/// <summary>
/// Updates the Properties used in InternalData.
/// </summary>
/// <param name="data">The BControl data.</param>
public void Refresh(BControlData data)
{
if (data != null)
{
ActiveEnergyPlus = data.ActiveEnergyPlus;
ActiveEnergyMinus = data.ActiveEnergyMinus;
ReactiveEnergyPlus = data.ReactiveEnergyPlus;
ReactiveEnergyMinus = data.ReactiveEnergyMinus;
ApparentEnergyPlus = data.ApparentEnergyPlus;
ApparentEnergyMinus = data.ApparentEnergyMinus;
ActiveEnergyPlusL1 = data.ActiveEnergyPlusL1;
ActiveEnergyMinusL1 = data.ActiveEnergyMinusL1;
ReactiveEnergyPlusL1 = data.ReactiveEnergyPlusL1;
ReactiveEnergyMinusL1 = data.ReactiveEnergyMinusL1;
ApparentEnergyPlusL1 = data.ApparentEnergyPlusL1;
ApparentEnergyMinusL1 = data.ApparentEnergyMinusL1;
ActiveEnergyPlusL2 = data.ActiveEnergyPlusL2;
ActiveEnergyMinusL2 = data.ActiveEnergyMinusL2;
ReactiveEnergyPlusL2 = data.ReactiveEnergyPlusL2;
ReactiveEnergyMinusL2 = data.ReactiveEnergyMinusL2;
ApparentEnergyPlusL2 = data.ApparentEnergyPlusL2;
ApparentEnergyMinusL2 = data.ApparentEnergyMinusL2;
ActiveEnergyPlusL3 = data.ActiveEnergyPlusL3;
ActiveEnergyMinusL3 = data.ActiveEnergyMinusL3;
ReactiveEnergyPlusL3 = data.ReactiveEnergyPlusL3;
ReactiveEnergyMinusL3 = data.ReactiveEnergyMinusL3;
ApparentEnergyPlusL3 = data.ApparentEnergyPlusL3;
ApparentEnergyMinusL3 = data.ApparentEnergyMinusL3;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in InternalData.
/// </summary>
/// <param name="data">The BControl data.</param>
public void Refresh(BControlData data)
{
if (data != null)
{
ManufacturerID = data.ManufacturerID;
ProductID = data.ProductID;
ProductVersion = data.ProductVersion;
FirmwareVersion = data.FirmwareVersion;
VendorName = data.VendorName;
ProductName = data.ProductName;
SerialNumber = data.SerialNumber;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in InternalData.
/// </summary>
/// <param name="data">The BControl data.</param>
public void Refresh(BControlData data)
{
if (data != null)
{
ActivePowerPlus = data.ActivePowerPlus;
ActivePowerMinus = data.ActivePowerMinus;
ReactivePowerPlus = data.ReactivePowerPlus;
ReactivePowerMinus = data.ReactivePowerMinus;
ApparentPowerPlus = data.ApparentPowerPlus;
ApparentPowerMinus = data.ApparentPowerMinus;
PowerFactor = data.PowerFactor;
LineFrequency = data.LineFrequency;
ActivePowerPlusL1 = data.ActivePowerPlusL1;
ActivePowerMinusL1 = data.ActivePowerMinusL1;
ReactivePowerPlusL1 = data.ReactivePowerPlusL1;
ReactivePowerMinusL1 = data.ReactivePowerMinusL1;
ApparentPowerPlusL1 = data.ApparentPowerPlusL1;
ApparentPowerMinusL1 = data.ApparentPowerMinusL1;
CurrentL1 = data.CurrentL1;
VoltageL1 = data.VoltageL1;
PowerFactorL1 = data.PowerFactorL1;
ActivePowerPlusL2 = data.ActivePowerPlusL2;
ActivePowerMinusL2 = data.ActivePowerMinusL2;
ReactivePowerPlusL2 = data.ReactivePowerPlusL2;
ReactivePowerMinusL2 = data.ReactivePowerMinusL2;
ApparentPowerPlusL2 = data.ApparentPowerPlusL2;
ApparentPowerMinusL2 = data.ApparentPowerMinusL2;
CurrentL2 = data.CurrentL2;
VoltageL2 = data.VoltageL2;
PowerFactorL2 = data.PowerFactorL2;
ActivePowerPlusL3 = data.ActivePowerPlusL3;
ActivePowerMinusL3 = data.ActivePowerMinusL3;
ReactivePowerPlusL3 = data.ReactivePowerPlusL3;
ReactivePowerMinusL3 = data.ReactivePowerMinusL3;
ApparentPowerPlusL3 = data.ApparentPowerPlusL3;
ApparentPowerMinusL3 = data.ApparentPowerMinusL3;
CurrentL3 = data.CurrentL3;
VoltageL3 = data.VoltageL3;
PowerFactorL3 = data.PowerFactorL3;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in InternalData.
