// Breed new Organisms
void isBreeding(const int& breedType, const Point& point){
int randomNum;
bool checks[4] = { false };
while(checks[0] == false || checks[1] == false || checks[2] == false || checks[3] == false){ // Loops till it breeds
randomNum = generate() % 4;
while(checks[randomNum] && (checks[0] == false || checks[1] == false || checks[2] == false || checks[3] == false)) // Loops till it find Number that was not selected before
randomNum = generate() % 4;
Point tempPoint = getOneSidePoint(breedType, point, randomNum); // Gets the new point for the Organism to spawn in
if(checkMovementIsValid(breedType, tempPoint)){ // If location is valid, spawn Organism to new location
if(breedType == 1 && gameboard(tempPoint.getX(), tempPoint.getY()) == 2) // Remove Ant if Doodlebug spawns on same location
GameFunctions::removeFromList(2, tempPoint);
if(breedType == 1) // Adds new Doodlebug/Ant to list
doodlebug_Population.push_back(Doodlebug(new Point(tempPoint), new SeekAnt()));
else if(breedType == 2)
ant_Population.push_back(Ant(new Point(tempPoint), new MoveRandom()));
gameboard(tempPoint.getX(), tempPoint.getY(), breedType); // Set Organism on Grid
break;
}
else
checks[randomNum] = true; // Flag number if location is invalid
}
}
// Spawn Organism into empty blocks
void spawnInOrganisms(const int& amountDoodlebug, const int& amountAnts){
for(int i = 0; i < amountDoodlebug; i++){ // Generate Doodlebugs in empty blocks
int xTemp, yTemp;
do{ // Loops until an empty block is found
xTemp = (generate() % gameboard.getGrid_X());
yTemp = (generate() % gameboard.getGrid_Y());
}while(gameboard.getGridBlock(xTemp, yTemp) != 0);
gameboard(xTemp, yTemp, 1);
doodlebug_Population.push_back(Doodlebug(new Point(xTemp, yTemp), new SeekAnt()));
}
for(int i = 0; i < amountAnts; i++){ // Generate Ants in empty blocks
int xTemp, yTemp;
do{ // Loops until an empty block is found
xTemp = (generate() % gameboard.getGrid_X());
yTemp = (generate() % gameboard.getGrid_Y());
}while(gameboard.getGridBlock(xTemp, yTemp) != 0);
gameboard(xTemp, yTemp, 2);
ant_Population.push_back(Ant(new Point(xTemp, yTemp), new MoveRandom()));
}
}
void Board::populateBoard() {
int dead_ants = 0;
int live_ants = 0;
int x_pos, y_pos;
while (dead_ants < this->ANTS_DEAD) {
do {
x_pos = random(minBoardAcess, maxBoardAcess);
y_pos = random(minBoardAcess, maxBoardAcess);
} while (!(this->board[x_pos][y_pos].state == FREE));
this->board[x_pos][y_pos].state = ANT_DEAD;
dead_ants++;
}
while (live_ants < this->ANTS_LIVE) {
do {
x_pos = random(minBoardAcess, maxBoardAcess);
y_pos = random(minBoardAcess, maxBoardAcess);
} while (!(this->board[x_pos][y_pos].state == FREE));
this->board[x_pos][y_pos].state = ANT_NONCARRING;
this->liveAntsInBoard[live_ants] = Ant(x_pos, y_pos);
std::cout << "[" << this->liveAntsInBoard[live_ants].x_pos << "," << this->liveAntsInBoard[live_ants].y_pos << "]" << std::endl;
live_ants++;
}
}
void Map::flash() {
sort(ants.begin(), ants.end(), cmp);
for (int i = 0; i < ants.size(); ) {
int same = 1;
while (i + same < ants.size() && ants[i] == ants[i + same])
same++;
for (int j = 1; j < same; j++) {
merge(ants[i].foods, ants[i + j].foods);
}
for (int j = 1; j < same; j++) {
ants[i + j].foods = ants[i].foods;
}
i += same;
}
int food[x][y];
for (int i = 0; i < x; i++)
for (int j = 0; j < y; j++)
food[i][j] = 0;
for (int i = 0; i < foods.size(); i++)
food[foods[i].x][foods[i].y] = foods[i].food;
for (int i = 0; i < ants.size(); i++) {
Ant &ant = ants[i];
if (food[ant.x][ant.y] != 0) {
merge(ant.foods, std::vector<Food>(1, Food(ant.x, ant.y, food[ant.x][ant.y])));
if (ant.food == 0) {
ant.food++;
}
}
if (ant == home) {
home.food += ant.food;
ant.food = 0;
}
ant.action(*this);
}
while (home.food >= antValue) {
home.food -= antValue;
ants.push_back(Ant(home.x, home.y));
}
}
void StageWaveManager::MakeEnemy()
{
switch (enemyType)
{
case EnemyType::ANT_:
GameManager::enemys.push_back(Ant(*UIManager::textureManager.Find(TextureID::_ANT),
*UIManager::textureManager.Find(TextureID::_DEAD_EFFECT),
waitTime + DEFAULT_WAIT_TIME));
break;
case EnemyType::MUMMY_:
GameManager::enemys.push_back(Mummy(*UIManager::textureManager.Find(TextureID::_MUMMY),
*UIManager::textureManager.Find(TextureID::_DEAD_EFFECT),
waitTime + DEFAULT_WAIT_TIME));
break;
case EnemyType::DRAGON_:
GameManager::enemys.push_back(Dragon(*UIManager::textureManager.Find(TextureID::_DRAGON),
*UIManager::textureManager.Find(TextureID::_DEAD_EFFECT),
waitTime + DEFAULT_WAIT_TIME));
break;
default:
std::cout << "Don't make Enemy!! Please Check!" << std::endl;
break;
}
}