├── 1
    ├── 1_1.py
    ├── 1_2.py
    ├── 1_1.test.in
    └── 1_2.test.in
├── 2
    ├── 2.test.in
    ├── 2_2.test.in
    ├── 2_1.py
    ├── 2_2.py
    └── 2_1.in
├── 3
    ├── 3.in
    ├── 3_1.py
    └── 3_2.py
├── 4
    ├── 4_1.py
    ├── 4_2.py
    └── 4.in
├── 5
    ├── 5_1.py
    ├── 5_2.py
    ├── 5.in
    └── 5_2.in
├── 6
    └── 6.py
├── 7
    ├── 7_2.test.in
    ├── 7_1.py
    ├── 7_2.py
    └── 7.in
├── 8
    ├── 8.test.in
    └── 8.py
├── 9
    ├── 9_2.test.in
    ├── 9_1.test.in
    ├── 9_1.py
    └── 9.in
├── 10
    ├── 10.in
    ├── 10_1.py
    └── 10_2.py
├── 11
    ├── 11_1.py
    ├── 11_2.py
    └── 11.in
├── 12
    ├── 12.test.in
    ├── 12_1.py
    └── 12_2.py
├── 13
    ├── 13.test.in
    ├── 13.in
    ├── 13_2.py
    └── 13_1.py
├── 14
    ├── 14_1.py
    ├── 14_2.py
    └── knothash.py
├── 15
    ├── 15_1.py
    └── 15_2.cs
├── 16
    └── 16.py
├── 17
    ├── 17_2.py
    └── 17_1.py
├── 18
    ├── 18_2.test.in
    ├── 18_1.test.in
    ├── 18.in
    ├── 18_1.py
    └── 18_2.py
├── 19
    ├── 19_1.test.in
    ├── 19_2.py
    └── 19_1.py
├── 20
    ├── 20_1.test.in
    ├── 20_2.test.in
    ├── 20_1.py
    └── 20_2.py
├── 21
    ├── 21.test.in
    ├── 21.in
    └── 21.py
├── 22
    ├── 22_1.test.in
    ├── 22.in
    ├── 22_1.py
    └── 22_2.py
├── 23
    ├── 23.in
    └── 23_1.py
├── 24
    ├── 24.test.in
    ├── 24.in
    ├── 24_1.py
    └── 24_2.py
├── 25
    ├── 25.test.in
    ├── 25.in
    └── 25.py
├── README.md
└── .gitignore


/3/3.in:
--------------------------------------------------------------------------------
1 | 361527


--------------------------------------------------------------------------------
/10/10.in:
--------------------------------------------------------------------------------
1 | 3, 4, 1, 5


--------------------------------------------------------------------------------
/2/2.test.in:
--------------------------------------------------------------------------------
1 | 5 1 9 5
2 | 7 5 3
3 | 2 4 6 8


--------------------------------------------------------------------------------
/13/13.test.in:
--------------------------------------------------------------------------------
1 | 0: 3
2 | 1: 2
3 | 4: 4
4 | 6: 4


--------------------------------------------------------------------------------
/2/2_2.test.in:
--------------------------------------------------------------------------------
1 | 5 9 2 8
2 | 9 4 7 3
3 | 3 8 6 5


--------------------------------------------------------------------------------
/21/21.test.in:
--------------------------------------------------------------------------------
1 | ../.# => ##./#../...
2 | ###/..#/.#. => #..#/..../..../#..#


--------------------------------------------------------------------------------
/24/24.test.in:
--------------------------------------------------------------------------------
1 | 0/2
2 | 2/2
3 | 2/3
4 | 3/4
5 | 3/5
6 | 0/1
7 | 10/1
8 | 9/10


--------------------------------------------------------------------------------
/18/18_2.test.in:
--------------------------------------------------------------------------------
1 | snd 1
2 | snd 2
3 | snd p
4 | rcv a
5 | rcv b
6 | rcv c
7 | rcv d


--------------------------------------------------------------------------------
/20/20_1.test.in:
--------------------------------------------------------------------------------
1 | p=<3,0,0>, v=<2,0,0>, a=<-1,0,0>
2 | p=<4,0,0>, v=<0,0,0>, a=<-2,0,0>


--------------------------------------------------------------------------------
/8/8.test.in:
--------------------------------------------------------------------------------
1 | b inc 5 if a > 1
2 | a inc 1 if b < 5
3 | c dec -10 if a >= 1
4 | c inc -20 if c == 10


--------------------------------------------------------------------------------
/9/9_2.test.in:
--------------------------------------------------------------------------------
1 | <>
2 | <random characters>
3 | <<<<>
4 | <{!>}>
5 | {<!!>}
6 | <!!!>>
7 | <{o"i!a,<{i<a>


--------------------------------------------------------------------------------
/12/12.test.in:
--------------------------------------------------------------------------------
1 | 0 <-> 2
2 | 1 <-> 1
3 | 2 <-> 0, 3, 4
4 | 3 <-> 2, 4
5 | 4 <-> 2, 3, 6
6 | 5 <-> 6
7 | 6 <-> 4, 5


--------------------------------------------------------------------------------
/22/22_1.test.in:
--------------------------------------------------------------------------------
1 | .........
2 | .........
3 | .........
4 | .....#...
5 | ...#.....
6 | .........
7 | .........
8 | .........


--------------------------------------------------------------------------------
/18/18_1.test.in:
--------------------------------------------------------------------------------
 1 | set a 1
 2 | add a 2
 3 | mul a a
 4 | mod a 5
 5 | snd a
 6 | set a 0
 7 | rcv a
 8 | jgz a -1
 9 | set a 1
10 | jgz a -2


--------------------------------------------------------------------------------
/19/19_1.test.in:
--------------------------------------------------------------------------------
1 |      |          
2 |      |  +--+    
3 |      A  |  C    
4 |  F---|----E|--+ 
5 |      |  |  |  D 
6 |      +B-+  +--+


--------------------------------------------------------------------------------
/20/20_2.test.in:
--------------------------------------------------------------------------------
1 | p=<-6,0,0>, v=<3,0,0>, a=<0,0,0>
2 | p=<-4,0,0>, v=<2,0,0>, a=<0,0,0>
3 | p=<-2,0,0>, v=<1,0,0>, a=<0,0,0>
4 | p=<3,0,0>, v=<-1,0,0>, a=<0,0,0>


--------------------------------------------------------------------------------
/README.md:
--------------------------------------------------------------------------------
1 | # AdventofCode2017
2 | Simple and comprehensive algorithmic solutions for [Advent of Code 2017](http://adventofcode.com "AdventOfCode"). I was in Santa's nice list with all 50 gold stars :)
3 | 


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/7/7_2.test.in:
--------------------------------------------------------------------------------
 1 | pbga (66)
 2 | xhth (57)
 3 | ebii (61)
 4 | havc (66)
 5 | ktlj (57)
 6 | fwft (72) -> ktlj, cntj, xhth
 7 | qoyq (66)
 8 | padx (45) -> pbga, havc, qoyq
 9 | tknk (41) -> ugml, padx, fwft
10 | jptl (61)
11 | ugml (68) -> gyxo, ebii, jptl
12 | gyxo (61)
13 | cntj (57)


--------------------------------------------------------------------------------
/9/9_1.test.in:
--------------------------------------------------------------------------------
 1 | '{}',
 2 | '{{{}}}',
 3 | '{{},{}}',
 4 | '{{{},{},{{}}}}',
 5 | '{<{},{},{{}}>}',
 6 | '{<a>,<a>,<a>,<a>}',
 7 | '{{<a>},{<a>},{<a>},{<a>}}',
 8 | '{{<!>},{<!>},{<!>},{<a>}}',
 9 | '{{<ab>},{<ab>},{<ab>},{<ab>}}',
10 | '{{<!!>},{<!!>},{<!!>},{<!!>}}',
11 | '{{<a!>},{<a!>},{<a!>},{<ab>}}',
12 | '{<{o"i!a,<{i<a>}'


--------------------------------------------------------------------------------
/15/15_1.py:
--------------------------------------------------------------------------------
 1 | if __name__ == '__main__':
 2 |     seedA = 516
 3 |     seedB = 190
 4 |     mulA = 16807
 5 |     mulB = 48271
 6 |     cap = 2147483647
 7 | 
 8 |     curA = seedA
 9 |     curB = seedB
10 |     count = 0
11 |     for _ in range(40000000):
12 |         curA = (curA*mulA)%cap
13 |         curB = (curB*mulB)%cap
14 |         count += int((curA&65535) == (curB&65535))
15 |     print(count)


--------------------------------------------------------------------------------
/17/17_2.py:
--------------------------------------------------------------------------------
 1 | def spinlock(spins, times):
 2 |     i = 0
 3 |     n = 1
 4 |     ans = -1
 5 | 
 6 |     for v in range(1, times+1):
 7 |         i = ((i+(spins%n))%n)+1
 8 |         if i==1:
 9 |             ans = v
10 |         n += 1
11 | 
12 |     assert(ans != -1)
13 |     return ans
14 | 
15 | if __name__ == '__main__':
16 |     times = 50000000
17 |     #times = 2017
18 |     print(spinlock(376, times))


--------------------------------------------------------------------------------
/2/2_1.py:
--------------------------------------------------------------------------------
 1 | # Implement the requirements from problem statement
 2 | 
 3 | from sys import stdin
 4 | 
 5 | def checksum(matrix):
 6 |     sum = 0
 7 |     for row in matrix:
 8 |         e = list(map(int, row.split()))
 9 |         sum += max(e)-min(e)
10 |     return sum
11 | 
12 | if __name__ == '__main__':
13 |     matrix = []
14 |     for line in stdin:
15 |         matrix.append(line)
16 |     print(checksum(matrix))


--------------------------------------------------------------------------------
/4/4_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def valid(passphrase):
 4 |     tokens = passphrase.split()
 5 |     s = set() 
 6 |     for token in tokens:
 7 |         if token in s:
 8 |             return False
 9 |         s.add(token)
10 |     return True
11 | 
12 | if __name__ == '__main__':
13 |     s = 0
14 |     for phrase in stdin:
15 |         v = valid(phrase)
16 |         if v:
17 |             s += 1
18 |     print(s)


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/23/23.in:
--------------------------------------------------------------------------------
 1 | set b 99
 2 | set c b
 3 | jnz a 2
 4 | jnz 1 5
 5 | mul b 100
 6 | sub b -100000
 7 | set c b
 8 | sub c -17000
 9 | set f 1
10 | set d 2
11 | set e 2
12 | set g d
13 | mul g e
14 | sub g b
15 | jnz g 2
16 | set f 0
17 | sub e -1
18 | set g e
19 | sub g b
20 | jnz g -8
21 | sub d -1
22 | set g d
23 | sub g b
24 | jnz g -13
25 | jnz f 2
26 | sub h -1
27 | set g b
28 | sub g c
29 | jnz g 2
30 | jnz 1 3
31 | sub b -17
32 | jnz 1 -23


--------------------------------------------------------------------------------
/17/17_1.py:
--------------------------------------------------------------------------------
 1 | def spinlock(spins, times):
 2 |     buffer = [0]
 3 |     i = 0
 4 |     n = 1
 5 |     for v in range(1, times+1):
 6 |         i = ((i+(spins%n))%n)+1
 7 |         buffer.insert(i, v)
 8 |         n += 1
 9 |         # print(buffer[0], buffer[1])
10 |     return buffer
11 | 
12 | if __name__ == '__main__':
13 |     #times = 50000000
14 |     times = 2017
15 |     buffer = spinlock(376, times)
16 |     print(buffer[buffer.index(0)+1])


--------------------------------------------------------------------------------
/4/4_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def valid(passphrase):
 4 |     tokens = passphrase.split()
 5 |     s = set()
 6 |     for token in tokens:
 7 |         v = ''.join(sorted(token))
 8 |         if v in s:
 9 |             return False
10 |         s.add(v)
11 |     return True
12 | 
13 | if __name__ == '__main__':
14 |     s = 0
15 |     for phrase in stdin:
16 |         v = valid(phrase)
17 |         s += (1 if v else 0)
18 |     print(s)


--------------------------------------------------------------------------------
/5/5_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def jumps(l):
 4 |     n = len(l)
 5 |     ci = 0 # current index
 6 |     jumps = 0
 7 | 
 8 |     while ci>=0 and ci<n:
 9 |         j = l[ci]
10 |         ni = ci+j
11 |         l[ci] += 1
12 |         ci = ni
13 |         jumps += 1
14 | 
15 |     return jumps
16 | 
17 | if __name__ == '__main__':
18 |     l = []
19 |     for line in stdin:
20 |         l.append(int(line.strip()))
21 |     print(jumps(l))


--------------------------------------------------------------------------------
/5/5_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def jumps(l):
 4 |     n = len(l)
 5 |     ci = 0
 6 |     jumps = 0
 7 | 
 8 |     while ci>=0 and ci<n:
 9 |         j = l[ci]
10 |         ni = ci+j
11 |         l[ci] += (-1 if j>=3 else 1)
12 |         ci = ni
13 |         jumps += 1
14 | 
15 |     return jumps
16 | 
17 | if __name__ == '__main__':
18 |     l = []
19 |     for line in stdin:
20 |         l.append(int(line.strip()))
21 |     print(jumps(l))


--------------------------------------------------------------------------------
/1/1_1.py:
--------------------------------------------------------------------------------
 1 | # Implement the requirements from problem statement
 2 | 
 3 | from sys import stdin
 4 | 
 5 | def find_next(i, shift, n):
 6 |     return (i+shift)%n
 7 | 
 8 | def captcha(sequence):
 9 |     n = len(sequence)
10 | 
11 |     sum = 0
12 |     for i in range(n):
13 |         if (sequence[i] == sequence[find_next(i, 1, n)]):
14 |             sum += int(sequence[i])
15 |     return sum
16 | 
17 | 
18 | for line in stdin:
19 |     print(captcha(line.strip()))


--------------------------------------------------------------------------------
/13/13.in:
--------------------------------------------------------------------------------
 1 | 0: 5
 2 | 1: 2
 3 | 2: 3
 4 | 4: 4
 5 | 6: 6
 6 | 8: 4
 7 | 10: 8
 8 | 12: 6
 9 | 14: 6
10 | 16: 8
11 | 18: 6
12 | 20: 9
13 | 22: 8
14 | 24: 10
15 | 26: 8
16 | 28: 8
17 | 30: 12
18 | 32: 8
19 | 34: 12
20 | 36: 10
21 | 38: 12
22 | 40: 12
23 | 42: 12
24 | 44: 12
25 | 46: 12
26 | 48: 14
27 | 50: 12
28 | 52: 14
29 | 54: 12
30 | 56: 14
31 | 58: 12
32 | 60: 14
33 | 62: 14
34 | 64: 14
35 | 66: 14
36 | 68: 14
37 | 70: 14
38 | 72: 14
39 | 76: 14
40 | 80: 18
41 | 84: 14
42 | 90: 18
43 | 92: 17


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/14/14_1.py:
--------------------------------------------------------------------------------
 1 | from knothash import knot_hash #from 10th day
 2 | 
 3 | def count_setbits(n):
 4 |     count = 0
 5 |     while (n):
 6 |         n &= (n-1)
 7 |         count += 1
 8 |     return count
 9 | 
10 | if __name__ == '__main__':
11 |     key_string = 'oundnydw'
12 |     #key_string = 'flqrgnkx'
13 |     count = 0
14 |     for i in range(128):
15 |         key = f'{key_string}-{i}'
16 |         row = int(knot_hash(key), 16)
17 |         count += count_setbits(row)
18 |     print(count)


--------------------------------------------------------------------------------
/1/1_2.py:
--------------------------------------------------------------------------------
 1 | # Implement the requirements from problem statement. The only thing that changes is the
 2 | # `shift` parameter in `find_next`
 3 | 
 4 | from sys import stdin
 5 | 
 6 | def find_next(i, shift, n):
 7 |     return (i+shift)%n
 8 | 
 9 | def captcha(sequence):
10 |     n = len(sequence)
11 | 
12 |     sum = 0
13 |     for i in range(n):
14 |         if (sequence[i] == sequence[find_next(i, n//2, n)]):
15 |             sum += int(sequence[i])
16 |     return sum
17 | 
18 | 
19 | for line in stdin:
20 |     print(captcha(line.strip()))


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/18/18.in:
--------------------------------------------------------------------------------
 1 | set i 31
 2 | set a 1
 3 | mul p 17
 4 | jgz p p
 5 | mul a 2
 6 | add i -1
 7 | jgz i -2
 8 | add a -1
 9 | set i 127
10 | set p 680
11 | mul p 8505
12 | mod p a
13 | mul p 129749
14 | add p 12345
15 | mod p a
16 | set b p
17 | mod b 10000
18 | snd b
19 | add i -1
20 | jgz i -9
21 | jgz a 3
22 | rcv b
23 | jgz b -1
24 | set f 0
25 | set i 126
26 | rcv a
27 | rcv b
28 | set p a
29 | mul p -1
30 | add p b
31 | jgz p 4
32 | snd a
33 | set a b
34 | jgz 1 3
35 | snd b
36 | set f 1
37 | add i -1
38 | jgz i -11
39 | snd a
40 | jgz f -16
41 | jgz a -19


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/24/24.in:
--------------------------------------------------------------------------------
 1 | 25/13
 2 | 4/43
 3 | 42/42
 4 | 39/40
 5 | 17/18
 6 | 30/7
 7 | 12/12
 8 | 32/28
 9 | 9/28
10 | 1/1
11 | 16/7
12 | 47/43
13 | 34/16
14 | 39/36
15 | 6/4
16 | 3/2
17 | 10/49
18 | 46/50
19 | 18/25
20 | 2/23
21 | 3/21
22 | 5/24
23 | 46/26
24 | 50/19
25 | 26/41
26 | 1/50
27 | 47/41
28 | 39/50
29 | 12/14
30 | 11/19
31 | 28/2
32 | 38/47
33 | 5/5
34 | 38/34
35 | 39/39
36 | 17/34
37 | 42/16
38 | 32/23
39 | 13/21
40 | 28/6
41 | 6/20
42 | 1/30
43 | 44/21
44 | 11/28
45 | 14/17
46 | 33/33
47 | 17/43
48 | 31/13
49 | 11/21
50 | 31/39
51 | 0/9
52 | 13/50
53 | 10/14
54 | 16/10
55 | 3/24
56 | 7/0
57 | 50/50


--------------------------------------------------------------------------------
/2/2_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def checksum(matrix):
 4 |     sum = 0
 5 | 
 6 |     for _ in matrix:
 7 |         row = list(sorted(map(int, _.split())))
 8 |         n = len(row)
 9 |         for i in range(n):
10 |             for j in range(i+1, n):
11 |                 if (row[j]%row[i] == 0):
12 |                     sum += row[j]//row[i]
13 |                     break
14 |             else:
15 |                 continue
16 |             break
17 | 
18 |     return sum
19 | 
20 | if __name__ == '__main__':
21 |     matrix = []
22 |     for line in stdin:
23 |         matrix.append(line)
24 |     print(checksum(matrix))


--------------------------------------------------------------------------------
/25/25.test.in:
--------------------------------------------------------------------------------
 1 | Begin in state A.
 2 | Perform a diagnostic checksum after 6 steps.
 3 | 
 4 | In state A:
 5 |   If the current value is 0:
 6 |     - Write the value 1.
 7 |     - Move one slot to the right.
 8 |     - Continue with state B.
 9 |   If the current value is 1:
10 |     - Write the value 0.
11 |     - Move one slot to the left.
12 |     - Continue with state B.
13 | 
14 | In state B:
15 |   If the current value is 0:
16 |     - Write the value 1.
17 |     - Move one slot to the left.
18 |     - Continue with state A.
19 |   If the current value is 1:
20 |     - Write the value 1.
21 |     - Move one slot to the right.
22 |     - Continue with state A.


--------------------------------------------------------------------------------
/3/3_1.py:
--------------------------------------------------------------------------------
 1 | # Tricky implementation. Try to simulate the traversal layer by layer
 2 | 
 3 | from sys import stdin
 4 | import math
 5 | 
 6 | def spiral(num):
 7 |     layer = math.ceil(math.sqrt(num))
 8 |     layer = layer if layer%2 else layer+1
 9 |     layer_start = ((layer-2)**2)
10 |     corner_step = layer-1
11 |     middles = []
12 | 
13 |     for i in range(1, 5):
14 |         corner = layer_start+(i*corner_step)
15 |         middle = corner-((corner_step)//2)
16 |         middles.append(middle)
17 | 
18 |     return layer//2 + min((abs(num-middle) for middle in middles))
19 | 
20 | if __name__ == '__main__':
21 |     for line in stdin:
22 |         print(spiral(int(line.strip())))


--------------------------------------------------------------------------------
/13/13_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def delay(firewall):
 4 |     delay = 0
 5 |     while (True):
 6 |         for i in range(len(firewall)):
 7 |             level,depth = firewall[i]
 8 |             if intersects(delay+level, depth):
 9 |                 break
10 |         else:
11 |             return delay
12 |         delay += 1 
13 | 
14 | #Pray
15 | def intersects(level, depth):
16 |     assert(depth>0)
17 | 
18 |     return (level%(2*(depth-1)) == 0)
19 | 
20 | if __name__ == '__main__':
21 |     firewall = []
22 |     for line in stdin:
23 |         level,depth = list(map(int, line.split(': ')))
24 |         firewall.append((level, depth))
25 | 
26 |     print(delay(firewall))
27 | 
28 | 


--------------------------------------------------------------------------------
/11/11_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def steps(path, directions):
 4 |     pos = [0, 0]
 5 |     for step in path:
 6 |         pos[0] += directions[step][0]
 7 |         pos[1] += directions[step][1]
 8 |     
 9 |     x = abs(pos[0])
10 |     y = abs(pos[1])
11 |     dxy = min(x, (y//1.5))
12 |     dy = abs(y-dxy*1.5)//1.5
13 |     dx = abs(x-dxy)//2
14 |     return int(dx+dy+dxy)
15 | 
16 | if __name__ == '__main__':
17 |     directions = {
18 |         'n': (-2, 0),
19 |         'ne': (-1, 1.5),
20 |         'se': (1, 1.5),
21 |         's': (2, 0),
22 |         'sw': (1, -1.5),
23 |         'nw': (-1, -1.5)
24 |     }
25 | 
26 |     for line in stdin:
27 |         path = line.strip().split(',')
28 |         print(steps(path, directions))


--------------------------------------------------------------------------------
/22/22.in:
--------------------------------------------------------------------------------
 1 | #.#.#.##.#.##.###.#.###.#
 2 | .#..#.....#..#######.##.#
 3 | ......###..##..###..#...#
 4 | ##....#.#.#....#..#..#..#
 5 | #..#....#.##.#.#..#..#.#.
 6 | ..##..##.##..##...#...###
 7 | ..#.#....#..####.##.##...
 8 | ###...#.#...#.######...#.
 9 | ..#####...###..#####.#.##
10 | ...#..#......####.##..#.#
11 | #...##..#.#####...#.##...
12 | ..#.#.###.##.##....##.###
13 | ##.##...###....#######.#.
14 | #.#...#.#..#.##..##..##.#
15 | .#...###...#..#..####....
16 | ####...#...##.####..#.#..
17 | ......#.....##.#.##....##
18 | ###.......####..##.#.##..
19 | ....###.....##.##..###.#.
20 | .##..##.#.###.###..#.###.
21 | ..#..##.######.##........
22 | #..#.#..#.###....##.##..#
23 | .##.#.#...######...##.##.
24 | ##..#..#..##.#.#..#..####
25 | #######.#.######.#.....##


--------------------------------------------------------------------------------
/7/7_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | import re
 3 | 
 4 | def parent(node, P):
 5 |     if node not in P:
 6 |         return node
 7 | 
 8 |     p = node
 9 |     while P[p] != p:
10 |         p = P[p]
11 |     return p
12 | 
13 | # Use a union find approach
14 | if __name__ == '__main__':
15 |     P = {}
16 | 
17 |     for line in stdin:
18 |         groups = line.split('->')
19 |         node,weight = groups[0].split()
20 |         weight =  re.match('\((\d+)\)', weight).groups()[0]
21 |         if node not in P:
22 |             P[node] = node
23 |         if len(groups)>1:
24 |             group = groups[1]
25 |             children = [token.strip() for token in group.split(', ')]
26 |             for child in children:
27 |                 P[child] = node
28 | 
29 |     print(parent(list(P.values())[0], P))


