}//private void Receiving_Data_UnPAcking_By_USBPacket(byte Usb_Cmd, byte[] Usb_Data)
private void Set_OneWire_SystemData(byte[] data)
{
int DOC_Index = 4;
Logic_Byte_Bit DOC_Set_Bit = Logic_Byte_Bit.Bit0;
bool DOC = false;
DOC = ((data[DOC_Index] & (byte)DOC_Set_Bit) > 0) ? true : false;
int COC_Index = 4;
Logic_Byte_Bit COC_Set_Bit = Logic_Byte_Bit.Bit1;
bool COC = false;
COC = ((data[COC_Index] & (byte)COC_Set_Bit) > 0) ? true : false;
int BatOV_Index = 4;
Logic_Byte_Bit BatOV_Set_Bit = Logic_Byte_Bit.Bit2;
bool BatOV = false;
BatOV = ((data[BatOV_Index] & (byte)BatOV_Set_Bit) > 0) ? true : false;
int BatUV_Index = 4;
Logic_Byte_Bit BatUV_Set_Bit = Logic_Byte_Bit.Bit3;
bool BatUV = false;
BatUV = ((data[BatUV_Index] & (byte)BatUV_Set_Bit) > 0) ? true : false;
int CHG_OT_Index = 4;
Logic_Byte_Bit CHG_OT_Set_Bit = Logic_Byte_Bit.Bit6;
bool CHG_OT = false;
CHG_OT = ((data[CHG_OT_Index] & (byte)CHG_OT_Set_Bit) > 0) ? true : false;
int DSG_OT_Index = 4;
Logic_Byte_Bit DSG_OT_Set_Bit = Logic_Byte_Bit.Bit7;
bool DSG_OT = false;
DSG_OT = ((data[DSG_OT_Index] & (byte)DSG_OT_Set_Bit) > 0) ? true : false;
int CHG_MOS_Index = 11;
Logic_Byte_Bit CHG_MOS_Set_Bit = Logic_Byte_Bit.Bit0;
bool CHG_MOS = false;
CHG_MOS = ((data[CHG_MOS_Index] & (byte)CHG_MOS_Set_Bit) > 0) ? true : false;
int DSG_MOS_Index = 11;
Logic_Byte_Bit DSG_MOS_Set_Bit = Logic_Byte_Bit.Bit1;
bool DSG_MOS = false;
DSG_MOS = ((data[DSG_MOS_Index] & (byte)DSG_MOS_Set_Bit) > 0) ? true : false;
int DSG_Current_ADC_hi_index = 16;
int DSG_Current_ADC_lo_index = 17;
int DSG_Current_ADC = (data[DSG_Current_ADC_hi_index] << 8) + data[DSG_Current_ADC_lo_index];
int CHG_Current_ADC_hi_index = 18;
int CHG_Current_ADC_lo_index = 19;
int CHG_Current_ADC = (data[CHG_Current_ADC_hi_index] << 8) + data[CHG_Current_ADC_lo_index];
int VBAT_ADC_hi_index = 20;
int VBAT_ADC_lo_index = 21;
int VBAT_ADC = (data[VBAT_ADC_hi_index] << 8) + data[VBAT_ADC_lo_index];
int NTC1_ADC_hi_index = 22;
int NTC1_ADC_lo_index = 23;
int NTC1_ADC = (data[NTC1_ADC_hi_index] << 8) + data[NTC1_ADC_lo_index];
int Current_Capacity_hi_index = 28;
int Current_Capacity_lo_index = 29;
int Current_Capacity = (data[Current_Capacity_hi_index] << 8) + data[Current_Capacity_lo_index];
int Cycle_Count_RECORD_hi_index = 56;
int Cycle_Count_RECORD_lo_index = 57;
int Cycle_Count_RECORD = (data[Cycle_Count_RECORD_hi_index] << 8) + data[Cycle_Count_RECORD_lo_index];
}
private void Set_OneWire_SystemData(byte[] data)
{
int DOC_Index = 4;
Logic_Byte_Bit DOC_Set_Bit = Logic_Byte_Bit.Bit0;
