// Starwaster's version 2.0 of KSO's DREC config.
// Removes existing PartModule ModuleHeatShield and removes AblativeShielding resource.

@PART[thrustmaxkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1800
	@MODULE[ModuleEnginesFX]
	{
		@heatProduction = 215
	}
}

@PART[boosterkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 2520
	@MODULE[ModuleEnginesFX]
	{
		@heatProduction = 250
	}
}

@PART[omskso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 2220
	@MODULE[ModuleEngines]
	{
		@heatProduction = 150
	}
}

@PART[avionicskso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1450
}

@PART[tailrudderkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1450
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 0, 0 // 360 degree protection
		reflective = 0.05 // 25% of heat is ignored at correct angle
	}
}



@PART[KSO_Cabin]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}

@PART[cgholdkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}

@PART[rearkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}

@PART[leftwingkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}

@PART[rightwingkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}


@PART[noseconekso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}

@PART[nosegearkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}

@PART[rightgearkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}

@PART[leftgearkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}



@PART[rearplanekso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}

PART[leftelevkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}
}
PART[rightelevkso]:NEEDS[DeadlyReentry]:FINAL
{
	@maxTemp = 1500
	!MODULE[ModuleHeatShield]{}
	!RESOURCE[AblativeShielding]{}
	MODULE
	{
		name = ModuleHeatShield
		direction = 0, 1, 1 // underside of fuselage
		reflective = 0.25 // 25% of heat is ignored at correct angle
	}

}

// Deadly Reentry configuration for KSO 25 by Starwaster
// Uses reflective only; no ablative shield.
// RSS version reverts to resource based shield but it is massless and reflects the capacity of the shield to absorb heat.
// Separate entries for Real Solar System installations (increased shielding)

RESOURCE_DEFINITION:NEEDS[RealSolarSystem]
{
	name = HeatCapacity
	density = 0.0
	flowMode = NO_FLOW
	transfer = NONE
	isTweakable = False
}

@PART[super25enginekso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 2424
	@MODULE[ModuleEnginesFX]
	{
		@heatProduction = 215
	}
}

@PART[super25boosterkso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 2520
	@MODULE[ModuleEnginesFX]
	{
		@heatProduction = 250
	}
}

@PART[super25rudderkso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity

		direction:NEEDS[!RealSolarSystem] = 0, 0, 0 // omnidirectional light shielding
		direction:NEEDS[RealSolarSystem] = 0, 1, 0 // forward standard shielding (only when playing Real Solar System mod)

		reflective:NEEDS[RealSolarSystem] = 1.8 // 180% of heat is ignored at correct angle (no, seriously. You have NO idea until you've attempted this in RSS with FAR)
		reflective:NEEDS[!RealSolarSystem] = 0.05 // 5% of heat is ignored at correct angle
		//adjustCollider = -0.015		
		
		loss:NEEDS[RealSolarSystem]
		{
			key = 650 0 0 0 // start ablating at 650 degrees C
			key = 2000 1000 0 0 // peak ablation at 2000 degrees C
			key = 6000 2000 0 0 // max ablation at 6000 degrees C
		}
		
		dissipation:NEEDS[RealSolarSystem]
		{ 
			// dissipation is based on the part's current temperature
			key = 300 0 0 0 // begin dissipating at 300 degrees C
			key = 800 250 0 0 // maximum dissipation at 500 degrees C
		}
	}

	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
}



@PART[KSO25_Cabin]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity

		direction = 0, 1, 1 // 45 degrees forward = maximum protection. This rewards proper spaceplane reentry and punishes improper angles
		
		reflective:NEEDS[RealSolarSystem] = 0.90 // 60% of heat is ignored at correct angle
		reflective:NEEDS[!RealSolarSystem] = 0.25 // 25% of heat is ignored at correct angle
	}
	loss:NEEDS[RealSolarSystem]
	{
		key = 650 0 0 0
		key = 2000 1000 0 0
		key = 6000 3000 0 0
	}	
	dissipation:NEEDS[RealSolarSystem]
	{ 
		// dissipation is based on the part's current temperature
		key = 300 0 0 0 // begin dissipating at 300 degrees C
		key = 800 250 0 0 // maximum dissipation at 500 degrees C
	}
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
}


