CONTRACT_TYPE
{
	name = KLOSat
	group = SCORE_Satellites

	DATA_EXPAND
	{
		type = int
		index = [0, 1, 2]
	}

	BEHAVIOUR
	{
		name = OrbitGenerator
		type = OrbitGenerator

		FIXED_ORBIT
		{
			ORBIT
			{
				SMA = (Prestige() == Trivial ? Random(50000, 200000) : (Prestige() == Significant ? Random(200000, 1000000) : Random(1000000, 10000000))) + @/targetBody.Radius() + @/targetBody.AtmosphereAltitude()
				ECC = Prestige() == Trivial ? Random(0, 0.05) : (Prestige() == Significant ? Random(0, 0.1) : Random(0, 0.3))
				INC = Prestige() == Trivial ? 0 : (Prestige() == Significant ? Random(-30, 30) : Random(-90, 90))
				LPE = Random(-180, 180)
				LAN = Random(-180, 180)
				MNA = 0
				EPH = 0
				REF = 1
			}

			deviationWindow = Prestige() == Trivial ? 10 : (Prestige() == Significant ? 5 : 2.5)
		}
	}

	DATA
	{
		type = AvailablePart
		thermometer = AvailablePart(sensorThermometer)
		barometer = AvailablePart(sensorBarometer)
		gravimeter = AvailablePart(sensorGravimeter)
		accelerometer = AvailablePart(sensorAccelerometer)
		goo = AvailablePart(GooExperiment)
		materialBay = AvailablePart(science_module)
	}

	DATA
	{
		type = int

		partMultipler = Prestige() == Trivial ? 1 : (Prestige() == Significant ? 2 : 3)
		partMultipler2 = @partMultipler * @partMultipler

		t1 = Random(0, 4)
		t2 = Random(0, 4)
		t3 = Random(0, 4)
		t4 = Random(0, 4)
		t5 = Random(0, 10)
		t6 = Random(0, 10)

		hasThermometer = @/thermometer.IsUnlocked() ? (@t1 < @partMultipler ? 1 : 0) : 0
		hasBarometer = @/barometer.IsUnlocked() ? (@t2 < @partMultipler ? 1 : 0) : 0
		hasGravimeter = @/gravimeter.IsUnlocked() ? (@t3 < @partMultipler ? 1 : 0) : 0
		hasAccelerometer = @/accelerometer.IsUnlocked() ? (@t4 < @partMultipler ? 1 : 0) : 0
		hasGoo = @/goo.IsUnlocked() ? (@t5 < @partMultipler2 ? 1 : 0) : 0
		hasMaterialBay = @/materialBay.IsUnlocked() ? (@t6 < @partMultipler2 ? 1 : 0) : 0

		thermometerCost = @hasThermometer * @/thermometer.Cost()
		barometerCost = @hasBarometer * @/barometer.Cost()
		gravimeterCost = @hasGravimeter * @/gravimeter.Cost()
		accelerometerCost = @hasAccelerometer * @/accelerometer.Cost()
		gooCost = @hasGoo * @/goo.Cost()
		materialBayCost = @hasMaterialBay * @/materialBay.Cost()

		totalExtraCost = @thermometerCost + @barometerCost + @gravimeterCost + @accelerometerCost + @gooCost + @materialBayCost
	}

	DATA
	{
		type = int
		deadline_days = Prestige() == Exceptional ? 15 : (Prestige() == Significant ? 30 : 60)
	}

	title = Put a satellite onto a specific orbit of @targetBody.
	description = We hope to put a satellite onto a specific orbit of @targetBody for scientific and communication purposes.

	genericTitle = Put a satellite onto a specific orbit of our planet.
	genericDescription = We hope to put a satellite onto a specific orbit of our planet for scientific and communication purposes.

	synopsis = Put a satellite onto a specific orbit of @targetBody.
	completedMessage = Mission accomplished! The satellite is working well and moving.

	maxSimultaneous = 1

	minExpiry = 3
	maxExpiry = 5

	deadline = @/deadline_days * 2 * Random(0.9, 1.1)

	prestige = @d_prestige

	targetBody = HomeWorld()

	advanceFunds = 24000 * Random(0.9, 1.1) + @/totalExtraCost * 1.1
	rewardFunds = 48000 * Random(0.9, 1.1) + @/totalExtraCost * 2.2
	rewardReputation = 5.33 * Random(0.9, 1.1)
	rewardScience = 10.67 * Random(0.9, 1.1)
	failureFunds = 12000 * Random(0.9, 1.1) + @/totalExtraCost * 0.55
	failureReputation = 24 * Random(0.9, 1.1)

