//
// Display
//
void Display( Bool simFrame)
{
Vid::RenderBegin();
Vid::RenderClear();
if (Vid::Config::TrilinearOff())
{
// turn trilinear back on for terrain
U32 filter = *Vid::Var::varFilter ? Vid::filterFILTER : 0;
if (*Vid::Var::varMipmap)
{
filter |= Vid::filterMIPMAP;
}
if (*Vid::Var::varMipfilter)
{
filter |= Vid::filterMIPFILTER;
}
Vid::SetFilterStateI( filter);
}
if (Vid::renderState.status.mirror)
{
DisplayMirror();
}
// Inform client
PERF_S("BuildDisplayList")
MapObjCtrl::BuildDisplayList(Team::GetDisplayTeam(), simFrame);
PERF_E("BuildDisplayList")
// Render
PERF_S("Terrain::Render");
Terrain::Sky::Render();
Client::Display::PreTerrain();
Terrain::Render();
Environment::Render();
Vid::FlushBuckets();
PERF_E("Terrain::Render");
if (Vid::Config::TrilinearOff())
{
// turn trilinear filtering off for models
Vid::SetFilterStateI( Vid::renderState.status.filter & ~Vid::filterMIPFILTER);
}
PERF_S("MapObjCtrl::Render");
MapObjCtrl::Render();
Vid::FlushBuckets();
PERF_E("MapObjCtrl::Render");
PERF_S("Particles::Render");
ParticleSystem::Render(Vid::CurCamera());
PERF_E("Particles::Render");
PERF_S("Client::Render");
Client::Display::Render();
PERF_E("Client::Render");
}
//
// Display
//
void DisplayMirror()
{
if (!Vid::Mirror::Start())
{
return;
}
while (U32 val = Vid::Mirror::LoopStart())
{
Terrain::Sky::Render();
// if (val > 1)
{
// test for clip against mirror plane
//
MapObjCtrl::BuildMirrorList();
// Render
PERF_S("Terrain::Render");
if (Vid::renderState.status.mirTerrain)
{
Terrain::Render();
}
Vid::FlushBuckets();
PERF_E("Terrain::Render");
PERF_S("MapObjCtrl::Render");
if (Vid::renderState.status.mirObjects)
{
MapObjCtrl::RenderMirror();
}
Vid::FlushBuckets();
PERF_E("MapObjCtrl::Render");
PERF_S("Particles::Render");
if (Vid::renderState.status.mirParticles)
{
ParticleSystem::Render(Vid::CurCamera());
}
PERF_E("Particles::Render");
}
Vid::Mirror::LoopStop();
}
Vid::Mirror::Stop();
}
//
// Display
//
void DisplayMirror()
{
if (!Vid::Mirror::Start())
{
return;
}
while (U32 val = Vid::Mirror::LoopStart())
{
// test for clip against mirror plane
//
MapObjCtrl::BuildMirrorList();
Terrain::Sky::Render();
// if (val > 1)
{
PERF_S("Terrain::Render");
if (Vid::renderState.status.mirTerrain)
{
Terrain::Render();
}
if (Vid::renderState.status.mirEnvironment)
{
Environment::Render();
}
Vid::FlushBuckets();
PERF_E("Terrain::Render");
PERF_S("MapObjCtrl::Render");
if (Vid::renderState.status.mirObjects)
{
MapObjCtrl::RenderMirror();
}
PERF_E("MapObjCtrl::Render");
}
Vid::Mirror::LoopStop();
}
Vid::Mirror::Stop();
}
//
// Process
//
void Process()
{
switch (migration)
{
case NORMAL:
{
// Sample game speed
frameRate.Sample(Main::elapTime);
// Process the client
Client::Events::Process();
// Process real time camera things independent of display
Viewer::GameTimeSim();
if (Viewer::movie)
{
GameTime::Test();
PERF_S("RenderFlush");
Vid::RenderFlush();
PERF_E("RenderFlush");
return;
}
// Should we display or skip this frame
Bool display = Vid::isStatus.active && GameTime::DisplayCount();
Bool disPost = *Vid::Var::varRenderPostSim && display;
U32 displayTime = 0;
if (display)
{
Client::Display::PreRender();
if (!*Vid::Var::varRenderPostSim)
{
PERF_S("Render");
