PhysicsEngine::PhysicsEngine()
{
mPreviousTime = (F64)( bx::getHPCounter()/F64(bx::getHPFrequency()) );;
// We lock this to cause the physics thread to block until we release it.
Mutex::lockMutex(PhysicsThread::smPhysicsFinishedMutex);
setProcessTicks(true);
mPhysicsThread = new PhysicsThread();
mPhysicsThread->start();
}
GuiInspectorGroup::GuiInspectorGroup()
: mParent( NULL ),
mStack(NULL)
{
setBounds(0,0,200,20);
mChildren.clear();
setCanSave( false );
// Make sure we receive our ticks.
setProcessTicks();
mMargin.set(0,0,5,0);
}
GuiRolloutCtrl::GuiRolloutCtrl()
{
mExpanded.set(0,0,200,60);
mCaption = StringTable->EmptyString();
mIsExpanded = true;
mIsAnimating = false;
mCollapsing = false;
mAnimateDestHeight = 40;
mAnimateStep = 1;
mDefaultHeight = 40;
mHideHeader = false;
mMargin.set( 0, 0, 0, 0 );
mIsContainer = true;
mCanCollapse = true;
mAutoCollapseSiblings = false;
// Make sure we receive our ticks.
setProcessTicks();
}
PhysicsEngine::PhysicsEngine()
{
mAccumulatorTime = 0.0f;
mStepSize = 1.0f / 60.0f;
mPreviousTime = (F64)( bx::getHPCounter()/F64(bx::getHPFrequency()) );
#ifdef TORQUE_MULTITHREAD
// We lock this to cause the physics thread to block until we release it.
Mutex::lockMutex(smPhysicsFinishedMutex);
mPhysicsThread = new PhysicsThread(mStepSize, physicsSimulate);
mPhysicsThread->start();
#endif
mRunning = true;
setProcessTicks(true);
}
ForestWindMgr::ForestWindMgr()
{
setProcessTicks( true );
mSources = new IdToWindMap();
mPrevSources = new IdToWindMap();
}
