void TREnemy::move(){
if(anilock){
anilockrem--;
if(anilockrem <= 0){
unlock();
endAttacking();
}
}
atk_cd_rem--;
if (isMoving()) {
if(type == TREnemyRandom){
moveRandom();
}else if(type == TREnemySmart){
if(std::abs(hero->getX()-getX()) + std::abs(hero->getY()-getY()) > 100+rand()%250){
clearRoute();
moveRandom();
}else{
setVelXY(0);
moveAlongPath();
}
}
if(turretMode){
if (--bul_cd_rem < 0) {
bul_cd_rem = bul_cd;
flgfire = true;
}
}
}
}
//--------------------------------------------------------------
void particleSystem::update(){
mouseLocation = ofxVec3f (ofGetAppPtr()->mouseX,ofGetAppPtr()->mouseY,0);
mouseX = mouseLocation.x;
mouseY = mouseLocation.y;
if (mustMoveBack) {
moveBack();
mustMoveBack = !mustMoveBack;
}
if (mustMoveToCenter) {
moveToCenter();
//mustMoveToCenter = !mustMoveToCenter;
}
if (mustMoveRandom) {
moveRandom();
//mustMoveRandom = !mustMoveRandom;
}
/*
if (mustMoveRandomH) {
moveRandomH();
//mustMoveRandomH = !mustMoveRandomH;
}
if (mustMoveRandomV) {
moveRandomV();
//mustMoveRandomV = !mustMoveRandomV;
}
*/
if (mustMovePaused) {
movePaused();
mustMovePaused = !mustMovePaused;
}
particleIter = particles.begin();
while (particleIter!= particles.end()){
(*particleIter)->update();
++particleIter;
}
}
void simulate() {
while (RunForever || CurTime < NumTimeSteps) {
synchronize();
if (MPIRank == 0) {
draw();
usleep(IntervalUsecs);
}
else {
getStuck();
}
synchronize();
if (MPIRank != 0) {
moveRandom();
}
CurTime++;
}
}