/// Update all the objects and render
/// @param dt the time to increment by
void SimContext::ProcessTick(float32_t dt)
{
// This will cause Irrlicht to render the objects
UpdateRenderSystem(dt);
// clear our lineset
LineSet::instance().ClearSegments();
// This will look at any input from the user that happened since the
// previous call and run the corresponding (Python) actions. This can
// potentially change a lot of things such as which mod we want to run.
UpdateInputSystem(dt);
// Call the ProcessTick method of the global AI manager
AIManager::instance().ProcessTick(dt);
// This will loop through all the objects in the simulation, calling
// their ProcessTick method. We need to know the actual position of
// each object before this, and we will know the desired position after this.
UpdateSimulation(dt);
// This will trigger scheduled events in the Python script,
// as well as ModTick(dt) if it is defined
UpdateScriptingSystem(dt);
}
/// Update all the objects and render
/// @param dt the time to increment by
void SimContext::ProcessAnimationTick(float32_t dt, float32_t frac)
{
// This will cause Irrlicht to render the objects
UpdateRenderSystem(dt);
// This will look at any input from the user that happened since the
// previous call and run the corresponding (Python) actions. This can
// potentially change a lot of things such as which mod we want to run.
UpdateInputSystem(dt);
// update the simulation
if( mpSimulation )
{
mpSimulation->ProcessAnimationTick(frac);
}
}
void CForceFeedBackSystem::Update( float frameTime )
{
SFFOutput forceFeedback;
SFFTriggerOutputData triggerForceFeedback;
// If the game is paused then we must not apply force feedback, otherwise
// it might be left on whilst the game is paused
if(gEnv->pSystem->IsPaused() == false && frameTime > 0.001f)
{
TActiveEffectsArray::iterator activeEffectIt = m_activeEffects.begin();
while (activeEffectIt != m_activeEffects.end())
{
SActiveEffect& currentEffect = *activeEffectIt;
forceFeedback += currentEffect.Update(frameTime);
if (!currentEffect.HasFinished())
{
++activeEffectIt;
}
else
{
TActiveEffectsArray::iterator next = m_activeEffects.erase(activeEffectIt);
activeEffectIt = next;
}
}
forceFeedback += m_frameCustomForceFeedback;
// DARIO_NOTE: so far designers do not want patters loaded from XML so all the data come direclty from
// FlowGraph nodes
triggerForceFeedback += m_triggerCustomForceFeedBack;
m_frameCustomForceFeedback.ZeroIt();
m_triggerCustomForceFeedBack.Init(SFFTriggerOutputData::Initial::ZeroIt);
}
UpdateInputSystem(forceFeedback.GetClampedFFA(), forceFeedback.GetClampedFFB(), triggerForceFeedback);
CForceFeedBackSystemDebug::DebugFFOutput((m_cvars.ffs_debug != 0), forceFeedback.GetClampedFFA(), forceFeedback.GetClampedFFB(), triggerForceFeedback);
}
void CForceFeedBackSystem::StopAllEffects()
{
m_activeEffects.clear();
UpdateInputSystem(0.0f, 0.0f, SFFTriggerOutputData(SFFTriggerOutputData::Initial::ZeroIt));
}