Uploads by Perijove

Contents

• Perijove 56
• Perijove 55
• Perijove 54
• Perijove 53
• Perijove 52
• Perijove 51
• Perijove 50
• Perijove 49
• Perijove 48
• Perijove 47
• Perijove 46
• Perijove 45
• Perijove 44
• Perijove 43
• Perijove 42
• Perijove 41
• Perijove 40
• Perijove 39
• Perijove 38
• Perijove 37
• Perijove 36
• Perijove 35
• Perijove 34
• Perijove 33
• Perijove 32
• Perijove 31
• Perijove 30
• Perijove 29
• Perijove 28
• Perijove 27
• Perijove 26
• Perijove 25
• Perijove 24
• Perijove 23
• Perijove 22
• Perijove 21
• Perijove 20 (TBD)
• Perijove 19
• Perijove 18
• Perijove 17
• Perijove 16
• Perijove 15
• Perijove 14
• Perijove 13
• Perijove 12
• Perijove 11
• Perijove 10 (TBD)
• Perijove 09 (TBD)
• Perijove 08 (TBD)
• Perijove 07 (TBD)
• Perijove 06 (TBD)
• Perijove 05 (TBD)
• Perijove 04 (TBD)
• Perijove 03 (TBD)
• (Perijove 02, no close-up data)
• Perijove 01 (TBD)

Perijove 56

Drafts, no artefact removal

• Jupiter close-ups, RGB

Perijove 55

Drafts

• Io
• Jupiter close-ups
• Approach and departure

Reprojected, decompanded

• Io, RGB, 60 ppd, 20 degrees vertical extent, using radiometric factors (0.734; 1.0; 3.023) of PJ54 for (R;G;B)

Cylindrical maps, 10 pixels per degree, decompanded, using radiometric factors (0.734; 1.0; 3.023) of PJ54 for (R;G;B))

• Io, RGB

Reprojected, gamma=2

• Jupiter, RGB, late approach and close-up, 30 ppd, 180 degrees vertical extent, using radiometric factors (0.734; 1.0; 3.023) of PJ54 for (R;G;B)

Reprojected, gamma=1

• Jupiter, methane band, late approach and close-up, 30 ppd, 180 degrees vertical extent

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree, using radiometric factors (0.734; 1.0; 3.023) of PJ54 for (R;G;B)

• Jupiter, RGB, north, range #055 to #061

Zipped html pages, RGB images using radiometric factors (0.734; 1.0; 3.023) of PJ54 for (R;G;B)

• Reprojected images and maps

Perijove 54

Drafts

• Inbound, Close-ups, including lightning search, out-bound

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree, using radiometric factors (0.753; 1.0; 2.922) of PJ53 for (R;G;B)

• Jupiter, RGB, north, range #145 to #156 (#157)

Reprojected, gamma=2

• Jupiter, RGB, late approach and close-up, 30 ppd, 180 degrees vertical extent, using radiometric factors (0.753; 1.0; 2.922) of PJ53 for (R;G;B)

Zipped html pages, RGB images using radiometric factors (0.753; 1.0; 2.922) of PJ53 for (R;G;B)

• Reprojected images and maps

Perijove 53

Drafts

• Part 1: Close-ups, including lightning search
• Part 2: outbound
• Part 3: inbound

Reprojected, decompanded

• Io, RGB, 60 ppd, 10 degrees vertical extent, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)
• Jupiter, RGB, mostly close-up, and outbound, 30 ppd, 180 degrees vertical extent, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)
• Jupiter, RGB, approach movie, 30 ppd, 180 degrees vertical extent, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)

Reprojected, gamma=1

• Jupiter, RGB, mostly close-up, and outbound, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)
• Jupiter, RGB, 30 ppd, 30 degrees vertical extent, appraoch movie
• Jupiter, RGB, mostly close-up, and outbound, 180 degrees vertical extent, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)
• Jupiter, methane band, 30 ppd, 30 degrees vertical extent
• Jupiter, methane band, 30 ppd, 30 degrees vertical extent, appraoch movie
• Jupiter, methane band, 30 ppd, 180 degrees vertical extent

Reprojected, gamma=2

• Jupiter, RGB, mostly close-up, and outbound, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)
• Jupiter, RGB, mostly close-up, and outbound, 180 degrees vertical extent, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)
• Jupiter, RGB, 30 ppd, 30 degrees vertical extent, appraoch movie

