This article originally published at jarednielsen.com
In 1992, Mary Oliver published Poem 133: The Summer Day, which ends with a question for the ...
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This way the Fox is never left alone with the duck and the duck is never left alone with the corn while getting all three to side b. No need for a cage!
Interest article. The value of understanding how to construct truth tables to resolve problems during the decomposition stage is invaluable to programmers. Some investment in logic and discrete mathematics is worth its weight. I recommend Discrete Mathematics and it’s Applications.
Of course! Or should I say, O(f) course? I'll put this in the backlog. It would make a great future article. Thanks for the book rec. I'll check it out.
Insightful article
Awesome!
Thanks for this interresting post. I've written a post on how to write a pseudocode here.
Nice work on the pseudocode post. I found the verbs particularly useful. If anything, I would recommend/request examples of their use. Cheers!
Great article with a nice example
Great Article!
The cage is less efficient
The first algorithm I was taught in a programming class was how to make a french omelette.
You know what they say, "If you want to make an omelette, you gotta break statement..."
When I was teaching, I used how to make peanut butter & jelly sandwiches as the first algorithm.
All you need to do now is translate that plain language into JavaScript (shudder) , Python, or Java
Thanks
something interesting and disturbing indeed.
Great article. Thank you.
Great article. thx
Simple solutions do exist when you "think outside the box".