OK-300 Reactor Control

s = peripheral.wrap("bottom")

max_power = 2400
max_flux = 2250
max_thermal = 2320


function clear()
    term.clear()
    term.setCursorPos(1,1)
end

while true do
    u, f, d, t1 = s.get(1)
    u, f, d, t2 = s.get(2)

    current_power = t2.average
    neutron_flux = math.floor((current_power/flux)*100)
    thermal_power = math.floor((current_power/max_flux)*100)

    if thermal_power == 0 then
        thermal_power = 1.25
    end

    loop1_flow = math.random(18100, 18250)/10
    condenser_flow = math.random(18100, 18250)/10

    sea_in_temp = 13.3
    sea_out_temp = math.floor(13.40 + (current_power/1000))

    voltage = math.floor(385-(current_power/1000))

    if t1.reactorPoweredB == true then
        loop1_in = math.random(2982, 3002)/10
        loop1_out = math.random(3352, 3367)/10
        steam_generator = math.random(3331, 3363)/10
        condenser = math.random(569, 577)/10
        turbine = math.random(2436, 2477)/10
        turbine_speed = 3000
        frequency = 50.0
        condenser_vacuum = math.random(85, 91)
    else
        loop1_in = math.random(1982, 1992)/10
        loop1_out = math.random(1352, 1367)/10
        steam_generator = math.random(931, 963)/10
        condenser = math.random(369, 377)/10
        turbine = math.random(336, 2477)/10
        turbine_speed = 0
        condenser_vacuum = 0
        voltage = 0
        frequency = 0
    end

    cosphi = math.random(89,92)/100

    current = math.floor(current_power/voltage)

    clear()
           ---------------------------------------------------
    print("            Reactor system \"OK-300\"\n")
    print("Neutron Flux:   "..neutron_flux .. " % ")
    print("Thermal Power:  "..thermal_power .. " % ")
    print("Electric Power: "..current_power .. " kW")
    print("Turbine speed:  "..turbine_speed .. " rpm")
    print("")
    print("Loop 1 Flow:    "..loop1_flow)
    print("Loop 1 Input:   "..loop1_in .. " 'C")
    print("Loop 1 Output:  "..loop1_out.. " 'C")
    print("")
    print("Sea input:      "..sea_in_temp .. " 'C")

    term.setCursorPos(27, 3)
    term.write("Voltage:   "..voltage.." V")
    term.setCursorPos(27, 4)
    term.write("Current:   "..current.." kA")
    term.setCursorPos(27, 5)
    term.write("Frequency: "..frequency.." Hz")
    term.setCursorPos(27, 6)
    term.write("Cos.phi:   "..cosphi)

    term.setCursorPos(27, 8)
    term.write("Steam generator: " ..steam_generator .. " 'C")
    term.setCursorPos(27, 9)
    term.write("Condenser:       " ..condenser .. " 'C")
    term.setCursorPos(27, 10)
    term.write("Condenser vac.:  " .. condenser_vacuum .. " mmHg")
    term.setCursorPos(27, 12)
    term.write("Sea output:      " .. sea_out_temp .. " 'C")

    if voltage == 0 then
        term.setCursorPos(1, 19)
        term.setBackgroundColour(colors.red)
        term.write("   REACTOR SCRAM   !!!   REACTOR SCRAM   ")
        term.setBackgroundColor(colors.black)
    end
sleep(1)
end