Reprojected, gamma=4

• Jupiter, RGB, mostly close-up, and outbound, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)
• Jupiter, RGB, mostly close-up, and outbound, 180 degrees vertical extent, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)
• Jupiter, RGB, 30 ppd, 30 degrees vertical extent, appraoch movie

Cylindrical maps, 10 pixels per degree, decompanded, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)

• Io, RGB

Cylindrical maps, 10 pixels per degree, gamma=1, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)

• Jupiter, methane-band, mostly close-up, and outbound
• Jupiter, methane-band, approach movie
• Jupiter, RGB, mostly close-up, and outbound
• Jupiter, RGB, approach movie

Polar maps, 45° to 90° gamma=1, at 30 pixels per degree, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)

• RGB, Jupiter, north and south, mostly close-up, and outbound
• RGB, Jupiter, north, approach movie
• RGB, Jupiter, south, approach movie
• methane-band, partially cleaned, Jupiter, north and south, mostly close-up, and outbound
• methane-band, partially cleaned, Jupiter, north, approach movie

Polar maps, 45° to 90° gamma=1, at 60 pixels per degree, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)

• RGB images #148 to #160, Jupiter, focus on northern subpolar

Polar maps, 45° to 90° heigh-passed, at 60 pixels per degree, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)

• RGB images #148 to #165, Jupiter, focus on northern subpolar

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree, using radiometric factors (0.764; 1.0; 2.824) of PJ52 for (R;G;B)

• Jupiter, RGB, north, range #154 to #165

Perijove 52

Drafts

• Part 1: Close-ups, including lightning search
• Part 2: In- and outbound

Reprojected, gamma=1

• RGB and green filter, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.760; 1.0; 2.780) of PJ51 for (R;G;B)
• RGB subset and green filter, 30 ppd, 180 degrees vertical extent, using radiometric factors (0.760; 1.0; 2.780) of PJ51 for (R;G;B)
• methane band, 30 ppd, 30 degrees vertical extent
• methane band subset, 180 degrees vertical extent

Reprojected, gamma=2

• RGB, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.760; 1.0; 2.780) of PJ51 for (R;G;B)
• RGB subset, 30 ppd, 180 degrees vertical extent, using radiometric factors (0.760; 1.0; 2.780) of PJ51 for (R;G;B)

Reprojected, gamma=4

• RGB, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.760; 1.0; 2.780) of PJ51 for (R;G;B)
• RGB subset, 30 ppd, 180 degrees vertical extent, using radiometric factors (0.760; 1.0; 2.780) of PJ51 for (R;G;B)

Cylindrical maps, 10 pixels per degree, gamma=1, using radiometric factors (0.760; 1.0; 2.780) of PJ51 for (R;G;B)

• RGB
• methane-band, partially cleaned

Polar maps, 45° to 90° gamma=1, at 30 pixels per degree, using radiometric factors (0.760; 1.0; 2.780) of PJ51 for (R;G;B)

• RGB and green band, Jupiter, north and south
• methane-band, partially cleaned

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree, using radiometric factors (0.760; 1.0; 2.780) of PJ51 for (R;G;B)

• Jupiter, RGB, north, range #129 to #155

Perijove 51

Drafts

• Part 1: Io and Jupiter approach
• Part 2: Jupiter north polar
• Part 3: Jupiter northern terminator haze
• Part 4: Jupiter departure

Reprojected, decompanded

• Io, RGB, 60 ppd, 10 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

Reprojected, gamma=1

• Jupiter, RGB, part 1, 30 ppd, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, part 2, 30 ppd, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, methane-band, part 1, 30 ppd
• Jupiter, methane-band, part 2, 30 ppd)
• Jupiter, RGB, part 1, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, part 2, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, methane-band, part 1, 30 ppd, 30 degrees vertical extent
• Jupiter, methane-band, part 2, 30 ppd, 30 degrees vertical extent

Reprojected, gamma=2

• Jupiter, RGB, part 1, 30 ppd, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, part 1, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, part 2, 30 ppd, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, part 2, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

Reprojected, gamma=4

• Jupiter, RGB, part 1, 30 ppd, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, part 1, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, part 2, 30 ppd, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, part 2, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

Cylindrical maps, 10 pixels per degree, decompanded, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

• Io, RGB

Cylindrical maps, 10 pixels per degree, gamma=1, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

• RGB
• methane-band, partially cleaned

Polar maps, 45° to 90° gamma=1, at 30 pixels per degree, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

