Atreiu
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Posts posted by Atreiu
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IonCross adds an Oxygen resource: without it, your Kerbals will die. You could also test TAC Life Support that adds Oxygen, Food and Water - but no recycle for the moment...
A manned Command Module need Eletricity power to work. If you don't have power remaining, you cannot do anything on the vessel. So do not forget solar panels
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I agree with GavinZac, I do really need to have this in staging! No more debris!
You could make a staging part and a non-staging part. The staging part will explode 10 seconds after stage triggering (and so, 10 seconds after decouplage)!
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I think I'll move from IonCross Life Support to this mod. Is there any recycling possibility right now? Can I remove all _TAC after resources names?
Interesting mod!
EDIT: Recycling idea: Plants parts that takes very much power ; converts WasteWater to Water ; CO2 to O2, absorbs low quantity of Waste and produces some Food (yes, Kerbals eat plants!). Plants can die and the whole plants part become inactive like Kerbal if theu hadn't enough WasteWater, Waste or CO2. Could be great!
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I find KAS very, very useful. It permits you to dock, or simply attach vessels or Kerbals using cables. You can retract/expand them to fit your needs and transfer fuel once plugged in.
Also, MechJeb is useful for node planning, rendezvous and ascent autopilot, making easier, more precise and automatic, all the actions you want.
If you have a second computer, (like a laptop) I recommend you Telemachus that enables a web interface, so you can send basic commands to the flight and get graphics of fuel, gravity, atmosphere density, get orbital informations and vessel informations...
To enhance gameplay, I recommend using Kethane, Extraplanetary Launchpads (mining ore and drill fuel), ISA MapSat (terrain map of the planet - to find the best places to establish a base) & IonCross (Oxygen support - your kerbals die if they don't have anymore Oxygen).
Take also a look at B9 parts, NovaPunch2 parts, Lazor Docking system (very very useful to dock). Search around YouTube also (Scott Manley's videos are awesome and very useful)!
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Ow. What a noob I am. Thank you very much
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Hello all Kerbonauts!
I heared that the debugger has changed (this is no more a part now), and I don't know how to switch it on to make some test on-ground at the KSC. This would help me a lot, thanks!
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Ah so you have to add it to the parts you want to recycle, rather than there being a recycler part. Module is such a confusing term.
No no, it is written the part that you want to be able to recycle debris with. That means that the part you add the code to will be able to recycle all debris within 50 meters.
EDIT: How do we open up the Kethane debug menu, in order to be able to spawn ore at KSC and make some test onground? Thank youuuuuu!
EDIT2: Okay, I think I missed something. When I enable the drill, the HexCans ore attached to the same vessel don't fill up. Any ideas?
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Could you post a video of this?
EDIT: Found Scott Manley's one. This guy is awesome, and this mod too.
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Is this working for .21? Did you integrated bars for resources? What mods are supported?
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Do you have any ideas of when this will be available, at least for testing?
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Gonna try this now!
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Anyone having issues on .21 ? Or is it just nebuchadnezzar that misconfigured something?
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Just create a new directory into GameData folder (name it as you want), create under this directory an other one named "Flags", and under it, put your flag, a 256x160 png
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You should use MechJeb + Telemachus. You'll be able to get all his spacecraft information over the internet, and guide him in space. Don't allow him to open the map and touching MechJeb. You can control MechJeb over internet via Telemachus
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I've been using these figures for the kethane probes, and they work pretty well. Sometimes though, i still get a few unique equatorial points (eg 10 for kerbin when scanning at 185). Wouldn't it make sense to make the polar orbits slightly elliptical, so that the extra distance the satellite has to travel disrupts any resonance it may lie on? I'm sure there's a mathematical way to predict it, but it gets confusing when not dealing with purely circular orbits.
I've changed my orbit now to a 185km/205km orbit, and it seems to be working pretty well.
I think you should look at the Kepler laws about elliptical orbits, especially the 2nd one. So you could calculate the speed when you're near from the foci. I'm not a physical specialist but that should be that
(Sorry for double post, I couldn't edit my first one)
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I took Psawhn's script and ported it to MATLAB. Then I rewrote the swath calculation code to match the new ISA Mapsat X4-1 build (the one that is compatible with 0.20). Instead of some weird grid of points on the ground, the new version uses a straight line of points that can spread up to plus and minus 8 degrees for a total of 16 degrees field of view. The points themselves are spaced evenly along the ground, so that if your 16 degree field-of-view spans 4 degrees of longitude on the planet, your points are spaced 4/200=0.02 degrees longitude apart. The equation for calculating the surface area scanned from a given altitude is kind of fancy and has lots of cotangents in it, but it works great.
The maximum altitude has been increased to 5000km (included in my tables), but anomalies will only be detected up to 600km away. One side-effect of the auto-spacing points is that it should make scanning non-rotating bodies a lot easier. Just get up to an altitude high enough that you can see most of the planet at once and increase the scan resolution. I haven't tried anything but Kerbin and the Mun yet but my calculations look correct so far. Also, for some reason my maps sometimes look better when taken at 5X or 10X warp instead of realtime, so play around with it.
Note on kethane scanning: The kethane map has 256 pixels along the equator. To get a full kethane map you need to hit the equator at 256 different points. The denominator of the second column (Res) in the tables is the number of points that orbit crosses the equator, so pick the orbit with the biggest number to get the best kethane map. By increasing the sidelap threshold, you can get higher denominators, but I did not post them here. For example, on the Mun I am currently scanning at an altitude of 74.123km and inclination of 88.5 degrees which should cross the equator at 231 distinct points, hitting almost every pixel. The only problem with these orbits is they take much, much longer to do a full scan of the planet, so I would suggest doing the kethane scan after the full altitude scan is complete.
The same resolution criteria can be applied to the visual scanner as well. The new map is 2048 pixels wide at the equator, which on Kerbin equates to 1.8km. On the Mun this is 0.6km. So any orbit with a resolution smaller than that (last column) will give you a good picture.