/// </summary>
/// <param name="data">The BControl data.</param>
public void Refresh(BControlData data)
{
if (data != null)
{
C_SunSpec_ID = data.C_SunSpec_ID;
C_SunSpec_DID1 = data.C_SunSpec_DID1;
C_SunSpec_Length1 = data.C_SunSpec_Length1;
C_Manufacturer = data.C_Manufacturer;
C_Model = data.C_Model;
C_Options = data.C_Options;
C_Version = data.C_Version;
C_SerialNumber = data.C_SerialNumber;
C_DeviceAddress = data.C_DeviceAddress;
C_SunSpec_DID2 = data.C_SunSpec_DID2;
C_SunSpec_Length2 = data.C_SunSpec_Length2;
M_AC_Current = data.M_AC_Current;
M_AC_Current_A = data.M_AC_Current_A;
M_AC_Current_B = data.M_AC_Current_B;
M_AC_Current_C = data.M_AC_Current_C;
M_AC_Current_SF = data.M_AC_Current_SF;
M_AC_Voltage_LN = data.M_AC_Voltage_LN;
M_AC_Voltage_AN = data.M_AC_Voltage_AN;
M_AC_Voltage_BN = data.M_AC_Voltage_BN;
M_AC_Voltage_CN = data.M_AC_Voltage_CN;
M_AC_Voltage_LL = data.M_AC_Voltage_LL;
M_AC_Voltage_AB = data.M_AC_Voltage_AB;
M_AC_Voltage_BC = data.M_AC_Voltage_BC;
M_AC_Voltage_CA = data.M_AC_Voltage_CA;
M_AC_Voltage_SF = data.M_AC_Voltage_SF;
M_AC_Freq = data.M_AC_Freq;
M_AC_Freq_SF = data.M_AC_Freq_SF;
M_AC_Power = data.M_AC_Power;
M_AC_Power_A = data.M_AC_Power_A;
M_AC_Power_B = data.M_AC_Power_B;
M_AC_Power_C = data.M_AC_Power_C;
M_AC_Power_SF = data.M_AC_Power_SF;
M_AC_VA = data.M_AC_VA;
M_AC_VA_A = data.M_AC_VA_A;
M_AC_VA_B = data.M_AC_VA_B;
M_AC_VA_C = data.M_AC_VA_C;
M_AC_VA_SF = data.M_AC_VA_SF;
M_AC_VAR = data.M_AC_VAR;
M_AC_VAR_A = data.M_AC_VAR_A;
M_AC_VAR_B = data.M_AC_VAR_B;
M_AC_VAR_C = data.M_AC_VAR_C;
M_AC_VAR_SF = data.M_AC_VAR_SF;
M_AC_PF = data.M_AC_PF;
M_AC_PF_A = data.M_AC_PF_A;
M_AC_PF_B = data.M_AC_PF_B;
M_AC_PF_C = data.M_AC_PF_C;
M_AC_PF_SF = data.M_AC_PF_SF;
M_Exported = data.M_Exported;
M_Exported_A = data.M_Exported_A;
M_Exported_B = data.M_Exported_B;
M_Exported_C = data.M_Exported_C;
M_Imported = data.M_Imported;
M_Imported_A = data.M_Imported_A;
M_Imported_B = data.M_Imported_B;
M_Imported_C = data.M_Imported_C;
M_Energy_W_SF = data.M_Energy_W_SF;
M_Exported_VA = data.M_Exported_VA;
M_Exported_VA_A = data.M_Exported_VA_A;
M_Exported_VA_B = data.M_Exported_VA_B;
M_Exported_VA_C = data.M_Exported_VA_C;
M_Imported_VA = data.M_Imported_VA;
M_Imported_VA_A = data.M_Imported_VA_A;
M_Imported_VA_B = data.M_Imported_VA_B;
M_Imported_VA_C = data.M_Imported_VA_C;
M_Energy_VA_SF = data.M_Energy_VA_SF;
