View difference between Paste ID: 387SE9Wi and RwtKTBXg

 --
 -- Remote monitor component for reactor control program
 --
 -- Author: VirtualDXS
 --
 -- History:
 --     v0.1, 2021-09-03
 --         First version
 
 threshold = 0.6
 mon = peripheral.wrap("monitor_1")
 
 cells = {
     peripheral.wrap("thermal:energy_cell_1"),
     peripheral.wrap("thermal:energy_cell_2"),
     peripheral.wrap("thermal:energy_cell_3"),
     peripheral.wrap("thermal:energy_cell_4")
 }
 
 function writeMonStatus (state,fraction)
   local pct = math.floor(fraction*10000)/100
   mon.clear()
   if mon.setTextScale ~= nil then
     mon.setTextScale(1)
     local width, height = mon.getSize()
     if width < 15 or height < 5 then -- Small monitor - scale down
       mon.setTextScale(0.5)
     else -- Large monitor - scale up
       local scale = math.min(width / 14, height / 2, 5)
       scale = math.floor(scale * 2) / 2 -- multiple of 0.5
       mon.setTextScale(scale)
     end
   end
   mon.setCursorPos(1,1)
   mon.write("State: " .. (state and "On" or "Off"))
   mon.setCursorPos(1,2)
   mon.write("Energy: " .. pct .. "%")
 end
 
 while true do
   local energyCur = 0
   local energyMax = 0
 
   for _,cell in pairs(cells) do
     energyCur = energyCur + cell.getEnergy()
     energyMax = energyMax + cell.getEnergyCapacity()
   end
 
   local energyFraction = energyCur/energyMax
   print(energyFraction)
 
   local state = energyFraction < threshold
   redstone.setOutput("left",state)
   writeMonStatus(state,energyFraction)
 
   sleep(10)
 end