private string[] parseChronoData(ECLibData data, int idx)
{
bool vmp4 = ECLib.is_vmp4(infos.DeviceCode);
int base_offset = idx * data.Infos.NbCols;
string[] row = new string[0];
int t_high = data.Buf[base_offset + 0];
int t_low = data.Buf[base_offset + 1];
int ewe = data.Buf[base_offset + 2];
int I = data.Buf[base_offset + 3];
int cycle = data.Buf[base_offset + 4];
long t_64 = (((long)t_high) << 32) + t_low;
double time = data.Infos.StartTime + data.Curr.TimeBase * t_64;
float f_ewe = 0.0f, f_I = 0.0f;
if (ECLib.BL_ConvertNumericIntoSingle(ewe, ref f_ewe) == ECLib.ErrorCode.ERR_NOERROR &&
ECLib.BL_ConvertNumericIntoSingle(I, ref f_I) == ECLib.ErrorCode.ERR_NOERROR)
{
row = new string[4];
row[0] = time.ToString("F6");
row[1] = f_ewe.ToString("F6");
row[2] = f_I.ToString("F6");
row[3] = cycle.ToString();
}
return(row);
}
private string[] parseOcvData(ECLibData data, int idx)
{
bool vmp4 = ECLib.is_vmp4(infos.DeviceCode);
int base_offset = idx * data.Infos.NbCols;
string[] row = vmp4 ? new string[2] : new string[3];
int t_high = data.Buf[base_offset + 0];
int t_low = data.Buf[base_offset + 1];
int ewe = data.Buf[base_offset + 2];
long t_64 = (((long)t_high) << 32) + t_low;
double time = data.Infos.StartTime + data.Curr.TimeBase * t_64;
float f_ewe = 0.0f;
if (ECLib.BL_ConvertNumericIntoSingle(ewe, ref f_ewe) == ECLib.ErrorCode.ERR_NOERROR)
{
row[0] = time.ToString("F6");
row[1] = f_ewe.ToString("F6");
if (!vmp4)
{
// VMP3 sends an additional row of data
int ece = data.Buf[base_offset + 3];
float f_ece = 0.0f;
if (ECLib.BL_ConvertNumericIntoSingle(ece, ref f_ece) == ECLib.ErrorCode.ERR_NOERROR)
{
row[2] = f_ece.ToString("F6");
}
}
}
return(row);
}
