Wanted to update this with additional data
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SYNUEFE XR-H D11-102 | 1 B
radius: 1122
lunar path: 6.6252, 56.5709 b 89.526
ruin site: -31.7877, -128.9711 b 6.8 (bearing towards and closest point of the lunar path)
intersection point: -6.5968, -126.0472
lat diff: 25.1909
lon diff: 2.9239
distances:
intersection point to ruin: 496.2km
ruin to pole: x
intersection point to pole: x
ruin point percentage of radius: 44.22459
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IC 2391 SECTOR GW-V B2-4 | B 1
radius: 1755
lunar path: 9.2428,0.0367 b 7.8958 (bearing towards and closest point of the lunar path)
ruin: -29.10, -30.51 b 77.68
intersection point: -21.2505, -4.2901
lat diff: 38.3428
lon diff: 30.5467
distances:
intersection point to ruin: 763.6km
ruin to pole: 1140km
intersection point to pole: 1633km
ruin point percentage of radius: 43.50997
Note the percentage of radius.. if we take the radius of a given body and calculate between 43 and 45% we should be able to get an idea of how far "down" the path needs to be offset from the lunar ground track. I've got some code I've hobbled together that I'm going to work on that basically allows me to generate points of a great-circle arc that I'll try and get fleshed out tomorrow so I can:
1. Take an existing great circle arc and translate its 2 points (by shifting each point by the specified distance at the given angle)
2. Generating a new great circle
3. Output the points for it so we can then plot those routes
So for any that we need to do this for I'll need a few points for the moons. For that effort use this sheet but copy the template worksheet for each new body. Basically I need at least 2 points (preferrably a few more) and the orbital inclination
Now for some sleep since I've got to get up early for work. Happy Hunting
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SYNUEFE XR-H D11-102 | 1 B
radius: 1122
lunar path: 6.6252, 56.5709 b 89.526
ruin site: -31.7877, -128.9711 b 6.8 (bearing towards and closest point of the lunar path)
intersection point: -6.5968, -126.0472
lat diff: 25.1909
lon diff: 2.9239
distances:
intersection point to ruin: 496.2km
ruin to pole: x
intersection point to pole: x
ruin point percentage of radius: 44.22459
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IC 2391 SECTOR GW-V B2-4 | B 1
radius: 1755
lunar path: 9.2428,0.0367 b 7.8958 (bearing towards and closest point of the lunar path)
ruin: -29.10, -30.51 b 77.68
intersection point: -21.2505, -4.2901
lat diff: 38.3428
lon diff: 30.5467
distances:
intersection point to ruin: 763.6km
ruin to pole: 1140km
intersection point to pole: 1633km
ruin point percentage of radius: 43.50997
Note the percentage of radius.. if we take the radius of a given body and calculate between 43 and 45% we should be able to get an idea of how far "down" the path needs to be offset from the lunar ground track. I've got some code I've hobbled together that I'm going to work on that basically allows me to generate points of a great-circle arc that I'll try and get fleshed out tomorrow so I can:
1. Take an existing great circle arc and translate its 2 points (by shifting each point by the specified distance at the given angle)
2. Generating a new great circle
3. Output the points for it so we can then plot those routes
So for any that we need to do this for I'll need a few points for the moons. For that effort use this sheet but copy the template worksheet for each new body. Basically I need at least 2 points (preferrably a few more) and the orbital inclination
Now for some sleep since I've got to get up early for work. Happy Hunting
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