void CIDEEntry_PEDS::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
case 1:
case 2:
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_strDefaultPedType);
pDataWriter->writeToken(m_strBehaviour);
pDataWriter->writeToken(m_strAnimationGroup);
pDataWriter->writeToken(m_uiCarsCanDrive);
if (getFormatType() >= 1)
{
pDataWriter->writeToken(m_strAnimationFile);
pDataWriter->writeToken(m_vecPreferredRadioStations.m_x);
pDataWriter->writeToken(m_vecPreferredRadioStations.m_y);
if (getFormatType() == 2)
{
pDataWriter->writeToken(m_strVoiceArchive);
pDataWriter->writeToken(m_strVoices[0]);
pDataWriter->writeToken(m_strVoices[1]);
}
}
break;
case 3:
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strProps);
pDataWriter->writeToken(m_strDefaultPedType);
pDataWriter->writeToken(m_strAnimationGroup);
pDataWriter->writeToken(m_strGestureGroup);
pDataWriter->writeToken(m_strGesturePhoneGroup);
pDataWriter->writeToken(m_strFacialGroup);
pDataWriter->writeToken(m_strVisemeGroup);
pDataWriter->writeToken(m_strFlags);
pDataWriter->writeToken(m_strAnimationFile);
pDataWriter->writeToken(m_strBlendShapeFile);
pDataWriter->writeToken(m_vecPreferredRadioStations.m_x);
pDataWriter->writeToken(m_vecPreferredRadioStations.m_y);
pDataWriter->writeToken(m_strAudioType);
pDataWriter->writeToken(m_strFirstVoice);
pDataWriter->writeToken(m_strLastVoice);
break;
default:
throw EXCEPTION_UNKNOWN_FORMAT_TYPE;
}
}
real CompressedDataMatrix::sumColumn(int column) {
real sum = 0.0;
if (getFormatType(column) == DENSE) {
throw new std::invalid_argument("DENSE");
// cerr << "Not yet implemented (DENSE)." << endl;
// exit(-1);
} else if (getFormatType(column) == SPARSE) {
throw new std::invalid_argument("DENSE");
// cerr << "Not yet implemented (SPARSE)." << endl;
// exit(-1);
} else { // is indiciator
sum = allColumns[column]->getNumberOfEntries();
}
return sum;
}
void CIDEEntry_ANIM::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_strAnimationName);
pDataWriter->writeToken(m_fDrawDistance);
pDataWriter->writeToken(m_uiFlags);
pDataWriter->writeToken(m_uiUnknown1);
pDataWriter->writeToken(m_vecBoundingBoxLowerLeftCorner);
pDataWriter->writeToken(m_vecBoundingBoxUpperRightCorner);
pDataWriter->writeToken(m_vecBoundingSphereCenterPosition);
pDataWriter->writeToken(m_fBoundingSphereRadius);
pDataWriter->writeToken(m_strLODModel);
break;
case 1:
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_strAnimationName);
pDataWriter->writeToken(m_fDrawDistance);
pDataWriter->writeToken(m_uiFlags);
break;
default:
throw EXCEPTION_UNKNOWN_FORMAT_TYPE;
}
}
size_t CompressedDataMatrix::getNumberOfNonZeroEntries(int column) const {
const auto type = getFormatType(column);
if (type == INTERCEPT || type == DENSE) {
return getNumberOfRows();
} else {
return getNumberOfEntries(column);
}
}
void VertexDecl::bindArray()
{
bool haveTex = false;
for ( InfoVec::iterator iter = mInfoVec.begin() , itEnd = mInfoVec.end();
iter != itEnd; ++iter )
{
Info& info = *iter;
switch( info.semantic )
{
case Vertex::ePosition:
glEnableClientState( GL_VERTEX_ARRAY );
glVertexPointer( getElementSize( info.format ) , getFormatType( info.format ) , mVertexSize , (void*)info.offset );
break;
case Vertex::eNormal:
assert( getElementSize( info.format ) == 3 );
glEnableClientState( GL_NORMAL_ARRAY );
glNormalPointer( getFormatType( info.format ) , mVertexSize , (void*)info.offset );
break;
case Vertex::eColor:
if ( info.idx == 0 )
{
glEnableClientState( GL_COLOR_ARRAY );
glColorPointer( getElementSize( info.format ) , getFormatType( info.format ) , mVertexSize , (void*)info.offset );
}
else
{
glEnableClientState( GL_SECONDARY_COLOR_ARRAY );
glSecondaryColorPointer( getElementSize( info.format ) , getFormatType( info.format ) , mVertexSize , (void*)info.offset );
}
break;
case Vertex::eTexcoord:
glClientActiveTexture( GL_TEXTURE0 + info.idx );
glEnableClientState( GL_TEXTURE_COORD_ARRAY );
glTexCoordPointer( getElementSize( info.format ) , getFormatType( info.format ) , mVertexSize , (void*)info.offset );
haveTex = true;
break;
}
}
}
void CIPLEntry_PICK::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
pDataWriter->writeToken(m_uiWeaponId);
pDataWriter->writeToken(m_vecPosition);
break;
default:
throw EXCEPTION_UNKNOWN_FORMAT_TYPE;
}
}
void CIDEEntry_HIER::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