Here are the tables, with the same information as in the OP. (Link to code on Google Drive)
Kerbin
Planet: Kerbin
Radius: 600 km
Sync.Orbit: 2868.75 km
SOI: 84159.29 km
Day Length: 6h 0m 0s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 69.1 km - 3669.2 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 3669.22 km
Number of Zones: 45
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Kerbin, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 108/199 (1.08) 72.816 km 0.25 km 85.10 50h 59.1m +01.7m 2.0 0.01 0.102 km
2 120/221 (1.25) 75.678 km 0.16 km 85.07 56h 59.2m +01.2m 2.0 0.01 0.106 km
3 101/186 (1.05) 75.966 km 0.29 km 85.07 47h 59.2m +01.8m 2.0 0.01 0.107 km
4 94/173 (1.02) 79.503 km 0.34 km 85.03 44h 58.8m +02.0m 2.1 0.01 0.112 km
5 106/195 (1.19) 82.016 km 0.26 km 85.00 50h 59.2m +01.8m 2.2 0.01 0.115 km
6 87/160 (1.00) 83.740 km 0.05 km 84.98 42h 00.3m +00.3m 2.3 0.01 0.118 km
7 99/182 (1.17) 85.928 km 0.14 km 84.96 48h 00.3m +00.9m 2.3 0.01 0.121 km
8 79/145 (1.02) 94.841 km 0.47 km 84.86 38h 58.8m +02.4m 2.5 0.01 0.134 km
9 85/156 (1.11) 95.303 km 0.41 km 84.85 41h 58.8m +02.2m 2.6 0.01 0.134 km
10 91/167 (1.19) 95.703 km 0.36 km 84.85 44h 58.9m +02.1m 2.6 0.01 0.135 km
11 83/152 (1.22) 107.466 km 0.44 km 84.72 41h 58.9m +02.3m 2.9 0.01 0.151 km
12 77/141 (1.13) 107.941 km 0.50 km 84.71 38h 58.8m +02.5m 2.9 0.01 0.152 km
13 71/130 (1.05) 108.503 km 0.59 km 84.70 35h 58.7m +02.7m 2.9 0.01 0.153 km
14 76/139 (1.19) 114.766 km 0.13 km 84.63 39h 00.0m +00.6m 3.1 0.02 0.162 km
15 64/117 (1.02) 117.216 km 0.59 km 84.61 32h 58.8m +02.4m 3.2 0.02 0.165 km
16 75/137 (1.24) 121.603 km 0.54 km 84.56 38h 58.5m +02.6m 3.3 0.02 0.171 km
17 63/115 (1.08) 125.578 km 0.79 km 84.51 32h 58.7m +03.2m 3.4 0.02 0.177 km
18 62/113 (1.13) 134.090 km 0.79 km 84.41 32h 58.6m +03.2m 3.6 0.02 0.189 km
19 61/111 (1.18) 142.791 km 0.80 km 84.31 32h 58.3m +03.2m 3.8 0.02 0.201 km
20 60/109 (1.23) 151.928 km 0.84 km 84.21 32h 58.5m +03.3m 4.1 0.02 0.214 km
21 49/89 (1.01) 152.978 km 1.25 km 84.20 26h 58.2m +04.0m 4.1 0.02 0.216 km
22 53/96 (1.20) 168.016 km 1.08 km 84.02 29h 58.4m +03.8m 4.5 0.02 0.237 km
23 47/85 (1.12) 176.340 km 1.06 km 83.92 26h 58.3m +03.3m 4.7 0.02 0.249 km
24 41/74 (1.03) 187.141 km 1.76 km 83.79 23h 57.4m +04.8m 5.0 0.03 0.264 km
25 46/83 (1.17) 188.728 km 1.40 km 83.78 26h 57.7m +04.3m 5.1 0.03 0.266 km
26 39/70 (1.13) 216.916 km 1.85 km 83.44 23h 57.6m +04.9m 5.8 0.03 0.306 km
27 34/61 (1.00) 219.541 km 1.09 km 83.41 20h 59.7m +02.5m 5.9 0.03 0.310 km
28 33/59 (1.05) 237.541 km 1.86 km 83.19 20h 57.9m +04.2m 6.4 0.03 0.335 km
29 37/66 (1.23) 249.590 km 1.83 km 83.04 23h 57.7m +04.6m 6.7 0.03 0.352 km
30 32/57 (1.09) 257.015 km 1.85 km 82.95 20h 58.0m +04.1m 6.9 0.03 0.363 km
31 31/55 (1.14) 277.666 km 1.83 km 82.69 20h 58.0m +03.9m 7.5 0.04 0.392 km
32 30/53 (1.19) 299.616 km 1.81 km 82.41 20h 58.1m +03.8m 8.1 0.04 0.424 km
33 25/44 (1.05) 318.978 km 1.77 km 82.16 17h 58.4m +03.1m 8.6 0.04 0.451 km
34 29/51 (1.23) 322.978 km 1.77 km 82.11 20h 58.2m +03.6m 8.7 0.04 0.457 km
35 23/40 (1.14) 379.265 km 1.73 km 81.37 17h 58.6m +02.9m 10.3 0.05 0.537 km
36 17/29 (1.03) 474.541 km 1.65 km 80.07 14h 59.0m +02.1m 12.9 0.06 0.674 km
37 16/27 (1.07) 526.975 km 1.60 km 79.33 14h 59.1m +01.9m 14.3 0.07 0.749 km
38 14/23 (1.14) 654.125 km 1.52 km 77.44 14h 59.2m +01.6m 17.8 0.09 0.933 km
39 13/21 (1.17) 732.525 km 1.48 km 76.23 14h 59.2m +01.5m 20.0 0.10 1.048 km
40 12/19 (1.19) 824.475 km 1.43 km 74.74 14h 59.3m +01.4m 22.6 0.11 1.183 km
41 11/17 (1.21) 934.100 km 1.35 km 72.90 14h 59.4m +01.2m 25.7 0.13 1.345 km
42 9/13 (1.24) 1234.525 km 1.25 km 67.38 14h 59.5m +00.9m 34.4 0.17 1.800 km
43 8/11 (1.25) 1450.650 km 1.20 km 62.96 14h 59.6m +00.8m 40.8 0.20 2.137 km
44 7/9 (1.25) 1744.175 km 1.10 km 56.25 14h 59.7m +00.6m 49.9 0.25 2.612 km
45 6/7 (1.24) 2171.750 km 1.00 km 44.42 14h 59.8m +00.5m 64.0 0.32 3.352 kmMun (Kerbin)
Planet: Mun
Radius: 200 km
Sync.Orbit: 2970.56 km
SOI: 2429.56 km
Day Length: 38h 36m 2.438000e+001s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 10.0 km - 1223.1 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 1223.07 km
Number of Zones: 17