M_Import_VARh_Q1 = data.M_Import_VARh_Q1;
M_Import_VARh_Q1A = data.M_Import_VARh_Q1A;
M_Import_VARh_Q1B = data.M_Import_VARh_Q1B;
M_Import_VARh_Q1C = data.M_Import_VARh_Q1C;
M_Import_VARh_Q2 = data.M_Import_VARh_Q2;
M_Import_VARh_Q2A = data.M_Import_VARh_Q2A;
M_Import_VARh_Q2B = data.M_Import_VARh_Q2B;
M_Import_VARh_Q2C = data.M_Import_VARh_Q2C;
M_Import_VARh_Q3 = data.M_Import_VARh_Q3;
M_Import_VARh_Q3A = data.M_Import_VARh_Q3A;
M_Import_VARh_Q3B = data.M_Import_VARh_Q3B;
M_Import_VARh_Q3C = data.M_Import_VARh_Q3C;
M_Import_VARh_Q4 = data.M_Import_VARh_Q4;
M_Import_VARh_Q4A = data.M_Import_VARh_Q4A;
M_Import_VARh_Q4B = data.M_Import_VARh_Q4B;
M_Import_VARh_Q4C = data.M_Import_VARh_Q4C;
M_Energy_VAR_SF = data.M_Energy_VAR_SF;
M_Events = data.M_Events;
C_SunSpec_DID3 = data.C_SunSpec_DID3;
C_SunSpec_Length3 = data.C_SunSpec_Length3;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates all the Properties.
/// </summary>
/// <param name="data">The BControl data.</param>
public void Refresh(BControlData data)
{
if (data != null)
{
// Internal immediate registers
ActivePowerPlus = data.ActivePowerPlus;
ActivePowerMinus = data.ActivePowerMinus;
ReactivePowerPlus = data.ReactivePowerPlus;
ReactivePowerMinus = data.ReactivePowerMinus;
ApparentPowerPlus = data.ApparentPowerPlus;
ApparentPowerMinus = data.ApparentPowerMinus;
PowerFactor = data.PowerFactor;
LineFrequency = data.LineFrequency;
ActivePowerPlusL1 = data.ActivePowerPlusL1;
ActivePowerMinusL1 = data.ActivePowerMinusL1;
ReactivePowerPlusL1 = data.ReactivePowerPlusL1;
ReactivePowerMinusL1 = data.ReactivePowerMinusL1;
ApparentPowerPlusL1 = data.ApparentPowerPlusL1;
ApparentPowerMinusL1 = data.ApparentPowerMinusL1;
CurrentL1 = data.CurrentL1;
VoltageL1 = data.VoltageL1;
PowerFactorL1 = data.PowerFactorL1;
ActivePowerPlusL2 = data.ActivePowerPlusL2;
ActivePowerMinusL2 = data.ActivePowerMinusL2;
ReactivePowerPlusL2 = data.ReactivePowerPlusL2;
ReactivePowerMinusL2 = data.ReactivePowerMinusL2;
ApparentPowerPlusL2 = data.ApparentPowerPlusL2;
ApparentPowerMinusL2 = data.ApparentPowerMinusL2;
CurrentL2 = data.CurrentL2;
VoltageL2 = data.VoltageL2;
PowerFactorL2 = data.PowerFactorL2;
ActivePowerPlusL3 = data.ActivePowerPlusL3;
ActivePowerMinusL3 = data.ActivePowerMinusL3;
ReactivePowerPlusL3 = data.ReactivePowerPlusL3;
ReactivePowerMinusL3 = data.ReactivePowerMinusL3;
ApparentPowerPlusL3 = data.ApparentPowerPlusL3;
