import sys
input = sys.stdin.readline

from random import randint

R=[randint(1,10**10) for i in range(151)]
R2=[randint(1,10**10) for i in range(151)]
R3=[randint(1,10**10) for i in range(151)]

ANS=[]

X=list(input().strip())
X=[ord(x)-96 for x in X]
Y=list(input().strip())
Y=[ord(x)-96 for x in Y]
Z=list(input().strip())
Z=[ord(x)-96 for x in Z]

def calc1(i,j,k):
    now=1
    ANS=0
    ANS2=0
    ANS3=0
    now=0
    for a in range(i):
        ANS^=X[a]*R[now]
        ANS2^=X[a]*R2[now]
        ANS3^=X[a]*R3[now]
        now+=1
    for a in range(j):
        ANS^=Y[a]*R[now]
        ANS2^=Y[a]*R2[now]
        ANS3^=Y[a]*R3[now]
        now+=1
    for a in range(k):
        ANS^=Z[a]*R[now]
        ANS2^=Z[a]*R2[now]
        ANS3^=Z[a]*R3[now]
        
        now+=1
    return ANS*ANS2*ANS3
def calc2(i,j,k):
    now=1
    ANS=0
    ANS2=0
    ANS3=0
    now=0
    for a in range(i):
        ANS^=X[a]*R[now]
        ANS2^=X[a]*R2[now]
        ANS3^=X[a]*R3[now]
        now+=1
    for a in range(k):
        ANS^=Z[a]*R[now]
        ANS2^=Z[a]*R2[now]
        ANS3^=Z[a]*R3[now]
        now+=1
    for a in range(j):
        ANS^=Y[a]*R[now]
        ANS2^=Y[a]*R2[now]
        ANS3^=Y[a]*R3[now]
        now+=1

    return ANS*ANS2*ANS3
def calc3(i,j,k):
    now=1
    ANS=0
    ANS2=0
    ANS3=0
    now=0
    for a in range(j):
        ANS^=Y[a]*R[now]
        ANS2^=Y[a]*R2[now]
        ANS3^=Y[a]*R3[now]
        now+=1
    for a in range(i):
        ANS^=X[a]*R[now]
        ANS2^=X[a]*R2[now]
        ANS3^=X[a]*R3[now]
        now+=1
    for a in range(k):
        ANS^=Z[a]*R[now]
        ANS2^=Z[a]*R2[now]
        ANS3^=Z[a]*R3[now]
        now+=1
    return ANS*ANS2*ANS3
def calc4(i,j,k):
    now=1
    ANS=0
    ANS2=0
    ANS3=0
    now=0
    for a in range(j):
        ANS^=Y[a]*R[now]
        ANS2^=Y[a]*R2[now]
        ANS3^=Y[a]*R3[now]
        now+=1
    for a in range(k):
        ANS^=Z[a]*R[now]
        ANS2^=Z[a]*R2[now]
        ANS3^=Z[a]*R3[now]
        now+=1
    for a in range(i):
        ANS^=X[a]*R[now]
        ANS2^=X[a]*R2[now]
        ANS3^=X[a]*R3[now]
        now+=1

    return ANS*ANS2*ANS3
def calc5(i,j,k):
    now=1
    ANS=0
    ANS2=0
    ANS3=0
    now=0
    for a in range(k):
        ANS^=Z[a]*R[now]
        ANS2^=Z[a]*R2[now]
        ANS3^=Z[a]*R3[now]
        now+=1
    for a in range(i):
        ANS^=X[a]*R[now]
        ANS2^=X[a]*R2[now]
        ANS3^=X[a]*R3[now]
        now+=1
    for a in range(j):
        ANS^=Y[a]*R[now]
        ANS2^=Y[a]*R2[now]
        ANS3^=Y[a]*R3[now]
        now+=1

    return ANS*ANS2*ANS3
def calc6(i,j,k):
    now=1
    ANS=0
    ANS2=0
    ANS3=0
    now=0
    for a in range(k):
        ANS^=Z[a]*R[now]
        ANS2^=Z[a]*R2[now]
        ANS3^=Z[a]*R3[now]
        now+=1
    for a in range(j):
        ANS^=Y[a]*R[now]
        ANS2^=Y[a]*R2[now]
        ANS3^=Y[a]*R3[now]
        now+=1
    for a in range(i):
        ANS^=X[a]*R[now]
        ANS2^=X[a]*R2[now]
        ANS3^=X[a]*R3[now]
        now+=1


    return ANS*ANS2*ANS3

for i in range(len(X)):
    for j in range(len(Y)):
        for k in range(len(Z)):
            ANS.append(calc1(i+1,j+1,k+1))
            ANS.append(calc2(i+1,j+1,k+1))
            ANS.append(calc3(i+1,j+1,k+1))
            ANS.append(calc4(i+1,j+1,k+1))
            ANS.append(calc5(i+1,j+1,k+1))
            ANS.append(calc6(i+1,j+1,k+1))
            #print(ANS)

print(len(set(ANS)))