private void FillDieselResult(GetCYDynoLoadGlideCheckRealTimeDataAckParams ackParams)
{
_dtResult.Rows[0]["PLHP"] = ackParams.PLHP90_30kw;
_dtResult.Rows[0]["CCDT"] = ackParams.CCDT90_30kw;
_dtResult.Rows[0]["ACDT"] = ackParams.ACDT90_30kw;
_dtResult.Rows[0]["滑行误差(%)"] = ackParams.Error90_30kw;
_dtResult.Rows[1]["PLHP"] = ackParams.PLHP80_30kw;
_dtResult.Rows[1]["CCDT"] = ackParams.CCDT80_30kw;
_dtResult.Rows[1]["ACDT"] = ackParams.ACDT80_30kw;
_dtResult.Rows[1]["滑行误差(%)"] = ackParams.Error80_30kw;
_dtResult.Rows[2]["PLHP"] = ackParams.PLHP70_30kw;
_dtResult.Rows[2]["CCDT"] = ackParams.CCDT70_30kw;
_dtResult.Rows[2]["ACDT"] = ackParams.ACDT70_30kw;
_dtResult.Rows[2]["滑行误差(%)"] = ackParams.Error70_30kw;
_dtResult.Rows[3]["PLHP"] = ackParams.PLHP60_30kw;
_dtResult.Rows[3]["CCDT"] = ackParams.CCDT60_30kw;
_dtResult.Rows[3]["ACDT"] = ackParams.ACDT60_30kw;
_dtResult.Rows[3]["滑行误差(%)"] = ackParams.Error60_30kw;
_dtResult.Rows[4]["PLHP"] = ackParams.PLHP50_30kw;
_dtResult.Rows[4]["CCDT"] = ackParams.CCDT50_30kw;
_dtResult.Rows[4]["ACDT"] = ackParams.ACDT50_30kw;
_dtResult.Rows[4]["滑行误差(%)"] = ackParams.Error50_30kw;
_dtResult.Rows[5]["PLHP"] = ackParams.PLHP40_30kw;
_dtResult.Rows[5]["CCDT"] = ackParams.CCDT40_30kw;
_dtResult.Rows[5]["ACDT"] = ackParams.ACDT40_30kw;
_dtResult.Rows[5]["滑行误差(%)"] = ackParams.Error40_30kw;
_dtResult.Rows[6]["PLHP"] = ackParams.PLHP30_30kw;
_dtResult.Rows[6]["CCDT"] = ackParams.CCDT30_30kw;
_dtResult.Rows[6]["ACDT"] = ackParams.ACDT30_30kw;
_dtResult.Rows[6]["滑行误差(%)"] = ackParams.Error30_30kw;
_dtResult.Rows[7]["PLHP"] = ackParams.PLHP20_30kw;
_dtResult.Rows[7]["CCDT"] = ackParams.CCDT20_30kw;
_dtResult.Rows[7]["ACDT"] = ackParams.ACDT20_30kw;
_dtResult.Rows[7]["滑行误差(%)"] = ackParams.Error20_30kw;
_dtResult.Rows[8]["PLHP"] = ackParams.PLHP90_20kw;
_dtResult.Rows[8]["CCDT"] = ackParams.CCDT90_20kw;
_dtResult.Rows[8]["ACDT"] = ackParams.ACDT90_20kw;
_dtResult.Rows[8]["滑行误差(%)"] = ackParams.Error90_20kw;
_dtResult.Rows[9]["PLHP"] = ackParams.PLHP80_20kw;
_dtResult.Rows[9]["CCDT"] = ackParams.CCDT80_20kw;
_dtResult.Rows[9]["ACDT"] = ackParams.ACDT80_20kw;
_dtResult.Rows[9]["滑行误差(%)"] = ackParams.Error80_20kw;
_dtResult.Rows[10]["PLHP"] = ackParams.PLHP70_20kw;
_dtResult.Rows[10]["CCDT"] = ackParams.CCDT70_20kw;
_dtResult.Rows[10]["ACDT"] = ackParams.ACDT70_20kw;
_dtResult.Rows[10]["滑行误差(%)"] = ackParams.Error70_20kw;
_dtResult.Rows[11]["PLHP"] = ackParams.PLHP60_20kw;
_dtResult.Rows[11]["CCDT"] = ackParams.CCDT60_20kw;
_dtResult.Rows[11]["ACDT"] = ackParams.ACDT60_20kw;
_dtResult.Rows[11]["滑行误差(%)"] = ackParams.Error60_20kw;
_dtResult.Rows[12]["PLHP"] = ackParams.PLHP50_20kw;
_dtResult.Rows[12]["CCDT"] = ackParams.CCDT50_20kw;
_dtResult.Rows[12]["ACDT"] = ackParams.ACDT50_20kw;
