quotient, rounding the result towards negative infinity.
• div_floor_i64
  Returns an i64 quotient, rounding the result towards negative infinity.
• div_floor_i128
  Returns an i128 quotient, rounding the result towards negative infinity.
• div_floor_isize
  Returns an isize quotient, rounding the result towards negative infinity.
• div_floor_u8
  Returns a u8 quotient, rounding the result towards negative infinity.
• div_floor_u16
  Returns a u16 quotient, rounding the result towards negative infinity.
• div_floor_u32
  Returns a u32 quotient, rounding the result towards negative infinity.
• div_floor_u64
  Returns a u64 quotient, rounding the result towards negative infinity.
• div_floor_u128
  Returns a u128 quotient, rounding the result towards negative infinity.
• div_floor_usize
  Returns a usize quotient, rounding the result towards negative infinity.
• div_half_away_i8
  Returns an i8 quotient, rounding half away from zero.
• div_half_away_i16
  Returns an i16 quotient, rounding half away from zero.
• div_half_away_i32
  Returns an i32 quotient, rounding half away from zero.
• div_half_away_i64
  Returns an i64 quotient, rounding half away from zero.
• div_half_away_i128
  Returns an i128 quotient, rounding half away from zero.
• div_half_away_isize
  Returns an isize quotient, rounding half away from zero.
• div_half_away_u8
  Returns a u8 quotient, rounding half away from zero.
• div_half_away_u16
  Returns a u16 quotient, rounding half away from zero.
• div_half_away_u32
  Returns a u32 quotient, rounding half away from zero.
• div_half_away_u64
  Returns a u64 quotient, rounding half away from zero.
• div_half_away_u128
  Returns a u128 quotient, rounding half away from zero.
• div_half_away_usize
  Returns a usize quotient, rounding half away from zero.
• div_half_even_i8
  Returns an i8 quotient, rounding half to the nearest odd number.
• div_half_even_i16
  Returns an i16 quotient, rounding half to the nearest odd number.
• div_half_even_i32
  Returns an i32 quotient, rounding half to the nearest odd number.
• div_half_even_i64
  Returns an i64 quotient, rounding half to the nearest odd number.
• div_half_even_i128
  Returns an i128 quotient, rounding half to the nearest odd number.
• div_half_even_isize
  Returns an isize quotient, rounding half to the nearest odd number.
• div_half_even_u8
  Returns a u8 quotient, rounding half to the nearest even number.
• div_half_even_u16
  Returns a u16 quotient, rounding half to the nearest even number.
• div_half_even_u32
  Returns a u32 quotient, rounding half to the nearest even number.
• div_half_even_u64
  Returns a u64 quotient, rounding half to the nearest even number.
• div_half_even_u128
  Returns a u128 quotient, rounding half to the nearest even number.
• div_half_even_usize
  Returns a usize quotient, rounding half to the nearest even number.
• div_half_odd_i8
  Returns an i8 quotient, rounding half to the nearest odd number.
• div_half_odd_i16
  Returns an i16 quotient, rounding half to the nearest odd number.
• div_half_odd_i32
  Returns an i32 quotient, rounding half to the nearest odd number.
• div_half_odd_i64
  Returns an i64 quotient, rounding half to the nearest odd number.
• div_half_odd_i128
  Returns an i128 quotient, rounding half to the nearest odd number.
• div_half_odd_isize
  Returns an isize quotient, rounding half to the nearest odd number.
• div_half_odd_u8
  Returns a u8 quotient, rounding half to the nearest odd number.
• div_half_odd_u16
  Returns a u16 quotient, rounding half to the nearest odd number.
• div_half_odd_u32
  Returns a u32 quotient, rounding half to the nearest odd number.
• div_half_odd_u64
  Returns a u64 quotient, rounding half to the nearest odd number.
• div_half_odd_u128
  Returns a u128 quotient, rounding half to the nearest odd number.
• div_half_odd_usize
  Returns a usize quotient, rounding half to the nearest odd number.
• div_half_towards_i8
  Returns an i8 quotient, rounding half towards zero.
