public BudgetComponentMonitor()
{
MonitorName = "BudgetComponentMonitor";
#region ET BUDGETS
var root_et = new MonitorItemCollection("ET Budgets");
_Roots.Add(root_et);
MonitorItem basinpervet = new MonitorItem("Pervious Areas ET")
{
VariableIndex = 1,
Group = _In_Group
};
MonitorItem basinimpervevap = new MonitorItem("Impervious Areas ET")
{
VariableIndex = 2,
Group = _In_Group
};
MonitorItem basinintcpevap = new MonitorItem("Intercepted Precipitation ET")
{
VariableIndex = 3,
Group = _In_Group
};
MonitorItem basinsnowevap = new MonitorItem("Snowpack Sublimation ET")
{
VariableIndex = 4,
Group = _In_Group
};
MonitorItem uzfet = new MonitorItem(UZF_ET)
{
VariableIndex = 58,
Group = _In_Group
};
MonitorItem satet = new MonitorItem("Saturated zones ET")
{
VariableIndex = 59,
Group = _In_Group
};
var lakes_et = new MonitorItem(LAKET)
{
VariableIndex = 51,
Group = _In_Group
};
var sfr_et = new MonitorItem(SFRET)
{
VariableIndex = 64,
Group = _In_Group
};
var canal_et = new MonitorItem(CANAL_ET)
{
VariableIndex = 70,
Group = _In_Group
};
MonitorItem et_total_in = new MonitorItem("Total ET")
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { 1, 2, 3, 4, 58, 59, 51, 64, 70 }
};
root_et.Children.Add(basinpervet);
root_et.Children.Add(basinimpervevap);
root_et.Children.Add(basinintcpevap);
root_et.Children.Add(basinsnowevap);
root_et.Children.Add(uzfet);
root_et.Children.Add(satet);
root_et.Children.Add(lakes_et);
root_et.Children.Add(sfr_et);
root_et.Children.Add(canal_et);
root_et.Children.Add(et_total_in);
#endregion
#region Irrigation BUDGETS
var root_irrigation = new MonitorItemCollection("Irrigation Budgets");
MonitorItem ir_div = new MonitorItem(IR_DIV)
{
VariableIndex = 66,
Group = _In_Group,
};
MonitorItem ir_pump = new MonitorItem(IR_PUMP)
{
VariableIndex = 67,
Group = _In_Group,
};
MonitorItem ir_industry = new MonitorItem(IR_Industry)
{
VariableIndex = 68,
Group = _In_Group,
};
MonitorItem canal_drain = new MonitorItem(Canal_Drainage)
{
VariableIndex = 69,
Group = _Out_Group,
};
MonitorItem canal_et_ir = new MonitorItem(IR_CANAL_ET)
{
VariableIndex = 70,
Group = _Out_Group,
};
MonitorItem canal_stor = new MonitorItem(Canal_Storage)
{
VariableIndex = 71,
Group = _Storage_Group,
};
MonitorItem canal_ds = new MonitorItem(Canal_DS)
{
VariableIndex = 72,
Group = _Total_Group,
};
MonitorItem ir_totalin = new MonitorItem("Total Irrigation In")
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { ir_div.VariableIndex, ir_pump.VariableIndex, ir_industry.VariableIndex }
};
root_irrigation.Children.Add(ir_div);
root_irrigation.Children.Add(ir_pump);
root_irrigation.Children.Add(ir_industry);
root_irrigation.Children.Add(canal_drain);
root_irrigation.Children.Add(canal_et_ir);
root_irrigation.Children.Add(canal_stor);
root_irrigation.Children.Add(canal_ds);
root_irrigation.Children.Add(ir_totalin);
_Roots.Add(root_irrigation);
#endregion
#region HRU BUDGETS
var root_hru = new MonitorItemCollection("HRU Water Budgets");
_Roots.Add(root_hru);
var basinsoilmoist = new MonitorItem("Capillary Reservoirs Storage")
{
VariableIndex = 14,
Group = _Storage_Group
};
var basingravstor = new MonitorItem("Gravity Reservoirs Storage")
{
VariableIndex = 15,
Group = _Storage_Group
};
var pc_stor = new MonitorItem("Plant Canopy Reservoirs Storage")
{
VariableIndex = 17,
Group = _Storage_Group
};
var im_stor = new MonitorItem("Impervious Reservoirs Storage")
{
VariableIndex = 18,
