Nuclear Reactor

local bridge = peripheral.wrap("right")
local net = peripheral.wrap("back")


local width = 50
local machines = {
    {
    ["id"] = "generator_0",
    ["name"] = "Nuclear Reactor"
    }
}

local storages = {
    {
    ["id"] = "batbox_0",
    ["name"] = "MFSU"
    }
}

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

bridge.clear()

function outInfo()
    net.callRemote("generator_0","getOutput")
    return
end
for key,value in pairs(machines) do
    --outInf = net.callRemote("generator_0","getOutput")
    --currOut = 'bridge.addText(25,25,"outInf",0xC5360F)'
    value["label"] = bridge.addText(5,5,"Nuclear Reactor:",0xC5360F)
    value["heatTitle"] = bridge.addText(5,15,"H",0x000000)
    value["heatTitle"].setScale(0.7)
    value["progressbar"] = bridge.addBox(10,15,50,5,0xff0000,0.9)
    value["progressbar"].setZIndex(10)
    value["progressbar"].setGradient(2)
    value["progressbar"].setColor2(0x33ff00)
    value["progressbarmarker"] = bridge.addBox(10,15,1,5,0x000000,1)
    value["progressbarmarker"].setZIndex(11)
    --value["outputName"] = bridge.addText(5,25,"Out:",0x0033ff)
    --value["outputName"].setScale(0.7)
    --value["outputValue"] = bridge.addText(25,25,"outInfo()",0xC5360F)
    --value["outputValue"] = currOut
    --value["outputValue"].setScale(0.7)
    --value["outputTitle"] = bridge.addBox(10,15,50,5,0xff0000,0.9)


   -- value["progressbar"].setZIndex(10)
    --value["progressbar"].setGradient(2)
    --value["progressbar"].setColor2(0x33ff00)
end

local offset = 30
for key,value in pairs(storages) do
    value["label"] = bridge.addText(5,5+offset,"MFSU:",0xC5360F)
    value["heatTitle"] = bridge.addText(5,15+offset,"E",0x000000)
    value["heatTitle"].setScale(0.7)
    value["progressbar"] = bridge.addBox(10,15+offset,50,5,0x0033ff,0.9)
    value["progressbar"].setZIndex(10)
    value["progressbar"].setGradient(2)
    value["progressbar"].setColor2(0x66ccff)
    value["progressbarmarker"] = bridge.addBox(10,15+offset,1,5,0x000000,1)
    value["progressbarmarker"].setZIndex(11)
end

local heat, maxheat, curHeat



while true do
    for i=#machines,1,-1 do

            machine = machines[i]
        if (net.isPresentRemote(machine["id"])) then

            heat = net.callRemote(machine["id"],"getHeat")
            maxHeat = net.callRemote(machine["id"],"getMaxHeat")
            curHeat = width / maxHeat * heat

            --machine["outputValue"].setText(outInfo)
            machine["progressbarmarker"].setX(10 + curHeat)
        end
    end

    for i=#storages,1,-1 do
            storage = storages[i]
        if (net.isPresentRemote(storage["id"])) then
            stored = net.callRemote(storage["id"],"getStored")
            capacity = net.callRemote(storage["id"],"getCapacity")
            curStored = width / capacity * stored

            storage["progressbarmarker"].setX(10 + curStored)
        end
    end


    os.sleep(0.5)
end



-- arguments: x, y, width, width, color, opacity
-- mybox = bridge.addBox(0,0,80,40,0x0099FF,0.7)

-- arguments: x, y, text, color
-- mytext = bridge.addText(10, 10, "hello!", 0xCC0000)