ReactorInfo

local component = require("component")
local term = require("term")
local reactorInfo = {}
local tunnel = component.tunnel
component.gpu.setResolution(80, 25)

for k, v in pairs(component.list("draconic_reactor")) do
    reactor = component.proxy(component.get(k, v))
end

function round(num, numDecimalPlaces)
  local mult = 10^(numDecimalPlaces or 0)
  return math.floor(num * mult + 0.5) / mult
end

while true do
    reactorInfo = reactor.getReactorInfo()

    FailSafe = reactorInfo["failSafe"]
    FieldDrainRate = reactorInfo["fieldDrainRate"]
    MaxEnergySaturation= reactorInfo["maxEnergySaturation"]
    ReactorStatus = reactorInfo["status"]
    FuelConversionRate = reactorInfo["fuelConversionRate"]
    FuelConversion = reactorInfo["fuelConversion"]
    GenerationRate = reactorInfo["generationRate"]
    EnergySaturation= reactorInfo["energySaturation"]
    MaxFieldStrength= reactorInfo["maxFieldStrength"]
    MaxFuelConversion = reactorInfo["maxFuelConversion"]
    FieldStrength = reactorInfo["fieldStrength"]
    ReactorTemperature = reactorInfo["temperature"]

    EnergySaturationPer = round((EnergySaturation * 100) / MaxEnergySaturation, 2)
    FieldStrengthPer = round(((tonumber(FieldStrength) + FieldDrainRate) * 100) / MaxFieldStrength, 2)
    FuelConversionPer = round((FuelConversion* 100) / MaxFuelConversion , 2)


    print("Sending".."\n".." ReactorTemperature: "..ReactorTemperature..",\n".." EnergySaturationPer: "..EnergySaturationPer.."%".."\n".." FieldStrengthPer "..FieldStrengthPer.."%"..",\n".." FuelConversionPer: "..FuelConversionPer.."%".."\n".." EnergySaturation: "..EnergySaturation)
    tunnel.send(ReactorTemperature, EnergySaturationPer, FieldStrengthPer, FuelConversionPer, EnergySaturation, MaxEnergySaturation, FuelConversion, FuelConversionRate)

    for k in pairs(reactorInfo) do
        reactorInfo[k] = nil
    end
    os.sleep(0.2)
    term.clear()

end