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T O P I C R E V I E WjkxxHi everyone,this is just an odd question that's been boggling my mind lately. When looking at inexact aspects within orb, do you use a linear, logarithmic, or some other system to figure out the relative strength of the aspect? I've felt that it's more logarithmic and have been using this formula on my site and just for trying to compare aspects (the 'squish exponent' is more or less arbitrary) as it feels more right than just dividing. Anyone ever wonder about this? If you know of any non-standard orb derivation systems and wish to share, that'll be appreciated as well.astro junkieI'm fascinated by what you're saying, but would love it if you can break it down for me ... I'm sort of following it.------------------ ... it's better to light a candle than curse the darknessHappy Dragongiving that a few minutes thought .. I'd go for logarithmic ..breakfast on plutohey;is it 3/2 or 3.2 .. in quantum chem it looks like 3/2 and again derivaiton...astro junkie ... *raising my hand* ...astro junkie ... I wish I understood all this cuz it really does look interesting ... ah ... maybe one day it will make another pass ...------------------ ... it's better to light a candle than curse the darkness
this is just an odd question that's been boggling my mind lately. When looking at inexact aspects within orb, do you use a linear, logarithmic, or some other system to figure out the relative strength of the aspect? I've felt that it's more logarithmic and have been using
this formula on my site and just for trying to compare aspects (the 'squish exponent' is more or less arbitrary) as it feels more right than just dividing. Anyone ever wonder about this? If you know of any non-standard orb derivation systems and wish to share, that'll be appreciated as well.
------------------ ... it's better to light a candle than curse the darkness
is it 3/2 or 3.2 .. in quantum chem it looks like 3/2 and again derivaiton...
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