QMap<int, double> TutorialUnit::moveHaptic(QMap<int, double> axes)
{
QMap<int, double> force;
if(axes.empty()){
stop();
return force;
}
if(mHapticStartAxes.empty()){
mHapticStartAxes = axes;
mStartPosition = QPointF(getPosition().x, getPosition().y);
}
qDebug() << "=========================";
qDebug() << "Start: " << mHapticStartAxes[Tc::Haptic::AxisX] << "," << mHapticStartAxes[Tc::Haptic::AxisX];
qDebug() << "Current: " << axes[Tc::Haptic::AxisX] << "," << axes[Tc::Haptic::AxisX];
axes[Tc::Haptic::AxisX] -= mHapticStartAxes[Tc::Haptic::AxisX];
axes[Tc::Haptic::AxisY] -= mHapticStartAxes[Tc::Haptic::AxisY];
axes[Tc::Haptic::AxisZ] -= mHapticStartAxes[Tc::Haptic::AxisZ];
QPointF p(axes[Tc::Haptic::AxisX], axes[Tc::Haptic::AxisY]);
qDebug() << "Delta: " << axes[Tc::Haptic::AxisX] << "," << axes[Tc::Haptic::AxisX];
// 1. Converte p to the rotated coordinate system
// Rotation around "z"-axis, all values in radian
// => R = [[cos(yaw),-sin(yaw)][sin(yaw), cos(yaw)]]
// => x' = p.x() * cos(yaw) - p.y() * sin(yaw)
// y' = p.x() * sin(yaw) + p.y() * cos(yaw)
double yawRad = qDegreesToRadians(mHapticStartAxes[Tc::Haptic::AxisYaw]);
QPointF pNew(p.x() * qCos(yawRad) + p.y() * qSin(yawRad), p.x() * -qSin(yawRad) + p.y() * qCos(yawRad));
double targetX = qBound<double>(0.0, mStartPosition.x() + pNew.x() * IMAGE_WIDTH, IMAGE_WIDTH);
double targetY = qBound<double>(0.0, mStartPosition.y() + pNew.y() * IMAGE_HEIGHT, IMAGE_HEIGHT);
QPointF targetPosition(targetX, targetY);
qDebug() << "New: " << pNew.x() << "," << pNew.y() << " (" << mHapticStartAxes[Tc::Haptic::AxisYaw] << ")";
qDebug() << "Target: " << targetX << "," << targetY;
//qDebug() << p << ";" << targetPosition;
//setPosition(targetPosition);
return force;
// Create return value
// Check if robot is in "bounds"
/*QPointF currentPosition = QPointF(getPosition().x, getPosition().y);
QRect workspace = QRect(50,50,500,300);
if(currentPosition.x() < workspace.left()){
// Robot left workspace on left hand side
force[Tc::Haptic::AxisX] = abs(currentPosition.x()-workspace.left())*10.0;
} else if(workspace.right() < currentPosition.x()){
// Robot left workspace on right hand side
force[Tc::Haptic::AxisX] = abs(currentPosition.x()-workspace.right())*-10.0;
}
if(currentPosition.y() < workspace.top()){
// Robot left workspace on the top
force[Tc::Haptic::AxisY] = abs(currentPosition.y()-workspace.top())*-10.0;
} else if(workspace.bottom() < currentPosition.y()){
// Robot left workspace on the bottom
force[Tc::Haptic::AxisY] = abs(currentPosition.y()-workspace.bottom())*10.0;
}*/
}
/**
* Add entries to a variable. Will just add the variables to the existing line, removing duplicates
* Will preserve += constructs and make sure that the variable only has one copy of the value across
* all += constructs
* @param fileName
* @param variables key=value string of entries to add
* @param add true= add these key,value pairs, false = remove. You can have empty values for an add - the whole line is
* removed. For adding, we will not add an empty line.
*/
void AutoProjectTool::addRemoveMakefileam(const QString &fileName, QMap<QString, QString> variables, bool add)
{
// input file reading
QFile fin(fileName);
if (!fin.open(IO_ReadOnly))
{
return ;
}
QTextStream ins(&fin);
// output file writing.
QFile fout(fileName + "#");
if (!fout.open(IO_WriteOnly))
{
fin.close();
return ;
}
QTextStream outs(&fout);
// variables
QRegExp re("^(#kdevelop:[ \t]*)?([A-Za-z][@A-Za-z0-9_]*)[ \t]*([:\\+]?=)[ \t]*(.*)$");
// build key=map of values to add
// map can be empty.we never add an empty key, but do remove empty keys from the file..
QDict< QMap<QString, bool> > interest;
for (QMap<QString, QString>::Iterator it0 = variables.begin(); it0 != variables.end(); ++it0)
{
kdDebug(9020) << "key (" << add<<"): " << it0.key() << "="<< it0.data() << endl;
QMap<QString, bool>* set = new QMap<QString, bool>();
if (!it0.data().stripWhiteSpace().isEmpty())
{
QStringList variableList = QStringList::split(' ', it0.data());
for (uint i = 0; i < variableList.count(); i++)
{
set->insert(variableList[i], true);
}
}
interest.insert(it0.key(), set);
}
bool multiLine = false;
QString lastLhs;
QStringList lastRhs;
QMap<QString, QString> seenLhs;
while (!fin.atEnd())
{
QString s = ins.readLine();
if (re.exactMatch(s))
{
QString lhs = re.cap(2);
QMap<QString, bool>* ourRhs = interest.find(lhs);
if (!ourRhs)
{
// not interested in this line at all
// write it out as is..
outs << s << endl;
}
else
{
// we are interested in this line..
QString rhs = re.cap(4).stripWhiteSpace();
if (rhs[ rhs.length() - 1 ] == '\\')
{
// save it for when we have the whole line..
multiLine = true;
lastLhs = lhs;
rhs.setLength(rhs.length() - 1);
lastRhs += QStringList::split(" ", rhs);
}
else
{
// deal with it now.
QStringList bits = QStringList::split(" ", rhs);
if (add)
{
// we are adding our interested values to this line and writing it
// add this line to we we want to add to remove duplicates.
for (uint index = 0; index < bits.size(); index++)
{
QMap<QString, bool>::iterator findEntry = ourRhs->find(bits[index]);
if (findEntry == ourRhs->end())
{
// we haven't seen it, so add it, so we don't add it again later..
ourRhs->insert(bits[index], true);
}
// else we have this value in our 'to add list' , it is either already been
// added, so we don't want to add it again, or it hasn't been added, in which
// case we will do so soon. so we can ignore this now..
}
// now write the line out if it is not going to be empty.
QString newLine(lhs);
if (seenLhs.find(lhs) == seenLhs.end())
{
newLine += " = ";
seenLhs[lhs] = "";
}
else
{
newLine += " += ";
}
int len = newLine.length();
bool added = false;
QValueList<QString> keys = ourRhs->keys();
for (uint count = 0; count < keys.size(); count++)
{
// if out entry is true, add it..
if ((*ourRhs)[keys[count]])
{
added = true;
len += keys[count].length() + 1;
if (len > 80)
{
newLine += "\\\n\t";
len = 8;
}
newLine += keys[count];
newLine += ' ';
// set our value so we don't add it again.
(*ourRhs)[keys[count]] = false;
}
}
// only print it out if there was a value to add..
if (added)
{
newLine.setLength(newLine.length() - 1);
outs << newLine << endl;
}
}
else
{
// we are removing our interested values from this line
// special case - no values, remove the line..
if (!ourRhs->empty())
{
// check if any of these values are down to remove.
QString newLine(lhs);
if (seenLhs.find(lhs) == seenLhs.end())
{
newLine += " = ";
seenLhs[lhs] = "";
}
else
{
newLine += " += ";
}
int len = newLine.length();
bool added = false;
for (QStringList::Iterator posIter = bits.begin(); posIter != bits.end();posIter++)
{
QMap<QString, bool>::iterator findEntry = ourRhs->find(*posIter);
if (findEntry == ourRhs->end())
{
// we do not want to remove it..
added = true;
len += (*posIter).length() + 1;
if (len > 80)
{
newLine += "\\\n\t";
len = 8;
}
newLine += (*posIter);
newLine += ' ';
}
// else we have this value in our 'to remove list', so don't add it.
}
// only print it out if there was a value on it..
if (added)
{
newLine.setLength(newLine.length() - 1);
outs << newLine << endl;
}
}
}//if (add)
}//if ( rhs[ rhs.length() - 1 ] == '\\' )
}//if ( found == interest.end())
}
else if (multiLine)
{
s = s.stripWhiteSpace();
// we are only here if were interested in this line..
if (s[s.length()-1] == '\\')
{
s.setLength(s.length() - 1);
// still more multi line we wait for..
}
else
{
// end of the multi line..
multiLine = false;
}
lastRhs += QStringList::split(" ", s);
if (!multiLine)
{
// now we have to deal with this multiLine value..
// ourRhs will always be a value, as we only get multiLine if we're interested in it..
QMap<QString, bool>* ourRhs = interest.find(lastLhs);
if (add)
{
// we are adding our interested values to this line and writing it
// add this line to we we want to add to remove duplicates.
for (uint index = 0; index < lastRhs.size(); index++)
{
QMap<QString, bool>::iterator findEntry = ourRhs->find(lastRhs[index]);
if (findEntry == ourRhs->end())
{
// we haven't seen it, so add it, so we don't add it again later..
ourRhs->insert(lastRhs[index], true);
}
// else we have this value in our 'to add list' , it is either already been
// added, so we don't want to add it again, or it hasn't been added, in which
// case we will do so soon. so we can ignore this now..
