void Platform::Move(sf::Time &deltaTime)
{
//find the correct bools
if(m_left > m_posMaxFinal)
m_isMovingLeft = true;
else
{
m_isMovingLeft = false;
m_posMaxFinal = m_posMaxTwo;
}
if((m_right - m_size.x) < m_posMaxFinal)
m_isMovingRight = true;
else
{
m_isMovingRight = false;
m_posMaxFinal = m_posMaxOne;
}
//turn bools into floats
if(m_isMovingLeft)
m_movement.x -= m_movSpeedAddition * deltaTime.asMilliseconds();
if(m_isMovingRight)
m_movement.x += m_movSpeedAddition * deltaTime.asMilliseconds();
//don't go over max
if(m_movement.x >= m_movSpeedMax)
m_movement.x = m_movSpeedMax;
if(m_movement.x <= -m_movSpeedMax)
m_movement.x = -m_movSpeedMax;
m_rect.move(m_movement);
m_sprite.move(m_movement);
}
void Pad::update(sf::Time delta)
{
pad.move(movement.x * delta.asMilliseconds(), movement.y * delta.asMilliseconds());
float x = pad.getPosition().x;
float y = pad.getPosition().y;
if(x < boundOrigin.x)
{
pad.setPosition(boundOrigin.x,y);
}
if(x + size.x > boundOrigin.x + boundArea.x)
{
pad.setPosition(boundOrigin.x + boundArea.x - size.x,y);
}
if(y < boundOrigin.y)
{
pad.setPosition(x,boundOrigin.y);
}
if(y + size.y > boundOrigin.y + boundArea.y)
{
pad.setPosition(x,boundOrigin.y + boundArea.y - size.y);
}
}
void Engine::update(sf::Time dt)
{
m_entMgr->update(dt.asMicroseconds());
if(Stats::get()->getLives() < 0) m_exit = true;
m_dbg->update(dt.asMilliseconds(), m_entMgr->getPlayer()->getPos());
}
void Map::update(const sf::Time& elapsed_time, uint score)
{
// How many pixels of moving
float move = elapsed_time.asMilliseconds() * _speed;
// Move backgrounds
for(sf::Sprite& background : _backgrounds)
{
background.move(-move, 0);
if(background.getPosition().x < -_width )
background.move(_width * 2, 0);
}
// Move clouds
for( sf::Sprite& cloud : _clouds )
{
cloud.move(-move, 0);
if(cloud.getPosition().x < -cloud.getGlobalBounds().width)
positionCloud(cloud, _width);
}
// Move bird
if( score > _bird_score_limit )
{
_bird.move(-move * _bird_speed_modificator, 0);
// Bird goes out of screen, randomly re-place it
const static float bird_screen_limit = - _bird.getGlobalBounds().width;
if( _bird.getPosition().x < bird_screen_limit )
placeBird();
}
std::cout << _bird.getPosition().x << std::endl;
// Take care of trees (move and generate)
updateTrees(move, score);
}
void Player::Animate(sf::Time &deltaTime)
{
if(m_isMovingRight || m_isMovingLeft)
{
frameCounter += frameSpeed * deltaTime.asMilliseconds() * 0.001;
if(frameCounter >= switchFrame)
{
frameCounter = 0;
source.x++;
if(source.x * 32 >= 32*3)
source.x = 0;
}
}
if(m_isMovingRight)
source.y = 2; //source corresponds with .png
else if(m_isMovingLeft)
source.y = 1;
else if(m_onGround)
{
source.y = 0;
source.x = 1;
}
else if(!m_onGround)
{
//source.y = 3; Take out the looking back while falling: Quality of life change for CHRIS ZITNIK - WHAT A GUY
source.y = 0;
source.x = 1;
}
m_sprite.setTextureRect(sf::IntRect(source.x * 32, source.y * 32, 32, 32)); //make sure that texture is 32!!
}
/// Update the current game state
void Application::update()
{
const sf::Time elapsedTime = clock_.restart();
if(currentState_)
currentState_->update(elapsedTime.asMilliseconds());
uiCtx_->Update();
}
virtual void draw(sf::Time deltaTime) {
float tedeuszWajhePrzeusz=200;
if(sf::Keyboard::isKeyPressed(sf::Keyboard::A))
vel.x-=50;
if(sf::Keyboard::isKeyPressed(sf::Keyboard::D))
vel.x+=50;
if(sf::Keyboard::isKeyPressed(sf::Keyboard::W))
vel.y-=50;
if(sf::Keyboard::isKeyPressed(sf::Keyboard::S))
vel.y+=50;
float l = std::min(500.0f, Utils::vecLength(vel));
Utils::normalize(vel);
vel*=l;
aspPlayer.move(vel.x*deltaTime.asSeconds(), vel.y*deltaTime.asSeconds());
aspPlayer.update(l*deltaTime.asMilliseconds()/100.0f);
vel*=0.9f;
if (vel.x<0 && aspPlayer.getAnim()!=&aLeft)
aspPlayer.setAnimation(&aLeft);
if (vel.x>0 && aspPlayer.getAnim()!=&aRight)
aspPlayer.setAnimation(&aRight);
for(int i = 0; i < vecLvlData.size(); i++){
if(Collision::PixelPerfectTest(vecLvlData[i].sprite, aspPlayer)){
sceneManager->setActiveScene(vecLvlData[i].nginName);
}
}
window->clear();
backgroundSprite.setScale(
window->getSize().x / backgroundSprite.getLocalBounds().width,
window->getSize().y / backgroundSprite.getLocalBounds().height);
window->draw(backgroundSprite);
window->draw(logoSprite);
for(int i = 0; i < vecLvlData.size(); i++){
window->draw(vecLvlData[i].sprite);
sf::Text description = sf::Text(vecLvlData[i].name, Common::Font::Comic_Sans);
description.setScale(0.7, 0.7);