@PART[super25wingLkso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity
		
		direction = 0, 1, 1 // 45 degrees forward = maximum protection. This rewards proper spaceplane reentry and punishes improper angles
		
		reflective:NEEDS[RealSolarSystem] = 1.8 // 180% of heat is ignored at correct angle (no, seriously. You have NO idea until you've attempted this in RSS with FAR)
		reflective:NEEDS[!RealSolarSystem] = 0.25 // 25% of heat is ignored at correct angle
		adjustCollider = 0.015 // Compensate for protrusion into fuselage. 
	}
	loss:NEEDS[RealSolarSystem]
	{
	key = 650 0 0 0
	key = 2000 1000 0 0
	key = 6000 3000 0 0
	}
	dissipation:NEEDS[RealSolarSystem]
	{ // dissipation is based on the part's current temperature
	key = 300 0 0.9 0.9
	key = 500 180 2.25 2.25
	key = 800 360 3.6 3.6
	}
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
}

@PART[super25wingRkso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity
		
		direction = 0, 1, 1 // 45 degrees forward = maximum protection. This rewards proper spaceplane reentry and punishes improper angles
		
		reflective:NEEDS[RealSolarSystem] = 1.8 // 180% of heat is ignored at correct angle (no, seriously. You have NO idea until you've attempted this in RSS with FAR)
		reflective:NEEDS[!RealSolarSystem] = 0.25 // 25% of heat is ignored at correct angle
	}
	loss:NEEDS[RealSolarSystem]
	{
	key = 650 0 0 0
	key = 2000 1000 0 0
	key = 6000 3000 0 0
	}
	dissipation:NEEDS[RealSolarSystem]
	{ // dissipation is based on the part's current temperature
	key = 300 0 0.9 0.9
	key = 500 180 2.25 2.25
	key = 800 360 3.6 3.6
	}
	
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
}


@PART[super25nosekso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	// Because of the geometry involved, this part takes much more heat while shielding the fuselage (!!!)
	// Apparently not an issue with stock game.
	// Real Solar System involves three times as much heating so we handle things a bit different. Beef up protection alot more and shift vector forward more.
	@maxTemp:NEEDS[!RealSolarSystem] = 1500
	@maxTemp:NEEDS[RealSolarSystem] = 1700
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity
		
		direction:NEEDS[!RealSolarSystem] = 0, 1, 0 // Forward focus 
		direction:NEEDS[RealSolarSystem] = 0, 1, 0 // forward standard shielding (only when playing Real Solar System mod)
		
		reflective:NEEDS[RealSolarSystem] = 0.95 
		reflective:NEEDS[!RealSolarSystem] = 0.5 // Double when full forward; at 45 deg reentry angle receives standard 25%
	}
	loss:NEEDS[RealSolarSystem]
	{
	key = 650 0 0 0
	key = 2000 1000 0 0
	key = 6000 4000 0 0
	}
	dissipation:NEEDS[RealSolarSystem]
	{ // dissipation is based on the part's current temperature
			key = 300 0 0 0 // begin dissipating at 300 degrees C
			key = 800 300 0 0 // maximum dissipation at 500 degrees C
	}
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
}

@PART[super25nosegearkso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity
		
		direction:NEEDS[RealSolarSystem] = 0, 0, 0 // bottom of pod
		direction:NEEDS[!RealSolarSystem] = 0, 1, 1 // bottom of pod
		
		reflective:NEEDS[RealSolarSystem] = 0.98 // 98% of heat is ignored at correct angle
		reflective:NEEDS[!RealSolarSystem] = 0.25 // 25% of heat is ignored at correct angle
		
		loss:NEEDS[RealSolarSystem]
		{
			key = 650 0 0 0 // start ablating at 650 degrees C
			key = 2000 1000 0 0 // peak ablation at 2000 degrees C
			key = 6000 2000 0 0 // max ablation at 6000 degrees C
		}
		
