private MONV NewMONV(POINT pt, LTM_Survey_Data survey)
{
int round = convertToInt16(survey.mon_rd_nb, "R", -999);
MONV mv = new MONV {
ge_source = "esri_survey",
ge_otherId = Convert.ToString(survey.globalid),
gINTProjectID = pt.gINTProjectID,
PointID = pt.PointID,
DateTime = gINTDateTime(survey.time1_getDT()),
RND_REF = String.Format("{0:00}", round),
MONV_REF = String.Format("Round {0:00}", round)
};
return(mv);
}
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);
}