Problem 753. Solitaire Cipher

Solution 502450

Submitted on 17 Sep 2014 by Jan Orwat

Size: 68
Leading solution size is 10.

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3 Comments

3 Comments

Jan Orwat on 17 Sep 2014

Sorry for resubmitting an old regexp solution. Seems, that previous one disappeared. I have to solve this problem the proper way.

Paul Berglund on 18 Sep 2014

I think that this solution is perfectly legitimate. Why try to solve it "properly"? It's not like you are using eval or something like that. regexprep is a perfectly legitimate tool to use.

Jan Orwat on 18 Sep 2014

I agree with your point of view. Regexprep is a powerful function here.
Unfortunately I've used also '(??@some_code)'. In this case, it's not as bad as playing 'size=11' solution, but it is still a kind of size-cheating for me. I used to play solutions like that, but now I try to avoid this.

Test Suite

Test	Status	Code Input and Output
1	Pass	deck = [1 4 7 10 13 16 19 22 25 28 3 6 9 12 15 18 21 24 27 2 5 8 11 14 17 20 23 26]; n = 10; out = [8 26 1 4 7 23 8 8 4 24]; assert(isequal(solitaire(deck, n),out))
2	Pass	%% deck = 1:28; n = 10; out = [3 22 9 4 23 7 25 16 14 14]; assert(isequal(solitaire(deck, n),out))
3	Pass	%% deck = 1:28; n = 9; out = [3 22 9 4 23 7 25 16 14]; assert(isequal(solitaire(deck, n),out))

Test

Status

Code Input and Output

Pass

deck = [1 4 7 10 13 16 19 22 25 28 3 6 9 12 15 18 21 24 27 2 5 8 11 14 17 20 23 26]; n = 10; out = [8 26 1 4 7 23 8 8 4 24]; assert(isequal(solitaire(deck, n),out))

Pass

%% deck = 1:28; n = 10; out = [3 22 9 4 23 7 25 16 14 14]; assert(isequal(solitaire(deck, n),out))

Pass

%% deck = 1:28; n = 9; out = [3 22 9 4 23 7 25 16 14]; assert(isequal(solitaire(deck, n),out))

Problem 753. Solitaire Cipher

Test Suite

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Problem 753. Solitaire Cipher

Test Suite

Suggested Problems

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