description.setPosition(vecLvlData[i].sprite.getGlobalBounds().left + vecLvlData[i].sprite.getGlobalBounds().width/2.0 - description.getGlobalBounds().width/2.0,
vecLvlData[i].sprite.getGlobalBounds().top+vecLvlData[i].sprite.getGlobalBounds().height);
if(!sceneManager->scenes[vecLvlData[i].nginName]->isLocked()){
description.setColor(sf::Color(0.0, 255.0, 0.0, 255.0));
}
else{
description.setColor(sf::Color(52.0, 25.0, 255.0, 255.0));
}
window->draw(description);
if (Utils::isMouseOnSprite(vecLvlData[i].sprite, window) && sf::Mouse::isButtonPressed(sf::Mouse::Button::Left)) {
sceneManager->setActiveScene(vecLvlData[i].nginName);
}
}
window->draw(aspPlayer);
}
void NSFSoundStream::onSeek(sf::Time timeOffset) {
sf::Lock lock(mutex);
if(!activeSamplers.empty()) {
auto & sampler = activeSamplers.front();
auto & emu = sampler.first;
handleError(emu->seek(static_cast<long>(timeOffset.asMilliseconds())));
}
}
void Player::updateSpeed(const sf::Time& elapsed_time)
{
// Update speed
if( isMoving() )
{
if(isMaxSpeedReached())
return;
// Speed gain depending on elapsed time
float speed_gain = elapsed_time.asMilliseconds() * _acceleration;
// Moving to left means minus speed
if( _moving_to_direction == Direction::Left )
speed_gain = -speed_gain;
// Update speed
_horizontal_speed += speed_gain;
// Respect max speed
if( std::abs(_horizontal_speed) > _max_speed )
_horizontal_speed = ( _moving_to_direction == Direction::Left ) ? -_max_speed : _max_speed;
}
// Not moving, but remaining inertia
else if( _horizontal_speed != 0.f )
{
// Speed loss depending on elapsed time
float speed_loss = elapsed_time.asMilliseconds() * _deceleration;
if( _horizontal_speed > 0.f )
{
_horizontal_speed -= speed_loss;
if(_horizontal_speed < 0.f)
_horizontal_speed = 0.f;
}
else if( _horizontal_speed < 0.f )
{
_horizontal_speed += speed_loss;
if(_horizontal_speed > 0.f)
_horizontal_speed = 0.f;
}
}
}
template <typename Game> void update(const sf::Time & elapsedTime, Game *) {
timer += elapsedTime.asMilliseconds();
if (timer > 50) {
timer -= 50;
frameIndex += 1;
if (frameIndex == 4) {
frameIndex = 3;
killFlag = true;
}
}
}
//Timer to keep track of the critter's status
void Critter::tick(sf::Time pausedTime) {
//The time when the game is not paused. pausedTime is used to keep track of the time when the game is paused.
long elapsedTime = critterClock.getElapsedTime().asMilliseconds() - pausedTime.asMilliseconds();
//Determining the critter's status
if (elapsedTime >= statusTime) {
critterStatus = CritterStatus::NORMAL;
} else if (critterStatus != CritterStatus::NORMAL && elapsedTime % 500 == 0) {
//Critter is burned
setHP(HP - 5);
}
}
void Enemy::updateColor(const sf::Time & elapsedTime) {
if (colored) {
colorTimer += elapsedTime.asMilliseconds();
if (colorTimer > 20.f) {
colorTimer -= 20.f;
colorAmount -= 0.1f;
}
}
if (colorAmount <= 0.f) {
colored = false;
}
}
void Dasher::Blur::update(const sf::Time & elapsedTime) {
timer += elapsedTime.asMilliseconds();
if (timer > 18) {
timer = 0;
sf::Color c = spr.getColor();
if (c.a > 30) {
c.a -= 30;
spr.setColor(c);
} else {
killflag = true;
}
}
}
// NDK/JNI sub example - call Java code from native code
int vibrate(sf::Time duration)
{
// First we'll need the native activity handle
ANativeActivity *activity = sf::getNativeActivity();
// Retrieve the JVM and JNI environment
JavaVM* vm = activity->vm;
JNIEnv* env = activity->env;
// First, attach this thread to the main thread
JavaVMAttachArgs attachargs;
attachargs.version = JNI_VERSION_1_6;
attachargs.name = "NativeThread";
attachargs.group = NULL;
jint res = vm->AttachCurrentThread(&env, &attachargs);
if (res == JNI_ERR)
return EXIT_FAILURE;
// Retrieve class information
jclass natact = env->FindClass("android/app/NativeActivity");
jclass context = env->FindClass("android/content/Context");
// Get the value of a constant
jfieldID fid = env->GetStaticFieldID(context, "VIBRATOR_SERVICE", "Ljava/lang/String;");
jobject svcstr = env->GetStaticObjectField(context, fid);
// Get the method 'getSystemService' and call it
jmethodID getss = env->GetMethodID(natact, "getSystemService", "(Ljava/lang/String;)Ljava/lang/Object;");
jobject vib_obj = env->CallObjectMethod(activity->clazz, getss, svcstr);
// Get the object's class and retrieve the member name
jclass vib_cls = env->GetObjectClass(vib_obj);
jmethodID vibrate = env->GetMethodID(vib_cls, "vibrate", "(J)V");
// Determine the timeframe
jlong length = duration.asMilliseconds();
// Bzzz!
