some refactored python solutions
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03/03_refactored.py
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12
03/03_refactored.py
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with open("input.txt","r") as f:
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tmap = f.read().split('\n')
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def trees(right, down, tmap=tmap):
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count = 0
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for row, line in enumerate(tmap[::down]): # array slicing by step
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if line[ row * right % len(tmap[0]) ] == "#":
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count += 1
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return count
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print(f'Part 1: {trees(3,1)}')
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print(f'Part 2: {trees(1,1)*trees(3,1)*trees(5,1)*trees(7,1)*trees(1,2)}')
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03/03_refactored2.py
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03/03_refactored2.py
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with open("input.txt","r") as f:
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tmap = f.read().split('\n')
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def trees(dx, dy, tmap=tmap):
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return sum( [ line[i*dx % len(line)] == "#" for i, line in enumerate(tmap[::dy])] ) # array stepping AND list comprehension
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print(f'Part 1: {trees(3,1)}')
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print(f'Part 2: {trees(1,1)*trees(3,1)*trees(5,1)*trees(7,1)*trees(1,2)}')
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