}
// now write the line out if it is not going to be empty.
QString newLine(lastLhs);
if (seenLhs.find(lastLhs) == seenLhs.end())
{
newLine += " = ";
seenLhs[lastLhs] = "";
}
else
{
newLine += " += ";
}
int len = newLine.length();
bool added = false;
QValueList<QString> keys = ourRhs->keys();
for (uint count = 0; count < keys.size(); count++)
{
// if out entry is true, add it..
if ((*ourRhs)[keys[count]])
{
added = true;
len += keys[count].length() + 1;
if (len > 80)
{
newLine += "\\\n\t";
len = 8;
}
newLine += keys[count];
newLine += ' ';
// set our value so we don't add it again.
(*ourRhs)[keys[count]] = false;
}
}
// only print it out if there was a value to add..
if (added)
{
newLine.setLength(newLine.length() - 1);
outs << newLine << endl;
}
}
else
{
// we are removing our interested values from this line
// special case - no values, remove the line..
if (!ourRhs->empty())
{
// check if any of these values are down to remove.
QString newLine(lastLhs);
if (seenLhs.find(lastLhs) == seenLhs.end())
{
newLine += " = ";
seenLhs[lastLhs] = "";
}
else
{
newLine += " += ";
}
int len = newLine.length();
bool added = false;
for (QStringList::Iterator posIter = lastRhs.begin(); posIter != lastRhs.end();posIter++)
{
QMap<QString, bool>::iterator findEntry = ourRhs->find(*posIter);
if (findEntry == ourRhs->end())
{
// we do not want to remove it..
added = true;
len += (*posIter).length() + 1;
if (len > 80)
{
newLine += "\\\n\t";
len = 8;
}
newLine += (*posIter);
newLine += ' ';
}
// else we have this value in our 'to remove list', so don't add it.
}
// only print it out if there was a value on it..
if (added)
{
newLine.setLength(newLine.length() - 1);
outs << newLine << endl;
}
}
}
lastLhs.setLength(0);
lastRhs.clear();
}
}
else
{
// can write this line out..
// not a match, not a multi line,
outs << s << endl;
}
}
if (add)
{
QDictIterator<QMap<QString, bool> > it(interest);
for (; it.current(); ++it)
{
QString lhs = it.currentKey();
QMap<QString, bool>* ourRhs = it.current();
QString newLine(lhs);
if (seenLhs.find(lhs) == seenLhs.end())
{
newLine += " = ";
seenLhs[lastLhs] = "";
}
else
{
newLine += " += ";
}
int len = newLine.length();
bool added = false;
QValueList<QString> keys = ourRhs->keys();
for (uint count = 0; count < keys.size(); count++)
{
if ((*ourRhs)[keys[count]])
{
added = true;
len += keys[count].length() + 1;
if (len > 80)
{
newLine += "\\\n\t";
len = 8;
}
newLine += keys[count];
newLine += ' ';
// set our value so we don't add it again.
(*ourRhs)[keys[count]] = false;
}
}
// only print it out if there was a value to add..
if (added)
{
newLine.setLength(newLine.length() - 1);
outs << newLine << endl;
}
}
}
interest.setAutoDelete(true);
interest.clear();
fin.close();
fout.close();
QDir().rename(fileName + "#", fileName);
}
Order changeTrendAgent::bestRateOrder()
{
QMap<double, Order> bestOrders;
for(int i = 2; i <= STOKS_NUMBER; ++i)
{
double diffForSell = m_stocksInfo[i].lowestPrice(m_lowestBuyTime) - m_stocksInfo[i].greatestPrice(m_greatestBuyTime);
if(m_store.contains(i) && m_stocksInfo[i].lastPrice() && diffForSell > 0.001 &&
( (m_stocksInfo[i].getBestSellPrice()*1.005 <= m_store.getMoney() && m_stocksInfo[i].getBestSellPrice()) ||
(m_stocksInfo[i].lastPrice() <= m_store.getMoney()) ) )
{
bestOrders.insertMulti(diffForSell, Order(Order::SELL, i, 0, 0));
}
double diffForBuy = m_stocksInfo[i].lowestPrice(m_lowestSellTime) - m_stocksInfo[i].greatestPrice(m_greatestSellTime);
if( m_stocksInfo[i].lastPrice() && diffForBuy > 0.001 &&
( (m_stocksInfo[i].getBestBuyPrice()*1.025 <= m_store.getMoney() && m_stocksInfo[i].getBestBuyPrice()) ||
(m_stocksInfo[i].lastPrice() <= m_store.getMoney()) ))
{
bestOrders.insertMulti(diffForBuy, Order(Order::BUY, i, 0, 0));
}
}
if(bestOrders.empty())
return Order();
QMutableMapIterator<double, Order> i(bestOrders);
while (i.hasNext()) {
i.next();
if((1.0*qrand())/RAND_MAX < m_bestChooseChance)
{
Order order = i.value();
qint32 price;
if(m_stocksInfo[order.getStockId()].getBestSellPrice() && m_stocksInfo[order.getStockId()].getBestBuyPrice())
{
if(order.getTransactionType() == Order::SELL)
{
price = m_stocksInfo[order.getStockId()].getBestSellPrice()*(1.005 - (0.03*qrand())/RAND_MAX);
}
else
{
price = m_stocksInfo[order.getStockId()].getBestBuyPrice()*(0.095 + (0.03*qrand())/RAND_MAX);
}
}
else price = m_stocksInfo[order.getStockId()].lastPrice();
if(!price)
continue;
order.setPrice(price);
qint32 maxAmount = m_store.getMoney()/price;
double rand = (1.0*qrand())/RAND_MAX;
qint32 amount = 3 + qrand()%13;
if(rand > 0.45 && rand < 0.88)
amount = 16 + qrand()%35;
else if(rand >= 0.88)
amount = 51 + qrand()%75;
if(maxAmount)
amount %= maxAmount;
order.setAmount(amount);
if(order.getAmount()&& order.getPrice())
return order;
}
}
Order order = i.value();
qint32 price;
if(m_stocksInfo[order.getStockId()].getBestSellPrice() && m_stocksInfo[order.getStockId()].getBestBuyPrice())
{
if(order.getTransactionType() == Order::SELL)
{
price = m_stocksInfo[order.getStockId()].getBestSellPrice()*(1.005 - (0.03*qrand())/RAND_MAX);
}
else
{
price = m_stocksInfo[order.getStockId()].getBestBuyPrice()*(0.095 + (0.03*qrand())/RAND_MAX);
}
}
else price = m_stocksInfo[order.getStockId()].lastPrice();
if(!price)
return Order();
order.setPrice(price);
qint32 maxAmount = m_store.getMoney()/price;
double rand = (1.0*qrand())/RAND_MAX;
qint32 amount = 3 + qrand()%13;
if(rand > 0.45 && rand < 0.88)
amount = 16 + qrand()%35;
else if(rand >= 0.88)
amount = 51 + qrand()%75;
if(maxAmount)
amount %= maxAmount;
order.setAmount(amount);
if(order.getAmount()&& order.getPrice())
return order;
else return Order();
}
AudioOutput *AudioOutput::OpenAudio(AudioSettings &settings,
bool willsuspendpa)
{
QString &main_device = settings.main_device;
AudioOutput *ret = NULL;
// Don't suspend Pulse if unnecessary. This can save 100mS
if (settings.format == FORMAT_NONE || settings.channels <= 0)
willsuspendpa = false;
#ifdef USING_PULSE
bool pulsestatus = false;
#else
{
static bool warned = false;
if (!warned && IsPulseAudioRunning())
{
warned = true;
LOG(VB_GENERAL, LOG_WARNING,
"WARNING: ***Pulse Audio is running***");
}
}
#endif
settings.FixPassThrough();
if (main_device.startsWith("PulseAudio:"))
{
#ifdef USING_PULSEOUTPUT
return new AudioOutputPulseAudio(settings);
#else
LOG(VB_GENERAL, LOG_ERR, "Audio output device is set to PulseAudio "
"but PulseAudio support is not compiled in!");
return NULL;
#endif
}
else if (main_device.startsWith("NULL"))
{
return new AudioOutputNULL(settings);
}
#ifdef USING_PULSE
if (willsuspendpa)
{
bool ispulse = false;
#ifdef USING_ALSA
// Check if using ALSA, that the device doesn't contain the word
// "pulse" in its hint
if (main_device.startsWith("ALSA:"))
{
QString device_name = main_device;
device_name.remove(0, 5);
QMap<QString, QString> *alsadevs =
AudioOutputALSA::GetDevices("pcm");
if (!alsadevs->empty() && alsadevs->contains(device_name))
{
if (alsadevs->value(device_name).contains("pulse",
Qt::CaseInsensitive))
{
ispulse = true;
}
}
delete alsadevs;
}
#endif
if (main_device.contains("pulse", Qt::CaseInsensitive))
{
ispulse = true;
}
if (!ispulse)
{
pulsestatus = PulseHandler::Suspend(PulseHandler::kPulseSuspend);
}
}
#endif
if (main_device.startsWith("ALSA:"))
{
#ifdef USING_ALSA
settings.TrimDeviceType();
ret = new AudioOutputALSA(settings);
#else
LOG(VB_GENERAL, LOG_ERR, "Audio output device is set to an ALSA device "
"but ALSA support is not compiled in!");
#endif
}
else if (main_device.startsWith("JACK:"))
{
#ifdef USING_JACK
settings.TrimDeviceType();
ret = new AudioOutputJACK(settings);
#else
LOG(VB_GENERAL, LOG_ERR, "Audio output device is set to a JACK device "
"but JACK support is not compiled in!");
#endif
}
else if (main_device.startsWith("DirectX:"))
{
#ifdef _WIN32
ret = new AudioOutputDX(settings);
#else
LOG(VB_GENERAL, LOG_ERR, "Audio output device is set to DirectX device "
"but DirectX support is not compiled in!");
#endif
}
else if (main_device.startsWith("Windows:"))
{
#ifdef _WIN32
ret = new AudioOutputWin(settings);
#else
LOG(VB_GENERAL, LOG_ERR, "Audio output device is set to a Windows "
"device but Windows support is not compiled "
"in!");
#endif
}
else if (main_device.startsWith("OpenSLES:"))
{
#ifdef Q_OS_ANDROID
ret = new AudioOutputOpenSLES(settings);
#else
LOG(VB_GENERAL, LOG_ERR, "Audio output device is set to a OpenSLES "
"device but Android support is not compiled "
"in!");
#endif
}
#if defined(USING_OSS)
else
ret = new AudioOutputOSS(settings);
#elif CONFIG_DARWIN
else
CC_FILE_ERROR PhotoScanFilter::loadFile(const QString& filename,
ccHObject& container,
LoadParameters& parameters)
{
QuaZip zip(filename);
if (!zip.open(QuaZip::mdUnzip))
{
//failed to open or read the zip file
return CC_FERR_READING;
}
QStringList fileList = zip.getFileNameList();
if (fileList.isEmpty())
{
//empty archive?
