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mainwindow.cpp
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mainwindow.cpp
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#include "mainwindow.h"
#include "ui_mainwindow.h"
#include <QDir>
#include <QDirIterator>
#include <QSplitter>
#include <QFileDialog>
#include "voxer.h"
#include "ext/ByteArr.h"
#include "ext/ZFile.h"
#include "phddialog.h"
#include "framelesswindow.h"
#include <QMessageBox>
#include "modelinfodlg.h"
#include <LogitechLEDLib.h>
#include "track.h"
#define FwParent ((FramelessWindow*)pDarkFw)
#include <psapi.h>
#include <QTextStream>
#include <random>
// maybe hardcoding the sample sentences is a bad idea?
// ZDisket: I'm lazy
static const QString RandomTexts[] = {"Drink the water fishy",
"She turned herself into a thorn. It was the funniest shit I've ever seen",
"That was an order! Steiner's attack was an order!",
"There is no attitude that could not find its ultimate justification in the benefits it gives to the whole",
"President Trump met with other leaders at the Group of twenty conference",
"There’s a way to measure the acute emotional intelligence that has never gone out of style",
"Peter Piper picked a peck of pickled peppers. How many pickled peppers did Peter Piper pick?",
"It needs to be about 20 percent cooler",
"Sneed's feed and seed",
"The right to repair electronics refers to proposed government legislation that would allow consumers the ability to repair and modify their own consumer electronic devices",
"Eternal chaos come with chocolate rain, you guys!",
"What fun is there in making sense?",
"And then what she said was scandalous",
"Think of tuna fish as a very fishy fish",
"Still don't trust me",
"Do not compare yourself to others. If you do so, you are insulting yourself",
"Let that child alone",
"If I don't eat rice, the power won't come!",
"Their power is really extraordinary. One thing is sure, they're from another world",
"Now I see. Black human beings dislike the sound of rubbing glass probably the soundwave of the whistle",
"Cats and tomatoes don't mix",
"Six years were enough to fulfill the dreams of centuries. A year to bring our people into the enjoyment of that unity that was the futile aspiration of many generations"};
MainWindow::MainWindow(QWidget *parent)
: QMainWindow(parent)
, ui(new Ui::MainWindow)
{
DoingBatchDenoising = false;
ui->setupUi(this);
PopulateComboBox();
DoUpdateSplitAuto = true;
qRegisterMetaType< std::vector<float> >( "std::vector<float>" );
qRegisterMetaType< QVector<int> >( "QVector<int>" );
qRegisterMetaType<std::chrono::duration<double>>("std::chrono::duration<double>");
qRegisterMetaType<uint32_t>("uint32_t");
qRegisterMetaType< TFTensor<float> >( "TFTensor<float>" );
StatusLbl = new QLabel(ui->statusbar);
ui->statusbar->addPermanentWidget(StatusLbl);
ui->splitter->setSizes(QList<int>() << width() * 0.8 << width() * 0.2 );
StdFmt.setSampleSize(sizeof(float) * 8);
StdFmt.setSampleType(QAudioFormat::Float);
// This is already set in the constructor, but just to be extra, extra sure...
StdFmt.setByteOrder(QAudioFormat::Endian(QSysInfo::ByteOrder));
StdFmt.setSampleRate(CommonSampleRate);
StdFmt.setChannelCount(1);
StdFmt.setCodec("audio/pcm");
CanPlayAudio = true;
StdOutput = new QAudioOutput(StdFmt,this);
CurrentBuffIndex = 0;
connect(StdOutput,&QAudioOutput::stateChanged, this, &MainWindow::OnAudioStateChange);
RecPerfLines = false;
pHigh = new PhoneticHighlighter(ui->edtInput->document());
ui->cbSpeaker->setVisible(false);
ui->lblSpeaker->setVisible(false);
ui->cbEmotions->setVisible(false);
ui->lblEmotions->setVisible(false);
ui->lblEmotionOvr->setVisible(false);
ui->edtEmotionOvr->setVisible(false);
CurrentInferIndex = 0;
PhonDict.Import(QCoreApplication::applicationDirPath() + "/dict.phd");
pTaskBtn = new QWinTaskbarButton(this);
pTskProg = pTaskBtn->progress();
SetDict();
ui->spbThreads->setValue(QThread::idealThreadCount());
NumDone = 0;
CurrentAmtThreads = 0;
LogiLedAvailable = LogiLedInitWithName("Vox");
if (LogiLedAvailable)
LogiLedSetTargetDevice(LOGI_DEVICETYPE_RGB);
UpdateLogiLed();
ClipBrd = QGuiApplication::clipboard();
connect(ClipBrd,&QClipboard::dataChanged,this,&MainWindow::OnClipboardDataChanged);
QTimer* timMemUp = new QTimer(this);
timMemUp->setSingleShot(false);
timMemUp->setInterval(5000);
connect(timMemUp,&QTimer::timeout,this,&MainWindow::OnMemoryUpdate);
LastInferBatchSize = 0;
timMemUp->start();
//ui->widAudioPlot->hide();
QCPColorGradient Viridis;
// Build Viridis color gradient.