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Mun, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 109/214 (1.11) 23.113 km 0.00 km 88.93 77h 06.8m +00.0m 1.9 0.01 32.52 m
2 107/210 (1.24) 26.316 km 0.02 km 88.91 77h 18.1m +00.7m 2.1 0.01 37.03 m
3 79/155 (1.00) 28.827 km 0.04 km 88.89 58h 00.2m +00.8m 2.3 0.01 40.57 m
4 77/151 (1.09) 32.636 km 0.70 km 88.86 57h 48.1m +15.8m 2.6 0.01 45.95 m
5 76/149 (1.14) 34.601 km 0.72 km 88.85 57h 45.4m +15.9m 2.8 0.01 48.72 m
6 45/88 (1.06) 54.399 km 1.53 km 88.70 38h 26.1m +20.9m 4.4 0.02 76.68 m
7 43/84 (1.16) 62.405 km 1.65 km 88.64 38h 25.5m +21.8m 5.0 0.03 88.00 m
8 12/23 (1.00) 192.568 km 1.31 km 87.50 19h 17.7m +05.8m 15.7 0.08 0.274 km
9 11/21 (1.03) 216.538 km 2.33 km 87.27 19h 13.3m +09.7m 17.7 0.09 0.309 km
10 10/19 (1.06) 245.288 km 2.24 km 86.98 19h 13.8m +08.8m 20.1 0.10 0.351 km
11 9/17 (1.08) 279.557 km 2.16 km 86.63 19h 14.3m +07.8m 23.0 0.11 0.401 km
12 8/15 (1.10) 321.287 km 2.07 km 86.18 19h 14.7m +06.9m 26.5 0.13 0.463 km
13 7/13 (1.12) 373.473 km 1.98 km 85.59 19h 15.2m +06.0m 31.0 0.16 0.542 km
14 6/11 (1.13) 441.029 km 1.87 km 84.78 19h 15.7m +05.1m 37.0 0.18 0.645 km
15 5/9 (1.13) 532.777 km 1.75 km 83.62 19h 16.1m +04.1m 45.3 0.23 0.791 km
16 4/7 (1.13) 666.434 km 1.60 km 81.79 19h 16.6m +03.2m 58.2 0.29 1.015 km
17 3/5 (1.14) 884.326 km 1.43 km 78.46 19h 17.1m +02.3m 82.0 0.41 1.431 kmMinmus (Kerbin)
Planet: Minmus
Radius: 60 km
Sync.Orbit: 357.94 km
SOI: 2247.43 km
Day Length: 11h 13m 20s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 10.0 km - 366.9 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 366.92 km
Number of Zones: 19
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Minmus, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 85/159 (1.24) 10.450 km 0.04 km 86.03 61h 42.9m +02.8m 2.8 0.01 14.71 m
2 77/144 (1.14) 10.607 km 0.06 km 86.02 56h 04.3m +04.1m 2.9 0.01 14.93 m
3 68/127 (1.09) 11.570 km 0.08 km 85.94 50h 27.2m +05.0m 3.1 0.02 16.29 m
4 67/125 (1.15) 12.341 km 0.08 km 85.87 50h 27.8m +04.9m 3.3 0.02 17.38 m
5 59/110 (1.05) 12.813 km 0.11 km 85.83 44h 49.8m +05.9m 3.4 0.02 18.05 m
6 50/93 (1.00) 14.504 km 0.15 km 85.68 39h 12.9m +07.1m 3.9 0.02 20.44 m
7 57/106 (1.16) 14.640 km 0.11 km 85.67 44h 50.2m +05.8m 3.9 0.02 20.63 m
8 48/89 (1.11) 16.732 km 0.16 km 85.49 39h 13.2m +07.6m 4.5 0.02 23.59 m
9 47/87 (1.16) 17.895 km 0.13 km 85.38 39h 13.8m +05.8m 4.8 0.02 25.23 m
10 46/85 (1.21) 19.102 km 0.18 km 85.28 39h 12.1m +08.0m 5.1 0.03 26.94 m
11 37/68 (1.16) 22.835 km 0.24 km 84.94 33h 35.6m +08.9m 6.2 0.03 32.23 m
12 29/53 (1.05) 26.611 km 0.24 km 84.59 27h 59.8m +07.1m 7.2 0.04 37.59 m
13 28/51 (1.10) 28.867 km 0.24 km 84.37 28h 00.0m +06.7m 7.8 0.04 40.80 m
14 27/49 (1.15) 31.265 km 0.23 km 84.14 28h 00.2m +06.3m 8.4 0.04 44.21 m
15 26/47 (1.19) 33.835 km 0.23 km 83.89 28h 00.3m +06.1m 9.1 0.05 47.87 m
16 19/34 (1.03) 40.353 km 0.22 km 83.24 22h 24.5m +04.5m 10.9 0.05 57.18 m
17 17/30 (1.11) 49.083 km 0.21 km 82.34 22h 24.8m +03.8m 13.3 0.07 69.71 m
18 15/26 (1.18) 59.998 km 0.20 km 81.15 22h 25.0m +03.4m 16.3 0.08 85.46 m
19 13/22 (1.24) 74.139 km 0.19 km 79.52 22h 25.2m +02.9m 20.3 0.10 0.106 kmEve
Planet: Eve
Radius: 700 km
Sync.Orbit: 10328.47 km
SOI: 85109.37 km
Day Length: 22h 21m 40s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 96.0 km - 4280.8 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 4280.76 km
Number of Zones: 15
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Eve, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 77/151 (1.04) 109.200 km 2.45 km 88.86 33h 28.7m +09.1m 2.5 0.01 0.154 km
2 76/149 (1.09) 116.013 km 2.49 km 88.85 33h 27.1m +09.2m 2.7 0.01 0.163 km
3 74/145 (1.21) 131.387 km 2.61 km 88.81 33h 28.6m +09.5m 3.0 0.02 0.185 km
4 45/88 (1.03) 184.887 km 5.35 km 88.70 22h 15.6m +12.2m 4.3 0.02 0.261 km
5 43/84 (1.13) 212.762 km 5.79 km 88.64 22h 15.3m +12.8m 4.9 0.02 0.300 km
6 41/80 (1.23) 241.675 km 3.75 km 88.57 22h 15.0m +08.0m 5.6 0.03 0.341 km
7 11/21 (1.01) 748.900 km 8.07 km 87.27 11h 08.0m +05.6m 17.5 0.09 1.068 km
8 10/19 (1.04) 848.875 km 7.83 km 86.98 11h 08.3m +05.1m 19.9 0.10 1.214 km
9 9/17 (1.07) 968.075 km 7.55 km 86.63 11h 08.6m +04.6m 22.7 0.11 1.389 km