return CC_FERR_NO_LOAD;
}
static const QString s_defaultXMLFilename("doc.xml");
if (!fileList.contains(s_defaultXMLFilename))
{
//empty archive?
ccLog::Warning(QString("[Photoscan] Couldn't find '%1' in Photoscan archive").arg(s_defaultXMLFilename));
return CC_FERR_NO_LOAD;
}
//look for the XML file
if (!zip.setCurrentFile(s_defaultXMLFilename))
{
ccLog::Warning(QString("[Photoscan] Failed to locate '%1' in the Photoscan archive").arg(s_defaultXMLFilename));
return CC_FERR_MALFORMED_FILE;
}
//decompress the XML file
QuaZipFile zipXML(&zip);
if (!zipXML.open(QFile::ReadOnly))
{
ccLog::Warning(QString("[Photoscan] Failed to extract '%1' from Photoscan archive").arg(s_defaultXMLFilename));
return CC_FERR_NO_LOAD;
}
QXmlStreamReader stream(&zipXML);
//expected: "document"
if (!stream.readNextStartElement() || stream.name() != "document")
{
return CC_FERR_MALFORMED_FILE;
}
std::vector<Sections> sections;
sections.push_back(DOCUMENT);
QMap<int, ccCameraSensor*> sensors;
QMap<int, CameraDesc> cameras;
QList<CloudDesc> clouds;
QList<MeshDesc> meshes;
ccGLMatrixd globalTransform;
bool hasGlobalTransform = false;
while (true)
{
if (!stream.readNextStartElement())
{
//end of section?
if (!sections.empty())
{
ccLog::PrintDebug(" < " + stream.name().toString() + QString(" [%1]").arg(ToName(sections.back())));
sections.pop_back();
//stream.skipCurrentElement();
continue;
}
else
{
//end of file
break;
}
}
ccLog::PrintDebug(" > " + stream.name().toString());
switch (sections.back())
{
case DOCUMENT:
if (stream.name() == "chunks")
{
sections.push_back(CHUNKS);
}
else
{
//not handled
stream.skipCurrentElement();
}
break;
case CHUNKS:
if (stream.name() == "chunk")
{
sections.push_back(CHUNK);
}
else
{
//not handled
stream.skipCurrentElement();
}
break;
case CHUNK:
if (stream.name() == "sensors")
{
sections.push_back(SENSORS);
}
else if (stream.name() == "cameras")
{
sections.push_back(CAMERAS);
}
else if (stream.name() == "frames")
{
sections.push_back(FRAMES);
}
else if (stream.name() == "transform")
{
//inner loop
while (stream.readNextStartElement())
{
if (stream.name() == "rotation")
{
QString rotationValues = stream.readElementText();
if (DecodeRotation<double>(rotationValues, globalTransform))
{
hasGlobalTransform = true;
}
else
{
assert(false);
}
}
stream.skipCurrentElement();
}
}
else //frames, reference, region, settings, meta, etc.
{
//not handled for now
stream.skipCurrentElement();
}
break;
case SENSORS:
if (stream.name() == "sensor")
{
int sensorId = -1;
ccCameraSensor* sensor = DecodeSensor(stream, sensorId);
if (sensor)
{
assert(!sensors.contains(sensorId));
sensors.insert(sensorId, sensor);
//currentContainer->addChild(sensor);
}
}
else
{
//not handled
stream.skipCurrentElement();
}
break;
case CAMERAS:
if (stream.name() == "camera")
{
CameraDesc camera;
ccGLMatrix trans;
if (DecodeCamera(stream, camera))
{
assert(!cameras.contains(camera.id));
cameras.insert(camera.id, camera);
//currentContainer->addChild(camera.image);
}
}
else
{
//not handled
stream.skipCurrentElement();
}
break;
case FRAMES:
if (stream.name() == "frame")
{
sections.push_back(FRAME);
}
else
{
//not handled
stream.skipCurrentElement();
}
break;
case FRAME:
if (stream.name() == "point_cloud" || stream.name() == "dense_cloud")
{
//inner loop
bool denseCloud = (stream.name() == "dense_cloud");
while (stream.readNextStartElement())
{
if (stream.name() == "points")
{
if (stream.attributes().hasAttribute("path"))
{
CloudDesc desc;
desc.filename = stream.attributes().value("path").toString();
desc.type = (denseCloud ? "dense cloud" : "keypoints");
clouds.push_back(desc);
}
else
{
assert(false);
}
}
stream.skipCurrentElement();
}
}
else if (stream.name() == "model")
{
MeshDesc desc;
//inner loop
while (stream.readNextStartElement())
{
if (stream.name() == "mesh")
{
if (stream.attributes().hasAttribute("path"))
{
desc.filename = stream.attributes().value("path").toString();
}
else
{
assert(false);
}
}
else if (stream.name() == "texture")
{
if (stream.attributes().hasAttribute("path"))
{
desc.texture = stream.attributes().value("path").toString();
}
else
{
assert(false);
}
}
stream.skipCurrentElement();
}
if (!desc.filename.isEmpty())
{
meshes.push_back(desc);
}
}
else
{
//not handled
stream.skipCurrentElement();
}
break;
case TRANSFORM:
//not handled
stream.skipCurrentElement();
break;
default:
break;
}
}
QScopedPointer<ccProgressDialog> progressDialog(0);
if (parameters.parentWidget)
{
progressDialog.reset(new ccProgressDialog(parameters.parentWidget));
progressDialog->setRange(0, cameras.size() + clouds.size() + meshes.size());
progressDialog->setWindowTitle("Loading data");
progressDialog->start();
}
bool wasCanceled = false;
int currentProgress = 0;
//end of file: now we can sort the various extracted components
QDir dir = QFileInfo(filename).dir();
ccHObject* imageGroup = new ccHObject("Images");
if (progressDialog && !cameras.empty())
{
progressDialog->setInfo(QString("Loading %1 image(s)").arg(cameras.size()));
}
for (CameraDesc& camera : cameras)
{
//progress
if (progressDialog)
{
progressDialog->setValue(++currentProgress);
if (progressDialog->wasCanceled())
{
wasCanceled = true;
break;
}
}
if (camera.imageFilename.isEmpty())
{
assert(false);
continue;
}
//DGM: the images are not in the archive!
//if (!zip.setCurrentFile(camera.imageFilename))
//{
// ccLog::Warning(QString("[Photoscan] Failed to locate image '%1' in the Photoscan archive").arg(camera.imageFilename));
// continue;
//}
////decompress the image file
//QuaZipFile zipImage(&zip);
//if (!zipImage.open(QFile::ReadOnly))
//{
// ccLog::Warning(QString("[Photoscan] Failed to extract '%1' from Photoscan archive").arg(camera.imageFilename));
// continue;
//}
QImage qImage;
QString absoluteImageFilename = dir.absoluteFilePath(camera.imageFilename);
//if (!qImage.load(&zipImage, qPrintable(QFileInfo(camera.imageFilename).suffix())))
if (!qImage.load(absoluteImageFilename))
{
ccLog::Warning(QString("[Photoscan] Failed to load image '%1'").arg(camera.imageFilename));
continue;
}
ccCameraSensor* const origSensor = sensors[camera.sensorId];
if (origSensor)
{
origSensor->undistort(qImage);
}
ccImage* image = new ccImage(qImage);
image->setName(camera.imageFilename);
image->setAlpha(0.5f);
image->setVisible(false);
//associated sensor (if any)
if (origSensor)
{
//make a copy of the original sensor
ccCameraSensor* sensor = new ccCameraSensor(*origSensor);
camera.trans.setColumn(1, -camera.trans.getColumnAsVec3D(1));
camera.trans.setColumn(2, -camera.trans.getColumnAsVec3D(2));
//FIXME: we would have to transform the clouds and meshes as well!