• RGB, Jupiter, north and south
• methane-band, partially cleaned

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

• Jupiter, RGB, north, #079 to #086, #88

Perijove 50

Drafts

• Part 1: Jupiter close-up
• Part 2: Jupiter approach
• Part 3: Jupiter departure and #53

Reprojected, gamma=1

• Jupiter, RGB, 30 ppd, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, methane-band, 30 ppd
• Jupiter, RGB, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, methane-band, 30 ppd, 30 degrees vertical extent

Reprojected, gamma=2

• Jupiter, RGB, 30 ppd, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

Reprojected, gamma=4

• Jupiter, RGB, 30 ppd, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)
• Jupiter, RGB, 30 ppd, 30 degrees vertical extent, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

Cylindrical maps, 10 pixels per degree, gamma=1, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

• RGB
• methane-band, partially cleaned

Polar maps, 45° to 90° gamma=1, at 30 pixels per degree, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

• RGB, Jupiter, north and south
• methane-band, partially cleaned

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree, using radiometric factors (0.735; 1.0; 2.797) of PJ50 for (R;G;B)

• Jupiter, RGB, north, #054 to #058, #60

Perijove 49

Drafts

• Part 1: Io, and Jupiter close-up north
• Part 2: Jupiter close-up north and some southern images
• Part 3: Jupiter departure
• Part 4: Jupiter approach
• Part 5: Jupiter close-up, corrupted files, restauration TBD

Reprojected, decompanded, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)

• Io, RGB. 60 ppd

Reprojected, gamma=4

• Jupiter, RGB, 30 ppd, part 1, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)
• Jupiter, RGB, 30 ppd, part 2, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)

Reprojected, gamma=2

• Jupiter, RGB, 30 ppd, parts 1 and 2, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)

Reprojected, gamma=1

• Jupiter, methane-band, 30 ppd, part 1; image #101
• Jupiter, methane-band, 30 ppd, part 2; image #134
• Jupiter, RGB, 30 ppd, parts 1 and 2, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)

Perijove 48

Drafts

• Part 1, outbound

Reprojected, gamma=1

• Jupiter, methane-band, 30 ppd
• Jupiter, RGB, 30 ppd, using radiometric factors (0.706; 1.0; 2.788) of PJ47 for (R;G;B)
• Jupiter, RGB, 30 ppd, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)

Reprojected, gamma=2

• Jupiter, RGB, 30 ppd, using radiometric factors (0.706; 1.0; 2.788) of PJ47 for (R;G;B)
• Jupiter, RGB, 30 ppd, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)

Reprojected, gamma=4

• Jupiter, RGB, 30 ppd, using radiometric factors (0.706; 1.0; 2.788) of PJ47 for (R;G;B)
• Jupiter, RGB, 30 ppd, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)

Cylindrical maps, 10 pixels per degree, gamma=1, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)

• RGB
• methane-band, partially cleaned

Polar maps, 45° to 90° gamma=1, at 30 pixels per degree, using radiometric factors (0.690; 1.0; 2.837) of PJ48 for (R;G;B)

• RGB, Jupiter, north and south
• methane-band, partially cleaned

Perijove 47

Drafts

• Part 1
• Part 2, approach movie
• Part 3

Reprojected, gamma=1

• Jupiter, RGB, 30 ppd, part 1, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)
• Jupiter, RGB, 30 ppd, part 2, approach movie, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)
• Jupiter, methane-band, 30 ppd
• Jupiter, methane-band, 30 ppd, 30 degrees vertical extent

Reprojected, gamma=2

• Jupiter, RGB, 30 ppd, part 1, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)
• Jupiter, RGB, 30 ppd, part 2, approach movie, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)

Reprojected, gamma=4

• Jupiter, RGB, 30 ppd, part 1, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)
• Jupiter, RGB, 30 ppd, part 2, approach movie, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)

Reprojected, decompanded, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)

• Io, RGB, 30 ppd
• Io, RGB. 60 ppd

Cylindrical maps, 10 pixels per degree, gamma=1, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)

• RGB
• methane-band, partially cleaned

Cylindrical maps, 10 pixels per degree, decompanded, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)

• Io, RGB

Polar maps, 45° to 90° gamma=1, at 60 pixels per degree, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)

• RGB, Jupiter, north and south
• methane-band, partially cleaned

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree, using radiometric factors (0.720; 1.0; 2.756) of PJ46 for (R;G;B)