Group = _Storage_Group
};
var sn_stor = new MonitorItem("Snowpack")
{
VariableIndex = 19,
Group = _Storage_Group
};
MonitorItem hru_stor = new MonitorItem(HRU_STORAGE)
{
VariableIndex = -1,
Group = _Storage_Group,
Derivable = true,
DerivedIndex = new int[] { basinsoilmoist.VariableIndex, basingravstor.VariableIndex, pc_stor.VariableIndex, im_stor.VariableIndex, sn_stor.VariableIndex }
};
var sfr_inflow = new MonitorItem(SFR_INFLOW)
{
VariableIndex = 62,
Group = _In_Group
};
var ppt = new MonitorItem(Daily_PPT)
{
VariableIndex = 0,
Group = _In_Group
};
// "Groundwater Discharge from SAT to Soil Zone";
var basingw2sz_hru = new MonitorItem(BASINGW2SZ_HRU)
{
VariableIndex = 7,
Group = _In_Group
};
// "Rejected Gravity Drainage by UZ/SAT";
var basinszreject = new MonitorItem(BASINSZREJECT)
{
VariableIndex = 25,
Group = _In_Group
};
// "Pervious Areas ET";
MonitorItem basinpervet_hru = new MonitorItem(BASINPERVET_HRU)
{
VariableIndex = 1,
Group = _Out_Group
};
//"Impervious Areas ET";
MonitorItem basinimpervevap_hru = new MonitorItem(BASINIMPERVEVAP_HRU)
{
VariableIndex = 2,
Group = _Out_Group
};
// "Intercepted Precipitation ET";
MonitorItem basinintcpevap_hru = new MonitorItem(BASININTCPEVAP_HRU)
{
VariableIndex = 3,
Group = _Out_Group
};
//"Snowpack Sublimation";
MonitorItem basinsnowevap_hru = new MonitorItem(BASINSNOWEVAP_HRU)
{
VariableIndex = 4,
Group = _Out_Group
};
// "Slow interflow to streams";
MonitorItem basininterflow = new MonitorItem(BASININTERFLOW)
{
VariableIndex = 20,
Group = _Out_Group
};
//"Hortonian and Dunnian surface runoff to streams";
MonitorItem basinsroff = new MonitorItem(BASINSROFF)
{
VariableIndex = 21,
Group = _Out_Group
};
// "Gravity drainage from the soil zone to UZ";
MonitorItem basinsz2gw = new MonitorItem(BASINSZ2GW)
{
VariableIndex = 6,
Group = _Out_Group
};
MonitorItem basinhortonianlakes = new MonitorItem(BASINHORTONIANLAKES)
{
VariableIndex = 49,
Group = _Out_Group
};
// "Dunnian runoff and interflow to lakes";
MonitorItem basinlakeinsz = new MonitorItem(BASINLAKEINSZ)
{
VariableIndex = 50,
Group = _Out_Group
};
MonitorItem hru_in = new MonitorItem(HRU_IN)
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { 0, 7, 25, ir_div.VariableIndex, ir_pump.VariableIndex }
};
MonitorItem hru_out = new MonitorItem(HRU_OUT)
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { basinpervet_hru.VariableIndex, basinimpervevap_hru.VariableIndex,
basinintcpevap_hru.VariableIndex, basinsnowevap_hru.VariableIndex, basinsz2gw.VariableIndex, basininterflow.VariableIndex,
basinsroff.VariableIndex, basinhortonianlakes.VariableIndex, basinlakeinsz.VariableIndex }
};
SequenceMonitorItem hru_ds = new SequenceMonitorItem(HRU_DS)
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true
};
hru_ds.Source = hru_stor;
AggregatedMonitorItem hru_error = new AggregatedMonitorItem(HRU_ERROR)
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true
};
hru_error.Source.AddRange(new MonitorItem[] { hru_in, hru_out, hru_ds });
hru_error.SourceSign.AddRange(new int[] { -1, 1, 1 });
root_hru.Children.Add(basinsoilmoist);
root_hru.Children.Add(basingravstor);
root_hru.Children.Add(pc_stor);
root_hru.Children.Add(im_stor);
root_hru.Children.Add(sn_stor);
root_hru.Children.Add(hru_stor);
root_hru.Children.Add(sfr_inflow);
root_hru.Children.Add(ppt);
root_hru.Children.Add(basingw2sz_hru);
root_hru.Children.Add(basinszreject);
root_hru.Children.Add(basinpervet_hru);
