void VLineFollowerComponent::Serialize(VArchive &ar)
{
char iLocalVersion = 1;
IVObjectComponent::Serialize(ar);
if (ar.IsLoading())
{
ar >> iLocalVersion;
VASSERT_MSG(iLocalVersion==1, "Invalid local version. Please re-export");
ar.ReadStringBinary(Model_AnimationName, sizeof(Model_AnimationName));
ar.ReadStringBinary(Path_Key, sizeof(Path_Key));
ar >> Path_NumberSteps;
ar >> Path_TriggerDistance;
ar >> Path_InitialOffset;
ar >> Model_DeltaRotation;
ar >> Model_GroundOffset;
ar >> Model_CapsuleHeight;
ar >> Model_CapsuleRadius;
ar >> Debug_DisplayBoxes;
Debug_RenderMesh = false;
CommonInit();
}
void VFmodEvent::Serialize( VArchive &ar )
{
VisObject3D_cl::Serialize(ar);
char iVersion = -1;
if (ar.IsLoading())
{
ar >> iVersion;
VASSERT(iVersion >= VFMOD_EVENT_VERSION_0 && iVersion <= VFMOD_EVENT_VERSION_CURRENT);
// load resource
char szEventProjectPath[FS_MAX_PATH+1];
char szEventGroupName[FS_MAX_PATH+1];
ar.ReadStringBinary(szEventProjectPath, FS_MAX_PATH);
ar.ReadStringBinary(szEventGroupName, FS_MAX_PATH);
// event properties
ar >> m_sEventName;
// @@@ Force events to be non-disposable
//m_iFlags |= VFMOD_FLAG_NODISPOSE;
ar >> m_iFlags;
if(iVersion >= VFMOD_EVENT_VERSION_1)
{
ar >> m_bPlayedOnce;
}
void VFmodSoundObject::Serialize( VArchive &ar )
{
VisObject3D_cl::Serialize(ar);
char iVersion = -1;
if (ar.IsLoading())
{
ar >> iVersion;
VASSERT(iVersion >= VFMOD_SOUNDOBJECT_VERSION_0 && iVersion <= VFMOD_SOUNDOBJECT_VERSION_CURRENT);
// first, load resource file
int iResourceFlags;
char szResourceFile[FS_MAX_PATH+1];
ar >> iResourceFlags;
ar.ReadStringBinary(szResourceFile, FS_MAX_PATH);
m_spResource = VFmodManager::GlobalManager().LoadSoundResource(szResourceFile, iResourceFlags);
// sound properties
ar >> m_iFlags;
ar >> m_iPriority;
ar >> m_fVolume >> m_fPan >> m_fConeInside >> m_fConeOutside;
ar >> m_fFadeMin >> m_fFadeMax;
ar >> m_bFading;
ar >> m_fVolumeFadeTime >> m_fVolumeFadeDuration;
ar >> m_fVolumeFadeStart >> m_fVolumeFadeTarget;
ar >> m_fPitch;
if(iVersion >= VFMOD_SOUNDOBJECT_VERSION_1)
{
ar >> m_bPlayedOnce;
}
//TODO: serialize added events!
void VAnimationComponent::Serialize( VArchive &ar )
{
char iLocalVersion = 0;
IVObjectComponent::Serialize(ar);
if (ar.IsLoading())
{
ar >> iLocalVersion;
VASSERT_MSG(iLocalVersion == 0, "Invalid local version. Please re-export");
char pBuffer[512];
ar.ReadStringBinary(pBuffer, 512);
if(pBuffer && pBuffer[0])
{
unsigned int flags = 0;
float time = 0;
bool isPlaying = true;
ar >> flags;
ar >> time;
ar >> isPlaying;
Play(pBuffer, (flags&VANIMCTRL_LOOP)!=0);
if(!isPlaying) Pause();
SetTime(time);
}
void VPrefabInstance::Serialize( VArchive& ar )
{
VisBaseEntity_cl::Serialize(ar);
char prefabVersion = 0;
if(ar.IsLoading())
{
char loc_sFilename[FS_MAX_PATH];
ar >> prefabVersion; VASSERT_MSG(prefabVersion==0, "Invalid version number, please re-export")
ar.ReadStringBinary(loc_sFilename);
VPrefab* loadedPrefab = VPrefabManager::GlobalManager().LoadPrefab(loc_sFilename);
VPrefabInstanceInfo info;
info.m_pParentObject = this;
info.m_bOutputInstances = false;
info.m_vInstancePos = GetPosition();
info.m_vInstanceEuler = GetOrientation();
loadedPrefab->Instantiate(info);
}
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
void VSequenceSet::SerializeX( VArchive &ar )
{
char iLocalVersion = TRANSITION_TABLE_VERSION_CURRENT;
VASSERT(m_pTransitionTable);
if (ar.IsLoading())
{
ar >> iLocalVersion; VASSERT(iLocalVersion <= TRANSITION_TABLE_VERSION_CURRENT);
// Read animation filename
char szFilename[1024];
ar.ReadStringBinary(szFilename, 1024);
m_szFilename = vStrDup(szFilename);
char szFilepath[FS_MAX_PATH];
char szFullAnimFilePath[FS_MAX_PATH];
if (iLocalVersion >= TRANSITION_TABLE_VERSION_2)
// Load anim files from the same folder as the transition file
if(m_pTransitionTable->GetFilename())
VFileHelper::GetFileDir(m_pTransitionTable->GetFilename(), szFilepath);
else
VFileHelper::GetFileDir(m_pTransitionTable->GetMesh()->GetFilename(), szFilepath);
else if (iLocalVersion <= TRANSITION_TABLE_VERSION_1)
// Load anim files from the same folder as the model file
VFileHelper::GetFileDir(m_pTransitionTable->GetMesh()->GetFilename(), szFilepath);
// Set the filename
VFileHelper::CombineDirAndFile(szFullAnimFilePath, szFilepath, m_szFilename);
// Read loaded state
ar >> m_bLoaded;
// Load sequence set when specified
if (m_bLoaded)
Load(m_pTransitionTable->GetMesh(), szFullAnimFilePath);
}
