Download REPACK Images (69) Jpeg
In my case, it was because the images I used were stored on a Mac, which generates many hidden files like .image_file.png, so they turned out to not even be the actual images I needed and I could safely ignore the warning or delete the hidden files. It was just an oversight in my case.
Download images (69) jpeg
For me it was fixed by downloading the image data set I was using again (in fact I forwarded the copy I had locally using vs-code's SFTP). Here is the jupyter notebook I used (in vscode) with it's output:
I was processing images uploaded through multipart/form-data using AWS API Gateway. When I was uploading my images, that had not been giving this error locally, I was observing UnidentifiedImageError exception thrown by PIL when loading uploaded image. In order to fix this error I had to add multipart/form-data within settings of service.
Many of the scans of photos taken during the missions were done from the original film. These scans are being done by NASA Johnson, with some post-processing by Kipp Teague. The film is scanned at 4096 x 4096 pixels per image. (See a discussion from Arizona State University about the scanning process.) Kipp reduced each digital image to approximately 2350 x 2350 pixels (equivalent to 300 dpi) and did minor adjustments of levels to ensure that (1) brightly lit areas of lunar soil were neutral grey, (2) objects with known colors (such as the CDR stripes or the LCRU blankets) looked right, and (3) information in bright or dark areas was not lost. These images from original film are indicated by the notation 'OF300' in the image description. In each case, a 900 x 900 pixel version is also provided.
Anaglyphs in the image libraries created from sequential panorama frames by the ALSJ editor exist only because of Yuri Krasilnikov's willingness to teach me the art. Whatever value the anaglyphs have is due to Yuri's insights and guidance. Flaws are my doing. Briefly, panorama stitching freeware Hugin is used to create both non-stereo pan assemblies and remapped versions of the images. The latter are then made into anaglyphs using GIMP. The individual remapped images are linked from the corresponding Library entries for the original frames. The remapped images can be used to create stereo views using other methods.
This Apollo 11 Image Library contains all of the pictures taken on the lunar surface by the astronauts together with pictures from pre-flight training and pictures of equipment and the flight hardware. High-resolution version of all the lunar surface images are included. A source for both thumbnail and low -resolution versions of the lunar surface images is a website compiled by Paul Spudis and colleagues at the Lunar and Planetary Institute in Houston.
Journal Contributor Paul White has made detailed comparisons of cloud patterns seen in a large number of Apollo images with imagery taken at close to the same time by various meteorlogical satellites.
On 14 January 2009, five months before LRO was launched, Journal Contributor Scott Cruickshank made use of AS11-40-5961, the last of Neil's photos taken from the rim of Little West Crater, and AS11-40-5962, which he took on the way back to the LM, to correct errors in existing maps of the routes Neil took to and from Little West. Cruickshank's result is very similar to the routes revealed by LROC images. Deconvolved, 0.50 m/pixel (4.0 Mb TIF) and 1.0 m/pixel (4.0 Mb TIF) versions by GoneToPlaid.
Note that Farwell's construction involves a certain amount of artistic license because neither Neil or Buzz actually had an unrestricted view from side to side, as shown by pans assembled from Magazine 39/Q images for the CDR window and the LMP window.
A high-resolution version ( 3.5 Mb ) has been done by Eric Jones. The fresh, sharp-rimmed crater beyond and just to the right of the TV camera has been identified in the 8 August 2009 LRO image ( 0.2 Mb of the landing site and is also visible in an anaglyph ( 280k ) made by Yuri Krasilnikov from frames AS11-40-5855 and 56 from Pan 1. The TV camera is about 20 m from Buzz, while the fresh crater is about 70 m away. See, also, a labeled version of the pan and a similarly labelled, animated gif made from the three 2009 LROC images, both by Vlad Pustynski. The LROC have been stretched to correct for E-W foreshortening.
