What are these green text/line displays shown during the livestream of Crew Dragon's approach to dock with...
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What are these green text/line displays shown during the livestream of Crew Dragon's approach to dock with the ISS?
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During the livestream of Crew Dragon's approach to docking, at 6:24 a laptop display is shown with lots of green text and a camera view of the International Space Station. What's going on?
spacex iss docking
asked 2 hours ago
Erin AnneErin Anne
2,320326
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add a comment |
$begingroup$
During the livestream of Crew Dragon's approach to docking, at 6:24 a laptop display is shown with lots of green text and a camera view of the International Space Station. What's going on?
spacex iss docking
asked 2 hours ago
Erin AnneErin Anne
2,320326
$endgroup$
add a comment |
$begingroup$
During the livestream of Crew Dragon's approach to docking, at 6:24 a laptop display is shown with lots of green text and a camera view of the International Space Station. What's going on?
spacex iss docking
asked 2 hours ago
Erin AnneErin Anne
2,320326
$endgroup$
During the livestream of Crew Dragon's approach to docking, at 6:24 a laptop display is shown with lots of green text and a camera view of the International Space Station. What's going on?
spacex iss docking
spacex iss docking
asked 2 hours ago
Erin AnneErin Anne
2,320326
asked 2 hours ago
Erin AnneErin Anne
2,320326
asked 2 hours ago
Erin AnneErin Anne
2,320326
asked 2 hours ago
Erin AnneErin Anne
2,320326
asked 2 hours ago
Erin AnneErin Anne
2,320326
2,320326
add a comment |
add a comment |
1 Answer
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The display shown is from the screen of one of the Space Station Computer laptops in the US Lab. This was being downlinked to Mission Control in Houston to monitor the functioning of tools used by the ISS crew to track the Crew Dragon's approach.
The foreground program is the Dragon 2 Docking Monitor, which takes video supplied by the Crew Dragon (aka Dragon 2, Docking Dragon) and overlays a grid to estimate angular offsets in the view alongside some pertinent information for docking (range and lateral offset between the docking adapters, rates, a couple of modes).
The background program is RPOP, the Rendezvous and Proximity Operations Program. The Space Shuttle version of RPOP is described in JSC 63400 "History of Space Shuttle Rendezvous," page 239 and others. A new version of RPOP, version 8, was created to monitor the approach and rendezvous of Crew Dragon and CST-100 to the International Space Station. The screenshot shows the Demo Mission 1 Crew Dragon at the very edge of the Keep Out Sphere (Range, R, 200 meters).
"Coincidentally" I happen to have been the lead developer on RPOP since 2015 and monitored its operation from Houston during Demo Mission 1. I thought it was conceivable that someone might have wondered what this was since it got livestreamed and has since ended up in places like a Scott Manley video.
answered 2 hours ago
Erin AnneErin Anne
2,320326
$endgroup$
$begingroup$
Thanks for Q & A! Good job,too. Glad to hear RPOP is still around. I suppose DOUG is too, but not RSAD.
$endgroup$
– Organic Marble
37 mins ago
add a comment |
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1 Answer
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active
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1 Answer
1
active
oldest
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active
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active
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votes
$begingroup$
The display shown is from the screen of one of the Space Station Computer laptops in the US Lab. This was being downlinked to Mission Control in Houston to monitor the functioning of tools used by the ISS crew to track the Crew Dragon's approach.
The foreground program is the Dragon 2 Docking Monitor, which takes video supplied by the Crew Dragon (aka Dragon 2, Docking Dragon) and overlays a grid to estimate angular offsets in the view alongside some pertinent information for docking (range and lateral offset between the docking adapters, rates, a couple of modes).
The background program is RPOP, the Rendezvous and Proximity Operations Program. The Space Shuttle version of RPOP is described in JSC 63400 "History of Space Shuttle Rendezvous," page 239 and others. A new version of RPOP, version 8, was created to monitor the approach and rendezvous of Crew Dragon and CST-100 to the International Space Station. The screenshot shows the Demo Mission 1 Crew Dragon at the very edge of the Keep Out Sphere (Range, R, 200 meters).
"Coincidentally" I happen to have been the lead developer on RPOP since 2015 and monitored its operation from Houston during Demo Mission 1. I thought it was conceivable that someone might have wondered what this was since it got livestreamed and has since ended up in places like a Scott Manley video.
answered 2 hours ago
Erin AnneErin Anne
2,320326
$endgroup$
$begingroup$
Thanks for Q & A! Good job,too. Glad to hear RPOP is still around. I suppose DOUG is too, but not RSAD.
$endgroup$
– Organic Marble
37 mins ago
add a comment |
$begingroup$
The display shown is from the screen of one of the Space Station Computer laptops in the US Lab. This was being downlinked to Mission Control in Houston to monitor the functioning of tools used by the ISS crew to track the Crew Dragon's approach.
