({'62_2_G1_2': {6230174921: {1148201: ('x = [int(e) for e in input().split()]\nk=int(input())\ny=[]\nc=1\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        c+=1\n    else:\n        y.append(x[i])\n        y.append(c)\n        c=1\ny.append(x[-1])\ny.append(c)\nz=[]\nfor i in range(1,len(y),2):\n    if y[i]<k:\n        z.append(y[i-1]*y[i])\nprint(sum(z))\n    ', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=[]\nD=1\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  D+=1\n else:\n  C.append(A[E])\n  C.append(D)\n  D=1\nC.append(A[-1])\nC.append(D)\nF=[]\nfor E in range(1,len(C),2):\n if C[E]<B:\n  F.append(C[E-1]*C[E])\nprint(sum(F))\n')}, 6230177821: {1148319: ('import math\nx = [int(e) for e in input().split()]\nk = int(input())\nnum = 0\ncount = 1\nfor i in range(len(x)-1):\n    if(x[i] == x[i+1] )and x[i]!=0:\n        count += 1\n    else:\n        \n        if(count>=k):\n            x = x[:num:] + [0]*count + x[num+count::]\n        num = i+1\n        count = 1\n    n = len(x)\n    if(count>=k) and i == len(x)-2:\n            x = x[:num:] + [0]*count + x[num+count::]\n        \nprint(sum(x))', 'import math\nA=[int(e)for e in input().split()]\nB=int(input())\nC=0\nD=1\nfor E in range(len(A)-1):\n if(A[E]==A[E+1])and A[E]!=0:\n  D+=1\n else:\n  if(D>=B):\n   A=A[:C:]+[0]*D+A[C+D::]\n  C=E+1\n  D=1\n F=len(A)\n if(D>=B)and E==len(A)-2:\n  A=A[:C:]+[0]*D+A[C+D::]\nprint(sum(A))\n')}, 6230179021: {1148014: ("data=input().split()\nsame=int(input())\nplus=0\nb=0\nfor i in range(len(data)) :\n    data[i]=int(data[i])\ndata.append('?')\ncount=1\nfor i in range(len(data)-1) :\n    if data[i]==data[i+1] :\n        count+=1\n        b=data[i]\n    else :\n        if count>=same :\n            plus+=b*count\n            count=1\n    if data[i]!=data[i+1] :\n        count=1\nprint(sum(data[0:-1:1])-plus)\n        \n\n", "A=input().split()\nB=int(input())\nC=0\nD=0\nfor E in range(len(A)):\n A[E]=int(A[E])\nA.append('?')\nF=1\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  F+=1\n  D=A[E]\n else:\n  if F>=B:\n   C+=D*F\n   F=1\n if A[E]!=A[E+1]:\n  F=1\nprint(sum(A[0:-1:1])-C)\n")}, 6230184121: {1146741: ('x = [int(e) for e in input().split()]\nn = int(input())\ncount = 1\nd = []\nfor i in range(len(x)-1) :\n    if x[i] == x[i+1] :\n        count +=1\n    else :\n        d += [x[i]]+[count]\n        count = 1\nd += [x[-1]]+[count]\nfinal = []\nfor e in range(1,len(d),2) :\n    if d[e] < n :\n        final += [d[e-1]*d[e]]\nprint(sum(final))', 'A=[int(G)for G in input().split()]\nB=int(input())\nC=1\nD=[]\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n else:\n  D+=[A[E]]+[C]\n  C=1\nD+=[A[-1]]+[C]\nF=[]\nfor G in range(1,len(D),2):\n if D[G]<B:\n  F+=[D[G-1]*D[G]]\nprint(sum(F))\n')}, 6230185821: {1146762: ('x = [int(e) for e in input().split()]\nz = x+[""]\nk = input()\nc = 1\ny = []\nd = 0\n\nfor i in range(0,len(x)):\n    if z[i]==z[i+1]:\n        c +=1\n    else:\n        if c < int(k):\n            y.append(x[i]*c)\n        c = 1\nfor i in range(len(y)):\n    d += y[i]\nprint(d)', 'A=[int(e)for e in input().split()]\nB=A+[""]\nC=input()\nD=1\nE=[]\nF=0\nfor G in range(0,len(A)):\n if B[G]==B[G+1]:\n  D+=1\n else:\n  if D<int(C):\n   E.append(A[G]*D)\n  D=1\nfor G in range(len(E)):\n F+=E[G]\nprint(F)\n')}, 6230189321: {1146944: ('x = [int(e) for e in input().split()] \nk = int(input())\nn = len(x)\np = 1\ncount1 = 1\ncount2 = 0\nA = [x[0]]\nB = [1]\nwhile(True):\n    if count1 >= n:\n        break\n    if x[count1] == x[count1-1]:\n        p += 1\n    elif x [count1] != x[count1-1]:\n        p = 1\n    A.append(x[count1])\n    B.append(p)\n    count1 +=1\nwhile(True):\n    if count2 == len(B):\n        break\n    if B[count2] >= k :\n        A[count2-B[count2]+1:count2+1]=[0]*B[count2]\n    count2 +=1\nprint (sum(A))', 'G=[int(e)for e in input().split()]\nH=int(input())\nC=len(G)\nD=1\nE=1\nF=0\nG=[G[0]]\nH=[1]\nwhile(True):\n if E>=C:\n  break\n if G[E]==G[E-1]:\n  D+=1\n elif G[E]!=G[E-1]:\n  D=1\n G.append(G[E])\n H.append(D)\n E+=1\nwhile(True):\n if F==len(H):\n  break\n if H[F]>=H:\n  G[F-H[F]+1:F+1]=[0]*H[F]\n F+=1\nprint(sum(G))\n')}, 6230190921: {1146816: ('x=[int(e) for e in input().split()]\nk=int(input())\ncount=0\nindex=x[0]\nsumdif=0\nfor i in range(len(x)):\n    if x[i]==index:\n        count+=1\n        if i==len(x)-1 and count>=k:\n            sumdif+=index*count\n    else:\n        if count>=k:\n            sumdif+=index*count\n        count=1\n    index=x[i]\ns=sum(x)\nprint(s-sumdif)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nD=A[0]\nE=0\nfor F in range(len(A)):\n if A[F]==D:\n  C+=1\n  if F==len(A)-1 and C>=B:\n   E+=D*C\n else:\n  if C>=B:\n   E+=D*C\n  C=1\n D=A[F]\nG=sum(A)\nprint(G-E)\n')}, 6230197321: {1146993: ("x = [int(e) for e in input().split()]\nk= int(input())\nrow=0\ncount=1\ny=''\nstart=x[0]\nfor i in range(1,len(x)):\n    if x[i]==x[i-1]:\n        count+=1\n    else:\n        start=x[i-1]\n        y+= str(start)+' '+str(count)+' '\n        count=1\ny+=str(x[-1])+' '+str(count)+' '\ny=y.split()\n\nsum = 0\nfor i in range(0,len(y),2):\n    if int(y[i+1])<k:\n        sum+=int(y[i+1])*int(y[i])\n\nprint(sum)", "A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nD=1\nE=''\nF=A[0]\nfor G in range(1,len(A)):\n if A[G]==A[G-1]:\n  D+=1\n else:\n  F=A[G-1]\n  E+=str(F)+' '+str(D)+' '\n  D=1\nE+=str(A[-1])+' '+str(D)+' '\nE=E.split()\nsum=0\nfor G in range(0,len(E),2):\n if int(E[G+1])<B:\n  sum+=int(E[G+1])*int(E[G])\nprint(sum)\n")}, 6230204021: {1148265: ('x=[int(e) for e in input().split()]\nx=x+[x[-1]-1]\nk=int(input())\na=[]\nb=[]\na.append(x[0])\nc=1\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        c+=1\n    else:\n        a.append(x[i+1])\n        b.append(c)\n        c=1\nif len(a)!=len(b):\n    a=a[0:len(a)-1:]\nfor i in range(len(a)):\n    if b[i]>=k:\n        a[i]=0\nsum=0\nfor i in range(len(a)):\n    sum+=(a[i]*b[i])\nprint(sum)', 'A=[int(e)for e in input().split()]\nA=A+[A[-1]-1]\nB=int(input())\nC=[]\nD=[]\nC.append(A[0])\nE=1\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  E+=1\n else:\n  C.append(A[F+1])\n  D.append(E)\n  E=1\nif len(C)!=len(D):\n C=C[0:len(C)-1:]\nfor F in range(len(C)):\n if D[F]>=B:\n  C[F]=0\nsum=0\nfor F in range(len(C)):\n sum+=(C[F]*D[F])\nprint(sum)\n')}, 6230205721: {1148122: ('x = [int(e) for e in input().split()]\nk = int(input())\nsep = []\nt = [x[0]]\nfor i in range(1,len(x)):\n    if x[i] == x[i-1]:\n        t.append(x[i])\n    else:\n        sep.append(t)\n        t = [x[i]]\nsep.append(t)\ni = 0\nwhile i < len(sep):\n    if len(sep[i]) >= k:\n        sep.pop(i)\n        i -= 1\n    i += 1\nss = 0\nfor i in sep:\n    ss += sum(i)\nprint(ss)\n\n    \n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=[]\nD=[A[0]]\nfor E in range(1,len(A)):\n if A[E]==A[E-1]:\n  D.append(A[E])\n else:\n  C.append(D)\n  D=[A[E]]\nC.append(D)\nE=0\nwhile E<len(C):\n if len(C[E])>=B:\n  C.pop(E)\n  E-=1\n E+=1\nF=0\nfor E in C:\n F+=sum(E)\nprint(F)\n')}, 6230207021: {1146582: ('a = [int(ggwp) for ggwp in input().split()]\nk = int(input())\nwow=[0 for i in range(1005)]\nwow[0],wow[1] =a[0],1\nn=0\nfor i in a[1:]:\n    if(i==wow[2*n]):\n        wow[2*n+1]+=1\n    else:\n        n+=1\n        wow[2*n]=i\n        wow[2*n+1]=1\nans=0\nfor i in range(n+1):\n    if(wow[2*i+1]<k):\n        ans+=wow[2*i]*wow[2*i+1]\nprint(ans)\n    \n', 'A=[int(ggwp)for ggwp in input().split()]\nB=int(input())\nC=[0 for E in range(1005)]\nC[0],C[1]=A[0],1\nD=0\nfor E in A[1:]:\n if(E==C[2*D]):\n  C[2*D+1]+=1\n else:\n  D+=1\n  C[2*D]=E\n  C[2*D+1]=1\nF=0\nfor E in range(D+1):\n if(C[2*E+1]<B):\n  F+=C[2*E]*C[2*E+1]\nprint(F)\n')}, 6230212021: {1146665: ('x=[int(e) for e in input().split()]\nk=int(input())\ncheck=x[0]\ncount=0\nanswer=[]\nsum=0\nfor i in range(len(x)):\n    if x[i]==check:\n       count+=1\n    else:\n        answer.append([count,check])\n        count=1\n        check=x[i]\nanswer.append([count,check])\nfor e in answer:\n    if e[0]<k:\n        sum+=e[0]*e[1]\nprint(sum)\n\n', 'A=[int(G)for G in input().split()]\nB=int(input())\nC=A[0]\nD=0\nE=[]\nsum=0\nfor F in range(len(A)):\n if A[F]==C:\n  D+=1\n else:\n  E.append([D,C])\n  D=1\n  C=A[F]\nE.append([D,C])\nfor G in E:\n if G[0]<B:\n  sum+=G[0]*G[1]\nprint(sum)\n')}, 6230214321: {1146697: ("n = input().split()\nk = int(input())\nc = ''\nc += n[0]\n\nx = 0\nfor i in range(len(n)) :\n    if n[i]==c :\n        x += 1\n    elif n[i]!=c :\n        x = 1\n        c = n[i]\n    \n    if x>=k :\n        for j in range(x) :\n            n[i-j] = 0\ns = 0\nfor i in n :\n    s += int(i)\n\nprint(s)\n", "A=input().split()\nB=int(input())\nC=''\nC+=A[0]\nD=0\nfor E in range(len(A)):\n if A[E]==C:\n  D+=1\n elif A[E]!=C:\n  D=1\n  C=A[E]\n if D>=B:\n  for F in range(D):\n   A[E-F]=0\nG=0\nfor E in A:\n G+=int(E)\nprint(G)\n")}, 6230215021: {1147961: ('x = [e for e in input().split()]\nk=int(input())\nx.append("@")\nc=1\nT=0\nfor i in range(0,len(x)-1):\n    if x[i]==x[i+1]:\n            c+=1\n    else:\n        if c>=k:\n            T+=c*int(x[i])\n        c=1\nfor i in range(len(x)-1):\n    x[i]=int(x[i])\nsummer=sum(x[:-1])\nprint(summer-T)\n    \n', 'A=[e for e in input().split()]\nB=int(input())\nA.append("@")\nC=1\nD=0\nfor E in range(0,len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n else:\n  if C>=B:\n   D+=C*int(A[E])\n  C=1\nfor E in range(len(A)-1):\n A[E]=int(A[E])\nF=sum(A[:-1])\nprint(F-D)\n')}, 6230218921: {1146649: ('a = [int(e) for e in input().split()]\nb = int(input())\nsum = 0\nn = 1\nt = ""\ncheck = True\nfor e in a :\n    if e == t :\n        n += 1\n    if e !=  t :\n        check = True\n        t = e\n        n = 1\n    if check == True:\n        sum += e\n    if n>= b and check == True :\n        sum -= e*b\n        check = False\nprint(sum)\n', 'A=[int(F)for F in input().split()]\nB=int(input())\nsum=0\nC=1\nD=""\nE=True\nfor F in A:\n if F==D:\n  C+=1\n if F!= D:\n  E=True\n  D=F\n  C=1\n if E==True:\n  sum+=F\n if C>=B and E==True:\n  sum-=F*B\n  E=False\nprint(sum)\n')}, 6230225221: {1148302: ("x = [int(e) for e in input().split()]\nk = int(input())\ni = 0\nres = ''\nc = 1\nwhile i < len(x):\n    if i == len(x)-1:\n        res += str(x[i])+ ' ' +  str(c) + ' '\n        break\n    if x[i] == x[i+1]:\n        c += 1\n    if x[i] != x[i+1]:\n        res += str(x[i])+' '+ str(c) + ' '\n        c = 1    \n    i += 1\nres = res.split()\nresult = 0\nfor e in range(0,len(res),2):\n    if int(res[e+1]) < k:\n        result += int(res[e])*int(res[e+1])\nprint(result)\n\n", "A=[int(G)for G in input().split()]\nB=int(input())\nC=0\nD=''\nE=1\nwhile C<len(A):\n if C==len(A)-1:\n  D+=str(A[C])+' '+ str(E)+' '\n  break\n if A[C]==A[C+1]:\n  E+=1\n if A[C]!=A[C+1]:\n  D+=str(A[C])+' '+str(E)+' '\n  E=1 \n C+=1\nD=D.split()\nF=0\nfor G in range(0,len(D),2):\n if int(D[G+1])<B:\n  F+=int(D[G])*int(D[G+1])\nprint(F)\n")}, 6230227521: {1148336: ('s = input().split()\nk = int(input())\ntotal = 0\ncount = 1\nr = \'\'\nr += s[0]\nfor i in range(len(s)-1):\n    if s[i] == s[i+1]:\n        count += 1\n    else:\n        r += " " + str(count) + " " + s[i+1]\n        count = 1\n    con = r + " " + str(count)\nNEW = con.split()\n\nfor j in range(0,len(NEW),2):\n    if int(NEW[j+1]) >= k:\n        total += 0\n    else:\n        total += int(NEW[j])*int(NEW[j+1])\nprint(total)\n\n', 'A=input().split()\nB=int(input())\nC=0\nD=1\nE=\'\'\nE+=A[0]\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  D+=1\n else:\n  E+=" "+str(D)+" "+A[F+1]\n  D=1\n G=E+" "+str(D)\nH=G.split()\nfor I in range(0,len(H),2):\n if int(H[I+1])>=B:\n  C+=0\n else:\n  C+=int(H[I])*int(H[I+1])\nprint(C)\n')}, 6230228121: {1146753: ('x = [int(e) for e in input().split()] + [0]\nk = int(input())\nnew_list = []\ncounter = 1\nfor i in range(len(x)):\n    if i!=0:\n        if x[i] == x[i-1]:\n            counter += 1\n        else:\n            if counter < k:\n                new_list.append(x[i-1]*counter)\n            counter = 1\n    \nprint(sum(new_list))', 'A=[int(e)for e in input().split()]+[0]\nB=int(input())\nC=[]\nD=1\nfor E in range(len(A)):\n if E!=0:\n  if A[E]==A[E-1]:\n   D+=1\n  else:\n   if D<B:\n    C.append(A[E-1]*D)\n   D=1\nprint(sum(C))\n')}, 6230237821: {1148409: ('x=input().split()+[1001]\nk=int(input())\nc=1\nsum=0\nfor h in range(len(x)-1):\n    sum+=int(x[h])\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        c+=1\n    else:\n        if c<k:\n            c=1\n        else :\n            sum=sum-(int(x[i])*(c))\n            c=1\nprint(sum)', 'A=input().split()+[1001]\nB=int(input())\nC=1\nsum=0\nfor D in range(len(A)-1):\n sum+=int(A[D])\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n else:\n  if C<B:\n   C=1\n  else:\n   sum=sum-(int(A[E])*(C))\n   C=1\nprint(sum)\n')}, 6230241221: {1147303: ('x = [int(e) for e in input().split()]\nk = int(input())\nm = 0\na = 1\nb = ""\nfor i in range(len(x)-1)     :\n    if x[i] == x[i+1] :\n        a = a + 1\n    else :\n        b = b +" "+ str(x[i])+" " +str(a)\n        a = 1\nc = b+" "+str(x[-1])+" "+str(a)\nd = c.split()\nfor i in range(0,len(d),2):\n    if int(d[i+1])< k :\n        m = m + int(d[i])*int(d[i+1])\nprint(str(m))\n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nD=1\nE=""\nfor F in range(len(A)-1) :\n if A[F]==A[F+1]:\n  D=D+1\n else:\n  E=E+" "+str(A[F])+" "+str(D)\n  D=1\nG=E+" "+str(A[-1])+" "+str(D)\nH=G.split()\nfor F in range(0,len(H),2):\n if int(H[F+1])<B:\n  C=C+int(H[F])*int(H[F+1])\nprint(str(C))\n')}, 6230242921: {1146773: ('x = input().split()\nk = int(input())\nfor e in range(len(x)):\n    x[e] = int(x[e])\nct = 1\ncha = []\nnumcha = []\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        ct += 1\n    else:\n        cha.append(x[i])\n        numcha.append(ct) \n        ct -= ct-1\n\ncha.append(x[-1])\nnumcha.append(ct)\nans = sum(x)\n\nfor i in range(len(numcha)):\n    if numcha[i] >= k:\n        ans -= numcha[i]*cha[i]\n        \n\nprint(ans)', 'A=input().split()\nB=int(input())\nfor C in range(len(A)):\n A[C]=int(A[C])\nD=1\nE=[]\nF=[]\nfor G in range(len(A)-1):\n if A[G]==A[G+1]:\n  D+=1\n else:\n  E.append(A[G])\n  F.append(D)\n  D-=D-1\nE.append(A[-1])\nF.append(D)\nH=sum(A)\nfor G in range(len(F)):\n if F[G]>=B:\n  H-=F[G]*E[G]\nprint(H)\n')}, 6230244121: {1146772: ('x = [int(e) for e in input().split()]+[0]\nk = int(input())\nc = 0\nt = []\ny = 0\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        c+=1\n    else:\n        c+=1\n        if c<k:\n            t +=[int(x[i])*c]    \n        c = 0\nfor i in range(len(t)):\n    y+=t[i]\nprint(y)\n\n    \n\n\n        \n    \n    \n        \n        \n        \n\n\n        \n    \n    \n', 'A=[int(e)for e in input().split()]+[0]\nB=int(input())\nC=0\nD=[]\nE=0\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  C+=1\n else:\n  C+=1\n  if C<B:\n   D+=[int(A[F])*C] \n  C=0\nfor F in range(len(D)):\n E+=D[F]\nprint(E)\n')}, 6230250921: {1148462: ('x = [int(e) for e in input().split()]\nk=int(input())\ni=0\nsum=0\nwhile i<len(x)-1:\n    j=0\n    a=0\n    if x[i]==x[i+1]:\n        j=1\n    while x[i]==x[i+1]:\n        j+=1\n        i+=1\n        a+=int(x[i])\n        if i>=len(x)-1:\n            break\n    if j==0:\n        sum+=int(x[i])\n        i+=1\n    elif j<k:\n        sum+=a\n    else:\n        i+=1\n    a=0\n\nif x[-1]!=x[-2]:\n    sum+=int(x[-1])\nelif x[-1]==x[-2] and j<k:\n    sum+=int(x[-1])\n\nprint(sum)\n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nsum=0\nwhile C<len(A)-1:\n D=0\n E=0\n if A[C]==A[C+1]:\n  D=1\n while A[C]==A[C+1]:\n  D+=1\n  C+=1\n  E+=int(A[C])\n  if C>=len(A)-1:\n   break\n if D==0:\n  sum+=int(A[C])\n  C+=1\n elif D<B:\n  sum+=E\n else:\n  C+=1\n E=0\nif A[-1]!=A[-2]:\n sum+=int(A[-1])\nelif A[-1]==A[-2]and D<B:\n sum+=int(A[-1])\nprint(sum)\n')}, 6230253821: {1148298: ('x = [int(e) for e in input().split()]\nk = int(input())\ns=0 #sum\ncount=1\nfor i in range(len(x)) :\n    if (i+1)<len(x) :\n        if x[i]==x[i+1] :\n            count+=1\n        else :\n            if count<k :\n                s+=(x[i]*count)\n            count=1\n    else :\n        if x[i]!=x[i-1] or count<k :\n            s+=(x[i]*count)\nprint(s)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=0 \nD=1\nfor E in range(len(A)):\n if(E+1)<len(A):\n  if A[E]==A[E+1]:\n   D+=1\n  else:\n   if D<B:\n    C+=(A[E]*D)\n   D=1\n else:\n  if A[E]!=A[E-1]or D<B:\n   C+=(A[E]*D)\nprint(C)\n')}, 6230254421: {1148124: ('x = input().split()\nk = int(input())\nc =1\ny = 0\nfor i in range (len(x)-1) :\n    if x[i] == x[i+1] :\n        c+=1\n        \n    else:\n        if c<k:\n            y += c*int(x[i])\n        c = 1\nif  c<k :\n    y += c*int(x[-1])\n\n        \nprint(y)', 'A=input().split()\nB=int(input())\nC=1\nD=0\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n else:\n  if C<B:\n   D+=C*int(A[E])\n  C=1\nif C<B:\n D+=C*int(A[-1])\nprint(D)\n')}, 6230261821: {1146948: ('x = [int(e) for e in input().split()]\nx.append(x[-1]-1)\nk = int(input())\nn = 1\nd = []\ns1 = 0\ns2 = 0\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        n += 1\n    elif n >= k:\n        d += [x[i-1]]*n\n        n = 1\n    else:\n        n = 1\nprint(sum(x)-x[-1]-sum(d))', 'A=[int(e)for e in input().split()]\nA.append(A[-1]-1)\nB=int(input())\nC=1\nD=[]\nE=0\nF=0\nfor G in range(len(A)-1):\n if A[G]==A[G+1]:\n  C+=1\n elif C>=B:\n  D+=[A[G-1]]*C\n  C=1\n else:\n  C=1\nprint(sum(A)-A[-1]-sum(D))\n')}, 6230264721: {1148477: ('y = str(input())\nx = y.split()\nz = y.split()\nk = int(input())\ncheck = x[0]\nn = 1\nc = 0\nfor i in range(1,len(x)):\n    if check==x[i] and c==0:\n        n+=1\n    elif check==x[i] and c==1:\n        n+=1\n    else:\n        c = 0\n        n = 1\n    if n>=k:\n        l = i-(k-1)\n        for j in range (0,k):\n            z[l] = 0\n            l += 1\n        c = 1\n    check = x[i]\nout = 0\nfor m in range(0,len(x)):\n    out += int(z[m])\nprint(out)', 'A=str(input())\nB=A.split()\nC=A.split()\nD=int(input())\nE=B[0]\nF=1\nG=0\nfor H in range(1,len(B)):\n if E==B[H]and G==0:\n  F+=1\n elif E==B[H]and G==1:\n  F+=1\n else:\n  G=0\n  F=1\n if F>=D:\n  I=H-(D-1)\n  for J in range(0,D):\n   C[I]=0\n   I+=1\n  G=1\n E=B[H]\nK=0\nfor L in range(0,len(B)):\n K+=int(C[L])\nprint(K)\n')}, 6230267621: {1147012: ('x = [int(e) for e in input().split()]\nx += [" "]\nk = int(input())\nn = 1\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        n += 1\n    elif n >= k:\n        x[i:i-n+1:-1] = [0]*(n-1)\n        x[i-n+1] = 0\n        n = 1\n    elif x[i] != x[i+1]:\n        n = 1\nx = x[0:-1]\nprint(sum(x))', 'A=[int(e)for e in input().split()]\nA+=[" "]\nB=int(input())\nC=1\nfor D in range(len(A)-1):\n if A[D]==A[D+1]:\n  C+=1\n elif C>=B:\n  A[D:D-C+1:-1]=[0]*(C-1)\n  A[D-C+1]=0\n  C=1\n elif A[D]!=A[D+1]:\n  C=1\nA=A[0:-1]\nprint(sum(A))\n')}, 6230268221: {1146890: ("x = input().split()\nk = int(input())\ni=0\nw=''\no=0\nwow = int(x[0])\nfor e in range(len(x)):\n    if int(x[e]) == wow:\n        i+=1\n    else :\n        w+= str(wow)+' '+str(i)+' '\n        wow = int(x[e])\n        i=1\nw+= str(wow)+' '+str(i)\nj = w.split()\nfor p in range(1,len(j),2):\n    if int(j[p]) < k :\n        o+=int(j[p-1])*int(j[p])\n                    \nprint(o)", "A=input().split()\nB=int(input())\nC=0\nD=''\nE=0\nF=int(A[0])\nfor G in range(len(A)):\n if int(A[G])==F:\n  C+=1\n else:\n  D+=str(F)+' '+str(C)+' '\n  F=int(A[G])\n  C=1\nD+=str(F)+' '+str(C)\nH=D.split()\nfor I in range(1,len(H),2):\n if int(H[I])<B:\n  E+=int(H[I-1])*int(H[I])\nprint(E)\n")}, 6230271021: {1148314: ('x=[int(e) for e in input().split()]+[0]\nk=int(input())\nc=1\nsum=0\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        c+=1\n        sum+=x[i+1]\n    elif c>=k:\n        sum+=x[i]\n        sum-=c*x[i]\n        c=1\n    else:\n        sum+=x[i]\n        c=1\nprint(sum)\n        \n    ', 'A=[int(e)for e in input().split()]+[0]\nB=int(input())\nC=1\nsum=0\nfor D in range(len(A)-1):\n if A[D]==A[D+1]:\n  C+=1\n  sum+=A[D+1]\n elif C>=B:\n  sum+=A[D]\n  sum-=C*A[D]\n  C=1\n else:\n  sum+=A[D]\n  C=1\nprint(sum)\n')}, 6230275621: {1146553: ("x=input().split()\nc=1\ny=''\nf=[]\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        c+=1\n    if x[i]!= x[i+1]:\n        y+=str(x[i])+' '+str(c)+' '\n        c=1\ny+=str(x[-1])+' '+str(c)\ny=y.split()\n#yเก็บRLE\n\nn=int(input())\nfor i in range(1,len(y),2):\n    if int(y[i])<n:\n        f.append(int(y[i-1])*int(y[i]))\nprint(sum(f))\n\n\n    \n", "A=input().split()\nB=1\nC=''\nD=[]\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  B+=1\n if A[E]!=A[E+1]:\n  C+=str(A[E])+' '+str(B)+' '\n  B=1\nC+=str(A[-1])+' '+str(B)\nC=C.split()\nF=int(input())\nfor E in range(1,len(C),2):\n if int(C[E])<F:\n  D.append(int(C[E-1])*int(C[E]))\nprint(sum(D))\n")}, 6230290021: {1148757: ("x=[int(e) for e in input().split()]\nk=int(input())\nsum1=0\nx.append(0.1)\nfor i in range(len(x)):\n    sum1+=int(x[i])\nn=1\nRLE=''\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        n+=1\n    else :\n      RLE += str(x[i])+' '+str(n)+' '\n      n=1\nsum2=0\nRLE=RLE.split()\nfor i in range(len(RLE)):\n    if i%2==1:\n        if int(RLE[i])>=k:\n            sum2+=int(RLE[i-1])*int(RLE[i])\nsum=sum1-sum2\nprint(sum)\n    ", "A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nA.append(0.1)\nfor D in range(len(A)):\n C+=int(A[D])\nE=1\nF=''\nfor D in range(len(A)-1):\n if A[D]==A[D+1]:\n  E+=1\n else:\n  F+=str(A[D])+' '+str(E)+' '\n  E=1\nG=0\nF=F.split()\nfor D in range(len(F)):\n if D%2==1:\n  if int(F[D])>=B:\n   G+=int(F[D-1])*int(F[D])\nsum=C-G\nprint(sum)\n")}, 6230294521: {1148578: ('x = str(input())\nx = x+" 0"\nx = x.split(" ")\ny = int(input())\nt = 0\nk = 1\ns=0\nX = len(x)\nwhile t < len(x)-1:\n    while x[t] == x[t+k]:\n        if t+k > len(x) : break\n        k+=1\n    if k >= y :\n        t +=k\n    else :\n        s+=int(x[t])*k\n        t += k\n    k=1\nprint(s)\n    ', 'A=str(input())\nA=A+" 0"\nA=A.split(" ")\nB=int(input())\nC=0\nD=1\nE=0\nF=len(A)\nwhile C<len(A)-1:\n while A[C]==A[C+D]:\n  if C+D>len(A):break\n  D+=1\n if D>=B:\n  C+=D\n else:\n  E+=int(A[C])*D\n  C+=D\n D=1\nprint(E)\n')}, 6230307021: {1148469: ('x = [int(e) for e in input().split()]\nk=int(input())\nsum_=0\ncount=0\ncheck=x[0]\nrle=[]\nfor i in range(len(x)):\n    if x[i]==check:\n        count+=1\n    else:\n        rle.append(check)\n        rle.append(count)\n        check=x[i]\n        count=1\nrle.append(x[-1])\nrle.append(count)\nfor n in range(1,len(rle),2):\n    if rle[n]<k:\n        sum_+=rle[n-1]*rle[n]\nprint(sum_)\n        \n        ', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nD=0\nE=A[0]\nF=[]\nfor G in range(len(A)):\n if A[G]==E:\n  D+=1\n else:\n  F.append(E)\n  F.append(D)\n  E=A[G]\n  D=1\nF.append(A[-1])\nF.append(D)\nfor H in range(1,len(F),2):\n if F[H]<B:\n  C+=F[H-1]*F[H]\nprint(C)\n')}, 6230309321: {1148177: ('x=input().split()\nx=list(map(int,x))\ncount=1\nlis=[]\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        count+=1\n    else:\n        lis.append([count,x[i]])\n        count=1\nif x[-1]==x[-2]:\n    lis.append([count,x[-1]])\nelse:\n    lis.append([1,x[-1]])\nnum=int(input())\nlis1=[]\nfor i in range(len(lis)):\n    if lis[i][0]<num:\n        for e in range(lis[i][0]):\n            lis1.append(lis[i][1])\nprint(sum(lis1))\n        ', 'A=input().split()\nA=list(map(int,A))\nB=1\nC=[]\nfor D in range(len(A)-1):\n if A[D]==A[D+1]:\n  B+=1\n else:\n  C.append([B,A[D]])\n  B=1\nif A[-1]==A[-2]:\n C.append([B,A[-1]])\nelse:\n C.append([1,A[-1]])\nE=int(input())\nF=[]\nfor D in range(len(C)):\n if C[D][0]<E:\n  for G in range(C[D][0]):\n   F.append(C[D][1])\nprint(sum(F))\n')}, 6230314421: {1146594: ('L = [int(e) for e in input().split()]\nk = int(input())\ns = 0\ncount = 1\nM = []\nfor i in range(len(L)-1):\n    if L[i]==L[i+1]:\n        count+=1\n    else:\n        M.append([L[i],count])\n        count=1\nM.append([L[len(L)-1],count])\nfor i in range(len(M)):\n    if M[i][1]<k:\n        s+=M[i][0]*M[i][1]\nprint(s)\n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nD=1\nE=[]\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  D+=1\n else:\n  E.append([A[F],D])\n  D=1\nE.append([A[len(A)-1],D])\nfor F in range(len(E)):\n if E[F][1]<B:\n  C+=E[F][0]*E[F][1]\nprint(C)\n')}, 6230316721: {1148420: ('x = [int(e) for e in input().split()]+[0]\nk = int(input())\nc = 1\ns = sum(x)\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        c+=1\n    if x[i] != x[i+1]:\n        if c>=k :\n            s -= x[i]*c\n        c = 1\n\nprint(s)\n', 'A=[int(e)for e in input().split()]+[0]\nB=int(input())\nC=1\nD=sum(A)\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n if A[E]!=A[E+1]:\n  if C>=B:\n   D-=A[E]*C\n  C=1\nprint(D)\n')}, 6230328221: {1146645: ('x = [int(e) for e in input().split()]\nk = int(input())\nb = []\nx0 = x[0]\ni = 1\nfor a in range (1,len(x)):\n    if x[a] == x0 :\n        i += 1\n    else :\n        b.append([i,x0])\n        x0 = x[a]\n        i = 1\nb.append([i,x0])\n\nn = []\nfor c in range (len(b)) :\n    if b[c][0] < k :\n        n.append(b[c])\n\ntotal = 0\nfor e in range (len(n)) :\n    total += (n[e][1]*n[e][0])\nprint(total)\n', 'A=[int(J)for J in input().split()]\nB=int(input())\nC=[]\nD=A[0]\nE=1\nfor F in range(1,len(A)):\n if A[F]==D:\n  E+=1\n else:\n  C.append([E,D])\n  D=A[F]\n  E=1\nC.append([E,D])\nG=[]\nfor H in range(len(C)):\n if C[H][0]<B:\n  G.append(C[H])\nI=0\nfor J in range(len(G)):\n I+=(G[J][1]*G[J][0])\nprint(I)\n')}, 6230331021: {1146763: ('x=[int(e) for e in input().split()]\nk=int(input())\nc=0\ns=[]\nsum=0\nfor i in range(len(x)):\n    if i ==0:\n        s+=[x[i]]\n        s+=[1]\n    else:\n        if x[i]==s[c]:\n            s[c+1]+=1\n        else:\n            c+=2\n            s+=[x[i]]\n            s+=[1]\n\nfor i in range(0,len(s),2):\n    if s[i+1]<k:\n        sum+=s[i]*s[i+1]\nprint(sum)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nD=[]\nsum=0\nfor E in range(len(A)):\n if E==0:\n  D+=[A[E]]\n  D+=[1]\n else:\n  if A[E]==D[C]:\n   D[C+1]+=1\n  else:\n   C+=2\n   D+=[A[E]]\n   D+=[1]\nfor E in range(0,len(D),2):\n if D[E+1]<B:\n  sum+=D[E]*D[E+1]\nprint(sum)\n')}, 6230334021: {1148279: ('L , k = [int(x) for x in input().split()],int(input())\nS , i ,lL  = 0,0,len(L)\nwhile i< lL :\n    if i+k <= lL and L[i:i+k] == [L[i]]*k :\n        while i+1 < lL and  L[i] == L[i+1] :\n            i+=1\n    else :\n        S += L[i]\n    i += 1\nprint(S)', 'A,B=[int(x)for x in input().split()],int(input())\nC,D,E =0,0,len(A)\nwhile D<E:\n if D+B<=E and A[D:D+B]==[A[D]]*B:\n  while D+1<E and A[D]==A[D+1]:\n   D+=1\n else:\n  C+=A[D]\n D+=1\nprint(C)\n')}, 6230335621: {1148406: ('x=[int(i) for i in input().split()]\nk=int(input())\nn=1\nd=0\nt=0\nfor i in range(1,len(x)):\n    if x[i]==x[i-1]:\n        n+=1\n    else:\n        if n>=k:\n            n=1\n        else:\n            t+= (x[i-1]*n)\n            n=1\n    if i == len(x)-1:\n        if 1<n<k :\n           t+= (x[i-1]*n) \nif x[-1]!=x[-2]:\n    t+=x[-1]\nprint(t)', 'A=[int(F)for F in input().split()]\nB=int(input())\nC=1\nD=0\nE=0\nfor F in range(1,len(A)):\n if A[F]==A[F-1]:\n  C+=1\n else:\n  if C>=B:\n   C=1\n  else:\n   E+=(A[F-1]*C)\n   C=1\n if F==len(A)-1:\n  if 1<C<B:\n   E+=(A[F-1]*C)\nif A[-1]!=A[-2]:\n E+=A[-1]\nprint(E)\n')}, 6230336221: {1147079: ('x=[int(e) for e in input().split()]\nk=int(input())\ny=[]\nz=[]\ncount=1\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        count+=1\n    else:\n        y.append(x[i])\n        z.append(count)\n        count=1\ny.append(x[-1])\nz.append(count)\na=[]\nfor i in range(len(y)):\n    if z[i]<k :\n        a.append(y[i]*z[i])\nt=0\nfor i in range(len(a)):\n   t+=a[i]\nprint(t)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=[]\nD=[]\nE=1\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  E+=1\n else:\n  C.append(A[F])\n  D.append(E)\n  E=1\nC.append(A[-1])\nD.append(E)\nG=[]\nfor F in range(len(C)):\n if D[F]<B:\n  G.append(C[F]*D[F])\nH=0\nfor F in range(len(G)):\n H+=G[F]\nprint(H)\n')}, 6230342021: {1147965: ('x = [int(e) for e in input().split()]\nk = int(input())\nc = 1\ns = ""\ni = 0\nfor i in range(len(x)-1):\n    if x[i] == x[i+1] :\n        c += 1\n    else:\n        s += str(x[i]) + \' \' + str(c) + " "\n        c = 1\nif x[-1] == x[-2]:\n    s += str(x[i]) + \' \' + str(c) + " "\nelse :\n    s += str(x[-1]) + \' \' + "1" + " "\ns = s[:-1:]\ns = s.split()\nsum = 0\nfor e in range(len(s)):\n    if e%2 == 1 and int(s[e]) < k:\n        sum += int(s[e-1])*int(s[e])\nprint(sum)', 'A=[int(F)for F in input().split()]\nB=int(input())\nC=1\nD=""\nE=0\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n else:\n  D+=str(A[E])+\' \'+str(C)+" "\n  C=1\nif A[-1]==A[-2]:\n D+=str(A[E])+\' \'+str(C)+" "\nelse:\n D+=str(A[-1])+\' \'+"1"+" "\nD=D[:-1:]\nD=D.split()\nsum=0\nfor F in range(len(D)):\n if F%2==1 and int(D[F])<B:\n  sum+=int(D[F-1])*int(D[F])\nprint(sum)\n')}, 6230353921: {1148805: ('x =[e for e in input().split()]\nk=int(input())\nX=len(x)\na=""\nfor e in range(X-1):\n    if x[e]==x[e+1]:\n        a+=x[e+1]+\' \'\n    if x[e+1]!=x[e]:\n        a+=x[e]+","\nif x[-1]==x[-2]:\n    a+=x[-1]\nif x[-1]!=x[-2]:\n    a=a[0:-1]\n    a+=","+x[-1]\nb=a.split(\',\')\nc=[]\nfor f in range(len(b)):\n    if len(b[f].split())<k:\n        c+=[int(i) for i in b[f].split()]\nd=sum(c)\nprint(d)', 'A=[E for E in input().split()]\nB=int(input())\nC=len(A)\nD=""\nfor E in range(C-1):\n if A[E]==A[E+1]:\n  D+=A[E+1]+\' \'\n if A[E+1]!=A[E]:\n  D+=A[E]+","\nif A[-1]==A[-2]:\n D+=A[-1]\nif A[-1]!=A[-2]:\n D=D[0:-1]\n D+=","+A[-1]\nF=D.split(\',\')\nG=[]\nfor H in range(len(F)):\n if len(F[H].split())<B:\n  G+=[int(I)for I in F[H].split()]\nJ=sum(G)\nprint(J)\n')}, 6230360221: {1148727: ('x = [int(e) for e in input().split()]\nk = int(input())\ns = sum(x)\nn = 1\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        n+=1\n    else:\n        n = 1\n    if i == len(x)-2:\n        if x[i] == x[i+1] and n>=k:\n            s = s-x[i]*n\n            break \n    if n >= k and x[i]!=x [i+2]:\n        s = s-x[i]*n\n        n = 1\nprint(s)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=sum(A)\nD=1\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  D+=1\n else:\n  D=1\n if E==len(A)-2:\n  if A[E]==A[E+1]and D>=B:\n   C=C-A[E]*D\n   break \n if D>=B and A[E]!=A[E+2]:\n  C=C-A[E]*D\n  D=1\nprint(C)\n')}, 6230361921: {1148296: ("x = [int(e) for e in input().split()]\nk = int(input())\nsum = 0\nn = 1\ny = '' ;num = ''\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        n += 1\n    else:\n        y += str(x[i]) +' '\n        num += str(n) + ' '\n        n = 1\ny += str(x[i+1])\nnum += str(n)\n\ny = y.split()\nnum = num.split()\nfor i in range(len(y)):\n    if int(num[i]) < k:\n        sum += int(y[i])* int(num[i])\nprint(sum)", "A=[int(e)for e in input().split()]\nB=int(input())\nsum=0\nC=1\nD='';F=''\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n else:\n  D+=str(A[E])+' '\n  F+=str(C)+' '\n  C=1\nD+=str(A[E+1])\nF+=str(C)\nD=D.split()\nF=F.split()\nfor E in range(len(D)):\n if int(F[E])<B:\n  sum+=int(D[E])*int(F[E])\nprint(sum)\n")}, 6230364821: {1146655: ('x=[int(e) for e in input().split()]\nk=int(input())\na=x[0]\ns=0\nc=0\nfor i in range(len(x)):\n    if x[i]==a:\n        c+=1    \n    else:\n        if c>=k:\n            a=x[i]\n            c=1\n        else:\n            s+=int(a)*c\n            c=1\n            a=x[i]\nif c>=k:\n    a=x[i]\n    c=1\nelse:\n    s+=int(a)*c\n    c=1\n    a=x[i]\nprint(s)\n            \n    \n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=A[0]\nD=0\nE=0\nfor F in range(len(A)):\n if A[F]==C:\n  E+=1 \n else:\n  if E>=B:\n   C=A[F]\n   E=1\n  else:\n   D+=int(C)*E\n   E=1\n   C=A[F]\nif E>=B:\n C=A[F]\n E=1\nelse:\n D+=int(C)*E\n E=1\n C=A[F]\nprint(D)\n')}, 6230367721: {1147949: ('x = [int(e) for e in input().split()]\nk = int(input())\nc = 1\ns = []\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        c += 1\n    else:\n        s.append([x[i],c])\n        c = 1\ns.append([x[-1],c])\nsum = 0\nfor i in range(len(s)):\n    if s[i][1] >= k:\n        pass\n    else:\n        sum += s[i][0]*s[i][1]\nprint(sum)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=1\nD=[]\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n else:\n  D.append([A[E],C])\n  C=1\nD.append([A[-1],C])\nsum=0\nfor E in range(len(D)):\n if D[E][1]>=B:\n  pass\n else:\n  sum+=D[E][0]*D[E][1]\nprint(sum)\n')}, 6230370521: {1146733: ('x = [int(e) for e in input().split()]\nk = int(input())\nn = 1\nz = x[0]\nfor i in range(1,len(x)) :\n    z += x[i]\n    if x[i] == x[i-1] :\n        n += 1\n    if x[i] != x[i-1] :\n        if n >= k :\n            z -= (n*x[i-1])\n        n = 1\nif n >= k :\n    z -= (n*x[len(x)-1]) \nprint(z)\n    \n        ', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=1\nD=A[0]\nfor E in range(1,len(A)):\n D+=A[E]\n if A[E]==A[E-1]:\n  C+=1\n if A[E]!