public TSIForm(string VIN, DynoCmd dynoCmd, MainSetting mainCfg, ModelLocal db, EnvironmentData envData, Logger log)
{
InitializeComponent();
_lastHeight = Height;
_VIN = VIN;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_db = db;
_envData = envData;
_log = log;
EmissionInfo ei = new EmissionInfo();
_db.GetEmissionInfoFromVIN(_VIN, ei);
_RatedRPM = ei.RatedRPM;
_dtRealTime = new DataTable("TSIRealTime");
_dtRealTime.Columns.Add("VIN");
_dtRealTime.Columns.Add("StartTime");
_dtRealTime.Columns.Add("TimeSN");
_dtRealTime.Columns.Add("Step");
_dtRealTime.Columns.Add("RPM");
_dtRealTime.Columns.Add("CurrentStageTime");
_dtRealTime.Columns.Add("Lambda");
_dtRealTime.Columns.Add("OilTemp");
_dtRealTime.Columns.Add("HResult");
_dtRealTime.Columns.Add("LResult");
_resultData = new TSIResultData();
_timer = new System.Timers.Timer(_mainCfg.RealtimeInterval);
_timer.Elapsed += OnTimer;
_timer.AutoReset = true;
f_result = new TSIResultForm();
}
public SelfcheckForm(DynoCmd dynoCmd, MainSetting mainCfg, List <bool> selfChecks, EnvironmentData envData, bool bDiesel)
{
InitializeComponent();
_lastHeight = Height;
_dynoCmd = dynoCmd;
_dicResults = new Dictionary <Form, bool>();
_dicStops = new Dictionary <Form, bool>();
_envData = envData;
_selfChecks = selfChecks;
f_gasBoxSelfcheck = new GasBoxSelfcheckSubForm(_dynoCmd, mainCfg, _dicResults, _dicStops, bDiesel);
f_flowmeterSelfcheck = new FlowmeterSelfcheckSubForm(_dynoCmd, mainCfg, _dicResults, _dicStops);
f_smokerSelfcheck = new SmokerSelfcheckSubForm(_dynoCmd, mainCfg, _dicResults, _dicStops);
f_oilTempSelfcheck = new OilTempSelfcheckSubForm(_dynoCmd, mainCfg, _dicResults, _dicStops);
f_tachometerSelfcheck = new TachometerSelfcheckSubForm(_dynoCmd, mainCfg, _dicResults, _dicStops);
f_weatherSelfcheck = new WeatherSelfcheckSubForm(_dynoCmd, mainCfg, _dicResults, _dicStops, _envData);
f_gasBoxSelfcheck.SelfcheckDone += OnSelfcheckDone;
f_flowmeterSelfcheck.SelfcheckDone += OnSelfcheckDone;
f_smokerSelfcheck.SelfcheckDone += OnSelfcheckDone;
f_oilTempSelfcheck.SelfcheckDone += OnSelfcheckDone;
f_tachometerSelfcheck.SelfcheckDone += OnSelfcheckDone;
f_weatherSelfcheck.SelfcheckDone += OnSelfcheckDone;
_dicResults.Add(f_gasBoxSelfcheck, !selfChecks[0]);
_dicResults.Add(f_flowmeterSelfcheck, !selfChecks[1]);
_dicResults.Add(f_smokerSelfcheck, !selfChecks[2]);
_dicResults.Add(f_oilTempSelfcheck, !selfChecks[3]);
_dicResults.Add(f_tachometerSelfcheck, !selfChecks[4]);
_dicResults.Add(f_weatherSelfcheck, !selfChecks[5]);
_dicStops.Add(f_gasBoxSelfcheck, false);
_dicStops.Add(f_flowmeterSelfcheck, false);
_dicStops.Add(f_smokerSelfcheck, false);
_dicStops.Add(f_oilTempSelfcheck, false);
_dicStops.Add(f_tachometerSelfcheck, false);
_dicStops.Add(f_weatherSelfcheck, false);
_buttonsOrder = new Button[] { btn1GasBox, btn2Flowmeter, btn3Smoker, btn4OilTemp, btn5Tachometer, btn6Weather };
for (int i = 0; i < selfChecks.Count; i++)
{
if (_buttonsOrder.Length > i)
{