//if (hasGlobalTransform)
//{
// //apply global transformation (if any)
// camera.trans = ccGLMatrix(globalTransform.data()) * camera.trans;
//}
sensor->setRigidTransformation(camera.trans);
sensor->setVisible(true);
sensor->setGraphicScale(0.1f);
image->setAssociatedSensor(sensor);
image->addChild(sensor);
imageGroup->addChild(image);
}
}
if (imageGroup->getChildrenNumber())
{
container.addChild(imageGroup);
}
else
{
//no image?!
delete imageGroup;
imageGroup = 0;
}
//we can get rid of the original sensors
for (ccCameraSensor*& sensor : sensors)
{
delete sensor;
sensor = 0;
}
sensors.clear();
//clouds
if (!wasCanceled)
{
if (progressDialog && !clouds.empty())
{
progressDialog->setInfo(QString("Loading %1 cloud(s)").arg(cameras.size()));
}
for (CloudDesc& desc : clouds)
{
//progress
if (progressDialog)
{
progressDialog->setValue(++currentProgress);
if (progressDialog->wasCanceled())
{
wasCanceled = true;
break;
}
}
if (desc.filename.isEmpty())
{
assert(false);
continue;
}
if (desc.filename.endsWith(".oc3", Qt::CaseInsensitive))
{
ccLog::Warning(QString("[Photoscan] OC3 format not supported. Can't import %1 from the Photoscan archive").arg(desc.type));
continue;
}
QString tempFilename = CreateTempFile(zip, desc.filename);
if (tempFilename.isNull())
{
continue;
}
ccHObject tempContainer;
FileIOFilter::LoadParameters params;
params.alwaysDisplayLoadDialog = false;
params.autoComputeNormals = false;
params.parentWidget = 0;
CC_FILE_ERROR result = CC_FERR_NO_ERROR;
ccHObject* newGroup = FileIOFilter::LoadFromFile(tempFilename, params, result);
if (newGroup)
{
newGroup->setName(desc.type);
if (desc.type == "keypoints")
{
newGroup->setEnabled(false);
}
container.addChild(newGroup);
}
else
{
ccLog::Warning(QString("[Photoscan] Failed to extract '%1' from Photoscan archive").arg(desc.filename));
}
QFile::remove(tempFilename);
}
}
//meshes
if (!wasCanceled)
{
if (progressDialog && !meshes.empty())
{
progressDialog->setInfo(QString("Loading %1 mesh(es)").arg(cameras.size()));
}
for (MeshDesc& desc : meshes)
{
//progress
if (progressDialog)
{
progressDialog->setValue(++currentProgress);
if (progressDialog->wasCanceled())
{
wasCanceled = true;
break;
}
}
if (desc.filename.isEmpty())
{
assert(false);
continue;
}
QString tempFilename = CreateTempFile(zip, desc.filename);
if (tempFilename.isNull())
{
continue;
}
FileIOFilter::LoadParameters params;
params.alwaysDisplayLoadDialog = false;
params.autoComputeNormals = false;
params.parentWidget = 0;
bool success = false;
if (!desc.texture.isEmpty() && desc.filename.endsWith("ply", Qt::CaseInsensitive))
{
QString tempTextureFilename = CreateTempFile(zip, desc.texture);
ccHObject tempContainer;
if (PlyFilter().loadFile(tempFilename, desc.texture, tempContainer, params) == CC_FERR_NO_ERROR)
{
success = true;
//transfer the loaded entities to the current container
for (unsigned i = 0; i < tempContainer.getChildrenNumber(); ++i)
{
container.addChild(tempContainer.getChild(i));
}
tempContainer.detatchAllChildren();
}
if (!tempTextureFilename.isNull())
{
QFile::remove(tempTextureFilename);
}
}
else
{
CC_FILE_ERROR result = CC_FERR_NO_ERROR;
ccHObject* newGroup = FileIOFilter::LoadFromFile(tempFilename, params, result);
if (newGroup)
{
success = true;
//transfer the loaded entities to the current container
for (unsigned i = 0; i < newGroup->getChildrenNumber(); ++i)
{
container.addChild(newGroup->getChild(i));
}
newGroup->detatchAllChildren();
delete newGroup;
newGroup = 0;
}
}
if (!success)
{
ccLog::Warning(QString("[Photoscan] Failed to extract '%1' from Photoscan archive").arg(desc.filename));
}
QFile::remove(tempFilename);
}
}
if (progressDialog)
{
progressDialog->stop();
}
return wasCanceled ? CC_FERR_CANCELED_BY_USER : CC_FERR_NO_ERROR;
}
void KstEditViewObjectDialogI::updateWidgets() {
// clear all the current widgets from the grid
clearWidgets();
// get the qt properties of the viewobject
if (_viewObject) {
_customWidget = _viewObject->configWidget();
if (_customWidget) {
_grid = new QGridLayout(_propertiesFrame, 1, 1);
_customWidget->reparent(_propertiesFrame, QPoint(0, 0));
_grid->addWidget(_customWidget, 0, 0);
_viewObject->fillConfigWidget(_customWidget, _isNew);
if (!_isNew) {
_viewObject->connectConfigWidget(this, _customWidget);
}
resize(minimumSizeHint());
return;
}
//---------------------------------------------------------------
// NOTE: due to Early return, nothing after this line is executed
// if the view object provides a custom widget.
int numProperties = _viewObject->metaObject()->numProperties(true);
// create a new grid
_grid = new QGridLayout(_propertiesFrame, numProperties, 2, 0, 8);
_grid->setColStretch(0,0);
_grid->setColStretch(1,1);
// get the property names and types
for (int i = 0; i < numProperties; i++) {
const QMetaProperty* property = _viewObject->metaObject()->property(i, true);
QString propertyType(property->type());
QString propertyName(property->name());
// for this property, get the meta-data map
QMap<QString, QVariant> metaData = _viewObject->widgetHints(propertyName);
if (!metaData.empty()) {
QString friendlyName = metaData["_kst_label"].toString();
QString widgetType = metaData["_kst_widgetType"].toString();
metaData.erase("_kst_label");
metaData.erase("_kst_widgetType");
// use friendly name for label
QLabel* propertyLabel = new QLabel(_propertiesFrame, "label-"+i);
propertyLabel->setText(friendlyName);
_grid->addWidget(propertyLabel,i,0);
_widgets.append(propertyLabel);
propertyLabel->show();
// display different types of widgets depending on what dialogData specifies
QWidget* propertyWidget = 0L;
if (widgetType == "QSpinBox") {
// insert a spinbox
propertyWidget = new QSpinBox(_propertiesFrame, (propertyName+","+"value").latin1());
propertyWidget->setProperty("value", _viewObject->property(property->name()));
if (!_isNew) {
connect(propertyWidget, SIGNAL(valueChanged(const QString&)), this, SLOT(modified()));
connect(propertyWidget->child("qt_spinbox_edit"), SIGNAL(textChanged(const QString&)), this, SLOT(modified()));
}
} else if (widgetType == "KColorButton") {
QMap<QString, Utente *> *FileManager::caricaUtenti() const {
QMap<QString, Utente*>* lista = new QMap<QString, Utente*>();
QXmlStreamReader rxml;
QFile file(_fileNameUtenti);
if (file.open(QFile::ReadOnly | QFile::Text))
{
rxml.setDevice(&file);
rxml.readNext();
QString username, password, nome, cognome, tipo;
bool isAdmin = false;
bool utenteAperto = false;
while(!rxml.atEnd())
{
if(rxml.isStartElement())
{
if(rxml.name() == "Utenti")
rxml.readNext();
else if(rxml.name() == "Utente")
{
utenteAperto = true;
while(!rxml.atEnd())
{
if(rxml.isEndElement())
{
if(utenteAperto)
{
if(tipo == "1")
{
lista->insert(username,
(new UtenteBasic(username, password, isAdmin))
->setNome(nome)->setCognome(cognome));
}
else if(tipo == "2")
{
lista->insert(username,
(new UtenteBusiness(username, password, isAdmin))
->setNome(nome)->setCognome(cognome));
}
else
{
lista->insert(username,
(new UtenteExecutive(username, password, isAdmin))
->setNome(nome)->setCognome(cognome));
}
utenteAperto = false;
}
rxml.readNext();
break;
}
else if(rxml.isCharacters())
rxml.readNext();
else if(rxml.isStartElement())
{
if(rxml.name() == "Username")
username = rxml.readElementText();
else if(rxml.name() == "Password")
password = rxml.readElementText();
else if(rxml.name() == "Tipo")
tipo = rxml.readElementText();
else if(rxml.name() == "IsAdmin")
isAdmin = rxml.readElementText() == "true" ? true : false;
else if(rxml.name() == "Nome")
