public void ShowExt1and2SubRecord(dri_phdb driSR)
{
short so1 = driSR.ext1.ecg12.stII;
short so2 = driSR.ext1.ecg12.stV5;
short so3 = driSR.ext1.ecg12.stAVL;
string pathcsv = Path.Combine(Directory.GetCurrentDirectory(), "AS3ExportData.csv");
string s1 = ValidateAddData("ST_II", so1, 0.01, false);
string s2 = ValidateAddData("ST_V5", so2, 0.01, false);
string s3 = ValidateAddData("ST_aVL", so3, 0.01, false);
short so4 = driSR.ext2.ent.eeg_ent;
short so5 = driSR.ext2.ent.emg_ent;
short so6 = driSR.ext2.ent.bsr_ent;
short so7 = driSR.ext2.eeg_bis.bis;
short so8 = driSR.ext2.eeg_bis.sr_val;
short so9 = driSR.ext2.eeg_bis.emg_val;
short so10 = driSR.ext2.eeg_bis.sqi_val;
ValidateAddData("EEG_Entropy", so4, 1, true);
ValidateAddData("EMG_Entropy", so5, 1, true);
ValidateAddData("BSR_Entropy", so6, 1, true);
ValidateAddData("BIS", so7, 1, true);
ValidateAddData("BIS_BSR", so8, 1, true);
ValidateAddData("BIS_EMG", so9, 1, true);
ValidateAddData("BIS_SQI", so10, 1, true);
Console.WriteLine("ST II {0:0.0}mm ST V5 {1:0.0}mm ST aVL {2:0.0}mm", s1, s2, s3);
}
public void ShowExt1and2SubRecord(dri_phdb driSR)
{
short so1 = driSR.ext1.ecg12.stII;
short so2 = driSR.ext1.ecg12.stV5;
short so3 = driSR.ext1.ecg12.stAVL;
string pathcsv = Path.Combine(Directory.GetCurrentDirectory(), "AS3ExportData.csv");
ValidateAddData(so1, 0.01, false);
string s1 = ValidateDataFormatString(so1, 0.01, false);
ValidateAddData(so2, 0.01, false);
string s2 = ValidateDataFormatString(so2, 0.01, false);
ValidateAddData(so3, 0.01, false);
string s3 = ValidateDataFormatString(so3, 0.01, false);
short so4 = driSR.ext2.ent.eeg_ent;
short so5 = driSR.ext2.ent.emg_ent;
short so6 = driSR.ext2.ent.bsr_ent;
short so7 = driSR.ext2.eeg_bis.bis;
short so8 = driSR.ext2.eeg_bis.sr_val;
short so9 = driSR.ext2.eeg_bis.emg_val;
short so10 = driSR.ext2.eeg_bis.sqi_val;
ValidateAddData(so4, 1, true);
ValidateAddData(so5, 1, true);
ValidateAddData(so6, 1, true);
ValidateAddData(so7, 1, true);
ValidateAddData(so8, 1, true);
ValidateAddData(so9, 1, true);
ValidateAddData(so10, 1, true);
ExportToCSVFile(pathcsv);
Console.WriteLine("ST II {0:0.0}mm ST V5 {1:0.0}mm ST aVL {2:0.0}mm", s1, s2, s3);
//Clear Stringbuilder member last
m_strBuilder.Clear();
m_transmissionstart = false;
}
public void ShowBasicSubRecord(dri_phdb driSR)
{
short so1 = driSR.basic.ecg.hr;
short so2 = driSR.basic.nibp.sys;
short so3 = driSR.basic.nibp.dia;
short so4 = driSR.basic.nibp.mean;
short so5 = driSR.basic.SpO2.SpO2;
short so6 = driSR.basic.co2.et;
string s1 = ValidateDataFormatString(so1, 1, true);
ValidateAddData(so1, 1, true);
string s2 = ValidateDataFormatString(so2, 0.01, true);
ValidateAddData(so2, 0.01, true);
string s3 = ValidateDataFormatString(so3, 0.01, true);
ValidateAddData(so3, 0.01, true);
string s4 = ValidateDataFormatString(so4, 0.01, true);
