/**Copy the datas to the queue of measurement.*/
private void copyToMeasurement(GatePacket gatePacket, UniSetPacket setPacket)
{
//DEFINATION
ItemHeader head;
UploadTagHeader tag;
//INIT
head = gatePacket.head;
tag = gatePacket.tag;
//PROCESSING
//head
head.port = setPacket.port;
head.id = setPacket.id;
head.bin = setPacket.bin;
head.size = setPacket.size;
//tag
tag.stampMode = setPacket.stampMode;
Array.Copy(setPacket.stampPos, tag.stampPos, 3);
Array.Copy(setPacket.stampInc, tag.stampInc, 3);
tag.cellNum = setPacket.cellNum;
if (tag.cellNum > ConstParameter.MaxMeasureDataLength)
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog("Cell number is larger than max measure data length!", st);
tag.cellNum = ConstParameter.MaxMeasureDataLength;
}
Array.Copy(setPacket.fd, gatePacket.measureDate, tag.cellNum);
}
/**Add points which are get from measureUIThread.*/
public override void updataFastLine(GatePacket gatePacket, int boardIndex)
{
if (!tchart.InvokeRequired)
{
updatePoints(gatePacket, boardIndex);
}
else
{
if (updatePointsFunc == null)
{
updatePointsFunc = new updatePointsCallback(updataFastLine);
}
tchart.Invoke(updatePointsFunc, gatePacket, boardIndex);
}
}
public MeasureQueueElement()
{
isEnd = false;
boardIndex = -1;
gatePacket = new GatePacket();
}
private void updatePoints(GatePacket gatePacket, int boardIndex)
{
int sourceID = (int)gatePacket.head.id;
int bin = (int)gatePacket.head.bin;
int port = (int)gatePacket.head.port;
int curPosX = (int)gatePacket.tag.stampPos[0] + boardIndex * 20;
int num = (int)gatePacket.tag.cellNum;
double tmpYValue, preYValue;
int index;
bool isFinded;
bool isGood;
bool isMax;
TChartFastLine ft;
MapPoints points;
if (bin == (int)DGateMeasMode.ThicknessMax)
{
ft = this.maxFt;
points = this.maxPoints;
isMax = true;
}
else if (bin == (int)DGateMeasMode.ThicknessMin)
{
ft = this.minFt;
points = this.minPoints;
isMax = false;
}
else
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog("The bin for double gates is unrecognized!", st);
return;
}
if (points == null)
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog("The class for storaging the points is null!", st);
return;
}
if (num >= ConstParameter.MaxMeasureDataLength)
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog("The cell num in measurement package is large than " + ConstParameter.MaxMeasureDataLength, st);
return;
}
//Weather the boardIndex, port and sourceID are matched.
isFinded = matchConfig(boardIndex, port, sourceID);
if (!isFinded)
{
return;
}
if (gatePacket.tag.stampPos[0] == 0)
{
clear();
}
for (int i = 0; i < num; i++)
{
index = ft.XValues.IndexOf(curPosX);
tmpYValue = gatePacket.measureDate[i];
if (tmpYValue <= 0)
{
continue;
}
//A new point.
if (index < 0)
{
isGood = addPoint(curPosX, tmpYValue, bin);
ft.Add(curPosX, tmpYValue);
points.addPoint(curPosX, tmpYValue, boardIndex, isGood);
}
//An old point, need to check.
else
{
preYValue = ft.YValues[index];
if (isMax)
{
if (tmpYValue > preYValue)
{
deletePoint(curPosX, preYValue, bin);
ft.Delete(index);
isGood = addPoint(curPosX, tmpYValue, bin);
ft.Add(curPosX, tmpYValue);
points.addPoint(curPosX, tmpYValue, boardIndex, isGood);
}
}
else
{
if (tmpYValue < preYValue)
{
deletePoint(curPosX, preYValue, bin);
ft.Delete(index);
isGood = addPoint(curPosX, tmpYValue, bin);
ft.Add(curPosX, tmpYValue);
points.addPoint(curPosX, tmpYValue, boardIndex, isGood);
}
}
}
curPosX += (int)gatePacket.tag.stampInc[0];
maxAllowFt.Add(tchart.Axes.Bottom.MaxXValue, AscanMeasureMap.MaxDoubleGatesValue);
minAllowFt.Add(tchart.Axes.Bottom.MaxXValue, AscanMeasureMap.MinDoubleGatesValue);
}
}
private void updatePoints(GatePacket gatePacket, int boardIndex)
{
int sourceID = (int)gatePacket.head.id;
int curPosX = (int)gatePacket.tag.stampPos[0] + boardIndex * 20;
int port = (int)gatePacket.head.port;
int num = (int)gatePacket.tag.cellNum;
double tmpYValue, preYValue;
int index;
bool isFinded;
bool isGood;
if (points == null)
{
StackTrace st = new StackTrace(new StackFrame(true));
LogHelper.WriteLog("The class for stroging the points is null!", st);
return;
}
//Weather the boardIndex and sourceID are matched.
isFinded = matchConfig(boardIndex, port, sourceID);
if (!isFinded)
{
return;
}
if (gatePacket.tag.stampPos[0] == 0)
{
clear();
}
for (int i = 0; i < num; i++)
{
index = ft.XValues.IndexOf(curPosX);
tmpYValue = gatePacket.measureDate[i];
//A new point.
if (index < 0)
{
isGood = addPoint(curPosX, tmpYValue);
ft.Add(curPosX, tmpYValue);
points.addPoint(curPosX, tmpYValue, boardIndex, isGood);
}
//An old point, need to check.
else
{
preYValue = ft.YValues[index];
if (Math.Abs(tmpYValue) > Math.Abs(preYValue))
{
deletePoint(curPosX, preYValue);
ft.Delete(index);
isGood = addPoint(curPosX, tmpYValue);
ft.Add(curPosX, tmpYValue);
points.addPoint(curPosX, tmpYValue, boardIndex, isGood);
}
}
curPosX += (int)gatePacket.tag.stampInc[0];
maxAllowFt.Add(tchart.Axes.Bottom.MaxXValue, AscanMeasureMap.MaxSingleGateValue);
minAllowFt.Add(tchart.Axes.Bottom.MaxXValue, AscanMeasureMap.MinSingleGateValue);
}
}
/**Add points which are get from measureUIThread.*/
public virtual void updataFastLine(GatePacket gatePacket, int boardIndex)
{
}
