private void DoPushing()
{
if (Pushing)
{
PushCurCount++;
//推焦电流 ((TjcDataRead)DataRead).PushCur;
//推焦杆长度 ((TjcDataRead)DataRead).PushPoleLength;
//需要知道电流计数次数，以便计算平均电流？
byte cur = ((TjcDataRead)DataRead).PushCur >= 255 ? (byte)255 : (byte)((TjcDataRead)DataRead).PushCur;
//6000为推焦杆长的最大值；（把推焦杆长映射为 （1-255））
byte len = ((TjcDataRead)DataRead).PushPoleLength * 255 / 6500 > 255 ? (byte)255 : Convert.ToByte(((TjcDataRead)DataRead).PushPoleLength * 255 / 6500);
PushCurLst.Add(cur);
PushPoleLst.Add(len);
PushLenPoint = new Point(PushCurCount, len);
PushCurPoint = new Point(PushCurCount, cur);
//开始记录推焦电流和杆长的条件
//数字1000单位为ms，即1s，数字200为计时器的Interval，单位为ms
if (PushCurCount > PushStartTime * 1500 / 200 && cur > 0 && ((TjcTogetherInfo)DataRead.TogetherInfo).PushPoleForward)
{
ValidPushCurCount++;
PushCurMax = PushCurMax < cur ? cur : PushCurMax;
PushCurSum += cur;
//计算平均电流值，是否考虑电流值为0的情况？
PushCurAvg = (byte)(PushCurSum / ValidPushCurCount);
}
}
}
private void PreparePlotterPushCur()
{
PushCurMax = 0;
PushCurSum = 0;
PushCurAvg = 0;
PushCurCount = 0;
ValidPushCurCount = 0;
PushCurLst.Clear();
PushPoleLst.Clear();
PushCurPoint = new Point();
PushLenPoint = new Point();
}
/// <summary>
/// 推焦结束信号到达后记录的数据ToPushInfoDB
/// </summary>
private void PushDataPart2()
{
if (psInfo == null)
{
PushDataPart1();
}
psInfo.MaxCur = PushCurMax;
psInfo.AvgCur = PushCurAvg;
psInfo.CurArr = Convert.ToBase64String(PushCurLst.ToArray());
psInfo.PoleArr = Convert.ToBase64String(PushPoleLst.ToArray());
psInfo.EndTime = DateTime.Now;
//记录到数据库：需注意工作车或非工作推焦车的Info
PushInfoHelper push = new PushInfoHelper(new DbAppDataContext(Setting.ConnectionStr), psInfo, false);
push.RecToDB();
psInfo = null;
}