ValidateAddData(so4, 0.01, true);
string s5 = ValidateDataFormatString(so5, 0.01, true);
ValidateAddData(so5, 0.01, true);
double et = (so6 * driSR.basic.co2.amb_press);
ValidateAddData(et, 0.00001, true);
string s6 = ValidateDataFormatString(et, 0.00001, true);
// MASSIVE SPECIALK HACK
short wtf1 = driSR.basic.co2.fi;
double fraction_inspired_co2 = wtf1 * driSR.basic.co2.amb_press;
ValidateAddData(fraction_inspired_co2, 0.00001, true);
short wtf2 = driSR.basic.o2.et;
double end_tidal_o2 = wtf2 //02 isnt multiplied by ambient pressure
ValidateAddData(end_tidal_o2, 0.00001, true);
// EOHACK
short so7 = driSR.basic.aa.et;
short so8 = driSR.basic.aa.fi;
short so9 = driSR.basic.aa.mac_sum;
ushort so10 = driSR.basic.aa.hdr.label_info;
ValidateAddData(so7, 0.01, false);
ValidateAddData(so8, 0.01, false);
ValidateAddData(so9, 0.01, false);
string s10 = "";
switch (so10)
{
case 0:
s10 = "Unknown";
break;
case 1:
s10 = "None";
break;
case 2:
s10 = "HAL";
break;
case 3:
s10 = "ENF";
break;
case 4:
s10 = "ISO";
break;
case 5:
s10 = "DES";
break;
case 6:
s10 = "SEV";
break;
}
m_strBuilder.Append(s10);
m_strBuilder.Append(',');
double so11 = driSR.basic.o2.fi;
double so12 = driSR.basic.n2o.fi;
double so13 = driSR.basic.n2o.et;
double so14 = driSR.basic.co2.rr;
double so15 = driSR.basic.t1.temp;
double so16 = driSR.basic.t2.temp;
double so17 = driSR.basic.p1.hr;
double so18 = driSR.basic.p1.sys;
double so19 = driSR.basic.p1.dia;
double so20 = driSR.basic.p1.mean;
double so21 = driSR.basic.p2.hr;
double so22 = driSR.basic.p2.sys;
double so23 = driSR.basic.p2.dia;
double so24 = driSR.basic.p2.mean;
double so25 = driSR.basic.flow_vol.ppeak;
double so26 = driSR.basic.flow_vol.pplat;
double so27 = driSR.basic.flow_vol.tv_exp;
double so28 = driSR.basic.flow_vol.tv_insp;
double so29 = driSR.basic.flow_vol.peep;
double so30 = driSR.basic.flow_vol.mv_exp;
double so31 = driSR.basic.flow_vol.compliance;
double so32 = driSR.basic.flow_vol.rr;
ValidateAddData(so11, 0.01, false);
ValidateAddData(so12, 0.01, false);
ValidateAddData(so13, 0.01, false);
ValidateAddData(so14, 1, false);
ValidateAddData(so15, 0.01, false);
ValidateAddData(so16, 0.01, false);
ValidateAddData(so17, 1, true);
ValidateAddData(so18, 0.01, true);
ValidateAddData(so19, 0.01, true);
ValidateAddData(so20, 0.01, true);
ValidateAddData(so21, 1, true);
ValidateAddData(so22, 0.01, true);
ValidateAddData(so23, 0.01, true);
ValidateAddData(so24, 0.01, true);
ValidateAddData(so25, 0.01, true);
ValidateAddData(so26, 0.01, true);
ValidateAddData(so27, 0.1, true);
ValidateAddData(so28, 0.1, true);
ValidateAddData(so29, 0.01, true);
ValidateAddData(so30, 0.01, false);
ValidateAddData(so31, 0.01, true);
ValidateAddData(so32, 1, true);
string s9 = ValidateDataFormatString(so9, 0.01, false);