--------------------------------------------------------------------------------
/10/10_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def dec(i, n):
 4 |     return (i-1) if (i-1>=0) else (n-1)
 5 | 
 6 | def inc(i, n):
 7 |     return (i+1) if (i+1<n) else 0
 8 | 
 9 | def reverse(l, n, si, step):
10 |     operations = (step)//2
11 |     ei = (si+step-1)%n
12 |     for _ in range(operations):
13 |         l[si],l[ei] = l[ei],l[si]
14 |         si = inc(si, n)
15 |         ei = dec(ei, n)
16 |     
17 | def knot_hash(l, n, steps):
18 |     cur = 0
19 |     skip = 0
20 | 
21 |     for step in steps:
22 |         reverse(l, n, cur, step)
23 |         cur = (cur+step+skip)%n
24 |         skip += 1
25 | 
26 | if __name__ == '__main__':
27 |     end = 256
28 |     l = list(range(0, end))
29 |     n = len(l)
30 |     steps = [197,97,204,108,1,29,5,71,0,50,2,255,248,78,254,63]
31 | 
32 |     knot_hash(l, n, steps)
33 | 
34 |     print(l[0]*l[1])


--------------------------------------------------------------------------------
/11/11_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def steps(path, directions):
 4 |     furthest = 0
 5 | 
 6 |     pos = [0, 0]
 7 |     for step in path:
 8 |         pos[0] += directions[step][0]
 9 |         pos[1] += directions[step][1]
10 |         furthest = max(furthest, compute_steps(pos))
11 | 
12 |     return furthest
13 | 
14 | def compute_steps(pos):
15 |     x = abs(pos[0])
16 |     y = abs(pos[1])
17 |     dxy = min(x, (y//1.5))
18 |     dy = abs(y-dxy*1.5)//1.5
19 |     dx = abs(x-dxy)//2
20 | 
21 |     return int(dx+dy+dxy)
22 | 
23 | if __name__ == '__main__':
24 |     directions = {
25 |         'n': (-2, 0),
26 |         'ne': (-1, 1.5),
27 |         'se': (1, 1.5),
28 |         's': (2, 0),
29 |         'sw': (1, -1.5),
30 |         'nw': (-1, -1.5)
31 |     }
32 | 
33 |     for line in stdin:
34 |         path = line.strip().split(',')
35 |         print(steps(path, directions))
36 | 


--------------------------------------------------------------------------------
/13/13_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def scan(firewall):
 4 |     sev = 0
 5 |     for i in range(1, len(firewall)):
 6 |         level,depth = firewall[i]
 7 |         if intersects(level, depth):
 8 |             sev += level*depth
 9 |     return sev
10 | 
11 | def intersects2(level, depth):
12 |     assert(depth>0)
13 |     if depth == 1:
14 |         return True
15 | 
16 |     collision_at = 0
17 |     i = 1
18 |     while collision_at<=level:
19 |         if collision_at==level:
20 |             return True
21 |         collision_at = i*2*(depth-1)
22 |         i += 1
23 |     return False
24 | 
25 | def intersects(level, depth):
26 |     assert(depth>0)
27 | 
28 |     return (level%(2*(depth-1)) == 0)
29 | 
30 | if __name__ == '__main__':
31 |     firewall = []
32 |     for line in stdin:
33 |         level,depth = list(map(int, line.split(': ')))
34 |         firewall.append((level, depth))
35 | 
36 |     print(scan(firewall))
37 | 
38 | 


--------------------------------------------------------------------------------
/6/6.py:
--------------------------------------------------------------------------------
 1 | def toHash(banks):
 2 |    return ''.join(map(str, banks)) 
 3 | 
 4 | def redistribution(banks):
 5 |     n = len(banks)
 6 |     patterns = {}
 7 |     pattern = toHash(banks)
 8 |     j = 0
 9 | 
10 |     while pattern not in patterns:
11 |         patterns[pattern] = j
12 |         max_bank = max(banks)
13 |         m = banks.index(max_bank)
14 |         banks[m] = 0
15 |         inc = max_bank//n
16 |         for i in range(n):
17 |             banks[i] += inc
18 |         inc = max_bank%n
19 |         i = m+1
20 |         while inc>0:
21 |             banks[i%n] += 1
22 |             i += 1
23 |             inc -= 1
24 |         pattern = toHash(banks)
25 |         j += 1
26 | 
27 |     return (j - patterns[pattern])
28 | 
29 | if __name__ == '__main__':
30 |     #input for in the question is pretty bad, hence made it into a list
31 |     print(redistribution([0, 2, 7, 0]))
32 |     print(redistribution([4, 1, 15, 12, 0, 9, 9, 5, 5, 8, 7, 3, 14, 5, 12, 3]))


--------------------------------------------------------------------------------
/19/19_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def solve(road, pos):
 4 |     directions = [
 5 |         (1,0),#down
 6 |         (0,-1),#left
 7 |         (-1,0),#up
 8 |         (0,1)#right
 9 |     ]
10 |     direction = (1,0)
11 |     path = []
12 |     while pos in road:
13 |         if road[pos] == '+':
14 |             for d in directions:
15 |                 if d != mul_tuple(direction, -1):
16 |                     if (add_tuple(pos,d) in road):
17 |                         direction = d
18 |                         break
19 |         path.append(road[pos])
20 | 
21 |         pos = add_tuple(pos,direction)
22 |     
23 |     return len(path)
24 | 
25 | def mul_tuple(a,factor):
26 |     return tuple(factor*v for v in a)
27 | 
28 | def add_tuple(a, b):
29 |     return tuple(sum(v) for v in zip(a,b))
30 | 
31 | if __name__ == '__main__':
32 |     road = {}
33 |     for i,line in enumerate(stdin):
34 |         for j,cell in enumerate(line):
35 |             v = cell.strip()
36 |             if v:
37 |                 road[(i,j)] = v
38 |     pos = min(road.keys())
39 |     print(solve(road, pos))
40 | 


--------------------------------------------------------------------------------
/12/12_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | class Color:
 4 |     White, Black = range(2)
 5 | 
 6 | def connected_components(G, vertex):
 7 |     cc = []
 8 |     c = {}
 9 |     for v in G:
10 |         c[v] = Color.White
11 | 
12 |     dfs_visit(G, vertex, c, cc)
13 | 
14 |     return cc
15 | 
16 | def dfs_visit(G, root, c, cc):
17 |     c[root] = Color.Black
18 |     cc.append(root)
19 | 
20 |     for child in G[root]:
21 |         if c[child] == Color.White:
22 |             dfs_visit(G, child, c, cc)
23 | 
24 | def get_node(G, node):
25 |     if node not in G:
26 |         G[node] = []
27 |     return G[node]
28 | 
29 | if __name__ == '__main__':
30 |     G = {}
31 |     for line in stdin:
32 |         node,children = line.split(' <-> ')
33 |         node = int(node)
34 |         children = [int(v.strip()) for v in children.split(',')]
35 | 
36 |         adjacents = get_node(G, node)
37 |         adjacents.extend(children)
38 | 
39 |         for child in children:
40 |             adjacents = get_node(G, child)
41 |             adjacents.append(node)
42 | 
43 |     print(len(connected_components(G, 0)))


--------------------------------------------------------------------------------
/14/14_2.py:
--------------------------------------------------------------------------------
 1 | from knothash import knot_hash
 2 | 
 3 | def convert_to_bool(n):
 4 |     bits = []
 5 |     for _ in range(128):
 6 |         bits.append(bool(n & 1))
 7 |         n >>= 1
 8 |     return list(reversed(bits))
 9 | 
10 | def mark(grid, x, y, directions):
11 |     grid[x][y] = False
12 |     for direction in directions:
13 |         pos_x = x+direction[0]
14 |         pos_y = y+direction[1]
15 |         if pos_x>=0 and pos_x<128 and pos_y>=0 and pos_y<128 and grid[pos_x][pos_y]:
16 |             mark(grid, pos_x, pos_y, directions)
17 | 
18 | if __name__ == '__main__':
19 |     key_string = 'oundnydw'
20 |     #key_string = 'flqrgnkx'
21 |     count = 0
22 |     grid = []
23 | 
24 |     for i in range(128):
25 |         key = f'{key_string}-{i}'
26 |         row = int(knot_hash(key), 16)
27 |         grid.append(convert_to_bool(row))
28 |     assert(len(grid[31])==128)
29 | 
30 |     directions = [(-1,0), (0,-1), (0,1), (1,0)]
31 |     for i in range(128):
32 |         for j in range(128):
33 |             if grid[i][j]:
34 |                 mark(grid, i, j, directions)
35 |                 count += 1
36 | 
37 |     print(count)


--------------------------------------------------------------------------------
/12/12_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | class Color:
 4 |     White, Black = range(2)
 5 | 
 6 | def connected_components(G):
 7 |     c = {}
 8 |     for v in G:
 9 |         c[v] = Color.White
10 | 
11 |     count = 0
12 |     for v in G:
13 |         if c[v] == Color.White:
14 |             dfs_visit(G, v, c)
15 |             count += 1
16 | 
17 |     return count
18 | 
19 | def dfs_visit(G, root, c):
20 |     c[root] = Color.Black
21 | 
22 |     for child in G[root]:
23 |         if c[child] == Color.White:
24 |             dfs_visit(G, child, c)
25 | 
26 | def get_node(G, node):
27 |     if node not in G:
28 |         G[node] = []
29 |     return G[node]
30 | 
31 | if __name__ == '__main__':
32 |     G = {}
33 |     for line in stdin:
34 |         node,children = line.split(' <-> ')
35 |         node = int(node)
36 |         children = [int(v.strip()) for v in children.split(',')]
37 | 
38 |         adjacents = get_node(G, node)
39 |         adjacents.extend(children)
40 | 
41 |         for child in children:
42 |             adjacents = get_node(G, child)
43 |             adjacents.append(node)
44 | 
45 |     print(connected_components(G))


--------------------------------------------------------------------------------
/19/19_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def solve(road, pos):
 4 |     directions = [
 5 |         (1,0),#down
 6 |         (0,-1),#left
 7 |         (-1,0),#up
 8 |         (0,1)#right
 9 |     ]
10 | 
11 |     direction = (1,0)
12 |     path = []
13 | 
14 |     while pos in road:
15 |         if road[pos] == '+':
16 |             for d in directions:
17 |                 if d != mul_tuple(direction, -1):
18 |                     if (add_tuple(pos,d) in road):
19 |                         direction = d
20 |                         break
21 |         if road[pos].isalpha():
22 |             path.append(road[pos])
23 |         pos = add_tuple(pos,direction)
24 | 
25 |     return ''.join(path)
26 | 
27 | def mul_tuple(a,factor):
28 |     return tuple(factor*v for v in a)
29 | 
30 | def add_tuple(a, b):
31 |     return tuple(sum(v) for v in zip(a,b))
32 | 
33 | if __name__ == '__main__':
34 |     road = {}
35 |     for i,line in enumerate(stdin):
36 |         for j,cell in enumerate(line):
37 |             v = cell.strip()
38 |             if v:
39 |                 road[(i,j)] = v
40 |     pos = min(road.keys())
41 |     print(solve(road, pos))
42 | 


--------------------------------------------------------------------------------
/2/2_1.in:
--------------------------------------------------------------------------------
 1 | 1364 461 1438 1456 818 999 105 1065 314 99 1353 148 837 590 404 123
 2 | 204 99 235 2281 2848 3307 1447 3848 3681 963 3525 525 288 278 3059 821
 3 | 280 311 100 287 265 383 204 380 90 377 398 99 194 297 399 87
 4 | 7698 2334 7693 218 7344 3887 3423 7287 7700 2447 7412 6147 231 1066 248 208
 5 | 3740 837 4144 123 155 2494 1706 4150 183 4198 1221 4061 95 148 3460 550
 6 | 1376 1462 73 968 95 1721 544 982 829 1868 1683 618 82 1660 83 1778
 7 | 197 2295 5475 2886 2646 186 5925 237 3034 5897 1477 196 1778 3496 5041 3314
 8 | 179 2949 3197 2745 1341 3128 1580 184 1026 147 2692 212 2487 2947 3547 1120
 9 | 460 73 52 373 41 133 671 61 634 62 715 644 182 524 648 320
10 | 169 207 5529 4820 248 6210 255 6342 4366 5775 5472 3954 3791 1311 7074 5729
11 | 5965 7445 2317 196 1886 3638 266 6068 6179 6333 229 230 1791 6900 3108 5827
12 | 212 249 226 129 196 245 187 332 111 126 184 99 276 93 222 56
13 | 51 592 426 66 594 406 577 25 265 578 522 57 547 65 564 622
14 | 215 2092 1603 1001 940 2054 245 2685 206 1043 2808 208 194 2339 2028 2580
15 | 378 171 155 1100 184 937 792 1436 1734 179 1611 1349 647 1778 1723 1709
16 | 4463 4757 201 186 3812 2413 2085 4685 5294 5755 2898 200 5536 5226 1028 180


--------------------------------------------------------------------------------
/14/knothash.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def dec(i, n):
 4 |     return (i-1) if (i-1>=0) else (n-1)
 5 | 
 6 | def inc(i, n):
 7 |     return (i+1) if (i+1<n) else 0
 8 | 
 9 | def reverse(l, n, si, step):
10 |     operations = (step)//2
11 |     ei = (si+step-1)%n
12 |     for _ in range(operations):
13 |         l[si],l[ei] = l[ei],l[si]
14 |         si = inc(si, n)
15 |         ei = dec(ei, n)
16 | 
17 | def to_dense(sparse):
18 |     assert(len(sparse)==256)
19 |     dense = [0]*16
20 | 
21 |     for i in range(16):
22 |         for j in range(16):
23 |             dense[i] ^= sparse[i*16+j]
24 |     
25 |     return dense
26 | 
27 | def _knot_hash(l, n, steps):
28 |     steps.extend([17, 31, 73, 47, 23])
29 |     cur = 0
30 |     skip = 0
31 |     for _ in range(64):
32 |         for step in steps:
33 |             reverse(l, n, cur, step)
34 |             cur = (cur+step+skip)%n
35 |             skip += 1
36 |     sparse_hash = l
37 |     dense_hash = to_dense(sparse_hash)
38 | 
39 |     return ''.join([f'{v:02x}' for v in dense_hash])
40 | 
41 | 
42 | def to_ascii(s):
43 |     ascii = []
44 |     for c in s:
45 |         ascii.append(ord(c))
46 |     return ascii
47 | 
48 | def knot_hash(key):
49 |     l = list(range(0, 256))
50 |     n = len(l)
51 |     return _knot_hash(l, n, to_ascii(key))


--------------------------------------------------------------------------------
/24/24_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def strength(component):
 4 |     return component[0]+component[1]
 5 | 
 6 | def connect(source, connected, ports, components):
 7 |     best = 0
 8 |     for component in ports[source]:
 9 |         index = components[component]
10 |         if not (connected & (1<<index)):
11 |             connected |= (1<<index)
12 |             open_port = component[0] if (component[0] != source) else component[1]
13 |             best = max(best, strength(component) + connect(open_port, connected, ports, components))
14 |             connected ^= (1<<index)
15 |     return best
16 | 
17 | def build_ports(components):
18 |     ports = {}
19 |     for component in components:
20 |         x,y = component
21 |         if x not in ports:
22 |             ports[x] = []
23 |         if y not in ports:
24 |             ports[y] = []
25 |         ports[x].append(component)
26 |         if x!=y:
27 |             ports[y].append(component)
28 |     return ports
29 | 
30 | if __name__ == '__main__':
31 |     components = {}
32 |     i = 1
33 |     for line in stdin:
34 |         component = tuple(map(int, map(lambda x: x.strip(), line.split('/'))))
35 |         components[component] = i
36 |         i += 1
37 | 
38 |     ports = build_ports(components)
39 | 
40 |     print(connect(0, 0, ports, components))


--------------------------------------------------------------------------------
/9/9_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | # Both the parts of the puzzle are in this file
 3 | def groups(s):
 4 |     n = len(s)
 5 |     i = 0
 6 |     garbage = False
 7 |     level = 0
 8 |     score = level
 9 | 
10 |     while i<n:
11 |         if not garbage:
12 |             if s[i] == '{':
13 |                 level += 1
14 |                 score += level
15 |             elif s[i] == '}':
16 |                 level -= 1
17 |             elif s[i] == '<':
18 |                 garbage = True
19 |         else:
20 |             if s[i] == '!':
21 |                 i += 1
22 |             elif s[i] == '>':
23 |                 garbage = False
24 |         i += 1
25 |     
26 |     return score
27 | 
28 | def groups_no_garbage(s):
29 |     n = len(s)
30 |     i = 0
31 |     garbage = False
32 |     chars = 0
33 | 
34 |     while i<n:
35 |         if not garbage:
36 |             if s[i] == '<':
37 |                 garbage = True
38 |         else:
39 |             chars += 1
40 |             if s[i] == '!':
41 |                 chars -= 1
42 |                 i += 1
43 |             elif s[i] == '>':
44 |                 chars -= 1
45 |                 garbage = False
46 | 
47 |         i += 1
48 |     
49 |     return chars
50 | 
51 | for test in stdin:
52 |     print(groups(test))
53 |     print(groups_no_garbage(test))
54 | 


--------------------------------------------------------------------------------
/22/22_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def is_infected(grid, cur):
 4 |     return True if (cur in grid and grid[cur]=='#') else False
 5 | 
 6 | def flip_infection(grid, cur):
 7 |     grid[cur] = ('.' if (cur in grid and grid[cur]=='#') else '#')
 8 |     return True if (grid[cur] == '#') else False
 9 | 
10 | def move(grid, cur, orientation):
11 |     x,y = cur
12 |     xo,yo = orientation
13 |     return (x+xo,y+yo)
14 | 
15 | def rotate_right(cur):
16 |     return (cur[1],-1*cur[0])
17 | 
18 | def rotate_left(cur):
19 |     return (-1*cur[1],cur[0])
20 | 
21 | def pretty_print(grid, m, n):
22 |     for i in range(m):
23 |         for j in range(n):
24 |             print(grid[(i,j)], end=' ')
25 |         print()
26 | 
27 | if __name__ == '__main__':
28 |     grid = {}
29 | 
30 |     i = 0
31 |     for line in stdin:
32 |         for j,v in enumerate(line.strip()):
33 |             grid[(i,j)] = v
34 |         i += 1
35 | 
36 |     m = i
37 |     n = (j+1)
38 |     cur = (m//2,n//2)
39 |     orientation = (-1,0)
40 |     iterations = 10000
41 |     # iterations = 70
42 |     infected = 0
43 |     for _ in range(iterations):
44 |         orientation = rotate_right(orientation) if is_infected(grid, cur) else rotate_left(orientation)
45 |         infected += int(flip_infection(grid, cur))
46 |         cur = move(grid, cur, orientation)
47 | 
48 |     print(infected)


--------------------------------------------------------------------------------
/16/16.py:
--------------------------------------------------------------------------------
 1 | from collections import deque
 2 | 
 3 | def spin(P, x):
 4 |     n = len(P)
 5 |     rotations = x%n
 6 |     for _ in range(rotations):
 7 |         v = P.pop()
 8 |         P.appendleft(v)
 9 | 
10 | def Ex(P, si, ei):
11 |     P[si],P[ei] = P[ei],P[si]
12 | 
13 | def swap(P, s, e):
14 |     si = P.index(ord(s)-97)
15 |     ei = P.index(ord(e)-97)
16 |     Ex(P, si, ei)
17 | 
18 | def pretty_print(P):
19 |     print([chr(i+97) for i in P])
20 | 
21 | def pretty_inverted_print(Pi):
22 |     for i,v in enumerate(Pi):
23 |         print(chr(i+97), v)
24 | 
25 | if __name__ == '__main__':
26 |     P = deque(range(0,16))
27 | 
28 |     ops = [
29 |         's1',
30 |         'x3/4',
31 |         'pe/b'
32 |     ]
33 | 
34 |     # accidently combined 1 & 2 but should be pretty simple to figure out
35 |     ops = input().split(',')
36 |     reps = 1000000000
37 |     # for problem 2simulation shows that patterns repeat after every 60 iterations.
38 |     required = reps%60
39 |     for i in range(required):
40 |         for op in ops:
41 |             if op.startswith('s'):
42 |                 spin(P, int(op[1:]))
43 |             elif op.startswith('x'):
44 |                 si,ei = list(map(int, op[1:].split('/')))
45 |                 Ex(P, si, ei)
46 |             else:
47 |                 s,e = op[1:].split('/')
48 |                 swap(P, s, e)
49 | 
50 |         ans = ''.join([chr(i+97) for i in P])
51 | 
52 |     print(ans)


--------------------------------------------------------------------------------
/7/7_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | import re
 3 | 
 4 | # not a good implementation. You have to eyeball the answer from output
 5 | imbalance = 0
 6 | def find_weight(G, root):
 7 |     global imbalance
 8 |     weight = G[root][0]
 9 |     children = G[root][1]
10 |     children_weights = []
11 |     for child in children:
12 |         children_weights.append(find_weight(G, child))
13 |     n = len(children_weights)
14 |     if imbalance==0 and n>0:
15 |         pw = children_weights[0][1]
16 |         for i in range(1, n):
17 |             cw = children_weights[i][1]
18 |             if pw != cw:
19 |                 imbalance = abs(pw-cw)
20 |                 break
21 |             pw = cw
22 |         if imbalance>0:
23 |             print(children_weights)
24 |             print([G[child[0]] for child in children_weights])
25 | 
26 | 
27 |     weights = [child[1] for child in children_weights]
28 |     return (root, weight+sum(weights))
29 | 
30 | if __name__ == '__main__':
31 |     G = {}
32 |     root = 'hmvwl' #from 7.py answer
33 |     #root = 'tknk'
34 |     for line in stdin:
35 |         groups = line.split('->')
36 |         node,weight = groups[0].split()
37 |         weight =  int(re.match('\((\d+)\)', weight).groups()[0])
38 |         G[node] = (weight, [])
39 |         if len(groups)>1:
40 |             group = groups[1]
41 |             children = [token.strip() for token in group.split(', ')]
42 |             for child in children:
43 |                 G[node][1].append(child)
44 |     #print(P)
45 |     find_weight(G, root)
46 |     print(imbalance)


--------------------------------------------------------------------------------
/20/20_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | import re
 3 | 
 4 | def add_tuple(a, b):
 5 |     return tuple(sum(v) for v in zip(a,b))
 6 | 
 7 | def mul_tuple(a, factor):
 8 |     return tuple(factor*v for v in a)
 9 | 
10 | def closest(particles):
11 |     return particles.index(min(particles, key=lambda x: sum([abs(v) for v in x[0]])))
12 | 
13 | # Runs longer
14 | if __name__ == '__main__':
15 |     pattern = re.compile('p=<(-?\d+),(-?\d+),(-?\d+)>, v=<(-?\d+),(-?\d+),(-?\d+)>, a=<(-?\d+),(-?\d+),(-?\d+)>')
16 | 
17 |     particles = []
18 |     for line in stdin:
19 |         xp,yp,zp,xv,yv,zv,xa,ya,za = list(map(int, pattern.match(line).groups()))
20 |         particles.append([(xp,yp,zp),(xv,yv,zv),(xa,ya,za)])
21 |     
22 |     best = closest(particles)
23 |     best_count = 1
24 |     step = 1
25 |     best_until = 20000
26 |     while best_count<best_until:
27 |         for i,particle in enumerate(particles):
28 |             position = particle[0]
29 |             velocity = particle[1]
30 |             acceleration = particle[2]
31 | 
32 |             new_velocity = add_tuple(velocity, mul_tuple(acceleration, step))
33 |             particle[1] = new_velocity
34 |             velocity = new_velocity
35 | 
36 |             new_position = add_tuple(position, mul_tuple(velocity, step))
37 |             particle[0] = new_position
38 | 
39 |             # print(f'i:{i} p:{new_position}')
40 |         
41 |         new_best = closest(particles)
42 |         if best != new_best:
43 |             best = new_best
44 |             best_count = 0 
45 |         best_count += 1 if (new_best == best) else 0
46 |     
47 |     print(best)


