Here's a bit of photo analysis that will make Percy envious KA9Q...
If David Percy is your benchmark for image analysis, this will be very amusing. Percy has no qualifications whatsoever in that field, and demonstrably no skill. He has been invited by third parties to defend his claims against my specific rebuttal, on commercial television (e.g., National Geographic, History Channel, Channel 4 UK), and he has categorically refused, leaving my demonstrations on those programs to go entirely unchallenged.
One might argue that taking pics from those heights, 30 to 60 miles, the ratios of measurements should pretty much always match up...
No, one might argue instead that a number of factors determine whether a control network should be identical from one photograph to another, most of which aren't apparent to the layman and his "common sense."
A quick look at the numbners reveals such logic/reasoning is misplaced.
Your "quick look" at the numbers omits any sort of photogrammetric fiducial, any sort of photogrammetric rectification model, any sort of error analysis, and any mention whatsoever of projective geometry. In short, it commits all the classic errors of a novice trying to do a photogrammetric analysis without any education or experience in the field.
So yes, we've found yet another thing that you're quite willing to simply wave your hands about without displaying any actual knowledge.
Now I had 26.5 degrees for the Lunar Orbiter II and 13.16 degrees for camera to field of view for the Eagle taking an equivalent picture.
And what other factors affect the aspect of photographed features, and what did you do to control for them?
I agree, it's not clear whether you're talking about affine-to-projective issues or barrel distortion. Please clearly identify the basis of your theory, and please use the accepted terminology.
This is a huge difference...
The error analysis supporting this conclusion is missing from your presentation.
The only way possible that the LAM-2 map and the Apollo 11 Mission aerial shot referenced could have matching distance ratios as they do with the Orbiter at 30 miles and the Eagle at 60 miles would be if at the time "the photos were snapped", the Eagle and Orbiter were both exactly over the center of the map field and its equivalent on the Apollo 11 Mission simulated shot.
What well-known property of the Zeiss Biogon lens (i.e., the lens used to photograph AS11-37-5447) affects your theory?
But even then, there would be a measurable difference especially when comparing the ratios taken from the edges of the images with those from the center which would be more "true".
Bzzt! The LO-II image is a set of both crossrange and rangewise composites. The Harland image is from a single 70mm shot. What makes you think you can assume a coherent or even compatible lens model between those?
Additionally, the two birds, one real and one imagined would have been at two decidedly different longitudes when the photos were taken
Evidence for this claim, please?
One concludes that in all probability these two images, that taken by the Orbiter in 1966 and that purportedly taken by the Eagle in 1969 are derived from a common negative.
No. The sun elevation angle in AS11-37-5447 is clearly much lower than in the LO-II photograph. You cited "similar" shading earlier as part of your evidence, but you fail to explain why one photo exhibits shading and and shadowing, but the other exhibits only shading. The shading-only picture reveals that the sun is much higher in the sky for that shot.
Indeed, the "negative(s)" would be that/those of the Lunar Orbiter II image(s) itself/themselves.
And where are the LO-II negatives stored?
The source image for Harland's construction is claimed to be Roll 37, which detail matches exactly. Roll 37 is provably the Ektachrome E-3 emulsion. Does that use negatives?
Are those photographic technologies compatible? Why or why not?
1966 with the Columbia's image photoshopped/added...
This is an affirmative claim of forgery. Please show evidence
from the photo of the compositing method you believe was used.