Tasks 01-14

01/01.py

@@ -0,0 +1,7 @@
+with open("input") as f:
+    data = f.read().strip().split('\n')
+    data = [int(x) for x in data]
+
+print(sum([1 for x,y in zip(data, data[1:]) if y-x>0]))
+d2 = [a+b+c for a,b,c in zip(data, data[1:], data[2:])]
+print(sum([1 for x,y in zip(d2, d2[1:]) if y-x>0]))

02/02.py

@@ -0,0 +1,30 @@
+with open("input") as f:
+    data = f.read().strip().split('\n')
+    data = [x.split() for x in data]
+
+d = 0
+x = 0
+for com, i in data:
+    i = int(i)
+    if com=='forward':
+        x += i
+    elif com=='up':
+        d -= i
+    elif com=='down':
+        d += i
+print(d*x)
+
+d = 0
+x = 0
+aim = 0
+for com, i in data:
+    i = int(i)
+    if com=='forward':
+        x += i
+        d += aim*i
+    elif com=='up':
+        aim -= i
+    elif com=='down':
+        aim += i
+print(d*x)
+

03/03.py

@@ -0,0 +1,25 @@
+with open("input") as f:
+    data = f.read().strip().split('\n')
+
+l = len(data)
+gamma = [round(sum(map(int, x))/l) for x in zip(*data)]
+epsilon = [0 if x==1 else 1 for x in gamma]
+_gamma = int(''.join(map(str, gamma)), base=2)
+_epsilon = int(''.join(map(str, epsilon)), base=2)
+print(_gamma*_epsilon)
+
+def f(g):
+    i = 0
+    x = data
+    while len(x)>1:
+        a = list(zip(*x))[i]
+        b = a.count("1") >= a.count("0")
+        x = [z for z in x if z[i]==g(b)]
+        i += 1
+    return int(x[0], base=2)
+
+
+o2 = f(lambda b: "1" if b else "0")
+co2 = f(lambda b: "0" if b else "1")
+
+print(o2*co2)

04/04.py

@@ -0,0 +1,66 @@
+from itertools import compress, chain
+from collections import defaultdict
+data = '''
+7,4,9,5,11,17,23,2,0,14,21,24,10,16,13,6,15,25,12,22,18,20,8,19,3,26,1
+
+22 13 17 11  0
+ 8  2 23  4 24
+21  9 14 16  7
+ 6 10  3 18  5
+ 1 12 20 15 19
+
+ 3 15  0  2 22
+ 9 18 13 17  5
+19  8  7 25 23
+20 11 10 24  4
+14 21 16 12  6
+
+14 21 17 24  4
+10 16 15  9 19
+18  8 23 26 20
+22 11 13  6  5
+ 2  0 12  3  7
+'''.strip().split('\n', 1)
+
+with open("input") as f:
+    data = f.read().strip().split('\n', 1)
+numbers = list(map(int, data[0].split(',')))
+tables = data[1].strip().split('\n\n')
+tables = [[list(map(int, x.split())) for x in t.split('\n')] for t in tables]
+
+table_hits = [0]*len(tables)
+index = defaultdict(list)
+for i, table in enumerate(tables):
+    for y, row in enumerate(table):
+        for x, number in enumerate(row):
+            index[number].append((i,x,y))
+
+def find_sum(winner):
+    t = tables[winner]
+    w = bin(table_hits[winner])[2:][::-1]
+    w = w + '0'*(25-len(w))
+    w = list(map(lambda x: 1 if x=='0' else 0, w))
+    return sum(compress(chain(*t), w))
+
+row = 0b11111
+column = 0b0000100001000010000100001
+def win(i):
+    for shift in range(5):
+        if table_hits[i] & (row << shift*5)== row << shift*5:
+            return True
+    for shift in range(5):
+        if table_hits[i] & (column << shift)== column << shift:
+            return True
+    return False
+
+winners = []
+w = set()
+for number in numbers:
+    for i, x, y in index[number]:
+        table_hits[i] |= 1 << (y*5+x)
+        if win(i) and i not in w:
+            winners.append(number*find_sum(i))
+            w.add(i)
+            
+print(winners[0])
+print(winners[-1])

04/input

@@ -0,0 +1,601 @@
+63,23,2,65,55,94,38,20,22,39,5,98,9,60,80,45,99,68,12,3,6,34,64,10,70,69,95,96,83,81,32,30,42,73,52,48,92,28,37,35,54,7,50,21,74,36,91,97,13,71,86,53,46,58,76,77,14,88,78,1,33,51,89,26,27,31,82,44,61,62,75,66,11,93,49,43,85,0,87,40,24,29,15,59,16,67,19,72,57,41,8,79,56,4,18,17,84,90,47,25
+
+25 29 78 57 69
+47 51  7 21 82
+61 81 99 53 30
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+ 9 37 48 71 91
+
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+72 23 41 95 48
+40 97 99 92  2
+
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+88 10 11 47  4
+
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+61 37 91 92 23
+46  8 36  9 42
+ 3 32 49 64 48
+15  2 47 53 55
+
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+33 11 65 76 13
+24 35 20  3 99
+95 78 51 74  4
+80 14 44 98 58
+
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+96 11 15 12 99
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+20 53 72 50 70
+61 48 74 41 36
+
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+72 85 97 11 71
+
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+
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+82 21 67 70 84
+
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+ 7 87 37 14 98
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+76 15 57 94 20
+
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+95 89 71 51 59
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+
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+83 90 98 79 49
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+
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+69 74 37 87 32
+
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+19 70 25 49 38
+80 60 43 69 81
+
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+79 52 14 51 55
+68 65 54 21 62
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+44 26 61  4 46
+
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+42  0 51 29 81
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+78 58 55 74 53
+
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+55 52 20  2 61
+
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+
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+ 1 27 22  8 74
+
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+
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+17 10 78 16 84
+
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+
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+
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+
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+
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+
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+
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+
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+29 96 51 17 71
+90  5 69 54 61
+
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+
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+
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+ 8 60 57 97 56
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+
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+ 1 32  7 83 73
+16 65 69 23 97
+
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+13 24 91 46 70
+22 37  6 43 25
+
+87 79 59 26 35
+81 73 36 66 51
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+24 94 71 91 48
+12 77 93 55 34
+
+91 93 56 55 58
+24 11 82 35 86
+68 81 50 34 23
+59 73  1  8 37
+18 83 80 53 85
+
+40 30  7 72 22
+68 94 95 89 42
+91 84 11 49 36
+64 29 26 73 76
+37  1 51  9 25
+
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+54 91 59 72 50
+31 83 19 20  0
+24 67 61 46 99
+52 53 11 16 69
+
+86 52 95 73  6
+56 45  8 13 80
+28 77 19 59 48
+99 33 47 10 85
+35 81 27 46 76
+
+41 45  1 12 49
+32 16 21 85 27
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+
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+
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+
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+
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+
+19 65 11 58 49
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+ 9 41 26 79 77
+63 72 93  4 51
+
+82 50 90 45  4
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+ 8 95 73 74 98
+35 20 32  7 36
+56 52 59 26 16
+
+94 67 97 34 75
+23 80 68 24 47
+56  8 21 66 36
+69  5  3 95 17
+29 38 44 42 28
+
+84 35 72  8 38
+94 30 48 24 27
+81 61 18 87 90
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+32 15 74 52 68
+
+ 9 69 63 68 36
+44 31 35 12 39
+57 83  6 49 23
+64  0 10 85 81
+82 40 34 91 24

