void AcWait::Update(ActionLedger* ledger)
{
if (m_curTicks == -1)
m_curTicks = (m_srcId == InvalidLedgerId ? m_waitTicks : ToTicks(ledger->GetFloat(m_srcId)));
else if (m_curTicks > 0)
m_curTicks--;
}
AcWait::AcWait(Seconds_t waitTime)
: m_waitTicks(ToTicks(waitTime))
, m_curTicks(-1)
, m_srcId(InvalidLedgerId)
{
}
void ProcEcho::put(XPoint point,uint32 delay_msec,TransIndex idx,Packet<uint8> proc_packet,PtrLen<const uint8> server_info)
{
Packet<uint8,Ext> packet=proc_packet.pushExt<Ext>();
Ext *ext=packet.getExt();
ext->idx=idx;
ext->packet=packet;
ext->server_info=server_info;
uint32 delay_tick=ToTicks(delay_msec);
add(point,delay_tick,ext);
}
void AcInvoke::Update(ActionLedger* ledger)
{
Actor* actor = ledger->GetActorReference("$this");
if (actor == nullptr)
return;
ActorSequencer* sequencer = actor->GetSequencer(0);
if (sequencer == nullptr)
return;
Seconds_t seconds = ledger->GetFloat(m_ledgerId);
Ticks_t ticks = ToTicks(seconds);
sequencer->Invoke(m_listId, ticks);
}
void AcLerpVector::Update(ActionLedger* ledger)
{
Ticks_t ticks = ToTicks(ledger->GetFloat(m_srcTime));
if (m_curTicks == -1)
m_curTicks = ticks;
else if (m_curTicks > 0)
m_curTicks--;
float t = static_cast<float>(ticks - m_curTicks);
if (ticks > 0)
t /= ticks;
const Vector3f start = ledger->GetVector(m_srcPointA);
const Vector3f end = ledger->GetVector(m_srcPointB);
const Vector3f result = start + (end - start) * t;
ledger->SetVector(m_destId, result);
}
