bool GameState::Update() {
//Updates the timers
m_timerGuards += Settings::ms_deltatime;
m_timerPlayer += Settings::ms_deltatime;
m_bumpTimer += Settings::ms_deltatime;
//Updates keypresses. returns true if the game is exiting
if(UpdateEvents()) {
return false;
}
//Updates the player
int noise = mp_player->Update(cl, fm, mp_fov);
if(noise != -1 && m_bumpTimer > 0.91f) {
sf::Sound* bump = nullptr;
if(!SoundEntity::IsMuted()) {
bump = Settings::ms_soundManager.GetSound("../data/sound/FURNITURE.ogg")->CreateSound(mp_player->GetPosition());
if(bump != nullptr) {
bump->play();
}
}
m_soundRippleManager.CreateSoundRipple(mp_player->GetPosition(), noise, true, m_spriteManager.Load("Ripple.txt"), bump);
m_bumpTimer = 0.0f;
}
//Update the listener
Settings::ms_soundManager.Update(mp_player->GetPosition());
if(mp_player->IsRunning() && m_timerPlayer > 0.5f) {
m_timerPlayer = 0.0f;
sf::Sound* footstep = nullptr;
if(mp_player->IsRightFoot()) {
if(!SoundEntity::IsMuted()) {
footstep = Settings::ms_soundManager.GetSound("../data/sound/RUN_1.ogg")->CreateSound(mp_player->GetPosition());
}
}
else {
if(!SoundEntity::IsMuted()) {
footstep = Settings::ms_soundManager.GetSound("../data/sound/RUN_2.ogg")->CreateSound(mp_player->GetPosition());
}
}
m_soundRippleManager.CreateSoundRipple(mp_player->GetPosition(), 4, true, m_spriteManager.Load("Ripple.txt"), footstep);
}
for(unsigned int i = 0; i < m_guards.size(); i++) {
//checks to see if a guard is within hearing range of a playercreated sound
sf::Vector2f pos(m_soundRippleManager.GuardNotice(m_guards.at(i)->GetPosition()));
if(pos.x > 1.0f && pos.y > 1.0f) {
m_guards.at(i)->AddWaypointToFront(pos);
}
//updates the guard
m_guards.at(i)->Update(mp_player->GetPosition(), cl, fm);
//checks to see if a foot step is to be created. Move or change so it is in sync with the walk animation
if(m_guards.at(i)->IsWalking() && m_timerGuards > 0.5f) {
AnimatedSprite* footPrint = m_spriteManager.Load("GuardFootStep.txt");
sf::Sound* sound = nullptr;
if(m_guards.at(i)->GetFoot() == 0) {
footPrint->ChangeAnimation("Footstep_left.png");
if(!SoundEntity::IsMuted())
{
sound = Settings::ms_soundManager.GetSound("../data/sound/STEP_1.ogg")->CreateSound((m_guards.at(i)->GetPosition()));
}
}
else {
footPrint->ChangeAnimation("Footstep_right.png");
if(!SoundEntity::IsMuted())
{
sound = Settings::ms_soundManager.GetSound("../data/sound/STEP_2.ogg")->CreateSound((m_guards.at(i)->GetPosition()));
}
}
mp_guardFootSteps->AddRipple(m_guards.at(i)->GetPosition(), m_guards.at(i)->GetSprite()->getSprite()->getRotation(), footPrint, sound);
}
//updates the guards flashlight position and direction
Vec2f vecG(m_guards.at(i)->GetPosition().x, -m_guards.at(i)->GetPosition().y + mp_view->getSize().y);
float angle = (static_cast<int>(m_guards.at(i)->GetSprite()->getSprite()->getRotation() - 90) % 360) * (3.141592 / 180);
lm->GetLight(m_guards.at(i))->m_directionAngle = -angle;
lm->GetLight(m_guards.at(i))->SetCenter(vecG);
lm->GetLight(m_guards.at(i))->CalculateAABB();
}
//resets the timer
if(m_timerGuards > 0.5f) {
m_timerGuards = 0.0f;
}
//Check if door is open
if(Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::E) || Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::Space)) {
sf::CircleShape* door = cl->Circle_DoorUse(*mp_player->GetSprite());
if(door != nullptr) {
if(!dm->OpenDoor(door)) {
for(int i = 0; i < mp_gui->GetItemCount(); i++) {
sf::Color color = mp_gui->GetItem(i)->getColor();
if(dm->OpenDoor(door, color)) {
mp_gui->RemoveItem(i);
if(!SoundEntity::IsMuted())
{
mp_unlock->play();
mp_unlock->setPosition(door->getPosition().x, 0, door->getPosition().y);
}
break;
}
}
}
else
{
if(dm->GetDoor(door)->IsOpen())
{
if(!SoundEntity::IsMuted())
{
sf::Sound* mp_closeDoor = Settings::ms_soundManager.GetSound("../data/sound/DOOR_CLOSE.ogg")->CreateSound(door->getPosition());
m_soundRippleManager.CreateSoundRipple(mp_player->GetPosition(), 1, true, m_spriteManager.Load("Ripple.txt"), mp_closeDoor);
}
}
else
{
if(!SoundEntity::IsMuted())
{
sf::Sound* mp_openDoor = Settings::ms_soundManager.GetSound("../data/sound/DOOR_OPEN.ogg")->CreateSound(door->getPosition());
m_soundRippleManager.CreateSoundRipple(mp_player->GetPosition(), 1, true, m_spriteManager.Load("Ripple.txt"), mp_openDoor);
}
}
}
}
}
//check if key is close enough to pick up
sf::CircleShape* circle_key = cl->Circle_KeyPickup(*mp_player->GetSprite());
if(circle_key != nullptr) {
Key* key = km->PickUpKey(circle_key);
sf::Color color = key->GetPickUpRadius()->getFillColor();
color.a = 255;
key->setColor(color);
mp_gui->AddItem(key);
if (!SoundEntity::IsMuted())
{
mp_keySound->play();
mp_keySound->setPosition(key->getPosition().x, 0, key->getPosition().y);
}
}
//updates the footsteps and the soundripples
mp_guardFootSteps->Update();
m_soundRippleManager.UpdateSounds();
//updates the light around the player
Vec2f vec(mp_player->GetPosition().x, -mp_view->getCenter().y + mp_view->getSize().y);
lm->GetLight(mp_player)->SetCenter(vec);
//checks if the player has won or lost.
