void Level1::CreateAreas()
{
Random r;
float x;
float y;
for (int i = 0; i < CFG_GETI("LEVEL_1_NUM_SLOW_AREAS"); ++i)
{
x = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_X"), CFG_GETF("LEVEL_1_MAX_X"));
y = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_Y"), CFG_GETF("LEVEL_1_MAX_Y"));
EntityFactory::CreateSlowArea(Vector(x, y));
}
for (int i = 0; i < CFG_GETI("LEVEL_1_NUM_FAST_AREAS"); ++i)
{
x = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_X"), CFG_GETF("LEVEL_1_MAX_X"));
y = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_Y"), CFG_GETF("LEVEL_1_MAX_Y"));
EntityFactory::CreateFastArea(Vector(x, y));
}
for (int i = 0; i < CFG_GETI("LEVEL_1_NUM_VITAMIN_AREAS"); ++i)
{
x = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_X"), CFG_GETF("LEVEL_1_MAX_X"));
y = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_Y"), CFG_GETF("LEVEL_1_MAX_Y"));
EntityFactory::CreateVitaminArea(Vector(x, y));
}
for (int i = 0; i < CFG_GETI("LEVEL_1_NUM_ACID_AREAS"); ++i)
{
x = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_X"), CFG_GETF("LEVEL_1_MAX_X"));
y = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_Y"), CFG_GETF("LEVEL_1_MAX_Y"));
EntityFactory::CreateAcidArea(Vector(x, y));
}
}
void Level1::Update()
{
LOG_D("[Level1] Updating");
auto cells = Engine::GetInstance().GetAllEntitiesWithComponentOfClass("GrowthComponent");
for (int i = cells.size(); i < CFG_GETI("LEVEL_1_INITIAL_NUM_CELLS"); ++i)
{
Random r;
float x = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_X"), CFG_GETF("LEVEL_1_MAX_X"));
float y = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_Y"), CFG_GETF("LEVEL_1_MAX_Y"));
auto cell = EntityFactory::CreateCell(Vector(x, y));
auto growthComponent = std::static_pointer_cast<GrowthComponent>(Engine::GetInstance().GetEntityManager()->GetSingleComponentOfClass(cell, "GrowthComponent"));
if (r.GenerateFloat() < 0.1)
growthComponent->SetLevel(2);
Engine::GetInstance().AddComponent(
std::make_shared<AIComponent>("EatableComponent"), cell);
}
if (finished)
{
ZoomOutEffect();
}
else
{
if (!Engine::GetInstance().HasEntityWithComponentOfClass("PlayerComponent"))
{
Engine::GetInstance().SetNextLevel(std::make_shared<LoseLevel>());
SetFinished();
}
else
{
auto playerEntity = Engine::GetInstance().GetEntityWithComponentOfClass("PlayerComponent");
auto growthComponent = std::static_pointer_cast<GrowthComponent>(Engine::GetInstance().GetEntityManager()->GetSingleComponentOfClass(playerEntity, "GrowthComponent"));
if (growthComponent->GetLevel() == CFG_GETI("LEVEL_1_GOAL_SIZE"))
{
finished = true;
Engine::GetInstance().DeleteSystem("GrowthSystem");
}
}
}
}
void Level1::CreateBacteria()
{
Random r;
float x;
float y;
for (int i = 0; i < CFG_GETI("LEVEL_1_INITIAL_NUM_BACTERIA"); ++i)
{
x = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_X"), CFG_GETF("LEVEL_1_MAX_X"));
y = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_Y"), CFG_GETF("LEVEL_1_MAX_Y"));
EntityFactory::CreateBacterium(Vector(x, y));
}
}
void Level1::CreateCells()
{
Random r;
float x;
float y;
std::shared_ptr<Entity> cell;
for (int i = 0; i < CFG_GETI("LEVEL_1_INITIAL_NUM_CELLS"); ++i)
{
x = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_X"), CFG_GETF("LEVEL_1_MAX_X"));
y = r.GenerateFloat(CFG_GETF("LEVEL_1_MIN_Y"), CFG_GETF("LEVEL_1_MAX_Y"));
cell = EntityFactory::CreateCell(Vector(x, y));
Engine::GetInstance().AddComponent(
std::make_shared<AIComponent>("EatableComponent"), cell);
}
}
int main() {
Random *r = new Random();
cout<<"Random integers\n";
cout<<"--------------------------\n";
int i = 9;
while(i) {
cout<<"\t"<<r->GenerateInt()<<"\n";
i--;
}
cout<<"Random integers between 0-20\n";
cout<<"--------------------------\n";
i = 9;
while(i) {
cout<<"\t"<<r->GenerateInt(2, 20)<<"\n";
i--;
}
cout<<"Random floating point values\n";
cout<<"--------------------------\n";
i = 9;
while(i) {
cout<<"\t"<<r->GenerateFloat()<<"\n";
i--;
}
cout<<"Random text of length 20\n";
cout<<"--------------------------\n";
i = 9;
while(i) {
cout<<"\t"<<r->GenerateText(20)<<"\n";
i--;
}
return 0;
}