Journal Contributor Rene Cantin notes that astronaut Bill Pogue is standing between Dake Slayton and Alan Shepard to the right of center in the second row. One of the few women is the photo is JoAnn Morgan, an Instrument Controller, monitoring the launch pad before vehicle control was transferred to Houston. Morgan is seated to the left of center in the third row. She is mentioned in the book "Apollo Moon Mission - The Unsung Heroes" by Billy Watkins. She retired in 2003, after a distinguished, 45-year career at the Kennedy Space Center. Mission Support Photos S69-39601 ( 114k or 301k ) CapCom Charlie Duke (left), backup Commander Jim Lovell (next right), and backup Lunar Module Pilot Fred Haise (next to Lovell) in the MOCR during the Apollo 11 landing. Scan by Kipp Teague. S69-39590 ( 75k or 655k ) Dave Scott in the MOCR during Apollo 11. 20 July 1969. Scan by Ed Hengeveld. S69-3722 ( 380k ) Spacecraft dynamics during lunar touchdown - various graphs. S69-38600 ( 168k ) This photo shows the Apollo 12 LM crew, Pete Conrad and Al Bean, and, behind them, their backups, Dave Scott (behind Al) and Jim Irwin, monitoring Apollo 11 activities after the landing. Journal Contributors John Saxon and Colin Mackellar have provided a collection of 17 images taken off the monitor at NASA's Honeysuckle Creek Tracking Station near Canberra, Australia. Those images are of much higher quality than what was being seen in the Mission Operations Control Room in Houston or by the global television audience. S69-39815 ( 114k or 559k )
Beginning in 2004, NASA began to provide scans from original film and, as they become available to the ALSJ, we are using them to replace all prior versions. These are presented at 300 dpi equivalent and are labeled "OF300". See a discussion from Arizona State University about the scanning process used on the original film. Some images are currently available only as low-resolution scans provided by NASA Johnson in the mid-1990s. The individual scans have TARGA filenames. Markus Mehring has compiled cross-references between those filenames and the NASA photo ID designations customarily used. Other images are available as higher resolution scans from prints and, unless otherwise credited, were provided by Kipp Teague. Magazine 36/N (Color) Frames 5291-5432
AS11-36-5291 (OF300) ( 78k or 822k ) 001:09:21 Neil Armstrong in the Command Module. From the Apollo 11 Flight Journal: About now, Buzz turns to his left and takes a somewhat blurred color photo of Neil with the Hasselblad camera, AS11-36-5291. Then he turns towards Mike and photographs him also, AS11-36-5292. Mike is seen holding the TV camera which they have just been discussing. AS11-36-5292 (OF300) ( 175k or 1.9 Mb ) 001:09:21 Michael Collins in the Command Module. From the Apollo 11 Flight Journal: About now, Buzz turns to his left and takes a somewhat blurred color photo of Neil with the Hasselblad camera, AS11-36-5291. Then he turns towards Mike and photographs him also, AS11-36-5292. Mike is seen holding the TV camera which they have just been discussing. AS11-36-5293 (OF300) ( 87k or 869k ) 001:25:10 View of Earth from orbit. From the Apollo 11 Flight Journal: "About now, Collins takes photo number AS11-36-5293 of the cloud-speckled Earth, looking east towards the Sun. Having lost the camera 5 minutes earlier, he has missed a sunrise photo, but he captures the glaring sun in the sky above the ocean, rising rapidly as a result of their orbital motion. He takes a further 8 photos at this point, through to AS11-36-5301. AS11-36-5298 is the best one showing the low pressure cell." AS11-36-5294 (OF300) ( 160k or 2.1 Mb ) 001:25:10 View of Earth from orbit. Journal Contributor Paul White has made detailed comparisons of cloud patterns seen in a large number of Apollo images with imagery taken at close to the same time by various meteorlogical satellites. AS11-36-5295 (OF300) ( 158k or 1.2 Mb ) 001:25:10 View of Earth from orbit. AS11-36-5296 (OF300) ( 200k or 1.4 Mb ) 001:25:10 View of Earth from orbit. AS11-36-5297 (OF300) ( 161k or 1.3 Mb ) 001:25:10 View of Earth from orbit. AS11-36-5298 (OF300) ( 195k or 1.45 Mb ) 001:25:10 View of Earth from orbit. AS11-36-5299 (OF300) ( 133k or 1.17 Mb ) 001:25:10 View of Earth from orbit. AS11-36-5300 (OF300) ( 202k or 1.45 Mb ) 001:25:10 View of Earth from orbit. Baja Penninsula, San Ignacio Lagoon, Bellenas Bay. AS11-36-5301 (OF300) ( 162k or 1.2 Mb ) 001:25:10 View of Earth from orbit. El Aguajito, Santa Ana, Gulf of California. AS11-36-5302 (OF300) ( 166k or 1.18 Mb ) View of Earth from orbit. Mexico. AS11-36-5303 (OF300) ( 161k or 1.19 Mb ) View of Earth from orbit. Mexico. AS11-36-5304 (OF300) ( 158k or 1.18 Mb ) View of Earth from orbit. Mexico. AS11-36-5305 (OF300) ( 228k or 1.45 Mb ) View of Earth from orbit. South America. AS11-36-5306 (OF300) ( 259k or 1.7 Mb ) View of Earth from orbit. Baja Penninsula. AS11-36-5307 (OF300) ( 173k or 1.18 Mb ) View of Earth from orbit. Baja Penninsula. AS11-36-5308 (OF300) ( 257k or 1.7 Mb ) View of Earth from orbit. Baja Penninsula. AS11-36-5309 (OF300) ( 147k or 1.1 Mb ) View of Earth from orbit. AS11-36-5310 (OF300) ( 28k or 511k ) 003:21:32 Transposition and docking. From the Apollo 11 Flight Journal: "As the CSM approaches the LM, Buzz uses the Hasselblad camera to take seven shots. AS11-36-5310, 5311 and 5312 are relatively distant shots. A constellation of particles surround the spent stage. Frame 5313 is a well-framed shot of the top of the LM. 5314, 5315 and 5316 were taken at the final stages of the approach. On the last frame, the external orifice of the LMs optical system is visible top-right, while the overhead docking window is visible top-left." AS11-36-5311 (OF300) ( 38k or 490k ) 003:21:32 Transposition and docking. AS11-36-5312 (OF300) ( 38k or 362k ) 003:21:32 Transposition and docking. AS11-36-5313 (OF300) ( 66k or 931k ) 003:21:32 Transposition and docking. AS11-36-5314 (OF300) ( 73k or 612k ) 003:21:32 Transposition and docking. AS11-36-5315 (OF300) ( 63k or 566k ) 003:21:32 Transposition and docking. AS11-36-5316 (OF300) ( 71k or 616k ) 003:21:32 Transposition and docking. AS11-36-5317 (OF300) ( 83k or 917k ) Earth view. AS11-36-5318 (OF300) ( 45k or 463k ) Earth view. AS11-36-5319 (OF300) ( 99k or 870k ) Earth view. AS11-36-5320 (OF300) ( 89k or 826k ) Earth view. AS11-36-5321 (OF300) ( 98k or 851k ) Earth view. AS11-36-5322 (OF300) ( 92k or 883k ) Earth view. AS11-36-5323 (OF300) ( 82k or 794k ) Earth view. AS11-36-5324 (OF300) ( 91k or 858k ) Earth view. AS11-36-5325 (OF300) ( 69k or 912k ) Earth view. AS11-36-5326 (OF300) ( 81k or 892k ) Earth view. AS11-36-5327 (OF300) ( 19k or 251k ) SIVB stage. AS11-36-5328 (OF300) ( 16k or 182k ) SIVB stage. AS11-36-5329 (OF300) ( 16k or 243k ) SIVB stage. AS11-36-5330 (OF300) ( 29k or 698k ) Earth view. AS11-36-5331 (OF300) ( 29k or 714k ) Earth view. AS11-36-5332 (OF300) ( 25k or 240k ) Earth view. AS11-36-5333 (OF300) ( 28k or 345k ) Earth view. AS11-36-5334 (OF300) ( 98k or 793k ) Earth view. Long lens. AS11-36-5335 (OF300) ( 90k or 712k ) Earth view. Long lens. AS11-36-5336 (OF300) ( 93k or 662k ) Earth view. Long lens. AS11-36-5337 (OF300) ( 101k or 885k ) Earth view. Long lens. AS11-36-5338 (OF300) ( 96k or 664k ) Earth view. Long lens. AS11-36-5339 (OF300) ( 100k or 770k ) Earth view. Long lens. AS11-36-5340 (OF300) ( 101k or 819k ) Earth view. Long lens. AS11-36-5341 (OF300) ( 83k or 660k ) Earth view. Long lens. AS11-36-5342 (OF300) ( 81k or 663k ) Earth view. Long lens. AS11-36-5343 (OF300) ( 81k or 779k ) Earth view. Long lens. AS11-36-5344 (OF300) ( 83k or 645k ) Earth view. Long lens. AS11-36-5345 (OF300) ( 84k or 657k ) Earth view. Long lens. AS11-36-5346 (OF300) ( 79k or 564k ) Earth view. Long lens. AS11-36-5347 (OF300) ( 