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originally posted by: ArMaP
originally posted by: james1947
Betty's map, as a stand alone object, doesn't have an accuracy. It can't since it is a hand drawn image that was taken completely from memory. The very best Betty's map can say is; "it was something like this."
Thus is may be incumbent upon us to determine that "accuracy". My software says: 99.1%
Could you explain it better, please? What "accuracy" are you talking about? Accuracy of Betty's map compared with what?
This isn't the best starting place, but, sometimes we have to work with what we have.
As you know, garbage in, garbage out. Using bad data is the best way of getting bad results.
originally posted by: james1947
What "accuracy" am I talking about? I thought the very same accuracy you were trying to develop.
I was trying to explain that Betty's map can't have an accuracy.
originally posted by: ArMaP
a reply to: james1947
We are all at a disadvantage in this discussion, as we (at least I, I suppose that applies to most people reading this thread) do not know exactly what you mean by "template" and how your system really works, so could you please explain it better?
For example, you say that you created "a C# application to apply SQL search criteria (everything < 33 parsec)". Less than 33 parsec from what?
Also, you used Poser to create the 3D model. I don't know how poser really works, but 3D programs, usually, have a camera function that replicates common camera configurations for close filming, not space distances, so I don't know if the camera you chose introduced any distortion or not, but I think it's a possibility.
You also say that you removed the second “zeta Reticuli” from Betty's map. Why?
And that the computer generated view was "filtered to show only stars of interest". What stars did you remove and criteria did you use to say they were not of interest?
Finally, how did you test your system? Did you use another star map, showing known stars, to compare with a computer generated model?
originally posted by: ArMaP
originally posted by: james1947
What "accuracy" am I talking about? I thought the very same accuracy you were trying to develop.
I was not trying to develop any thing.
I was trying to explain that Betty's map can't have an accuracy.
I don't really understand it, if it can't have an accuracy how can you use it as a basis to compare different views?
originally posted by: Phage
a reply to: Archivalist
Some details he gave out, ended up very accurate, years later.
Nuh uh.
originally posted by: james1947
Template:
computing
a preset format for a document or file, used so that the format does not have to be recreated each time it is used.
"a memo template"
Ya know, some things really are strenuously implied; like in this instance...the "center" being Earth. At least as a default, you should consider all distances in this analysis to be "from Earth" unless otherwise specified.
Because; that star is not visible if we actually look at the stars from a point of view that will include all of the stars involved...we should only be able to "see" one of them. Having both of them would actually make a "match" impossible because we wouldn't have a valid template...same goes for the lines.
As far as I am aware there is no "other star map" to compare this with. What I have is Hipparcos, and the requisite formula for computing 3D coordinates. These coordinates were placed in Python code and given to the Poser Python engine. The "objects" were placed into Poser's 3D space.
originally posted by: ArMaP
originally posted by: james1947
Template:
computing
a preset format for a document or file, used so that the format does not have to be recreated each time it is used.
"a memo template"
I know how to use a dictionary, what I wanted to know is how that applies to this particular case. Was it an image?
"Implied" doesn't mean other people see it the same way.
Is it possible that a view closer to both Zeta Reticuli stars would show both?
Sorry, I wasn't clear about what I meant. If you use Celestia, for example, to create a star map, does your system recreate it accurately?
originally posted by: BenutzerUnbekannt
Other users seem impressed with the OP's [pseudo scientific] work but I'm not. Why? Before we even get to the so-called "star map" the whole story is on very shaky foundations:
There's more reason to believe Betty Hill fabricated her "star map" and so whether it matches a constellation or not is wholly irrelevant.
originally posted by: james1947
Actually, my map does show both stars and planets, though perhaps not as well as I can make it...but then it is version 1.0, lets see what I can do for 2.0. Though the "planets" part might not be as pretty.
Go to the website. If you mouse over a star it will show you its name, if you click on a star it will show you some astrometrics, AND, any planets that have been discovered there.
Many of your questions are more than a little outside the scope of this analysis.
