Merge pull request #717 from NCommander/NC-ScienceDefs

First attempt at adding science defs
KSP-RO · Jul 16, 2017 · e6716e0 · e6716e0
2 parents 703eae5 + db7039d
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diff --git a/GameData/RP-0/Science/Results/CrewReport.cfg b/GameData/RP-0/Science/Results/CrewReport.cfg
@@ -9,6 +9,22 @@
 		MercuryFlyingLow = From this altitude, you see the terrain is clearly not as smooth as it appeared from farther out.
 		MercurySrfLanded = Dust whirled up by your landing partially obscures the view.
 
+		// Lowlands
+
+		// Midlands
+
+		// Highlands
+
+		// Polar Craters
+
+		// Polar Lowlands
+
+		// Planitia
+
+		// Old Craters
+
+		// Young Craters
+
 		// ** Venus
 		//general
 		VenusInSpaceHigh = The odd rotation of the planet is easily seen from such an altitude. You inform mission control of your discovery.
@@ -59,6 +75,7 @@
 		MoonSrfLanded = You are intrigued by the dust on the windows.
 
 		//Lowlands
+		MoonInSpaceLowlands = Close-up, the lowlands look a silverish gray compared to the bright white as seen from Earth.
 
 		//Highlands
 		MoonSrfLandedHighlands = The craters seem more shallow here in the highlands. You ponder this thought as the engine slowly cools.
@@ -68,6 +85,8 @@
 		MoonSrfLandedMidlands = The debris seems much larger than it did from space
 
 		//Lunar Seas
+		MoonInSpaceLunarSeas = For a moment, you spot a black slab on the surface, but conclude it's a trick of the light.
+		MoonSrfLandedLunearSeas = Your instruments briefly record a magentic anomaly in the direction of Tycho crater.
 
 		//Major Craters
 		MoonInSpaceLowMajorCraters = You don't know if the crater rims would be a good landing site. Probably not, but they would certainly be... interesting.
@@ -77,8 +96,12 @@
 		MoonSrfLandedFarSideBasin = Mission Control reminds you that they "didn't play thousands of funds for you to play golf on a cold, gray rock."
 
 		//North Pole
+		// https://en.wikipedia.org/wiki/Lunar_north_pole - see the image
+		MoonInSpaceNorthPole = As you look downward, you find it suprisingly that only one side of the pole is cratered with impacts, leaving the other relatively bare.
 		MoonSrfLandedNorthPole = The dust feels like flour. It's not like anything you've seem before. 
+
 		//South Pole
+		MoonInSpaceSouthPole = Despite your best efforts, you can't see anything due to inclination of the moon preventing any sunlight from imulating it.
 		MoonSrfLandedSouthPole = There seems to be little bits of white on the surface. That couldn't be ice, could it?
 
 
@@ -96,9 +119,6 @@
 		MarsInSpaceHighNorthIceCap = The ice cap appears to have spirals in it.
 		MarsSrfLandedNorthIceCap = This ice seems different from the stuff on Earth.
 
-		//South Ice Cap
-		MarsSrfLandedSouthIceCap = 
-
 		//Major Craters
 		MarsInSpaceLowMajorCraters = As you gaze through the window and the red light is dancing across your camera lens you notice big craters on the surface of Mars. Like eyes they stare back at you, you wonder what impact created them. Werner once said something about them being very old, but you don't care. you grab your camera and take a few pictures.
 		MarsInSpaceLowMajorCraters = You can see the big craters below you as you zip past, their edges appear to be rough, almost like gashing wounds on the surface, as if the planet was hit by a whole lot of projectiles. You feel reminded of the origin of the name Mars.
@@ -128,7 +148,7 @@
 
 		//Great Red Spot
 		JupiterGreatRedSpot = The atmosphere flows turbulently around the storm, but the vortex itself appears fairly smooth.
-
+		JupiterGreatRedSpot = Compared to the images you saw from Earth, the spot appears to have gotten smaller in intervening years since you're arrival.
 