env->CallVoidMethod(vib_obj, vibrate, length);
// Free references
env->DeleteLocalRef(vib_obj);
env->DeleteLocalRef(vib_cls);
env->DeleteLocalRef(svcstr);
env->DeleteLocalRef(context);
env->DeleteLocalRef(natact);
// Detach thread again
vm->DetachCurrentThread();
}
void GraphicsSystem::update( Engine& engine, World& world, SaveManager& saveManager, const sf::Time& frameTime )
{
r_renderWindow->setActive( true );
engine.renderWindow.setTitle( m_configValues.window_name +
" " +
to_string( frameTime.asMilliseconds() ) +
" | EntityCount: " +
to_string( world.getEntityCount() ) );
drawFunction();
return;
}
void DrawableEffect::update(const sf::Time& elapsed_time)
{
sf::Int32 elapsed_ms;
if(!_infinite)
{
elapsed_ms = ((elapsed_time > _duration) ? _duration : elapsed_time).asMilliseconds();
_duration -= elapsed_time;
}
else
elapsed_ms = elapsed_time.asMilliseconds();
applyUpdate(elapsed_ms);
}
void Update(sf::Time& deltaTime)
{
mTimeSinceLast = deltaTime.asMilliseconds() - mTimeSinceLast;
sf::IntRect screen(0, 0, 1280, 720);
if (!screen.contains((int)this->GetPosition().x, (int)this->GetPosition().y))
SetAlive(false);
if (mHasFired)
{
if (mElapsed > mAimpointUpdateDelayMs)
{
mCurrentAimpoint = mFinalAimpoint;
mElapsed = 0;
mAimpointUpdated = true;
UpdateAngle();
}
else
{
mElapsed += mTimeSinceLast;
}
if ((GetRotation() > mDesiredAngle + 1) || (GetRotation() < mDesiredAngle - 1))
{
if (mGuidanceOn)
{
if (mDesiredAngle > GetRotation())
SetRotation(GetRotation() + 0.25f);
else
SetRotation(GetRotation() - 0.25f);
}
}
else
{
if (mAimpointUpdated)
mGuidanceOn = false;
}
float velx = (float)(cos(Math::ToRadians(GetRotation() - 90.0f)) * mSpeed);
float vely = (float)(sin(Math::ToRadians(GetRotation() - 90.0f)) * mSpeed);
SetVelocity(sf::Vector2f(velx, vely));
}
Sprite::Update(deltaTime);
}
sf::IntRect EasyAnimationHandler::getTextureRect( const std::string& state, const sf::Time& internalTime ) const
{
auto& stateref = m_states.at( state );
int frame;
sf::Int32 timeAsMilliseconds;
if( std::get<2>( stateref ) )
{
auto stateDuration = getStateDuration( state ).asMilliseconds();
timeAsMilliseconds = r_syncedTime->asMilliseconds() % stateDuration;
}
else
{
timeAsMilliseconds = internalTime.asMilliseconds();
}
frame = (timeAsMilliseconds - (timeAsMilliseconds%durationPerFrame)) / durationPerFrame;
return sf::IntRect( frame*texrect_x, get<0>( stateref )*texrect_y, texrect_x, texrect_y );
}
void Movie_audio::setPlayingOffset(sf::Time time)
{
sf::SoundStream::stop();
// TODO: does not work yet
// TODO: apply float -> Uin32 change
AVRational tb = m_parent.getAVFormatContext()->streams[m_streamID]->time_base;
float ftb = (float)tb.num / tb.den;
int64_t avTime = time.asMilliseconds() * ftb;
int res = av_seek_frame(m_parent.getAVFormatContext(), m_streamID, avTime, AVSEEK_FLAG_BACKWARD);
if (res < 0)
std::cerr << "Movie_audio::SetPlayingOffset() - av_seek_frame() failed" << std::endl;
else
{
while (m_packetList.size()) {
popFrame();
}
sf::SoundStream::play();
}
}
void Map::update(const sf::Time& elapsed_time)
{
_player.update(elapsed_time);
// Update player position
if( _player.hasSpeed() )
{
// Calculate destination
float x_move = _player.getHorizontalSpeed() * elapsed_time.asMilliseconds();
float x_destination = _player.getPosition().x + x_move;
float y_destination = _player.getPosition().y;
// Check movement doesn't reach limits
if( x_destination < _map_left_limit )
{
x_destination = _map_left_limit;
_player.resetMovement(); // player's reach limit, reset movement inertia
}
else if( x_destination + _player.getWidth() > _map_right_limit )
{
x_destination = _map_right_limit - _player.getWidth();
_player.resetMovement(); // player's reach limit, reset movement inertia
}
// Update player and view positions
_player.setPosition( {x_destination, y_destination} );
_view.setCenter( _player.getCenter() );
// Check view's limits not reached
const sf::Vector2f& view_center = _view.getCenter();
if( view_center.x < _view_left_limit )
_view.setCenter( _view_left_limit, view_center.y );
else if( view_center.x > _view_right_limit )
_view.setCenter( _view_right_limit, view_center.y );
}
keyboardActions();
}
void Player::Move(sf::Time &deltaTime, Tilemap &t)
{
//moving right and slowing down
if(m_isMovingRight == true)
m_movement.x += m_movSpeedConst * deltaTime.asMilliseconds();
else if(m_isMovingRight == false && m_movement.x > 0)
{
m_movement.x -= m_movSpeedConst * 1.5 * deltaTime.asMilliseconds();
if(m_movement.x < 0)
m_movement.x = 0;
}
//moving left and slowing down
if(m_isMovingLeft == true)
m_movement.x -= m_movSpeedConst * deltaTime.asMilliseconds();
else if(m_isMovingLeft == false && m_movement.x < 0)
{
m_movement.x += m_movSpeedConst* 1.5 * deltaTime.asMilliseconds();
if(m_movement.x > 0)
m_movement.x = 0;
}
//not over max speed
if(m_movement.x >= m_movSpeedMax)
m_movement.x = m_movSpeedMax;
else if(m_movement.x <= -m_movSpeedMax)
m_movement.x = -m_movSpeedMax;
//don't move left right if colliding with wall
if(int(m_bottom) % 64 == 0 && (t.getLevelMap((m_bottom + 2)/64, m_left/64) == 192 || t.getLevelMap((m_bottom + 2)/64, m_left/64) == 191 || t.getLevelMap((m_bottom + 2)/64, m_right/64) == 191 || t.getLevelMap((m_bottom + 2)/64, m_right/64) == 190 || t.getLevelMap((m_bottom + 2)/64, m_left/64) == 192 || t.getLevelMap((m_bottom + 2)/64, m_left/64) == 592 || t.getLevelMap((m_bottom + 2)/64, m_left/64) == 591 || t.getLevelMap((m_bottom + 2)/64, m_right/64) == 591 || t.getLevelMap((m_bottom + 2)/64, m_right/64) == 590))
{}
else if((t.getLevelMap(m_bottom/64, m_left/64) == 192 || t.getLevelMap(m_bottom/64, m_left/64) == 292 || t.getLevelMap(m_bottom/64, m_left/64) == 392 || t.getLevelMap(m_bottom/64, m_left/64) == 490 || t.getLevelMap(m_bottom/64, m_left/64) == 592 || t.getLevelMap(m_bottom/64, m_left/64) == 191 || t.getLevelMap(m_bottom/64, m_left/64) == 291 || t.getLevelMap(m_bottom/64, m_left/64) == 391 || t.getLevelMap(m_bottom/64, m_left/64) == 491 || t.getLevelMap(m_bottom/64, m_left/64) == 591) && m_movement.x < 0)
m_movement.x = 0;
else if((t.getLevelMap(m_bottom/64, m_right/64) == 190 || t.getLevelMap(m_bottom/64, m_right/64) == 290 || t.getLevelMap(m_bottom/64, m_right/64) == 390 || t.getLevelMap(m_bottom/64, m_right/64) == 492 || t.getLevelMap(m_bottom/64, m_right/64) == 590 || t.getLevelMap(m_bottom/64, m_right/64) == 191 || t.getLevelMap(m_bottom/64, m_right/64) == 291 || t.getLevelMap(m_bottom/64, m_right/64) == 391 || t.getLevelMap(m_bottom/64, m_right/64) == 491 || t.getLevelMap(m_bottom/64, m_right/64) == 591) && m_movement.x > 0)
m_movement.x = 0;
else if((t.getLevelMap((m_top + 2)/64, m_left/64) == 192 || t.getLevelMap((m_top + 2)/64, m_left/64) == 292 || t.getLevelMap((m_top + 2)/64, m_left/64) == 392 || t.getLevelMap((m_top + 2)/64, m_left/64) == 490 || t.getLevelMap((m_top + 2)/64, m_left/64) == 592 || t.getLevelMap((m_top + 2)/64, m_left/64) == 191 || t.getLevelMap((m_top + 2)/64, m_left/64) == 291 || t.getLevelMap((m_top + 2)/64, m_left/64) == 391 || t.getLevelMap((m_top + 2)/64, m_left/64) == 491 || t.getLevelMap((m_top + 2)/64, m_left/64) == 591) && m_movement.x < 0)
m_movement.x = 0;
else if((t.getLevelMap((m_top + 2)/64, m_right/64) == 190 || t.getLevelMap((m_top + 2)/64, m_right/64) == 290 || t.getLevelMap((m_top + 2)/64, m_right/64) == 390 || t.getLevelMap((m_top + 2)/64, m_right/64) == 492 || t.getLevelMap((m_top + 2)/64, m_right/64) == 590 || t.getLevelMap((m_top + 2)/64, m_right/64) == 191 || t.getLevelMap((m_top + 2)/64, m_right/64) == 291 || t.getLevelMap((m_top + 2)/64, m_right/64) == 391 || t.getLevelMap((m_top + 2)/64, m_right/64) == 491 || t.getLevelMap((m_top + 2)/64, m_right/64) == 591) && m_movement.x > 0)
m_movement.x = 0;
//don't move if colliding with a colliding crate!
