haas:fall2015:cprog:projects:mbe1
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| haas:fall2015:cprog:projects:mbe1 [2015/02/07 13:31] – external edit 127.0.0.1 | haas:fall2015:cprog:projects:mbe1 [2015/09/28 09:38] (current) – [Program] wedge | ||
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| * can perform this multiply by 11 trick in your head/by hand (if you can't do it on your own, you have no business trying to tell the computer how to do it) | * can perform this multiply by 11 trick in your head/by hand (if you can't do it on your own, you have no business trying to tell the computer how to do it) | ||
| - | * understand the pattern/ | + | * understand the pattern/ |
| * ability to deploy loops to simplify your process | * ability to deploy loops to simplify your process | ||
| * ability to use arrays to facilitate the storage of your processed values | * ability to use arrays to facilitate the storage of your processed values | ||
| Line 329: | Line 329: | ||
| (Also, the potential exception here would possibly be 1-digit values... if you cannot easily find a way to make 1-digit numbers work with greater-than-1-digit numbers, that's where an if-statement would come into play-- if 1-digit, do this specific process, else do the regular process). I'm not saying one universal solution isn't possible, but at this stage of your structured programming development, | (Also, the potential exception here would possibly be 1-digit values... if you cannot easily find a way to make 1-digit numbers work with greater-than-1-digit numbers, that's where an if-statement would come into play-- if 1-digit, do this specific process, else do the regular process). I'm not saying one universal solution isn't possible, but at this stage of your structured programming development, | ||
| =====Program===== | =====Program===== | ||
| - | It is your task to write an optimized version of your multiply by eleven program that will use arrays and loops to enable you to enhance and expand the functional capabilities of your program. No longer will you be limited by 1-, 2-, or 3-digit numbers, but you will be able to input up to 8-digit numbers and have your program successfully determine the result (and 8 is merely an arbitrary value I picked, you should easily be able to up it to the tens of thousands | + | It is your task to write an optimized version of your multiply by eleven program that will use arrays and loops to enable you to enhance and expand the functional capabilities of your program. No longer will you be limited by 1-, 2-, or 3-digit numbers, but you will be able to input up to 8-digit numbers and have your program successfully determine the result (and 8 is merely an arbitrary value I picked, you should easily be able to up it to even more and experience no change in functionality) -- actually, our 8-digit limit is considering a data type limitation... the maximum size of an int: **signed int**s can have a maximum value of 2.4 billion, so unless we change to a different data type (or different method of inputting the source number), this will be our limitation. |
| Your program should: | Your program should: | ||
haas/fall2015/cprog/projects/mbe1.1423315908.txt.gz · Last modified: 2015/09/28 09:35 (external edit)
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