Voyager 1 Jupiter Flyby 1979 - semi-stabilized raw images from volumes 4-5 (out of 20), version 0.1 Brian Burns 2016-07-05 | Voyager 1 approaches Jupiter in 1979, as seen through the narrow-angle camera through various filters (blue, green, orange, ultraviolet). These are the rawest images available, with reseau marks used for geometric correction still visible. Voyager sent back 800x800 b&w images. The movie is made from volumes 4-5 (out of 20 volumes). Volumes 1-3 feature Jupiter taken at larger intervals, and volumes 6+ include wide-angle views, the moons, larger views of Jupiter, etc. In order to make color images the blue, green, and orange filter images would need to be combined. Image processing done with img2png by Bjorn Jonsson, SciPy, OpenCV, NumPy, and Matplotlib.
Voyager 2: Io (moon of Jupiter) partly colorized, v0.60 Brian Burns 2022-05-29 | Note all the volcanoes! Made with PyVoyager
Voyager 2: Ganymede (moon of Jupiter) narrow angle, v0.60 Brian Burns 2022-05-29 | Made with PyVoyager
Voyager 2: Callisto (moon of Jupiter) narrow angle camera, v0.60 Brian Burns 2022-05-29 | Made with PyVoyager
Voyager 2: Io (moon of Jupiter) with volcanoes, v0.60 Brian Burns 2022-05-28 | Note the many active volcanoes - made with PyVoyager
Voyager 1 at Saturn - v0.60 Brian Burns 2022-05-20 | Click the gear and select 720p for best resolution! Voyager 1 flew by Saturn in November 1980. This video assembles the images into movies where possible. Moon sizes are included relative to width of Earth's moon.Contents:00:00:00 Approach00:00:21 Storm in south00:00:31 Titan (large moon with thick atmosphere) (148%)00:00:51 Rings00:01:59 Tethys (a death star moon) (30%)00:02:09 Mimas (another death star moon) (12%)00:02:22 Dione (moon with spider-like cracks) (32%)00:02:42 Iapetus (black and white moon) (42%)00:02:52 Rhea (another moon with cracks) (44%)00:03:23 RetreatThis movie was made with PyVoyager, currently at version 0.60. Later versions will have color movies of Saturn etc.
Voyager 1 at Ganymede v0.47 raw images, partially colorized Brian Burns 2018-05-25 | Voyager 1's flyby of Jupiter's moon Ganymede. Made with PyVoyager.
Lamb - Wonder (modified Dead Guys vocal remix) Brian Burns 2017-10-03 | I found this remix somewhere and removed the DJ talking over the middle and set it to some time-lapse movies from the ISS. The original Lamb song is here - youtube.com/watch?v=qdvbfv8i7OIarchive.org/details/Time-lapseAstronautPhotographyOfEarthfebruary32012archive.org/details/EarthIlluminatedarchive.org/details/NASATimeLapseVideos
Voyager 1 at Jupiter - Jupiter encounter, v0.47 Brian Burns 2016-08-23 | Set to HD if not already on it - Includes lightning on the night side at the end. Colors are not balanced yet, and there are still some jitters in the Jupiter rotation segment.
Voyager 1 Io encounter (Moon of Jupiter), v0.46 Brian Burns 2016-08-20 | What look like volcanoes going off all over the surface during the approach are remnants of the 'reseau' marks (grid of dots) - will have those cleaned up eventually. But note there are actual volcanoes that you can see on the limbs in the large approach images. The plan is to have all these frames colorized eventually using the low-res color information, with mosaics generated also. The last frame is a mosaic created by the USGS to show what that might look like.
Voyager 1 Jupiter color rotation movie v0.41 Brian Burns 2016-08-03 | automatically centered and colorized - still has some glitches - mainly miscentered frames
Uranus Voyager 2 narrow-angle color v0.36 Brian Burns 2016-07-23 | Rough draft - will combine with wide-angle color and do more stabilization
Voyager 2 Triton flyby v0.32 b&w, moon of Neptune, 1989 Brian Burns 2016-07-16 | Automatically centered using Hough center detection, hence the jitteriness. There's enough data for a color movie also - need to improve the stabilization.
(Rough draft) Voyager 2 at Neptune, automatically colorized Brian Burns 2016-07-12 | Work in progress...
Voyager 2 Neptune flyby - wide angle camera, semistabilized Brian Burns 2016-07-12 | This is version 0.1 - need to improve stabilization and do away with the mini 'volcanoes'
Voyager 2 Neptune Flyby 1989 - semistabilized b&w, narrow angle camera, v0.1 Brian Burns 2016-07-12 | Voyager 2 flying over the north pole of Neptune. Note Triton orbiting the planet in a retrograde direction. The Voyagers sent back 70k+ images but the camera pointing information was not accurate, so they need stabilization (i.e. aligning the target in each image and in the color frames). This video was assembled from images taken with the narrow angle camera through the different color filters, which accounts for some of the flickering. This is version 0.1, using PyVoyager - github.com/bburns/PyVoyager. More videos here - youtube.com/playlist?list=PLxP4UgQGtMiLvyKjT7BQ-ht905VvNSaFP.
