bool HDRCompositionInterface::Launch( const MetaProcess& P, const ProcessImplementation*, bool& dynamic, unsigned& /*flags*/ )
{
// ### Deferred initialization
if ( GUI == 0 )
{
GUI = new GUIData( *this );
SetWindowTitle( "HDRComposition" );
UpdateControls();
// Restore position only
if ( !RestoreGeometry() )
SetDefaultPosition();
AdjustToContents();
}
dynamic = false;
return &P == TheHDRCompositionProcess;
}
STISpectrumDialog::STISpectrumDialog( wxWindow* pParent,
AuroraSTI* pAs,
AFConfig* pCfg,
const bool bIsStereo)
: STISpectrumDlg(pParent),
m_pAs(pAs),
m_bIsStereo(bIsStereo),
m_nCurrentChnl(CH_LEFT),
m_ExportsMgr(pParent, pAs, bIsStereo),
m_pCfg(pCfg)
{
// Set caption
wxString wxszTitle(wxT("Aurora for Audacity - Octave Bands Analisys - (v."));
wxszTitle << ::AuroraModuleVersionNumber(STI_VERSION_TYPE, STI_RELEASE_CANDIDATE) << wxT(")");
SetTitle(wxszTitle);
// Draw logo
/* wxBoxSizer* pLogoSizer;
pLogoSizer = new wxBoxSizer( wxHORIZONTAL );
m_pwxbmpAuroraLogo = new wxStaticBitmap( m_pwxpnlLogo, wxID_ANY,
AFArtProvider::GetBitmap(wxT("Aurora_logo")),
wxDefaultPosition, wxDefaultSize, 0 );
pLogoSizer->Add( m_pwxbmpAuroraLogo, 0, wxALL, 5 );
pLogoSizer->Add( 0, 0, 1, wxEXPAND, 5 );
m_pwxbmpLogo = new wxStaticBitmap( m_pwxpnlLogo, wxID_ANY,
AFArtProvider::GetBitmap( wxT("sti_logo")),
wxDefaultPosition, wxDefaultSize, 0 );
pLogoSizer->Add( m_pwxbmpLogo, 0, wxALL, 5 );
m_pwxpnlLogo->SetSizer( pLogoSizer );
m_pwxpnlLogo->Layout();
*/
// Set data
m_pSpectrumPlot->GetBandsAxis()->SetTitle(wxT("Octave Bands [Hz]"));
m_pSpectrumPlot->GetBandsAxis()->ShowTitle(true);
m_pSpectrumPlot->GetBandsAxis()->AddCategories(g_awxpchBandLabels, 12);
m_pSpectrumPlot->GetLevelAxis()->SetTitle(wxT("Level [dB]"));
m_pSpectrumPlot->GetLevelAxis()->ShowTitle(true);
m_pSpectrumPlot->GetLevelAxis()->ShowGrid(true);
m_pSpectrumPlot->GetLevelAxis()->SetRange(30.0, 130.0, AFAxisBase::RF_REAL);
m_pSpectrumPlot->AddSerie((const double*)m_pAs->GetNoiseSpectrumVector(CH_LEFT), 12);
m_pSpectrumPlot->AddSerie((const double*)m_pAs->GetSignalSpectrumVector(CH_LEFT), 12);
m_pSpectrumPlot->AddSerie((const double*)m_pAs->GetSigNoiseSpectrumVector(CH_LEFT), 12);
if(!m_bIsStereo)
{
m_pwxstChnlSel->Disable();
m_pwxchoiceChannel->Disable();
}
::AuroraUpdateGridBackgroundColor(m_pwxgridSpectrumTable);
wxGridCellAttr* pCellAttr = new wxGridCellAttr();
pCellAttr->SetReadOnly();
for(int nRow = 0; nRow < 3; nRow++)
{
m_pwxgridSpectrumTable->SetCellRenderer(nRow, 0, new STISpectrumGridCellColoredRectRenderer);
m_pwxgridSpectrumTable->SetRowAttr(nRow, pCellAttr->Clone());
}
#ifdef __WXGTK__
m_pwxgridSpectrumTable->SetRowLabelSize(140);
#endif
FillTable();
RestoreGeometry();
m_pSpectrumPlot->Refresh();
// init table context menu
m_pwxLevelContextMenu = new wxMenu;
m_pwxLevelContextMenu->Append(ID_LEVEL_COPY_SELECTION_MENU, wxT("&Copy\tCtrl+C"));
m_pwxLevelContextMenu->Connect(wxEVT_COMMAND_MENU_SELECTED, wxCommandEventHandler(STISpectrumDialog::OnLevelTableCopySelection), NULL, this );
m_pwxgridSpectrumTable->Connect(wxEVT_CHAR, wxCharEventHandler(STISpectrumDialog::OnLevelTableKeyPress), NULL, this);
}
XFunctionsShowDialog::XFunctionsShowDialog(wxWindow* pParent, XFunctions *pXf, AFConfig* pCfg)
: XFunctionsShowDlg(pParent),
m_pXf(pXf),
mExportData(pParent),
m_pCfg(pCfg)
{
// Set caption
wxString wxszTitle(wxT("Aurora for Audacity - Cross Functions Calculation Module - (v."));
wxszTitle << ::AuroraModuleVersionNumber(XF_VERSION_TYPE, XF_RELEASE_CANDIDATE) << wxT(")");
SetTitle(wxszTitle);
// Draw logo
wxBoxSizer* pLogoSizer;
pLogoSizer = new wxBoxSizer( wxHORIZONTAL );