{
U32 start = Clock::Time::UsLwr();
Display( TRUE);
displayTime += Clock::Time::UsLwr() - start;
// Post render parallel code - NON SYNC
if (!GameTime::Paused())
{
Terrain::Simulate( Main::elapSecs);
}
}
PERF_E("Render");
}
}
// update auto mrm error factor
//
//Mesh::Manager::UpdateMRMFactor();
// Pause when a modal control is active
if (allowModalPause)
{
if (IFace::GetModal())
{
if (!GameTime::Paused())
{
GameTime::Pause(FALSE);
modalPause = TRUE;
}
}
else
{
if (GameTime::Paused() && modalPause)
{
GameTime::Pause(FALSE);
modalPause = FALSE;
}
}
}
// Reset mode BEFORE GameTime::Test
Utils::FP::Reset();
// Is it time to do the next game processing
U32 gameTest = GameTime::Test();
if (gameTest)
{
SYNC_BRUTAL("Mode: " << Utils::FP::GetState() << " Random: " << Random::sync.Raw())
// Blip an order
#ifdef SYNC_BRUTAL_ACTIVE
if (!Missions::ShellActive())
{
Orders::SendBlip();
}
#endif
#ifdef SYNC_BRUTAL_ACTIVE
SYNC(" === SIM START ===")
Sync::SyncObjects(TRUE);
SYNC(" ___ SIM START ___")
#endif
PERF_S("Simulation");
// prepare state0 world matrices and state1 anim targets for this frame
//
PERF_S("UpdateMapPos");
MapObjCtrl::UpdateMapPos();
PERF_E("UpdateMapPos");
PERF_S("SimulateInt");
MapObjCtrl::SimulateInt( GameTime::SimTime());
PERF_E("SimulateInt");
SYNC_BRUTAL("Mode: " << Utils::FP::GetState())
}
if (disPost)
{
PERF_S("Render");
U32 start = Clock::Time::UsLwr();
Display( gameTest);
displayTime += Clock::Time::UsLwr() - start;
// Post render parallel code - NON SYNC
if (!GameTime::Paused())
{
Terrain::Simulate( Main::elapSecs);
}
PERF_E("Render");
}
if (gameTest)
{
// Reset mode
Utils::FP::Reset();
SYNC_BRUTAL("Mode: " << Utils::FP::GetState())
// Sync vars which should be synced
SYNC
(
Vid::Var::Terrain::shroud
)
// Process Environment
PERF_S("Environment");
Environment::Process();
PERF_E("Environment");
// Perform AI Processing
PERF_S("AI");
AI::Process();
PERF_E("AI");
// Perform Game Object Thinking
PERF_S("ObjectThought");
GameObjCtrl::ProcessObjectThought();
PERF_E("ObjectThought");
// FX processing
// MUST be before particle and mesheffect processing
// MUST be before GameObjCtrl::DeleteDyingObjects
// MUST be after ProcessObjectThought
//
PERF_S("FX");
FX::Process();
PERF_E("FX");
GameObjCtrl::DeleteDyingObjects();
// Perform Path Searching
PERF_S("PathSearching");
PathSearch::ProcessRequests();
PERF_E("PathSearching");
// Movement collision resolution
PERF_S("Movement::Mediate");
Movement::Mediator::Process();
PERF_E("Movement::Mediate");
// Do all per-cycle object processing
MapObjCtrl::ProcessObjects();
// Perform collision fixups
//
// this resets the world matrices
// should be after all object position updates
//
PERF_S("Collision Resolve");
CollisionCtrl::Resolve();
PERF_E("Collision Resolve");
// Perform Particle Processing
PERF_S("ParticleSimulate");
ParticleSystem::Simulate( GameTime::SimTime());
ParticleSystem::SimulateInt( Main::elapSecs);
PERF_E("ParticleSimulate");
// Perform Team Processing
PERF_S("Team");
Team::ProcessAll();
PERF_E("Team");
#ifdef SYNC_BRUTAL_ACTIVE
SYNC(" === SIM END ===")
Sync::SyncObjects(TRUE);
SYNC(" ___ SIM END ___")
#endif
SYNC_BRUTAL("Mode: " << Utils::FP::GetState())
// Update line of sight display