		dissipation:NEEDS[RealSolarSystem]
		{ 
			// dissipation is based on the part's current temperature
			key = 300 0 0 0 // begin dissipating at 300 degrees C
			key = 800 250 0 0 // maximum dissipation at 500 degrees C
		}
	}
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
	// Not to be uncommented until after next DREC update (currently on 4.7)
	// 7-8-2014	
	//	MODULE
	//	{
	//		name = ModuleAnimation2Value
	//	    animationName = Take002
	//		valueModule = ModuleHeatShield
	//    	valueName = reflective
	//    	valueCurve:NEEDS[RealSolarSystem]
	//    	{
	//			key = 0.0 0.0 0 0 // No heat shielding when gear deployed!
	//			key = 0.9 0.50 0 0
	//	       	key = 1.0 0.98 0 0 // Shielded when closed
	//	   	}
	//	   	valueCurve:NEEDS[!RealSolarSystem]
	//	   	{
	//       		key = 0.0 0.0 0 0 // No heat shielding when gear deployed!
	//			key = 0.9 0.125 0 0 // Only a little crack needed to let bad nasty plasma in
	//       	key = 1.0 0.25 0 0 // Shielded when closed
	//	    }
	//	}
}

@PART[super25maingearRight]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity
		
		direction:NEEDS[RealSolarSystem] = 0, 0, 0 // bottom of pod
		direction:NEEDS[!RealSolarSystem] = 0, 1, 1 // bottom of pod
		
		reflective:NEEDS[RealSolarSystem] = 0.98 // 98% of heat is ignored at correct angle
		reflective:NEEDS[!RealSolarSystem] = 0.25 // 25% of heat is ignored at correct angle
		
		loss:NEEDS[RealSolarSystem]
		{
			key = 650 0 0 0 // start ablating at 650 degrees C
			key = 2000 1000 0 0 // peak ablation at 2000 degrees C
			key = 6000 2000 0 0 // max ablation at 6000 degrees C
		}
		
		dissipation:NEEDS[RealSolarSystem]
		{ 
			// dissipation is based on the part's current temperature
			key = 300 0 0 0 // begin dissipating at 300 degrees C
			key = 800 250 0 0 // maximum dissipation at 500 degrees C
		}
	}
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}
// Not to be uncommented until after next DREC update (currently on 4.7)
// 7-8-2014	
//	MODULE
//	{
//		name = ModuleAnimation2Value
//	    animationName = Take002
//		valueModule = ModuleHeatShield
//    	valueName = reflective
//    	valueCurve:NEEDS[RealSolarSystem]
//    	{
//			key = 0.0 0.0 0 0 // No heat shielding when gear deployed!
//			key = 0.9 0.50 0 0
//	       	key = 1.0 0.98 0 0 // Shielded when closed
//	   	}
//	   	valueCurve:NEEDS[!RealSolarSystem]
//	   	{
//       		key = 0.0 0.0 0 0 // No heat shielding when gear deployed!
//			key = 0.9 0.125 0 0 // Only a little crack needed to let bad nasty plasma in
//       	key = 1.0 0.25 0 0 // Shielded when closed
//	    }
//	}
}

@PART[super25maingearLeft]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity
		
		direction:NEEDS[RealSolarSystem] = 0, 0, 0 // bottom of pod
		direction:NEEDS[!RealSolarSystem] = 0, 1, 1 // bottom of pod
		
		reflective:NEEDS[RealSolarSystem] = 0.98 // 98% of heat is ignored at correct angle
		reflective:NEEDS[!RealSolarSystem] = 0.25 // 25% of heat is ignored at correct angle
		
		loss:NEEDS[RealSolarSystem]
		{
			key = 650 0 0 0 // start ablating at 650 degrees C
			key = 2000 1000 0 0 // peak ablation at 2000 degrees C
			key = 6000 2000 0 0 // max ablation at 6000 degrees C
		}
		
		dissipation:NEEDS[RealSolarSystem]
		{ 
			// dissipation is based on the part's current temperature
			key = 300 0 0 0 // begin dissipating at 300 degrees C
			key = 800 250 0 0 // maximum dissipation at 500 degrees C
		}
	}
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
	// Not to be uncommented until after next DREC update (currently on 4.7)
	// 7-8-2014	
	//	MODULE
	//	{
	//		name = ModuleAnimation2Value
	//	    animationName = Take002
	//		valueModule = ModuleHeatShield
	//    	valueName = reflective
	//    	valueCurve:NEEDS[RealSolarSystem]
	//    	{
	//			key = 0.0 0.0 0 0 // No heat shielding when gear deployed!
	//			key = 0.9 0.50 0 0
	//	       	key = 1.0 0.98 0 0 // Shielded when closed
	//	   	}
	//	   	valueCurve:NEEDS[!RealSolarSystem]
	//	   	{
	//       		key = 0.0 0.0 0 0 // No heat shielding when gear deployed!
	//			key = 0.9 0.125 0 0 // Only a little crack needed to let bad nasty plasma in
	//       	key = 1.0 0.25 0 0 // Shielded when closed
	//	    }
	//	}
}