_buttonsOrder[i].Enabled = selfChecks[i];
}
}
_dicSubForms = new Dictionary <Button, Form> {
{ btn1GasBox, f_gasBoxSelfcheck },
{ btn2Flowmeter, f_flowmeterSelfcheck },
{ btn3Smoker, f_smokerSelfcheck },
{ btn4OilTemp, f_oilTempSelfcheck },
{ btn5Tachometer, f_tachometerSelfcheck },
{ btn6Weather, f_weatherSelfcheck }
};
}
public WeatherSelfcheckSubForm(DynoCmd dynoCmd, MainSetting mainCfg, Dictionary <Form, bool> dicResults, Dictionary <Form, bool> dicStops, EnvironmentData envData)
{
InitializeComponent();
_lastHeight = Height;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_dicResults = dicResults;
_dicStops = dicStops;
_envData = envData;
_timer = new System.Timers.Timer(_mainCfg.RealtimeInterval);
_timer.Elapsed += OnTimer;
_timer.AutoReset = true;
}
public ASMForm(string VIN, DynoCmd dynoCmd, MainSetting mainCfg, ModelLocal db, EnvironmentData envData, Logger log)
{
InitializeComponent();
_lastHeight = Height;
_VIN = VIN;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_db = db;
_envData = envData;
_log = log;
_dtRealTime = new DataTable("ASMRealTime");
_dtRealTime.Columns.Add("VIN");
_dtRealTime.Columns.Add("StartTime");
_dtRealTime.Columns.Add("TimeSN");
_dtRealTime.Columns.Add("Step");
_dtRealTime.Columns.Add("TestTime");
_dtRealTime.Columns.Add("WorkingTime");
_dtRealTime.Columns.Add("RPM");
_dtRealTime.Columns.Add("Speed");
_dtRealTime.Columns.Add("Power");
_dtRealTime.Columns.Add("HC");
_dtRealTime.Columns.Add("CO");
_dtRealTime.Columns.Add("NO");
_dtRealTime.Columns.Add("CO2");
_dtRealTime.Columns.Add("O2");
_dtRealTime.Columns.Add("lambda");
_dtRealTime.Columns.Add("KH");
_dtRealTime.Columns.Add("DF");
_dtRealTime.Columns.Add("HCNor");
_dtRealTime.Columns.Add("CONor");
_dtRealTime.Columns.Add("NONor");
_resultData = new ASMResultData();
_timer = new System.Timers.Timer(_mainCfg.RealtimeInterval);
_timer.Elapsed += OnTimer;
_timer.AutoReset = true;
f_result = new ASMResultForm();
}
public LugdownForm(string VIN, DynoCmd dynoCmd, MainSetting mainCfg, ModelLocal db, EnvironmentData envData, Logger log)
{
InitializeComponent();
_lastHeight = Height;
_VIN = VIN;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_db = db;
_envData = envData;
_log = log;
EmissionInfo ei = new EmissionInfo();
_db.GetEmissionInfoFromVIN(_VIN, ei);
_RatedRPM = ei.RatedRPM;
_MaxRPM = -1;
_canGetMaxRpm = false;
_dtRealTime = new DataTable("LugdownRealTime");
_dtRealTime.Columns.Add("VIN");
_dtRealTime.Columns.Add("StartTime");
_dtRealTime.Columns.Add("TimeSN");
_dtRealTime.Columns.Add("RPM");
_dtRealTime.Columns.Add("Speed");
_dtRealTime.Columns.Add("Power");
_dtRealTime.Columns.Add("Torque");
_dtRealTime.Columns.Add("K");
_dtRealTime.Columns.Add("CO2");
_dtRealTime.Columns.Add("NOx");
_resultData = new LDResultData();
_timer = new System.Timers.Timer(_mainCfg.RealtimeInterval);
_timer.Elapsed += OnTimer;
_timer.AutoReset = true;
f_result = new LDResultForm();
}
private void BtnLogin_Click(object sender, EventArgs e)
{