10 8/15 (1.09) 1113.250 km 7.22 km 86.18 11h 08.8m +04.0m 26.3 0.13 1.604 km
11 7/13 (1.11) 1294.750 km 6.88 km 85.59 11h 09.1m +03.5m 30.7 0.15 1.877 km
12 6/11 (1.12) 1529.750 km 6.53 km 84.78 11h 09.4m +02.9m 36.6 0.18 2.238 km
13 5/9 (1.12) 1848.900 km 6.10 km 83.62 11h 09.6m +02.4m 44.9 0.22 2.743 km
14 4/7 (1.12) 2313.825 km 5.60 km 81.79 11h 09.9m +01.9m 57.6 0.29 3.520 km
15 3/5 (1.13) 3071.675 km 5.00 km 78.46 11h 10.2m +01.3m 81.2 0.41 4.958 kmGilly (Eve)
Planet: Gilly
Radius: 13 km
Sync.Orbit: 42.14 km
SOI: 126.12 km
Day Length: 7h 50m 55s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 10.0 km - 79.5 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 79.50 km
Number of Zones: 13
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Gilly, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 20/31 (1.20) 11.176 km 0.02 km 73.12 35h 17.7m +02.7m 14.0 0.07 15.88 m
2 17/26 (1.10) 12.131 km 0.02 km 72.08 31h 22.5m +02.3m 15.2 0.08 17.26 m
3 19/29 (1.24) 12.275 km 0.02 km 71.92 35h 17.8m +02.6m 15.4 0.08 17.47 m
4 15/22 (1.16) 15.092 km 0.02 km 68.68 31h 22.8m +01.8m 19.0 0.10 21.56 m
5 13/19 (1.02) 15.336 km 0.02 km 68.38 27h 27.3m +01.7m 19.3 0.10 21.92 m
6 12/17 (1.04) 17.518 km 0.02 km 65.68 27h 27.5m +01.5m 22.1 0.11 25.12 m
7 13/18 (1.21) 19.113 km 0.02 km 63.61 31h 22.9m +01.6m 24.2 0.12 27.47 m
8 11/15 (1.07) 20.173 km 0.02 km 62.18 27h 27.6m +01.2m 25.6 0.13 29.05 m
9 10/13 (1.08) 23.494 km 0.02 km 57.42 27h 27.6m +01.1m 30.0 0.15 34.03 m
10 11/14 (1.24) 24.969 km 0.02 km 55.15 31h 23.1m +01.2m 32.0 0.16 36.27 m
11 9/11 (1.09) 27.793 km 0.02 km 50.48 27h 27.7m +01.0m 35.8 0.18 40.60 m
12 8/9 (1.10) 33.633 km 0.01 km 38.94 27h 27.8m +00.7m 43.9 0.22 49.80 m
13 6/5 (1.10) 56.003 km 0.01 km 00.00 27h 28.0m +00.4m 79.2 0.40 89.90 mDuna
Planet: Duna
Radius: 320 km
Sync.Orbit: 2880.00 km
SOI: 47921.95 km
Day Length: 18h 11m 5.785900e+001s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 41.4 km - 1956.9 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 1956.92 km
Number of Zones: 19
---------------------------
Duna, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 95/183 (1.10) 43.209 km 0.28 km 87.81 63h 38.5m +04.3m 2.2 0.01 60.81 m
2 94/181 (1.16) 46.033 km 0.29 km 87.78 63h 40.7m +04.5m 2.3 0.01 64.79 m
3 79/152 (1.08) 50.971 km 0.54 km 87.74 54h 32.1m +07.1m 2.6 0.01 71.75 m
4 77/148 (1.19) 57.671 km 0.56 km 87.68 54h 32.6m +07.3m 2.9 0.01 81.20 m
5 64/123 (1.00) 58.408 km 0.72 km 87.67 45h 26.9m +07.8m 2.9 0.01 82.25 m
6 63/121 (1.06) 62.571 km 0.50 km 87.63 45h 28.2m +05.4m 3.2 0.02 88.12 m
7 62/119 (1.11) 66.683 km 0.57 km 87.59 45h 26.1m +06.1m 3.4 0.02 93.92 m
8 61/117 (1.16) 71.109 km 0.89 km 87.55 45h 24.8m +09.3m 3.6 0.02 0.100 km
9 47/90 (1.02) 81.609 km 1.50 km 87.45 36h 18.6m +12.2m 4.1 0.02 0.115 km
10 45/86 (1.12) 93.771 km 1.61 km 87.34 36h 16.8m +12.8m 4.7 0.02 0.132 km
11 43/82 (1.22) 107.334 km 1.76 km 87.20 36h 18.0m +13.5m 5.4 0.03 0.151 km
12 29/55 (1.08) 140.246 km 2.24 km 86.87 27h 12.0m +11.9m 7.1 0.04 0.198 km
13 28/53 (1.12) 151.759 km 2.21 km 86.76 27h 12.2m +11.5m 7.7 0.04 0.214 km
14 26/49 (1.21) 177.083 km 2.15 km 86.49 27h 12.6m +10.6m 9.0 0.04 0.251 km
15 11/20 (1.05) 369.421 km 1.83 km 84.26 18h 09.8m +04.3m 18.9 0.09 0.528 km
16 9/16 (1.10) 480.009 km 1.69 km 82.82 18h 10.2m +03.5m 24.7 0.12 0.690 km
17 7/12 (1.13) 649.150 km 1.52 km 80.41 18h 10.7m +02.6m 33.9 0.17 0.946 km
18 5/8 (1.13) 949.925 km 1.33 km 75.52 18h 11.1m +01.7m 51.1 0.26 1.426 km
19 3/4 (1.18) 1695.875 km 1.05 km 60.00 18h 11.5m +00.9m 106.5 0.53 2.974 kmIke (Duna)
Planet: Ike
Radius: 130 km
Sync.Orbit: 1133.90 km
SOI: 1049.60 km
Day Length: 18h 11m 5.786200e+001s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 10.0 km - 795.0 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 795.00 km
Number of Zones: 23
---------------------------
Ike, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 167/322 (1.22) 11.020 km 0.04 km 87.86 109h 10.6m +02.7m 1.4 0.01 15.50 m
2 153/295 (1.12) 11.068 km 0.05 km 87.86 100h 04.3m +03.0m 1.4 0.01 15.57 m
3 139/268 (1.02) 11.130 km 0.06 km 87.86 90h 58.0m +03.6m 1.4 0.01 15.66 m
4 92/177 (1.01) 16.712 km 0.15 km 87.73 63h 38.9m +05.8m 2.1 0.01 23.52 m
