void CTurtle::Update(float fElapsedTime)
{
m_vAnimations[m_nCurrAnimation].Update(fElapsedTime);
if(GetExperience() >= (100 * GetLevel()))
{
CBattleMap::GetInstance()->PlaySFX(CAssets::GetInstance()->aBMcowabungaSnd);
SetExperience(0/*GetExperience()-(100* GetLevel())*/);
SetLevel(GetLevel() + 1);
SetHealthMax((int)((float)GetMaxHealth() * 1.25f));
SetHealth((int)((float)GetMaxHealth()));
SetBaseAP(GetBaseAP()+2);
SetStrength( (int)( (float)GetStrength() * 1.2f ) );
SetDefense( (int) ( (float)GetDefense() * 1.2f ) );
SetAccuracy( (int) ( (float)GetAccuracy() * 1.2f ) );
SetSpeed( (int) ( (float)GetSpeed() * 1.2f ) );
}
if( GetHealth() <= 0)
{
if(GetAlive() == true)
{
CBattleMap::GetInstance()->DecrementNumChars();
CBattleMap::GetInstance()->DecrementNumTurtles();
CBattleMap::GetInstance()->SetTurtleDead();
SetAlive(false);
if(GetCurrAnimNum() != 9)
SetCurrAnim(9);
SetPosZ(0.9f);
}
}
}
void Enemy::Render(){
if(GetAlive()){
//only draw it if it's in the screen
if(x > LEVEL_LEFT_X + 8 && x < LEVEL_RIGHT_X - 8 && y > LEVEL_TOP_Y - 8 && y < LEVEL_BOT_Y + 8)
al_draw_filled_rectangle(x, y, x+boundX, y+boundY, al_map_rgb(107, 142, 35));
}
}
bool CBurnBot::CheckCollision(IBaseObject* pObj)
{
if(pObj == this)
return false;
if(!pObj->GetAlive())
return false;
if(!GetAlive())
return false;
int nType = pObj->GetID();
bool bAvoid = nType == OBJ_SMASH || nType == OBJ_SPIDER || nType >= OBJ_VAT && nType <= OBJ_BARREL || nType == OBJ_BOSSINV || nType == OBJ_INVERSION;
if( bAvoid )
Utilities::CheckAvoid(this, pObj);
if(nType >= OBJ_TRASH && nType <= OBJ_AIFIST || nType == OBJ_PLAYER || nType >= OBJ_VAT && nType <= OBJ_BARREL
|| nType == OBJ_INVERSION || OBJ_TUNNEL)
{
if(SphereToSphere(GetSphere(), pObj->GetSphere()))
{
if(OBJ_TUNNEL)
CollisionResponse(pObj);
else
AddToReactVector(pObj);
//CollisionResponse(pObj);
return true;
}
}
return false;
}
global func FxFireStart(object obj, int iNumber, int iTemp, int iCausedBy, bool fBlasted, object pIncineratingObject)
{
// Wenn ein Objekt zu brennen beginnt, gleich das Löschen planen
var i;
if (!iTemp) if (GetAlive(obj)) if (i=ObjectCount(_ETG))
{
// Lösche in Schlüsselframes, damit nahe beieinanderliegende Objekte ungefähr gleichzeitig gelöscht werden
// Dies verringert die Chance des Neuanzündens
var iExtgTime = 200/i + 50 - (FrameCounter() % 50);
AddEffect("IntExtinguisher", obj, 1, iExtgTime, obj);
}
return(inherited(obj, iNumber, iTemp, iCausedBy, fBlasted, pIncineratingObject));
}
func Check() {
var clnk;
if(GetAction()S="Falling") return(Falling());
while(clnk=FindObject(0,-25,0,50,100,OCF_CrewMember(),0,0,0,clnk))
if(GetAlive(clnk) && !Random(2)) {
Sound("Earthquake");
SetAction("Falling");
SetPhase(phase);
RemoveVertex(0);
RemoveVertex(0);
}
}
void Bullet::Render(){
if(GetAlive()){
switch(GetGun()){
case PISTOL:
al_draw_filled_circle(x, y, 2, al_map_rgb(255, 255, 255));
break;
case SHOTGUN:
al_draw_filled_circle(x, y, 2, al_map_rgb(255, 255, 255));
break;
case RIFLE:
al_draw_filled_circle(x, y, 2, al_map_rgb(255, 255, 255));
break;
}
}
}
void Enemy::Move(GameObject *otherObject){
float dir;
if(GetAlive()){
if(otherObject->GetID() == PLAYER){
if(otherObject->GetX() - x >= 0){
dir = atan((otherObject->GetY() - y)/(otherObject->GetX() - x));
}
else{
dir = atan((otherObject->GetY() - y)/(otherObject->GetX() - x)) + M_PI;
}
SetVelX(vel*cos(dir));
SetVelY(vel*sin(dir));
}
}
}
void Player::Update()
{
if(GetAlive())
{
m_iBulletTimer++;
m_iMissileTimer++;
m_iLaserTimer++;
Entity::Move();
Entity::Draw();
Control();
for(int i = 0; i < GetProjectiles().size(); ++i)
{
GetProjectiles()[i]->Update();
}
}
}
public func Activate(object pCaster, object pRealcaster) {