--------------------------------------------------------------------------------
/10/10_2.py:
--------------------------------------------------------------------------------
 1 | def dec(i, n):
 2 |     return (i-1) if (i-1>=0) else (n-1)
 3 | 
 4 | def inc(i, n):
 5 |     return (i+1) if (i+1<n) else 0
 6 | 
 7 | def reverse(l, n, si, step):
 8 |     operations = (step)//2
 9 |     ei = (si+step-1)%n
10 |     for _ in range(operations):
11 |         l[si],l[ei] = l[ei],l[si]
12 |         si = inc(si, n)
13 |         ei = dec(ei, n)
14 | 
15 | def to_dense(sparse):
16 |     assert(len(sparse)==256)
17 |     dense = [0]*16
18 |     for i in range(16):
19 |         for j in range(16):
20 |             dense[i] ^= sparse[i*16+j]
21 |     return dense
22 | 
23 | def _knot_hash(l, n, steps):
24 |     steps.extend([17, 31, 73, 47, 23])
25 |     cur = 0
26 |     skip = 0
27 |     for _ in range(64):
28 |         for step in steps:
29 |             reverse(l, n, cur, step)
30 |             cur = (cur+step+skip)%n
31 |             skip += 1
32 |     sparse_hash = l
33 |     dense_hash = to_dense(sparse_hash)
34 | 
35 |     return ''.join([f'{v:02x}' for v in dense_hash])
36 | 
37 | def to_ascii(s):
38 |     ascii = []
39 |     for c in s:
40 |         ascii.append(ord(c))
41 |     return ascii
42 | 
43 | def knot_hash(key):
44 |     l = list(range(0, 256))
45 |     n = len(l)
46 | 
47 |     return _knot_hash(l, n, to_ascii(key))
48 | 
49 | if __name__ == '__main__':
50 |     tests = [
51 |         '',
52 |         'AoC 2017',
53 |         '1,2,3',
54 |         '1,2,4',
55 |         '197,97,204,108,1,29,5,71,0,50,2,255,248,78,254,63'
56 |     ]
57 | 
58 |     for test in tests:
59 |         end = 256
60 |         l = list(range(0, end))
61 |         n = len(l)
62 |         steps = to_ascii(test)
63 |         print(_knot_hash(l, n, steps))


--------------------------------------------------------------------------------
/8/8.py:
--------------------------------------------------------------------------------
 1 | import re
 2 | from sys import stdin
 3 | 
 4 | def ne(registers, register, value):
 5 |     return registers[register] != value
 6 | def eq(registers, register, value):
 7 |     return registers[register] == value
 8 | def gt(registers, register, value):
 9 |     return registers[register] > value
10 | def ge(registers, register, value):
11 |     return registers[register] >= value
12 | def lt(registers, register, value):
13 |     return registers[register] < value
14 | def le(registers, register, value):
15 |     return registers[register] <= value
16 | def inc(registers, register, value):
17 |     registers[register] += value
18 | def dec(registers, register, value):
19 |     inc(registers, register, -1*value)
20 | 
21 | # Both the parts of the puzzle are in this file
22 | if __name__ == '__main__':
23 |     pattern = re.compile("(\w+) (inc|dec) (-?\d+) if (\w+) ([[><=!]+) (-?\d+)")
24 |     registers = {}
25 |     logic = {
26 |         "!=": ne,
27 |         "==": eq,
28 |         ">": gt,
29 |         ">=": ge,
30 |         "<": lt,
31 |         "<=": le
32 |     }
33 |     operation = {
34 |         "inc": inc,
35 |         "dec": dec
36 |     }
37 | 
38 |     INF = -100000000
39 |     m = INF
40 | 
41 |     for line in stdin:
42 |         dr,op,v,sr,lo,cond = pattern.match(line).groups()
43 |         v = int(v)
44 |         cond = int(cond)
45 | 
46 |         if dr not in registers:
47 |             registers[dr] = 0
48 |         if sr not in registers:
49 |             registers[sr] = 0
50 |         if (logic[lo](registers, sr, cond)):
51 |             operation[op](registers, dr, v)
52 | 
53 |         m = max(m, max(registers.values()))
54 | 
55 |     print(max(list(registers.values())))
56 |     print(m)


--------------------------------------------------------------------------------
/24/24_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def strength(component):
 4 |     return component[0]+component[1]
 5 | 
 6 | def connect(source, connected, ports, components):
 7 |     best_length = 0
 8 |     best_strength = 0
 9 | 
10 |     for component in ports[source]:
11 |         index = components[component]
12 |         if not (connected & (1<<index)):
13 |             # print(f'{source}=>{component}', end='')
14 |             connected |= (1<<index)
15 |             open_port = component[0] if (component[0] != source) else component[1]
16 | 
17 |             l,s = connect(open_port, connected, ports, components)
18 |             if (l+1)>=best_length:
19 |                 if (l+1)==best_length:
20 |                     best_strength = max(best_strength, strength(component)+s)
21 |                 else:
22 |                     best_strength = strength(component)+s
23 | 
24 |                 best_length = l+1
25 | 
26 |             connected ^= (1<<index)
27 | 
28 |     return best_length,best_strength
29 | 
30 | def build_ports(components):
31 |     ports = {}
32 |     for component in components:
33 |         x,y = component
34 |         if x not in ports:
35 |             ports[x] = []
36 |         if y not in ports:
37 |             ports[y] = []
38 |         ports[x].append(component)
39 |         if x!=y:
40 |             ports[y].append(component)
41 |     return ports
42 | 
43 | if __name__ == '__main__':
44 |     components = {}
45 |     i = 1
46 |     for line in stdin:
47 |         component = tuple(map(int, map(lambda x: x.strip(), line.split('/'))))
48 |         components[component] = i
49 |         i += 1
50 | 
51 |     ports = build_ports(components)
52 | 
53 |     print(connect(0, 0, ports, components))


--------------------------------------------------------------------------------
/25/25.in:
--------------------------------------------------------------------------------
 1 | Begin in state A.
 2 | Perform a diagnostic checksum after 12523873 steps.
 3 | 
 4 | In state A:
 5 |   If the current value is 0:
 6 |     - Write the value 1.
 7 |     - Move one slot to the right.
 8 |     - Continue with state B.
 9 |   If the current value is 1:
10 |     - Write the value 1.
11 |     - Move one slot to the left.
12 |     - Continue with state E.
13 | 
14 | In state B:
15 |   If the current value is 0:
16 |     - Write the value 1.
17 |     - Move one slot to the right.
18 |     - Continue with state C.
19 |   If the current value is 1:
20 |     - Write the value 1.
21 |     - Move one slot to the right.
22 |     - Continue with state F.
23 | 
24 | In state C:
25 |   If the current value is 0:
26 |     - Write the value 1.
27 |     - Move one slot to the left.
28 |     - Continue with state D.
29 |   If the current value is 1:
30 |     - Write the value 0.
31 |     - Move one slot to the right.
32 |     - Continue with state B.
33 | 
34 | In state D:
35 |   If the current value is 0:
36 |     - Write the value 1.
37 |     - Move one slot to the right.
38 |     - Continue with state E.
39 |   If the current value is 1:
40 |     - Write the value 0.
41 |     - Move one slot to the left.
42 |     - Continue with state C.
43 | 
44 | In state E:
45 |   If the current value is 0:
46 |     - Write the value 1.
47 |     - Move one slot to the left.
48 |     - Continue with state A.
49 |   If the current value is 1:
50 |     - Write the value 0.
51 |     - Move one slot to the right.
52 |     - Continue with state D.
53 | 
54 | In state F:
55 |   If the current value is 0:
56 |     - Write the value 1.
57 |     - Move one slot to the right.
58 |     - Continue with state A.
59 |   If the current value is 1:
60 |     - Write the value 1.
61 |     - Move one slot to the right.
62 |     - Continue with state C.


--------------------------------------------------------------------------------
/.gitignore:
--------------------------------------------------------------------------------
  1 | # Byte-compiled / optimized / DLL files
  2 | __pycache__/
  3 | *.py[cod]
  4 | *$py.class
  5 | 
  6 | # C extensions
  7 | *.so
  8 | 
  9 | # Distribution / packaging
 10 | .Python
 11 | build/
 12 | develop-eggs/
 13 | dist/
 14 | downloads/
 15 | eggs/
 16 | .eggs/
 17 | lib/
 18 | lib64/
 19 | parts/
 20 | sdist/
 21 | var/
 22 | wheels/
 23 | *.egg-info/
 24 | .installed.cfg
 25 | *.egg
 26 | MANIFEST
 27 | 
 28 | # PyInstaller
 29 | #  Usually these files are written by a python script from a template
 30 | #  before PyInstaller builds the exe, so as to inject date/other infos into it.
 31 | *.manifest
 32 | *.spec
 33 | 
 34 | # Installer logs
 35 | pip-log.txt
 36 | pip-delete-this-directory.txt
 37 | 
 38 | # Unit test / coverage reports
 39 | htmlcov/
 40 | .tox/
 41 | .coverage
 42 | .coverage.*
 43 | .cache
 44 | nosetests.xml
 45 | coverage.xml
 46 | *.cover
 47 | .hypothesis/
 48 | 
 49 | # Translations
 50 | *.mo
 51 | *.pot
 52 | 
 53 | # Django stuff:
 54 | *.log
 55 | .static_storage/
 56 | .media/
 57 | local_settings.py
 58 | 
 59 | # Flask stuff:
 60 | instance/
 61 | .webassets-cache
 62 | 
 63 | # Scrapy stuff:
 64 | .scrapy
 65 | 
 66 | # Sphinx documentation
 67 | docs/_build/
 68 | 
 69 | # PyBuilder
 70 | target/
 71 | 
 72 | # Jupyter Notebook
 73 | .ipynb_checkpoints
 74 | 
 75 | # pyenv
 76 | .python-version
 77 | 
 78 | # celery beat schedule file
 79 | celerybeat-schedule
 80 | 
 81 | # SageMath parsed files
 82 | *.sage.py
 83 | 
 84 | # Environments
 85 | .env
 86 | .venv
 87 | env/
 88 | venv/
 89 | ENV/
 90 | env.bak/
 91 | venv.bak/
 92 | 
 93 | # Spyder project settings
 94 | .spyderproject
 95 | .spyproject
 96 | 
 97 | # Rope project settings
 98 | .ropeproject
 99 | 
100 | # mkdocs documentation
101 | /site
102 | 
103 | # mypy
104 | .mypy_cache/
105 | 
106 | # Editors
107 | .vscode


--------------------------------------------------------------------------------
/1/1_1.test.in:
--------------------------------------------------------------------------------
1 | 1122
2 | 1111
3 | 1234
4 | 91212129
5 | 36743676522426214741687639282183216978128565594112364817283598621384839756628424146779311928318383597235968644687665159591573413233616717112157752469191845757712928347624726438516211153946892241449523148419426259291788938621886334734497823163281389389853675932246734153563861233894952657625868415432316155487242813798425779743561987563734944962846865263722712768674838244444385768568489842989878163655771847362656153372265945464128668412439248966939398765446171855144544285463517258749813731314365947372548811434646381595273172982466142248474238762554858654679415418693478512641864168398722199638775667744977941183772494538685398862344164521446115925528534491788728448668455349588972443295391385389551783289417349823383324748411689198219329996666752251815562522759374542652969147696419669914534586732436912798519697722586795746371697338416716842214313393228587413399534716394984183943123375517819622837972796431166264646432893478557659387795573234889141897313158457637142238315327877493994933514112645586351127139429281675912366669475931711974332271368287413985682374943195886455927839573986464555141679291998645936683639162588375974549467767623463935561847869527383395278248952314792112113126231246742753119748113828843917812547224498319849947517745625844819175973986843636628414965664466582172419197227695368492433353199233558872319529626825788288176275546566474824257336863977574347328469153319428883748696399544974133392589823343773897313173336568883385364166336362398636684459886283964242249228938383219255513996468586953519638111599935229115228837559242752925943653623682985576323929415445443378189472782454958232341986626791182861644112974418239286486722654442144851173538756859647218768134572858331849543266169672745221391659363674921469481143686952478771714585793322926824623482923579986434741714167134346384551362664177865452895348948953472328966995731169672573555621939584872187999325322327893336736611929752613241935211664248961527687778371971259654541239471766714469122213793348414477789271187324629397292446879752673


--------------------------------------------------------------------------------
/1/1_2.test.in:
--------------------------------------------------------------------------------
1 | 1212
2 | 1221
3 | 123425
4 | 123123
5 | 12131415
6 | 36743676522426214741687639282183216978128565594112364817283598621384839756628424146779311928318383597235968644687665159591573413233616717112157752469191845757712928347624726438516211153946892241449523148419426259291788938621886334734497823163281389389853675932246734153563861233894952657625868415432316155487242813798425779743561987563734944962846865263722712768674838244444385768568489842989878163655771847362656153372265945464128668412439248966939398765446171855144544285463517258749813731314365947372548811434646381595273172982466142248474238762554858654679415418693478512641864168398722199638775667744977941183772494538685398862344164521446115925528534491788728448668455349588972443295391385389551783289417349823383324748411689198219329996666752251815562522759374542652969147696419669914534586732436912798519697722586795746371697338416716842214313393228587413399534716394984183943123375517819622837972796431166264646432893478557659387795573234889141897313158457637142238315327877493994933514112645586351127139429281675912366669475931711974332271368287413985682374943195886455927839573986464555141679291998645936683639162588375974549467767623463935561847869527383395278248952314792112113126231246742753119748113828843917812547224498319849947517745625844819175973986843636628414965664466582172419197227695368492433353199233558872319529626825788288176275546566474824257336863977574347328469153319428883748696399544974133392589823343773897313173336568883385364166336362398636684459886283964242249228938383219255513996468586953519638111599935229115228837559242752925943653623682985576323929415445443378189472782454958232341986626791182861644112974418239286486722654442144851173538756859647218768134572858331849543266169672745221391659363674921469481143686952478771714585793322926824623482923579986434741714167134346384551362664177865452895348948953472328966995731169672573555621939584872187999325322327893336736611929752613241935211664248961527687778371971259654541239471766714469122213793348414477789271187324629397292446879752673


--------------------------------------------------------------------------------
/20/20_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | import re
 3 | 
 4 | def add_tuple(a, b):
 5 |     return tuple(sum(v) for v in zip(a,b))
 6 | 
 7 | def mul_tuple(a, factor):
 8 |     return tuple(factor*v for v in a)
 9 | 
10 | def closest(particles):
11 |     return particles.index(min(particles, key=lambda x: sum([abs(v) for v in x[0]])))
12 | 
13 | def collisions(particles):
14 |     particle_histogram = {}
15 |     for i,particle in particles.items():
16 |         position = particle[0]
17 |         if not (position in particle_histogram):
18 |             particle_histogram[position] = [0,[]]
19 |         particle_histogram[position][0] += 1
20 |         particle_histogram[position][1].append(i)
21 |     
22 |     colliding_partciles = []
23 |     for particle in particle_histogram.values():
24 |         if particle[0]>1:
25 |             colliding_partciles.extend(particle[1])
26 |     
27 |     return colliding_partciles
28 | 
29 | # Runs longer
30 | if __name__ == '__main__':
31 |     pattern = re.compile('p=<(-?\d+),(-?\d+),(-?\d+)>, v=<(-?\d+),(-?\d+),(-?\d+)>, a=<(-?\d+),(-?\d+),(-?\d+)>')
32 | 
33 |     particles = {}
34 |     for i,line in enumerate(stdin):
35 |         xp,yp,zp,xv,yv,zv,xa,ya,za = list(map(int, pattern.match(line).groups()))
36 |         particles[i] = [(xp,yp,zp),(xv,yv,zv),(xa,ya,za)]
37 |     
38 |     best = len(particles)
39 |     best_count = 1
40 |     step = 1
41 |     best_until = 20000
42 |     while best_count<best_until:
43 |         for i,particle in particles.items():
44 |             position = particle[0]
45 |             velocity = particle[1]
46 |             acceleration = particle[2]
47 | 
48 |             new_velocity = add_tuple(velocity, mul_tuple(acceleration, step))
49 |             particle[1] = new_velocity
50 |             velocity = new_velocity
51 | 
52 |             new_position = add_tuple(position, mul_tuple(velocity, step))
53 |             particle[0] = new_position
54 | 
55 |             # print(f'i:{i} p:{new_position}')
56 |         for i in collisions(particles):
57 |             del particles[i]
58 | 
59 |         new_best = len(particles)
60 |         if best != new_best:
61 |             best = new_best
62 |             best_count = 0
63 |         best_count += 1 if (new_best == best) else 0
64 |     
65 |     print(best)


--------------------------------------------------------------------------------
/18/18_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | pc = 0
 4 | registers = [0]*26
 5 | last_played = -1
 6 | 
 7 | def register_index(register):
 8 |     return ord(register)-97
 9 | 
10 | def is_register(value):
11 |     try:
12 |         return int(value)
13 |     except:
14 |         return isinstance(value, str)
15 | 
16 | def get_value(obj):
17 |     try:
18 |         return int(obj)
19 |     except:
20 |         return registers[register_index(obj)]
21 | 
22 | def snd(register, dummy):
23 |     global last_played
24 |     last_played = registers[register_index(register)]
25 |     return True
26 | 
27 | def set(register, value):
28 |     value = get_value(value)
29 |     registers[register_index(register)] = value
30 |     return True
31 | 
32 | def add(register, value):
33 |     value = get_value(value)
34 |     registers[register_index(register)] += value
35 |     return True
36 | 
37 | def mul(register, value):
38 |     value = get_value(value)
39 |     registers[register_index(register)] *= value
40 |     return True
41 | 
42 | def mod(register, value):
43 |     value = get_value(value)
44 |     registers[register_index(register)] %= value
45 |     return True
46 | 
47 | def rcv(value, dummy):
48 |     value = get_value(value)
49 |     if value!=0:
50 |         print(last_played)
51 |         return False
52 |     return True
53 | 
54 | def jgz(obj, offset):
55 |     global pc
56 |     value = get_value(obj)
57 |     offset = get_value(offset)
58 |     if value>0:
59 |         pc += offset
60 |         pc -= 1 #so that the pc+1 in the main loop will be come back to the proper pc
61 |     return True
62 | 
63 | commands = {
64 |     'snd': snd,
65 |     'set': set,
66 |     'add': add,
67 |     'mul': mul,
68 |     'mod': mod,
69 |     'rcv': rcv,
70 |     'jgz': jgz
71 | }
72 | 
73 | def execute(statement):
74 |     global last_command
75 |     command = statement[0].strip()
76 |     register = statement[1].strip()
77 |     value = None
78 |     if len(statement)>2:
79 |         value = statement[2].strip()
80 |     last_command = command
81 |     
82 |     return commands[command](register, value)
83 | 
84 | if __name__ == '__main__':
85 |     statements = []
86 |     for line in stdin:
87 |         statement = line.split(' ')
88 |         statements.append(statement) 
89 | 
90 |     last_command = None
91 |     n = len(statements)
92 |     while pc>=0 and pc<n and (execute(statements[pc])):
93 |         pc += 1


--------------------------------------------------------------------------------
/22/22_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def is_clean(grid, cur):
 4 |     if (cur in grid and grid[cur]!='.'):
 5 |         return False
 6 |     return True
 7 | 
 8 | def is_weak(grid, cur):
 9 |     if (cur in grid and grid[cur]=='w'):
10 |         return True
11 |     return False
12 | 
13 | def is_infected(grid, cur):
14 |     if (cur in grid and grid[cur]=='#'):
15 |         return True
16 |     return False
17 | 
18 | def is_flagged(grid, cur):
19 |     if (cur in grid and grid[cur]=='f'):
20 |         return True
21 |     return False
22 | 
23 | def change_state(grid, cur):
24 |     if is_clean(grid, cur):
25 |         grid[cur] = 'w'
26 |     elif is_weak(grid, cur):
27 |         grid[cur] = '#'
28 |     elif is_infected(grid, cur):
29 |         grid[cur] = 'f'
30 |     elif is_flagged(grid, cur):
31 |         grid[cur] = '.'
32 |     else:
33 |         assert(True==False)
34 | 
35 |     return True if (grid[cur] == '#') else False
36 | 
37 | def rotate_right(orientation):
38 |     return (orientation[1],-1*orientation[0])
39 | 
40 | def rotate_left(orientation):
41 |     return (-1*orientation[1],orientation[0])
42 | 
43 | def reverse(orientation):
44 |     return (-1*orientation[0],-1*orientation[1])
45 | 
46 | def move(grid, cur, orientation):
47 |     x,y = cur
48 |     xo,yo = orientation
49 |     return (x+xo,y+yo)
50 | 
51 | def pretty_print(grid, m, n):
52 |     for i in range(m):
53 |         for j in range(n):
54 |             print(grid[(i,j)], end=' ')
55 |         print()
56 | 
57 | def get_orientation(grid, cur, orientation):
58 |     if is_clean(grid, cur):
59 |         return rotate_left(orientation)
60 |     elif is_weak(grid, cur):
61 |         return orientation
62 |     elif is_infected(grid, cur):
63 |         return rotate_right(orientation)
64 |     elif is_flagged(grid, cur):
65 |         return reverse(orientation)
66 |     else:
67 |         assert(True==False)
68 | 
69 | if __name__ == '__main__':
70 |     grid = {}
71 | 
72 |     i = 0
73 |     for line in stdin:
74 |         for j,v in enumerate(line.strip()):
75 |             grid[(i,j)] = v
76 |         i += 1
77 |     m = i
78 |     n = (j+1)
79 | 
80 |     cur = (m//2,n//2)
81 |     orientation = (-1,0)
82 |     iterations = 10000000
83 |     # iterations = 100
84 |     infected = 0
85 |     for _ in range(iterations):
86 |         orientation = get_orientation(grid, cur, orientation)
87 |         infected += int(change_state(grid, cur))
88 |         cur = move(grid, cur, orientation)
89 | 
90 |     print(infected)


--------------------------------------------------------------------------------
/3/3_2.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | def within_bounds(n, i):
 4 |     return (i>=0 and i<n)
 5 | 
 6 | # Spits out the matrix. Take the answer from it. There could be a better implementation too
 7 | def spiral(num):
 8 |     n = 1
 9 |     v = 1
10 |     grid = [[1]]
11 |     while v<num:
12 |         n += 2
13 | 
14 |         # create new grid
15 |         temp = []
16 |         for _ in range(n):
17 |             temp.append([0]*n)
18 | 
19 |         # copy value from previous grid
20 |         pn = n-2
21 |         a = 1
22 |         for i in range(pn):
23 |             b = 1
24 |             for j in range(pn):
25 |                 temp[a][b] = grid[i][j]
26 |                 b += 1
27 |             a += 1
28 |         grid = temp
29 | 
30 |         # compute
31 |         a = n-1
32 |         b = n-1
33 |         i = a-1
34 |         j = b
35 |         while i>=0:
36 |             sum = 0
37 |             for ii in range(-1, 2):
38 |                 for ji in range(-1, 2):
39 |                     if (within_bounds(n, i+ii) and within_bounds(n, j+ji)):
40 |                         sum += grid[i+ii][j+ji]
41 |             grid[i][j] = sum
42 |             i -= 1
43 | 
44 |         i = 0
45 |         j = b-1
46 |         while j>=0:
47 |             sum = 0
48 |             for ii in range(-1, 2):
49 |                 for ji in range(-1, 2):
50 |                     if (within_bounds(n, i+ii) and within_bounds(n, j+ji)):
51 |                         sum += grid[i+ii][j+ji]
52 |             grid[i][j] = sum
53 |             j -= 1
54 | 
55 |         i = 1
56 |         j = 0
57 |         while i<n:
58 |             sum = 0
59 |             for ii in range(-1, 2):
60 |                 for ji in range(-1, 2):
61 |                     if (within_bounds(n, i+ii) and within_bounds(n, j+ji)):
62 |                         sum += grid[i+ii][j+ji]
63 |             grid[i][j] = sum
64 |             i += 1
65 | 
66 |         i = a
67 |         j = 1
68 |         while j<n:
69 |             sum = 0
70 |             for ii in range(-1, 2):
71 |                 for ji in range(-1, 2):
72 |                     if (within_bounds(n, i+ii) and within_bounds(n, j+ji)):
73 |                         sum += grid[i+ii][j+ji]
74 |             grid[i][j] = sum
75 |             j += 1
76 | 
77 |         v = grid[a][b]
78 | 
79 |     return grid, n
80 | 
81 | if __name__ == '__main__':
82 |     for line in stdin:
83 |         g,n = spiral(int(line.strip()))
84 |         for i in range(n):
85 |             for j in range(n):
86 |                 print(g[i][j], end=' ')
87 |             print()