5 105/202 (1.17) 16.845 km 0.11 km 87.73 72h 45.2m +04.9m 2.1 0.01 23.71 m
6 90/173 (1.13) 18.973 km 0.16 km 87.68 63h 39.2m +06.0m 2.4 0.01 26.70 m
7 88/169 (1.24) 21.296 km 0.16 km 87.63 63h 38.3m +06.2m 2.6 0.01 29.98 m
8 73/140 (1.19) 24.774 km 0.24 km 87.54 54h 31.8m +07.5m 3.1 0.02 34.89 m
9 59/113 (1.09) 28.141 km 0.37 km 87.46 45h 25.7m +09.6m 3.5 0.02 39.64 m
10 58/111 (1.14) 30.017 km 0.30 km 87.42 45h 26.3m +07.6m 3.7 0.02 42.29 m
11 57/109 (1.20) 31.956 km 0.31 km 87.37 45h 25.9m +07.7m 4.0 0.02 45.03 m
12 45/86 (1.00) 33.723 km 0.04 km 87.33 36h 28.7m +00.8m 4.2 0.02 47.53 m
13 56/107 (1.25) 33.801 km 0.10 km 87.33 45h 24.3m +02.5m 4.2 0.02 47.64 m
14 43/82 (1.09) 38.778 km 0.69 km 87.20 36h 18.0m +13.4m 4.8 0.02 54.68 m
15 41/78 (1.19) 44.414 km 0.75 km 87.06 36h 16.1m +14.0m 5.5 0.03 62.66 m
16 28/53 (1.02) 56.331 km 0.87 km 86.76 27h 12.2m +11.5m 7.0 0.04 79.56 m
17 26/49 (1.12) 66.331 km 0.85 km 86.49 27h 12.6m +10.6m 8.3 0.04 93.78 m
18 25/47 (1.16) 71.866 km 0.83 km 86.34 27h 12.9m +10.1m 9.0 0.04 0.102 km
19 23/43 (1.25) 83.806 km 0.02 km 86.01 27h 13.3m +00.3m 10.5 0.05 0.119 km
20 9/16 (1.04) 185.981 km 0.67 km 82.82 18h 10.3m +03.5m 23.5 0.12 0.267 km
21 7/12 (1.08) 252.776 km 0.60 km 80.41 18h 10.7m +02.6m 32.4 0.16 0.367 km
22 5/8 (1.09) 371.578 km 0.53 km 75.52 18h 11.1m +01.7m 49.0 0.24 0.555 km
23 3/4 (1.12) 666.200 km 0.41 km 60.00 18h 11.5m +00.8m 100.9 0.50 1.145 kmDres
Planet: Dres
Radius: 138 km
Sync.Orbit: 732.24 km
SOI: 32832.84 km
Day Length: 9h 40m 0s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 10.0 km - 843.9 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 843.92 km
Number of Zones: 45
---------------------------
Dres, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 158/295 (1.10) 11.476 km 0.02 km 85.92 101h 29.5m +01.0m 1.3 0.01 16.14 m
2 173/323 (1.20) 11.509 km 0.03 km 85.92 111h 09.1m +01.7m 1.3 0.01 16.19 m
3 157/293 (1.15) 12.160 km 0.03 km 85.89 101h 29.2m +01.5m 1.4 0.01 17.10 m
4 142/265 (1.05) 12.193 km 0.03 km 85.89 91h 49.2m +01.8m 1.4 0.01 17.15 m
5 125/233 (1.05) 13.944 km 0.03 km 85.82 82h 08.9m +01.6m 1.6 0.01 19.62 m
6 139/259 (1.22) 14.520 km 0.00 km 85.79 91h 50.9m +00.0m 1.7 0.01 20.43 m
7 117/218 (1.03) 14.553 km 0.05 km 85.79 77h 18.9m +02.3m 1.7 0.01 20.48 m
8 109/203 (1.00) 15.212 km 0.01 km 85.76 72h 28.5m +00.4m 1.8 0.01 21.40 m
9 92/171 (1.01) 18.172 km 0.08 km 85.64 62h 48.5m +03.0m 2.1 0.01 25.57 m
10 99/184 (1.09) 18.264 km 0.08 km 85.64 67h 38.5m +02.9m 2.1 0.01 25.70 m
11 106/197 (1.17) 18.339 km 0.06 km 85.63 72h 28.8m +02.4m 2.1 0.01 25.81 m
12 97/180 (1.20) 20.574 km 0.08 km 85.54 67h 38.7m +02.9m 2.4 0.01 28.96 m
13 90/167 (1.12) 20.666 km 0.09 km 85.53 62h 48.5m +03.3m 2.4 0.01 29.09 m
14 83/154 (1.04) 20.766 km 0.10 km 85.53 57h 58.5m +03.3m 2.4 0.01 29.23 m
15 75/139 (1.01) 22.425 km 0.03 km 85.46 53h 10.0m +01.0m 2.6 0.01 31.57 m
16 88/163 (1.23) 23.234 km 0.10 km 85.43 62h 48.0m +03.5m 2.7 0.01 32.71 m
17 74/137 (1.06) 23.985 km 0.14 km 85.39 53h 08.4m +04.2m 2.8 0.01 33.77 m
18 73/135 (1.12) 25.578 km 0.14 km 85.33 53h 08.3m +04.1m 3.0 0.01 36.02 m
19 72/133 (1.17) 27.195 km 0.14 km 85.26 53h 07.8m +04.1m 3.2 0.02 38.30 m
20 71/131 (1.23) 28.880 km 0.15 km 85.18 53h 08.0m +04.3m 3.4 0.02 40.68 m
21 58/107 (1.01) 29.080 km 0.23 km 85.17 43h 27.7m +05.3m 3.4 0.02 40.96 m
22 63/116 (1.20) 31.840 km 0.18 km 85.05 48h 18.0m +04.7m 3.7 0.02 44.86 m
23 56/103 (1.11) 33.358 km 0.18 km 84.99 43h 27.8m +04.2m 3.9 0.02 47.00 m
24 49/90 (1.03) 35.318 km 0.32 km 84.90 38h 36.6m +06.4m 4.1 0.02 49.77 m
25 55/101 (1.17) 35.610 km 0.25 km 84.89 43h 27.0m +05.6m 4.2 0.02 50.19 m
26 47/86 (1.13) 40.680 km 0.34 km 84.66 38h 36.9m +06.7m 4.8 0.02 57.36 m
27 41/75 (1.00) 41.155 km 0.30 km 84.64 33h 49.1m +05.1m 4.8 0.02 58.03 m
28 40/73 (1.05) 44.324 km 0.38 km 84.50 33h 46.9m +06.3m 5.2 0.03 62.51 m
29 45/82 (1.23) 46.467 km 0.38 km 84.40 38h 37.1m +07.1m 5.4 0.03 65.55 m
30 39/71 (1.10) 47.710 km 0.46 km 84.34 33h 45.9m +07.5m 5.6 0.03 67.31 m
31 38/69 (1.15) 51.304 km 0.47 km 84.18 33h 46.4m +07.5m 6.0 0.03 72.40 m
32 37/67 (1.20) 55.040 km 0.43 km 84.00 33h 46.5m +06.8m 6.5 0.03 77.70 m
33 31/56 (1.06) 58.317 km 0.48 km 83.85 28h 56.8m +06.3m 6.8 0.03 82.35 m