break;
default:
throw EXCEPTION_UNKNOWN_FORMAT_TYPE;
}
}
void CIDEEntry_PATH_Group::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
CIDEEntry_PATH::serialize();
pDataWriter->writeToken(m_strGroupType);
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
break;
}
}
void CIPLEntry_JUMP::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
pDataWriter->writeToken(m_vecStartLowerPosition);
pDataWriter->writeToken(m_vecStartUpperPosition);
pDataWriter->writeToken(m_vecTargetLowerPosition);
pDataWriter->writeToken(m_vecTargetUpperPosition);
pDataWriter->writeToken(m_vecCameraPosition);
pDataWriter->writeToken(m_uiReward);
break;
default:
throw EXCEPTION_UNKNOWN_FORMAT_TYPE;
}
}
void CIDEEntry_PATH_Node::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
CIDEEntry_PATH::serialize();
pDataWriter->writeToken(m_uiNodeType);
pDataWriter->writeToken(m_uiNextNode);
pDataWriter->writeToken(m_uiIsCrossRoad);
pDataWriter->writeToken(m_vecPosition * 16.0f);
pDataWriter->writeToken(m_fUnknown1);
pDataWriter->writeToken(m_uiLeftLaneCount);
pDataWriter->writeToken(m_uiRightLaneCount);
break;
}
}
void CIPLEntry_TCYC::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
pDataWriter->write(m_vecPositionLower);
pDataWriter->write(m_vecPositionUpper);
pDataWriter->write(m_uiUnknown1);
pDataWriter->write(m_uiWeatherId);
pDataWriter->write(m_iBrightness);
pDataWriter->write(m_uiTime);
pDataWriter->write(m_uiDrawDistance);
break;
default:
throw EXCEPTION_UNKNOWN_FORMAT_TYPE;
}
}
void CIPLEntry_PATH_Node::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
CIPLEntry_PATH::serialize();
pDataWriter->write(m_uiNodeType);
pDataWriter->write(m_uiNextNode);
pDataWriter->write(m_uiIsCrossRoad);
pDataWriter->write(m_vecPosition * 16.0f);
pDataWriter->write(m_fMedian);
pDataWriter->write(m_uiLeftLaneCount);
pDataWriter->write(m_uiRightLaneCount);
pDataWriter->write(m_uiSpeedLimit);
pDataWriter->write(m_uiFlags);
pDataWriter->write(m_fSpawnRate);
break;
default:
throw EXCEPTION_UNKNOWN_FORMAT_TYPE;
}
}
void CIDEEntry_TOBJ::serialize(void)
{
CDataWriter *pDataWriter = CDataWriter::getInstance();
switch (getFormatType())
{
case 0:
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_uiUnknown2);
break;
case 1:
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_uiClumpCount);
pDataWriter->writeToken(m_vecDrawDistances[0]);
pDataWriter->writeToken(m_uiFlags);
pDataWriter->writeToken(m_uiTimeOn);
pDataWriter->writeToken(m_uiTimeOff);
break;
case 2:
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_uiClumpCount);
pDataWriter->writeToken(m_vecDrawDistances[0]);
pDataWriter->writeToken(m_vecDrawDistances[1]);
pDataWriter->writeToken(m_uiFlags);
pDataWriter->writeToken(m_uiTimeOn);
pDataWriter->writeToken(m_uiTimeOff);
break;
case 3:
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_uiClumpCount);
pDataWriter->writeToken(m_vecDrawDistances[0]);
pDataWriter->writeToken(m_vecDrawDistances[1]);
pDataWriter->writeToken(m_vecDrawDistances[2]);
pDataWriter->writeToken(m_uiFlags);
pDataWriter->writeToken(m_uiTimeOn);
pDataWriter->writeToken(m_uiTimeOff);
break;
case 4:
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_vecDrawDistances[0]);
pDataWriter->writeToken(m_uiFlags);
pDataWriter->writeToken(m_uiTimeOn);
pDataWriter->writeToken(m_uiTimeOff);
break;
case 5:
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_vecDrawDistances[0]);
pDataWriter->writeToken(m_uiFlags);
pDataWriter->writeToken(m_uiUnknown2);
pDataWriter->writeToken(m_vecBoundingBoxLowerLeftCorner);
pDataWriter->writeToken(m_vecBoundingBoxUpperRightCorner);
pDataWriter->writeToken(m_vecBoundingSphereCenterPosition);
pDataWriter->writeToken(m_fBoundingSphereRadius);
pDataWriter->writeToken(m_strLODModel);
pDataWriter->writeToken(m_uiNightFlags);
break;
case 6:
pDataWriter->writeToken(m_uiObjectId);
pDataWriter->writeToken(m_strModelName);
pDataWriter->writeToken(m_strTXDName);
pDataWriter->writeToken(m_uiClumpCount);
for (auto fDrawDistance : m_vecDrawDistances)
{
pDataWriter->writeToken(fDrawDistance);
}
pDataWriter->writeToken(m_uiFlags);
if (m_uiTokenCount >= (6 + m_vecDrawDistances.size()))
{
pDataWriter->writeToken(m_uiTimeOn);
if (m_uiTokenCount >= (7 + m_vecDrawDistances.size()))
{
pDataWriter->writeToken(m_uiTimeOff);
}
}
break;
default:
throw EXCEPTION_UNKNOWN_FORMAT_TYPE;
}
}