run
p sum
p count
break 86
run
break 87
run
next
next
p tmp
next
next
p i
p s.top().second
p 
p s
next
p s
p tmp
next
p s
p i
p fds[i]
next
break 135
run
next
next
step
next
break 157
run
next
p pdis[i
p pdis[i
break 120
run
p parent
break 121
run
p reachable
break 121
run
p reachable
break 121
ru
run
p reachable
break 94
run
next
break 25
break 120
run
next
p j
next
p res
break 120
run
ruk
run
next
p i
next
p ans
next
p i
p res
break 183
run
1 2
1 3
p loop
p cyclesize
groupsize
p cyclepos
p groupsize
run
p loop
p groupsize
p groups
p group
p cyclechoice
next
next
p choice
next
p pos[a]
p ((cyclepos[b] - cyclepos[a]) % groupsize[g] + groupsize[g]) % groupsize[g]
p b
p ((cyclepos[b] - cyclepos[choice]) % groupsize[g] + groupsize[g]) % groupsize[g]
next
run
next
next
p j
run
run
continue
next
next
p ff
p F
step
next
p ff
step
break 1154
break 115
continue
p f
next
p f
p e.cap - e.flow
p e.cap
p e.flow
p f
p e.cap - e.flow
continue
p v
p f
ru
run
break 168
run
next
p now
next
p lower->first
p upper->second
p lower->second
p now.a
p now.b
p i.i
p now.i
next
p p var
p var
p ans
p l
p r
p bit
run
next
p var
p bit
next
p bit
next
p bit
next
p bit
next
break 156
run
break 97
run
p a
next
p 
p n
next
p cur
break 97
run
next
p i
p cur
next
p cur
next
p cur
p ans
break  98
ru
next
p cur
p ans
p a[j]
p a
p n / 17
next
p cur
p n / (a[0] * a[1])
next
p cur
next
next
p ans
next
break 100
run
continue
next
p cur
p i
p n / a[2]
next
p cur
p n / (a[0] * a[2])
next
p cur
p i
n / (a[1] * a[2])
p n / (a[1] * a[2])
next
p ans
next
p cur
p i
p n / (a[0] * a[1] * a[2])
next
p cur
next
p n / a[3]
next
p cur
p i
p n / (a[0] * a[3])
p ans
next
p ans
next
p cur
p n / (a[1] * a[3])
next
p cur
next
p cur
p i
p n / (a[2] * a[3])
next
p cur
next
p cur
next
pc ur
next
p ans
break 101
run
next
continue
next
p cur
p cur2
p n / cur2
p cur
next
p cur
p cur2
p ans + cur
p ans2 + n / cur2
p n / cur2
p cur