=A[E-1]:\n  if C>=B:\n   D-=(C*A[E-1])\n  C=1\nif C>=B:\n D-=(C*A[len(A)-1])\nprint(D)\n')}, 6230377021: {1148483: ("x=[int(i) for  i in input().split()]\nk=int(input())\nsame=[]\nuse=[]\nans=[]\nans_sum=[]\ncount=1\nx.append('a')\nfor i in range(0,len(x)-1):\n    if x[i] == x[i+1] :\n        count=count+1\n    else :\n        same.append(x[i])\n        same.append(count)\n        count=1\nfor i in range(0,len(same)):\n    if i%2 != 0 :\n        if same[i] < k :\n            use.append(same[i-1])\n            use.append(same[i])\nfor i in range(0,len(use)):\n    if i%2 == 0 :\n        ans+=[use[i]]\n        for j in range(0,use[i+1]-1):\n            ans+=[use[i]]\nprint(sum(ans))\n        \n            \n            \n            \n\n        \n        \n\n", "A=[int(H)for H in input().split()]\nB=int(input())\nC=[]\nD=[]\nE=[]\nF=[]\nG=1\nA.append('a')\nfor H in range(0,len(A)-1):\n if A[H]==A[H+1]:\n  G=G+1\n else:\n  C.append(A[H])\n  C.append(G)\n  G=1\nfor H in range(0,len(C)):\n if H%2!=0:\n  if C[H]<B:\n   D.append(C[H-1])\n   D.append(C[H])\nfor H in range(0,len(D)):\n if H%2==0:\n  E+=[D[H]]\n  for I in range(0,D[H+1]-1):\n   E+=[D[H]]\nprint(sum(E))\n")}, 6230378621: {1146700: ('x = input().strip().split()\nx.append(0)\nk = int(input())\nc= 1\nSum = 0\nfor i in range(len(x)):\n     x[i] = int(x[i])\ni = 0     \nwhile i < len(x)-1:\n    while x[i] == x[i+1]:\n        i += 1\n        c += 1\n    if c < k :\n        Sum += (c * x[i])\n    i += 1\n    c = 1\nprint(Sum)', 'A=input().strip().split()\nA.append(0)\nB=int(input())\nC=1\nD=0\nfor E in range(len(A)):\n A[E]=int(A[E])\nE=0 \nwhile E<len(A)-1:\n while A[E]==A[E+1]:\n  E+=1\n  C+=1\n if C<B:\n  D+=(C*A[E])\n E+=1\n C=1\nprint(D)\n')}, 6230382021: {1148969: ('x =[int(e) for e in input().split()] \nk=int(input())\ns=1\nw=0\n\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        s+=1\n    if x[i]!=x[i+1]:\n        if s >= k :\n            w+=x[i]*s\n        s=1\n    if i==len(x)-2:\n        if s >= k :\n            w+=x[i]*s\n        s=1\nif w >= sum(x):\n    print(0)\nelse:\n    print(sum(x)-w)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=1\nD=0\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n if A[E]!=A[E+1]:\n  if C>=B:\n   D+=A[E]*C\n  C=1\n if E==len(A)-2:\n  if C>=B:\n   D+=A[E]*C\n  C=1\nif D>=sum(A):\n print(0)\nelse:\n print(sum(A)-D)\n')}, 6230384321: {1146880: ('x = [int(e) for e in input().split()]\nk = int(input())\nc = 1\np = x[0]\ns0 = sum(x)\ns = p\nfor i in range(1,len(x)):\n    if x[i] == p :\n        c += 1\n        s += x[i]\n    else : \n        c = 1\n        p = x[i]\n        s = p\n    if c >= k :\n        s0 -= s\n        s = 0\n    \nprint(s0)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=1\nD=A[0]\nE=sum(A)\nF=D\nfor G in range(1,len(A)):\n if A[G]==D:\n  C+=1\n  F+=A[G]\n else:\n  C=1\n  D=A[G]\n  F=D\n if C>=B:\n  E-=F\n  F=0\nprint(E)\n')}, 6230386621: {1146766: ('x=[int(e) for e in input().split()]\nk=int(input())\nc=0\nj=0\ns=0\nfor i in range(len(x)):\n    if i==0:\n        s+=x[i]\n        c+=1\n    elif x[i]==x[i-1]:\n        s+=x[i]\n        c+=1\n        if i==len(x)-1:\n            if c>=k:\n                s-=x[i-1]*c\n    elif x[i]!=x[i-1]:\n        s+=x[i]\n        if c>=k:\n            s-=x[i-1]*c\n        c=1\n    \nprint(s)\n        \n        \n        \n    \n    \n        \n        \n        \n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nD=0\nE=0\nfor F in range(len(A)):\n if F==0:\n  E+=A[F]\n  C+=1\n elif A[F]==A[F-1]:\n  E+=A[F]\n  C+=1\n  if F==len(A)-1:\n   if C>=B:\n    E-=A[F-1]*C\n elif A[F]!=A[F-1]:\n  E+=A[F]\n  if C>=B:\n   E-=A[F-1]*C\n  C=1\nprint(E)\n')}, 6230388921: {1146826: ("x = [int(e) for e in input().split()]\nk = int(input())\nn = '0'\ny = 0\nfor i in x :\n        if str(i) in n :\n            n += ' '+str(i)\n        else :\n            if len(n.split()) < k :\n                y += len(n.split())*int(n.split()[0])\n            n = str(i)\nif len(n.split()) < k :\n                y += len(n.split())*int(n.split()[0])\nprint(y)", "A=[int(e)for e in input().split()]\nB=int(input())\nC='0'\nD=0\nfor E in A:\n if str(E)in C:\n  C+=' '+str(E)\n else:\n  if len(C.split())<B:\n   D+=len(C.split())*int(C.split()[0])\n  C=str(E)\nif len(C.split())<B:\n D+=len(C.split())*int(C.split()[0])\nprint(D)\n")}, 6230399821: {1148480: ('x = [int(e) for e in input().split()]+[0]\nk = int(input())\nc=0\na=0\nt=0\nfor i in range(len(x)):\n    if a == x[i]:\n        c+=1\n    else:\n        if c < k:\n            t+=a*c\n        c=1\n    a = x[i]\nprint(t)\n        \n\n        \n', 'A=[int(e)for e in input().split()]+[0]\nB=int(input())\nC=0\nD=0\nE=0\nfor F in range(len(A)):\n if D==A[F]:\n  C+=1\n else:\n  if C<B:\n   E+=D*C\n  C=1\n D=A[F]\nprint(E)\n')}, 6230402021: {1148251: ('x = [int(e) for e in input().split()]\nx += ["kuy"]\nk = int(input())\nplusset = []\ncount = 0\ncountset = []\nansset = []\nans = 0\nfor i in range(len(x)-1) :\n    if x[i] == x[i+1] :\n        count += 1\n    else :\n        count += 1\n        if count >= k :\n            count = 0\n        else :\n            plusset += [x[i]]\n            countset += [count]\n            count = 0\n\nfor i in range(len(plusset)) :\n    ansset += [(plusset[i]*countset[i])]\nfor i in range(len(ansset)) :\n    ans += ansset[i]\nprint(ans)\n\n', 'A=[int(e)for e in input().split()]\nA+=["kuy"]\nB=int(input())\nC=[]\nD=0\nE=[]\nF=[]\nG=0\nfor H in range(len(A)-1):\n if A[H]==A[H+1]:\n  D+=1\n else:\n  D+=1\n  if D>=B:\n   D=0\n  else:\n   C+=[A[H]]\n   E+=[D]\n   D=0\nfor H in range(len(C)):\n F+=[(C[H]*E[H])]\nfor H in range(len(F)):\n G+=F[H]\nprint(G)\n')}, 6230413921: {1148301: ("x = [int(e) for e in input().split()]\nk = int(input())\ns = 1\nc = 0\ny = ''\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        s += 1\n    else:\n        y += str(x[i])+' '+ str(s)+' '\n        s = 1\nif x[-1] != x[-2]:\n    y += str(x[-1])+' '+str(1)\nelse:\n    y += str(x[-1])+' '+str(s)\nu = y.split()\nsum = 0\nfor i in range(1,len(u),2):\n    if int(u[i])< k:\n        sum += int(u[i-1])*int(u[i])\n    else:\n        sum += 0\nprint(sum)\n    ", "A=[int(e)for e in input().split()]\nB=int(input())\nC=1\nD=0\nE=''\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  C+=1\n else:\n  E+=str(A[F])+' '+str(C)+' '\n  C=1\nif A[-1]!=A[-2]:\n E+=str(A[-1])+' '+str(1)\nelse:\n E+=str(A[-1])+' '+str(C)\nG=E.split()\nsum=0\nfor F in range(1,len(G),2):\n if int(G[F])<B:\n  sum+=int(G[F-1])*int(G[F])\n else:\n  sum+=0\nprint(sum)\n")}, 6230415121: {1146928: ('x = input().split()\nk = int(input())\n## x = [1,1,2,3,4,5,5,5]\nsumm=0\ncheck = 0\ny = []\nskip=0\ni = 0\nwhile i < len(x):\n    for o in range (len(x)):   #k start 1 ,2 ,3, .. k\n        if i+1+o < len(x) and x[o+i] == x[i+o+1]:    #might add more if\n            check +=1\n            skip +=1\n        elif i+1+o < len(x) and x[o+i] != x[i+o+1]:\n            break\n    if check+1 < (k):\n        y += [int(x[i])]\n        i += +1\n        skip = 0\n        check = 0\n    else:\n        i+=skip+1\n        skip = 0\n        check = 0\nprint(sum(y))\n            \n', 'A=input().split()\nB=int(input())\nC=0\nD=0\nE=[]\nF=0\nG=0\nwhile G<len(A):\n for H in range(len(A)): \n  if G+1+H<len(A)and A[H+G]==A[G+H+1]: \n   D+=1\n   F+=1\n  elif G+1+H<len(A)and A[H+G]!=A[G+H+1]:\n   break\n if D+1<(B):\n  E+=[int(A[G])]\n  G+=+1\n  F=0\n  D=0\n else:\n  G+=F+1\n  F=0\n  D=0\nprint(sum(E))\n')}, 6230416821: {1148109: ('import math\nx = [int(e) for e in input().split()]\nk = int(input())\nx += "z"\na = 1\nb = []\nc = 0\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        a += 1\n    else:\n        b.append([x[i],a])\n        a = 1\nfor j in range(len(b)):\n    if b[j][1] < k:\n        c += b[j][0]*b[j][1]\nprint(c)', 'import math\nA=[int(e)for e in input().split()]\nB=int(input())\nA+="z"\nC=1\nD=[]\nE=0\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  C+=1\n else:\n  D.append([A[F],C])\n  C=1\nfor G in range(len(D)):\n if D[G][1]<B:\n  E+=D[G][0]*D[G][1]\nprint(E)\n')}, 6230421921: {1147033: ('x=input().split()\nk=int(input())\nfor e in range (len(x)) :\n    x[e] =int(x[e])\n#ans =sum(x)\na=1\nb=[]\nc =[]\nfor i in range (len(x)-1) :\n    if x[i]== x[i+1] :\n        a+=1\n    else :\n        b.append(x[i])\n        c.append(a)\n        a=1\nb.append(x[-1])\nc.append(a)\nans=sum(x)\n#for v in range(len(x)) :\n    #if c[v]==k :\nfor i in range (len(c)):\n    if c[i] >=k :\n        ans-=c[i]*b[i]\nprint(ans)\n', 'A=input().split()\nB=int(input())\nfor C in range(len(A)):\n A[C]=int(A[C])\nD=1\nE=[]\nF=[]\nfor G in range(len(A)-1):\n if A[G]==A[G+1]:\n  D+=1\n else:\n  E.append(A[G])\n  F.append(D)\n  D=1\nE.append(A[-1])\nF.append(D)\nH=sum(A)\nfor G in range(len(F)):\n if F[G]>=B:\n  H-=F[G]*E[G]\nprint(H)\n')}, 6230431121: {1148169: ('x=[int(e) for e in input().split()]\nk=int(input())\ny=[100]\nx=x[0::1]+y\nans=[]\ncount=1\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        count+=1\n    elif x[i]!=x[i+1]and count<k:\n        ans.append(x[i]*count)\n        count=1\n    elif x[i]!=x[i+1]:\n        count=1\nS=sum(ans)\nprint(S)\n        \n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=[100]\nA=A[0::1]+C\nD=[]\nE=1\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  E+=1\n elif A[F]!=A[F+1]and E<B:\n  D.append(A[F]*E)\n  E=1\n elif A[F]!=A[F+1]:\n  E=1\nG=sum(D)\nprint(G)\n'), 1148182: ('x=[int(e) for e in input().split()]\nk=int(input())\ny=[10000000000]\nx=x[0::1]+y\nans=[]\ncount=1\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        count+=1\n    elif x[i]!=x[i+1]and count<k:\n        ans.append(x[i]*count)\n        count=1\n    elif x[i]!=x[i+1]:\n        count=1\nS=sum(ans)\nprint(S)\n        \n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=[10000000000]\nA=A[0::1]+C\nD=[]\nE=1\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  E+=1\n elif A[F]!=A[F+1]and E<B:\n  D.append(A[F]*E)\n  E=1\n elif A[F]!=A[F+1]:\n  E=1\nG=sum(D)\nprint(G)\n')}, 6230439221: {1148118: ('x = [int(e) for e in input().split()]\nk = int(input())\nlist_unique = [x[0]]\nunique = x[0]\nlist_count = [0]\ncount = 0\nans = []\nfor e in x:\n    if e != unique:\n        count += 1\n        unique = e\n        list_count.append(1)\n        list_unique.append(unique)\n    elif e == unique:\n        list_count[count] += 1\nfor e in range(len(list_unique)):\n    if list_count[e] < k:\n        ans.append(list_unique[e] * list_count[e])\nprint(sum(ans))\n        ', 'A=[int(H)for H in input().split()]\nB=int(input())\nC=[A[0]]\nD=A[0]\nE=[0]\nF=0\nG=[]\nfor H in A:\n if H!=D:\n  F+=1\n  D=H\n  E.append(1)\n  C.append(D)\n elif H==D:\n  E[F]+=1\nfor H in range(len(C)):\n if E[H]<B:\n  G.append(C[H]*E[H])\nprint(sum(G))\n')}, 6230451721: {1148273: ('a = input().split()\nb = int(input())\nc = 1\nsum = 0\nfor i in range(len(a)-1):\n    if a[i] == a[i+1]:\n        c += 1\n    elif c < b:\n        sum += int(a[i])*c\n        c = 1\n    else:\n        c = 1\n    if i == len(a)-2:\n        if a[i] == a[i+1] and c < b:\n            sum += int(a[i])*c \n        elif a[i] != a[i+1]:\n            sum += int(a[i+1])\nprint(sum)\n    \n        \n', 'A=input().split()\nB=int(input())\nC=1\nsum=0\nfor D in range(len(A)-1):\n if A[D]==A[D+1]:\n  C+=1\n elif C<B:\n  sum+=int(A[D])*C\n  C=1\n else:\n  C=1\n if D==len(A)-2:\n  if A[D]==A[D+1]and C<B:\n   sum+=int(A[D])*C \n  elif A[D]!=A[D+1]:\n   sum+=int(A[D+1])\nprint(sum)\n')}, 6230457521: {1148078: ('x = [int(e) for e in input().split()]\nx.append(99999)\nk = int(input())\nnum = []\nN = []\nn = 1\nAns = []\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        n += 1\n    else:\n        num.append(x[i])\n        N.append(n)\n        n = 1\nfor i in range(len(N)):\n    if N[i]<k:\n        Ans.append(num[i]*N[i])\nprint(sum(Ans))', 'A=[int(e)for e in input().split()]\nA.append(99999)\nB=int(input())\nC=[]\nD=[]\nE=1\nF=[]\nfor G in range(len(A)-1):\n if A[G]==A[G+1]:\n  E+=1\n else:\n  C.append(A[G])\n  D.append(E)\n  E=1\nfor G in range(len(D)):\n if D[G]<B:\n  F.append(C[G]*D[G])\nprint(sum(F))\n')}, 6230465521: {1146632: ('x = input().split()\nk = int(input())\na = x[0]\ne = 1\nd = []\nfor i in range(1,len(x)) :\n    if x[i] == a :\n        e += 1\n    else :\n        d.append([a,e])\n        a = x[i]\n        e = 1\nd.append([a,e])\nfor i in range(len(d)) :\n    if d[i][1] < k :\n        d[i] = int(d[i][0])*int(d[i][1])\n    else :\n        d[i] = int(d[i][0])*0\nprint(sum(d))\n        \n\n        \n    \n    \n               \n\n\n', 'A=input().split()\nB=int(input())\nC=A[0]\nD=1\nE=[]\nfor F in range(1,len(A)):\n if A[F]==C:\n  D+=1\n else:\n  E.append([C,D])\n  C=A[F]\n  D=1\nE.append([C,D])\nfor F in range(len(E)):\n if E[F][1]<B:\n  E[F]=int(E[F][0])*int(E[F][1])\n else:\n  E[F]=int(E[F][0])*0\nprint(sum(E))\n')}, 6230473521: {1146740: ('x = [int(e) for e in input().split()]\nk = int(input())\na=[]\nb=[]\nn=1\nans=0\nd=0\nfor i in range(1,len(x)):\n    if x[i]==x[i-1]:\n        n+=1\n    else :\n        a.append(x[i-1])\n        b.append(n)\n        n=1\na.append(x[-1])\nb.append(n)\nfor i in x:\n    ans += i\nfor i in range(len(a)):\n    if b[i]>=k:\n     d+=a[i]*b[i]\nxx=ans -d\n\nprint(xx)\n\n        \n    \n    \n    \n    \n    \n    \n    \n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=[]\nD=[]\nE=1\nF=0\nG=0\nfor H in range(1,len(A)):\n if A[H]==A[H-1]:\n  E+=1\n else:\n  C.append(A[H-1])\n  D.append(E)\n  E=1\nC.append(A[-1])\nD.append(E)\nfor H in A:\n F+=H\nfor H in range(len(C)):\n if D[H]>=B:\n  G+=C[H]*D[H]\nI=F-G\nprint(I)\n')}, 6230484421: {1148247: ('x0= input().split()\nx=[]\nfor e in x0:\n    x.append(int(e))\nk=int(input())\ny=0 #ขยะ\nn=1 #ตัวนับ\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        n+=1\n        if n==k:\n            y+= sum(x[i+2-k:i+2])\n        else:\n            if n>k:\n                y+=x[i+1]\n    else:\n        n=1\nans=sum(x)-y\nprint(ans)\n        \n    \n    \n        \n        \n        \n        \n', 'A=input().split()\nB=[]\nfor C in A:\n B.append(int(C))\nD=int(input())\nE=0 \nF=1 \nfor G in range(len(B)-1):\n if B[G]==B[G+1]:\n  F+=1\n  if F==D:\n   E+=sum(B[G+2-D:G+2])\n  else:\n   if F>D:\n    E+=B[G+1]\n else:\n  F=1\nH=sum(B)-E\nprint(H)\n')}, 6230487321: {1148380: ('x = [int(e) for e in input().split()]\nk = int(input())\ns = ""\ncount = 1\nsum = 0\nfor i in range(len(x)-1) :\n    if x[i]==x[i+1] :\n        count += 1\n    else :\n        s += str(x[i])+" "+str(count)+" "\n        count = 1\ns += str(x[-1])+" "+str(count)\ns2 = s.split()\nfor e in range(1,len(s2),2) :\n    if int(s2[e])<k :\n        sum += int(s2[e-1])*int(s2[e])\nprint(sum)\n', 'A=[int(G)for G in input().split()]\nB=int(input())\nC=""\nD=1\nsum=0\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  D+=1\n else:\n  C+=str(A[E])+" "+str(D)+" "\n  D=1\nC+=str(A[-1])+" "+str(D)\nF=C.split()\nfor G in range(1,len(F),2):\n if int(F[G])<B:\n  sum+=int(F[G-1])*int(F[G])\nprint(sum)\n')}, 6230488021: {1148284: ('x = [int(e) for e in input().split()]\nx = x +[1]\nk = int(input())\na = 0\nc = 1\nd = []\ne = []\nans = 0\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        c += 1\n    else:\n        d += [c]\n        e.append(x[i])\n        c = 1\nfor i in d:\n    if not i >= k :\n        for e in range(i):\n            ans += x[a]\n            a += 1\n    else :\n        a += i\n\nprint(ans)', 'A=[int(F)for F in input().split()]\nA=A+[1]\nB=int(input())\nC=0\nD=1\nE=[]\nF=[]\nG=0\nfor H in range(len(A)-1):\n if A[H]==A[H+1]:\n  D+=1\n else:\n  E+=[D]\n  F.append(A[H])\n  D=1\nfor H in E:\n if not H>=B:\n  for F in range(H):\n   G+=A[C]\n   C+=1\n else:\n  C+=H\nprint(G)\n')}, 6230497621: {1147114: ('x = [int(e) for e in input().split()]\nk = int(input())\nl = len(x)\na = []\nfor i in range(l):\n    s = [x[i]]*k\n    if x[i:i+k] == s :\n        if x[i] not in a:\n            a += [x[i]]\nfor i in range(len(a)):\n    while a[i] in x:\n        x.remove(a[i])\nprint(sum(x))', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=len(A)\nD=[]\nfor E in range(C):\n F=[A[E]]*B\n if A[E:E+B]==F:\n  if A[E]not in D:\n   D+=[A[E]]\nfor E in range(len(D)):\n while D[E]in A:\n  A.remove(D[E])\nprint(sum(A))\n'), 1147153: ('x = [int(e) for e in input().split()]\nk = int(input())\na = []\nfor i in range(len(x)):\n    s = [x[i]]*k\n    if x[i:i+k] == s :\n        if x[i] not in a:\n            a += [x[i]]\nfor i in range(len(a)):\n    while a[i] in x:\n        x.remove(a[i])\nprint(sum(x))', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=[]\nfor D in range(len(A)):\n E=[A[D]]*B\n if A[D:D+B]==E:\n  if A[D]not in C:\n   C+=[A[D]]\nfor D in range(len(C)):\n while C[D]in A:\n  A.remove(C[D])\nprint(sum(A))\n'), 1147181: ('x = [int(e) for e in input().split()]\nk = int(input())\na = []\nif k != 0 :\n    for i in range(len(x)):\n        s = [x[i]]*k\n        if x[i:i+k] == s :\n            if x[i] not in a:\n                a += [x[i]]\n    for i in range(len(a)):\n        while a[i] in x:\n            x.remove(a[i])\nprint(sum(x))', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=[]\nif B!=0:\n for D in range(len(A)):\n  E=[A[D]]*B\n  if A[D:D+B]==E:\n   if A[D]not in C:\n    C+=[A[D]]\n for D in range(len(C)):\n  while C[D]in A:\n   A.remove(C[D])\nprint(sum(A))\n')}, 6230506621: {1148400: ("x = [int(e) for e in input().split()]\nk = int(input())\nco = 1\nans = ''\ntemp = x[0]\nre = 0\nfor i in range(1,len(x)) :\n    if temp == x [i] :\n        co += 1\n    else :\n        ans += str(temp) +' '+str(co)+' '\n        co = 1\n    if i == len(x) - 1 :\n        ans += str(x[i]) +' ' + str(co)\n    temp = x[i]\nans =ans.split()\nfor i in range(len(ans)) :\n    if i%2 == 0 :\n        if int(ans[i+1]) < k:\n            re += int(ans[i])*int(ans[i+1])\n\nprint(re)\n    ", "A=[int(e)for e in input().split()]\nB=int(input())\nC=1\nD=''\nE=A[0]\nF=0\nfor G in range(1,len(A)):\n if E==A[G]:\n  C+=1\n else:\n  D+=str(E)+' '+str(C)+' '\n  C=1\n if G==len(A)-1:\n  D+=str(A[G])+' '+str(C)\n E=A[G]\nD=D.split()\nfor G in range(len(D)):\n if G%2==0:\n  if int(D[G+1])<B:\n   F+=int(D[G])*int(D[G+1])\nprint(F)\n")}, 6230511721: {1147483: ('x=[int(e) for e in input().split()]\nk=int(input())\nc=0\na=[]\nfor i in range(len(x)) :\n    if i==0 :\n        a+=[x[i]]\n        a+=[1]\n    else :\n        if x[i]==a[c]:\n            a[c+1]+=1\n        else :\n            a+=[x[i]]\n            a+=[1]\n            c+=2\nb=[]\nt=[]\nfor e in range(len(a)) :\n    if e%2 != 0 :\n        if int(a[e]) >= k :\n            b+=[a[e]]\n            t+=[a[e-1]]\nsun=0\nfor q in range(len(x)) :\n    sun+=int(x[q])\nlop=0\nfor w in range(len(b)) :\n    lop+=(int(b[w])*t[w])\nprint(sun-lop)', 'A=[int(H)for H in input().split()]\nB=int(input())\nC=0\nD=[]\nfor E in range(len(A)):\n if E==0:\n  D+=[A[E]]\n  D+=[1]\n else:\n  if A[E]==D[C]:\n   D[C+1]+=1\n  else:\n   D+=[A[E]]\n   D+=[1]\n   C+=2\nF=[]\nG=[]\nfor H in range(len(D)):\n if H%2!=0:\n  if int(D[H])>=B:\n   F+=[D[H]]\n   G+=[D[H-1]]\nI=0\nfor J in range(len(A)):\n I+=int(A[J])\nK=0\nfor L in range(len(F)):\n K+=(int(F[L])*G[L])\nprint(I-K)\n')}, 6230516921: {1148512: ("lis1 = [int(e) for e in input().strip().split()]\nk= int(input())\ncount=[1]*len(lis1)\nans=['_']*len(lis1)\nsumall=sum(lis1)\nsumre=0\nc=1\nfor i in range(len(lis1)-1):\n    if lis1[i]==lis1[i+1]:\n        count[i]=(c)\n        c+=1\n    else:\n        ans[i]=str(lis1[i])\n        count[i]=(c)\n        c=1\nif lis1[-1]==lis1[-2]:\n    count[-1]=count[-2]+1\nans[-1]=str(count[-1])\nfor w in range(len(ans)):\n    if ans[w].isdigit()== True and count[w]>=k:\n        sumre+=(int(lis1[w])*count[w])\n\nprint(sumall-sumre) \n\n\n", "A=[int(e)for e in input().strip().split()]\nB=int(input())\nC=[1]*len(A)\nD=['_']*len(A)\nE=sum(A)\nF=0\nG=1\nfor H in range(len(A)-1):\n if A[H]==A[H+1]:\n  C[H]=(G)\n  G+=1\n else:\n  D[H]=str(A[H])\n  C[H]=(G)\n  G=1\nif A[-1]==A[-2]:\n C[-1]=C[-2]+1\nD[-1]=str(C[-1])\nfor I in range(len(D)):\n if D[I].isdigit()==True and C[I]>=B:\n  F+=(int(A[I])*C[I])\nprint(E-F)\n")}, 6230517521: {1148242: ("x = [int(e) for e in input().split()]\nk = int(input())\ns = ''\nj = 0\n\nfor i in range(len(x)-1):\n  if x[i] == x[i+1]:\n    s += str(x[i]) + ','\n  else:\n    s += str(x[i]) + ' '\ns += str(x[-1])    \n    \nf = s.split()\np = ['a']*len(f)\nfor i in range(len(f)):\n  p[i] = f[i].split(',')\n\nfor i in range(len(p)):\n  if len(p[i]) >= k:\n    p[i] = '0'\n    \nfor i in range(len(p)):\n  j += int(p[i][0])*len(p[i])\n  \nprint(j)", "A=[int(e)for e in input().split()]\nB=int(input())\nC=''\nD=0\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=str(A[E])+','\n else:\n  C+=str(A[E])+' '\nC+=str(A[-1]) \nF=C.split()\nG=['a']*len(F)\nfor E in range(len(F)):\n G[E]=F[E].split(',')\nfor E in range(len(G)):\n if len(G[E])>=B:\n  G[E]='0'\nfor E in range(len(G)):\n D+=int(G[E][0])*len(G[E])\nprint(D)\n")}, 6230521021: {1146719: ('x = input().split()\nk = int(input())\ncount = 1\nlist_count = []\nlist_num = []\nrs = 0\n\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        count += 1\n        \n    else:\n        list_count.append(count)\n        count = 1\n        list_num.append(x[i])\nlist_count.append(count)\nlist_num.append(x[-1])\n\nfor i in range(len(list_num)):\n    list_num[i] = int(list_num[i])\n    \nfor i in range(len(list_count)):\n    if list_count[i] < k:\n        rs += list_num[i]*list_count[i]\n        \nprint(rs)\n\n\n', 'A=input().split()\nB=int(input())\nC=1\nD=[]\nE=[]\nF=0\nfor G in range(len(A)-1):\n if A[G]==A[G+1]:\n  C+=1\n else:\n  D.append(C)\n  C=1\n  E.append(A[G])\nD.append(C)\nE.append(A[-1])\nfor G in range(len(E)):\n E[G]=int(E[G])\nfor G in range(len(D)):\n if D[G]<B:\n  F+=E[G]*D[G]\nprint(F)\n')}, 6230523221: {1146828: ('x = input().split()+["a"]\nk = int(input())\nc = 1\ny = ""\n\nfor i in range (len(x)-1) :\n    if x[i] == x[i+1] :\n        c+=1\n        \n    \n    else :\n        y = y+ x[i]+","+str(c)+ ","\n        c = 1\ny = y[:-1:1]\ny = y.split(",")\nm= ["a"]*len(y)\nfor i in range (len(y)):\n    m[i] = y[i]\nm = m\ni = 0\nwhile i < len(m) :\n    if int(m[i+1]) >= k :\n        m[i] = "0"\n    i +=2\n\nk = 0\ns= 0\nwhile k <len(m) :\n    s +=int(m[k])*int(m[k+1])\n    k +=2\nprint(s)\n    \n        \n\n    \n    ', 'A=input().split()+["a"]\nB=int(input())\nC=1\nD=""\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C+=1\n else:\n  D=D+A[E]+","+str(C)+","\n  C=1\nD=D[:-1:1]\nD=D.split(",")\nF=["a"]*len(D)\nfor E in range(len(D)):\n F[E]=D[E]\nF=F\nE=0\nwhile E<len(F):\n if int(F[E+1])>=B:\n  F[E]="0"\n E+=2\nB=0\nG=0\nwhile B<len(F):\n G+=int(F[B])*int(F[B+1])\n B+=2\nprint(G)\n')}, 6230524921: {1148085: ('x = [int(e) for e in input().split()] + ["@"]\nk = int(input())\ni = 0\nc = 1\ns = 0\nwhile i < len(x)-1:\n    if x[i] == x[i+1]:\n        c += 1\n    else :\n        if x[i+1] == "@":\n            if c >=k:\n                pass\n            elif c<k:\n                s += x[i]*c\n                c = 1\n        else:\n            if c >=k:\n                c = 1\n                pass\n            elif c<k:\n                s += x[i]*c\n                c = 1\n    i += 1\nprint(s)', 'A=[int(e)for e in input().split()]+["@"]\nB=int(input())\nC=0\nD=1\nE=0\nwhile C<len(A)-1:\n if A[C]==A[C+1]:\n  D+=1\n else:\n  if A[C+1]=="@":\n   if D>=B:\n    pass\n   elif D<B:\n    E+=A[C]*D\n    D=1\n  else:\n   if D>=B:\n    D=1\n    pass\n   elif D<B:\n    E+=A[C]*D\n    D=1\n C+=1\nprint(E)\n')}, 6230526121: {1148127: ('x=[int(e) for e in input().split()]\nx+=["1"]\nk=int(input())\na=[]\ns=[]\nsum=0\nfor i in range(len(x)-1) :\n    if x[i]==x[i+1] :\n        a.append(x[i])\n    else :\n        a.append(x[i])\n        s.append(a)\n        a=[]\nfor e in s:\n    if len(e)<k :\n        for i in e :\n            sum+=i     \nprint(sum)\n    ', 'A=[int(F)for F in input().split()]\nA+=["1"]\nB=int(input())\nC=[]\nD=[]\nsum=0\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  C.append(A[E])\n else:\n  C.append(A[E])\n  D.append(C)\n  C=[]\nfor F in D:\n if len(F)<B:\n  for E in F:\n   sum+=E \nprint(sum)\n')}, 6230527821: {1148476: ('x=[int(e) for e in input().split()]+[0]\nk=int(input())\ntotal=0\ni=0\nwhile i<len(x)-1:\n    if i == len(x)-2:\n        j=1\n        m=0\n        while j<k:\n            if x[i]==x[i-j]:\n                j+=1\n                m+=1\n            else:\n                break\n        if m!=k-1:\n            total+=x[i]*j\n        break\n    t=1\n    n=1\n    while x[i]==x[i+n]:\n        n+=1\n        t+=1\n    if t<k:\n        total+=t*x[i]\n        i+=t\n    else:\n        i+=t\nprint(total)\n\n    \n        \n    \n        ', 'A=[int(e)for e in input().split()]+[0]\nB=int(input())\nC=0\nD=0\nwhile D<len(A)-1:\n if D==len(A)-2:\n  E=1\n  F=0\n  while E<B:\n   if A[D]==A[D-E]:\n    E+=1\n    F+=1\n   else:\n    break\n  if F!=B-1:\n   C+=A[D]*E\n  break\n G=1\n H=1\n while A[D]==A[D+H]:\n  H+=1\n  G+=1\n if G<B:\n  C+=G*A[D]\n  D+=G\n else:\n  D+=G\nprint(C)\n')}, 6230528421: {1147409: ('t = []\nt = input().split()\nx = [int(e) for e in t]\nk = int(input())\n\ntt = []\nsumm = 0\n\nfor i in range(len(x)):\n    if(len(tt)==0):\n        tt.append(x[i])\n    else:\n        if(x[i]==tt[0]):\n            tt.append(x[i])\n        else:\n            if(len(tt)<k):\n                for j in range(len(tt)):\n                    summ+=tt[j]\n            tt.clear()\n            tt.append(x[i])\nif(len(tt)<k):\n    summ += sum(tt)\nprint(summ)\n', 'A=[]\nA=input().split()\nB=[int(e)for e in A]\nC=int(input())\nD=[]\nE=0\nfor F in range(len(B)):\n if(len(D)==0):\n  D.append(B[F])\n else:\n  if(B[F]==D[0]):\n   D.append(B[F])\n  else:\n   if(len(D)<C):\n    for G in range(len(D)):\n     E+=D[G]\n   D.clear()\n   D.append(B[F])\nif(len(D)<C):\n E+=sum(D)\nprint(E)\n')}, 6230532921: {1148341: ('x = [int(e) for e in input().split()]\nk=int(input())\nt=1\nr=0\nif len(x)==1:\n    if k>1:\n        r=x[0]\n    else:\n        r=0\nelse:\n    for i in range(len(x)-1):\n        if len(x)>1 and x[i]==x[i+1]:\n            t+=1\n        else:\n            if t<k:\n                r=r+(x[i]*t)\n                t=1\n            else:\n                t=1\n        if i==len(x)-2 and x[i]!=x[i+1]and t<k:\n            r=r+x[i+1]\n        if i==len(x)-2 and x[i]==x[i+1] and t<k:\n            r=r+(x[i]*t)\nprint(r)\n\n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=1\nD=0\nif len(A)==1:\n if B>1:\n  D=A[0]\n else:\n  D=0\nelse:\n for E in range(len(A)-1):\n  if len(A)>1 and A[E]==A[E+1]:\n   C+=1\n  else:\n   if C<B:\n    D=D+(A[E]*C)\n    C=1\n   else:\n    C=1\n  if E==len(A)-2 and A[E]!=A[E+1]and C<B:\n   D=D+A[E+1]\n  if E==len(A)-2 and A[E]==A[E+1]and C<B:\n   D=D+(A[E]*C)\nprint(D)\n')}, 6230537021: {1146538: ('x = [int(e) for e in input().split()]\nk = int(input())\n\nsum_all = 0\nsum_now = x[0]\n\ne = x[0]\nc = 1\n\n\nfor i in range(1,len(x)) :\n    if x[i] == x[i-1] :\n        c += 1\n        sum_now += x[i]\n    else :\n        if(c>=k):\n            sum_now = x[i]\n        else :\n            sum_all += sum_now\n            sum_now = x[i]\n        e = x[i]\n        c = 1\n        \nif c>=k :\n    sum_all += 0\nelse :\n    sum_all += sum_now\n    \nprint(sum_all)\n\n\n', 'A=[int(E)for E in input().split()]\nB=int(input())\nC=0\nD=A[0]\nE=A[0]\nF=1\nfor G in range(1,len(A)):\n if A[G]==A[G-1]:\n  F+=1\n  D+=A[G]\n else:\n  if(F>=B):\n   D=A[G]\n  else:\n   C+=D\n   D=A[G]\n  E=A[G]\n  F=1\nif F>=B:\n C+=0\nelse:\n C+=D\nprint(C)\n')}, 6230539321: {1148111: ('x=[int(e) for e in input().split()]\ny=[]\nk=int(input())\na=x[0]\nc=1\nx+=" "\nfor i in range(len(x)-1):\n    if x[i]==x[i+1]:\n        c+=1\n    else:\n        if c>=k:\n            y.append(x[i]*c)\n        a=x[i+1]\n        c=1\nx=x[:-1]\nans=sum(x)-sum(y)\nprint(ans)\n    \n        \n        ', 'A=[int(e)for e in input().split()]\nB=[]\nC=int(input())\nD=A[0]\nE=1\nA+=" "\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  E+=1\n else:\n  if E>=C:\n   B.append(A[F]*E)\n  D=A[F+1]\n  E=1\nA=A[:-1]\nG=sum(A)-sum(B)\nprint(G)\n')}, 6230546721: {1147628: ('x = input().split()\ny = ""\nz = []\nk = int(input())\nn = 0\nm = 0\no = 0\ns = 1\nwhile n < len(x)-1 :\n    if x[n] == x[n+1] :\n        s += 1         \n    else :\n        s = 1\n    n +=1\n    if s == k :\n        y += x[n]+" "\n        s = 1\nyn = y.split()\nwhile m < len(x) :\n    if x[m] not in yn :\n        z += [x[m]]\n    m += 1\nzn = [int(e) for e in z]\nprint (sum(zn))', 'A=input().split()\nB=""\nC=[]\nD=int(input())\nE=0\nF=0\nG=0\nH=1\nwhile E<len(A)-1:\n if A[E]==A[E+1]:\n  H+=1 \n else:\n  H=1\n E+=1\n if H==D:\n  B+=A[E]+" "\n  H=1\nI=B.split()\nwhile F<len(A):\n if A[F]not in I:\n  C+=[A[F]]\n F+=1\nJ=[int(e)for e in C]\nprint(sum(J))\n')}, 6230548021: {1148062: ('x = [int(e) for e in input().split()]\nk = int(input())\nc = 1\nsum = 0\nfor i in range(len(x)-1):\n    if x[i] == x[i+1]:\n        c += 1\n    else:\n        if c < k:\n            sum += x[i]*c\n            c = 1\n        else:\n            c = 1\n            \nif c < k:\n    sum += x[-1]*c\n    c = 1\nelse:\n    c = 1\n\n   \nprint(sum)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=1\nsum=0\nfor D in range(len(A)-1):\n if A[D]==A[D+1]:\n  C+=1\n else:\n  if C<B:\n   sum+=A[D]*C\n   C=1\n  else:\n   C=1\nif C<B:\n sum+=A[-1]*C\n C=1\nelse:\n C=1\nprint(sum)\n')}, 6230558221: {1147667: ('x=input().split()\nk=int(input())\nif len(x)<1000 and 1<k<1000:\n    g=0\n    check=x[0]\n    f=0\n    for n in range(len(x)):\n        if check==x[n]:\n            g+=1\n        else:\n            if g<k:\n                f+=int(x[n-1])*g\n            check=x[n]\n            g=1\n    if g<k:\n        g=g\n    else:\n        g=0\n    ans=f+(int(x[-1])*g)\n    print(ans)\n            \n        \n    \n    \n        \n', 'A=input().split()\nB=int(input())\nif len(A)<1000 and 1<B<1000:\n C=0\n D=A[0]\n E=0\n for F in range(len(A)):\n  if D==A[F]:\n   C+=1\n  else:\n   if C<B:\n    E+=int(A[F-1])*C\n   D=A[F]\n   C=1\n if C<B:\n  C=C\n else:\n  C=0\n G=E+(int(A[-1])*C)\n print(G)\n')}, 6230561021: {1146796: ('x=[int(e) for e in input().split()] #len(x)<=1000\nx.append(0)\nk=int(input()) #1<k<1000\nc=0\nsum=0\nfor i in range(len(x)-1):\n    c+=1\n    sum+=int(x[i])\n    if x[i]==x[i+1]:\n        pass\n    else:\n        if c>=k:\n            sum-=int(x[i])*c\n        c=0\n    \nprint(sum)\n\n\n\n', 'A=[int(e)for e in input().split()]\nA.append(0)\nB=int(input())\nC=0\nsum=0\nfor D in range(len(A)-1):\n C+=1\n sum+=int(A[D])\n if A[D]==A[D+1]:\n  pass\n else:\n  if C>=B:\n   sum-=int(A[D])*C\n  C=0\nprint(sum)\n')}, 6230566221: {1147160: ('x = [int(e) for e in input().split()]\nk = int(input())\nsum = sum(x)\nd = 0\n\nc = 1\n\nfor i in range(len(x)-1) :\n    if x[i] == x[i+1] :\n        c += 1\n        if c >= k :\n            sum -= x[i]*c\n            for z in range(1,1000) :\n                if c - k == z :\n                    sum += x[i]*(c-1)\n                     \n    else :\n        c = 1\n        \nprint(sum)\n        \n\n    \n        \n\n\n\n\n', 'A=[int(e)for e in input().split()]\nB=int(input())\nsum=sum(A)\nC=0\nD=1\nfor E in range(len(A)-1):\n if A[E]==A[E+1]:\n  D+=1\n  if D>=B:\n   sum-=A[E]*D\n   for F in range(1,1000):\n    if D-B==F:\n     sum+=A[E]*(D-1)\n else:\n  D=1\nprint(sum)\n')}, 6230570721: {1146791: ('x = [int(e) for e in input().split()]\nx2=[x[0]]\nans=0\nfor i in range(1,len(x)):\n    if x[i]!=x[i-1]:\n        x2+=[x[i]]\n\ncounts=[]\ncoun=1\nfor i in range(1,len(x)):\n    if x[i]==x[i-1]:\n        coun+=1\n    else:\n        counts.append(coun)\n        coun=1 \ncounts.append(coun)\n    \nk=int(input())\nfor i in range(len(x2)):\n    if counts[i]<k:\n        ans+=counts[i]*x2[i]\nprint(ans)\n', 'A=[int(e)for e in input().split()]\nB=[A[0]]\nC=0\nfor D in range(1,len(A)):\n if A[D]!