• div_half_towards_i16
  Returns an i16 quotient, rounding half towards zero.
• div_half_towards_i32
  Returns an i32 quotient, rounding half towards zero.
• div_half_towards_i64
  Returns an i64 quotient, rounding half towards zero.
• div_half_towards_i128
  Returns an i128 quotient, rounding half towards zero.
• div_half_towards_isize
  Returns an isize quotient, rounding half towards zero.
• div_half_towards_u8
  Returns a u8 quotient, rounding half towards from zero.
• div_half_towards_u16
  Returns a u16 quotient, rounding half towards from zero.
• div_half_towards_u32
  Returns a u32 quotient, rounding half towards from zero.
• div_half_towards_u64
  Returns a u64 quotient, rounding half towards from zero.
• div_half_towards_u128
  Returns a u128 quotient, rounding half towards from zero.
• div_half_towards_usize
  Returns a usize quotient, rounding half towards from zero.
• div_rem_i8
  Returns an i8 truncated quotient, and the remainder.
• div_rem_i16
  Returns an i16 truncated quotient, and the remainder.
• div_rem_i32
  Returns an i32 truncated quotient, and the remainder.
• div_rem_i64
  Returns an i64 truncated quotient, and the remainder.
• div_rem_i128
  Returns an i128 truncated quotient, and the remainder.
• div_rem_isize
  Returns an isize truncated quotient, and the remainder.
• div_rem_u8
  Returns a u8 truncated quotient, and the remainder.
• div_rem_u16
  Returns a u16 truncated quotient, and the remainder.
• div_rem_u32
  Returns a u32 truncated quotient, and the remainder.
• div_rem_u64
  Returns a u64 truncated quotient, and the remainder.
• div_rem_u128
  Returns a u128 truncated quotient, and the remainder.
• div_rem_usize
  Returns a usize truncated quotient, and the remainder.
• factors_i8alloc
  Returns the factors of an i8 (including 1 and itself).
• factors_i8_buf
  Writes the factors of an i8 in fbuf, and the unique prime factors in upfbuf.
• factors_i16alloc
  Returns the factors of an i16 (including 1 and itself).
• factors_i16_buf
  Writes the factors of an i16 in fbuf, and the unique prime factors in upfbuf.
• factors_i32alloc
  Returns the factors of an i32 (including 1 and itself).
• factors_i32_buf
  Writes the factors of an i32 in fbuf, and the unique prime factors in upfbuf.
• factors_i64alloc
  Returns the factors of an i64 (including 1 and itself).
• factors_i64_buf
  Writes the factors of an i64 in fbuf, and the unique prime factors in upfbuf.
• factors_i128alloc
  Returns the factors of an i128 (including 1 and itself).
• factors_i128_buf
  Writes the factors of an i128 in fbuf, and the unique prime factors in upfbuf.
• factors_isizealloc
  Returns the factors of an isize (including 1 and itself).
• factors_isize_buf
  Writes the factors of an isize in fbuf, and the unique prime factors in upfbuf.
• factors_prime_i8alloc
  Returns the prime factors of an i8.
• factors_prime_i8_buf
  Writes the prime factors of an i8 in the given buffer.
• factors_prime_i16alloc
  Returns the prime factors of an i16.
• factors_prime_i16_buf
  Writes the prime factors of an i16 in the given buffer.
• factors_prime_i32alloc
  Returns the prime factors of an i32.
• factors_prime_i32_buf
  Writes the prime factors of an i32 in the given buffer.
• factors_prime_i64alloc
  Returns the prime factors of an i64.
• factors_prime_i64_buf
  Writes the prime factors of an i64 in the given buffer.
• factors_prime_i128alloc
  Returns the prime factors of an i128.
• factors_prime_i128_buf
  Writes the prime factors of an i128 in the given buffer.
• factors_prime_isizealloc
  Returns the prime factors of an isize.
• factors_prime_isize_buf
  Writes the prime factors of an isize in the given buffer.
• factors_prime_u8alloc
  Returns the prime factors of a u8.
