TimeNodeElement::TimeNodeElement(
std::shared_ptr<OSSIA::TimeNode> ossia_tn,
const Scenario::TimeNodeModel& element,
const Device::DeviceList& devlist,
QObject* parent):
QObject{parent},
m_ossia_node{ossia_tn},
m_iscore_node{element},
m_deviceList{devlist}
{
if(element.trigger() && element.trigger()->active())
{
try
{
auto expr = iscore::convert::expression(
element.trigger()->expression(),
m_deviceList);
m_ossia_node->setExpression(expr);
}
catch(std::exception& e)
{
qDebug() << e.what();
m_ossia_node->setExpression(OSSIA::Expression::create(true));
}
}
connect(m_iscore_node.trigger(), &Scenario::TriggerModel::triggeredByGui,
this, [&] () {
try {
m_ossia_node->trigger();
auto accumulator = OSSIA::State::create();
for(auto& event : m_ossia_node->timeEvents())
{
if(event->getStatus() == OSSIA::TimeEvent::Status::HAPPENED)
flattenAndFilter(event->getState(), accumulator);
}
accumulator->launch();
}
catch(...)
{
}
});
}
TimeNodeComponent::TimeNodeComponent(
OSSIA::Node& parent,
const Id<iscore::Component>& id,
Scenario::TimeNodeModel& timeNode,
const TimeNodeComponent::system_t& doc,
const iscore::DocumentContext& ctx,
QObject* parent_comp):
Component{id, "TimeNodeComponent", parent_comp},
m_thisNode{parent, timeNode.metadata, this}
{
make_metadata_node(timeNode.metadata, thisNode(), m_properties, this);
m_properties.push_back(
add_setProperty<State::impulse_t>(thisNode(), "trigger",
[&] (auto) {
timeNode.trigger()->triggeredByGui();
}));
}
void TAVisitor::visit(const Scenario::TimeNodeModel &timenode)
{
using namespace Scenario;
// First we create a point for the timenode. The ingoing
// constraints will end on this point.
QString tn_name = name(timenode);
// Create an interaction point.
TA::Point tn_point{tn_name};
tn_point.kill_p = scenario.kill;
tn_point.en = "en_" + tn_name;
tn_point.event = "event_" + tn_name;
tn_point.skip = "skip_" + tn_name;
tn_point.event_t = "ok_" + tn_name;
if(timenode.trigger()->active())
{
set_point_condition(tn_point, timenode.trigger()->expression());
}
else
{
tn_point.condition = 0;
tn_point.conditionValue = 0;
}
tn_point.conditionMessage = "msg" + tn_name;
tn_point.urgent = true;
scenario.bools.insert(tn_point.en);
scenario.ints.insert(tn_point.conditionMessage);
scenario.broadcasts.insert(tn_point.event);
scenario.broadcasts.insert(tn_point.skip);
scenario.broadcasts.insert(tn_point.event_t);
// If there are multiple constraints ending on this timenode,
// we put a Control inbetween.
auto prev_csts = previousConstraints(timenode, scenario.iscore_scenario);
if(prev_csts.size() > 1)
{
QString control_name = "Control_" + tn_name;
TA::Control ctrl(
control_name,
prev_csts.size(),
"event_s1_" + control_name,
"skip_p_" + control_name,
"skip_" + control_name,
"event_e_" + control_name,
scenario.kill,
"event_s2_" + control_name);
scenario.controls.push_back(ctrl);
tn_point.skip_p = ctrl.skip;
tn_point.event_e = ctrl.event_s2;
tn_point.event_s = ctrl.event_e;
scenario.broadcasts.insert(ctrl.event_s1);
scenario.broadcasts.insert(ctrl.skip_p);
scenario.broadcasts.insert(ctrl.skip);
scenario.broadcasts.insert(ctrl.event_e);
scenario.broadcasts.insert(ctrl.event_s2);
}
else if(prev_csts.size() == 1)
{
tn_point.skip_p = "skip_p_" + tn_name;
tn_point.event_e = "event_e_" + tn_name;
tn_point.event_s = "event_s_" + tn_name;
scenario.broadcasts.insert(tn_point.skip_p);
scenario.broadcasts.insert(tn_point.event_e);
scenario.broadcasts.insert(tn_point.event_s);
}
else if(&timenode == &scenario.iscore_scenario.startTimeNode())
{
tn_point.skip_p = scenario.skip;
tn_point.event_s = scenario.event_s;
tn_point.event_e = scenario.event_s;
}
else
{
ISCORE_ABORT;
}
// If there is a trigger we create a corresponding event.
if(timenode.trigger()->active())
{
TA::Event_ND node_event{
"EventND_" + tn_name,
tn_point.conditionMessage,
tn_point.event,
timenode.date(), // TODO throw a rand
0
};
scenario.events_nd.push_back(node_event);
}
else
{
TA::Event node_event{
"Event_" + tn_name,
tn_point.conditionMessage,
tn_point.event,
timenode.date(), // TODO throw a rand
0
};
scenario.events.push_back(node_event);
}
if(! timenode.trigger()->active())
{
// TODO
TA::Mix point_start_mix{
"Mix_" + tn_name,
tn_point.event_s,
"mix_event_e" + tn_point.event_e,
tn_point.skip_p,
tn_point.kill_p
};
tn_point.event_e = point_start_mix.event_out;
scenario.broadcasts.insert(point_start_mix.event_out);
scenario.mixs.push_back(point_start_mix);
}
tn_point.comment = "TimeNode Name : " + timenode.metadata().getName() + ". Label : " + timenode.metadata().getLabel();
/*
// We create a flexible that will go to each event of the timenode.
QString flexible_name = "__after__" + tn_name;
TA::Flexible flexible{flexible_name};
flexible.dmin = TimeValue::zero();
flexible.dmax = TimeValue::infinite();
flexible.finite = false;
flexible.event_s = tn_point.event_t;
flexible.skip_p = scenario.skip;
flexible.kill_p = scenario.kill;
flexible.event_min = "emin_" + flexible_name;
flexible.event_max = "emax_" + flexible_name;
flexible.event_i = "event_" + flexible_name;
flexible.skip = "skip_" + flexible_name;
flexible.kill = "kill_" + flexible_name;
scenario.flexibles.push_back(flexible);
scenario.broadcasts.insert(flexible.event_min);
scenario.broadcasts.insert(flexible.event_max);
scenario.broadcasts.insert(flexible.skip);
scenario.broadcasts.insert(flexible.kill);
*/
scenario.points.push_back(tn_point);
}