• Jupiter, RGB, north, #077 to #094

Perijove 46

Drafts

• Part 1
• Part 2

Reprojected, gamma=1

• Jupiter, methane-band, 30 ppd
• Jupiter, methane-band, 30 ppd, partially cleaned

Reprojected, gamma=2

• Jupiter, RGB, 30 ppd, using radiometric factors (0.734; 1.0; 2.713) of PJ45 for (R;G;B)

Reprojected, gamma=4

• Jupiter, RGB, 30 ppd, using radiometric factors (0.734; 1.0; 2.713) of PJ45 for (R;G;B)

Cylindrical maps, 10 pixels per degree, gamma=1, using radiometric factors (0.734; 1.0; 2.713) of PJ45 for (R;G;B)

• RGB
• methane-band, partially cleaned

Polar maps, 45° to 90° gamma=1, at 60 pixels per degree, using radiometric factors (0.734; 1.0; 2.713) of PJ45 for (R;G;B)

• RGB, Jupiter, north and south
• methane-band, partially cleaned

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree

• Jupiter, RGB, north, #079 to #093

Perijove 45

Drafts

• Part 1, Europa, RGB, filters misaligned due to fast motion
• Part 2, Jupiter

Reprojected, gamma=1

• Part 2, Jupiter, methane-band, 30 ppd

Reprojected, gamma=2, using radiometric factors (0.751; 1.0; 2.675) of PJ44 for (R;G;B)

• Part 1, Europa, RGB, no illumination adjustment, 30 ppd
• Part 1, Europa, RGB, no illumination adjustment, 60 ppd
• Part 1, Europa, RGB, terminator enhanced
• Part 2, Jupiter, RGB, 30 ppd

Reprojected, gamma=4

• Part 2, Jupiter, RGB, 30 ppd

Polar maps, 45° to 90° gamma=1, at 60 pixels per degree

• Europa, Jupiter, RGB and methane band, north
• Europa, Jupiter, RGB, south; (no southern methane band images available)

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree

• Jupiter, RGB, north, #048 to #060

Cylindrical maps, 10 pixels per degree, gamma=1, using radiometric factors (0.751; 1.0; 2.675) of PJ44 for (R;G;B)

• Part 2, Jupiter, RGB and methane-band

Cylindrical maps, 60 pixels per degree, gamma=1, using radiometric factors (0.751; 1.0; 2.675) of PJ44 for (R;G;B)

• Part 1, Europa, RGB, no illumination adjustment

Perijove 44

Drafts

• Part 1
• Part 2

Reprojected, gamma=4, using radiometric factors (0.768; 1.0; 2.63) of PJ43 for (R;G;B)

• RGB, part 1
• RGB, part 3

Reprojected, gamma=1, using radiometric factors (0.768; 1.0; 2.63) of PJ43 for (R;G;B)

• RGB and mathane band

Cylindrical maps, 10 pixels per degree, gamma=1, using radiometric factors (0.768; 1.0; 2.63) of PJ43 for (R;G;B)

• part 1
• part 2

Polar maps, 45° to 90° gamma=1, at 60 pixels per degree

• Jupiter, RGB and methane band, part 1
• Jupiter, RGB and methane band, part 2

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree

• Jupiter, RGB, north, #027 to #046

Cropped cylindrical maps, 180 pixels per degree, gamma=2, using radiometric factors (0.768; 1.0; 2.63) of PJ43 for (R;G;B)

• Images #056 to #059

Cropped cylindrical maps, 60 pixels per degree, gamma=2, using radiometric factors (0.768; 1.0; 2.63) of PJ43 for (R;G;B)

• Images #060 to #070

Perijove 43

Drafts

• Part 1
• Part 2
• Part 3

Reprojected, gamma=4, globally white-balancing radiometric factors for (R;G;B): (0.768; 1.0; 2.63)

• RGB

Reprojected, gamma=2

• RGB

Reprojected, gamma=1

• methane band

Cylindrical maps 10 pixels per degree, gamma=1

• methane band

Cylindrical maps 10 pixels per degree, gamma=2

• Jupiter, Io, RGB

Cylindrical maps 30 pixels per degree, gamma=2

• RGB, #011 to #068

Cylindrical maps 60 pixels per degree, gamma=2

• RGB, #025 to #060

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree

• Jupiter, RGB, north, #025 to #036

Polar maps, 45° to 90° gamma=1, at 60 pixels per degree

• Jupiter, RGB and methane band

Polar maps, 30° to 90° gamma=1, and high-passed, at 30 pixels per degree

• Jupiter, RGB

Reprojections to common perpective

• #034, gamma=4
• #034, gamma=1 and high-passed

Perijove 42

Drafts

• All but #41 (?)

