private int AddDip(MONG mg, LTM_Survey_Data survey)
{
// Water depth below gl (m)
if (survey.depth_gwl_bgl != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "WDEP";
md.MOND_RDNG = Convert.ToString(survey.depth_gwl_bgl);
md.MOND_UNIT = "m";
md.MOND_INST = "Dipmeter:" + survey.dip_instr;
md.MOND_REM = survey.dip_com;
MOND.Add(md);
}
// Water depth if dry
if (survey.dip_check == "dry")
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "WDEP";
md.MOND_RDNG = "Dry";
md.MOND_UNIT = "m";
md.MOND_INST = "Dipmeter:" + survey.dip_instr;
md.MOND_REM = survey.dip_com;
MOND.Add(md);
}
// Water depth if null and dip required and offset
if (survey.depth_gwl_bgl == null && survey.dip_req == "yes" && survey.dip_datum_offset != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "WDEP";
md.MOND_RDNG = "Dry";
md.MOND_UNIT = "m";
md.MOND_INST = "Dipmeter:" + survey.dip_instr;
md.MOND_REM = survey.dip_com;
MOND.Add(md);
}
// Depth to base of installation (m)
if (survey.depth_install_bgl != null && survey.dip_datum_offset != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "DBSE";
md.MOND_RDNG = Convert.ToString(survey.depth_install_bgl);
md.MOND_NAME = "Depth to base of installation";
md.MOND_UNIT = "m";
md.MOND_INST = survey.dip_instr;
MOND.Add(md);
}
return(0);
}
private MOND NewMOND(MONG mg, LTM_Survey_Data survey, LTM_Survey_Data_Repeat repeat)
{
int round = convertToInt16(survey.mon_rd_nb, "R", -999);
MOND md = new MOND {
ge_source = "esri_survey_repeat",
ge_otherId = Convert.ToString(repeat.globalid),
gINTProjectID = mg.gINTProjectID,
PointID = mg.PointID,
ItemKey = mg.ItemKey,
MONG_DIS = mg.MONG_DIS,
RND_REF = String.Format("{0:00}", round),
MOND_REF = String.Format("Round {0:00} Seconds {1:00}", round, repeat.elapse_t),
};
return(md);
}
private MOND NewMOND(MONG mg, LTM_Survey_Data survey)
{
int round = convertToInt16(survey.mon_rd_nb, "R", -999);
MOND md = new MOND {
ge_source = "esri_survey",
ge_otherId = Convert.ToString(survey.globalid),
gINTProjectID = mg.gINTProjectID,
PointID = mg.PointID,
ItemKey = mg.ItemKey,
MONG_DIS = mg.MONG_DIS,
RND_REF = String.Format("{0:00}", round),
MOND_REF = String.Format("Round {0:00}", round),
DateTime = gINTDateTime(survey.time1_getDT())
};
return(md);
}
private int AddGas(MONG mg, LTM_Survey_Data survey)
{
// Peak Gas flow
if (survey.gas_flow_peak != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "GFLOP";
md.MOND_RDNG = Convert.ToString(survey.gas_flow_peak);
md.MOND_NAME = "Peak gas flow rate";
md.MOND_UNIT = "l/h";
md.MOND_INST = survey.dip_instr;
MOND.Add(md);
}
// Steady Gas flow
if (survey.gas_flow_steady != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "GFLOS";
md.MOND_RDNG = Convert.ToString(survey.gas_flow_steady);
md.MOND_NAME = "Steady gas flow rate";
md.MOND_UNIT = "l/h";
md.MOND_INST = survey.dip_instr;
MOND.Add(md);
}
// Atmosperic Temperature (°C)
if (survey.atmo_temp != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "TEMP";
md.MOND_RDNG = Convert.ToString(survey.atmo_temp);
md.MOND_NAME = "Atmospheric temperature";
md.MOND_UNIT = "Deg C";
md.MOND_INST = survey.gas_instr;
MOND.Add(md);
}
// Atmospheric pressure (mbar)
if (survey.atmo_pressure != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "BAR";
md.MOND_RDNG = Convert.ToString(survey.atmo_pressure);
md.MOND_NAME = "Atmospheric pressure";
md.MOND_UNIT = "mbar";
md.MOND_INST = survey.gas_instr;
MOND.Add(md);
}
// Differential borehole pressure (mbar)
if (survey.Diff_BH_pressure != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "GPRS";