nome = rxml.readElementText();
else if(rxml.name() == "Cognome")
cognome = rxml.readElementText();
rxml.readNext();
}
else
rxml.readNext();
}
}
}
else
rxml.readNext();
}
file.close();
}
if(lista->empty())
lista->insert("matteo",
(new UtenteExecutive("matteo", "matteo", true))
->setNome("Matteo")->setCognome("Bortolazzo"));
return lista;
}
void
BestIntervalDialog::findClicked()
{
const RideFile *ride = mainWindow->currentRide();
if (!ride) {
QMessageBox::critical(this, tr("Select Ride"), tr("No ride selected!"));
return;
}
int maxIntervals = (int) countSpinBox->value();
double windowSizeSecs = (hrsSpinBox->value() * 3600.0
+ minsSpinBox->value() * 60.0
+ secsSpinBox->value());
if (windowSizeSecs == 0.0) {
QMessageBox::critical(this, tr("Bad Interval Length"),
tr("Interval length must be greater than zero!"));
return;
}
QList<const RideFilePoint*> window;
QMap<double,double> bests;
double secsDelta = ride->recIntSecs();
int expectedSamples = (int) floor(windowSizeSecs / secsDelta);
double totalWatts = 0.0;
foreach (const RideFilePoint *point, ride->dataPoints()) {
while (!window.empty()
&& (point->secs >= window.first()->secs + windowSizeSecs)) {
totalWatts -= window.first()->watts;
window.takeFirst();
}
totalWatts += point->watts;
window.append(point);
int divisor = std::max(window.size(), expectedSamples);
double avg = totalWatts / divisor;
bests.insertMulti(avg, point->secs);
}
QMap<double,double> results;
while (!bests.empty() && maxIntervals--) {
QMutableMapIterator<double,double> j(bests);
j.toBack();
j.previous();
double secs = j.value();
results.insert(j.value() - windowSizeSecs, j.key());
j.remove();
while (j.hasPrevious()) {
j.previous();
if (abs(secs - j.value()) < windowSizeSecs)
j.remove();
}
}
QString resultsHtml =
"<center>"
"<table width=\"80%\">"
"<tr><td align=\"center\">Start Time</td>"
" <td align=\"center\">Average Power</td></tr>";
QMapIterator<double,double> j(results);
while (j.hasNext()) {
j.next();
double secs = j.key();
double mins = ((int) secs) / 60;
secs = secs - mins * 60.0;
double hrs = ((int) mins) / 60;
mins = mins - hrs * 60.0;
QString row =
"<tr><td align=\"center\">%1:%2:%3</td>"
" <td align=\"center\">%4</td></tr>";
row = row.arg(hrs, 0, 'f', 0);
row = row.arg(mins, 2, 'f', 0, QLatin1Char('0'));
row = row.arg(secs, 2, 'f', 0, QLatin1Char('0'));
row = row.arg(j.value(), 0, 'f', 0, QLatin1Char('0'));
resultsHtml += row;
}
resultsHtml += "</table></center>";
resultsText->setHtml(resultsHtml);
}
const QMap<QString, QChar> &
Translator::namedEntities()
{
static QMap<QString, QChar> entities;
if(entities.empty()) {
entities["quot"] = 34;
entities["amp"] = 38;
entities["lt"] = 60;
entities["gt"] = 62;
entities["oelig"] = 338;
entities["oelig"] = 339;
entities["scaron"] = 352;
entities["scaron"] = 353;
entities["yuml"] = 376;
entities["circ"] = 710;
entities["tilde"] = 732;
entities["ensp"] = 8194;
entities["emsp"] = 8195;
entities["thinsp"] = 8201;
entities["zwnj"] = 8204;
entities["zwj"] = 8205;
entities["lrm"] = 8206;
entities["rlm"] = 8207;
entities["ndash"] = 8211;
entities["mdash"] = 8212;
entities["lsquo"] = 8216;
entities["rsquo"] = 8217;
entities["sbquo"] = 8218;
entities["ldquo"] = 8220;
entities["rdquo"] = 8221;
entities["bdquo"] = 8222;
entities["dagger"] = 8224;
entities["dagger"] = 8225;
entities["permil"] = 8240;
entities["lsaquo"] = 8249;
entities["rsaquo"] = 8250;
entities["euro"] = 8364;
entities["fnof"] = 402;
entities["alpha"] = 913;
entities["beta"] = 914;
entities["gamma"] = 915;
entities["delta"] = 916;
entities["epsilon"] = 917;
entities["zeta"] = 918;
entities["eta"] = 919;
entities["theta"] = 920;
entities["iota"] = 921;
entities["kappa"] = 922;
entities["lambda"] = 923;
entities["mu"] = 924;
entities["nu"] = 925;
entities["xi"] = 926;
entities["omicron"] = 927;
entities["pi"] = 928;
entities["rho"] = 929;
entities["sigma"] = 931;
entities["tau"] = 932;
entities["upsilon"] = 933;
entities["phi"] = 934;
entities["chi"] = 935;
entities["psi"] = 936;
entities["omega"] = 937;
entities["alpha"] = 945;
entities["beta"] = 946;
entities["gamma"] = 947;
entities["delta"] = 948;
entities["epsilon"] = 949;
entities["zeta"] = 950;
entities["eta"] = 951;
entities["theta"] = 952;
entities["iota"] = 953;
entities["kappa"] = 954;
entities["lambda"] = 955;
entities["mu"] = 956;
entities["nu"] = 957;
entities["xi"] = 958;
entities["omicron"] = 959;
entities["pi"] = 960;
entities["rho"] = 961;
entities["sigmaf"] = 962;
entities["sigma"] = 963;
entities["tau"] = 964;
entities["upsilon"] = 965;
entities["phi"] = 966;
entities["chi"] = 967;
entities["psi"] = 968;
entities["omega"] = 969;
entities["thetasym"] = 977;
entities["upsih"] = 978;
entities["piv"] = 982;
entities["bull"] = 8226;
entities["hellip"] = 8230;
entities["prime"] = 8242;
entities["prime"] = 8243;
entities["oline"] = 8254;
entities["frasl"] = 8260;
entities["weierp"] = 8472;
entities["image"] = 8465;
entities["real"] = 8476;
entities["trade"] = 8482;
entities["alefsym"] = 8501;
entities["larr"] = 8592;
entities["uarr"] = 8593;
entities["rarr"] = 8594;
entities["darr"] = 8595;
entities["harr"] = 8596;
entities["crarr"] = 8629;
entities["larr"] = 8656;
entities["uarr"] = 8657;
entities["rarr"] = 8658;
entities["darr"] = 8659;
entities["harr"] = 8660;
entities["forall"] = 8704;
entities["part"] = 8706;
entities["exist"] = 8707;
entities["empty"] = 8709;
entities["nabla"] = 8711;
entities["isin"] = 8712;
entities["notin"] = 8713;
entities["ni"] = 8715;
entities["prod"] = 8719;
entities["sum"] = 8721;
entities["minus"] = 8722;
entities["lowast"] = 8727;
entities["radic"] = 8730;
entities["prop"] = 8733;
entities["infin"] = 8734;
entities["ang"] = 8736;
entities["and"] = 8743;
entities["or"] = 8744;
entities["cap"] = 8745;
entities["cup"] = 8746;
entities["int"] = 8747;
entities["there4"] = 8756;
entities["sim"] = 8764;
entities["cong"] = 8773;
entities["asymp"] = 8776;
entities["ne"] = 8800;
entities["equiv"] = 8801;
entities["le"] = 8804;
entities["ge"] = 8805;
entities["sub"] = 8834;
entities["sup"] = 8835;
entities["nsub"] = 8836;
entities["sube"] = 8838;
entities["supe"] = 8839;
entities["oplus"] = 8853;
entities["otimes"] = 8855;
entities["perp"] = 8869;
entities["sdot"] = 8901;
entities["lceil"] = 8968;
entities["rceil"] = 8969;
entities["lfloor"] = 8970;
entities["rfloor"] = 8971;
entities["lang"] = 9001;
entities["rang"] = 9002;
entities["loz"] = 9674;
entities["spades"] = 9824;
entities["clubs"] = 9827;
entities["hearts"] = 9829;
entities["diams"] = 9830;
entities["nbsp"] = 160;
entities["iexcl"] = 161;
entities["cent"] = 162;
entities["pound"] = 163;
entities["curren"] = 164;
entities["yen"] = 165;
entities["brvbar"] = 166;
entities["sect"] = 167;
entities["uml"] = 168;
entities["copy"] = 169;
entities["ordf"] = 170;
entities["laquo"] = 171;
entities["not"] = 172;
entities["shy"] = 173;
entities["reg"] = 174;
entities["macr"] = 175;
entities["deg"] = 176;
entities["plusmn"] = 177;
entities["sup2"] = 178;
entities["sup3"] = 179;
entities["acute"] = 180;
entities["micro"] = 181;
entities["para"] = 182;
entities["middot"] = 183;
entities["cedil"] = 184;
entities["sup1"] = 185;
entities["ordm"] = 186;
entities["raquo"] = 187;
entities["frac14"] = 188;
entities["frac12"] = 189;
entities["frac34"] = 190;
entities["iquest"] = 191;
entities["agrave"] = 192;
entities["aacute"] = 193;
entities["acirc"] = 194;
entities["atilde"] = 195;
entities["auml"] = 196;
entities["aring"] = 197;
entities["aelig"] = 198;
entities["ccedil"] = 199;
entities["egrave"] = 200;
