static void addStar( wormhole * worm )
{
starline * star_new;
starline ** xstars;
int old_stars;
int q;
int ang;
star_new = (starline *)malloc( sizeof( starline ) );
ang = rnd( 360 );
initStar( &star_new->begin, worm->max_Z, ang, worm );
initStar( &star_new->end, worm->max_Z+rnd(6)+4, ang, worm );
for ( q = 0; q < worm->num_stars; q++ ){
if ( worm->stars[q] == NULL ){
worm->stars[q] = star_new;
return;
}
}
old_stars = worm->num_stars;
worm->num_stars = worm->num_stars << 1;
xstars = (starline **)malloc( sizeof(starline *) * worm->num_stars );
for ( q = 0; q < worm->num_stars; q++ )
xstars[q] = NULL;
for ( q = 0; q < old_stars; q++ )
if ( worm->stars[q] != NULL ) xstars[q] = worm->stars[q];
free( worm->stars );
worm->stars = xstars;
worm->stars[ old_stars ] = star_new;
}
// Game initialization function
// ==========================================================
void init(void) {
// init random seed
unsigned int seed = time(NULL);
srand(seed);
// Init asteroid object array
asteroids = (object *)malloc(sizeof(object)*MAXASTEROIDS);
int i;
for(i=0;i<MAXASTEROIDS;i++) {
// Create an asteroid at a random location on screen
vector p = makeVec(10.0-(float)(rand()%25), 10.0-(float)(rand()%25));
initAsteroid(asteroids+i, &p, 3.0);
// If asteroid spawns too close to ship, make it somewhere else
while(lengthVec(&(asteroids[i].pos)) < 5.0) {
p = makeVec(10.0-(float)(rand()%25), 10.0-(float)(rand()%25));
initAsteroid(asteroids+i, &p, 3.0);
}
// Activate 4 big asteroids at the beginning
if (i%4!=0) asteroids[i].state &= !ASTEROID_ACTIVE;
else asteroids[i].state |= ASTEROID_BIG;
}
// Init asteroid gibs (inactive)
asteroidGibs = (object**)malloc(sizeof(object*)*MAXASTEROIDS);
int ab;
for (ab=0; ab<MAXASTEROIDS; ab++) {
asteroidGibs[ab] = (object*)malloc(sizeof(object)*asteroids[ab].size);
initGib(asteroidGibs[ab], asteroids+ab, 0);
}
// init ship
ships = malloc(sizeof(object)*MAXSHIPS);
for (i = 0; i < MAXSHIPS; i++) {
initShip(ships+i);
}
myship = ships;
myship->state = 0;
// init ship stuff
//initMissile();
// init ship gibs (inactive)
shipGibs = (object*)malloc(sizeof(object)*ships[0].size*MAXSHIPS);
for (i=0; i < MAXSHIPS; i++) {
initGib(shipGibs+i*ships[0].size, ships, 0);
}
// init stars
stars = (object*)malloc(sizeof(object)*MAXSTARS);
int si; for(si=0;si<MAXSTARS; si++) {
vector v = makeVec((float)(rand()%50)-25.0, (float)(rand()%50)-25.0);
initStar(stars+si, &v);
}
}
void addStar(struct CELL *cell, struct Wtype *init_field, int level, REAL xc, REAL yc, REAL zc, struct CPUINFO *cpu, REAL dttilde, struct RUNPARAMS *param, REAL aexp, int is, int nstars, REAL mstar){
// ----------------------------------------------------------//
/// Add a stellar particle in the double linked list\n
/// Call the initialisation and the conservation functions
// ----------------------------------------------------------//
#ifdef PIC
struct PART *star = cpu->freepart;
if (star==NULL){
printf("\n");
printf("----------------------------\n");
printf("No more memory for particles\n");
printf("----------------------------\n");
// exit(0);
}else{
cpu->freepart = cpu->freepart->next;
cpu->freepart->prev = NULL;
if (cell->phead==NULL){
cell->phead = star;
star->prev = NULL;
star->next =NULL;
}else{
struct PART *lasp = findlastpart(cell->phead);
lasp->next = star;
star->prev = lasp;
star->next = NULL;
}
cpu->npart[level-1]++;
cpu->nstar[level-1]++;
REAL dx = POW(2.0,-level);
initStar(init_field, star, param, level, xc, yc, zc, param->stars->n+nstars, aexp, is, dttilde, dx,mstar);
conserveField(&cell->field , param, star, dx, aexp,mstar);
conserveField(&cell->fieldnew, param, star, dx, aexp,mstar);
//printPart(star);
}
#endif
}
bool MapFlag::initWithLevel(int level)
{
instance = GameManager::getInstance();
setLevel(level);
if (!Sprite::init())
{
return false;
}
switch (UserDefault::getInstance()->getIntegerForKey(String::createWithFormat(instance->LEVELX_STARNUM,getLevel())->getCString(),0))
{
case(0)://得星个数为0，为完成
setType(0);
flag = Sprite::createWithSpriteFrameName("mapFlag_0022.png");
break;
case(4)://得星个数为4
setType(2);
flag = Sprite::createWithSpriteFrameName("mapFlag_0112.png");
break;
case(5)://得星个数为5
setType(3);
wings = Sprite::createWithSpriteFrameName("mapFlag_wings_0015.png");
addChild(wings);
flag = Sprite::createWithSpriteFrameName("mapFlag_0112.png");
break;
default:
setType(1);
flag = Sprite::createWithSpriteFrameName("mapFlag_0094.png");
break;
}
addChild(flag);
initStar();
addStar();
auto listener = EventListenerTouchOneByOne::create();
listener->onTouchBegan = CC_CALLBACK_2(MapFlag::onTouchBegan, this);
listener->onTouchEnded = CC_CALLBACK_2(MapFlag::onTouchEnded, this);
_eventDispatcher->addEventListenerWithSceneGraphPriority(listener,flag);
return true;
}
// function that init model
void initModel()
{
// camera position
startX=0;
startY= 500.0;
startZ= -500.0;
// camera modifier
deltaZMax = -(startZ/2.0);
deltaZMin = -10000.0;
// not used
deltaXMax = -500.0;
deltaXMin = +500.0;
deltaYMax = -500.0;
deltaYMin = +500.0;
// end not used
showLabels = 0; //false
isRunning = 1; //true
// it's for background stars effect
initStar(&universe,"universe", 18000.0,0.0,0.0,0.0,1000000.0);
setStarColor(&universe, 1.0, 1.0, 1.0);
setStarLight(&universe, 0.0);
initRotatingTexturedSphere(&universe.sphereModel, "../SVDRV_as02/image/universemap.jpg", GL_RGB);
// add a star in this case sun
// i make the sun really small cause i can't respect proportion
// diam = 1391000km
// tr = 27d 6h = ~650h (?)
