Simplest suggestion is an arithmetic series
Each term of the series increases (or decreases) by a constant amount
You need the series to sum to 180 (to go from 75 to 255)
For n terms the sum is 0.5*n*(a[1]+a[n])
Therefore for 30 terms, a[30]=12-a[1]
Also, a[n]=a[1]+d*(n-1) where d is the
The following might be of some use - or even tweakable;
go stack URL http://www.molekular.co.uk/tmp/seriesTest.rev;
JC
Scott Rossi wrote:
Being math challenged as I am, I'm wondering if any of the math experts out
there can explain how to increase the value of a variable by a progressively
Scott, See stack ease255 on RevOnline under user ReactorLab - a
variation of the old ease in stack for graphics. Rich
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Being math challenged as I am, I'm wondering if any of the math experts out
there can explain how to increase the value of a variable by a progressively
decreasing amount. I believe this might be referred to as logarithmic
change(?).
In any event, I want to start with a base number, say 75, and
When you say
start with a base number, say 75, and add
You mean base as in the starting number and not base as in base16 or
base24 or base75?
If that's the case:
put 75 into theNum
repeat with x = 18 down to 1
add x to theNum
if theNum 254 then
exit repeat
end if
end
Recently, kee nethery wrote:
start with a base number, say 75, and add
You mean base as in the starting number and not base as in base16 or
base24 or base75?
Yes, a starting number. Thanks for helping me clarify what I'm after. I
looking to calculate the value to be added in each step to
