void CityOnPlanet::Init()
{
/* Resolve city model numbers since it is a bit expensive */
if (!s_cityBuildingsInitted) {
s_cityBuildingsInitted = true;
for (int i=0; i<MAX_BUILDING_LISTS; i++) {
lookupBuildingListModels(&s_buildingLists[i]);
}
}
}
void CityOnPlanet::Init()
{
/* Resolve city model numbers since it is a bit expensive */
if (!s_cityBuildingsInitted) {
s_cityBuildingsInitted = true;
for (unsigned int i=0; i<COUNTOF(s_buildingLists); i++) {
lookupBuildingListModels(&s_buildingLists[i]);
}
}
}
CityOnPlanet::CityOnPlanet(Planet *planet, SpaceStation *station, Uint32 seed)
{
m_buildings.clear();
m_planet = planet;
m_frame = planet->GetFrame();
m_detailLevel = Pi::detail.cities;
/* Resolve city model numbers since it is a bit expensive */
if (!s_cityBuildingsInitted) {
s_cityBuildingsInitted = true;
for (int i=0; i<MAX_BUILDING_LISTS; i++) {
lookupBuildingListModels(&s_buildingLists[i]);
}
}
Aabb aabb;
station->GetAabb(aabb);
matrix4x4d m;
station->GetRotMatrix(m);
vector3d mx = m*vector3d(1,0,0);
vector3d mz = m*vector3d(0,0,1);
MTRand rand;
rand.seed(seed);
vector3d p = station->GetPosition();
vector3d p1, p2, p3, p4;
double sizex = START_SEG_SIZE;// + rand.Int32((int)START_SEG_SIZE);
double sizez = START_SEG_SIZE;// + rand.Int32((int)START_SEG_SIZE);
// always have random shipyard buildings around the space station
cityflavour[0].buildingListIdx = 0;//2;
cityflavour[0].center = p;
cityflavour[0].size = 500;
for (int i=1; i<CITYFLAVOURS; i++) {
cityflavour[i].buildingListIdx = MAX_BUILDING_LISTS>1 ? rand.Int32(MAX_BUILDING_LISTS-1) : 0;
citybuildinglist_t *blist = &s_buildingLists[cityflavour[i].buildingListIdx];
double a = rand.Int32(-1000,1000);
double b = rand.Int32(-1000,1000);
cityflavour[i].center = p + a*mx + b*mz;
cityflavour[i].size = rand.Int32(int(blist->minRadius), int(blist->maxRadius));
}
for (int side=0; side<4; side++) {
/* put buildings on all sides of spaceport */
switch(side) {
case 3:
p1 = p + mx*(aabb.min.x) + mz*aabb.min.z;
p2 = p + mx*(aabb.min.x) + mz*(aabb.min.z-sizez);
p3 = p + mx*(aabb.min.x+sizex) + mz*(aabb.min.z-sizez);
p4 = p + mx*(aabb.min.x+sizex) + mz*(aabb.min.z);
break;
case 2:
p1 = p + mx*(aabb.min.x-sizex) + mz*aabb.max.z;
p2 = p + mx*(aabb.min.x-sizex) + mz*(aabb.max.z-sizez);
p3 = p + mx*(aabb.min.x) + mz*(aabb.max.z-sizez);
p4 = p + mx*(aabb.min.x) + mz*(aabb.max.z);
break;
case 1:
p1 = p + mx*(aabb.max.x-sizex) + mz*aabb.max.z;
p2 = p + mx*(aabb.max.x) + mz*aabb.max.z;
p3 = p + mx*(aabb.max.x) + mz*(aabb.max.z+sizez);
p4 = p + mx*(aabb.max.x-sizex) + mz*(aabb.max.z+sizez);
break;
default:
case 0:
p1 = p + mx*aabb.max.x + mz*aabb.min.z;
p2 = p + mx*(aabb.max.x+sizex) + mz*aabb.min.z;
p3 = p + mx*(aabb.max.x+sizex) + mz*(aabb.min.z+sizez);
p4 = p + mx*aabb.max.x + mz*(aabb.min.z+sizez);
break;
}
PutCityBit(rand, m, p1, p2, p3, p4);
}
AddStaticGeomsToCollisionSpace();
}
