If you really think the bird-mountain algorithm pictures are ambiguous or can lead to wrong results when correctly followed, then please (in very careful detail) explain how so and I will try to fix the Kata description.
@MP7373 I'm guessing your 2nd paragraph was not aimed toward me?
Regarding your example, there is still some information missing -- where is the river? Again, an actual test case would help the author (and anyone else) get a clearer understanding of the issue. You can wrap it in a code block, as shown below. Is this the example that you're talking about?
Nothing arrogant there (except maybe your answer? ;o No, ok. Let's just say you overreacted a bit? ;) ).
What doc is actually asking for is actual data rather than an explaination: it can be quite hard to understand each others on this kind of problem, so, again, could you provide an actual input to build that test (so that everyone can actually check based on the very same sample data, to avoid any misinterpretation)?
I think the colours of the bird-mountain example clearly show how the bird is calculating the height by counting 1,2,3 from the outside to the inside.
Please correct me if I am wrong, but it sounds like you have invented your own interpretation of that algorithm (different from the bird) and then saying that it does not work.
So where is the problem? It sounds self-inflicted.
mmm , Interesting Martin , Could be good when dealing with a small array/vector's size But man When dealing with larger ones or testing Code Optimization or Performance no doubt it will let you down
Hope you've enjoyed this humble kata , Array Leaders as Well , Wish you all the best Martin ,and thanks for your feedback .. Regards .. Zizou
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Kata's rank can't be changed, closing.
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Hi @MP7373.
If you really think the bird-mountain algorithm pictures are ambiguous or can lead to wrong results when correctly followed, then please (in very careful detail) explain how so and I will try to fix the Kata description.
@MP7373 I'm guessing your 2nd paragraph was not aimed toward me?
Regarding your example, there is still some information missing -- where is the river? Again, an actual test case would help the author (and anyone else) get a clearer understanding of the issue. You can wrap it in a code block, as shown below. Is this the example that you're talking about?
Nothing arrogant there (except maybe your answer? ;o No, ok. Let's just say you overreacted a bit? ;) ).
What doc is actually asking for is actual data rather than an explaination: it can be quite hard to understand each others on this kind of problem, so, again, could you provide an actual input to build that test (so that everyone can actually check based on the very same sample data, to avoid any misinterpretation)?
cheers ;)
@MP7373, it'd probably help a lot more if you were to provide an example to illustrate your point.
I think the colours of the bird-mountain example clearly show how the bird is calculating the height by counting 1,2,3 from the outside to the inside.
Please correct me if I am wrong, but it sounds like you have invented your own interpretation of that algorithm (different from the bird) and then saying that it does not work.
So where is the problem? It sounds self-inflicted.
I concur, but this is how it was approved; I think somebody else might raise it, if you find enough support.
Kata description is updated
but the win condition is 4 marks... :o
@MP7373
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