entities["eacute"] = 201;
entities["ecirc"] = 202;
entities["euml"] = 203;
entities["igrave"] = 204;
entities["iacute"] = 205;
entities["icirc"] = 206;
entities["iuml"] = 207;
entities["eth"] = 208;
entities["ntilde"] = 209;
entities["ograve"] = 210;
entities["oacute"] = 211;
entities["ocirc"] = 212;
entities["otilde"] = 213;
entities["ouml"] = 214;
entities["times"] = 215;
entities["oslash"] = 216;
entities["ugrave"] = 217;
entities["uacute"] = 218;
entities["ucirc"] = 219;
entities["uuml"] = 220;
entities["yacute"] = 221;
entities["thorn"] = 222;
entities["szlig"] = 223;
entities["agrave"] = 224;
entities["aacute"] = 225;
entities["acirc"] = 226;
entities["atilde"] = 227;
entities["auml"] = 228;
entities["aring"] = 229;
entities["aelig"] = 230;
entities["ccedil"] = 231;
entities["egrave"] = 232;
entities["eacute"] = 233;
entities["ecirc"] = 234;
entities["euml"] = 235;
entities["igrave"] = 236;
entities["iacute"] = 237;
entities["icirc"] = 238;
entities["iuml"] = 239;
entities["eth"] = 240;
entities["ntilde"] = 241;
entities["ograve"] = 242;
entities["oacute"] = 243;
entities["ocirc"] = 244;
entities["otilde"] = 245;
entities["ouml"] = 246;
entities["divide"] = 247;
entities["oslash"] = 248;
entities["ugrave"] = 249;
entities["uacute"] = 250;
entities["ucirc"] = 251;
entities["uuml"] = 252;
entities["yacute"] = 253;
entities["thorn"] = 254;
entities["yuml"] = 255;
}
return entities;
}
AudioOutput *AudioOutput::OpenAudio(AudioSettings &settings,
bool willsuspendpa)
{
QString &main_device = settings.main_device;
AudioOutput *ret = NULL;
#ifdef USING_PULSE
bool pulsestatus = false;
#else
{
static bool warned = false;
if (!warned && IsPulseAudioRunning())
{
warned = true;
VERBOSE(VB_IMPORTANT, "WARNING: ***Pulse Audio is running***");
}
}
#endif
settings.FixPassThrough();
if (main_device.startsWith("PulseAudio:"))
{
#ifdef USING_PULSEOUTPUT
return new AudioOutputPulseAudio(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to PulseAudio "
"but PulseAudio support is not compiled in!");
return NULL;
#endif
}
else if (main_device.startsWith("NULL"))
{
return new AudioOutputNULL(settings);
}
#ifdef USING_PULSE
if (willsuspendpa)
{
bool ispulse = false;
#ifdef USE_ALSA
// Check if using ALSA, that the device doesn't contain the word
// "pulse" in its hint
if (main_device.startsWith("ALSA:"))
{
QString device_name = main_device;
device_name.remove(0, 5);
QMap<QString, QString> *alsadevs =
AudioOutputALSA::GetALSADevices("pcm");
if (!alsadevs->empty() && alsadevs->contains(device_name))
{
if (alsadevs->value(device_name).contains("pulse",
Qt::CaseInsensitive))
{
ispulse = true;
}
}
delete alsadevs;
}
#endif
if (main_device.contains("pulse", Qt::CaseInsensitive))
{
ispulse = true;
}
if (!ispulse)
{
pulsestatus = PulseHandler::Suspend(PulseHandler::kPulseSuspend);
}
}
#endif
if (main_device.startsWith("ALSA:"))
{
#ifdef USE_ALSA
settings.TrimDeviceType();
ret = new AudioOutputALSA(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to an ALSA device "
"but ALSA support is not compiled in!");
#endif
}
else if (main_device.startsWith("JACK:"))
{
#ifdef USE_JACK
settings.TrimDeviceType();
ret = new AudioOutputJACK(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to a JACK device "
"but JACK support is not compiled in!");
#endif
}
else if (main_device.startsWith("DirectX:"))
{
#ifdef USING_MINGW
ret = new AudioOutputDX(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to DirectX device "
"but DirectX support is not compiled in!");
#endif
}
else if (main_device.startsWith("Windows:"))
{
#ifdef USING_MINGW
ret = new AudioOutputWin(settings);
#else
VERBOSE(VB_IMPORTANT, "Audio output device is set to a Windows device "
"but Windows support is not compiled in!");
#endif
}
#if defined(USING_OSS)
else
ret = new AudioOutputOSS(settings);
#elif CONFIG_DARWIN
else
Order TrendFollowerAgent::bestRateOrder()
{
QMap<double, Order> bestOrders;
for(int i = 2; i <= STOKS_NUMBER; ++i)
{
if(m_store.contains(i) && m_stocksInfo[i].lastPrice() &&
( (m_stocksInfo[i].getBestSellPrice()*1.005 <= m_store.getMoney() && m_stocksInfo[i].getBestSellPrice()) ||
(m_stocksInfo[i].lastPrice() <= m_store.getMoney()) ) )
{
double upTrendValue1 = m_stocksInfo[i].trendValue(m_upTrendTime);
double upTrendValue2 = 2*m_stocksInfo[i].trendValue(m_upTrendTime/2);
double upTrendValue = 0;
if(upTrendValue1 && upTrendValue2)
upTrendValue = - 1.0/upTrendValue1 - 1.0/upTrendValue2;
bestOrders.insertMulti(upTrendValue, Order(Order::SELL, i, 0, 0));
}
double downTrendValue = - m_stocksInfo[i].trendValue(m_downTrendTime) - 2*m_stocksInfo[i].trendValue(m_downTrendTime/2);
if( m_stocksInfo[i].lastPrice() &&
( (m_stocksInfo[i].getBestBuyPrice()*1.025 <= m_store.getMoney() && m_stocksInfo[i].getBestBuyPrice()) ||
(m_stocksInfo[i].lastPrice() <= m_store.getMoney()) ))
{
bestOrders.insertMulti(downTrendValue, Order(Order::BUY, i, 0, 0));
}
}
if(bestOrders.empty())
return Order();
QMutableMapIterator<double, Order> i(bestOrders);
while (i.hasNext()) {
i.next();
if((1.0*qrand())/RAND_MAX < m_bestChooseChance)
{
Order order = i.value();
qint32 price;
if(m_stocksInfo[order.getStockId()].getBestSellPrice() && m_stocksInfo[order.getStockId()].getBestBuyPrice())
{
if(order.getTransactionType() == Order::SELL)
{
price = m_stocksInfo[order.getStockId()].getBestSellPrice()*(1.005 - (0.03*qrand())/RAND_MAX);
}
else
{
price = m_stocksInfo[order.getStockId()].getBestBuyPrice()*(0.095 + (0.03*qrand())/RAND_MAX);
}
}
else price = m_stocksInfo[order.getStockId()].lastPrice();
if(!price)
continue;
order.setPrice(price);
qint32 maxAmount = m_store.getMoney()/price;
qint32 amount = pow(pow(std::min(-i.key()/3.0, 1.075), 25.0 + qrand()%10), 2.0 + static_cast<double>(qrand())/RAND_MAX) *
(1 + static_cast<double>(2*qrand())/RAND_MAX) + 2 + qrand() % 5;
if(maxAmount)
amount %= maxAmount;
order.setAmount(amount);
if(order.getAmount()&& order.getPrice())
return order;
}
}
Order order = i.value();
qint32 price;
if(m_stocksInfo[order.getStockId()].getBestSellPrice() && m_stocksInfo[order.getStockId()].getBestBuyPrice())
{
if(order.getTransactionType() == Order::SELL)
{
price = m_stocksInfo[order.getStockId()].getBestSellPrice()*(1.005 - (0.03*qrand())/RAND_MAX);
}
else
{
price = m_stocksInfo[order.getStockId()].getBestBuyPrice()*(0.095 + (0.03*qrand())/RAND_MAX);
}
}
else price = m_stocksInfo[order.getStockId()].lastPrice();
if(!price)
return Order();
order.setPrice(price);
qint32 maxAmount = m_store.getMoney()/price;
qint32 amount = pow(pow(std::min(-i.key()/3.0, 1.075), 25.0 + qrand()%10), 2.0 + static_cast<double>(qrand())/RAND_MAX) *
(1 + static_cast<double>(2*qrand())/RAND_MAX) + 2 + qrand() % 5;
if(maxAmount)
amount %= maxAmount;
order.setAmount(amount);
if(order.getAmount()&& order.getPrice())
return order;
else return Order();
}
bool setupTVs(bool ismaster, bool &error)
{
error = false;
QString localhostname = gContext->GetHostName();
MSqlQuery query(MSqlQuery::InitCon());
if (ismaster)
{
// Hack to make sure recorded.basename gets set if the user
// downgrades to a prior version and creates new entries
// without it.
if (!query.exec("UPDATE recorded SET basename = CONCAT(chanid, '_', "
"DATE_FORMAT(starttime, '%Y%m%d%H%i00'), '_', "
"DATE_FORMAT(endtime, '%Y%m%d%H%i00'), '.nuv') "
"WHERE basename = '';"))
MythContext::DBError("Updating record basename",
query.lastQuery());
// Hack to make sure record.station gets set if the user
// downgrades to a prior version and creates new entries
// without it.