_dtResult.Rows[12]["滑行误差(%)"] = ackParams.Error50_20kw;
_dtResult.Rows[13]["PLHP"] = ackParams.PLHP40_20kw;
_dtResult.Rows[13]["CCDT"] = ackParams.CCDT40_20kw;
_dtResult.Rows[13]["ACDT"] = ackParams.ACDT40_20kw;
_dtResult.Rows[13]["滑行误差(%)"] = ackParams.Error40_20kw;
_dtResult.Rows[14]["PLHP"] = ackParams.PLHP30_20kw;
_dtResult.Rows[14]["CCDT"] = ackParams.CCDT30_20kw;
_dtResult.Rows[14]["ACDT"] = ackParams.ACDT30_20kw;
_dtResult.Rows[14]["滑行误差(%)"] = ackParams.Error30_20kw;
_dtResult.Rows[15]["PLHP"] = ackParams.PLHP20_20kw;
_dtResult.Rows[15]["CCDT"] = ackParams.CCDT20_20kw;
_dtResult.Rows[15]["ACDT"] = ackParams.ACDT20_20kw;
_dtResult.Rows[15]["滑行误差(%)"] = ackParams.Error20_20kw;
_dtResult.Rows[16]["PLHP"] = ackParams.PLHP90_10kw;
_dtResult.Rows[16]["CCDT"] = ackParams.CCDT90_10kw;
_dtResult.Rows[16]["ACDT"] = ackParams.ACDT90_10kw;
_dtResult.Rows[16]["滑行误差(%)"] = ackParams.Error90_10kw;
_dtResult.Rows[17]["PLHP"] = ackParams.PLHP80_10kw;
_dtResult.Rows[17]["CCDT"] = ackParams.CCDT80_10kw;
_dtResult.Rows[17]["ACDT"] = ackParams.ACDT80_10kw;
_dtResult.Rows[17]["滑行误差(%)"] = ackParams.Error80_10kw;
_dtResult.Rows[18]["PLHP"] = ackParams.PLHP70_10kw;
_dtResult.Rows[18]["CCDT"] = ackParams.CCDT70_10kw;
_dtResult.Rows[18]["ACDT"] = ackParams.ACDT70_10kw;
_dtResult.Rows[18]["滑行误差(%)"] = ackParams.Error70_10kw;
_dtResult.Rows[19]["PLHP"] = ackParams.PLHP60_10kw;
_dtResult.Rows[19]["CCDT"] = ackParams.CCDT60_10kw;
_dtResult.Rows[19]["ACDT"] = ackParams.ACDT60_10kw;
_dtResult.Rows[19]["滑行误差(%)"] = ackParams.Error60_10kw;
_dtResult.Rows[20]["PLHP"] = ackParams.PLHP50_10kw;
_dtResult.Rows[20]["CCDT"] = ackParams.CCDT50_10kw;
_dtResult.Rows[20]["ACDT"] = ackParams.ACDT50_10kw;
_dtResult.Rows[20]["滑行误差(%)"] = ackParams.Error50_10kw;
_dtResult.Rows[21]["PLHP"] = ackParams.PLHP40_10kw;
_dtResult.Rows[21]["CCDT"] = ackParams.CCDT40_10kw;
_dtResult.Rows[21]["ACDT"] = ackParams.ACDT40_10kw;
_dtResult.Rows[21]["滑行误差(%)"] = ackParams.Error40_10kw;
_dtResult.Rows[22]["PLHP"] = ackParams.PLHP30_10kw;
_dtResult.Rows[22]["CCDT"] = ackParams.CCDT30_10kw;
_dtResult.Rows[22]["ACDT"] = ackParams.ACDT30_10kw;
_dtResult.Rows[22]["滑行误差(%)"] = ackParams.Error30_10kw;
_dtResult.Rows[23]["PLHP"] = ackParams.PLHP20_10kw;
_dtResult.Rows[23]["CCDT"] = ackParams.CCDT20_10kw;
_dtResult.Rows[23]["ACDT"] = ackParams.ACDT20_10kw;
_dtResult.Rows[23]["滑行误差(%)"] = ackParams.Error20_10kw;
}
private void OnTimer(object source, System.Timers.ElapsedEventArgs e)
{
if (_bDiesel)
{
double IHP = 0;
switch (_dieselIHP)
{
case DieselIHP.IHP30kW:
IHP = 30;
break;
case DieselIHP.IHP20kW:
IHP = 20;
break;
case DieselIHP.IHP10kW:
IHP = 10;
break;
}
GetCYDynoLoadGlideCheckRealTimeDataAckParams ackParams = new GetCYDynoLoadGlideCheckRealTimeDataAckParams();