md.MOND_RDNG = Convert.ToString(survey.Diff_BH_pressure);
md.MOND_NAME = "Differential pressure";
md.MOND_UNIT = "mbar";
md.MOND_INST = survey.gas_instr;
MOND.Add(md);
}
DateTime survey_startDT = gINTDateTime(survey.time1_getDT()).Value;
List <LTM_Survey_Data_Repeat> repeat = Survey_Repeat_Data.FindAll(r => r.parentglobalid == survey.globalid);
foreach (LTM_Survey_Data_Repeat survey2 in repeat)
{
if (survey2.elapse_t == null)
{
continue;
}
int elapsed = survey2.elapse_t.Value;
//DateTime dt = survey_start.Value.AddSeconds(elapsed);
DateTime dt = survey_startDT.AddSeconds(elapsed);
// Gas flow (l/h)
if (survey2.gas_flow_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "GFLO";
md.MOND_RDNG = Convert.ToString(survey2.gas_flow_t);
md.MOND_NAME = "Gas flow rate";
md.MOND_UNIT = "l/h";
md.MOND_INST = survey.gas_instr;
md.DateTime = dt;
MOND.Add(md);
}
// Methane reading Limit CH4 LEL (%)
if (survey2.CH4_lel_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "GM";
md.MOND_RDNG = Convert.ToString(survey2.CH4_lel_t);
md.MOND_NAME = "Methane as percentage of LEL (Lower Explosive Limit)";
md.MOND_UNIT = "%vol";
md.MOND_INST = survey.gas_instr;
md.DateTime = dt;
MOND.Add(md);
}
// Methane reading CH4 (% v/v)
if (survey2.CH4_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "TGM";
md.MOND_RDNG = Convert.ToString(survey2.CH4_t);
md.MOND_NAME = "Total Methane";
md.MOND_UNIT = "%vol";
md.MOND_INST = survey.gas_instr;
md.DateTime = dt;
MOND.Add(md);
}
// Carbon Dioxide reading CO2 (% v/v)
if (survey2.CO2_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "GCD";
md.MOND_RDNG = Convert.ToString(survey2.CO2_t);
md.MOND_NAME = "Carbon Dioxide";
md.MOND_UNIT = "%vol";
md.MOND_INST = survey.gas_instr;
md.DateTime = dt;
MOND.Add(md);
}
//Oxygen Reading O2 (% v/v)
if (survey2.O2_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "GOX";
md.MOND_RDNG = Convert.ToString(survey2.O2_t);
md.MOND_NAME = "Oxygen";
md.MOND_UNIT = "%vol";
md.MOND_INST = survey.gas_instr;
md.DateTime = dt;
MOND.Add(md);
}
//Hydrogen Sulphide H2S (ppm)
if (survey2.H2S_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "HYS";
md.MOND_RDNG = Convert.ToString(survey2.H2S_t);
md.MOND_NAME = "Hydrogen Sulphide";
md.MOND_UNIT = "ppm";
md.MOND_INST = survey.gas_instr;
md.DateTime = dt;
MOND.Add(md);
}
//Carbon Monoxide Readings CO (ppm)
if (survey2.CO_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "GCO";
md.MOND_RDNG = Convert.ToString(survey2.CO_t);
md.MOND_NAME = "Carbon Monoxide";
md.MOND_UNIT = "ppm";
md.MOND_INST = survey.gas_instr;
md.DateTime = dt;
MOND.Add(md);
}
//Photo Ionisations PID (ppm)
if (survey2.PID_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "PID";
md.MOND_RDNG = Convert.ToString(survey2.PID_t);
md.MOND_NAME = "Photoionization Detector";
md.MOND_UNIT = "ppm";
md.MOND_INST = survey.PID_instr;
md.DateTime = dt;
MOND.Add(md);
}
// VOC (ppm)
if (survey2.voc_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "VOC";
md.MOND_RDNG = Convert.ToString(survey2.voc_t);
md.MOND_NAME = "Volatile Organic Compounds";
md.MOND_UNIT = "ppm";
md.MOND_INST = survey.gas_instr;
md.DateTime = dt;
MOND.Add(md);
}
}
return(0);
}
private int AddPurge(MONG mg, LTM_Survey_Data survey)
{
// PH
if (survey.ph != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "PH";
md.MOND_RDNG = Convert.ToString(survey.ph);
md.MOND_UNIT = "PH";
md.MOND_INST = survey.gas_instr;
MOND.Add(md);
}
//Redox Potential
if (survey.redox_potential != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "RDX";