34 36/65 (1.24) 58.893 km 0.29 km 83.82 33h 46.3m +04.5m 6.9 0.03 83.17 m
35 29/52 (1.15) 68.258 km 0.47 km 83.37 28h 57.1m +05.9m 8.0 0.04 96.48 m
36 23/41 (1.01) 76.013 km 0.46 km 83.00 24h 07.7m +04.7m 8.9 0.04 0.108 km
37 22/39 (1.06) 83.268 km 0.46 km 82.63 24h 07.7m +04.5m 9.8 0.05 0.118 km
38 21/37 (1.10) 91.174 km 0.44 km 82.23 24h 07.9m +04.2m 10.7 0.05 0.129 km
39 19/33 (1.18) 109.337 km 0.43 km 81.28 24h 08.1m +03.7m 12.9 0.06 0.155 km
40 18/31 (1.22) 119.861 km 0.42 km 80.72 24h 08.3m +03.5m 14.1 0.07 0.170 km
41 13/22 (1.02) 141.301 km 0.41 km 79.52 19h 18.7m +02.5m 16.7 0.08 0.201 km
42 11/18 (1.08) 181.279 km 0.38 km 77.16 19h 19.0m +02.0m 21.6 0.11 0.260 km
43 9/14 (1.12) 239.512 km 0.34 km 73.40 19h 19.2m +01.6m 28.8 0.14 0.346 km
44 7/10 (1.14) 334.445 km 0.31 km 66.42 19h 19.4m +01.1m 40.9 0.20 0.493 km
45 5/6 (1.13) 526.135 km 0.25 km 48.19 19h 19.7m +00.7m 68.1 0.34 0.820 kmLaythe (Jool)
Planet: Laythe
Radius: 500 km
Sync.Orbit: 4686.32 km
SOI: 3723.65 km
Day Length: 14h 43m 8.790000e-001s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 50.0 km - 3057.7 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 3057.68 km
Number of Zones: 22
---------------------------
Laythe, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 134/259 (1.21) 52.288 km 0.31 km 88.01 66h 12.0m +03.4m 1.7 0.01 73.56 m
2 119/230 (1.08) 52.650 km 0.39 km 88.01 58h 50.3m +03.7m 1.7 0.01 74.07 m
3 102/197 (1.06) 60.300 km 0.11 km 87.97 51h 28.0m +00.9m 1.9 0.01 84.85 m
4 101/195 (1.13) 64.625 km 0.13 km 87.94 51h 32.1m +01.0m 2.1 0.01 90.95 m
5 85/164 (1.05) 71.537 km 0.76 km 87.90 44h 06.2m +05.3m 2.3 0.01 0.101 km
6 99/191 (1.23) 72.213 km 0.56 km 87.90 51h 28.1m +04.6m 2.3 0.01 0.102 km
7 83/160 (1.16) 81.088 km 0.80 km 87.85 44h 06.6m +05.5m 2.6 0.01 0.114 km
8 68/131 (1.03) 88.188 km 0.49 km 87.81 36h 47.6m +02.7m 2.8 0.01 0.124 km
9 67/129 (1.08) 93.750 km 0.51 km 87.78 36h 44.7m +02.9m 3.0 0.02 0.132 km
10 66/127 (1.13) 100.150 km 1.26 km 87.74 36h 43.7m +07.0m 3.2 0.02 0.141 km
11 64/123 (1.24) 112.925 km 0.75 km 87.67 36h 44.3m +04.0m 3.6 0.02 0.159 km
12 51/98 (1.00) 114.963 km 2.11 km 87.66 29h 22.1m +09.1m 3.7 0.02 0.162 km
13 49/94 (1.10) 132.012 km 2.26 km 87.56 29h 20.7m +09.5m 4.3 0.02 0.186 km
14 47/90 (1.21) 150.900 km 2.44 km 87.45 29h 21.7m +09.9m 4.9 0.02 0.213 km
15 32/61 (1.07) 196.188 km 3.76 km 87.18 21h 59.2m +10.7m 6.3 0.03 0.277 km
16 31/59 (1.11) 211.825 km 3.73 km 87.09 21h 59.3m +10.4m 6.9 0.03 0.299 km
17 29/55 (1.21) 245.938 km 3.64 km 86.87 21h 59.7m +09.7m 8.0 0.04 0.348 km
18 13/24 (1.06) 489.475 km 3.15 km 85.22 14h 40.9m +04.2m 16.0 0.08 0.697 km
19 11/20 (1.12) 617.350 km 2.95 km 84.26 14h 41.3m +03.5m 20.2 0.10 0.883 km
20 9/16 (1.17) 796.575 km 2.75 km 82.82 14h 41.6m +02.8m 26.3 0.13 1.148 km
21 7/12 (1.19) 1070.700 km 2.50 km 80.41 14h 42.0m +02.1m 35.9 0.18 1.564 km
22 5/8 (1.20) 1558.200 km 2.17 km 75.52 14h 42.3m +01.4m 53.9 0.27 2.352 kmVall (Jool)
Planet: Vall
Radius: 300 km
Sync.Orbit: 3593.20 km
SOI: 2406.40 km
Day Length: 29h 26m 2.090000e+000s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 10.0 km - 1834.6 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 1834.61 km
Number of Zones: 12
---------------------------
Vall, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 125/244 (1.06) 29.300 km 0.15 km 88.59 88h 18.3m +03.6m 1.6 0.01 41.22 m
2 101/197 (1.06) 36.212 km 0.45 km 88.55 73h 30.2m +08.9m 1.9 0.01 50.96 m
3 99/193 (1.17) 40.900 km 0.46 km 88.52 73h 31.2m +09.0m 2.2 0.01 57.56 m
4 77/150 (1.05) 47.450 km 0.78 km 88.47 58h 45.4m +11.8m 2.6 0.01 66.80 m
5 75/146 (1.17) 53.875 km 0.81 km 88.43 58h 46.8m +12.2m 2.9 0.01 75.86 m
6 53/103 (1.05) 68.688 km 1.63 km 88.33 44h 01.8m +17.5m 3.7 0.02 96.77 m
7 52/101 (1.09) 73.263 km 1.68 km 88.30 43h 58.7m +17.8m 3.9 0.02 0.103 km
8 50/97 (1.20) 83.750 km 1.80 km 88.23 44h 01.3m +18.6m 4.5 0.02 0.118 km
9 49/95 (1.25) 87.912 km 0.07 km 88.20 43h 58.0m +00.8m 4.7 0.02 0.124 km
10 29/56 (1.01) 122.225 km 3.14 km 87.95 29h 16.2m +19.7m 6.6 0.03 0.173 km
11 27/52 (1.11) 143.600 km 3.06 km 87.80 29h 16.9m +18.3m 7.8 0.04 0.203 km
12 25/48 (1.20) 167.912 km 2.98 km 87.61 29h 17.6m +16.8m 9.1 0.05 0.238 kmTylo (Jool)