05/05.py

@@ -0,0 +1,35 @@
+from collections import defaultdict
+with open("input") as f:
+    data = f.read().strip().split('\n')
+
+data = [tuple(tuple(map(int, point.split(','))) for point in line.split(' -> ')) for line in data]
+data1 = list(filter(lambda x: x[0][0]==x[1][0] or x[0][1]==x[1][1], data))
+
+d = defaultdict(int)
+for (x1,y1), (x2,y2) in data1:
+    if x1==x2:
+        for y in range(min(y1,y2), max(y1,y2)+1):
+            d[(x1, y)] += 1
+    else:
+        for x in range(min(x1,x2), max(x1,x2)+1):
+            d[(x, y1)] += 1
+k = sum(1 for (x, y), c in d.items() if c>1)
+print(k)
+
+d = defaultdict(int)
+for (x1,y1), (x2,y2) in data:
+    if x1==x2:
+        for y in range(min(y1,y2), max(y1,y2)+1):
+            d[(x1, y)] += 1
+    elif y1==y2:
+        for x in range(min(x1,x2), max(x1,x2)+1):
+            d[(x, y1)] += 1
+    else:
+        if x1>x2:
+            x1,x2 = x2,x1
+            y1,y2 = y2,y1
+        y = 1 if y1<y2 else -1
+        for x in range(x1, x2+1):
+            d[(x, y1+(x-x1)*y)] += 1
+k = sum(1 for (x, y), c in d.items() if c>1)
+print(k)