PERF_S("Sight::DetachedList");
Sight::ProcessDetachedList();
PERF_E("Sight::DetachedList");
// Update line of sight display
PERF_S("Sight Display");
Sight::UpdateDisplay( Team::GetDisplayTeam());
PERF_E("Sight Display");
// Tell game time to recompute the display cycles per game cycle
GameTime::Compute();
// NON-SYNC client side processing that is done at the sim rate
PERF_S("Demo");
Demo::Process();
PERF_E("Demo");
PERF_E("Simulation");
}
else
// Process interpolation
if (Vid::renderState.status.interpMesh && !GameTime::Paused() && !GameTime::IsStalled())
{
PERF_S("Interpolate");
MapObjCtrl::SimulateInt( Main::elapSecs);
PERF_E("Interpolate");
if (disPost)
{
PERF_S("Render");
U32 start = Clock::Time::UsLwr();
Display( FALSE);
displayTime += Clock::Time::UsLwr() - start;
// Post render parallel code - NON SYNC
if (!GameTime::Paused())
{
Terrain::Simulate( Main::elapSecs);
}
PERF_E("Render");
}
ParticleSystem::SimulateInt( Main::elapSecs);
}
// Main rendering code
if (display)
{
PERF_S("PostRender");
U32 start = Clock::Time::UsLwr();
// Finish render
Vid::RenderEnd();
PERF_S("RenderFlush");
Vid::RenderFlush();
PERF_E("RenderFlush");
displayTime += Clock::Time::UsLwr() - start;
PERF_E("PostRender");
// Notify client that rendering is finished
Client::Display::PostRender();
// Report display time to GameTime
GameTime::DisplaySample(displayTime);
displayRate.Sample(displayTime / 1000);
triCount.Sample(Main::triCount);
}
break;
}
case MIGRATING:
if (!MultiPlayer::Data::Online())
{
migration = NORMAL;
LOG_DIAG(("Switching to NORMAL"))
return;
}
// Process input events
if (Main::active)
{
IFace::Process();
}
if (!MultiPlayer::Data::Online())
{
migration = NORMAL;
LOG_DIAG(("Switching to NORMAL"))
return;
}
//
// Display
//
void Display()
{
Vid::RenderBegin();
Vid::RenderClear();
if (Vid::Config::TrilinearOff())
{
// turn trilinear back on for terrain
U32 filter = *Vid::Var::varFilter ? Vid::filterFILTER : 0;
if (*Vid::Var::varMipmap)
{
filter |= Vid::filterMIPMAP;
}
if (*Vid::Var::varMipfilter)
{
filter |= Vid::filterMIPFILTER;
}
Vid::SetFilterStateI( filter);
}
if (Vid::renderState.status.mirror)
{
DisplayMirror();
}
MapObjCtrl::BuildDisplayList( NULL, TRUE);
PERF_S("Terrain::Render");
Terrain::Sky::Render();
Terrain::Render();
Environment::Render();
Vid::FlushBuckets();
PERF_E("Terrain::Render");
if (Vid::Config::TrilinearOff())
{
// turn trilinear filtering off for models
Vid::SetFilterStateI( Vid::renderState.status.filter & ~Vid::filterMIPFILTER);
}
MapObjCtrl::Render();
PERF_S("Flush buckets");
Vid::FlushBuckets();
PERF_E("Flush buckets");
ParticleSystem::Render(Vid::CurCamera());
// Display debug information
#ifdef DEVELOPMENT
Common::Display::RenderDebug();
#endif
// Notify the brush to do all predrawing
data.brush->Notify("System::PreDraw");
PERF_S("Flush buckets");
Vid::FlushBuckets();
Vid::FlushTranBuckets();
PERF_E("Flush buckets");
// Render interface
IFace::Render();
// Notify the brush to do all postdrawing
data.brush->Notify("System::PostDraw");
// Finish 3D rendering
Vid::RenderEnd();
}
//
// Object::Process
//
// Perform processing for this strategic object
//
void Object::Process()
{
// Transfer the notifications to a processing list to prevent recursion