--------------------------------------------------------------------------------
/15/15_2.cs:
--------------------------------------------------------------------------------
 1 | using System;
 2 | using System.Threading.Tasks;
 3 | 
 4 | // Python is very slow for iterations of large numbers
 5 | namespace Program
 6 | {
 7 |    class Program
 8 |    {
 9 |        static void Main(string[] args)
10 |        {
11 |             long cap = 2147483647;
12 |             long max = 5000000;
13 |             long bits = 65535;
14 | 
15 |             Task<long> judge = Judge(cap, max, bits);
16 |             Console.WriteLine(judge.Result);
17 |        }
18 | 
19 |        static Task<long> Judge(long cap, long max, long bits)
20 |        {
21 |             long seedA = 516;
22 |             long seedB = 190;
23 | 
24 |             long mulA = 16807;
25 |             long mulB = 48271;
26 |             long divA = 4;
27 |             long divB = 8;
28 | 
29 |             long[] a = new long[max];
30 |             long[] b = new long[max];
31 |             
32 |             int computei = 0;
33 |             int ai = 0;
34 |             int bi = 0;
35 |             long count = 0;
36 |             object mutex =  new object();
37 | 
38 |             Action<long> onGenA = (long gena) => {a[ai++] = gena; TryCompute(); };
39 |             Action<long> onGenB = (long genb) => {b[bi++] = genb; TryCompute(); };
40 | 
41 |             Task[] tasks = new Task[2];
42 |             tasks[0] = Task.Run(() => { Gen(seedA, mulA, cap, divA, max, onGenA); });
43 |             tasks[1] = Task.Run(() => { Gen(seedB, mulB, cap, divB, max, onGenB); });
44 | 
45 |             return Task<long>.Factory.ContinueWhenAll(tasks, ts => {
46 |                 Console.WriteLine(ts[0].Exception);
47 |                 return count;
48 |             });
49 |             
50 |             void TryCompute()
51 |             {
52 |                 lock(mutex)
53 |                 {
54 |                     if (ai>computei && bi>computei)
55 |                     {
56 |                         count += Convert.ToInt64((a[computei]&bits) == (b[computei]&bits));
57 |                         computei++;
58 |                     }
59 |                 }
60 |             }
61 |        }
62 | 
63 |        static void Gen(long seed, long multiplier, long cap, long div, long max, Action<long> onGeneration)
64 |        {
65 |             long cur = seed;
66 | 
67 |             for(int _=0; _<max; _++)
68 |             {
69 |                 do
70 |                 {
71 |                     cur = Compute(cur, multiplier, cap);
72 |                 } while((cur%div) != 0);
73 | 
74 |                 onGeneration(cur);
75 |             }
76 |        }
77 | 
78 |        static long Compute(long value, long multiplier, long cap)
79 |        {
80 |             return (value * multiplier) % cap;
81 |        }
82 |    } 
83 | }


--------------------------------------------------------------------------------
/23/23_1.py:
--------------------------------------------------------------------------------
 1 | from sys import stdin
 2 | 
 3 | class MemoryBank(object):
 4 |     def __init__(self, total=26, default=0):
 5 |         self._registers = [default]*total
 6 |     
 7 |     def set(self, register, value):
 8 |         assert(register.isalpha())
 9 | 
10 |         i = self._index(register)
11 |         self._registers[i] = value
12 |     
13 |     def get(self, register):
14 |         assert(register.isalpha())
15 | 
16 |         i = self._index(register)
17 |         return self._registers[i]
18 | 
19 |     def _index(self, register):
20 |         return ord(register)-97
21 | 
22 | class Program(object):
23 |     def __init__(self, statements, memory):
24 |         self._memory = memory
25 |         self._pc = 0
26 |         self._statements = statements
27 | 
28 |     def run(self):
29 |         commands = {
30 |             'set': self._set,
31 |             'sub': self._sub,
32 |             'mul': self._mul,
33 |             'jnz': self._handle_jnz}
34 |         n = len(self._statements)
35 |         mul_ops = 0
36 | 
37 |         while self._pc>=0 and self._pc<n:
38 |             command, register, value = self._statements[self._pc]
39 |             if self._is_register(value):
40 |                 value = self._memory.get(value)
41 |             else:
42 |                 value = int(value)
43 |             commands[command](register, value)
44 | 
45 |             if (command == 'mul'):
46 |                 mul_ops += 1
47 |             # print('b:{0} c:{1} a:{2}'.format(self._memory.get('b'), self._memory.get('c'), self._memory.get('a')))
48 |             self._pc += 1
49 | 
50 |         return mul_ops
51 | 
52 |     def _is_register(self, value):
53 |         try:
54 |             _ = int(value)
55 |             return False
56 |         except ValueError:
57 |             return True
58 | 
59 |     def _set(self, register, value):
60 |         self._memory.set(register, value)
61 | 
62 |     def _sub(self, register, value):
63 |         old_value = self._memory.get(register)
64 |         self._memory.set(register, old_value-value)
65 | 
66 |     def _mul(self, register, value):
67 |         old_value = self._memory.get(register)
68 |         self._memory.set(register, old_value*value)
69 |     
70 |     def _handle_jnz(self, register, offset):
71 |         register_value = register
72 |         if self._is_register(register):
73 |             register_value = self._memory.get(register)
74 | 
75 |         self._jnz(register_value, offset)
76 | 
77 |     def _jnz(self, value, offset):
78 |         if value !=0:
79 |             self._pc += (offset-1)#so that the pc+1 in the main loop will be come back to the proper pc 
80 | 
81 | if __name__ == '__main__':
82 |     statements = []
83 |     for line in stdin:
84 |         statement = line.split(' ')
85 |         statements.append([s.strip() for s in statement]) 
86 |     memory = MemoryBank(total=8, default=0)
87 |     program = Program(statements, memory)
88 |     print(program.run())
89 | 
90 | 


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/21/21.in:
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  1 | ../.. => #.#/.#./...
  2 | #./.. => .../..#/..#
  3 | ##/.. => .#./##./###
  4 | .#/#. => ..#/#../##.
  5 | ##/#. => ##./..#/#.#
  6 | ##/## => ###/###/.##
  7 | .../.../... => ...#/#.##/.##./#..#
  8 | #../.../... => .###/#.##/##.#/##.#
  9 | .#./.../... => #.../.###/..#./#.##
 10 | ##./.../... => .#.#/.###/##../#.##
 11 | #.#/.../... => .##./..../##.#/#...
 12 | ###/.../... => ..##/.#.#/###./#..#
 13 | .#./#../... => .#.#/##.#/.#.#/.##.
 14 | ##./#../... => ###./.###/#.../...#
 15 | ..#/#../... => #.##/##../.#../.##.
 16 | #.#/#../... => ..##/..../..##/...#
 17 | .##/#../... => ####/#..#/.#../....
 18 | ###/#../... => ##../..#./##../....
 19 | .../.#./... => .###/...#/#.../#...
 20 | #../.#./... => .#../.#.#/..##/#.#.
 21 | .#./.#./... => ##.#/####/.#.#/##..
 22 | ##./.#./... => ..../.###/#.#./..##
 23 | #.#/.#./... => ..#./..#./..../....
 24 | ###/.#./... => ###./..../..#./....
 25 | .#./##./... => ..../.##./##.#/....
 26 | ##./##./... => ..#./.#../..##/#...
 27 | ..#/##./... => #.##/.##./..#./.##.
 28 | #.#/##./... => .###/#.../##.#/..#.
 29 | .##/##./... => ###./##../..#./..##
 30 | ###/##./... => ..#./.##./.###/#..#
 31 | .../#.#/... => ###./#.../####/#.#.
 32 | #../#.#/... => .##./.#../#.##/.#..
 33 | .#./#.#/... => .#../##../..##/.#.#
 34 | ##./#.#/... => ###./#.#./##.#/##..
 35 | #.#/#.#/... => #.../.##./#.##/#.#.
 36 | ###/#.#/... => ###./..##/#.##/###.
 37 | .../###/... => ##../...#/#.#./#.#.
 38 | #../###/... => .#../...#/##.#/####
 39 | .#./###/... => #.#./..##/#.#./.##.
 40 | ##./###/... => ..##/..##/.###/#...
 41 | #.#/###/... => ####/##../..../#..#
 42 | ###/###/... => ...#/#.##/#.##/#.#.
 43 | ..#/.../#.. => .#.#/..##/#.##/#..#
 44 | #.#/.../#.. => ...#/..#./##../#..#
 45 | .##/.../#.. => ####/##../..../##..
 46 | ###/.../#.. => ..#./..#./##.#/#..#
 47 | .##/#../#.. => .#../####/.###/#..#
 48 | ###/#../#.. => ####/.#.#/...#/..##
 49 | ..#/.#./#.. => #.#./.##./####/....
 50 | #.#/.#./#.. => ##../###./.#../##..
 51 | .##/.#./#.. => ###./.#../...#/....
 52 | ###/.#./#.. => .#../.###/##../##.#
 53 | .##/##./#.. => .#../#..#/.###/#...
 54 | ###/##./#.. => ..../.##./##../...#
 55 | #../..#/#.. => ##.#/...#/.###/##.#
 56 | .#./..#/#.. => ##../##../..../#.#.
 57 | ##./..#/#.. => ..##/.#../#.#./.#.#
 58 | #.#/..#/#.. => ..../..##/...#/...#
 59 | .##/..#/#.. => #.../..##/...#/####
 60 | ###/..#/#.. => #.../..#./##.#/.#.#
 61 | #../#.#/#.. => ..##/#.../#..#/..#.
 62 | .#./#.#/#.. => #..#/#.../.##./#.##
 63 | ##./#.#/#.. => ##.#/.##./##.#/...#
 64 | ..#/#.#/#.. => ####/.#.#/.##./#.#.
 65 | #.#/#.#/#.. => #..#/.##./.##./.###
 66 | .##/#.#/#.. => ...#/...#/..../.##.
 67 | ###/#.#/#.. => .#../###./..../.###
 68 | #../.##/#.. => ##.#/##../#.#./...#
 69 | .#./.##/#.. => ###./.#.#/#.##/####
 70 | ##./.##/#.. => #.##/..#./.#../#..#
 71 | #.#/.##/#.. => #.#./..##/..##/.#.#
 72 | .##/.##/#.. => .#../.###/.###/#.##
 73 | ###/.##/#.. => #.../##../#.#./.#..
 74 | #../###/#.. => #.#./###./.##./..#.
 75 | .#./###/#.. => #.../#.../.##./.#..
 76 | ##./###/#.. => ..#./.###/..##/#...
 77 | ..#/###/#.. => #.##/.#../###./.###
 78 | #.#/###/#.. => .#.#/#..#/###./##..
 79 | .##/###/#.. => #.#./#.##/..##/.#..
 80 | ###/###/#.. => ##../#.../..#./#..#
 81 | .#./#.#/.#. => #..#/####/#.#./#..#
 82 | ##./#.#/.#. => ..##/.#../##.#/#..#
 83 | #.#/#.#/.#. => ####/#.#./#..#/#.#.
 84 | ###/#.#/.#. => #.../##.#/..../#...
 85 | .#./###/.#. => ..##/.##./####/.###
 86 | ##./###/.#. => .##./..#./#.##/#..#
 87 | #.#/###/.#. => ##.#/##../####/...#
 88 | ###/###/.#. => ..##/####/...#/.#..
 89 | #.#/..#/##. => #.##/.#.#/#.#./#.##
 90 | ###/..#/##. => ...#/##.#/#..#/..#.
 91 | .##/#.#/##. => .#.#/..#./..../###.
 92 | ###/#.#/##. => ###./####/##.#/#.##
 93 | #.#/.##/##. => ##.#/#.##/.##./##..
 94 | ###/.##/##. => .#.#/#.#./###./####
 95 | .##/###/##. => .#../####/.#../....
 96 | ###/###/##. => .#../..../##.#/.##.
 97 | #.#/.../#.# => #.../#.../..##/..##
 98 | ###/.../#.# => ...#/..#./##.#/####
 99 | ###/#../#.# => .###/..##/.#../....
100 | #.#/.#./#.# => ###./####/.#../#..#
101 | ###/.#./#.# => #.../#.##/..../###.
102 | ###/##./#.# => .###/####/#..#/.###
103 | #.#/#.#/#.# => .#.#/...#/.#.#/#.##
104 | ###/#.#/#.# => ..../..#./..#./####
105 | #.#/###/#.# => ..##/...#/.#.#/.##.
106 | ###/###/#.# => .###/.##./..##/####
107 | ###/#.#/### => #.#./.#../.#.#/#.#.
108 | ###/###/### => #..#/##../#.#./####


--------------------------------------------------------------------------------
/25/25.py:
--------------------------------------------------------------------------------
  1 | import re
  2 | from sys import stdin
  3 | from functools import partial
  4 | 
  5 | class CircularBuffer(object):
  6 |     def __init__(self, capacity=10):
  7 |         self._capacity = capacity
  8 | 
  9 |         self._buffer = [0]*self._capacity
 10 |         self._head = 0
 11 |         self._tail = 0
 12 |         self._current = 0
 13 | 
 14 |         self._buffer[self._current] = 0
 15 | 
 16 |     def write(self, value):
 17 |         self._buffer[self._current] = value
 18 | 
 19 |     def read(self):
 20 |         return self._buffer[self._current]
 21 | 
 22 |     def seek_right(self):
 23 |         if self._is_full():
 24 |             self._resize()
 25 | 
 26 |         i = self._increment(self._current)
 27 |         if self._current == self._tail:
 28 |             self._tail = i
 29 |         self._current = i
 30 | 
 31 |     def seek_left(self):
 32 |         if self._is_full():
 33 |             self._resize()
 34 | 
 35 |         i = self._decrement(self._current)
 36 |         if self._current == self._head:
 37 |             self._head = i
 38 |         self._current = i
 39 | 
 40 |     def _resize(self):
 41 |         buffer = CircularBuffer(self._capacity*2)
 42 | 
 43 |         offset = [0, False]
 44 |         i = self._head
 45 |         while i!=self._tail:
 46 |             buffer.write(self._buffer[i])
 47 |             buffer.seek_right()
 48 |             if i == self._current:
 49 |                 offset[1] = True
 50 |             if offset[1]:
 51 |                 offset[0] += 1
 52 |             i = self._increment(i)
 53 |         buffer.write(self._buffer[self._tail])
 54 |         
 55 |         while offset[0]>0:
 56 |             buffer.seek_left()
 57 |             offset[0] -= 1
 58 | 
 59 |         self._capacity = buffer._capacity
 60 |         self._buffer = buffer._buffer
 61 |         self._head = buffer._head
 62 |         self._tail = buffer._tail
 63 |         self._current = buffer._current
 64 | 
 65 |     def _is_full(self):
 66 |         return self._increment(self._tail) == self._head
 67 |     
 68 |     def _increment(self, i):
 69 |         return (i+1)%self._capacity
 70 | 
 71 |     def _decrement(self, i):
 72 |         return (i-1)%self._capacity
 73 | 
 74 | def process(write, move, next_state, buffer):
 75 |     assert(move == 'right' or move == 'left')
 76 | 
 77 |     buffer.write(write)
 78 |     if move == 'right':
 79 |         buffer.seek_right()
 80 |     elif move:
 81 |         buffer.seek_left()
 82 |     
 83 |     return next_state
 84 | 
 85 | def parse_start_state(line):
 86 |     return re.match('Begin in state (\w+).', line).groups()[0]
 87 | 
 88 | def parse_checksum(line):
 89 |     return int(re.match('Perform a diagnostic checksum after (\d+) steps.', line).groups()[0])
 90 | 
 91 | def parse_states(states, stdin, buffer):
 92 |     line = stdin.readline()
 93 |     while (line):
 94 |         line = stdin.readline().strip()
 95 |         state_id = re.match('In state (\w+):', line).groups()[0]
 96 | 
 97 |         states[state_id] = [None]*2
 98 |         state = states[state_id]
 99 |         for _ in range(2):
100 |             line = stdin.readline().strip()
101 |             value = int(re.match('If the current value is (\d+):', line).groups()[0])
102 |             line = stdin.readline().strip()
103 |             write_value = int(re.match('- Write the value (\d+).', line).groups()[0])
104 |             line = stdin.readline().strip()
105 |             move_value = re.match('- Move one slot to the (\w+).', line).groups()[0]
106 |             line = stdin.readline().strip()
107 |             next_state = re.match('- Continue with state (\w+).', line).groups()[0]
108 | 
109 |             state[value] = partial(process, write_value, move_value, next_state, buffer)
110 | 
111 |         line = stdin.readline()
112 | 
113 | def print_buffer(buffer):
114 |         i = buffer._head
115 |         while i!=buffer._tail:
116 |             print(buffer._buffer[i], end=' ')
117 |             i = buffer._increment(i)
118 |         print(buffer._buffer[buffer._tail])
119 |         print(f'head:{buffer._head} tail:{buffer._tail} cur: {buffer._current}')
120 | 
121 | if __name__ == '__main__':
122 |     buffer = CircularBuffer()
123 |     states = {}
124 | 
125 |     active_state = parse_start_state(stdin.readline().strip())
126 |     steps = parse_checksum(stdin.readline().strip())
127 | 
128 |     parse_states(states, stdin, buffer)
129 |     # print(states)
130 | 
131 |     for _ in range(steps):
132 |         active_state = states[active_state][buffer.read()]()
133 | 
134 |     print(sum(buffer._buffer))


--------------------------------------------------------------------------------
/21/21.py:
--------------------------------------------------------------------------------
  1 | from sys import stdin
  2 | import re
  3 | 
  4 | def rotation_0(m, n):
  5 |     return m
  6 | 
  7 | def flip(m, n):
  8 |     matrix = [[c for c in m[i]] for i in range(n)]
  9 |     offset = n//2
 10 |     for k in range(offset):
 11 |         for i in range(n):
 12 |             t = matrix[i][k]
 13 |             matrix[i][k] = matrix[i][n-k-1]
 14 |             matrix[i][n-k-1] = t
 15 |     return matrix
 16 | 
 17 | def invert(m, n):
 18 |     matrix = [[c for c in m[i]] for i in range(n)]
 19 |     offset = n//2
 20 |     for k in range(offset):
 21 |         for i in range(n):
 22 |             t = matrix[k][i]
 23 |             matrix[k][i] = matrix[n-k-1][i]
 24 |             matrix[n-k-1][i] = t
 25 |     return matrix
 26 | 
 27 | def rotate_90(m, n):
 28 |     matrix = [[c for c in m[i]] for i in range(n)]
 29 |     offset = n//2
 30 |     for k in range(offset):
 31 |         for i in range(k, n-k-1):
 32 |             t1 = matrix[k][k+i]
 33 | 
 34 |             t2 = matrix[k+i][n-k-1]
 35 |             matrix[k+i][n-k-1] = t1
 36 |             t1 = t2
 37 | 
 38 |             t2 = matrix[n-k-1][n-k-i-1]
 39 |             matrix[n-k-1][n-k-i-1] = t1
 40 |             t1 = t2
 41 | 
 42 |             t2 = matrix[n-k-i-1][k]
 43 |             matrix[n-k-i-1][k] = t1
 44 |             t1 = t2
 45 | 
 46 |             matrix[k][k+i] = t1
 47 |     return matrix
 48 | 
 49 | def rotate_180(m, n):
 50 |     matrix = m
 51 |     for _ in range(2):
 52 |         matrix = rotate_90(matrix, n)
 53 |     return matrix
 54 | 
 55 | def rotate_270(m, n):
 56 |     matrix = m
 57 |     for _ in range(3):
 58 |         matrix = rotate_90(matrix, n)
 59 |     return matrix
 60 | 
 61 | def encode(matrix, n, startx=0, starty=0):
 62 |     h = 1 #sentry
 63 |     for i in range(startx, startx+n):
 64 |         for j in range(starty, starty+n):
 65 |             h <<= 1
 66 |             if matrix[i][j] == '#':
 67 |                 h |= 1
 68 |     return h
 69 | 
 70 | def decode(pattern, n):
 71 |     matrix = []
 72 |     for i in range(n):
 73 |         row = ''
 74 |         for j in range(n):
 75 |             row = ('#' if (pattern & (1<<(i*n+j))) else '.') + row
 76 |         matrix.insert(0, row)
 77 |     return matrix
 78 | 
 79 | def preprocess(rules):
 80 |     patterns = {}
 81 | 
 82 |     for rule in rules:
 83 |         s,d = rule
 84 | 
 85 |         value = (encode(d, len(d)), len(d))
 86 |         normal = encode(s, len(s))
 87 |         patterns[normal] = value
 88 | 
 89 |         transforms = [flip, invert]
 90 |         rotations = [rotation_0, rotate_90, rotate_180, rotate_270]
 91 |         for rotation in rotations:
 92 |             key = encode(rotation(s, len(s)), len(s))
 93 |             assert((key not in patterns) or (value == patterns[key]))
 94 |             patterns[key] = value
 95 | 
 96 |             for transform in transforms:
 97 |                 key = encode(transform(rotation(s, len(s)), len(s)), len(s))
 98 |                 assert((key not in patterns) or (value == patterns[key]))
 99 |                 patterns[key] = value
100 | 
101 |     return patterns
102 | 
103 | def process(matrix, n, startx, starty, patterns):
104 |     key = encode(matrix, n, startx, starty) 
105 |     assert(key in patterns)
106 | 
107 |     m,mn = patterns[key]
108 |     return decode(m, mn)
109 | 
110 | def solve(matrix, patterns, iterations):
111 |     m = matrix
112 |     for _ in range(iterations):
113 |         n = len(m)
114 |         split = 2 if (n%2 == 0) else (3 if (n%3 == 0) else -1)
115 |         assert(split != -1)
116 | 
117 |         size = (split+1)*(n//split)
118 |         t = [[None]*(size) for __ in range(size)]
119 |         tj = 0
120 |         for j in range(0, n, split):
121 |             ti = 0
122 |             for i in range(0, n, split):
123 |                 startx = i
124 |                 starty = j
125 |                 #print(m, split, startx, starty)
126 |                 pm = process(m, split, startx, starty, patterns)
127 |                 for a in range(len(pm)):
128 |                     ttj = tj
129 |                     for b in range(len(pm)):
130 |                         t[ti][ttj] = pm[a][b]
131 |                         ttj += 1
132 |                     ti += 1
133 |                 # print(t)
134 |             tj += (split+1)
135 |         m = t
136 |         # print(m)
137 | 
138 |     count = 0
139 |     for i in range(len(m)):
140 |         count += sum([len([1 for e in row if e == '#']) for row in m[i]])
141 |     return count
142 | 
143 | # Both the problems are here. Just the input varies
144 | if __name__ == '__main__':
145 |     matrix = ['.#.', '..#', '###']
146 |     #iterations = 2
147 |     #iterations = 5
148 |     iterations = 18
149 | 
150 |     rules = []
151 |     for line in stdin:
152 |         s,d = list(map(lambda x: x.split('/'), line.rstrip().split(' => ')))
153 |         rules.append((s,d))
154 |     patterns = preprocess(rules)
155 |     print(solve(matrix, patterns, iterations))