VehicleLoginForm f_vehicleLogin = new VehicleLoginForm(_db, _dynoCmd, _cfg.Main.Data, _log);
f_vehicleLogin.ShowDialog();
if (f_vehicleLogin.DialogResult == DialogResult.OK)
{
EnvironmentData envData = new EnvironmentData();
bool bDiesel = false;
switch (f_vehicleLogin.EI.TestMethod)
{
case 1:
_selfChecks = _cfg.SelfCheck.Data.TSI;
break;
case 2:
_selfChecks = _cfg.SelfCheck.Data.ASM;
break;
case 3:
_selfChecks = _cfg.SelfCheck.Data.VMAS;
break;
case 4:
_selfChecks = _cfg.SelfCheck.Data.LD;
bDiesel = true;
break;
case 6:
_selfChecks = _cfg.SelfCheck.Data.FAL;
bDiesel = true;
break;
case 7:
_selfChecks = _cfg.SelfCheck.Data.Default;
bDiesel = true;
break;
default:
_selfChecks = _cfg.SelfCheck.Data.Default;
break;
}
if (_selfChecks.Count != 6)
{
_selfChecks = _cfg.SelfCheck.Data.Default;
MessageBox.Show("仪器准备配置出错，将使用默认配置！", "仪器准备配置出错", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
SelfcheckForm f_prepare = new SelfcheckForm(_dynoCmd, _cfg.Main.Data, _selfChecks, envData, bDiesel);
f_prepare.ShowDialog();
#if DEBUG
LugdownForm f_Lugdown = new LugdownForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
f_Lugdown.ShowDialog();
//ASMForm f_ASM = new ASMForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
//f_ASM.ShowDialog();
//FALForm f_FAL = new FALForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
//f_FAL.ShowDialog();
//TSIForm f_TSI = new TSIForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
//f_TSI.ShowDialog();
//VMASForm f_VMAS = new VMASForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
//f_VMAS.ShowDialog();
#else
if (f_prepare.DialogResult == DialogResult.Yes)
{
switch (f_vehicleLogin.EI.TestMethod)
{
case 0:
lblInfo.Text = "[" + f_vehicleLogin.VI.VIN + "]该辆车免检";
lblInfo.ForeColor = Color.Red;
break;
case 1:
TSIForm f_TSI = new TSIForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
f_TSI.ShowDialog();
break;
case 2:
ASMForm f_ASM = new ASMForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
f_ASM.ShowDialog();
break;
case 3:
VMASForm f_VMAS = new VMASForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
f_VMAS.ShowDialog();
break;
case 4:
LugdownForm f_Lugdown = new LugdownForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
f_Lugdown.ShowDialog();
break;
case 6:
FALForm f_FAL = new FALForm(f_vehicleLogin.VI.VIN, _dynoCmd, _cfg.Main.Data, _db, envData, _log);
f_FAL.ShowDialog();
break;
default:
lblInfo.Text = "本系统暂不支持[" + f_vehicleLogin.EI.TestMethod + "]检测方法";
lblInfo.ForeColor = Color.Red;
break;
}
}
else
{
lblInfo.Text = "仪器准备过程不合格，请先排除仪器故障";
lblInfo.ForeColor = Color.Red;
}
#endif
}
}
public void SaveVMASResult(string strVIN, DateTime startTime, double runningTime, EnvironmentData envData, VMASResultData resultData)
{
DataTable dt = new DataTable("SH_VMASResult");
dt.Columns.Add("VIN");
dt.Columns.Add("Temperature");
dt.Columns.Add("Humidity");
dt.Columns.Add("Pressure");
dt.Columns.Add("StartTime");
dt.Columns.Add("RunningTime");
dt.Columns.Add("HCLimit");
dt.Columns.Add("COLimit");