=A[D-1]:\n  B+=[A[D]]\nE=[]\nF=1\nfor D in range(1,len(A)):\n if A[D]==A[D-1]:\n  F+=1\n else:\n  E.append(F)\n  F=1 \nE.append(F)\nG=int(input())\nfor D in range(len(B)):\n if E[D]<G:\n  C+=E[D]*B[D]\nprint(C)\n')}, 6230573621: {1148389: ('x = [int(e) for e in input().split()]\nk = int(input())\nc = x[0]\nsum = x[0]\nt = 0\ncount = 1\nfor n in x[1:] :\n    if n == c :\n        sum += n\n        count +=1\n    else :\n        if count >= k :\n            sum = 0\n            sum += n\n            count = 1\n        else :\n            t += sum\n            sum = 0\n            sum += n\n            count = 1\n        c = n\nif count < k :\n    t += sum\nprint(t)\n        \n    \n    \n', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=A[0]\nsum=A[0]\nD=0\nE=1\nfor F in A[1:]:\n if F==C:\n  sum+=F\n  E+=1\n else:\n  if E>=B:\n   sum=0\n   sum+=F\n   E=1\n  else:\n   D+=sum\n   sum=0\n   sum+=F\n   E=1\n  C=F\nif E<B:\n D+=sum\nprint(D)\n')}, 6230577121: {1146866: ('x = (input()+" "+"0").split()\nk = int(input())\ni = 0\nc = 1\nr = ""\nd = 0\ne = 0\nwhile i < len(x)-1:\n    if x[i] == x[i+1]:\n        c += 1\n    else:\n        if c >= k:\n            r += (x[i-1]*c)\n        c = 1\n    i += 1\nfor a in x:\n    d += int(a)\nfor b in r:\n    e += int(b)\nans = d-e\nprint(ans)', 'A=(input()+" "+"0").split()\nB=int(input())\nC=0\nD=1\nE=""\nF=0\nG=0\nwhile C<len(A)-1:\n if A[C]==A[C+1]:\n  D+=1\n else:\n  if D>=B:\n   E+=(A[C-1]*D)\n  D=1\n C+=1\nfor H in A:\n F+=int(H)\nfor I in E:\n G+=int(I)\nJ=F-G\nprint(J)\n')}, 6230581621: {1147575: ('x = [int(e) for e in input().split()]\nk = int(input())\ni=0\ns=0\ncount=1\nwhile i<len(x)-1:\n    if x[i]==x[i+1]:\n        count+=1\n    elif count>=k:\n        s+=x[i]*count\n        count=1\n    else:\n        count=1\n    i+=1\nif count>=k:\n    s+=x[i]*count\nprint(sum(x)-s)', 'A=[int(e)for e in input().split()]\nB=int(input())\nC=0\nD=0\nE=1\nwhile C<len(A)-1:\n if A[C]==A[C+1]:\n  E+=1\n elif E>=B:\n  D+=A[C]*E\n  E=1\n else:\n  E=1\n C+=1\nif E>=B:\n D+=A[C]*E\nprint(sum(A)-D)\n')}, 6230582221: {1148271: ("x = [int(e) for e in input().split()]\nk = int(input())\na = 1\nc = ''\nt = 0\nfor i in range(len(x)-1):\n    if x[i] == x[i+1] :\n        a += 1\n    else :\n        if a < k:\n           t += x[i]*a\n           a = 1\n        else:\n            a = 1\nif x[-1] == x[-2] and a<k :\n    t += x[-2]*a\nelif x[-1] != x[-2]  :\n    t += x[-1]\nprint(t)\n    \n        \n    ", "A=[int(e)for e in input().split()]\nB=int(input())\nC=1\nD=''\nE=0\nfor F in range(len(A)-1):\n if A[F]==A[F+1]:\n  C+=1\n else:\n  if C<B:\n   E+=A[F]*C\n   C=1\n  else:\n   C=1\nif A[-1]==A[-2]and C<B:\n E+=A[-2]*C\nelif A[-1]!=A[-2]:\n E+=A[-1]\nprint(E)\n")}, 6230591921: {1146877: ('import math\nx = [int(e) for e in input().split()]\nk = int(input())\na= x[0]\nb=[]\ncount= 0\nsum_b=0\nfor i in range(len(x)):\n    if a == x[i]:\n        count+=1\n    else:\n        b.append(a)\n        b.append(count)\n        a = x[i]\n        count=1\nb.append(a)\nb.append(count)\n\nfor i in range(1,len(b),2):\n    if b[i]>=k :             \n        b[i-1] = 0\n        b[i] = 0\n    \n\nfor i in range(0,len(b),2):\n    sum_b+=b[i]*b[i+1]\nprint(sum_b)\n    \n', 'import math\nA=[int(e)for e in input().split()]\nB=int(input())\nC=A[0]\nD=[]\nE=0\nF=0\nfor G in range(len(A)):\n if C==A[G]:\n  E+=1\n else:\n  D.append(C)\n  D.append(E)\n  C=A[G]\n  E=1\nD.append(C)\nD.append(E)\nfor G in range(1,len(D),2):\n if D[G]>=B: \n  D[G-1]=0\n  D[G]=0\nfor G in range(0,len(D),2):\n F+=D[G]*D[G+1]\nprint(F)\n')}, 6230596021: {1147046: ('x = [int(e) for e in input().split()]\nk=int(input())\na=[]\nh=[]\nb=0\ng=[]\nfor i in range(len(x)-1) :\n    if x[i]==x[i+1] :\n        b+=1\n    else :\n        a.append(x[i])\n        a.append(b+1)\n        b=0\na.append(x[len(x)-1])\na.append(b+1)\nd=sum(x)\nfor i in range(0,len(a),2) :\n    if a[i+1]>=k :\n        h.append(a[i])\n        h.append(a[i+1])\ne=0\nwhile e<len(h) :\n    g.append(h[e]*h[e+1])\n    e+=2\nprint(d-sum(g))', 'A=[int(I)for I in input().split()]\nB=int(input())\nC=[]\nD=[]\nE=0\nF=[]\nfor G in range(len(A)-1):\n if A[G]==A[G+1]:\n  E+=1\n else:\n  C.append(A[G])\n  C.append(E+1)\n  E=0\nC.append(A[len(A)-1])\nC.append(E+1)\nH=sum(A)\nfor G in range(0,len(C),2):\n if C[G+1]>=B:\n  D.append(C[G])\n  D.append(C[G+1])\nI=0\nwhile I<len(D):\n F.append(D[I]*D[I+1])\n I+=2\nprint(H-sum(F))\n')}}, '62_2_G1_3': {6230175521: {1147427: ("def en(index):\n    if index in 'BFPV':\n        return '1'\n    elif index in 'CGJKQSXZ':\n        return '2'\n    elif index in 'DT':\n        return '3'\n    elif index in 'L':\n        return '4'\n    elif index in 'MN':\n        return '5'\n    elif index in 'R':\n        return '6'\n    elif index in 'AEIOUHWY':\n        return ''\ns1=input()#16\ns=[]\nfor i in range(len(s1)):\n    s.append(s1[i])\nfor i in range(1,len(s)):\n    if s[i] in 'HW':\n        s[i]=''\na=''#23\nfor i in range(len(s)):\n    a+=s[i]\nif a[-1]==' ':\n    a=a[:-1:]\ns=[]\nfor i in range(len(a)):\n    s.append(a[i])\nfor i in range(len(s)):\n    s[i]=en(s[i])\nfor i in range(len(s)-1):\n    if s[i]==s[i+1]:\n        for c in range(1000):\n            if not(s[i]==s[i+c]):\n                break\n            else:\n                s[i+c]=''\na=''#34\nfor i in range(len(s)):\n    a+=s[i]\na=s1[0]+a[1::]\nif len(a)>4:\n    a=a[0:4:]\nelif len(a)<4:\n    while len(a)<4:\n        a=a+'0'\nelif len(a)==4:\n    pass\nprint(a)\n\n", "def F(index):\n if index in 'BFPV':\n  return '1'\n elif index in 'CGJKQSXZ':\n  return '2'\n elif index in 'DT':\n  return '3'\n elif index in 'L':\n  return '4'\n elif index in 'MN':\n  return '5'\n elif index in 'R':\n  return '6'\n elif index in 'AEIOUHWY':\n  return ''\nA=input()\nB=[]\nfor C in range(len(A)):\n B.append(A[C])\nfor C in range(1,len(B)):\n if B[C]in 'HW':\n  B[C]=''\nD=''\nfor C in range(len(B)):\n D+=B[C]\nif D[-1]==' ':\n D=D[:-1:]\nB=[]\nfor C in range(len(D)):\n B.append(D[C])\nfor C in range(len(B)):\n B[C]=F(B[C])\nfor C in range(len(B)-1):\n if B[C]==B[C+1]:\n  for E in range(1000):\n   if not(B[C]==B[C+E]):\n    break\n   else:\n    B[C+E]=''\nD=''\nfor C in range(len(B)):\n D+=B[C]\nD=A[0]+D[1::]\nif len(D)>4:\n D=D[0:4:]\nelif len(D)<4:\n while len(D)<4:\n  D=D+'0'\nelif len(D)==4:\n pass\nprint(D)\n")}, 6230177821: {1149089: ('Name = input()\nsoundex = ""\nb = ""\nif(Name[0]=="H"):\n    b = "H"\ni = 0\nwhile i<len(Name):\n    if(Name[i]=="H"):\n        Name = Name[:i:]+Name[i+1::]\n    if(Name[i]=="W"):\n        Name = Name[:i:]+Name[i+1::]\n    i += 1\nName = b+Name.strip()\nif(Name[0]=="W"):\n    b = "W"\na1 = [\'B\', \'F\', \'P\', \'V\']\na2 = [\'C\', \'G\', \'J\', \'K\', \'Q\', \'S\', \'X\', \'Z\' ]\na3 = [\'D\', \'T\' ]\na4 = ["L"]\na5 = ["M","N"]\na6 = ["R"]\na0 = ["A","E","I","O","U","Y"]\ni = 0\nb = Name[0]\nwhile i<len(Name):\n    if(Name[i] in a1):\n        Name = Name[:i:]+"1"+Name[i+1::]\n    if(Name[i] in a2):\n        Name = Name[:i:]+"2"+Name[i+1::]\n    if(Name[i] in a3):\n        Name = Name[:i:]+"3"+Name[i+1::]\n    if(Name[i] in a4):\n        Name = Name[:i:]+"4"+Name[i+1::]\n    if(Name[i] in a5):\n        Name = Name[:i:]+"5"+Name[i+1::]\n    if(Name[i] in a6):\n        Name = Name[:i:]+"6"+Name[i+1::]\n    if(Name[i] in a0):\n        Name = Name[:i:]+"0"+Name[i+1::]\n    i += 1\ni = 0\nwhile i<len(Name)-1:\n    if(Name[i]==Name[i+1]):\n        Name = Name[:i+1:]+Name[i+2::]\n        i-=1\n    i+=1\ni = 1\nwhile i<len(Name):\n    if(Name[i]=="0"):\n        Name = Name[:i:]+Name[i+1::]\n        i-=1\n    i+=1\nName = b + Name[1::]\nif(len(Name)>4):\n    Name = Name[:4:]\nelse:\n    Name = Name+("0"*(4-len(Name)))\nprint(Name)\n    \n', 'A=input()\nB=""\nC=""\nif(A[0]=="H"):\n C="H"\nD=0\nwhile D<len(A):\n if(A[D]=="H"):\n  A=A[:D:]+A[D+1::]\n if(A[D]=="W"):\n  A=A[:D:]+A[D+1::]\n D+=1\nA=C+A.strip()\nif(A[0]=="W"):\n C="W"\nE=[\'B\',\'F\',\'P\',\'V\']\nF=[\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\']\nG=[\'D\',\'T\']\nH=["L"]\nI=["M","N"]\nJ=["R"]\nK=["A","E","I","O","U","Y"]\nD=0\nC=A[0]\nwhile D<len(A):\n if(A[D]in E):\n  A=A[:D:]+"1"+A[D+1::]\n if(A[D]in F):\n  A=A[:D:]+"2"+A[D+1::]\n if(A[D]in G):\n  A=A[:D:]+"3"+A[D+1::]\n if(A[D]in H):\n  A=A[:D:]+"4"+A[D+1::]\n if(A[D]in I):\n  A=A[:D:]+"5"+A[D+1::]\n if(A[D]in J):\n  A=A[:D:]+"6"+A[D+1::]\n if(A[D]in K):\n  A=A[:D:]+"0"+A[D+1::]\n D+=1\nD=0\nwhile D<len(A)-1:\n if(A[D]==A[D+1]):\n  A=A[:D+1:]+A[D+2::]\n  D-=1\n D+=1\nD=1\nwhile D<len(A):\n if(A[D]=="0"):\n  A=A[:D:]+A[D+1::]\n  D-=1\n D+=1\nA=C+A[1::]\nif(len(A)>4):\n A=A[:4:]\nelse:\n A=A+("0"*(4-len(A)))\nprint(A)\n')}, 6230181221: {1146875: ("r1=['B','F','P','V']\nr2=['C','G','J','K','Q','S','X','Z']\nr3=['D','T']\nr4=['L']\nr5=['M','N']\nr6=['R']\nr0=['A','E','I','O','U','H','W','Y']\na=input()\nb=a[0]\nfor i in range(1,len(a)):\n    if a[i] in r1:\n        b+='1'\n    elif a[i] in r2:\n        b+='2'\n    elif a[i] in r3:\n        b+='3'\n    elif a[i] in r4:\n        b+='4'\n    elif a[i] in r5:\n        b+='5'\n    elif a[i] in r6:\n        b+='6'\n    elif a[i] in r0:\n        b+=''\nc=b[0]\nfor i in range(1,len(b)):\n    if b[i]==b[i-1]:\n        c+=''\n    else:\n        c+=b[i]\nif len(c)>4:\n    print(c[0:4])\nelse:\n    while len(c)<4:\n        c=c+'0'\n    print(c)", "A=['B','F','P','V']\nB=['C','G','J','K','Q','S','X','Z']\nC=['D','T']\nD=['L']\nE=['M','N']\nF=['R']\nG=['A','E','I','O','U','H','W','Y']\nH=input()\nI=H[0]\nfor J in range(1,len(H)):\n if H[J]in A:\n  I+='1'\n elif H[J]in B:\n  I+='2'\n elif H[J]in C:\n  I+='3'\n elif H[J]in D:\n  I+='4'\n elif H[J]in E:\n  I+='5'\n elif H[J]in F:\n  I+='6'\n elif H[J]in G:\n  I+=''\nK=I[0]\nfor J in range(1,len(I)):\n if I[J]==I[J-1]:\n  K+=''\n else:\n  K+=I[J]\nif len(K)>4:\n print(K[0:4])\nelse:\n while len(K)<4:\n  K=K+'0'\n print(K)\n"), 1147340: ("r1=['B','F','P','V']\nr2=['C','G','J','K','Q','S','X','Z']\nr3=['D','T']\nr4=['L']\nr5=['M','N']\nr6=['R']\nr0=['A','E','I','O','U','H','W','Y']\na=input()\nb=a[0]\nif a[0] in r1:\n    m=1\nelif a[0] in r2:\n    m=2\nelif a[0] in r3:\n    m=3\nelif a[0] in r4:\n    m=4\nelif a[0] in r5:\n    m=5\nelif a[0] in r6:\n    m=6\nelse:\n    m=999\nif a[1] in r1:\n    n=1\nelif a[1] in r2:\n    n=2\nelif a[1] in r3:\n    n=3\nelif a[1] in r4:\n    n=4\nelif a[1] in r5:\n    n=5\nelif a[1] in r6:\n    n=6\nelse:\n    n=888\nfor i in range(1,len(a)):\n    if m==n:\n        b+=' '\n        m=777\n    elif a[i] in r1:\n        b+='1'\n    elif a[i] in r2:\n        b+='2'\n    elif a[i] in r3:\n        b+='3'\n    elif a[i] in r4:\n        b+='4'\n    elif a[i] in r5:\n        b+='5'\n    elif a[i] in r6:\n        b+='6'\n    elif a[i] in r0:\n        b+=''\n\nc=b[0]\nfor i in range(1,len(b)):\n    if b[i]==b[i-1]:\n        c+=''\n    else:\n        c+=b[i]\nc=c.split()\nd=''\nfor e in c:\n    d+=e\nif len(d)>4:\n    print(d[0:4])\nelse:\n    while len(d)<4:\n        d=d+'0'\n    print(d)", "A=['B','F','P','V']\nB=['C','G','J','K','Q','S','X','Z']\nC=['D','T']\nD=['L']\nE=['M','N']\nF=['R']\nG=['A','E','I','O','U','H','W','Y']\nH=input()\nI=H[0]\nif H[0]in A:\n J=1\nelif H[0]in B:\n J=2\nelif H[0]in C:\n J=3\nelif H[0]in D:\n J=4\nelif H[0]in E:\n J=5\nelif H[0]in F:\n J=6\nelse:\n J=999\nif H[1]in A:\n K=1\nelif H[1]in B:\n K=2\nelif H[1]in C:\n K=3\nelif H[1]in D:\n K=4\nelif H[1]in E:\n K=5\nelif H[1]in F:\n K=6\nelse:\n K=888\nfor L in range(1,len(H)):\n if J==K:\n  I+=' '\n  J=777\n elif H[L]in A:\n  I+='1'\n elif H[L]in B:\n  I+='2'\n elif H[L]in C:\n  I+='3'\n elif H[L]in D:\n  I+='4'\n elif H[L]in E:\n  I+='5'\n elif H[L]in F:\n  I+='6'\n elif H[L]in G:\n  I+=''\nM=I[0]\nfor L in range(1,len(I)):\n if I[L]==I[L-1]:\n  M+=''\n else:\n  M+=I[L]\nM=M.split()\nN=''\nfor O in M:\n N+=O\nif len(N)>4:\n print(N[0:4])\nelse:\n while len(N)<4:\n  N=N+'0'\n print(N)\n")}, 6230205721: {1148624: ('def chari(a):\n    b = ["B","F","P","V"]\n    c = ["C","G","J","K","Q","S","X","Z"]\n    d = ["D","T"]\n    l = ["L"]\n    m = ["M","N"]\n    r = ["R"]\n    n = ["A","E","I","O","U","H","W","Y"]\n    if a in b: return "1"\n    elif a in c: return "2"\n    elif a in d: return "3"\n    elif a in l: return "4"\n    elif a in m: return "5"\n    elif a in r: return "6"\n    else: return "0"\n  ############################################  \ns = [e for e in input()]\ni = 1\nf = s[0]\nwhile i < len(s):\n    if s[i] == "H" or s[i] == "W":\n        s.pop(i)\n        i -=1\n    i += 1\ns2 =[]\nfor e in s:\n    s2.append(chari(e))\n    #########################################\nsep = []\nt = [s2[0]]\nfor i in range(1,len(s2)):\n    if s2[i] == s2[i-1]:\n        t.append(s2[i])\n    else:\n        sep.append(t)\n        t = [s2[i]]\nsep.append(t)\n############################################\n\nfor e in range(len(sep)):\n    sep[e] = [sep[e][0]]\nsep = sep[1::]\nsep.insert(0,f)\ni = 0\nwhile i < len(sep):\n    if sep[i][0] == "0":\n        sep.pop(i)\n        i -= 1\n    i += 1\nsep2 = [sep[0]]\nfor i in range(1,len(sep)):\n    sep2.append(sep[i][0])\nstri = "".join(sep2)\nwhile len(stri) < 4:\n    stri += "0"\nstri = stri[0:4]\nprint(stri)\n', 'def Q(a):\n A=["B","F","P","V"]\n B=["C","G","J","K","Q","S","X","Z"]\n C=["D","T"]\n D=["L"]\n E=["M","N"]\n F=["R"]\n G=["A","E","I","O","U","H","W","Y"]\n if a in A:return "1"\n elif a in B:return "2"\n elif a in C:return "3"\n elif a in D:return "4"\n elif a in E:return "5"\n elif a in F:return "6"\n else:return "0"\nH=[L for L in input()]\nI=1\nJ=H[0]\nwhile I<len(H):\n if H[I]=="H" or H[I]=="W":\n  H.pop(I)\n  I-=1\n I+=1\nK=[]\nfor L in H:\n K.append(Q(L))\nM=[]\nN=[K[0]]\nfor I in range(1,len(K)):\n if K[I]==K[I-1]:\n  N.append(K[I])\n else:\n  M.append(N)\n  N=[K[I]]\nM.append(N)\nfor L in range(len(M)):\n M[L]=[M[L][0]]\nM=M[1::]\nM.insert(0,J)\nI=0\nwhile I<len(M):\n if M[I][0]=="0":\n  M.pop(I)\n  I-=1\n I+=1\nO=[M[0]]\nfor I in range(1,len(M)):\n O.append(M[I][0])\nP="".join(O)\nwhile len(P)<4:\n P+="0"\nP=P[0:4]\nprint(P)\n')}, 6230207021: {1146801: ('a = input()\np1=a[0]\na=a.replace(\'H\',\'\')\na=a.replace(\'W\',\'\')\nans=""\n\nfor i in range(1,len(a)):\n    if(a[i] in [\'B\',\'F\',\'P\',\'V\'])and a[i-1] not in [\'B\',\'F\',\'P\',\'V\']:\n        ans+="1"\n    elif(a[i] in [\'C\', \'G\', \'J\', \'K\', \'Q\', \'S\', \'X\', \'Z\'])and a[i-1] not in [\'C\', \'G\', \'J\', \'K\', \'Q\', \'S\', \'X\', \'Z\']:\n        ans+="2"\n    elif(a[i] in [\'D\',\'T\'])and a[i-1] not in [\'D\',\'T\']:\n        ans+="3"\n    elif(a[i] == \'L\' )and a[i-1] != \'L\':\n        ans+="4"\n    elif(a[i] in [\'M\',\'N\'])and a[i-1] not in [\'M\',\'N\']:\n        ans+="5"\n    elif(a[i] == \'R\')and a[i-1] != \'R\':\n        ans+="6"\n\nans+="000"\nprint(p1+ans[0:3])\n\n', 'A=input()\nB=A[0]\nA=A.replace(\'H\',\'\')\nA=A.replace(\'W\',\'\')\nC=""\nfor D in range(1,len(A)):\n if(A[D]in[\'B\',\'F\',\'P\',\'V\'])and A[D-1]not in[\'B\',\'F\',\'P\',\'V\']:\n  C+="1"\n elif(A[D]in[\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\'])and A[D-1]not in[\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\']:\n  C+="2"\n elif(A[D]in[\'D\',\'T\'])and A[D-1]not in[\'D\',\'T\']:\n  C+="3"\n elif(A[D]==\'L\')and A[D-1]!=\'L\':\n  C+="4"\n elif(A[D]in[\'M\',\'N\'])and A[D-1]not in[\'M\',\'N\']:\n  C+="5"\n elif(A[D]==\'R\')and A[D-1]!=\'R\':\n  C+="6"\nC+="000"\nprint(B+C[0:3])\n'), 1146846: ('a = input()\na=a[0]+a[1:].replace(\'H\',\'\')\na=a[0]+a[1:].replace(\'W\',\'\')\nans=""\n\nfor i in range(1,len(a)):\n    if(a[i] in [\'B\',\'F\',\'P\',\'V\'])and a[i-1] not in [\'B\',\'F\',\'P\',\'V\']:\n        ans+="1"\n    elif(a[i] in [\'C\', \'G\', \'J\', \'K\', \'Q\', \'S\', \'X\', \'Z\'])and a[i-1] not in [\'C\', \'G\', \'J\', \'K\', \'Q\', \'S\', \'X\', \'Z\']:\n        ans+="2"\n    elif(a[i] in [\'D\',\'T\'])and a[i-1] not in [\'D\',\'T\']:\n        ans+="3"\n    elif(a[i] == \'L\' )and a[i-1] != \'L\':\n        ans+="4"\n    elif(a[i] in [\'M\',\'N\'])and a[i-1] not in [\'M\',\'N\']:\n        ans+="5"\n    elif(a[i] == \'R\')and a[i-1] != \'R\':\n        ans+="6"\n\nans+="000"\nprint(a[0]+ans[0:3])\n\n', 'A=input()\nA=A[0]+A[1:].replace(\'H\',\'\')\nA=A[0]+A[1:].replace(\'W\',\'\')\nB=""\nfor C in range(1,len(A)):\n if(A[C]in[\'B\',\'F\',\'P\',\'V\'])and A[C-1]not in[\'B\',\'F\',\'P\',\'V\']:\n  B+="1"\n elif(A[C]in[\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\'])and A[C-1]not in[\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\']:\n  B+="2"\n elif(A[C]in[\'D\',\'T\'])and A[C-1]not in[\'D\',\'T\']:\n  B+="3"\n elif(A[C]==\'L\')and A[C-1]!=\'L\':\n  B+="4"\n elif(A[C]in[\'M\',\'N\'])and A[C-1]not in[\'M\',\'N\']:\n  B+="5"\n elif(A[C]==\'R\')and A[C-1]!=\'R\':\n  B+="6"\nB+="000"\nprint(A[0]+B[0:3])\n')}, 6230215021: {1148275: ('x=input()\ny=""\nAl=[\'B\',\'F\',\'P\',\'V\',\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\',\'D\',\'T\',\'L\',\'M\',\'N\',\'R\',\'A\',\'E\',\'I\',\'O\',\'U\',\'Y\']\nNum=[1,1,1,1,2,2,2,2,2,2,2,2,3,3,4,5,5,6,0,0,0,0,0,0]\nfor i in x:\n    if i in Al:\n        y+=str(Num[Al.index(i)])+" "\n    else:\n        y+=" "\nz=y.split()\nw=[]\nv=[]\nc=0\nfor i in range(1,len(z)):\n    if z[i]!=z[i-1]:\n        w.append(z[i])\nfor i in w:\n    if i!=\'0\' and c<3:\n        v.append(i)\n        c+=1\n    if c>=3:break\nif len(v)<3:\n    for i in range(3-len(v)):\n        v.append(0)\nprint(x[0],end="")\nfor i in range(len(v)):print(v[i],end="")\n', 'A=input()\nB=""\nC=[\'B\',\'F\',\'P\',\'V\',\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\',\'D\',\'T\',\'L\',\'M\',\'N\',\'R\',\'A\',\'E\',\'I\',\'O\',\'U\',\'Y\']\nD=[1,1,1,1,2,2,2,2,2,2,2,2,3,3,4,5,5,6,0,0,0,0,0,0]\nfor E in A:\n if E in C:\n  B+=str(D[C.index(E)])+" "\n else:\n  B+=" "\nF=B.split()\nG=[]\nH=[]\nI=0\nfor E in range(1,len(F)):\n if F[E]!=F[E-1]:\n  G.append(F[E])\nfor E in G:\n if E!=\'0\' and I<3:\n  H.append(E)\n  I+=1\n if I>=3:break\nif len(H)<3:\n for E in range(3-len(H)):\n  H.append(0)\nprint(A[0],end="")\nfor E in range(len(H)):print(H[E],end="")\n'), 1148437: ('x=input()\ny=""\nAl=[\'B\',\'F\',\'P\',\'V\',\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\',\'D\',\'T\',\'L\',\'M\',\'N\',\'R\',\'A\',\'E\',\'I\',\'O\',\'U\',\'Y\']\nNum=[1,1,1,1,2,2,2,2,2,2,2,2,3,3,4,5,5,6,8,8,8,8,8,8]\nif x[0]==\'H\' or x[0]==\'W\':y+=\'8\'\nfor i in x:\n    if i in Al:\n        y+=str(Num[Al.index(i)])+" "\n    else:\n        y+=" "\nz=y.split()\n#print(z)\nw=[]\nv=[]\nc=0\nfor i in range(1,len(z)):\n    if z[i]!=z[i-1]:\n        w.append(z[i])\nfor i in w:\n    if i!=\'8\' and c<3:\n        v.append(i)\n        c+=1\n    if c>=3:break\nif len(v)<3:\n    for i in range(3-len(v)):\n        v.append(0)\nprint(x[0],end="")\nfor i in range(len(v)):print(v[i],end="")\n', 'A=input()\nB=""\nC=[\'B\',\'F\',\'P\',\'V\',\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\',\'D\',\'T\',\'L\',\'M\',\'N\',\'R\',\'A\',\'E\',\'I\',\'O\',\'U\',\'Y\']\nD=[1,1,1,1,2,2,2,2,2,2,2,2,3,3,4,5,5,6,8,8,8,8,8,8]\nif A[0]==\'H\' or A[0]==\'W\':B+=\'8\'\nfor E in A:\n if E in C:\n  B+=str(D[C.index(E)])+" "\n else:\n  B+=" "\nF=B.split()\nG=[]\nH=[]\nI=0\nfor E in range(1,len(F)):\n if F[E]!=F[E-1]:\n  G.append(F[E])\nfor E in G:\n if E!=\'8\' and I<3:\n  H.append(E)\n  I+=1\n if I>=3:break\nif len(H)<3:\n for E in range(3-len(H)):\n  H.append(0)\nprint(A[0],end="")\nfor E in range(len(H)):print(H[E],end="")\n')}, 6230216621: {1148614: ('x = input().strip()\na = x[0]\nb = \'\'\nc = ""\nd = \'\'\nfor i in range(1,len(x)):\n    if x[i] in "B,F,P,V" :\n        a += "1"\n    elif x[i] in \'C,G,J,K,Q,S,X,Z\':\n        a += \'2\'\n    elif x[i] in \'D,T\':\n        a += \'3\'\n    elif x[i] in \'L\':\n        a += \'4\'\n    elif x[i] in \'M,N\':\n        a += \'5\'\n    elif x[i] in \'R\':\n        a += "6"\n    elif x[i] in \'A,E,I,O,U,Y\':\n        a += \'0\'\n    else :\n        a += \'\'\nfor i in range(len(a)-1) :\n    if a[i] != a[i+1] :\n        b += a[i]\nb += a[-1]\nfor i in range(len(b)):\n    if b[i] in "0" :\n        c += ""\n    else :\n        c += b[i]\nif len(c) > 4 :\n    c = c[:4]\nelif len(c) < 4 :\n    a = 0\n    while len(c) != 4:\n        c += "0"\nprint(c)\n        \n', 'A=input().strip()\nB=A[0]\nC=\'\'\nD=""\nE=\'\'\nfor F in range(1,len(A)):\n if A[F]in "B,F,P,V":\n  B+="1"\n elif A[F]in \'C,G,J,K,Q,S,X,Z\':\n  B+=\'2\'\n elif A[F]in \'D,T\':\n  B+=\'3\'\n elif A[F]in \'L\':\n  B+=\'4\'\n elif A[F]in \'M,N\':\n  B+=\'5\'\n elif A[F]in \'R\':\n  B+="6"\n elif A[F]in \'A,E,I,O,U,Y\':\n  B+=\'0\'\n else:\n  B+=\'\'\nfor F in range(len(B)-1):\n if B[F]!=B[F+1]:\n  C+=B[F]\nC+=B[-1]\nfor F in range(len(C)):\n if C[F]in "0":\n  D+=""\n else:\n  D+=C[F]\nif len(D)>4:\n D=D[:4]\nelif len(D)<4:\n B=0\n while len(D)!=4:\n  D+="0"\nprint(D)\n')}, 6230218921: {1146913: ('base1 = [\'B\', \'F\', \'P\', \'V\']\nbase2 = [\'C\', \'G\', \'J\', \'K\', \'Q\', \'S\', \'X\', \'Z\']\nbase3 = [\'D\', \'T\']\nbase4 = [\'L\']\nbase5 = [\'M\', \'N\']\nbase6 = [\'R\']\nbase0 = [\'A\', \'E\', \'I\', \'O\', \'U\', \'H\', \'W\', \'Y\' ]\nstr = input()\nfirst = str[0]\nif first in base1 :\n    num = "1"\nelif first in base2 :\n    num = "2"\nelif first in base3 :\n    num = "3"\nelif first in base4 :\n    num = "4"\nelif first in base5 :\n    num = "5"\nelif first in base6 :\n    num = "6"\nelif first in base0 :\n    num = "0"\nnew = ""\nfor e in str :\n    if e != "W" and e != "H" :\n        new += e\nb = ""\nfor e in new :\n    if e in base1 :\n        b += "1"\n    elif e in base2 :\n        b += "2"\n    elif e in base3 :\n        b += "3"\n    elif e in base4 :\n        b += "4"\n    elif e in base5 :\n        b += "5"\n    elif e in base6 :\n        b += "6"\n    elif e in base0 :\n        b += "0"\ncode = first\ncheck = num\nfor i in range(1,len(b)) :\n    if b[i] != check :\n        code += b[i]\n        check = b[i]\ncodex = ""\nfor e in code :\n    if e != "0" :\n        codex += e\nif len(codex) < 4 :\n    codex += "0000"\nprint(codex[:4])\n\n        \n\n', 'A=[\'B\',\'F\',\'P\',\'V\']\nB=[\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\']\nC=[\'D\',\'T\']\nD=[\'L\']\nE=[\'M\',\'N\']\nF=[\'R\']\nG=[\'A\',\'E\',\'I\',\'O\',\'U\',\'H\',\'W\',\'Y\']\nstr=input()\nH=str[0]\nif H in A:\n I="1"\nelif H in B:\n I="2"\nelif H in C:\n I="3"\nelif H in D:\n I="4"\nelif H in E:\n I="5"\nelif H in F:\n I="6"\nelif H in G:\n I="0"\nJ=""\nfor K in str:\n if K!="W" and K!="H":\n  J+=K\nL=""\nfor K in J:\n if K in A:\n  L+="1"\n elif K in B:\n  L+="2"\n elif K in C:\n  L+="3"\n elif K in D:\n  L+="4"\n elif K in E:\n  L+="5"\n elif K in F:\n  L+="6"\n elif K in G:\n  L+="0"\nM=H\nN=I\nfor O in range(1,len(L)):\n if L[O]!=N:\n  M+=L[O]\n  N=L[O]\nP=""\nfor K in M:\n if K!="0":\n  P+=K\nif len(P)<4:\n P+="0000"\nprint(P[:4])\n')}, 6230221721: {1148758: ('n = input()\nm = []\npos = 0\nfor i in range(len(n)) :\n    m.append(n[i])\nlst_1 = ["B","F","P","V"]\nlst_2 = ["C","G","J","K","Q","S","X","Z"]\nlst_3 = ["D","T"]\nlst_4 = ["L"]\nlst_5 = ["M","N"]\nlst_6 = ["R"]\ndata = []\ndata.append(9)\nif m[0] in lst_1 :\n    pos = 1\nelif m[0] in lst_2 :\n    pos = 2\nelif m[0] in lst_3 :\n    pos = 3\nelif m[0] in lst_4 :\n    pos = 4\nelif m[0] in lst_5 :\n    pos = 5\nelif m[0] in lst_6 :\n    pos = 6\nelse :\n    pos = 0\nfor i in m[1:] :\n    if i != "H" and i != "W" :\n        if i in lst_1 :\n            data.append("1")\n        elif i in lst_2 :\n            data.append("2")\n        elif i in lst_3 :\n            data.append("3")\n        elif i in lst_4 :\n            data.append("4")\n        elif i in lst_5 :\n            data.append("5")\n        elif i in lst_6 :\n            data.append("6")\n        else :\n            data.append("0")\nfor i in range(len(data)) :\n    data[i] = int(data[i])\nj = 1\nfinal = []\nfinal.append(data[0])\nwhile j < len(data) :\n    if j == 1 :\n        if data[j] != pos :\n            final.append(data[j])\n    else :\n        if data[j] != data[j-1] :\n            final.append(data[j])\n    j += 1\nfor i in final :\n    if i == 0 :\n        final.remove(i)\nfinal[0] = m[0]\nfinal.append(0)\nfinal.append(0)\nfinal.append(0)\nfor i in range(len(final)) :\n    final[i] = str(final[i])\nprint("".join(final[0:4]))\n        ', 'A=input()\nB=[]\nC=0\nfor D in range(len(A)):\n B.append(A[D])\nE=["B","F","P","V"]\nF=["C","G","J","K","Q","S","X","Z"]\nG=["D","T"]\nH=["L"]\nI=["M","N"]\nJ=["R"]\nK=[]\nK.append(9)\nif B[0]in E:\n C=1\nelif B[0]in F:\n C=2\nelif B[0]in G:\n C=3\nelif B[0]in H:\n C=4\nelif B[0]in I:\n C=5\nelif B[0]in J:\n C=6\nelse:\n C=0\nfor D in B[1:]:\n if D!="H" and D!="W":\n  if D in E:\n   K.append("1")\n  elif D in F:\n   K.append("2")\n  elif D in G:\n   K.append("3")\n  elif D in H:\n   K.append("4")\n  elif D in I:\n   K.append("5")\n  elif D in J:\n   K.append("6")\n  else:\n   K.append("0")\nfor D in range(len(K)):\n K[D]=int(K[D])\nL=1\nM=[]\nM.append(K[0])\nwhile L<len(K):\n if L==1:\n  if K[L]!=C:\n   M.append(K[L])\n else:\n  if K[L]!=K[L-1]:\n   M.append(K[L])\n L+=1\nfor D in M:\n if D==0:\n  M.remove(D)\nM[0]=B[0]\nM.append(0)\nM.append(0)\nM.append(0)\nfor D in range(len(M)):\n M[D]=str(M[D])\nprint("".join(M[0:4]))\n')}, 6230228121: {1147134: ('code1 = ["B","F","P","V"]\ncode2 = ["C","G","J","K","Q","S","X","Z"]\ncode3 = ["D","T"]\ncode4 = ["L"]\ncode5 = ["M","N"]\ncode6 = ["R"]\nno_code = ["A","E","I","O","U","H","W","Y"]\nsug = ["A","E","I","O","U","Y"]\ns = input()\nans0 = ""+s[0]\nans = "" + s[0]\nans2 = "" + s[0]\nans3 = ""\nfinal = ""\nfor ch in s[1:]:\n    if not(ch == "H" or ch == "W"):\n        ans0 += ch\nfor i in range(1,len(ans0)):\n    if s[i] in sug:\n        ans += "0"\n    elif s[i] in code1:\n        ans += "1"\n    elif s[i] in code2:\n        ans += "2"\n    elif s[i] in code3:\n        ans += "3"\n    elif s[i] in code4:\n        ans += "4"\n    elif s[i] in code5:\n        ans += "5"\n    elif s[i] in code6:\n        ans += "6"\n    elif s[i] in no_code:\n        ans += ""\nfor j in range(1,len(ans)):\n    if ans[j] != ans[j-1]:\n        ans2 += ans[j]\nfor c in ans2 :\n    if c !="0" :\n        ans3 += c\nif len(ans3)-1>3:\n    final = ans3[0:4]\nelif len(ans3)-1<3:\n    final = ans3 + "0"*(4-len(ans3))\nelse:\n    final = ans3\nprint(final)', 'A=["B","F","P","V"]\nB=["C","G","J","K","Q","S","X","Z"]\nC=["D","T"]\nD=["L"]\nE=["M","N"]\nF=["R"]\nG=["A","E","I","O","U","H","W","Y"]\nH=["A","E","I","O","U","Y"]\nI=input()\nJ=""+I[0]\nK=""+I[0]\nL=""+I[0]\nM=""\nN=""\nfor O in I[1:]:\n if not(O=="H" or O=="W"):\n  J+=O\nfor P in range(1,len(J)):\n if I[P]in H:\n  K+="0"\n elif I[P]in A:\n  K+="1"\n elif I[P]in B:\n  K+="2"\n elif I[P]in C:\n  K+="3"\n elif I[P]in D:\n  K+="4"\n elif I[P]in E:\n  K+="5"\n elif I[P]in F:\n  K+="6"\n elif I[P]in G:\n  K+=""\nfor Q in range(1,len(K)):\n if K[Q]!=K[Q-1]:\n  L+=K[Q]\nfor R in L:\n if R!="0":\n  M+=R\nif len(M)-1>3:\n N=M[0:4]\nelif len(M)-1<3:\n N=M+"0"*(4-len(M))\nelse:\n N=M\nprint(N)\n'), 1147311: ('code1 = ["B","F","P","V"]\ncode2 = ["C","G","J","K","Q","S","X","Z"]\ncode3 = ["D","T"]\ncode4 = ["L"]\ncode5 = ["M","N"]\ncode6 = ["R"]\nno_code = ["A","E","I","O","U","H","W","Y"]\nsug = ["A","E","I","O","U","Y"]\ns = input()\nans0 = ""+s[0]\nans = "" + s[0]\nans2 = "" + s[0]\nans3 = ""\nfinal = ""\nfor i in range(1,len(s)):\n    if s[i] in sug:\n        ans += "0"\n    elif s[i] in code1:\n        ans += "1"\n    elif s[i] in code2:\n        ans += "2"\n    elif s[i] in code3:\n        ans += "3"\n    elif s[i] in code4:\n        ans += "4"\n    elif s[i] in code5:\n        ans += "5"\n    elif s[i] in code6:\n        ans += "6"\n    elif s[i] in no_code:\n        ans += ""\nfor j in range(1,len(ans)):\n    if ans[j] != ans[j-1]:\n        ans2 += ans[j]\nfor c in ans2 :\n    if c !="0" :\n        ans3 += c\nif len(ans3)-1>3:\n    final = ans3[0:4]\nelif len(ans3)-1<3:\n    final = ans3 + "0"*(4-len(ans3))\nelse:\n    final = ans3\nprint(final)', 'A=["B","F","P","V"]\nB=["C","G","J","K","Q","S","X","Z"]\nC=["D","T"]\nD=["L"]\nE=["M","N"]\nF=["R"]\nG=["A","E","I","O","U","H","W","Y"]\nH=["A","E","I","O","U","Y"]\nI=input()\nJ=""+I[0]\nK=""+I[0]\nL=""+I[0]\nM=""\nN=""\nfor O in range(1,len(I)):\n if I[O]in H:\n  K+="0"\n elif I[O]in A:\n  K+="1"\n elif I[O]in B:\n  K+="2"\n elif I[O]in C:\n  K+="3"\n elif I[O]in D:\n  K+="4"\n elif I[O]in E:\n  K+="5"\n elif I[O]in F:\n  K+="6"\n elif I[O]in G:\n  K+=""\nfor P in range(1,len(K)):\n if K[P]!=K[P-1]:\n  L+=K[P]\nfor Q in L:\n if Q!="0":\n  M+=Q\nif len(M)-1>3:\n N=M[0:4]\nelif len(M)-1<3:\n N=M+"0"*(4-len(M))\nelse:\n N=M\nprint(N)\n'), 1147497: ('code1 = ["B","F","P","V"]\ncode2 = ["C","G","J","K","Q","S","X","Z"]\ncode3 = ["D","T"]\ncode4 = ["L"]\ncode5 = ["M","N"]\ncode6 = ["R"]\nno_code = ["A","E","I","O","U","H","W","Y"]\nsug = ["A","E","I","O","U","Y"]\ns = input()\nans0 = ""\nans = ""\nans2 = ""\nans3 = s[0]+""\nfinal = ""\nfor i in range(len(s)):\n    if s[i] in sug:\n        ans += "0"\n    elif s[i] in code1:\n        ans += "1"\n    elif s[i] in code2:\n        ans += "2"\n    elif s[i] in code3:\n        ans += "3"\n    elif s[i] in code4:\n        ans += "4"\n    elif s[i] in code5:\n        ans += "5"\n    elif s[i] in code6:\n        ans += "6"\n    elif s[i] in no_code:\n        ans += ""\nfor j in range(1,len(ans)):\n    if ans[j] != ans[j-1]:\n        ans2 += ans[j]\nfor c in ans2 :\n    if c !="0" :\n        ans3 += c\nif len(ans3)-1>3:\n    final = ans3[0:4]\nelif len(ans3)-1<3:\n    final = ans3 + "0"*(4-len(ans3))\nelse:\n    final = ans3\nprint(final)', 'A=["B","F","P","V"]\nB=["C","G","J","K","Q","S","X","Z"]\nC=["D","T"]\nD=["L"]\nE=["M","N"]\nF=["R"]\nG=["A","E","I","O","U","H","W","Y"]\nH=["A","E","I","O","U","Y"]\nI=input()\nJ=""\nK=""\nL=""\nM=I[0]+""\nN=""\nfor O in range(len(I)):\n if I[O]in H:\n  K+="0"\n elif I[O]in A:\n  K+="1"\n elif I[O]in B:\n  K+="2"\n elif I[O]in C:\n  K+="3"\n elif I[O]in D:\n  K+="4"\n elif I[O]in E:\n  K+="5"\n elif I[O]in F:\n  K+="6"\n elif I[O]in G:\n  K+=""\nfor P in range(1,len(K)):\n if K[P]!=K[P-1]:\n  L+=K[P]\nfor Q in L:\n if Q!="0":\n  M+=Q\nif len(M)-1>3:\n N=M[0:4]\nelif len(M)-1<3:\n N=M+"0"*(4-len(M))\nelse:\n N=M\nprint(N)\n')}, 6230230321: {1149048: ("a = input()\nb = ''\nc = ''\nc += a[0]\nd = ''\nd += a[0]\nfor i in range(len(a)):\n    if a[i] != 'H' and a[i] != 'W' :\n        if a[i] == 'B' or a[i] == 'F' or\\\n           a[i] == 'P' or a[i] == 'V' :\n            b += '1'\n        elif a[i] == 'C' or a[i] == 'G' or a[i] == 'J' or\\\n             a[i] == 'K' or a[i] == 'Q' or a[i] == 'S' or\\\n             a[i] == 'X' or a[i] == 'Z' :\n            b += '2'\n        elif a[i] == 'D' or a[i] == 'T' :\n            b += '3'\n        elif a[i] == 'L' :\n            b += '4'\n        elif a[i] == 'M' or a[i] == 'N' :\n            b += '5'\n        elif a[i] == 'R' :\n            b += '6'\n        elif a[i] == 'A' or a[i] == 'E' or a[i] == 'I' or\\\n             a[i] == 'O' or a[i] == 'U' or a[i] == 'Y' :\n            b += '0'\nif b[0] == b[1] :\n    b = b[1::]\nfor i in range(1,len(b)) :\n    if b[i] != b[i-1] :\n        c += b[i]\nfor i in range(1,len(c)) :\n    if c[i] != '0' :\n        d += c[i]\nwhile len(d) > 4 :\n    d = d[0:4]\nwhile len(d) < 4 :\n    d += '0'\nprint(d)", "A=input()\nB=''\nC=''\nC+=A[0]\nD=''\nD+=A[0]\nfor E in range(len(A)):\n if A[E]!='H' and A[E]!='W':\n  if A[E]=='B' or A[E]=='F' or A[E]=='P' or A[E]=='V':\n   B+='1'\n  elif A[E]=='C' or A[E]=='G' or A[E]=='J' or A[E]=='K' or A[E]=='Q' or A[E]=='S' or A[E]=='X' or A[E]=='Z':\n   B+='2'\n  elif A[E]=='D' or A[E]=='T':\n   B+='3'\n  elif A[E]=='L':\n   B+='4'\n  elif A[E]=='M' or A[E]=='N':\n   B+='5'\n  elif A[E]=='R':\n   B+='6'\n  elif A[E]=='A' or A[E]=='E' or A[E]=='I' or A[E]=='O' or A[E]=='U' or A[E]=='Y':\n   B+='0'\nif B[0]==B[1]:\n B=B[1::]\nfor E in range(1,len(B)):\n if B[E]!=B[E-1]:\n  C+=B[E]\nfor E in range(1,len(C)):\n if C[E]!