05/input

@@ -0,0 +1,500 @@
+955,125 -> 151,929
+830,251 -> 526,555
+182,185 -> 13,16
+73,871 -> 73,951
+169,968 -> 626,968
+471,180 -> 471,746
+725,478 -> 791,544
+577,413 -> 577,753
+636,937 -> 181,937
+46,601 -> 714,601
+400,905 -> 400,972
+911,773 -> 883,801
+818,684 -> 818,705
+71,846 -> 151,846
+737,489 -> 626,378
+634,800 -> 634,482
+401,209 -> 401,469
+676,688 -> 384,396
+247,819 -> 680,819
+944,343 -> 196,343
+57,689 -> 586,160
+13,54 -> 918,959
+736,490 -> 520,706
+331,20 -> 208,20
+639,865 -> 322,548
+914,227 -> 914,980
+163,411 -> 163,825
+344,58 -> 344,199
+274,153 -> 989,153
+15,14 -> 983,982
+784,269 -> 332,721
+206,921 -> 206,331
+219,944 -> 260,903
+81,92 -> 976,987
+325,633 -> 502,810
+887,850 -> 887,83
+203,756 -> 203,627
+447,33 -> 748,33
+87,245 -> 87,932
+817,324 -> 881,324
+922,227 -> 167,982
+626,867 -> 155,396
+743,689 -> 743,779
+516,433 -> 133,433
+444,407 -> 614,407
+42,140 -> 475,140
+311,422 -> 311,514
+526,59 -> 643,59
+709,69 -> 455,69
+136,46 -> 159,46
+300,113 -> 763,576
+979,977 -> 18,16
+380,490 -> 380,556
+134,726 -> 134,287
+317,717 -> 383,717
+726,712 -> 211,197
+703,952 -> 165,952
+806,575 -> 122,575
+589,691 -> 589,716
+965,337 -> 879,337
+938,23 -> 57,904
+186,141 -> 385,141
+864,744 -> 959,744
+276,957 -> 636,957
+98,846 -> 98,349
+559,261 -> 559,63
+564,808 -> 564,429
+491,362 -> 491,746
+513,250 -> 897,250
+939,442 -> 249,442
+366,678 -> 916,678
+325,79 -> 604,358
+513,890 -> 133,890
+360,88 -> 427,88
+777,266 -> 522,266
+371,859 -> 776,859
+111,600 -> 111,980
+366,471 -> 646,191
+849,407 -> 933,407
+867,681 -> 570,384
+467,707 -> 797,377
+624,304 -> 852,76
+341,149 -> 575,383
+34,499 -> 736,499
+13,312 -> 927,312
+897,188 -> 897,639
+372,665 -> 372,501
+651,22 -> 173,22
+450,394 -> 450,798
+140,584 -> 140,960
+223,919 -> 980,919
+893,645 -> 429,181
+284,488 -> 207,411
+823,868 -> 622,667
+426,881 -> 868,881
+49,63 -> 974,988
+921,475 -> 81,475
+166,653 -> 166,913
+40,191 -> 767,918
+911,499 -> 911,363
+966,960 -> 84,78
+193,522 -> 193,379
+208,255 -> 673,255
+684,837 -> 684,192
+921,758 -> 921,841
+756,244 -> 756,277
+866,533 -> 866,186
+97,747 -> 798,46
+415,287 -> 415,759
+570,824 -> 902,824
+341,792 -> 44,792
+849,787 -> 161,99
+501,621 -> 565,685
+409,62 -> 215,256
+591,780 -> 855,780
+901,67 -> 901,223
+662,212 -> 578,212
+196,924 -> 196,94
+404,492 -> 300,492
+10,984 -> 984,10
+722,739 -> 722,775
+805,637 -> 805,299
+848,722 -> 707,722
+444,597 -> 158,597
+402,57 -> 509,57
+490,353 -> 273,353
+868,208 -> 421,655
+102,930 -> 903,129
+557,877 -> 557,529
+27,69 -> 843,885
+549,695 -> 468,695
+767,701 -> 104,701
+415,141 -> 415,809
+205,767 -> 205,427
+264,723 -> 952,35
+357,279 -> 390,279
+529,436 -> 250,715
+390,472 -> 889,971
+983,11 -> 21,973
+732,307 -> 112,927
+412,801 -> 252,801
+738,338 -> 738,94
+80,135 -> 952,135
+623,269 -> 870,516
+216,507 -> 32,507
+927,10 -> 927,946
+389,955 -> 389,399
+683,825 -> 629,879
+163,450 -> 208,495
+303,217 -> 831,217
+827,632 -> 827,736
+629,880 -> 629,533
+368,67 -> 111,67
+625,268 -> 397,268
+737,335 -> 299,773
+666,767 -> 494,939
+144,238 -> 757,238
+511,211 -> 270,211
+312,901 -> 548,665
+550,763 -> 47,763
+942,403 -> 464,881
+969,18 -> 15,972
+963,831 -> 187,55
+933,831 -> 933,408
+733,658 -> 876,658
+599,392 -> 980,11
+44,406 -> 900,406
+645,169 -> 577,237
+731,41 -> 731,265
+574,397 -> 574,249
+316,279 -> 316,657
+826,116 -> 18,924
+611,892 -> 824,892
+607,168 -> 607,85
+371,914 -> 113,656
+145,201 -> 458,514
+813,952 -> 189,328
+633,15 -> 239,409
+832,278 -> 202,908
+234,698 -> 509,423
+635,27 -> 635,18
+701,147 -> 701,577
+777,722 -> 777,835
+519,298 -> 497,298
+80,71 -> 875,866
+872,350 -> 58,350
+128,711 -> 131,711
+591,709 -> 362,480
+129,647 -> 54,572
+980,731 -> 282,33
+245,813 -> 682,813
+867,238 -> 463,642
+511,888 -> 511,391
+727,38 -> 289,38
+311,888 -> 311,801
+261,915 -> 926,250
+855,835 -> 145,125
+78,688 -> 826,688
+989,40 -> 66,963
+956,30 -> 101,885
+665,826 -> 406,826
+97,981 -> 985,93
+971,847 -> 357,233
+725,531 -> 725,556
+63,570 -> 403,570
+41,430 -> 577,430
+40,54 -> 796,810
+417,232 -> 417,392
+214,800 -> 936,78
+542,955 -> 146,955
+76,263 -> 471,263
+784,507 -> 784,858
+443,222 -> 443,881
+317,157 -> 317,956
+245,599 -> 166,520
+307,649 -> 307,313
+399,782 -> 538,782
+483,731 -> 294,731
+950,903 -> 281,234
+283,522 -> 866,522
+472,505 -> 278,505
+435,693 -> 845,283
+881,751 -> 294,164
+40,840 -> 179,979
+481,398 -> 481,661
+509,687 -> 509,875
+976,866 -> 684,574
+133,130 -> 158,130
+268,81 -> 641,454
+613,754 -> 393,974
+980,984 -> 14,18
+55,909 -> 952,12
+865,132 -> 986,132
+147,773 -> 147,414
+135,62 -> 934,861
+298,293 -> 298,978
+583,990 -> 424,990
+760,189 -> 516,189
+286,292 -> 286,648
+60,352 -> 60,830
+335,241 -> 420,156
+360,571 -> 360,354
+361,233 -> 714,233
+21,78 -> 922,979
+35,748 -> 449,748
+859,26 -> 73,812
+277,827 -> 277,708
+160,633 -> 515,278
+673,422 -> 568,317
+620,235 -> 620,645
+538,698 -> 156,698
+47,543 -> 439,543
+65,975 -> 945,95
+259,644 -> 242,644
+777,216 -> 794,216
+100,191 -> 835,926
+450,581 -> 450,433
+475,784 -> 475,118
+840,584 -> 580,844
+191,283 -> 191,58
+170,650 -> 130,690
+478,269 -> 478,781
+44,981 -> 839,186
+270,744 -> 270,902
+941,960 -> 102,121
+303,690 -> 303,467
+150,18 -> 150,601
+470,523 -> 240,523
+166,575 -> 621,575
+197,765 -> 691,271
+164,798 -> 369,798
+544,319 -> 677,319
+31,212 -> 777,958
+894,774 -> 894,752
+567,225 -> 67,225
+884,201 -> 184,201
+675,961 -> 187,473
+203,78 -> 203,690
+52,945 -> 957,40
+987,214 -> 987,762
+792,975 -> 792,673
+358,782 -> 598,542
+105,716 -> 777,44
+736,643 -> 245,643
+507,940 -> 275,940
+231,936 -> 231,209
+204,545 -> 186,563
+881,426 -> 881,460
+315,867 -> 96,867
+793,324 -> 642,324
+276,709 -> 540,973
+834,401 -> 834,701
+616,874 -> 616,606
+892,596 -> 892,570
+255,919 -> 850,324
+764,62 -> 82,744
+682,374 -> 978,374
+218,353 -> 218,787
+140,289 -> 720,869
+811,20 -> 811,203
+165,291 -> 284,291
+137,382 -> 137,767
+15,14 -> 989,988
+947,682 -> 499,234
+751,356 -> 862,356
+398,362 -> 398,494
+260,32 -> 780,552
+839,484 -> 584,484
+198,865 -> 198,327
+600,461 -> 418,279
+346,439 -> 495,588
+854,661 -> 775,661
+119,575 -> 119,415
+349,849 -> 349,421
+13,401 -> 21,393
+169,511 -> 169,61
+848,678 -> 213,678
+42,25 -> 729,712
+903,740 -> 816,740
+398,862 -> 398,116
+443,624 -> 101,624
+135,158 -> 223,158
+440,742 -> 388,742
+903,963 -> 49,109
+131,198 -> 208,198
+147,289 -> 147,663
+684,307 -> 684,299
+453,864 -> 453,404
+361,982 -> 978,365
+840,64 -> 563,64
+377,301 -> 613,301
+32,366 -> 609,366
+867,240 -> 867,188
+798,714 -> 956,714
+617,792 -> 617,354
+309,357 -> 309,797
+824,888 -> 824,598
+947,958 -> 305,316
+505,934 -> 461,890
+45,685 -> 597,133
+875,170 -> 66,979
+239,959 -> 985,213
+769,423 -> 769,39
+62,750 -> 764,48
+749,798 -> 749,307
+110,646 -> 241,777
+93,804 -> 867,30
+361,663 -> 856,663
+494,788 -> 187,788
+696,379 -> 696,823
+664,935 -> 146,417
+895,804 -> 895,144
+200,240 -> 805,240
+347,794 -> 487,934
+978,920 -> 978,408
+730,480 -> 390,140
+933,810 -> 933,513
+429,864 -> 134,864
+476,339 -> 183,632
+677,878 -> 677,417
+980,261 -> 757,261
+452,569 -> 452,280
+535,223 -> 867,223
+159,466 -> 983,466
+332,155 -> 334,153
+887,478 -> 887,179
+173,245 -> 773,845
+441,274 -> 632,465
+987,389 -> 987,440
+830,806 -> 747,806
+103,82 -> 796,775
+945,14 -> 129,14
+110,873 -> 520,873
+393,391 -> 291,391
+598,125 -> 129,594
+378,546 -> 175,546
+302,558 -> 617,243
+943,752 -> 244,53
+972,943 -> 41,12
+16,164 -> 124,164
+270,815 -> 27,815
+146,729 -> 146,317
+153,255 -> 166,255
+511,505 -> 270,505
+404,568 -> 388,568
+485,751 -> 485,785
+752,686 -> 160,686
+523,676 -> 385,676
+854,437 -> 618,437
+578,212 -> 875,509
+800,115 -> 815,130
+439,554 -> 868,983
+225,803 -> 244,822
+494,735 -> 655,574
+932,191 -> 932,41
+842,325 -> 630,325
+201,288 -> 518,288
+255,332 -> 53,332
+385,959 -> 329,903
+757,447 -> 276,447
+884,957 -> 884,449
+686,354 -> 195,354
+384,677 -> 951,110
+173,77 -> 164,77
+767,840 -> 248,321
+81,180 -> 81,371
+517,838 -> 517,461
+950,559 -> 221,559
+934,826 -> 329,221
+311,329 -> 311,146
+140,459 -> 280,459
+200,195 -> 24,19
+517,270 -> 865,618
+43,54 -> 939,950
+853,339 -> 853,388
+297,795 -> 240,795
+358,890 -> 275,973
+26,70 -> 931,975
+781,141 -> 318,604
+17,794 -> 204,794
+87,534 -> 763,534
+590,968 -> 590,613
+358,836 -> 758,836
+598,635 -> 764,635
+313,670 -> 313,478
+832,330 -> 832,629
+973,36 -> 21,988
+131,814 -> 709,236
+261,163 -> 261,906
+720,48 -> 659,48
+988,152 -> 326,814
+937,761 -> 690,761
+988,784 -> 988,879
+807,445 -> 336,916
+933,978 -> 51,96
+305,966 -> 305,402
+184,687 -> 437,687
+256,172 -> 186,172
+508,162 -> 421,162
+689,52 -> 740,52
+545,807 -> 545,630
+676,924 -> 620,924
+976,68 -> 139,905
+322,96 -> 45,96
+663,407 -> 199,871
+562,636 -> 224,974
+172,439 -> 126,439
+740,628 -> 852,628
+252,28 -> 596,372
+129,850 -> 571,408
+75,446 -> 399,446
+67,460 -> 704,460
+932,531 -> 932,60
+520,229 -> 255,494
+462,756 -> 462,614
+158,117 -> 592,551
+203,722 -> 203,892
+93,822 -> 207,822
+634,172 -> 634,457
+272,365 -> 272,377
+989,23 -> 25,987
+739,776 -> 40,776
+843,708 -> 24,708
+665,10 -> 665,728
+271,858 -> 11,598
+947,642 -> 629,960
+230,760 -> 938,52
+291,552 -> 291,388
+689,400 -> 260,829
+610,194 -> 470,194
+628,824 -> 45,241
+935,940 -> 51,56
+90,871 -> 90,933
+973,934 -> 104,65
+435,245 -> 768,245
+43,666 -> 625,666
+770,563 -> 724,563
+363,816 -> 363,889
+25,725 -> 701,49
+784,846 -> 484,846
+989,293 -> 989,502
+572,135 -> 485,135
+683,807 -> 370,494
+982,182 -> 225,939
+838,522 -> 520,522
+253,942 -> 970,225
+442,963 -> 577,963
+867,193 -> 307,753
+269,204 -> 771,204
+941,925 -> 136,120
+329,488 -> 728,89
+37,424 -> 254,424
+179,864 -> 895,148
+359,473 -> 359,675
+976,933 -> 129,86
+220,101 -> 376,101
+988,667 -> 946,667
+667,22 -> 308,22
+831,782 -> 245,196
+759,813 -> 225,279

