-- Super basic reactor and turbine control script

turbine = peripheral.wrap("BiggerReactors_Turbine_0")
reactor = peripheral.wrap("BiggerReactors_Reactor_0")

-- Basically we just want to PID power to 0 by way of control rod insertion
-- First, let's see what we've got...
-- Reactor:
-- ambientTemperature
-- connected
-- active
-- setAllControlRodLevels
-- battery
-- fuelTemperature
-- controlRodCount
-- setActive
-- fuelTank
-- coolantTank
-- apiVersion
-- getControlRod
-- stackTemperature
-- casingTemperature

-- Actually, I might want to PID the casingTemperature to a certain level instead
-- Just below steam generation so I can easily add more
-- That should be 373.15k

-- Turbine:
-- connected
-- rotor
-- battery
-- fluidTank
-- setActive
-- setCoilEngaged
-- apiVersion
-- active
-- coilEngaged

reactor.setActive(true)
while(true) do
	local targetTemp = 373.15
	local steamScalar = 1/100
	-- We might need to adjust this up for when we need steam
	targetTemp = targetTemp - (turbine.fluidTank().input().amount() * steamScalar)
	print("Target temp: " .. targetTemp)

	local controlMult = 0.1
	local controlRodChange = (reactor.casingTemperature()-targetTemp) * controlMult
	reactor.setAllControlRodLevels(reactor.getControlRod(0).level+controlRodChange)
	print("Control rod change: " .. controlRodChange)

	-- Now try to keep the turbine at 1800 rpm
	if turbine.rotor().RPM() > 1800 and turbine.active() then
		turbine.setActive(false)
	elseif turbine.rotor().RPM() < 1800 and not turbine.active() then
		turbine.setActive(true)
	end

	-- And turn on the coils when we need power
	if turbine.battery().stored() > 0 and turbine.coilEngaged() then
		turbine.setCoilEngaged(false)
	elseif turbine.battery().stored() == 0 and not turbine.coilEngaged() then
		turbine.setCoilEngaged(true)
	end

	coroutine.yield()
end