md.MOND_RDNG = Convert.ToString(survey.redox_potential);
md.MOND_UNIT = "mV";
md.MOND_INST = survey.gas_instr;
MOND.Add(md);
}
//Redox Potential from eh field
if (survey.eh != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "RDX";
md.MOND_RDNG = Convert.ToString(survey.eh);
md.MOND_NAME = "Redox Potential";
md.MOND_UNIT = "mV";
md.MOND_INST = survey.gas_instr;
MOND.Add(md);
}
// Electrical Conductivity
if (survey.conductivity != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "EC";
md.MOND_RDNG = Convert.ToString(survey.conductivity);
md.MOND_NAME = "Electrical Conductivity";
md.MOND_UNIT = "uS/cm";
md.MOND_INST = survey.gas_instr;
MOND.Add(md);
}
//Temperature (°C)
if (survey.temperature != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "DOWNTEMP";
md.MOND_RDNG = Convert.ToString(survey.temperature);
md.MOND_NAME = "Downhole temperature";
md.MOND_UNIT = "Deg C";
md.MOND_INST = survey.gas_instr;
MOND.Add(md);
}
//Dissolved oxygen (mg/l)
if (survey.dissolved_oxy != null)
{
MOND md = NewMOND(mg, survey);
md.MOND_TYPE = "DO";
md.MOND_RDNG = Convert.ToString(survey.dissolved_oxy);
md.MOND_NAME = "Dissolved Oxygen";
md.MOND_UNIT = "mg/l";
md.MOND_INST = survey.gas_instr;
MOND.Add(md);
}
return(0);
}
private async Task <int> AddMOND(ge_project project)
{
string[] AllPoints = new string[] { "" };
var resp = await new ge_gINTController(_context,
_authorizationService,
_userManager,
_env,
_ge_config
).getMONG(project.Id, AllPoints);
var okResult = resp as OkObjectResult;
if (okResult.StatusCode != 200)
{
return(-1);
}
MONG = okResult.Value as List <MONG>;
if (MONG == null)
{
return(-1);
}
resp = await new ge_gINTController(_context,
_authorizationService,
_userManager,
_env,
_ge_config
).getPOINT(project.Id, AllPoints);
okResult = resp as OkObjectResult;
if (okResult.StatusCode != 200)
{
return(-1);
}
POINT = okResult.Value as List <POINT>;
if (POINT == null)
{
return(-1);
}
MOND = new List <MOND>();
MONV = new List <MONV>();
int projectId = POINT.FirstOrDefault().gINTProjectID;
foreach (LTM_Survey_Data_Add survey in Survey_Data_Add)
{
if (survey == null)
{
continue;
}
POINT pt = POINT.Find(p => p.PointID == survey.hole_id);
if (pt == null)
{
if ((survey.package.Contains("A") && projectId == 1) ||
(survey.package.Contains("B") && projectId == 2) ||
(survey.package.Contains("C") && projectId == 3) ||
(survey.package.Contains("D") && projectId == 4))
{
Console.WriteLine("Package {0} survey.hole_id [{1}] not found", survey.package, survey.hole_id);
}
continue;
}
List <MONG> pt_mg = MONG.Where(m => m.PointID == survey.hole_id).ToList();
if (pt_mg.Count == 0)
{
Console.WriteLine("Package {0} monitoring point for survey.hole_id {1} not found", survey.package, survey.hole_id);
continue;
}
MONG mg = pt_mg.Find(m => m.ItemKey == survey.mong_ID);
if (mg == null)
{
mg = pt_mg.FirstOrDefault();
}
DateTime?survey_start = gINTDateTime(survey.date1_getDT());
if (survey_start == null)
{
continue;
}
DateTime survey_startDT = gINTDateTime(survey.time1_getDT()).Value;
DateTime survey_endDT = gINTDateTime(survey.time2_getDT()).Value;
// if (survey.globalid == new Guid("bf8e8e5f-7394-4363-bfc2-9bfe876b048a")) {
// Console.WriteLine ("{0} {1}", survey_startDT, survey.time1_getDT());
// }
MONV mv = NewMONV(pt, survey);
mv.MONV_STAR = survey_startDT;
mv.MONV_ENDD = survey_endDT;
mv.MONV_DIPR = survey.dip_req;
mv.MONV_GASR = survey.gas_mon;
mv.MONV_LOGR = survey.logger_downld_req;
mv.MONV_REMG = survey.gas_fail + " " + survey.gas_com;