for(int i = 0; i < t.getCrateSize(); i++)
{
if(t.getCrateOnLeft(i) == true || t.getCrateOnRight(i) == true)
{
if(m_right < t.getCrateLeft(i) || m_left > t.getCrateRight(i) || m_top > t.getCrateBottom(i) || m_bottom < t.getCrateTop(i))
{}
else if(m_right >= t.getCrateLeft(i) && (m_right + m_left)/2 <= t.getCrateLeft(i) && m_movement.x > 0 &&(m_bottom - 2) >= t.getCrateTop(i))
m_movement.x = 0;
else if(m_left <= t.getCrateRight(i) && (m_right + m_left)/2 >= t.getCrateLeft(i) && m_movement.x < 0 && (m_bottom - 2) >= t.getCrateTop(i))
m_movement.x = 0;
}
}
//jumping
if(sf::Keyboard::isKeyPressed(sf::Keyboard::W) || sf::Keyboard::isKeyPressed(sf::Keyboard::Space) || sf::Keyboard::isKeyPressed(sf::Keyboard::Up))
m_jumped = true;
//if hit top of block, fall
if((t.getLevelMap(m_top/64, (m_left + 2)/64) == 190 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 190 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 191 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 191 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 192 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 192 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 290 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 290 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 291 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 291 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 292 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 292 ||
t.getLevelMap(m_top/64, (m_left + 2)/64) == 390 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 390 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 391 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 391 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 392 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 392 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 490 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 490 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 491 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 491 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 492 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 492 ||
t.getLevelMap(m_top/64, (m_left + 2)/64) == 590 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 590 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 591 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 591 || t.getLevelMap(m_top/64, (m_left + 2)/64) == 592 || t.getLevelMap(m_top/64, (m_right - 2)/64) == 592) && m_movement.y < 0)
m_movement.y = 0;
//setting jump stuff
if(m_jumped == true && m_onGround == true)
{
m_movement.y = -m_gravity;
m_jumped = false;
}
else
{
m_jumped = false;
if(!m_onGround)
m_movement.y += m_gravity * 0.003 * deltaTime.asMilliseconds();
else
m_movement.y = 0;
if(m_movement.y > 0.5)
m_movement.y = 0.5;
}
//move if on a platform
for(int i = 0; i < t.getPlatformSize(); i++)
{
//not touching
if(m_right < t.getPlatformLeft(i) || m_left > t.getPlatformRight(i) || m_top > t.getPlatformBottom(i) || m_bottom < t.getPlatformTop(i))
{}
else if(m_bottom - 2 > t.getPlatformTop(i))
{}
else if(m_left > t.getPlatformLeft(i) && m_right < t.getPlatformRight(i))
m_movement.x += t.getPlatformMovement(i).x;
else if( m_left < t.getPlatformLeft(i) && (m_left + m_right)/2 > t.getPlatformLeft(i) && int(m_movement.x) == 0)
m_movement.x += t.getPlatformMovement(i).x;
else if( m_right > t.getPlatformRight(i) && (m_left + m_right)/2 < t.getPlatformRight(i) && int(m_movement.x) == 0)
m_movement.x += t.getPlatformMovement(i).x;
}
//move if on a crate (movement will be non-zero if crate is on a platform so...)
/*for(int i = 0; i < t.getCrateSize(); i++)
{
if(m_right < t.getCrateLeft(i) || m_left > t.getCrateRight(i) || m_top > t.getCrateBottom(i) || m_bottom < t.getCrateTop(i))
{}
else if(int(m_bottom) <= t.getCrateTop(i))
m_movement.x += t.getCrateMovement(i).x;
}*/
//the actual move part
m_rect.move(m_movement.x, m_movement.y);
m_sprite.move(m_movement.x, m_movement.y);
//change the movement after actually moving so it doesn't mess up earlier processes
for(int i = 0; i < t.getPlatformSize(); i++)
{
//not touching
if(m_right < t.getPlatformLeft(i) || m_left > t.getPlatformRight(i) || m_top > t.getPlatformBottom(i) || m_bottom < t.getPlatformTop(i))
{}
else if(m_bottom - 2 > t.getPlatformTop(i))
{}
else if(m_left > t.getPlatformLeft(i) && m_right < t.getPlatformRight(i))
m_movement.x -= t.getPlatformMovement(i).x;
else if( m_left < t.getPlatformLeft(i) && (m_left + m_right)/2 > t.getPlatformLeft(i) && int(m_movement.x) == 0)
m_movement.x -= t.getPlatformMovement(i).x;
else if( m_right > t.getPlatformRight(i) && (m_left + m_right)/2 < t.getPlatformRight(i) && int(m_movement.x) == 0)
m_movement.x -= t.getPlatformMovement(i).x;
}
//change the movement after actually moving the crate so it doesn't mess up earlier processes
/*for(int i = 0; i < t.getCrateSize(); i++)
{
if(m_right < t.getCrateLeft(i) || m_left > t.getCrateRight(i) || m_top > t.getCrateBottom(i) || m_bottom < t.getCrateTop(i))
{}
else if(int(m_bottom) <= t.getCrateTop(i))
m_movement.x -= t.getCrateMovement(i).x;
}*/
/*if(sf::Keyboard::isKeyPressed(sf::Keyboard::Key::W)) //FOR GOD MODE!!