string s15 = ValidateDataFormatString(so15, 0.01, false);
string s16 = ValidateDataFormatString(so16, 0.01, false);
string s18 = ValidateDataFormatString(so18, 0.01, true);
string s19 = ValidateDataFormatString(so19, 0.01, true);
string s20 = ValidateDataFormatString(so20, 0.01, true);
string s22 = ValidateDataFormatString(so22, 0.01, true);
string s23 = ValidateDataFormatString(so23, 0.01, true);
string s24 = ValidateDataFormatString(so24, 0.01, true);
Console.WriteLine("ECG HR {0:d}/min NIBP {1:d}/{2:d}({3:d})mmHg SpO2 {4:d}% ETCO2 {5:d}mmHg", s1, s2, s3, s4, s5, s6);
Console.WriteLine("IBP1 {0:d}/{1:d}({2:d})mmHg IBP2 {3:d}/{4:d}({5:d})mmHg MAC {6} T1 {7}°C T2 {8}°C", s18, s19, s20, s22, s23, s24, s9, s15, s16);
m_transmissionstart = false;
}
public void ReadSubRecords()
{
foreach (datex_record_type dx_record in RecordList)
{
short dxrecordmaintype = dx_record.hdr.r_maintype;
if (dxrecordmaintype == DataConstants.DRI_MT_PHDB)
{
short[] sroffArray = { dx_record.hdr.sr_offset1, dx_record.hdr.sr_offset2, dx_record.hdr.sr_offset3, dx_record.hdr.sr_offset4, dx_record.hdr.sr_offset5, dx_record.hdr.sr_offset6, dx_record.hdr.sr_offset7, dx_record.hdr.sr_offset8 };
byte[] srtypeArray = { dx_record.hdr.sr_type1, dx_record.hdr.sr_type2, dx_record.hdr.sr_type3, dx_record.hdr.sr_type4, dx_record.hdr.sr_type5, dx_record.hdr.sr_type6, dx_record.hdr.sr_type7, dx_record.hdr.sr_type8 };
uint unixtime = dx_record.hdr.r_time;
dri_phdb phdata_ptr = new dri_phdb();
WriteNumericHeaders();
for (int i = 0; i < 8 && (srtypeArray[i] != 0xFF); i++)
{
//if (srtypeArray[i] == DataConstants.DRI_PH_DISPL && srtypeArray[i] !=0xFF)
{
int offset = (int)sroffArray[i];
byte[] buffer = new byte[270];
for (int j = 0; j < 270; j++)
{
buffer[j] = dx_record.data[4 + j + offset];
}
GCHandle handle = GCHandle.Alloc(buffer, GCHandleType.Pinned);
/*int uMemlen = buffer.GetLength(0);
* IntPtr ptr = Marshal.AllocHGlobal(uMemlen);
* Marshal.Copy(buffer, 0, ptr, uMemlen);*/
switch (i)
{
case 0:
Marshal.PtrToStructure(handle.AddrOfPinnedObject(), phdata_ptr.basic);
//Marshal.PtrToStructure(ptr, phdata_ptr.basic);
break;
case 1:
Marshal.PtrToStructure(handle.AddrOfPinnedObject(), phdata_ptr.ext1);
//Marshal.PtrToStructure(ptr, phdata_ptr.ext1);
break;
case 2:
Marshal.PtrToStructure(handle.AddrOfPinnedObject(), phdata_ptr.ext2);
//Marshal.PtrToStructure(ptr, phdata_ptr.ext2);
break;
case 3:
Marshal.PtrToStructure(handle.AddrOfPinnedObject(), phdata_ptr.ext3);
//Marshal.PtrToStructure(ptr, phdata_ptr.ext3);
break;
}
handle.Free();
//Marshal.FreeHGlobal(ptr);
}
}
// Unix timestamp is seconds past epoch
DateTime dtDateTime = new DateTime(1970, 1, 1, 0, 0, 0, 0);
//dtDateTime = dtDateTime.AddSeconds(unixtime).ToLocalTime();
dtDateTime = dtDateTime.AddSeconds(unixtime);
Console.WriteLine();
Console.WriteLine("Time:{0}", dtDateTime.ToString());