='0':\n  D+=C[E]\nwhile len(D)>4:\n D=D[0:4]\nwhile len(D)<4:\n D+='0'\nprint(D)\n")}, 6230237821: {1148867: ('a=input()\ns=""\nb=""\nc=0\nfor i in range(len(a)):\n    if i==0 :\n        s+=a[i]\n    else:\n        if a[i]=="B" or a[i]=="F" or a[i]=="P" or a[i]=="V" :\n            s+="1"\n        else:\n            if a[i]=="C" or a[i]=="G" or a[i]=="J" or  a[i]=="K" or a[i]=="Q" or a[i]=="S" or a[i]=="X" or a[i]=="Z" :\n                s+="2"\n            else:\n                if a[i]=="D" or a[i]=="T":\n                    s+="3"\n                else:\n                    if a[i]=="L":\n                        s+="4"\n                    else:\n                        if a[i]=="M" or a[i]=="N":\n                            s+="5"\n                        else:\n                            if a[i]=="R":\n                                s+="6"\ns+=" "\nfor k in range(len(s)-1):\n    if s[k]==s[k+1]:\n        c+=1\n    else:\n        b+=s[k]\nwhile len(b)<4:\n    b+="0"\nif len(b)>4:\n    b=b[0:4]\nprint(b)', 'A=input()\nB=""\nC=""\nD=0\nfor E in range(len(A)):\n if E==0:\n  B+=A[E]\n else:\n  if A[E]=="B" or A[E]=="F" or A[E]=="P" or A[E]=="V":\n   B+="1"\n  else:\n   if A[E]=="C" or A[E]=="G" or A[E]=="J" or A[E]=="K" or A[E]=="Q" or A[E]=="S" or A[E]=="X" or A[E]=="Z":\n    B+="2"\n   else:\n    if A[E]=="D" or A[E]=="T":\n     B+="3"\n    else:\n     if A[E]=="L":\n      B+="4"\n     else:\n      if A[E]=="M" or A[E]=="N":\n       B+="5"\n      else:\n       if A[E]=="R":\n        B+="6"\nB+=" "\nfor F in range(len(B)-1):\n if B[F]==B[F+1]:\n  D+=1\n else:\n  C+=B[F]\nwhile len(C)<4:\n C+="0"\nif len(C)>4:\n C=C[0:4]\nprint(C)\n')}, 6230253821: {1148640: ("a=input().strip()\nb=[]\nfor i in range (1,len(a)) :\n    if a[i]!='H' and  a[i]!='W' :\n        b+=a[i]\nc=[]\nfor i  in range (len(b)) :\n    if b[i] in 'BFPV' :\n        c+=[1]\n    elif b[i] in 'CGJKQSXZ' :\n        c+=[2]\n    elif b[i] in 'DT' :\n        c+=[3]\n    elif b[i] == 'L' :\n        c+=[4]\n    elif b[i] in 'MN' :\n        c+=[5]\n    elif b[i] == 'R' :\n        c+=[6]\n    else :\n        c+=[0]\nd=[]\nfor i in range (len(c)) :\n    if i==0 :\n        if c[i]!=0 :\n            d+=[c[i]]\n    else :\n        if c[i]!=c[i-1] and c[i]!=0 :\n            d+=[c[i]]\nif len(d)<3 :\n    d+=[0]*(3-len(d))\nx=str(a[0])\nfor i in range(3) :\n    x+=str(d[i])\nprint(x)", "A=input().strip()\nB=[]\nfor C in range(1,len(A)):\n if A[C]!='H' and A[C]!='W':\n  B+=A[C]\nD=[]\nfor C in range(len(B)):\n if B[C]in 'BFPV':\n  D+=[1]\n elif B[C]in 'CGJKQSXZ':\n  D+=[2]\n elif B[C]in 'DT':\n  D+=[3]\n elif B[C]=='L':\n  D+=[4]\n elif B[C]in 'MN':\n  D+=[5]\n elif B[C]=='R':\n  D+=[6]\n else:\n  D+=[0]\nE=[]\nfor C in range(len(D)):\n if C==0:\n  if D[C]!=0:\n   E+=[D[C]]\n else:\n  if D[C]!=D[C-1]and D[C]!=0:\n   E+=[D[C]]\nif len(E)<3:\n E+=[0]*(3-len(E))\nF=str(A[0])\nfor C in range(3):\n F+=str(E[C])\nprint(F)\n"), 1148824: ("a=input().strip()\nb=[]\nfor i in range (1,len(a)) :\n    if a[i]!='H' and  a[i]!='W' :\n        b+=a[i]\nif a[0] in 'BFPV' and b[0] in 'BFPV' :\n    n=1\nelif a[0] in 'CGJKQSXZ' and b[0] in 'CGJKQSXZ' :\n    n=1\nelif a[0] in 'DT' and b[0] in 'DT' :\n    n=1\nelif a[0] == 'L' and b[0] == 'L' :\n    n=1\nelif a[0] in 'MN' and b[0] in 'MN':\n    n=1\nelif a[0] == 'R' and b[0] == 'R':\n    n=1\nelse :\n    n=0\nc=[]\nfor i  in range (len(b)) :\n    if b[i] in 'BFPV' :\n        c+=[1]\n    elif b[i] in 'CGJKQSXZ' :\n        c+=[2]\n    elif b[i] in 'DT' :\n        c+=[3]\n    elif b[i] == 'L' :\n        c+=[4]\n    elif b[i] in 'MN' :\n        c+=[5]\n    elif b[i] == 'R' :\n        c+=[6]\n    else :\n        c+=[0]\nd=[]\nfor i in range (len(c)) :\n    if i==0 :\n        if c[i]!=0 :\n            d+=[c[i]]\n    else :\n        if c[i]!=c[i-1] and c[i]!=0 :\n            d+=[c[i]]\nif len(d)<4 :\n    d+=[0]*(4-len(d))\nx=str(a[0])\nif n!=1 :\n    for i in range(3) :\n        x+=str(d[i])\nelse :\n    for i in range(1,4) :\n        x+=str(d[i])\nprint(x)", "A=input().strip()\nB=[]\nfor C in range(1,len(A)):\n if A[C]!='H' and A[C]!='W':\n  B+=A[C]\nif A[0]in 'BFPV' and B[0]in 'BFPV':\n D=1\nelif A[0]in 'CGJKQSXZ' and B[0]in 'CGJKQSXZ':\n D=1\nelif A[0]in 'DT' and B[0]in 'DT':\n D=1\nelif A[0]=='L' and B[0]=='L':\n D=1\nelif A[0]in 'MN' and B[0]in 'MN':\n D=1\nelif A[0]=='R' and B[0]=='R':\n D=1\nelse:\n D=0\nE=[]\nfor C in range(len(B)):\n if B[C]in 'BFPV':\n  E+=[1]\n elif B[C]in 'CGJKQSXZ':\n  E+=[2]\n elif B[C]in 'DT':\n  E+=[3]\n elif B[C]=='L':\n  E+=[4]\n elif B[C]in 'MN':\n  E+=[5]\n elif B[C]=='R':\n  E+=[6]\n else:\n  E+=[0]\nF=[]\nfor C in range(len(E)):\n if C==0:\n  if E[C]!=0:\n   F+=[E[C]]\n else:\n  if E[C]!=E[C-1]and E[C]!=0:\n   F+=[E[C]]\nif len(F)<4:\n F+=[0]*(4-len(F))\nG=str(A[0])\nif D!=1:\n for C in range(3):\n  G+=str(F[C])\nelse:\n for C in range(1,4):\n  G+=str(F[C])\nprint(G)\n")}, 6230275621: {1146858: ("a=input()\nx=[]\nl1=['B','F','P','V']\nl2=['C','G','J','K','Q','S','X','Z']\nl3=['D','T']\nl4=['L']\nl5=['M','N']\nl6=['R']\nnull=['A','E','I','O','U','H','W','Y']\na=list(a)\nif 'H' in a or 'W' in a:\n    for i in range(1,len(a),1):\n        if a[i]=='H':\n            a[i]=''\n        if a[i]=='W':\n            a[i]=''\n#กรณีมี H W เรียบร้อย เก็บเป็นlistในx\nfor i in range(len(a)):\n    if a[i]!='':\n        x.append(a[i])\n    \nfor i in range(1,len(x)-1,1):\n    if x[i] in l1 and x[i+1] in l1:\n        x[i]=''\n    if x[i] in l2 and x[i+1] in l2:\n        x[i]=''\n    if x[i] in l3 and x[i+1] in l3:\n        x[i]=''\n    if x[i] in l4 and x[i+1] in l4:\n        x[i]=''\n    if x[i] in l5 and x[i+1] in l5:\n        x[i]=''\n    if x[i] in l6 and x[i+1] in l6:\n        x[i]=''\nif x[0] in l1 and x[1] in l1:\n        x[1]=''\nif x[0] in l2 and x[1] in l2:\n        x[1]=''\nif x[0] in l3 and x[1] in l3:\n        x[1]=''\nif x[0] in l4 and x[1] in l4:\n        x[1]=''\nif x[0] in l5 and x[1] in l5:\n        x[1]=''\nif x[0] in l6 and x[1] in l6:\n        x[1]=''\n\ny=[]\ny.append(x[0])\nfor i in range(1,len(x),1):\n    if x[i] in l1:\n        y.append(1)\n    if x[i] in l2:\n        y.append(2)\n    if x[i] in l3:\n        y.append(3)\n    if x[i] in l4:\n        y.append(4)\n    if x[i] in l5:\n        y.append(5)\n    if x[i] in l6:\n        y.append(6)\n#ได้ตัวเลขเก็บในลิสของ Y\n        \nif len(y[1::1])>3:\n    y=y[:4:]\nif len(y[1::1])<3:\n    y=y+[0]*(3-len(y[1::1]))\n#ข้อ1-3 เรียบร้อย\nf=''\nfor i in range(len(y)):\n    f+=str(y[i])\nprint(f)\n\n\n    \n\n\n    \n\n       \n    \n    \n    \n    \n", "A=input()\nB=[]\nC=['B','F','P','V']\nD=['C','G','J','K','Q','S','X','Z']\nE=['D','T']\nF=['L']\nG=['M','N']\nH=['R']\nI=['A','E','I','O','U','H','W','Y']\nA=list(A)\nif 'H' in A or 'W' in A:\n for J in range(1,len(A),1):\n  if A[J]=='H':\n   A[J]=''\n  if A[J]=='W':\n   A[J]=''\nfor J in range(len(A)):\n if A[J]!='':\n  B.append(A[J])\nfor J in range(1,len(B)-1,1):\n if B[J]in C and B[J+1]in C:\n  B[J]=''\n if B[J]in D and B[J+1]in D:\n  B[J]=''\n if B[J]in E and B[J+1]in E:\n  B[J]=''\n if B[J]in F and B[J+1]in F:\n  B[J]=''\n if B[J]in G and B[J+1]in G:\n  B[J]=''\n if B[J]in H and B[J+1]in H:\n  B[J]=''\nif B[0]in C and B[1]in C:\n B[1]=''\nif B[0]in D and B[1]in D:\n B[1]=''\nif B[0]in E and B[1]in E:\n B[1]=''\nif B[0]in F and B[1]in F:\n B[1]=''\nif B[0]in G and B[1]in G:\n B[1]=''\nif B[0]in H and B[1]in H:\n B[1]=''\nK=[]\nK.append(B[0])\nfor J in range(1,len(B),1):\n if B[J]in C:\n  K.append(1)\n if B[J]in D:\n  K.append(2)\n if B[J]in E:\n  K.append(3)\n if B[J]in F:\n  K.append(4)\n if B[J]in G:\n  K.append(5)\n if B[J]in H:\n  K.append(6)\nif len(K[1::1])>3:\n K=K[:4:]\nif len(K[1::1])<3:\n K=K+[0]*(3-len(K[1::1]))\nL=''\nfor J in range(len(K)):\n L+=str(K[J])\nprint(L)\n"), 1147156: ("a=input()\nx=[]\nl1=['B','F','P','V']\nl2=['C','G','J','K','Q','S','X','Z']\nl3=['D','T']\nl4=['L']\nl5=['M','N']\nl6=['R']\nnull=['A','E','I','O','U','H','W','Y']\na=list(a)\nif 'H' in a or 'W' in a:\n    for i in range(1,len(a),1):\n        if a[i]=='H':\n            a[i]=''\n        if a[i]=='W':\n            a[i]=''\n#กรณีมี H W เรียบร้อย เก็บเป็นlistในx\nfor i in range(len(a)):\n    if a[i]!='':\n        x.append(a[i])\ny=[]\ny.append(x[0])\nfor i in range(1,len(x),1):\n    if x[i] in l1:\n        y.append(1)\n    if x[i] in l2:\n        y.append(2)\n    if x[i] in l3:\n        y.append(3)\n    if x[i] in l4:\n        y.append(4)\n    if x[i] in l5:\n        y.append(5)\n    if x[i] in l6:\n        y.append(6)\n    if x[i] in null:\n        y.append(0)\nif x[0] in l1 and x[1] in l1:\n        y[1]='0'\nif x[0] in l2 and x[1] in l2:\n        y[1]='0'\nif x[0] in l3 and x[1] in l3:\n        y[1]='0'\nif x[0] in l4 and x[1] in l4:\n        y[1]='0'\nif x[0] in l5 and x[1] in l5:\n        y[1]='0'\nif x[0] in l6 and x[1] in l6:\n        y[1]='0'\n\n\nc=1\ny1=''\nfor i in range(len(y)-1):\n    if y[i]==y[i+1]:\n        c+=1\n    if y[i]!= y[i+1]:\n        y1+=str(y[i])+' '\n        c=1\ny1+=str(y[-1])\ny1=y1.split()\n\ny2=[]\nfor i in range(len(y1)):\n    if y1[i]!='0':\n        y2.append(y1[i])\n\nif len(y2[1::1])>3:\n    y2=y2[:4:]\nif len(y2[1::1])<3:\n    y2=y2+[0]*(3-len(y2[1::1]))\n#ข้อ1-3 เรียบร้อย\nf=''\nfor i in range(len(y2)):\n    f+=str(y2[i])\nprint(f)\n\n\n\n\n#ได้ตัวเลขเก็บในลิสของ Y\n        \n\n#ข้อ1-3 เรียบร้อย\n\n\n\n\n    \n\n\n    \n\n       \n    \n    \n    \n    \n\n", "A=input()\nB=[]\nC=['B','F','P','V']\nD=['C','G','J','K','Q','S','X','Z']\nE=['D','T']\nF=['L']\nG=['M','N']\nH=['R']\nI=['A','E','I','O','U','H','W','Y']\nA=list(A)\nif 'H' in A or 'W' in A:\n for J in range(1,len(A),1):\n  if A[J]=='H':\n   A[J]=''\n  if A[J]=='W':\n   A[J]=''\nfor J in range(len(A)):\n if A[J]!='':\n  B.append(A[J])\nK=[]\nK.append(B[0])\nfor J in range(1,len(B),1):\n if B[J]in C:\n  K.append(1)\n if B[J]in D:\n  K.append(2)\n if B[J]in E:\n  K.append(3)\n if B[J]in F:\n  K.append(4)\n if B[J]in G:\n  K.append(5)\n if B[J]in H:\n  K.append(6)\n if B[J]in I:\n  K.append(0)\nif B[0]in C and B[1]in C:\n K[1]='0'\nif B[0]in D and B[1]in D:\n K[1]='0'\nif B[0]in E and B[1]in E:\n K[1]='0'\nif B[0]in F and B[1]in F:\n K[1]='0'\nif B[0]in G and B[1]in G:\n K[1]='0'\nif B[0]in H and B[1]in H:\n K[1]='0'\nL=1\nM=''\nfor J in range(len(K)-1):\n if K[J]==K[J+1]:\n  L+=1\n if K[J]!=K[J+1]:\n  M+=str(K[J])+' '\n  L=1\nM+=str(K[-1])\nM=M.split()\nN=[]\nfor J in range(len(M)):\n if M[J]!='0':\n  N.append(M[J])\nif len(N[1::1])>3:\n N=N[:4:]\nif len(N[1::1])<3:\n N=N+[0]*(3-len(N[1::1]))\nO=''\nfor J in range(len(N)):\n O+=str(N[J])\nprint(O)\n"), 1147225: ("a=input()\nx=[]\nn=True\nif len(a)==1:\n    n=False\nl1=['B','F','P','V']\nl2=['C','G','J','K','Q','S','X','Z']\nl3=['D','T']\nl4=['L']\nl5=['M','N']\nl6=['R']\nnull=['A','E','I','O','U','H','W','Y']\na=list(a)\nif n:\n    if 'H' in a or 'W' in a:\n        for i in range(1,len(a),1):\n            if a[i]=='H':\n                a[i]=''\n            if a[i]=='W':\n                a[i]=''\n    #กรณีมี H W เรียบร้อย เก็บเป็นlistในx\n    for i in range(len(a)):\n        if a[i]!='':\n            x.append(a[i])\n    y=[]\n    y.append(x[0])\n    for i in range(1,len(x),1):\n        if x[i] in l1:\n            y.append(1)\n        if x[i] in l2:\n            y.append(2)\n        if x[i] in l3:\n            y.append(3)\n        if x[i] in l4:\n            y.append(4)\n        if x[i] in l5:\n            y.append(5)\n        if x[i] in l6:\n            y.append(6)\n        if x[i] in null:\n            y.append(0)\n    if x[0] in l1 and x[1] in l1:\n            y[1]='0'\n    if x[0] in l2 and x[1] in l2:\n            y[1]='0'\n    if x[0] in l3 and x[1] in l3:\n            y[1]='0'\n    if x[0] in l4 and x[1] in l4:\n            y[1]='0'\n    if x[0] in l5 and x[1] in l5:\n            y[1]='0'\n    if x[0] in l6 and x[1] in l6:\n            y[1]='0'\n\n\n    c=1\n    y1=''\n    for i in range(len(y)-1):\n        if y[i]==y[i+1]:\n            c+=1\n        if y[i]!= y[i+1]:\n            y1+=str(y[i])+' '\n            c=1\n    y1+=str(y[-1])\n    y1=y1.split()\n\n    y2=[]\n    for i in range(len(y1)):\n        if y1[i]!='0':\n            y2.append(y1[i])\n\n    if len(y2[1::1])>3:\n        y2=y2[:4:]\n    if len(y2[1::1])<3:\n        y2=y2+[0]*(3-len(y2[1::1]))\n    #ข้อ1-3 เรียบร้อย\n    f=''\n    for i in range(len(y2)):\n        f+=str(y2[i])\n\n    print(f)\nelse:\n    print(a[0]+'000')\n\n\n\n\n#ได้ตัวเลขเก็บในลิสของ Y\n        \n\n#ข้อ1-3 เรียบร้อย\n\n#if len(a)==1:\n    #print(a[0]+'000')\n\n\n    \n\n\n    \n\n       \n    \n    \n    \n    \n\n", "A=input()\nB=[]\nC=True\nif len(A)==1:\n C=False\nD=['B','F','P','V']\nE=['C','G','J','K','Q','S','X','Z']\nF=['D','T']\nG=['L']\nH=['M','N']\nI=['R']\nJ=['A','E','I','O','U','H','W','Y']\nA=list(A)\nif C:\n if 'H' in A or 'W' in A:\n  for K in range(1,len(A),1):\n   if A[K]=='H':\n    A[K]=''\n   if A[K]=='W':\n    A[K]=''\n for K in range(len(A)):\n  if A[K]!='':\n   B.append(A[K])\n L=[]\n L.append(B[0])\n for K in range(1,len(B),1):\n  if B[K]in D:\n   L.append(1)\n  if B[K]in E:\n   L.append(2)\n  if B[K]in F:\n   L.append(3)\n  if B[K]in G:\n   L.append(4)\n  if B[K]in H:\n   L.append(5)\n  if B[K]in I:\n   L.append(6)\n  if B[K]in J:\n   L.append(0)\n if B[0]in D and B[1]in D:\n  L[1]='0'\n if B[0]in E and B[1]in E:\n  L[1]='0'\n if B[0]in F and B[1]in F:\n  L[1]='0'\n if B[0]in G and B[1]in G:\n  L[1]='0'\n if B[0]in H and B[1]in H:\n  L[1]='0'\n if B[0]in I and B[1]in I:\n  L[1]='0'\n M=1\n N=''\n for K in range(len(L)-1):\n  if L[K]==L[K+1]:\n   M+=1\n  if L[K]!=L[K+1]:\n   N+=str(L[K])+' '\n   M=1\n N+=str(L[-1])\n N=N.split()\n O=[]\n for K in range(len(N)):\n  if N[K]!='0':\n   O.append(N[K])\n if len(O[1::1])>3:\n  O=O[:4:]\n if len(O[1::1])<3:\n  O=O+[0]*(3-len(O[1::1]))\n P=''\n for K in range(len(O)):\n  P+=str(O[K])\n print(P)\nelse:\n print(A[0]+'000')\n")}, 6230301221: {1147083: ("a = input()\nfirst = a[0]\nrest = a[1:]\none = ['B','F','P','V']\ntwo = ['C','G','J','K','Q','S','X','Z']\nthree = ['D','T']\nfour = ['L']\nfive = ['M','N']\nsix = ['R']\nno = ['A','E','I','O','U','Y']\nnewrest = ''\nfor i in rest:\n    if i in one:\n        newrest += '1'\n    elif i in two:\n        newrest += '2'\n    elif i in three:\n        newrest += '3'\n    elif i in four:\n        newrest += '4'\n    elif i in five:\n        newrest += '5'\n    elif i in six:\n        newrest += '6'\n    elif i in no:\n        newrest += '0'\nfinal = newrest[0]\nfor i in range(1,len(newrest)):\n    if newrest[i] != final[-1]:\n       final += newrest[i]\n\ncheckfirst = ''\nif first in one:\n    checkfirst += '1'\nelif first in two:\n    checkfirst += '2'\nelif first in three:\n    checkfirst += '3'\nelif first in four:\n    checkfirst += '4'\nelif first in five:\n    checkfirst += '5'\nelif first in six:\n    checkfirst += '6'\nelif first in no:\n    checkfirst += '0'\n\nif checkfirst == final[0]:\n    final = final[1:]\n\nprep = ''\nfor i in final:\n    if i != '0':\n        prep += i\n        \nif len(prep) > 3:\n    prep = prep[:3]\nelif len(prep) <3:\n    while len(prep) < 3:\n        prep += '0'\n\nprint(first+prep)\n        \n\n", "A=input()\nB=A[0]\nC=A[1:]\nD=['B','F','P','V']\nE=['C','G','J','K','Q','S','X','Z']\nF=['D','T']\nG=['L']\nH=['M','N']\nI=['R']\nJ=['A','E','I','O','U','Y']\nK=''\nfor L in C:\n if L in D:\n  K+='1'\n elif L in E:\n  K+='2'\n elif L in F:\n  K+='3'\n elif L in G:\n  K+='4'\n elif L in H:\n  K+='5'\n elif L in I:\n  K+='6'\n elif L in J:\n  K+='0'\nM=K[0]\nfor L in range(1,len(K)):\n if K[L]!=M[-1]:\n  M+=K[L]\nN=''\nif B in D:\n N+='1'\nelif B in E:\n N+='2'\nelif B in F:\n N+='3'\nelif B in G:\n N+='4'\nelif B in H:\n N+='5'\nelif B in I:\n N+='6'\nelif B in J:\n N+='0'\nif N==M[0]:\n M=M[1:]\nO=''\nfor L in M:\n if L!='0':\n  O+=L\nif len(O)>3:\n O=O[:3]\nelif len(O)<3:\n while len(O)<3:\n  O+='0'\nprint(B+O)\n"), 1147203: ("a = input()\nfirst = a[0]\nrest = a[1:]\none = ['B','F','P','V']\ntwo = ['C','G','J','K','Q','S','X','Z']\nthree = ['D','T']\nfour = ['L']\nfive = ['M','N']\nsix = ['R']\nno = ['A','E','I','O','U','Y']\nnewrest = ''\nfor i in rest:\n    if i in one:\n        newrest += '1'\n    elif i in two:\n        newrest += '2'\n    elif i in three:\n        newrest += '3'\n    elif i in four:\n        newrest += '4'\n    elif i in five:\n        newrest += '5'\n    elif i in six:\n        newrest += '6'\n    elif i in no:\n        newrest += '0'\nfinal = newrest[0]\nfor i in range(1,len(newrest)):\n    if newrest[i] != final[-1]:\n       final += newrest[i]\n\ncheckfirst = ''\nif first in one:\n    checkfirst += '1'\nelif first in two:\n    checkfirst += '2'\nelif first in three:\n    checkfirst += '3'\nelif first in four:\n    checkfirst += '4'\nelif first in five:\n    checkfirst += '5'\nelif first in six:\n    checkfirst += '6'\nelif first in ['A','E','I','O','U','Y','H','W','Y']:\n    checkfirst += '0'\n\nif checkfirst == final[0]:\n    final = final[1:]\n\nprep = ''\nfor i in final:\n    if i != '0':\n        prep += i\n        \nif len(prep) > 3:\n    prep = prep[:3]\nelif len(prep) <3:\n    while len(prep) < 3:\n        prep += '0'\n\nprint(first+prep)\n        \n\n", "A=input()\nB=A[0]\nC=A[1:]\nD=['B','F','P','V']\nE=['C','G','J','K','Q','S','X','Z']\nF=['D','T']\nG=['L']\nH=['M','N']\nI=['R']\nJ=['A','E','I','O','U','Y']\nK=''\nfor L in C:\n if L in D:\n  K+='1'\n elif L in E:\n  K+='2'\n elif L in F:\n  K+='3'\n elif L in G:\n  K+='4'\n elif L in H:\n  K+='5'\n elif L in I:\n  K+='6'\n elif L in J:\n  K+='0'\nM=K[0]\nfor L in range(1,len(K)):\n if K[L]!=M[-1]:\n  M+=K[L]\nN=''\nif B in D:\n N+='1'\nelif B in E:\n N+='2'\nelif B in F:\n N+='3'\nelif B in G:\n N+='4'\nelif B in H:\n N+='5'\nelif B in I:\n N+='6'\nelif B in['A','E','I','O','U','Y','H','W','Y']:\n N+='0'\nif N==M[0]:\n M=M[1:]\nO=''\nfor L in M:\n if L!='0':\n  O+=L\nif len(O)>3:\n O=O[:3]\nelif len(O)<3:\n while len(O)<3:\n  O+='0'\nprint(B+O)\n"), 1147224: ("a = input()\nfirst = a[0]\nrest = a[1:]\none = ['B','F','P','V']\ntwo = ['C','G','J','K','Q','S','X','Z']\nthree = ['D','T']\nfour = ['L']\nfive = ['M','N']\nsix = ['R']\nno = ['A','E','I','O','U','Y']\nnewrest = ''\nfor i in rest:\n    if i in one:\n        newrest += '1'\n    elif i in two:\n        newrest += '2'\n    elif i in three:\n        newrest += '3'\n    elif i in four:\n        newrest += '4'\n    elif i in five:\n        newrest += '5'\n    elif i in six:\n        newrest += '6'\n    elif i in no:\n        newrest += '0'\nfinal = newrest[0]\nfor i in range(1,len(newrest)):\n    if newrest[i] != final[-1]:\n       final += newrest[i]\n\ncheckfirst = ''\nif first in one:\n    checkfirst += '1'\nelif first in two:\n    checkfirst += '2'\nelif first in three:\n    checkfirst += '3'\nelif first in four:\n    checkfirst += '4'\nelif first in five:\n    checkfirst += '5'\nelif first in six:\n    checkfirst += '6'\nelif first in ['A','E','I','O','U','Y','H','W','Y']:\n    checkfirst += '0'\n\nif checkfirst == newrest[0]:\n    final = final[1:]\n\nprep = ''\nfor i in final:\n    if i != '0':\n        prep += i\n        \nif len(prep) > 3:\n    prep = prep[:3]\nelif len(prep) <3:\n    while len(prep) < 3:\n        prep += '0'\n\nprint(first+prep)\n        \n\n", "A=input()\nB=A[0]\nC=A[1:]\nD=['B','F','P','V']\nE=['C','G','J','K','Q','S','X','Z']\nF=['D','T']\nG=['L']\nH=['M','N']\nI=['R']\nJ=['A','E','I','O','U','Y']\nK=''\nfor L in C:\n if L in D:\n  K+='1'\n elif L in E:\n  K+='2'\n elif L in F:\n  K+='3'\n elif L in G:\n  K+='4'\n elif L in H:\n  K+='5'\n elif L in I:\n  K+='6'\n elif L in J:\n  K+='0'\nM=K[0]\nfor L in range(1,len(K)):\n if K[L]!=M[-1]:\n  M+=K[L]\nN=''\nif B in D:\n N+='1'\nelif B in E:\n N+='2'\nelif B in F:\n N+='3'\nelif B in G:\n N+='4'\nelif B in H:\n N+='5'\nelif B in I:\n N+='6'\nelif B in['A','E','I','O','U','Y','H','W','Y']:\n N+='0'\nif N==K[0]:\n M=M[1:]\nO=''\nfor L in M:\n if L!='0':\n  O+=L\nif len(O)>3:\n O=O[:3]\nelif len(O)<3:\n while len(O)<3:\n  O+='0'\nprint(B+O)\n")}, 6230309321: {1149000: ('x=input()\nheader=x[0]\nstring=""\n#shrink changedots transferheader\nlis1=["B","F","P","V"]\nlis2=["C","G","J","K","Q","S","X","Z"]\nlis3=["D","T"]\nlis4=["L"]\nlis5=["M","N"]\nlis6=["R"]\nliswhat=["A","E","I","O","U","Y"]\nlisnone=["H","W"]\nfor e in x:\n    if e in lis1:\n        string+="1"\n    elif e in lis2:\n        string+="2"\n    elif e in lis3:\n        string+="3"\n    elif e in lis4:\n        string+="4"\n    elif e in lis5:\n        string+="5"\n    elif e in lis6:\n        string+="6"\n    elif e in liswhat:\n        string+="."\nprevious_string=string[0]\nnewstring=""\nfor i in range(1,len(string)):\n    if string[i]!=previous_string:\n        newstring+=previous_string\n        previous_string=string[i]\nif string[-1]!=newstring[-1]:\n    newstring+=string[-1]\nnewlis2=[]\nfor i in range(len(newstring)):\n    if i==0:\n        newlis2.append(newstring[i])\n    elif x[i]!=".":\n        newlis2.append(newstring[i])\nnewlis2[0]=header\n"".join(newlis2)\nfor e in newlis2:\n    if e==".":\n        newlis2.remove(".")\n"".join(newlis2)\nwhile len(newlis2)<4:\n    newlis2.append("0")\nwhile len(newlis2)>4:\n    newlis2=newlis2[:-1:]\nlast=""\nfor e in newlis2:\n    last+=e\nprint(last)', 'A=input()\nB=A[0]\nC=""\nD=["B","F","P","V"]\nE=["C","G","J","K","Q","S","X","Z"]\nF=["D","T"]\nG=["L"]\nH=["M","N"]\nI=["R"]\nJ=["A","E","I","O","U","Y"]\nK=["H","W"]\nfor L in A:\n if L in D:\n  C+="1"\n elif L in E:\n  C+="2"\n elif L in F:\n  C+="3"\n elif L in G:\n  C+="4"\n elif L in H:\n  C+="5"\n elif L in I:\n  C+="6"\n elif L in J:\n  C+="."\nM=C[0]\nN=""\nfor O in range(1,len(C)):\n if C[O]!=M:\n  N+=M\n  M=C[O]\nif C[-1]!=N[-1]:\n N+=C[-1]\nP=[]\nfor O in range(len(N)):\n if O==0:\n  P.append(N[O])\n elif A[O]!=".":\n  P.append(N[O])\nP[0]=B\n"".join(P)\nfor L in P:\n if L==".":\n  P.remove(".")\n"".join(P)\nwhile len(P)<4:\n P.append("0")\nwhile len(P)>4:\n P=P[:-1:]\nQ=""\nfor L in P:\n Q+=L\nprint(Q)\n')}, 6230314421: {1146805: ("K = input()\nC = K[0]\nF = K[0]\nB = K[1:].replace('H','').replace('W','')\nK = F+B\nc1,c2,c3,c4,c5,c6 = False,False,False,False,False,False\nfor i in range(len(K)):\n        if K[i] in 'BFPV':\n            c2,c3,c4,c5,c6 = False,False,False,False,False\n            if not(c1):\n                if i!=0:\n                    C+='1'\n                c1=True\n            else:\n                continue\n        elif K[i] in 'CGJKQSXZ':\n            c1,c3,c4,c5,c6 = False,False,False,False,False\n            if not(c2):\n                if i!=0:\n                    C+='2'\n                c2=True\n            else:\n                continue\n        elif K[i] in 'DT':\n            c1,c2,c4,c5,c6 = False,False,False,False,False\n            if not(c3):\n                if i!=0:\n                    C+='3'\n                c3=True\n            else:\n                continue\n        elif K[i] in 'L':\n            c1,c2,c3,c5,c6 = False,False,False,False,False\n            if not(c4):\n                if i!=0:\n                    C+='4'\n                c4=True\n            else:\n                continue\n        elif K[i] in 'MN':\n            c1,c2,c3,c4,c6 = False,False,False,False,False\n            if not(c5):\n                if i!=0:\n                    C+='5'\n                c5=True\n            else:\n                continue\n        elif K[i] in 'R':\n            c1,c2,c3,c4,c5 = False,False,False,False,False\n            if not(c6):\n                if i!=0:\n                    C+='6'\n                c6=True\n            else:\n                continue\n        elif K[i] in 'AEIOUHWY':\n            continue\nif len(C)<=4:\n    print(C+max(0,4-len(C))*'0')\nelse:\n    print(C[:4])\n        \n", "A=input()\nD=A[0]\nC=A[0]\nD=A[1:].replace('H','').replace('W','')\nA=C+D\nE,F,G,H,I,J=False,False,False,False,False,False\nfor K in range(len(A)):\n if A[K]in 'BFPV':\n  F,G,H,I,J=False,False,False,False,False\n  if not(E):\n   if K!=0:\n    D+='1'\n   E=True\n  else:\n   continue\n elif A[K]in 'CGJKQSXZ':\n  E,G,H,I,J=False,False,False,False,False\n  if not(F):\n   if K!=0:\n    D+='2'\n   F=True\n  else:\n   continue\n elif A[K]in 'DT':\n  E,F,H,I,J=False,False,False,False,False\n  if not(G):\n   if K!=0:\n    D+='3'\n   G=True\n  else:\n   continue\n elif A[K]in 'L':\n  E,F,G,I,J=False,False,False,False,False\n  if not(H):\n   if K!=0:\n    D+='4'\n   H=True\n  else:\n   continue\n elif A[K]in 'MN':\n  E,F,G,H,J=False,False,False,False,False\n  if not(I):\n   if K!=0:\n    D+='5'\n   I=True\n  else:\n   continue\n elif A[K]in 'R':\n  E,F,G,H,I=False,False,False,False,False\n  if not(J):\n   if K!=0:\n    D+='6'\n   J=True\n  else:\n   continue\n elif A[K]in 'AEIOUHWY':\n  continue\nif len(D)<=4:\n print(D+max(0,4-len(D))*'0')\nelse:\n print(D[:4])\n"), 1147204: ('K = input()\nF = K[0]\nK = F+K[1:].replace(\'W\',\'\').replace(\'H\',\'\')\nK = list(K)\nfor i in range(len(K)):\n    if K[i] in \'BFPV\':\n        K[i]=\'1\'\n    elif K[i] in \'CGJKQSXZ\':\n        K[i]=\'2\'\n    elif K[i] in \'DT\':\n        K[i]=\'3\'\n    elif K[i] in \'L\':\n        K[i]=\'4\'\n    elif K[i] in \'MN\':\n        K[i]=\'5\'\n    elif K[i] in \'R\':\n        K[i]=\'6\'\n    elif K[i] in \'AEIOUHWY\':\n        K[i]=\'0\'\nK = "".join(K)\n#print(K)\nL=""\nfor i in range(0,len(K)-1):\n    if K[i]!=K[i+1]:\n        L+=K[i]\nL+=K[-1]\nK = \'a\'+L[1:]\n#print(K)\nK = K.replace(\'0\',\'\')\n#print(K)\nK = F+K[1:]\n#print(\'len =\',len(K))\nif len(K)>=4:\n    print(K[0:4])\nelse:\n    c = 4-len(K)\n    print(K+\'0\'*c)\n', 'A=input()\nB=A[0]\nA=B+A[1:].replace(\'W\',\'\').replace(\'H\',\'\')\nA=list(A)\nfor C in range(len(A)):\n if A[C]in \'BFPV\':\n  A[C]=\'1\'\n elif A[C]in \'CGJKQSXZ\':\n  A[C]=\'2\'\n elif A[C]in \'DT\':\n  A[C]=\'3\'\n elif A[C]in \'L\':\n  A[C]=\'4\'\n elif A[C]in \'MN\':\n  A[C]=\'5\'\n elif A[C]in \'R\':\n  A[C]=\'6\'\n elif A[C]in \'AEIOUHWY\':\n  A[C]=\'0\'\nA="".join(A)\nD=""\nfor C in range(0,len(A)-1):\n if A[C]!=A[C+1]:\n  D+=A[C]\nD+=A[-1]\nA=\'a\'+D[1:]\nA=A.replace(\'0\',\'\')\nA=B+A[1:]\nif len(A)>=4:\n print(A[0:4])\nelse:\n E=4-len(A)\n print(A+\'0\'*E)\n')}, 6230330421: {1147120: ("x=input()\nb=str(x[0])\ni=1\nwhile i<len(x):\n    if x[i]in'BFPV':\n        b+='1'\n    elif x[i] in 'CGJKQSXZ':\n        b+='2'\n    elif x[i] in 'DT':\n        b+='3'\n    elif x[i] in 'L':\n        b+='4'\n    elif x[i] in 'MN':\n        b+='5'\n    elif x[i] in 'R':\n        b+='6'\n    elif x[i]=='AEIOUHWY':\n        b+=''\n    i+=1\nb+='0000'\nc=''\nfor i in range(len(b)-1):\n    if b[i]!=b[i+1] and b[i]!=0:\n        c+=b[i]\nc+='0000'\nprint(c[0:4])", "A=input()\nB=str(A[0])\nC=1\nwhile C<len(A):\n if A[C]in'BFPV':\n  B+='1'\n elif A[C]in 'CGJKQSXZ':\n  B+='2'\n elif A[C]in 'DT':\n  B+='3'\n elif A[C]in 'L':\n  B+='4'\n elif A[C]in 'MN':\n  B+='5'\n elif A[C]in 'R':\n  B+='6'\n elif A[C]=='AEIOUHWY':\n  B+=''\n C+=1\nB+='0000'\nD=''\nfor C in range(len(B)-1):\n if B[C]!=B[C+1]and B[C]!=0:\n  D+=B[C]\nD+='0000'\nprint(D[0:4])\n"), 1147684: ("x=input()\nb=str(x[0])\ni=1\nif x=='SCHWARZENEGGER':\n    print('S625')\nelse:\n    while i<len(x):\n        if x[i]in'BFPV':\n            b+='1'\n        elif x[i] in 'CGJKQSXZ':\n            b+='2'\n        elif x[i] in 'DT':\n            b+='3'\n        elif x[i] in 'L':\n            b+='4'\n        elif x[i] in 'MN':\n            b+='5'\n        elif x[i] in 'R':\n            b+='6'\n        elif x[i]=='AEIOUHWY':\n            b+=''\n        i+=1\n    b+='0000'\n    c=''\n    for i in range(len(b)-1):\n        if b[i]!=b[i+1] and b[i]!=0:\n            c+=b[i]\n    c+='0000'\n    print(c[0:4])", "A=input()\nB=str(A[0])\nC=1\nif A=='SCHWARZENEGGER':\n print('S625')\nelse:\n while C<len(A):\n  if A[C]in'BFPV':\n   B+='1'\n  elif A[C]in 'CGJKQSXZ':\n   B+='2'\n  elif A[C]in 'DT':\n   B+='3'\n  elif A[C]in 'L':\n   B+='4'\n  elif A[C]in 'MN':\n   B+='5'\n  elif A[C]in 'R':\n   B+='6'\n  elif A[C]=='AEIOUHWY':\n   B+=''\n  C+=1\n B+='0000'\n D=''\n for C in range(len(B)-1):\n  if B[C]!=B[C+1]and B[C]!=0:\n   D+=B[C]\n D+='0000'\n print(D[0:4])\n")}, 6230334021: {1148746: ("s = input()\ncode = {'B':1,'F':1,'P':1,'V':1,\n        'C':2,'G':2,'J':2,'K':2,'Q':2,'S':2,'X':2,'Z':2,\n        'D':3,'T':3,\n        'L':4,\n        'M':5,'N':5,\n        'R':6,\n        'A':-1,'E':-1,'I':-1,'O':-1,'U':-1,'H':-1,'W':-1,'Y':-1\n        }\nls0,i = len(s),1\nwhile i < ls0 :\n    if s[i] == 'H' or s[i] == 'W' :\n        s = s[:i] + s[i+1:]\n        ls0 -= 1\n    i += 1\nans,la = [s[0]],1\nfor i in range(1,len(s)) :\n    if  code[s[i]] != -1  and code[s[i]] != ans[-1] :\n        ans.append(code[s[i]])\n        la += 1\n    if len(ans) >= 4 :\n        break\nif len(ans) >= 4 :\n    for x in ans :\n        print(x,end = '')\nelse :\n    for x in ans+['0'*(4-len(ans))] :\n        print(x,end = '')\n    \n", "A=input()\nB={'B':1,'F':1,'P':1,'V':1,'C':2,'G':2,'J':2,'K':2,'Q':2,'S':2,'X':2,'Z':2,'D':3,'T':3,'L':4,'M':5,'N':5,'R':6,'A':-1,'E':-1,'I':-1,'O':-1,'U':-1,'H':-1,'W':-1,'Y':-1}\nC,D=len(A),1\nwhile D<C:\n if A[D]=='H' or A[D]=='W':\n  A=A[:D]+A[D+1:]\n  C-=1\n D+=1\nE,F=[A[0]],1\nfor D in range(1,len(A)):\n if B[A[D]]!=-1 and B[A[D]]!=E[-1]:\n  E.append(B[A[D]])\n  F+=1\n if len(E)>=4:\n  break\nif len(E)>=4:\n for G in E:\n  print(G,end='')\nelse:\n for G in E+['0'*(4-len(E))]:\n  print(G,end='')\n"), 1148825: ("s = input()\ncode = {'B':1,'F':1,'P':1,'V':1,\n        'C':2,'G':2,'J':2,'K':2,'Q':2,'S':2,'X':2,'Z':2,\n        'D':3,'T':3,\n        'L':4,\n        'M':5,'N':5,\n        'R':6,\n        'A':-1,'E':-1,'I':-1,'O':-1,'U':-1,'H':-1,'W':-1,'Y':-1\n        }\nls0,i = len(s),1\nwhile i < ls0 :\n    if s[i] == 'H' or s[i] == 'W' :\n        s = s[:i] + s[i+1:]\n        ls0 -= 1\n    i += 1\nans,la = [code[s[0]]],1\nfor i in range(1,len(s)) :\n    if  code[s[i]] != -1  and code[s[i]] != ans[-1] :\n        ans.append(code[s[i]])\n        la += 1\n    if len(ans) >= 4 :\n        break\nprint(s[0], end = '')\nif len(ans) >= 4 :\n    for x in ans[1:] :\n        print(x,end = '')\nelse :\n    for x in ans[1:]+['0'*(4-len(ans))] :\n        print(x,end = '')\n    \n", "A=input()\nB={'B':1,'F':1,'P':1,'V':1,'C':2,'G':2,'J':2,'K':2,'Q':2,'S':2,'X':2,'Z':2,'D':3,'T':3,'L':4,'M':5,'N':5,'R':6,'A':-1,'E':-1,'I':-1,'O':-1,'U':-1,'H':-1,'W':-1,'Y':-1}\nC,D=len(A),1\nwhile D<C:\n if A[D]=='H' or A[D]=='W':\n  A=A[:D]+A[D+1:]\n  C-=1\n D+=1\nE,F=[B[A[0]]],1\nfor D in range(1,len(A)):\n if B[A[D]]!=-1 and B[A[D]]!=E[-1]:\n  E.append(B[A[D]])\n  F+=1\n if len(E)>=4:\n  break\nprint(A[0],end='')\nif len(E)>=4:\n for H in E[1:]:\n  print(H,end='')\nelse:\n for H in E[1:]+['0'*(4-len(E))]:\n  print(H,end='')\n"), 1148893: ("s = input()\ncode = {'B':1,'F':1,'P':1,'V':1,\n        'C':2,'G':2,'J':2,'K':2,'Q':2,'S':2,'X':2,'Z':2,\n        'D':3,'T':3,\n        'L':4,\n        'M':5,'N':5,\n        'R':6,\n        'A':-1,'E':-1,'I':-1,'O':-1,'U':-1,'H':-1,'W':-1,'Y':-1\n        }\nls0,i = len(s),1\nwhile i < ls0 :\n    if s[i] == 'H' or s[i] == 'W' :\n        s = s[:i] + s[i+1:]\n        ls0 -= 1\n    i += 1\nans,la = [code[s[0]]],1\nfor i in range(1,len(s)) :\n    if  code[s[i]] != -1  and code[s[i]] != code[s[i-1]] :\n        ans.append(code[s[i]])\n        la += 1\n    if len(ans) >= 4 :\n        break\nprint(s[0], end = '')\nif len(ans) >= 4 :\n    for x in ans[1:] :\n        print(x,end = '')\nelse :\n    for x in ans[1:]+['0'*(4-len(ans))] :\n        print(x,end = '')", "A=input()\nB={'B':1,'F':1,'P':1,'V':1,'C':2,'G':2,'J':2,'K':2,'Q':2,'S':2,'X':2,'Z':2,'D':3,'T':3,'L':4,'M':5,'N':5,'R':6,'A':-1,'E':-1,'I':-1,'O':-1,'U':-1,'H':-1,'W':-1,'Y':-1}\nC,D=len(A),1\nwhile D<C:\n if A[D]=='H' or A[D]=='W':\n  A=A[:D]+A[D+1:]\n  C-=1\n D+=1\nE,F=[B[A[0]]],1\nfor D in range(1,len(A)):\n if B[A[D]]!=-1 and B[A[D]]!=B[A[D-1]]:\n  E.append(B[A[D]])\n  F+=1\n if len(E)>=4:\n  break\nprint(A[0],end='')\nif len(E)>=4:\n for H in E[1:]:\n  print(H,end='')\nelse:\n for H in E[1:]+['0'*(4-len(E))]:\n  print(H,end='')\n"), 1148994: ("s = input()\ncode = {'B':1,'F':1,'P':1,'V':1,\n        'C':2,'G':2,'J':2,'K':2,'Q':2,'S':2,'X':2,'Z':2,\n        'D':3,'T':3,\n        'L':4,\n        'M':5,'N':5,\n        'R':6,\n        'A':-1,'E':-1,'I':-1,'O':-1,'U':-1,'H':-1,'W':-1,'Y':-1\n        }\nls0,i = len(s),1\nwhile i < ls0 :\n    if s[i] == 'H' or s[i] == 'W' :\n        s = s[:i] + s[i+1:]\n        ls0 -= 1\n    i += 1\nans,la = [s[0]],1\nfor i in range(1,len(s)) :\n    if  code[s[i]] != -1  and code[s[i]] != code[s[i-1]] :\n        ans.append(code[s[i]])\n        la += 1\n    if len(ans) >= 4 :\n        break\nif len(ans) >= 4 :\n    for x in ans :\n        print(x,end = '')\nelse :\n    for x in ans+['0'*(4-len(ans))] :\n        print(x,end = '')\n    \n", "A=input()\nB={'B':1,'F':1,'P':1,'V':1,'C':2,'G':2,'J':2,'K':2,'Q':2,'S':2,'X':2,'Z':2,'D':3,'T':3,'L':4,'M':5,'N':5,'R':6,'A':-1,'E':-1,'I':-1,'O':-1,'U':-1,'H':-1,'W':-1,'Y':-1}\nC,D=len(A),1\nwhile D<C:\n if A[D]=='H' or A[D]=='W':\n  A=A[:D]+A[D+1:]\n  C-=1\n D+=1\nE,F=[A[0]],1\nfor D in range(1,len(A)):\n if B[A[D]]!=-1 and B[A[D]]!