Difference between revisions of "Gilly/ko"
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An unplanned encounter with Gilly is unlikely when approaching Eve, even if player's trajectory is near the plane of Gilly's orbit. This is because Gilly's mass is very small relative to Eve's mass, resulting in a very small sphere of influence compared to the semi-major axis of its orbit. In fact, no other moon in the game has a smaller mass ratio.<!-- soi-sma ratio is basically the same as the mass ratio: soi/sma = (sma*(m/M)^(2/5))/sma = (m/M)^(2/5) --> | An unplanned encounter with Gilly is unlikely when approaching Eve, even if player's trajectory is near the plane of Gilly's orbit. This is because Gilly's mass is very small relative to Eve's mass, resulting in a very small sphere of influence compared to the semi-major axis of its orbit. In fact, no other moon in the game has a smaller mass ratio.<!-- soi-sma ratio is basically the same as the mass ratio: soi/sma = (sma*(m/M)^(2/5))/sma = (m/M)^(2/5) --> | ||
| − | 길리에 착륙할 때 우주선과 겹쳐지는 [[w: | + | 길리에 착륙할 때 우주선과 겹쳐지는 [[w:ko:충돌 메쉬|충돌 메쉬]] 문제 때문에 착륙하는 것이 어려웠습니다. 이 문제는 [[version 0.17.1/ko|0.17.1]] 에서 해결되었습니다. |
== 지형 == | == 지형 == | ||
Revision as of 03:33, 12 April 2014
길리는 작은 소행성입니다, 이브의 유일한 자연위성입니다, 그리고 커볼계에서 가장 작은 천체이기도 합니다. 길리에 착륙하려면 길리의 매우 낮은 질량과, 급경사, 그리고 아주 고급적인 기울어진 궤도 때문에, 엔진이 매우 쉽고 약한 텀블링 우주선을 보내는 것이 좋습니다. 길리의 표면의 이상한 형상과 고속 회전이 피크 부분에 5미터/초에 가까운 명백한 속도를 제공합니다. The 항법구 of a lander securely parked on the surface may still display "Orbit" and a small non-zero lateral speed. To prevent tumbling upon landing, the final velocity trim may need to be performed by eye.
Escaping Gilly is much easier — the EVA jetpack can easily put a lone Kerbal into orbit or set him on an escape trajectory. In fact, it's possible to deploy a Kerbal from a spacecraft in orbit around Gilly, send him down to the surface, and land him without using any other fuel source. Albeit with some difficulty due to the lack of a navball, the Kerbal can even return to orbit, rendezvous with the spacecraft, and still have just a bit less than 50% pack fuel left.
Gilly has the least gravity of all bodies in the Kerbol system, with half of that possessed by Jool's moon Pol, due to its extremely low mass and small size. A Kerbal can jump over 1000 meters on this moon. Gilly's gravity makes it ideal for very low fuel interplanetary missions; however, its eccentric and inclined orbit may make encounters more difficult and fuel-costly.
An unplanned encounter with Gilly is unlikely when approaching Eve, even if player's trajectory is near the plane of Gilly's orbit. This is because Gilly's mass is very small relative to Eve's mass, resulting in a very small sphere of influence compared to the semi-major axis of its orbit. In fact, no other moon in the game has a smaller mass ratio.
길리에 착륙할 때 우주선과 겹쳐지는 충돌 메쉬 문제 때문에 착륙하는 것이 어려웠습니다. 이 문제는 0.17.1 에서 해결되었습니다.
Contents
지형
The surface of Gilly is extremely dynamic and uneven, with many steep slopes and smooth areas. This moon is considered a captured asteroid. Gilly has the lowest mass and gravitational force of any body in the Kerbol system. Due to its minuscule mass and gravitational force, it does not have an atmosphere.
Gilly's color might come from a high content of solid carbon. When terrain scatters are enabled in the settings menu, small rocks show up on the surface.
중력
중력은 길리에서 극히 적습니다, 커빈의 표면중력의 0.5%밖에 되지 않습니다. Because of this, it is very impractical to walk on Gilly; each step will launch a Kerbal several meters into the air, and a jumping Kerbal will usually take around 200 seconds to return to the surface. This makes jetpacks a necessity to move around the moon practically. The low gravity also makes it very difficult to get into an encounter since it makes the sphere of influence so miniscule. On the other hand, landing and starting a craft is very easy to accomplish as they weigh far less than usual.
시간가속 기준표
갤러리
성공하지못한 착륙시도. 지형을 주의하며 착륙해 주십시오.
길리의 지형도이다.
- Screenshot123.png
성공한 EVA 착륙.
ISA Mapsat으로 만든 0.18.2의 길리 지형도.
성공한 탐사선의 착륙. 작은 바위는 백그라운드로 표면에 표시됩니다.
A successful scientific, electrically powered probe landed on Gilly. The probe's small mass combined with Gilly's low gravity makes ionic engines feasible, as shown here.
Successful EVA landing with a fuel check to show usage.
Return to Gilly orbit and the spacecraft via EVA.
A successful, if rushed, rendezvous with the orbiting spacecraft with just an EVA pack and some pluck.
If done right, one could probably land, take off, and rendezvous with an orbiting spacecraft with over 3 units of monoprop.
바뀐점
- 지형 충돌 문제가 수정되었습니다.
- 최초 릴리즈
