uint32_t TriMesh::FetchIndex( uint32_t inStartOffset, int inBytes )
{
uint32_t result = 0;
if (inBytes == 1)
{
result = Boss()->FetchUInt8( inStartOffset );
if (result == 0xFF)
{
result = 0xFFFFFFFFUL;
}
}
else if (inBytes == 2)
{
if (result == 0xFFFF)
{
result = 0xFFFFFFFFUL;
}
result = Boss()->FetchUInt16( inStartOffset );
}
else
{
result = FetchUInt32( inStartOffset );
}
return result;
}
Room::Room()
{
Boss endBoss = Boss(10);
RandomGenerator rg = RandomGenerator();
size = RoomSize[rg.getRandom(0, 2)];
content = RoomContent[rg.getRandom(0, 3)];
description = RoomDescription[rg.getRandom(0, 3)];
appearance = RoomAppearance[rg.getRandom(0, 3)];
lighting = RoomLighting[rg.getRandom(0,3)];
connected[RoomDirection::NORTH] = nullptr;
connected[RoomDirection::EAST] = nullptr;
connected[RoomDirection::SOUTH] = nullptr;
connected[RoomDirection::WEST] = nullptr;
visited = false;
visiting = false;
exit = false;
equipment.push_back(Equipment());
}
void EnemyManager::Update(sf::Vector2f p_playerPos, float p_dt, sf::Vector2f p_screenDimensions)
{
ManageEnemySpawning(p_screenDimensions, p_playerPos, p_dt);
for (int i = 0; i < m_enemyList.size(); i++)
{
if (m_enemyList.at(i)->CheckOffScreen(p_screenDimensions))
{
m_enemyList.at(i)->RemoveVars();
m_enemyList.erase(m_enemyList.begin() + i);
}
}
for (int i = 0; i < m_enemyList.size(); i++)
{
m_enemyList.at(i)->Update(p_playerPos, p_dt);
if (m_enemyList.at(i)->UpdateAnim(p_dt) == false)
{
m_enemyList.at(i)->RemoveVars();
m_enemyList.erase(m_enemyList.begin() + i);
}
}
if (m_waveCounter == 0) // if in the boss mode
{
for (int i = 0; i < m_boss.GetTowerList()->size(); i++)
{
if (m_boss.GetTowerList()->at(i).UpdateAnim(p_dt) == false)
m_boss.GetTowerList()->erase(m_boss.GetTowerList()->begin() + i);
}
m_boss.Update(p_playerPos, p_dt);
if (m_boss.CheckIfDefeated())
{
m_waveCounter = 5;
m_boss = Boss(m_textureAtlas, m_BOSS_COORDS);
}
}
}
Room::Room(int room)
{
number = room;
Boss endBoss = Boss(10);
RandomGenerator rg;
size = RoomSize[rg.getRandom(0, 2)];
content = RoomContent[rg.getRandom(0, 3)];
description = RoomDescription[rg.getRandom(0, 3)];
appearance = RoomAppearance[rg.getRandom(0, 3)];
lighting = RoomLighting[rg.getRandom(0, 3)];
color = RoomColor[rg.getRandom(0, 3)];
connected[RoomDirection::NORTH] = nullptr;
connected[RoomDirection::EAST] = nullptr;
connected[RoomDirection::SOUTH] = nullptr;
connected[RoomDirection::WEST] = nullptr;
visited = false;
visiting = false;
exit = false;
equipment.push_back(Equipment());
if (rg.getRandom(0, 100) < 20)
traps.push_back(Trap());
}
// NOTE: In C++, declaring "Object instance;" will instantly call the Object constructor!
// To do these forward declarations, use smart pointers (unique_ptr) instead.
Character character = Character();
std::vector<Enemy> enemies = {};
std::vector<Projectile> projectiles = {};
std::vector<Mesh >meshes = {};
int glutElapsedTime = 0; //in ms
bool keyPressed[256]; //keyboard buffer
unique_ptr<Background> background; //smart pointer needed
unique_ptr<Groundfloor> groundfloor;
std::vector<Ridge> mountains;
int numberOfRidges = 2;
bool toggleBoss = false;
Boss boss = Boss(Vec3Df(8, -1, -2), -1, 0.5);;
// Game timing constants (in ms)
const int firstEnemySpawnDelay = 3000;
const int enemyRespawnDelay = 1500;
const int bossSpawnDelay = 30000;
//TODO remove this again
int meshIndex = 0;
//Phong model properties
float is = 1.0f;
float id = 1.0f;
float ia = 0.1f;
float ks = 1.0f;
void Room::setExit(int lvl)
{
exit = true;
enemys.push_back(Boss(lvl));
}
Boss * Boss::create(const BossConfig * pConfig) {
Boss * ret = NEW Boss(pConfig);
ret->autorelease();
return ret;
}
void EnemyManager::Init(sf::Texture& p_tex)
{
m_textureAtlas = &p_tex;
m_boss = Boss(m_textureAtlas, m_BOSS_COORDS);
}