var pDead, pClonk=pRealcaster, iRange=300;
if(!pClonk) pClonk=pCaster;
// Auswählen wenn möglich
if (pClonk->~DoSpellSelect(this(),iRange/2, pCaster)) return(1);
// Clonk kann nicht auswählen: nächsten toten Clonk erwecken
while(pDead=FindObject(0,-iRange/2,-iRange/2,iRange,iRange,OCF_Living,0,0,NoContainer(),pDead))
if(pDead->~IsClonk())
if(!GetAlive(pDead))
if(!GetEffectCount("*",pDead))
if(AddEffect("UndeadSpell",pDead,82,10,0,GetID(),GetOwner(pCaster)))
return(1,RemoveObject());
pClonk->Sound("Error");
return(0,Message("$MsgNoUndeads$", pClonk), RemoveObject());
}
void Bullet::Update(GameObject *otherObject){
if(GetAlive()){
GameObject::Update(otherObject);
//this needs to change depending on the gun
distanceTraveled += vel;
if(distanceTraveled > range)
SetAlive(false);
if(x < LEVEL_LEFT_X)
SetAlive(false);
else if(x > LEVEL_RIGHT_X)
SetAlive(false);
else if(y < LEVEL_TOP_Y)
SetAlive(false);
else if(y > LEVEL_BOT_Y)
SetAlive(false);
}
}
public func Activate(pCaller, pClonk)
{
if(!pClonk) pClonk = pCaller;
// Effekt prüfen
var iChkEff;
if (iChkEff = CheckEffect("CookPSpell", pCaller, 180)) return(iChkEff!=-1 && RemoveObject());
// Inhalt untersuchen
var obj = Contents(0, pClonk), obj2;
var res;
if(!obj) res = 0;
else if(obj->~Cook()) res = 1; // Kochbar?
else if(obj->~Bake()) res = 1; // Backbar?
else if(GetAlive(obj)) { Kill(obj); res=1; } // Tötbar?
if(!res) return(0, Message("$NoCook$", pCaller), RemoveObject());
// Einmaliger Effekt pro Zauber
Sound("Cook");
CastParticles("Fire", 20, 30, 0, 0, 50, 70, RGBa(255, 100, 0, 50), RGBa(200, 100, 0, 75),pClonk);
CastParticles("Fire2", 100, 50, 0, 0, 50, 70, RGBa(255, 100, 0, 50), RGBa(200, 100, 0, 75),pClonk);
return(true);
}
// Kopfgeld
global func FxDeathCountingStop(pTarget, iNumber, iReason, fTmp)
{
if(fTmp) return();
if(iReason!=4) return(-1);
if(GetAlive(pTarget)) return(-1);
var i = -1;
if(CheckTeam(GetOwner(pTarget))==1)
{
killWOLF++;
ActualizeScoreboard();
}
else if(CheckTeam(GetOwner(pTarget))==2)
{
killTRPR++;
ActualizeScoreboard();
}
else
{
killBEAR++;
ActualizeScoreboard();
}
}
func InitActivity()
{
if (GetAlive()) AddTimer(this.Activity, 10 + Random(5));
}
bool CExplodingBullet::CheckCollision(IBaseObject* pObj)
{
if( !GetAlive() || !pObj->GetAlive())
return false;
int nType = pObj->GetID();
switch(m_nType)
{
case SPECIALBULLET:
{
if( nType == OBJ_BULLET_ENEMY || nType > OBJ_PLAYER && nType <= OBJ_AIFIST ||
nType >= OBJ_VAT && nType <= OBJ_BARREL || nType == OBJ_INVERSION || nType == OBJ_BOSSINV || nType == OBJ_BOSSTURRET)
{
std::list<IBaseObject*>::iterator iter;
for( iter = m_lEnemies.begin(); iter != m_lEnemies.end(); ++iter )
{
if( (*iter) == pObj )
return false;
}
if( SphereToSphere(GetSphere(), pObj->GetSphere()))
{
m_lEnemies.push_back(pObj);
CollisionResponse(pObj);
CEffect* pEffect = CGameplayState::GetInstance()->GetFX()->CreateEffect(EFFECT_SPECIALHIT,pObj->GetMatrix());
if(pEffect)
pEffect->SetColors((D3DXCOLOR)GetColor());
return true;
}
}
}
break;
case SMASHBULLET:
{
if( nType == OBJ_PLAYER || nType == OBJ_TRASH )
{
if( SphereToSphere(GetSphere(), pObj->GetSphere()))
{
CollisionResponse(pObj);
return true;
}
}
}
break;
case BARRELBULLET:
{
if( nType == OBJ_PLAYER || nType >= OBJ_TRASH && nType <= OBJ_STEAM)
{
if( SphereToSphere(GetSphere(), pObj->GetSphere()))
{
CollisionResponse(pObj);
return true;
}
}
else if( nType == OBJ_BARREL)
{
if( SphereToSphere(GetSphere(), pObj->GetSphere()))
{
pObj->CollisionResponse(this);
return true;
}
}
}
break;
case INVERSION_BULLET:
{
if(nType == OBJ_PLAYER)
{
if(SphereToSphere(GetSphere(), pObj->GetSphere()))
{
CollisionResponse(pObj);
return true;
}
}
}
}
return false;
}