initStar(&sun,"SUN", 139.1000,0.0,0.0,0.0,650);
setStarColor(&sun, 1.0, 1.0, 1.0);
setStarLight(&sun, 1.0);
initRotatingTexturedSphere(&sun.sphereModel, "../SVDRV_as02/image/sun.jpg", GL_RGB);
// planet data from wikipedia, not really checked eventual error
// add a planet in this case earth
// diam 12756km
// tr 24 h
// tR 365 g
// orbit 6.1 UA
initPlanet(&p1, "Earth", &sun, 127.56, 610,0.0,0.0,24,365);
setPlanetColor(&p1, 0.0, 1.0, 1.0);
initRotatingTexturedSphere(&p1.sphereModel, "../SVDRV_as02/image/earthmap1k.jpg", GL_RGB);
// add a planet in this case Mercury
// diam 4879km
// tr 58g
// tR 88g
// orbit 4.5 UA
initPlanet(&p2, "Mercury", &sun, 48.79, 450,0.0,0.0,58*24,88);
setPlanetColor(&p2, 0.0, 1.0, 1.0);
initRotatingTexturedSphere(&p2.sphereModel, "../SVDRV_as02/image/mercurymap.jpg", GL_RGB);
// add a planet in this case Venus
// diam 12103km
// tr 243g
// tR 224g
// orbit 2.4 UA
initPlanet(&p3, "Venus", &sun, 12.103, 240,0.0,0.0,243*24,224);
setPlanetColor(&p3, 0.0, 1.0, 1.0);
initRotatingTexturedSphere(&p3.sphereModel, "../SVDRV_as02/image/venusmap.jpg", GL_RGB);
// add a planet in this case Mars
// diam 6804km
// tr 24h
// tR 687g
// orbit 9.5 UA
initPlanet(&p4, "Mars", &sun, 6.804, 950,0.0,0.0,24,687);
setPlanetColor(&p4, 0.0, 1.0, 1.0);
initRotatingTexturedSphere(&p4.sphereModel, "../SVDRV_as02/image/mars_1k_color.jpg", GL_RGB);
// add a planet in this case Jupiter
// diam 142984km
// tr 10h
// tR 4333g
// orbit 32,67 UA
initPlanet(&p5, "Jupiter", &sun, 142.984, 3267,0.0,0.0,9,4333);
setPlanetColor(&p5, 0.0, 1.0, 1.0);
initRotatingTexturedSphere(&p5.sphereModel, "../SVDRV_as02/image/jupitermap.jpg", GL_RGB);
// add a planet in this case Saturn
// diam 120536km
// tr 11h
// tR 10756g
// orbit 59,9 UA
initPlanet(&p6, "Saturn", &sun, 120.536, 5990,0.0,0.0,11,10756);
setPlanetColor(&p6, 0.0, 1.0, 1.0);
initRotatingTexturedSphere(&p6.sphereModel, "../SVDRV_as02/image/saturnmap.jpg", GL_RGB);
// add a planet in this case Uranus
// diam 51118km
// tr 17h
// tR 42718 d
// orbit 120,5 UA
initPlanet(&p7, "Uranus", &sun, 51.118, 12050,0.0,0.0,17,42718);
setPlanetColor(&p7, 0.0, 1.0, 1.0);
initRotatingTexturedSphere(&p7.sphereModel, "../SVDRV_as02/image/uranusmap.jpg", GL_RGB);
// add a planet in this case Neptune
// diam 49528km
// tr 16h
// tR 60233g
// orbit 189 UA
initPlanet(&p8, "Neptune", &sun, 49.528, 18900,0.0,0.0,16,60233);
setPlanetColor(&p8, 0.0, 1.0, 1.0);
initRotatingTexturedSphere(&p8.sphereModel, "../SVDRV_as02/image/neptunemap.jpg", GL_RGB);
}
