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No, because that's not the height, because of the angle we're looking at that's the diameter of the stack, we have an almost birds eye view of the trees which means it's nigh-impossible to determine the heightDamage3245 said:@TataHakai; even if the trees were stacked together, if you look at the top of the stack and look to where it meets the ground, you should be able to estimate the height of the tallest tree, no?
DT just said that clouds are likely a bad idea, and Kep just said that historically cloud scaling was rejected in the past (without a known reason it seems).M3X said:Cloud scaling was rejected by both Kep and DT. I don't even know why you still bring this up
Said that something is an Inconsistency doesn't mean that you don't want to the result became small, that's more the way of the scaling used which seem pretty false to me, so yes, i reject the trees drawn around the crater but because it make no real sense to the scan used with the CT.Damage3245 said:Dismissing the trees as a drawing inconsistency is another example of that. You think that the crater can't possibly be small, so you reject scaling from the trees drawn around the crater because the result would end up in the crater being smaller than expected.
No. my view to this is already as objective as possible, it isn't really about the calc itself but the way of the calc which i'm more agree with the other way.Damage3245 said:In what way does it make no sense? The only reason it could be incomprehensible is if you already believe the crater to be huge by some other means of scaling.
Taken by itself, there is nothing nonsensical about using what is near the crater to estimate the size of the crater.
"Prefer" is a big word, maybe "make more sense to me" is betterDamage3245 said:I can see how that interpretation would make you prefer one form of scaling over the other, but I wouldn't say that makes the other form of scaling make no sense.
To help simplify this, I'll try to calc the size of the crater using all the possible methods (even the so-called 'rejected' ones) and then we'll be able to find out which produces the most consistent results.