root_hru.Children.Add(basinimpervevap_hru);
root_hru.Children.Add(basinintcpevap_hru);
root_hru.Children.Add(basinsnowevap_hru);
root_hru.Children.Add(basininterflow);
root_hru.Children.Add(basinsroff);
root_hru.Children.Add(basinsz2gw);
root_hru.Children.Add(basinhortonianlakes);
root_hru.Children.Add(hru_in);
root_hru.Children.Add(hru_out);
root_hru.Children.Add(hru_ds);
root_hru.Children.Add(hru_error);
#endregion
#region SOIL ZONE BUDGETS
var root_soil = new MonitorItemCollection("Soil Zone Water Budgets");
_Roots.Add(root_soil);
MonitorItem soil_stor = new MonitorItem("Total Soil Zone Storage")
{
VariableIndex = -1,
Group = _Storage_Group,
Derivable = true,
DerivedIndex = new int[] { basinsoilmoist.VariableIndex, basingravstor.VariableIndex }
};
root_soil.Children.Add(basinsoilmoist);
root_soil.Children.Add(basingravstor);
root_soil.Children.Add(soil_stor);
// "Groundwater Discharge from SAT to Soil Zone";
MonitorItem basingw2sz = new MonitorItem(BASINGW2SZ_HRU)
{
VariableIndex = 7,
Group = _In_Group,
};
//"Soil infiltration"
MonitorItem basininfil = new MonitorItem("Soil infiltration")
{
VariableIndex = 39,
Group = _In_Group,
};
root_soil.Children.Add(basingw2sz);
root_soil.Children.Add(basininfil);
root_soil.Children.Add(basinszreject);
//"Pervious Areas ET";
MonitorItem basinpervet_soil = new MonitorItem(BASINPERVET_HRU)
{
VariableIndex = 1,
Group = _Out_Group
};
//"Dunnian runoff to streams"
MonitorItem basindunnian = new MonitorItem("Dunnian runoff to streams")
{
VariableIndex = 40,
Group = _Out_Group
};
// "Gravity drainage from the soil zone to UZ";
MonitorItem basinsoiltogw = new MonitorItem(BASINSZ2GW)
{
VariableIndex = 6,
Group = _Out_Group
};
root_soil.Children.Add(basininterflow);
root_soil.Children.Add(basinsz2gw);
root_soil.Children.Add(basinpervet_soil);
root_soil.Children.Add(basindunnian);
root_soil.Children.Add(basinsoiltogw);
root_soil.Children.Add(basinlakeinsz);
SequenceMonitorItem soil_ds = new SequenceMonitorItem("Soil Zone Storage Change")
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true
};
soil_ds.Source = soil_stor;
MonitorItem soil_in = new MonitorItem("Total Soil In")
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { basingw2sz.VariableIndex, basininfil.VariableIndex, basinszreject.VariableIndex }
};
MonitorItem soil_out = new MonitorItem("Total Soil Out")
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { basininterflow.VariableIndex, basinsz2gw.VariableIndex,
basinpervet_soil.VariableIndex, basindunnian.VariableIndex, basinsoiltogw.VariableIndex, basinlakeinsz.VariableIndex }
};
AggregatedMonitorItem soil_error = new AggregatedMonitorItem("Total Soil Budget Error")
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true
};
soil_error.Source.AddRange(new MonitorItem[] { soil_in, soil_out, soil_ds });
soil_error.SourceSign.AddRange(new int[] { -1, 1, 1 });
root_soil.Children.Add(soil_ds);
root_soil.Children.Add(soil_in);
root_soil.Children.Add(soil_out);
root_soil.Children.Add(soil_error);
#endregion
#region UZF BUDGETS
var root_uzf = new MonitorItemCollection("Unsaturated Zone Water Budgets");
_Roots.Add(root_uzf);
// "Infiltration to UZ and SZ zones";
MonitorItem uzf_infil = new MonitorItem(UZF_INFIL)
{
VariableIndex = 28,
Group = _In_Group,
};
root_uzf.Children.Add(uzf_infil);
MonitorItem uzf_et = new MonitorItem(UZF_ET)
{
VariableIndex = 58,
Group = _Out_Group,
};
//"Recharge from UZ to SZ";
MonitorItem uzf_recharge = new MonitorItem(UZF_RECHARGE)