Viridis.clearColorStops();
Viridis.setColorStops({{0.0,QColor(54, 1, 81)},
{0.25,QColor(45, 62, 120)},
{0.5,QColor(30, 131, 121)},
{0.75,QColor(94, 200, 71)},
{1.0,QColor(245, 228 ,27)}
});
QCPColorMap* ColMap = new QCPColorMap(ui->widAttention->xAxis, ui->widAttention->yAxis);
ColMap->setName("Alignment");
ui->widAttention->Map = ColMap;
ColMap->setGradient(Viridis);
ui->tabMetrics->hide();
ui->tabMetrics->setTabEnabled(2,false);
// The spectrogram in Python is shown with np.rot90, otherwise it looks wrong
// So I flip the axes to make it look right, instead of bothering to do the math (I lost an evening trying this)
QCPColorMap* SpecMap = new QCPColorMap(ui->widSpec->yAxis, ui->widSpec->xAxis);
SpecMap->setName("Spectrogram");
ui->widSpec->Map = SpecMap;
SpecMap->setGradient(Viridis);
ui->lstUtts->addActions({ui->actExWAVSe, ui->actCopySel});
DenBatchSize = 0;
DenDone = 0;
LastExportDir = QCoreApplication::applicationDirPath() + "/Utt.wav";
ui->grpFs2Params->hide();
}
InferIDTrueID* MainWindow::FindByFirst(uint32_t inGetID)
{
for (auto& ID : IdVec)
{
if (inGetID == ID.first)
return &ID;
}
return nullptr;
}
void MainWindow::PushToInfers(InferDetails &InDets)
{
if (!InDets.pItem)
InDets.pItem = new QListWidgetItem(InDets.ExportFileName.split('/').last(),ui->lstUtts);
Infers.push(InDets);
pTskProg->show();
IterateQueue();
}
int32_t MainWindow::GetCountItems()
{
return ui->lstUtts->count();
}
void MainWindow::showEvent(QShowEvent *e)
{
#ifdef Q_OS_WIN
pTaskBtn->setWindow(((FramelessWindow*)pDarkFw)->windowHandle());
pTaskBtn->progress()->show();
#endif
//FwParent->setWindowTitle("TensorVox");
e->accept();
}
MainWindow::~MainWindow()
{
on_btnClear_clicked();
LogiLedShutdown();
delete ui;
}
void MainWindow::OnAudioRecv(std::vector<float> InDat, TFTensor<float> InMel, std::chrono::duration<double> infer_span, uint32_t inID)
{
if (inID == UINT32_MAX)
{
DoingBatchDenoising = true;
++DenDone;
--CurrentAmtThreads;
ui->chkMultiThreaded->setChecked(ui->lstUtts->count() > ui->spbThreads->value());
if (DenDone == DenBatchSize){
on_btnClear_clicked();
return;
}
IterateQueue();
return;
}
DoingBatchDenoising = false;
QBuffer* Buf = new QBuffer(this);
Buf->setData((const char*)InDat.data(),sizeof(float) * InDat.size());
// We push to the mel and audbuff always at the same time, so the IDs will be the same.
