private void nudChanBw_ValueChanged(object sender, EventArgs e)
{
Decimal[] rxBwFreqTable = SX1276.ComputeRxBwFreqTable(this.device.FrequencyXo, this.device.ModulationType);
int num1 = (int)(this.nudChanBw.Value - this.RxBw);
int index;
if (num1 >= -1 && num1 <= 1)
{
index = Array.IndexOf <Decimal>(rxBwFreqTable, this.RxBw) - num1;
}
else
{
int mant = 0;
int exp = 0;
Decimal num2 = new Decimal(0);
SX1276.ComputeRxBwMantExp(this.device.FrequencyXo, this.device.ModulationType, this.nudChanBw.Value, ref mant, ref exp);
Decimal rxBw = SX1276.ComputeRxBw(this.device.FrequencyXo, this.device.ModulationType, mant, exp);
index = Array.IndexOf <Decimal>(rxBwFreqTable, rxBw);
}
this.nudChanBw.ValueChanged -= new EventHandler(this.nudChanBw_ValueChanged);
this.nudChanBw.Value = rxBwFreqTable[index];
this.nudChanBw.ValueChanged += new EventHandler(this.nudChanBw_ValueChanged);
this.RxBw = this.nudChanBw.Value;
this.device.SetRxBw(this.RxBw);
}
private void ComputeStartupTimmings()
{
if (device.ModulationType == ModulationTypeEnum.OOK)
{
Tcf = 34.0 / (4.0 * (double)device.RxBw);
TxTsTr = 5E-06 + 0.5 * (double)device.Tbit;
}
else
{
Tcf = 21.0 / (4.0 * (double)device.RxBw);
double num = 4E-05;
switch ((byte)device.PaRamp)
{
case (byte)0:
num = 0.0034;
break;
case (byte)1:
num = 0.002;
break;
case (byte)2:
num = 0.001;
break;
case (byte)3:
num = 0.0005;
break;
case (byte)4:
num = 0.00025;
break;
case (byte)5:
num = 0.000125;
break;
case (byte)6:
num = 0.0001;
break;
case (byte)7:
num = 6.2E-05;
break;
case (byte)8:
num = 5E-05;
break;
case (byte)9:
num = 4E-05;
break;
case (byte)10:
num = 3.1E-05;
break;
case (byte)11:
num = 2.5E-05;
break;
case (byte)12:
num = 2E-05;
break;
case (byte)13:
num = 1.5E-05;
break;
case (byte)14:
num = 1.2E-05;
break;
case (byte)15:
num = 1E-05;
break;
}
TxTsTr = 5E-06 + 1.25 * num + 0.5 * (double)device.Tbit;
}
lblAgcOnValue.Text = device.AgcAutoOn ? "ON" : "OFF";
lblAfcOnValue.Text = device.AfcAutoOn ? "ON" : "OFF";
if (!device.AfcAutoOn)
{
int mant = 0;
int exp = 0;
SX1276.ComputeRxBwMantExp(device.FrequencyXo, device.ModulationType, device.RxBw, ref mant, ref exp);
double num1 = 1.0 / (2.0 * (double)device.FrequencyXo / (double)mant);
double num2 = 1.0 / (4.0 * (double)device.RxBw);
RxTsRe = !(device.RxBw <= new Decimal(160000)) ? 2E-05 + 76.0 * num1 + 24.0 * num2 : 2E-05 + 12.0 * num1 + 24.0 * num2;
RxTsRssi = (double)device.RssiSmoothing * num2;
RxTsReTsRssi = RxTsRe + RxTsRssi;
}
else
{
int mant = 0;
int exp = 0;
SX1276.ComputeRxBwMantExp(device.FrequencyXo, device.ModulationType, device.AfcRxBw, ref mant, ref exp);
double num1 = 1.0 / (2.0 * (double)device.FrequencyXo / (double)mant);
double num2 = 1.0 / (4.0 * (double)device.AfcRxBw);
RxTsRe = !(device.AfcRxBw <= new Decimal(160000)) ? 2E-05 + 76.0 * num1 + 24.0 * num2 : 2E-05 + 12.0 * num1 + 24.0 * num2;
RxTsRssi = (double)device.RssiSmoothing * num2;
RxTsReTsRssi = RxTsRe + RxTsRssi;
}
}