The foreground program is the Dragon 2 Docking Monitor, which takes video supplied by the Crew Dragon (aka Dragon 2, Docking Dragon) and overlays a grid to estimate angular offsets in the view alongside some pertinent information for docking (range and lateral offset between the docking adapters, rates, a couple of modes).
The background program is RPOP, the Rendezvous and Proximity Operations Program. The Space Shuttle version of RPOP is described in JSC 63400 "History of Space Shuttle Rendezvous," page 239 and others. A new version of RPOP, version 8, was created to monitor the approach and rendezvous of Crew Dragon and CST-100 to the International Space Station. The screenshot shows the Demo Mission 1 Crew Dragon at the very edge of the Keep Out Sphere (Range, R, 200 meters).
"Coincidentally" I happen to have been the lead developer on RPOP since 2015 and monitored its operation from Houston during Demo Mission 1. I thought it was conceivable that someone might have wondered what this was since it got livestreamed and has since ended up in places like a Scott Manley video.
answered 2 hours ago
Erin AnneErin Anne
2,320326
$endgroup$
$begingroup$
Thanks for Q & A! Good job,too. Glad to hear RPOP is still around. I suppose DOUG is too, but not RSAD.
$endgroup$
– Organic Marble
37 mins ago
add a comment |
$begingroup$
The display shown is from the screen of one of the Space Station Computer laptops in the US Lab. This was being downlinked to Mission Control in Houston to monitor the functioning of tools used by the ISS crew to track the Crew Dragon's approach.
The foreground program is the Dragon 2 Docking Monitor, which takes video supplied by the Crew Dragon (aka Dragon 2, Docking Dragon) and overlays a grid to estimate angular offsets in the view alongside some pertinent information for docking (range and lateral offset between the docking adapters, rates, a couple of modes).
The background program is RPOP, the Rendezvous and Proximity Operations Program. The Space Shuttle version of RPOP is described in JSC 63400 "History of Space Shuttle Rendezvous," page 239 and others. A new version of RPOP, version 8, was created to monitor the approach and rendezvous of Crew Dragon and CST-100 to the International Space Station. The screenshot shows the Demo Mission 1 Crew Dragon at the very edge of the Keep Out Sphere (Range, R, 200 meters).
"Coincidentally" I happen to have been the lead developer on RPOP since 2015 and monitored its operation from Houston during Demo Mission 1. I thought it was conceivable that someone might have wondered what this was since it got livestreamed and has since ended up in places like a Scott Manley video.
answered 2 hours ago
Erin AnneErin Anne
2,320326
$endgroup$
The display shown is from the screen of one of the Space Station Computer laptops in the US Lab. This was being downlinked to Mission Control in Houston to monitor the functioning of tools used by the ISS crew to track the Crew Dragon's approach.
The foreground program is the Dragon 2 Docking Monitor, which takes video supplied by the Crew Dragon (aka Dragon 2, Docking Dragon) and overlays a grid to estimate angular offsets in the view alongside some pertinent information for docking (range and lateral offset between the docking adapters, rates, a couple of modes).
The background program is RPOP, the Rendezvous and Proximity Operations Program. The Space Shuttle version of RPOP is described in JSC 63400 "History of Space Shuttle Rendezvous," page 239 and others. A new version of RPOP, version 8, was created to monitor the approach and rendezvous of Crew Dragon and CST-100 to the International Space Station. The screenshot shows the Demo Mission 1 Crew Dragon at the very edge of the Keep Out Sphere (Range, R, 200 meters).
"Coincidentally" I happen to have been the lead developer on RPOP since 2015 and monitored its operation from Houston during Demo Mission 1. I thought it was conceivable that someone might have wondered what this was since it got livestreamed and has since ended up in places like a Scott Manley video.
answered 2 hours ago
Erin AnneErin Anne
2,320326
answered 2 hours ago
Erin AnneErin Anne
2,320326
answered 2 hours ago
Erin AnneErin Anne
2,320326
answered 2 hours ago
Erin AnneErin Anne
2,320326
2,320326
$begingroup$
Thanks for Q & A! Good job,too. Glad to hear RPOP is still around. I suppose DOUG is too, but not RSAD.
$endgroup$
– Organic Marble
37 mins ago
add a comment |
$begingroup$
Thanks for Q & A! Good job,too. Glad to hear RPOP is still around. I suppose DOUG is too, but not RSAD.
$endgroup$
– Organic Marble
37 mins ago
$begingroup$
Thanks for Q & A! Good job,too. Glad to hear RPOP is still around. I suppose DOUG is too, but not RSAD.
$endgroup$
– Organic Marble
37 mins ago
$begingroup$
Thanks for Q & A! Good job,too. Glad to hear RPOP is still around. I suppose DOUG is too, but not RSAD.
$endgroup$
– Organic Marble
37 mins ago
add a comment |
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