• factors_prime_u8_buf
  Writes the prime factors of a u8 in the given buffer.
• factors_prime_u16alloc
  Returns the prime factors of a u16.
• factors_prime_u16_buf
  Writes the prime factors of a u16 in the given buffer.
• factors_prime_u32alloc
  Returns the prime factors of a u32.
• factors_prime_u32_buf
  Writes the prime factors of a u32 in the given buffer.
• factors_prime_u64alloc
  Returns the prime factors of a u64.
• factors_prime_u64_buf
  Writes the prime factors of a u64 in the given buffer.
• factors_prime_u128alloc
  Returns the prime factors of a u128.
• factors_prime_u128_buf
  Writes the prime factors of a u128 in the given buffer.
• factors_prime_unique_i8alloc
  Returns the unique prime factors of an i8.
• factors_prime_unique_i8_buf
  Writes the prime factors of an i8 in the given buffer.
• factors_prime_unique_i16alloc
  Returns the unique prime factors of an i16.
• factors_prime_unique_i16_buf
  Writes the prime factors of an i16 in the given buffer.
• factors_prime_unique_i32alloc
  Returns the unique prime factors of an i32.
• factors_prime_unique_i32_buf
  Writes the prime factors of an i32 in the given buffer.
• factors_prime_unique_i64alloc
  Returns the unique prime factors of an i64.
• factors_prime_unique_i64_buf
  Writes the prime factors of an i64 in the given buffer.
• factors_prime_unique_i128alloc
  Returns the unique prime factors of an i128.
• factors_prime_unique_i128_buf
  Writes the prime factors of an i128 in the given buffer.
• factors_prime_unique_isizealloc
  Returns the unique prime factors of an isize.
• factors_prime_unique_isize_buf
  Writes the prime factors of an isize in the given buffer.
• factors_prime_unique_plus_i8_buf
  Writes the prime factors of an i8 in pfbuf, and the unique prime factors in upfbuf.
• factors_prime_unique_plus_i16_buf
  Writes the prime factors of an i16 in pfbuf, and the unique prime factors in upfbuf.
• factors_prime_unique_plus_i32_buf
  Writes the prime factors of an i32 in pfbuf, and the unique prime factors in upfbuf.
• factors_prime_unique_plus_i64_buf
  Writes the prime factors of an i64 in pfbuf, and the unique prime factors in upfbuf.
• factors_prime_unique_plus_i128_buf
  Writes the prime factors of an i128 in pfbuf, and the unique prime factors in upfbuf.
• factors_prime_unique_plus_isize_buf
  Writes the prime factors of an isize in pfbuf, and the unique prime factors in upfbuf.
• factors_prime_unique_plus_u8_buf
  Writes the prime factors of a u8 in pfbuf, and the unique factors in upfbuf.
• factors_prime_unique_plus_u16_buf
  Writes the prime factors of a u16 in pfbuf, and the unique factors in upfbuf.
• factors_prime_unique_plus_u32_buf
  Writes the prime factors of a u32 in pfbuf, and the unique factors in upfbuf.
• factors_prime_unique_plus_u64_buf
  Writes the prime factors of a u64 in pfbuf, and the unique factors in upfbuf.
• factors_prime_unique_plus_u128_buf
  Writes the prime factors of a u128 in pfbuf, and the unique factors in upfbuf.
• factors_prime_unique_plus_usize_buf
  Writes the prime factors of a usize in pfbuf, and the unique factors in upfbuf.
• factors_prime_unique_u8alloc
  Returns the unique prime factors of a u8.
• factors_prime_unique_u8_buf
  Writes the prime factors of a u8 in the given buffer.
• factors_prime_unique_u16alloc
  Returns the unique prime factors of a u16.
• factors_prime_unique_u16_buf
  Writes the prime factors of a u16 in the given buffer.
• factors_prime_unique_u32alloc
  Returns the unique prime factors of a u32.
• factors_prime_unique_u32_buf
  Writes the prime factors of a u32 in the given buffer.
