public void MakeShortRawList2()
{
while (!ShallStop)
{
for (int i = 0; i < 1000; i++)
{
FullList.Add(_collection.Take()); // Adds 1000 samples into the treatment list. This is equivalent to 1 s worth of data from the transducer
}
if (FullList.Count >= 2000 && DownsampledRawList.Count < 300)
{
for (int i = FullList.Count - 1000; i < FullList.Count; i += 17) // Starts downsampling from the 1000th measured sample. Downsampling 17 (8+1+8)
{
Total = 0;
Average = 0;
Total = FullList[i - 8].Voltage + FullList[i - 7].Voltage + FullList[i - 6].Voltage + FullList[i - 5].Voltage
+ FullList[i - 4].Voltage + FullList[i - 3].Voltage + FullList[i - 2].Voltage + FullList[i - 1].Voltage
+ FullList[i].Voltage + FullList[i + 1].Voltage + FullList[i + 2].Voltage + FullList[i + 3].Voltage
+ FullList[i + 4].Voltage + FullList[i + 5].Voltage + FullList[i + 6].Voltage + FullList[i + 7].Voltage
+ FullList[i + 8].Voltage; // Finds sum of voltage value of points in question
Average = Total / 17; // Finds average
Time++;
DownsampledRawList.Add(new RawData(Time, Average)); // Saves average and time to downsampled list. The downsampled list is used for the filter.
}
}
if (DownsampledRawList.Count == 236)
{
Thread.Sleep(50);
}
}
}
public void MakeGraphList2()
{
while (!ShallStop)
{
Thread.Sleep(70);
//if (60 <= DownsampledRawList.Count && DownsampledRawList.Count <= 300)
if (DownsampledRawList.Count == 236)
{
Done();
for (int i = DownsampledRawList.Count - 60; i < DownsampledRawList.Count; i++)
{
int graphcounter = +1;
//GraphList.Add(new ConvertedData(DownsampledRawList[i].Second, ConvertAlgorithm.ConvertData(DownsampledRawList[i].Voltage)));
//GraphList.Add(new ConvertedData(DownsampledRawList[i].Second, DownsampledRawList[i].Voltage));
GraphList.Add(new ConvertedData(graphcounter, DownsampledRawList[i].Voltage));
DownsampledRawList.RemoveAt(i);
}
// Done();
}
}
}