Mels.push_back(InMel);
AudBuffs.push_back(Buf);
IdVec.push_back(InferIDTrueID{inID,AudBuffs.size() - 1,-1});
if (AllowedToPlayAudio())
{
PlayBuffer(Buf,false,inID);
}
if (RecPerfLines){
double InferSecs = (double)InDat.size() / CommonSampleRate;
double InferTime = infer_span.count();
// https://enacademic.com/dic.nsf/enwiki/3796485
double RealTimeFactor = InferTime / InferSecs;
QString Pline = "Inferred " + QString::number(InferSecs,'f',3) + " seconds of audio in " + QString::number(InferTime,'f',3) + " seconds; " + "RTF: " + QString::number(RealTimeFactor,'f',3);
PerfReportLines.push_back(Pline);
}
NumDone += 1;
pTskProg->setRange(0,ui->lstUtts->count());
pTskProg->setValue(NumDone);
bool NoInfers = NumDone == ui->lstUtts->count();
ui->btnExportSel->setEnabled(NoInfers);
ui->btnExReport->setEnabled(NoInfers);
if (NoInfers)
{
LogiLedSetLighting(0,100,50);
// Prevent lighting from being flashed if it's just one or a few utterances.
if (LastInferBatchSize > 3)
LogiLedFlashLighting(0,100,50,6000,500);
}
else
{
float NDonef = (float)NumDone;
float Cnt = (float)ui->lstUtts->count();
float BlueLevel = NDonef / Cnt;
BlueLevel *= 100.f;
LogiLedSetLighting(20,0,(int)BlueLevel);
}
--CurrentAmtThreads;
IterateQueue();
CountBlues();
}
void MainWindow::OnAudioStateChange(QAudio::State newState)
{
if (newState == QAudio::IdleState || newState == QAudio::StoppedState)
{
InferIDTrueID* FoundItm = FindBySecond(CurrentBuffIndex);
if (!FoundItm)
return;
if ((int32_t)FoundItm->first > ui->lstUtts->count() - 1)
return;
ui->lstUtts->item(FoundItm->first)->setBackgroundColor(DoneColor);
// If the user queues up multiple utterances then due to the fast inference speed we can't play them all at once
// It then becomes necessary that we advance on the event that audio finishes playing.
CurrentBuffIndex += 1;
if (CurrentBuffIndex < AudBuffs.size())
AdvanceBuffer();
else
CanPlayAudio = true;
if (StdOutput->error() != QAudio::NoError && StdOutput->error() != QAudio::UnderrunError) {
QMessageBox::critical(this,"Error","Audio stopped playing due to error ID " + QString::number(StdOutput->error()));
}
}
}
void MainWindow::OnClipboardDataChanged()
{
if (ui->actAutoInferClipBrd->isChecked() && !ui->edtInput->hasFocus() && !ClipBrd->text().isEmpty())
{
ui->edtInput->setText(ClipBrd->text());
on_btnInfer_clicked();
}
}
void MainWindow::OnAttentionRecv(TFTensor<float> InAtt, uint32_t inID)
{
// The audio recv event should have added the thing to the vec
InferIDTrueID* pInferEntry = FindByFirst(inID);
if (pInferEntry)
{
Alignments.push_back(InAtt);
pInferEntry->Align = Alignments.size() - 1;
}
if (ui->chkAutoPlay->isChecked() && ui->lstUtts->item((int32_t)inID)->backgroundColor() == PlayingColor)
PlotAttention(InAtt);
}
void MainWindow::on_btnInfer_clicked()
{
// While the Voice class can already autoload, we explicitly do so here so we can handle everything (note text, disabling)
if (VoMan.FindVoice(ui->cbModels->currentText(),false) == -1)
on_btnLoad_clicked();
// Convert to lowercase here before we add phonemes
QString BeforeInput = ui->edtInput->toPlainText();
QString RawInput = BeforeInput;
QString Input = RawInput.replace("\n"," ");
const int MaxShowInputLen = ui->lstUtts->size().width() / 6;
QStringList InputSplits;
QStringList BeforeSplits;
if (ui->rbSplitWord->isChecked())
{
BeforeSplits.push_back(Input);
}
else{
BeforeSplits = ui->edtInput->toPlainText().split(QRegExp("[\r\n]"),QString::SkipEmptyParts);
}
if (ui->chkPonctAware->isChecked())
{
QStringList TempBeforeSplits;
for (const QString& CuSplit: BeforeSplits)
{
TempBeforeSplits.append(CuSplit.split(".",QString::SkipEmptyParts));
}
BeforeSplits = TempBeforeSplits;
}
for (const QString& LiSplit : BeforeSplits)
{
InputSplits.append(SuperWordSplit(LiSplit,ui->spbSeqLen->value()));
}
LastInferBatchSize = InputSplits.size();
for (QString& idvInput : InputSplits)
{
if (idvInput.isEmpty())
continue;
InferDetails Dets;
ProcessCurlies(idvInput);
// If it ends in a period remove it since it will destabilize both Tacotron and FastSpeech
if (idvInput[idvInput.size() - 1] == '.')
