float obj_ParticleSystem::DrawPropertyEditor(float scrx, float scry, float scrw, float scrh, const AClass* startClass, const GameObjects& selected)
{
float starty = scry;
starty += parent::DrawPropertyEditor(scrx, scry, scrw, scrh, startClass, selected );
if( IsParentOrEqual( &ClassData, startClass ) )
{
int temp = m_isSerializable?1:0;
starty += imgui_Checkbox(scrx, starty, "Serializable", &temp, 1);
bool btemp = temp?true:false;
PropagateChange( btemp, &obj_ParticleSystem::m_isSerializable, this, selected ) ;
temp = DoFreese ? 1 : 0;
static float freeseTimeOffset = 0;
starty += imgui_Value_Slider(scrx, starty, "Pause time", &freeseTimeOffset, 0.0f, Torch->PD->EmitTime, "%.2f");
starty += imgui_Checkbox(scrx, starty, "Pause", &temp, 1);
if (!!temp != DoFreese)
{
float freeseTime = r3dGetTime() + freeseTimeOffset;
bool doFreese = !!temp;
if (doFreese)
{
Restart();
// Advance to particle pause position
while (UpdateTime < freeseTime)
{
Update();
}
}
DoFreese = doFreese;
}
if( selected.Count() <= 1 )
{
void ParticleEditorSetDefaultParticle ( const char * );
ParticleEditorSetDefaultParticle ( Name.c_str() );
if ( imgui_Button ( scrx,starty, 180.0f, 25.0f, "Edit Particle" ) )
{
void ParticleEditorSetDefaultParticle ( const char * );
void SetHud ( int );
ParticleEditorSetDefaultParticle ( Name.c_str() );
SetHud ( 3 );
}
}
starty += 25.0f;
}
return starty-scry;
}
void GameScene::ScheduleLoad(std::shared_ptr<Loader> loader)
{
auto rulebook = rules->GetRulebook();
loader->AddLoader("Track and players", [=]{
// Load the selected track
std::shared_ptr<Model::Track> track;
auto entry = this->rules->GetTrackEntry();
if (!entry) throw Parcel::ObjStreamExn("Track does not exist.");
track = Config::GetInstance()->GetTrackBundle().OpenTrack(entry);
if (!track) throw Parcel::ObjStreamExn(
"Track does not exist: " + entry->name);
if (!session->LoadNew(entry->name.c_str(), scripting,
track, &display.GetLegacyDisplay()))
{
throw Parcel::ObjStreamExn("Track load failed.");
}
// This must be done after the track has loaded.
const auto maxPlayers = rules->GetRulebook()->GetMaxPlayers();
int i = 0;
std::vector<std::shared_ptr<Player::Player>> localHumans;
director.GetParty()->ForEach([&](std::shared_ptr<Player::Player> &p) {
if (p->IsCompeting() && i < maxPlayers) {
session->AttachPlayer(i, p);
i++;
if (p->IsLocal() && p->IsHuman()) {
localHumans.emplace_back(p);
}
}
});
// Split-screen with multiple viewports.
// The bounds of each viewport will be set in LayoutViewports().
for (auto &player : localHumans) {
viewports.emplace_back(
display,
player,
new Observer(),
new Display::Hud(display,
player, track,
Display::UiLayoutFlags::FLOATING));
}
});
loader->AddLoader("Session", [=]{
metaSession = rulebook->GetMetas().session(
std::make_shared<SessionPeer>(*scripting, session));
metaSession->OnInit();
session->SetMeta(metaSession);
director.GetSessionChangedSignal()(metaSession);
session->AdvancePhase(ClientSession::Phase::PREGAME);
auto sessionPeer = metaSession->GetSession();
sessionPeer->ForEachPlayer([&](std::shared_ptr<MetaPlayer> &player) {
auto playerPeer = player->GetPlayer();
// Look up the correct HUD for this player.
for (auto &viewport : viewports) {
if (viewport.player.get() == playerPeer->GetPlayer()) {
playerPeer->SetHud(
std::make_shared<HudPeer>(*scripting, display,
viewport.hud));
break;
}
}
// Get notified when each player finishes.
auto mainChar = player->GetPlayer()->GetPlayer()->GetMainCharacter();
mainChar->GetFinishedSignal().connect(
std::bind(&GameScene::OnRaceFinish, this));
player->OnJoined(metaSession);
});
});
}