=B[A[D-1]]:\n  E.append(B[A[D]])\n  F+=1\n if len(E)>=4:\n  break\nif len(E)>=4:\n for G in E:\n  print(G,end='')\nelse:\n for G in E+['0'*(4-len(E))]:\n  print(G,end='')\n")}, 6230335621: {1148632: ("a=input()\nn1=['B','F','P','V']\nn2=['C','G','J','K','Q','S','X','Z']\nn3=['D','T']\nn4=['L']\nn5=['M','N']\nn6=['R']\nt=a[0]\ngg=''\ng=''\nfor i in a[1:]:\n    if i in n1:\n        g ='1'    \n    elif i in n2:\n        g = '2'\n    elif i in n3:\n        g = '3'\n    elif i in n4:\n        g = '4'\n    elif i in n5:\n        g = '5'\n    elif i in n6:\n        g = '6'\n    if g != gg :\n        t +=g\n    gg=g\nif len(t)>4:\n    t=t[0:4]\nif len(t)<4:\n    t+='0'*(4-len(t))\nprint(t)    ", "A=input()\nB=['B','F','P','V']\nC=['C','G','J','K','Q','S','X','Z']\nD=['D','T']\nE=['L']\nF=['M','N']\nG=['R']\nH=A[0]\nI=''\nJ=''\nfor K in A[1:]:\n if K in B:\n  J='1' \n elif K in C:\n  J='2'\n elif K in D:\n  J='3'\n elif K in E:\n  J='4'\n elif K in F:\n  J='5'\n elif K in G:\n  J='6'\n if J!=I:\n  H+=J\n I=J\nif len(H)>4:\n H=H[0:4]\nif len(H)<4:\n H+='0'*(4-len(H))\nprint(H) \n"), 1148843: ("a=input()\nn1=['B','F','P','V']\nn2=['C','G','J','K','Q','S','X','Z']\nn3=['D','T']\nn4=['L']\nn5=['M','N']\nn6=['R']\nt=a[0]\ngg=''\ng=''\nfor i in a[1:]:\n    if i in n1:\n        g ='1'    \n    elif i in n2:\n        g = '2'\n    elif i in n3:\n        g = '3'\n    elif i in n4:\n        g = '4'\n    elif i in n5:\n        g = '5'\n    elif i in n6:\n        g = '6'\n    if g != gg :\n        t +=g\n    gg=g\nif len(t)>4:\n    t=t[0:4]\nif len(t)<4:\n    t+='0'*(4-len(t))\nprint(t)", "A=input()\nB=['B','F','P','V']\nC=['C','G','J','K','Q','S','X','Z']\nD=['D','T']\nE=['L']\nF=['M','N']\nG=['R']\nH=A[0]\nI=''\nJ=''\nfor K in A[1:]:\n if K in B:\n  J='1' \n elif K in C:\n  J='2'\n elif K in D:\n  J='3'\n elif K in E:\n  J='4'\n elif K in F:\n  J='5'\n elif K in G:\n  J='6'\n if J!=I:\n  H+=J\n I=J\nif len(H)>4:\n H=H[0:4]\nif len(H)<4:\n H+='0'*(4-len(H))\nprint(H)\n")}, 6230342021: {1148567: ('a = input()\ns = ""\nfor i in range(len(a)):\n    if a[i] in "\'B\',\'F\',\'P\',\'V\'":\n        s += "1"\n    elif a[i] in "\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\'":\n        s += "2"\n    elif a[i] in "\'D\',\'T\'":\n        s += "3"\n    elif a[i] in "\'L\'":\n        s += "4"\n    elif a[i] in "\'M\',\'N\'":\n        s += "5"\n    elif a[i] in "R":\n        s += "6"\n    elif a[i] in "A, E, I, O, U, Y":\n        s += "0"\n    elif a[i] in "H,W":\n        s += ""\nShow = ""\nDis = ""\nfor i in range(len(s)-1):\n    if s[i] == s[i+1] :\n        Show += ""\n    else:\n        Show += s[i]\nShow += s[-1]\nfor i in range(1,len(Show)):\n    if Show[i] == "0":\n        Dis += ""\n    else:\n        Dis += Show[i]\nDis = a[0] + Dis[::]\nif len(Dis) > 4 :\n    Dis = Dis[0:4]\nelif len(Dis) == 1 :\n    Dis += "000"\nelif len(Dis) == 2 :\n    Dis += "00"\nelif len(Dis) == 3 :\n    Dis += "0"\nprint(Dis)\n', 'A=input()\nB=""\nfor C in range(len(A)):\n if A[C]in "\'B\',\'F\',\'P\',\'V\'":\n  B+="1"\n elif A[C]in "\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\'":\n  B+="2"\n elif A[C]in "\'D\',\'T\'":\n  B+="3"\n elif A[C]in "\'L\'":\n  B+="4"\n elif A[C]in "\'M\',\'N\'":\n  B+="5"\n elif A[C]in "R":\n  B+="6"\n elif A[C]in "A, E, I, O, U, Y":\n  B+="0"\n elif A[C]in "H,W":\n  B+=""\nD=""\nE=""\nfor C in range(len(B)-1):\n if B[C]==B[C+1]:\n  D+=""\n else:\n  D+=B[C]\nD+=B[-1]\nfor C in range(1,len(D)):\n if D[C]=="0":\n  E+=""\n else:\n  E+=D[C]\nE=A[0]+E[::]\nif len(E)>4:\n E=E[0:4]\nelif len(E)==1:\n E+="000"\nelif len(E)==2:\n E+="00"\nelif len(E)==3:\n E+="0"\nprint(E)\n'), 1148714: ('a = input()\ns = ""\nfor i in range(len(a)):\n    if a[i] in "\'B\',\'F\',\'P\',\'V\'":\n        s += "1"\n    elif a[i] in "\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\'":\n        s += "2"\n    elif a[i] in "\'D\',\'T\'":\n        s += "3"\n    elif a[i] in "\'L\'":\n        s += "4"\n    elif a[i] in "\'M\',\'N\'":\n        s += "5"\n    elif a[i] in "R":\n        s += "6"\n    elif a[i] in "A, E, I, O, U, Y":\n        s += "0"\n    elif a[0] in "H,W":\n        s += "9"\n    elif a[i] in "H,W":\n        s += ""\nShow = ""\nDis = ""\nfor i in range(len(s)-1):\n    if s[i] == s[i+1] :\n        Show += ""\n    else:\n        Show += s[i]\nShow += s[-1]\nfor i in range(1,len(Show)):\n    if Show[i] == "0":\n        Dis += ""\n    else:\n        Dis += Show[i]\nDis = a[0] + Dis[::]\nif len(Dis) > 4 :\n    Dis = Dis[0:4]\nelif len(Dis) == 1 :\n    Dis += "000"\nelif len(Dis) == 2 :\n    Dis += "00"\nelif len(Dis) == 3 :\n    Dis += "0"\nprint(Dis)\n', 'A=input()\nB=""\nfor C in range(len(A)):\n if A[C]in "\'B\',\'F\',\'P\',\'V\'":\n  B+="1"\n elif A[C]in "\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\'":\n  B+="2"\n elif A[C]in "\'D\',\'T\'":\n  B+="3"\n elif A[C]in "\'L\'":\n  B+="4"\n elif A[C]in "\'M\',\'N\'":\n  B+="5"\n elif A[C]in "R":\n  B+="6"\n elif A[C]in "A, E, I, O, U, Y":\n  B+="0"\n elif A[0]in "H,W":\n  B+="9"\n elif A[C]in "H,W":\n  B+=""\nD=""\nE=""\nfor C in range(len(B)-1):\n if B[C]==B[C+1]:\n  D+=""\n else:\n  D+=B[C]\nD+=B[-1]\nfor C in range(1,len(D)):\n if D[C]=="0":\n  E+=""\n else:\n  E+=D[C]\nE=A[0]+E[::]\nif len(E)>4:\n E=E[0:4]\nelif len(E)==1:\n E+="000"\nelif len(E)==2:\n E+="00"\nelif len(E)==3:\n E+="0"\nprint(E)\n')}, 6230361921: {1148980: ("name = input().strip()\na = ['B','F','P','V']\nb = ['C', 'G','J', 'K', 'Q', 'S', 'X', 'Z']\nc = ['D', 'T']\nd = ['L'] \ne = ['M', 'N']\nf = ['R']\nn = 1\nSD = name[0]\nfor k in name[1:]:\n    if k in a:\n        SD += '1'\n    elif k in b:\n        SD += '2'\n    elif k in c:\n        SD += '3'\n    elif k in d:\n        SD += '4'\n    elif k in e:\n        SD += '5'\n    elif k in f:\n        SD += '6'\n    elif k in ['H','W']:\n        SD += ''\n    else:\n        SD += ' '\n    n = len(SD)\n    if n > 2:\n        if SD[n-1] == SD[n-2]:\n            SD = SD[:n-1]\n    \nSD = SD.split()\nSD_1 = ''\nfor i in range(len(SD)):\n    SD_1 += SD[i]\nSD = SD_1\nif len(SD) > 4:\n    SD = SD[:4]\nwhile len(SD) < 4:\n    SD += '0'\nprint(SD)", "A=input().strip()\nB=['B','F','P','V']\nC=['C','G','J','K','Q','S','X','Z']\nD=['D','T']\nE=['L']\nF=['M','N']\nG=['R']\nH=1\nI=A[0]\nfor J in A[1:]:\n if J in B:\n  I+='1'\n elif J in C:\n  I+='2'\n elif J in D:\n  I+='3'\n elif J in E:\n  I+='4'\n elif J in F:\n  I+='5'\n elif J in G:\n  I+='6'\n elif J in['H','W']:\n  I+=''\n else:\n  I+=' '\n H=len(I)\n if H>2:\n  if I[H-1]==I[H-2]:\n   I=I[:H-1]\nI=I.split()\nK=''\nfor L in range(len(I)):\n K+=I[L]\nI=K\nif len(I)>4:\n I=I[:4]\nwhile len(I)<4:\n I+='0'\nprint(I)\n"), 1149132: ("name = input().strip()\na = ['B','F','P','V']\nb = ['C', 'G','J', 'K', 'Q', 'S', 'X', 'Z']\nc = ['D', 'T']\nd = ['L'] \ne = ['M', 'N']\nf = ['R']\nn = 1\nSD = name[0]\nn1 =''\nif SD in a:\n     n1 += '1'\nelif SD in b:\n     n1 += '2'\nelif SD in c:\n    n1 += '3'\nelif SD in d:\n    n1 += '4'\nelif SD in e:\n    n1 += '5'\nelif SD in f:\n    n1 += '6'\nelif SD in ['H','W']:\n    n1 += ''\nelse:\n    n1 += ' '\n        \nfor k in name[1:]:\n    if k in a:\n        SD += '1'\n    elif k in b:\n        SD += '2'\n    elif k in c:\n        SD += '3'\n    elif k in d:\n        SD += '4'\n    elif k in e:\n        SD += '5'\n    elif k in f:\n        SD += '6'\n    elif k in ['H','W']:\n        SD += ''\n    else:\n        SD += ' '\n    n = len(SD)\n    if n > 2:\n        if SD[n-1] == SD[n-2]:\n            SD = SD[:n-1]\n    if n ==2:\n        if n1 == SD[1]:\n            SD = name[0]\nSD = SD.split()\nSD_1 = ''\nfor i in range(len(SD)):\n    SD_1 += SD[i]\nSD = SD_1\nif len(SD) > 4:\n    SD = SD[:4]\nwhile len(SD) < 4:\n    SD += '0'\nprint(SD)", "A=input().strip()\nB=['B','F','P','V']\nC=['C','G','J','K','Q','S','X','Z']\nD=['D','T']\nE=['L']\nF=['M','N']\nG=['R']\nH=1\nI=A[0]\nJ=''\nif I in B:\n J+='1'\nelif I in C:\n J+='2'\nelif I in D:\n J+='3'\nelif I in E:\n J+='4'\nelif I in F:\n J+='5'\nelif I in G:\n J+='6'\nelif I in['H','W']:\n J+=''\nelse:\n J+=' '\nfor K in A[1:]:\n if K in B:\n  I+='1'\n elif K in C:\n  I+='2'\n elif K in D:\n  I+='3'\n elif K in E:\n  I+='4'\n elif K in F:\n  I+='5'\n elif K in G:\n  I+='6'\n elif K in['H','W']:\n  I+=''\n else:\n  I+=' '\n H=len(I)\n if H>2:\n  if I[H-1]==I[H-2]:\n   I=I[:H-1]\n if H==2:\n  if J==I[1]:\n   I=A[0]\nI=I.split()\nL=''\nfor M in range(len(I)):\n L+=I[M]\nI=L\nif len(I)>4:\n I=I[:4]\nwhile len(I)<4:\n I+='0'\nprint(I)\n")}, 6230367721: {1148604: ('data = input().strip()\na = []\nc = 0\nnum = ""\nl1 = "B F P V".split()\nl2 = "C G J K Q S X Z".split()\nl3 = "D T".split()\nl4 = ["L"]\nl5 = "M N".split()\nl6 = ["R"]\nl7 = "A E I O U Y".split()\nl8 = "H W".split()\nfor i in data:\n    if i in l1:\n        a.append("1")\n    elif i in l2:\n        a.append("2")\n    elif i in l3:\n        a.append("3")\n    elif i in l4:\n        a.append("4")\n    elif i in l5:\n        a.append("5")\n    elif i in l6:\n        a.append("6")\n    elif i in l7:\n        a.append("0")\n    elif i in l8:\n        pass\nb = []\nfor i in range(len(a)-1):\n    if a[i] == a[i+1]:\n        pass\n    else:\n        b.append(a[i])\nb.append(a[-1])\nc = [data[0]]\nfor i in range(1,len(b)):\n    if b[i] == "0":\n        pass\n    else:\n        c.append(b[i])\nn = 0\nif len(c) == 1:\n    d = [c[0],"0","0","0"]\nelif len(c) == 2:\n    d = [c[0],c[1],"0","0"]\nelif len(c) == 3:\n    d = [c[0],c[1],c[2],"0"]\nelif len(c) >= 4:\n    d = [c[0],c[1],c[2],c[3]]\noutput = ""\nfor i in range(len(d)):\n    output += d[i]\nprint(output)', 'A=input().strip()\nB=[]\nC=0\nD=""\nE="B F P V".split()\nF="C G J K Q S X Z".split()\nG="D T".split()\nH=["L"]\nI="M N".split()\nJ=["R"]\nK="A E I O U Y".split()\nL="H W".split()\nfor M in A:\n if M in E:\n  B.append("1")\n elif M in F:\n  B.append("2")\n elif M in G:\n  B.append("3")\n elif M in H:\n  B.append("4")\n elif M in I:\n  B.append("5")\n elif M in J:\n  B.append("6")\n elif M in K:\n  B.append("0")\n elif M in L:\n  pass\nN=[]\nfor M in range(len(B)-1):\n if B[M]==B[M+1]:\n  pass\n else:\n  N.append(B[M])\nN.append(B[-1])\nC=[A[0]]\nfor M in range(1,len(N)):\n if N[M]=="0":\n  pass\n else:\n  C.append(N[M])\nO=0\nif len(C)==1:\n P=[C[0],"0","0","0"]\nelif len(C)==2:\n P=[C[0],C[1],"0","0"]\nelif len(C)==3:\n P=[C[0],C[1],C[2],"0"]\nelif len(C)>=4:\n P=[C[0],C[1],C[2],C[3]]\nQ=""\nfor M in range(len(P)):\n Q+=P[M]\nprint(Q)\n'), 1148707: ('data = input().strip()\na = []\nc = 0\nnum = ""\nl1 = "B F P V".split()\nl2 = "C G J K Q S X Z".split()\nl3 = "D T".split()\nl4 = ["L"]\nl5 = "M N".split()\nl6 = ["R"]\nl7 = "A E I O U Y".split()\nl8 = "H W".split()\nfor i in data:\n    if i in l1:\n        a.append("1")\n    elif i in l2:\n        a.append("2")\n    elif i in l3:\n        a.append("3")\n    elif i in l4:\n        a.append("4")\n    elif i in l5:\n        a.append("5")\n    elif i in l6:\n        a.append("6")\n    elif i in l7:\n        a.append("0")\n    elif i in l8:\n        pass\nb = []\nfor i in range(len(a)-1):\n    if a[i] == a[i+1]:\n        pass\n    else:\n        b.append(a[i])\nif b == []:\n    b.append(data[0])\nelse:\n    b.append(a[-1])\nc = [data[0]]\nfor i in range(1,len(b)):\n    if b[i] == "0":\n        pass\n    else:\n        c.append(b[i])\nn = 0\nif len(c) == 1:\n    d = [c[0],"0","0","0"]\nelif len(c) == 2:\n    d = [c[0],c[1],"0","0"]\nelif len(c) == 3:\n    d = [c[0],c[1],c[2],"0"]\nelif len(c) >= 4:\n    d = [c[0],c[1],c[2],c[3]]\noutput = ""\nfor i in range(len(d)):\n    output += d[i]\nprint(output)', 'A=input().strip()\nB=[]\nC=0\nD=""\nE="B F P V".split()\nF="C G J K Q S X Z".split()\nG="D T".split()\nH=["L"]\nI="M N".split()\nJ=["R"]\nK="A E I O U Y".split()\nL="H W".split()\nfor M in A:\n if M in E:\n  B.append("1")\n elif M in F:\n  B.append("2")\n elif M in G:\n  B.append("3")\n elif M in H:\n  B.append("4")\n elif M in I:\n  B.append("5")\n elif M in J:\n  B.append("6")\n elif M in K:\n  B.append("0")\n elif M in L:\n  pass\nN=[]\nfor M in range(len(B)-1):\n if B[M]==B[M+1]:\n  pass\n else:\n  N.append(B[M])\nif N==[]:\n N.append(A[0])\nelse:\n N.append(B[-1])\nC=[A[0]]\nfor M in range(1,len(N)):\n if N[M]=="0":\n  pass\n else:\n  C.append(N[M])\nO=0\nif len(C)==1:\n P=[C[0],"0","0","0"]\nelif len(C)==2:\n P=[C[0],C[1],"0","0"]\nelif len(C)==3:\n P=[C[0],C[1],C[2],"0"]\nelif len(C)>=4:\n P=[C[0],C[1],C[2],C[3]]\nQ=""\nfor M in range(len(P)):\n Q+=P[M]\nprint(Q)\n'), 1148787: ('data = input().strip()\na = []\nc = 0\nnum = ""\nif not "0" <= data[0] <= "9":\n    l1 = "B F P V".split()\n    l2 = "C G J K Q S X Z".split()\n    l3 = "D T".split()\n    l4 = ["L"]\n    l5 = "M N".split()\n    l6 = ["R"]\n    l7 = "A E I O U Y".split()\n    l8 = "H W".split()\n    for i in data:\n        if i in l1:\n            a.append("1")\n        elif i in l2:\n            a.append("2")\n        elif i in l3:\n            a.append("3")\n        elif i in l4:\n            a.append("4")\n        elif i in l5:\n            a.append("5")\n        elif i in l6:\n            a.append("6")\n        elif i in l7:\n            a.append("0")\n        elif i in l8:\n            pass\n    b = []\n    for i in range(len(a)-1):\n        if a[i] == a[i+1]:\n            pass\n        else:\n            b.append(a[i])\n    if b == []:\n        b.append(data[0])\n    else:\n        b.append(a[-1])\n    c = [data[0]]\n    for i in range(1,len(b)):\n        if b[i] == "0":\n            pass\n        else:\n            c.append(b[i])\n    n = 0\n    if len(c) == 1:\n        d = [c[0],"0","0","0"]\n    elif len(c) == 2:\n        d = [c[0],c[1],"0","0"]\n    elif len(c) == 3:\n        d = [c[0],c[1],c[2],"0"]\n    elif len(c) >= 4:\n        d = [c[0],c[1],c[2],c[3]]\n    output = ""\n    for i in range(len(d)):\n        output += d[i]\n    print(output)\nelse:\n    pass', 'A=input().strip()\nB=[]\nC=0\nD=""\nif not "0"<=A[0]<="9":\n E="B F P V".split()\n F="C G J K Q S X Z".split()\n G="D T".split()\n H=["L"]\n I="M N".split()\n J=["R"]\n K="A E I O U Y".split()\n L="H W".split()\n for M in A:\n  if M in E:\n   B.append("1")\n  elif M in F:\n   B.append("2")\n  elif M in G:\n   B.append("3")\n  elif M in H:\n   B.append("4")\n  elif M in I:\n   B.append("5")\n  elif M in J:\n   B.append("6")\n  elif M in K:\n   B.append("0")\n  elif M in L:\n   pass\n N=[]\n for M in range(len(B)-1):\n  if B[M]==B[M+1]:\n   pass\n  else:\n   N.append(B[M])\n if N==[]:\n  N.append(A[0])\n else:\n  N.append(B[-1])\n C=[A[0]]\n for M in range(1,len(N)):\n  if N[M]=="0":\n   pass\n  else:\n   C.append(N[M])\n O=0\n if len(C)==1:\n  P=[C[0],"0","0","0"]\n elif len(C)==2:\n  P=[C[0],C[1],"0","0"]\n elif len(C)==3:\n  P=[C[0],C[1],C[2],"0"]\n elif len(C)>=4:\n  P=[C[0],C[1],C[2],C[3]]\n Q=""\n for M in range(len(P)):\n  Q+=P[M]\n print(Q)\nelse:\n pass\n'), 1148868: ('data = input().strip()\na = []\nc = 0\nnum = ""\nf = True\nz = "B F P V C G J K Q S X Z D T L M N R A \\\n    E I O U H W Y".split()\nfor i in range(len(data)):\n    if not data[i] in z:\n        f = False\n        break\nif f:\n    l1 = "B F P V".split()\n    l2 = "C G J K Q S X Z".split()\n    l3 = "D T".split()\n    l4 = ["L"]\n    l5 = "M N".split()\n    l6 = ["R"]\n    l7 = "A E I O U Y".split()\n    l8 = "H W".split()\n    for i in data:\n        if i in l1:\n            a.append("1")\n        elif i in l2:\n            a.append("2")\n        elif i in l3:\n            a.append("3")\n        elif i in l4:\n            a.append("4")\n        elif i in l5:\n            a.append("5")\n        elif i in l6:\n            a.append("6")\n        elif i in l7:\n            a.append("0")\n        elif i in l8:\n            pass\n    b = []\n    for i in range(len(a)-1):\n        if a[i] == a[i+1]:\n            pass\n        else:\n            b.append(a[i])\n    if b == []:\n        b.append(data[0])\n    else:\n        b.append(a[-1])\n    c = [data[0]]\n    for i in range(1,len(b)):\n        if b[i] == "0":\n            pass\n        else:\n            c.append(b[i])\n    n = 0\n    if len(c) == 1:\n        d = [c[0],"0","0","0"]\n    elif len(c) == 2:\n        d = [c[0],c[1],"0","0"]\n    elif len(c) == 3:\n        d = [c[0],c[1],c[2],"0"]\n    elif len(c) >= 4:\n        d = [c[0],c[1],c[2],c[3]]\n    output = ""\n    for i in range(len(d)):\n        output += d[i]\n    print(output)\nelse:\n    pass', 'A=input().strip()\nB=[]\nC=0\nD=""\nE=True\nF="B F P V C G J K Q S X Z D T L M N R A     E I O U H W Y".split()\nfor G in range(len(A)):\n if not A[G]in F:\n  E=False\n  break\nif E:\n H="B F P V".split()\n I="C G J K Q S X Z".split()\n J="D T".split()\n K=["L"]\n L="M N".split()\n M=["R"]\n N="A E I O U Y".split()\n O="H W".split()\n for G in A:\n  if G in H:\n   B.append("1")\n  elif G in I:\n   B.append("2")\n  elif G in J:\n   B.append("3")\n  elif G in K:\n   B.append("4")\n  elif G in L:\n   B.append("5")\n  elif G in M:\n   B.append("6")\n  elif G in N:\n   B.append("0")\n  elif G in O:\n   pass\n P=[]\n for G in range(len(B)-1):\n  if B[G]==B[G+1]:\n   pass\n  else:\n   P.append(B[G])\n if P==[]:\n  P.append(A[0])\n else:\n  P.append(B[-1])\n C=[A[0]]\n for G in range(1,len(P)):\n  if P[G]=="0":\n   pass\n  else:\n   C.append(P[G])\n Q=0\n if len(C)==1:\n  R=[C[0],"0","0","0"]\n elif len(C)==2:\n  R=[C[0],C[1],"0","0"]\n elif len(C)==3:\n  R=[C[0],C[1],C[2],"0"]\n elif len(C)>=4:\n  R=[C[0],C[1],C[2],C[3]]\n S=""\n for G in range(len(R)):\n  S+=R[G]\n print(S)\nelse:\n pass\n'), 1149185: ('data = input().strip()\na = []\nl1 = "B F P V".split()\nl2 = "C G J K Q S X Z".split()\nl3 = "D T".split()\nl4 = ["L"]\nl5 = "M N".split()\nl6 = ["R"]\nl7 = "A E I O U Y".split()\nl8 = "H W".split()\nfor i in data:\n    if i in l1:\n        a.append("1")\n    elif i in l2:\n        a.append("2")\n    elif i in l3:\n        a.append("3")\n    elif i in l4:\n        a.append("4")\n    elif i in l5:\n        a.append("5")\n    elif i in l6:\n        a.append("6")\n    elif i in l7:\n        a.append("0")\n    elif i in l8:\n        pass\nb = []\nfor i in range(len(a)-1):\n    if a[i] == a[i+1]:\n        pass\n    else:\n        b.append(a[i])\nif b == []:\n    b.append(data[0])\nelse:\n    b.append(a[-1])\nc = [data[0]]\nfor i in range(1,len(b)):\n    if b[i] == "0":\n        pass\n    else:\n        c.append(b[i])\nn = 0\nif len(c) == 1:\n    d = [c[0],"0","0","0"]\nelif len(c) == 2:\n    d = [c[0],c[1],"0","0"]\nelif len(c) == 3:\n    d = [c[0],c[1],c[2],"0"]\nelif len(c) >= 4:\n    d = [c[0],c[1],c[2],c[3]]\noutput = ""\nfor i in range(len(d)):\n    output += d[i]\nprint(output)', 'A=input().strip()\nB=[]\nC="B F P V".split()\nD="C G J K Q S X Z".split()\nE="D T".split()\nF=["L"]\nG="M N".split()\nH=["R"]\nI="A E I O U Y".split()\nJ="H W".split()\nfor K in A:\n if K in C:\n  B.append("1")\n elif K in D:\n  B.append("2")\n elif K in E:\n  B.append("3")\n elif K in F:\n  B.append("4")\n elif K in G:\n  B.append("5")\n elif K in H:\n  B.append("6")\n elif K in I:\n  B.append("0")\n elif K in J:\n  pass\nL=[]\nfor K in range(len(B)-1):\n if B[K]==B[K+1]:\n  pass\n else:\n  L.append(B[K])\nif L==[]:\n L.append(A[0])\nelse:\n L.append(B[-1])\nM=[A[0]]\nfor K in range(1,len(L)):\n if L[K]=="0":\n  pass\n else:\n  M.append(L[K])\nN=0\nif len(M)==1:\n O=[M[0],"0","0","0"]\nelif len(M)==2:\n O=[M[0],M[1],"0","0"]\nelif len(M)==3:\n O=[M[0],M[1],M[2],"0"]\nelif len(M)>=4:\n O=[M[0],M[1],M[2],M[3]]\nP=""\nfor K in range(len(O)):\n P+=O[K]\nprint(P)\n')}, 6230370521: {1146943: ("a = input()\nb = a[0]\nc = a[1::]\nfor ch in c :\n    if ch in ['B','F','P','V'] :\n        b += '1'\n    if ch in ['C','G','J','K','S','X','Z'] :\n        b += '2'\n    if ch in ['D','T'] :\n        b += '3'\n    if ch == 'L' :\n        b += '4'\n    if ch in  ['M','N'] :\n        b += '5'\n    if ch == 'R' :\n        b += '6'\n    if ch in ['A','E','I','O','U','Y'] :\n        b += '0'\nd = b[0:2:]\nfor i in range(2,len(b)) :\n    if b[i] != b[i-1] :\n        d += b[i]\nz = ''\nfor ch in d :\n    if ch != '0' :\n        z += ch\nif len(z) < 4 :\n    z += '0'*(4-len(z))\nif len(z) > 4 :\n    z = z[0:4]\nprint(z)\n\n\n\n    \n", "A=input()\nB=A[0]\nC=A[1::]\nfor D in C:\n if D in['B','F','P','V']:\n  B+='1'\n if D in['C','G','J','K','S','X','Z']:\n  B+='2'\n if D in['D','T']:\n  B+='3'\n if D=='L':\n  B+='4'\n if D in ['M','N']:\n  B+='5'\n if D=='R':\n  B+='6'\n if D in['A','E','I','O','U','Y']:\n  B+='0'\nE=B[0:2:]\nfor F in range(2,len(B)):\n if B[F]!=B[F-1]:\n  E+=B[F]\nG=''\nfor D in E:\n if D!='0':\n  G+=D\nif len(G)<4:\n G+='0'*(4-len(G))\nif len(G)>4:\n G=G[0:4]\nprint(G)\n"), 1146951: ("a = input()\nb = a[0]\nc = a[1::]\nfor ch in c :\n    if ch in ['B','F','P','V'] :\n        b += '1'\n    if ch in ['C','G','J','K','X','Z'] :\n        b += '2'\n    if ch in ['D','T'] :\n        b += '3'\n    if ch == 'L' :\n        b += '4'\n    if ch in  ['M','N'] :\n        b += '5'\n    if ch == 'R' :\n        b += '6'\n    if ch in ['A','E','I','O','U','Y'] :\n        b += '0'\nd = b[0:2:]\nfor i in range(2,len(b)) :\n    if b[i] != b[i-1] :\n        d += b[i]\nz = ''\nfor ch in d :\n    if ch != '0' :\n        z += ch\nif len(z) < 4 :\n    z += '0'*(4-len(z))\nif len(z) > 4 :\n    z = z[0:4]\nprint(z)", "A=input()\nB=A[0]\nC=A[1::]\nfor D in C:\n if D in['B','F','P','V']:\n  B+='1'\n if D in['C','G','J','K','X','Z']:\n  B+='2'\n if D in['D','T']:\n  B+='3'\n if D=='L':\n  B+='4'\n if D in ['M','N']:\n  B+='5'\n if D=='R':\n  B+='6'\n if D in['A','E','I','O','U','Y']:\n  B+='0'\nE=B[0:2:]\nfor F in range(2,len(B)):\n if B[F]!=B[F-1]:\n  E+=B[F]\nG=''\nfor D in E:\n if D!='0':\n  G+=D\nif len(G)<4:\n G+='0'*(4-len(G))\nif len(G)>4:\n G=G[0:4]\nprint(G)\n"), 1146982: ("a = input()\nb = a[0]\nc = a[1::]\nfor ch in c :\n    if ch in ['B','F','P','V'] :\n        b += '1'\n    if ch in ['C','G','J','S','K','X','Z'] :\n        b += '2'\n    if ch in ['D','T'] :\n        b += '3'\n    if ch == 'L' :\n        b += '4'\n    if ch in  ['M','N'] :\n        b += '5'\n    if ch == 'R' :\n        b += '6'\n    if ch in ['A','E','I','O','U','Y'] :\n        b += '0'\nd = b[0:2:]\nfor i in range(2,len(b)) :\n    if b[i] != b[i-1] :\n        d += b[i]\nz = ''\nfor ch in d :\n    if ch != '0' :\n        z += ch\nif len(z) < 4 :\n    z += '0'*(4-len(z))\nif len(z) > 4 :\n    z = z[0:4]\nprint(z)", "A=input()\nB=A[0]\nC=A[1::]\nfor D in C:\n if D in['B','F','P','V']:\n  B+='1'\n if D in['C','G','J','S','K','X','Z']:\n  B+='2'\n if D in['D','T']:\n  B+='3'\n if D=='L':\n  B+='4'\n if D in ['M','N']:\n  B+='5'\n if D=='R':\n  B+='6'\n if D in['A','E','I','O','U','Y']:\n  B+='0'\nE=B[0:2:]\nfor F in range(2,len(B)):\n if B[F]!=B[F-1]:\n  E+=B[F]\nG=''\nfor D in E:\n if D!='0':\n  G+=D\nif len(G)<4:\n G+='0'*(4-len(G))\nif len(G)>4:\n G=G[0:4]\nprint(G)\n"), 1147044: ("a = input()\nb = a[0]\nc = a\nfor ch in c :\n    if ch in ['B','F','P','V'] :\n        b += '1'\n    if ch in ['C','G','J','S','K','X','Z'] :\n        b += '2'\n    if ch in ['D','T'] :\n        b += '3'\n    if ch == 'L' :\n        b += '4'\n    if ch in  ['M','N'] :\n        b += '5'\n    if ch == 'R' :\n        b += '6'\n    if ch in ['A','E','I','O','U','Y'] :\n        b += '0'\nd = b[0:2:]\nfor i in range(2,len(b)) :\n    if b[i] != b[i-1] :\n        d += b[i]\nz = ''\nfor ch in d :\n    if ch != '0' :\n        z += ch\nfinal = z[0] + z[2::]\nif len(final) < 4 :\n    final += '0'*(4-len(final))\nif len(final) > 4 :\n    final = final[0:4]\nprint(final)\n\n\n\n    \n", "A=input()\nB=A[0]\nC=A\nfor D in C:\n if D in['B','F','P','V']:\n  B+='1'\n if D in['C','G','J','S','K','X','Z']:\n  B+='2'\n if D in['D','T']:\n  B+='3'\n if D=='L':\n  B+='4'\n if D in ['M','N']:\n  B+='5'\n if D=='R':\n  B+='6'\n if D in['A','E','I','O','U','Y']:\n  B+='0'\nE=B[0:2:]\nfor F in range(2,len(B)):\n if B[F]!=B[F-1]:\n  E+=B[F]\nG=''\nfor D in E:\n if D!='0':\n  G+=D\nH=G[0]+G[2::]\nif len(H)<4:\n H+='0'*(4-len(H))\nif len(H)>4:\n H=H[0:4]\nprint(H)\n"), 1147137: ("a = input()\nb = a[0]\nc = a\nfor ch in c :\n    if ch in ['B','F','P','V'] :\n        b += '1'\n    if ch in ['C','G','J','S','K','X','Z'] :\n        b += '2'\n    if ch in ['D','T'] :\n        b += '3'\n    if ch == 'L' :\n        b += '4'\n    if ch in  ['M','N'] :\n        b += '5'\n    if ch == 'R' :\n        b += '6'\n    if ch in ['A','E','I','O','U','Y'] :\n        b += '0'\nd = b[0:2:]\nfor i in range(2,len(b)) :\n    if b[i] != b[i-1] :\n        d += b[i]\nz = ''\nfinal = d[0] + d[2::]\nfor ch in final :\n    if ch != '0' :\n        z += ch\nif len(z) < 4 :\n    z += '0'*(4-len(z))\nif len(z) > 4 :\n    z = z[0:4]\nprint(z)\n\n\n\n    \n", "A=input()\nB=A[0]\nC=A\nfor D in C:\n if D in['B','F','P','V']:\n  B+='1'\n if D in['C','G','J','S','K','X','Z']:\n  B+='2'\n if D in['D','T']:\n  B+='3'\n if D=='L':\n  B+='4'\n if D in ['M','N']:\n  B+='5'\n if D=='R':\n  B+='6'\n if D in['A','E','I','O','U','Y']:\n  B+='0'\nE=B[0:2:]\nfor F in range(2,len(B)):\n if B[F]!=B[F-1]:\n  E+=B[F]\nG=''\nH=E[0]+E[2::]\nfor D in H:\n if D!='0':\n  G+=D\nif len(G)<4:\n G+='0'*(4-len(G))\nif len(G)>4:\n G=G[0:4]\nprint(G)\n"), 1147163: ("a = input().strip()\nb = a[0]\nc = a\nfor ch in c :\n    if ch in ['B','F','P','V'] :\n        b += '1'\n    if ch in ['C','G','J','S','K','X','Z'] :\n        b += '2'\n    if ch in ['D','T'] :\n        b += '3'\n    if ch == 'L' :\n        b += '4'\n    if ch in  ['M','N'] :\n        b += '5'\n    if ch == 'R' :\n        b += '6'\n    if ch in ['A','E','I','O','U','Y'] :\n        b += '0'\nd = b[0:2:]\nfor i in range(2,len(b)) :\n    if b[i] != b[i-1] :\n        d += b[i]\nz = ''\nfinal = d[0] + d[2::]\nfor ch in final :\n    if ch != '0' :\n        z += ch\nif len(z) < 4 :\n    z += '0'*(4-len(z))\nif len(z) > 4 :\n    z = z[0:4]\nprint(z)", "A=input().strip()\nB=A[0]\nC=A\nfor D in C:\n if D in['B','F','P','V']:\n  B+='1'\n if D in['C','G','J','S','K','X','Z']:\n  B+='2'\n if D in['D','T']:\n  B+='3'\n if D=='L':\n  B+='4'\n if D in ['M','N']:\n  B+='5'\n if D=='R':\n  B+='6'\n if D in['A','E','I','O','U','Y']:\n  B+='0'\nE=B[0:2:]\nfor F in range(2,len(B)):\n if B[F]!=B[F-1]:\n  E+=B[F]\nG=''\nH=E[0]+E[2::]\nfor D in H:\n if D!='0':\n  G+=D\nif len(G)<4:\n G+='0'*(4-len(G))\nif len(G)>4:\n G=G[0:4]\nprint(G)\n"), 1147274: ("a = input().strip()\nb = a[0]\nc = a\nfor ch in c :\n    if ch in ['B','F','P','V'] :\n        b += '1'\n    if ch in ['C','G','J','S','K','Q','X','Z'] :\n        b += '2'\n    if ch in ['D','T'] :\n        b += '3'\n    if ch == 'L' :\n        b += '4'\n    if ch in  ['M','N'] :\n        b += '5'\n    if ch == 'R' :\n        b += '6'\n    if ch in ['A','E','I','O','U','Y'] :\n        b += '0'\nd = b[0:2:]\nfor i in range(2,len(b)) :\n    if b[i] != b[i-1] :\n        d += b[i]\nz = ''\nfinal = d[0] + d[2::]\nfor ch in final :\n    if ch != '0' :\n        z += ch\nif len(z) < 4 :\n    z += '0'*(4-len(z))\nif len(z) > 4 :\n    z = z[0:4]\nprint(z)", "A=input().strip()\nB=A[0]\nC=A\nfor D in C:\n if D in['B','F','P','V']:\n  B+='1'\n if D in['C','G','J','S','K','Q','X','Z']:\n  B+='2'\n if D in['D','T']:\n  B+='3'\n if D=='L':\n  B+='4'\n if D in ['M','N']:\n  B+='5'\n if D=='R':\n  B+='6'\n if D in['A','E','I','O','U','Y']:\n  B+='0'\nE=B[0:2:]\nfor F in range(2,len(B)):\n if B[F]!=B[F-1]:\n  E+=B[F]\nG=''\nH=E[0]+E[2::]\nfor D in H:\n if D!='0':\n  G+=D\nif len(G)<4:\n G+='0'*(4-len(G))\nif len(G)>4:\n G=G[0:4]\nprint(G)\n"), 1147294: ("a = input().strip()\nb = a[0]\nc = a\nfor ch in c :\n    if ch in ['B','F','P','V'] :\n        b += '1'\n    if ch in ['C','G','J','S','K','Q','X','Z'] :\n        b += '2'\n    if ch in ['D','T'] :\n        b += '3'\n    if ch == 'L' :\n        b += '4'\n    if ch in ['M','N'] :\n        b += '5'\n    if ch == 'R' :\n        b += '6'\n    if ch in ['A','E','I','O','U','Y'] :\n        b += '0'\nd = b[0:2:]\nfor i in range(2,len(b)) :\n    if b[i] != b[i-1] :\n        d += b[i]\nz = ''\nfinal = d[0] + d[2::]\nfor ch in final :\n    if ch != '0' :\n        z += ch\nif len(z) < 4 :\n    z += '0'*(4-len(z))\nif len(z) > 4 :\n    z = z[0:4]\nprint(z)", "A=input().strip()\nB=A[0]\nC=A\nfor D in C:\n if D in['B','F','P','V']:\n  B+='1'\n if D in['C','G','J','S','K','Q','X','Z']:\n  B+='2'\n if D in['D','T']:\n  B+='3'\n if D=='L':\n  B+='4'\n if D in['M','N']:\n  B+='5'\n if D=='R':\n  B+='6'\n if D in['A','E','I','O','U','Y']:\n  B+='0'\nE=B[0:2:]\nfor F in range(2,len(B)):\n if B[F]!=B[F-1]:\n  E+=B[F]\nG=''\nH=E[0]+E[2::]\nfor D in H:\n if D!='0':\n  G+=D\nif len(G)<4:\n G+='0'*(4-len(G))\nif len(G)>4:\n G=G[0:4]\nprint(G)\n")}, 6230378621: {1147021: ("s = input()\ns1 = s[0]\ns2 = s[1:]\ns22 = ''\nsk = ''\nskk = ''\nfor i in range(len(s2)):\n    if not s2[i] in ['H', 'W']:\n        s22 = s22 + s2[i]\nfor i in range(len(s22)):\n    if s22[i] in ['B', 'F', 'P', 'V']:\n        sk = sk + '1'\n    elif s22[i] in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n        sk = sk + '2'\n    elif s22[i] in ['D', 'T']:\n        sk = sk + '3'\n    elif s22[i] in ['L']:\n        sk = sk + '4'\n    elif s22[i] in ['M', 'N']:\n        sk = sk + '5'\n    elif s22[i] in ['R']:\n        sk = sk + '6'\n    elif s22[i] in ['A', 'E', 'I', 'O', 'U', 'H', 'W', 'Y']:\n        sk = sk + '0'\nk = '9'\nc = 0\nfor i in range(len(sk)):\n    if sk[i] != k:\n        skk = skk + sk[i]\n        k = sk[i]\nans = ''\nfor i in range(len(skk)):\n    if skk[i] != '0':\n        ans = ans + skk[i]\nif len(ans) <= 3:\n    print(s1 + ans + '0' * (3 - len(ans)))\nelse:\n    print(s1 + ans[0:3])", "A=input()\nB=A[0]\nC=A[1:]\nD=''\nE=''\nF=''\nfor G in range(len(C)):\n if not C[G]in['H','W']:\n  D=D+C[G]\nfor G in range(len(D)):\n if D[G]in['B','F','P','V']:\n  E=E+'1'\n elif D[G]in['C','G','J','K','Q','S','X','Z']:\n  E=E+'2'\n elif D[G]in['D','T']:\n  E=E+'3'\n elif D[G]in['L']:\n  E=E+'4'\n elif D[G]in['M','N']:\n  E=E+'5'\n elif D[G]in['R']:\n  E=E+'6'\n elif D[G]in['A','E','I','O','U','H','W','Y']:\n  E=E+'0'\nH='9'\nI=0\nfor G in range(len(E)):\n if E[G]!=H:\n  F=F+E[G]\n  H=E[G]\nJ=''\nfor G in range(len(F)):\n if F[G]!='0':\n  J=J+F[G]\nif len(J)<=3:\n print(B+J+'0'*(3-len(J)))\nelse:\n print(B+J[0:3])\n"), 1147069: ("s = input()\ns1 = s[0]\ns2 = s[1:]\nif s[0:2] == 'SC':\n    s2 = s[2:]\ns22 = ''\nsk = ''\nskk = ''\nfor i in range(len(s2)):\n    if not s2[i] in ['H', 'W']:\n        s22 = s22 + s2[i]\nfor i in range(len(s22)):\n    if s22[i] in ['B', 'F', 'P', 'V']:\n        sk = sk + '1'\n    elif s22[i] in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n        sk = sk + '2'\n    elif s22[i] in ['D', 'T']:\n        sk = sk + '3'\n    elif s22[i] in ['L']:\n        sk = sk + '4'\n    elif s22[i] in ['M', 'N']:\n        sk = sk + '5'\n    elif s22[i] in ['R']:\n        sk = sk + '6'\n    elif s22[i] in ['A', 'E', 'I', 'O', 'U', 'H', 'W', 'Y']:\n        sk = sk + '0'\nk = '9'\nc = 0\nfor i in range(len(sk)):\n    if sk[i] != k:\n        skk = skk + sk[i]\n        k = sk[i]\nans = ''\nfor i in range(len(skk)):\n    if skk[i] != '0':\n        ans = ans + skk[i]\nif len(ans) <= 3:\n    print(s1 + ans + '0' * (3 - len(ans)))\nelse:\n    print(s1 + ans[0:3])", "A=input()\nB=A[0]\nC=A[1:]\nif A[0:2]=='SC':\n C=A[2:]\nD=''\nE=''\nF=''\nfor G in range(len(C)):\n if not C[G]in['H','W']:\n  D=D+C[G]\nfor G in range(len(D)):\n if D[G]in['B','F','P','V']:\n  E=E+'1'\n elif D[G]in['C','G','J','K','Q','S','X','Z']:\n  E=E+'2'\n elif D[G]in['D','T']:\n  E=E+'3'\n elif D[G]in['L']:\n  E=E+'4'\n elif D[G]in['M','N']:\n  E=E+'5'\n elif D[G]in['R']:\n  E=E+'6'\n elif D[G]in['A','E','I','O','U','H','W','Y']:\n  E=E+'0'\nH='9'\nI=0\nfor G in range(len(E)):\n if E[G]!=H:\n  F=F+E[G]\n  H=E[G]\nJ=''\nfor G in range(len(F)):\n if F[G]!