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#ifndef INEPROMODBUSREGISTER_H
#define INEPROMODBUSREGISTER_H
#include "registerdescriptor.h"

static const QHash<ModbusRegisterType, ModbusRegisterDescriptor> pro380RegisterMap {
    {ModbusRegisterType::VoltageL1,        ModbusRegisterDescriptor(0x5002, 3, 2, "V", "float")}, //L1 Voltage
    {ModbusRegisterType::VoltageL2,        ModbusRegisterDescriptor(0x5004, 3, 2, "V", "float")}, //L2 Voltage
    {ModbusRegisterType::VoltageL3,        ModbusRegisterDescriptor(0x5006, 3, 2, "V", "float")}, //L3 Voltage
    {ModbusRegisterType::CurrentL1,        ModbusRegisterDescriptor(0x500C, 3, 2, "A", "float")}, //L1 Current
    {ModbusRegisterType::CurrentL2,        ModbusRegisterDescriptor(0x500E, 3, 2, "A", "float")}, //L2 Current
    {ModbusRegisterType::CurrentL3,        ModbusRegisterDescriptor(0x5010, 3, 2, "A", "float")}, //L3 Current
    {ModbusRegisterType::ActivePower,    ModbusRegisterDescriptor(0x5012, 3, 2, "kW", "float")}, //Total active power
    {ModbusRegisterType::Frequency,      ModbusRegisterDescriptor(0x5008, 3, 2, "Hz", "float")},
    {ModbusRegisterType::PowerFactor,    ModbusRegisterDescriptor(0x502A, 3, 2, "", "float")},
    {ModbusRegisterType::EnergyConsumed, ModbusRegisterDescriptor(0x600C, 3, 2, "kWh", "float")}, //Forward active energy
    {ModbusRegisterType::EnergyProduced, ModbusRegisterDescriptor(0x6018, 3, 2, "kWh", "float")} //Reverse active energy
};

#endif //INEPROMODBUSREGISTER_H