For instance; I'm not addressing the mindset of any individual, nor do I address the cause of any behavior. This analysis only addresses the map, but you already knew that.
...with numerous sized stars and planets
...showed nickel-sized dots and tiny dots connected by curved lines. Heavy black lines indicated trade routes between planets; some of these went from one planet to another...
He walked across the room and touched something on the wall. The wall opened, exposing a map which he pulled down. This chart...
But you're not using a facial recognition app, you're using something where I copied word for word from the documentation what it does and you then try to claim that's not what it does.
originally posted by: james1947
Also, IF what you are attempting were even remotely true/correct; then Facial recognition wouldn't work, neither would Optical character recognition, and, well, most of the whole Computer Vision area of technology. Computer Vision is kind of dependent on being able to recognize objects and process the acquired data.
Obviously it's not just you because I already mentioned they do not look similar to me and I believe others have noted this also. I think james1947 may be the only one who can't tell they don't match partly because of his confirmation bias and partly because of his over-reliance on what a machine is telling him, when an ordinary person who sees a machine identifying a match where there is none could easily point out the machine is malfunctioning; james1947 doesn't seem to have that ability.
originally posted by: jeep3r
a reply to: james1947
But the thing that's puzzling me the most is the lacking correspondence between the two images in the OP.
originally posted by: james1947
Yes an image...if you look back on page 1 you can see the image I used.
I am aware, however, every single star catalog ever produced here on Earth has Earth as it center. Perhaps I presume too much.
Yes actually, you could get close enough to view the two Zetas Reticuli that way. However, nearly ALL of the other stars on the map will no longer be visible in your view. I had to back off from Zeta Reticuli a large number of light years just to accommodate all of the stars.
Well, as I understand Celestia, it too used the Hipparcos data, so, the individual star maps would be virtually identical (Celestia may have other astronomical object in their view. Objects not in Hipparcos).
originally posted by: Ectoplasm8
In reference to her map, everything Betty spoke about or drew is exclusively human.
I've addressed just the map as you suggested. You believe with your technical jargon and software skills you can talk your way out of a mismatch. I've learned it's a pointless and long-winded argument that has no end, you'll just continue on believing you're right. You refuse to talk about the overall story and Betty's odd behavior after her encounter. If you do address it you can see the entire story is fabricated thus making all of your energy and work pointless.
originally posted by: Arbitrageur
Actually the facial recognition point you bring up is the most devastating argument of all to your work,
In facial recognition, if the camera and software are working correctly, and if you compare those results to the facial recognition of perception from a human who is also working correctly (no partial blindness or vision or perception problems), you generally will find that the humans and the machine agree on the facial recognition.
Obviously it's not just you because I already mentioned they do not look similar to me and I believe others have noted this also. I think james1947 may be the only one who can't tell they don't match partly because of his confirmation bias and partly because of his over-reliance on what a machine is telling him, when an ordinary person who sees a machine identifying a match where there is none could easily point out the machine is malfunctioning; james1947 doesn't seem to have that ability.
originally posted by: ArMaP
OK, then how is that image compared with the other? Are the points extracted and a coordinates comparison is used, so we get a kind of shape comparison? Or are the pixels compared? How is it done?
"Yes actually, you could get close enough to view the two Zetas Reticuli that way. However, nearly ALL of the other stars on the map will no longer be visible in your view. I had to back off from Zeta Reticuli a large number of light years just to accommodate all of the stars."
Doesn't that mean that you are altering the map just to fit your preconceived idea? If the map, how it was drawn, doesn't match, then it doesn't match.
I'm not sure if I understand what you mean. What I meant is that you could use Celestia to create an alternate star map, with stars you know, and then use that map in your system. As that map would have been made with know stars, a comparison with the same known stars should give you an 100% accuracy. If it does not then it means your system is not working as it should.
At least that's how I, a self-taught programmer, would try to confirm the working of your system. As you (probably) know, any system that is not tested to see if it works as expected is not trustworthy.