if(Settings::ms_gameOver && m_gameOverTimer > 3.2f) {
m_nextState = "GameOverState";
Settings::ms_gameOver = false;
return false;
}
else if(mp_player->GetPosition().x > Settings::ms_exit.x - 100 && mp_player->GetPosition().x < Settings::ms_exit.x + 100 && mp_player->GetPosition().y > Settings::ms_exit.y - 100 && mp_player->GetPosition().y < Settings::ms_exit.y + 100) {
m_levelToLoad++;
m_levelToLoad = m_levelToLoad % 5;
if(m_levelToLoad == 0) {
m_nextState = "VictoryState";
return false;
}
else {
Exit();
Enter();
}
}
else if(Settings::ms_gameOver) {
if(m_gameOverTimer > 0.5f && !m_deathSoundPlayed)
{
int random = rand()%10;
if(random == 0)
{
mp_jokeDeath->play();
}
else
{
mp_death->play();
}
m_deathSoundPlayed = true;
}
m_gameOverTimer += Settings::ms_deltatime;
}
if(Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::F1) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LControl) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LShift)) {
m_levelToLoad = 1;
Exit();
Enter();
}
else if(Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::F2) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LControl) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LShift)) {
m_levelToLoad = 2;
Exit();
Enter();
}
else if(Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::F3) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LControl) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LShift)) {
m_levelToLoad = 3;
Exit();
Enter();
}
else if(Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::F4) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LControl) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LShift)) {
m_levelToLoad = 4;
Exit();
Enter();
}
else if(Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::F5) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LControl) && Settings::ms_inputManager.IsDownKeyboard(sf::Keyboard::LShift)) {
m_levelToLoad = 0;
Exit();
Enter();
}
else if(Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::F11)) {
Settings::SetFullscreen();
}
else if(Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::F12)) {
Settings::SetWindowed();
}
else if(Settings::ms_inputManager.IsDownOnceKeyboard(sf::Keyboard::Escape)) {
m_nextState = "StartMenuState";
return false;
}
return true;
}
bool KeyManager::LoadFromFile(std::string filename){
std::ifstream stream;
stream.open(filename);
if(!stream.is_open())
{
return false;
}
std::string row;
std::getline(stream, row, '\n');
if (*(row.end()-1) == '\r')
{
row.erase(row.end()-1);
}
if (*(row.begin()) == '\xef')
{
for(int i =0; i<3; i++)
{
row.erase(row.begin());
}
}
while (!stream.eof())
{
while(row != "\xa7")
{
int x, y;
std::stringstream ss(row);
ss >> x >> y;
sf::Color* color = new sf::Color;
int c;
ss >> c;
color->r=c;
ss >> c;
color->g=c;
ss >> c;
color->b=c;
Key* key = new Key(x, y, m_texture, color);
m_keys.insert(std::make_pair(key->GetPickUpRadius(), key));
ltbl::Light_Point* glow = new ltbl::Light_Point();
glow->m_center = Vec2f(key->GetPickUpRadius()->getPosition().x, mp_lightSystem->m_viewAABB.GetDims().y - key->GetPickUpRadius()->getPosition().y);
glow->m_radius = key->GetPickUpRadius()->getRadius();
glow->m_size = 1.0f;
glow->m_color.r = static_cast<float>(color->r) / 255.0f;
glow->m_color.g = static_cast<float>(color->g) / 255.0f;
glow->m_color.b = static_cast<float>(color->b) / 255.0f;
glow->m_intensity = 2.0f;
glow->m_spreadAngle = ltbl::pifTimes2;
glow->m_softSpreadAngle = 0.0f;
glow->CalculateAABB();
mp_lightManager->AddLight(glow, key);
//glow->SetAlwaysUpdate(false);
std::getline(stream, row, '\n');
if (*(row.end()-1) == '\r')
{
row.erase(row.end()-1);
}
}
std::getline(stream, row, '\n');
if (row == "")
{
break;
}
}
return true;
}