Reactor

re = peripheral.wrap("back")
mo = peripheral.wrap("monitor_4")

ba_0 = peripheral.wrap("thermalexpansion:storage_cell_0")
ba_1 = peripheral.wrap("thermalexpansion:storage_cell_1")
ba_2 = peripheral.wrap("thermalexpansion:storage_cell_2")
ba_3 = peripheral.wrap("thermalexpansion:storage_cell_3")
ba_4 = peripheral.wrap("thermalexpansion:storage_cell_4")


manualOverride = false

bad_0 = {}
bad_0["Ref"] = ba_0
bad_0["Capacity"] = 0
bad_0["LastCharge"] = 0
bad_0["Charge"] = bad_0["Ref"].getRFStored()
bad_0["Delta"] = 0

bad_1 = {}
bad_1["Ref"] = ba_1
bad_1["Capacity"] = 0
bad_1["LastCharge"] = 0
bad_1["Charge"] = bad_1["Ref"].getRFStored()
bad_1["Delta"] = 0

bad_2 = {}
bad_2["Ref"] = ba_2
bad_2["Capacity"] = 0
bad_2["LastCharge"] = 0
bad_2["Charge"] = bad_2["Ref"].getRFStored()
bad_2["Delta"] = 0

bad_3 = {}
bad_3["Ref"] = ba_3
bad_3["Capacity"] = 0
bad_3["LastCharge"] = 0
bad_3["Charge"] = bad_3["Ref"].getRFStored()
bad_3["Delta"] = 0

bad_4 = {}
bad_4["Ref"] = ba_4
bad_4["Capacity"] = 0
bad_4["LastCharge"] = 0
bad_4["Charge"] = bad_4["Ref"].getRFStored()
bad_4["Delta"] = 0

bad_T = {}
bad_T["Capacity"] = 0
bad_T["Charge"] = 0
bad_T["Delta"] = 0
bad_T["Percent"] = 0


batteries = {}
batteries[0] = bad_0
batteries[1] = bad_1
batteries[2] = bad_2
batteries[3] = bad_3
batteries[4] = bad_4

for i = 0, table.getn(batteries), 1 do

 batteries[i]["Capacity"] = batteries[i]["Ref"].getRFCapacity()
 bad_T["Capacity"] = bad_T["Capacity"] + batteries[i]["Capacity"]

end


function updateBatteries()

 bad_T["Charge"] = 0
 bad_T["Delta"] = 0

 for i = 0, table.getn(batteries), 1 do

  batteries[i]["LastCharge"] = batteries[i]["Charge"]
  batteries[i]["Charge"] = batteries[i]["Ref"].getRFStored()
  batteries[i]["Delta"] = batteries[i]["Charge"] - batteries[i]["LastCharge"]

  bad_T["Charge"] = bad_T["Charge"] + batteries[i]["Charge"]
  bad_T["Delta"] = bad_T["Delta"] + batteries[i]["Delta"]

 end

 bad_T["Percent"] = bad_T["Charge"] / bad_T["Capacity"] * 100

end


function draw ()

 mo.clear()
 width, height = mo.getSize()

 --Reactor
 mo.setCursorPos(3, 1)
 mo.blit("REACTOR", "fffffff", "0000000")

 mo.setCursorPos(1, 3)
 if(re.getActive()) then
  mo.blit("Status : ON", "000000f0f00", "fffffffffdd")
 else
    mo.blit("Status : OFF", "000000f0ffff", "fffffffffeee")
 end

 mo.setCursorPos(1, 5)
 mo.write("Energie : ")
 mo.setCursorPos(3, 6)
 mo.write("- Produite : "..re.getEnergyProducedLastTick().." RF")
 mo.setCursorPos(3, 7)
 mo.write("- Stockee : "..re.getEnergyStored().." RF")

 mo.setCursorPos(1, 9)
 mo.write("Temperature : ")
 mo.setCursorPos(3, 10)
 mo.write("- Interne : "..re.getFuelTemperature().." °C")
 mo.setCursorPos(3, 11)
 mo.write("- Externe : "..re.getCasingTemperature().." °C")


 --Splitter
 for i = 1, height, 1 do
  if math.fmod(i, 3) == 0 then
   mo.setCursorPos(width / 2, i)
   mo.blit(" ", "f", "7")
  end
 end

 --Batteries
 mo.setCursorPos(30, 1)
 mo.blit("BATTERIES", "fffffffff", "000000000")

 mo.setCursorPos(20, 3)
 mo.write("Nombre : "..table.getn(batteries))

 mo.setCursorPos(20, 5)
 mo.write("Charge : "..bad_T["Percent"].." %")

 mo.setCursorPos(20, 7)
 mo.write("Capacite : "..bad_T["Capacity"].." RF")

 mo.setCursorPos(20, 9)
 mo.write("Stockee : "..bad_T["Charge"].." RF")

 mo.setCursorPos(20, 11)
 mo.write("Changement : "..bad_T["Delta"].. " RF")

end





-- Update
while true do

 updateBatteries()


 if not manualOverride then
  if bad_T["Percent"] >= 99 or re.getEnergyStored() >= 80000 then
   re.setActive(false)
  end

  if bad_T["Percent"] <= 1 then
   re.setActive(true)
  end
 end


 draw()
end