06/06.py

@@ -0,0 +1,29 @@
+from collections import Counter
+with open("input") as f:
+    data = f.read().strip().split(',')
+data = list(map(int, data))
+
+_data = data
+for _ in range(80):
+    if _%80==0:
+        print(_)
+    new_data = []
+    new_fish = []
+    for x in _data:
+        if x==0:
+            new_fish.append(8)
+            new_data.append(6)
+        else:
+            new_data.append(x-1)
+    _data = new_data + new_fish
+
+print(len(_data))
+
+_data = [0]+[y for x, y in sorted(Counter(data).items(), key=lambda x: x[0])]+[0,0,0]
+for _ in range(256):
+    x = _data[0]
+    _data = _data[1:] + [_data[0]]
+    _data[6] += x
+print(sum(_data))
+    
+

06/input

@@ -0,0 +1 @@
+1,2,1,1,1,1,1,1,2,1,3,1,1,1,1,3,1,1,1,5,1,1,1,4,5,1,1,1,3,4,1,1,1,1,1,1,1,5,1,4,1,1,1,1,1,1,1,5,1,3,1,3,1,1,1,5,1,1,1,1,1,5,4,1,2,4,4,1,1,1,1,1,5,1,1,1,1,1,5,4,3,1,1,1,1,1,1,1,5,1,3,1,4,1,1,3,1,1,1,1,1,1,2,1,4,1,3,1,1,1,1,1,5,1,1,1,2,1,1,1,1,2,1,1,1,1,4,1,3,1,1,1,1,1,1,1,1,5,1,1,4,1,1,1,1,1,3,1,3,3,1,1,1,2,1,1,1,1,1,1,1,1,1,5,1,1,1,1,5,1,1,1,1,2,1,1,1,4,1,1,1,2,3,1,1,1,1,1,1,1,1,2,1,1,1,2,3,1,2,1,1,5,4,1,1,2,1,1,1,3,1,4,1,1,1,1,3,1,2,5,1,1,1,5,1,1,1,1,1,4,1,1,4,1,1,1,2,2,2,2,4,3,1,1,3,1,1,1,1,1,1,2,2,1,1,4,2,1,4,1,1,1,1,1,5,1,1,4,2,1,1,2,5,4,2,1,1,1,1,4,2,3,5,2,1,5,1,3,1,1,5,1,1,4,5,1,1,1,1,4

07/07.py

@@ -0,0 +1,8 @@
+with open("input") as f:
+    data = list(map(int, f.read().strip().split(',')))
+
+print(min(sum(abs(y-x) for y in data) for x in range(min(data), max(data)+1)))
+print(min(sum(abs(y-x)*(abs(y-x)+1)//2 for y in data) for x in range(min(data), max(data)+1)))
+
+    
+

07/input

@@ -0,0 +1 @@
+1101,1,29,67,1102,0,1,65,1008,65,35,66,1005,66,28,1,67,65,20,4,0,1001,65,1,65,1106,0,8,99,35,67,101,99,105,32,110,39,101,115,116,32,112,97,115,32,117,110,101,32,105,110,116,99,111,100,101,32,112,114,111,103,114,97,109,10,867,253,111,269,117,150,421,508,1073,136,247,10,1427,802,2,492,1302,228,2,48,113,0,741,34,107,559,514,283,372,78,423,405,1303,360,281,1850,367,892,1021,930,318,80,709,349,32,203,94,1359,456,783,62,34,1487,245,294,749,250,1441,8,1388,604,324,483,696,119,294,1478,529,189,454,785,703,13,1099,790,402,251,919,116,318,201,893,571,3,45,756,41,65,92,21,1903,219,32,191,1037,177,480,232,389,1342,1178,1320,955,1020,655,276,203,221,316,689,621,270,911,537,230,327,662,552,410,1608,385,7,26,227,71,1646,257,725,531,413,8,19,1029,182,1518,270,124,113,569,468,126,505,376,367,113,425,4,80,1883,433,1167,768,231,393,528,69,422,17,350,858,1028,659,972,108,542,602,1577,11,1481,127,466,415,567,1178,38,137,777,446,965,832,1347,642,716,176,264,487,32,425,354,104,230,756,310,711,228,580,520,677,781,45,926,1063,126,235,262,199,330,874,1570,221,107,803,810,1723,266,99,940,21,38,1680,44,32,17,907,403,413,628,968,138,12,24,483,114,658,206,24,61,561,882,532,1280,255,805,75,237,321,310,1022,545,1515,609,65,791,933,233,846,506,704,628,516,868,726,134,6,243,1048,227,259,1599,117,114,461,365,63,1559,62,98,884,11,426,915,192,901,4,1481,122,424,307,250,256,693,162,1217,834,516,644,898,396,1073,642,480,361,1434,607,23,818,515,6,288,443,324,4,1559,659,409,415,82,41,1233,657,93,1405,17,94,18,379,32,8,419,1511,766,234,818,916,775,4,1009,282,372,317,371,945,1314,261,485,529,1076,298,223,40,434,401,117,1030,153,2,19,27,41,544,477,1117,588,206,155,12,1197,1518,305,51,921,775,296,1187,57,517,2,36,145,92,67,68,559,771,1,69,250,612,94,1638,1327,501,434,114,6,1468,429,28,1163,207,576,50,1759,216,9,50,432,598,664,1087,409,828,1115,169,120,318,21,1245,314,338,47,469,231,236,892,671,373,991,1136,488,341,168,143,850,1135,42,449,666,814,16,232,505,122,1316,803,1093,977,79,5,936,512,217,942,1333,13,13,1861,2,267,74,1096,1058,107,461,78,418,861,547,25,1398,255,562,344,820,1171,1376,494,17,116,1333,256,20,1425,1668,79,604,1614,223,45,18,917,30,965,866,1331,91,141,1120,829,3,0,498,57,78,1579,467,185,1399,683,590,11,913,33,540,536,459,367,175,176,946,130,324,634,671,554,277,570,968,409,468,419,1249,1039,45,238,4,808,1022,10,151,1158,32,38,1054,969,90,70,1194,1582,512,876,289,1042,91,1872,305,996,349,17,517,968,1493,637,142,141,226,590,181,811,608,4,135,97,389,385,929,1143,1319,684,509,437,133,843,101,118,71,120,80,25,33,259,894,1050,1450,583,1665,372,128,586,282,1147,1160,1643,1488,339,445,268,1577,101,8,308,719,210,288,332,1034,47,1303,31,59,16,270,104,68,1107,736,420,108,367,461,791,279,863,645,2,999,453,682,21,764,244,435,1238,36,1193,37,346,35,70,114,78,67,1245,15,1002,83,450,353,50,396,1068,26,21,429,551,13,498,117,731,601,23,1218,271,26,958,852,139,331,92,560,218,1243,410,109,296,35,588,6,645,87,64,188,497,28,693,18,88,196,62,7,33,311,1102,187,829,664,630,331,304,1249,21,309,1238,64,155,38,134,291,77,90,32,765,332,87,257,755,93,181,174,118,584,98,825,292,428,187,731,813,784,1222,117,345,1380,31,1447,269,672,747,1112,147,32,690,1258,253,763,92,1427,503,4,40,289,41,733,240,884,201,136,594,560,3,1083,1282,686,918,667,1535,702,158,65,1055,100,481,457,1565,1067,641,289,18,1537,62,545,401,1238,528,713,1042,430,144,390,220,953,42,817,18,26,137,1870,999,557,234,586,1316,87,104,369,39,215,595,922,1194,187,1056,382,397,387,872,191,464,1841,883,162,119,38,916,2,676,1524,315,1217,63,382,328,591,372,138,883,733,910,635,1059,87,773,630,1179,169,947,401,20,820,119,575,1117,48,268,45,896,772,293,217,73,732,26,528,1121,382,813,419,424,221,107,145,264,526,589,482,51,1399,954,292,276,248,1276,218,1005,296,360,60,5,499,661,192,199,250,1001,496,281,361,664,248,1090,86,203,241,61,329,1551,182,790,787,408,442,603,681,522,478,1072,527,1094,104,1267,418,730,217,1198,859

