It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
originally posted by: Keiyentai
a reply to: james1947
Celestia is good though if you know Python and want good 3D models/renders use Blender. It's open source and besides the horrid UI which hasn't been changed since day one practically -_- it out does Poser 11 Pro in every aspect. Poser is mainly for animating human models and basic 3D primitive models and the render engine in 11 Pro is dated. Been using Poser since Bryce/Corel owned it before Sun Smith bought it from DAZ. Also interesting thing is a few years ago a person made a map based off the Betty Hill map in Poser and even in Poser 14 it was...bad even with the "new render engine" in 14 Pro. Would be interesting to see the 3D map imported to Blender. Good work though.
originally posted by: Arbitrageur
Those two images don't look that much alike to me. I think you are biased to want to believe in the Betty Hill star map.
originally posted by: james1947
Betty's map cleaned up
My map...
originally posted by: james1947
The software methods were developed by AForgeNet, they reported 99.1%. IF there is any bias, it is not mine...
Frankly, I do see quite a lot of similarity between these two images, I even did a "manual blob analysis" it came out to a more modest 82.5%, but, that is a rather crude method.
He went over to the wall and pulled down a map. This chart..."
they were not straight, but curved.
.
tiny dots connected by curved lines
he asked me where earth was on this map
it was a map of the heavens, with numerous size stars and planets
.
Some went from one planet to another, to another
originally posted by: Ectoplasm8
a reply to: james1947
A few points. Quotes are from Betty Hill in the Interrupted Journey or the Hill Report.
- Betty Hill never originally described the map in 3 dimensions. It was added to the story several years later in 1969 when Majorie Fish could only make a match using a 3-D model she made. Then it was described as "looking through a window" via Fish's description of what she said. If Betty would have seen something as amazing as a 3-D map in 1961, she would have mentioned it in her story. She did not.
He went over to the wall and pulled down a map. This chart..."
- The leader told Betty that the solid lines were trade routes and the dashed lines were exploration routes. These are both human terms used to describe maps such as the silk road etc.
- Betty described both stars and planets on her map:
it was a map of the heavens, with numerous size stars and planets
.
Some went from one planet to another, to another
Your map only shows stars. Where are the planets that Betty described?
These are some questions that need to be addressed even before the map can be taken seriously.
You also say her map is only a representation of what she saw. Doing it this way allows you to move the points and lines on your map and look at different perspectives in 3-D space to get a match. Once you start moving things, it can no longer can be said to be a match. At best, you can say it resembles Betty's map. Everyone can see this james1947 and it might be one reason you can't find support of your map here and elsewhere after several years of trying. From a visual stand point there's no match. If there was a match, you may have a valid argument.
A for effort -- F for execution.
By the way, by association with this "factual" map, these become facts also:
- Some aliens had dark hair with large Jimmy Durante noses.
- The leader alien spoken English with a foreign accent.
- Some aliens wore light blue trousers and zipper style of sport jackets.
- Some had slip on boots.
- Military caps were worn by many.
I think Betty sat at her kitchen table and drew a map she believed would convince people using hints of human artistic style to it. You see it in her drawing.
originally posted by: james1947
Yes, it is only a representation of what she saw, it can't anything other. However, you might want to re-think that bit about who is "moving points" around. You see, Betty saw a map of real stars, and then drew it after some time; so her "drawing" can't be all that accurate. It was Betty that was "moving points".
Do you want to try an experiment? I made a fake map with 12 stars, a group of 3 in each corner. What does AForgeNet say about how well my fake map matches yours? What number do you get?
originally posted by: james1947
originally posted by: Arbitrageur
Those two images don't look that much alike to me. I think you are biased to want to believe in the Betty Hill star map.
originally posted by: james1947
Betty's map cleaned up
My map...
The software methods were developed by AForgeNet, they reported 99.1%. IF there is any bias, it is not mine...
Frankly, I do see quite a lot of similarity between these two images, I even did a "manual blob analysis" it came out to a more modest 82.5%, but, that is a rather crude method.
The class implements exhaustive template matching algorithm, which performs complete scan of source image, comparing each pixel with corresponding pixel of template.