ApparentPowerMinusL3 = data.ApparentPowerMinusL3;
CurrentL3 = data.CurrentL3;
VoltageL3 = data.VoltageL3;
PowerFactorL3 = data.PowerFactorL3;
//Internal energy registers(meters)
ActiveEnergyPlus = data.ActiveEnergyPlus;
ActiveEnergyMinus = data.ActiveEnergyMinus;
ReactiveEnergyPlus = data.ReactiveEnergyPlus;
ReactiveEnergyMinus = data.ReactiveEnergyMinus;
ApparentEnergyPlus = data.ApparentEnergyPlus;
ApparentEnergyMinus = data.ApparentEnergyMinus;
ActiveEnergyPlusL1 = data.ActiveEnergyPlusL1;
ActiveEnergyMinusL1 = data.ActiveEnergyMinusL1;
ReactiveEnergyPlusL1 = data.ReactiveEnergyPlusL1;
ReactiveEnergyMinusL1 = data.ReactiveEnergyMinusL1;
ApparentEnergyPlusL1 = data.ApparentEnergyPlusL1;
ApparentEnergyMinusL1 = data.ApparentEnergyMinusL1;
ActiveEnergyPlusL2 = data.ActiveEnergyPlusL2;
ActiveEnergyMinusL2 = data.ActiveEnergyMinusL2;
ReactiveEnergyPlusL2 = data.ReactiveEnergyPlusL2;
ReactiveEnergyMinusL2 = data.ReactiveEnergyMinusL2;
ApparentEnergyPlusL2 = data.ApparentEnergyPlusL2;
ApparentEnergyMinusL2 = data.ApparentEnergyMinusL2;
ActiveEnergyPlusL3 = data.ActiveEnergyPlusL3;
ActiveEnergyMinusL3 = data.ActiveEnergyMinusL3;
ReactiveEnergyPlusL3 = data.ReactiveEnergyPlusL3;
ReactiveEnergyMinusL3 = data.ReactiveEnergyMinusL3;
ApparentEnergyPlusL3 = data.ApparentEnergyPlusL3;
ApparentEnergyMinusL3 = data.ApparentEnergyMinusL3;
// PnP registers
ManufacturerID = data.ManufacturerID;
ProductID = data.ProductID;
ProductVersion = data.ProductVersion;
FirmwareVersion = data.FirmwareVersion;
VendorName = data.VendorName;
ProductName = data.ProductName;
SerialNumber = data.SerialNumber;
// SunSpec registers
C_SunSpec_ID = data.C_SunSpec_ID;
C_SunSpec_DID1 = data.C_SunSpec_DID1;
C_SunSpec_Length1 = data.C_SunSpec_Length1;
C_Manufacturer = data.C_Manufacturer;
C_Model = data.C_Model;
C_Options = data.C_Options;
C_Version = data.C_Version;
C_SerialNumber = data.C_SerialNumber;
C_DeviceAddress = data.C_DeviceAddress;
C_SunSpec_DID2 = data.C_SunSpec_DID2;
C_SunSpec_Length2 = data.C_SunSpec_Length2;
M_AC_Current = data.M_AC_Current;
M_AC_Current_A = data.M_AC_Current_A;
M_AC_Current_B = data.M_AC_Current_B;
M_AC_Current_C = data.M_AC_Current_C;
M_AC_Current_SF = data.M_AC_Current_SF;
M_AC_Voltage_LN = data.M_AC_Voltage_LN;
M_AC_Voltage_AN = data.M_AC_Voltage_AN;
M_AC_Voltage_BN = data.M_AC_Voltage_BN;
M_AC_Voltage_CN = data.M_AC_Voltage_CN;