08/08.py

@@ -0,0 +1,34 @@
+from itertools import combinations
+with open("input") as f:
+    data = f.read().strip().split('\n')
+data = [[s.split() for s in d.split('|')] for d in data]
+
+print(sum(sum(1 if len(y) in {2,3,4,7} else 0 for y in x) for _, x in data))
+
+known = {
+    2: 1,
+    3: 7,
+    4: 4,
+    7: 8,
+}
+s = 0
+for digits, number in data:
+    real = {}
+    for digit in digits:
+        if len(digit) in known:
+            real[known[len(digit)]] = set(digit)
+    for x in combinations(digits, 9):
+        base = set('abcdefg')
+        for d in x:
+            base = base.intersection(set(d))
+        if len(base)==1:
+            f = next(iter(base))
+    real[2] = [d for digit in digits if len(d := set(digit))==5 and f not in d][0]
+    real[3] = [d for digit in digits if len(d := set(digit))==5 and len(real[2]-d)==1 and len(d-real[2])==1][0]
+    real[5] = [d for digit in digits if len(d := set(digit))==5 and d!=real[2] and d!=real[3]][0]
+    real[9] = [d for digit in digits if len(d := set(digit))==6 and d==real[3] | real[4]][0]
+    real[0] = [d for digit in digits if len(d := set(digit))==6 and len(d - real[5])==2][0]
+    real[6] = [d for digit in digits if len(d := set(digit))==6 and d!=real[0] and d!=real[9]][0]
+    real = {frozenset(v): k for k, v in real.items()}
+    s += int(''.join(str(real[frozenset(n)]) for n in number))
+print(s)

08/input

@@ -0,0 +1,200 @@
+fgcae ebafc cabdef eg abecfg abgfed feg gafdc bceg ebgcadf | defagbc faecg cfdag gecb
+eagd cad fgadbc aefdcg dcebfg fcegd cbeaf ad dbgfeca defca | cfdeg gdcabf fcgde afgced
+gfdeca aeb eb fbdag eafdc adfbe cefdab bdaegcf efbc ecadgb | eb dbafe eab faecd
+facbdge efdg gcafd daegc caegb aecfdb ade ed gafbdc dgfeac | de abcdef faedcg dfgca
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+fgbdc gbfade gba gefa dbafg cbadge bfgecda ga edbafc dfabe | afbdeg dgfba bgdfa dcfgb
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+gd gad bfdg gecba fedabcg fcgeda aedfbc adebf agbdfe dgeab | ebcdaf agd gcfbdae egacb
+cedbfa ba cgbfa abf dfegac cafeg gabe befgca ebdfcag cbfdg | fab aegcf faecbd fdcebga
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+fbdecg bdafec cfaeb gedac def dceaf abfd fd gfecba gfdaecb | ebfac bdfa gbcdef fd
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+ecgabd acgdf abge ae bcfead fgdaceb ead daegc bcdefg gcbed | egba gaecd cgadbe gdbce
+aegfbc gf afebdc agebdfc ebcdf feg dcefg bdfg dcgea bgedcf | edbfcg fdgb bdgafce febgcd
+dcg bcdefa dbfceg fdeacg acbeg bfeagcd cfdae dg dfag agdec | dfcgea dg egdca edagc
+agcfeb fagbed fdbceg bag gebfd afgd agbfcde acbed ag badeg | cbdea fcedgb gfebac abcegf
+adbegfc fgdace cadge afcg ebdfca ebgad eac bfgdce cgefd ca | acged fcedg ebagd dgacefb
+gfeadb gfeab bcfa agebcfd aebgfc fecgbd efc fc gadec egcfa | fgbace fc debgcf afgceb
+bacg ab cfgbd bfadge acfed fgdecb agedcbf fcabgd bfa dbafc | gfdcb cbga abcg afecbdg
+ge beagc cfgabd bgaced bgcda fbadgec age ecdagf egbd fcbae | aeg gedbac cadfeg fbgcda
+dgbafe abfdgec gdf fd agebcf gadec dfcgba befd edfga aebfg | abcgefd dagec dfg df
+edfcga bcegd baeg cbgdae agdbc gce acgdebf eg gfadbc cefbd | dcbeg bgedc cedbg edcbg
+adfbe dg cagef dfgb gdbeca aefdg gda edcbaf fdgeba gdecbfa | cdabef eafbd bafcegd dg
+cd edcbfg dbage fcaebdg facd bgcfea afbedc afbec dbc adecb | adegb bcefag abegd cbgedf
+gdcbf da ecgbfda adc adgb bagcfd dfbcea egfac dfbceg gdacf | gdba cfdbg adbfec fcaeg
+bcg bc gdcbae dbca abfgde gdeba ebfacdg egcba faceg dgfbce | geadb badecg ecbfgd baecg

09/09.py

@@ -0,0 +1,28 @@
+from math import prod
+with open("input") as f:
+    data = [[int(x) for x in line] for line in f.read().strip().split('\n')]
+data = [[9]*len(data[0])] + data + [[9]*len(data[0])]
+data = [[9]+line+[9] for line in data]
+
+print(sum(1+data[i][j] for i in range(1, len(data)-1) for j in range(1, len(data[0])-1) if all(data[i][j]<data[i+di][j+dj] for di, dj in [(1,0), (0, 1), (-1, 0), (0, -1)])))
+
+low = [(i,j) for i in range(1, len(data)-1) for j in range(1, len(data[0])-1) if all(data[i][j]<data[i+di][j+dj] for di, dj in [(1,0), (0, 1), (-1, 0), (0, -1)])]
+directions = [(1,0), (0, 1), (-1, 0), (0, -1)]
+def basin_area(i, j):
+    s = 0
+    visited = set()
+    def find_basin(i, j):
+        nonlocal s
+        if (i, j) in visited or data[i][j]==9:
+            return
+        visited.add((i,j))
+        s += 1
+        for di, dj in directions:
+            find_basin(i+di, j+dj)
+    find_basin(i, j)
+    return s
+print(prod(sorted([basin_area(*l) for l in low], reverse=True)[:3]))
+
+
+    
+

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@@ -0,0 +1,100 @@
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10/10.py

@@ -0,0 +1,48 @@
+with open("input") as f:
+    data = f.read().strip().split('\n')
+
+scores = {
+    ')': 3,
+    ']': 57,
+    '}': 1197,
+    '>': 25137,
+    }
+opens = {
+    ')': '(',
+    ']': '[',
+    '}': '{',
+    '>': '<',
+}
+closings = {v: k for k, v in opens.items()}
+second_scores = {
+    ')': 1,
+    ']': 2,
+    '}': 3,
+    '>': 4,
+    }
+
+
+s = 0
+ss = []
+for line in data:
+    parens = []
+    for c in line:
+        if c in scores:
+            if opens[c] != parens[-1]:
+                s += scores[c]
+                break
+            else:
+                parens.pop()
+        else:
+            parens.append(c)
+    else:
+        if parens:
+            x = 0
+            for p in reversed(parens):
+                x = x*5 + second_scores[closings[p]]
+            ss.append(x)
+                    
+print(s)
+print(sorted(ss)[len(ss)//2])
+    
+

