/// <summary>
/// 推焦完成后记录StokingInfo的数据
/// 更新装煤计划
/// </summary>
private void PingDataPart2()
{
if (pgInfo == null)
{
PingDataPart1();
}
if (StokingPlanIndex >= 0)
{
if (PMJob)
{
CokeRoom.StokingPlan.RemoveRange(0, StokingPlanIndex + 1);
}
else
{
CokeRoom.StokingPlan.RemoveAt(StokingPlanIndex);
}
}
pgInfo.EndTime = DateTime.Now;
pgInfo.MaxCur = PingCurMax;
pgInfo.AvgCur = PingCurAvg;
pgInfo.CurArr = Convert.ToBase64String(PingCurLst.ToArray());
pgInfo.PoleArr = Convert.ToBase64String(PingPoleLst.ToArray());
PingInfoHelper p = new PingInfoHelper(new DbAppDataContext(Setting.ConnectionStr), pgInfo, false);
p.RecToDB();
pgInfo = null;
}
private void PreparePlotterPingCur()
{
StopTime = DateTime.Now;
PingCurMax = 0;
PingCurSum = 0;
PingCurSum = 0;
PingCurCount = 0;
ValidPingCurCount = 0;
PingCurLst.Clear();
PingPoleLst.Clear();
PingCurPoint = new Point();
PingLenPoint = new Point();
}
private void DoPinging()
{
if (Pinging)
{
PingCurCount++;
byte cur = ((TjcDataRead)DataRead).PingCur >= 255 ? (byte)255 : (byte)((TjcDataRead)DataRead).PingCur;
byte len = ((TjcDataRead)DataRead).PingPoleLength * 100 / 2000 > 100 ? (byte)100 : Convert.ToByte(((TjcDataRead)DataRead).PingPoleLength * 100 / 2000);
PingCurLst.Add(cur);
PingPoleLst.Add(len);
PingLenPoint = new Point(PingCurCount, len);
PingCurPoint = new Point(PingCurCount, 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 (PingCurCount > PingStartTime * 1000 / 200 && ((TjcDataRead)DataRead).PingPoleLength > 330 || ((TjcDataRead)DataRead).PingPoleLength < 1100)
{//0907平煤杆值330和1100均为参考值，得来的思路：平煤杆刚进炭化室或者达到最大深度时的电流过大 无意义
ValidPingCurCount++;
PingCurMax = PingCurMax < cur ? cur : PingCurMax;
PingCurSum += cur;
//计算平均电流值，是否考虑电流值为0的情况？
PingCurAvg = (byte)(PingCurSum / ValidPingCurCount);
}
}
}