• factors_prime_unique_u64alloc
  Returns the unique prime factors of a u64.
• factors_prime_unique_u64_buf
  Writes the prime factors of a u64 in the given buffer.
• factors_prime_unique_u128alloc
  Returns the unique prime factors of a u128.
• factors_prime_unique_u128_buf
  Writes the prime factors of a u128 in the given buffer.
• factors_prime_unique_usizealloc
  Returns the unique prime factors of a usize.
• factors_prime_unique_usize_buf
  Writes the prime factors of a usize in the given buffer.
• factors_prime_usizealloc
  Returns the prime factors of a usize.
• factors_prime_usize_buf
  Writes the prime factors of a usize in the given buffer.
• factors_proper_i8alloc
  Returns the proper factors of an i8.
• factors_proper_i8_buf
  Writes the proper factors of an i8 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_i16alloc
  Returns the proper factors of an i16.
• factors_proper_i16_buf
  Writes the proper factors of an i16 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_i32alloc
  Returns the proper factors of an i32.
• factors_proper_i32_buf
  Writes the proper factors of an i32 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_i64alloc
  Returns the proper factors of an i64.
• factors_proper_i64_buf
  Writes the proper factors of an i64 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_i128alloc
  Returns the proper factors of an i128.
• factors_proper_i128_buf
  Writes the proper factors of an i128 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_isizealloc
  Returns the proper factors of an isize.
• factors_proper_isize_buf
  Writes the proper factors of an isize in fbuf, and the unique prime factors in upfbuf.
• factors_proper_u8alloc
  Returns the proper factors of a u8.
• factors_proper_u8_buf
  Writes the proper factors of a u8 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_u16alloc
  Returns the proper factors of a u16.
• factors_proper_u16_buf
  Writes the proper factors of a u16 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_u32alloc
  Returns the proper factors of a u32.
• factors_proper_u32_buf
  Writes the proper factors of a u32 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_u64alloc
  Returns the proper factors of a u64.
• factors_proper_u64_buf
  Writes the proper factors of a u64 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_u128alloc
  Returns the proper factors of a u128.
• factors_proper_u128_buf
  Writes the proper factors of a u128 in fbuf, and the unique prime factors in upfbuf.
• factors_proper_usizealloc
  Returns the proper factors of a usize.
• factors_proper_usize_buf
  Writes the proper factors of a usize in fbuf, and the unique prime factors in upfbuf.
• factors_u8alloc
  Returns the factors of a u8 (including 1 and itself).
• factors_u8_buf
  Writes the factors of a u8 in fbuf, and the unique prime factors in upfbuf.
• factors_u16alloc
  Returns the factors of a u16 (including 1 and itself).
• factors_u16_buf
  Writes the factors of a u16 in fbuf, and the unique prime factors in upfbuf.
• factors_u32alloc
  Returns the factors of a u32 (including 1 and itself).
• factors_u32_buf
  Writes the factors of a u32 in fbuf, and the unique prime factors in upfbuf.
• factors_u64alloc
  Returns the factors of a u64 (including 1 and itself).
• factors_u64_buf
  Writes the factors of a u64 in fbuf, and the unique prime factors in upfbuf.
• factors_u128alloc
  Returns the factors of a u128 (including 1 and itself).
• factors_u128_buf
  Writes the factors of a u128 in fbuf, and the unique prime factors in upfbuf.
• factors_usizealloc
  Returns the factors of a usize (including 1 and itself).
• factors_usize_buf
  Writes the factors of a usize in fbuf, and the unique prime factors in upfbuf.
• gcd_ext_euc_i8
  Returns the GCD of two i8, and the Bézout coeficients.
• gcd_ext_euc_i16
  Returns the GCD of two i16, and the Bézout coeficients.
• gcd_ext_euc_i32
  Returns the GCD of two i32, and the Bézout coeficients.
• gcd_ext_euc_i64
  Returns the GCD of two i64, and the Bézout coeficients.
• gcd_ext_euc_i128
  Returns the GCD of two i128, and the Bézout coeficients.