10/input

@@ -0,0 +1,94 @@
+{[<([<[[(<[({<<><>><()[]>}<(()())(())>)<(([]())){<()()><{}<>)}>][(((()<>)[{}{}]){<[]<>>({}{})})]>)[(({([{}[]]
+{{[[(<[[[<[<<{()()}(<>{})>[<<><>>[[]]]>[{{[]<>}[[]]}<<[]{}>[<>[]]>]]([[[{}<>]]<<()[]>{()<>}>]([<<
+([<{[[{{((([(<[]<>>{[]<>})<([]){<>{}}>][([<>[]][[]{}])])[[{{()[]}<()[]>}<{(){}}>]]]<{(<[{}<
+(({(<{(([<[({([]())(<>())}{([]{})[{}{}]})]{(({{}()}{<>()}](<[]<>>(()[])))({[[]{}]<[]<>>})}>[[[{<<>[]>(()
+[([<([{({{[{[([]{})[{}[]]][[{}{})]}<([<>{}]<<>()>)>]}([<{[()<>]{()<>}}[[{}{}]<(){}>]><{{{}[]}[()<>]}[{{
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+<(<({<{<<<([<([]<>)([]<>)>]<{{{}{}}<<>()>}>)<<{[[]()](<>{})}(([]())<[]()>)><[{<>{}}[(){}]]>>>>>(<{<[[[{
+(([({<{(<{[<({<><>}){{[][]}}>{<([]()){{}{}}>[([][])<{}{}>]}]}[((<{()<>}>)[{{()<>}{[][]}}])]
+(<<<(({{{([[<{(){}}>{(()())(()[])}]{({{}[]}<[][]>]<{{}<>}{()}>}])<(({[[][]]{{}{}}}(([][])<(){}>)
+{<{{[[({<<{{({{}()}({}{})><[()<>][<>{}]>}([<()[]>({}())][{()<>}[()]])}{<[{(){}}<[]{}>][[[]<>][[][]]]>([[<>]
+{{{[(<([[[[{[[(){}}<{}>]<{<>[]}{{}{}}>}]<[[(<>())((){})]((<>()))]{(<[]{}>([][])){<[]<>>(()[])}}>]
+(<{[([[<(<[<{[<>{}]}(<[]<>>{{}<>})>[{(())}]]>){<{(<(<>())<{}()>>]}({<<[]<>>[[]<>]>((()<>)[<><>])}
+[<{[[(({([((({[]{}}[()()])))]>[((<<[<><>][[]()]>{[()<>][()()]}>({{<>[]}({}<>)})))]})){((<[<[<[<>()]>
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+{{(<[<(<(<{{(<[]()><()<>>)}{((<><>))[<<>{}>{()[]}]}}>{{<({{}{}}[()<>])[<(){}>(<>[])]><<(<>{}}[{}
+[{{{[[[[{(<{<[<>[]](()[])]{{<>{}}}}{[(()()){[][]}]{([][])}}><<{<<>()>([])}[[[]{}]<{}{}>]>(([{}<>]<[]()>)
+{[[(<([[[[((({<>{}}(<>())){<{}[]>})[([<>[]](<>[])}[({}[])([]())]])([<{{}()}(<>())><[[][]][<>()]>][([()()]<<>[
+<[{[{({(<(((<<<>{}><[]()>][{{}()}{[][]}])[(((){})([][]))[[()<>][[]{}]]])[[(((){})[()])[[(){}]<{}
+[{[[<[<{{(({([(){}]<()()>](([]<>)[()[]])}<<{[][]}([][])>>)<[[([]())<{}[]>]]>){[[[{{}()}[<>[]]]{<[]{}>
+[[<([([[<<<{{[{}[]][<><>]}}{{{{}{}}}}>>>[([[(<<>[]>({}<>))<([]())<<><>>>]{{<<>[]>{<>()}}}][<{{[
+({[<<<((<<<<<<[]{}>[()()]>{[()[]]{()<>}}>[((<>()){()()}){<[][]]<{}{}>}]>{{[[{}{}]<{}[]>]([[]<>])}((
+({<<[[{{<{[[{<()><<>>}<<()[]>([][])>]]([[({}<>)[()[]]](([]{})<<>[]])]<[([]<>){[]}]>)}(((<<{}[
+<(<(<(([([[[{{[]()}{<>()}}{<{}[]>[{}()]}]{{[{}{}]<()[]>}({<>()}<(){}>)}][[{<{}()><[][]>}](<[
+[[<{<[<[<({<<{[]}<()<>>>({<><>}{[]<>})><([<>()]([][]))>}[({[{}{}]<{}[]>})({[<><>]})])>]([[{<({
+<([{[[<<[({<<[{}()]({}[])>{<[][]>{()()}}>{<(<>[])([]{})>([{}[]}[<>])}}{{[<<>[]>{[]<>}][([][]){{}{}}]
+[([({((<[{{{[<{}><<>()>]<<()[]>>}<[{{}{}}([][])]{{()<>}<(){}>}>}<{<[[][]]>({{}<>}{()[]})}>
+[[[{([({{{<{[[[][]]{()()}]}{{<<>[]>[{}[]]}[[[]()]<<>>]}>({{(<>[])[{}[]]}({<>()}[{}[]])}{{(()<
+{<{{{<[{[<{(<{[]{}}{[][]}>{{[]<>}}}}[{((()[])<()()>)[<<>[]><{}()>]}<[{<>{}}[()<>]]<[<>[]][<>{}]>>]>[<[
+<[<{[[<{<[([{({}[])(()<>)}[[<>()]{()[]}]])][[<{[<>[]][<>[]]}<{<>{}}{<>{}}>>{<<()()><()<>>>{([]()
+<[{{({<[<([[[([]{})({}())]]<[{{}}[()<>]]<{<>{}}{()}>>])<[<[<<>()>]{<{}{}>[[]<>]}><({[]()}<<><>>)[(()<>)(<>())
+{<[[[<(<[<{<({<>{}}[<><>])([{}<>]<[][]>)><<[(){}](<>[])>[({}[])<<>[]}]>}{{{(<>())(<>{})}}<((<>())
+<{(<<[{[{<{<<((){})[[]{}]><([]<>)<{}[]>>>{[[[][]]<()()>]}}{({{<>()}<<>()>}{<{}<>><()[]>})}>}<[<([<()()>{()()
+{{([<{[[((<<{<<>()><<>[]>}<(()<>)>>><<[<[][]><{}<>>]>{<([]()){[]<>}>}>))]<{(((<[[]<>]([]<>)>[{{}()}<<
+([{{({{<[[(((<[][]>{<>{}}){<()[]>{[]()}})(<({}<>)([]<>)>(([])[()<>])))(([([][]){()<>}]{{[]<>}{[](
+[{{<{({[<{<{((<>())({}[]))<{<>()}({}[])>}(<[{}()]<{}<>>>({[][]}{()<>}))}{([({}[]){{}[]}]<([][])>)}}{<{({{}(
+[{(([[[([<<(<([]()){<>}>(({}<>)(()())))[((<>{})){[()<>]<<>{}>}]>>][<{{[<()<>>{{}[]}]<<{}[]><{}[]>]}[
+{<<<(<[<[{<[<({}[])>(([])<[]<>>)]<<<{}{}>({}())>{[<>{}}<[][]>}>>[{[<<>()><()()>]{[<>[]]<[]>}}[<<<>[]>{[]()
+([(((<<(<[[<[<{}<>>(<><>)]>([<{}[]>{<>{}}]({<>{}}[()()]))]](<({<<>[]>({}[])}<[[]<>]{<>[]}>)(<{
+([{({{{[(((<<{[]()}<{}<>>>((<><>){[]()>)>({<{}()><(){}>}<[<>()]>))){((([[][]]{<>{}})[([]<>){<>[]}]
+<(({{{[(([<[{<(){}>([]<>)}(<[]><()<>>)]><<([()[]]([]()))>{[(()<>}<{}>]}>]){{[{(({}{})<(){}>){[[]]{[]
+[<{(<({<{((<<<[]<>>([]())>(((){})[[]()])>{[[<>]<{}<>>]}){[<[<>[]]({}())]{{()[]}<()>}]})<([[([]())<<
+[[<<[<{{[{({<[()<>]{<>[]}>{([][]){<><>}}}<[[{}()]][<<><>>{{}[]}]>)}{<{{({}<>)(()())}[{{}{}}[{}()]]
+({<({[{[{(([<<()()>{<>[]}>[([]<>)<()<>>]]{<{<>()}[{}{}]>((<>{}){<>{}})})([<([][])[[]{}]>(<[]()>{<>
+{[[((<{[[<<({<[]<>>[()<>]}{[()]{<>}})>[<{<<>()><()[]>}{{()[]}<()<>>}>(([{}[]]))]>[[{({<><>})}
+{{(<[{{[{<[({(()){{}<>}}(<{}[]>[[]()]))]>}({(<((()[])((){}))<{<><>}[<>()]>>)}(<<[(())<{}<>>]{[[]]<{}
+<{{([<<<<[([<[<><>][[]]><<(){}>[()()]>]<{(<><>)<<><>>}([{}{}])>)][[([<()()><<>()>])(({[]<>}([]{}]){<[]><[]
+{(<<[[<{{((([<[]<>>[{}<>]][([][]){{}{}}>)(<<<><>><[]{}>>{{(){}}[<>{}]}))({<(())[<>()]><{<>{}}(<>[])>}(({
+[[[([({([<<[[[<>{}]{<>{}}]<[<><>]{{}<>}>]>[({[()()]<<>()>}{[()()][{}()]}){({{}()}[(){}))}]>[(<{[()<>
+[{{(<<<[{(((<<()<>>([])>({<>{}}<()[]>)))[{(([]){()<>})(({}[])<{}})}<{([]{})({}())}<(<>[])<<>[]>>>
+{<<<<[{[{({{[<<>()><{}[]>]<[[]{}][{}{}]>}(<({}{})<()<>>>{{()<>}})}{[[{{}{}}[{}{}]]<[<><>](<>{})>]})(([{[<>()
+<(<[<{(<{[{<{[[]{}]{{}[]}}>[{[[]<>][{}{}]}(([]())(<>))]}<{{[{}{}]([]{})}[({}())]}{<<<>()>>([(
+<{{[{[<{[[<[{<[]{}><<>{}>}]{({()<>}(<><>)){[<>[]]}}>{([[<>{}]({}{})](({}{})<[]{}>))<{[{}<>
+{{<<{<<<[{[[([[]()][()()])(({}()))][[({}[])<()()>]]]{<[<{}[]>{{}{}}]>}}[[[[([]())]([<>[]][[]{}]>]]
+[[<<[({{{(<[(<()<>>[<>])]([(()<>){<>())]([<>[]][[]<>]))>{{[[[]()]([]())]{<[]{}>{()<>}}}[<([]<>)<()>>({<>{}}[<
+([[([<{<[<((<(<>[])(<>[])>(<<><>><{}[]>)){<<{}<>>>({{}{}}<()[]>)}>[{{(<><>)(()<>)}[<<>[]>]}]>]<{{
+{{{((<<{[[{<([[]{}][{}<>])>}<[((()())<()<>>)[[[]{}]{[][]}]]<<<[]{}>{{}[]}>(<<>()><(){}>)>>](<
+{(([[{{<[[<{(({}<>)[<>[]])}<{({}{}){{}}}[[()[]](()())]>>]([<[{()[]})({<>}[<>{}])>{[{{}{}}{(){}}]{<{}{}>}}])
+{([(<{<<({[<[{()()}<[]<>>]{<[]{}>}><[[<>][()<>]]>]{<{{[]{}}<(){}>}[({})]>{{<{}{}><()<>>}([{}
+{{[[({{({[(([{{}()}[{}]]({{}<>}([][]))){({{}<>}[[]{}])<<()<>>>})]{(<[<{}{}>{<>()}](({}())((){
+{<({{<<{{([{{{[]<>}{<>{}}}((<><>)<()<>>)}[<[{}<>][()[]]><[<>()][<><>]>]]{{[[()<>]<<>[]>]<(<><>)
+<(<[(<<[[<<<[({}())<[][]>](({}<>)[{}<>])>>[<{{{}}<()<>>}<(()<>){{}{}}>>]>({{<[<><>](<><>)>[(<>{}
+[((<{[{{(<{[({{}[]}((){}))([[][]]{<>[]})]<{<{}[]>[{}<>]}[<{}()><{}<>>]>]>)}}]}{{{(<[(<{{()()}}>{[<{}<>><<>[]>
+{([<<{(<([[({{{}<>}<(){}>}<<()[]>{<>{}}>)((<[][]>[<><>])<<[][]>{<>()}>)]((<{<>[]}{[][]}>[[<>()]{<>[]}]]{{[
+[<{(<{([{{(([<<>()>]{<(){}><()<>>}){(([]{}>)<(<><>)>})}({({[<>]{<>[]}}[[{}<>]])}[{<[()[]]<{}<>
+{[(<(<{(<<[{[<[]()>(<>[])][{{}}[()[]]]}{{[[]{}]{()()}}<<<>>[[]()]>}]>{{<[<{}()>([]())]({(){}}(()<>))>([(<>(
+{{([[([[[<(({<{}<>>[<>[]]}{([]<>)<<>{}>})<{{[]<>}{{}<>}}([()()]<<>[]>>>){{[[()<>]]<((){})<[]{}>>}{<<[]<>><()
+<({([[[[[({[[{{}<>}({}<>)]({<>[]}[<>{}])][([<>[]](<>()))<([]())[{}{}]>]}(((({}[])[()[]])[{{}{}}(<>)])(<<<>
+[({{<{[([(((<{[]{}}{<>()}><[{}<>>{<>[]}>)){([<{}{}><()[]>]<([]{})[{}{}]>){{[[]]<[]{}>}((()[])[(
+(({<[<<{{[[<{(<>{})([]())}([[]{}]{{}()})><[<{}()><{}{}>]<<<>()>[[]()]>>]<[<<()[]><<>()>>[{{}<>}[<>]]]>]
+((<[[<{{{[({<(()[])<()<>>>})]{<(([()()][[]]))({[[]()]{[]<>}}{[<>()]})><<(({}[])[{}{}])>>}}}[[[{{{{[]{}}({}[
+([<[<{{{{[<<{{<>[]}([]<>)}><{{()[]}[<><>]}{<[]>[()<>]}>><{[{[][]}<()[]>]({[][]}(()<>))}<{(<>())(
+{((<(([[<[(<[{()[]}([]())>>[<[<>()]<[]{}>>(<()<>><[]>)])<(<{()}>(([]<>){<>{}}))<[[[]<>]{[]()}
+[(<[([([{{{<([[]<>]<<>>)[{<>[]}{{}<>}]}({(())[{}()]}[<{}<>>{<>()}])}([<[(){}]([][])><(()())

