VE Lua Documentation

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sendExportCouplerData

Definition


-- @/lua/vehicle/beamstate.lua:390

local function sendExportCouplerData(obj2Id, obj2nodeId, data)
  obj:queueObjectLuaCommand(obj2Id, "beamstate.exportCouplerData(" .. tostring(obj2nodeId) .. ", " .. serialize(data) .. ")")
  M.updateRemoteElectrics = updateRemoteElectrics
end

Callers

@/lua/vehicle/energyStorage/pressureTank.lua

    --print(storage.pneumaticPTOSupplyFlowElectricsName)
    beamstate.sendExportCouplerData(obj2id, obj2nodeId, {electrics = {storage.pneumaticPTOSupplyPressureElectricsName}})
  end

    electrics.values[storage.pneumaticPTOConsumerFlowElectricsName] = 0
    beamstate.sendExportCouplerData(obj2id, obj2nodeId, {electrics = {storage.pneumaticPTOConsumerFlowElectricsName}})
  end

@/lua/vehicle/beamstate.lua

    -- M.updateRemoteElectrics = updateRemoteElectrics
    sendExportCouplerData(obj2id, obj2nodeId, data)
  end

@/lua/vehicle/powertrain/hydraulicPump.lua

    electrics.values[device.hydraulicPTOConsumerMaxFlowRateElectricsName] = 0
    beamstate.sendExportCouplerData(obj2id, obj2nodeId, {electrics = {device.hydraulicPTOConsumerFlowElectricsName}})
  end

@/lua/vehicle/powertrain/hydraulicAccumulator.lua

    --print(device.hydraulicPTOSupplyMaxFlowRateElectricsName)
    beamstate.sendExportCouplerData(obj2id, obj2nodeId, {electrics = {device.hydraulicPTOSupplyPressureElectricsName, device.hydraulicPTOSupplyMaxFlowRateElectricsName}})
  end

    electrics.values[device.hydraulicPTOConsumerMaxFlowRateElectricsName] = 0
    beamstate.sendExportCouplerData(obj2id, obj2nodeId, {electrics = {device.hydraulicPTOConsumerFlowElectricsName}})
  end