in1=open('in19_3.txt','r+')
out1=open('out_23_19_3.txt','w+')
matrix1=[]
matrix2=[]
i=2
temp=[0]*100
top=-1
x=0
def goback(m,n):
    global matrix2
    global i
    global top
    global temp
    k=matrix2[m][n]
    c=k%10
    k=k/10
    i-=1
    top+=1
    temp[top]=m*10+n
    putnext(k,c)
def putzero():
    global matrix1
    global matrix2
    global i
    global top
    global temp
    while top!=-1:
        k=temp[top]
        c=k%10
        k=k/10
        matrix1[k][c]=0
        matrix2[k][c]=0
        top-=1
    return 1

def putnext(m,n):
    global x
    global i
    global matrix1
    global matrix2
    global top
    if i==54:
        x=1
        return 1
    if((m-1)>=0 and (m-1)<8 and (n-2)<8 and (n-2)>=0 and matrix1[m-1][n-2]==0):
        matrix1[m-1][n-2]=i
        matrix2[m-1][n-2]=m*10+n
        i+=1
        if(top!=-1):
            putzero()
        putnext(m-1,n-2)
    elif((m-1)<8 and (m-1)>=0 and (n+2)<8 and matrix1[m-1][n+2]==0):
        matrix1[m-1][n+2]=i
        matrix2[m-1][n+2]=m*10+n
        i+=1
        if(top!=-1):
            putzero()
        putnext(m-1,n+2)
    elif((m+1)<8 and (n-2)<8 and (n-2)>=0 and matrix1[m+1][n-2]==0):
        matrix1[m+1][n-2]=i
        matrix2[m+1][n-2]=m*10+n
        i+=1
        if(top!=-1):
            putzero()
        putnext(m+1,n-2)
    elif((m+1)<8 and (n+2)<8 and matrix1[m+1][n+2]==0):
        matrix1[m+1][n+2]=i
        matrix2[m+1][n+2]=m*10+n
        i+=1
        if(top!=-1):
            putzero()
        putnext(m+1,n+2)
    elif((m-2)>=0 and (m-2)<8 and (n-1)<8 and (n-1)>=0 and matrix1[m-2][n-1]==0):
        matrix1[m-2][n-1]=i
        matrix2[m-2][n-1]=m*10+n
        i+=1
        if(top!=-1):
            putzero()
        putnext(m-2,n-1)
    elif((m-2)<8 and (m-2)>=0 and (n+1)<8 and n+1>=0 and matrix1[m-2][n+1]==0):
        matrix1[m-2][n+1]=i
        matrix2[m-2][n+1]=m*10+n
        i+=1
        if(top!=-1):
            putzero()
        putnext(m-2,n+1)
    elif((m+2)<8 and (n-1)<8 and (n-1)>=0 and matrix1[m+2][n-1]==0):
        matrix1[m+2][n-1]=i
        matrix2[m+2][n-1]=m*10+n
        i+=1
        if(top!=-1):
            putzero()
        putnext(m+2,n-1)
    elif((m+2)<8 and (n+1)<8 and matrix1[m+2][n+1]==0):
        matrix1[m+2][n+1]=i
        matrix2[m+2][n+1]=m*10+n
        i+=1
        if(top!=-1):
            putzero()
        putnext(m+2,n+1)
    else:
        goback(m,n)
def matrics(m,n):
    global matrix1
    global matrix2
    for i in range(m):
        matrix1.append([])
        matrix2.append([])
    for i in range(m):
        for j in range(n):
            matrix1[i].append(0)
            matrix2[i].append(0)
count=0
for row in input:
    if count==0:
        list=row.split(",")
        rows=int(list[0])
        cols=int(list[1])
        if rows==cols:
            matrics(rows,cols)
        else:
            print " rows and cols are not equal"
    else:
        list1=row.split(",")
        m=int(list1[0])
        n=int(list1[1])
    count+=1
matrix1[m][n]=1
matrix2[m][n]=1
t=putnext(m,n)
if x==1:
    for j in range(rows):
        for k in range(cols):
            output.write(str(matrix1[j][k])+"\t")
        output.write("\n")
in1.close()
out1.close()