--machine sulfur
local chemicalOxidizer0 = peripheral.wrap("chemicalOxidizer_0")
local chemicalOxidizer1 = peripheral.wrap("chemicalOxidizer_1")
local chemicalOxidizer2 = peripheral.wrap("chemicalOxidizer_2")
local chemicalOxidizer3 = peripheral.wrap("chemicalOxidizer_3")
local chemicalOxidizer4 = peripheral.wrap("chemicalOxidizer_4")
--tank
local tank0 = peripheral.wrap("dynamicValve_0")

--machine uranium
local chemicalOxidizer5 = peripheral.wrap("chemicalOxidizer_5")
local chemicalOxidizer6 = peripheral.wrap("chemicalOxidizer_6")
local chemicalOxidizer7 = peripheral.wrap("chemicalOxidizer_7")
local chemicalOxidizer8 = peripheral.wrap("chemicalOxidizer_8")
local chemicalOxidizer9 = peripheral.wrap("chemicalOxidizer_9")
--tank
local tank1 = peripheral.wrap("dynamicValve_1")

--water vapor
local rotaryCondensentrator0 = peripheral.wrap("rotaryCondensentrator_0")
local rotaryCondensentrator1 = peripheral.wrap("rotaryCondensentrator_1")
local rotaryCondensentrator2 = peripheral.wrap("rotaryCondensentrator_2")
local rotaryCondensentrator3 = peripheral.wrap("rotaryCondensentrator_3")
local rotaryCondensentrator4 = peripheral.wrap("rotaryCondensentrator_4")
--tank
local tank2 = peripheral.wrap("dynamicValve_2")

--oxygen
local electrolyticSeparator0 = peripheral.wrap("electrolyticSeparator_0")
local electrolyticSeparator1 = peripheral.wrap("electrolyticSeparator_1")
local electrolyticSeparator2 = peripheral.wrap("electrolyticSeparator_2")
local electrolyticSeparator3 = peripheral.wrap("electrolyticSeparator_3")
local electrolyticSeparator4 = peripheral.wrap("electrolyticSeparator_4")
--tank
local tank3 = peripheral.wrap("dynamicValve_3")

--sulfur tryoxide
local chemicalInfuser0 = peripheral.wrap("chemicalInfuser_0")
local chemicalInfuser1 = peripheral.wrap("chemicalInfuser_1")
--tank
local tank4 = peripheral.wrap("dynamicValve_4")

--sulfuric acid
local chemicalInfuser2 = peripheral.wrap("chemicalInfuser_2")
--tank
local tank5 = peripheral.wrap("dynamicValve_5")

--hydrofluoric acid
local chemicalDissolutionChambre0 = peripheral.wrap("chemicalDissolutionChambre_0")
--tank
local tank6 = peripheral.wrap("dynamicValve_6")

--uranium hexafluoride
local chemicalInfuser3 = peripheral.wrap("chemicalInfuser_3")
--tank
local tank7 = peripheral.wrap("dynamicValve_7")

--fossile fuel
local isotopicCentrifuge0 = peripheral.wrap("isotopicCentrifuge_0")
--tank
local tank8 = peripheral.wrap("dynamicValve_8")


--brine
local thermalEvaporationValve0 = peripheral.wrap("thermalEvaporationValve_0")

--liquide lithium
local thermalEvaporationValve1 = peripheral.wrap("thermalEvaporationValve_1")

--lithium
local rotaryCondensentrator5 = peripheral.wrap("rotaryCondensentrator_5")

--tritium
local SolarNeutronActivator0 = peripheral.wrap("SolarNeutronActivator_0")
--tank
local tank9 = peripheral.wrap("dynamicValve_9")


--deutherium
local electrolyticSeparator5 = peripheral.wrap("electrolyticSeparator_5")
local electrolyticSeparator6 = peripheral.wrap("electrolyticSeparator_6")
--tank
local tank10 = peripheral.wrap("dynamicValve_10")



--local modem = peripheral.wrap("right")

--modem.open(2)

rednet.open("left")
local reciverID = 101

while true do
message = {
    sulfur = {
        machine0 = {
            outputCapacity = chemicalOxidizer0.getOutputCapacity(),
            input = chemicalOxidizer0.getInput(),
            output = chemicalOxidizer0.getOutput(),
            energyUsage = chemicalOxidizer0.getEnergyUsage(),
        }
        machine1 = {
            outputCapacity = chemicalOxidizer1.getOutputCapacity(),
            input = chemicalOxidizer1.getInput(),
            output = chemicalOxidizer1.getOutput(),
            energyUsage = chemicalOxidizer1.getEnergyUsage(),
        }
        machine2 = {
            outputCapacity = chemicalOxidizer2.getOutputCapacity(),
            input = chemicalOxidizer2.getInput(),
            output = chemicalOxidizer2.getOutput(),
            energyUsage = chemicalOxidizer2.getEnergyUsage(),
        }
        machine3 = {
            outputCapacity = chemicalOxidizer3.getOutputCapacity(),
            input = chemicalOxidizer3.getInput(),
            output = chemicalOxidizer3.getOutput(),
            energyUsage = chemicalOxidizer3.getEnergyUsage(),
        }
        machine4 = {
            outputCapacity = chemicalOxidizer4.getOutputCapacity(),
            input = chemicalOxidizer4.getInput(),
            output = chemicalOxidizer4.getOutput(),
            energyUsage = chemicalOxidizer4.getEnergyUsage(),
        }
    }

}

print(textutils.serialize(message))

--modem.transmit(2,10,message)
rednet.send(reciverID,message,"message")

sleep(1)

end