--HD & IPJ's KickAss Reactor Control v1.0.0
-------------------------------------------

-- Abbreviations
monitor = peripheral.wrap("monitor_26")
t1 = peripheral.wrap("BigReactors-Turbine_18")
t2 = peripheral.wrap("BigReactors-Turbine_24")
t3 = peripheral.wrap("BigReactors-Turbine_25")
t4 = peripheral.wrap("BigReactors-Turbine_23")
t5 = peripheral.wrap("BigReactors-Turbine_19")
r = peripheral.wrap("back")
-- Colors
headingColor = colors.blue
inert = colors.yellow
positive = colors.lime
negative = colors.red
backgroundColor = colors.gray
windowColor = colors.black
-- Rounding
local function roundPercent(num, idp)
				local mult = 10^(idp or 0)
								return math.floor((num / 1782) * mult + 0.5 / mult)/10
end
local function round(num, idp)
				local mult = 10^(idp or 0)
				return math.floor(num * mult + 0.5) / mult
end

-- Overview Component Windows
local function drawOverView() --Defines Main GUI

				-- Main window Heading
				monitor.setCursorPos(1,1)
				monitor.setBackgroundColor(backgroundColor)
				monitor.clear()
				monitor.setTextScale(2)
				monitor.setTextColor(positive)
				monitor.write(" HD & IPJ's KickAss Reactor Control")

-- Windows
-- Reactor levels display Window
				local reactorDisplay = window.create(monitor, 2, 3, 17, 10)
								reactorDisplay.setBackgroundColor(windowColor)
								reactorDisplay.setVisible(true)
								--heading
								monitor.setCursorPos(2,3)
								monitor.setTextColor(headingColor)
								monitor.write("Reactor")

-- total rf/t output display window
				local rfOutDisplay = window.create(monitor, 2, 15, 17, 3)
								rfOutDisplay.setBackgroundColor(windowColor)
								rfOutDisplay.setVisible(true)
								--heading
								monitor.setCursorPos(2,15)
								monitor.setTextColor(colors.blue)
								monitor.write("Total Output")

	monitor.setTextColor(positive)
				monitor.setCursorPos(2,17)
				output = round( (t1.getEnergyProducedLastTick()
				 	    	    +t2.getEnergyProducedLastTick()
								+t3.getEnergyProducedLastTick()
								+t4.getEnergyProducedLastTick()
								+t5.getEnergyProducedLastTick() ) / 1000 , 2)

								monitor.write(output.." kRF/t")

-- Turbine Window
			local turbineDisplay = window.create(monitor, 21, 3, 13, 15)
				turbineDisplay.setBackgroundColor(windowColor)
				turbineDisplay.setVisible(true)
				--heading
				turbineDisplay.setTextColor(headingColor)
				turbineDisplay.setCursorPos(21,3)
				turbineDisplay.write("Turbine 1")

				turbineDisplay.setCursorPos(21,6)
				turbineDisplay.write("Turbine 2")

				turbineDisplay.setCursorPos(21,9)
				turbineDisplay.write("Turbine 3")

				turbineDisplay.setCursorPos(21,12)
				turbineDisplay.write("Turbine 4")

				turbineDisplay.setCursorPos(21,15)
				turbineDisplay.write("Turbine 5")

-- Bottom Menu bar Window
			local menuBar = window.create(monitor, 2,19, 34, 2)
				menuBar.setBackgroundColor( windowColor )
				menubar.setVisible(true)



end -- end drawMain()

-- Reactor Functions   `
-- Reactor Steam
local function getSteam()
				steam = r.getHotFluidProducedLastTick()
				monitor.setCursorPos(2,5)
				monitor.setTextColor(inert)
				monitor.write("Steam: ")

				if steam < 9500 then
					monitor.setTextColor(negative)
				else
					monitor.setTextColor(positive)
				end

				monitor.write(steam)
				monitor.setTextColor(inert)
				monitor.write(" mB")
				os.sleep(1)
end

-- Reactor Core Temp
local function getCoreTemp()
				coreTemp = r.getFuelTemperature()
				monitor.setCursorPos(2,7)
				monitor.setTextColor(inert)
				monitor.write("CoreTemp:    "..math.floor(coreTemp).."C")
				getSteam()
end

-- Reactor Case Temp
local function getCaseTemp()
				temp = r.getCasingTemperature()
				monitor.setCursorPos(2,8)
				monitor.setTextColor(inert)
				monitor.write("CaseTemp:    "..math.floor(temp).."C")
				getCoreTemp()
end

-- Reactor Reactivity
local function getReactivity()
	reactivity = math.floor(r.getFuelReactivity())
	monitor.setCursorPos(2,10)
	monitor.setTextColor(inert)
	monitor.write("Reactivity:  "..reactivity.."%")
	getCaseTemp()
end

-- Reactor Fuel Use
local function getFuelUse()
	fuelUsed = round(r.getFuelConsumedLastTick(),2)
	monitor.setCursorPos(2,11)
	monitor.setTextColor(inert)
	monitor.write("FuelUse:   "..fuelUsed.."mB")
	getReactivity()
end

-- Turbine Functions

-- determines text color for speed
local function turbineSpeedColor(amount)

				if amount < 1750 then
					return negative
				else
					return positive
				end

end

-- Turbine Speed
local function getTurbine()
				drawMain()
								speed = t1.getRotorSpeed()
								rf = math.floor(t1.getEnergyProducedLastTick())
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,4)
								monitor.write("Speed: ")
								monitor.setTextColor( turbineSpeedColor(speed) )
								monitor.write(roundPercent(speed,3).."%")
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,5)
								monitor.write("RF/t: "..rf)

								speed = t2.getRotorSpeed()
								rf = math.floor(t2.getEnergyProducedLastTick())
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,7)
								monitor.write("Speed: ")
								monitor.setTextColor( turbineSpeedColor(speed) )
								monitor.write(roundPercent(speed,3).."%")
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,8)
								monitor.write("RF/t: "..rf)

								speed = t3.getRotorSpeed()
								rf = math.floor(t3.getEnergyProducedLastTick())
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,10)
								monitor.write("Speed: ")
								monitor.setTextColor( turbineSpeedColor(speed) )
								monitor.write(roundPercent(speed,3).."%")
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,11)
								monitor.write("RF/t: "..rf)

								speed = t4.getRotorSpeed()
								rf = math.floor(t4.getEnergyProducedLastTick())
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,13)
								monitor.write("Speed: ")
								monitor.setTextColor( turbineSpeedColor(speed) )
								monitor.write(roundPercent(speed,3).."%")
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,14)
								monitor.write("RF/t: "..rf)

								speed = t5.getRotorSpeed()
								rf = math.floor(t5.getEnergyProducedLastTick())
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,16)
								monitor.write("Speed: ")
								monitor.setTextColor( turbineSpeedColor(speed) )
								monitor.write(roundPercent(speed,3).."%")
								monitor.setTextColor(inert)
								monitor.setCursorPos(21,17)
								monitor.write("RF/t: "..rf)
				getFuelUse()
end -- end turbineSpeed

-- Start Of execution
-- Draws main overview windows
drawOverView()

while true do
				getTurbine()
end