m_pwxbmpAuroraLogo = new wxStaticBitmap( m_pwxpnlLogo, wxID_ANY,
AFArtProvider::GetBitmap(wxT("Aurora_logo")),
wxDefaultPosition, wxDefaultSize, 0 );
pLogoSizer->Add( m_pwxbmpAuroraLogo, 0, wxALL, 5 );
pLogoSizer->Add( 0, 0, 1, wxEXPAND, 5 );
m_pwxbmpLogo = new wxStaticBitmap( m_pwxpnlLogo, wxID_ANY,
AFArtProvider::GetBitmap( wxT("xfn_logo")),
wxDefaultPosition, wxDefaultSize, 0 );
pLogoSizer->Add( m_pwxbmpLogo, 0, wxALL, 5 );
m_pwxpnlLogo->SetSizer( pLogoSizer );
m_pwxpnlLogo->Layout();
wxString wxszValue;
// ------- Fill Result boxes
// Input waveform
wxszValue.Printf(wxT("%d"), int(m_pXf->GetFFTLength()));
mFftSizeStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("%d"), int(m_pXf->GetSamplerate()));
mRateStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("%d"), int(m_pXf->GetBlocksNumber()));
mNblocksStext->SetLabel(wxszValue);
// Statistics
mTransformTypeStext->SetLabel(m_pXf->GetCurrentXFunctionLabel());
wxszValue.Printf(wxT("%.2f"), m_pXf->GetRMS(CH_LEFT));
mRmsLeftStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("%.2f"), m_pXf->GetRMS(CH_RIGHT));
mRmsRightStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("%.2f"), m_pXf->GetRMS(XFunctions::CH_CROSS));
mRmsCrossStext->SetLabel(wxszValue);
// Time of flight (only for Cross-Correlation)
if(m_pXf->GetXFunctionType() == XFunctions::XFT_CROSS_CORRELATION)
{
mTimeOfFlightStext->Enable();
mTriggerTimeLabelStext->Enable();
mTriggerTimeStext->Enable();
mTriggerTimeAtStext->Enable();
mTriggerDelayStext->Enable();
mNccMaxLabelStext->Enable();
mNccMaxStext->Enable();
mNccMaxAtStext->Enable();
mNccMaxDelayStext->Enable();
mSaveToTimeDelayCheck->Enable();
wxszValue.Printf(wxT("%.1f%%"), m_pXf->GetTriggerLevel());
mTriggerTimeStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("%.3f s"), m_pXf->GetTriggerTime());
mTriggerDelayStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("%.4f"), m_pXf->GetXCorrelationMax());
mNccMaxStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("%.3f s"), m_pXf->GetXCorrelationMaxDelay());
mNccMaxDelayStext->SetLabel(wxszValue);
}
else
{
wxszValue.Printf(wxT("- %%"));
mTriggerTimeStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("- s"));
mTriggerDelayStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("- %%"));
mNccMaxStext->SetLabel(wxszValue);
wxszValue.Printf(wxT("- s"));
mNccMaxDelayStext->SetLabel(wxszValue);
}
BuildPlotChoice(mFirstPlotChoice, 0);
BuildPlotChoice(mSecondPlotChoice, 1);
// By default horizontal axis is linear
mLinearScaleCheck->SetValue(true);
AddPlotDataSeries(mUpperPlot, *wxBLUE);
AddPlotDataSeries(mLowerPlot, *wxRED);
wxszValue = mFirstPlotChoice->GetStringSelection();
UpdatePlotData(mUpperPlot, wxszValue);
wxszValue = mSecondPlotChoice->GetStringSelection();
UpdatePlotData(mLowerPlot, wxszValue);
mUpperPlot->GetFreqAxis()->ShowGrid(true);
mUpperPlot->GetFreqAxis()->ShowTitle(true);
mUpperPlot->GetLevelAxis()->ShowGrid(true);
mUpperPlot->GetLevelAxis()->ShowTitle(true);
mUpperPlot->SetTopBorder(false);
mLowerPlot->GetFreqAxis()->ShowGrid(true);
mLowerPlot->GetFreqAxis()->ShowTitle(true);
mLowerPlot->GetLevelAxis()->ShowGrid(true);
mLowerPlot->GetLevelAxis()->ShowTitle(true);
mLowerPlot->SetTopBorder(false);
mUpperPlot->Refresh();
mLowerPlot->Refresh();
// mExportData.SetDataPlot(mUpperPlot, mLowerPlot);
wxszValue = m_pXf->GetCurrentXFunctionLabel();
mExportData.SetFunctionLabel(wxszValue);
mExportData.SetDataSeriesArray(mUpperPlot->GetDataSeriesArray(), 0);
mExportData.SetDataSeriesArray(mLowerPlot->GetDataSeriesArray(), 1);
RestoreGeometry();
}