Enum Modulo998244353 

pub enum Modulo998244353 {}

Implementations

impl Modulo998244353

fn rem(x: u64) -> u64

impl Modulo998244353

unsafe fn add_scaled_avx2(x: &mut [MInt<Self>], y: &[MInt<Self>], a: u32)

unsafe fn add_scaled_avx512(x: &mut [MInt<Self>], y: &[MInt<Self>], a: u32)

unsafe fn dot_product_avx2(x: &[MInt<Self>], y: &[MInt<Self>]) -> u32

unsafe fn dot_product_avx512(x: &[MInt<Self>], y: &[MInt<Self>]) -> u32

Trait Implementations

impl MIntBase for Modulo998244353

type Inner = u32

fn get_mod() -> Self::Inner

fn mod_zero() -> Self::Inner

fn mod_one() -> Self::Inner

fn mod_add(x: Self::Inner, y: Self::Inner) -> Self::Inner

fn mod_sub(x: Self::Inner, y: Self::Inner) -> Self::Inner

fn mod_mul(x: Self::Inner, y: Self::Inner) -> Self::Inner

fn mod_div(x: Self::Inner, y: Self::Inner) -> Self::Inner

fn mod_neg(x: Self::Inner) -> Self::Inner

fn mod_inv(x: Self::Inner) -> Self::Inner

fn mod_pow(x: Self::Inner, y: usize) -> Self::Inner

fn mod_inner(x: Self::Inner) -> Self::Inner

impl MIntConvert<i32> for Modulo998244353

fn from(x: i32) -> Self::Inner

fn into(x: Self::Inner) -> i32

fn mod_into() -> i32

impl MIntConvert<i64> for Modulo998244353

fn from(x: i64) -> Self::Inner

fn into(x: Self::Inner) -> i64

fn mod_into() -> i64

impl MIntConvert<i128> for Modulo998244353

fn from(x: i128) -> Self::Inner

fn into(x: Self::Inner) -> i128

fn mod_into() -> i128

impl MIntConvert<isize> for Modulo998244353

fn from(x: isize) -> Self::Inner

fn into(x: Self::Inner) -> isize

fn mod_into() -> isize

impl MIntConvert<u32> for Modulo998244353

fn from(x: u32) -> Self::Inner

fn into(x: Self::Inner) -> u32

fn mod_into() -> u32

impl MIntConvert<u64> for Modulo998244353

fn from(x: u64) -> Self::Inner

fn into(x: Self::Inner) -> u64

fn mod_into() -> u64

impl MIntConvert<u128> for Modulo998244353

fn from(x: u128) -> Self::Inner

fn into(x: Self::Inner) -> u128

fn mod_into() -> u128

impl MIntConvert<usize> for Modulo998244353

fn from(x: usize) -> Self::Inner

fn into(x: Self::Inner) -> usize

fn mod_into() -> usize

impl MIntDotProduct for Modulo998244353

fn try_matrix_product( _a: &[Vec<MInt<Self>>], _b: &[Vec<MInt<Self>>], ) -> Option<Vec<Vec<MInt<Self>>>>

fn dot_product(x: &[MInt<Self>], y: &[MInt<Self>]) -> MInt<Self>

fn add_scaled_assign(x: &mut [MInt<Self>], y: &[MInt<Self>], a: &MInt<Self>)