m_movement.y = -0.25;
else if(sf::Keyboard::isKeyPressed(sf::Keyboard::Key::S))
m_movement.y = 0.25;
else
m_movement.y = 0;
if(sf::Keyboard::isKeyPressed(sf::Keyboard::Key::A))
m_movement.x = -0.25;
if(sf::Keyboard::isKeyPressed(sf::Keyboard::Key::D))
m_movement.x = 0.25; */
}
virtual void draw(sf::Time deltaTime){
double dT = deltaTime.asMilliseconds();
tmpTime += dT;
for(KeyText& kt: vecKeyTexts){
kt.update(dT);
}
actSprite.update(dT);
spriteDaft1.update(dT);
spriteDaft2.update(dT);
if(actSprite.getReplays() != 0){
setDanceStep(&vecSteps[rand()%vecSteps.size()]);
}
if(spriteDaft1.getReplays() != 0){
setDanceStepDP(1);
}
if(spriteDaft2.getReplays() != 0){
setDanceStepDP(2);
}
for(StepPose& sp: actStep->vecPoses){
if(actSprite.getFrame() == sp.tempoPosition && !sp.used){
addKey(sp.limb);
sp.used=true;
}
}
for(int i = vecText.size()-1; i>=0; i--){
vecText[i].time -= dT;
if(vecText[i].time < 0.0){
vecText.erase(vecText.begin()+i);
}
}
for(int i = vecKeyTexts.size()-1; i >= 0; i--){
if(vecKeyTexts[i].timeCtr > vecKeyTexts[i].duration){
vecKeyTexts.erase(vecKeyTexts.begin()+i);
displayText(vecDiscoReactionsBad[rand()%vecDiscoReactionsBad.size()], 0);
score--;
}
}
if(actMusic.getStatus() == sf::SoundSource::Status::Stopped){
loadNewTrack();
}
window->clear(sf::Color::Black);
window->draw(background);
window->draw(spriteDaft1.sprite);
window->draw(spriteDaft2.sprite);
for(auto txt: vecText){
window->draw(txt.text);
}
window->draw(actSprite.sprite);
sf::RectangleShape rectangle(sf::Vector2f(2*actSprite.sprite.getGlobalBounds().width, 20.0f));
rectangle.setPosition(actSprite.sprite.getPosition());
rectangle.move(-actSprite.sprite.getGlobalBounds().width/2, -radius-20);
rectangle.setFillColor(sf::Color(40.0, 150.0, 40.0));
window->draw(rectangle);
rectangle.setFillColor(sf::Color::Green);
rectangle.setSize(sf::Vector2f((score/100.0)*(2*actSprite.sprite.getGlobalBounds().width), 20.0f));
window->draw(rectangle);
for(KeyText ks: vecKeyTexts)
window->draw(ks);
dbgText.setString(Utils::stringify(actSprite.getFrame())+"/"+Utils::stringify(actSprite.framesSize()));
window->draw(dbgText);
if(score >= 100){
sceneManager->callMeBaby();
actMusic.stop();
}
}
void Dasher::update(Game * pGame, const std::vector<wall> & walls,
const sf::Time & elapsedTime) {
auto & effects = pGame->getEffects();
auto & details = pGame->getDetails();
auto & player = pGame->getPlayer();
if (health > 0) {
for (auto & element : effects.get<EffectRef::PlayerShot>()) {
if (hitBox.overlapping(element->getHitBox()) &&
element->checkCanPoof()) {
if (health == 1) {
element->disablePuff();
element->setKillFlag();
}
element->poof();
health -= 1;
colored = true;
colorAmount = 1.f;
}
}
for (auto & helper : pGame->getHelperGroup().get<HelperRef::Laika>()) {
if (hitBox.overlapping(helper->getHitBox())) {
health = 0;
}
}
if (health == 0) {
hSpeed = 0;
vSpeed = 0;
frameIndex = 0;
killFlag = true;
details.add<DetailRef::DasherCorpse>(
this->getPosition(),
getgResHandlerPtr()->getTexture(
ResHandler::Texture::gameObjects),
dasherSheet.getScale().x);
unsigned long int temp = rng::random<4>();
if (temp < 1) {
effects.add<EffectRef::Heart>(
getgResHandlerPtr()->getTexture(
ResHandler::Texture::gameObjects),
getgResHandlerPtr()->getTexture(
ResHandler::Texture::redglow),
position.x, position.y + 4, Item::Type::Heart);
} else if (temp < 3) {
effects.add<EffectRef::GoldHeart>(
getgResHandlerPtr()->getTexture(
ResHandler::Texture::gameObjects),
getgResHandlerPtr()->getTexture(
ResHandler::Texture::yellowGlow),
position.x, position.y + 4, Item::Type::GoldHeart);
} else {
effects.add<EffectRef::Coin>(
getgResHandlerPtr()->getTexture(
ResHandler::Texture::gameObjects),
getgResHandlerPtr()->getTexture(
ResHandler::Texture::blueglow),
position.x, position.y + 4, Item::Type::Coin);
}
effects.add<EffectRef::SmallExplosion>(
getgResHandlerPtr()->getTexture(
ResHandler::Texture::gameObjects),
getgResHandlerPtr()->getTexture(
ResHandler::Texture::fireExplosionGlow),
position.x, position.y - 2);
blurEffects.clear();
}
}
SoundController & sounds = pGame->getSounds();
Enemy::updateColor(elapsedTime);
dasherSheet.setPosition(position.x + 4, position.y);
shadow.setPosition(position.x - 4, position.y + 22);
hitBox.setPosition(position.x, position.y);
timer += elapsedTime.asMilliseconds();
auto facePlayer = [this, player]() {
if (this->position.x > player.getXpos()) {
this->dasherSheet.setScale(1, 1);
} else {
this->dasherSheet.setScale(-1, 1);
}
};
switch (state) {
case State::idle:
if (timer >= 200) {
timer -= 200;
const int select = rng::random<2>();
if (select) {
state = State::dashBegin;
frameIndex = 1;
} else {
state = State::shootBegin;
frameIndex = 3;
}
}
break;
case State::pause:
if (timer >= 200) {
timer -= 200;
state = State::dashBegin;
frameIndex = 1;
}
break;
case State::shooting:
facePlayer();
