float LightPoint(CDB::COLLIDER& DB, Fvector &P, Fvector &N, LSelection& SEL)
{
Fvector Ldir,Pnew;
Pnew.mad (P,N,0.05f);
R_Light **IT = SEL.begin(), **E = SEL.end();
float amount = 0;
for (; IT!=E; IT++)
{
R_Light* L = *IT;
if (L->type==LT_DIRECT)
{
// Cos
Ldir.invert (L->direction);
float D = Ldir.dotproduct( N );
if( D <=0 ) continue;
// Raypick
if (!RayPick(DB,Pnew,Ldir,1000.f,*L)) amount+=D*L->amount;
} else {
// Distance
float sqD = P.distance_to_sqr(L->position);
if (sqD > L->range2) continue;
// Dir
Ldir.sub (L->position,P);
Ldir.normalize_safe();
float D = Ldir.dotproduct( N );
if( D <=0 ) continue;
// Raypick
float R = _sqrt(sqD);
if (!RayPick(DB,Pnew,Ldir,R,*L))
amount += (D*L->amount)/(L->attenuation0 + L->attenuation1*R + L->attenuation2*sqD);
}
}
return amount;
}
void CEffect_Thunderbolt::Bolt(shared_str id, float period, float lt)
{
VERIFY (id.size());
state = stWorking;
life_time = lt+Random.randF(-lt*0.5f,lt*0.5f);
current_time = 0.f;
current = g_pGamePersistent->Environment().thunderbolt_collection(collection, id)->GetRandomDesc(); VERIFY(current);
Fmatrix XF,S;
Fvector pos,dev;
float sun_h, sun_p;
CEnvironment& environment = g_pGamePersistent->Environment();
environment.CurrentEnv->sun_dir.getHP (sun_h,sun_p);
float alt = environment.p_var_alt;//Random.randF(environment.p_var_alt.x,environment.p_var_alt.y);
float lng = Random.randF(sun_h-environment.p_var_long+PI,sun_h+environment.p_var_long+PI);
float dist = Random.randF(FAR_DIST*environment.p_min_dist,FAR_DIST*.95f);
current_direction.setHP (lng,alt);
pos.mad (Device.vCameraPosition,current_direction,dist);
dev.x = Random.randF(-environment.p_tilt,environment.p_tilt);
dev.y = Random.randF(0,PI_MUL_2);
dev.z = Random.randF(-environment.p_tilt,environment.p_tilt);
XF.setXYZi (dev);
Fvector light_dir = {0.f,-1.f,0.f};
XF.transform_dir (light_dir);
lightning_size = FAR_DIST*2.f;
RayPick (pos,light_dir,lightning_size);
lightning_center.mad (pos,light_dir,lightning_size*0.5f);
S.scale (lightning_size,lightning_size,lightning_size);
XF.translate_over (pos);
current_xform.mul_43 (XF,S);
float next_v = Random.randF();
if (next_v<environment.p_second_prop){
next_lightning_time = Device.fTimeGlobal+lt+EPS_L;
}else{
next_lightning_time = Device.fTimeGlobal+period+Random.randF(-period*0.3f,period*0.3f);
current->snd.play_no_feedback (0,0,dist/300.f,&pos,0,0,&Fvector2().set(dist/2,dist*2.f));
}
current_direction.invert (); // for env-sun
}
