bool FFTviewerFrame::SaveConfiguration()
{
char outbuf[80];
char newline[3];
memset(outbuf,0,sizeof(outbuf));
#define _N (sizeof(outbuf)-1)
wxSprintf(newline,"\r\n");
if(g_CfgChanged) {
g_CfgChanged = false; //Avoid repeated writes
if(m_CFG_FileClassPtr == NULL) m_CFG_FileClassPtr = new wxFile();
m_CFG_FileClassPtr->Create(g_CfgFileName,TRUE,wxS_DEFAULT);
if(!m_CFG_FileClassPtr->IsOpened()) {
cout << "CFG File Open Fail" << endl;
if(m_CFG_FileClassPtr != NULL) {
m_CFG_FileClassPtr->Close();
delete m_CFG_FileClassPtr;
m_CFG_FileClassPtr = NULL;
}
return(false);
}
wxSnprintf(outbuf,_N,"RASDRproc Version %s - NOTE: Limit to 80 column to avoid problems %s",
AutoVersion::FULLVERSION_STRING,"...............................................................");
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%.12f // Center Frequency (GHz)",mSpectrum->m_RxFreq);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14g // Frequency Step",mSpectrum->m_frequencyStep);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // LPF Bandwidth (index)",LMLL_RxLPFGetLpfBw());
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // VGA1 Gain (index)",LMLL_RxFEGetRFB_TIA_RXFE());
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // VGA2 Gain (index)",LMLL_RxVGA2GetVga2G_u());
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // LNA Gain (index)",LMLL_RxFEGetG_LNA_RXFE());
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // Enable Averaging (0=no, 1=yes)",mSpectrum->chkAverage->GetValue());
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // Number of frames to average",mSpectrum->spinAvgCount->GetValue());
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // FFT log2(Samples/Frame) (N=2^integer; 10=1024, 11=2048, etc)",mSpectrum->spinFFTsamples->GetValue());
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // Sampling Frequency (MHz, integer, min=2, max=32)",mSpectrum->spinSamplingFreq->GetValue());
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // FFTOutput - Multiple Control (1=single 2=multiple suffixed)",g_NumbFFTFiles);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // FFTOutput - File Type Control (0=.csv for excel 1=General)",g_FFTFileType);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // FFTOutput - Time Standard Control (0=Local Time 1=UTC)",g_FFT_TimeStandard);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // FFTOutput - Number of Frames To Skip (integer)",g_FFTframeSkip);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // FFTOutput - Number of Frames to Write (integer)",g_FFTframesOut);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // PWROutput - Multiple Control (1=single 2=multiple suffixed)",g_NumbPWRFiles);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // PWROutput - File Type Control",g_PWRFileType);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // PWROutput - Time Standard Control (0=Local Time 1=UTC)",g_PWRTimeStandard);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // PWROutput - Recording Rate (seconds/sample)",g_PwrRecordRate);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // PWROutput - Plot Span (seconds)",g_PwrSpanSec);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // FFTOutput - Record Span (0=full range, 1=zoom/span)",g_FFTDataSource);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
/* m_CFG_FileClassPtr->Write(g_FFTfileName);
m_CFG_FileClassPtr->Write(newline); */
wxSnprintf(outbuf,_N,"%-14d // Background Subtraction Code (bit encoded, try 71, bit0=en)",g_backgroundDebugCfg);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%.12f // Integration Gain",g_integrationGain);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%14.10f // DC Offset for I samples",(g_DcOffsetI == 0.0?g_avgI:g_DcOffsetI));
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%14.10f // DC Offset for Q samples",(g_DcOffsetQ == 0.0?g_avgQ:g_DcOffsetQ));
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // Unlimited Averaging (0=no, 1=yes)", g_UnlimitedAveraging);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