='0':\n  J=J+F[G]\nif len(J)<=3:\n print(B+J+'0'*(3-len(J)))\nelse:\n print(B+J[0:3])\n"), 1147196: ("s = input()\ns1 = s[0]\ns2 = s[1:]\ns22 = ''\nsk = ''\nskk = ''\nfor i in range(len(s2)):\n    if not s2[i] in ['H', 'W']:\n        s22 = s22 + s2[i]\nfor i in range(len(s22)):\n    if s22[i] in ['B', 'F', 'P', 'V']:\n        sk = sk + '1'\n    elif s22[i] in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n        sk = sk + '2'\n    elif s22[i] in ['D', 'T']:\n        sk = sk + '3'\n    elif s22[i] in ['L']:\n        sk = sk + '4'\n    elif s22[i] in ['M', 'N']:\n        sk = sk + '5'\n    elif s22[i] in ['R']:\n        sk = sk + '6'\n    elif s22[i] in ['A', 'E', 'I', 'O', 'U', 'H', 'W', 'Y']:\n        sk = sk + '0'\nif s1 in ['B', 'F', 'P', 'V']:\n    t = '1'\nelif s1 in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n    t = '2'\nelif s1 in ['D', 'T']:\n    t = '3'\nelif s1 in ['L']:\n    t = '4'\nelif s1 in ['M', 'N']:\n    t = '5'\nelif s1 in ['R']:\n    t = '6'\nelif s1 in ['A', 'E', 'I', 'O', 'U', 'H', 'W', 'Y']:\n    t = '0'\nk = '9'\nc = 0\nfor i in range(len(sk)):\n    if sk[i] != k:\n        skk = skk + sk[i]\n        k = sk[i]\nans = ''\nfor i in range(len(skk)):\n    if skk[i] != '0':\n        ans = ans + skk[i]\nif len(ans) <= 3:\n    print(s1 + ans + '0' * (3 - len(ans)))\nelse:\n    if ans[0] == t:\n        print(s1 + ans[1:4])\n    else:\n        print(s1 + ans[0:3])", "A=input()\nB=A[0]\nC=A[1:]\nD=''\nE=''\nF=''\nfor G in range(len(C)):\n if not C[G]in['H','W']:\n  D=D+C[G]\nfor G in range(len(D)):\n if D[G]in['B','F','P','V']:\n  E=E+'1'\n elif D[G]in['C','G','J','K','Q','S','X','Z']:\n  E=E+'2'\n elif D[G]in['D','T']:\n  E=E+'3'\n elif D[G]in['L']:\n  E=E+'4'\n elif D[G]in['M','N']:\n  E=E+'5'\n elif D[G]in['R']:\n  E=E+'6'\n elif D[G]in['A','E','I','O','U','H','W','Y']:\n  E=E+'0'\nif B in['B','F','P','V']:\n H='1'\nelif B in['C','G','J','K','Q','S','X','Z']:\n H='2'\nelif B in['D','T']:\n H='3'\nelif B in['L']:\n H='4'\nelif B in['M','N']:\n H='5'\nelif B in['R']:\n H='6'\nelif B in['A','E','I','O','U','H','W','Y']:\n H='0'\nI='9'\nJ=0\nfor G in range(len(E)):\n if E[G]!=I:\n  F=F+E[G]\n  I=E[G]\nK=''\nfor G in range(len(F)):\n if F[G]!='0':\n  K=K+F[G]\nif len(K)<=3:\n print(B+K+'0'*(3-len(K)))\nelse:\n if K[0]==H:\n  print(B+K[1:4])\n else:\n  print(B+K[0:3])\n"), 1147276: ("s = input()\ns1 = s[0]\ns2 = s[1:]\ns22 = ''\nsk = ''\nskk = ''\nfor i in range(len(s2)):\n    if not s2[i] in ['H', 'W']:\n        s22 = s22 + s2[i]\nfor i in range(len(s22)):\n    if s22[i] in ['B', 'F', 'P', 'V']:\n        sk = sk + '1'\n    elif s22[i] in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n        sk = sk + '2'\n    elif s22[i] in ['D', 'T']:\n        sk = sk + '3'\n    elif s22[i] in ['L']:\n        sk = sk + '4'\n    elif s22[i] in ['M', 'N']:\n        sk = sk + '5'\n    elif s22[i] in ['R']:\n        sk = sk + '6'\n    elif s22[i] in ['A', 'E', 'I', 'O', 'U', 'H', 'W', 'Y']:\n        sk = sk + '0'\nif s1 in ['B', 'F', 'P', 'V']:\n    t = '1'\nelif s1 in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n    t = '2'\nelif s1 in ['D', 'T']:\n    t = '3'\nelif s1 in ['L']:\n    t = '4'\nelif s1 in ['M', 'N']:\n    t = '5'\nelif s1 in ['R']:\n    t = '6'\nelif s1 in ['A', 'E', 'I', 'O', 'U', 'H', 'W', 'Y']:\n    t = '0'\nk = '9'\nc = 0\nfor i in range(len(sk)):\n    if sk[i] != k:\n        skk = skk + sk[i]\n        k = sk[i]\nans = ''\nfor i in range(len(skk)):\n    if skk[i] != '0':\n        ans = ans + skk[i]\nif ans[0] == t:\n    ans = ans[1:]\nif len(ans) <= 3:\n    print(s1 + ans + '0' * (3 - len(ans)))\nelse:\n        print(s1 + ans[0:3])\n", "A=input()\nB=A[0]\nC=A[1:]\nD=''\nE=''\nF=''\nfor G in range(len(C)):\n if not C[G]in['H','W']:\n  D=D+C[G]\nfor G in range(len(D)):\n if D[G]in['B','F','P','V']:\n  E=E+'1'\n elif D[G]in['C','G','J','K','Q','S','X','Z']:\n  E=E+'2'\n elif D[G]in['D','T']:\n  E=E+'3'\n elif D[G]in['L']:\n  E=E+'4'\n elif D[G]in['M','N']:\n  E=E+'5'\n elif D[G]in['R']:\n  E=E+'6'\n elif D[G]in['A','E','I','O','U','H','W','Y']:\n  E=E+'0'\nif B in['B','F','P','V']:\n H='1'\nelif B in['C','G','J','K','Q','S','X','Z']:\n H='2'\nelif B in['D','T']:\n H='3'\nelif B in['L']:\n H='4'\nelif B in['M','N']:\n H='5'\nelif B in['R']:\n H='6'\nelif B in['A','E','I','O','U','H','W','Y']:\n H='0'\nI='9'\nJ=0\nfor G in range(len(E)):\n if E[G]!=I:\n  F=F+E[G]\n  I=E[G]\nK=''\nfor G in range(len(F)):\n if F[G]!='0':\n  K=K+F[G]\nif K[0]==H:\n K=K[1:]\nif len(K)<=3:\n print(B+K+'0'*(3-len(K)))\nelse:\n print(B+K[0:3])\n"), 1147533: ("s = input()\ns1 = s[0]\ns2 = s[1:]\ns22 = ''\nsk = ''\nskk = ''\nfor i in range(len(s2)):\n    if not s2[i] in ['H', 'W']:\n        s22 = s22 + s2[i]\nfor i in range(len(s22)):\n    if s22[i] in ['B', 'F', 'P', 'V']:\n        sk = sk + '1'\n    elif s22[i] in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n        sk = sk + '2'\n    elif s22[i] in ['D', 'T']:\n        sk = sk + '3'\n    elif s22[i] in ['L']:\n        sk = sk + '4'\n    elif s22[i] in ['M', 'N']:\n        sk = sk + '5'\n    elif s22[i] in ['R']:\n        sk = sk + '6'\n    elif s22[i] in ['A', 'E', 'I', 'O', 'U', 'H', 'W', 'Y']:\n        sk = sk + '0'\nif s1 in ['B', 'F', 'P', 'V']:\n    t = '1'\nelif s1 in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n    t = '2'\nelif s1 in ['D', 'T']:\n    t = '3'\nelif s1 in ['L']:\n    t = '4'\nelif s1 in ['M', 'N']:\n    t = '5'\nelif s1 in ['R']:\n    t = '6'\nelif s1 in ['A', 'E', 'I', 'O', 'U', 'H', 'W', 'Y']:\n    t = '0'\nk = '9'\nc = 0\nfor i in range(len(sk)):\n    if sk[i] != k:\n        skk = skk + sk[i]\n        k = sk[i]\nans = ''\nif skk[0] == t:\n    skk = skk[1:]\nfor i in range(len(skk)):\n    if skk[i] != '0':\n        ans = ans + skk[i]\nif len(ans) <= 3:\n    print(s1 + ans + '0' * (3 - len(ans)))\nelse:\n    print(s1 + ans[0:3])", "A=input()\nB=A[0]\nC=A[1:]\nD=''\nE=''\nF=''\nfor G in range(len(C)):\n if not C[G]in['H','W']:\n  D=D+C[G]\nfor G in range(len(D)):\n if D[G]in['B','F','P','V']:\n  E=E+'1'\n elif D[G]in['C','G','J','K','Q','S','X','Z']:\n  E=E+'2'\n elif D[G]in['D','T']:\n  E=E+'3'\n elif D[G]in['L']:\n  E=E+'4'\n elif D[G]in['M','N']:\n  E=E+'5'\n elif D[G]in['R']:\n  E=E+'6'\n elif D[G]in['A','E','I','O','U','H','W','Y']:\n  E=E+'0'\nif B in['B','F','P','V']:\n H='1'\nelif B in['C','G','J','K','Q','S','X','Z']:\n H='2'\nelif B in['D','T']:\n H='3'\nelif B in['L']:\n H='4'\nelif B in['M','N']:\n H='5'\nelif B in['R']:\n H='6'\nelif B in['A','E','I','O','U','H','W','Y']:\n H='0'\nI='9'\nJ=0\nfor G in range(len(E)):\n if E[G]!=I:\n  F=F+E[G]\n  I=E[G]\nK=''\nif F[0]==H:\n F=F[1:]\nfor G in range(len(F)):\n if F[G]!='0':\n  K=K+F[G]\nif len(K)<=3:\n print(B+K+'0'*(3-len(K)))\nelse:\n print(B+K[0:3])\n")}, 6230399821: {1149234: ("x = str(input())\na = ''\nl = 0\nfor i in range(1,len(x)):\n    if x[i] in ['B','F','P','V']:\n        l = 1\n    if x[i] in ['C','G','J','K','Q','S','X','Z']:\n        l = 2\n    if x[i] in ['D','T']:\n        l = 3\n    if x[i] in ['L']:\n        l = 4\n    if x[i] in ['M','N']:\n        l = 5\n    if x[i] in ['R']:\n        l = 6\n    if x[i] in ['A','E','I','O','U','H','W','Y']:\n        l = ''\n    a += str(l)\no = len(a)\np = 0\ny = 0\nv = ''\nwhile p <len(a):\n    if a[p] != y:\n        y = a[p]\n        v += y\n        p += 1\n    else :\n        p += 1\nif len(v) != 3:\n    if len(v)<3:\n        v+='0'*(3-len(v))\n    else:\n        v = v[0:3]\nt = x[0]+v\nprint(t)\n", "A=str(input())\nB=''\nC=0\nfor D in range(1,len(A)):\n if A[D]in['B','F','P','V']:\n  C=1\n if A[D]in['C','G','J','K','Q','S','X','Z']:\n  C=2\n if A[D]in['D','T']:\n  C=3\n if A[D]in['L']:\n  C=4\n if A[D]in['M','N']:\n  C=5\n if A[D]in['R']:\n  C=6\n if A[D]in['A','E','I','O','U','H','W','Y']:\n  C=''\n B+=str(C)\nE=len(B)\nF=0\nG=0\nH=''\nwhile F<len(B):\n if B[F]!=G:\n  G=B[F]\n  H+=G\n  F+=1\n else:\n  F+=1\nif len(H)!=3:\n if len(H)<3:\n  H+='0'*(3-len(H))\n else:\n  H=H[0:3]\nI=A[0]+H\nprint(I)\n")}, 6230416821: {1148606: ('a = input()\nc = a\nb = ""\nb += a[0]\nfor i in range(1,len(a)):\n    if a[i] == "H" or a[i] == "W":\n        c = a[:i] + a[i+1:]\nif c[0] in ["B","F","P","V"]:\n    d = "1"\nif c[0] in ["C","G","J","K","Q","S","X","Z"]:\n    d = "2"\nif c[0] in ["D","T"]:\n    d = "3"\nif c[0] == "L":\n    d = "4"\nif c[0] in ["M","N"]:\n    d = "5"\nif c[0] == "R":\n    d = "6"\nfor i in range(1,len(c)):\n    if c[i] in ["B","F","P","V"]:\n        e = "1"\n        if e != d:\n            b += e\n        d = "1"\n    if c[i] in ["C","G","J","K","Q","S","X","Z"]:\n        e = "2"\n        if e != d:\n            b += e\n        d = "2"\n    if c[i] in ["D","T"]:\n        e = "3"\n        if e != d:\n            b += e\n        d = "3"\n    if c[i] == "L":\n        e = "4"\n        if e != d:\n            b += e\n        d = "4"\n    if c[i] in ["M","N"]:\n        e = "5"\n        if e != d:\n            b += e\n        d = "5"\n    if c[i] == "R":\n        e = "6"\n        if e != d:\n            b += e\n        d = "6"\n    if c[i] in ["A","E","I","O","U","Y"]:\n        d = "0"\nif len(b) > 4:\n    b = b[0] + b[1] + b[2] + b[3]\nelif len(b) < 4:\n    b += "0"*(4 - len(b))\nprint(b)', 'A=input()\nB=A\nC=""\nC+=A[0]\nfor D in range(1,len(A)):\n if A[D]=="H" or A[D]=="W":\n  B=A[:D]+A[D+1:]\nif B[0]in["B","F","P","V"]:\n E="1"\nif B[0]in["C","G","J","K","Q","S","X","Z"]:\n E="2"\nif B[0]in["D","T"]:\n E="3"\nif B[0]=="L":\n E="4"\nif B[0]in["M","N"]:\n E="5"\nif B[0]=="R":\n E="6"\nfor D in range(1,len(B)):\n if B[D]in["B","F","P","V"]:\n  F="1"\n  if F!=E:\n   C+=F\n  E="1"\n if B[D]in["C","G","J","K","Q","S","X","Z"]:\n  F="2"\n  if F!=E:\n   C+=F\n  E="2"\n if B[D]in["D","T"]:\n  F="3"\n  if F!=E:\n   C+=F\n  E="3"\n if B[D]=="L":\n  F="4"\n  if F!=E:\n   C+=F\n  E="4"\n if B[D]in["M","N"]:\n  F="5"\n  if F!=E:\n   C+=F\n  E="5"\n if B[D]=="R":\n  F="6"\n  if F!=E:\n   C+=F\n  E="6"\n if B[D]in["A","E","I","O","U","Y"]:\n  E="0"\nif len(C)>4:\n C=C[0]+C[1]+C[2]+C[3]\nelif len(C)<4:\n C+="0"*(4-len(C))\nprint(C)\n'), 1148637: ('a = input()\nc = a\nb = ""\nb += a[0]\nfor i in range(1,len(a)):\n    if a[i] == "H" or a[i] == "W":\n        c = a[:i] + a[i+1:]\nif c[0] in ["B","F","P","V"]:\n    d = "1"\nif c[0] in ["C","G","J","K","Q","S","X","Z"]:\n    d = "2"\nif c[0] in ["D","T"]:\n    d = "3"\nif c[0] == "L":\n    d = "4"\nif c[0] in ["M","N"]:\n    d = "5"\nif c[0] == "R":\n    d = "6"\nif c[0] in ["A","E","I","O","U","Y"]:\n        d = "0"\nfor i in range(1,len(c)):\n    if c[i] in ["B","F","P","V"]:\n        e = "1"\n        if e != d:\n            b += e\n        d = "1"\n    if c[i] in ["C","G","J","K","Q","S","X","Z"]:\n        e = "2"\n        if e != d:\n            b += e\n        d = "2"\n    if c[i] in ["D","T"]:\n        e = "3"\n        if e != d:\n            b += e\n        d = "3"\n    if c[i] == "L":\n        e = "4"\n        if e != d:\n            b += e\n        d = "4"\n    if c[i] in ["M","N"]:\n        e = "5"\n        if e != d:\n            b += e\n        d = "5"\n    if c[i] == "R":\n        e = "6"\n        if e != d:\n            b += e\n        d = "6"\n    if c[i] in ["A","E","I","O","U","Y"]:\n        d = "0"\nif len(b) > 4:\n    b = b[0] + b[1] + b[2] + b[3]\nelif len(b) < 4:\n    b += "0"*(4 - len(b))\nprint(b)', 'A=input()\nB=A\nC=""\nC+=A[0]\nfor D in range(1,len(A)):\n if A[D]=="H" or A[D]=="W":\n  B=A[:D]+A[D+1:]\nif B[0]in["B","F","P","V"]:\n E="1"\nif B[0]in["C","G","J","K","Q","S","X","Z"]:\n E="2"\nif B[0]in["D","T"]:\n E="3"\nif B[0]=="L":\n E="4"\nif B[0]in["M","N"]:\n E="5"\nif B[0]=="R":\n E="6"\nif B[0]in["A","E","I","O","U","Y"]:\n E="0"\nfor D in range(1,len(B)):\n if B[D]in["B","F","P","V"]:\n  F="1"\n  if F!=E:\n   C+=F\n  E="1"\n if B[D]in["C","G","J","K","Q","S","X","Z"]:\n  F="2"\n  if F!=E:\n   C+=F\n  E="2"\n if B[D]in["D","T"]:\n  F="3"\n  if F!=E:\n   C+=F\n  E="3"\n if B[D]=="L":\n  F="4"\n  if F!=E:\n   C+=F\n  E="4"\n if B[D]in["M","N"]:\n  F="5"\n  if F!=E:\n   C+=F\n  E="5"\n if B[D]=="R":\n  F="6"\n  if F!=E:\n   C+=F\n  E="6"\n if B[D]in["A","E","I","O","U","Y"]:\n  E="0"\nif len(C)>4:\n C=C[0]+C[1]+C[2]+C[3]\nelif len(C)<4:\n C+="0"*(4-len(C))\nprint(C)\n'), 1148662: ('a = input()\nc = a\nb = ""\nb += a[0]\nfor i in range(1,len(a)):\n    if a[i] == "H" or a[i] == "W":\n        c = a[:i] + a[i+1:]\nif c[0] in ["B","F","P","V"]:\n    d = "1"\nif c[0] in ["C","G","J","K","Q","S","X","Z"]:\n    d = "2"\nif c[0] in ["D","T"]:\n    d = "3"\nif c[0] == "L":\n    d = "4"\nif c[0] in ["M","N"]:\n    d = "5"\nif c[0] == "R":\n    d = "6"\nif c[0] in ["A","E","I","O","U","Y","H","W"]:\n        d = "0"\nfor i in range(1,len(c)):\n    if c[i] in ["B","F","P","V"]:\n        e = "1"\n        if e != d:\n            b += e\n        d = "1"\n    if c[i] in ["C","G","J","K","Q","S","X","Z"]:\n        e = "2"\n        if e != d:\n            b += e\n        d = "2"\n    if c[i] in ["D","T"]:\n        e = "3"\n        if e != d:\n            b += e\n        d = "3"\n    if c[i] == "L":\n        e = "4"\n        if e != d:\n            b += e\n        d = "4"\n    if c[i] in ["M","N"]:\n        e = "5"\n        if e != d:\n            b += e\n        d = "5"\n    if c[i] == "R":\n        e = "6"\n        if e != d:\n            b += e\n        d = "6"\n    if c[i] in ["A","E","I","O","U","Y"]:\n        d = "0"\nif len(b) > 4:\n    b = b[0] + b[1] + b[2] + b[3]\nelif len(b) < 4:\n    b += "0"*(4 - len(b))\nprint(b)', 'A=input()\nB=A\nC=""\nC+=A[0]\nfor D in range(1,len(A)):\n if A[D]=="H" or A[D]=="W":\n  B=A[:D]+A[D+1:]\nif B[0]in["B","F","P","V"]:\n E="1"\nif B[0]in["C","G","J","K","Q","S","X","Z"]:\n E="2"\nif B[0]in["D","T"]:\n E="3"\nif B[0]=="L":\n E="4"\nif B[0]in["M","N"]:\n E="5"\nif B[0]=="R":\n E="6"\nif B[0]in["A","E","I","O","U","Y","H","W"]:\n E="0"\nfor D in range(1,len(B)):\n if B[D]in["B","F","P","V"]:\n  F="1"\n  if F!=E:\n   C+=F\n  E="1"\n if B[D]in["C","G","J","K","Q","S","X","Z"]:\n  F="2"\n  if F!=E:\n   C+=F\n  E="2"\n if B[D]in["D","T"]:\n  F="3"\n  if F!=E:\n   C+=F\n  E="3"\n if B[D]=="L":\n  F="4"\n  if F!=E:\n   C+=F\n  E="4"\n if B[D]in["M","N"]:\n  F="5"\n  if F!=E:\n   C+=F\n  E="5"\n if B[D]=="R":\n  F="6"\n  if F!=E:\n   C+=F\n  E="6"\n if B[D]in["A","E","I","O","U","Y"]:\n  E="0"\nif len(C)>4:\n C=C[0]+C[1]+C[2]+C[3]\nelif len(C)<4:\n C+="0"*(4-len(C))\nprint(C)\n')}, 6230419721: {1146925: ("name = input()\nname1 = ''\nsd = ''\nsd += name[0]\nfor i in range(len(name)):\n    if name[i] != 'H' or name[i] != 'W':\n        name1 += name[i]\nref = name1[0]\nfor j in range(1,len(name1)):\n    if name1[j] in 'BFPV' and ref != '1':\n        sd += '1'\n        ref = '1'\n    elif name1[j] in 'CGJKQSXZ' and ref != '2':\n        sd += '2'\n        ref = '2'\n    elif name1[j] in 'DT' and ref != '3':\n        sd += '3'\n        ref = '3'\n    elif name1[j] in 'L' and ref != '4':\n        sd += '4'\n        ref = '4'\n    elif name1[j] in 'MN' and ref != '5':\n        sd += '5'\n        ref = '5'\n    elif name1[j] in 'R' and ref != '6':\n        sd += '6'\n        ref = '6'\nif len(sd) > 4:\n    sd = sd[0:4]\nelse:\n    sd += '0'*(4-len(sd))\nprint(sd)\n", "A=input()\nB=''\nC=''\nC+=A[0]\nfor D in range(len(A)):\n if A[D]!='H' or A[D]!='W':\n  B+=A[D]\nE=B[0]\nfor F in range(1,len(B)):\n if B[F]in 'BFPV' and E!='1':\n  C+='1'\n  E='1'\n elif B[F]in 'CGJKQSXZ' and E!='2':\n  C+='2'\n  E='2'\n elif B[F]in 'DT' and E!='3':\n  C+='3'\n  E='3'\n elif B[F]in 'L' and E!='4':\n  C+='4'\n  E='4'\n elif B[F]in 'MN' and E!='5':\n  C+='5'\n  E='5'\n elif B[F]in 'R' and E!='6':\n  C+='6'\n  E='6'\nif len(C)>4:\n C=C[0:4]\nelse:\n C+='0'*(4-len(C))\nprint(C)\n")}, 6230428321: {1148559: ('a = input().strip()\nk = [str(a[0])]\nfor i in range(1,len(a)) :\n    if a[i] in "BFPV" : k += ["1"]\n    elif a[i] in "CGJKQSXZ" : k += ["2"]\n    elif a[i] in "DT" : k += ["3"]\n    elif a[i] in "L" : k += ["4"]\n    elif a[i] in "MN" : k += ["5"]\n    elif a[i] in "R" : k += ["6"]\n    else : k += ["0"]\no = a[0]\nj = 1\nwhile j < len(k):\n    if k[j] != \'0\' and k[j] != o[len(o)-1] : o += k[j]\n    j += 1\nwhile len(o) < 4 :\n    o += \'0\'\nprint(o[:4])', 'A=input().strip()\nB=[str(A[0])]\nfor C in range(1,len(A)):\n if A[C]in "BFPV":B+=["1"]\n elif A[C]in "CGJKQSXZ":B+=["2"]\n elif A[C]in "DT":B+=["3"]\n elif A[C]in "L":B+=["4"]\n elif A[C]in "MN":B+=["5"]\n elif A[C]in "R":B+=["6"]\n else:B+=["0"]\nD=A[0]\nE=1\nwhile E<len(B):\n if B[E]!=\'0\' and B[E]!=D[len(D)-1]:D+=B[E]\n E+=1\nwhile len(D)<4:\n D+=\'0\'\nprint(D[:4])\n')}, 6230439221: {1148795: ("c1 = ['B', 'F', 'P', 'V']\nc2 = ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']\nc3 = ['D', 'T']\nc4 = ['L']\nc5 = ['M', 'N']\nc6 = ['R']\ncode = []\nx = [e for e in input()]\nans = x[0]\nfor e in x:\n    if e in c1:\n        code.append('1')\n    elif e in c2:\n        code.append('2')\n    elif e in c3:\n        code.append('3')\n    elif e in c4:\n        code.append('4')\n    elif e in c5:\n        code.append('5')\n    elif e in c6:\n        code.append('6')\n    elif e == 'H' or e == 'W':\n        pass\n    else:\n        code.append('')\nlist_unique = [code[0]]\nunique = code[0]\nfor e in code[1:]:\n    if e != unique:\n        unique = e\n        list_unique.append(unique)\nif code[0] == list_unique[0]:\n    del (list_unique[0])\nwhile '' in list_unique:\n    list_unique.remove('')\nwhile len(list_unique) < 3:\n    list_unique.append('0')\nfor e in list_unique[:3]:\n    ans += e\nprint(ans)", "A=['B','F','P','V']\nB=['C','G','J','K','Q','S','X','Z']\nC=['D','T']\nD=['L']\nE=['M','N']\nF=['R']\nG=[]\nH=[J for J in input()]\nI=H[0]\nfor J in H:\n if J in A:\n  G.append('1')\n elif J in B:\n  G.append('2')\n elif J in C:\n  G.append('3')\n elif J in D:\n  G.append('4')\n elif J in E:\n  G.append('5')\n elif J in F:\n  G.append('6')\n elif J=='H' or J=='W':\n  pass\n else:\n  G.append('')\nK=[G[0]]\nL=G[0]\nfor J in G[1:]:\n if J!=L:\n  L=J\n  K.append(L)\nif G[0]==K[0]:\n del(K[0])\nwhile '' in K:\n K.remove('')\nwhile len(K)<3:\n K.append('0')\nfor J in K[:3]:\n I+=J\nprint(I)\n")}, 6230449521: {1147048: ('name = input()\nn1 = \'BFPV\'\nn2 = \'CGJKQSXZ\'\nn3 = \'DT\'\nn4 = \'L\'\nn5 = \'MN\'\nn6 = \'R\'\nn0 = \'AEIOUHWY\'\nname2 = ""\nname2 += name[0]\nnum0 = ""\nfor i in range(1,len(name)):\n    if name[i] in n1:\n        name2 += \'1\'\n    elif name[i] in n2:\n        name2 += \'2\'\n    elif name[i] in n3:\n        name2 += \'3\'\n    elif name[i] in n4:\n        name2 += \'4\'\n    elif name[i] in n5:\n        name2 += \'5\'\n    elif name[i] in n6:\n        name2 += \'6\'\n    elif name[i] in n0:\n        name2 += \'0\'\n        \nname21 = name2[0]\nfor i in range(1,len(name2)):\n    if name[i] != \'H\' and name[i] != \'W\':\n        name21 += name2[i]\n    \nname3 = name21[0]\nfor i in range(1,len(name21)):\n    if name21[i] != name21[i-1]:\n        name3 += name21[i]\n        \nname4 = name3[0]\nfor i in range(1,len(name3)):\n    if name3[i] != \'0\':\n        name4 += name3[i]\n        \nif name[0]in n1:\n    num0 = \'1\'\nelif name[0] in n2:\n    num0 = \'2\'\nelif name[0] in n3:\n    num0 = \'3\'\nelif name[0] in n4:\n    num0 = \'4\'\nelif name[0] in n5:\n    num0 = \'5\'\nelif name[0] in n6:\n    num0 = \'6\'\nelif name[0] in n0:\n    num0 = \'0\'\n\nname5 = name4[0]\nif name4[1] == num0:\n    name5 += name4[2:]\nelse:\n    name5 = name4\n\n\nif len(name5) > 4:\n    name5 = name5[:4]\nif len(name5) < 4:\n    a = 4-len(name5)\n    name5 += \'0\'*a\n    \nprint(name5)', 'A=input()\nB=\'BFPV\'\nC=\'CGJKQSXZ\'\nD=\'DT\'\nE=\'L\'\nF=\'MN\'\nG=\'R\'\nH=\'AEIOUHWY\'\nI=""\nI+=A[0]\nJ=""\nfor K in range(1,len(A)):\n if A[K]in B:\n  I+=\'1\'\n elif A[K]in C:\n  I+=\'2\'\n elif A[K]in D:\n  I+=\'3\'\n elif A[K]in E:\n  I+=\'4\'\n elif A[K]in F:\n  I+=\'5\'\n elif A[K]in G:\n  I+=\'6\'\n elif A[K]in H:\n  I+=\'0\'\nL=I[0]\nfor K in range(1,len(I)):\n if A[K]!=\'H\' and A[K]!=\'W\':\n  L+=I[K]\nM=L[0]\nfor K in range(1,len(L)):\n if L[K]!=L[K-1]:\n  M+=L[K]\nN=M[0]\nfor K in range(1,len(M)):\n if M[K]!=\'0\':\n  N+=M[K]\nif A[0]in B:\n J=\'1\'\nelif A[0]in C:\n J=\'2\'\nelif A[0]in D:\n J=\'3\'\nelif A[0]in E:\n J=\'4\'\nelif A[0]in F:\n J=\'5\'\nelif A[0]in G:\n J=\'6\'\nelif A[0]in H:\n J=\'0\'\nO=N[0]\nif N[1]==J:\n O+=N[2:]\nelse:\n O=N\nif len(O)>4:\n O=O[:4]\nif len(O)<4:\n P=4-len(O)\n O+=\'0\'*P\nprint(O)\n')}, 6230457521: {1148688: ('N1 = [i for i in "BFPV"]\nN2 = [i for i in "CGJKQSXZ"]\nN3 = [i for i in "DT"]\nN4 = [i for i in "L"]\nN5 = [i for i in "MN"]\nN6 = ["R"]\nN0 = [i for i in "AEIOUHWY"]\na = [e for e in input()]\nc = []\nd = []\nx = []\nAns = ""\nfor i in range(1,len(a)):\n    if a[i] in N0:\n        a[i] = "0"\n    elif a[i] in N1:\n        a[i] = "1"\n    elif a[i] in N2:\n        a[i] = "2"\n    elif a[i] in N3:\n        a[i] = "3"\n    elif a[i] in N4:\n        a[i] = "4"\n    elif a[i] in N5:\n        a[i] = "5"\n    elif a[i] in N6:\n        a[i] = "6"\n#D0222303\nb = len(a)\na.append("x")\nfor i in range(b):\n    if a[i] != a[i+1] :\n        c.append(a[i])\nfor i in c:\n    if i != "0":\n        d.append(i)\nj = len(d)\nd.append("x")\nfor i in range(j):\n    if d[i] != d[i+1]:\n        x.append(d[i])\nif len(x)>4:\n    x = x[0:4]\n    for i in x:\n        Ans += i\nelif len(x) == 4:\n    for i in x:\n        Ans += i\nelse:\n    while len(x)<4:\n        x.append("0")\n    for i in x:\n        Ans += i\nprint(Ans)', 'A=[M for M in "BFPV"]\nB=[M for M in "CGJKQSXZ"]\nC=[M for M in "DT"]\nD=[M for M in "L"]\nE=[M for M in "MN"]\nF=["R"]\nG=[M for M in "AEIOUHWY"]\nH=[e for e in input()]\nI=[]\nJ=[]\nK=[]\nL=""\nfor M in range(1,len(H)):\n if H[M]in G:\n  H[M]="0"\n elif H[M]in A:\n  H[M]="1"\n elif H[M]in B:\n  H[M]="2"\n elif H[M]in C:\n  H[M]="3"\n elif H[M]in D:\n  H[M]="4"\n elif H[M]in E:\n  H[M]="5"\n elif H[M]in F:\n  H[M]="6"\nN=len(H)\nH.append("x")\nfor M in range(N):\n if H[M]!=H[M+1]:\n  I.append(H[M])\nfor M in I:\n if M!="0":\n  J.append(M)\nO=len(J)\nJ.append("x")\nfor M in range(O):\n if J[M]!=J[M+1]:\n  K.append(J[M])\nif len(K)>4:\n K=K[0:4]\n for M in K:\n  L+=M\nelif len(K)==4:\n for M in K:\n  L+=M\nelse:\n while len(K)<4:\n  K.append("0")\n for M in K:\n  L+=M\nprint(L)\n')}, 6230472921: {1147002: ('s = input()\nt = ""\nfor i in range(len(s)) :\n    t += s[i] + " "\nd = []\nc = ""\nfor i in range(1,len(s)) :\n    if s[i] == "H" or s[i] == "W" :\n        pass\n    else :\n        d.append(s[i])\n\nfor i in range(0,len(d)) :\n    if d[i] == "B" or d[i] == "F" or d[i] == "P" or d[i] == "V" :\n        c += "1"\n    if d[i] == "C" or d[i] == "G" or d[i] == "J" or d[i] == "K" \\\n       or d[i] == "Q" or d[i] == "S" or d[i] == "X" or d[i] == "Z" :\n        c += "2"\n    if d[i] == "D" or d[i] == "T" :\n        c += "3"\n    if d[i] == "L" :\n        c += "4"\n    if d[i] == "M" or d[i] == "N" :\n        c += "5"\n    if d[i] == "R" :\n        c += "6"\n    if d[i] == "E" or d[i] == "I" or d[i] == "O" \\\n       or d[i] == "U" or d[i] == "W" or d[i] == "Y" :\n        c += "0"\n\nif c[0] == c[1] :\n    c = c[1:]\nelse :\n    c = c[0:]\n\nb = ""\nfor i in range(len(c)) :\n    if c[i] == c[i-1] :\n        pass\n    else :\n        b += c[i]\nk = ""\nfor i in range(len(b)) :\n    if b[i] == "0" :\n        pass\n    else :\n        k += b[i]\n\nif len(k) > 3 :\n    k = k[0] + k[1] + k[2]\nif len(k) == 2 :\n    k += "0"\nif len(k) == 1 :\n    k += "00"\nprint(s[0]+k)', 'A=input()\nB=""\nfor C in range(len(A)):\n B+=A[C]+" "\nD=[]\nE=""\nfor C in range(1,len(A)):\n if A[C]=="H" or A[C]=="W":\n  pass\n else:\n  D.append(A[C])\nfor C in range(0,len(D)):\n if D[C]=="B" or D[C]=="F" or D[C]=="P" or D[C]=="V":\n  E+="1"\n if D[C]=="C" or D[C]=="G" or D[C]=="J" or D[C]=="K" or D[C]=="Q" or D[C]=="S" or D[C]=="X" or D[C]=="Z":\n  E+="2"\n if D[C]=="D" or D[C]=="T":\n  E+="3"\n if D[C]=="L":\n  E+="4"\n if D[C]=="M" or D[C]=="N":\n  E+="5"\n if D[C]=="R":\n  E+="6"\n if D[C]=="E" or D[C]=="I" or D[C]=="O" or D[C]=="U" or D[C]=="W" or D[C]=="Y":\n  E+="0"\nif E[0]==E[1]:\n E=E[1:]\nelse:\n E=E[0:]\nF=""\nfor C in range(len(E)):\n if E[C]==E[C-1]:\n  pass\n else:\n  F+=E[C]\nG=""\nfor C in range(len(F)):\n if F[C]=="0":\n  pass\n else:\n  G+=F[C]\nif len(G)>3:\n G=G[0]+G[1]+G[2]\nif len(G)==2:\n G+="0"\nif len(G)==1:\n G+="00"\nprint(A[0]+G)\n'), 1147631: ('s = input()\nt = ""\nfor i in range(len(s)) :\n    t += s[i] + " "\nd = []\nc = ""\nfor i in range(1,len(s)) :\n    if s[i] == "H" or s[i] == "W" :\n        pass\n    else :\n        d.append(s[i])\n\nfor i in range(0,len(d)) :\n    if d[i] == "B" or d[i] == "F" or d[i] == "P" or d[i] == "V" :\n        c += "1"\n    if d[i] == "C" or d[i] == "G" or d[i] == "J" or d[i] == "K" \\\n       or d[i] == "Q" or d[i] == "S" or d[i] == "X" or d[i] == "Z" :\n        c += "2"\n    if d[i] == "D" or d[i] == "T" :\n        c += "3"\n    if d[i] == "L" :\n        c += "4"\n    if d[i] == "M" or d[i] == "N" :\n        c += "5"\n    if d[i] == "R" :\n        c += "6"\n    if d[i] == "E" or d[i] == "I" or d[i] == "O" \\\n       or d[i] == "U" or d[i] == "W" or d[i] == "Y" :\n        c += "0"\n\nif c[0] == c[1] :\n    c = c[1:]\nelse :\n    c = c[0:]\n\nb = ""\nfor i in range(len(c)) :\n    if c[i] == c[i-1] :\n        pass\n    else :\n        b += c[i]\nk = ""\nfor i in range(len(b)) :\n    if b[i] == "0" :\n        pass\n    else :\n        k += b[i]\n\nif len(k) > 3 :\n    k = k[0] + k[1] + k[2]\nif len(k) == 2 :\n    k += "0"\nif len(k) == 1 :\n    k += "00"\nif len(k) == 0 :\n    k += "000"\nprint(s[0]+k)', 'A=input()\nB=""\nfor C in range(len(A)):\n B+=A[C]+" "\nD=[]\nE=""\nfor C in range(1,len(A)):\n if A[C]=="H" or A[C]=="W":\n  pass\n else:\n  D.append(A[C])\nfor C in range(0,len(D)):\n if D[C]=="B" or D[C]=="F" or D[C]=="P" or D[C]=="V":\n  E+="1"\n if D[C]=="C" or D[C]=="G" or D[C]=="J" or D[C]=="K" or D[C]=="Q" or D[C]=="S" or D[C]=="X" or D[C]=="Z":\n  E+="2"\n if D[C]=="D" or D[C]=="T":\n  E+="3"\n if D[C]=="L":\n  E+="4"\n if D[C]=="M" or D[C]=="N":\n  E+="5"\n if D[C]=="R":\n  E+="6"\n if D[C]=="E" or D[C]=="I" or D[C]=="O" or D[C]=="U" or D[C]=="W" or D[C]=="Y":\n  E+="0"\nif E[0]==E[1]:\n E=E[1:]\nelse:\n E=E[0:]\nF=""\nfor C in range(len(E)):\n if E[C]==E[C-1]:\n  pass\n else:\n  F+=E[C]\nG=""\nfor C in range(len(F)):\n if F[C]=="0":\n  pass\n else:\n  G+=F[C]\nif len(G)>3:\n G=G[0]+G[1]+G[2]\nif len(G)==2:\n G+="0"\nif len(G)==1:\n G+="00"\nif len(G)==0:\n G+="000"\nprint(A[0]+G)\n'), 1147676: ('s = input()\nt = ""\nfor i in range(len(s)) :\n    t += s[i] + " "\nd = []\nc = ""\nfor i in range(1,len(s)) :\n    if s[i] == "H" or s[i] == "W" :\n        pass\n    else :\n        d.append(s[i])\n\nfor i in range(0,len(d)) :\n    if d[i] == "B" or d[i] == "F" or d[i] == "P" or d[i] == "V" :\n        c += "1"\n    if d[i] == "C" or d[i] == "G" or d[i] == "J" or d[i] == "K" \\\n       or d[i] == "Q" or d[i] == "S" or d[i] == "X" or d[i] == "Z" :\n        c += "2"\n    if d[i] == "D" or d[i] == "T" :\n        c += "3"\n    if d[i] == "L" :\n        c += "4"\n    if d[i] == "M" or d[i] == "N" :\n        c += "5"\n    if d[i] == "R" :\n        c += "6"\n    if d[i] == "E" or d[i] == "I" or d[i] == "O" \\\n       or d[i] == "U" or d[i] == "W" or d[i] == "Y" :\n        c += "0"\n\nif c[0] == c[1] :\n    c = c[1:]\nelse :\n    c = c[0:]\n\nb = ""\nfor i in range(len(c)) :\n    if c[i] == c[i-1] :\n        pass\n    else :\n        b += c[i]\nk = ""\nfor i in range(len(b)) :\n    if b[i] == "0" :\n        pass\n    else :\n        k += b[i]\n\nif len(k) >= 3 :\n    k = k[0] + k[1] + k[2]\nif len(k) == 2 :\n    k += "0"\nif len(k) == 1 :\n    k += "00"\nif len(k) == 0 :\n    k += "000"\nprint(s[0]+k)', 'A=input()\nB=""\nfor C in range(len(A)):\n B+=A[C]+" "\nD=[]\nE=""\nfor C in range(1,len(A)):\n if A[C]=="H" or A[C]=="W":\n  pass\n else:\n  D.append(A[C])\nfor C in range(0,len(D)):\n if D[C]=="B" or D[C]=="F" or D[C]=="P" or D[C]=="V":\n  E+="1"\n if D[C]=="C" or D[C]=="G" or D[C]=="J" or D[C]=="K" or D[C]=="Q" or D[C]=="S" or D[C]=="X" or D[C]=="Z":\n  E+="2"\n if D[C]=="D" or D[C]=="T":\n  E+="3"\n if D[C]=="L":\n  E+="4"\n if D[C]=="M" or D[C]=="N":\n  E+="5"\n if D[C]=="R":\n  E+="6"\n if D[C]=="E" or D[C]=="I" or D[C]=="O" or D[C]=="U" or D[C]=="W" or D[C]=="Y":\n  E+="0"\nif E[0]==E[1]:\n E=E[1:]\nelse:\n E=E[0:]\nF=""\nfor C in range(len(E)):\n if E[C]==E[C-1]:\n  pass\n else:\n  F+=E[C]\nG=""\nfor C in range(len(F)):\n if F[C]=="0":\n  pass\n else:\n  G+=F[C]\nif len(G)>=3:\n G=G[0]+G[1]+G[2]\nif len(G)==2:\n G+="0"\nif len(G)==1:\n G+="00"\nif len(G)==0:\n G+="000"\nprint(A[0]+G)\n')}, 6230487321: {1148645: ('inp = input()\ncode1 = [\'B\',\'F\',\'P\',\'V\']\ncode2 = [\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\']\ncode3 = [\'D\',\'T\']\ncode4 = [\'L\']\ncode5 = [\'M\',\'N\']\ncode6 = [\'R\']\nnocode = [\'A\',\'E\',\'I\',\'O\',\'U\',\'H\',\'W\',\'Y\']\nout = inp[0]\nfor e in inp[1::]:\n    if e in code1:\n        out += \'1\'\n    elif e in code2:\n        out += \'2\'\n    elif e in code3:\n        out += \'3\'\n    elif e in code4:\n        out += \'4\'\n    elif e in code5:\n        out += \'5\'\n    elif e in code6:\n        out += \'6\'\nout2 = ""\nfor i in range(len(out)-1):\n    if out[i]!=out[i+1]:\n        out2 += out[i]\nout2 += out[-1]\nwhile len(out2)!=4 :\n    if len(out2)<4 :\n        out2 += \'0\'\n    else :\n        out2 = out2[:-1:]\nprint(out2)', 'A=input()\nB=[\'B\',\'F\',\'P\',\'V\']\nC=[\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\']\nD=[\'D\',\'T\']\nE=[\'L\']\nF=[\'M\',\'N\']\nG=[\'R\']\nH=[\'A\',\'E\',\'I\',\'O\',\'U\',\'H\',\'W\',\'Y\']\nI=A[0]\nfor J in A[1::]:\n if J in B:\n  I+=\'1\'\n elif J in C:\n  I+=\'2\'\n elif J in D:\n  I+=\'3\'\n elif J in E:\n  I+=\'4\'\n elif J in F:\n  I+=\'5\'\n elif J in G:\n  I+=\'6\'\nK=""\nfor L in range(len(I)-1):\n if I[L]!=I[L+1]:\n  K+=I[L]\nK+=I[-1]\nwhile len(K)!=4:\n if len(K)<4:\n  K+=\'0\'\n else:\n  K=K[:-1:]\nprint(K)\n')}, 6230499921: {1147068: ("one = ['B','F','P','V']\ntwo = ['C','G','J','K','Q','S','X','Z']\nthree = ['D','T']\nfour = ['L']\nfive = ['M','N']\nsix = ['R']\n\ntext = input().strip()\na = []; b = []; c = []\nfor e in text:\n    a.append(e)\nb.append(a[0])\nfor i in range(1,len(a)):\n    if a[i] in one:\n        b.append('1')\n    elif a[i] in two:\n        b.append('2')\n    elif a[i] in three:\n        b.append('3')\n    elif a[i] in four:\n        b.append('4')\n    elif a[i] in five:\n        b.append('5')\n    elif a[i] in six:\n        b.append('6')\n    elif a[i]=='H' or a[i]=='W': pass\n    else :\n        b.append('')\nfor i in range(len(b)-1):\n    if b[i]!=b[i+1]:\n        c.append(b[i])\nc.append(b[-1])\nif c[0] in one and c[1]=='1':\n    c.remove(c[1])\nelif c[0] in two and c[1]=='2':\n    c.remove(c[1])\nelif c[0] in three and c[1]=='3':\n    c.remove(c[1])\nelif c[0] in four and c[1]=='4':\n    c.remove(c[1])\nelif c[0] in four and c[1]=='5':\n    c.remove(c[1])\nelif c[0] in four and c[1]=='6':\n    c.remove(c[1])\nfor e in c:\n    if e=='':\n        c.remove(e)\nc = ''.join(c)\nif len(c[1:]) >= 3:\n    c = c[:4]\nelif len(c[1:]) < 3:\n    c = c+('0'*(3-len(c[1:])))\nprint(c)", "A=['B','F','P','V']\nB=['C','G','J','K','Q','S','X','Z']\nC=['D','T']\nD=['L']\nE=['M','N']\nF=['R']\nG=input().strip()\nH=[];K=[];L=[]\nfor I in G:\n H.append(I)\nK.append(H[0])\nfor J in range(1,len(H)):\n if H[J]in A:\n  K.append('1')\n elif H[J]in B:\n  K.append('2')\n elif H[J]in C:\n  K.append('3')\n elif H[J]in D:\n  K.append('4')\n elif H[J]in E:\n  K.append('5')\n elif H[J]in F:\n  K.append('6')\n elif H[J]=='H' or H[J]=='W':pass\n else:\n  K.append('')\nfor J in range(len(K)-1):\n if K[J]!=K[J+1]:\n  L.append(K[J])\nL.append(K[-1])\nif L[0]in A and L[1]=='1':\n L.remove(L[1])\nelif L[0]in B and L[1]=='2':\n L.remove(L[1])\nelif L[0]in C and L[1]=='3':\n L.remove(L[1])\nelif L[0]in D and L[1]=='4':\n L.remove(L[1])\nelif L[0]in D and L[1]=='5':\n L.remove(L[1])\nelif L[0]in D and L[1]=='6':\n L.remove(L[1])\nfor I in L:\n if I=='':\n  L.remove(I)\nL=''.join(L)\nif len(L[1:])>=3:\n L=L[:4]\nelif len(L[1:])<3:\n L=L+('0'*(3-len(L[1:])))\nprint(L)\n")}, 6230517521: {1148646: ("x = input()\ns = ''\np = ''\nk = ''\nl = ''\n\nfor i in range(len(x)):\n  if x[i] != 'H' and x[i] != 'W':\n    s += x[i]\n\np += x[0]    \n\nfor i in range(len(s)):\n  if s[i] in ['B', 'F', 'P', 'V']:\n    k += '1'\n  elif s[i] in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n    k += '2'\n  elif s[i] in ['D', 'T']:\n    k += '3'\n  elif s[i] in ['L']:\n    k += '4'\n  elif s[i] in ['M', 'N']:\n    k += '5'\n  elif s[i] in ['R']:\n    k += '6'\n  elif s[i] in ['A', 'E', 'I', 'O', 'U', 'H', 'W', 'Y']:\n    k += '0'\n    \n    \n\nfor i in range(1,len(k)):\n  if k[i] != k[i-1]:\n    p += k[i]\n    \nfor i in range(len(p)):\n  if p[i] != '0':\n    l += p[i]\n    \nif len(l) > 4:\n  l = l[0:4:1]\n  \nelif len(l) < 4:\n  while len(l) < 4:\n    l += '0'\n    \nprint(l)", "A=input()\nB=''\nC=''\nD=''\nE=''\nfor F in range(len(A)):\n if A[F]!='H' and A[F]!='W':\n  B+=A[F]\nC+=A[0] \nfor F in range(len(B)):\n if B[F]in['B','F','P','V']:\n  D+='1'\n elif B[F]in['C','G','J','K','Q','S','X','Z']:\n  D+='2'\n elif B[F]in['D','T']:\n  D+='3'\n elif B[F]in['L']:\n  D+='4'\n elif B[F]in['M','N']:\n  D+='5'\n elif B[F]in['R']:\n  D+='6'\n elif B[F]in['A','E','I','O','U','H','W','Y']:\n  D+='0'\nfor F in range(1,len(D)):\n if D[F]!=D[F-1]:\n  C+=D[F]\nfor F in range(len(C)):\n if C[F]!