mv.MONV_REMD = survey.dip_fail + " " + survey.dip_com;
mv.MONV_REML = survey.logger_fail + " " + survey.logger_com;
mv.MONV_REMS = survey.samp_fail + " " + survey.samp_com;
mv.PUMP_TYPE = survey.purg_pump + " " + survey.purg_pump_oth;
mv.MONV_WEAT = survey.weath;
mv.MONV_TEMP = survey.temp;
mv.MONV_WIND = survey.wind;
if (survey.dip_instr != null)
{
mv.DIP_SRLN = survey.dip_instr;
mv.DIP_CLBD = gINTDateTime(survey.dip_cali_d_getDT());
}
if (survey.interface_instr != null)
{
mv.DIP_SRLN = survey.interface_instr;
mv.DIP_CLBD = gINTDateTime(survey.interface_cali_d_getDT());
}
mv.FLO_SRLN = survey.purg_meter;
mv.FLO_CLBD = gINTDateTime(survey.purg_meter_cali_d_getDT());
mv.GAS_SRLN = survey.gas_instr;
mv.GAS_CLBD = gINTDateTime(survey.gas_cali_d_getDT());
mv.PID_SRLN = survey.PID_instr;
mv.PID_CLBD = gINTDateTime(survey.PID_cali_d_getDT());
mv.RND_REF = survey.mon_rd_nb;
mv.MONV_DATM = survey.dip_datum;
mv.AIR_PRESS = survey.atmo_pressure;
mv.AIR_TEMP = survey.atmo_temp;
mv.PIPE_DIA = survey.pipe_diam;
if (survey.dip_datum_offset != null)
{
mv.MONV_DIS = ((float)survey.dip_datum_offset.Value) / 100f;
}
mv.MONV_MENG = survey.Creator;
MONV.Add(mv);
// if (IgnoreDataRepeat_GlobalId.Contains(survey.globalid)) {
// continue;
// }
if (survey.QA_status.Contains("Dip_Approved"))
{
AddDip(mg, survey);
}
if (survey.QA_status.Contains("Purge_Approved"))
{
AddPurge(mg, survey);
}
if (survey.QA_status.Contains("Gas_Approved"))
{
AddGas(mg, survey);
}
}
return(MOND.Count());
}
private MOND NewMOND(MONG mg, ge_log_reading read,
string instrument_name,
string round_ref,
string mond_type,
string mond_rem,
string mond_ref,
string value_name,
string mond_name,
string units,
string format,
float?GL,
string ge_source)
{
string value = null;
string format2 = "{0:" + format + "}";
if (read.NotDry == ge_log_constants.ISNOTDRY)
{
float?reading = read.getValue(value_name);
if (reading != null)
{
value = String.Format(format2, reading);
if (mond_type == "WLEV")
{
value = String.Format(format2, GL.Value - reading);
}
}
}
if (read.NotDry == ge_log_constants.ISDRY)
{
value = "Dry";
}
if (!String.IsNullOrEmpty(read.Remark))
{
mond_rem += " " + read.Remark;
}
if (String.IsNullOrEmpty(value))
{
return(null);
}
MOND md = new MOND {
gINTProjectID = mg.gINTProjectID,
PointID = mg.PointID,
ItemKey = mg.ItemKey,
MONG_DIS = mg.MONG_DIS,
MOND_TYPE = mond_type,
MOND_REF = mond_ref,
DateTime = read.ReadingDateTime,
MOND_UNIT = units,
MOND_RDNG = value,
MOND_INST = instrument_name,
MOND_NAME = mond_name,
MOND_REM = mond_rem,
RND_REF = round_ref,
ge_source = ge_source,
ge_otherId = read.Id.ToString()
};
return(md);
}
private async Task <List <MOND> > createMOND(ge_log_file log_file,
int page_size,
int page,
string round_ref,
DateTime?fromDT,
DateTime?toDT,
string ge_source = "ge_flow",
Boolean addWLEV = true)
{
// Find borehole in point table of gint database
string holeId = log_file.getBoreHoleId();
if (holeId == "")
{
return(null); // BadRequest ($"Borehole ref not provided");
}
POINT pt = await GetPointByHoleId(holeId);
if (pt == null)
{
return(null);// return BadRequest ($"Borehole ref {holeId} not found in {project.name}");
}
List <MONG> mgs = await GetParentsByHoleId(holeId);
// Find monitoring point in mong table of gint database
float probe_depth = log_file.getProbeDepth();
if (probe_depth == 0)
{
return(null); // return BadRequest ($"No probe depth provided for borehole ref {holeId} not found in {project.name}");
}
MONG mg = null;
string formatMATCH = "{0:00.0}";
if (mgs.Count == 1)
{