idvInput = idvInput.left(idvInput.size() - 1);
QString InputForShow = idvInput;
if (idvInput.length() > MaxShowInputLen)
InputForShow = idvInput.mid(0,MaxShowInputLen) + "(...)";
QListWidgetItem* widItm = new QListWidgetItem(InputForShow,ui->lstUtts);
if (ui->chkBiPad->isChecked())
idvInput = "@SIL " + idvInput;
Dets.F0 = RangeToFloat(ui->sliF0->value());
Dets.Speed = RangeToFloat(ui->sliSpeed->value());
Dets.Energy = RangeToFloat(ui->sliEnergy->value());
Dets.pItem = widItm;
Dets.Prompt = idvInput;
Dets.SpeakerID = -1;
Dets.EmotionID = -1;
Dets.Denoise = ui->chkDenoise->isChecked();
Dets.Amplification = (float)ui->sliVolBoost->value() / 1000.f;
Dets.ExportFileName = "";
size_t VoiceID = (size_t)VoMan.FindVoice(ui->cbModels->currentText(),true);
Dets.SampleRate = VoMan[VoiceID]->GetInfo().SampleRate;
if (ui->cbSpeaker->isVisible())
Dets.SpeakerID = ui->cbSpeaker->currentIndex();
if (ui->cbEmotions->isVisible())
Dets.EmotionID = ui->cbEmotions->currentIndex();
if (ui->edtEmotionOvr->isVisible()){
if (ui->edtEmotionOvr->text().isEmpty())
Dets.EmotionOvr = ui->edtInput->toPlainText().toLower();
else
Dets.EmotionOvr = ui->edtEmotionOvr->text().toLower();
}
Dets.VoiceName = ui->cbModels->currentText();
Infers.push(Dets);
}
pTskProg->show();
// If this is the first iteration (indicated by an empty list), or all are done (no list widget items are in process color),
// we explicitly iterate it. Otherwise, we let the active triggers (after audio data is received) iterate it for us.
// after adding it.
if (MustExplicitlyIterateQueue())
IterateQueue();
}
QStringList MainWindow::ListDirs(const QString &ParentDir)
{
QStringList all_dirs;
QDirIterator directories(ParentDir, QDir::Dirs | QDir::NoSymLinks | QDir::NoDotAndDotDot);
while(directories.hasNext()){
directories.next();
all_dirs << directories.filePath().replace("models/","");
}
return all_dirs;
}
float MainWindow::RangeToFloat(int val)
{
int procval = 200 - val;
if (procval == 0)
procval = 1;
return (float)procval / 100.f;
}
void MainWindow::PlayBuffer(QBuffer *pBuff,bool ByUser, int32_t RowID)
{
if (!ui->chkAutoPlay->isChecked() && !ByUser)
return;
pBuff->open(QBuffer::ReadWrite);
QAudioBuffer BuffAud(pBuff->buffer(),StdFmt);
uint64_t NumSamples = pBuff->size() / sizeof (float);
const TFTensor<float>& MelSpec = Mels[FindByFirst(RowID)->second];
if (MelSpec.Shape[0] != -1)
PlotSpec(MelSpec,( ((float)NumSamples) / ((float)CommonSampleRate)));
else
ui->tabMetrics->setTabEnabled(1,false);
ui->widAudioPlot->setSource(BuffAud);
ui->widAudioPlot->plot();
if (ui->actShowWaveform->isChecked())
ui->tabMetrics->show();
StdOutput->start(pBuff);
CanPlayAudio = false;
ui->lstUtts->item(RowID)->setBackgroundColor(PlayingColor);
UpdateIfDoSlides();
}
void MainWindow::AdvanceBuffer()
{
InferIDTrueID* Infer = FindBySecond(CurrentBuffIndex);
if (Infer->Align != -1)
{
PlotAttention(Alignments[(size_t)Infer->Align]);
}else{
ui->tabMetrics->setTabEnabled(2,false);
}
PlayBuffer(AudBuffs[CurrentBuffIndex],false,FindBySecond(CurrentBuffIndex)->first);
}
void MainWindow::AdvanceQueue()
{
if (!Infers.size())
return;
DoInference(Infers.front());
Infers.pop();
++CurrentInferIndex;
}
int32_t MainWindow::CountBlues()
{
if (DoingBatchDenoising)
