Info Screen

--Config:
 dataType = "energy" -- energy or liquid
 Side = "right" -- side
 Dir = "up" -- direction, use only if type is liquid
 nameBat = "Storage Room Bank"
 activRs = true
 chargeRunEngine = 90
 rsSide = "bottom"
 minA = 4
 fullColor = colors.red
 emptyColor = colors.lightGray
 percentColor = colors.black
 runColor = colors.white
 backColor = colors.black
 margeW = 1
 monActiv = true
 monSide = "monitor_1"

--Prog:

function liquidScreen()
  if dataType == "liquid" then
   tank = peripheral.wrap(Side)
   data = tank.getTankInfo(Dir)
      for a,b in pairs(data) do
       info = data[1]
      end
      for k, v in pairs(info) do
       tankCap = info.capacity
       tankData = info.contents
        if tankData ~= nil then
          for a,b in pairs(tankData) do
           tankName = tankData.rawName
           tankAmount = tankData.amount
          end
        else
         tankAmount = 0
        end
      end
      xPos = minA
      yPos = margeW
      term.setCursorPos(xPos+1,yPos)
      term.setTextColor(colors.white)
      print(tankName)
      term.setCursorPos(xPos+1,yPos+1)
      print(tankAmount .."/".. tankCap.." mB")
      pct = math.floor((tankAmount/tankCap)*100)
  end
end

function screen()
 longueur = minA+20
 --yPos = margeW
 charge = minA + math.floor(pct/5)
 term.clearLine(1,yPos+3)
 strg = pct.."%"
  for x = charge,longueur do
   paintutils.drawPixel(x+1,yPos+3,emptyColor)
    if charge <= string.len(strg) then
     term.setCursorPos(charge,yPos+3)
     term.setTextColor(percentColor)
     print(strg)
     term.setCursorPos(runColor)
    end
  end
    if pct < chargeRunEngine then
     runColor = colors.orange
      if activRs then
       rs.setOutput(rsSide, true)
      end
    elseif pct == 100 then
     runColor = colors.lime
      if activRs then
       rs.setOutput(rsSide, false)
      end
    end
 minB = minA+charge
  for x = minA,charge+1 do
   paintutils.drawPixel(x,yPos+3,fullColor)
    if charge > string.len(strg) then
     term.setCursorPos(charge-string.len(strg)+2,yPos+3)
     term.setTextColor(percentColor)
     print(strg)
     term.setTextColor(runColor)
    end
  end
end

function energyScreen()
  if dataType == "energy" then
   bat = peripheral.wrap(Side)
   batName = nameBat
   batEnergyStored = bat.getEnergyStored()
   batMaxEnergyStored = bat.getMaxEnergyStored()
   xPos = minA
   yPos = margeW
   pct = math.floor((batEnergyStored/batMaxEnergyStored)*100)
   term.setCursorPos(xPos+1,yPos)
   term.clearLine()
   term.setTextColor(runColor)
   print(batName)
   term.setTextColor(colors.white)
   term.setCursorPos(xPos+1,yPos+1)
   term.clearLine()
   print(batEnergyStored.."/"..batMaxEnergyStored.." RF")
  end
end

 term.clear()
 if monActiv then
  mon = peripheral.wrap(monSide)
  term.redirect(mon)
 end
 term.setBackgroundColor(backColor)
 term.clear()
 sleep(1)
 while true do
  sleep(0)
  term.setBackgroundColor(backColor)
  energyScreen()
  liquidScreen()
  screen()
 end