if (!query.exec("UPDATE channel SET callsign=chanid "
"WHERE callsign IS NULL OR callsign='';"))
MythContext::DBError("Updating channel callsign",
query.lastQuery());
if (query.exec("SELECT MIN(chanid) FROM channel;"))
{
query.first();
int min_chanid = query.value(0).toInt();
if (!query.exec(QString("UPDATE record SET chanid = %1 "
"WHERE chanid IS NULL;").arg(min_chanid)))
MythContext::DBError("Updating record chanid",
query.lastQuery());
}
else
MythContext::DBError("Querying minimum chanid",
query.lastQuery());
MSqlQuery records_without_station(MSqlQuery::InitCon());
records_without_station.prepare("SELECT record.chanid,"
" channel.callsign FROM record LEFT JOIN channel"
" ON record.chanid = channel.chanid WHERE record.station='';");
records_without_station.exec();
if (records_without_station.first())
{
MSqlQuery update_record(MSqlQuery::InitCon());
update_record.prepare("UPDATE record SET station = :CALLSIGN"
" WHERE chanid = :CHANID;");
do
{
update_record.bindValue(":CALLSIGN",
records_without_station.value(1));
update_record.bindValue(":CHANID",
records_without_station.value(0));
if (!update_record.exec())
{
MythContext::DBError("Updating record station",
update_record.lastQuery());
}
} while (records_without_station.next());
}
}
if (!query.exec(
"SELECT cardid, hostname "
"FROM capturecard "
"ORDER BY cardid"))
{
MythContext::DBError("Querying Recorders", query);
return false;
}
vector<uint> cardids;
vector<QString> hosts;
while (query.next())
{
uint cardid = query.value(0).toUInt();
QString host = query.value(1).toString();
QString cidmsg = QString("Card %1").arg(cardid);
if (host.isEmpty())
{
QString msg = cidmsg + " does not have a hostname defined.\n"
"Please run setup and confirm all of the capture cards.\n";
VERBOSE(VB_IMPORTANT, msg);
gContext->LogEntry("mythbackend", LP_CRITICAL,
"Problem with capture cards", msg);
continue;
}
cardids.push_back(cardid);
hosts.push_back(host);
}
for (uint i = 0; i < cardids.size(); i++)
{
if (hosts[i] == localhostname)
new TVRec(cardids[i]);
}
for (uint i = 0; i < cardids.size(); i++)
{
uint cardid = cardids[i];
QString host = hosts[i];
QString cidmsg = QString("Card %1").arg(cardid);
if (!ismaster)
{
if (host == localhostname)
{
TVRec *tv = TVRec::GetTVRec(cardid);
if (tv->Init())
{
EncoderLink *enc = new EncoderLink(cardid, tv);
tvList[cardid] = enc;
}
else
{
gContext->LogEntry("mythbackend", LP_CRITICAL,
"Problem with capture cards",
cidmsg + " failed init");
delete tv;
// The master assumes card comes up so we need to
// set error and exit if a non-master card fails.
error = true;
}
}
}
else
{
if (host == localhostname)
{
TVRec *tv = TVRec::GetTVRec(cardid);
if (tv->Init())
{
EncoderLink *enc = new EncoderLink(cardid, tv);
tvList[cardid] = enc;
}
else
{
gContext->LogEntry("mythbackend", LP_CRITICAL,
"Problem with capture cards",
cidmsg + "failed init");
delete tv;
}
}
else
{
EncoderLink *enc = new EncoderLink(cardid, NULL, host);
tvList[cardid] = enc;
}
}
}
if (tvList.empty())
{
cerr << "ERROR: no valid capture cards are defined in the database.\n";
cerr << "Perhaps you should read the installation instructions?\n";
gContext->LogEntry("mythbackend", LP_CRITICAL,
"No capture cards are defined",
"Please run the setup program.");
return false;
}
return true;
}
void KstEditViewObjectDialogI::updateWidgets() {
// clear all the current widgets from the grid
clearWidgets();
// get the qt properties of the viewobject
if (_viewObject) {
_customWidget = _viewObject->configWidget();
if (_customWidget) {
_grid = new QGridLayout(_propertiesFrame, 1, 1);
_customWidget->reparent(_propertiesFrame, QPoint(0, 0));
_grid->addWidget(_customWidget, 0, 0);
_viewObject->fillConfigWidget(_customWidget, _isNew);
resize(minimumSizeHint());
return;
}
//---------------------------------------------------------------
// NOTE: due to Early return, nothing after this line is executed
// if the view object provides a custom widget.
int numProperties = _viewObject->metaObject()->numProperties(true);
// create a new grid
_grid = new QGridLayout(_propertiesFrame, numProperties, 2, 0, 8);
_grid->setColStretch(0,0);
_grid->setColStretch(1,1);
// get the property names and types
for (int i = 0; i < numProperties; i++) {
const QMetaProperty* property = _viewObject->metaObject()->property(i, true);
QString propertyType(property->type());
QString propertyName(property->name());
// for this property, get the meta-data map
QMap<QString, QVariant> metaData = _viewObject->widgetHints(propertyName);
if (!metaData.empty()) {
QString friendlyName = metaData["_kst_label"].toString();
QString widgetType = metaData["_kst_widgetType"].toString();
metaData.erase("_kst_label");
metaData.erase("_kst_widgetType");
// use friendly name for label
QLabel* propertyLabel = new QLabel(_propertiesFrame, "label-"+i);
propertyLabel->setText(friendlyName);
_grid->addWidget(propertyLabel,i,0);
_widgets.append(propertyLabel);
propertyLabel->show();
// display different types of widgets depending on what dialogData specifies
QWidget* propertyWidget = 0L;
if (widgetType == "QSpinBox") {
// insert a spinbox
propertyWidget = new QSpinBox(_propertiesFrame, (propertyName+","+"value").latin1());
propertyWidget->setProperty("value", _viewObject->property(property->name()));
} else if (widgetType == "KColorButton") {
// insert a colorbutton
propertyWidget = new KColorButton(_propertiesFrame, (propertyName+","+"color").latin1());
propertyWidget->setProperty("color", _viewObject->property(property->name()));
} else if (widgetType == "QLineEdit") {
// insert a text field
propertyWidget = new QLineEdit(_propertiesFrame, (propertyName+","+"text").latin1());
propertyWidget->setProperty("text", _viewObject->property(property->name()));
} else if (widgetType == "KURLRequester") {
// insert a url requester
propertyWidget = new KURLRequester(_propertiesFrame, (propertyName+","+"url").latin1());
propertyWidget->setProperty("url", _viewObject->property(property->name()));
} else if (widgetType == "PenStyleWidget") {
// insert a combobox with QT pen styles
QComboBox* combo = new QComboBox(_propertiesFrame, (propertyName+","+"currentItem").latin1());
fillPenStyleWidget(combo);
propertyWidget = combo;
propertyWidget->setProperty("currentItem", _viewObject->property(property->name()));
} else if (widgetType == "QCheckBox") {
// insert a checkbox
propertyWidget = new QCheckBox(_propertiesFrame, (propertyName+","+"checked").latin1());
propertyWidget->setProperty("checked", _viewObject->property(property->name()));
} else if (widgetType == "KDoubleSpinBox") {
// insert a double num spinbox
KDoubleSpinBox* input = new KDoubleSpinBox(_propertiesFrame, (propertyName+","+"value").latin1());
// need this so that setValue later works
input->setMinValue(metaData["minValue"].toDouble());
input->setMaxValue(metaData["maxValue"].toDouble());
input->setLineStep(metaData["lineStep"].toDouble());
metaData.erase("minValue");
metaData.erase("maxValue");
metaData.erase("lineStep");
propertyWidget = input;
propertyWidget->setProperty("value", _viewObject->property(property->name()));
} else if (widgetType == "KFontCombo") {
// insert a font combo box
propertyWidget = new KFontCombo(_propertiesFrame, (propertyName+","+"currentText").latin1());
propertyWidget->setProperty("currentText", _viewObject->property(property->name()));
} else if (widgetType == "HJustifyCombo") {
// insert a combo box filled with horizontal justifications
QComboBox* combo = new QComboBox(_propertiesFrame, (propertyName+","+"currentItem").latin1());
fillHJustifyWidget(combo);
propertyWidget = combo;
propertyWidget->setProperty("currentItem", _viewObject->property(property->name()));
} else if (widgetType == "VJustifyCombo") {
// insert a combo box filled with vertical justifications
QComboBox* combo = new QComboBox(_propertiesFrame, (propertyName+","+"currentItem").latin1());
fillVJustifyWidget(combo);
propertyWidget = combo;
propertyWidget->setProperty("currentItem", _viewObject->property(property->name()));
}
// also set any additional properties specified by metaData
for (QMap<QString, QVariant>::ConstIterator it = metaData.begin(); it != metaData.end(); ++it) {
propertyWidget->setProperty(it.key().latin1(), it.data());
}
_grid->addWidget(propertyWidget, i, 1);
_inputWidgets.append(propertyWidget);
propertyWidget->show();
}
}
// geometry cleanup
resize(minimumSizeHint());
//setFixedHeight(height());
}
}
bool CSVToolWindow::importStart()
{
QString mapname = atlasWindow()->map();
CSVAtlas *atlas = _atlasWindow->getAtlas();
if (mapname.isEmpty())
{
QStringList mList = atlas->mapList();
if(mList.isEmpty())
{
_msghandler->message(QtWarningMsg, tr("No Maps Loaded"),
tr("<p>There are no maps loaded to select from. "
"Either load an atlas that contains maps or "
"create a new one before continuing."));
return false;
}
mList.sort();
bool valid;
mapname = QInputDialog::getItem(this, tr("Select Map"), tr("Select Map:"),
mList, 0, FALSE, &valid);
if (!valid)
return false;
}
CSVMap map = atlas->map(mapname);
map.simplify();
QList<CSVMapField> fields = map.fields();
if (map.name() != mapname || fields.isEmpty())
{
_msghandler->message(QtWarningMsg, tr("Invalid Map"),
tr("<p>The selected map does not appear to be valid."));
return false;
}
CSVMap::Action action = map.action();
if (action != CSVMap::Insert)
{
_msghandler->message(QtWarningMsg, tr("Action not implemented"),
tr("<p>The action %1 for this map is not supported.")