frameTimer += elapsedTime.asMilliseconds();
if (frameTimer > 80 && shotCount < 3) {
frameTimer -= 80;
shotCount++;
if (position.x > player.getXpos()) {
effects.add<EffectRef::TurretFlashEffect>(
getgResHandlerPtr()->getTexture(
ResHandler::Texture::gameObjects),
position.x - 14, position.y + 2);
effects.add<EffectRef::DasherShot>(
position.x - 12, position.y,
angleFunction(target.x + 8, target.y + 8, position.x,
position.y));
pGame->getSounds().play(ResHandler::Sound::silenced,
this->shared_from_this(), 220.f, 5.f);
} else {
effects.add<EffectRef::TurretFlashEffect>(
getgResHandlerPtr()->getTexture(
ResHandler::Texture::gameObjects),
position.x + 6, position.y + 2);
effects.add<EffectRef::DasherShot>(
position.x + 4, position.y,
angleFunction(target.x, target.y + 8, position.x,
position.y));
pGame->getSounds().play(ResHandler::Sound::silenced,
this->shared_from_this(), 220.f, 5.f);
}
}
if (timer > 300) {
timer -= 300;
shotCount = 0;
state = State::pause;
}
break;
case State::shootBegin:
facePlayer();
if (timer > 80) {
timer -= 80;
frameTimer = 0;
target = player.getPosition();
state = State::shooting;
frameIndex = 4;
}
break;
case State::dashBegin:
begin:
facePlayer();
if (timer > 352) {
timer -= 352;
state = State::dashing;
sounds.play(ResHandler::Sound::wooshMono, this->shared_from_this(),
220.f, 5.f);
frameIndex = 2;
uint8_t tries{0};
float dir{static_cast<float>(rng::random<359>())};
do {
tries++;
if (tries > 254) {
state = State::shootBegin;
frameIndex = 3;
goto begin;
}
dir += 12;
} while (wallInPath(walls, dir, position.x, position.y));
hSpeed = 5 * cos(dir);
vSpeed = 5 * sin(dir);
if (hSpeed > 0) {
dasherSheet.setScale(-1, 1);
} else {
dasherSheet.setScale(1, 1);
dasherSheet.setScale(1, 1);
}
}
break;
case State::dashing:
frameTimer += elapsedTime.asMilliseconds();
if (frameTimer > 40) {
frameTimer = 0;
blurEffects.emplace_back(dasherSheet.getSpritePtr(), position.x,
position.y);
}
if (timer > 250) {
timer -= 250;
state = State::dashEnd;
frameIndex = 1;
hSpeed = 0.f;
vSpeed = 0.f;
}
if (Enemy::checkWallCollision(walls, position.x, position.y)) {
hSpeed *= -1.f;
vSpeed *= -1.f;
}
break;
case State::dashEnd:
if (timer > 150) {
blurEffects.clear();
timer -= 150;
state = State::idle;
frameIndex = 0;
}
break;
}
if (!blurEffects.empty()) {
for (auto it = blurEffects.begin(); it != blurEffects.end();) {
if (it->getKillFlag())
it = blurEffects.erase(it);
else {
it->update(elapsedTime);
++it;
}
}
}
position.x += hSpeed * (elapsedTime.asMicroseconds() * 0.00005f);
position.y += vSpeed * (elapsedTime.asMicroseconds() * 0.00005f);
}
void Player::Update(sf::Time DeltaTime)
{
if(slopeQue.size()>0 && checkSlope == true){
this->getSlope2(slopeQue);
checkSlope = false;
}
if(alive == true){
if(health >= 3){
health = 3;
healthGenerateValue = 0;
}
if(healthGenerateValue >= 10){
health +=1;
healthGenerateValue = 0;
}
if(health <=0){
alive = false;
}
if(health >= 3){
m_Sprite.setTexture(*ImageManager::RequestTexture("Assets/Img/AvatarSprite.png", true, false, true));
}else if(health>=2){
m_Sprite.setTexture(*ImageManager::RequestTexture("Assets/Img/AvatarSprite_Hurt.png", true, false, true));
}else if(health>=1){
m_Sprite.setTexture(*ImageManager::RequestTexture("Assets/Img/AvatarSprite_Badly_Hurt.png", true, false, true));
}
m_friction = m_glideFric;
GUI::SetHearts(health);
if(Input_disable==false){
if(Input.keyIdPressed(PhoenixEngine::GlobalConfig->GetInt("Controls", "Control_Weapon1"))){ currentWeapon = 1; GUI::SwitchTo((Weapon)(currentWeapon-1)); }
if(Input.keyIdPressed(PhoenixEngine::GlobalConfig->GetInt("Controls", "Control_Weapon2"))){ currentWeapon = 2; GUI::SwitchTo((Weapon)(currentWeapon-1)); }
if(Input.keyIdPressed(PhoenixEngine::GlobalConfig->GetInt("Controls", "Control_Weapon3"))){ currentWeapon = 3; GUI::SwitchTo((Weapon)(currentWeapon-1)); }
if(Input.keyIdDown(PhoenixEngine::GlobalConfig->GetInt("Controls", "Control_Special"))){
if(GUI::GetBellowAmount() == 100){
Bellow_Attack();
GUI::setBellowAmount(0);
}
}
if(Input.keyIdDown(PhoenixEngine::GlobalConfig->GetInt("Controls", "Control_Left")))
{ m_Velocity.x -= m_acell*DeltaTime.asSeconds(); m_friction = m_moveFric; }
if(Input.keyIdDown(PhoenixEngine::GlobalConfig->GetInt("Controls", "Control_Right")))
{ m_Velocity.x += m_acell*DeltaTime.asSeconds(); m_friction = m_moveFric; }
if(Input.keyIdDown(PhoenixEngine::GlobalConfig->GetInt("Controls", "Control_Up")))
{ m_Velocity.y -= m_acell*DeltaTime.asSeconds(); m_friction = m_moveFric; }
if(Input.keyIdDown(PhoenixEngine::GlobalConfig->GetInt("Controls", "Control_Down")))
{ m_Velocity.y += m_acell*DeltaTime.asSeconds(); m_friction = m_moveFric; }
}
m_Velocity.x *= powf(m_friction, DeltaTime.asSeconds() / (1.0f / 30.0f));
m_Velocity.y *= powf(m_friction, DeltaTime.asSeconds() / (1.0f / 30.0f));
