void generateBuildings (Context& context,
std::vector<BuildingSeed>& seeds,
std::vector<Cuboid>& houses) {
for (std::vector<BuildingSeed>::iterator it = seeds.begin();
it != seeds.end();
it++) {
BuildingSeed & bs = *it;
glm::vec2 road = bs.closest_road_point;
glm::vec2 u = glm::normalize(road - bs.location);
glm::vec3 pos = glm::vec3(bs.location.x, context.terrain->getHeight(bs.location), bs.location.y);
CoordSystem cs = CoordSystem::fromVectors(pos,
glm::vec3(u.x, 0, u.y),
glm::vec3(-u.y, 0, u.x));
/* float alpha = zHouse / 2; */
/* cs.position = pos - alpha * glm::vec3(u.x, 0, u.y); */
cs.position = pos;
glm::vec3 dimensions(xHouse, yHouse, zHouse);
Cuboid maison(cs, dimensions);
Rectangle2D house(cs, dimensions.x, dimensions.z);
bool inserted = true;
// Collision muraille / maison
if (intersect_rect_poly(context,
house,
context.strongholds[context.currentStronghold].base)) {
inserted = false;
}
// Collisions entre maisons
for (int i = 0; i < houses.size(); i++) {
Rectangle2D house2(houses[i].getCoordSystem(),
houses[i].dimensions.x,
houses[i].dimensions.z);
if (intersect_houses(house, house2)) {
inserted = false;
break;
}
}
if (inserted) {
houses.push_back(maison);
}
}
}
void sean4()
{
int i;
randomize();
house2(66,-50,random(100),random(100));
house2(62,1,random(100),random(100));
house2(65,150,random(100),random(100));
house2(67,300,random(100),random(100));
house2(502,10,random(100),random(100));
house2(505,220,random(100),random(100));
for(i=0;i<500;i+=100)
streetlight(165,i);
for(i=0;i<500;i+=100)
streetlight1(473,i);
for(i=0;i<500;i+=180)
stop(145,i);
for(i=60;i<500;i+=180)
stop(485,i);
}
TEST_F(SimulatorTest, spreadFireShop){
Shop shop(Point(3, 5), Size(2, 2), 20, 20); // First burning shop
House house1(Point(1, 3), 20);
House house2(Point(1, 5), 20);
House house3(Point(1, 7), 20);
House house4(Point(3, 3), 20);
House house5(Point(3, 7), 20);
House house6(Point(5, 3), 20);
House house7(Point(5, 5), 20);
House house8(Point(5, 7), 20);
Street horizontalDown("Horizontaldown", Point(0, 0), Point(8, 0));
Street horizontalUp("Horizontalup", Point(0, 8), Point(8, 8));
Street verticalLeft("verticalLeft", Point(0, 0), Point(0, 8));
Street verticalRight("verticalRigth", Point(8, 0), Point(8, 8));
EXPECT_TRUE(ptrCity->add(horizontalDown));
EXPECT_TRUE(ptrCity->add(horizontalUp));
EXPECT_TRUE(ptrCity->add(verticalLeft));
EXPECT_TRUE(ptrCity->add(verticalRight));
EXPECT_TRUE(ptrCity->add(shop));
EXPECT_TRUE(ptrCity->add(house1));
EXPECT_TRUE(ptrCity->add(house2));
EXPECT_TRUE(ptrCity->add(house3));
EXPECT_TRUE(ptrCity->add(house4));
EXPECT_TRUE(ptrCity->add(house5));
EXPECT_TRUE(ptrCity->add(house6));
EXPECT_TRUE(ptrCity->add(house7));
EXPECT_TRUE(ptrCity->add(house8));
Simulator sim(ptrCity, ptrOutput);
std::vector<House*> houses = ptrCity->getHouses();
std::vector<House*>::iterator it;
// Set first house on fire
ptrCity->getShops()[0]->setFire();
ptrOutput->step();
// Count houses on fire
int counter = 0;
counter = 0;
for(it = houses.begin();it != houses.end();it++){
if((*it)->isBurning()){
counter++;
}
}
EXPECT_EQ(counter, 0);
sim.burningDown();
ptrOutput->step();
sim.burningDown();
ptrOutput->step();
sim.burningDown();
sim.spreadFire();
ptrOutput->step();
counter = 0;
for(it = houses.begin();it != houses.end();it++){
if((*it)->isBurning()){
counter++;
}
}
EXPECT_EQ(counter, 2);
sim.spreadFire();
sim.burningDown();
ptrOutput->step();
counter = 0;
for(it = houses.begin();it != houses.end();it++){
if((*it)->isBurning()){
counter++;
}
}
EXPECT_EQ(counter, 4);
}
