/**
* Process a single job, update the timeline accordingly, and handle all
* job-specific tasks.
* @global Product $SpawnLarvae
* @global Product $Warpgate
* @global Product $ScoutingWorker
* @param Job $job
* @param bool $intheFuture
*/
public function process($job, $intheFuture = false)
{
global $SpawnLarvae, $Warpgate, $ScoutingWorker;
Logger::enter("Timeline::process");
if ($this->debug || Hatcheries::$debug) {
tracemsg("Timeline::process(" . $job . ", " . ($intheFuture ? "true" : "false") . ")");
}
// reset time completed
$job->timeCompleted = INF;
// handle mutations up to job start
foreach ($job->mutations() as $mutation) {
if ($mutation->time < $job->timeStarted) {
$this->income->splice($mutation);
}
}
// handle checkpoints up to job start
if (!$intheFuture) {
$this->processCheckpoints($job->timeStarted);
}
// update all
if (!$intheFuture) {
$this->update($job->timeStarted);
}
// expend resources
$this->income->expend($job->mineralCost(), $job->gasCost());
// when is job completed
$job->timeCompleted = $job->timeStarted + $job->duration();
// refund resources
$this->income->expend(-$job->gasRefund(), 0);
$this->income->expend(-$job->mineralRefund(), 0);
// use production queues
list($queueTypesExpended, $expendAll) = $job->queueTypesExpended();
if ($queueTypesExpended !== null) {
list($job->timeCompleted, $queues) = $this->queue($job);
}
// use energy
if ($job->energyCost() > 0) {
$this->spellcasters->expend($job->spellcasterTypeExpended(), $job->energyCost(), $job->timeStarted, $job->tagsRequired);
}
// special case: build is complete in 5 seconds when using a warpgate
if (isset($queues) && count($queues) == 1) {
if ($queues[0]->structure == $Warpgate) {
$job->timeCompleted = $job->timeStarted + 5;
}
}
// use larva
if ($job->larvaCost() > 0) {
$this->hatcheries->expend($job->timeStarted, $job->larvaCost(), $job->tagsRequired);
}
// new products
if ($job->productsCreated() !== null) {
foreach ($job->productsCreated() as $product) {
if ($product !== null) {
// spawn larvae
if ($product->uid == $SpawnLarvae->uid) {
$this->hatcheries->vomit($job->timeStarted);
}
// new hatchery
if ($product->type & Base && $product->type & Zerg) {
$this->hatcheries->add(new Hatchery($job->timeCompleted, 1, $job->tag));
}
// new spellcaster
if ($product->type & Spellcaster) {
$this->spellcasters->add(new Spellcaster($product, $job->timeCompleted, $job->tag));
}
// new farm
if ($product->supplyCapacity > 0) {
//tracemsg("Adding farm ". $product ." at ". simple_time($job->timeCompleted));
$this->farms->add(new Farm($job->timeCompleted, $product->supplyCapacity));
}
}
}
}
// destroy products
if ($job->productsDestroyed() !== null) {
foreach ($job->productsDestroyed() as $product) {
// destroy spellcaster
if ($product->type & Spellcaster) {
$this->spellcasters->remove($product, $job->timeCompleted);
}
// destroy farm
if ($product->supplyCapacity > 0) {
$this->farms->remove($product->supplyCapacity, $job->timeCompleted);
}
}
}
// process mutations
foreach ($job->mutations() as $mutation) {
if ($mutation->time >= $job->timeStarted) {
$this->income->splice($mutation);
}
}
// add or morph production queues
$queueTypesCreated = $job->queueTypesCreated();
if ($queueTypesCreated !== null) {
if (isset($queues) && $job->morph()) {
$this->queues->morph($queues, $job->timeStarted, $queueTypesCreated, $job->timeCompleted);
} else {
foreach ($queueTypesCreated as $queueType) {
$this->queues->add(new ProductionQueue($queueType, $job->timeCompleted, $job->tag));
}
}
}
// create event
if ($intheFuture) {
$this->addCheckpoint(new Checkpoint($job->description(), $job->timeStarted, $job->timeCompleted));
} else {
$this->log($job->description(), $job->timeStarted, $job->timeCompleted);
}
// update supply count
if ($this->debug) {
tracemsg("Timeline::process(), supply count = " . $this->supplyCount . " + " . $job->supplyCost(false) . ".");
}
$this->supplyCount += $job->supplyCost(false);
Logger::leave("Timeline::process");
}
