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20237a22af
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Finished 070, by using the way quicker prime factorization it is done in 18 seconds
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2021-11-14 22:25:02 +01:00 |
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673b908d16
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Edited the prime factorization function of 69 so it is quick now
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2021-11-14 22:20:56 +01:00 |
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ec1fae253d
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Finished 69 (nice), wasn't too hard but my solution is pretty slow for some reason (19 s)
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2021-11-14 21:24:24 +01:00 |
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d06da3219a
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Solved 068 by hand
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2021-11-13 13:55:57 +01:00 |
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e1ed7960aa
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Added txt to their problem directory
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2021-11-13 13:48:46 +01:00 |
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0e1b0de59f
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067 pretty easy, just keep track of the maximum routes starting from the bottom
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2021-11-13 13:29:55 +01:00 |
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8f5217e793
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Solved 66, made some initialization error and had to gradually build up the chain instead of recomputing it everytime
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2021-11-13 01:52:05 +01:00 |
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d2d19d3efa
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Added bigint header file and edited the solution to include bigint to correctly handle the large numbers
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2021-11-10 13:07:18 +01:00 |
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Philippe Zwietering
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26b32ce7c8
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Woops had a erroneous function in problem 066
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2021-11-09 16:12:37 +01:00 |
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Philippe Zwietering
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2477b229d5
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Found the solution for 066, now just have to work out the implementation
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2021-11-09 16:11:25 +01:00 |
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aafaeb91fc
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I solved it by using someones pseudocode and to be honest I don't completely understand how it works
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2021-11-06 13:48:12 +01:00 |
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7430bccec9
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Finished 62 in a jiffy, wasn't hard when using a sorted list to keep track of the found cubes
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2021-11-02 13:50:35 +01:00 |
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f649acf5a3
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Did it all on my own, while being incredibly quick at the same time, very proud
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2021-11-02 12:55:06 +01:00 |
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38ad5e4d1f
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Cleaned up project euler folder and moved the license and readme
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2021-10-30 19:59:38 +02:00 |
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e0c627a384
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Rebased projecteuler folder, now includes all contest programming stuff
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2021-10-26 10:54:24 +02:00 |
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