dt.Columns.Add("NOLimit");
dt.Columns.Add("HC");
dt.Columns.Add("CO");
dt.Columns.Add("NO");
dt.Columns.Add("HCNO");
dt.Columns.Add("HCEvl");
dt.Columns.Add("COEvl");
dt.Columns.Add("NOEvl");
dt.Columns.Add("Result");
DataRow dr = dt.NewRow();
dr["VIN"] = strVIN;
dr["Temperature"] = envData.Temperature;
dr["Humidity"] = envData.Humidity;
dr["Pressure"] = envData.Pressure;
dr["StartTime"] = startTime;
dr["RunningTime"] = runningTime;
dr["HCLimit"] = resultData.HCLimit;
dr["COLimit"] = resultData.COLimit;
dr["NOLimit"] = resultData.NOLimit;
dr["HC"] = resultData.HC;
dr["CO"] = resultData.CO;
dr["NO"] = resultData.NO;
dr["HCNO"] = resultData.HCNO;
dr["HCEvl"] = resultData.HCEvl == "合格" ? 1 : 0;
dr["COEvl"] = resultData.COEvl == "合格" ? 1 : 0;
dr["NOEvl"] = resultData.NOEvl == "合格" ? 1 : 0;
dr["Result"] = resultData.Result == "合格" ? 1 : 0;
dt.Rows.Add(dr);
InsertRecords(dt);
}
public void SaveTSIResult(string strVIN, DateTime startTime, double runningTime, EnvironmentData envData, TSIResultData resultData)
{
DataTable dt = new DataTable("SH_TSIResult");
dt.Columns.Add("VIN");
dt.Columns.Add("Temperature");
dt.Columns.Add("Humidity");
dt.Columns.Add("Pressure");
dt.Columns.Add("StartTime");
dt.Columns.Add("RunningTime");
dt.Columns.Add("HighCOLimit");
dt.Columns.Add("HighHCLimit");
dt.Columns.Add("HighCO");
dt.Columns.Add("HighHC");
dt.Columns.Add("HighIdleResult");
dt.Columns.Add("LowCOLimit");
dt.Columns.Add("LowHCLimit");
dt.Columns.Add("LowCO");
dt.Columns.Add("LowHC");
dt.Columns.Add("LowIdleResult");
dt.Columns.Add("LambdaLimit");
dt.Columns.Add("Lambda");
dt.Columns.Add("LambdaResult");
dt.Columns.Add("Result");
DataRow dr = dt.NewRow();
dr["VIN"] = strVIN;
dr["Temperature"] = envData.Temperature;
dr["Humidity"] = envData.Humidity;
dr["Pressure"] = envData.Pressure;
dr["StartTime"] = startTime;
dr["RunningTime"] = runningTime;
dr["HighCOLimit"] = resultData.HighCOLimit;
dr["HighHCLimit"] = resultData.HighHCLimit;
dr["HighCO"] = resultData.HighCO;
dr["HighHC"] = resultData.HighHC;
dr["HighIdleResult"] = resultData.HighIdleResult == "合格" ? 1 : 0;
dr["LowCOLimit"] = resultData.LowCOLimit;
dr["LowHCLimit"] = resultData.LowHCLimit;
dr["LowCO"] = resultData.LowCO;
dr["LowHC"] = resultData.LowHC;
dr["LowIdleResult"] = resultData.LowIdleResult == "合格" ? 1 : 0;
dr["LambdaLimit"] = resultData.LambdaLimit;
dr["Lambda"] = resultData.Lambda;
dr["LambdaResult"] = resultData.LambdaResult == "合格" ? 1 : 0;
dr["Result"] = resultData.Result == "合格" ? 1 : 0;
dt.Rows.Add(dr);
InsertRecords(dt);
}
public void SaveFALResult(string strVIN, DateTime startTime, double runningTime, EnvironmentData envData, FALResultData resultData)
{
DataTable dt = new DataTable("SH_FALResult");
dt.Columns.Add("VIN");
dt.Columns.Add("Temperature");
dt.Columns.Add("Humidity");
dt.Columns.Add("Pressure");
dt.Columns.Add("StartTime");
dt.Columns.Add("RunningTime");
dt.Columns.Add("RatedRPM");
dt.Columns.Add("MaxRPM");
dt.Columns.Add("KLimit");
