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Originally posted by theability
reply to post by Antor
Very interesting actually, I am looking at this in photoshop now.
It has some crazy details about it. More in a few...
Originally posted by theability
reply to post by Antor
[atsimg]http://files.abovetopsecret.com/images/member/a8feee5ab7d4.jpg[/atsimg]
Here is the Print resolution croped, great find BTW!
The cool thing about this is the Lunar Orbitors had film onboard the spacecraft. It was exposed then developed then scanned and transmittesd to earth, so this is unlikely to be artifact.
Which makes it more anomalious.
I'll find the documentation on the development process.
The Lunar Orbiter 16 x 20 inch prints from the LPI collection were scanned using a sheet-feeder scanner to create an archival digital file. Each print was digitized as an 8-bit grayscale image at 300 dpi, producing a file of approximately 29 MB in TIFF format.
Film Handling and Digitization: An inventory of the LO film collections at USGS (Flagstaff, AZ) and the Lunar and Planetary Institute (Houston, TX) was completed in FY02. This required surveying ~3000 canisters at each location, identifying multiple copies of desired frames, and recording handwritten data on film-strip numbers, frames, resolution, “quality”, and density for each canister. Film in each canister was then examined for completeness of strips, frame coverage (as compared to [2]), and validity of recorded film density for the type of terrain imaged. The best canisters were selected on the basis of contrast, cover-age, and minimal artifacts. Data from a single canister are used where possible to maintain consistent density.
The Lunar Orbiter 16 x 20 inch prints from the LPI collection were scanned using a sheet-feeder scanner to create an archival digital file. Each print was digitized as an 8-bit grayscale image at 300 dpi, producing a file of approximately 29 MB in TIFF format.
The Lunar Orbiter program was managed by NASA Langley Research Center at a total cost of roughly $200 million.
The original photograph was scanned into a series of strips onboard the spacecraft and then transmitted to Earth as analog data. Photographic prints from these film strips were hand mosaicked into sub-frame (for HR data) and full-frame (for MR data) views and widely distributed.