package main

import . "fmt"

type Mat struct {
	a,b int
	c,d int
}

func (m1 *Mat) MulMat(m2 *Mat, k int) *Mat {
	return &Mat{
		a: ((m1.a*m2.a)%k + (m1.b*m2.c)%k)%k,
		b: ((m1.a*m2.b)%k + (m1.b*m2.d)%k)%k,
		c: ((m1.c*m2.a)%k + (m1.d*m2.c)%k)%k,
		d: ((m1.c*m2.b)%k + (m1.d*m2.d)%k)%k,
	}
}

func (m1 *Mat) Eq(m2 *Mat) bool {
	return m1.a==m2.a&&m1.b==m2.b&&m1.c==m2.c&&m1.d==m2.d
}

const p = 67

func main() {
	var A,B Mat
	Scan(&A.a,&A.b,&A.c,&A.d,&B.a,&B.b,&B.c,&B.d)
	
	for a:=0; a < p; a++ {
		for b:=0; b<p; b++ {
			for c:=0; c<p; c++ {
				for d:=0; d<p; d++ {
					if (a*d-b*c)%p == 0 {
						continue
					}
					P := &Mat{ a, b, c, d }
					if P.MulMat(&A,p).Eq(B.MulMat(P,p)) {
						Println("Yes")
						return
					}
				}
			}
		}
	}
	Println("No")
}