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Post by eric on May 5, 2021 15:49:30 GMT -5
athletics have a range of -5 at 100 starting attribute, +4/-4 at 90 starting attribute, +3/-3 at 70, +2/-2 at 50, +1/-1 at 20; the average change is always 0. potential has no impact on range or average
jump shot is more complicated, depending on position and potential as well as starting attribute the max and min is
t5 t1 pos\att 90 70 50 100 90 20 PG 7,-2 6,-1 4,-1 -5 4,-4 1,-1 SG 7,-2 5,-1 4,-1 -5 4,-4 1,-1 SF 6,-3 5,-2 4,-1 -5 4,-4 1,-1 PF 5,-3 4,-3 3,-1 -5 4,-4 1,-1 C 5,-4 4,-3 3,-1 -5 4,-4 1,-1 but it doesn't really matter - the difference in average growth between a 90 jump shot 100 potential PG and a 20 jump shot 10 potential C is 2.5
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Post by eric on May 5, 2021 15:50:49 GMT -5
i did not include players going further than -5 in athletics as seen in bill's article because over 2000 TCs i didn't see it happen
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Post by 20s on May 5, 2021 15:51:29 GMT -5
100k
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IanBoyd
New Member
Posts: 792
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Joined: December 2020
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Post by IanBoyd on May 5, 2021 15:52:02 GMT -5
interesting
thanks for the update
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Post by Ankly on May 5, 2021 15:52:40 GMT -5
Are the distributions within those ranges equal?
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Post by eric on May 5, 2021 16:06:38 GMT -5
Are the distributions within those ranges equal? athletics definitely because there are so many different jump shot distributions i can't be as sure, but i'm pretty sure they all are
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Deleted
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Post by Deleted on May 5, 2021 19:42:29 GMT -5
i did not include players going further than -5 in athletics as seen in bill's article because over 2000 TCs i didn't see it happen
I'll check me maths. Cool stuff man.
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