if (_dynoCmd.GetCYDynoLoadGlideCheckRealTimeDataCmd(IHP, ref ackParams, out string errMsg) && ackParams != null)
{
if (_timer != null && _timer.Enabled)
{
try {
DataRow dr = _dtRTData.NewRow();
TimeSpan interval = DateTime.Now - _startTime;
if (interval.TotalSeconds < 0.001)
{
interval = TimeSpan.Zero;
}
dr["TimeSN"] = interval.TotalSeconds.ToString("F1");
dr["Power"] = ackParams.power;
dr["Speed"] = ackParams.speed;
dr["TorqueF"] = ackParams.torquef;
_dtRTData.Rows.Add(dr);
FillDieselResult(ackParams);
if (ackParams.step == 7)
{
_dieselIHP = DieselIHP.IHP20kW;
}
else if (ackParams.step == 15)
{
_dieselIHP = DieselIHP.IHP10kW;
}
Invoke((EventHandler) delegate {
lblPower.Text = ackParams.power.ToString("F");
lblSpeed.Text = ackParams.speed.ToString("F");
lblTorqueF.Text = ackParams.torquef.ToString("F");
chart1.DataBind();
switch (_dieselIHP)
{
case DieselIHP.IHP30kW:
txtBoxIHP.Text = "30";
break;
case DieselIHP.IHP20kW:
txtBoxIHP.Text = "20";
break;
case DieselIHP.IHP10kW:
txtBoxIHP.Text = "10";
break;
}
// 柴油无法仅用step来判断滑行检查是否已结束
if (ackParams.step >= 23 && ackParams.result != null && ackParams.result.Length > 0)
{
lblResult.Text = ackParams.result;
if (ackParams.result.Contains("不"))
{
lblResult.BackColor = Color.Red;
}
_timer.Enabled = false;
}
});
} catch (ObjectDisposedException) {
// 关闭窗口后仍有一定几率会进入主UI线程，此时访问界面元素会引发此异常，直接忽略即可
}
}
}
}
else
{
GetQYDynoLoadGlideCheckRealTimeDataAckParams ackParams = new GetQYDynoLoadGlideCheckRealTimeDataAckParams();
if (_dynoCmd.GetQYDynoLoadGlideCheckRealTimeDataCmd(ref ackParams, out string errMsg) && ackParams != null)
{
if (_timer != null && _timer.Enabled)
{
try {
DataRow dr = _dtRTData.NewRow();
TimeSpan interval = DateTime.Now - _startTime;
if (interval.TotalSeconds < 0.001)
{
interval = TimeSpan.Zero;
}
dr["TimeSN"] = interval.TotalSeconds.ToString("F1");
dr["Power"] = ackParams.power;
dr["Speed"] = ackParams.speed;
dr["TorqueF"] = ackParams.torquef;
_dtRTData.Rows.Add(dr);
_dtResult.Rows[0]["ACDT"] = ackParams.ACDT25_11kw;
_dtResult.Rows[0]["滑行误差(%)"] = ackParams.Error25_11kw;
_dtResult.Rows[1]["ACDT"] = ackParams.ACDT40_11kw;
_dtResult.Rows[1]["滑行误差(%)"] = ackParams.Error40_11kw;
Invoke((EventHandler) delegate {
lblPower.Text = ackParams.power.ToString("F");
lblSpeed.Text = ackParams.speed.ToString("F");
lblTorqueF.Text = ackParams.torquef.ToString("F");
chart1.DataBind();
if (ackParams.result != null && ackParams.result.Length > 0)
{
lblResult.Text = ackParams.result;
if (ackParams.result.Contains("不"))
{
lblResult.BackColor = Color.Red;
}
}
});
// 汽油可以用step来判断滑行检查是否已结束
if (ackParams.step < 0)
{
_timer.Enabled = false;
}
} catch (ObjectDisposedException) {
// 关闭窗口后仍有一定几率会进入主UI线程，此时访问界面元素会引发此异常，直接忽略即可
}
}
}
}
}