Planet: Tylo
Radius: 600 km
Sync.Orbit: 14157.88 km
SOI: 10856.52 km
Day Length: 58h 52m 6.360000e+000s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 10.0 km - 3669.2 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 3669.22 km
Number of Zones: 7
---------------------------
Tylo, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 44/87 (1.00) 155.600 km 3.70 km 89.34 29h 33.5m +13.1m 4.2 0.02 0.219 km
2 43/85 (1.00) 163.450 km 11.96 km 89.33 29h 05.5m +41.5m 4.4 0.02 0.230 km
3 42/83 (1.05) 175.662 km 12.45 km 89.31 29h 05.0m +42.5m 4.7 0.02 0.248 km
4 41/81 (1.10) 188.387 km 12.96 km 89.29 29h 04.5m +43.6m 5.1 0.03 0.266 km
5 40/79 (1.15) 201.637 km 13.53 km 89.27 29h 04.0m +44.7m 5.4 0.03 0.284 km
6 39/77 (1.20) 212.637 km 8.44 km 89.26 29h 03.4m +27.4m 5.7 0.03 0.300 km
7 38/75 (1.25) 222.563 km 0.07 km 89.25 29h 02.8m +00.2m 6.0 0.03 0.314 kmEeloo
Planet: Eeloo
Radius: 210 km
Sync.Orbit: 683.69 km
SOI: 119082.94 km
Day Length: 5h 24m 20s
Scan line resolution: 200
Field of view: 16.000000 deg
Altitude Range: 10.0 km - 1284.2 km
Maximum Altitude reached due to maximum swath width of 180 degrees at 1284.23 km
Number of Zones: 84
---------------------------
Eeloo, Sidelap 1 - 1.25:
Altitude Inclination Time to Scan Swath Resolution
Zone Res Sidelap Ideal Range (deg) Ideal diff Width (deg) (km)
========================================================================================================
1 203/361 (1.00) 13.012 km 0.00 km 82.84 121h 37.6m +00.0m 1.0 0.00 18.30 m
2 212/377 (1.05) 13.025 km 0.00 km 82.84 127h 01.7m +00.0m 1.0 0.00 18.32 m
3 221/393 (1.09) 13.038 km 0.01 km 82.84 132h 25.8m +00.7m 1.0 0.01 18.33 m
4 230/409 (1.14) 13.063 km 0.00 km 82.84 137h 50.7m +00.0m 1.0 0.01 18.37 m
5 239/425 (1.18) 13.075 km 0.00 km 82.84 143h 15.0m +00.0m 1.0 0.01 18.39 m
6 248/441 (1.23) 13.088 km 0.00 km 82.84 148h 39.3m +00.0m 1.0 0.01 18.40 m
7 238/423 (1.24) 13.775 km 0.00 km 82.80 143h 14.9m +00.0m 1.1 0.01 19.37 m
8 229/407 (1.20) 13.788 km 0.00 km 82.80 137h 50.4m +00.0m 1.1 0.01 19.39 m
9 220/391 (1.15) 13.800 km 0.00 km 82.80 132h 26.0m +00.0m 1.1 0.01 19.41 m
10 211/375 (1.10) 13.813 km 0.01 km 82.80 127h 01.5m +00.6m 1.1 0.01 19.43 m
11 202/359 (1.06) 13.838 km 0.00 km 82.80 121h 37.5m +00.0m 1.1 0.01 19.46 m
12 193/343 (1.01) 13.850 km 0.01 km 82.80 116h 12.9m +00.6m 1.1 0.01 19.48 m
13 139/246 (1.02) 19.438 km 0.03 km 82.53 86h 28.9m +00.8m 1.5 0.01 27.34 m
14 152/269 (1.12) 19.475 km 0.03 km 82.52 94h 35.5m +00.9m 1.5 0.01 27.40 m
15 165/292 (1.21) 19.500 km 0.01 km 82.52 102h 42.2m +00.5m 1.5 0.01 27.43 m
16 160/283 (1.22) 20.212 km 0.03 km 82.49 99h 59.6m +01.0m 1.6 0.01 28.43 m
17 147/260 (1.12) 20.250 km 0.03 km 82.49 91h 53.4m +00.9m 1.6 0.01 28.49 m
18 134/237 (1.02) 20.288 km 0.03 km 82.48 83h 46.9m +00.8m 1.6 0.01 28.54 m
19 132/233 (1.14) 22.913 km 0.03 km 82.35 83h 46.8m +00.8m 1.8 0.01 32.24 m
20 140/247 (1.24) 23.563 km 0.03 km 82.32 89h 11.2m +00.9m 1.8 0.01 33.15 m
21 123/217 (1.09) 23.613 km 0.04 km 82.32 78h 22.3m +01.1m 1.8 0.01 33.22 m
22 122/215 (1.15) 25.050 km 0.04 km 82.25 78h 22.1m +01.1m 1.9 0.01 35.25 m
23 109/192 (1.05) 25.675 km 0.05 km 82.22 70h 15.8m +01.3m 2.0 0.01 36.13 m
24 121/213 (1.20) 26.512 km 0.03 km 82.18 78h 22.3m +00.7m 2.0 0.01 37.31 m
25 104/183 (1.05) 27.063 km 0.06 km 82.15 67h 33.4m +01.6m 2.1 0.01 38.08 m
26 112/197 (1.16) 27.550 km 0.03 km 82.12 72h 57.7m +00.7m 2.1 0.01 38.77 m
27 95/167 (1.01) 28.325 km 0.04 km 82.08 62h 08.9m +00.9m 2.2 0.01 39.86 m
28 103/181 (1.11) 28.825 km 0.03 km 82.06 67h 34.6m +00.6m 2.2 0.01 40.57 m
29 85/149 (1.02) 32.038 km 0.09 km 81.90 56h 44.5m +01.8m 2.5 0.01 45.10 m
30 89/156 (1.07) 32.138 km 0.09 km 81.89 59h 26.7m +01.9m 2.5 0.01 45.24 m
31 93/163 (1.12) 32.225 km 0.07 km 81.89 62h 09.0m +01.7m 2.5 0.01 45.36 m
32 97/170 (1.17) 32.313 km 0.06 km 81.88 64h 51.3m +01.5m 2.5 0.01 45.49 m
33 101/177 (1.22) 32.388 km 0.06 km 81.88 67h 33.4m +01.6m 2.5 0.01 45.59 m
34 91/159 (1.23) 36.275 km 0.09 km 81.68 62h 08.9m +02.0m 2.8 0.01 51.07 m
35 87/152 (1.18) 36.362 km 0.07 km 81.68 59h 26.9m +01.6m 2.8 0.01 51.20 m
36 83/145 (1.13) 36.462 km 0.10 km 81.67 56h 44.4m +02.1m 2.8 0.01 51.34 m