NList<Notification> process(&Notification::node);
notifications.Transfer(process);
// Process Notifications
Notification *notification;
NList<Notification>::Iterator n(&process);
while ((notification = n++) != NULL)
{
// Send it to the base manager
baseManager.Notify(*notification);
// Send it to the script manager
scriptManager.Notify(*notification);
// Send it to the transport manager
transportManager.Notify(*notification);
// Dispose of the notification
process.Dispose(notification);
}
U32 i;
PERF_S("Asset");
// Process Asset Manager
for (i = 0; i < ITERATIONS_ASSET_MANAGER; i++)
{
assetManager.Process();
}
PERF_E("Asset");
PERF_S("Base");
// Process Base Manager
for (i = 0; i < ITERATIONS_BASE_MANAGER; i++)
{
baseManager.Process();
}
PERF_E("Base");
PERF_S("Bombardier");
// Process the Bombardier manager
for (i = 0; i < ITERATIONS_BOMBARDIER_MANAGER; i++)
{
bombardierManager.Process();
}
PERF_E("Bombardier");
PERF_S("Intel");
// Process the Intel manager
for (i = 0; i < ITERATIONS_INTEL_MANAGER; i++)
{
intelManager.Process();
}
PERF_E("Intel");
PERF_S("Placement");
// Process the Placement manager
for (i = 0; i < ITERATIONS_PLACEMENT_MANAGER; i++)
{
placementManager.Process();
}
PERF_E("Placement");
PERF_S("Resource");
// Process the Resource manager
for (i = 0; i < ITERATIONS_RESOURCE_MANAGER; i++)
{
resourceManager.Process();
}
PERF_E("Resource");
PERF_S("Water");
// Process the Resource manager
for (i = 0; i < ITERATIONS_WATER_MANAGER; i++)
{
waterManager.Process();
}
PERF_E("Water");
PERF_S("Rule");
// Process the Rule manager
for (i = 0; i < ITERATIONS_RULE_MANAGER; i++)
{
ruleManager.Process();
}
PERF_E("Rule");
PERF_S("Script");
// Process Script Manager
for (i = 0; i < ITERATIONS_SCRIPT_MANAGER; i++)
{
scriptManager.Process();
}
PERF_E("Script");
}
//
// ProjectileObj::ProcessCycle
//
// Per-cycle processing
//
void ProjectileObj::ProcessCycle()
{
PERF_S(("ProjectileObj"))
Bool boom = FALSE;
// Has a proximity distance been specifed ?
F32 proximity2 = ProjectileType()->GetProximity2();
if (proximity2 && GetTarget().Alive())
{
// Is the target close enough ?
Vector target = GetTarget().GetLocation() - Position();
// Proximity type checks
switch (ProjectileType()->GetProximityType())
{
case ProjectileObjType::PROXIMITY_NORMAL:
if (target.Magnitude2() < proximity2)
{
boom = TRUE;
}
break;
case ProjectileObjType::PROXIMITY_XZ:
if (target.MagnitudeXZ2() < proximity2)
{
boom = TRUE;
}
break;
case ProjectileObjType::PROXIMITY_Y:
if ((GetVelocity().y < 0.0F) && (fabs(target.y) < ProjectileType()->GetProximity()))
{
boom = TRUE;
}
break;
}
if (boom)
{
// Kaboom
Detonate();
}
}
// Has the fuse expired ?
if
(
!boom && !ProjectileType()->GetImpact() &&
GameTime::SimTotalTime() - GetBirthTime() > ProjectileType()->GetFuse()
)
{
// Kaboom
Detonate();
}
// Perform type specific physics
if (!deathNode.InUse())
{
Matrix m = WorldMatrix();
Vector s;
ProjectileType()->ProcessProjectilePhysics(*this, m, s);
// Update odometer and position
distTravelled += s.Magnitude();
m.posit += s;
SetSimTarget(m);
// Register movement with the collision system
CollisionCtrl::AddObject(this);
}
PERF_E(("ProjectileObj"))
// Call base class
MapObj::ProcessCycle();
}