{
VariableIndex = 10,
Group = _Out_Group,
};
root_uzf.Children.Add(uzf_et);
root_uzf.Children.Add(uzf_recharge);
MonitorItem uzf_del_stor = new MonitorItem(UZF_DS)
{
VariableIndex = 29,
Group = _Total_Group,
};
MonitorItem uzf_totalin = new MonitorItem(UZF_IN)
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { uzf_infil.VariableIndex }
};
MonitorItem uzf_totalout = new MonitorItem(UZF_OUT)
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { uzf_et.VariableIndex, uzf_recharge.VariableIndex }
};
AggregatedMonitorItem uzf_error = new AggregatedMonitorItem(UZF_ERROR)
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true
};
uzf_error.Source.AddRange(new MonitorItem[] { uzf_totalin, uzf_totalout, uzf_del_stor });
uzf_error.SourceSign.AddRange(new int[] { -1, 1, 1 });
root_uzf.Children.Add(uzf_del_stor);
root_uzf.Children.Add(uzf_totalin);
root_uzf.Children.Add(uzf_totalout);
root_uzf.Children.Add(uzf_error);
#endregion
#region SATURATED ZONE BUDGETS
var root_sat = new MonitorItemCollection("Saturated Zone Water Budgets");
_Roots.Add(root_sat);
//"Recharge from UZ to SAT"
MonitorItem uzf_recharge_sat = new MonitorItem(UZF_RECHARGE)
{
VariableIndex = 10,
Group = _In_Group,
};
MonitorItem gw_inout = new MonitorItem(GW_INOUT)
{
VariableIndex = 8,
Group = _In_Group,
};
MonitorItem stream_leakage = new MonitorItem(STREAM_LEAKAGE)
{
VariableIndex = 9,
Group = _In_Group,
};
root_sat.Children.Add(uzf_recharge_sat);
root_sat.Children.Add(gw_inout);
root_sat.Children.Add(stream_leakage);
//Groundwater Discharge from SAT to Soil Zone
MonitorItem basingw2sz_sat = new MonitorItem(BASINGW2SZ_HRU)
{
VariableIndex = 7,
Group = _Out_Group,
};
MonitorItem sat_et = new MonitorItem(SAT_ET)
{
VariableIndex = 59,
Group = _Out_Group,
};
root_sat.Children.Add(basingw2sz_sat);
root_sat.Children.Add(sat_et);
//"Total Storage Change in SAT"
MonitorItem sat_change_stor = new MonitorItem(SAT_CHANGE_STOR)
{
VariableIndex = 31,
Group = _Total_Group,
};
MonitorItem sat_totalin = new MonitorItem("Total SAT In")
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { uzf_recharge_sat.VariableIndex, gw_inout.VariableIndex, stream_leakage.VariableIndex }
};
MonitorItem sat_totalout = new MonitorItem("Total SAT Out")
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true,
DerivedIndex = new int[] { basingw2sz_sat.VariableIndex }
};
AggregatedMonitorItem sat_error = new AggregatedMonitorItem("Total SAT Budget Error")
{
VariableIndex = -1,
Group = _Total_Group,
Derivable = true
};
sat_error.Source.AddRange(new MonitorItem[] { sat_totalin, sat_totalout, sat_change_stor });
sat_error.SourceSign.AddRange(new int[] { -1, 1, 1 });
root_sat.Children.Add(sat_change_stor);
root_sat.Children.Add(sat_totalin);
root_sat.Children.Add(sat_totalout);
root_sat.Children.Add(sat_error);
#endregion
foreach (var item in root_et.Children)
{
item.SequenceType = SequenceType.StepbyStep;
item.Monitor = this;
}
foreach (var item in root_irrigation.Children)
{
item.Monitor = this;
item.SequenceType = SequenceType.StepbyStep;
}
foreach (var item in root_hru.Children)
{
item.Monitor = this;
item.SequenceType = SequenceType.StepbyStep;
}
foreach (var item in root_soil.Children)
{
item.SequenceType = SequenceType.StepbyStep;
item.Monitor = this;
}
foreach (var item in root_uzf.Children)
{
item.Monitor = this;
item.SequenceType = SequenceType.StepbyStep;
}
foreach (var item in root_sat.Children)
{
