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originally posted by: ArMaP
We know it's not accurate but we don't know by how much. And you haven't established a thing, you just stated that as if it was proved.
Even if we accept that debatable 99.1% match, what does it mean if we don't know the accuracy of Betty's map? Suppose her map has only an accuracy of 50%, how can we find a match between the map she saw and a real star map?
We don't have all the data we need, so any work to try to find a match will always be just a guessing game.
originally posted by: james1947
Betty's map cleaned up
originally posted by: Arbitrageur
I just noticed from Joness777 re-post of your cleaned up version of Betty's map that it doesn't have the most prominent feature she labeled in her published version of her map, the star she called Baham. How can that not be on your cleaned up version of Betty's map? I assume the large black dot on your cleaned up version is the star Betty labeled as Homan, is that correct? That's the second most prominent object on Betty's map. I drew a red arrow to Baham, which seems like a large omission from your cleaned up map, figuratively and literally.
Betty Hill's map with stars labeled by Betty corresponding to the Pegasus star map she saw and thought was a match to her map:
originally posted by: james1947
That is what the Template Matching software told us; the quality of the match. The "Blob Analytics" also tell us how accurate (quality of) the match is. The software method is some more precise.
IF Betty's map was as bad as 50%, the software would tell us, unless of course we set the bar higher than 50%, in which case there will be no match.
Actually, we have all the data we need; Betty's map (template) and accurate stellar astrometrics (maps).
How could you possibly know it is an artifact of the GUI Betty was looking at?
originally posted by: james1947
To actually obtain a match that second "orb" needs to be removed as it is an artifact of the GUI Betty was looking at.
originally posted by: ArMaP
But you haven't compared the original ET map with Betty's map, have you?
We're missing the most important, ET's map.
originally posted by: Arbitrageur
How could you possibly know it is an artifact of the GUI Betty was looking at?
Betty doesn't throw it out. It seems like you're just tossing out data you don't like to get a match, which even after tossing that out it still doesn't look the same visually as your star map.
But I find it especially troubling you throw out the largest object on her map. If you don't accept that it could be Betty's interpretation of a planetarium projector as someone suggested (which I haven't ruled out), then I can think of two reasons why it might be drawn larger than the other objects.
One reason for drawing it larger might be if it actually is larger, or another reason might be that it's one of the most important objects on the map.
In either case, Betty doesn't seem to think it's a GUI artifact since she's labeled it as a star, even if you don't like her labels.
If you're throwing out such an important piece of her data, your claims seem even more contrived and unscientific than I already thought, this is ridiculous!
originally posted by: james1947
Yes, ArMap I have compared it to ET's map.
Here's something I'd like you to think about before you respond; "What are the differences between a map of local stars that we make, and a map of local stars ET makes?"
Seriously man, you need to understand that Tau Ceti is in the same place for us as it is for ET.
originally posted by: ArMaP
"Here's something I'd like you to think about before you respond; "What are the differences between a map of local stars that we make, and a map of local stars ET makes?"
None, as I said before.
You are the one who appears not to understand that analysing Betty's map is not the same as analysing the map she supposedly saw, as we do not know how close to the original her version is.
You are comparing "evidence A" with "evidence B" and saying that "evidence C", that nobody has seen except Betty, is the same as "evidence B".
I know that, as I said before.
You are the one who appears not to understand that analysing Betty's map is not the same as analysing the map she supposedly saw, as we do not know how close to the original her version is.
You are comparing "evidence A" with "evidence B" and saying that "evidence C", that nobody has seen except Betty, is the same as "evidence B".
originally posted by: 111DPKING111
No doubt this is true, BUT even if it was the ET map, is there any significance to it at all? Does it have a good match that is unique?
Or are there multiple solutions for the map that make it of no significance, no matter the source? If there is only 1 solid match for it, you dont find that significant?
The assumptions may or may not be good, if would be good to see what stars are being skipped. I wish I had more time to devote to this, unlike the Ramey note in Roswell, I think this can be proven one way or another.
originally posted by: 111DPKING111
a reply to: james1947
I really like your map above, it would be extremely helpful if you removed all the really distant stars(noise). I think people are led to believe that you are arbitrarily connecting dots when many of the dots on the map are not close(relevant) at all.
The most difficult part of this discussion, as in the previous thread, is the drive by posting with people ignoring the hard data.
originally posted by: james1947
And, you stated above that ET's maps are the same as our maps. So what's the issue here?
originally posted by: ArMaP
originally posted by: james1947
And, you stated above that ET's maps are the same as our maps. So what's the issue here?
The issue is that we do not know which stars were shown on the ET map Betty saw.
Yes, the stars are the same for us or for anyone else, but we cannot know what was shown to Betty.
originally posted by: james1947
Yes ArMaP, we DO know which stars Betty was shown, we have gone to great lengths to identify them. Using accepted astrometric data, mathematics, we have determined not only the identity of all 25 stars, but, the Point of View as well.
We did this by actually looking at the data. We built 3D scale models of the local stars and found the single location from which that specific configuration of stars can be seen. We then identified the stellar bodies we found.