bool DOC = false;
DOC = ((data[DOC_Index] & (byte)DOC_Set_Bit) > 0) ? true : false;
int COC_Index = 4;
Logic_Byte_Bit COC_Set_Bit = Logic_Byte_Bit.Bit1;
bool COC = false;
COC = ((data[COC_Index] & (byte)COC_Set_Bit) > 0) ? true : false;
int BatOV_Index = 4;
Logic_Byte_Bit BatOV_Set_Bit = Logic_Byte_Bit.Bit2;
bool BatOV = false;
BatOV = ((data[BatOV_Index] & (byte)BatOV_Set_Bit) > 0) ? true : false;
int BatUV_Index = 4;
Logic_Byte_Bit BatUV_Set_Bit = Logic_Byte_Bit.Bit3;
bool BatUV = false;
BatUV = ((data[BatUV_Index] & (byte)BatUV_Set_Bit) > 0) ? true : false;
int CHG_OT_Index = 4;
Logic_Byte_Bit CHG_OT_Set_Bit = Logic_Byte_Bit.Bit6;
bool CHG_OT = false;
CHG_OT = ((data[CHG_OT_Index] & (byte)CHG_OT_Set_Bit) > 0) ? true : false;
int DSG_OT_Index = 4;
Logic_Byte_Bit DSG_OT_Set_Bit = Logic_Byte_Bit.Bit7;
bool DSG_OT = false;
DSG_OT = ((data[DSG_OT_Index] & (byte)DSG_OT_Set_Bit) > 0) ? true : false;
myUI_ControlItems_Protection(CHG_OT, DSG_OT, COC, DOC, BatOV, BatUV);
int CHG_MOS_Index = 11;
Logic_Byte_Bit CHG_MOS_Set_Bit = Logic_Byte_Bit.Bit0;
bool CHG_MOS = false;
CHG_MOS = ((data[CHG_MOS_Index] & (byte)CHG_MOS_Set_Bit) > 0) ? true : false;
int DSG_MOS_Index = 11;
Logic_Byte_Bit DSG_MOS_Set_Bit = Logic_Byte_Bit.Bit1;
bool DSG_MOS = false;
DSG_MOS = ((data[DSG_MOS_Index] & (byte)DSG_MOS_Set_Bit) > 0) ? true : false;
int DSG_Current_ADC_hi_index = 16;
int DSG_Current_ADC_lo_index = 17;
DSG_Current_ADC = (data[DSG_Current_ADC_hi_index] << 8) + data[DSG_Current_ADC_lo_index];
int CHG_Current_ADC_hi_index = 18;
int CHG_Current_ADC_lo_index = 19;
CHG_Current_ADC = (data[CHG_Current_ADC_hi_index] << 8) + data[CHG_Current_ADC_lo_index];
int VBAT_ADC_hi_index = 20;
int VBAT_ADC_lo_index = 21;
VBAT_ADC = (data[VBAT_ADC_hi_index] << 8) + data[VBAT_ADC_lo_index];
int NTC1_ADC_hi_index = 22;
int NTC1_ADC_lo_index = 23;
int NTC1_ADC = (data[NTC1_ADC_hi_index] << 8) + data[NTC1_ADC_lo_index];
int Current_Capacity_hi_index = 28;
int Current_Capacity_lo_index = 29;
int Current_Capacity = (data[Current_Capacity_hi_index] << 8) + data[Current_Capacity_lo_index];
int Cycle_Count_RECORD_hi_index = 56;
int Cycle_Count_RECORD_lo_index = 57;
int Cycle_Count_RECORD = (data[Cycle_Count_RECORD_hi_index] << 8) + data[Cycle_Count_RECORD_lo_index];
int fcc = 0;
myUI_AdvanceInformation(Current_Capacity, Cycle_Count_RECORD, NTC_TABLE.Get_CentigradeDegree_By_NTC_ADC(NTC1_ADC), fcc, CHG_MOS, DSG_MOS);
//myUI_AdvanceInformation(Current_Capacity, Cycle_Count_RECORD, VBAT_ADC, curr, dir, NTC1_ADC, fcc, CHG_MOS, DSG_MOS);
}