mg = mgs.FirstOrDefault();
}
else
{
foreach (MONG m in mgs)
{
if (m.MONG_DIS != null)
{
if (String.Format(formatMATCH, m.MONG_DIS.Value) == String.Format(formatMATCH, probe_depth))
{
mg = m;
break;
}
}
}
}
if (mg == null)
{
return(null); // return BadRequest ($"No installations in borehole ref {holeId} have a probe depth of {probe_depth} in {project.name}");
}
// Add all readings to new items in List<MOND>
List <MOND> MOND = new List <MOND>();
string device_name = log_file.getDeviceName();
float?gl = null;
if (pt.Elevation != null)
{
gl = Convert.ToSingle(pt.Elevation.Value);
}
if (gl == null && pt.LOCA_GL != null)
{
gl = Convert.ToSingle(pt.LOCA_GL.Value);
}
// int round_no = getInt32(round_ref);
string mond_rem_suffix = "";
string mond_ref = "";
if (ge_source == "ge_flow")
{
mond_rem_suffix = " flow meter reading";
}
if (ge_source == "ge_logger")
{
mond_rem_suffix = " datalogger reading";
}
List <ge_log_reading> readings2 = log_file.getIncludeReadingsPage(fromDT, toDT, page_size, page);
foreach (ge_log_reading reading in readings2)
{
foreach (value_header vh in log_file.field_headers)
{
if (ge_source == "ge_flow")
{
mond_ref = String.Format("Round {0} Seconds {1:00}", round_ref, reading.Duration);
}
if (vh.id == "WDEPTH" && vh.units == "m")
{
// Add MOND WDEP record
MOND md = NewMOND(mg, reading, device_name, round_ref, "WDEP", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Water Depth", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
if (gl != null && addWLEV == true)
{
// Add MOND WLEV record
MOND md2 = NewMOND(mg, reading, device_name, round_ref, "WLEV", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Water Level", vh.units, vh.format, gl, ge_source);
if (md2 != null)
{
MOND.Add(md2);
}
}
}
if (vh.id == "PH")
{
// Add MOND Potential Hydrogen
MOND md = NewMOND(mg, reading, device_name, round_ref, "PH", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
if (vh.id == "DO" && vh.units == "mg/l")
{
// Add MOND Disolved Oxygen
MOND md = NewMOND(mg, reading, device_name, round_ref, "DO", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Dissolved Oxygen", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
// if ((vh.id == "AEC" && vh.units == "μS/cm") |
// (vh.id == "AEC" & vh.units == "mS/cm")) {
// // Add MOND Electrical Conductivity
// MOND md = NewMOND (mg, reading, device_name, round_ref, "AEC", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Actual Electrical Conductivity", vh.units, vh.format, null, ge_source);
// if (md!=null) MOND.Add (md);
// }
//if (vh.id == "AEC" && (vh.units == "μS/cm" || vh.units == "mS/cm")) {
if (vh.id == "AEC")
{
// Add MOND Electrical Conductivity
MOND md = NewMOND(mg, reading, device_name, round_ref, "AEC", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Actual Electrical Conductivity", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
// if ((vh.id == "EC" && vh.units == "μS/cm")) {
if ((vh.id == "EC"))
{
// Add MOND Electrical Conductivity
MOND md = NewMOND(mg, reading, device_name, round_ref, "EC", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Electrical Conductivity", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
if (vh.id == "SAL" && vh.units == "g/cm3")
{
// Add MOND Salinity record
MOND md = NewMOND(mg, reading, device_name, round_ref, "SAL", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Salinity", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
if (vh.id == "TEMP" && vh.units == "Deg C")
{
// Add MOND Temp record
