/// <summary>
/// 以频率f为参数，从自动校准辅助列表返回与之最接近的列表项
/// </summary>
/// <param name="f"></param>
/// <returns></returns>
internal Auto_CAL_Item GetItem(float f)
{
Auto_CAL_Item item = null;
if (items != null)
{
for (int i = 0; i < items.Length; i++)
{
if (Math.Abs(items[i].F0 - f) < 0.001f)
{
item = items[i];
break;
}
}
}
//若找不到，则返回大于它的具有最小F0的列表项
if (item == null)
{
for (int i = 0; i < items.Length; i++)
{
if ((items[i].F0 - f) >= 0.001f)
{
item = items[i];
break;
}
}
}
return(item);
}
internal void Clone(Auto_CAL_Item dest)
{
if (dest != null)
{
dest.F0 = this.F0;
dest.RL0 = this.RL0;
dest.Tx0 = this.Tx0;
dest.Rx0 = this.Rx0;
}
}
/// <summary>
/// 获取功放输出功率、频率，频谱分析的场强值，并应用补偿数据
/// 处理数据，并更新界面
/// </summary>
private void SweepProcesing2()
{
float tx_out = 0.0f;
float rx_value = 0.0f;
Auto_CAL_Items Cal_Carrier;
//获取功放状态、分析数据、异常信息
SweepObj.CloneReference(ref ps1, ref ps2, ref sr, ref rfr_errors1, ref rfr_errors2);
//处理扫频
if (sweep_or_time == SweepType.Freq_Sweep)
{
//功放1扫频
if (rf_involved == RFInvolved.Rf_1)
{
sweep_points[0].X = ps1.Status2.Freq;
Cal_Carrier = RL0_Tables.Cal_Carrier(FuncModule.ISO, RFInvolved.Rf_1);
cal_item = Cal_Carrier.GetItem(ps1.Status2.Freq);
if (App_Configure.Cnfgs.Cal_Use_Table)
{
tx_out = ps1.Status2.OutP + Tx_Tables.iso_tx1_disp.Offset(ps1.Status2.Freq, ps1.Status2.OutP, Tx_Tables.har_offset1_disp);
rx_value = sr.dBmValue + Rx_Tables.Offset(ps1.Status2.Freq, FuncModule.ISO);
}
else
{
tx_out = (float)App_Factors.iso_tx1_disp.ValueWithOffset(ps1.Status2.Freq, ps1.Status2.OutP);
rx_value = (float)App_Factors.iso_rx1.ValueWithOffset(ps1.Status2.Freq, sr.dBmValue);
}
sweep_points[0].Y = (tx_out - rx_value) -
(cal_item.Tx0 - cal_item.Rx0) + cal_item.RL0; // -this.settings.Offset;
lblF.Text = "F:" + sweep_points[0].X.ToString("0.0") + "MHz";
lblTx.Text = "Tx:" + tx_out.ToString("0.0") + "dBm";
//功放2扫频
}
else
{
sweep_points[0].X = ps2.Status2.Freq;
Cal_Carrier = RL0_Tables.Cal_Carrier(FuncModule.ISO, RFInvolved.Rf_2);
cal_item = Cal_Carrier.GetItem(ps2.Status2.Freq);
if (App_Configure.Cnfgs.Cal_Use_Table)
{
tx_out = ps2.Status2.OutP + Tx_Tables.iso_tx2_disp.Offset(ps2.Status2.Freq, ps2.Status2.OutP, Tx_Tables.iso_offset2_disp);
rx_value = sr.dBmValue + Rx_Tables.Offset(ps2.Status2.Freq, FuncModule.ISO);
}
else
{
tx_out = (float)App_Factors.iso_tx2_disp.ValueWithOffset(ps2.Status2.Freq, ps2.Status2.OutP);
rx_value = (float)App_Factors.iso_rx2.ValueWithOffset(ps2.Status2.Freq, sr.dBmValue);
}
sweep_points[0].Y = (tx_out - rx_value) -
(cal_item.Tx0 - cal_item.Rx0) + cal_item.RL0; //- this.settings.Offset;
lblF.Text = "F:" + sweep_points[0].X.ToString("0.0") + "MHz";
lblTx.Text = "Tx:" + tx_out.ToString("0.0") + "dBm";
}
lblRx.Text = "Rx:" + sr.dBmValue.ToString("0.0") + "dBm";
lblNoise.Text = "Noise:" + sr.dBmNosie.ToString("0.0") + "dBm";
pltIso.Add(sweep_points, 0, PointsDone);
//处理扫时
}
else
{
sweep_points[0].X = PointsDone;
//功放1扫时
if (rf_involved == RFInvolved.Rf_1)
{
Cal_Carrier = RL0_Tables.Cal_Carrier(FuncModule.ISO, RFInvolved.Rf_1);
cal_item = Cal_Carrier.GetItem(ps1.Status2.Freq);
if (App_Configure.Cnfgs.Cal_Use_Table)
{
tx_out = ps1.Status2.OutP + Tx_Tables.iso_tx1_disp.Offset(ps1.Status2.Freq, ps1.Status2.OutP, Tx_Tables.iso_offset1_disp);
rx_value = sr.dBmValue + Rx_Tables.Offset(ps1.Status2.Freq, FuncModule.ISO);
}
else
{
tx_out = (float)App_Factors.iso_tx1_disp.ValueWithOffset(ps1.Status2.Freq, ps1.Status2.OutP);
rx_value = (float)App_Factors.iso_rx1.ValueWithOffset(ps1.Status2.Freq, sr.dBmValue);
}
sweep_points[0].Y = (tx_out - rx_value) -
(cal_item.Tx0 - cal_item.Rx0) + cal_item.RL0; //- this.settings.Offset;
lblF.Text = "F:" + ps1.Status2.Freq.ToString("0.0") + "MHz";
lblTx.Text = "Tx:" + tx_out.ToString("0.0") + "dBm";
//功放2扫时
}
else
{
Cal_Carrier = RL0_Tables.Cal_Carrier(FuncModule.ISO, RFInvolved.Rf_2);
cal_item = Cal_Carrier.GetItem(ps2.Status2.Freq);
if (App_Configure.Cnfgs.Cal_Use_Table)
{
tx_out = ps2.Status2.OutP + Tx_Tables.iso_tx2_disp.Offset(ps2.Status2.Freq, ps2.Status2.OutP, Tx_Tables.iso_offset2_disp);
rx_value = sr.dBmValue + Rx_Tables.Offset(ps2.Status2.Freq, FuncModule.ISO);
}
else
{
tx_out = (float)App_Factors.iso_tx2_disp.ValueWithOffset(ps2.Status2.Freq, ps2.Status2.OutP);
rx_value = (float)App_Factors.iso_rx2.ValueWithOffset(ps2.Status2.Freq, sr.dBmValue);
}
sweep_points[0].Y = (tx_out - rx_value) -
(cal_item.Tx0 - cal_item.Rx0) + cal_item.RL0; //- this.settings.Offset;
lblF.Text = "F:" + ps2.Status2.Freq.ToString("0.0") + "MHz";
lblTx.Text = "Tx:" + tx_out.ToString("0.0") + "dBm";
}
lblRx.Text = "Rx:" + rx_value.ToString("0.0") + "dBm";
lblNoise.Text = "Noise:" + sr.dBmNosie.ToString("0.0") + "dBm";
pltIso.Add(sweep_points, 0, PointsDone);
}
}