.arg(CSVMap::actionToName(action)));
return false;
}
if (!_data || _data->rows() < 1)
{
_msghandler->message(QtWarningMsg, tr("No data"),
tr("<p>There are no data to process. "
"Load a CSV file before continuing."));
return false;
}
int total = _data->rows();
int current = 0, error = 0, ignored = 0;
if (! _log)
_log = new LogWindow(this);
if(usetransaction) QSqlQuery begin("BEGIN;");
QString errMsg;
if(!map.sqlPre().trimmed().isEmpty())
{
if(usetransaction) QSqlQuery savepoint("SAVEPOINT presql;");
QSqlQuery pre;
if(!pre.exec(map.sqlPre()))
{
errMsg = QString("ERROR Running Pre SQL query: %1").arg(pre.lastError().text());
_log->_log->append("\n\n----------------------\n");
_log->_log->append(errMsg);
_log->show();
_log->raise();
if(map.sqlPreContinueOnError())
{
_log->_log->append(tr("\n\nContinuing with rest of import\n\n"));
if(usetransaction) QSqlQuery sprollback("ROLLBACK TO SAVEPOINT presql;");
if(usetransaction) QSqlQuery savepoint("RELEASE SAVEPOINT presql;");
}
else
{
if(usetransaction) QSqlQuery rollback("ROLLBACK;");
_msghandler->message(QtWarningMsg, tr("Error"),
tr("<p>There was an error running the Pre SQL "
"query. Please see the log for more details. "
"Aborting transaction."));
return false;
}
}
}
QString progresstext(tr("Importing %1: %2 rows out of %3"));
int expected = total;
QProgressDialog *progress = new QProgressDialog(progresstext
.arg(map.name()).arg(0).arg(expected),
tr("Cancel"), 0, expected, this);
progress->setWindowModality(Qt::WindowModal);
bool userCanceled = false;
QString query;
QString front;
QString back;
QString value;
QString label;
QVariant var;
QStringList errorList;
for(current = 0; current < total; ++current)
{
if(usetransaction) QSqlQuery savepoint("SAVEPOINT csvinsert;");
if(action == CSVMap::Insert)
{
query = QString("INSERT INTO %1 ").arg(map.table());
front = "(";
back = " VALUES(";
QList<CSVMapField> fields = map.fields();
QMap<QString,QVariant> values;
for (int i = 0; i < fields.size(); i++)
{
switch(fields.at(i).action())
{
case CSVMapField::Action_UseColumn:
{
value = _data->value(current, fields.at(i).column()-1);
if(value.isNull())
{
switch (fields.at(i).ifNullAction())
{
case CSVMapField::UseDefault:
continue;
case CSVMapField::UseEmptyString:
{
var = QVariant(QString(""));
break;
}
case CSVMapField::UseAlternateValue:
{
var = QVariant(fields.at(i).valueAlt());
break;
}
case CSVMapField::UseAlternateColumn:
{
value = _data->value(current, fields.at(i).columnAlt()-1);
if(value.isNull())
{
switch (fields.at(i).ifNullActionAlt())
{
case CSVMapField::UseDefault:
continue;
case CSVMapField::UseEmptyString:
{
var = QVariant(QString(""));
break;
}
case CSVMapField::UseAlternateValue:
{
var = QVariant(fields.at(i).valueAlt());
break;
}
default: // Nothing
var = QVariant(QString::null);
}
}
else
var = QVariant(value);
break;
}
default: // Nothing
var = QVariant(QString::null);
}
}
else
var = QVariant(value);
break;
}
case CSVMapField::Action_UseEmptyString:
{
var = QVariant(QString(""));
break;
}
case CSVMapField::Action_UseAlternateValue:
{
var = QVariant(fields.at(i).valueAlt());
break;
}
case CSVMapField::Action_UseNull:
{
var = QVariant(QString::null);
break;
}
default:
continue;
}
label = ":" + fields.at(i).name();
if(!values.empty())
{
front += ", ";
back += ", ";
}
values.insert(label, var);
front += fields.at(i).name();
back += label;
}
if(values.empty())
{
ignored++;
errMsg = QString("IGNORED Record %1: There are no columns to insert").arg(current+1);
errorList.append(errMsg);
continue;
}
front += ") ";
back += ")";
query += front + back;
QSqlQuery qry;
qry.prepare(query);
QMap<QString,QVariant>::iterator vit;
for(vit = values.begin(); vit != values.end(); ++vit)
qry.bindValue(vit.key(), vit.value());
if(!qry.exec())
{
if(usetransaction) QSqlQuery sprollback("ROLLBACK TO SAVEPOINT csvinsert;");
error++;
errMsg = QString("ERROR Record %1: %2").arg(current+1).arg(qry.lastError().text());
errorList.append(errMsg);
}
}
if (progress->wasCanceled())
{
userCanceled = true;
break;
}
if(! (current % 1000))
{
progress->setLabelText(progresstext.arg(map.name()).arg(current).arg(expected));
progress->setValue(current);
}
}
progress->setValue(total);
if (error || ignored || userCanceled)
{
_log->_log->append(tr("Map: %1\n"
"Table: %2\n"
"Method: %3\n\n"
"Total Records: %4\n"
"# Processed: %5\n"
"# Ignored: %6\n"
"# Errors: %7\n\n")
.arg(map.name()).arg(map.table())
.arg(CSVMap::actionToName(map.action()))
.arg(total).arg(current).arg(ignored).arg(error));
_log->_log->append(errMsg);
_log->_log->append(errorList.join("\n"));
_log->show();
_log->raise();
if (_msghandler && // log messages there's a non-interactive message handler
qobject_cast<XAbstractMessageHandler*>(_msghandler) &&
! qobject_cast<InteractiveMessageHandler*>(_msghandler))
_msghandler->message(error ? QtCriticalMsg : QtWarningMsg,
tr("Import Processing Status"),
_log->_log->toPlainText());
}
if (! userCanceled && ! map.sqlPost().trimmed().isEmpty())
{
QSqlQuery post;
if(!post.exec(map.sqlPost()))
{
errMsg = QString("ERROR Running Post SQL query: %1").arg(post.lastError().text());
_log->_log->append("\n\n----------------------\n");
_log->_log->append(errMsg);
_log->show();
_log->raise();
if(usetransaction) QSqlQuery rollback("ROLLBACK;");
_msghandler->message(QtCriticalMsg, tr("Error"),
tr("<p>There was an error running the post sql "
"query and changes were rolled back. "
"Please see the log for more details."));
return false;
}
}
if (userCanceled)
{
if(usetransaction) QSqlQuery rollback("ROLLBACK;");
_log->_log->append(tr("\n\nImport canceled by user. Changes were rolled back."));
return false;
}
if(usetransaction) QSqlQuery commit("COMMIT");
if (! error)
{
_msghandler->message(QtDebugMsg, tr("Import Complete"),
tr("The import of %1 completed successfully.")
.arg(_currentDir));
return true;
}
return false;
}
GroupWise::ContactDetails PollSearchResultsTask::extractUserDetails( Field::FieldList & fields )
{
ContactDetails cd;
cd.status = GroupWise::Invalid;
cd.archive = false;
// read the supplied fields, set metadata and status.
Field::SingleField * sf;
if ( ( sf = fields.findSingleField ( Field::NM_A_SZ_AUTH_ATTRIBUTE ) ) )
cd.authAttribute = sf->value().toString();
if ( ( sf = fields.findSingleField ( Field::NM_A_SZ_DN ) ) )
cd.dn =sf->value().toString().toLower(); // HACK: lowercased DN
if ( ( sf = fields.findSingleField ( Field::KOPETE_NM_USER_DETAILS_CN ) ) )
cd.cn = sf->value().toString();
if ( ( sf = fields.findSingleField ( Field::KOPETE_NM_USER_DETAILS_GIVEN_NAME ) ) )
cd.givenName = sf->value().toString();
if ( ( sf = fields.findSingleField ( Field::KOPETE_NM_USER_DETAILS_SURNAME ) ) )
cd.surname = sf->value().toString();
if ( ( sf = fields.findSingleField ( Field::KOPETE_NM_USER_DETAILS_FULL_NAME ) ) )
cd.fullName = sf->value().toString();
if ( ( sf = fields.findSingleField ( Field::KOPETE_NM_USER_DETAILS_ARCHIVE_FLAG ) ) )
cd.archive = ( sf->value().toInt() == 1 );
if ( ( sf = fields.findSingleField ( Field::NM_A_SZ_STATUS ) ) )
cd.status = sf->value().toInt();
if ( ( sf = fields.findSingleField ( Field::NM_A_SZ_MESSAGE_BODY ) ) )
cd.awayMessage = sf->value().toString();
Field::MultiField * mf;
QMap< QString, QVariant > propMap;
if ( ( mf = fields.findMultiField ( Field::NM_A_FA_INFO_DISPLAY_ARRAY ) ) )
{
Field::FieldList fl = mf->fields();
const Field::FieldListIterator end = fl.end();
for ( Field::FieldListIterator it = fl.begin(); it != end; ++it )
{
// assumes each property only present once
// check in logintask.cpp and if it's a multi field,
// get the value of this instance, check if it's already in the property map and append if found.
Field::SingleField * propField = dynamic_cast<Field::SingleField *>( *it );
if ( propField )
{
QString propName = propField->tag();
QString propValue = propField->value().toString();
propMap.insert( propName, propValue );
}
else
{
Field::MultiField * propList = dynamic_cast<Field::MultiField*>( *it );
if ( propList )
{
QString parentName = propList->tag();
Field::FieldList propFields = propList->fields();
const Field::FieldListIterator end = propFields.end();
for ( Field::FieldListIterator it = propFields.begin(); it != end; ++it )
{
propField = dynamic_cast<Field::SingleField *>( *it );
if ( propField )
{
QString propValue = propField->value().toString();
QString contents = propMap[ propField->tag() ].toString();
if ( !contents.isEmpty() )
contents.append( ", " );
contents.append( propField->value().toString());
propMap.insert( propField->tag(), contents );
}
}
}
}
}
}
if ( !propMap.empty() )
{
cd.properties = propMap;
}
return cd;
}