MOND md = NewMOND(mg, reading, device_name, round_ref, "DOWNTEMP", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Downhole Temperature", vh.units, vh.format, null, ge_source);
MOND.Add(md);
}
if (vh.id == "RDX" && vh.units == "mV")
{
// Add MOND Redox Salinity record
MOND md = NewMOND(mg, reading, device_name, round_ref, "RDX", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Redox Potential", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
if (vh.id == "TURB" && vh.units == "NTU")
{
// Add MOND Salinity record
MOND md = NewMOND(mg, reading, device_name, round_ref, "TURB", mg.MONG_TYPE + mond_rem_suffix, mond_ref, vh.db_name, "Turbity", vh.units, vh.format, null, ge_source);
if (md != null)
{
MOND.Add(md);
}
}
}
}
return(MOND);
}
} // Editor, esriFieldTypeString, Editor, sqlTypeOther, 128
public int AddGas(MONG mg, LTM_Survey_Data2 survey, LTM_Survey_Data_Repeat2 survey2, List <MOND> MOND)
{
DateTime survey_startDT = gINTDateTime(survey.date1_getDT()).Value;
if (survey2.elapse_t == null)
{
return(0);
}
int elapsed = survey2.elapse_t.Value;
//DateTime dt = survey_start.Value.AddSeconds(elapsed);
DateTime dt = survey_startDT.AddSeconds(elapsed);
if (survey.gas_repeat_tstart != null)
{
dt = gINTDateTime(survey.gas_repeat_tstart_getDT()).Value.AddSeconds(elapsed);
}
// Gas flow (l/h)
// if (survey2.gas_flow_t != null) {
// MOND md = NewMOND(mg, survey, survey2);
// md.MOND_TYPE = "GFLO";
// md.MOND_RDNG = Convert.ToString(survey2.gas_flow_t);
// md.MOND_NAME = "Gas flow rate";
// md.MOND_UNIT = "l/h";
// md.MOND_INST = survey.gas_instr;
// md.DateTime = dt;
// MOND.Add(md);
// }
// Methane reading Limit CH4 LEL (%)
if (survey2.CH4_lel_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "GM";
md.MOND_RDNG = Convert.ToString(survey2.CH4_lel_t);
md.MOND_NAME = "Methane as percentage of LEL (Lower Explosive Limit)";
md.MOND_UNIT = "%vol";
md.MOND_INST = IfOther(survey.gas_instr, survey.gas_instr_other);
md.DateTime = dt;
MOND.Add(md);
}
// Methane reading CH4 (% v/v)
if (survey2.CH4_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "TGM";
md.MOND_RDNG = Convert.ToString(survey2.CH4_t);
md.MOND_NAME = "Total Methane";
md.MOND_UNIT = "%vol";
md.MOND_INST = IfOther(survey.gas_instr, survey.gas_instr_other);
md.DateTime = dt;
MOND.Add(md);
}
// Carbon Dioxide reading CO2 (% v/v)
if (survey2.CO2_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "GCD";
md.MOND_RDNG = Convert.ToString(survey2.CO2_t);
md.MOND_NAME = "Carbon Dioxide";
md.MOND_UNIT = "%vol";
md.MOND_INST = IfOther(survey.gas_instr, survey.gas_instr_other);
md.DateTime = dt;
MOND.Add(md);
}
//Oxygen Reading O2 (% v/v)
if (survey2.O2_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "GOX";
md.MOND_RDNG = Convert.ToString(survey2.O2_t);
md.MOND_NAME = "Oxygen";
md.MOND_UNIT = "%vol";
md.MOND_INST = IfOther(survey.gas_instr, survey.gas_instr_other);
md.DateTime = dt;
MOND.Add(md);
}
//Hydrogen Sulphide H2S (ppm)
if (survey2.H2S_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "HYS";
md.MOND_RDNG = Convert.ToString(survey2.H2S_t);
md.MOND_NAME = "Hydrogen Sulphide";
md.MOND_UNIT = "ppm";
md.MOND_INST = IfOther(survey.gas_instr, survey.gas_instr_other);
md.DateTime = dt;
MOND.Add(md);
}
//Carbon Monoxide Readings CO (ppm)
if (survey2.CO_t != null)
{
MOND md = NewMOND(mg, survey, survey2);
md.MOND_TYPE = "GCO";
md.MOND_RDNG = Convert.ToString(survey2.CO_t);
md.MOND_NAME = "Carbon Monoxide";
md.MOND_UNIT = "ppm";
md.MOND_INST = IfOther(survey.gas_instr, survey.gas_instr_other);
md.DateTime = dt;
MOND.Add(md);
}
return(0);
}
