Add configs for Stockish Project Orion (#2926)

* Update en-us-Mfr.cfg

* Add USAF 10 meter Orion

* Medusa too

GameData/RealismOverhaul/Localization/en-us-Mfr.cfg

@@ -42,6 +42,7 @@ Localization
 		//F
 		//G
 		#roMfrGALCIT = GALCIT	//(1936-1943) Renamed to JPL in 1943
+		#roMfrGA = General Atomics
 		#roMfrGD = General Dynamics (GD)	//(1899-present)
 		#roMfrGE = General Electric (GE)	//(1892-present) Aerospace division sold to Martin Marietta 1993
 		#roMfrGCRC = Grand Central Rocket Company (GCRC)	//(1952-1960) bought by Lockheed in 1960

GameData/RealismOverhaul/RO_SuggestedMods/Orion/StockishOrionDrive.cfg

@@ -0,0 +1,223 @@
+//source: https://www.projectrho.com/public_html/rocket/realdesigns2.php#id--Project_Orion--USAF_10_Meter_Orion
+//	============================================================================
+//	Pulse Unit Resource config
+@RESOURCE_DEFINITION[VYPulseUnit]
+{
+	@density = 0.079
+	@unitCost = 40
+}
+//	============================================================================
+//	Propulsion Module Config
+//USAF Orion seems kinda optimistic, but it's still the best-studied design, and this mod seems hardcoded to match it's performance
+@PART[SPO_Orion5Meter]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@title = USAF 10 Meter Orion Drive
+	@manufacturer = #roMfrGA
+	@description = The legendary Orion Nuclear Pulse drive, utilizing nuclear shaped charges fired at a heavy pusher plate to achieve incredibly high thrust and performance. This is one of the later proposals, presented to the air force in the mid-1960s as a downscaled, lower performance version of the original 4000 ton Orion space battleship proposal. This would allow it to be carried to a suborbital trajectory by a Saturn V or other large rocket before starting its engines, reducing the risks involved. It was also offered to NASA to carry an 8-man crew to Mars and back in a matter of months. Although subscale tests were performed using conventional explosives, and full-size nuclear pulse units were allegedly testing, the political implications of developing such a drive and the Nuclear Test Ban treaty resulted in it's cancellation around 1965. Atmospheric use inadvisable.
+	
+	%skinTempTag = Inconel
+	%internalTempTag = Instruments
+	%skinInsulationTag = True
+	
+	@mass = 107.9
+	
+	%specLevel = prototype		//I mean, sorta?
+	
+	//This module is kinda bad
+	//Half the config values don't actually do anything, and performance is just determined by relative charge size
+	//(The largest charge will always perform the same, regardless of if it's 1 kt or 10 kt, and smaller charges will be fractions of that)
+	//However, it can be coerced into matching USAF Orion well enough
+	@MODULE[ModuleNuclearPulseEngine]
+	{
+		@CollimationFactor = 0.22	//Roughly match performance of USAF Orion
+		@MinYield = 0.5		//Half-size starting units
+		@MaxYield = 1.0		//USAF Orion used 1 kt units
+		@YieldIncrement = 0.5
+		%PlateDiameter = 5	//This is broken and doesn't appear to do anything
+	}
+
+	@RESOURCE[VYPulseUnit]
+	{
+		@amount = 138		//138 starting units stored in drive module
+		@maxAmount = 138
+	}
+}
+//source: https://www.projectrho.com/public_html/rocket/enginelist3.php#medusa
+//sorta, this isn't configurable enough to match thrust and Isp. Just match thrust I guess, 33 ks Isp is still pretty good.
+@PART[SPO_Medusa50Meter]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@title = 100 Meter Medusa Drive
+	@manufacturer = #roMfrGA
+	@description = The legendary Medusa Nuclear Pulse drive, utilizing nuclear shaped charges fired at a lightweight sail to achieve incredibly high thrust and performance. Using a sail suspended by cables in front of the craft allows for a much simpler structure and shock absorption mechanism. The lightweight nature of the sail also allows it to be much larger, extracting more performance from the nuclear pulse units, and a greater standoff to be utilized, allowing the use of larger pulse units. Atmospheric use inadvisable.
+	
+	%skinTempTag = Inconel
+	%internalTempTag = Instruments
+	%skinInsulationTag = True
+	
+	@mass = 150		//about 1.5 times Orion I guess
+	
+	%specLevel = altHist		//since this mod can't match the performance of any actual Medusa proposal