Reprojected, gamma=4

• RGB

Reprojected, gamma=2

• RGB

Reprojected, gamma=1

• RGB, methane band

Cylindrical maps 10 pixels per degree, gamma=1

• Jupiter, RGB images #001 to #010, and methane band #047 to #105

Cylindrical maps 10 pixels per degree, gamma=2

• Jupiter, RGB

Cylindrical maps 30 pixels per degree, gamma=1

• Methane band, #012 to #025

Cylindrical maps 30 pixels per degree, gamma=2

• RGB, #001 to #039

Polar maps, 45° to 90° gamma=1, at 60 pixels per degree

• Jupiter, methane band

Polar maps, 30° to 90° gamma=1, and high-passed, at 60 pixels per degree

• Jupiter, RGB, north

Polar maps, 30° to 90° gamma=1, and high-passed, at 30 pixels per degree

• Jupiter, RGB, south

Polar maps, 75° to 90° gamma=1, and high-passed, at 120 pixels per degree

• Jupiter, RGB, north, #005 to #019

Perijove 41

Drafts

• Part 1
• Part 2

Reprojected, gamma=4

• Part 1, RGB
• Part 2, RGB

Reprojected, gamma=2

• Part 1, RGB
• Part 2, RGB

Reprojected, gamma=1

• Part 1, RGB, methane band
• Part 2, RGB, methane band

Hemispherical Maps, 10 pixels per degree, gamma=1

• Io

Cylindrical maps 10 pixels per degree, gamma=1

• Io, RGB, and Jupiter Part 1, RGB and methane band
• Jupiter Part 2, RGB and methane band

Polar maps, 45° to 90° gamma=1, at 60 pixels per degree

• Jupiter, north polar RGB
• Jupiter, north polar methane band

Polar maps, 45° to 90° gamma=1, at 30 pixels per degree

• Jupiter, south polar RGB and methane band

Perijove 40

Drafts

• Part 1
• Part 2

Reprojected, gamma=4

• Jupiter, RGB

Reprojected, gamma=2

• Jupiter, RGB

Reprojected, gamma=1

• Jupiter

Cylindrical maps 10 pixels per degree, gamma=1

• Jupiter, RGB and methane band
• Europa, decompanded only

Polar maps, 30° to 90° gamma=1

• Jupiter

Perijove 39

Drafts

• Part 1
• Part 2
• Part 3
• Part 4

Reprojected, gamma=4

• Jupiter, RGB, part 1
• Jupiter, RGB, part 2
• Jupiter, RGB, part 3
• Jupiter, RGB, part 4

Reprojected, gamma=2

• Jupiter, RGB, part 1
• Jupiter, RGB, part 2
• Jupiter, RGB, part 3
• Jupiter, RGB, part 4

Reprojected, gamma=1

• Jupiter, part 1
• Jupiter, part 2
• Jupiter, part 3
• Jupiter, part 4

Cylindrical maps 10 pixels per degree, gamma=1

• Jupiter, RGB and methane band

Cylindrical maps 60 pixels per degree, gamma=1

• Jupiter, RGB images #31 to #39

Cylindrical maps, 60 pixels per degree, gamma=2

• Jupiter, selected northern RGB images

Polar maps, 30° to 90° gamma=4

• Jupiter, north, RGB, part 1
• Jupiter, north, RGB, part 2

Polar maps, 30° to 90° gamma=2

• Jupiter, north, RGB, part 1
• Jupiter, north, RGB, part 2

Polar maps, 30° to 90° gamma=1

• Jupiter, north, part 1
• Jupiter, north, part 2
• Jupiter, north, part 3, and south all