• gcd_ext_euc_isize
  Returns the GCD of two isize, and the Bézout coeficients.
• gcd_ext_i8
  Returns the GCD of two i8, and the Bézout coeficients.
• gcd_ext_i16
  Returns the GCD of two i16, and the Bézout coeficients.
• gcd_ext_i32
  Returns the GCD of two i32, and the Bézout coeficients.
• gcd_ext_i64
  Returns the GCD of two i64, and the Bézout coeficients.
• gcd_ext_i128
  Returns the GCD of two i128, and the Bézout coeficients.
• gcd_ext_isize
  Returns the GCD of two isize, and the Bézout coeficients.
• gcd_i8
  Returns the GCD of two i8.
• gcd_i16
  Returns the GCD of two i16.
• gcd_i32
  Returns the GCD of two i32.
• gcd_i64
  Returns the GCD of two i64.
• gcd_i128
  Returns the GCD of two i128.
• gcd_isize
  Returns the GCD of two isize.
• gcd_u8
  Returns the GCD of two u8.
• gcd_u16
  Returns the GCD of two u16.
• gcd_u32
  Returns the GCD of two u32.
• gcd_u64
  Returns the GCD of two u64.
• gcd_u128
  Returns the GCD of two u128.
• gcd_usize
  Returns the GCD of two usize.
• lcm_i8
  Returns the LCM of two i8.
• lcm_i16
  Returns the LCM of two i16.
• lcm_i32
  Returns the LCM of two i32.
• lcm_i64
  Returns the LCM of two i64.
• lcm_i128
  Returns the LCM of two i128.
• lcm_isize
  Returns the LCM of two isize.
• lcm_u8
  Returns the LCM of two u8.
• lcm_u16
  Returns the LCM of two u16.
• lcm_u32
  Returns the LCM of two u32.
• lcm_u64
  Returns the LCM of two u64.
• lcm_u128
  Returns the LCM of two u128.
• lcm_usize
  Returns the LCM of two usize.
• lerp_f32
  Returns an interpolated f32 in [a..=b] with a pct in [0..=1].
• lerp_f64
  Returns an interpolated f64 in [a..=b] with a pct in [0..=1].
• lerp_fsize
  Returns an interpolated fsize in [a..=b] with a pct in [0..=1].
• lerp_i8
  Returns an interpolated i8 in [a..=b] with an f32 pct in [0..=1].
• lerp_i16
  Returns an interpolated i16 in [a..=b] with an f32 pct in [0..=1].
• lerp_i32
  Returns an interpolated i32 in [a..=b] with an f32 pct in [0..=1].
• lerp_i64
  Returns an interpolated i64 in [a..=b] with an f64 pct in [0..=1].
• lerp_i128
  Returns an interpolated i128 in [a..=b] with an f64 pct in [0..=1].
• lerp_isize
  Returns an interpolated isize in [a..=b] with an fsize pct in [0..=1].
• lerp_u8
  Returns an interpolated u8 in [a..=b] with an f32 pct in [0..=1].
• lerp_u16
  Returns an interpolated u16 in [a..=b] with an f32 pct in [0..=1].
• lerp_u32
  Returns an interpolated u32 in [a..=b] with an f32 pct in [0..=1].
• lerp_u64
  Returns an interpolated u64 in [a..=b] with an f64 pct in [0..=1].
• lerp_u128
  Returns an interpolated u128 in [a..=b] with an f64 pct in [0..=1].
• lerp_usize
  Returns an interpolated usize in [a..=b] with an fsize pct in [0..=1].
• scale_f32
  Returns a scaled f32 value in [min..=max] to a new range [a..=b].
• scale_f64
  Returns a scaled f64 value in [min..=max] to a new range [a..=b].
• scale_fsize
  Returns a scaled fsize value in [min..=max] to a new range [a..=b].
• scale_i8
  Returns a scaled i8 value in [min..=max] to a new range [a..=b].
• scale_i16
  Returns a scaled i16 value in [min..=max] to a new range [a..=b].