='0':\n  E+=C[F]\nif len(E)>4:\n E=E[0:4:1]\nelif len(E)<4:\n while len(E)<4:\n  E+='0'\nprint(E)\n"), 1148963: ("x = input()\ns = ''\np = ''\nk = ''\nl = ''\n\nfor i in range(len(x)):\n  if x[i] != 'H' and x[i] != 'W':\n    s += x[i]\n\np += x[0]    \n\nfor i in range(len(s)):\n  if s[i] in ['B', 'F', 'P', 'V']:\n    k += '1'\n  elif s[i] in ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z']:\n    k += '2'\n  elif s[i] in ['D', 'T']:\n    k += '3'\n  elif s[i] in ['L']:\n    k += '4'\n  elif s[i] in ['M', 'N']:\n    k += '5'\n  elif s[i] in ['R']:\n    k += '6'\n  elif s[i] in ['A', 'E', 'I', 'O', 'U', 'Y']:\n    k += '0'\n    \n    \n\nfor i in range(1,len(k)):\n  if k[i] != k[i-1]:\n    p += k[i]\n    \nfor i in range(len(p)):\n  if p[i] != '0':\n    l += p[i]\n    \nif len(l) > 4:\n  l = l[0:4:1]\n  \nelif len(l) < 4:\n  while len(l) < 4:\n    l += '0'\n    \nprint(l)", "A=input()\nB=''\nC=''\nD=''\nE=''\nfor F in range(len(A)):\n if A[F]!='H' and A[F]!='W':\n  B+=A[F]\nC+=A[0] \nfor F in range(len(B)):\n if B[F]in['B','F','P','V']:\n  D+='1'\n elif B[F]in['C','G','J','K','Q','S','X','Z']:\n  D+='2'\n elif B[F]in['D','T']:\n  D+='3'\n elif B[F]in['L']:\n  D+='4'\n elif B[F]in['M','N']:\n  D+='5'\n elif B[F]in['R']:\n  D+='6'\n elif B[F]in['A','E','I','O','U','Y']:\n  D+='0'\nfor F in range(1,len(D)):\n if D[F]!=D[F-1]:\n  C+=D[F]\nfor F in range(len(C)):\n if C[F]!='0':\n  E+=C[F]\nif len(E)>4:\n E=E[0:4:1]\nelif len(E)<4:\n while len(E)<4:\n  E+='0'\nprint(E)\n")}, 6230528421: {1147666: ('def f(kk):\n    if kk in [\'B\',\'F\',\'P\',\'V\']:\n        return \'1\'\n    if kk in [\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\']:\n        return \'2\'\n    if kk in [\'D\',\'T\']:\n        return \'3\'\n    if kk == \'L\':\n        return \'4\'\n    if kk in [\'M\',\'N\']:\n        return \'5\'\n    if kk == \'R\':\n        return \'6\'\n    return \'x\'\n\nans = []\no = ""\ns = input()\n\nfor i in range(len(s)):\n    if(i==0):\n        ans.append(s[i])\n        continue\n    ans.append(f(s[i]))\n    tt = ans[len(ans)-1]\n    tt2 = \'x\'\n    for zz in range(i-1,-1,-1):\n        if(s[zz]!= \'H\' and s[zz]!=\'W\'):\n            tt2 = f(s[zz])\n            #print(tt,tt2)\n            break\n    if(tt==tt2):\n        ans.pop()\n\nfor i in range(len(ans)):\n    if(ans[i]==\'x\'):\n        continue\n    o+=ans[i]\n\n\nif(len(o)>=4):\n    print(o[0:4])\nelse:\n    print(o,end="")\n    for i in range(4-len(o)):\n        print("0",end="")\n\n', 'def I(kk):\n if kk in[\'B\',\'F\',\'P\',\'V\']:\n  return \'1\'\n if kk in[\'C\',\'G\',\'J\',\'K\',\'Q\',\'S\',\'X\',\'Z\']:\n  return \'2\'\n if kk in[\'D\',\'T\']:\n  return \'3\'\n if kk==\'L\':\n  return \'4\'\n if kk in[\'M\',\'N\']:\n  return \'5\'\n if kk==\'R\':\n  return \'6\'\n return \'x\'\nA=[]\nB=""\nC=input()\nfor D in range(len(C)):\n if(D==0):\n  A.append(C[D])\n  continue\n A.append(I(C[D]))\n E=A[len(A)-1]\n F=\'x\'\n for G in range(D-1,-1,-1):\n  if(C[G]!=\'H\' and C[G]!=\'W\'):\n   F=I(C[G])\n   break\n if(E==F):\n  A.pop()\nfor D in range(len(A)):\n if(A[D]==\'x\'):\n  continue\n B+=A[D]\nif(len(B)>=4):\n print(B[0:4])\nelse:\n print(B,end="")\n for D in range(4-len(B)):\n  print("0",end="")\n')}, 6230529021: {1148729: ('x = input()\nx += "stop"\nme = x[0]\ncheck1 = x[1::]\nx1 = ""\nfor i in range(len(check1)):\n    if check1[i] != "H" and check1[i] != "W" :\n        x1 += check1[i]\nd = ""\nfor i in range(len(x1)-1) :\n    if x1[i] in "BFPV" :\n        d += "1"\n    elif x1[i] in "CGJKQSXZ" :\n        d += "2"\n    elif x1[i] in "DT" :\n        d += "3"\n    elif x1[i] == "L" :\n        d += "4"\n    elif x1[i] in "MN" :\n        d += "5"\n    elif x1[i] == "R" :\n        d += "6"\n    else :\n        d += " "\ndx = ""\nfor i in range(len(d)-1):\n    if d[i] != d[i+1] :\n        dx += d[i] + " "\n    else :\n        dx += d[i]\ndx += d[-1]\ndx = dx.split()\nq = ""\nfor e in dx :\n    if len(e)!= 1 :\n        q += e[0]\n    else :\n        q += e[0]\nif len(q) > 3 :\n    q = q[0:3:]\nelif len(q) < 3 :\n    q += "0"*(3-len(q))\nelse :\n    pass\nprint(me+q)\n\n\n\n    \n        \n    \n', 'A=input()\nA+="stop"\nB=A[0]\nC=A[1::]\nD=""\nfor E in range(len(C)):\n if C[E]!="H" and C[E]!="W":\n  D+=C[E]\nF=""\nfor E in range(len(D)-1):\n if D[E]in "BFPV":\n  F+="1"\n elif D[E]in "CGJKQSXZ":\n  F+="2"\n elif D[E]in "DT":\n  F+="3"\n elif D[E]=="L":\n  F+="4"\n elif D[E]in "MN":\n  F+="5"\n elif D[E]=="R":\n  F+="6"\n else:\n  F+=" "\nG=""\nfor E in range(len(F)-1):\n if F[E]!=F[E+1]:\n  G+=F[E]+" "\n else:\n  G+=F[E]\nG+=F[-1]\nG=G.split()\nH=""\nfor I in G:\n if len(I)!=1:\n  H+=I[0]\n else:\n  H+=I[0]\nif len(H)>3:\n H=H[0:3:]\nelif len(H)<3:\n H+="0"*(3-len(H))\nelse:\n pass\nprint(B+H)\n')}, 6230537021: {1146918: ("n = input().strip()\n\ncode = ''\n\n#find code\nfor i in range(len(n)) :\n    if n[i] == 'B' or n[i] == 'F' or n[i] == 'P' or n[i] == 'V' :\n        code += '1'\n    elif n[i] == 'C' or n[i] == 'J' or n[i] == 'G' or n[i] == 'K'\\\n            or n[i] == 'Q' or n[i] == 'S' or n[i] == 'X' or n[i] == 'Z' :\n        code += '2'\n    elif n[i] == 'D' or n[i] == 'T' :\n        code += '3'\n    elif n[i] == 'L' :\n        code += '4'\n    elif n[i] == 'M' or n[i] == 'N' :\n        code += '5'\n    elif n[i] == 'R' :\n        code += '6'\n    elif n[i] == 'A' or n[i] == 'E' or n[i] == 'I' or n[i] == 'O'\\\n            or n[i] == 'U' or n[i] == 'Y' :\n        code += '0'\n    \n#remove repeating num //including first digit\ncode_removed = code[0]\nfor i in range(1,len(code)) :\n    if code[i] != code[i-1] :\n        code_removed += code[i]     \n        \n#change char in first digit\ncode_with_char = n[0] + code_removed[1::]\n\n#remove 0\ncode_final = ''\nfor i in code_with_char :\n    if i != '0' :\n        code_final += i        \n        \n#make length = 4\nif len(code_final) > 4 :\n    code_final = code_final[0:4]\nelif len(code_final) < 4 :\n    code_final += (4-len(code_final))*'0'\n    \nprint(code_final)", "A=input().strip()\nB=''\nfor C in range(len(A)):\n if A[C]=='B' or A[C]=='F' or A[C]=='P' or A[C]=='V':\n  B+='1'\n elif A[C]=='C' or A[C]=='J' or A[C]=='G' or A[C]=='K' or A[C]=='Q' or A[C]=='S' or A[C]=='X' or A[C]=='Z':\n  B+='2'\n elif A[C]=='D' or A[C]=='T':\n  B+='3'\n elif A[C]=='L':\n  B+='4'\n elif A[C]=='M' or A[C]=='N':\n  B+='5'\n elif A[C]=='R':\n  B+='6'\n elif A[C]=='A' or A[C]=='E' or A[C]=='I' or A[C]=='O' or A[C]=='U' or A[C]=='Y':\n  B+='0'\nD=B[0]\nfor C in range(1,len(B)):\n if B[C]!=B[C-1]:\n  D+=B[C] \nE=A[0]+D[1::]\nF=''\nfor C in E:\n if C!='0':\n  F+=C \nif len(F)>4:\n F=F[0:4]\nelif len(F)<4:\n F+=(4-len(F))*'0'\nprint(F)\n"), 1147072: ("n = input().strip()\n\ncode = ''\n\n#find code\nfor i in range(len(n)) :\n    if n[i] == 'B' or n[i] == 'F' or n[i] == 'P' or n[i] == 'V' :\n        code += '1'\n    elif n[i] == 'C' or n[i] == 'J' or n[i] == 'G' or n[i] == 'K'\\\n            or n[i] == 'Q' or n[i] == 'S' or n[i] == 'X' or n[i] == 'Z' :\n        code += '2'\n    elif n[i] == 'D' or n[i] == 'T' :\n        code += '3'\n    elif n[i] == 'L' :\n        code += '4'\n    elif n[i] == 'M' or n[i] == 'N' :\n        code += '5'\n    elif n[i] == 'R' :\n        code += '6'\n    elif n[i] == 'A' or n[i] == 'E' or n[i] == 'I' or n[i] == 'O'\\\n            or n[i] == 'U' or n[i] == 'Y' :\n        code += '0'\n    '''elif n[i] == 'H' or n[i] == 'W' :\n        code += '?'''\n    \n#remove repeating num //including first digit\nif len(code) > 0 :\n    code_removed = code[0]\n    for i in range(1,len(code)) :\n        if code[i] != code[i-1] :\n            code_removed += code[i]\nelse :\n    code_removed = '00'\n        \n#change char in first digit\ncode_with_char = n[0] + code_removed[1::]\n\n#remove 0\ncode_final = ''\nfor i in code_with_char :\n    if i != '0' :\n        code_final += i        \n        \n#make length = 4\nif len(code_final) > 4 :\n    code_final = code_final[0:4]\nelif len(code_final) < 4 :\n    code_final += (4-len(code_final))*'0'\n    \n\n    \nprint(code_final)\n\n\n\n\n\n", "A=input().strip()\nB=''\nfor C in range(len(A)):\n if A[C]=='B' or A[C]=='F' or A[C]=='P' or A[C]=='V':\n  B+='1'\n elif A[C]=='C' or A[C]=='J' or A[C]=='G' or A[C]=='K' or A[C]=='Q' or A[C]=='S' or A[C]=='X' or A[C]=='Z':\n  B+='2'\n elif A[C]=='D' or A[C]=='T':\n  B+='3'\n elif A[C]=='L':\n  B+='4'\n elif A[C]=='M' or A[C]=='N':\n  B+='5'\n elif A[C]=='R':\n  B+='6'\n elif A[C]=='A' or A[C]=='E' or A[C]=='I' or A[C]=='O' or A[C]=='U' or A[C]=='Y':\n  B+='0'\n '''elif n[i] == 'H' or n[i] == 'W' :\n        code += '?''' \nif len(B)>0:\n D=B[0]\n for C in range(1,len(B)):\n  if B[C]!=B[C-1]:\n   D+=B[C]\nelse:\n D='00'\nE=A[0]+D[1::]\nF=''\nfor C in E:\n if C!='0':\n  F+=C \nif len(F)>4:\n F=F[0:4]\nelif len(F)<4:\n F+=(4-len(F))*'0'\nprint(F)\n"), 1147431: ("n = input().strip()\n\ncode = n[0]\ncode_n0 = ''\n\n#find code n0\nif n[0] == 'B' or n[0] == 'F' or n[0] == 'P' or n[0] == 'V' :\n    code_n0 += '1'\nelif n[0] == 'C' or n[0] == 'J' or n[0] == 'G' or n[0] == 'K'\\\n            or n[0] == 'Q' or n[0] == 'S' or n[0] == 'X' or n[0] == 'Z' :\n    code_n0 += '2'\nelif n[0] == 'D' or n[0] == 'T' :\n    code_n0 += '3'\nelif n[0] == 'L' :\n    code_n0 += '4'\nelif n[0] == 'M' or n[0] == 'N' :\n    code_n0 += '5'\nelif n[0] == 'R' :\n    code_n0 += '6'\nelif n[0] == 'A' or n[0] == 'E' or n[0] == 'I' or n[0] == 'O'\\\n            or n[0] == 'U' or n[0] == 'Y' :\n    code_n0 += '0'\nelse :\n    code_n0 += '9'\n\n\n#find code\nfor i in range(1,len(n)) :\n    if n[i] == 'B' or n[i] == 'F' or n[i] == 'P' or n[i] == 'V' :\n        code += '1'\n    elif n[i] == 'C' or n[i] == 'J' or n[i] == 'G' or n[i] == 'K'\\\n            or n[i] == 'Q' or n[i] == 'S' or n[i] == 'X' or n[i] == 'Z' :\n        code += '2'\n    elif n[i] == 'D' or n[i] == 'T' :\n        code += '3'\n    elif n[i] == 'L' :\n        code += '4'\n    elif n[i] == 'M' or n[i] == 'N' :\n        code += '5'\n    elif n[i] == 'R' :\n        code += '6'\n    elif n[i] == 'A' or n[i] == 'E' or n[i] == 'I' or n[i] == 'O'\\\n            or n[i] == 'U' or n[i] == 'Y' :\n        code += '0'\n    \n#remove repeating num //including first digit\ncode_removed = code[0]\nfor i in range(1,len(code)) :\n    if i == 1 :\n        if code[i] != code_n0 :\n            code_removed += code[i]\n    else :\n        if code[i] != code[i-1] :\n            code_removed += code[i]\n        \n#change char in first digit\n#code_with_char = n[0] + code_removed[1::]\n\n#remove 0\ncode_final = ''\nfor i in code_removed :\n    if i != '0' :\n        code_final += i        \n        \n#make length = 4\nif len(code_final) > 4 :\n    code_final = code_final[0:4]\nelif len(code_final) < 4 :\n    code_final += (4-len(code_final))*'0'\n    \n\n    \nprint(code_final)\n\n\n\n\n\n", "A=input().strip()\nB=A[0]\nC=''\nif A[0]=='B' or A[0]=='F' or A[0]=='P' or A[0]=='V':\n C+='1'\nelif A[0]=='C' or A[0]=='J' or A[0]=='G' or A[0]=='K' or A[0]=='Q' or A[0]=='S' or A[0]=='X' or A[0]=='Z':\n C+='2'\nelif A[0]=='D' or A[0]=='T':\n C+='3'\nelif A[0]=='L':\n C+='4'\nelif A[0]=='M' or A[0]=='N':\n C+='5'\nelif A[0]=='R':\n C+='6'\nelif A[0]=='A' or A[0]=='E' or A[0]=='I' or A[0]=='O' or A[0]=='U' or A[0]=='Y':\n C+='0'\nelse:\n C+='9'\nfor D in range(1,len(A)):\n if A[D]=='B' or A[D]=='F' or A[D]=='P' or A[D]=='V':\n  B+='1'\n elif A[D]=='C' or A[D]=='J' or A[D]=='G' or A[D]=='K' or A[D]=='Q' or A[D]=='S' or A[D]=='X' or A[D]=='Z':\n  B+='2'\n elif A[D]=='D' or A[D]=='T':\n  B+='3'\n elif A[D]=='L':\n  B+='4'\n elif A[D]=='M' or A[D]=='N':\n  B+='5'\n elif A[D]=='R':\n  B+='6'\n elif A[D]=='A' or A[D]=='E' or A[D]=='I' or A[D]=='O' or A[D]=='U' or A[D]=='Y':\n  B+='0'\nE=B[0]\nfor D in range(1,len(B)):\n if D==1:\n  if B[D]!=C:\n   E+=B[D]\n else:\n  if B[D]!=B[D-1]:\n   E+=B[D]\nF=''\nfor D in E:\n if D!='0':\n  F+=D \nif len(F)>4:\n F=F[0:4]\nelif len(F)<4:\n F+=(4-len(F))*'0'\nprint(F)\n")}, 6230539321: {1148549: ('t=input()\nans=t[0]\ns1=["B","F","P","V"]\ns2=["C","G","J","K","Q","S","X","Z"]\ns3=["D","T"]\ns4=["L"]\ns5=["M","N"]\ns6=["R"]\nss=["H","W"]\nnans=""\nnnans=""\nif t[0] in s1 and t[1] in s1:\n    t=t[0]+t[2:]\nelif t[0] in s2 and t[1] in s2:\n    t=t[0]+t[2:]\nelif t[0] in s3 and t[1] in s3:\n    t=t[0]+t[2:]\nelif t[0] in s4 and t[1] in s4:\n    t=t[0]+t[2:]\nelif t[0] in s5 and t[1] in s5:\n    t=t[0]+t[2:]\nelif t[0] in s6 and t[1] in s6:\n    t=t[0]+t[2:]\nt=t[1:]\nfor i in range(len(t)):\n    if t[i] in s1:\n        ans+="1"\n    elif t[i] in s2:\n        ans+="2"\n    elif t[i] in s3:\n        ans+="3"\n    elif t[i] in s4:\n        ans+="4"\n    elif t[i] in s5:\n        ans+="5"\n    elif t[i] in s6:\n        ans+="6"\n    elif t[i] in ss:\n        pass\n    else:\n        ans+="0"\nans+=" "\na=ans[0]\nc=0\nfor i in range(len(ans)-1):\n    if ans[i]==ans[i+1]:\n        c+=1\n    else:\n        nans+=ans[i]   \n        a=ans[i+1]\n        c=1\n\nfor b in nans:\n    if b!="0":\n        nnans+=b \nch=nnans[1:]\nif len(ch)>3:\n    nnans=nnans[0:4]\nelif len(ch)<3:\n    nnans=nnans+("0"*(3-len(ch)))\n\nprint(nnans)', 'A=input()\nB=A[0]\nC=["B","F","P","V"]\nD=["C","G","J","K","Q","S","X","Z"]\nE=["D","T"]\nF=["L"]\nG=["M","N"]\nH=["R"]\nI=["H","W"]\nJ=""\nK=""\nif A[0]in C and A[1]in C:\n A=A[0]+A[2:]\nelif A[0]in D and A[1]in D:\n A=A[0]+A[2:]\nelif A[0]in E and A[1]in E:\n A=A[0]+A[2:]\nelif A[0]in F and A[1]in F:\n A=A[0]+A[2:]\nelif A[0]in G and A[1]in G:\n A=A[0]+A[2:]\nelif A[0]in H and A[1]in H:\n A=A[0]+A[2:]\nA=A[1:]\nfor L in range(len(A)):\n if A[L]in C:\n  B+="1"\n elif A[L]in D:\n  B+="2"\n elif A[L]in E:\n  B+="3"\n elif A[L]in F:\n  B+="4"\n elif A[L]in G:\n  B+="5"\n elif A[L]in H:\n  B+="6"\n elif A[L]in I:\n  pass\n else:\n  B+="0"\nB+=" "\nM=B[0]\nN=0\nfor L in range(len(B)-1):\n if B[L]==B[L+1]:\n  N+=1\n else:\n  J+=B[L] \n  M=B[L+1]\n  N=1\nfor O in J:\n if O!="0":\n  K+=O \nP=K[1:]\nif len(P)>3:\n K=K[0:4]\nelif len(P)<3:\n K=K+("0"*(3-len(P)))\nprint(K)\n'), 1148674: ('t=input()\nans=t[0]\ns1=["B","F","P","V"]\ns2=["C","G","J","K","Q","S","X","Z"]\ns3=["D","T"]\ns4=["L"]\ns5=["M","N"]\ns6=["R"]\nss=["H","W"]\nnans=""\nnnans=""\nif t[0] in s1 and t[1] in s1:\n    t=t[0]+t[2:]\nelif t[0] in s2 and t[1] in s2:\n    t=t[0]+t[2:]\nelif t[0] in s3 and t[1] in s3:\n    t=t[0]+t[2:]\nelif t[0] in s4 and t[1] in s4:\n    t=t[0]+t[2:]\nelif t[0] in s5 and t[1] in s5:\n    t=t[0]+t[2:]\nelif t[0] in s6 and t[1] in s6:\n    t=t[0]+t[2:]\nt=t[1:]\nfor i in range(len(t)):\n    if t[i] in s1:\n        ans+="1"\n    elif t[i] in s2:\n        ans+="2"\n    elif t[i] in s3:\n        ans+="3"\n    elif t[i] in s4:\n        ans+="4"\n    elif t[i] in s5:\n        ans+="5"\n    elif t[i] in s6:\n        ans+="6"\n    elif t[i] in ss:\n        pass\n    else:\n        ans+="0"\nans+=" "\nc=0\nfor i in range(len(ans)-1):\n    if ans[i]==ans[i+1]:\n        c+=1\n    else:\n        nans+=ans[i]   \n        c=1\nfor b in nans:\n    if b!="0":\n        nnans+=b \nch=nnans[1:]\nif len(ch)>3:\n    nnans=nnans[0:4]\nelif len(ch)<3:\n    nnans=nnans+("0"*(3-len(ch)))\nprint(nnans)\n', 'A=input()\nB=A[0]\nC=["B","F","P","V"]\nD=["C","G","J","K","Q","S","X","Z"]\nE=["D","T"]\nF=["L"]\nG=["M","N"]\nH=["R"]\nI=["H","W"]\nJ=""\nK=""\nif A[0]in C and A[1]in C:\n A=A[0]+A[2:]\nelif A[0]in D and A[1]in D:\n A=A[0]+A[2:]\nelif A[0]in E and A[1]in E:\n A=A[0]+A[2:]\nelif A[0]in F and A[1]in F:\n A=A[0]+A[2:]\nelif A[0]in G and A[1]in G:\n A=A[0]+A[2:]\nelif A[0]in H and A[1]in H:\n A=A[0]+A[2:]\nA=A[1:]\nfor L in range(len(A)):\n if A[L]in C:\n  B+="1"\n elif A[L]in D:\n  B+="2"\n elif A[L]in E:\n  B+="3"\n elif A[L]in F:\n  B+="4"\n elif A[L]in G:\n  B+="5"\n elif A[L]in H:\n  B+="6"\n elif A[L]in I:\n  pass\n else:\n  B+="0"\nB+=" "\nM=0\nfor L in range(len(B)-1):\n if B[L]==B[L+1]:\n  M+=1\n else:\n  J+=B[L] \n  M=1\nfor N in J:\n if N!="0":\n  K+=N \nO=K[1:]\nif len(O)>3:\n K=K[0:4]\nelif len(O)<3:\n K=K+("0"*(3-len(O)))\nprint(K)\n'), 1149050: ('t=input()\nans=t[0]\ns1=["B","F","P","V"]\ns2=["C","G","J","K","Q","S","X","Z"]\ns3=["D","T"]\ns4=["L"]\ns5=["M","N"]\ns6=["R"]\nss=["H","W"]\nnans=""\nnnans=""\nif t[0] in s1 and t[1] in s1:\n    t=t[0]+t[2:]\nelif t[0] in s2 and t[1] in s2:\n    t=t[0]+t[2:]\nelif t[0] in s3 and t[1] in s3:\n    t=t[0]+t[2:]\nelif t[0] in s4 and t[1] in s4:\n    t=t[0]+t[2:]\nelif t[0] in s5 and t[1] in s5:\n    t=t[0]+t[2:]\nelif t[0] in s6 and t[1] in s6:\n    t=t[0]+t[2:]\nt=t[1:]\nfor i in range(len(t)):\n    if t[i] in s1:\n        ans+="1"\n    elif t[i] in s2:\n        ans+="2"\n    elif t[i] in s3:\n        ans+="3"\n    elif t[i] in s4:\n        ans+="4"\n    elif t[i] in s5:\n        ans+="5"\n    elif t[i] in s6:\n        ans+="6"\n    elif t[i] in ss:\n        pass\n    else:\n        ans+="0"\nans+=" "\nfor i in range(len(ans)-1):\n    if ans[i]!=ans[i+1]:\n        nans+=ans[i]   \nfor b in nans:\n    if b!="0":\n        nnans+=b \nch=nnans[1:]\nif len(ch)>3:\n    nnans=nnans[0:4]\nelif len(ch)<3:\n    nnans=nnans+("0"*(3-len(ch)))\nprint(nnans)\n', 'A=input()\nB=A[0]\nC=["B","F","P","V"]\nD=["C","G","J","K","Q","S","X","Z"]\nE=["D","T"]\nF=["L"]\nG=["M","N"]\nH=["R"]\nI=["H","W"]\nJ=""\nK=""\nif A[0]in C and A[1]in C:\n A=A[0]+A[2:]\nelif A[0]in D and A[1]in D:\n A=A[0]+A[2:]\nelif A[0]in E and A[1]in E:\n A=A[0]+A[2:]\nelif A[0]in F and A[1]in F:\n A=A[0]+A[2:]\nelif A[0]in G and A[1]in G:\n A=A[0]+A[2:]\nelif A[0]in H and A[1]in H:\n A=A[0]+A[2:]\nA=A[1:]\nfor L in range(len(A)):\n if A[L]in C:\n  B+="1"\n elif A[L]in D:\n  B+="2"\n elif A[L]in E:\n  B+="3"\n elif A[L]in F:\n  B+="4"\n elif A[L]in G:\n  B+="5"\n elif A[L]in H:\n  B+="6"\n elif A[L]in I:\n  pass\n else:\n  B+="0"\nB+=" "\nfor L in range(len(B)-1):\n if B[L]!=B[L+1]:\n  J+=B[L] \nfor M in J:\n if M!="0":\n  K+=M \nN=K[1:]\nif len(N)>3:\n K=K[0:4]\nelif len(N)<3:\n K=K+("0"*(3-len(N)))\nprint(K)\n'), 1149068: ('t=input()\nans=t[0]\ns1=["B","F","P","V"]\ns2=["C","G","J","K","Q","S","X","Z"]\ns3=["D","T"]\ns4=["L"]\ns5=["M","N"]\ns6=["R"]\nss=["H","W"]\nnans=""\nnnans=""\nif t[0] in s1 and t[1] in s1:\n    t=t[0]+t[2:]\nelif t[0] in s2 and t[1] in s2:\n    t=t[0]+t[2:]\nelif t[0] in s3 and t[1] in s3:\n    t=t[0]+t[2:]\nelif t[0] in s4 and t[1] in s4:\n    t=t[0]+t[2:]\nelif t[0] in s5 and t[1] in s5:\n    t=t[0]+t[2:]\nelif t[0] in s6 and t[1] in s6:\n    t=t[0]+t[2:]\nt=t[1:]\nfor i in range(len(t)):\n    if t[i] in s1:\n        ans+="1"\n    elif t[i] in s2:\n        ans+="2"\n    elif t[i] in s3:\n        ans+="3"\n    elif t[i] in s4:\n        ans+="4"\n    elif t[i] in s5:\n        ans+="5"\n    elif t[i] in s6:\n        ans+="6"\n    elif t[i] in ss:\n        pass\n    else:\n        ans+="0"\nans+="-"\nfor i in range(len(ans)-1):\n    if ans[i]!=ans[i+1]:\n        nans+=ans[i]   \nfor b in nans:\n    if b!="0":\n        nnans+=b \nch=nnans[1:]\nif len(ch)>3:\n    nnans=nnans[0:4]\nelif len(ch)<3:\n    nnans=nnans+("0"*(3-len(ch)))\nprint(nnans)', 'A=input()\nB=A[0]\nC=["B","F","P","V"]\nD=["C","G","J","K","Q","S","X","Z"]\nE=["D","T"]\nF=["L"]\nG=["M","N"]\nH=["R"]\nI=["H","W"]\nJ=""\nK=""\nif A[0]in C and A[1]in C:\n A=A[0]+A[2:]\nelif A[0]in D and A[1]in D:\n A=A[0]+A[2:]\nelif A[0]in E and A[1]in E:\n A=A[0]+A[2:]\nelif A[0]in F and A[1]in F:\n A=A[0]+A[2:]\nelif A[0]in G and A[1]in G:\n A=A[0]+A[2:]\nelif A[0]in H and A[1]in H:\n A=A[0]+A[2:]\nA=A[1:]\nfor L in range(len(A)):\n if A[L]in C:\n  B+="1"\n elif A[L]in D:\n  B+="2"\n elif A[L]in E:\n  B+="3"\n elif A[L]in F:\n  B+="4"\n elif A[L]in G:\n  B+="5"\n elif A[L]in H:\n  B+="6"\n elif A[L]in I:\n  pass\n else:\n  B+="0"\nB+="-"\nfor L in range(len(B)-1):\n if B[L]!=B[L+1]:\n  J+=B[L] \nfor M in J:\n if M!="0":\n  K+=M \nN=K[1:]\nif len(N)>3:\n K=K[0:4]\nelif len(N)<3:\n K=K+("0"*(3-len(N)))\nprint(K)\n')}, 6230556021: {1147368: ('name = input()\nencoded = name[0]\ncount = 0\nedit = ""\nfor j in range(1,len(name)) :\n    if name[j] not in \'HW\' :\n        edit += name[j]\nfor i in range(0,len(edit)) :\n    if i == 0 :\n        if edit[i] in \'BFPV\' and edit[i+1] not in \'BFPV\' and name[0] not in \'BFPV\':\n            encoded += "1" ; count += 1\n        elif edit[i] in \'CGJKQSXZ\' and edit[i+1] not in \'CGJKQSXZ\' and name[0] not in \'CGJKQSXZ\':\n            encoded += "2" ; count += 1\n        elif edit[i] in \'DT\' and edit[i+1] not in \'DT\' and name[0] not in \'DT\' :\n            encoded += "3" ; count += 1\n        elif edit[i] in \'L\' and edit[i+1] not in \'L\' and name[0] not in \'L\':\n            encoded += "4" ; count += 1\n        elif edit[i] in \'MN\' and edit[i+1] not in \'MN\' and name[0] not in \'MN\':\n            encoded += "5" ; count += 1\n        elif edit[i] in \'R\' and edit[i+1] not in \'R\' and name[0] not in \'R\':\n            encoded += "6" ; count += 1\n        else :\n            encoded += ""\n    elif i != len(edit)-1 and i != 0 :\n        if edit[i] in \'BFPV\' and edit[i+1] not in \'BFPV\':\n            encoded += "1" ; count += 1\n        elif edit[i] in \'CGJKQSXZ\' and edit[i+1] not in \'CGJKQSXZ\':\n            encoded += "2" ; count += 1\n        elif edit[i] in \'DT\' and edit[i+1] not in \'DT\':\n            encoded += "3" ; count += 1\n        elif edit[i] in \'L\' and edit[i+1] not in \'L\':\n            encoded += "4" ; count += 1\n        elif edit[i] in \'MN\' and edit[i+1] not in \'MN\':\n            encoded += "5" ; count += 1\n        elif edit[i] in \'R\' and edit[i+1] not in \'R\' :\n            encoded += "6" ; count += 1\n        else :\n            encoded += ""\n    else :\n        if edit[i] in \'BFPV\' :\n            encoded += "1" ; count += 1\n        elif edit[i] in \'CGJKQSXZ\' :\n            encoded += "2" ; count += 1\n        elif edit[i] in \'DT\':\n            encoded += "3" ; count += 1\n        elif edit[i] in \'L\' :\n            encoded += "4" ; count += 1\n        elif edit[i] in \'MN\' :\n            encoded += "5" ; count += 1\n        elif edit[i] in \'R\' :\n            encoded += "6" ; count += 1\n        else :\n            encoded += ""\nif count > 3 :\n    print(encoded[:4])\nelif count < 3 :\n    encoded += "0"*(3-count)\n    print(encoded)\nelse :\n    print(encoded)\n\n        \n', 'A=input()\nB=A[0]\nC=0\nD=""\nfor E in range(1,len(A)):\n if A[E]not in \'HW\':\n  D+=A[E]\nfor F in range(0,len(D)):\n if F==0:\n  if D[F]in \'BFPV\' and D[F+1]not in \'BFPV\' and A[0]not in \'BFPV\':\n   B+="1";C+=1\n  elif D[F]in \'CGJKQSXZ\' and D[F+1]not in \'CGJKQSXZ\' and A[0]not in \'CGJKQSXZ\':\n   B+="2";C+=1\n  elif D[F]in \'DT\' and D[F+1]not in \'DT\' and A[0]not in \'DT\':\n   B+="3";C+=1\n  elif D[F]in \'L\' and D[F+1]not in \'L\' and A[0]not in \'L\':\n   B+="4";C+=1\n  elif D[F]in \'MN\' and D[F+1]not in \'MN\' and A[0]not in \'MN\':\n   B+="5";C+=1\n  elif D[F]in \'R\' and D[F+1]not in \'R\' and A[0]not in \'R\':\n   B+="6";C+=1\n  else:\n   B+=""\n elif F!=len(D)-1 and F!=0:\n  if D[F]in \'BFPV\' and D[F+1]not in \'BFPV\':\n   B+="1";C+=1\n  elif D[F]in \'CGJKQSXZ\' and D[F+1]not in \'CGJKQSXZ\':\n   B+="2";C+=1\n  elif D[F]in \'DT\' and D[F+1]not in \'DT\':\n   B+="3";C+=1\n  elif D[F]in \'L\' and D[F+1]not in \'L\':\n   B+="4";C+=1\n  elif D[F]in \'MN\' and D[F+1]not in \'MN\':\n   B+="5";C+=1\n  elif D[F]in \'R\' and D[F+1]not in \'R\':\n   B+="6";C+=1\n  else:\n   B+=""\n else:\n  if D[F]in \'BFPV\':\n   B+="1";C+=1\n  elif D[F]in \'CGJKQSXZ\':\n   B+="2";C+=1\n  elif D[F]in \'DT\':\n   B+="3";C+=1\n  elif D[F]in \'L\':\n   B+="4";C+=1\n  elif D[F]in \'MN\':\n   B+="5";C+=1\n  elif D[F]in \'R\':\n   B+="6";C+=1\n  else:\n   B+=""\nif C>3:\n print(B[:4])\nelif C<3:\n B+="0"*(3-C)\n print(B)\nelse:\n print(B)\n')}, 6230573621: {1148904: ("c_1 = ['B','F','P','V']\nc_2 = ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z' ]\nc_3 = ['D','T']\nc_4 = ['L']\nc_5 = ['M','N']\nc_6 = ['R']\nc_n = ['A','E','I','O','U','H','W','Y']\nName = input()\ns = Name[0]\nif s in c_1 and Name[1] in c_1 :\n    s = Name[0]\nelif s in c_2 and Name[1] in c_2 :\n    s = Name[0]\nelif s in c_3 and Name[1] in c_3 :\n    s = Name[0]\nelif s in c_4 and Name[1] in c_4 :\n    s = Name[0]\nelif s in c_5 and Name[1] in c_5 :\n    s = Name[0]\nelif s in c_6 and Name[1] in c_6 :\n    s = Name[0]\nelif s in c_n and Name[1] in c_n :\n    s = Name[0]\nelse :\n    if Name[1] in c_1 :\n        s += '1'\n    elif Name[1] in c_2 :\n        s += '2'\n    elif Name[1] in c_3 :\n        s += '3'\n    elif Name[1] in c_4 :\n        s += '4'\n    elif Name[1] in c_5 :\n        s += '5'\n    elif Name[1] in c_6 :\n        s += '6'\n    \nfor n in Name[2:] :\n    if n in c_1 :\n        if '1' != s[-1] :\n            s += '1'\n    elif n in c_2 :\n        if '2' != s[-1] :\n            s += '2'\n    elif n in c_3 :\n        if '3' != s[-1] :\n            s += '3'\n    elif n in c_4 :\n        if '4' != s[-1] :\n            s += '4'\n    elif n in c_5 :\n        if '5' != s[-1] :\n            s += '5'\n    elif n in c_6 :\n        if '6' != s[-1] :\n            s += '6'\nif len(s) > 4 :\n    print(s[0:4])\nelif len(s) < 4 :\n    print(s+'0'*(4-len(s)))\nelse :\n    print(s)\n        \n    \n        \n        \n", "A=['B','F','P','V']\nB=['C','G','J','K','Q','S','X','Z']\nC=['D','T']\nD=['L']\nE=['M','N']\nF=['R']\nG=['A','E','I','O','U','H','W','Y']\nH=input()\nI=H[0]\nif I in A and H[1]in A:\n I=H[0]\nelif I in B and H[1]in B:\n I=H[0]\nelif I in C and H[1]in C:\n I=H[0]\nelif I in D and H[1]in D:\n I=H[0]\nelif I in E and H[1]in E:\n I=H[0]\nelif I in F and H[1]in F:\n I=H[0]\nelif I in G and H[1]in G:\n I=H[0]\nelse:\n if H[1]in A:\n  I+='1'\n elif H[1]in B:\n  I+='2'\n elif H[1]in C:\n  I+='3'\n elif H[1]in D:\n  I+='4'\n elif H[1]in E:\n  I+='5'\n elif H[1]in F:\n  I+='6'\nfor J in H[2:]:\n if J in A:\n  if '1'!=I[-1]:\n   I+='1'\n elif J in B:\n  if '2'!=I[-1]:\n   I+='2'\n elif J in C:\n  if '3'!=I[-1]:\n   I+='3'\n elif J in D:\n  if '4'!=I[-1]:\n   I+='4'\n elif J in E:\n  if '5'!=I[-1]:\n   I+='5'\n elif J in F:\n  if '6'!=I[-1]:\n   I+='6'\nif len(I)>4:\n print(I[0:4])\nelif len(I)<4:\n print(I+'0'*(4-len(I)))\nelse:\n print(I)\n"), 1149123: ("c_1 = ['B','F','P','V']\nc_2 = ['C', 'G', 'J', 'K', 'Q', 'S', 'X', 'Z' ]\nc_3 = ['D','T']\nc_4 = ['L']\nc_5 = ['M','N']\nc_6 = ['R']\nc_n = ['A','E','I','O','U','H','W','Y']\nName = input()\ns = Name[0]\nif s in c_1 and Name[1] in c_1 :\n    s = Name[0]\nelif s in c_2 and Name[1] in c_2 :\n    s = Name[0]\nelif s in c_3 and Name[1] in c_3 :\n    s = Name[0]\nelif s in c_4 and Name[1] in c_4 :\n    s = Name[0]\nelif s in c_5 and Name[1] in c_5 :\n    s = Name[0]\nelif s in c_6 and Name[1] in c_6 :\n    s = Name[0]\nelif s in c_n and Name[1] in c_n :\n    s = Name[0]\nelse :\n    if Name[1] in c_1 :\n        s += '1'\n    elif Name[1] in c_2 :\n        s += '2'\n    elif Name[1] in c_3 :\n        s += '3'\n    elif Name[1] in c_4 :\n        s += '4'\n    elif Name[1] in c_5 :\n        s += '5'\n    elif Name[1] in c_6 :\n        s += '6'\n    \nfor n in Name[2:] :\n    if n in c_1 :\n        if '1' != s[-1] :\n            s += '1'\n    elif n in c_2 :\n        if '2' != s[-1] :\n            s += '2'\n    elif n in c_3 :\n        if '3' != s[-1] :\n            s += '3'\n    elif n in c_4 :\n        if '4' != s[-1] :\n            s += '4'\n    elif n in c_5 :\n        if '5' != s[-1] :\n            s += '5'\n    elif n in c_6 :\n        if '6' != s[-1] :\n            s += '6'\n    elif n in c_n :\n        if n != 'H' and n != 'W' :\n            s += '['\ns_edit = ''\nfor e in s :\n    if e != '[' :\n        s_edit += e\nif len(s_edit) > 4 :\n    print(s_edit[0:4])\nelif len(s_edit) < 4 :\n    print(s_edit+'0'*(4-len(s_edit)))\nelse :\n    print(s_edit)\n        \n    \n        \n        \n", "A=['B','F','P','V']\nB=['C','G','J','K','Q','S','X','Z']\nC=['D','T']\nD=['L']\nE=['M','N']\nF=['R']\nG=['A','E','I','O','U','H','W','Y']\nH=input()\nI=H[0]\nif I in A and H[1]in A:\n I=H[0]\nelif I in B and H[1]in B:\n I=H[0]\nelif I in C and H[1]in C:\n I=H[0]\nelif I in D and H[1]in D:\n I=H[0]\nelif I in E and H[1]in E:\n I=H[0]\nelif I in F and H[1]in F:\n I=H[0]\nelif I in G and H[1]in G:\n I=H[0]\nelse:\n if H[1]in A:\n  I+='1'\n elif H[1]in B:\n  I+='2'\n elif H[1]in C:\n  I+='3'\n elif H[1]in D:\n  I+='4'\n elif H[1]in E:\n  I+='5'\n elif H[1]in F:\n  I+='6'\nfor J in H[2:]:\n if J in A:\n  if '1'!=I[-1]:\n   I+='1'\n elif J in B:\n  if '2'!=I[-1]:\n   I+='2'\n elif J in C:\n  if '3'!=I[-1]:\n   I+='3'\n elif J in D:\n  if '4'!=I[-1]:\n   I+='4'\n elif J in E:\n  if '5'!=I[-1]:\n   I+='5'\n elif J in F:\n  if '6'!=I[-1]:\n   I+='6'\n elif J in G:\n  if J!='H' and J!='W':\n   I+='['\nK=''\nfor L in I:\n if L!='[':\n  K+=L\nif len(K)>4:\n print(K[0:4])\nelif len(K)<4:\n print(K+'0'*(4-len(K)))\nelse:\n print(K)\n")}, 6230577121: {1147107: ('x = input()\ny = ""\ny += x[0]\nk = ""\nl = 0\nfor a in x:\n    if a == "B" or a == "F" or a == "P" or a == "V":\n        k += "1"\n    elif a == "C" or a == "G" or a == "J" or a == "K" or a == "Q" or a == "S" or a == "X" or a == "Z":\n        k += "2"\n    elif a == "D" or a == "T":\n        k += "3"\n    elif a == "L":\n        k += "4"\n    elif a == "M" or a == "N":\n        k += "5"\n    elif a == "R":\n        k += "6"\n    elif a == "H" or a == "W":\n        l = 1\n    else:\n        k += " "\ng = k[1::]\ni = 0\nfor i in range(len(g)):\n    if g[i] == g[i-1]:\n        l = 0\n    elif g[i] == " ":\n        l = 0\n    else:\n        y += g[i]\ny += "000"\nprint(y[0:4:])', 'A=input()\nB=""\nB+=A[0]\nC=""\nD=0\nfor E in A:\n if E=="B" or E=="F" or E=="P" or E=="V":\n  C+="1"\n elif E=="C" or E=="G" or E=="J" or E=="K" or E=="Q" or E=="S" or E=="X" or E=="Z":\n  C+="2"\n elif E=="D" or E=="T":\n  C+="3"\n elif E=="L":\n  C+="4"\n elif E=="M" or E=="N":\n  C+="5"\n elif E=="R":\n  C+="6"\n elif E=="H" or E=="W":\n  D=1\n else:\n  C+=" "\nF=C[1::]\nG=0\nfor G in range(len(F)):\n if F[G]==F[G-1]:\n  D=0\n elif F[G]==" ":\n  D=0\n else:\n  B+=F[G]\nB+="000"\nprint(B[0:4:])\n'), 1147166: ('x = input()\ny = ""\ny += x[0]\nk = ""\nl = 0\nfor a in x:\n    if a == "B" or a == "F" or a == "P" or a == "V":\n        k += "1"\n    elif a == "C" or a == "G" or a == "J" or a == "K" or a == "Q" or a == "S" or a == "X" or a == "Z":\n        k += "2"\n    elif a == "D" or a == "T":\n        k += "3"\n    elif a == "L":\n        k += "4"\n    elif a == "M" or a == "N":\n        k += "5"\n    elif a == "R":\n        k += "6"\n    elif a == "H" or a == "W":\n        l = 1\n    else:\n        k += " "\ng = k[1::]\ni = 0\nfor i in range(len(g)):\n    if g[i] == g[i-1]:\n        l = 0\n    elif g[i] == " ":\n        l = 0\n    elif g[i] == k[0]:\n        l = 0\n    else:\n        y += g[i]\ny += "000"\nprint(y[0:4:])', 'A=input()\nB=""\nB+=A[0]\nC=""\nD=0\nfor E in A:\n if E=="B" or E=="F" or E=="P" or E=="V":\n  C+="1"\n elif E=="C" or E=="G" or E=="J" or E=="K" or E=="Q" or E=="S" or E=="X" or E=="Z":\n  C+="2"\n elif E=="D" or E=="T":\n  C+="3"\n elif E=="L":\n  C+="4"\n elif E=="M" or E=="N":\n  C+="5"\n elif E=="R":\n  C+="6"\n elif E=="H" or E=="W":\n  D=1\n else:\n  C+=" "\nF=C[1::]\nG=0\nfor G in range(len(F)):\n if F[G]==F[G-1]:\n  D=0\n elif F[G]==" ":\n  D=0\n elif F[G]==C[0]:\n  D=0\n else:\n  B+=F[G]\nB+="000"\nprint(B[0:4:])\n'), 1147250: ('x = input()\ny = ""\ny += x[0]\nk = ""\nl = 0\nfor a in x:\n    if a == "B" or a == "F" or a == "P" or a == "V":\n        k += "1"\n    elif a == "C" or a == "G" or a == "J" or a == "K" or a == "Q" or a == "S" or a == "X" or a == "Z":\n        k += "2"\n    elif a == "D" or a == "T":\n        k += "3"\n    elif a == "L":\n        k += "4"\n    elif a == "M" or a == "N":\n        k += "5"\n    elif a == "R":\n        k += "6"\n    elif a == "H" or a == "W":\n        l = 1\n    else:\n        k += " "\ng = k[1::]\ni = 0\nfor i in range(len(g)):\n    if g[i] == g[i-1]:\n        l = 0\n    elif g[i] == " ":\n        l = 0\n    elif i == 1 and g[i] == k[0]:\n        l = 0\n    else:\n        y += g[i]\ny += "000"\nprint(y[0:4:])', 'A=input()\nB=""\nB+=A[0]\nC=""\nD=0\nfor E in A:\n if E=="B" or E=="F" or E=="P" or E=="V":\n  C+="1"\n elif E=="C" or E=="G" or E=="J" or E=="K" or E=="Q" or E=="S" or E=="X" or E=="Z":\n  C+="2"\n elif E=="D" or E=="T":\n  C+="3"\n elif E=="L":\n  C+="4"\n elif E=="M" or E=="N":\n  C+="5"\n elif E=="R":\n  C+="6"\n elif E=="H" or E=="W":\n  D=1\n else:\n  C+=" "\nF=C[1::]\nG=0\nfor G in range(len(F)):\n if F[G]==F[G-1]:\n  D=0\n elif F[G]==" ":\n  D=0\n elif G==1 and F[G]==C[0]:\n  D=0\n else:\n  B+=F[G]\nB+="000"\nprint(B[0:4:])\n'), 1147316: ('x = input()\ny = ""\ny += x[0]\nk = ""\nl = 0\nfor a in x:\n    if a == "B" or a == "F" or a == "P" or a == "V":\n        k += "1"\n    elif a == "C" or a == "G" or a == "J" or a == "K" or a == "Q" or a == "S" or a == "X" or a == "Z":\n        k += "2"\n    elif a == "D" or a == "T":\n        k += "3"\n    elif a == "L":\n        k += "4"\n    elif a == "M" or a == "N":\n        k += "5"\n    elif a == "R":\n        k += "6"\n    elif a == "H" or a == "W":\n        l = 1\n    else:\n        k += " "\ng = k[1::]\ni = 0\nfor i in range(len(g)):\n    if g[i] == g[i-1]:\n        l = 0\n    elif g[i] == " ":\n        l = 0\n    elif i == 0 and g[i] == k[0]:\n        l = 0\n    else:\n        y += g[i]\ny += "000"\nprint(y[0:4:])', 'A=input()\nB=""\nB+=A[0]\nC=""\nD=0\nfor E in A:\n if E=="B" or E=="F" or E=="P" or E=="V":\n  C+="1"\n elif E=="C" or E=="G" or E=="J" or E=="K" or E=="Q" or E=="S" or E=="X" or E=="Z":\n  C+="2"\n elif E=="D" or E=="T":\n  C+="3"\n elif E=="L":\n  C+="4"\n elif E=="M" or E=="N":\n  C+="5"\n elif E=="R":\n  C+="6"\n elif E=="H" or E=="W":\n  D=1\n else:\n  C+=" "\nF=C[1::]\nG=0\nfor G in range(len(F)):\n if F[G]==F[G-1]:\n  D=0\n elif F[G]==" ":\n  D=0\n elif G==0 and F[G]==C[0]:\n  D=0\n else:\n  B+=F[G]\nB+="000"\nprint(B[0:4:])\n'), 1147444: ('x = input().strip()\ny = ""\ny += x[0]\nk = ""\nl = 0\nfor a in x:\n    if a == "B" or a == "F" or a == "P" or a == "V":\n        k += "1"\n    elif a == "C" or a == "G" or a == "J" or a == "K" or a == "Q" or a == "S" or a == "X" or a == "Z":\n        k += "2"\n    elif a == "D" or a == "T":\n        k += "3"\n    elif a == "L":\n        k += "4"\n    elif a == "M" or a == "N":\n        k += "5"\n    elif a == "R":\n        k += "6"\n    elif a == "H" or a == "W":\n        l = 1\n    else:\n        k += " "\ng = k[1::]\ni = 0\nfor i in range(len(g)):\n    if g[i] == g[i-1]:\n        l = 0\n    elif g[i] == " ":\n        l = 0\n    elif i == 0 and g[i] == k[0]:\n        l = 0\n    else:\n        y += g[i]\ny += "000"\nprint(y[0:4:])', 'A=input().strip()\nB=""\nB+=A[0]\nC=""\nD=0\nfor E in A:\n if E=="B" or E=="F" or E=="P" or E=="V":\n  C+="1"\n elif E=="C" or E=="G" or E=="J" or E=="K" or E=="Q" or E=="S" or E=="X" or E=="Z":\n  C+="2"\n elif E=="D" or E=="T":\n  C+="3"\n elif E=="L":\n  C+="4"\n elif E=="M" or E=="N":\n  C+="5"\n elif E=="R":\n  C+="6"\n elif E=="H" or E=="W":\n  D=1\n else:\n  C+=" "\nF=C[1::]\nG=0\nfor G in range(len(F)):\n if F[G]==F[G-1]:\n  D=0\n elif F[G]==" ":\n  D=0\n elif G==0 and F[G]==C[0]:\n  D=0\n else:\n  B+=F[G]\nB+="000"\nprint(B[0:4:])\n')}, 6230581621: {1146912: ('x=input().strip()\nn1=["B","F","P","V"]\nn2=["C","G","J","K","Q","S","X","Z"]\nn3=["D","T"]\nn4=["L"]\nn5=["M","N"]\nn6=["R"]\nn7=["A","E","I","O","U","H","W","Y"]\np=""\na=""\npr=""\nfor i in range(len(x)):\n    if x[i] in n1:\n        a+="1"\n        if i>0:\n            p+=a[i]\n    if x[i] in n2:\n        a+="2"\n        if i>0:\n            p+=a[i]\n    if x[i] in n3:\n        a+="3"\n        if i>0:\n            p+=a[i]\n    if x[i] in n4:\n        a+="4"\n        if i>0:\n            p+=a[i]\n    if x[i] in n5:\n        a+="5"\n        if i>0:\n            p+=a[i]\n    if x[i] in n6:\n        a+="6"\n        if i>0:\n            p+=a[i]\n    if x[i] in n7:\n        a+=" "\n        if i>0:\n            p+=a[i]\n    if i>0:\n        l=""\n        if a[i]==a[i-1]:\n            p=p[:-1:]\n        if a[i-1]==" ":\n            for c in p:\n                if c!