 		// ** Io
 		//general

diff --git a/GameData/RP-0/Science/Results/FilmReturn.cfg b/GameData/RP-0/Science/Results/FilmReturn.cfg
@@ -4,23 +4,24 @@
 	{
 		// **** Mercury
 		//General
-
-		//Lunar Seas
-
-		//Major Craters
-
-		//Far Side Basin
-
-		//North Pole
-
-		//South Pole
-
-		//Highlands
-
-		//Midlands
-
-		//Lowlands
+		MercuryInSpaceHigh = Mission Control has carefully timed your mission so that the camera doesn't pass the same side of Mercury twice.
+		MercuryInSpaceLow = Careful review of the photographs show wrickle ridges, suggesting that Mercury has contracted over time.
+
+		// Lowlands
+
+		// Midlands
 		
+		// Highlands
+
+		// Polar Craters
+
+		// Polar Lowlands
+
+		// Planitia
+
+		// Old Craters
+
+		// Young Craters
 	
 		// **** Venus
 		//General

diff --git a/GameData/RP-0/Science/Results/SurfaceSample.cfg b/GameData/RP-0/Science/Results/SurfaceSample.cfg
@@ -3,6 +3,23 @@
 	%RESULTS 
 	{
 		// ** Mercury
+		MercurySrfLanded = There's a disappointing lack of Hg in the sample.
+
+		// Lowlands
+
+		// Midlands
+		
+		// Highlands
+
+		// Polar Craters
+
+		// Polar Lowlands
+
+		// Planitia
+
+		// Old Craters
+
+		// Young Craters
 
 		// ** Venus
 		//Mountains
@@ -37,6 +54,7 @@
 		// ** Moon
 		//general
 		MoonSrfLanded = The ground materials appear to be a combination of basaltic rocks and breccia.
+		MoonSrfLanded = You collect the sample in a jar, not realizing that it will stink up the spacecraft when you get back in.
 
 		//Lowlands
 
@@ -49,6 +67,7 @@
 		MoonSrfLandedMidlands = The darker midlands surface appears to be made up of basaltic rocks.
 
 		//Lunar Seas
+		MoonSrfLandedLunarSeas = Despite the name, you can find no indication of water or ice in the sample.
 
 		//Major Craters
 		MoonSrfLandedMajorCraters = The sample contains a combination of breccia and melted materials.
@@ -93,23 +112,74 @@
 		//Higlands
 		MarsSrfLandedHighlands = The soil contains significant quantities of sodium, potassium, chlorine, and magnesium. Almost prime crop soil, if it weren't for the dessication, lack of atmospheric pressure, and being on Mars.
 
-
-
 		// ** Phobos
 		//Craters
 		PhobosSrfLandedCraters = The craters contain small meteorite fragments. Somehow they fell back down despite the low gravity.
 
+		// **** Jupiter
+		// Yes, I know it's impossible. - NC
+		JupiterSrfLanded = You find unusual amounts of fissible materials here. It's almost if a nuclear submarine was destroyed here
+
 		// ** Io
+		// general
+		IoSrfLanded = As to be expected, the soil sample is high in sulfur and its allotropes.
 
 		// ** Europa
+		EuropaSrfLanded = You feel uneasy as you collect the sample, as though you weren't supposed to attempt a landing here
+		EuropaSrfLanded = As you chip away at the ice, you spot a piece of smooth black metal with unusual magentic properties.
 
 		// ** Ganymede
+		GanymedeSrfLanded = The sample contains a large amount of iron which show signs of oxidation.
 
 		// ** Callisto
+		CallistoSrfLanded = As you scoop the sample into the bag, you struggle to prevent it from crumbling apart.
 
 		// ** Titan
 		//Water
 		TitanSrfSplashedWater = The lake appears to be made of liquefied natural gas.
+
+		// **** Saturn (and it's moons)
+		SaturnSrfLanded = No one is quite sure how you managed to get a sample of Saturn's "surface", but they're very glad you did.
+
+		// ** Dione
+
+		// ** Enceladus
+
+		// ** Iapetus
+
+		// ** Mimas
+
+		// ** Rhea
+
+		// ** Tethys
+
+		// ** Titan
+		TitanSrfLanded = The sample has extremely high levels of methane and ammonia trapped within, leading credence to the theory that Titan has cryovolcanoism.
+
+		// **** Uranus
+		UranusSrfLanded = You were already warned not to make the obvious joke.
+
+		//Lunar Seas
+		
+		//Major Craters
+		
+		//Far Side Basin
+		
+		//North Pole
+		
+		//South Pole
+		
+		//Highlands
+		
+		//Midlands
+		
+		//Lowlands
+		
+		//Water
+		
 		