	PARAMETER
	{
		name = VesselParameterGroup
		type = VesselParameterGroup

		duration = Round(Random(6d, 18d), 1d)

		defineList = SCORE_KLOSat

		PARAMETER
		{
			name = NewVessel
			type = NewVessel
		}

		PARAMETER
		{
			name = HasCrewCapacity
			type = HasCrewCapacity

			maxCapacity = 0
		}

		PARAMETER
		{
			name = hasAntenna
			type = PartValidation

			partModuleType = Antenna

			minCount = 1

			title = The vessel must have an antenna
		}

		PARAMETER
		{
			name = hasPanels
			type = PartValidation

			partModule = ModuleDeployableSolarPanel

			minCount = 1

			title = The vessel must have solar panels.
		}

		PARAMETER
		{
			name = ReachSpecificOrbit
			type = ReachSpecificOrbit

			index = 0

			deviationWindow = Prestige() == Trivial ? 10 : (Prestige() == Significant ? 5 : 2.5)
		}

		PARAMETER
		{
			name = NeedThermometer
			type = PartValidation

			part = @/thermometer

			minCount = 1

			REQUIREMENT
			{
				name = checkVarNeedThermometer
				type = Expression

				expression = @/hasThermometer == 1
			}
		}

		PARAMETER
		{
			name = NeedBarometer
			type = PartValidation

			part = @/barometer

			minCount = 1

			REQUIREMENT
			{
				name = checkVarNeedBarometer
				type = Expression

				expression = @/hasBarometer == 1
			}
		}

		PARAMETER
		{
			name = NeedGravimeter
			type = PartValidation

			part = @/gravimeter

			minCount = 1

			REQUIREMENT
			{
				name = checkVarNeedGravimeter
				type = Expression

				expression = @/hasGravimeter == 1
			}
		}

		PARAMETER
		{
			name = NeedAccelerometer
			type = PartValidation

			part = @/accelerometer

			minCount = 1

			REQUIREMENT
			{
				name = checkVarNeedAccelerometer
				type = Expression

				expression = @/hasAccelerometer == 1
			}
		}

		PARAMETER
		{
			name = NeedGoo
			type = PartValidation

			part = @/goo

			minCount = 1

			REQUIREMENT
			{
				name = checkVarNeedGoo
				type = Expression

				expression = @/hasGoo == 1
			}
		}

		PARAMETER
		{
			name = NeedMaterialBay
			type = PartValidation

			part = @/materialBay

			minCount = 1

			REQUIREMENT
			{
				name = checkVarNeedMaterialBay
				type = Expression

				expression = @/hasMaterialBay == 1
			}
		}
	}

	REQUIREMENT
	{
		name = HasAntennaUnlocked
		type = PartModuleTypeUnlocked

		partModuleType = Antenna
	}

	REQUIREMENT
	{
		name = Orbit
		type = Orbit
	}

	DATA
	{
		type = int
		rng = Random(1, 100)
		rng2 = Random(1, 100)

		t_p1 = (Reputation() - -400) / 10
		t_p2 = (Reputation() - 100) / 10

		t_pres = @rng < @t_p2 ? 3 : (@rng < @t_p1 ? 2 : 1)
	}

	DATA
	{
		type = ContractPrestige
		d_prestige = @/t_pres == 1 ? Trivial : (@/t_pres == 2 ? Significant : Exceptional)
	}

	DATA
	{
		type = int
		reputationReq = Prestige() == Trivial ? -900 : (Prestige() == Significant ? -400 : 100)
	}

	REQUIREMENT
	{
		name = Reputation
		type = Reputation

		minReputation = @/reputationReq

		title = Agency must be reputable.
	}

	DATA
	{
		type = int
		thr = Min((Reputation() - @/reputationReq) / 10, @/index * 50 + 50) - ($SCORE_Progress - 5) * 20
	}

	REQUIREMENT
	{
		name = rngCheck
		type = Expression

		expression = @SCORE_Satellites:rng2 < @/thr
		checkOnActiveContract = false

		title = The RNG must like you.
	}

}