11/11.py

@@ -0,0 +1,64 @@
+from collections import defaultdict
+data = '''
+5483143223
+2745854711
+5264556173
+6141336146
+6357385478
+4167524645
+2176841721
+6882881134
+4846848554
+5283751526
+'''.strip().split('\n')
+with open("input") as f:
+    data = f.read().strip().split('\n')
+data = [list(map(int, line)) for line in data]
+N = len(data)*len(data[0])
+d = defaultdict(lambda: -100000)
+d.update({(i,j): x for i, row in enumerate(data) for j, x in enumerate(row)})
+
+directions = {(x,y) for x in [-1,0,1] for y in [-1,0,1]}-{(0,0)}
+
+s = 0
+for _ in range(100):
+    for c, x in d.items():
+        d[c] = x+1
+    ready = set()
+    flashed = {c for c, x in d.items() if x>9 and c not in ready}
+    while flashed:
+        s += len(flashed)
+        ready = ready | flashed
+        for i, j in flashed:
+            for di, dj in directions:
+                d[(i+di, j+dj)] += 1
+        flashed = {c for c, x in d.items() if x>9 and c not in ready}
+    for c in ready:
+        d[c] = 0
+
+print(s)        
+
+step = 0
+ready = set()
+flashed = {c for c, x in d.items() if x>9 and c not in ready}
+while flashed:
+    ready = ready | flashed
+    for i, j in flashed:
+        for di, dj in directions:
+            d[(i+di, j+dj)] += 1
+    flashed = {c for c, x in d.items() if x>9 and c not in ready}
+while len(ready)!=N:
+    for c in ready:
+        d[c] = 0
+    step += 1
+    for c, x in d.items():
+        d[c] = x+1
+    ready = set()
+    flashed = {c for c, x in d.items() if x>9 and c not in ready}
+    while flashed:
+        ready = ready | flashed
+        for i, j in flashed:
+            for di, dj in directions:
+                d[(i+di, j+dj)] += 1
+        flashed = {c for c, x in d.items() if x>9 and c not in ready}
+print(step+100)

