PART { name = kerbalism-geigercounter module = Part author = Naazari1382 title = Geiger Counter manufacturer = Muller and Sons description = Measure environment radiation. category = none subcategory = 0 mesh = kismcounter.mu rescaleFactor = 0.6 node_attach = 0.0, 0.0, 0.0, 1.0, 0.0, 0.0 attachRules = 0,1,0,0,1 bulkheadProfiles = srf dragModelType = default maximum_drag = 0.2 minimum_drag = 0.2 angularDrag = 1 crashTolerance = 8 maxTemp = 1200 PhysicsSignificance = 1 TechRequired = engineering101 entryCost = 1600 cost = 400 mass = 0.005 MODULE { name = Sensor type = radiation pin = pinanim } MODULE { name = ModuleScienceExperiment experimentID = geigerCounter experimentActionName = Log Radiation Data resetActionName = Discard Data reviewActionName = Review Data useStaging = False useActionGroups = True hideUIwhenUnavailable = True rerunnable = True xmitDataScalar = 1.0 interactionRange = 1.2 usageReqMaskInternal = 1 usageReqMaskExternal = -1 dataIsCollectable = True collectActionName = Take Data interactionRange = 1.2 } } // ============================================================================ // Geiger experiment definition // ============================================================================ EXPERIMENT_DEFINITION { id = geigerCounter title = Radiation Scan baseValue = 8 scienceCap = 8 dataScale = 1 requireAtmosphere = False situationMask = 63 biomeMask = 0 RESULTS { default = Holy cow these results are amazing!. MohoSrfLanded = The Geiger counter agrees that Moho would be cooler with lava. The KSC has informed you that talking to the Geiger counter is strictly forbidden. EveSrfLanded = It seems that high radiation levels are the one thing you don't have to worry about on the surface of Eve. GillySrfLanded = You are having too much fun bouncing around to check the radiation levels. KerbinSrfLanded = Radiation levels are quite literally nominal here on Kerbin. Something must be blocking the radiation. MunSrfLanded = Radiation on the surface of the Mun is fairly high, any future habitation would require more shielding. MinmusSrfLanded = Looking at the radiation levels, you regret tasting the surface of Minmus. DunaSrfLanded = These results are critical for the development of a Duna colony. Shame if something were to happen to them... IkeSrfLanded = The surface contains a trace amount of radioactive compounds, R&D believed these are elements created by interactions between solar wind and Duna's atmosphere. DresSrfLanded = Cross referencing these results with surface samples, Dres seems to consist of a large amount of heavy, radioactive metals LaytheSrfLanded = Laythe's atmosphere and active core protect its surface from Jool's intense radiation belt, but the background radiation is significantly higher than Kerbin's VallSrfLanded = Vall is fortunate enough to not be located in Jool's radiation belt, but the radiation on the surface is still significant. TyloSrfLanded = The functioning magnetosphere Tylo possesses is enough to shield the planet from most of Jool's radiation, but its lack of atmosphere means a significant amount of radiation still reaches the surface BopSrfLanded = KSC warns against trying to locate the intense source of radiation they spotted from orbit. PolSrfLanded = It seems that Pol contains a large amount of radioactive Hydrogen and Helium isotopes, deposited by Jool over thousands of years. EelooSrfLanded = This far from Kerbol, much more interstellar radiation reaches the surface. This would be a great place for future study EveFlyingLow = Eve's thick atmosphere and large magnetosphere prevents any radiation from reaching this altitude. KerbinFlyingLow = The vibrations from your rocket make the dials unreadable, so you decide to make up the results. DunaFlyingLow = The atmosphere seems to block more radiation then originally predicted. This bodes well for future Duna missions. JoolFlyingLow = You go to check the Geiger counter, but it refuses to display a reading until you take it out of the atmosphere. LaytheFlyingLow = The oceans below emit an unexpected amount of radiation. EveFlyingHigh = You are too busy trying not to burn up in the atmosphere to look at the Geiger counter. KerbinFlyingHigh = The atmosphere is absorbing most of the radiation, even up there. DunaFlyingHigh = The atmosphere here is emitting large amounts of ionized particles. JoolFlyingHigh = The KSC has insured that your third eye is completely normal. LaytheFlyingHigh = The radiation from Jool produces interesting by-products when it bombards Laythe's atmosphere SunInSpaceLow = It's over 9000!! MohoInSpaceLow = R&D informs you that these results have contributed to a scientific breakthrough. You are too busy hugging the air conditioner to care. EveInSpaceLow = Eve's atmosphere emits strange ions that throw off your readings. GillyInSpaceLow = The radiation levels here flux because of Gilly's eccentric orbit and Eve's magnetosphere. KerbinInSpaceLow = The radiation environment up there is more complex than we throught. This should give R&D something new to study. MunInSpaceLow = You notice a steady pulse of radiation as you pass over the dark side of the Mun. It's probably nothing. MinmusInSpaceLow = The results indicate that Minmus has large amounts of radioactive compounds mixed within the icy crust. DunaInSpaceLow = The sun is stripping away Duna's fragile atmosphere, as Duna is emitting a stream of ionized particles. IkeInSpaceLow = Ike's close orbit and tidally locked state means that when you are over the side of Ike facing Duna the radiation levels drop immensely. DresInSpaceLow = The Geiger counter has detected large amounts of radiation originating from Dres. JoolInSpaceLow = KSC has advised that you will not be allowed to return for fear that you will contaminate the rest of Kerbalkind LaytheInSpaceLow = As you look down at the beautiful ocean below, you forget that you are slowly dying of radiation poisoning. VallInSpaceLow = Amazingly, the radiation levels are at a reasonable level. TyloInSpaceLow = The subtle magnetosphere of Tylo acts as a generator, magnifying Jool's already intense radiation field. BopInSpaceLow = Bop has an abnormally high amount of radiation that seems to be pin-pointed at 68 degrees north, 114 degrees east. Strange PolInSpaceLow = The space around Pol is filled with radioactive ions that have been unfortunate enough to be caught by Jool's magnetosphere. EelooInSpaceLow = R&D is keen to study what effects the large amount of interstellar radiation has done to the surface of Eeloo. SunInSpaceHigh = The KSC informs you that they *may* have forgotten to add the shielding. MohoInSpaceHigh = The radiation from the sun has picked up dramatically over the course of your journey. EveInSpaceHigh = You are not looking forward to traveling through Eve's radiation belt. GillyInSpaceHigh = You refuse to check the radiation levels unless the KSC stops making Potato puns. KerbinInSpaceHigh = This place is dangerous. MunInSpaceHigh = You crossed Kerbin's radiation belt, and did not die. You worry that this will spawn a bunch of crazy conspiracy theories. MinmusInSpaceHigh = You pick up an abnormal amount of radiation, but can't figure out the origin. DunaInSpaceHigh = Duna doesn’t seem to have a magnetosphere, so cosmic radiation will be a problem for future Duna missions. IkeInSpaceHigh = Unexpectedly, Ike appears to be magnetic enough to mess with the ion's striped from Duna's atmosphere. DresInSpaceHigh = In the asteroid, nobody can hear you face palm when you realise that you forgot the Geiger counter. JoolInSpaceHigh = The radiation being emitter from Jool is a staggering amount, and you start to wish you were on the Duna exploration mission. LaytheInSpaceHigh = Laythe is, incredibly, putting up a large resistance to the onslaught of Jool's radiation belt. God speed Laythe. God speed. VallInSpaceHigh = Even though Vall isn't located in the main radiation belt, it is still viciously punished by Jool's radiation. TyloInSpaceHigh = The radiation from Jool forms an intense belt around Tylo, but luckily it doesn’t look like much reaches the surface. But much is a relative term. BopInSpaceHigh = Bop actually seems to be a source of intense radiation, but amongst Jool's radiation field, it doesn’t appear significant. PolInSpaceHigh = Pol is far enough away from Jool that it receives ionized isotopes sourced from Jool's magnetosphere and interplanetary gas. EelooInSpaceHigh = As Kerbol's influence weakens, interstellar radiation becomes much more pronounced. The secrets of the galaxy lay open to you. } }