M_AC_Voltage_LL = data.M_AC_Voltage_LL;
M_AC_Voltage_AB = data.M_AC_Voltage_AB;
M_AC_Voltage_BC = data.M_AC_Voltage_BC;
M_AC_Voltage_CA = data.M_AC_Voltage_CA;
M_AC_Voltage_SF = data.M_AC_Voltage_SF;
M_AC_Freq = data.M_AC_Freq;
M_AC_Freq_SF = data.M_AC_Freq_SF;
M_AC_Power = data.M_AC_Power;
M_AC_Power_A = data.M_AC_Power_A;
M_AC_Power_B = data.M_AC_Power_B;
M_AC_Power_C = data.M_AC_Power_C;
M_AC_Power_SF = data.M_AC_Power_SF;
M_AC_VA = data.M_AC_VA;
M_AC_VA_A = data.M_AC_VA_A;
M_AC_VA_B = data.M_AC_VA_B;
M_AC_VA_C = data.M_AC_VA_C;
M_AC_VA_SF = data.M_AC_VA_SF;
M_AC_VAR = data.M_AC_VAR;
M_AC_VAR_A = data.M_AC_VAR_A;
M_AC_VAR_B = data.M_AC_VAR_B;
M_AC_VAR_C = data.M_AC_VAR_C;
M_AC_VAR_SF = data.M_AC_VAR_SF;
M_AC_PF = data.M_AC_PF;
M_AC_PF_A = data.M_AC_PF_A;
M_AC_PF_B = data.M_AC_PF_B;
M_AC_PF_C = data.M_AC_PF_C;
M_AC_PF_SF = data.M_AC_PF_SF;
M_Exported = data.M_Exported;
M_Exported_A = data.M_Exported_A;
M_Exported_B = data.M_Exported_B;
M_Exported_C = data.M_Exported_C;
M_Imported = data.M_Imported;
M_Imported_A = data.M_Imported_A;
M_Imported_B = data.M_Imported_B;
M_Imported_C = data.M_Imported_C;
M_Energy_W_SF = data.M_Energy_W_SF;
M_Exported_VA = data.M_Exported_VA;
M_Exported_VA_A = data.M_Exported_VA_A;
M_Exported_VA_B = data.M_Exported_VA_B;
M_Exported_VA_C = data.M_Exported_VA_C;
M_Imported_VA = data.M_Imported_VA;
M_Imported_VA_A = data.M_Imported_VA_A;
M_Imported_VA_B = data.M_Imported_VA_B;
M_Imported_VA_C = data.M_Imported_VA_C;
M_Energy_VA_SF = data.M_Energy_VA_SF;
M_Import_VARh_Q1 = data.M_Import_VARh_Q1;
M_Import_VARh_Q1A = data.M_Import_VARh_Q1A;
M_Import_VARh_Q1B = data.M_Import_VARh_Q1B;
M_Import_VARh_Q1C = data.M_Import_VARh_Q1C;
M_Import_VARh_Q2 = data.M_Import_VARh_Q2;
M_Import_VARh_Q2A = data.M_Import_VARh_Q2A;
M_Import_VARh_Q2B = data.M_Import_VARh_Q2B;
M_Import_VARh_Q2C = data.M_Import_VARh_Q2C;
M_Import_VARh_Q3 = data.M_Import_VARh_Q3;
M_Import_VARh_Q3A = data.M_Import_VARh_Q3A;
M_Import_VARh_Q3B = data.M_Import_VARh_Q3B;
M_Import_VARh_Q3C = data.M_Import_VARh_Q3C;
M_Import_VARh_Q4 = data.M_Import_VARh_Q4;
M_Import_VARh_Q4A = data.M_Import_VARh_Q4A;
M_Import_VARh_Q4B = data.M_Import_VARh_Q4B;
M_Import_VARh_Q4C = data.M_Import_VARh_Q4C;
M_Energy_VAR_SF = data.M_Energy_VAR_SF;
M_Events = data.M_Events;
C_SunSpec_DID3 = data.C_SunSpec_DID3;
C_SunSpec_Length3 = data.C_SunSpec_Length3;
}
Status = data?.Status ?? Uncertain;
}