"From the documentation on the tool you used: www.aforgenet.com... The class implements exhaustive template matching algorithm, which performs complete scan of source image, comparing each pixel with corresponding pixel of template. "
That is more or less what my software tool did and it found 99.5% of the pixels are identical between my fake map and your real map, which isn't surprising since most of them are white, so of course a high percentage will match no matter where the stars are drawn.
originally posted by: ArMaP
originally posted by: james1947
Yes, it is only a representation of what she saw, it can't anything other. However, you might want to re-think that bit about who is "moving points" around. You see, Betty saw a map of real stars, and then drew it after some time; so her "drawing" can't be all that accurate. It was Betty that was "moving points".
If we cannot know the accuracy of Betty's map this is all useless, you may have a high accuracy for something completely wrong.
originally posted by: beetee
I think your efforts are very commendable. This is the sort of thing we need more of when trying to get to grips with these kind of phenomena.
A very good job.
Have you been able to identify any weaknesses in your method or approach? Any potential ways to improve upon it?
What if you generate a set of say 10 random dots and see what your best match is, and an average?
So the match could be 98.9% and you wouldn't find it? That doesn't seem like a fair test.
I have my program defaulted to 99%, so any match that is less won't be found, and 6+ minutes of working; no match was found.
That's what this reads like to me:
We are not doing a pixel comparison here, that won't work.
originally posted by: Arbitrageur
a reply to: james1947
So the match could be 89.9% and you wouldn't find it? That doesn't seem like a fair test.
I have my program defaulted to 99%, so any match that is less won't be found, and 6+ minutes of working; no match was found.
That's what this reads like to me:
We are not doing a pixel comparison here, that won't work.
"comparing each pixel with corresponding pixel of template"
There's some kind of huge language barrier here if you say that "comparing each pixel with corresponding pixel of template" is "not doing a pixel comparison".
I made the test image the same size so the images are not unequally sized in the case of my test image, so it can directly compare pixels.
originally posted by: james1947
originally posted by: Arbitrageur
a reply to: james1947
So the match could be 89.9% and you wouldn't find it? That doesn't seem like a fair test.
I have my program defaulted to 99%, so any match that is less won't be found, and 6+ minutes of working; no match was found.
That's what this reads like to me:
We are not doing a pixel comparison here, that won't work.
"comparing each pixel with corresponding pixel of template"
There's some kind of huge language barrier here if you say that "comparing each pixel with corresponding pixel of template" is "not doing a pixel comparison".
Uh-huh...you did read the bit about a Template, right?
I seriously do not want to get into a shouting match about computer vision and A I. It won't be productive.
But, you can not do a simple pixel comparison of two unequally sized images and expect any serious results when One should be doing a template match ...
The two are vastly different...
originally posted by: Archivalist
a reply to: james1947
How do you feel about details Bob Lazar gave, before they were publicly considered factual and backed by data?
Also, if you like to play the odds game on this kind of stuff, you might find the FRB data of interest as well.
originally posted by: Arbitrageur
I made the test image the same size so the images are not unequally sized in the case of my test image, so it can directly compare pixels.
originally posted by: james1947
originally posted by: Arbitrageur
a reply to: james1947
So the match could be 89.9% and you wouldn't find it? That doesn't seem like a fair test.
I have my program defaulted to 99%, so any match that is less won't be found, and 6+ minutes of working; no match was found.
That's what this reads like to me:
We are not doing a pixel comparison here, that won't work.
"comparing each pixel with corresponding pixel of template"
There's some kind of huge language barrier here if you say that "comparing each pixel with corresponding pixel of template" is "not doing a pixel comparison".
Uh-huh...you did read the bit about a Template, right?
I seriously do not want to get into a shouting match about computer vision and A I. It won't be productive.
But, you can not do a simple pixel comparison of two unequally sized images and expect any serious results when One should be doing a template match ...
The two are vastly different...
Yes if the images are different sizes you would need some kind of scaling but still in that case if most pixels are white you'll get a high match because of all the white pixels, no matter where the black pixels are.
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%
This isn't the best starting place, but, sometimes we have to work with what we have.