void Init(void)
{
var.frame=0; // kalkulasi rate frame
// Init Terrain
InitBuf();
// Init the Wheel Smoke
InitSmoke();
// kamera
var.anc=-20;
var.gira=false; // True when the car is steering
var.vel=0; // >0 if the speed car change
var.cameratype=0;
// Posisi velg dan mobil
car.x=0;
car.y=0.75;
car.z=0;
car.any=0;
car.dany=0;
car.velocita=10; // Inisialisasi kecepatan
car.vf=10;
car.dvf=0;
car.xruote[0]=2.4;
car.yruote[0]=0.2;
car.zruote[0]=-5.2;
car.xruote[1]=-2.4;
car.yruote[1]=0.2;
car.zruote[1]=-5.2;
car.xruote[2]=2.4;
car.yruote[2]=0.2;
car.zruote[2]=4.3;
car.xruote[3]=-2.4;
car.yruote[3]=0.2;
car.zruote[3]=4.3;
car.anruote=0; // Sudut velg
car.gira=0; // Sudut memulai mobil
// Inisialisasi posisi kamera
var.Iox=car.x+50*cos((car.any+(rand()%90-rand()%90))*3.141/180);
var.Ioy=(float)(1+rand()%10);
var.Ioz=car.z+50*sin((car.any+(rand()%90-rand()%90))*3.141/180);
}
flurry_info_t *new_flurry_info(global_info_t *global, int streams, ColorModes colour, float thickness, float speed, double bf)
{
int i,k;
flurry_info_t *flurry = (flurry_info_t *)malloc(sizeof(flurry_info_t));
if (!flurry) return NULL;
flurry->flurryRandomSeed = RandFlt(0.0, 300.0);
flurry->dframe = 0;
flurry->fOldTime = 0;
flurry->fTime = TimeInSecondsSinceStart() + flurry->flurryRandomSeed;
flurry->fDeltaTime = flurry->fTime - flurry->fOldTime;
flurry->numStreams = streams;
flurry->streamExpansion = thickness;
flurry->currentColorMode = colour;
flurry->briteFactor = bf;
flurry->s = (SmokeV*)malloc(sizeof(SmokeV));
InitSmoke(flurry->s);
flurry->star = (Star*)malloc(sizeof(Star));
InitStar(flurry->star);
flurry->star->rotSpeed = speed;
for (i = 0; i < MAX_SPARKS; i++)
{
flurry->spark[i] = (Spark*)malloc(sizeof(Spark));
InitSpark(flurry->spark[i]);
flurry->spark[i]->mystery = 1800 * (i + 1) / 13; /* 100 * (i + 1) / (flurry->numStreams + 1); */
UpdateSpark(global, flurry, flurry->spark[i]);
}
for (i = 0; i < NUMSMOKEPARTICLES / 4; i++) {
for (k = 0; k < 4; k++) {
flurry->s->p[i].dead.i[k] = 1;
}
}
flurry->next = NULL;
return flurry;
}
