So in a lab report on orbitals and the different principals of orbitals I was tasked with writing a story, my story happened to be a very half assed totally bs'd story about rhythm based games. Here it is, enjoy making fun of my stupidity:
In the world of rhythm based gaming there are few simple rules that apply to each other. Depending on your timing you can either get a “perfect” for hitting the note at the specific window you need, there are also “greats”, “averages”, and “misses”. To hit a perfect it would mean that you had already fulfilled the average and great requirement because their windows of timing would have come earlier and been filled by emptiness; thus filling the perfect window the tap of the certain button. For no one arrow can you have more then one judgment, meaning that you can’t overload the total by bunching too much at once. The most arrows that can be seen at once are 2 (people only have two legs), and because you can’t have too many arrows on one specific field so as to prevent overcrowding.
this will make much more sense to people in or who have completed chemistry so if you don't what the principals of orbitals are, don't post just to flame and get plus 1 post. Another source you could use is the world wide web to look it else, but for everyone i'm out
~Tim
In the world of rhythm based gaming there are few simple rules that apply to each other. Depending on your timing you can either get a “perfect” for hitting the note at the specific window you need, there are also “greats”, “averages”, and “misses”. To hit a perfect it would mean that you had already fulfilled the average and great requirement because their windows of timing would have come earlier and been filled by emptiness; thus filling the perfect window the tap of the certain button. For no one arrow can you have more then one judgment, meaning that you can’t overload the total by bunching too much at once. The most arrows that can be seen at once are 2 (people only have two legs), and because you can’t have too many arrows on one specific field so as to prevent overcrowding.
this will make much more sense to people in or who have completed chemistry so if you don't what the principals of orbitals are, don't post just to flame and get plus 1 post. Another source you could use is the world wide web to look it else, but for everyone i'm out
~Tim
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