Polar maps, 30° to 90° gamma=1, and high-passed

• Jupiter, RGB, north, part 1
• Jupiter, RGB, north, part 2

Perijove 38

Drafts

• Part 1, including distant Io flyby
• Part 2
• Part 3
• Part 4

Reprojected, gamma=1

• Jupiter

Reprojected, gamma=2

• Jupiter

Reprojected, gamma=4

• Jupiter

Cylindrical maps 10 pixels per degree, gamma=1

• Jupiter, RGB and methane band

Cylindrical maps, 60 pixels per degree, gamma=1

• Jupiter, RGB image #30

Cylindrical maps, 60 pixels per degree, gamma=2

• Jupiter, selected northern RGB images

Polar maps, 30° to 90°,60 pixels per degree, gamma=1

• Jupiter

Polar maps, 30° to 90°, 60 pixels per degree, high-passed

• Jupiter, RGB

Perijove 37

Drafts

• Part 1, including distant Europa flyby
• Part 2, including distant Europa flyby image #001

Reprojected, gamma=4

• Jupiter, RGB, part 1
• Jupiter, RGB, part 2

Reprojected, gamma=2

• Jupiter, RGB, part 1
• Jupiter, RGB, part 2

Reprojected, gamma=1

• Jupiter, RGB, part 1
• Jupiter, part 2, including methane-band images

Polar maps, 30° to 90° gamma=1, and high-passed

• Jupiter, RGB, north
• Jupiter, RGB, south

Perijove 36

Drafts

• Part 1
• Part 2, including approach and departure sequences

Reprojected, gamma=4

• Jupiter, RGB

Reprojected, gamma=2

• Jupiter, RGB

Reprojected, gamma=1

• Jupiter, RGB
• Jupiter, methane band

Polar maps, 30° to 90° gamma=1, and high-passed

• Jupiter, RGB
• Jupiter, methane band

Perijove 35

Drafts

• Part 1, including Ganymede and approach lightning search
• Part 2
• Part 3, departure sequence

Reprojected, gamma=4

• Parts 1 and 2, Jupiter, RGB
• Part 3, Jupiter, RGB

Reprojected, gamma=1

• Methane band, Jupiter

Polar maps, 30° to 90° gamma=1

• Jupiter, RGB

Perijove 34

Drafts

• Part 1, including Ganymede close-ups
• Part 2, including Jupiter approach and departure

Reprojected, decompanded

• Ganymede close-ups

Reprojected, decompanded, XXL

• Ganymede close-ups upsampled to 120 pixels per degree

Maps, gamma=1

• Jupiter, methane band

Cylindrical maps 60 pixels per degree, decompanded

• Ganymede close-ups

Reprojected, gamma=4

• Part 1, Jupiter
• Part 2, Jupiter

Reprojected, gamma=1

• Methane band

Polar maps, 30° to 90° gamma=1

• Jupiter, RGB

Perijove 33

Drafts

• Approach lightning search
• Part 1
• Part 2
• Part 3

Reprojected, gamma=4

• Part 1
• Part 2
• Outbound RGB, before s/c ops

Reprojected, gamma=1

• Part 1
• Part 2
• Outbound, before s/c ops

Maps, gamma=4

• RGB, part 1
• Part 2
• Outbound RGB, before s/c ops
• Outbound RGB, after first s/c ops

Maps, gamma=1

• RGB: See high-passed, part 1
• Methane band, part 1
• RGB: See high-passed, part 2
• Methane band, part 2
• Outbound methane band, before s/c ops
• Outbound methane band, after first s/c ops
• Outbound RGB, before s/c ops: See high-passed
• Outbound RGB, after first s/c ops: See high-passed

RGB Maps, high-passed and gamma=1

• Part 1
• Part 2
• Outbound RGB, before s/c ops
• Outbound RGB, after first s/c ops

Large polar maps, high-passed

• 30 to 90 deg north (planetocentric azimuthal)

Cylindrical Maps, 30 pixels per degree, gamma=1

• Selected global cylindrical RGB maps covering Clyde's Spot

Cylindrical Maps, 60 pixels per degree, gamma=1

• Selected global cylindrical RGB maps covering Clyde's Spot

Cylindrical Maps, 180 pixels per degree, gamma=2

• Crops of selected cylindrical RGB maps covering Clyde's Spot

Perijove 32

Drafts

• Part 1
• Part 2
• Part 3

Reprojected, gamma=4

• Part 1
• Part 2
• Part 3

Reprojected, gamma=1

• Methane band part 1
• Part 2

Reprojected, high-passed

• See gamma=1, part 2

Maps, gamma=4

• RGB, part 1
• Part 2

Maps, gamma=1

• RGB: See high-passed, part 1
• Methane band, part 1
• See high-passed, part 2
• See high-passed, part 3
• Methane band, part 3

