ProgramList
MidiDevice::getPrograms0thVariation(bool percussion, const MidiBank &bank) const
{
// If we aren't in variations mode, just use getPrograms().
if (m_variationType == NoVariations)
return getPrograms(bank);
// Get the variation bank list for this bank
BankList bankList;
if (m_variationType == VariationFromMSB) {
bankList = getBanksByLSB(percussion, bank.getLSB());
} else {
bankList = getBanksByMSB(percussion, bank.getMSB());
}
if (!bankList.empty()) {
MidiBank firstBank = bankList.front();
return getPrograms(firstBank);
}
return ProgramList();
}
void ViewScheduled::LoadList(bool useExistingData)
{
if (m_inFill)
return;
m_inFill = true;
MythUIButtonListItem *currentItem = m_schedulesList->GetItemCurrent();
QString callsign;
QDateTime startts, recstartts;
if (currentItem)
{
ProgramInfo *currentpginfo = qVariantValue<ProgramInfo*>
(currentItem->GetData());
if (currentpginfo)
{
callsign = currentpginfo->GetChannelSchedulingID();
startts = currentpginfo->GetScheduledStartTime();
recstartts = currentpginfo->GetRecordingStartTime();
}
}
QDateTime now = QDateTime::currentDateTime();
QMap<int, int> toomanycounts;
m_schedulesList->Reset();
if (m_groupList)
m_groupList->Reset();
m_recgroupList.clear();
if (!useExistingData)
LoadFromScheduler(m_recList, m_conflictBool);
ProgramList::iterator pit = m_recList.begin();
QString currentDate;
m_recgroupList[m_defaultGroup] = ProgramList(false);
m_recgroupList[m_defaultGroup].setAutoDelete(false);
while (pit != m_recList.end())
{
ProgramInfo *pginfo = *pit;
const RecStatusType recstatus = pginfo->GetRecordingStatus();
if ((pginfo->GetRecordingEndTime() >= now ||
pginfo->GetScheduledEndTime() >= now) &&
(m_showAll ||
recstatus <= rsWillRecord ||
recstatus == rsDontRecord ||
(recstatus == rsTooManyRecordings &&
++toomanycounts[pginfo->GetRecordingRuleID()] <= 1) ||
(recstatus > rsTooManyRecordings &&
recstatus != rsRepeat &&
recstatus != rsNeverRecord)))
{
m_cardref[pginfo->GetCardID()]++;
if (pginfo->GetCardID() > m_maxcard)
m_maxcard = pginfo->GetCardID();
m_inputref[pginfo->GetInputID()]++;
if (pginfo->GetInputID() > m_maxinput)
m_maxinput = pginfo->GetInputID();
QDate date = (pginfo->GetRecordingStartTime()).date();
m_recgroupList[date].push_back(pginfo);
m_recgroupList[date].setAutoDelete(false);
m_recgroupList[m_defaultGroup].push_back(pginfo);
++pit;
}
else
{
pit = m_recList.erase(pit);
continue;
}
}
if (m_groupList)
{
QString label;
QMap<QDate,ProgramList>::iterator dateit = m_recgroupList.begin();
while (dateit != m_recgroupList.end())
{
if (dateit.key().isNull())
label = tr("All");
else
label = dateit.key().toString(m_dateFormat);
new MythUIButtonListItem(m_groupList, label,
qVariantFromValue(dateit.key()));
++dateit;
}
if (!m_recgroupList.contains(m_currentGroup))
m_groupList->SetValueByData(qVariantFromValue(m_currentGroup));
}
FillList();
// Restore position after a list update
if (!callsign.isEmpty())
{
ProgramList plist;
if (!m_recgroupList.contains(m_currentGroup))
m_currentGroup = m_defaultGroup;
plist = m_recgroupList[m_currentGroup];
int listPos = ((int) plist.size()) - 1;
int i;
for (i = listPos; i >= 0; --i)
{
ProgramInfo *pginfo = plist[i];
if (callsign == pginfo->GetChannelSchedulingID() &&
startts == pginfo->GetScheduledStartTime())
{
listPos = i;
break;
}
else if (recstartts <= pginfo->GetRecordingStartTime())
listPos = i;
}
m_schedulesList->SetItemCurrent(listPos);
}
m_inFill = false;
m_needFill = false;
}
template<>
int Cylinder::tBase::s_instances = 0;
Cylinder::Cylinder(QObject* parent) : Geometry(parent) {
setObjectName(QString(tr("Cylinder %1")).arg(Cylinder::tBase::s_instances));
colors({
QColor(255, 0, 0),
QColor(0, 255, 0),
QColor(0, 0, 255)
});
}
template<>
QOpenGLVertexArrayObject* Cylinder::tBase::s_vao = nullptr;
template<>
ProgramList Cylinder::tBase::s_programList = ProgramList();
template<>
QHash<QString, QOpenGLBuffer*> Cylinder::tBase::s_buffers = {};
int sides = 30;
QVector<GLfloat> calcCylinderVertices() {
QVector<GLfloat> vertices;
vertices.reserve(sides* 4 * 3);
qreal theta = 0;
for (int j = 0; j < sides; j++) {
for(int i = 0; i < 2; i++) {
vertices.append(qCos(theta));
vertices.append(1.0f);
vertices.append(qSin(theta));
