void Component::recompute()
{
const Execution::Context& s = this->system();
auto g = process().spline();
s.executionQueue.enqueue(
[proc = std::dynamic_pointer_cast<spline>(OSSIAProcess().node), g] {
proc->set_spline(g);
});
}
void ConstraintElement::on_processAdded(
const Process::ProcessModel& iscore_proc) // TODO ProcessExecutionView
{
// The DocumentPlugin creates the elements in the processes.
// TODO maybe have an execution_view template on processes, that
// gives correct const / non_const access ?
auto proc = const_cast<Process::ProcessModel*>(&iscore_proc);
auto fac = m_ctx.processes.factory(*proc, m_ctx.sys, m_ctx.doc);
if(fac)
{
auto plug = fac->make(*this, *proc, m_ctx, getStrongId(iscore_proc.components), this);
if(plug)
{
auto id = iscore_proc.id();
std::unique_ptr<ProcessWrapper> wp;
if(proc->useParentDuration())
{
wp = std::make_unique<BasicProcessWrapper>(
m_ossia_constraint,
plug->OSSIAProcess(),
iscore::convert::time(plug->iscoreProcess().duration()),
m_iscore_constraint.looping() );
}
else
{
wp = std::make_unique<LoopingProcessWrapper>(
m_ossia_constraint,
plug->OSSIAProcess(),
iscore::convert::time(plug->iscoreProcess().duration()),
m_iscore_constraint.looping()) ;
}
m_processes.insert(
std::make_pair(
id,
OSSIAProcess(plug, std::move(wp))));
}
}
}
void OSSIAConstraintElement::on_processAdded(
const Process& iscore_proc) // TODO ProcessExecutionView
{
// The DocumentPlugin creates the elements in the processes.
// TODO maybe have an execution_view template on processes, that
// gives correct const / non_const access ?
auto proc = const_cast<Process*>(&iscore_proc);
OSSIAProcessElement* plug{};
if(auto scenar = dynamic_cast<ScenarioModel*>(proc))
{
plug = new OSSIAScenarioElement{*this, *scenar, proc};
}
else if(auto autom = dynamic_cast<AutomationModel*>(proc))
{
plug = new OSSIAAutomationElement{*this, *autom, proc};
}
#if defined(ISCORE_PLUGIN_MAPPING)
else if(auto mapping = dynamic_cast<MappingModel*>(proc))
{
plug = new OSSIAMappingElement{*this, *mapping, proc};
}
#endif
else if(auto generic = dynamic_cast<OSSIAProcessModel*>(proc))
{
plug = new OSSIAProcessModelElement{*this, *generic, proc};
}
if(plug)
{
auto id = iscore_proc.id();
m_processes.insert(std::make_pair(id,
OSSIAProcess(plug,
std::make_unique<ProcessWrapper>(
m_ossia_constraint,
plug->OSSIAProcess(),
iscore::convert::time(plug->iscoreProcess().duration()),
m_iscore_constraint.looping()
)
)
));
// i-score scenario has ownership, hence
// we have to remove it from the array if deleted
connect(plug, &QObject::destroyed, this,
[=] (QObject*) {
// The OSSIA::Process removal is in each process dtor
m_processes.erase(id);
}, Qt::DirectConnection);
// Processes might change (for instance automation needs to be recreated
// at each address change) so we do this little dance.
connect(plug, &OSSIAProcessElement::changed,
this, [=] (
const std::shared_ptr<OSSIA::TimeProcess>& a1,
const std::shared_ptr<OSSIA::TimeProcess>& a2) {
m_processes.at(id).wrapper->changed(a1, a2);
});
connect(&plug->iscoreProcess(), &Process::durationChanged,
this, [=] () {
auto& the_proc = m_processes.at(id);
the_proc.wrapper->setDuration(iscore::convert::time(the_proc.element->iscoreProcess().duration()));
});
}
}