11/input

@@ -0,0 +1,10 @@
+8826876714
+3127787238
+8182852861
+4655371483
+3864551365
+1878253581
+8317422437
+1517254266
+2621124761
+3473331514

12/12.py

@@ -0,0 +1,57 @@
+from timeit import timeit
+data = """
+fs-end
+he-DX
+fs-he
+start-DX
+pj-DX
+end-zg
+zg-sl
+zg-pj
+pj-he
+RW-he
+fs-DX
+pj-RW
+zg-RW
+start-pj
+he-WI
+zg-he
+pj-fs
+start-RW
+""".strip().split('\n')
+
+with open("input") as f:
+    data = f.read().strip().split('\n')
+
+d = {tuple(line.split('-')) for line in data}
+small = {x for pair in d for x in pair if x.islower()} - {'start', 'end'}
+
+
+def make_paths(d, valid_path):
+    def f(v, path):
+        if path.count('start')>1:
+            return
+        if not valid_path(path):
+            return
+        if v=='end':
+            yield path
+            return
+        for next_v in {x for x, y in d if y==v}|{y for x, y in d if x==v}:
+            yield from f(next_v, path+[next_v])
+    yield from f('start', ['start'])
+
+valid_path = lambda x: all(x.count(v)<=1 for v in small)
+print(sum(1 for p in make_paths(d, valid_path)))
+
+def valid_path(path):
+    if any(path.count(v)>2 for v in small):
+        return False
+    if sum(1 for v in small if path.count(v)==2)>1:
+        return False
+    return True
+
+print(timeit('print(sum(1 for p in make_paths(d, valid_path)))', globals=globals(), number=1))
+
+
+    
+

12/input

@@ -0,0 +1,26 @@
+start-YY
+av-rz
+rz-VH
+fh-av
+end-fh
+sk-gp
+ae-av
+YY-gp
+end-VH
+CF-qz
+qz-end
+qz-VG
+start-gp
+VG-sk
+rz-YY
+VH-sk
+rz-gp
+VH-av
+VH-fh
+sk-rz
+YY-sk
+av-gp
+rz-qz
+VG-start
+sk-fh
+VG-av

13/13.py

@@ -0,0 +1,38 @@
+with open("input") as f:
+    data, folds = f.read().strip().split('\n\n')
+data = {tuple(map(int, line.split(','))) for line in data.split('\n')}
+folds = [(d[0], d[1]) for x in folds.split('\n') if (y := x.split('=')) and (d := (y[0][-1], int(y[1])))]
+
+def print_data(data):
+    for y in range(max(a[1] for a in data)+1):
+        for x in range(max(a[0] for a in data), -1, -1):
+            if (x, y) in data:
+                print('#', end='')
+            else:
+                print('.', end='')
+        print()
+
+def make_fold(data, fold):
+    d, n = fold
+    if d=='x':
+        first_pred = lambda x: x[0]<n
+        second_pred = lambda x: x[0]>n
+    else:
+        first_pred = lambda x: x[1]<n
+        second_pred = lambda x: x[1]>n
+
+    first = set(filter(first_pred, data))
+    second = set(filter(second_pred, data))
+    if d=='y':
+        second = {(x, n-(y-n)) for x, y in second}
+    else:
+        second = {(x-n-1, y) for x, y in second}
+        first = {(-x+n-1, y) for x, y in first}
+    return first | second
+
+for fold in folds[:1]:
+    data = make_fold(data, fold)
+print(len(data))
+for fold in folds[1:]:
+    data = make_fold(data, fold)
+print_data(data)

13/input

@@ -0,0 +1,876 @@
+159,344
+771,626
+1140,868
+790,25
+607,254
+375,140
+924,198
+293,548
+1068,798
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+890,750
+960,506
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+5,33
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+
+fold along x=655
+fold along y=447
+fold along x=327
+fold along y=223
+fold along x=163
+fold along y=111
+fold along x=81
+fold along y=55
+fold along x=40
+fold along y=27
+fold along y=13
+fold along y=6

14/14.py

@@ -0,0 +1,53 @@
+import csv
+from collections import Counter, defaultdict
+template, rules = """
+NNCB
+
+CH -> B
+HH -> N
+CB -> H
+NH -> C
+HB -> C
+HC -> B
+HN -> C
+NN -> C
+BH -> H
+NC -> B
+NB -> B
+BN -> B
+BB -> N
+BC -> B
+CC -> N
+CN -> C
+""".strip().split('\n\n')
+with open("input") as f:
+    template, rules = f.read().strip().split('\n\n')
+rules = {k: v for k, v in (line.split(' -> ') for line in rules.split('\n'))}
+
+def f(template):
+    for _ in range(5):
+        new_template = []
+        for a, b in zip(template, template[1:]):
+            if a+b in rules:
+                new_template.append(a+rules[a+b])
+            else:
+                new_template.append(a)
+        new_template.append(template[-1])
+        new_template = ''.join(new_template)
+        template = new_template
+    return template
+
+c = Counter(f(f(template)))
+print(max(c.values()) - min(c.values()))
+
+class MyCounter(Counter):
+    def __mul__(self, n):
+        return MyCounter({k: v*n for k, v in self.items()})
+    
+d = MyCounter(zip(template, template[1:]))
+for _ in range(8):
+    d = sum((MyCounter(zip(l:=f(''.join(x)), l[1:]))*v for x, v in d.items()), start=MyCounter())
+res = defaultdict(int)
+for (a, b), v in d.items():
+    res[b] += v
+print((max(res.values()) - min(res.values())))

14/input

@@ -0,0 +1,102 @@
+VPPHOPVVSFSVFOCOSBKF
+
+CO -> B
+CV -> N
+HV -> H
+ON -> O
+FS -> F
+NS -> S
+VK -> C
+BV -> F
+SC -> N
+NV -> V
+NC -> F
+NH -> B
+BO -> K
+FC -> H
+NB -> H
+HO -> F
+SB -> N
+KP -> V
+OS -> C
+OB -> P
+SH -> N
+BC -> H
+CK -> H
+SO -> N
+SP -> P
+CF -> P
+KV -> F
+CS -> V
+FF -> P
+VS -> V
+CP -> S
+PH -> V
+OP -> K
+KH -> B
+FB -> S
+CN -> H
+KS -> P
+FN -> O
+PV -> O
+VC -> S
+HF -> N
+OC -> O
+PK -> V
+KC -> C
+HK -> C
+PO -> N
+OO -> S
+VH -> N
+CC -> K
+BP -> K
+HC -> K
+FV -> K
+KF -> V
+VF -> C
+HN -> S
+VP -> B
+HH -> O
+FO -> O
+PC -> N
+KK -> C
+PN -> P
+NN -> C
+FH -> N
+VV -> O
+OK -> V
+CB -> N
+SN -> H
+VO -> H
+BB -> C
+PB -> F
+NF -> P
+KO -> S
+PP -> K
+NO -> O
+SF -> N
+KN -> S
+PS -> O
+VN -> V
+SS -> N
+BF -> O
+HP -> H
+HS -> N
+BS -> S
+VB -> F
+PF -> K
+SV -> V
+BH -> P
+FP -> O
+CH -> P
+OH -> K
+OF -> F
+HB -> V
+FK -> V
+BN -> V
+SK -> F
+OV -> C
+NP -> S
+NK -> S
+BK -> C
+KB -> F