sf::Vector2f moveAmount = sf::Vector2f(m_Velocity.x * DeltaTime.asSeconds(), m_Velocity.y * DeltaTime.asSeconds());
if(bellowing==false){
m_Sprite.move(moveAmount);
}
if(m_Sprite.getPosition().y < 50){
m_Sprite.move(0, -moveAmount.y);
}
sf::Vector2i mousePos = Input.mousePos();//(sf::Vector2f)sf::Mouse::getPosition(*PhoenixEngine::GetWindow()) + ( m_Camera->getCenter() - sf::Vector2f( m_Camera->getSize().x/2, m_Camera->getSize().y/2 ) );
sf::Vector2f PlayerPos = (m_Sprite.getPosition() - (m_Camera->getCenter()-m_Camera->getSize()/2.0f));
PlayerPos.x *= (PhoenixEngine::GetWindow()->getSize().x / m_Camera->getSize().x);
PlayerPos.y *= (PhoenixEngine::GetWindow()->getSize().y / m_Camera->getSize().y);
float dx = mousePos.x - PlayerPos.x;
float dy = mousePos.y - PlayerPos.y;
float rotation = (atan2(dy, dx) * 180 / 3.14f);
m_Sprite.setRotation(rotation);
if(rotation>-90 && rotation < 90)
{
m_Sprite.setScale(1.0f, 1.0f);
}else
{
m_Sprite.setScale(1.0f, -1.0f);
}
if(Input.keyIdDown(PhoenixEngine::GlobalConfig->GetInt("Controls", "Control_Fire"))){
sf::Vector2f shot_dir = sf::Vector2f (dx, dy);
shoot(shot_dir);
}
if(currentReload > 0){
currentReload -= DeltaTime.asSeconds();
if(currentReload <= 0){
//reload done sound
AudioManager::playSound("Assets/Audio/Sfx/ReloadSound.wav", 0.8f, 1.2f);
AnimH.gotoAndPlay("reloadAnim", 1);
GUI::ReloadDone();
}
}
if(AnimH.getCurrentAnimation()=="reloadAnim"){
if(AnimH.getCurrentFrame() == 5){
AnimH.gotoAndPlay("flyAnim", 6);
}
}
if(AnimH.getCurrentAnimation() == "flyAnim"){
blinkTime += DeltaTime.asMilliseconds();
if(blinkTime>1000)
{
AnimH.gotoAndPlay("blinkAnim", 1);
blinkTime = 0;
}
}else if(AnimH.getCurrentAnimation() == "blinkAnim"){
if(AnimH.getCurrentFrame()==30)
{
AnimH.play("flyAnim");
blinkTime = 0;
}
}else if(AnimH.getCurrentAnimation() == "atackAnim"){
if(AnimH.getCurrentFrame()==15)
{
AnimH.play("flyAnim");
}
}
}else{
if(superDead == false){
m_Velocity.y +=2000*DeltaTime.asSeconds();
sf::Vector2f moveAmount = sf::Vector2f(m_Velocity.x * DeltaTime.asSeconds(), m_Velocity.y * DeltaTime.asSeconds());
m_Sprite.move(moveAmount);
float rotation = (atan2(m_Velocity.y, m_Velocity.x) * 180 / 3.14f);
float rot = (rotation- m_Sprite.getRotation()) /100;
m_Sprite.setRotation(m_Sprite.getRotation() + rot);
AnimH.gotoAndStop("deadAnim", 1);
}
}
if(damageColdDown > 0){
damageColdDown -= DeltaTime.asMilliseconds();
int blinksak = damageColdDown%400;
if(blinksak>100){
sf::Color col = m_Sprite.getColor();
col.a = 10;
m_Sprite.setColor(col);
}else{
sf::Color col = m_Sprite.getColor();
col.a = 255;
m_Sprite.setColor(col);
}
}
AnimH.update();
// std::cout << std::endl << std::endl;
// std::cout << "healthGenerateValue: " << healthGenerateValue << std::endl;
// std::cout << "Health: " << health << std::endl;
reflectedVector.x = 0;
reflectedVector.y = 0;
BW_Attack.Update(DeltaTime);
//ParticleManager::Spawn(new SparkleEffect, m_Sprite.getPosition());
if(Input_disable==false && PhoenixEngine::GlobalConfig->GetBool("Controls", "bEnableScrollWeapons")){
if(Input.mouseWheelDown()){
//std::cout << "before: " << currentWeapon << std::endl;
currentWeapon = ((currentWeapon)%3) +1;
GUI::SwitchTo((Weapon)(currentWeapon-1));
//std::cout << "after: " << currentWeapon << std::endl;
}
if(Input.mouseWheelUp()){
//std::cout << "before: " << currentWeapon << std::endl;
currentWeapon = ((currentWeapon-2+3)%3) +1;
GUI::SwitchTo((Weapon)(currentWeapon-1));
//std::cout << "after: " << currentWeapon << std::endl;
}
}
}
Music::Music(irrklang::ISound* sound, sf::Time startOffset, sf::Time finishOffset) {
sound_ = sound;
startOffset_ = startOffset.asMilliseconds();
sound_->setPlayPosition(startOffset_);
finishOffset_ = (finishOffset == sf::microseconds(0)) ? (sound_->getPlayLength()) : (finishOffset.asMilliseconds());
}
void Music::SetPlayPosition(sf::Time time) {
sound_->setPlayPosition(time.asMilliseconds());
}
void Player::Update(sf::Time elapsed, MB::EventList* events)
{
MB::GameComponent::Update(elapsed, events);
int dirX = 0;
int dirY = 0;
bool moved = false;
sf::Vector2f origPos(this->playerSprite.getPosition());
float origRot = this->playerSprite.getRotation();
Game* g = (Game*)this->game;
/*if(g->HasFocus()){*/
if ( (this->actions->Exists("Player Move Up") && this->actions->Get("Player Move Up")->IsActive() ) ||
( this->actions->Exists("Player Move Up Alt") && this->actions->Get("Player Move Up Alt")->IsActive())) {
dirY = -1;
moved = true;
}
if ( (this->actions->Exists("Player Move Down") && this->actions->Get("Player Move Down")->IsActive() ) ||
( this->actions->Exists("Player Move Down Alt") && this->actions->Get("Player Move Down Alt")->IsActive())) {
dirY = 1;
moved = true;
}
if ( (this->actions->Exists("Player Move Left") && this->actions->Get("Player Move Left")->IsActive() ) ||
( this->actions->Exists("Player Move Left Alt") && this->actions->Get("Player Move Left Alt")->IsActive())) {