+
+	//This module is kinda bad
+	//Half the config values don't actually do anything, and performance is just determined by relative charge size
+	//(The largest charge will always perform the same, regardless of if it's 1 kt or 10 kt, and smaller charges will be fractions of that)
+	//However, it can be coerced into matching USAF Orion well enough
+	@MODULE[ModuleNuclearPulseEngine]
+	{
+		@CollimationFactor = 2.20	//To match 26 MN thrust
+		@MinYield = 0.5
+		@MaxYield = 2.5
+		@YieldIncrement = 0.5
+		%PlateDiameter = 100	//This is broken and doesn't appear to do anything
+	}
+}
+//	============================================================================
+//	Orion Spine configs
+//12-meter spine 6170 kg. Since this is 4 meters, 1/3rd mass
+@PART[SPO_SpineS]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@mass = 2.057
+	@manufacturer = #roMfrGA
+	@description = 4-meter spinal truss, containing pulse unit magazine bays and pulse unit feed mechanisms.
+	
+	%skinTempTag = Aluminum
+	%internalTempTag = Instruments
+	%skinInsulationTag = True
+	%specLevel = prototype
+	
+	!MODULE[ModuleResourceConverter] {}
+	!RESOURCE[Metals] {}
+}
+//12-meter spine 6170 kg. Since this is 8 meters, 2/3rd mass
+@PART[SPO_SpineL]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@mass = 4.109
+	@manufacturer = #roMfrGA
+	@description = 8-meter spinal truss, containing pulse unit magazine bays and pulse unit feed mechanisms.
+	
+	%skinTempTag = Aluminum
+	%internalTempTag = Instruments
+	%skinInsulationTag = True
+	%specLevel = prototype
+	
+	!MODULE[ModuleResourceConverter] {}
+	!RESOURCE[Metals] {}
+}
+@PART[SPO_Adapter5]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@mass = 0.400	//guess
+	@title = 10m Orion Spine Adapter
+	@manufacturer = #roMfrGA
+	
+	%skinTempTag = Aluminum
+	%internalTempTag = Aluminum
+	%specLevel = prototype
+}
+@PART[SPO_Adapter375]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@mass = 0.400	//guess
+	@title = 7.5m Orion Spine Adapter
+	@manufacturer = #roMfrGA
+	
+	%skinTempTag = Aluminum
+	%internalTempTag = Aluminum
+	%specLevel = prototype
+}
+@PART[SPO_Adapter25]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@mass = 0.400	//guess
+	@title = 5m Orion Spine Adapter
+	@manufacturer = #roMfrGA
+	
+	%skinTempTag = Aluminum
+	%internalTempTag = Aluminum
+	%specLevel = prototype
+}
+@PART[SPO_Adapter125]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@mass = 0.400	//guess
+	@title = 2.5m Orion Spine Adapter
+	@manufacturer = #roMfrGA
+	
+	%skinTempTag = Aluminum
+	%internalTempTag = Aluminum
+	%specLevel = prototype
+}
+//	============================================================================
+//	Orion magazine configs
+//1 Magazine deck 181 kg, ~1 meter tall, 60 charges. Since this is double that, double mass and capacity
+@PART[SPO_SmallMag]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@mass = 0.362
+	@manufacturer = #roMfrGA
+	@description = Small Orion Magazine, equivalent to two pulse unit stacks. Holds 120 pulse units.
+	
+	%skinTempTag = Aluminum
+	%internalTempTag = Instruments
+	%skinInsulationTag = True
+	%specLevel = prototype
+	
+	@RESOURCE[VYPulseUnit]
+	{
+		@amount = 120
+		@maxAmount = 120
+	}
+}
+//1 Magazine deck 181 kg, ~1 meter tall, 60 charges. Since this is 4x that, 4x mass and capacity
+@PART[SPO_MedMag]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@mass = 0.724
+	@manufacturer = #roMfrGA
+	@description = Medium Orion Magazine, equivalent to four pulse unit stacks. Holds 240 pulse units.
+	
+	%skinTempTag = Aluminum
+	%internalTempTag = Instruments
+	%skinInsulationTag = True
+	%specLevel = prototype
+	
+	@RESOURCE[VYPulseUnit]
+	{
+		@amount = 240
+		@maxAmount = 240
+	}
+}
+//1 Magazine deck 181 kg, ~1 meter tall, 60 charges. Since this is 8x that, 8x mass and capacity
+@PART[SPO_LargeMag]:FOR[RealismOverhaul]
+{
+	%RSSROConfig = True
+	@rescaleFactor = 2.0
+	@mass = 1.448
+	@manufacturer = #roMfrGA
+	@description = Large Orion Magazine, equivalent to eight pulse unit stacks. Holds 480 pulse units.
+	
+	%skinTempTag = Aluminum
+	%internalTempTag = Instruments
+	%skinInsulationTag = True
+	%specLevel = prototype
+	
+	@RESOURCE[VYPulseUnit]
+	{
+		@amount = 480
+		@maxAmount = 480
+	}
+}