@PART[super25tailkso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity
		
		direction = 0, 1, 1 // bottom of pod
		
		reflective:NEEDS[RealSolarSystem] = 0.98 // 98% of heat is ignored at correct angle
		reflective:NEEDS[!RealSolarSystem] = 0.25 // 25% of heat is ignored at correct angle
	}
	loss:NEEDS[RealSolarSystem]
	{
		key = 650 0 0 0 // start ablating at 650 degrees C
		key = 2000 1000 0 0 // peak ablation at 2000 degrees C
		key = 6000 2000 0 0 // max ablation at 6000 degrees C
	}
	dissipation:NEEDS[RealSolarSystem]
	{ // dissipation is based on the part's current temperature
			key = 300 0 0 0 // begin dissipating at 300 degrees C
			key = 800 240 0 0 // maximum dissipation at 500 degrees C
	}
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
}

@PART[super25surfaceLkso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity
		
		direction:NEEDS[RealSolarSystem] = 0, 0, 0 // bottom of pod
		direction:NEEDS[!RealSolarSystem] = 0, 1, 1 // bottom of pod
		
		reflective:NEEDS[RealSolarSystem] = 0.98 // 98% of heat is ignored at correct angle
		reflective:NEEDS[!RealSolarSystem] = 0.25 // 25% of heat is ignored at correct angle
		
		loss:NEEDS[RealSolarSystem]
		{
			key = 650 0 0 0 // start ablating at 650 degrees C
			key = 2000 1000 0 0 // peak ablation at 2000 degrees C
			key = 6000 2000 0 0 // max ablation at 6000 degrees C
		}
		
		dissipation:NEEDS[RealSolarSystem]
		{ 
			// dissipation is based on the part's current temperature
			key = 300 0 0 0 // begin dissipating at 300 degrees C
			key = 800 250 0 0 // maximum dissipation at 500 degrees C
		}
	}
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
}
@PART[super25surfaceRkso]:BEFORE[DeadlyReentry]:NEEDS[DeadlyReentry]
{
	@maxTemp = 1500
	MODULE
	{
		name = ModuleHeatShield
		ablative = HeatCapacity

		direction:NEEDS[RealSolarSystem] = 0, 0, 0 // bottom of pod
		direction:NEEDS[!RealSolarSystem] = 0, 1, 1 // bottom of pod
		
		reflective:NEEDS[RealSolarSystem] = 0.98 // 98% of heat is ignored at correct angle
		reflective:NEEDS[!RealSolarSystem] = 0.25 // 25% of heat is ignored at correct angle

		loss:NEEDS[RealSolarSystem]
		{
			key = 650 0 0 0 // start ablating at 650 degrees C
			key = 2000 1000 0 0 // peak ablation at 2000 degrees C
			key = 6000 2000 0 0 // max ablation at 6000 degrees C
		}
		
		loss:NEEDS[RealSolarSystem]
		{
			key = 650 0 0 0 // start ablating at 650 degrees C
			key = 2000 1000 0 0 // peak ablation at 2000 degrees C
			key = 6000 2000 0 0 // max ablation at 6000 degrees C
		}
		
		dissipation:NEEDS[RealSolarSystem]
		{ 
			// dissipation is based on the part's current temperature
			key = 300 0 0 0 // begin dissipating at 300 degrees C
			key = 800 250 0 0 // maximum dissipation at 500 degrees C
		}
	}
	RESOURCE:NEEDS[RealSolarSystem]
	{
		name = HeatCapacity
		amount = 3000
		maxAmount = 3000
	}
	MODULE:NEEDS[RealSolarSystem]
	{
		name = ModuleGenerator
		isAlwaysActive = true
		OUTPUT_RESOURCE
		{
		   name = HeatCapacity
		   rate = 0.2
		}
	}	
}