item.SequenceType = SequenceType.StepbyStep;
item.Monitor = this;
}
_Watcher = new CSVWatcher();
}
public void InitMonitor(string filename)
{
if (File.Exists(filename))
{
var root = new MonitorItemCollection("Modflow Water Budgets");
var fs = new FileStream(filename, FileMode.Open, FileAccess.Read, FileShare.ReadWrite);
var sr = new StreamReader(fs, Encoding.Default);
string line = "";
// Find steady state budgets and skip it
while (!sr.EndOfStream)
{
line = sr.ReadLine();
if (!string.IsNullOrEmpty(line))
{
if (line.Contains("VOLUMETRIC BUDGET FOR ENTIRE MODEL AT END OF TIME STEP"))
{
break;
}
}
}
while (!sr.EndOfStream)
{
line = sr.ReadLine();
if (!string.IsNullOrEmpty(line))
{
if (line.Contains("VOLUMETRIC BUDGET FOR ENTIRE MODEL AT END OF TIME STEP"))
{
for (int i = 0; i < 7; i++)
{
sr.ReadLine();
}
for (int i = 0; i < 30; i++)
{
line = sr.ReadLine();
if (TypeConverterEx.IsNull(line))
{
goto Found;
}
else
{
var buf = TypeConverterEx.Split <string>(line);
string var_nm = buf[0] + " IN";
if (buf.Length == 8)
{
var_nm = buf[0] + " " + buf[1] + " IN";
}
MonitorItem item = new MonitorItem(var_nm)
{
VariableIndex = i,
Group = FileMonitor._In_Group,
SequenceType = SequenceType.StepbyStep
};
root.Children.Add(item);
}
}
}
}
}
Found:
fs.Close();
sr.Close();
var nvar = root.Children.Count;
for (int i = nvar; i < nvar * 2; i++)
{
var nn = root.Children[i - nvar].Name.Replace("IN", "OUT");
MonitorItem item = new MonitorItem(nn)
{
VariableIndex = i,
Group = FileMonitor._Out_Group,
SequenceType = SequenceType.StepbyStep
};
root.Children.Add(item);
}
//"Total SAT IN"
var total_in = new MonitorItem(FileMonitor.SAT_IN)
{
VariableIndex = nvar * 2,
Group = FileMonitor._Total_Group,
SequenceType = SequenceType.StepbyStep
};
// "Total SAT OUT"
var total_out = new MonitorItem(FileMonitor.SAT_OUT)
{
VariableIndex = nvar * 2 + 1,
Group = FileMonitor._Total_Group,
SequenceType = SequenceType.StepbyStep
};
//"Total Storage Change"
var ds = new MonitorItem(FileMonitor.SAT_DS)
{
VariableIndex = nvar * 2 + 2,
Group = FileMonitor._Total_Group,
SequenceType = SequenceType.StepbyStep
};
//"Total Budget Error"
var error = new MonitorItem(FileMonitor.SAT_ERROR)
{
VariableIndex = nvar * 2 + 3,
Group = FileMonitor._Total_Group,
SequenceType = SequenceType.StepbyStep
};
root.Children.Add(total_in);
root.Children.Add(total_out);
root.Children.Add(ds);
root.Children.Add(error);
foreach (var item in root.Children)
{
item.SequenceType = SequenceType.StepbyStep;
item.Monitor = _MFMonitor;
}
_MFMonitor.Root.Clear();
_MFMonitor.Root.Add(root);
}
}
public BasinBudgetMonitor()
{
Correct = false;
MonitorName = "BasinBudgetMonitor";
var root = new MonitorItemCollection("Basin Water Budgets");
_Roots.Add(root);
MonitorItem ppt = new MonitorItem(PPT)
{
VariableIndex = 0,
Group = _In_Group
};
MonitorItem sr_in = new MonitorItem(Streams_Inflow)
{
VariableIndex = 1,
Group = _In_Group
};
MonitorItem gw_in = new MonitorItem(Groundwater_Inflow)
{
VariableIndex = 2,
Group = _In_Group
};
MonitorItem wells_in = new MonitorItem(Wells_In)
{
VariableIndex = 3,
Group = _In_Group
};
MonitorItem lakes_in = new MonitorItem(Lakes_Inflow)
{
VariableIndex = 4,
Group = _In_Group
};
root.Children.Add(ppt);
root.Children.Add(sr_in);
root.Children.Add(gw_in);
root.Children.Add(lakes_in);
MonitorItem et_out = new MonitorItem(Evapotranspiration)
{
VariableIndex = 5,
Group = _Out_Group
};
MonitorItem evap_out = new MonitorItem(Evaporation)
{