• scale_i32
  Returns a scaled i32 value in [min..=max] to a new range [a..=b].
• scale_i64
  Returns a scaled i64 value in [min..=max] to a new range [a..=b].
• scale_i128
  Returns a scaled i128 value in [min..=max] to a new range [a..=b].
• scale_isize
  Returns a scaled isize value in [min..=max] to a new range [a..=b].
• scale_u8
  Returns a scaled u8 value in [min..=max] to a new range [a..=b].
• scale_u16
  Returns a scaled u16 value in [min..=max] to a new range [a..=b].
• scale_u32
  Returns a scaled u32 value in [min..=max] to a new range [a..=b].
• scale_u64
  Returns a scaled u64 value in [min..=max] to a new range [a..=b].
• scale_u128
  Returns a scaled u128 value in [min..=max] to a new range [a..=b].
• scale_usize
  Returns a scaled usize value in [min..=max] to a new range [a..=b].
• sort_bubble
  Sorts a slice using bubble sort.
• sort_bubble_i8
  Returns a copied sorted array of i8 using bubble sort.
• sort_bubble_i16
  Returns a copied sorted array of i16 using bubble sort.
• sort_bubble_i32
  Returns a copied sorted array of i32 using bubble sort.
• sort_bubble_i64
  Returns a copied sorted array of i64 using bubble sort.
• sort_bubble_i128
  Returns a copied sorted array of i128 using bubble sort.
• sort_bubble_isize
  Returns a copied sorted array of isize using bubble sort.
• sort_bubble_u8
  Returns a copied sorted array of u8 using bubble sort.
• sort_bubble_u16
  Returns a copied sorted array of u16 using bubble sort.
• sort_bubble_u32
  Returns a copied sorted array of u32 using bubble sort.
• sort_bubble_u64
  Returns a copied sorted array of u64 using bubble sort.
• sort_bubble_u128
  Returns a copied sorted array of u128 using bubble sort.
• sort_bubble_usize
  Returns a copied sorted array of usize using bubble sort.
• sort_countingalloc
  Sorts a slice using counting sort, and returns the ordered frequencies.
• sort_counting_buf
  Sorts a slice using counting sort, and writes the frequencies, without allocating.
• sort_insertion
  Sorts a slice using insertion sort.
• sort_insertion_i8
  Returns a copied sorted array of i8 using insertion sort.
• sort_insertion_i16
  Returns a copied sorted array of i16 using insertion sort.
• sort_insertion_i32
  Returns a copied sorted array of i32 using insertion sort.
• sort_insertion_i64
  Returns a copied sorted array of i64 using insertion sort.
• sort_insertion_i128
  Returns a copied sorted array of i128 using insertion sort.
• sort_insertion_isize
  Returns a copied sorted array of isize using insertion sort.
• sort_insertion_u8
  Returns a copied sorted array of u8 using insertion sort.
• sort_insertion_u16
  Returns a copied sorted array of u16 using insertion sort.
• sort_insertion_u32
  Returns a copied sorted array of u32 using insertion sort.
• sort_insertion_u64
  Returns a copied sorted array of u64 using insertion sort.
• sort_insertion_u128
  Returns a copied sorted array of u128 using insertion sort.
• sort_insertion_usize
  Returns a copied sorted array of usize using insertion sort.
• sort_mergealloc
  Sorts a slice using merge sort.
• sort_quick_3way
  Sorts a slice using quick sort with the Three way partition scheme.
• sort_quick_hoare
  Sorts a slice using quick sort with the Hoare partition scheme.
• sort_quick_lomuto
  Sorts a slice using quick sort with the Lomuto partition scheme.
• sort_selection
  Sorts a slice using selection sort.
• sort_selection_i8
  Returns a copied sorted array of i8 using selection sort.
• sort_selection_i16
  Returns a copied sorted array of i16 using selection sort.
• sort_selection_i32
  Returns a copied sorted array of i32 using selection sort.
• sort_selection_i64
  Returns a copied sorted array of i64 using selection sort.
• sort_selection_i128
  Returns a copied sorted array of i128 using selection sort.
