private static void inventoryTimerEventProcessor(object obj, EventArgs args)
{
reader.StopOperation();
traningTimer.Stop();
List<Double> diffRssi;
double rssi1_ = 0, rssi2_ = 0, rssi3_ = 0;
double diffRssi1 = 0, diffRssi2 = 0, diffRssi3 = 0;
int box = 0;
Dictionary<String, Double> dicDiff = new Dictionary<string, double>();
Map map = new Map();
sendBox SendBox = new sendBox(map.getBox);
if ((totalReadCounts1 >= 5) && (totalReadCounts2 >= 5) && (totalReadCounts3 >= 5))
{
rssi1_ = averageRssi(arrRssi1);
rssi2_ = averageRssi(arrRssi2);
rssi3_ = averageRssi(arrRssi3);
diffRssi = new List<Double>();
for (int i = 0; i < dataRssi.Count; i++)
{
diffRssi1 = Math.Abs(rssi1_ - dataRssi[i].getRssi1());
diffRssi2 = Math.Abs(rssi2_ - dataRssi[i].getRssi2());
diffRssi3 = Math.Abs(rssi3_ - dataRssi[i].getRssi3());
diffRssi.Add(diffRssi1 + diffRssi2 + diffRssi3);
}
box = findMin(diffRssi);
}
else if ((totalReadCounts2 >= 5) && (totalReadCounts3 >= 5) && totalReadCounts1 <5)
{
rssi1_ = 0;
rssi2_ = averageRssi(arrRssi2);
rssi3_ = averageRssi(arrRssi3);
diffRssi = new List<Double>();
for (int i = 0; i < dataRssi.Count; i++)
{
diffRssi1 = Math.Abs(rssi1_ - dataRssi[i].getRssi1());
diffRssi2 = Math.Abs(rssi2_ - dataRssi[i].getRssi2());
diffRssi3 = Math.Abs(rssi3_ - dataRssi[i].getRssi3());
diffRssi.Add(diffRssi1 + diffRssi2 + diffRssi3);
}
box = findMin(diffRssi);
}
else if ((totalReadCounts1 >= 5) && (totalReadCounts3 >= 5) && totalReadCounts2 < 5)
{
rssi1_ = averageRssi(arrRssi1);
rssi2_ = 0;
rssi3_ = averageRssi(arrRssi3);
diffRssi = new List<Double>();
for (int i = 0; i < dataRssi.Count; i++)
{
diffRssi1 = Math.Abs(rssi1_ - dataRssi[i].getRssi1());
diffRssi2 = Math.Abs(rssi2_ - dataRssi[i].getRssi2());
diffRssi3 = Math.Abs(rssi3_ - dataRssi[i].getRssi3());
diffRssi.Add(diffRssi1 + diffRssi2 + diffRssi3);
}
box = findMin(diffRssi);
}
else if ((totalReadCounts1 >= 5) && (totalReadCounts2 >= 5) && totalReadCounts3 < 5)
{
rssi1_ = averageRssi(arrRssi1);
rssi2_ = averageRssi(arrRssi2);
rssi3_ = 0;
diffRssi = new List<Double>();
for (int i = 0; i < dataRssi.Count; i++)
{
diffRssi1 = Math.Abs(rssi1_ - dataRssi[i].getRssi1());
diffRssi2 = Math.Abs(rssi2_ - dataRssi[i].getRssi2());
diffRssi3 = Math.Abs(rssi3_ - dataRssi[i].getRssi3());
diffRssi.Add(diffRssi1 + diffRssi3 + diffRssi2);
}
box = findMin(diffRssi);
}
// MessageBox.Show(box.ToString());
SendBox(box);
totalReadCounts1 = 0;
totalReadCounts2 = totalReadCounts3 = totalReadCounts4 = 0;
rssi1_ = rssi2_ = rssi3_ = 0;
arrRssi1.Clear();
arrRssi1.Clear();
arrRssi3.Clear();
arrRssi4.Clear();
reader.InventoryMultiple();
traningTimer.Start();
}