--------------------------------------------------------------------------------
/18/18_2.py:
--------------------------------------------------------------------------------
  1 | from sys import stdin
  2 | from multiprocessing import Process, Pipe
  3 | from threading import Timer
  4 | import os
  5 | 
  6 | class MemoryBank(object):
  7 |     def __init__(self, total=26, default=0):
  8 |         self._registers = [default]*total
  9 |     
 10 |     def set(self, register, value):
 11 |         assert(register.isalpha())
 12 | 
 13 |         i = self._index(register)
 14 |         self._registers[i] = value
 15 |     
 16 |     def get(self, register):
 17 |         assert(register.isalpha())
 18 | 
 19 |         i = self._index(register)
 20 |         return self._registers[i]
 21 | 
 22 |     def _index(self, register):
 23 |         return ord(register)-97
 24 | 
 25 | class Program(object):
 26 |     def __init__(self, statements, memory, conn):
 27 |         self._memory = memory
 28 |         self._pc = 0
 29 |         self._statements = statements
 30 |         self._conn = conn
 31 | 
 32 |     def run(self):
 33 |         commands = {
 34 |             'set': self._set,
 35 |             'add': self._add,
 36 |             'mul': self._mul,
 37 |             'mod': self._mod,
 38 |             'jgz': self._handle_jgz,
 39 |             'snd': self._handle_snd,
 40 |             'rcv': self._rcv}
 41 |         n = len(self._statements)
 42 |         snd_ops = 0
 43 | 
 44 |         while self._pc>=0 and self._pc<n:
 45 |             command, register, value = self._statements[self._pc]
 46 |             if self._is_register(value):
 47 |                 value = self._memory.get(value)
 48 |             else:
 49 |                 value = int(value)
 50 |             commands[command](register, value)
 51 | 
 52 |             if (command == 'snd'):
 53 |                 snd_ops += 1
 54 |             # print('b:{0} c:{1} a:{2}'.format(self._memory.get('b'), self._memory.get('c'), self._memory.get('a')))
 55 |             self._pc += 1
 56 | 
 57 |         print(f"{os.getpid()}(pid): {snd_ops}")
 58 | 
 59 |     def _is_register(self, value):
 60 |         try:
 61 |             _ = int(value)
 62 |             return False
 63 |         except ValueError:
 64 |             return True
 65 | 
 66 |     def _set(self, register, value):
 67 |         self._memory.set(register, value)
 68 | 
 69 |     def _add(self, register, value):
 70 |         old_value = self._memory.get(register)
 71 |         self._memory.set(register, old_value+value)
 72 | 
 73 |     def _mul(self, register, value):
 74 |         old_value = self._memory.get(register)
 75 |         self._memory.set(register, old_value*value)
 76 | 
 77 |     def _mod(self, register, value):
 78 |         cur_value = self._memory.get(register)
 79 |         self._memory.set(register, cur_value%value)
 80 | 
 81 |     def _handle_jgz(self, register, offset):
 82 |         if self._is_register(register):
 83 |             register_value = self._memory.get(register)
 84 |         else:
 85 |             register_value = int(register)
 86 | 
 87 |         self._jgz(register_value, offset)
 88 | 
 89 |     def _jgz(self, value, offset):
 90 |         if value>0:
 91 |             self._pc += (offset-1)#so that the pc+1 in the main loop will be come back to the proper pc 
 92 | 
 93 |     def _handle_snd(self, register, dummy):
 94 |         register_value = register
 95 |         if self._is_register(register):
 96 |             register_value = self._memory.get(register)
 97 | 
 98 |         self._snd(register_value)
 99 | 
100 |     def _snd(self, value):
101 |         self._conn.send(value)
102 | 
103 |     def _deadlock(self):
104 |         self._conn.close()
105 | 
106 |     def _rcv(self, register, dummy):
107 |         deadlock_timer = Timer(1*5, self._deadlock) #30 sec timeout for deadlock
108 |         deadlock_timer.start()
109 | 
110 |         try:
111 |             value = self._conn.recv()
112 |             deadlock_timer.cancel()
113 |             # print(f"{os.getpid()}-rcv {value}")
114 |         except EOFError:
115 |             self._pc = len(self._statements)
116 |             return
117 | 
118 |         self._memory.set(register, value)
119 | 
120 | def join_all(processes):
121 |     for p in processes:
122 |         p.join()
123 | 
124 | if __name__ == '__main__':
125 |     statements = []
126 |     for line in stdin:
127 |         statement = line.split(' ')
128 |         if len(statement) == 2: #hack to always deflate to 3 values
129 |             statement.append('0') 
130 |         statements.append([s.strip() for s in statement]) 
131 | 
132 |     pipe = Pipe()
133 | 
134 |     processes = []
135 |     for i in range(2):
136 | 
137 |         memory = MemoryBank(total=26, default=0)
138 |         memory.set('p', i)
139 |         program = Program(statements, memory, pipe[i])
140 |         process = Process(target=program.run)
141 |         process.start()
142 | 
143 |         pipe[i].close()
144 | 
145 |         processes.append((process, i))
146 | 
147 |     for i in range(2):
148 |         print(f"{processes[i][0].pid}-{processes[i][1]}")
149 | 
150 |     join_all((process for process,_ in processes))


