private void Time_Sweep_1()
{
bool bQuit = false;
bool bErrors = false;
//开启功放
bErrors = RF_Do(exe_params.DevInfo.RF_Addr1,
exe_params.RFPriority,
exe_params.TmeParam.P1, exe_params.TmeParam.F1,
true, false, true, true, ref rfStatus_1);
//检查功放异常现象，包括功放通信超时
bErrors = CheckRF_1(bErrors);
if (bErrors)
{
NativeMessage.PostMessage(exe_params.WndHandle, MessageID.RF_ERROR, (uint)exe_params.DevInfo.RF_Addr1, 0);
return;
}
//设置频谱分析的参数对象
//RBW，ATT，Unit, Continued，由外部设置
exe_params.SpeParam.StartFreq = exe_params.TmeParam.Rx - 0.15; //MHz
exe_params.SpeParam.EndFreq = exe_params.TmeParam.Rx + 0.15; //MHz
//启动隔离度扫时进程
for (int I = 0; I < exe_params.TmeParam.N; I++)
{
Monitor.Enter(ctrl);
bQuit = ctrl.Quit;
Monitor.Exit(ctrl);
if (bQuit)
{
break;
}
//采样查询，获取功放当前状态
bErrors = RF_Do(exe_params.DevInfo.RF_Addr1,
exe_params.RFPriority,
exe_params.TmeParam.P1, exe_params.TmeParam.F1,
false, true, false, false, ref rfStatus_1);
//检查功放异常现象，包括功放通信超时
bErrors = CheckRF_1(bErrors);
if (bErrors)
{
NativeMessage.PostMessage(exe_params.WndHandle, MessageID.RF_ERROR, (uint)exe_params.DevInfo.RF_Addr1, 0);
break;
}
//启动频谱分析，并等待分析完成，
//在接收频谱数据函数中，计算分析结果值
//在模块窗体的消息函数中检查频谱异常
ISpectrumObj.StartAnalysis(exe_params.SpeParam);
//向WndHandle发送消息，告知完成一个点的分析
NativeMessage.PostMessage(exe_params.WndHandle, MessageID.ISO_SUCCED, (uint)exe_params.DevInfo.RF_Addr1, 0);
}
}
/// <summary>
/// 功放一点频
/// </summary>
/// <param name="BandWidth">扫描带宽(MHz)</param>
private void VSWR_Time_Sweep_1(float BandWidth)
{
bool bQuit = false;
bool bErrors = false;
//开启功放
bErrors = RF_Do(exe_params.DevInfo.RF_Addr1,
exe_params.RFPriority,
exe_params.TmeParam.P1, exe_params.TmeParam.F1,
true, false, true, true, ref rfStatus_1);
//检查功放异常现象，包括功放通信超时
bErrors = CheckRF_1(bErrors);
if (bErrors)
{
NativeMessage.PostMessage(exe_params.WndHandle, MessageID.RF_ERROR, (uint)exe_params.DevInfo.RF_Addr1, 0);
return;
}
//设置频谱分析的参数对象
//RBW，ATT，Unit, Continued，由外部设置
exe_params.SpeParam.StartFreq = exe_params.TmeParam.Rx - BandWidth; //MHz
exe_params.SpeParam.EndFreq = exe_params.TmeParam.Rx + BandWidth; //MHz
//启动驻波比扫时进程
for (int i = 0; i < exe_params.TmeParam.N; i++)
{
Monitor.Enter(ctrl);
bQuit = ctrl.Quit;
Monitor.Exit(ctrl);
if (bQuit)
{
break;
}
//采样查询，获取功放当前状态
bErrors = RF_Do(exe_params.DevInfo.RF_Addr1,
exe_params.RFPriority,
exe_params.TmeParam.P1, exe_params.TmeParam.F1,
false, true, false, false, ref rfStatus_1);
//检查功放异常现象，包括功放通信超时
bErrors = CheckRF_1(bErrors);
if (bErrors)
{
NativeMessage.PostMessage(exe_params.WndHandle, MessageID.RF_ERROR, (uint)exe_params.DevInfo.RF_Addr1, 0);
break;
}
//启动频谱分析
ISpectrumObj.StartAnalysis(exe_params.SpeParam);
//封装扫描结果
CurrentResultObj.Pstatus = rfStatus_1;
CurrentResultObj.Sstatus = sweepValue;
//向WndHandle发送消息，告知完成一个点的分析
NativeMessage.PostMessage(exe_params.WndHandle, MessageID.VSW_SUCCED, 0, i);
}
////向WndHandle发送消息，告知完成上所有的分析
//NativeMessage.PostMessage(exe_params.WndHandle, MessageID.VSW_SWEEP_DONE, 0, 0);
//关闭功放
RF_Do(exe_params.DevInfo.RF_Addr1,
exe_params.RFPriority,
exe_params.TmeParam.P1, exe_params.TmeParam.F1,
false, false, false, false, ref rfStatus_1);
}
