//update cell info
void update(int *cell) {
int lifetime = getLifeTime(cell);
if (cell[TYPE] == EXPOSED && ETOZ(cell[AGE]))
exposedToZombie(cell);
else if (DIE(cell[AGE], lifetime))
reset(cell);
else
++(cell[AGE]);
cell[MOVED] = false;
}
string Packet::toString() const{
// Serialize this object for the network
string delimiter = "\n";
stringstream serialization;
serialization << getType();
serialization << delimiter;
struct tm *nowtm;
char tmbuf[64] ;
nowtm = localtime(&timeSent);
strftime(tmbuf, sizeof tmbuf, "%Y-%m-%d %H:%M:%S", nowtm);
string timeString (tmbuf);
serialization << timeString;
serialization << delimiter;
serialization << getLifeTime();
serialization << delimiter;
serialization << getPacketNumber();
serialization << delimiter;
serialization << getHopCount();
serialization << delimiter;
serialization << getSourceAddress();
serialization << delimiter;
serialization << getDestinationAddress();
serialization << delimiter;
serialization << getPayload();
return serialization.str();
}
/*!
Informs that the particle position has been updated by the particle system.
The QGLSceneNode is updated to move the visual representation of the particle.
*/
void LightParticle::particleUpdated()
{
if (isActive() == true) {
float psize = getLifeTime() * 2.0f;
if (psize > 1.0f)
psize = 1.0f;
QMatrix4x4 mat;
mat.rotate(m_Rotation[2], 0,0,1);
mat.scale(psize);
setLocalTransform(mat);
setPosition(m_ParticlePos);
}
else {
setPosition(QVector3D());
}
}
//update cell info
void update(int *cell) {
int isBorn;
int lifetime = getLifeTime(cell);
if (cell[TYPE] == EMPTY) {
isBorn = random(0, 500);
if (isBorn == true){
cell[TYPE] = HUMAN;
cell[AGE] = 0;
cell[SPEED] = HSPEED;
}
}
else if (cell[TYPE] == EXPOSED && ETOZ (cell[AGE]))
exposedToZombie(cell);
else if (DIE(cell[AGE], lifetime))
reset(cell);
else
++(cell[AGE]);
cell[MOVED] = false;
}