--------------------------------------------------------------------------------
/5/5.in:
--------------------------------------------------------------------------------
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/4/4.in:
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  1 | kvvfl kvvfl olud wjqsqa olud frc
  2 | slhm rdfm yxb rsobyt rdfm
  3 | pib wzfr xyoakcu zoapeze rtdxt rikc jyeps wdyo hawr xyoakcu hawr
  4 | ismtq qwoi kzt ktgzoc gnxblp dzfayil ftfx asscba ionxi dzfayil qwoi
  5 | dzuhys kfekxe nvdhdtj hzusdy xzhehgc dhtvdnj oxwlvef
  6 | gxg qahl aaipx tkmckn hcsuhy jsudcmy kcefhpn kiasaj tkmckn
  7 | roan kqnztj edc zpjwb
  8 | yzc roc qrygby rsvts nyijgwr xnpqz
  9 | jqgj hhgtw tmychia whkm vvxoq tfbzpe ska ldjmvmo
 10 | nyeeg omn geyen ngyee rcjt rjuxh
 11 | qpq udci tnp fdfk kffd eyzvmg ufppf wfuodj toamfn tkze jzsb
 12 | rrcgxyp rbufd tfjmok vpyhej hcnz ftkojm
 13 | jnmomfc jnmomfc bkluz izn ovvm flsch bkluz
 14 | odisl hzwv hiasrhi hez ihihsra qpbmi ltwjj iknkwxf nbdtq gbo
 15 | gjtszl gjtszl fruo fruo
 16 | rdapv gaik cqboix sxnizhh uxmpali jdd usqnz advrp dze
 17 | flooz flooz qad tcrq yze bnoijff qpqu vup hyagwll
 18 | lnazok dze foi tqwjsk hpx qcql euzpj mwfrk
 19 | ilb fmviby ivybmf gtx xtg
 20 | rpauuu timere gyg wcolt ireetm safi
 21 | croe szwmq bbhd lciird vhcci pdax
 22 | hnc ykswt qqqmei goe bri wmyai hnc qpgqc pberqf bzs
 23 | hsnrb wdvh iezzrq iezzrq rdbmpta iezzrq kemnptg alkjnp wymmz
 24 | ngw don ddvyds nlhkoa aaf gptumum ugtpmmu
 25 | vmccke qbpag kvf kvf tgrfghb kvf bhpd sglgx
 26 | obomgk bkcgo yso ttft vbw ckl wjgk
 27 | fli qvw zhin dfpgfjb udsin nihz ovr tiewo
 28 | tgmzmph hauzieo jmg tdbtl lvfr qpaayq qapaqy ausioeu jun piygx
 29 | jkp guqrnx asdqmxf vmfvtqb tloqgyo ioix gajowri tmek ilc puhipb
 30 | uycn zxqm znft ayal znacus kvcyd ekv qqfpnh
 31 | fqghur xtbtdd ztjrylr bpuikb ziyk
 32 | rvakn uqbl ozitpdh uqbl dsej xehj
 33 | laxp haz jyd xnkrb ijldth woy xapl iqgg alpx gnupa ukptmmh
 34 | dyiy dyiy ihb qcyxr
 35 | wbwkd hdwu zvgkn hdwu wjc sakwhn zxujdo npllzp uyr uyr
 36 | fxczpmn cininu akcxs ggslxr riyxe ojisxe
 37 | ppbch sampq dnct afikor dnct edsqy pnzyzmc afikor
 38 | jnvygtn hijqjxl vsd jnvygtn nqcqv zns odq gkboxrv kolnq wrvd
 39 | mroq mroq flsbu flsbu
 40 | fyshor xvpaunj qmktlo xoce wkiyfu ukcl srndc ugwylwm ozcwdw mtqcste kpokr
 41 | cfh cxjvx cfh cfh uewshh
 42 | bpspbap bpspbap fquj mxmn bwls iirhvuk dmpkyt exrn mxmn
 43 | tvyvzk ezszod ntxr xtnr och
 44 | knfxhy kbnyl knfxhy xhkssx lxru uprh nkxpbx oodolxr tpvyf
 45 | nblmysu iwoffs upgof tyagwf aan vovji ajk ywzq oyfi sfulz
 46 | aushzkm lcaeki mkuzsah ynxvte rsntd refk pcm
 47 | mgguob gobmug dzenpty gmogbu
 48 | yvq eepof rgnree nerger fpb stfrln ernger
 49 | hrgkbl mzwvswk rsrsbk ieru holco pajvvn ztgsr qkyp fyeg owpcmoj
 50 | fowda gmsqdca yugj mcrroxv mqcbojd fjnqfji qdfsc jqs
 51 | qnc rvjfz vvxk sjd xrma ucdjvq sbw zydyt dfzww
 52 | ocajazv cozaajv tqunkla udwf ecnnmbz lsakqg bki njnda zsdu ccfqw rxpc
 53 | qqm qdfya qxyx qmq qfday uqnfttt
 54 | rnbirb iapor qet iapor hxkhz dfvzig pedl ybyb
 55 | mkgamxg xkniv meb hbzmxjn dhbj zhbxjmn hdjb
 56 | ilteux pyutyfx mau lrr bacak
 57 | sjjonmn dbbbgs crxyuu jztstgd ezb uiabyaa
 58 | tra fle ufzlvf nnaw kec hiwnnlj tei wld iyt syk hjdczb
 59 | qmd jtlud dgh dbanock fzp dsjgqru wwvo jwvxwgv xlemfij jcacd
 60 | rpkx oxesil snazcgx fly miiyc ikmtmp oefyyn egbw
 61 | ypfpeu wldnyd acchppb yqwcaw wldnyd turbz megci nbgxq xkc ypfpeu
 62 | iqqv iqqv neui iqqv
 63 | ypsxm icqyup zyetrwq nbisrv
 64 | viommi toszx dpueq eyy cunjou ffcjc jaeez djefra pxvkj liudlig yye
 65 | fhnacbg jghchh ghjhhc iue hwqmo
 66 | vbjw lpn cizba ltnsfpz tzoweml irewlc uzckhpd mszal obd
 67 | yeos utxkft hflxkfe fxczge qpgigkc ksgr vuumql vhlvv
 68 | xzmkv xzmkv krecdi klpem jsbu nwcmik emfzxf cjmpgnj
 69 | vtkjo pmiv zou gxo qdiyxsf hwyinjk jhkgf rjq
 70 | dyuoc ywiyvch irfgl ywiyvch fxb fxb
 71 | tuz onhr syu rqya abkaf bcfx mbknex juwoor zmksl
 72 | oheg spjorx ksdy vwtq fxz phvtazk tcze lrxg
 73 | hew lbup botaj ltr jpd
 74 | dxgc tzinkej gnz hxvvub adsqmc dxgc asgpp rqbdcra goy pmamdua bhiacva
 75 | xqv ygb kihxqz vyv pjcny vmyvsdv cgsi nfyx
 76 | tqga ssshrw ndq qlbvwh huyd pxbgj qbxk dkkbf jxy chsobw pph
 77 | hxl iwph iwph xnr otifm ljhre
 78 | zlgvpd kapxpoc dve rklk ogh hgnp rbrmc zzkz hhmcx aklmo
 79 | sar gfor nkf hek nkf aql shc aql
 80 | dtcrw kfjzcjx qyhi bldson whwdayo mqtgt xhqzp ttqmg
 81 | omspdml isze jdl nvwo qrkm wztfg ssfgyh dryj jhp unsmty
 82 | jxt cszylng ifht ixtuna azoi xutqlv jtx tjx
 83 | usgm azuayp fgkby ezpyq jqwl ezofj
 84 | tnhvil nrvg moyrpqs sldx qymoff megflxh pyhqwms xmdw
 85 | zomy zcquwnv lzx bvcna yods mjp dgsez
 86 | blklyf xokd gpit tiysj yrwfhm tofx
 87 | dtig vhdp omuj vhpd
 88 | fogwxim qvdwig emdiv jvhl euwbzkg xvxb hwmqo ujdmlp epmykj
 89 | sjxll sjxll pedvgb sjxll
 90 | drvay gtzhgtx yrt okz nqf
 91 | haxfazn pvkovwb pgu tgshw mxcjf pbe nwoymzc mxcjf pbe hydwy jradcr
 92 | prjsloa ahylvj okbsj qbdcdjt pmfo pagyoeg vkmhjzt khzmjvt opfm xfrji gyjqyel
 93 | lzypt jdbtrad ogr jdbtrad heink
 94 | rcoucuq gdxewa rcoucuq whlw zhhm rcoucuq azaqohe mzyli rdvaf
 95 | yuag ebcf yuag nsotg qqzuxr jfmao vyucw wmoye
 96 | qwvk xemm hgqrr wyxkpp tojndm xlvzypw jus bgnu bgnu nklfwhs
 97 | daqi knenmku ccm xkiuy vkexsbc kvvdagx umopitw yaocnx yoakqql mllmsp
 98 | mrxgl gywit mfopia ncnsvw vdxek axuiot rsejua nei prndudz mnu
 99 | egqn gaa qgen urs mix zbn rhn
100 | ewharq aihy udkdaob kgrdd kgrdd kugbjtj fcef llqb pduxaq wcexmm
101 | dwtiw nelq hppad algxgf gcc upou akm efnb mxmhrud
102 | yxqaa ups okbhgt iet qns tqn rnjqxgp
103 | npmhdm cgds ldexvr typi jyivoqk zkgq vfyxu xgfo
104 | dkwnmr umm dkwnmr okpjw wqx jpztebl eqsib dkwnmr
105 | dxbild wpbup evscivq dxbild dxbild geqp ojfbpl jshvqej
106 | cxdntxs csfocjd pyy tuhws teb boyloz xfw scxh pxhonky
107 | lteucke xrgwy hszgzu hnyrcvb
108 | pfgsgwg dxzh fworek qbstod
109 | usemcrf psczxu gcjtr brls
110 | hjol efxczux bqdn gvrnpey yyoqse gbam ndzyj lbwb bhzn unsezg
111 | bapw xifz blupk qqdk bofvqpp wnbuwyt rnwocu lzwgtt zucag pov
112 | xkre lqvd juf lqvd xio xyg xyg
113 | tzdao ztheib aymcf aorg iyawrch hetcxa iyawrch czdymc ccv
114 | ucgl azlppu jvxqlj pest
115 | dvwlw fuuy mnhmm okrp ualnqlm uyuznba fzyejk yaq crl ctprp
116 | odfq knox mkbcku pxucmuf lpjpol phl
117 | ixongh hfs ruorbd auy qyssl kykwcix aytsm rlj aytsm duq segpqhk
118 | izufsk wedpzh podjkor eamo vqvev ifnz podjkor xrnuqe
119 | twyfps bmdbgtu qye qkwjms
120 | wlav htym vhsnu cocphsj mdsuq vhsnu jflgmrp
121 | opajag itwjhfu purnnvk opajag
122 | hpkopqp vnj aialpt lzrkzfs nwucez nwuezc
123 | mcx hzcjxq zbxr dsx tpknx fva
124 | rlvgm xrejsvn ghawxb efyos xty wdzdgh olahbtn rga efyos vhtm nsr
125 | cni mbab qtgeiow ulttn rckc kmiaju jvbq emyvpew cdlxldn ulttn brhkprx
126 | eykpffp rapik qki fhjgdyu tome ehjuy bibjk htxd vexvag
127 | wrk dpxt gwkuiov gbkif ike gbkif pcd wpj toywyf qzsa aol
128 | yqwzh uujn ujun ujnu
129 | srs ralwxrz yxvvmgp sjhbhk waasid cqtxoxf whcladv jkmaq khjbsh dlavcwh
130 | mdvsjh xaj etvxlsy fxgiy rgjesel rlegesj ptriz ebdyhkp kugxm dxv egljser
131 | lhehwrs mqevb ygmv gri izop qgb ivm
132 | loqqam alojlwg hgen hbyw qlwpun loqqam worgnwk kope
133 | phozre todsknr todsknr ibj mvllsar
134 | wuripy ruwlfbh wukbkey qhq iishw tvtvci xawvxc vxacwx hsiwi ogq
135 | xryq vxwupqa zhqex aquxpwv bnvxrba dtbxki
136 | yvvwh zvsm vqskhp vqskhp ggqqlw bpn wbuv
137 | kqz tdy goqwge ygn jgd
138 | szjjhdk zkpoo nxexz ebicc
139 | wzuemcj oyd qupulju iaakzmt vzkvz
140 | nppahov umm wpzev wxkgfxd owgekp bhhb bbhh dgviiw kdfgxwx wryb
141 | bnc rhes lmbuhhy kwbefga bnc rtxnvz bnc
142 | ani mggxf mcoixh zdd nai hbhzl mes bdpqr
143 | mjn uinoty jjegvze bjgqg yhqsxbt coj obylb hddude xqi rhfbhha alood
144 | cbjzj drmihy tfkrhsd nuhav hihzx bvblqpl tdd szmp gjgfv box
145 | uumhdxd cmwgyf vepr rwqdkj exwk
146 | hwvr ydvw bqefu kghes gvbhp awms iqsqes khgse
147 | mrey jqfw fwvzhps komj dayvs fbui zmtd cofn mrey
148 | dsjds fdpx irjj usndok qcctsvf fgk wvg txwxcl dxs llp zyilwtq
149 | xmkelgk fdukc cye legkxkm wwly
150 | enlny eynln cccku brkz dpof mwfoxcd yftmnqh wpebvyc
151 | ggdn jnysl dsacffw ukj hdae cmzxku
152 | uqhm gcachmn kxndfrl htmfis jfnajz fiqiypr kekho kekho ndcw ckrndub dejfna
153 | keazuq ertql rauwl keazuq obmh rauwl ksrotm
154 | jppp poigqhv repfsje grjk xwkyuh pkx ayzcj hoxzv
155 | yhjw pcuyad icie icie icie hwcsuy wcd yihjh jnrxs
156 | gaug ivvx ceb xujonak hbtfkeb ttciml cctoz
157 | dggyyi dggyyi gqlyumf yasu fwdfa cbb nncn verhq
158 | rhgcw gpcyct kiuhbg kiuhbg gpcyct jlmleo nhumm
159 | wulxxu jyjek hclcp ogob viex wiqcupq
160 | tthu nxgzpid kcnj mss ukapgkp nnc bxjocv qwxs oejwsif aywqtu brahkb
161 | dtde bgvb smu vbbg zhlu
162 | lyo nwjjmep ldbok wgxhto wwuh qfgjknk wnsl
163 | lleyr onha hkwulbm jfg
164 | bybjwd uoxvbh mvj iqfpnxs bybjwd zqtszp wvc lbazjr zkzenja cev
165 | rbuyyr divtslq yuqmyt ajyveb smxsjb nlk tzqhq ims fewg wpjhr gqh
166 | kpewfd beq klilis klisli eeezut
167 | euqh hueq ldoo crqurv lvrwh tmaewp oodl
168 | bqi lzrf jyhvxfh bqi jyhvxfh nbztd lwpdn cuzi
169 | srjylou phavzjd wost uxkaq byh sluryoj
170 | ihrdk bcegkpq nygrs qbcq wyjg dvzme pgzhjl vibg kvv
171 | ijsx iedemek ktlz gtga tbal lbki gtga
172 | vmiaxn kefig kefig vngxz
173 | vrdmfvi qts vlvhq vlvhq dihmq
174 | cfz dyrz zlw qnt vok fwvahg skshbqf hbwozdc ntana jdb uflp
175 | rimbj bxemw sfps krtk umta vnk ewmbx nrlje ymrtqrz mxewb kjxunbt
176 | egnuti ozat eltl ngueti
177 | qtcwoxq rmaf qtcwoxq qtcwoxq
178 | zws gcoa pydruw qsrk lrkybdf ugr wkrxoj nyvf vitwn
179 | tmr hhd dojid zwrj bhsim righ keqlep flzunou
180 | lwoquvy acjowxk tqudk oenvioh nyavyl
181 | rgh dfhgyke iff cpxhuz hui koe iff hui dmukrei
182 | bjiumig lcbmbgh vleipx sfawua rnf
183 | gftfh qwb tfdroe xbno qhgofm vqfoe mux
184 | ljdrr gyfggai iun nju xrucbis mhrcrh fukr obvuqc whlalfe xrucbis nju
185 | nxjmjr egqwg arllu xqaahri lzc ivt uhsti
186 | sqiepba rcmts kvesv nvp
187 | tiksw tiksw rjni gbhvzm ctbq zuqfyvz
188 | ibsnm kfka aoqigwo sqouih rxz
189 | jmymq lxio adtmk umyu sxvzquq bporqnb heol fow
190 | mepa eckq rqviawv dkqoei ifmngpp jiava rtklseu
191 | yuycd jiufjci yuycd uowg yuycd udq izkicbr csxobh
192 | nwu tfsjavb rruoxbn oepcov elxf rruoxbn rruoxbn azglwth jcjm ksqiqpv
193 | dthfwip zqnwa zqnwa zqnwa
194 | gso wruece ufl crgnlxv vllsm dpyfm wpa ctxko
195 | wvpze seodz lpq lpq pmtp wsxs ffppx
196 | yfxquj phvjn rtwieq rtwieq kgxztyu vbjvkc prqqd lyzmdo ojbrt ojbrt qiqjz
197 | esaezr rpggiy jey kbzrhu uthus osr xxaiijd qfxlf auhzbx gkigoqw
198 | yfhcj uvgck cds gjhhrg cmempgj yfhcj cjb
199 | yxi voxvtuw unwg jqqm
200 | igvjr ljz rus sru gbjtjt qfeg ztu zjl
201 | leof ocxns hbkoysh hbkoysh leof
202 | hab lyxmf yhh qeks fwhfxki xmbcak okqjii nfgzyg bhtfgdj lpmjn
203 | mgognh tad herere lvwnzx ixwqs zphmuuc etdjz kczsf
204 | mtej rlolsnn zbl uykek dpkan gmz etxtgj
205 | mihuieo emjgbp jgks mihuieo iexrfw mjdnr bvp mcuzea xkbusvi
206 | jvqpj bwt jvqpj bwt gxr
207 | qpnd fpt tpor bibbpcg hmvguez wqc afl ckviua gpi
208 | dntmcg jglm sxtnu sxtnu sxtnu
209 | fzkbptw cbfwo ozvwov wbv gcdd izqo ovwzov lolewo xikqpw
210 | nkxyxzd kpn datf fki werq mwidqx oiibor zizcjph
211 | xvgyxym zor ijoy lvwsf fjuara idvvq rreit mqyyy ctio tzwqqhj rnpee
212 | maqkfpk maqkfpk xukg sfdmnlg xjopvr xjopvr irf
213 | liujcd vnlkouy dxkwc gto vhjvtw
214 | swhqhj cas aupsd swhqhj cas bvbooii jquck dtdm
215 | igh iqicicf ghi pcxt srcrjx gmf gyscphv
216 | drplj drplj wopgpnk wytag wopgpnk
217 | zexe ilcqoh qiefb txkuv lirfzv
218 | ovvpn ovvpn uqeurqx uwzn hgmucj ovvpn sjxulms
219 | rox silka irhsvym kutus otasof tdneav pcagds
220 | mkja omu tyshbfq onp trxs lxa tftbv bnpl djhnc zdqfs muo
221 | tjj rmmqas cbbkxs qio pikk ykyew gxlxt nhsyl ykyew
222 | frcprg njrz oaxcmhc qben pedm ecvtga nzxwpb ior gaklot dpem
223 | zyt kncau spoe qlchg sqys wkpbng yflju qlchg vkve bzadbpa
224 | qtq pkaicl qtq mfkfqvr dnleiq brrjxsx uoyxh pkaicl yvmlug
225 | firwy imtlp ywl qfa dqrbazz ztzb pcsbwhn zesmlag
226 | ivey ivey mtvc mtvc
227 | lhize acwf moa cdeoazd voktshy qmvqq jvmuvk ljfmq tsanygc
228 | xreiqkc aawrovl pofcsg xreiqkc xreiqkc
229 | cjbzvn ozds iniqu sdoz gqmki bablvll krs vjzcbn
230 | izsod htkeqz entxn qtns prpcwu omfnmoy
231 | kwfb tctzda aztctd tadtcz gyt wunbcub ydiwdin xxk
232 | epnl ijcp giq ltfk zjcabve zfksmz epnl giq xxxbsom
233 | ulyukpa mdjsbn dydko uhkdt qms aaaj hustlwu
234 | zlsbu ohx jcwovf egf zlvpqgx qhejm wrywdmw
235 | uhxqrzr mmu kjxcalj unuohiq rri yzngnb ikvlxry mfiym qbksdx
236 | khqciz som yklmm jceb khqciz jspy jceb
237 | ncwggv njvi nqox krtsn lnm
238 | bgtqme xaxcoq qbtgme obqual vorfk baoqul lgrb
239 | jli tsbb nlxjc pkwzmz dlxrj hmho gzguko ilj iyaasm
240 | wlmw grkumg dynwtyo emxhhqr huluk slpqu uhqcmd absmr ufirmwr
241 | pbs pcammxv dplfr tzvmav nccyy blvyq ffhnz bccutq
242 | hgge ghge vxmvz hqxgjdg zab guo gheg
243 | ylj bucoyoq udndc wpgyrbx ueh udndc gxdsdh hdoz wwgqlg
244 | cjdeh gttyqe kdkm ltzd lfeozse quvjq mnwhokm kdv oojxm nxt
245 | mfkzus knqxt saxkqww njx zumsfk sbmcyad cpt agvbuv
246 | tukn vyco yobvsn bzgnn klrnzy kea thzk pxpwq ryfff nxzm
247 | ylbm lxlz lybm lzxl
248 | wgtxoij zad slgsi cvnxfg iomswwl vmx
249 | hkm yinhnkj kmh kwkw kayknck chur styjif yknakck
250 | rtfwhkq rtfwhkq zsf zsf
251 | sldq zlntr ueegiw kajivqc ozcbm ceft snvugom pdyc elppeed nnqrp prwwf
252 | lhk xjonc muc tudag tsafx mmivb dvrjbp qgrew
253 | hnzer fbgqp aazta aazta lxaz lmgv aazta
254 | victgxu victgxu mlpd ummrnbx cazjgnw isxcyp efy zfa cyusj
255 | gyojxo onzq gyojxo uxufp awi ilhl wefwfxr gcjlt tmliynw uxufp pdcnxah
256 | wjwachn xkuhfbp oky oky ybaeqkr rbuix yreoaw wepmye brvon aasb
257 | kiidorw vxtxiqx wtqvbrv efdth isel qbom vcssyc vxtxiqx wtqvbrv riafzsw mqzsj
258 | eurpjd vkhdamt tmfx czeoot hiz ykz lmixzq tfur jhzr
259 | ipuftpj qbll sqkkdw fwncmiv bri oeeh lehd ioh wag
260 | suima nanngc imrmc krq atxdo woy atxdo akev qlr aezco qlr
261 | cfc efwbzck ozkmcxv moczkvx ccf
262 | bnekky iakrk sask uwgnjp iyi rynev bdnas ldh kass
263 | sicmw vvjbvv cap nsumc xgvrlm wsoo uoqdu psykckm
264 | ugg mtr wnzhmmh tjxc ehwnji lwhu mdsckk yvmk enubrqo
265 | grb oxmxz ohu ytetedv ssx apzlppg fdkamm sxofc jdt ynmu wyejok
266 | umoep rbyqm eqfk twqnog cptbbi dragna ngqs ffb cexxnc rbyqm
267 | utizi ormkel wvwur bdx ecelqbv xiccama aag glfvmj
268 | znb rsuqoa uxo svc
269 | obs lbifa cffi catpd
270 | qkxwian ajlzjz wewduzp bbyv qmt fsr qgiu epinp ghmf
271 | hatg bfgmb aght ghat
272 | kuq inp dun cknbun wmwsu drlmmg kyxc bdl
273 | bddybth swdbf jhi fva qpobio bjwm wjaztp jywi
274 | mgckz vhveu zkemhp zdf xtiqqew mlx wazgd
275 | umbjq pya lvvxf jeavij rhrxvew bwjqgpr piz
276 | xaycpwo vjcuc qksc yuixhni sfbfb dydyaq gdfvb tggg xidphvf bpjdrl goskxym
277 | agxfoip gguif wvo agxfoip ntkbaw fbyggy ooft zxih
278 | nzvsu ffwq uxvfbl qrql olhmhom qhdltg ymwz krtndtx olhmhom nfsv krtndtx
279 | qdp jqk ustz xjripzv mnk grnodk pjwdsj uug zqxjqj
280 | mufrcox zunisfs ocvcge acamm xua vor bsde kxr vor kxr orccxx
281 | ncycbp anvcxay bmm wndmeaw oso knmk mmb wamenwd kmkv ppdd
282 | motdcn xzagzwu vuzt utffrn yuqxzrh uvzt ujttq
283 | tauoqy coiy ybesz tauoqy wpmr trquyne ahxbj jzhems dsdy
284 | aczq ypw pgmzz srfn quatjgf
285 | cih ypapk bfxvr euvhkk gugru auhqui
286 | vyf pssgfvy dnhvbfl xpacme dnhvbfl mzdv iynq hcqu
287 | lbzvbu hhxiq hdfyiiz iyzihfd xhqih uzdqyxr
288 | iapbdll vdr cprmrkk vdr dfjqse mlry flpqk vdr
289 | grrfkq xcpxd grrfkq dxc bjpr prvwh swoc swoc
290 | bopo chvwuhf qhd ieesl xey ieesl fnjcbe
291 | kic fyq hsucnu agwyl pzzmd hqksh psw
292 | mxf uau iti lcoz lpg zbu ocre wqlocmh mxf nidqj lcoz
293 | bypmix ptzxgmf xmtzgpf hrvzzq
294 | lbfw zwusma lbfw tuyyy
295 | lrf uej unswvh obgsb npbl zajr kenea uej qnyjcu wzufim qpzkgya
296 | qcrxj llyu kligt hlm ehwtbx dda lgsvhdt xewfcv uikn
297 | nfzjx izqdbq mfbxs imiuc yqxb xlmvix izqdbq eflqfq wku omgtuu izqdbq
298 | lasdwg hiy btzt eefd eyoep icn nnmhg otml rek luixac nyzgn
299 | vekteds utsuxdx utsuxdx vekteds
300 | feyov qrij zbebwg ijrq seplram wttkwm zewbgb kzuhuh
301 | dmkgtv wohgqo ddtqmv zatahx mym hqowog tkmvdg
302 | vhha wjrmuyx kqh vyyrj xzchbi ejsdq orlxg vyyrj dlrc
303 | yetngqn zdtuqox hkarjei fqpsgh eaqwbg zsssog ghb gddqqzr hbg
304 | obldb zsrhz zxp uxphnev mwnbc pfjft fms xwslk vjm fxy
305 | nfij dbfykv ttq gyjgac igxuyqi gtiioqx ilhdex dbfykv uyp bdiwya gqf
306 | pffzruz vogfosh dcs wje
307 | pohhf fhpoh oon yyz
308 | xxuam afwm qxl lnt syyr bwxhhf sozauq shlhfmz kwnn milav ochq
309 | wefcqrt gejw cwerqtf fttf gjew
310 | jfsvnmr osca epwtle pgfif sxom
311 | exlfzmq nakp rgdnx rrcvth vhrrct aajjdrt ryyg dsozd jdqlqj pakn iruv
312 | rmcvo txszcs xxhyxz hbsozk wshkocf rmcvo rcbnt
313 | kitz yjgney yvkymef nauj hmllsgl kyhm kqr pzsu rcf pzsu qpte
314 | cdinpx bfur mkj naz ihkheyr nohhoe
315 | ylris xeqcgup wap bbfih tgfoj
316 | ina gnlnm zyeqhij cudfuf ipufae bvkdzni aat teqsg cudfuf bjokrbl teqsg
317 | aedx edax dnfwq qndwf
318 | rdngdy jde wvgkhto bdvngf mdup eskuvg ezli opibo mppoc mdup zrasc
319 | qcnc iaw grjfsxe gnf gnf
320 | zbjm snznt zelswrk gkhlnx dqxqn qqxnd dmro
321 | zisecvx ztezof uzbq otnrtj qsjzkwm ewvcp rlir bfghlq tgapdr qxmr
322 | ipnqj opjf vabyoe wkwnd
323 | wyf mfqxnrf apm snarf jqu aaghx pwecbv lvghayg
324 | acncv jmmbwlg oiphlm ifuo cvt
325 | pvmb egansnd zmh gcuzzci rrxpslv ubith
326 | uoleptg xbouzn xbmg cfh cpn wpqi xbouzn xtxis sxzpns
327 | rilybri kurbpq vfmjpck tjyogho hfyxad svfofx lfbbhxj khaerfs iqr
328 | seaebgz wlmtkre qguv qguv wlmtkre
329 | sgo edkxya zdqgwtt gxu nibuu rairqoq mzxli dci qsv
330 | tsol mdhzqr rmaqnru ggvcq arbwkn hlkcnj ljkcuof
331 | mmliphp ocup puoc eijjv
332 | gmajqpb ijki ijki kvz
333 | pmqss unhlpcj dlkll nuhlcjp expe tlurzmv nsy vlumtzr tgseozl
334 | gkvaoni hsba hsba viuedv phyoclp fdq phyoclp febld nqfs
335 | rxvdtw abn pntv qrqfzz slsvv abn lrxix mnu npot
336 | ghlfjp woy xwkbmv bkahpkj jve cncvk jvdype fwgvoju yrkwjp gwfvln mvkv
337 | kmluh mie bby fwer chsinb ojglqr nqk mie
338 | yzmiu igkgca ybnsqja jpfejtp yjddy xsosxfi ingx qwuhb emrkwpx idqjmmm
339 | btrllw mphm dkvo ewdl dchcul yah btrllw kmqi mtvgk wtb
340 | hxsgard yuikc lykt tdee adprp gpougod klnzk mzsmlb
341 | hdn znblw ifoblur bwzln dbv
342 | smofpbs vjuyiro llk lfzesga tybu tybu
343 | gffnpug xaup iqiyz fjkpnkz drrk fwyxw lwzfskz gslwpmv vjxylva tbkyo nib
344 | evydmb nhwuiiu fkerq nkgbuyy uclrs ydjgglh xhotwbm riirgzt
345 | bsub eavbt uvd dpzwyt rhn khrbptt xszckc djnfxju axofhat powmso nvdffrv
346 | xtuykl fjz mbikc xpnx hmey fjz fjz
347 | rkls nwdcsyx rkls rkls
348 | tygml untequ ybdfumz nqffbq uipc sove hfnqj
349 | ytecew vven koqn royynd qsn ksl qsn sdw
350 | hknlw qwho whoq oqwh
351 | lzmmtqu qvhyeo cnofuj utpwkjz gnirz yhhu aodbnd
352 | zsr axw kwtzcv tydzo kwtzcv lkxsm
353 | rbjtqe nihifd gvdxd bpxzy rxteky vgcgllv vbbua anygiup rqo
354 | dpd wblfwp wblfwp wblfwp ygahc tqjbaq
355 | gsw gsw pacgj xmrcz zmxhmch xmrcz
356 | pdq rhe xqmq lgpkhg fyffrot ovnqh wle
357 | tbjavke ypzzrj jizx gdxoh icjsat otfh fmygumv
358 | snch nxlgjgp jeyn sxoqfj jtage jtage iuice
359 | rtb coefuj grwg grwg rtb krhqnma vfhgbr
360 | vhegtl btorwxg szcev kbvkx itsk nlzpbed
361 | hiukrf ilzkm yllhh xsgwkdp zyy kjbv
362 | rfcg tdorci zcj wzftlv rfcg rfcg
363 | lgbc lzizat vsno pau nvv vsno bbr lzizat qhtb gwp
364 | sfwnio tcugjk bsfsz ykyfwg ibkap fsrvy mygk kzunawx zyhyh
365 | mpavlh qps bylh lttjkz rqabgk vewb bwev tlzkjt gzrbxga ktmso prpkj
366 | gpf ims ynh ffrs vpa iemp gofh cgbauje
367 | secys qks mcnfhwh drog kqs pajy zoltkw lfihnb myb ioxptu
368 | ytq nrta ouk ajqblf yuwwcd zdy blyoxbw dakk nvgi bzrhzaa
369 | nkoych sufiia xkdvw crtldee zycl qblab egqhr qblab
370 | nllno muxaf vds qjnitmw zkpj wskyhft kmqct xamuzpw qcai cdjtbt kaxv
371 | qzdytpe osr fuw osr qzdytpe whperd rydwdcl knoa
372 | zkdznhd peh duoygr zamrgl irnvj otpe pltpq jdkecg
373 | byzgw rece iigdug ehif tpgje
374 | ccnn foqdran gbctca tefdjxh ntcr rjciii xip xlss crl wvvhzqm twyohf
375 | dqyii milqqc qjgkojp qjgkojp ryde
376 | tdkyj tbrcud tsba vqtmb cjwxnf
377 | hqhmq wemvrce nagig pwnw nagig epg nagig vlsi
378 | tqgvw luoplw hccti npjm rytdruq cylrsun rytdruq vjsbjl rytdruq ppti
379 | itgt tuwc itgt rvp itgt tigns eipl ksmru
380 | pdw wdhtkn nbdbpn wff zhuuipg rvemv qxr
381 | qgkwdq cjilayh ymeks mrpuzai dwgs stfstgz ucvqhb yout oiq
382 | vpxik ypfr qytimvu qms oxbmw ppyfx
383 | fwwidn gdhd pyuexk snsz iwndfw
384 | lfcb sllxjna lfcb hpzahfg mmvgaa svny jhuzd
385 | unyg gicmzd fwc spkciy toyq wjupckd vzzx iuqgka ytqycb pxsufj
386 | goj tnrcml eyizngj txa xrkiw zvu igduz
387 | wek xrrlkna clyof rrlnxak
388 | cjm rmyuku vjom gtf
389 | buk cfae awstd dywgqp hxo wcxvf laihqw xdqfes wdbh qceh uzlwj
390 | sudguo dxwplto rlebdh bkamu dxwplto
391 | crwkyxm yuz kjtdhom crwkyxm
392 | trhc sduorxr aizfryh rsudxor gbyc
393 | pczkyl bptp qnn nxmpwsx udrg hhlb rubtrmx twzodlp xygnht
394 | jmqct cden yfajtkz fevcw sxonbxz sxonbxz qkzkm hhngr fbv
395 | sdsnm mwvicr wypfi cty ndbowr woiz mrauwzd qlno mwvicr
396 | vteyo fng lvr lxytn txpj milg
397 | wjx ahtmgo cgwcaj kaxae fhlvlqf
398 | ezj eetqhzu upwda iiefwlk vyvby
399 | imalvy yeghqe jwcu mvrod cwju
400 | bxnmsa yhfu npsdar tsbri hfuy sirbt oofxmy
401 | fkndt elbjtn vepqtxt elvpf fpelv bzkgag qttexpv prblwb
402 | rmq iqs yvprnyy iezqrzm wlqsrr
403 | yviovq lekxghj oey qwhzj lxknxw qiyovv ksnt jptz
404 | tyrg cifxt hugqf tyrg ffuiv jmax qyw fozfosq ffuiv
405 | nmg rsl jpzazd qbtlf yxqtsj czwmdfd bamge lbjdof uqy jssc
406 | cbx boozjip pwgvzlq rjz kxy kxy hszacok fvsq jhnir cnsba gafz
407 | sbcuxb wfur nnnfqjj fdwg huhe sbcuxb
408 | icwk qelbxs uevp qped zsnhh wpuok wddxsln ftnzupr ruxol cgxjb jbhh
409 | izcp htykj xxmndoq amnspe htykj
410 | vverol oixwlny vqd tvfzu henc gnyrwr
411 | ytxio etytsx choynep zqapo hfjit
412 | lkvgr oyzfa taiqr jok djatvy ckif tmdw oyzfa zroy
413 | jlgpyp kkqysg oqjki hjohoug hbhta muilz zft
414 | sumfyu wftcu bwwdcy lezimwa qwvxv zwh mqyv bmfot aii torcol rnt
415 | tpdj xrw ccsbnh fhptv fwkxjfm dmqaokd bjci
416 | zxi vmf vmf dpyg
417 | sfzxysw lcms bkojtv bkojtv
418 | opywo qll ipkitr mtwp tudrr svhyp huz bxsdpn xomfy
419 | gkod luo qrosbp orbd rpsjzyd rlh gdok tze
420 | nusiuq nusiuq zeys ahufexc
421 | veno jntg avtmtdn qojxru zegdcql odfcetz pgehau
422 | uqun vigjm ykac ozlelj danmji bibugox
423 | rpuozh ajwru rbvuevv uhzsq
424 | iawoe tyb aewio ymf byt inijv ctu fcys micsgzl pbby alt
425 | gktyxp ris mqpfm bkqsfl nrg idbbcxg jhcf
426 | qibt invvv qibt luitx rnm eby hrfbmwl wnap sgkzvb qlwc hrfbmwl
427 | jwkv qecsjbw lycgldd wjvk tjcp dycldgl pzrvr zrlcf kji
428 | nzsrmiq nmhse ilivrk kqv
429 | besmyzi imkgpt iekbjax abxeijk uvzs wwv
430 | jdocl uki ltswp tjkljc ymce iuepze qygqxzs tei lkry
431 | hhyfy gvzd mqksxlq czn afe mesnag eep frwgekg mqksxlq phpy
432 | ehg connnza ekt ddgokw
433 | mpbsoms uzhzl xevww ztt uzhzl
434 | lftybr firc awsud dsxdkk ltf ipjv dtx lcymth
435 | vkcpb gxtxq yioeq fexj xxgqt
436 | srvca fslnnvf nfmkpvt egw wemumq jie vznf dzsjw cukf kcvyir
437 | yxjkl lyjkx jyxlk kgc xtz
438 | tpoe xzov csp leleoqo noyre tdhf cyib sjgtdx raehdw nmcxp
439 | qvt uhznqe bpvos vtq ddlebtd tqv
440 | xlw utsxs gpia rvlvnts elkxr dddihy tnrslvv ibf wlx bxg
441 | cwqnnrt rkkqyf dye yde fzl pthanj
442 | boc rqjenpp xjqte jteqx pvoofc pidqe ruoucy gvnro ognrv
443 | qhalb gnazwc fhl iuti
444 | clnbjfo nnfs nnfs heymvr oarew oarew nxu
445 | lwtrotg hiaxwj ymzbly nvhzjhj zlsaheg nvhzjhj ymzbly
446 | rrvi tsjp tsjp tsjp killji
447 | rpx hiclj cmwq ibhj nfd
448 | pvwymn iebkd xmpw vuhhkap ksw zigzy mzzyyxy rmuh iwwhea cglfq
449 | rlwelgy sffml jin qsdzro xlsty mgqzuu etxjuo emzd jgnoyq tkjuy vfvb
450 | tkctdj hhkuc viskmy obw
451 | zvjkuj akeky ikj jqd hfhzbwe bkc
452 | btev nrdo hcyiuph stf qharfg vpmel mpfz nvs ytgbbc
453 | ieepn ndueuw svmdr tcvumw mceyrn mrjwhyl tbdj mgrgvz
454 | uxrs ckyi xpmqm czzrkl cjp
455 | nlliwd wrqkrkz yjmng nlliwd zirde hcjjn wco ysf mgl
456 | dxti lcahe ommare izlwf ramsfb nzgfvo ijvm fwymrdu bndq
457 | isxy jpvuzu tdduyhw dixp cfa fkzbteg ytoi kepk ysf yqcpi
458 | qmeprfj soqo ncgeor cqsuuj grzy wogxy vyblnbg slvtry vdols kka
459 | ltykfp gtzl olrp gxend vapee deq
460 | emywfbn dbfiut rkt wvwe dbfiut bwffhea yuzcxv gogpicp wvwe
461 | vqvmrp ofbk dlfabd jwllzxk obx vqpwjj umvng tqwis fstxy fstxy
462 | miha zgvyux rmraszo xwf
463 | kjaagk btm kjaagk wkewjrg kjaagk
464 | lbmli aizs omrdr gzktnx asiz ptanzpa xlo ljre ckyb wob
465 | svz dlk rijagg avxmg fkzwhk uro gegm
466 | dzplum temdw jqnm tvxcww bmg tftttpp deuw comxey xfimzjx caluczi nqn
467 | uwvhxa ztkd nlsdyt vihl julkwwv uzch dwakhs
468 | wkhuihh ycrc cxff vzcfhpp uegfd gaok kcnvz lhzogq lwa tyrypvu
469 | idp zmrrzp zmrrzp nktp xsnx rjsxn
470 | eybrnib ivgntl vaxsbpi eybrnib
471 | nzvnq xvbfa pbhwwh ylju runvsj imlx vztesn
472 | nfdohd nfdohd gtevnky pivjyct ihvd fzcsrq lko fmqk
473 | kwpkks ecikxu bcxswlt qvrxm sbcqmh
474 | kdjrmj piuh kdjrmj vnaf gyedkg vptxgm xezssxx zsg qjzpo zsg
475 | oqo sley aqx qmpqb fgmylbj egd zivj kepxizv kuakyn lunbnd
476 | hmcf hmcf xlhgc hmcf cdlm buofnx
477 | onjcj yluonz kzmk phqo phqo phqo
478 | ohaafy efl bnkkjww wwjnyoj dxeaig ywnjjwo slk hrbebw ohlyju elf
479 | msohiqz aunk njki bfktdgi htmyrj mgx
480 | numlzrl rmnlulz glb ltt fhbajz gqxpu
481 | gko hco oai ryq xwy sdqosft spjkiu cxfhg ycwpglh noy rah
482 | btzpjem brpk vqr atxu rhlh rqv jmg fvyus
483 | phmxxgj ejx xje qtk hsb kqt npwj gqt
484 | hujyjp nwmsd ant zipuya lrkahww uwqal vzlo qmbo twkjkse ufivi
485 | zfbnyz fwvh xrnrw usn zin daq iwjzj
486 | yykyg iwypfy hehqnl cjvk cevdrec
487 | gui muuto wsta glqmx gfo rdmbv mxwz gffzt eejpw gion
488 | lpng nduid iqbpu nduid knrqd
489 | xwxn oefpckv gjaua ugaaj gjuaa
490 | qxk aeql trqdmqc crzlinj crzlinj trqdmqc rijcne ewyf
491 | rfv qmbe fvr bmeq
492 | upqyfw lowzq wpen upqyfw gfskbil sljuzh wpen
493 | bdcara qyhx rtaez qyq gbyr
494 | evzls qxtxq clzd svbgqi zxlzgss vtrre fko eebo qjyl
495 | zaapeo kpwhz tygknau nyd pch trp xqe
496 | ypzcafg rnqmbh qtteg sncu ssojhhm zonfym thir xmgheb wqj gpjg ssojhhm
497 | wvcwyn xrf muozyya lasdp xpjgu kpqv zkiihiv ifje cbdlavg xbied hfnaa
498 | qqqb rettz rycukl ihpkhh
499 | dnxzxqv znb znb fbxj azxtezb xvxa
500 | peqkd xlzqkov esgnw ucku hrwpfxd xtd vnig vlmfp ajte qswr kqoj
501 | dpwy oavzkk dwyp ehij upqxgii pydw
502 | amfc hfv xmqa nqvn cal rqmcq oej amqx cla ntxj
503 | hqhhe qkbhwli wmhlcq xaczs peywuo
504 | vcr xfv xfv kymo qpszwzo xfv
505 | nmrbur tswo xbo ljlrzo bmhpgc pev zovkznz lok wbbhtkk
506 | tojj lxqgr rhjavrm ndsdup gdbjwaq cqpnl wfaxivl rfry ryfr udspnd
507 | beffod sknlph amb feobdf
508 | mldgn jxovw yuawcvz kzgzwht rxqhzev fsdnvu vluuo eycoh cugf qjugo
509 | tlnd qcxj ker fdir cgkpo nrqhyq raef uqadf iahy rxx
510 | mhvisju lhmdbs tcxied xeidtc ujry cditex gvqpqm
511 | cgc jazrp crgnna uvuokl uvuokl uoiwl sknmc sknmc
512 | rvbu czwpdit vmlihg spz lfaxxev zslfuto oog dvoksub


