local monitor = peripheral.find("monitor")
local reactor = peripheral.find("BigReactors-Reactor")

local turnOnAt = 20
local turnOffAt = 90

local localEnergy = 0
local status = false
local energyLastTick = 0

function main()

        drawScreen()

end


function getValues()
	status = reactor.getActive()
    localEnergy = reactor.getEnergyStored()
    energyLastTick = reactor.getEnergyProducedLastTick()


end

function drawScreen()
        monitor.clear()
        monitor.setTextScale(1)
        monitor.setBackgroundColor(colors.black)
        drawBox(1,39,1,3,colors.red,"Reactor Control",colors.white)
        drawBox(1,39,4,4,colors.black," ", colors.black)
        drawBox(1,19,5,5,colors.red,"Status",colors.white)
        drawBox(26,39,5,5,colors.black,tostring(status), colors.lime)

        drawBox(1,39,6,6,colors.black," ", colors.black)
        drawBox(1,19,7,7,colors.red,"EnergyStored",colors.white)
        drawBox(26,39,7,7,colors.black,tostring(localEnergy), colors.lime)

        drawBox(1,39,8,8,colors.black," ", colors.black)
        drawBox(1,19,9,9,colors.red,"Energy Production",colors.white)
        drawBox(26,39,9,9,colors.black,tostring(energyLastTick), colors.lime)

end


function drawBox(xa,xb,ya,yb, bgcolor,text,textcolor)
   monitor.setCursorPos(xa,ya)
   monitor.setTextColor(textcolor)
        for y = ya,yb,1 do

                for x = xa,xb,1 do
   monitor.setCursorPos(x,y)
                        monitor.setBackgroundColor(bgcolor)
                        monitor.write(" ")
                end


 xPos =1+ math.floor (xb/2) - math.floor( string.len(text)/2 )
 monitor.setCursorPos(xPos,(ya+yb)/2)
 monitor.write(text)

        end
 monitor.setCursorPos(xa,yb+1)
 monitor.setBackgroundColor(colors.black)
 monitor.write(" ")
end

while true do
main()
sleep(1)
end