// callback for number
static void onelab_number_input_range_cb(Fl_Widget *w, void *data)
{
if(!data) return;
std::string name((char*)data);
std::vector<onelab::number> numbers;
OnelabDatabase::instance()->get(numbers, name);
if(numbers.size()){
inputRange *o = (inputRange*)w;
onelab::number old = numbers[0];
if(o->doCallbackOnValues()){
numbers[0].setValue(o->value());
numbers[0].setMin(o->minimum());
numbers[0].setMax(o->maximum());
numbers[0].setStep(o->step());
numbers[0].setChoices(o->choices());
}
o->doCallbackOnValues(true);
numbers[0].setAttribute("Loop", o->loop());
numbers[0].setAttribute("Graph", o->graph());
setGmshOption(numbers[0]);
OnelabDatabase::instance()->set(numbers[0], std::string("localGUI"));
updateGraphs();
autoCheck(old, numbers[0]);
}
}
void SpeedTrainingMode::switchToMode() {
setupTrainingWidgets();
m_ui->letter->show();
m_ui->changeSequence->show();
//m_ui->forModes->show();
m_ui->helpBar->setText("<font color=\"green\">Type the letter you hear ASAP. The keying will get faster.</font>");
m_ui->play->show();
m_ui->WPM->show();
setupSequences();
setupWidgets(m_trainingSequence, true, "S\np\ne\ne\nd\n \nR\na\nt\ni\nn\ng");
updateGraphs();
}
void LoggingWindow::on_Log()
{
qDebug() << "Logging! Time of this log is: " << QDateTime::currentDateTime().toString();
data[dataPointer] = new DataPoint();
data[dataPointer]->addData(eventToPass, 0, lastValue);
lastValue = 0;
emit updateGraphs(data[dataPointer]);
this->addToTable(data[dataPointer]->className(),
data[dataPointer]->airQuality(),
data[dataPointer]->deltaAirQuality(),
data[dataPointer]->year(),
data[dataPointer]->boys(),
data[dataPointer]->girls(),
data[dataPointer]->timeOfLog());
QTableWidgetItem *nextCell = new QTableWidgetItem();
QTableWidgetItem *blankCell = new QTableWidgetItem();
QTableWidgetItem *nextLog = new QTableWidgetItem();
nextCell->setText("Next Log Time");
eventList[indexOfNextLog]->setLogDateTime((eventList[indexOfNextLog]->logDateTime().addDays(14)));
nextLog->setText(eventList[indexOfNextLog]->logDateTime().toString());
indexOfNextLog ++;
if (indexOfNextLog > numberOfEvents) {
indexOfNextLog = 0;
}
ui->logPlanTable->setItem(eventList[indexOfNextLog]->slotID(), 2, nextCell);
ui->logPlanTable->setItem(eventToPass->slotID(), 2, blankCell);
ui->logPlanTable->setItem(eventToPass->slotID(), 1, nextLog);
this->setupLogTimer(eventList[indexOfNextLog]);
ui->nextLogLabel->setText(QString("Next Log: %1").arg(eventList[indexOfNextLog]->logDateTime().toString("hh:mm dd/MM/yy")));
dataPointer++;
logsSinceLastBackup++;
if (logsSinceLastBackup >= ui->logsPerBackup->text().toInt() && ui->enableBackups->isChecked()) { this->saveBackup(); }
}
void onelab_cb(Fl_Widget *w, void *data)
{
if(!data) return;
std::string action((const char*)data);
if(action == "refresh"){
updateGraphs();
return;
}
if(action == "stop"){ // TODO send stop if server is not local
//FlGui::instance()->onelab->stop(true);
FlGui::instance()->onelab->setButtonMode("", ""); // wait for the client to stop
OnelabServer::instance()->stopClients();
return;
}
if(FlGui::instance()->onelab->isBusy()){
Msg::Info("I'm busy! Ask me that later...");
return;
}
if(action == "reset"){
OnelabDatabase::instance()->clear(); // TODO keep persitant
OnelabDatabase::instance()->run(action, "Gmsh");
FlGui::instance()->onelab->clearTree(true);
action = "check";
}
Msg::ResetErrorCounter();
FlGui::instance()->onelab->setButtonMode("", "stop");
OnelabDatabase::instance()->run(action);
drawContext::global()->draw();
}
void LoggingWindow::on_loadBackupButton_clicked()
{
QString path = QDir::currentPath();
if (backupFolder != "") { path = backupFolder; }
QString fileToOpen = QFileDialog::getOpenFileName(this,
"Open Backup",
path,
tr("Backup File (*.backup)"));
if (fileToOpen != "") {
QFile backupFile(fileToOpen);
QTextStream fileInput(&backupFile);
if (backupFile.open(QIODevice::ReadOnly | QIODevice::Text)) {
while (!fileInput.atEnd()) {
qDebug() << "Loading line of Backup File";
QString line = fileInput.readLine();
data[dataPointer] = new DataPoint(this);
data[dataPointer]->addBackupData(line);
emit updateGraphs(data[dataPointer]);
this->addToTable(data[dataPointer]->className(),
data[dataPointer]->airQuality(),