• sort_selection_isize
  Returns a copied sorted array of isize using selection sort.
• sort_selection_u8
  Returns a copied sorted array of u8 using selection sort.
• sort_selection_u16
  Returns a copied sorted array of u16 using selection sort.
• sort_selection_u32
  Returns a copied sorted array of u32 using selection sort.
• sort_selection_u64
  Returns a copied sorted array of u64 using selection sort.
• sort_selection_u128
  Returns a copied sorted array of u128 using selection sort.
• sort_selection_usize
  Returns a copied sorted array of usize using selection sort.
• sort_shaker
  Sorts a slice using shaker sort.
• sqrt_ceil_i8
  Returns an i8 ceiled integer square root.
• sqrt_ceil_i16
  Returns an i16 ceiled integer square root.
• sqrt_ceil_i32
  Returns an i32 ceiled integer square root.
• sqrt_ceil_i64
  Returns an i64 ceiled integer square root.
• sqrt_ceil_i128
  Returns an i128 ceiled integer square root.
• sqrt_ceil_isize
  Returns an isize ceiled integer square root.
• sqrt_ceil_u8
  Returns an u8 ceiled integer square root.
• sqrt_ceil_u16
  Returns an u16 ceiled integer square root.
• sqrt_ceil_u32
  Returns an u32 ceiled integer square root.
• sqrt_ceil_u64
  Returns an u64 ceiled integer square root.
• sqrt_ceil_u128
  Returns an u128 ceiled integer square root.
• sqrt_ceil_usize
  Returns an usize ceiled integer square root.
• sqrt_floor_i8
  Returns an i8 floored integer square root.
• sqrt_floor_i16
  Returns an i16 floored integer square root.
• sqrt_floor_i32
  Returns an i32 floored integer square root.
• sqrt_floor_i64
  Returns an i64 floored integer square root.
• sqrt_floor_i128
  Returns an i128 floored integer square root.
• sqrt_floor_isize
  Returns an isize floored integer square root.
• sqrt_floor_u8
  Returns a u8 floored integer square root.
• sqrt_floor_u16
  Returns a u16 floored integer square root.
• sqrt_floor_u32
  Returns a u32 floored integer square root.
• sqrt_floor_u64
  Returns a u64 floored integer square root.
• sqrt_floor_u128
  Returns a u128 floored integer square root.
• sqrt_floor_usize
  Returns a usize floored integer square root.
• sqrt_round_i8
  Returns an i8 rounded integer square root.
• sqrt_round_i16
  Returns an i16 rounded integer square root.
• sqrt_round_i32
  Returns an i32 rounded integer square root.
• sqrt_round_i64
  Returns an i64 rounded integer square root.
• sqrt_round_i128
  Returns an i128 rounded integer square root.
• sqrt_round_isize
  Returns an isize rounded integer square root.
• sqrt_round_u8
  Returns an u8 rounded integer square root.
• sqrt_round_u16
  Returns an u16 rounded integer square root.
• sqrt_round_u32
  Returns an u32 rounded integer square root.
• sqrt_round_u64
  Returns an u64 rounded integer square root.
• sqrt_round_u128
  Returns an u128 rounded integer square root.
• sqrt_round_usize
  Returns an usize rounded integer square root.
• square_is_i8
  Returns true if an i8 is a perfect square.
• square_is_i16
  Returns true if an i16 is a perfect square.
• square_is_i32
  Returns true if an i32 is a perfect square.
• square_is_i64
  Returns true if an i64 is a perfect square.
• square_is_i128
  Returns true if an i128 is a perfect square.
• square_is_isize
  Returns true if an isize is a perfect square.
• square_is_u8
  Returns true if a u8 is a perfect square.
• square_is_u16
  Returns true if a u16 is a perfect square.
• square_is_u32
  Returns true if a u32 is a perfect square.
• square_is_u64
  Returns true if a u64 is a perfect square.
• square_is_u128
  Returns true if a u128 is a perfect square.
• square_is_usize
  Returns true if a usize is a perfect square.