+		// **** Pluto
+		PlutoSrfLanded = The surface sample sublimes into nitrogen when you load it back into the ship.
+		PlutoSrfLanded = The chemical composition of the ice creates an unusual (and unexpected) spectrum of colors.
 	}
 }
diff --git a/GameData/RP-0/Science/Results/TemperatureScan.cfg b/GameData/RP-0/Science/Results/TemperatureScan.cfg
@@ -8,37 +8,39 @@
 		//Lunar Seas
 		MercurySrfLandedLunarSeas = With almost no atmosphere to retain heat, temperatures appear to vary greatly, averaging from 100.2 K (-173°C) on the night side to nearly over 692.2 K (425°C) on the day side.
 		MercurySrfLandedLunarSeas = The temperatures appear to vary greatly, averaging from 100.2 K (-173°C) in the crater's shadow to nearly over 692.2 K (425°C) in the daylight.
+
+		// Lowlands
+		MercurySrfLandedSLowlands = Day and Night cycles have a huge impact on temperatures; averaging from 150.7 K (-122.5°C) on the night side to nearly over 692.2 K (425°C) on the day side.
+		MercurySrfLandedSLowlands = The Flat landing area's temperature is holding constant at 700K (426.9°C) in the daylight. 
+
+		// Midlands
+		MercurySrfLandedMidlands = Temperatures appear to be holding constant at 180 K (-93°C) as darkness creeps in.
+		MercurySrfLandedMidlands = Day and Night cycles have a huge impact on temperatures; averaging from 150.7 K (-122.5°C) on the night side to nearly over 692.2 K (425°C) on the day side.
 
-		//Major Craters
-		MercurySrfLandedMajorCraters = The crater's rim cast a shadow on the landing site.  Here the temperature measures 49.8 K (-223.3°C).
-		MercurySrfLandedMajorCraters = The temperatures appear to vary greatly, averaging from 100.2 K (-173°C) in the crater's shadow to nearly over 692.2 K (425°C) in the daylight.
-		
-		//Far Side Basin
-		MercurySrfLandedFarSideBasin = With almost no atmosphere to retain heat, temperatures appear to vary greatly, averaging from 150.7 K (-122.5°C) on the night side to nearly over 692.2 K (425°C) on the day side.
-		MercurySrfLandedFarSideBasin = Day and Night cycles have a huge impact on temperatures; averaging from 150.7 K (-122.5°C) on the night side to nearly over 692.2 K (425°C) on the day side.
+		// Highlands
+		MercurySrfLandedHighlands = The rugged highland crater's cast a long shadow onto the landing site.  Here the temperature never rises above 97.6 K (-175.6°C).
+		MercurySrfLandedHighlands = Temperatures are constantly below 110 K (−163°C).
+
+		// Polar Craters
+		MercurySrfLandedPolarCraters = Day and Night have little impact on temperatures; they average a constant 180 K (-93°C).
+		MercurySrfLandedPolarCraters = Temperatures appear to be holding constant at 180 K (-93°C).
+		MercurySrfLandedPolarCraters = Temperatures are constantly below 180 K (−93°C).
+
+		// Polar Lowlands
+
+		// Planitia
+
+		// Old Craters
+
+		// Young Craters
 		
 		//North Pole
-		MercurySrfLandedNorthPole = Day and Night have little impact on temperatures; they average a constant 180 K (-93°C).
-		MercurySrfLandedNorthPole = Temperatures appear to be holding constant at 180 K (-93°C).
-		MercurySrfLandedNorthPole = Temperatures are constantly below 180 K (−93°C).
 		
 		//South Pole
 		MercurySrfLandedSouthPole = Day and Night cycles have little impact on temperatures; they average a constant 100.2 K (-173°C).
 		MercurySrfLandedSouthPole = The crater's rim cast a shadow on the landing site.  Here the temperature measures 49.8 K (-223.3°C).
 		MercurySrfLandedSouthPole = Temperatures are constantly below 110 K (−163°C).
 
-		//Highlands 
-		MercurySrfLandedHighlands = The rugged highland crater's cast a long shadow onto the landing site.  Here the temperature never rises above 97.6 K (-175.6°C).
-		MercurySrfLandedHighlands = Temperatures are constantly below 110 K (−163°C).
-		
-		//Midlands
-		MercurySrfLandedMidlands = Temperatures appear to be holding constant at 180 K (-93°C) as darkness creeps in.
-		MercurySrfLandedMidlands = Day and Night cycles have a huge impact on temperatures; averaging from 150.7 K (-122.5°C) on the night side to nearly over 692.2 K (425°C) on the day side.
-		
-		//Lowlands
-		MercurySrfLandedSLowlands = Day and Night cycles have a huge impact on temperatures; averaging from 150.7 K (-122.5°C) on the night side to nearly over 692.2 K (425°C) on the day side.
-		MercurySrfLandedSLowlands = The Flat landing area's temperature is holding constant at 700K (426.9°C) in the daylight. 
-
 		// **** Venus
 		//General
 		VenusFlyingLow = Our sensors are experiencing extreme heating cycles, with temperatures rising by over 100°C during several 100 second-long passages through the atmosphere.