--------------------------------------------------------------------------------
/7/7.in:
--------------------------------------------------------------------------------
   1 | yjmbbu (75)
   2 | zdhvqrl (40) -> fpbsu, fwpfjjd, viqhfi
   3 | dywqvqh (9)
   4 | gewgn (31)
   5 | xfekjt (67)
   6 | zezowe (31)
   7 | wgqkdcr (79)
   8 | ljhwzvv (258)
   9 | vustse (1584) -> ffnabs, qinmi, qhafxnl
  10 | idfwjgx (112) -> buoakk, itwbpot
  11 | lxesg (71)
  12 | qkbnq (99)
  13 | jppgd (27)
  14 | ztghd (125) -> bcibchp, aaheijb
  15 | qcrpdy (29)
  16 | fwidkbp (152) -> mnkwo, ehjooz, jvccsp, cyrrjtx, imynb, chnkkj, agywjrs
  17 | nymhem (52)
  18 | cazid (93)
  19 | olspit (121) -> bqtas, fhuiyrl
  20 | ayteb (92)
  21 | hjucki (58)
  22 | wrqtk (305)
  23 | jfjemon (217) -> bjhickt, uacjhqx
  24 | mcmqliy (925) -> coopirx, ekohgo, ioywk
  25 | rsancy (70) -> aeuub, vchuc, heacb
  26 | zjwpbzs (23) -> jysaup, pgubexv, lckuoqf, eeguu
  27 | qflouyn (90)
  28 | nswximo (65478) -> ibjvonk, sdhtguj, dxyifeb
  29 | rymkqd (102) -> vgqeyx, zezowe
  30 | wlujpl (92) -> sjwhig, wymfopy, ylfsnz
  31 | imcczga (95)
  32 | xehdglb (52)
  33 | twubx (46) -> goimlra, vlimzz, xaoncma, gfzbp, spdhhoe, fhmauag, cyapi
  34 | yjhes (72)
  35 | ymcuygn (81)
  36 | yatbsip (19) -> bkdtinl, nzqcq, tkmed, ysbrui
  37 | yipoeia (58)
  38 | chophr (27)
  39 | tdwtlf (305) -> epuaii, idfwjgx, nwikpdm
  40 | emzrj (119) -> aimav, dtscjna
  41 | vbxmpc (7)
  42 | nrpxx (21)
  43 | wgexpa (103) -> paxzd, vgdwm
  44 | vnrmx (359) -> knzppj, gkkgkp, ttwfig, vcixs
  45 | knltna (677) -> zbhtee, ztzwh
  46 | ojvlwm (52)
  47 | bgflw (27)
  48 | lsdrwz (73)
  49 | hswzo (40)
  50 | spwgm (351) -> mizab, cyzkk
  51 | jlnyr (16)
  52 | nwikpdm (36) -> ihwaeuw, wwkeej
  53 | qbmtmcs (34)
  54 | djirpp (19)
  55 | pkfhp (59)
  56 | qfypnb (76)
  57 | jzequar (272) -> mtcrswx, wkcyd
  58 | tttle (71) -> xlskkfi, ayteb
  59 | zbhtee (48)
  60 | iriun (9)
  61 | dwezv (73)
  62 | tojyt (58) -> dwezv, nbngkou, wnjtb, rarkunn
  63 | bsorz (27)
  64 | qvkotfd (337)
  65 | azxjd (268) -> exeub, lryzkx, nqvxs
  66 | wpxxh (998) -> wrqtk, yosnw, vyxfljc
  67 | gwournc (85)
  68 | aghdlll (88)
  69 | lejgcu (19)
  70 | lxlbt (363) -> oiosol, mpchqe, bsorz, jbpjt
  71 | nbeagw (94)
  72 | vbbgeo (19)
  73 | lqfyzo (21) -> tggkm, zdbqs
  74 | vqclii (331) -> dmkbnot, omdpc
  75 | lhmnd (216) -> onnylx, khaupo
  76 | wwkeej (60)
  77 | laczal (99)
  78 | xrbjn (20)
  79 | qvteg (64)
  80 | ogbsm (92) -> xpzhy, mhsjkm
  81 | ymckwqo (41)
  82 | ghsjtj (271) -> hhmwlo, faixe
  83 | sjrxs (259) -> mnijdlk, hygfoe
  84 | hdvel (197) -> upuxd, dtstgj
  85 | lckuoqf (78)
  86 | yppydul (91)
  87 | frirj (6)
  88 | duftj (42)
  89 | dnmvzeg (64)
  90 | cpazlc (19)
  91 | krxyaak (198) -> maqgick, xbnmvd
  92 | oyczfgb (395) -> rxcnn, ktpte, qybmgto
  93 | oxiuaz (12)
  94 | wfphcf (6)
  95 | ihtnbb (87)
  96 | omsroa (45)
  97 | lybkeg (6022) -> oyczfgb, jzequar, yrcgsnx, ujulj
  98 | agywjrs (184) -> anpnrdt, hgdbaol, hcjmsd, kzbvrxk
  99 | tiujei (34)
 100 | lwencl (28) -> ieusgd, mthhq, fsuzqyz, miwoup, isrtfc
 101 | wekya (34)
 102 | bkdtinl (1167) -> ojsjuts, euoclfs, xbkeua, mykrcq, jjsvfy, aazxafl
 103 | qinmi (1896) -> qshbt, ruozmjk
 104 | yfmxvay (46)
 105 | kgpwo (52)
 106 | fgjjwep (14)
 107 | odvtiti (76)
 108 | ienye (19)
 109 | tcvabyz (99)
 110 | ycclns (7)
 111 | njogewi (30)
 112 | bfchbs (87) -> jykbb, qnbfk
 113 | dlbzng (99)
 114 | xnmvtem (51)
 115 | ccciux (94)
 116 | xwlmsqy (25)
 117 | wekkbw (17)
 118 | yipzce (21)
 119 | hcjmsd (10)
 120 | upvhfmn (68) -> fvlfq, ivmndi, ussmw, ccciux
 121 | hacwv (50)
 122 | redqvw (269)
 123 | dtpexjq (52)
 124 | kmlwj (84)
 125 | mluykm (19)
 126 | ucbbun (114) -> hrqzqqh, ccuarv
 127 | kymhbse (155) -> tznudmk, hnlgkv
 128 | xomnhw (185)
 129 | nsmoh (65) -> ceuygh, acpfsnb, vgubuy, apkwi, yoeau, pdosfg, lfpzff
 130 | zvepqr (51)
 131 | wnotwt (99)
 132 | lcrwbqi (27)
 133 | hdlqvlg (27)
 134 | iphgmyt (160) -> woolxv, ewyzqg
 135 | ujulj (50) -> cazid, npmwcx, yeooycn, dmeee
 136 | zjaklmn (52)
 137 | bjrpalu (53) -> rhodopg, tcospq, cvrcvgp
 138 | azdei (48)
 139 | snzfrer (149) -> bhsbd, tgdzl
 140 | zsxizw (18)
 141 | fwpfjjd (89)
 142 | fndxl (36)
 143 | uzrnud (14)
 144 | igyxt (41)
 145 | vxdkej (135) -> diomq, qokscr
 146 | gjuekv (5)
 147 | uzufet (143) -> fgjjwep, uzrnud
 148 | vzuqbye (87) -> eviqjr, cgxsmq, egmfbdq
 149 | zirocl (29)
 150 | jonshpm (99)
 151 | zmlth (154) -> zhxhkgf, cokzlht
 152 | bujroda (51)
 153 | bdvtvcu (74) -> tvcod, ouamzwh
 154 | jdrdxu (36)
 155 | troyu (29)
 156 | nrczsn (86)
 157 | aihow (92)
 158 | gaihmf (84)
 159 | ehjooz (124) -> hgwsl, mefxonk
 160 | omydd (6)
 161 | raevpsw (64)
 162 | aylmbfh (188) -> ddspu, thdwfw, kxnkbs, rziezq, jfjemon
 163 | diomq (65)
 164 | jjyjrtr (87) -> fjduphn, yjvgwdl
 165 | zsiziaa (38)
 166 | lyptirp (8)
 167 | lctdjj (56)
 168 | pbtks (85)
 169 | jxhrar (227) -> barnhza, iqovqp
 170 | neqfzm (13)
 171 | dhwauy (48)
 172 | qvjqfi (80)
 173 | ivstcsm (72)
 174 | aabrjf (72)
 175 | jvccsp (86) -> gukuqw, hpmbkwb
 176 | ddspu (113) -> yjmbbu, dzbrgb
 177 | zgevpxx (48)
 178 | qrrey (588) -> bhvmgw, wgexpa, xiotwdk
 179 | ncodn (62)
 180 | rbcqgqv (75) -> imcczga, xzurwza
 181 | fpxtub (11)
 182 | ldfopw (30)
 183 | ewyzqg (49)
 184 | iuhlc (6)
 185 | oqphsw (2722) -> iueejt, ekdqf, btbxk, jdshuob
 186 | eysrnaa (71)
 187 | ojsjuts (176) -> njxyw, dzasw, rpzaqc
 188 | ozyexx (83)
 189 | nnldikq (316) -> upwlxnb, vbxmpc, dgwcz
 190 | tfmtk (69)
 191 | hwctdr (76)
 192 | rothisa (66)
 193 | qnbfk (91)
 194 | qcgxvx (99)
 195 | igyiie (237) -> knirl, trbzi, auxvur, rvhxik
 196 | cverrt (52)
 197 | orrutjs (93)
 198 | ffloi (25) -> kflize, icgwppo
 199 | phrxnli (21)
 200 | eopxpo (41)
 201 | vlfouc (62)
 202 | fdnom (87)
 203 | wuxhvnx (86) -> ikfpktb, zcvipz
 204 | flefy (38)
 205 | yoeau (206) -> rfwgtb, drmyco
 206 | ozatmpe (34)
 207 | ydbri (66)
 208 | tufds (42)
 209 | pprhx (57) -> xitzb, zqyua, dtpexjq, zyradhz
 210 | zhxhkgf (29)
 211 | qwzmv (52)
 212 | paxzd (53)
 213 | cyzkk (60)
 214 | gyjxkl (37)
 215 | pzpjw (54)
 216 | svayf (89)
 217 | xxxqpkx (7)
 218 | imihjj (69) -> yygqky, qlkslp
 219 | tkpvf (47)
 220 | tljdqy (81) -> sxllorg, yatfpqx, zbznuyf, kymhbse, rfmeug, tetmzw
 221 | iphzyj (260) -> omsroa, mxupea
 222 | xiotwdk (177) -> jlnyr, nsqqw
 223 | eyyzy (274) -> opuaau, qolnvo, jxhrar
 224 | baewpe (55) -> svkdyq, hitoud, zvnxfa, emfctr, facrq, vykqcnj, bckuyxm
 225 | barnhza (20)
 226 | oafnfo (51)
 227 | pjcttzo (50)
 228 | aooni (205) -> xrvbzya, gvjrx
 229 | scchi (48)
 230 | zcgrnt (73)
 231 | pmsdv (93) -> pyypotx, marzlxh, zvepqr
 232 | kngbqid (89)
 233 | iwhqlr (949) -> ztkgsyt, ffloi, hzgig
 234 | vyxfljc (92) -> pyrlph, wdsiq, eysrnaa
 235 | hddzn (69)
 236 | cxvqvjz (136) -> kfrti, nslettz
 237 | tcospq (96) -> aabrjf, dllgpye
 238 | mnmwzz (142)
 239 | xfblj (40)
 240 | vfwegiu (46)
 241 | iphncut (138) -> wslsg, qhnaxuy
 242 | algqhtz (37) -> qeojk, sybpano
 243 | dmoxr (73)
 244 | tozktyo (29)
 245 | npjxq (46)
 246 | uvfyo (675) -> lxlbt, gnjvf, nfsuzef, spwgm
 247 | ollhxuy (821) -> vefzbc, faecnr, geldsqv, xneoi, cxvqvjz, jgkvfa, xtwdx
 248 | ksvfdcc (72)
 249 | avycyh (180) -> hwosyg, alqim
 250 | nsqqw (16)
 251 | nsfsj (99)
 252 | tpphe (64887) -> yatbsip, syzlt, uttujj
 253 | miwoup (40) -> gyjpoco, apgjv, eknui
 254 | iljwgzf (92)
 255 | bfuywyg (82)
 256 | aaqdb (44)
 257 | fgbyre (11)
 258 | kywfqzv (41) -> lajidkr, gyjxkl, wfhyr, evhsybt
 259 | aiovxpk (95) -> yoxvx, pbtks
 260 | hrovawq (50)
 261 | ajenoz (48)
 262 | aeuub (53)
 263 | gxjvj (163) -> yiusa, nrczsn
 264 | ippzix (9)
 265 | ttllx (73)
 266 | rorqy (43)
 267 | dqash (96)
 268 | lwvnbzs (24)
 269 | ckheb (34)
 270 | rgfndsx (18) -> qkbnq, welll, bkextqn, wnotwt
 271 | rsazi (62)
 272 | rpfmi (52)
 273 | uxslfay (72)
 274 | aemgsa (40)
 275 | jfmnsqg (85)
 276 | ggnsa (114) -> xhmfmo, azdei
 277 | lndaa (175) -> qvjqfi, iyuuh
 278 | kjdoubx (128) -> eopxpo, igyxt
 279 | dzasw (47)
 280 | emfctr (9120) -> qzckx, fsaoa, bjrpalu, mdneq, tdwtlf, hswrbpz, knltna
 281 | srqntb (137) -> raevpsw, qvteg
 282 | wweusm (66)
 283 | hawsl (13)
 284 | cupsjm (146) -> baiaa, pcqyagx
 285 | ppqlc (42)
 286 | tadnt (47) -> ufefj, rwxggm, rorqy
 287 | rvhxik (11)
 288 | vijkx (32)
 289 | lqcar (71)
 290 | dhkahb (49)
 291 | ftuemb (19)
 292 | ewdqb (50)
 293 | npmwcx (93)
 294 | wwezydn (97)
 295 | fuvru (98)
 296 | cdpwklz (83)
 297 | dtscjna (46)
 298 | exuusj (7)
 299 | ouamzwh (88)
 300 | ggvbqrp (145) -> opohwq, yrmgc, gewgn
 301 | ekdqf (467) -> ugvqayz, ysgsry, ogbsm
 302 | torxqh (90) -> dzwol, lepja
 303 | hpmbkwb (69)
 304 | ripqyzr (48)
 305 | eiklbh (32)
 306 | omdlwm (168) -> ihtnbb, hjjkx, bomho
 307 | lbwzat (74) -> iivncbz, dmoxr
 308 | pyypotx (51)
 309 | bjabd (7)
 310 | auzbdlz (95)
 311 | sxfilp (72) -> livlj, lgenxz
 312 | kxvlprg (60)
 313 | rfmeug (121) -> apygt, viwns, chtlcwq, wekkbw
 314 | xajjyba (164)
 315 | kzltfq (94288) -> vnrmx, lrihy, arqoys, nsmoh
 316 | mbhld (73)
 317 | rwxggm (43)
 318 | vapwxei (61)
 319 | ufefj (43)
 320 | oajawn (34)
 321 | dgnjf (335) -> yxseri, nscbsob
 322 | xaoncma (296) -> yipzce, nrpxx, rrfbngi
 323 | kqlsniq (95) -> qwsxpnc, mqmbcl, gtbbuvb
 324 | jrvbacq (49)
 325 | oavluo (21)
 326 | qpldch (54)
 327 | ieusgd (295)
 328 | tifgptk (100) -> ddldgex, ggvbqrp, focqhgt, cncak, ksvpnt, weuwc
 329 | lhradm (583) -> vusxa, lbwzat, ucbbun
 330 | apgjv (85)
 331 | cbibo (99)
 332 | jxhngrl (48)
 333 | qwsxpnc (96)
 334 | ysbrui (1293) -> iqggu, upvhfmn, kpqyb, wdeuy
 335 | ekvall (209) -> jxhngrl, aplvqql, drwfop
 336 | mkwfj (35)
 337 | pjiqvd (87)
 338 | pgubexv (78)
 339 | vbhnmr (2850) -> iftfc, kunzpa, qrrey, tljdqy
 340 | sjwhig (93)
 341 | zyradhz (52)
 342 | wcexum (116) -> eiklbh, vijkx
 343 | cdcye (53) -> izppmg, rxvyqsp
 344 | bdinafh (10)
 345 | rziezq (145) -> taiho, pkfhp
 346 | nslettz (10)
 347 | svhbd (109) -> xcvxle, fqzsq, jopjvd
 348 | limljj (68)
 349 | kauphp (231) -> dyxsmz, yzxzo
 350 | caryo (7)
 351 | nahovfk (109) -> flefy, cfztpc
 352 | qolnvo (267)
 353 | cmqwplb (9)
 354 | cfhuce (71) -> cecsr, josdslh
 355 | zwnvqu (88)
 356 | mhjtjp (91)
 357 | apkwi (222) -> rxragg, zsxizw
 358 | ioywk (16) -> ozyexx, eikmns, ktjav
 359 | yrmgc (31)
 360 | kqzemkv (96)
 361 | rxvyqsp (60)
 362 | hnlgkv (17)
 363 | raryuo (73)
 364 | bomho (87)
 365 | rixnft (85) -> cpndnx, fpxtub
 366 | zoewj (193) -> ohbuhy, ymckwqo
 367 | hnyqq (34)
 368 | tkmed (1959) -> tuqmup, jwgchxu, sjforw, zmsosb, tqikxkp
 369 | wlpyulp (10)
 370 | pixjzh (158) -> fgjwz, lsknlg, hlcghe, txhfuoh, hdvel
 371 | likvlm (62)
 372 | xhmfmo (48)
 373 | rgrxpe (69)
 374 | weuwc (84) -> xtwdau, muncur
 375 | uevcwul (92)
 376 | kpxqlr (155) -> nbbyqsa, ilkqp
 377 | fqzsq (98) -> tiujei, yhubw
 378 | ubovv (6)
 379 | knirl (11)
 380 | lzvniiz (60)
 381 | cwtdf (29)
 382 | qeojk (99)
 383 | ycxzfkf (131) -> bgflw, chophr
 384 | thjulip (20)
 385 | vgdwm (53)
 386 | myhch (25)
 387 | bovno (175)
 388 | uqlso (48)
 389 | rhnkdt (59) -> rsazi, ncodn, pwizhzr, likvlm
 390 | acpfsnb (204) -> nmlcne, vfsttaj
 391 | wzfkk (99)
 392 | oqlpz (81)
 393 | nscbsob (24)
 394 | mzmfygf (171) -> jxyoypa, ippzix
 395 | rvrlma (211)
 396 | pfphng (90)
 397 | mdiqsgg (12)
 398 | jtzkva (274) -> flomey, ukvvt
 399 | tvwxmur (64) -> yodoqn, ksvfdcc, ivstcsm, pvgzz
 400 | aplvqql (48)
 401 | qybmgto (9)
 402 | mtcrswx (75)
 403 | aphpzub (29)
 404 | vchsdif (105) -> ofisj, zwnvqu
 405 | dllgpye (72)
 406 | lfzahrm (79)
 407 | oiosol (27)
 408 | geldsqv (80) -> ienye, eeppf, ftuemb, vbbgeo
 409 | vlbba (81) -> ewdqb, vfzby, pjcttzo, abddskq
 410 | nfsuzef (75) -> dlbzng, cbibo, wzfkk, jonshpm
 411 | lryzkx (71)
 412 | mhndszl (190) -> tbrfk, xprzeeb
 413 | jbepak (66)
 414 | nmlcne (27)
 415 | gfffvbp (8)
 416 | bqtas (93)
 417 | fhmauag (221) -> vantwg, kzwqzqf, vfwegiu
 418 | misyfn (82) -> uixlx, oupzsh, bovno
 419 | jtauf (13) -> xskehl, bmfhjm, srhirm, kjfmqkt, qzxaqvy
 420 | eerktn (85) -> npjxq, kasfuwe, ljbss, theau
 421 | ktaet (58)
 422 | eeppf (19)
 423 | vgqeyx (31)
 424 | qhnaxuy (31)
 425 | xrvbzya (35)
 426 | nzqcq (66) -> vewgrvp, vfngjd, sjrxs, hvjtn, ecokyy, gcaxntb, omdlwm
 427 | sybpano (99)
 428 | ebsniof (39)
 429 | urzul (9)
 430 | srmiagk (292) -> dvdgowj, vqpeg, gjuekv
 431 | uexdnv (82)
 432 | pgspysb (40)
 433 | wymfopy (93)
 434 | nqhdt (164) -> mkwfj, gjwaqu, sxmbcwp
 435 | twzpqip (41)
 436 | bniti (66)
 437 | yfjenp (295) -> qxfce, zsiziaa
 438 | meoeea (60) -> laczal, tcvabyz
 439 | heacb (53)
 440 | focqhgt (238)
 441 | dtstgj (36)
 442 | kkmqko (7)
 443 | vcjjo (98)
 444 | nnnkeh (445) -> gzzpja, bhuyfk, xnukvni, tttle, snzfrer
 445 | baesyhf (1013) -> tznkwk, hcjxz
 446 | hygfoe (85)
 447 | wtxbqe (87)
 448 | vwzglf (58)
 449 | hswrbpz (254) -> flcqsb, sbguah, cdcye
 450 | axtqrx (29)
 451 | auxvur (11)
 452 | iqggu (444)
 453 | kceusl (42)
 454 | jykbb (91)
 455 | nxzkuj (75)
 456 | xzurwza (95)
 457 | rrflox (52)
 458 | kfmzbvk (10)
 459 | mnkwo (212) -> jyskb, wfphcf
 460 | dfvhic (82) -> fhmazv, hwctdr
 461 | gfzbp (197) -> ymcuygn, mxzbcqn
 462 | tlednk (39)
 463 | lgenxz (54)
 464 | emwbbut (9)
 465 | exoft (17)
 466 | woolxv (49)
 467 | auxqbbc (87)
 468 | wvocz (67)
 469 | hvjtn (325) -> cverrt, kfxoi
 470 | aunhcg (613) -> kjdoubx, ggnsa, acknlp
 471 | absdwf (39)
 472 | wajnxjj (40) -> imjzf, wwezydn
 473 | hgdbaol (10)
 474 | cfztpc (38)
 475 | chlxm (46)
 476 | ljbss (46)
 477 | gauumxf (230) -> tkiraal, lyptirp
 478 | nhlittn (22)
 479 | gcaxntb (405) -> mdiqsgg, oxiuaz
 480 | lfxew (66)
 481 | bamxg (66)
 482 | wdsiq (71)
 483 | mykrcq (98) -> zcgrnt, raryuo, okrdziq
 484 | erpvue (91)
 485 | kmwbbz (93)
 486 | vsgaam (7)
 487 | hokyk (66)
 488 | pjzpmq (38)
 489 | iqovqp (20)
 490 | mmcychg (65)
 491 | guncf (259) -> proshun, wxjka
 492 | jatnl (216) -> oavluo, phrxnli
 493 | nhkvp (100) -> rgrxpe, nscav, illjvf
 494 | hcjxz (31)
 495 | mqrroj (243) -> jtjcj, dnmvzeg
 496 | lvksghj (18)
 497 | mhsjkm (84)
 498 | popplum (89)
 499 | vusxa (30) -> ieadjz, mzmtuw
 500 | dmkbnot (26)
 501 | httit (18)
 502 | tbrfk (19)
 503 | ztzwh (48)
 504 | imjzf (97)
 505 | rypdxr (105) -> qyoqb, lejgcu, djirpp
 506 | qzckx (35) -> qzzkvf, pmsdv, gauumxf
 507 | xbnmvd (76)
 508 | ouymke (47)
 509 | rajtef (365) -> iriun, ezaypy
 510 | itngcua (65)
 511 | orxoo (66)
 512 | tcdwurt (18)
 513 | auqoj (99)
 514 | sqnvvbg (36)
 515 | rxragg (18)
 516 | kpqyb (258) -> sqkcdf, iqxwh, vnhvilk
 517 | proshun (47)
 518 | uscufoy (15)
 519 | tpipb (61)
 520 | owhjmt (155) -> vsruoi, ifxcrug
 521 | bkvle (9)
 522 | yosnw (32) -> ilymgq, yppydul, yamclb
 523 | iynywq (66)
 524 | nxpexoq (92)
 525 | eviqjr (25)
 526 | trbzi (11)
 527 | rfvomn (95)
 528 | ohbuhy (41)
 529 | vkpltts (73)
 530 | ktpte (9)
 531 | bbgwzg (79)
 532 | bgcigo (8) -> bruzfkf, lxcbjgy, vlmcmcu
 533 | ecokyy (357) -> iaphzk, httit, vztnh, owmni
 534 | jwgchxu (32) -> rfvomn, auzbdlz
 535 | xlskkfi (92)
 536 | uxjasn (36)
 537 | dcumfo (73)
 538 | wpnqet (87)
 539 | ilqol (88)
 540 | bhsbd (53)
 541 | flcqsb (115) -> meypo, aphpzub
 542 | yvqtyi (85)
 543 | oyvhouc (37) -> cdpgoi, bbgwzg, xoziel, lfzahrm
 544 | bjhickt (23)
 545 | hmvwl (32) -> nswximo, tpphe, baewpe, hghnmib, kzltfq
 546 | oiijtm (20)
 547 | ylfsnz (93)
 548 | imynb (146) -> absdwf, cikaze
 549 | yygqky (82)