dt.Columns.Add("KAvg");
dt.Columns.Add("K1");
dt.Columns.Add("K2");
dt.Columns.Add("K3");
dt.Columns.Add("Result");
DataRow dr = dt.NewRow();
dr["VIN"] = strVIN;
dr["Temperature"] = envData.Temperature;
dr["Humidity"] = envData.Humidity;
dr["Pressure"] = envData.Pressure;
dr["StartTime"] = startTime;
dr["RunningTime"] = runningTime;
dr["RatedRPM"] = resultData.RatedRPM;
dr["MaxRPM"] = resultData.MaxRPM;
dr["KLimit"] = resultData.KLimit;
dr["KAvg"] = resultData.KAvg;
dr["K1"] = resultData.K1;
dr["K2"] = resultData.K2;
dr["K3"] = resultData.K3;
dr["Result"] = resultData.Result == "合格" ? 1 : 0;
dt.Rows.Add(dr);
InsertRecords(dt);
}
public void SaveASMResult(string strVIN, DateTime startTime, double runningTime, EnvironmentData envData, ASMResultData resultData)
{
DataTable dt = new DataTable("SH_ASMResult");
dt.Columns.Add("VIN");
dt.Columns.Add("Temperature");
dt.Columns.Add("Humidity");
dt.Columns.Add("Pressure");
dt.Columns.Add("StartTime");
dt.Columns.Add("RunningTime");
dt.Columns.Add("HC5025Limit");
dt.Columns.Add("CO5025Limit");
dt.Columns.Add("NO5025Limit");
dt.Columns.Add("HC5025");
dt.Columns.Add("CO5025");
dt.Columns.Add("NO5025");
dt.Columns.Add("HC5025Evl");
dt.Columns.Add("CO5025Evl");
dt.Columns.Add("NO5025Evl");
dt.Columns.Add("Power5025");
dt.Columns.Add("HC2540Limit");
dt.Columns.Add("CO2540Limit");
dt.Columns.Add("NO2540Limit");
dt.Columns.Add("HC2540");
dt.Columns.Add("CO2540");
dt.Columns.Add("NO2540");
dt.Columns.Add("HC2540Evl");
dt.Columns.Add("CO2540Evl");
dt.Columns.Add("NO2540Evl");
dt.Columns.Add("Power2540");
dt.Columns.Add("Result");
DataRow dr = dt.NewRow();
dr["VIN"] = strVIN;
dr["Temperature"] = envData.Temperature;
dr["Humidity"] = envData.Humidity;
dr["Pressure"] = envData.Pressure;
dr["StartTime"] = startTime;
dr["RunningTime"] = runningTime;
dr["HC5025Limit"] = resultData.HC5025Limit;
dr["CO5025Limit"] = resultData.CO5025Limit;
dr["NO5025Limit"] = resultData.NO5025Limit;
dr["HC5025"] = resultData.HC5025;
dr["CO5025"] = resultData.CO5025;
dr["NO5025"] = resultData.NO5025;
dr["HC5025Evl"] = resultData.HC5025Evl == "合格" ? 1 : 0;
dr["CO5025Evl"] = resultData.CO5025Evl == "合格" ? 1 : 0;
dr["NO5025Evl"] = resultData.NO5025Evl == "合格" ? 1 : 0;
dr["HC2540Limit"] = resultData.HC2540Limit;
dr["CO2540Limit"] = resultData.CO2540Limit;
dr["NO2540Limit"] = resultData.NO2540Limit;
dr["HC2540"] = resultData.HC2540;
dr["CO2540"] = resultData.CO2540;
dr["NO2540"] = resultData.NO2540;
dr["HC2540Evl"] = resultData.HC2540Evl == "合格" ? 1 : 0;
dr["CO2540Evl"] = resultData.CO2540Evl == "合格" ? 1 : 0;
dr["NO2540Evl"] = resultData.NO2540Evl == "合格" ? 1 : 0;
dr["Result"] = resultData.Result == "合格" ? 1 : 0;
dt.Rows.Add(dr);
InsertRecords(dt);
}
public void SaveLDResult(string strVIN, DateTime startTime, double runningTime, EnvironmentData envData, LDResultData resultData)
{
DataTable dt = new DataTable("SH_LugdownResult");
dt.Columns.Add("VIN");
dt.Columns.Add("Temperature");
dt.Columns.Add("Humidity");