dirX = -1;
moved = true;
}
if ( (this->actions->Exists("Player Move Right") && this->actions->Get("Player Move Right")->IsActive() ) ||
( this->actions->Exists("Player Move Right Alt") && this->actions->Get("Player Move Right Alt")->IsActive())) {
dirX = 1;
moved = true;
}
//}
sf::Vector2f direction(dirX,dirY);
// Change position (based on elapsed time)
// Limit elapsed time first
float limitedElapsed = (float)elapsed.asMilliseconds();
if(limitedElapsed > 31.0f) {
limitedElapsed = 31.0f;
}
sf::Vector2f velocity(dirX * 1.f * limitedElapsed, dirY * 1.f * limitedElapsed);
// Now check collision
sf::IntRect origRect(this->playerSprite.getGlobalBounds());
origRect.top = origPos.y;
origRect.left = origPos.x;
origRect.width = origRect.height = 32;
// Slight offset correction (from origin)
origRect.top -= 16;
origRect.left -= 16;
sf::Vector2f correctedVector = gameMap->collisionDetect(origRect, velocity, direction ) ;
correctedVector.x += origPos.x;
correctedVector.y += origPos.y;
this->playerSprite.setPosition(correctedVector);
// Set sprite orientation based on dir
float rotation = 0.0f;
// Diagonals
if(dirY == -1 && dirX == -1) {
rotation = 315.0f;
} else if(dirY == -1 && dirX == 1) {
rotation = 45.0f;
} else if(dirY == 1 && dirX == -1) {
rotation = 225.0f;
} else if(dirY == 1 && dirX == 1) {
rotation = 135.0f;
}
if(rotation == 0.0f) {
if(dirY == 1) {
rotation = 180.0f;
} else if(dirX == -1) {
rotation = 270.0f;
} else if(dirX == 1) {
rotation = 90.0f;
}
}
this->playerSprite.setRotation(rotation);
if(moved) {
// Update the local copy of weapon hitbox only if moved
UpdateWeaponHitBox();
this->directionVector = sf::Vector2i(dirX,dirY);
// Send Packet
Packets packets;
WorkQueues::packetsToSend().push(packets.CreateSendThisPlayerPos(playerSprite.getPosition(),playerSprite.getRotation()));
} else {
this->playerSprite.setRotation(origRot);
}
if (
(this->actions->Exists("UseItem") && this->actions->Get("UseItem")->IsActive()) ||
(this->actions->Exists("UseItem Alt") && this->actions->Get("UseItem Alt")->IsActive())
)
{
this->UseItem();
}
this->attacking = false;
if (this->game->GetActions()->Exists("Attack") && this->game->GetActions()->Get("Attack")->IsActive())
{
this->attacking = true;
this->Attack();
}
}
Blink::Blink(const std::shared_ptr<Drawable>& target, const sf::Time& duration, const sf::Time& blink_time)
: DrawableEffect {target, duration}
, _blink_time {blink_time.asMilliseconds()}
{}
void animationUpdate(sf::Time elapsed, vectorObjects shapes) {
shapes.sec->rotate(elapsed.asSeconds() * 6);
shapes.min->rotate(elapsed.asMilliseconds() * 0.0001f);
shapes.hour->rotate(elapsed.asMilliseconds() * 0.00001f / 6);
}
void Bullet_bounce::Update(sf::Time DeltaTime)
{
if(damage == 2){
bColor.r = 243;
bColor.g = 246;
bColor.b = 10;
m_Sprite.setColor(bColor);
}
if(damage == 4){
bColor.r = 246;
bColor.g = 138;
bColor.b = 10;
m_Sprite.setColor(bColor);
}
if(damage == 8){
bColor.r = 246;
bColor.g = 10;
bColor.b = 10;
m_Sprite.setColor(bColor);
}
if(slopeQue.size()>0 && checkSlope == true){
this->getSlope2(slopeQue);
checkSlope = false;
}
tailTime += DeltaTime.asMilliseconds();
if(drawAmount<10){
drawAmount +=1;
}
sf::Vector2f moveSpeed;
moveSpeed.x = m_Velocity.x * DeltaTime.asSeconds();
moveSpeed.y = m_Velocity.y * DeltaTime.asSeconds();
m_Sprite.move(moveSpeed);
float myRadians = atan2(m_Velocity.y, m_Velocity.x);
float myDegrees = (float)(myRadians*180/M_PI);
m_Sprite.setRotation(myDegrees);
tail[0]->setPosition( tail[0]->getPosition().x + directionVec[0].x * speed * DeltaTime.asSeconds(), tail[0]->getPosition().y + directionVec[0].y * speed * DeltaTime.asSeconds());
if(Util::getLenght(tail[0]->getPosition() - m_Sprite.getPosition()) >= 30){
directionVec[0] = Util::getNormalVector(m_Velocity);
tail[0]->setPosition( m_Sprite.getPosition().x - directionVec[0].x * 20.0f, m_Sprite.getPosition().y - directionVec[0].y * 20.0f);
float myRadians = atan2(directionVec[0].y, directionVec[0].x);
float myDegrees = (float)(myRadians*180/M_PI);
tail[0]->setRotation(myDegrees);
tail[0]->setColor(m_Sprite.getColor());
}
for(int i = 1; i < tail.size(); i++){
tail[i]->setPosition( tail[i]->getPosition().x + directionVec[i].x * speed * DeltaTime.asSeconds(), tail[i]->getPosition().y + directionVec[i].y * speed * DeltaTime.asSeconds());
if(Util::getLenght(tail[i]->getPosition() - tail[i-1]->getPosition()) >= 30){
directionVec[i] = directionVec[i-1];
tail[i]->setPosition( tail[i-1]->getPosition().x - directionVec[i].x * 20.0f, tail[i-1]->getPosition().y - directionVec[i].y * 20.0f);
float myRadians = atan2(directionVec[i].y, directionVec[i].x);
float myDegrees = (float)(myRadians*180/M_PI);
tail[i]->setRotation(myDegrees);
tail[i]->setColor(tail[i-1]->getColor());
}
}
time += DeltaTime.asMilliseconds();
if(time> 4000){
deleteMe = true;
}
}