// RSS Integration
wxSnprintf(outbuf,_N,"%-14s // RSS Server IP",g_RSS_IP);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14hu // RSS Server Port (default=8888)", g_RSS_Port);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // RSS Channels (range is 100 to 512 unless extensions enabled)", g_RSS_Channels);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // RSS Server Enabled (0=disabled, 1=enabled)", g_RSS_Enable?1:0);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
// RSS RASDR Extension
wxSnprintf(outbuf,_N,"%14.10f // RSS Frequency Offset (GHz)",g_RSS_FrequencyOffset);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%-14d // RSS Extensions Enabled (0=disabled, 1=enabled)", g_RSS_Extension?1:0);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%14.10f // RSS Channel Offset Adjustment",g_RSS_Offset);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%14.10f // RSS Channel Gain Adjustment",g_RSS_Gain);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%14.10f // RSS Channel Bias Adjustment",g_RSS_Bias);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%14.9f // RSS Channel Minimum Output Value",g_RSS_MinValue);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
wxSnprintf(outbuf,_N,"%14.9f // RSS Channel Maximum Output Value",g_RSS_MaxValue);
m_CFG_FileClassPtr->Write(outbuf);
m_CFG_FileClassPtr->Write(newline);
//
m_CFG_FileClassPtr->Flush();
m_CFG_FileClassPtr->Close();
delete m_CFG_FileClassPtr;
m_CFG_FileClassPtr = NULL;
cout << "Configuration Saved" << endl;
}
return(true);
}
// ---------------------------------------------------------------------------
// updates GUI data values
// ---------------------------------------------------------------------------
bool pnlRxFE::UpdateGUI()
{
int itmp;
bool bRez = true;
// DECODE
rgrDecode->SetSelection(LMLL_RxFEGetDecode());
// EN
chbPwrRxFeMods->SetValue(LMLL_RxFEGetPwrRxFeMods());
// IN1SEL_MIX_RXFE
cmbIN1SEL_MIX_RXFE->SetSelection(LMLL_RxFEGetIN1SEL_MIX_RXFE());
// DCOFF_I_RXFE[6:0]
cmbDCOFF_I_RXFE->SetSelection(LMLL_RxFEGetDCOFF_I_RXFE());
// INLOAD_LNA_RXFE
chkINLOAD_LNA_RXFE->SetValue(LMLL_RxFEGetINLOAD_LNA_RXFE());
// DCOFF_Q_RXFE[6:0]
cmbDCOFF_Q_RXFE->SetSelection(LMLL_RxFEGetDCOFF_Q_RXFE());
// XLOAD_LNA_RXFE
chkXLOAD_LNA_RXFE->SetValue(LMLL_RxFEGetXLOAD_LNA_RXFE());
// IP2TRIM_I_RXFE[6:0]
cmbIP2TRIM_I_RXFE->SetSelection(LMLL_RxFEGetIP2TRIM_I_RXFE());
// IP2TRIM_Q_RXFE[6:0]
cmbIP2TRIM_Q_RXFE->SetSelection(LMLL_RxFEGetIP2TRIM_Q_RXFE());
// G_LNA_RXFE[1:0]
cmbG_LNA_RXFE->SetSelection(LMLL_RxFEGetG_LNA_RXFE());
// LNASEL_RXFE[1:0]
cmbLNASEL_RXFE->SetSelection(LMLL_RxFEGetLNASEL_RXFE());
// CBE_LNA_RXFE[3:0]
cmbCBE_LNA_RXFE->SetSelection(LMLL_RxFEGetCBE_LNA_RXFE());
// RFB_TIA_RXFE[6:0]
cmbRFB_TIA_RXFE->SetSelection(LMLL_RxFEGetRFB_TIA_RXFE());
// CFB_TIA_RXFE[6:0]
cmbCFB_TIA_RXFE->SetSelection(LMLL_RxFEGetCFB_TIA_RXFE());
// RDLEXT_LNA_RXFE[5:0]
cmbRDLEXT_LNA_RXFE->SetSelection(LMLL_RxFEGetRDLEXT_LNA_RXFE());
// RDLINT_LNA_RXFE[5:0]
cmbRDLINT_LNA_RXFE->SetSelection(LMLL_RxFEGetRDLINT_LNA_RXFE());
// ICT_MIX_RXFE[3:0]
cmbICT_MIX_RXFE->SetSelection(LMLL_RxFEGetICT_MIX_RXFE());
// ICT_LNA_RXFE[3:0]
cmbICT_LNA_RXFE->SetSelection(LMLL_RxFEGetICT_LNA_RXFE());
// ICT_TIA_RXFE[3:0]
cmbICT_TIA_RXFE->SetSelection(LMLL_RxFEGetICT_TIA_RXFE());
// ICT_MXLOB_RXFE[3:0]
cmbICT_MXLOB_RXFE->SetSelection(LMLL_RxFEGetICT_MXLOB_RXFE());
// LOBN_MIX_RXFE[3:0]
cmbLOBN_MIX_RXFE->SetSelection(LMLL_RxFEGetLOBN_MIX_RXFE());
// RINEN_MIX_RXFE
chkRINEN_MIX_RXFE->SetValue(LMLL_RxFEGetRINEN_MIX_RXFE());
// G_FINE_LNA3_RXFE[1:0]
cmbG_FINE_LNA3_RXFE->SetSelection(LMLL_RxFEGetG_FINE_LNA3_RXFE());
// PD_TIA_RXFE
chkPD_TIA_RXFE->SetValue(LMLL_RxFEGetPD_TIA_RXFE());
// PD_MXLOB_RXFE
chkPD_MXLOB_RXFE->SetValue(LMLL_RxFEGetPD_MXLOB_RXFE());
// PD_MIX_RXFE
chkPD_MIX_RXFE->SetValue(LMLL_RxFEGetPD_MIX_RXFE());
// PD_LNA_RXFE
chkPD_LNA_RXFE->SetValue(LMLL_RxFEGetPD_LNA_RXFE());
SetGuiDecode();
return bRez;
};