78k or 602k ) Earth view. Long lens. AS11-36-5348 (OF300) ( 81k or 728k ) Earth view. Long lens. AS11-36-5349 (OF300) ( 70k or 588k ) Earth view. Long lens. AS11-36-5350 (OF300) ( 69k or 560k ) Earth view. Long lens. AS11-36-5351 (OF300) ( 69k or 547k ) Earth view. Long lens. AS11-36-5352 (OF300) ( 38k or 643k ) Earth view AS11-36-5353 (OF300) ( 37k or 452k ) Earth view AS11-36-5354 (OF300) ( 42k or 892k ) Earth view AS11-36-5355 (OF300) ( 39k or 611k ) Earth view AS11-36-5356 (OF300) ( 34k or 418k ) Earth view AS11-36-5357 (OF300) ( 34k or 504k ) Earth view AS11-36-5358 (OF300) ( 34k or 616k ) Earth view AS11-36-5359 (OF300) ( 34k or 547k ) Earth view AS11-36-5360 (OF300) ( 34k or 457k ) Earth view AS11-36-5361 (OF300) ( 36k or 731k ) Earth view AS11-36-5362 (OF300) ( 33k or 641k ) Earth view AS11-36-5363 (OF300) ( 85k or 785k ) Docking target on LM. AS11-36-5364 (OF300) ( 75k or 702k ) Docking target on LM. AS11-36-5365 (OF300) ( 88k or 736k ) Docking target on LM. AS11-36-5366 (OF300) ( 33k or 619k ) Earth view AS11-36-5367 (OF300) ( 33k or 582k ) Earth view AS11-36-5368 (OF300) ( 33k or 656k ) Earth view AS11-36-5369 (OF300) ( 43k or 744k ) Earth view AS11-36-5370 (OF300) ( 31k or 390k ) Earth view AS11-36-5371 (OF300) ( 31k or 369k ) Earth view AS11-36-5372 (OF300) ( 29k or 279k ) Earth view AS11-36-5373 (OF300) ( 31k or 461k ) Earth view AS11-36-5374 (OF300) ( 31k or 616k ) Earth view AS11-36-5375 (OF300) ( 40k or 826k ) Earth view AS11-36-5376 (OF300) ( 25k or 377k ) Earth view AS11-36-5377 (OF300) ( 28k or 884k ) Earth view AS11-36-5378 (OF300) ( 24k or 511k ) Earth view AS11-36-5379 (OF300) ( 25k or 569k ) Earth view AS11-36-5380 (OF300) ( 24k or 365k ) Earth view AS11-36-5381 (OF300) ( 24k or 251k ) Earth view AS11-36-5382 (OF300) ( 126k or 911k ) About 055:30. The CM Probe and LM Drogue docking assemblies, documented in stowage aboard the CM after removal from the tunnel. Journal Contributor John Hancock has created a portrait of the Probe-and-Drogue by combining 5382, 3, and 4. From the Technical Crew Debrief : 7.24 Removal of Probe and Drogue Collins: We stowed the probe, as one of the previous flights suggested, under the right-hand couch with the nose of the probe in the plus-Y direction. It was strapped underneath the foot of the right-hand couch with two straps which were specifically designed to stow it. We just stuffed the drogue in between the LEB and the probe and held it in place with a couple of general-purpose straps. It seemed to work well. Armstrong: I was thinking ahead about our overall LM stowage which was different from our preflight plan with respect to leaving the probe and drogue stowed in the command module overnight. Aldrin: After LOI-2. Armstrong: Subsequent to this time. Aldrin: It seemed that all the pluses were in favor of doing that. Armstrong: I agree; I really did not think it was a big thing. We did it to try and save time at the start of the DOI day. We had it removed and it was stowed. That meant that on one night, we had to arrange a sleep configuration with the probe and the drogue stowed in the command module. Speaker: Who slept with this? Aldrin: I did. It was a little cramped under the right seat with the probe and drogue, but I was able to sneak in underneath it. I think I made one exit over the hatch end of the seat. I guess the only thing that leaves you a little bit open to having the probe and the drogue in the command module is if you've gotten separated from the LM. AS11-36-5383 (OF300) ( 121k or 921k ) Probe and Drogue assemblies stowed in CM. AS11-36-5384 (OF300) ( 85k or 815k ) Probe and Drogue assemblies stowed in CM. AS11-36-5385 (OF300) ( 84k or 868k ) About 055:41. Neil floats in the tunnel connecting the LM And CM, using the TV to document Buzz doing a LM inspection. This photo was, of course, taken by Mike Collins. With regard to the TV camera, Journal