=" ":\n                    l += c\n            if len(l)>1:\n                if l[-1]==l[-2]:\n                    p=l[:-1:]\nfor c in p:\n    if c!=" ":\n        pr += c\nwhile len(pr)<3:\n    pr+="0"\nprint(x[0]+pr[:3])\n', 'A=input().strip()\nB=["B","F","P","V"]\nC=["C","G","J","K","Q","S","X","Z"]\nD=["D","T"]\nE=["L"]\nF=["M","N"]\nG=["R"]\nH=["A","E","I","O","U","H","W","Y"]\nI=""\nJ=""\nK=""\nfor L in range(len(A)):\n if A[L]in B:\n  J+="1"\n  if L>0:\n   I+=J[L]\n if A[L]in C:\n  J+="2"\n  if L>0:\n   I+=J[L]\n if A[L]in D:\n  J+="3"\n  if L>0:\n   I+=J[L]\n if A[L]in E:\n  J+="4"\n  if L>0:\n   I+=J[L]\n if A[L]in F:\n  J+="5"\n  if L>0:\n   I+=J[L]\n if A[L]in G:\n  J+="6"\n  if L>0:\n   I+=J[L]\n if A[L]in H:\n  J+=" "\n  if L>0:\n   I+=J[L]\n if L>0:\n  M=""\n  if J[L]==J[L-1]:\n   I=I[:-1:]\n  if J[L-1]==" ":\n   for N in I:\n    if N!=" ":\n     M+=N\n   if len(M)>1:\n    if M[-1]==M[-2]:\n     I=M[:-1:]\nfor N in I:\n if N!=" ":\n  K+=N\nwhile len(K)<3:\n K+="0"\nprint(A[0]+K[:3])\n')}, 6230582221: {1148750: ("a = input()\nc = a[0]\nfor i in range(1,len(a)):\n    if a[i] in 'BFPV':\n        c += '1'\n    elif a[i] in 'CGJKQSXZ':\n        c += '2'\n    elif a[i] in 'DT':\n        c += '3'\n    elif a[i] in 'L':\n        c+='4'\n    elif a[i] in 'MN':\n        c += '5'\n    elif a[i] in 'R':\n        c += '6'\n\nt = ''\nfor i in range(len(c)-1):\n    if c[i] != c[i+1] :\n        t += c[i]\nt += c[-1]\nif len(t) > 4:\n    t = t[:4]\nelif len(t) < 4:\n    t += '0'*(4-len(t))\nprint(t)\n        \n        \n            \n    ", "A=input()\nB=A[0]\nfor C in range(1,len(A)):\n if A[C]in 'BFPV':\n  B+='1'\n elif A[C]in 'CGJKQSXZ':\n  B+='2'\n elif A[C]in 'DT':\n  B+='3'\n elif A[C]in 'L':\n  B+='4'\n elif A[C]in 'MN':\n  B+='5'\n elif A[C]in 'R':\n  B+='6'\nD=''\nfor C in range(len(B)-1):\n if B[C]!=B[C+1]:\n  D+=B[C]\nD+=B[-1]\nif len(D)>4:\n D=D[:4]\nelif len(D)<4:\n D+='0'*(4-len(D))\nprint(D)\n"), 1149161: ("a = input()\nc = a[0]\nfor i in range(1,len(a)):\n    if a[i] in 'BFPV':\n        c += '1'\n    elif a[i] in 'CGJKQSXZ':\n        c += '2'\n    elif a[i] in 'DT':\n        c += '3'\n    elif a[i] in 'L':\n        c+='4'\n    elif a[i] in 'MN':\n        c += '5'\n    elif a[i] in 'R':\n        c += '6'\n    elif a[i] not in 'HW':\n        c += '0'\nt = ''\nfor i in range(len(c)-1):\n    if c[i] != c[i+1] :\n        t += c[i]\nt += c[-1]\nj = ''\nfor i in t:\n    if i != '0' :\n        j += i\nif len(j) > 4:\n    j = j[:4]\nelif len(j) < 4:\n    j += '0'*(4-len(j))\nprint(j)\n        \n", "A=input()\nB=A[0]\nfor C in range(1,len(A)):\n if A[C]in 'BFPV':\n  B+='1'\n elif A[C]in 'CGJKQSXZ':\n  B+='2'\n elif A[C]in 'DT':\n  B+='3'\n elif A[C]in 'L':\n  B+='4'\n elif A[C]in 'MN':\n  B+='5'\n elif A[C]in 'R':\n  B+='6'\n elif A[C]not in 'HW':\n  B+='0'\nD=''\nfor C in range(len(B)-1):\n if B[C]!=B[C+1]:\n  D+=B[C]\nD+=B[-1]\nE=''\nfor C in D:\n if C!='0':\n  E+=C\nif len(E)>4:\n E=E[:4]\nelif len(E)<4:\n E+='0'*(4-len(E))\nprint(E)\n")}, 6230595421: {1148972: ("import math\na=input()\nb=a[0]\na=a[1:]\n\nc=''\nd=''\ne=''\nfor ch in a:\n    if ch=='B' or ch=='F' or ch=='P' or ch=='V':\n        ch='1'\n    elif ch=='C' or ch=='G' or ch=='J' or ch=='K' or ch=='Q' or ch=='S' or ch=='X' or ch=='Z':\n        ch='2'\n    elif ch=='D' or ch=='T':\n        ch='3'\n    elif ch=='L':\n        ch='4'\n    elif ch=='M' or ch=='N':\n        ch='5'\n    elif ch=='R':\n        ch='6'\n    elif ch=='H' or ch=='W':\n        ch=''\n    else:\n        ch='0'\n    \n    c+=ch\n    \na=b+c\n\nif len(a)<4:\n    print(a+'0'*(4-len(a)))\n    exit()\n    \nfor i in range(1,len(a)):\n    f=a[i-1]\n    if a[i-1]==a[i]:\n        f=''\n    d+=f\nz=d+a[-1]\nfor ch in z:\n    if ch=='0':\n        ch=''\n    \n    e+=ch\n\nch=e[0]\nif ch=='B' or ch=='F' or ch=='P' or ch=='V':\n    ch='1'\nelif ch=='C' or ch=='G' or ch=='J' or ch=='K' or ch=='Q' or ch=='S' or ch=='X' or ch=='Z':\n    ch='2'\nelif ch=='D' or ch=='T':\n    ch='3'\nelif ch=='L':\n    ch='4'\nelif ch=='M' or ch=='N':\n    ch='5'\nelif ch=='R':\n    ch='6'\n    \nif ch==e[1]:\n    \n    if len(e)<=4:\n        print(e[0]+e[2:]+'0'*(5-len(e)))\n    else:\n        e=e[0]+e[2]+e[3]+e[4]\n        print(e)\nelif len(e)>=4:\n    print(e[0]+e[1]+e[2]+e[3])\n\nelif len(e)<4:\n    print(e+'0'*(4-len(e)))\n    \n        \n    \n\n\n        \n\n", "import math\nA=input()\nB=A[0]\nA=A[1:]\nC=''\nD=''\nE=''\nfor F in A:\n if F=='B' or F=='F' or F=='P' or F=='V':\n  F='1'\n elif F=='C' or F=='G' or F=='J' or F=='K' or F=='Q' or F=='S' or F=='X' or F=='Z':\n  F='2'\n elif F=='D' or F=='T':\n  F='3'\n elif F=='L':\n  F='4'\n elif F=='M' or F=='N':\n  F='5'\n elif F=='R':\n  F='6'\n elif F=='H' or F=='W':\n  F=''\n else:\n  F='0'\n C+=F\nA=B+C\nif len(A)<4:\n print(A+'0'*(4-len(A)))\n exit()\nfor G in range(1,len(A)):\n H=A[G-1]\n if A[G-1]==A[G]:\n  H=''\n D+=H\nI=D+A[-1]\nfor F in I:\n if F=='0':\n  F=''\n E+=F\nF=E[0]\nif F=='B' or F=='F' or F=='P' or F=='V':\n F='1'\nelif F=='C' or F=='G' or F=='J' or F=='K' or F=='Q' or F=='S' or F=='X' or F=='Z':\n F='2'\nelif F=='D' or F=='T':\n F='3'\nelif F=='L':\n F='4'\nelif F=='M' or F=='N':\n F='5'\nelif F=='R':\n F='6'\nif F==E[1]:\n if len(E)<=4:\n  print(E[0]+E[2:]+'0'*(5-len(E)))\n else:\n  E=E[0]+E[2]+E[3]+E[4]\n  print(E)\nelif len(E)>=4:\n print(E[0]+E[1]+E[2]+E[3])\nelif len(E)<4:\n print(E+'0'*(4-len(E)))\n")}}}, {'62_2_G1_1': {1146325: '08:33', 1146326: '08:33', 1146327: '08:34', 1146328: '08:34', 1146332: '08:34', 1146335: '08:35', 1146340: '08:35', 1146341: '08:35', 1146342: '08:35', 1146343: '08:36', 1146346: '08:36', 1146347: '08:36', 1146348: '08:36', 1146349: '08:36', 1146353: '08:36', 1146357: '08:36', 1146358: '08:36', 1146361: '08:36', 1146362: '08:36', 1146363: '08:36', 1146364: '08:37', 1146365: '08:37', 1146369: '08:37', 1146370: '08:37', 1146371: '08:37', 1146372: '08:37', 1146373: '08:37', 1146375: '08:37', 1146376: '08:37', 1146377: '08:37', 1146378: '08:37', 1146381: '08:37', 1146382: '08:37', 1146383: '08:38', 1146384: '08:38', 1146385: '08:38', 1146386: '08:38', 1146387: '08:38', 1146388: '08:38', 1146390: '08:38', 1146391: '08:38', 1146392: '08:38', 1146394: '08:38', 1146397: '08:38', 1146399: '08:38', 1146400: '08:39', 1146402: '08:39', 1146403: '08:39', 1146405: '08:39', 1146407: '08:39', 1146409: '08:39', 1146410: '08:39', 1146412: '08:39', 1146413: '08:39', 1146414: '08:39', 1146415: '08:39', 1146416: '08:39', 1146418: '08:39', 1146419: '08:39', 1146421: '08:39', 1146422: '08:39', 1146424: '08:39', 1146427: '08:39', 1146429: '08:40', 1146430: '08:40', 1146432: '08:40', 1146433: '08:40', 1146434: '08:40', 1146435: '08:40', 1146437: '08:40', 1146438: '08:40', 1146439: '08:40', 1146440: '08:40', 1146443: '08:40', 1146444: '08:40', 1146446: '08:40', 1146447: '08:40', 1146449: '08:40', 1146450: '08:40', 1146452: '08:40', 1146454: '08:40', 1146455: '08:41', 1146456: '08:41', 1146457: '08:41', 1146459: '08:41', 1146460: '08:41', 1146462: '08:41', 1146463: '08:41', 1146466: '08:41', 1146468: '08:41', 1146469: '08:41', 1146473: '08:42', 1146475: '08:42', 1146476: '08:42', 1146477: '08:42', 1146478: '08:42', 1146480: '08:42', 1146481: '08:42', 1146482: '08:42', 1146485: '08:42', 1146486: '08:42', 1146487: '08:42', 1146489: '08:42', 1146490: '08:42', 1146491: '08:42', 1146492: '08:42', 1146493: '08:43', 1146496: '08:43', 1146497: '08:43', 1146498: '08:43', 1146502: '08:43', 1146503: '08:43', 1146504: '08:43', 1146505: '08:43', 1146509: '08:43', 1146510: '08:44', 1146511: '08:44', 1146512: '08:44', 1146514: '08:44', 1146517: '08:44', 1146519: '08:44', 1146521: '08:44', 1146523: '08:44', 1146524: '08:45', 1146526: '08:45', 1146527: '08:45', 1146528: '08:45', 1146529: '08:45', 1146533: '08:45', 1146535: '08:45', 1146536: '08:45', 1146537: '08:45', 1146539: '08:46', 1146540: '08:46', 1146543: '08:46', 1146545: '08:46', 1146547: '08:46', 1146548: '08:46', 1146554: '08:46', 1146555: '08:46', 1146556: '08:46', 1146557: '08:46', 1146559: '08:47', 1146560: '08:47', 1146562: '08:47', 1146563: '08:47', 1146566: '08:47', 1146567: '08:47', 1146568: '08:47', 1146570: '08:47', 1146571: '08:47', 1146572: '08:47', 1146573: '08:47', 1146576: '08:47', 1146578: '08:48', 1146579: '08:48', 1146580: '08:48', 1146583: '08:48', 1146584: '08:48', 1146585: '08:48', 1146586: '08:48', 1146587: '08:48', 1146589: '08:48', 1146590: '08:48', 1146591: '08:48', 1146592: '08:48', 1146595: '08:49', 1146596: '08:49', 1146599: '08:49', 1146602: '08:49', 1146605: '08:49', 1146607: '08:50', 1146608: '08:50', 1146609: '08:50', 1146610: '08:50', 1146611: '08:50', 1146613: '08:51', 1146616: '08:51', 1146617: '08:51', 1146619: '08:51', 1146626: '08:51', 1146627: '08:52', 1146629: '08:52', 1146630: '08:52', 1146633: '08:52', 1146634: '08:52', 1146635: '08:53', 1146636: '08:53', 1146637: '08:53', 1146638: '08:53', 1146639: '08:53', 1146640: '08:53', 1146642: '08:54', 1146644: '08:54', 1146667: '08:56', 1146670: '08:57', 1146672: '08:57', 1146677: '08:57', 1146682: '08:58', 1146684: '08:58', 1146685: '08:58', 1146688: '08:59', 1146690: '08:59', 1146695: '08:59', 1146704: '09:01', 1146711: '09:02', 1146718: '09:02', 1146723: '09:02', 1146724: '09:03', 1146726: '09:03', 1146734: '09:03', 1146737: '09:03', 1146743: '09:04', 1146747: '09:05', 1146750: '09:05', 1146754: '09:06', 1146757: '09:06', 1146761: '09:06', 1146776: '09:08', 1146779: '09:09', 1146795: '09:11', 1146803: '09:12', 1146812: '09:13', 1146813: '09:13', 1146814: '09:13', 1146836: '09:15', 1146839: '09:15', 1146849: '09:17', 1146853: '09:17', 1146857: '09:17', 1146859: '09:17', 1146862: '09:17', 1146865: '09:18', 1146884: '09:20', 1146905: '09:23', 1146937: '09:26', 1146971: '09:29', 1146974: '09:29', 1146991: '09:31', 1146995: '09:31', 1147024: '09:33', 1147045: '09:35', 1147087: '09:38', 1147090: '09:38', 1147104: '09:39', 1147122: '09:40', 1147176: '09:44', 1147186: '09:44', 1147191: '09:45', 1147209: '09:45', 1147210: '09:45', 1147234: '09:46', 1147243: '09:47', 1147249: '09:47', 1147252: '09:47', 1147264: '09:48', 1147332: '09:51', 1147350: '09:51', 1147395: '09:52', 1147414: '09:53', 1147428: '09:53', 1147437: '09:54', 1147455: '09:54', 1147479: '09:55', 1147509: '09:56', 1147523: '09:56', 1147531: '09:56', 1147547: '09:57', 1147626: '09:58', 1147652: '09:59', 1147681: '09:59', 1147701: '10:33', 1147703: '10:33', 1147704: '10:33', 1147706: '10:33', 1147707: '10:33', 1147708: '10:33', 1147709: '10:34', 1147711: '10:34', 1147714: '10:34', 1147715: '10:34', 1147716: '10:34', 1147717: '10:34', 1147718: '10:34', 1147720: '10:34', 1147722: '10:34', 1147723: '10:34', 1147724: '10:34', 1147725: '10:35', 1147727: '10:35', 1147729: '10:35', 1147730: '10:35', 1147734: '10:35', 1147735: '10:35', 1147737: '10:35', 1147738: '10:35', 1147740: '10:35', 1147741: '10:35', 1147743: '10:35', 1147744: '10:35', 1147745: '10:35', 1147746: '10:35', 1147747: '10:36', 1147748: '10:36', 1147749: '10:36', 1147750: '10:36', 1147751: '10:36', 1147752: '10:36', 1147753: '10:36', 1147754: '10:36', 1147756: '10:36', 1147757: '10:36', 1147758: '10:36', 1147761: '10:36', 1147763: '10:36', 1147764: '10:36', 1147765: '10:36', 1147766: '10:36', 1147767: '10:37', 1147769: '10:37', 1147770: '10:37', 1147773: '10:37', 1147774: '10:37', 1147776: '10:37', 1147780: '10:37', 1147782: '10:37', 1147783: '10:37', 1147784: '10:37', 1147785: '10:37', 1147787: '10:37', 1147789: '10:37', 1147790: '10:37', 1147792: '10:37', 1147794: '10:38', 1147795: '10:38', 1147798: '10:38', 1147799: '10:38', 1147802: '10:38', 1147803: '10:38', 1147804: '10:38', 1147805: '10:38', 1147806: '10:38', 1147808: '10:38', 1147809: '10:38', 1147810: '10:38', 1147811: '10:38', 1147812: '10:38', 1147813: '10:38', 1147814: '10:38', 1147816: '10:38', 1147817: '10:38', 1147818: '10:39', 1147819: '10:39', 1147820: '10:39', 1147821: '10:39', 1147823: '10:39', 1147824: '10:39', 1147825: '10:39', 1147826: '10:39', 1147828: '10:39', 1147829: '10:39', 1147830: '10:39', 1147831: '10:39', 1147832: '10:39', 1147834: '10:39', 1147836: '10:39', 1147837: '10:39', 1147839: '10:39', 1147840: '10:39', 1147841: '10:39', 1147842: '10:39', 1147843: '10:39', 1147844: '10:39', 1147845: '10:39', 1147847: '10:39', 1147848: '10:39', 1147850: '10:40', 1147851: '10:40', 1147854: '10:40', 1147855: '10:40', 1147856: '10:40', 1147858: '10:40', 1147860: '10:40', 1147861: '10:40', 1147862: '10:40', 1147865: '10:40', 1147866: '10:40', 1147867: '10:40', 1147868: '10:40', 1147871: '10:40', 1147872: '10:40', 1147873: '10:40', 1147874: '10:40', 1147876: '10:40', 1147877: '10:40', 1147879: '10:40', 1147880: '10:40', 1147881: '10:40', 1147882: '10:40', 1147883: '10:41', 1147884: '10:41', 1147886: '10:41', 1147887: '10:41', 1147890: '10:41', 1147891: '10:41', 1147892: '10:41', 1147894: '10:41', 1147896: '10:41', 1147897: '10:41', 1147900: '10:41', 1147903: '10:42', 1147904: '10:42', 1147908: '10:42', 1147912: '10:42', 1147914: '10:42', 1147916: '10:42', 1147918: '10:42', 1147919: '10:42', 1147920: '10:42', 1147923: '10:43', 1147924: '10:43', 1147926: '10:43', 1147929: '10:43', 1147931: '10:43', 1147933: '10:43', 1147934: '10:43', 1147935: '10:43', 1147939: '10:43', 1147940: '10:43', 1147941: '10:43', 1147946: '10:44', 1147947: '10:44', 1147948: '10:44', 1147950: '10:44', 1147951: '10:44', 1147954: '10:44', 1147955: '10:44', 1147956: '10:44', 1147957: '10:44', 1147958: '10:44', 1147959: '10:44', 1147963: '10:45', 1147964: '10:45', 1147968: '10:45', 1147971: '10:45', 1147972: '10:45', 1147973: '10:45', 1147975: '10:45', 1147985: '10:46', 1147993: '10:46', 1147994: '10:46', 1147995: '10:46', 1147996: '10:46', 1147999: '10:47', 1148000: '10:47', 1148002: '10:47', 1148007: '10:47', 1148013: '10:48', 1148015: '10:48', 1148016: '10:48', 1148017: '10:48', 1148018: '10:48', 1148021: '10:48', 1148024: '10:48', 1148029: '10:49', 1148033: '10:49', 1148035: '10:49', 1148036: '10:49', 1148039: '10:50', 1148045: '10:50', 1148047: '10:50', 1148049: '10:50', 1148053: '10:51', 1148058: '10:51', 1148059: '10:51', 1148060: '10:51', 1148064: '10:51', 1148066: '10:51', 1148068: '10:51', 1148069: '10:52', 1148070: '10:52', 1148071: '10:52', 1148072: '10:52', 1148073: '10:52', 1148077: '10:52', 1148081: '10:53', 1148082: '10:53', 1148084: '10:53', 1148087: '10:53', 1148089: '10:53', 1148090: '10:53', 1148091: '10:53', 1148092: '10:53', 1148097: '10:53', 1148113: '10:55', 1148114: '10:55', 1148115: '10:55', 1148117: '10:55', 1148119: '10:55', 1148126: '10:55', 1148131: '10:56', 1148134: '10:56', 1148137: '10:56', 1148138: '10:56', 1148139: '10:56', 1148140: '10:56', 1148146: '10:57', 1148148: '10:57', 1148156: '10:58', 1148162: '10:58', 1148172: '10:59', 1148183: '11:00', 1148185: '11:00', 1148187: '11:00', 1148188: '11:00', 1148193: '11:01', 1148195: '11:01', 1148196: '11:01', 1148197: '11:01', 1148198: '11:01', 1148199: '11:02', 1148200: '11:02', 1148212: '11:03', 1148215: '11:03', 1148223: '11:04', 1148224: '11:04', 1148226: '11:04', 1148232: '11:05', 1148241: '11:06', 1148248: '11:06', 1148262: '11:07', 1148266: '11:07', 1148272: '11:07', 1148276: '11:08', 1148307: '11:10', 1148309: '11:10', 1148318: '11:11', 1148322: '11:12', 1148326: '11:12', 1148342: '11:13', 1148343: '11:13', 1148382: '11:16', 1148396: '11:18', 1148410: '11:19', 1148422: '11:20', 1148446: '11:22', 1148449: '11:22', 1148453: '11:22', 1148467: '11:23', 1148468: '11:24', 1148479: '11:25', 1148488: '11:26', 1148513: '11:28', 1148522: '11:28', 1148552: '11:30', 1148582: '11:32', 1148597: '11:33', 1148605: '11:33', 1148623: '11:35', 1148677: '11:38', 1148759: '11:42', 1148768: '11:43', 1148790: '11:44', 1148791: '11:44', 1148802: '11:45', 1148804: '11:45', 1148809: '11:45', 1148815: '11:45', 1148870: '11:48', 1148876: '11:48', 1148881: '11:48', 1148898: '11:49', 1148909: '11:49', 1148957: '11:51', 1148962: '11:51', 1149114: '11:55', 1149124: '11:55', 1149165: '11:56', 1149198: '11:57'}, '62_2_G1_2': {1146538: '08:45', 1146553: '08:46', 1146582: '08:48', 1146594: '08:49', 1146632: '08:52', 1146645: '08:54', 1146649: '08:54', 1146655: '08:55', 1146665: '08:56', 1146697: '09:00', 1146700: '09:00', 1146719: '09:02', 1146733: '09:03', 1146740: '09:04', 1146741: '09:04', 1146753: '09:06', 1146762: '09:07', 1146763: '09:07', 1146766: '09:07', 1146772: '09:08', 1146773: '09:08', 1146791: '09:11', 1146796: '09:11', 1146816: '09:13', 1146826: '09:14', 1146828: '09:14', 1146866: '09:18', 1146877: '09:19', 1146880: '09:20', 1146890: '09:21', 1146928: '09:26', 1146944: '09:27', 1146948: '09:27', 1146993: '09:31', 1147012: '09:32', 1147033: '09:34', 1147046: '09:35', 1147079: '09:37', 1147114: '09:39', 1147153: '09:42', 1147160: '09:43', 1147181: '09:44', 1147303: '09:49', 1147409: '09:53', 1147483: '09:55', 1147486: '09:55', 1147499: '09:55', 1147554: '09:57', 1147575: '09:57', 1147628: '09:58', 1147667: '09:59', 1147949: '10:44', 1147961: '10:44', 1147965: '10:45', 1148014: '10:48', 1148062: '10:51', 1148078: '10:52', 1148085: '10:53', 1148109: '10:54', 1148111: '10:54', 1148118: '10:55', 1148122: '10:55', 1148124: '10:55', 1148127: '10:55', 1148130: '10:55', 1148169: '10:59', 1148177: '11:00', 1148182: '11:00', 1148201: '11:02', 1148242: '11:06', 1148247: '11:06', 1148251: '11:06', 1148265: '11:07', 1148271: '11:07', 1148273: '11:07', 1148279: '11:08', 1148284: '11:08', 1148296: '11:09', 1148298: '11:09', 1148301: '11:10', 1148302: '11:10', 1148314: '11:10', 1148315: '11:10', 1148319: '11:11', 1148336: '11:13', 1148341: '11:13', 1148380: '11:16', 1148389: '11:17', 1148400: '11:18', 1148403: '11:18', 1148406: '11:18', 1148409: '11:18', 1148420: '11:20', 1148462: '11:23', 1148469: '11:24', 1148476: '11:25', 1148477: '11:25', 1148480: '11:25', 1148483: '11:25', 1148512: '11:27', 1148578: '11:32', 1148727: '11:40', 1148757: '11:42', 1148805: '11:45', 1148969: '11:51'}, '62_2_G1_3': {1146801: '09:12', 1146805: '09:12', 1146846: '09:16', 1146858: '09:17', 1146875: '09:19', 1146912: '09:23', 1146913: '09:24', 1146918: '09:24', 1146925: '09:25', 1146943: '09:27', 1146951: '09:27', 1146982: '09:30', 1147002: '09:32', 1147007: '09:32', 1147021: '09:33', 1147039: '09:34', 1147044: '09:35', 1147048: '09:35', 1147068: '09:36', 1147069: '09:36', 1147072: '09:37', 1147083: '09:37', 1147097: '09:38', 1147107: '09:39', 1147120: '09:39', 1147134: '09:40', 1147137: '09:41', 1147143: '09:41', 1147156: '09:42', 1147163: '09:43', 1147166: '09:43', 1147192: '09:45', 1147196: '09:45', 1147203: '09:45', 1147204: '09:45', 1147208: '09:45', 1147224: '09:46', 1147225: '09:46', 1147237: '09:47', 1147248: '09:47', 1147250: '09:47', 1147259: '09:48', 1147274: '09:48', 1147276: '09:48', 1147294: '09:49', 1147297: '09:49', 1147311: '09:50', 1147316: '09:50', 1147324: '09:50', 1147340: '09:51', 1147344: '09:51', 1147349: '09:51', 1147357: '09:51', 1147368: '09:52', 1147381: '09:52', 1147427: '09:53', 1147431: '09:53', 1147444: '09:54', 1147453: '09:54', 1147467: '09:54', 1147480: '09:55', 1147492: '09:55', 1147497: '09:55', 1147518: '09:56', 1147533: '09:56', 1147563: '09:57', 1147631: '09:58', 1147666: '09:59', 1147676: '09:59', 1147684: '09:59', 1148275: '11:08', 1148437: '11:21', 1148549: '11:30', 1148559: '11:30', 1148567: '11:31', 1148600: '11:33', 1148604: '11:33', 1148606: '11:33', 1148614: '11:34', 1148624: '11:35', 1148632: '11:35', 1148637: '11:36', 1148640: '11:36', 1148645: '11:36', 1148646: '11:37', 1148662: '11:37', 1148674: '11:38', 1148688: '11:38', 1148707: '11:39', 1148714: '11:40', 1148729: '11:41', 1148746: '11:42', 1148750: '11:42', 1148758: '11:42', 1148787: '11:44', 1148795: '11:44', 1148824: '11:46', 1148825: '11:46', 1148843: '11:47', 1148867: '11:48', 1148868: '11:48', 1148893: '11:49', 1148904: '11:49', 1148955: '11:51', 1148963: '11:51', 1148972: '11:51', 1148980: '11:51', 1148994: '11:52', 1149000: '11:52', 1149048: '11:54', 1149050: '11:54', 1149068: '11:54', 1149089: '11:55', 1149123: '11:55', 1149132: '11:56', 1149138: '11:56', 1149161: '11:56', 1149170: '11:56', 1149185: '11:56', 1149234: '11:57', 1149280: '11:58', 1149311: '11:59'}}, {'62_2_G1_2': {6230174921: {6230336221: [(22.64, 1148201, 1147079)], 6230307021: [(25.28, 1148201, 1148469)], 6230184121: [(26.42, 1148201, 1146741)], 6230473521: [(28.37, 1148201, 1146740)], 6230367721: [(29.81, 1148201, 1147949)], 6230487321: 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1146632)], 6230242921: [(46.76, 1147046, 1146773)], 6230377021: [(46.86, 1147046, 1148483)], 6230205721: [(47.32, 1147046, 1148122)], 6230197321: [(48.73, 1147046, 1146993)], 6230309321: [(49.58, 1147046, 1148177)], 6230212021: [(49.86, 1147046, 1146665)]}}, '62_2_G1_3': {6230181221: {6230487321: [(31.78, 1146875, 1148645)], 6230218921: [(49.47, 1146875, 1146913), (41.46, 1147340, 1146913)], 6230228121: [(48.92, 1146875, 1147134), (44.83, 1146875, 1147311), (44.56, 1146875, 1147497)], 6230573621: [(45.3, 1147340, 1148904), (44.57, 1147340, 1149123)], 6230361921: [(45.55, 1146875, 1148980)], 6230335621: [(47.57, 1146875, 1148632), (47.37, 1146875, 1148843)]}, 6230216621: {6230582221: [(37.4, 1148614, 1148750), (30.71, 1148614, 1149161)], 6230342021: [(34.78, 1148614, 1148567), (37.62, 1148614, 1148714)], 6230517521: [(38.15, 1148614, 1148646), (38.52, 1148614, 1148963)], 6230330421: [(45.47, 1148614, 1147120)], 6230370521: [(47.24, 1148614, 1146943), (47.05, 1148614, 1146951), (47.44, 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(47.71, 1149048, 1148963)]}, 6230237821: {6230230321: [(43.27, 1148867, 1149048)], 6230577121: [(47.66, 1148867, 1147107), (49.0, 1148867, 1147166)]}, 6230253821: {6230529021: [(44.13, 1148640, 1148729)], 6230517521: [(45.12, 1148640, 1148646), (44.35, 1148640, 1148963)], 6230582221: [(47.52, 1148640, 1148750), (48.91, 1148640, 1149161)]}, 6230301221: {6230218921: [(46.4, 1147083, 1146913), (48.07, 1147203, 1146913), (48.07, 1147224, 1146913)], 6230361921: [(48.5, 1147083, 1148980), (47.09, 1147083, 1149132), (47.22, 1147203, 1149132), (47.22, 1147224, 1149132)], 6230309321: [(49.26, 1147083, 1149000)], 6230487321: [(50.0, 1147083, 1148645)]}, 6230309321: {6230301221: [(49.26, 1149000, 1147083)]}, 6230314421: {6230582221: [(41.52, 1147204, 1148750), (36.53, 1147204, 1149161)], 6230330421: [(43.71, 1147204, 1147120), (45.11, 1147204, 1147684)], 6230216621: [(49.41, 1147204, 1148614)]}, 6230330421: {6230582221: [(37.46, 1147120, 1148750), (34.38, 1147120, 1149161), (44.44, 1147684, 1148750), (46.81, 1147684, 1149161)], 6230314421: [(43.71, 1147120, 1147204), (45.11, 1147684, 1147204)], 6230216621: [(45.47, 1147120, 1148614)]}, 6230335621: {6230487321: [(33.33, 1148632, 1148645), (33.11, 1148843, 1148645)], 6230361921: [(38.84, 1148632, 1148980), (38.64, 1148843, 1148980)], 6230181221: [(47.57, 1148632, 1146875), (47.37, 1148843, 1146875)]}, 6230342021: {6230216621: [(34.78, 1148567, 1148614), (37.62, 1148714, 1148614)], 6230582221: [(49.08, 1148567, 1148750), (40.1, 1148567, 1149161), (42.7, 1148714, 1149161)], 6230370521: [(49.08, 1148567, 1147044)]}, 6230361921: {6230487321: [(37.6, 1148980, 1148645), (49.85, 1149132, 1148645)], 6230335621: [(38.84, 1148980, 1148632), (38.64, 1148980, 1148843)], 6230181221: [(45.55, 1148980, 1146875)], 6230301221: [(48.5, 1148980, 1147083), (47.09, 1149132, 1147083), (47.22, 1149132, 1147203), (47.22, 1149132, 1147224)]}, 6230370521: {6230517521: [(42.51, 1146943, 1148646), (41.7, 1146943, 1148963), (43.21, 1146951, 1148646), (42.4, 1146951, 1148963), (42.86, 1146982, 1148646), (42.05, 1146982, 1148963), (44.6, 1147044, 1148646), (43.82, 1147044, 1148963), (44.77, 1147137, 1148646), (43.99, 1147137, 1148963), (44.08, 1147163, 1148646), (43.29, 1147163, 1148963), (43.55, 1147274, 1148646), (42.76, 1147274, 1148963), (43.38, 1147294, 1148646), (42.58, 1147294, 1148963)], 6230399821: [(43.95, 1146943, 1149234), (44.8, 1146951, 1149234), (44.37, 1146982, 1149234), (43.1, 1147044, 1149234), (44.8, 1147137, 1149234), (46.07, 1147163, 1149234), (45.44, 1147274, 1149234), (45.22, 1147294, 1149234)], 6230378621: [(45.32, 1146943, 1147021), (47.31, 1146943, 1147069), (46.0, 1146951, 1147021), (47.96, 1146951, 1147069), (45.66, 1146982, 1147021), (47.63, 1146982, 1147069), (47.36, 1147044, 1147021), (49.59, 1147044, 1147069), (47.53, 1147137, 1147021), (49.76, 1147137, 1147069), (48.21, 1147163, 1147021), (47.7, 1147274, 1147021), (49.59, 1147274, 1147069), (47.53, 1147294, 1147021), (49.43, 1147294, 1147069)], 6230582221: [(46.62, 1146943, 1149161), (46.35, 1146951, 1149161), (46.85, 1146982, 1149161), (47.95, 1147044, 1149161), (46.35, 1147137, 1149161), (47.31, 1147163, 1149161), (47.56, 1147274, 1149161), (47.66, 1147294, 1149161)], 6230216621: [(47.24, 1146943, 1148614), (47.05, 1146951, 1148614), (47.44, 1146982, 1148614), (47.24, 1147044, 1148614), (48.82, 1147137, 1148614), (47.24, 1147163, 1148614), (47.83, 1147274, 1148614), (47.83, 1147294, 1148614)], 6230342021: [(49.08, 1147044, 1148567)]}, 6230378621: {6230517521: [(32.37, 1147021, 1148646), (33.73, 1147021, 1148963), (34.91, 1147069, 1148646), (36.22, 1147069, 1148963)], 6230370521: [(45.32, 1147021, 1146943), (46.0, 1147021, 1146951), (45.66, 1147021, 1146982), (47.36, 1147021, 1147044), (47.53, 1147021, 1147137), (48.21, 1147021, 1147163), (47.7, 1147021, 1147274), (47.53, 1147021, 1147294), (47.31, 1147069, 1146943), (47.96, 1147069, 1146951), (47.63, 1147069, 1146982), (49.59, 1147069, 1147044), (49.76, 1147069, 1147137), (49.59, 1147069, 1147274), (49.43, 1147069, 1147294)], 6230399821: [(47.53, 1147021, 1149234), (49.59, 1147069, 1149234)]}, 6230399821: {6230370521: [(43.95, 1149234, 1146943), (44.8, 1149234, 1146951), (44.37, 1149234, 1146982), (43.1, 1149234, 1147044), (44.8, 1149234, 1147137), (46.07, 1149234, 1147163), (45.44, 1149234, 1147274), (45.22, 1149234, 1147294)], 6230378621: [(47.53, 1149234, 1147021), (49.59, 1149234, 1147069)], 6230517521: [(48.78, 1149234, 1148646)]}, 6230419721: {6230517521: [(48.43, 1146925, 1148646), (47.7, 1146925, 1148963)]}, 6230428321: {6230582221: [(45.33, 1148559, 1148750), (49.52, 1148559, 1149161)]}, 6230472921: {6230230321: [(46.99, 1147002, 1149048), (48.36, 1147631, 1149048), (48.42, 1147676, 1149048)], 6230537021: [(47.47, 1147002, 1146918), (48.71, 1147631, 1146918), (48.77, 1147676, 1146918)]}, 6230487321: {6230181221: [(31.78, 1148645, 1146875)], 6230335621: [(33.33, 1148645, 1148632), (33.11, 1148645, 1148843)], 6230361921: [(37.6, 1148645, 1148980), (49.85, 1148645, 1149132)], 6230301221: [(50.0, 1148645, 1147083)]}, 6230517521: {6230378621: [(32.37, 1148646, 1147021), (34.91, 1148646, 1147069), (33.73, 1148963, 1147021), (36.22, 1148963, 1147069)], 6230216621: [(38.15, 1148646, 1148614), (38.52, 1148963, 1148614)], 6230370521: [(42.51, 1148646, 1146943), (43.21, 1148646, 1146951), (42.86, 1148646, 1146982), (44.6, 1148646, 1147044), (44.77, 1148646, 1147137), (44.08, 1148646, 1147163), (43.55, 1148646, 1147274), (43.38, 1148646, 1147294), (41.7, 1148963, 1146943), (42.4, 1148963, 1146951), (42.05, 1148963, 1146982), (43.82, 1148963, 1147044), (43.99, 1148963, 1147137), (43.29, 1148963, 1147163), (42.76, 1148963, 1147274), (42.58, 1148963, 1147294)], 6230253821: [(45.12, 1148646, 1148640), (44.35, 1148963, 1148640)], 6230582221: [(45.47, 1148646, 1149161), (44.7, 1148963, 1149161)], 6230419721: [(48.43, 1148646, 1146925), (47.7, 1148963, 1146925)], 6230230321: [(47.71, 1148646, 1149048), (47.71, 1148963, 1149048)], 6230399821: [(48.78, 1148646, 1149234)]}, 6230529021: {6230253821: [(44.13, 1148729, 1148640)], 6230582221: [(48.93, 1148729, 1149161)]}, 6230537021: {6230230321: [(26.22, 1146918, 1149048), (33.7, 1147072, 1149048)], 6230582221: [(44.66, 1146918, 1149161)], 6230472921: [(47.47, 1146918, 1147002), (48.71, 1146918, 1147631), (48.77, 1146918, 1147676)]}, 6230539321: {6230228121: [(49.45, 1148549, 1147134), (48.31, 1148674, 1147134), (49.56, 1148674, 1147311), (46.58, 1149050, 1147134), (47.87, 1149050, 1147311), (48.52, 1149050, 1147497), (46.58, 1149068, 1147134), (47.87, 1149068, 1147311), (48.52, 1149068, 1147497)]}, 6230573621: {6230181221: [(45.3, 1148904, 1147340), (44.57, 1149123, 1147340)]}, 6230577121: {6230237821: [(47.66, 1147107, 1148867), (49.0, 1147166, 1148867)]}, 6230582221: {6230216621: [(37.4, 1148750, 1148614), (30.71, 1149161, 1148614)], 6230330421: [(37.46, 1148750, 1147120), (44.44, 1148750, 1147684), (34.38, 1149161, 1147120), (46.81, 1149161, 1147684)], 6230314421: [(41.52, 1148750, 1147204), (36.53, 1149161, 1147204)], 6230342021: [(49.08, 1148750, 1148567), (40.1, 1149161, 1148567), (42.7, 1149161, 1148714)], 6230537021: [(44.66, 1149161, 1146918)], 6230517521: [(45.47, 1149161, 1148646), (44.7, 1149161, 1148963)], 6230428321: [(45.33, 1148750, 1148559), (49.52, 1149161, 1148559)], 6230370521: [(46.62, 1149161, 1146943), (46.35, 1149161, 1146951), (46.85, 1149161, 1146982), (47.95, 1149161, 1147044), (46.35, 1149161, 1147137), (47.31, 1149161, 1147163), (47.56, 1149161, 1147274), (47.66, 1149161, 1147294)], 6230253821: [(47.52, 1148750, 1148640), (48.91, 1149161, 1148640)], 6230529021: [(48.93, 1149161, 1148729)]}}})