#include "adcore.h"

AD_Core::AD_Core(QObject *parent) :
	QThread(parent)
{
	step = 0;
	//admap = new Map(1);
	//addata = new Game_Data(admap);
	adloader = new Loader();
	adloader->load("data2.xml");
	//adloader->save("data2.xml");
	addata = adloader->loadlevel(1);
	if (addata != 0) qDebug("Sucsess");
	else qFatal("Error");
	Player * pl1 = new Player(0);
//	Player * pl2 = new Player(0);
	addata->players.push_back(pl1);
//	addata->players.push_back(pl2);
	adaliens = new Aliens(addata);
	adtowers = new Towers(addata);
	adsplashes = new Splashes(addata);
	connect(addata->map,SIGNAL(recreateAlienPath(bool*)),adaliens,SLOT(retrace(bool*)));
	connect(adtowers,SIGNAL(shot(srcSplashType,int,TowerType)),adsplashes,SLOT(addSplash(srcSplashType,int,TowerType)));
//	adaliens->addAlien(0);
//	adaliens->AddAlien(0);
//	adaliens->AddAlien(0);
	adtowers->addTower(0,1,QPoint(9,9));
	for (int i=0; i<qMin(addata->map->rect().width(),addata->map->rect().height()); i++)
		adtowers->addTower(0,1,QPoint(i,i));
	for (int i=0; i<qMin(addata->map->rect().width(),addata->map->rect().height());i++)
		adtowers->addTower(0,0,QPoint(addata->map->rect().width()-2,i));
	waveInProgress = false;
	startTimer(50);
}


void AD_Core::next()
{
	adtowers->update();
	adsplashes->update();
	adaliens->update();
	waveProcessing();
	step++;
}


void AD_Core::timerEvent(QTimerEvent * )
{
	next();
}


void AD_Core::nextWave()
{
	if (waveInProgress) return;
	if (addata->curWave >= addata->waves.size()) {
		qDebug("level finished");
		return;
	}
	//wavetime = addata->waves.at(addata->curWave).timeout;
	qDebug() << tr("Next wave %1").arg(addata->curWave+1);
	wavetime = 0;
	waveInProgress = true;
}


void AD_Core::waveProcessing()
{
	if (!waveInProgress) return;
	if (wavetime <= 0) {
		for (int i=0; i<addata->waves.at(addata->curWave).counts.size(); i++) {
			if (addata->waves.at(addata->curWave).counts.at(i) > 0) {
				adaliens->addAlien(addata->waves.at(addata->curWave).types.at(i));
				addata->waves[addata->curWave].counts[i]--;
				wavetime = addata->waves.at(addata->curWave).timeout;
				return;
			}
		}
		addata->curWave++;
		waveInProgress = false;
	} else {
		wavetime--;
	}
}