Contributor Markus Mehring writes, "What you're seeing here is an extra TV monitor attached to the cam with the ever-present gray tape. Early crews had no such monitor or other means of image control and complained about their inability to easily/properly point the camera inside the cramped quarters of their spacecraft, so this was what they were granted. The camera is the Westinghouse color model, essentially the same model that suffered the burnout on A12, only that this one is IVA-black while the A12 camera was EVA-white. Also note that the camera is actually held upside-down (that is, we're seeing its top side), to capture the CM interior in proper alignment for the TV audience." Karl Dodenhoff has provided a labeled version. AS11-36-5386 (OF300) ( 74k or 785k ) Similar to 5385. Buzz's feet are visible on the floor of the LM, beyond the tunnel. AS11-36-5387 (OF300) ( 97k or 770k ) The right couch of the CM. Utensils with blue velcro patches are tethered to a control panel. AS11-36-5388 (OF300) ( 74k or 710k ) Neil Armstrong in the Lower Equipment Bay. Note the sextant/optical station with the eyepatch tethered to it, and the green display digits illuminated on the DSKY behind him. AS11-36-5389 (OF300) ( 123k ) or 856k ) This photo, taken at about 055:41 during the initial LM inspection, on the day before lunar orbit insertion, shows the 16-mm Data Acquisition Camera (DAC) mounted in the LMP's window. LM Inspection 'Mini-pan' (3.8 Mb) Assembled by JonHancock from AS11-36-5389-93 plus 5396-99. Erik van Meijgaarden notes that Buzz seems to be inviting us into the LM, a lovely thought. See, also, an earlier version (137k) made from 5389-90 by Bob Farwell AS11-36-5390 (OF300) ( 109k or 813k ) Neil took this picture of Buzz during their initial inspection of the LM at about 057:03. Journal Contributor David Sander notes that "Buzz is wearing his intravehicular suit, a specially made set of garments designed to be as flame retardant as the rest of the ship, and made from the same fabric as the outer layer of the spacesuits". Paolo Attivissimo notes that Buzz's watch reads 5:35 (Houston time), which is 57:03 GET (Ground Elapsed Time) AS11-36-5391 (OF300) ( 112k or 814k ) Buzz in the LM. AS11-36-5392 (OF300) ( 115k ) or 829k ) View of the LMP's station during the initial LM inspection. AS11-36-5393 (OF300) ( 65k or 703k ) Buzz in the LM. Out of focus. AS11-36-5394 (OF300) ( 73k or 902k ) View of the CM exterior, hatch side, from through the LM Rendezvous Window. AS11-36-5395 (OF300) ( 51k or 759k ) Another view through the LM Rendezvous Window, showing a small portion of the CM, a portion of the Rendezvous Radar Antenna, and inside, a strap securing the ISA. AS11-36-5396 (OF300) ( 102k or 796k ) Buzz in the LM. The ISA is visible behind him. Out of focus. AS11-36-5397 (OF300) ( 97k or 772k ) Buzz in the LM, holding a Temporary Stowage Bag or "McDivitt Purse". Out of focus. AS11-36-5398 (OF300) ( 115k or 844k ) Buzz in the LM. AS11-36-5399 (OF300) ( 116k or 880k ) Taken 'upside down', this shows Buzz's hands and the lower portion of the ISA, still in its Earth launch stowage configuration. Also visible are the LM Front Hatch, the LMP PLSS and two Helmet Bags. AS11-36-5400 (OF300) ( 19k or 316k ) Earth view. Partially out of frame. AS11-36-5401 (OF300) ( 23k or 284k ) Earth view. AS11-36-5402 (OF300) ( 22k or 315k ) Earth view. AS11-36-5403 (OF300) ( 59k or 556k ) View of the LM and Earth during translunar coast. AS11-36-5404 (OF300) ( 64k or 575k ) View of the LM and Earth during translunar coast. AS11-36-5405 (OF300) ( 95k or 1.04 Mb ) Moon view. From p. 13/115 of the Apollo 11 Photo Index; "North of crater 292" AS11-36-5406 (OF300) ( 115k or 1.08 Mb ) Moon view. From p. 13/115 of the Apollo 11 Photo Index; "In crater IX" AS11-36-5407 (OF300) ( 85k or 994k ) Moon view. From p. 13/115 of the Apollo 11 Photo Index; NE of crater IX" AS11