void EnemyShip::tick(irr::f32 deltaTime){
Ship::tick(deltaTime);
if(canMove){
//Let the ship move
move(moveSpeed, deltaTime);
if(timeElapsed >= combatStartTime){
//Perform the combat manouver
combatManouver(deltaTime);
}else{
timeElapsed += deltaTime;
}
}
//check the distance of the player
if(!canMove && (getPosition().Z - playerTarget->getPosition().Z) <= activeDistance){
canMove = true;
}
//check if the enemy is too far off to the left of the screen
if(getPosition().Z + 15 < playerTarget->getPosition().Z){
//don,t reward score if the ship goes off scren
rewardScore = false;
markForDelete();
}
}
/** the full grids which apear twice will be deleted.
* The last instance will be deleted including the coefficient */
void deleteDuplicate() {
std::vector<bool> markForDelete(fullgrids_.size(), false);
bool isEqual = false;
// compare each grid to each grid and check if two are equal
for (int i = 0; i < (int) fullgrids_.size(); i++) {
for (int j = i + 1; j < (int) fullgrids_.size(); j++) {
FullGrid<ELEMENT>* fg1 = fullgrids_[i];
FullGrid<ELEMENT>* fg2 = fullgrids_[j];
// test if full grid i is equal
isEqual = true;
for (int k = 0; k < dim_; k++) {
isEqual = (isEqual
&& (fg1->getLevels()[k] == fg2->getLevels()[k]));
}
markForDelete[j] = markForDelete[j] || isEqual;
}
}
// delete the marked full grids
for (int i = 0; i < (int) fullgrids_.size(); i++) {
// if this grid was marked then
if (markForDelete[i]) {
deleteFullGrid(i);
}
}
}
void Projectile::deleteCountdown(unsigned int time)
{
if (!isMoving)
{
deathCountdown += SDL_GetTicks() - deathCountdown;
if (deathCountdown >= (deathStart + time))
{
markForDelete();
}
}
}
void DActionsListView::action_markForDelete()
{
//if(deleteAction->isChecked())
if(deleteActionChecked)
{
deleteAction->setChecked(false);
deleteActionChecked = false;
emit unmarkForDelete(selectionModel()->selectedIndexes());
}
else
{
deleteAction->setChecked(true);
deleteActionChecked = true;
emit markForDelete(selectionModel()->selectedIndexes());
}
}