VariableIndex = 6,
Group = _Out_Group
};
MonitorItem sr_out = new MonitorItem(Streams_Outflow)
{
VariableIndex = 7,
Group = _Out_Group
};
MonitorItem gw_out = new MonitorItem(Groundwater_Outflow)
{
VariableIndex = 8,
Group = _Out_Group
};
MonitorItem lake_out = new MonitorItem(Lakes_Outflow)
{
VariableIndex = 9,
Group = _Out_Group
};
root.Children.Add(et_out);
root.Children.Add(evap_out);
root.Children.Add(sr_out);
root.Children.Add(gw_out);
root.Children.Add(lake_out);
MonitorItem land_ds = new MonitorItem(LAND_SURFACE_Zone_DS)
{
VariableIndex = 10,
Group = _Ds_Group
};
MonitorItem soil_ds = new MonitorItem(Soil_Zone_DS)
{
VariableIndex = 11,
Group = _Ds_Group
};
MonitorItem uz_ds = new MonitorItem(Unsaturated_Zone_DS)
{
VariableIndex = 12,
Group = _Ds_Group
};
MonitorItem sa_ds = new MonitorItem(Saturated_Zone_DS)
{
VariableIndex = 13,
Group = _Ds_Group
};
MonitorItem lake_ds = new MonitorItem(Lakes_Zone_DS)
{
VariableIndex = 14,
Group = _Ds_Group
};
MonitorItem canal_ds = new MonitorItem(Canals_Zone_DS)
{
VariableIndex = 15,
Group = _Ds_Group
};
root.Children.Add(land_ds);
root.Children.Add(soil_ds);
root.Children.Add(uz_ds);
root.Children.Add(sa_ds);
root.Children.Add(lake_ds);
root.Children.Add(canal_ds);
MonitorItem total_in = new MonitorItem("Total In")
{
VariableIndex = 16,
Group = _Total_Group
};
MonitorItem total_out = new MonitorItem("Total Out")
{
VariableIndex = 17,
Group = _Total_Group
};
MonitorItem total_ds = new MonitorItem(Total_Storage_Change)
{
VariableIndex = 18,
Group = _Total_Group
};
MonitorItem total_error = new MonitorItem("Total Budget Error")
{
VariableIndex = 19,
Group = _Total_Group
};
MonitorItem total_dis = new MonitorItem("Percent Discrepancy")
{
VariableIndex = 20,
Group = _Total_Group
};
root.Children.Add(total_in);
root.Children.Add(total_out);
root.Children.Add(total_ds);
root.Children.Add(total_error);
root.Children.Add(total_dis);
foreach (var item in root.Children)
{
item.Monitor = this;
item.SequenceType = SequenceType.Accumulative;
}
_Watcher = new CSVWatcher();
}
public IrrigationMonitor()
{
MonitorName = "IrrigationMonitor";
var root = new MonitorItemCollection("Irrigation Water Budgets");
_Roots.Add(root);
MonitorItem div = new MonitorItem("Diversion")
{
VariableIndex = 0,
Group = _In_Group,
SequenceType = SequenceType.StepbyStep
};
MonitorItem pump = new MonitorItem(IR_PUMP)
{
VariableIndex = 1,
Group = _In_Group,
SequenceType = SequenceType.StepbyStep
};
MonitorItem industry = new MonitorItem("Industry")
{
VariableIndex = 2,
Group = _In_Group,
SequenceType = SequenceType.StepbyStep
};
MonitorItem canal_inflow = new MonitorItem("Canal Inflow")
{
VariableIndex = 6,
Group = _In_Group,
SequenceType = SequenceType.StepbyStep
};
MonitorItem canal_drain = new MonitorItem("Canal Drain")
{
VariableIndex = 7,
Group = _Out_Group,
SequenceType = SequenceType.Accumulative
};
MonitorItem canal_et = new MonitorItem("Canal ET")
{
VariableIndex = 8,
Group = _Out_Group,
SequenceType = SequenceType.StepbyStep
};
MonitorItem canal_stor = new MonitorItem("Canal Storage")
{
VariableIndex = 9,
Group = _Ds_Group,
SequenceType = SequenceType.StepbyStep
};
root.Children.Add(div);
root.Children.Add(pump);
root.Children.Add(industry);
root.Children.Add(canal_inflow);
root.Children.Add(canal_drain);
root.Children.Add(canal_et);
root.Children.Add(canal_stor);
foreach (var item in root.Children)
{
item.Monitor = this;
}
this.Watcher = new TxtWatcher();
}