data[dataPointer]->deltaAirQuality(),
data[dataPointer]->year(),
data[dataPointer]->boys(),
data[dataPointer]->girls(),
data[dataPointer]->timeOfLog());
lastValue = data[dataPointer]->airQuality();
dataPointer++;
}
}
}
}
QTime SpeedTrainingMode::startNextTrainingKey() {
if (runningMode() != RUNNING)
return QTime();
qDebug() << "--- Start next training key";
int letterCount = 0;
QList<QPair<QChar, float> > letters;
float totalTime = 0.0, thisTime = 0.0, minTime = 0.0;
MorseStat *stat = 0;
QString currentLetterGoal;
int badLetters = 0;
//if (m_morse->audioMode() == Morse::PLAYING)
// return;
QString::iterator letter;
QString::iterator lastLetter = m_trainingSequence.end();
for(letter = m_trainingSequence.begin(); letter != lastLetter; ++letter) {
letterCount++;
currentLetterGoal = (*letter).toUpper();
stat = getStat(*letter);
if (stat->getTryCount() == 0 && m_doEntireSequence) {
thisTime = 1000*60.0/(50.0*float(m_morse->currentWPMAccept()));
} else {
thisTime = stat->getAverageTime();
}
totalTime += thisTime;
if (minTime > thisTime)
minTime = thisTime;
if (stat->getTryCount() == 0 && !m_doEntireSequence) {
// never keyed yet; do it immediately if we got this far
qDebug() << "|keying: " << *letter;
m_lastKey = *letter;
m_lastKeys.append(*letter);
setSequence(m_trainingSequence, letterCount);
m_avewpmLabel->setText("All WPM: " + QString().setNum(msToPauseWPM(totalTime/letterCount)) + ", " +
*letter + ": NEW");
if (m_morse->trainingMode() == Morse::SPEEDTRAIN)
setWPMLabel(msToPauseWPMF((float(m_badCount + m_countWeight)/float(m_goodCount + m_countWeight)) *
totalTime/float(letterCount)));
else
setWPMLabel(msToPauseWPMF(totalTime/float(letterCount)));
m_lastTimes.push_back(m_morse->playIt(*letter, false));
updateGraphs();
return m_lastTimes.last();
}
//qDebug() << " adding " << *letter << " / " << thisTime << " / " << msToPauseWPM(thisTime);
letters.append(QPair<QChar, float>(*letter, thisTime));
if(msToPauseWPM(thisTime) < m_morse->currentWPMAccept()) {
qDebug() << " too slow: " << *letter << " / " << thisTime << " / " << msToPauseWPM(thisTime);
if (++badLetters >= m_maxBadLetters) {
// we're not fast enough; break here
break;
}
}
}
// we have all the letters available to pick from at random
// Calculate our magic constant:
int numLetters = letters.count();
int magicHelper;
float currentAccept = m_morse->currentWPMAccept();
if (numLetters > 2) {
//magicHelper = int(((50.0 + float(numLetters) * float(maxPercent))*0.5 - 50.0)/((float(numLetters) + 1.0)*0.5 - 1.0));
magicHelper = int(((currentAccept/2.0 + float(numLetters) * currentAccept)*0.5 - currentAccept/2.0)/((float(numLetters) + 1.0)*0.5 - 1.0));
} else
magicHelper = currentAccept*2;
float totalWPM = 0;
QList<QPair<QChar, float> >::iterator aletter;
QList<QPair<QChar, float> >::iterator last = letters.end();
for(aletter = letters.begin(); aletter != last; ++aletter) {
float pauseWPM = qMax(msToPauseWPMF((*aletter).second), float(currentAccept));
(*aletter).second = pauseWPM;
totalWPM += pauseWPM;
}
m_avewpmLabel->setText("All WPM: " + QString().setNum(msToPauseWPM(totalTime/letterCount)) + ", " +
currentLetterGoal + " WPM: " + QString().setNum(msToPauseWPM(thisTime)));
setWPMLabel(msToPauseWPMF((float(m_badCount + m_countWeight)/float(m_goodCount + m_countWeight)) * totalTime/float(letterCount)));
// now pick a random time between 0 and the total of all the averages; averages with a slower speed are more likely
float randWPM;
randWPM = totalWPM*float(qrand())/float(RAND_MAX);
float newTotal = 0;
// qDebug() << "letter set random: " << randWPM << " total: " << totalTime << " min: " << minTime/2 << ", count: " << letters.count();
QList<QPair<QChar, float> >::iterator search;
setSequence(m_trainingSequence, letterCount);
for(search = letters.begin(); search != last; ++search) {
//qDebug() << " -> " << (*search).first << "/" << (*search).second;
newTotal += ((*search).second);
if (newTotal > randWPM) {
qDebug() << ">keying: " << (*search).first;
m_lastKey = (*search).first;
m_lastKeys.append((*search).first);
m_lastTimes.push_back(m_morse->playIt((*search).first, false));
updateGraphs();
return m_lastTimes.last();
}
}
qDebug() << "**** shouldn't get here: " << randWPM << "," << totalTime;
return QTime();
}