m_strBuilder.Append(dtDateTime.ToShortDateString());
m_strBuilder.Append(',');
m_strBuilder.Append(dtDateTime.ToLongTimeString());
m_strBuilder.Append(',');
ShowBasicSubRecord(phdata_ptr);
ShowExt1and2SubRecord(phdata_ptr);
}
}
}
public void ShowBasicSubRecord(dri_phdb driSR)
{
short so1 = driSR.basic.ecg.hr;
short so2 = driSR.basic.nibp.sys;
short so3 = driSR.basic.nibp.dia;
short so4 = driSR.basic.nibp.mean;
short so5 = driSR.basic.SpO2.SpO2;
short so6 = driSR.basic.co2.et;
string s1 = ValidateAddData("ECG_HR", so1, 1, true);
string s2 = ValidateAddData("NIBP_Systolic", so2, 0.01, true);
string s3 = ValidateAddData("NIBP_Diastolic", so3, 0.01, true);
string s4 = ValidateAddData("NIBP_Mean", so4, 0.01, true);
string s5 = ValidateAddData("SpO2", so5, 0.01, true);
double et = (so6 * driSR.basic.co2.amb_press);
string s6 = ValidateAddData("ET_CO2", et, 0.00001, true);
short so7 = driSR.basic.aa.et;
short so8 = driSR.basic.aa.fi;
short so9 = driSR.basic.aa.mac_sum;
ushort so10 = driSR.basic.aa.hdr.label_info;
ValidateAddData("AA_ET", so7, 0.01, false);
ValidateAddData("AA_FI", so8, 0.01, false);
string s9 = ValidateAddData("AA_MAC_SUM", so9, 0.01, false);
string s10 = "";
switch (so10)
{
case 0:
s10 = "Unknown";
break;
case 1:
s10 = "None";
break;
case 2:
s10 = "HAL";
break;
case 3:
s10 = "ENF";
break;
case 4:
s10 = "ISO";
break;
case 5:
s10 = "DES";
break;
case 6:
s10 = "SEV";
break;
}
AddDataString("Agent_AA", s10);
double so11 = driSR.basic.o2.fi;
double so12 = driSR.basic.n2o.fi;
double so13 = driSR.basic.n2o.et;
double so14 = driSR.basic.co2.rr;
double so15 = driSR.basic.t1.temp;
double so16 = driSR.basic.t2.temp;
double so17 = driSR.basic.p1.hr;
double so18 = driSR.basic.p1.sys;
double so19 = driSR.basic.p1.dia;
double so20 = driSR.basic.p1.mean;
double so21 = driSR.basic.p2.hr;
double so22 = driSR.basic.p2.sys;
double so23 = driSR.basic.p2.dia;
double so24 = driSR.basic.p2.mean;
double so25 = driSR.basic.flow_vol.ppeak;
double so26 = driSR.basic.flow_vol.pplat;
double so27 = driSR.basic.flow_vol.tv_exp;
double so28 = driSR.basic.flow_vol.tv_insp;
double so29 = driSR.basic.flow_vol.peep;
double so30 = driSR.basic.flow_vol.mv_exp;
double so31 = driSR.basic.flow_vol.compliance;
double so32 = driSR.basic.flow_vol.rr;
ValidateAddData("O2_FI", so11, 0.01, false);
ValidateAddData("N2O_FI", so12, 0.01, false);
ValidateAddData("N2O_ET", so13, 0.01, false);
ValidateAddData("CO2_RR", so14, 1, false);
string s15 = ValidateAddData("T1_Temp", so15, 0.01, false);
string s16 = ValidateAddData("T2_Temp", so16, 0.01, false);
ValidateAddData("P1_HR", so17, 1, true);
string s18 = ValidateAddData("P1_Systolic", so18, 0.01, true);
string s19 = ValidateAddData("P1_Disatolic", so19, 0.01, true);
string s20 = ValidateAddData("P1_Mean", so20, 0.01, true);
