Kerbal space program biomes
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Each additional biome grants a separate set of opportunities to do Science Activities, provided the Activity is biome-dependent in the given Situation. The situation will only change to "Flying High" or "Flying Low" if/when the aerodynamic forces cause an orbit to be captured during the encounter.īiomes are areas of a body's surface specially mapped in KSP game data. If soaring through an upper or lower atmosphere on a trajectory to an escape from the planet or moon's sphere of influence, the situation is assigned as "In Space Low" regardless of the presence of the atmosphere. As of KSP version 1.0.2, the PresMat Barometer can be used without an atmosphere. In Space High: high above the surface and any atmosphere but still in its SOIĪn atmosphere is required for the situations " Flying Low" and " Flying High" and for usage of the Atmospheric Fluid Spectro-Variometer.In Space Low: above the surface at any height and not in an atmosphere.Flying High: in the upper atmosphere, if and only if an atmosphere is present.Flying Low: above the surface at any height, if and only if an atmosphere is present.SrfSplashed: in a liquid body on the surface (such as oceans).SrfLanded: in contact with the terrestrial surface.There are six possible situations, some of which may be irrelevant to a given science activity or unavailable on a given celestial body. Situations reflect the flight status of the craft or kerbonaut relative to a celestial body. 3.3.2 Recovering the maximum value of an experiment.3.1 Possible combinations of Activity, Situation, and Biome.In addition to the facts collected on this page, you can follow this beginner-friendly Science tutorial. Science and all related instruments and buildings are made inoperative while in Sandbox mode due to its triviality-all parts are available from the start of a Sandbox game. EVA report flying over Kerbin's shores) can be stored per command pod. Additionally, science experiments can be stored in and retrieved from any part that Kerbals can ride in, although only one copy of an experiment for any specific situation (e.g. Experiments can be removed from the parts they were performed in and are stored with a Kerbal on EVA. While transmission is generally not for 100% value, experiments may be repeated and retransmitted until 100% of the science value is received. Science must either be recovered or transmitted in order to be used on Kerbin to unlock additional technologies. Science may also be obtained upon successful completion of certain contracts, or gained through the implementation of administrative strategies. Science is a gameplay feature used to unlock parts in the technology tree when playing in the Career or Science modes by spending science points, which are mainly obtained by performing various scientific activities in different situations and biomes. Eeloo's in-game description references the controversy regarding the planetary status of real life dwarf planet Pluto.An image of the GUI after doing an EVA report.At most, Jool will appear to be only a few pixels wide when viewed from Eeloo. However, the two planets are in a 3:2 orbital resonance, and coupled with differing inclination, the planets never collide. This is unique among the planets in the Kerbol system because of both body's orbits and the sheer size of Jool. Jool can sometimes be seen lingering in the sky from Eeloo.Eeloo actually had an atmosphere at first, but it has since been removed because the renderer for it doesn't work on bodies smaller than about Duna's size.
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It is unknown what Eeloo's parent planet was intended to look like, but according to former developer NovaSilisko Eeloo was to be the innermost moon of three other major moons. There were plans for Eeloo to become the moon of a second gas planet and have an active surface, with cryovolcanic phenomena. Its distance from Kerbin also tends to make missions very lengthy.Ī synchronous orbit around Eeloo is possible at an altitude of ~683.9 km. Its highest points are near the equator and are almost 3.9 km high, while the lower areas can go lower than sea level.Įeloo's surface lacks ground scatter, suggesting the ice on the surface is subject to erosion of some sort.Įeloo's distant, eccentric, and inclined orbit, in addition to its low gravity, make encounters challenging. A few craters are visible, but not nearly as one might expect for a body without an atmosphere. The surface of Eeloo is relatively smooth and covered in gray-white ice, with deep canyons exposing the brownish rock below.