RGB Maps, high-passed and gamma=1

• Part 1
• Part 2
• Part 3

Large polar maps, high-passed

• 30 to 90 deg north (planetocentric azimuthal)
• 30 to 90 deg south (planetocentric azimuthal), and south hemispherical

Large polar maps, gamma=1

• 30 to 90 deg north (planetocentric azimuthal), part 1, RGB see high-passed
• 30 to 90 deg north (planetocentric azimuthal), part 1, methane band

Perijove 31

Drafts

• Part 1
• Part 2
• Part 3
• Part 4
• Part 5

Reprojected, gamma=4

• Part 1
• Part 2
• RGB parts 3,4,5

Reprojected, gamma=1

• Part 1
• Part 2
• Methane band parts 3,4,5

Maps, gamma=1

• Part 1
• see high-passed, part 2
• Methane band image #16
• Parts 3,4,5

Maps, gamma=4

• Part 1
• Part 2
• RGB parts 3,4,5

Maps, high-passed and gamma=1

• Part 1
• Part 2
• RGB parts 3,4,5

Large polar maps, high-passed

• 30 to 90 deg north (planetocentric azimuthal)

Perijove 30

Drafts

• Part 1
• Part 2
• Part 3

Reprojected, gamma=4

• Part 1, RGB
• Part 2, RGB
• Part 3, RGB

Reprojected, gamma=1

• Part 1, Methane band
• Part 2
• Part 3, RGB

Maps, gamma=1

• Part 1
• Part 2
• Part 3

Maps, gamma=4

• Part 1
• Part 2
• Part 3

Maps, high-passed

• Part 1
• Part 2
• Part 3

Large polar maps, high-passed

• 30 to 90 deg north (planetocentric azimuthal)
• 30 to 90 deg south (planetocentric azimuthal)

Cylindrical maps, 60 pixels per degree, gamma=1

• Selected global maps
• Part 2
• Part 3

Perijove 29

Drafts

• Part 1
• Part 2
• Part 3
• Part 4
• Part 5

Reprojected, gamma=4

• Part 1
• Part 2
• Part 3
• Part 4
• Part 5

Reprojected, gamma=1

• Methane band

Maps, gamma=1

• Part 1
• Part 2
• Part 3
• Part 4
• Part 5

Maps, gamma=4

• Part 1
• Part 2
• Part 3
• Part 4
• Part 5

Maps, high-passed

• Part 1
• Part 2
• Part 3
• Part 4
• Part 5

Large polar maps, high-passed

• 60 to 90 deg north (planetocentric azimuthal)

Cylindrical maps, 60 pixels per degree, gamma=1

• Selected global maps

Perijove 28

Maps, high-passed

• close-ups

Maps, high-passed, 120 degrees per pixel

• North polar

Perijove 27

Maps, high-passed

• close-ups

Perijove 26

Maps, high-passed

• Parts 1 and 2
• Part 3

Perijove 25

Maps, high-passed

• Part 1
• Part 3
• Part 4

Perijove 24

Maps, high-passed

• Parts 2 and 3
• Parts 4 and 5

Perijove 23

Maps, high-passed

• Part 1
• Part 2
• Parts 3 and 4

Perijove 22

Maps, high-passed

• close-ups

Perijove 21

Maps, high-passed

• most close-ups
• #33

Perijove 20

Maps, gamma=1

• Part 1
• Part 2
• Part 3

Maps, gamma=4

• Part 1
• Part 2
• Part 3

Maps, high-passed

Perijove 19

Maps, high-passed

• Part 1
• Part 2

Perijove 18

Maps, high-passed

• close-ups

Perijove 17

Maps, high-passed

• close-ups

Perijove 16

Maps, high-passed

• Part 1, north polar only

Perijove 15

Maps, high-passed

• selected cylindrical
• south polar only

Perijove 14

Maps, high-passed

• part 3
• early departure

Perijove 13

Maps, high-passed

• close-ups

Perijove 12

Maps, high-passed

• southern, high-passed only

Perijove 11

Maps, high-passed

• southern hemisphere, 6k only

Perijove 10

Maps, high-passed

Perijove 09

Maps, high-passed

Perijove 08

Maps, high-passed

Perijove 07

Maps, high-passed

Perijove 06

Maps, high-passed

Perijove 05

Maps, high-passed

Perijove 04

Maps, high-passed

Perijove 03

Maps, high-passed

Perijove 02

Perijove 01

Maps, high-passed