37 79/138 (1.08) 36.587 km 0.11 km 81.67 54h 02.3m +02.2m 2.8 0.01 51.51 m
38 75/131 (1.02) 36.712 km 0.11 km 81.66 51h 20.2m +02.1m 2.8 0.01 51.69 m
39 82/143 (1.18) 38.763 km 0.00 km 81.56 56h 45.6m +00.0m 3.0 0.01 54.58 m
40 74/129 (1.08) 39.263 km 0.07 km 81.53 51h 20.8m +01.4m 3.0 0.02 55.29 m
41 77/134 (1.18) 41.475 km 0.11 km 81.42 54h 02.4m +02.2m 3.2 0.02 58.41 m
42 73/127 (1.13) 41.850 km 0.14 km 81.40 51h 19.7m +02.5m 3.2 0.02 58.94 m
43 65/113 (1.03) 42.813 km 0.17 km 81.35 45h 55.7m +02.9m 3.3 0.02 60.30 m
44 72/125 (1.19) 44.550 km 0.14 km 81.26 51h 20.1m +02.5m 3.4 0.02 62.75 m
45 64/111 (1.08) 45.813 km 0.17 km 81.19 45h 55.3m +02.8m 3.5 0.02 64.53 m
46 71/123 (1.24) 47.300 km 0.14 km 81.11 51h 20.0m +02.5m 3.6 0.02 66.64 m
47 67/116 (1.19) 48.075 km 0.10 km 81.07 48h 38.3m +01.7m 3.7 0.02 67.73 m
48 63/109 (1.14) 48.950 km 0.14 km 81.03 45h 55.8m +02.2m 3.8 0.02 68.97 m
49 59/102 (1.09) 49.925 km 0.20 km 80.98 43h 13.0m +03.0m 3.8 0.02 70.34 m
50 62/107 (1.19) 52.175 km 0.19 km 80.86 45h 55.5m +03.0m 4.0 0.02 73.52 m
51 61/105 (1.24) 55.500 km 0.19 km 80.68 45h 55.6m +02.9m 4.3 0.02 78.22 m
52 57/98 (1.19) 56.962 km 0.17 km 80.60 43h 13.4m +02.6m 4.4 0.02 80.29 m
53 53/91 (1.14) 58.663 km 0.25 km 80.51 40h 30.7m +03.4m 4.5 0.02 82.69 m
54 52/89 (1.19) 62.700 km 0.26 km 80.30 40h 30.9m +03.5m 4.8 0.02 88.41 m
55 45/77 (1.03) 63.013 km 0.35 km 80.28 35h 06.3m +04.1m 4.8 0.02 88.85 m
56 44/75 (1.09) 67.825 km 0.29 km 80.02 35h 06.4m +03.3m 5.2 0.03 95.66 m
57 47/80 (1.19) 69.588 km 0.33 km 79.92 37h 48.1m +04.0m 5.4 0.03 98.16 m
58 43/73 (1.14) 72.900 km 0.38 km 79.74 35h 06.3m +04.2m 5.6 0.03 0.103 km
59 42/71 (1.18) 78.188 km 0.39 km 79.45 35h 06.2m +04.3m 6.0 0.03 0.110 km
60 35/59 (1.03) 81.662 km 0.40 km 79.25 29h 42.0m +03.7m 6.3 0.03 0.115 km
61 41/69 (1.23) 83.713 km 0.34 km 79.14 35h 06.3m +03.6m 6.4 0.03 0.118 km
62 34/57 (1.08) 88.450 km 0.40 km 78.87 29h 42.1m +03.6m 6.8 0.03 0.125 km
63 37/62 (1.18) 89.025 km 0.40 km 78.84 32h 24.0m +03.9m 6.9 0.03 0.126 km
64 32/53 (1.17) 103.287 km 0.39 km 78.02 29h 42.2m +03.3m 8.0 0.04 0.146 km
65 29/48 (1.07) 104.075 km 0.39 km 77.98 27h 00.2m +03.0m 8.0 0.04 0.147 km
66 31/51 (1.22) 111.425 km 0.39 km 77.54 29h 42.2m +03.2m 8.6 0.04 0.158 km
67 25/41 (1.01) 115.213 km 0.39 km 77.32 24h 18.2m +02.6m 8.9 0.04 0.163 km
68 27/44 (1.16) 122.825 km 0.38 km 76.86 27h 00.3m +02.7m 9.5 0.05 0.174 km
69 23/37 (1.10) 138.250 km 0.36 km 75.92 24h 18.4m +02.3m 10.7 0.05 0.196 km
70 22/35 (1.14) 151.387 km 0.36 km 75.10 24h 18.4m +02.2m 11.7 0.06 0.215 km
71 19/30 (1.03) 160.262 km 0.36 km 74.53 21h 36.4m +01.9m 12.4 0.06 0.227 km
72 20/31 (1.21) 181.838 km 0.35 km 73.12 24h 18.5m +02.0m 14.1 0.07 0.258 km
73 17/26 (1.11) 197.325 km 0.34 km 72.08 21h 36.5m +01.6m 15.3 0.08 0.281 km
74 19/29 (1.25) 199.637 km 0.30 km 71.92 24h 18.6m +01.6m 15.5 0.08 0.284 km
75 15/22 (1.17) 245.300 km 0.33 km 68.68 21h 36.6m +01.4m 19.1 0.10 0.350 km
76 13/19 (1.03) 249.287 km 0.33 km 68.38 18h 54.6m +01.2m 19.4 0.10 0.356 km
77 12/17 (1.05) 284.637 km 0.30 km 65.68 18h 54.7m +01.0m 22.3 0.11 0.408 km
78 13/18 (1.22) 310.475 km 0.30 km 63.61 21h 36.8m +01.1m 24.4 0.12 0.446 km
79 11/15 (1.07) 327.688 km 0.29 km 62.18 18h 54.7m +00.9m 25.8 0.13 0.472 km
80 10/13 (1.09) 381.500 km 0.28 km 57.42 18h 54.8m +00.8m 30.2 0.15 0.553 km
81 11/14 (1.25) 405.363 km 0.16 km 55.15 21h 36.9m +00.5m 32.1 0.16 0.589 km
82 9/11 (1.10) 451.188 km 0.28 km 50.48 18h 54.8m +00.7m 36.0 0.18 0.659 km
83 8/9 (1.10) 545.850 km 0.23 km 38.94 18h 54.9m +00.5m 44.1 0.22 0.809 km
84 6/5 (1.11) 908.425 km 0.20 km 00.00 18h 55.0m +00.3m 79.7 0.40 1.460 kmHey, could you explain a bit the algorithm? I've made some test by hands (using the widely known (T^2/R^3)=(4*pi^2)/(G*M) that I noticed in the algo) but I don't figure out how you find the best inclination of the probe. I were thinking that 90° was the best one. It would be awesome if you could explain the formula about how to find this best inclination.
Thank you very much for the update!
[1.0.5 - Alpha 6] Dang It! (12 september 2015)
in KSP1 Mod Releases
Posted
I would like so much to see failures in IVA with RPM. Any chances of having it?