return 0;
int32_t NumBlues = 0;
int32_t NumGreen = 0;
for (int i = 0; i < ui->lstUtts->count();i++)
{
if (!ui->lstUtts->item(i))
continue;
if (ui->lstUtts->item(i)->backgroundColor() == InProcessColor)
NumBlues += 1;
else if (ui->lstUtts->item(i)->backgroundColor() == DoneColor || ui->lstUtts->item(i)->backgroundColor() == PlayingColor)
NumGreen += 1;
}
// Letting the user click clear when there is an in process utterance will make a crash
ui->btnClear->setEnabled(NumBlues == 0 && NumGreen == ui->lstUtts->count());
return NumBlues;
}
int32_t MainWindow::GetNumThreads()
{
int32_t NThreads = 1;
if (ui->chkMultiThreaded->isChecked())
NThreads = ui->spbThreads->value();
return NThreads;
}
bool MainWindow::MustExplicitlyIterateQueue()
{
if (!ui->lstUtts->count())
return true;
if (std::max(GetNumThreads(),1) < CountBlues())
return false;
return true;
}
void MainWindow::PopulateComboBox()
{
ui->cbModels->clear();
QStringList CuModels = ListDirs("models");
if (!CuModels.empty())
ui->cbModels->insertItems(0,CuModels);
// This will either disable or enable depending on whether it found models or not.
ui->cbModels->setEnabled(!CuModels.empty());
ui->btnLoad->setEnabled(!CuModels.empty());
}
QStringList MainWindow::SuperWordSplit(const QString &InStr, int MaxLen)
{
QStringList RawWords = InStr.split(" ",QString::SplitBehavior::SkipEmptyParts,Qt::CaseInsensitive);
int AmtWords = RawWords.size();
int Idx = 0;
QString CurrentStr = "";
QStringList SplitStrs;
while (Idx < AmtWords)
{
if (CurrentStr.size() > 0)
CurrentStr.append(" ");
QString CuWord = RawWords[Idx];
if (!CuWord.contains("@")) // phonetic input has to be uppercase
CuWord = CuWord.toLower();
CurrentStr.append(CuWord);
if (CurrentStr.length() > MaxLen){
SplitStrs.append(CurrentStr);
CurrentStr = "";
}
Idx += 1;
// Add the last string
if (Idx == AmtWords)
SplitStrs.append(CurrentStr);
}
return SplitStrs;
}
void MainWindow::ProcessCurlies(QString &ModTxt)
{
QRegularExpression& PhonemeExp = pHigh->PhonemeExp;
QRegularExpressionMatchIterator MatchIter = PhonemeExp.globalMatch(ModTxt);
while (MatchIter.hasNext()) {
QRegularExpressionMatch match = MatchIter.next();
QString ToProcess = ModTxt.mid(match.capturedStart(),match.capturedLength());
// Curlie processing not supported in IPA
if (GetCurrentVoice()->GetInfo().LangType == ETTSLanguageType::IPA)
{
QMessageBox::critical((QWidget*)pDarkFw,"Warning","Curly brace phonetic text input processing not supported in IPA");
return;
}
QString SepStr = " ";
QStringList Toks = ToProcess.split(SepStr,QString::SplitBehavior::SkipEmptyParts,Qt::CaseInsensitive);
QStringList NewTokens;
for (QString& Tk : Toks){
Tk = Tk.replace("{","").replace("}","");
if (Tk.isEmpty())
continue;
// Only ARPA requires all phn input to be uppercase
if (GetCurrentVoice()->GetInfo().LangType == ETTSLanguageType::ARPA)
Tk = Tk.toUpper();
NewTokens.push_back("@" + Tk);
}
QString Assembled = NewTokens.join(" ");
QString BeforeTxt = ModTxt.mid(0,match.capturedStart());
QString AfterTxt = ModTxt.mid(match.capturedEnd());
ModTxt = BeforeTxt + Assembled + AfterTxt;
// After every process we take the string and rebuild it, which makes the old indices outdated and dangerous to use.
// We match again.
