void NBodySimulator::AdvanceAndCallback(BodyList &bodies, const double time, CallBack call_back)
{
ResetForces(bodies);
CalculateForcesBetweenBodies(bodies);
for(BodyList::iterator i = bodies.begin(); i != bodies.end(); ++i)
i->Advance(time_interval_);
if(call_back != nullptr)
call_back(bodies);
}
int main()
{
PopulateBodyVectorDisk(&Bodies, NumParticles, SimWidth, SimHeight, DiskRadiusMax, DiskRadiusMin, ObjectMassMin, ObjectMassMax, GalaticCenterMass);
if (!IsPaused) //These will not if the simulation is paused
{
AttractToCenter(Bodies, SimWidth, SimHeight, GalaticCenterMass);
UpdateBodies(Bodies);
ResetForces(Bodies);
GlobalNode.Reset();
GlobalNode.SetParam(Bodies, SimWidth, SimHeight);
OctreeBodyAttraction();
}
DeleteBodies(Bodies);
}
void ClothEntity_cl::Serialize( VArchive &ar )
{
if (ar.IsLoading())
{
VisBaseEntity_cl::Serialize(ar);
char iVersion,iModelType;
char szModelFile[FS_MAX_PATH+1];
int iReserved;
bool bTemp;
hkvVec4 vPos,vOri;
ar >> iVersion;VASSERT(iVersion==0 || iVersion==1);
ar >> iModelType;VASSERT(iModelType==0); // currently from file only. Later maybe planar subdiv.
ar.ReadStringBinary(szModelFile,FS_MAX_PATH);
ar >> vPos;
ar >> vOri;
if (iVersion>=1)
m_vCurrentScaling.SerializeAsVisVector (ar);
ar >> m_fPhysicsTicks;
ar >> bTemp;m_bSimulateWhenVisible=bTemp;
ar >> m_fGravity;
BaseInit();
m_vCurrentPos = vPos.getAsVec3 (); // do not apply delta in SetClothPosition
SetMeshModel(szModelFile, m_vCurrentScaling);
ar >> bTemp; // has mesh?
if (bTemp)
{
VASSERT(m_spMesh!=NULL);
m_spMesh->SerializeX(ar);;
}
ar >> m_iInitialTickCount;
ar >> iReserved; VASSERT(iReserved==0);
//SetClothPosition(vPos);
SetClothOrientation(vOri.getAsVec3 ());
ResetForces();
//SetRelativeLightGridSamplePos(vLGRelPos);
m_iRemainingInitialTicks = m_iInitialTickCount;
RunInitialTicks();
} else