private static void inventoryTimerEventProcessor(object obj, EventArgs args)
{
reader.StopOperation();
traningTimer.Stop();
List <Double> diffRssi;
double rssi1_ = 0, rssi2_ = 0, rssi3_ = 0;
double diffRssi1 = 0, diffRssi2 = 0, diffRssi3 = 0;
int box = 0;
Dictionary <String, Double> dicDiff = new Dictionary <string, double>();
Map map = new Map();
sendBox SendBox = new sendBox(map.getBox);
if ((totalReadCounts1 >= 5) && (totalReadCounts2 >= 5) && (totalReadCounts3 >= 5))
{
rssi1_ = averageRssi(arrRssi1);
rssi2_ = averageRssi(arrRssi2);
rssi3_ = averageRssi(arrRssi3);
diffRssi = new List <Double>();
for (int i = 0; i < dataRssi.Count; i++)
{
diffRssi1 = Math.Abs(rssi1_ - dataRssi[i].getRssi1());
diffRssi2 = Math.Abs(rssi2_ - dataRssi[i].getRssi2());
diffRssi3 = Math.Abs(rssi3_ - dataRssi[i].getRssi3());
diffRssi.Add(diffRssi1 + diffRssi2 + diffRssi3);
}
box = findMin(diffRssi);
}
else if ((totalReadCounts2 >= 5) && (totalReadCounts3 >= 5) && totalReadCounts1 < 5)
{
rssi1_ = 0;
rssi2_ = averageRssi(arrRssi2);
rssi3_ = averageRssi(arrRssi3);
diffRssi = new List <Double>();
for (int i = 0; i < dataRssi.Count; i++)
{
diffRssi1 = Math.Abs(rssi1_ - dataRssi[i].getRssi1());
diffRssi2 = Math.Abs(rssi2_ - dataRssi[i].getRssi2());
diffRssi3 = Math.Abs(rssi3_ - dataRssi[i].getRssi3());
diffRssi.Add(diffRssi1 + diffRssi2 + diffRssi3);
}
box = findMin(diffRssi);
}
else if ((totalReadCounts1 >= 5) && (totalReadCounts3 >= 5) && totalReadCounts2 < 5)
{
rssi1_ = averageRssi(arrRssi1);
rssi2_ = 0;
rssi3_ = averageRssi(arrRssi3);
diffRssi = new List <Double>();
for (int i = 0; i < dataRssi.Count; i++)
{
diffRssi1 = Math.Abs(rssi1_ - dataRssi[i].getRssi1());
diffRssi2 = Math.Abs(rssi2_ - dataRssi[i].getRssi2());
diffRssi3 = Math.Abs(rssi3_ - dataRssi[i].getRssi3());
diffRssi.Add(diffRssi1 + diffRssi2 + diffRssi3);
}
box = findMin(diffRssi);
}
else if ((totalReadCounts1 >= 5) && (totalReadCounts2 >= 5) && totalReadCounts3 < 5)
{
rssi1_ = averageRssi(arrRssi1);
rssi2_ = averageRssi(arrRssi2);
rssi3_ = 0;
diffRssi = new List <Double>();
for (int i = 0; i < dataRssi.Count; i++)
{
diffRssi1 = Math.Abs(rssi1_ - dataRssi[i].getRssi1());
diffRssi2 = Math.Abs(rssi2_ - dataRssi[i].getRssi2());
diffRssi3 = Math.Abs(rssi3_ - dataRssi[i].getRssi3());
diffRssi.Add(diffRssi1 + diffRssi3 + diffRssi2);
}
box = findMin(diffRssi);
}
// MessageBox.Show(box.ToString());
SendBox(box);
totalReadCounts1 = 0;
totalReadCounts2 = totalReadCounts3 = totalReadCounts4 = 0;
rssi1_ = rssi2_ = rssi3_ = 0;
arrRssi1.Clear();
arrRssi1.Clear();
arrRssi3.Clear();
arrRssi4.Clear();
reader.InventoryMultiple();
traningTimer.Start();
}
