public void ShowResult(VMASResultData result)
{
lblHCLimit.Text = result.HCLimit;
lblCOLimit.Text = result.COLimit;
lblNOLimit.Text = result.NOLimit;
lblHC.Text = result.HC;
lblCO.Text = result.CO;
lblNO.Text = result.NO;
lblHCEvl.Text = result.HCEvl;
if (result.HCEvl != "合格")
{
lblHCEvl.BackColor = Color.Red;
}
lblCOEvl.Text = result.COEvl;
if (result.COEvl != "合格")
{
lblCOEvl.BackColor = Color.Red;
}
lblNOEvl.Text = result.NOEvl;
if (result.NOEvl != "合格")
{
lblNOEvl.BackColor = Color.Red;
}
lblHCNO.Text = result.HCNO;
lblResult.Text = result.Result;
if (result.Result != "合格")
{
lblResult.BackColor = Color.Red;
}
}
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 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();
}