MatchIter = PhonemeExp.globalMatch(ModTxt);
}
}
void MainWindow::IterateQueue()
{
if (!Infers.size())
return;
int32_t NumInfer = GetNumThreads();
// Count how many we must infer
// This is the amount of threads minus the amount that are already being done now
// We ensure this is not negative by forcing it to 0
NumInfer = std::max(NumInfer - CountBlues(),0);
if (!NumInfer)
return;
for (int32_t t = 0; t < NumInfer;t++)
{
if (CurrentAmtThreads >= (uint32_t)GetNumThreads())
break;
AdvanceQueue();
}
if (!DoingBatchDenoising)
CountBlues();
}
void MainWindow::DoInference(InferDetails &Dets)
{
Voxer* VoxThread = new Voxer;
VoxThread->F0 = Dets.F0;
VoxThread->Energy = Dets.Energy;
VoxThread->Speed = Dets.Speed;
VoxThread->Prompt = Dets.Prompt;
VoxThread->pAttItem = Dets.pItem;
VoxThread->SpeakerID = Dets.SpeakerID;
VoxThread->ForcedAudio = Dets.ForcedAudio;
if (!VoxThread->ForcedAudio.size())
{
size_t VoiceID = (size_t)VoMan.FindVoice(Dets.VoiceName,true);
//Auto-load is true, so we will always get a good pointer.
VoxThread->pAttVoice = VoMan[VoiceID];
}else
{
// Denoising threads don't need voices.
VoxThread->pAttVoice = nullptr;
}
VoxThread->SampleRate = Dets.SampleRate;
VoxThread->EmotionID = Dets.EmotionID;
VoxThread->EmotionOverride = Dets.EmotionOvr;
VoxThread->CurrentID = (uint32_t)CurrentInferIndex;
VoxThread->Denoise = Dets.Denoise;
VoxThread->Amplify = Dets.Amplification;
VoxThread->ExportFileName = Dets.ExportFileName;
connect(VoxThread,&Voxer::Done,this,&MainWindow::OnAudioRecv);
connect(VoxThread,&Voxer::AttentionReady,this,&MainWindow::OnAttentionRecv);
// Otherwise the thread lingers and causes a memory leak
connect(VoxThread, &Voxer::finished, VoxThread, &QObject::deleteLater);
VoxThread->start();
++CurrentAmtThreads;
ui->btnClear->setEnabled(false);
}
void MainWindow::on_btnLoad_clicked()
{
LogiLedFlashLighting(55,0,100,LOGI_LED_DURATION_INFINITE,500);
size_t VoID = VoMan.LoadVoice(ui->cbModels->currentText());
ui->btnLoad->setEnabled(false);
std::string VoNote = VoMan[VoID]->GetInfo().Note;
ui->lblModelNote->setText(QString::fromStdString(VoNote));
HandleIsMultiSpeaker(VoID);
LogiLedStopEffects();
LogiLedFlashLighting(0,100,100,5000,500);
if (VoMan[VoID]->GetInfo().Architecture.Text2Mel == EText2MelModel::FastSpeech2)
ui->tabMetrics->setTabEnabled(2,false); // FS2 has no attention
if (VoMan[VoID]->GetInfo().Architecture.Text2Mel == EText2MelModel::VITS)
ui->tabMetrics->setTabEnabled(1,false); // VITS has no mel
}
void MainWindow::on_cbModels_currentIndexChanged(const QString &arg1)
{
ui->btnLoad->setEnabled(VoMan.FindVoice(arg1,false) == -1);
}
void MainWindow::on_sliEnergy_sliderMoved(int position)
{
ui->lblEnergyShow->setText(QString::number(position) + "%");
}
void MainWindow::on_sliSpeed_sliderMoved(int position)
{
ui->lblSpeedShow->setText(QString::number(position) + "%");
}
void MainWindow::on_lstUtts_itemDoubleClicked(QListWidgetItem *item)
{
if (item->backgroundColor() == DoneColor || item->backgroundColor() == PlayingColor){
InferIDTrueID* pInfer = FindByFirst(ui->lstUtts->row(item));
if (!pInfer)
{
QMessageBox::critical(this,"Error!!!!","Could not find the inference ID to play, but it's apparently done???? (You shouldn't be seeing this error!!!!) (panik)");
return;
}
InferIDTrueID* PreviousInfer = FindBySecond(CurrentBuffIndex);
if (PreviousInfer)
{
if (ui->lstUtts->item(PreviousInfer->first)->backgroundColor() == PlayingColor)
{
ui->lstUtts->item(PreviousInfer->first)->setBackgroundColor(DoneColor);
}
}
QBuffer* pBuff = AudBuffs[(uint64_t)pInfer->second];
CurrentBuffIndex = pInfer->second;