ValidateAddData("P2_HR", so21, 1, true);
string s22 = ValidateAddData("P2_Systolic", so22, 0.01, true);
string s23 = ValidateAddData("P2_Diastolic", so23, 0.01, true);
string s24 = ValidateAddData("P2_Mean", so24, 0.01, true);
ValidateAddData("PPeak", so25, 0.01, true);
ValidateAddData("PPlat", so26, 0.01, true);
ValidateAddData("TV_Exp", so27, 0.1, true);
ValidateAddData("TV_Insp", so28, 0.1, true);
ValidateAddData("PEEP", so29, 0.01, true);
ValidateAddData("MV_Exp", so30, 0.01, false);
ValidateAddData("Compliance", so31, 0.01, true);
ValidateAddData("RR", so32, 1, true);
Console.WriteLine("ECG HR {0:d}/min NIBP {1:d}/{2:d}({3:d})mmHg SpO2 {4:d}% ETCO2 {5:d}mmHg", s1, s2, s3, s4, s5, s6);
Console.WriteLine("IBP1 {0:d}/{1:d}({2:d})mmHg IBP2 {3:d}/{4:d}({5:d})mmHg MAC {6} T1 {7}°C T2 {8}°C", s18, s19, s20, s22, s23, s24, s9, s15, s16);
}
public void ReadSubRecords()
{
foreach (datex_record_type dx_record in RecordList)
{
short dxrecordmaintype = dx_record.hdr.r_maintype;
if (dxrecordmaintype == DataConstants.DRI_MT_PHDB)
{
short[] sroffArray = { dx_record.hdr.sr_offset1, dx_record.hdr.sr_offset2, dx_record.hdr.sr_offset3, dx_record.hdr.sr_offset4, dx_record.hdr.sr_offset5, dx_record.hdr.sr_offset6, dx_record.hdr.sr_offset7, dx_record.hdr.sr_offset8 };
byte[] srtypeArray = { dx_record.hdr.sr_type1, dx_record.hdr.sr_type2, dx_record.hdr.sr_type3, dx_record.hdr.sr_type4, dx_record.hdr.sr_type5, dx_record.hdr.sr_type6, dx_record.hdr.sr_type7, dx_record.hdr.sr_type8 };
uint unixtime = dx_record.hdr.r_time;
dri_phdb phdata_ptr = new dri_phdb();
for (int i = 0; i < 8 && (srtypeArray[i] != 0xFF); i++)
{
//if (srtypeArray[i] == DataConstants.DRI_PH_DISPL && srtypeArray[i] !=0xFF)
{
int offset = (int)sroffArray[i];
byte[] buffer = new byte[270];
for (int j = 0; j < 270; j++)
{
buffer[j] = dx_record.data[4 + j + offset];
}
GCHandle handle = GCHandle.Alloc(buffer, GCHandleType.Pinned);
switch (i)
{
case 0:
Marshal.PtrToStructure(handle.AddrOfPinnedObject(), phdata_ptr.basic);
break;
case 1:
Marshal.PtrToStructure(handle.AddrOfPinnedObject(), phdata_ptr.ext1);
break;
case 2:
Marshal.PtrToStructure(handle.AddrOfPinnedObject(), phdata_ptr.ext2);
break;
case 3:
Marshal.PtrToStructure(handle.AddrOfPinnedObject(), phdata_ptr.ext3);
break;
}
handle.Free();
}
}
// Unix timestamp is seconds past epoch
DateTime dtDateTime = new DateTime(1970, 1, 1, 0, 0, 0, 0);
//dtDateTime = dtDateTime.AddSeconds(unixtime).ToLocalTime();
dtDateTime = dtDateTime.AddSeconds(unixtime);
m_strTimestamp = dtDateTime.ToString("G", DateTimeFormatInfo.InvariantInfo);
Console.WriteLine();
Console.WriteLine("Time:{0}", dtDateTime.ToString());
ShowBasicSubRecord(phdata_ptr);
ShowExt1and2SubRecord(phdata_ptr);
if (m_dataexportset == 2)
{
ExportNumValListToJSON();
}
SaveNumericValueListRows();
}
}
}