dt.Columns.Add("Pressure");
dt.Columns.Add("StartTime");
dt.Columns.Add("RunningTime");
dt.Columns.Add("RatedRPM");
dt.Columns.Add("MaxRPM");
dt.Columns.Add("VelMaxHP");
dt.Columns.Add("RealMaxPowerLimit");
dt.Columns.Add("RealMaxPower");
dt.Columns.Add("KLimit");
dt.Columns.Add("K100");
dt.Columns.Add("K80");
dt.Columns.Add("NOx80Limit");
dt.Columns.Add("NOx80");
dt.Columns.Add("Result");
DataRow dr = dt.NewRow();
dr["VIN"] = strVIN;
dr["Temperature"] = envData.Temperature;
dr["Humidity"] = envData.Humidity;
dr["Pressure"] = envData.Pressure;
dr["StartTime"] = startTime;
dr["RunningTime"] = runningTime;
dr["RatedRPM"] = resultData.RatedRPM;
dr["MaxRPM"] = resultData.MaxRPM;
dr["VelMaxHP"] = resultData.VelMaxHP;
dr["RealMaxPowerLimit"] = resultData.RealMaxPowerLimit;
dr["RealMaxPower"] = resultData.RealMaxPower;
dr["KLimit"] = resultData.KLimit;
dr["K100"] = resultData.K100;
dr["K80"] = resultData.K80;
dr["NOx80Limit"] = resultData.NOx80Limit;
dr["NOx80"] = resultData.NOx80;
dr["Result"] = resultData.Result == "合格" ? 1 : 0;
dt.Rows.Add(dr);
InsertRecords(dt);
}
public VMASForm(string VIN, DynoCmd dynoCmd, MainSetting mainCfg, ModelLocal db, EnvironmentData envData, Logger log)
{
InitializeComponent();
_lastHeight = Height;
_VIN = VIN;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_db = db;
_envData = envData;
_log = log;
_rangeScale = 3;
_speedRange = 3;
_speedMax = 0 + _speedRange * _rangeScale;
_speedMin = 0 + _speedRange * _rangeScale;
_speedStart = 0 + _speedRange;
_speedEnd = 0 - _speedRange;
_XPosition = 0;
_dtRealTime = new DataTable("VMASRealTime");
_dtRealTime.Columns.Add("VIN");
_dtRealTime.Columns.Add("StartTime");
_dtRealTime.Columns.Add("TimeSN");
_dtRealTime.Columns.Add("Speed");
_dtRealTime.Columns.Add("RPM");
_dtRealTime.Columns.Add("SpeedOverTime");
_dtRealTime.Columns.Add("Power");
_dtRealTime.Columns.Add("HC");
_dtRealTime.Columns.Add("NO");
_dtRealTime.Columns.Add("CO");
_dtRealTime.Columns.Add("CO2");
_dtRealTime.Columns.Add("O2");
_dtRealTime.Columns.Add("DilutionO2");
_dtRealTime.Columns.Add("EnvO2");
_dtRealTime.Columns.Add("DilutionRatio");
_dtRealTime.Columns.Add("Flow");
_dtSpeeds = new DataTable();
_dtSpeeds.Columns.Add(_mainCfg.VMASSpeed.Columns[0].ToString());
_dtSpeeds.Columns.Add(_mainCfg.VMASSpeed.Columns[1].ToString());
_dtSpeeds.Columns.Add(_mainCfg.VMASSpeed.Columns[2].ToString());
_dtSpeeds.Columns.Add(_mainCfg.VMASSpeed.Columns[3].ToString());
_dtSpeeds.Columns.Add("Speed");
for (int i = 0; i < _mainCfg.VMASSpeed.Rows.Count; i++)
{
DataRow dr = _dtSpeeds.NewRow();
if (_mainCfg.VMASSpeed.Rows[i][1].ToString().Length > 0)
{
dr[0] = _mainCfg.VMASSpeed.Rows[i][0];
dr[1] = _mainCfg.VMASSpeed.Rows[i][1];
dr[2] = _mainCfg.VMASSpeed.Rows[i][2];
dr[3] = _mainCfg.VMASSpeed.Rows[i][3];
}
_dtSpeeds.Rows.Add(dr);
}
_resultData = new VMASResultData();
_timer = new System.Timers.Timer(_mainCfg.RealtimeInterval);
_timer.Elapsed += OnTimer;
_timer.AutoReset = true;
f_result = new VMASResultForm();
}