 550 | yuswp (68)
 551 | izppmg (60)
 552 | itwbpot (22)
 553 | hwosyg (42)
 554 | mkrzp (211) -> laxsl, zirocl
 555 | vqpeg (5)
 556 | gddkqw (244) -> vhtyadn, lvksghj
 557 | bhuyfk (79) -> aghdlll, ilqol
 558 | yrfqaga (103) -> jqinti, zjaklmn
 559 | bnfopv (118) -> cjmxed, zlzers, qrlggma
 560 | welll (99)
 561 | ehuzoq (77)
 562 | nqyok (77)
 563 | rrfbngi (21)
 564 | yoezrpw (38)
 565 | rpzaqc (47)
 566 | qxlucvg (84)
 567 | tehyhc (13)
 568 | gqrfok (231) -> kfhnhm, aituccf, qrkhol
 569 | zvnxfa (10022) -> aylmbfh, lwencl, pixjzh
 570 | gzzpja (255)
 571 | ofrwmq (205) -> iigvpqy, wweusm
 572 | qanbo (50)
 573 | obslyn (13)
 574 | hwovhvw (915) -> qdhrchr, nahovfk, xomnhw, ycxzfkf
 575 | smlfbc (1615) -> wnjwnr, pprhx, aiovxpk
 576 | xbkeua (157) -> pgspysb, aemgsa, xfblj, hswzo
 577 | btklib (51)
 578 | owmni (18)
 579 | qzzkvf (108) -> aobitc, tsrogy
 580 | umtrod (22)
 581 | vxajmkg (71)
 582 | jmlmzpz (62)
 583 | plurwe (228)
 584 | jyskb (6)
 585 | xnuoujm (16)
 586 | nakmo (10)
 587 | uzhlers (50)
 588 | umlkxqv (20) -> ecimj, wudjf, jfmnsqg
 589 | ziqwzzy (204) -> uscufoy, fooyrq
 590 | ymrogz (272) -> ebsniof, tlednk
 591 | lpuass (28)
 592 | qrkhol (9)
 593 | hpkpw (38)
 594 | gtzcxq (73)
 595 | gvjrx (35)
 596 | ieadjz (95)
 597 | tcukgv (66)
 598 | ifxcrug (55)
 599 | thxtoc (178) -> trtgn, fdnom
 600 | puwvse (414)
 601 | pvppi (246) -> qlwxeb, nuqyqh
 602 | vcixs (260) -> noipcz, frohei
 603 | cichyqw (71)
 604 | ugvqayz (126) -> xfekjt, wvocz
 605 | hrqzqqh (53)
 606 | qedst (18)
 607 | wnjtb (73)
 608 | kjfmqkt (138) -> pzpjw, qpldch
 609 | ussmw (94)
 610 | sxmbcwp (35)
 611 | dqdfv (73)
 612 | ptyxo (13)
 613 | upuxd (36)
 614 | fppcif (209) -> uxslfay, yjhes
 615 | kxykfr (82) -> twzpqip, qymwy
 616 | yodoqn (72)
 617 | mnzbkuh (28) -> jtouvtb, wdvwub
 618 | omdpc (26)
 619 | ccrftvw (62)
 620 | bmfhjm (222) -> lyvyhkm, sbyxyf, kblshw
 621 | fwgqj (1924) -> zmcgfdp, vzuqbye, rypdxr
 622 | rlbom (79)
 623 | livlj (54)
 624 | ybvgki (8)
 625 | zcvipz (97)
 626 | xyohoxa (928) -> qkkzzlm, lmuyfcw, avycyh
 627 | dchts (99) -> lctdjj, oevyknd
 628 | ksfok (217) -> gfffvbp, ybvgki
 629 | hoomyh (88) -> aaqdb, ljfqvk
 630 | qijarlh (58)
 631 | tznudmk (17)
 632 | cyrrjtx (124) -> oqbdf, xwlmsqy, ulztj, rjsnth
 633 | nuqyqh (52)
 634 | oblsboq (85)
 635 | imnhql (94)
 636 | hxswghs (126) -> dwwsu, hdlqvlg, jppgd
 637 | ulztj (25)
 638 | hgwsl (50)
 639 | ksvpnt (96) -> fqlezvk, lqcar
 640 | mjpzp (10)
 641 | fsaoa (89) -> dbwmq, uzufet, arwmalf, gobrf
 642 | iftfc (159) -> thxtoc, jtzkva, tvwxmur
 643 | zjpsm (83)
 644 | vwfhi (9)
 645 | opuaau (75) -> dqash, kqzemkv
 646 | mxupea (45)
 647 | dmkyzy (15) -> ttllx, horqcc, dcumfo
 648 | sxllorg (69) -> kxvlprg, lzvniiz
 649 | txhfuoh (219) -> lwdqnj, myhch
 650 | chtlcwq (17)
 651 | hlcbqu (104) -> ccrftvw, jmlmzpz
 652 | ivmndi (94)
 653 | lficpr (62)
 654 | ortqc (99)
 655 | dvzlq (33)
 656 | acknlp (56) -> aozoac, ehuzoq
 657 | jqxnf (60)
 658 | hfftu (52)
 659 | ihzvygq (94) -> kmwbbz, orrutjs
 660 | rarkunn (73)
 661 | hitoud (5511) -> vcktg, rqbjbio, xtyzy, ssdgbnh
 662 | sdhtguj (58) -> uklsrym, mcmqliy, nnnkeh, clinrg, fwidkbp, hzmhm, xyohoxa
 663 | hrlkgen (99)
 664 | vuyzhsh (61)
 665 | nzzfer (85) -> qcgxvx, ortqc, auqoj, ilfzi
 666 | tuqmup (222)
 667 | zbznuyf (137) -> ptyxo, qwtzc, neqfzm, hawsl
 668 | qwtzc (13)
 669 | vykqcnj (71) -> jitzj, nkhadt, tcsbho, fhxpkd, fwgqj, smlfbc
 670 | mjzksjz (7)
 671 | yfdtz (36)
 672 | faixe (56)
 673 | tejnuve (209) -> jgmisxl, dhkahb
 674 | opohwq (31)
 675 | lsknlg (95) -> vwzglf, hjucki, yrkvb
 676 | fhmazv (76)
 677 | egmfbdq (25)
 678 | rxcnn (9)
 679 | tboizos (250)
 680 | glwhd (122) -> ceoav, troyu
 681 | ykehxw (19)
 682 | bruzfkf (91)
 683 | rjjlus (87)
 684 | ocnna (18)
 685 | qshbt (73)
 686 | raakduh (85) -> fuvru, vcjjo
 687 | wudjf (85)
 688 | ihwaeuw (60)
 689 | kfxoi (52)
 690 | oewzluz (39)
 691 | coopirx (251) -> exuusj, rvimq
 692 | cokzlht (29)
 693 | uacjhqx (23)
 694 | tznkwk (31)
 695 | mthhq (111) -> uevcwul, nxpexoq
 696 | uixlx (7) -> kmlwj, gaihmf
 697 | nqvxs (71)
 698 | ktjav (83)
 699 | eknui (85)
 700 | fhuiyrl (93)
 701 | fktsu (65)
 702 | vugnug (65)
 703 | ilymgq (91)
 704 | clinrg (1033) -> rsancy, jrqorlo, lvklj
 705 | bkextqn (99)
 706 | ekohgo (251) -> xxxqpkx, wkphn
 707 | alkneau (34)
 708 | mnijdlk (85)
 709 | dyxsmz (38)
 710 | mefxonk (50)
 711 | lajidkr (37)
 712 | uiuokpq (89)
 713 | oupzsh (43) -> bzmade, bamxg
 714 | cijptz (18)
 715 | khibjj (89)
 716 | yamclb (91)
 717 | okrdziq (73)
 718 | sbyxyf (8)
 719 | zknziw (18)
 720 | fobzai (75)
 721 | rjsnth (25)
 722 | iaphzk (18)
 723 | lufgosn (10)
 724 | rzkcu (34)
 725 | xlhfyw (471) -> yuswp, limljj
 726 | tcsbho (1842) -> mnmwzz, mnzbkuh, zpidc, cpqti
 727 | docln (85)
 728 | neeqb (7)
 729 | tvcod (88)
 730 | uklsrym (40) -> bbhniy, gddkqw, lhmnd, ihzvygq, nhkeb, wuxhvnx
 731 | qkkzzlm (76) -> imnhql, nbeagw
 732 | qywkuqu (20)
 733 | fvgbg (191) -> iwkntdi, jdrdxu, sqnvvbg, yfdtz
 734 | qlkslp (82)
 735 | iqxwh (62)
 736 | mdneq (623) -> uzhlers, qanbo, tedplb
 737 | msmgk (173) -> fygmpjn, exoft
 738 | euoclfs (241) -> pjzpmq, hpkpw
 739 | vlimzz (19) -> yvqtyi, gwournc, docln, oblsboq
 740 | zoqni (189) -> chlxm, yfmxvay
 741 | oignan (206) -> hdaqxlh, fgbyre
 742 | zpidc (40) -> bujroda, btklib
 743 | aazxafl (215) -> xnmvtem, oafnfo
 744 | yhubw (34)
 745 | xneoi (138) -> vwfhi, cmqwplb
 746 | vefzbc (138) -> dywqvqh, emwbbut
 747 | ruozmjk (73)
 748 | jrwfehi (75) -> kcnim, bdvtvcu, tfsoxgb, tboizos
 749 | iivncbz (73)
 750 | ccuarv (53)
 751 | lrihy (185) -> vchsdif, bgcigo, raakduh, vlbba, igyiie, zoqni
 752 | vewgrvp (73) -> dntphko, svayf, uiuokpq, popplum
 753 | iigvpqy (66)
 754 | fjduphn (91)
 755 | uttujj (11755) -> glwhd, sxfilp, wcexum
 756 | tluap (6)
 757 | exeub (71)
 758 | dzwol (61)
 759 | ilfzi (99)
 760 | cdpgoi (79)
 761 | hxckb (71)
 762 | yoxvx (85)
 763 | theau (46)
 764 | vwnjh (233) -> jqxnf, qfpwln
 765 | jbpjt (27)
 766 | zmsosb (14) -> rrflox, ovluts, rpfmi, ojvlwm
 767 | yoivja (59)
 768 | towlhi (36)
 769 | zcrjb (253) -> qhohy, uwaiki
 770 | josdslh (59)
 771 | xoziel (79)
 772 | fsuzqyz (169) -> duftj, ppqlc, kceusl
 773 | chwjiub (96)
 774 | fpbsu (89)
 775 | qyoqb (19)
 776 | dfeomzr (38)
 777 | kfhnhm (9)
 778 | oevyknd (56)
 779 | buoakk (22)
 780 | wduqgix (77)
 781 | qokscr (65)
 782 | oqbdf (25)
 783 | jjsvfy (199) -> yoivja, gdnsat
 784 | ssdgbnh (887) -> qtsjbq, plurwe, mhndszl, hlcbqu, pgskth, oignan
 785 | lrsedv (213) -> eaqjcju, cekpxgj
 786 | iwkntdi (36)
 787 | qfgzmtz (73)
 788 | rfwgtb (26)
 789 | alcvj (7)
 790 | bvdxf (30)
 791 | ofisj (88)
 792 | mpchqe (27)
 793 | pwizhzr (62)
 794 | wkcyd (75)
 795 | mxzbcqn (81)
 796 | npzdqeg (227) -> tufds, msxhvo, pcsucog
 797 | illjvf (69)
 798 | iyuuh (80)
 799 | fygmpjn (17)
 800 | dvdgowj (5)
 801 | hlcghe (91) -> khibjj, kngbqid
 802 | zvurtb (77)
 803 | ouspx (46)
 804 | dbvxai (76)
 805 | facrq (13496) -> fkbla, ffvprc, yrfqaga, msmgk, hxswghs
 806 | xbcgipi (66)
 807 | wfhyr (37)
 808 | ziyata (221) -> oqlpz, jjtrisl
 809 | muncur (77)
 810 | vlvss (183) -> odvtiti, fazqw
 811 | kvdkwy (96)
 812 | ddldgex (84) -> nqyok, wduqgix
 813 | trtgn (87)
 814 | jitzj (65) -> fvgbg, nbfqgr, zjwpbzs, lndaa, vlvss, gxjvj, zcrjb
 815 | hkhoyje (95) -> frirj, iuhlc
 816 | gtbbuvb (96)
 817 | tfsoxgb (250)
 818 | rohvy (95)
 819 | qhohy (41)
 820 | goimlra (227) -> orxoo, lfxew
 821 | hubbqbi (95)
 822 | vchuc (53)
 823 | svkdyq (9559) -> akmgfo, lhradm, jtauf, aunhcg
 824 | fazqw (76)
 825 | flomey (39)
 826 | apygt (17)
 827 | wjptb (43)
 828 | srhirm (147) -> bicsjoc, dvzlq, olykwbi
 829 | wdeuy (254) -> hubbqbi, rohvy
 830 | yeooycn (93)
 831 | qoyzgsp (28)
 832 | sqkcdf (62)
 833 | rgbvlc (49)
 834 | qinzaf (813) -> aooni, zoewj, ogzrdrk, umlkxqv
 835 | kflize (84)
 836 | isrtfc (201) -> vmutyru, ouymke
 837 | nkhadt (292) -> fppcif, vwnjh, oyvhouc, ekvall, guncf, npzdqeg
 838 | nbbyqsa (40)
 839 | ikfpktb (97)
 840 | maqgick (76)
 841 | xtwdx (156)
 842 | sbyzsq (10)
 843 | vgubuy (74) -> iljwgzf, aihow
 844 | taiho (59)
 845 | cpndnx (11)
 846 | vhtyadn (18)
 847 | aaheijb (54)
 848 | rykadr (19)
 849 | onnylx (32)
 850 | gukuqw (69)
 851 | fooyrq (15)
 852 | zqyua (52)
 853 | vsruoi (55)
 854 | ikmvhid (2745) -> hwovhvw, arsuc, yzrdupu
 855 | vztnh (18)
 856 | khaupo (32)
 857 | cpqti (142)
 858 | qtsjbq (126) -> wekya, rzkcu, alkneau
 859 | pcsucog (42)
 860 | lepja (61)
 861 | ibjvonk (10277) -> xlhfyw, svhbd, misyfn
 862 | rqbjbio (29) -> mqrroj, hjeysaa, wlujpl, vooac, rrggg, yfjenp
 863 | ceuygh (90) -> aqxsjq, qxlucvg
 864 | qzxaqvy (78) -> fwskxtt, jlgvplm
 865 | fwskxtt (84)
 866 | yrkvb (58)
 867 | thdwfw (219) -> umtrod, nhlittn
 868 | zpkbe (73) -> cwtdf, tozktyo, qcrpdy, axtqrx
 869 | hjjkx (87)
 870 | jxyoypa (9)
 871 | ilkqp (40)
 872 | akwvj (238) -> jatnl, iphgmyt, meoeea, gqrfok, ljhwzvv
 873 | lkcddrg (2238) -> lqfyzo, rixnft, hkhoyje
 874 | xprzeeb (19)
 875 | rhodopg (94) -> qfgzmtz, dqdfv
 876 | ttwfig (340) -> rykadr, ykehxw
 877 | kueyf (85) -> ulbbc, nzzfer, azxjd
 878 | zmcgfdp (136) -> tehyhc, obslyn
 879 | ffnabs (20) -> guehoas, nnldikq, ofrwmq, lrsedv, qvkotfd, shfdaba
 880 | arwmalf (143) -> vsgaam, bjabd, ycclns, kkmqko
 881 | gyjpoco (85)
 882 | drmyco (26)
 883 | arqoys (1859) -> urzul, bkvle
 884 | nscav (69)
 885 | tsrogy (69)
 886 | qhafxnl (1337) -> xbcskih, kpxqlr, algqhtz
 887 | yiusa (86)
 888 | zdbqs (43)
 889 | xzppxad (58) -> ltxkw, ollhxuy, qinzaf, wpxxh
 890 | dxyifeb (1862) -> twubx, lkcddrg, uwqgz, uvfyo
 891 | zlzers (49)
 892 | gkkgkp (358) -> wlpyulp, nakmo
 893 | abddskq (50)
 894 | tggkm (43)
 895 | dgwcz (7)
 896 | bhvmgw (29) -> qflouyn, pfphng
 897 | guehoas (283) -> qedst, cijptz, zknziw
 898 | marzlxh (51)
 899 | mizab (60)
 900 | jgkvfa (120) -> ocnna, tcdwurt
 901 | jopjvd (80) -> dnouufu, wjptb
 902 | lwdqnj (25)
 903 | xpzhy (84)
 904 | noipcz (59)
 905 | bbhniy (20) -> itngcua, mmcychg, vugnug, fktsu
 906 | jtjcj (64)
 907 | tgdzl (53)
 908 | gobrf (25) -> gtzcxq, lsdrwz
 909 | arsuc (65) -> rbcqgqv, huwsoc, bnfopv, srqntb, vxdkej, owhjmt
 910 | ogzrdrk (101) -> vztbn, wtxbqe
 911 | oxbkwyr (91)
 912 | yatfpqx (109) -> xrbjn, qywkuqu, thjulip, oiijtm
 913 | jlgvplm (84)
 914 | bcibchp (54)
 915 | glgnecl (16)
 916 | tqikxkp (222)
 917 | bhcal (7)
 918 | vmutyru (47)
 919 | kzwqzqf (46)
 920 | evhsybt (37)
 921 | gdnsat (59)
 922 | cikaze (39)
 923 | jrqorlo (229)
 924 | ovluts (52)
 925 | nbfqgr (169) -> cdpwklz, zjpsm
 926 | nbngkou (73)
 927 | wslsg (31)
 928 | aobitc (69)
 929 | htgxu (24)
 930 | wjolzt (46)
 931 | hzgig (95) -> jrvbacq, rgbvlc
 932 | ulbbc (217) -> bniti, jbepak, iynywq, xbcgipi
 933 | wkphn (7)
 934 | fkbla (207)
 935 | jqinti (52)
 936 | yhiogu (256) -> neusnw, tkpvf
 937 | ebjsluk (39)
 938 | shfdaba (76) -> wpnqet, rjjlus, pjiqvd
 939 | anpnrdt (10)
 940 | jdshuob (491) -> kywfqzv, zpkbe, cfhuce, mzmfygf
 941 | vooac (341) -> lufgosn, sbyzsq, mjpzp
 942 | frohei (59)
 943 | baiaa (15)
 944 | pyrlph (71)
 945 | cgxsmq (25)
 946 | ukvvt (39)
 947 | gaujsyk (26) -> ktaet, yipoeia, qijarlh
 948 | gnjvf (375) -> ajenoz, ripqyzr
 949 | hghnmib (47802) -> vbhnmr, vustse, lybkeg, ikmvhid, oqphsw, xzppxad, gvkcsad
 950 | yrcgsnx (270) -> qfypnb, dbvxai
 951 | kwqrbav (34)
 952 | wdvwub (57)
 953 | viqhfi (89)
 954 | akmgfo (243) -> zhvji, iphncut, oyxbblb, gaujsyk, ybftt
 955 | faecnr (80) -> dfeomzr, yoezrpw
 956 | xskehl (228) -> ubovv, omydd, tluap
 957 | pdosfg (21) -> rlbom, lbjwlov, wgqkdcr
 958 | tkiraal (8)
 959 | aimav (46)
 960 | ecimj (85)
 961 | eikmns (83)
 962 | fqlezvk (71)
 963 | qrlggma (49)
 964 | ztkgsyt (29) -> bfuywyg, uexdnv
 965 | tedplb (50)
 966 | cvrcvgp (86) -> zvurtb, dkcix
 967 | bckuyxm (11306) -> eyyzy, jrwfehi, baesyhf
 968 | ffvprc (65) -> vxajmkg, cichyqw
 969 | jjtrisl (81)
 970 | vantwg (46)
 971 | vlmcmcu (91)
 972 | qdhrchr (89) -> dhwauy, uqlso
 973 | ceoav (29)
 974 | bhrbod (50) -> oxbkwyr, erpvue, zhrnwk, mhjtjp
 975 | yxseri (24)
 976 | kzbvrxk (10)
 977 | kcnim (76) -> zjoxibi, auxqbbc
 978 | ltxkw (30) -> eerktn, nqhdt, jjyjrtr, bfchbs, redqvw, mkrzp, nymguj
 979 | rrggg (371)
 980 | uwqgz (1923) -> torxqh, zmlth, lnctft
 981 | dbwmq (117) -> bmecxwd, lcrwbqi
 982 | kasfuwe (46)
 983 | btbxk (755) -> xajjyba, kxykfr, rymkqd
 984 | njxyw (47)
 985 | fvlfq (94)
 986 | zhvji (162) -> cpazlc, mluykm
 987 | aozoac (77)
 988 | chnkkj (86) -> tfmtk, hddzn
 989 | dkcix (77)
 990 | lxcbjgy (91)
 991 | mofks (30)
 992 | yzrdupu (719) -> wajnxjj, dfvhic, dmkyzy, ziqwzzy
 993 | wxjka (47)
 994 | xitzb (52)
 995 | rvimq (7)
 996 | qddsx (30)
 997 | lvklj (97) -> ydbri, tcukgv
 998 | sjforw (208) -> alcvj, neeqb
 999 | yjvgwdl (91)
1000 | fhxpkd (261) -> kauphp, zdhvqrl, rhnkdt, nhkvp, tejnuve, olspit, srmiagk
1001 | eaqjcju (62)
1002 | ybftt (122) -> oewzluz, ebjsluk
1003 | jgmisxl (49)
1004 | hdaqxlh (11)
1005 | cjmxed (49)
1006 | aqxsjq (84)
1007 | cekpxgj (62)
1008 | tetmzw (121) -> ozatmpe, qbmtmcs
1009 | mqmbcl (96)
1010 | xtyzy (155) -> yhiogu, iphzyj, pvppi, tojyt, krxyaak, ymrogz
1011 | drwfop (48)
1012 | pgskth (86) -> hxckb, lxesg
1013 | pvgzz (72)
1014 | kunzpa (687) -> tadnt, cupsjm, hoomyh
1015 | nhkeb (252) -> caryo, bhcal, mjzksjz, ufitse
1016 | cncak (182) -> qoyzgsp, lpuass
1017 | aituccf (9)
1018 | qfpwln (60)
1019 | laxsl (29)
1020 | yzxzo (38)
1021 | lnctft (116) -> zgevpxx, scchi
1022 | lyvyhkm (8)
1023 | vcktg (1556) -> ztghd, imihjj, ksfok
1024 | dzbrgb (75)
1025 | xbcskih (85) -> fobzai, nxzkuj
1026 | jtouvtb (57)
1027 | ufitse (7)
1028 | upwlxnb (7)
1029 | jysaup (78)
1030 | ysgsry (228) -> glgnecl, xnuoujm
1031 | horqcc (73)
1032 | vfsttaj (27)
1033 | gvkcsad (5412) -> ghsjtj, dgnjf, ziyata, rajtef, kqlsniq, vqclii
1034 | lbjwlov (79)
1035 | vnhvilk (62)
1036 | dntphko (89)
1037 | syzlt (6183) -> tifgptk, iwhqlr, akwvj, kueyf
1038 | hzmhm (1087) -> rvrlma, dchts, emzrj
1039 | neusnw (47)
1040 | vfzby (50)
1041 | cecsr (59)
1042 | uwaiki (41)
1043 | msxhvo (42)
1044 | fgjwz (113) -> qwzmv, xehdglb, kgpwo
1045 | lmuyfcw (164) -> hrovawq, hacwv
1046 | zjoxibi (87)
1047 | viwns (17)
1048 | olykwbi (33)
1049 | meypo (29)
1050 | sbguah (49) -> vlfouc, lficpr
1051 | oyxbblb (92) -> towlhi, fndxl, uxjasn
1052 | bzmade (66)
1053 | lfpzff (238) -> bdinafh, kfmzbvk
1054 | epuaii (88) -> ckheb, kwqrbav
1055 | dwwsu (27)
1056 | xnukvni (207) -> htgxu, lwvnbzs
1057 | zhrnwk (91)
1058 | vfngjd (325) -> hfftu, nymhem
1059 | vztbn (87)
1060 | kxnkbs (19) -> tpipb, vuyzhsh, vapwxei, wbxdta
1061 | bmecxwd (27)
1062 | nymguj (123) -> vkpltts, mbhld
1063 | qlwxeb (52)
1064 | kfrti (10)
1065 | xcvxle (106) -> qddsx, bvdxf
1066 | wbesqn (99)
1067 | kblshw (8)
1068 | qymwy (41)
1069 | ezaypy (9)
1070 | dnouufu (43)
1071 | cyapi (227) -> rothisa, hokyk
1072 | itbsk (30)
1073 | alqim (42)
1074 | hjeysaa (251) -> mofks, itbsk, njogewi, ldfopw
1075 | ljfqvk (44)
1076 | iueejt (5) -> rgfndsx, bhrbod, puwvse
1077 | knzppj (81) -> hrlkgen, nsfsj, wbesqn
1078 | wnjwnr (197) -> hnyqq, oajawn
1079 | xtwdau (77)
1080 | dmeee (93)
1081 | qxfce (38)
1082 | pcqyagx (15)
1083 | bicsjoc (33)
1084 | eeguu (78)
1085 | wbxdta (61)
1086 | gjwaqu (35)
1087 | mzmtuw (95)
1088 | huwsoc (173) -> ouspx, wjolzt
1089 | spdhhoe (167) -> chwjiub, kvdkwy
1090 | hhmwlo (56)
1091 | icgwppo (84)


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