/*!
* \brief Uploads a \a file to \a path.
*
* \a Path should start with '/', append by bucket name and file path.
* eg: /demobucket/upload.png. If the path is a directory, it MUST end with '/'.
*
* Sets \a autoMkdir to true if auto mkdir needed (10 at most).
*
* Sets \a appendFileMD5 to true if append file MD5 value needed. If this value
* is different from the server computed, 406 Not Accepted will be recieved.
*
* Sets \a fileSecret as file secret key. ONLY picture spaces support secret.
* If this is set, the file could not access directly by URL,
* use THUMB_SEPERATOR + SECRET instead. eg, if THUMB_SEPERATOR is "!",
* secret is "bac" and file upload path is "/folder/test.jpg", the image accessed
* URL will be http://BUCKET/folder/test.jpg!bac.
*
* Extra parameters should be stored in \a params.
*
* \sa QUpYun::uploadFile(const QString &, const QString &, bool, bool, const QString &, const RequestParams &)
* \sa QUpYun::requestUploadFinished(bool, const PicInfo &)
*/
void QUpYun::uploadFile(const QString &path,
QFile *file,
bool autoMkdir,
bool appendFileMD5,
const QString &fileSecret,
const RequestParams ¶ms)
{
if (!file->isOpen()) {
file->open(QFile::ReadOnly);
}
RequestParams newParams(params);
QByteArray data = file->readAll();
if (appendFileMD5) {
static QByteArray CONTENT_MD5("Content-MD5");
newParams.insert(CONTENT_MD5, d->md5(data));
}
if (!fileSecret.isEmpty()) {
static QByteArray CONTENT_SECRET("Content-Secret");
newParams.insert(CONTENT_SECRET, fileSecret.toUtf8());
}
QNetworkReply *reply = d->sendRequest(QNetworkAccessManager::PutOperation,
d->formatPath(path),
data,
autoMkdir,
newParams);
d->requests.insert(reply, Upload);
}
// Main minimising method
mat MyMinimizer::minimise(double chisq)
{
++currentIt;
if (currentIt > maxIterations)
{
finished = true;
return newParams;
}
if ((chisq < lastChiSq) && ((lastChiSq - chisq) < convLimit))
{
// then this parameter has converged and we move on to the next
currentParameter++;
if (currentParameter > nParameters-1)
{
currentParameter = 0;
currentCycle++;
if (currentCycle > minCycles)
{
finished = true;
return newParams;
}
}
lastChiSq = chisq;
newParams(currentParameter,0) = parameters(currentParameter,0)+currentStepsize;
return newParams;
}
else
{
// We continue with the current parameter
if (chisq < lastChiSq)
{
lastChiSq = chisq;
newParams(currentParameter,0) = parameters(currentParameter,0)+currentStepsize;
return newParams;
}
else
{
lastChiSq = chisq;
currentStepsize = - currentStepsize * 0.5;
newParams(currentParameter,0) = parameters(currentParameter,0)+currentStepsize;
return newParams;
}
}
}
boost::signals2::connection PhysicsSpace::connectCollision(const CollisionEventType::slot_type &listener,
UInt64 Category,
Real32 SpeedThreshold,
boost::signals2::connect_position at)
{
CollisionListenParams newParams(Category, SpeedThreshold, &listener);
_CollisionListenParamsVec.push_back(newParams);
return Inherited::connectCollision(listener,at);
}
