// doDraw
//---------------------------------------------------------------------------
void SoundView::doDraw(Surface &viewArea, Surface &clientArea)
{
MenuTemplateView::doDraw(viewArea, clientArea);
char strBuf[256];
const int arrowButtonWidth = 16;
iRect visualMeter;
int x = optionsMeterStartX + arrowButtonWidth;
int y = bodyTextRect.min.y + 15;
int yOffset = 15;
Surface tempSurface(optionsMeterWidth, 14, 1);
// Sound Volume
y += yOffset;
tempSurface.fill(meterColor);
tempSurface.drawButtonBorder(meterTopLeftBorderColor, meterBottomRightBorderColor);
sprintf(strBuf, "%d %%", getSoundVolume());
tempSurface.bltStringCenter(strBuf, meterTextColor);
tempSurface.blt(clientArea, x, y);
// Music Volume
y += yOffset*3;
tempSurface.fill(meterColor);
tempSurface.drawButtonBorder(meterTopLeftBorderColor, meterBottomRightBorderColor);
sprintf(strBuf, "%d %%", getMusicVolume());
tempSurface.bltStringCenter(strBuf, meterTextColor);
tempSurface.blt(clientArea, x, y);
//clientArea.bltStringCenter("Not available for preview", Color::white);
} // end SoundView::doDraw
void EntityPigZombie::onUpdate()
{
moveSpeed = playerToAttack == null ? 0.5 : 0.95;
if(randomSoundDelay > 0 && --randomSoundDelay == 0)
{
worldObj.playSoundAtEntity(this, "mob.zombiepig.zpigangry", getSoundVolume() * 2.0F, ((rand.nextFloat() - rand.nextFloat()) * 0.2 + 1.0F) * 1.8);
}
super.onUpdate();
}
void loadCustomSounds(const string& mPackName, const string& mPath)
{
for(auto filePath : getScan<Mode::Single, Type::File, Pick::ByExt>(mPath + "Sounds/", ".ogg"))
{
string fileName{getNameFromPath(filePath, mPath + "Sounds/", "")};
assetManager.loadSound(mPackName + "_" + fileName, filePath);
assetManager.getSound(mPackName + "_" + fileName).setVolume(getSoundVolume());
}
}
/**
* Play sound once.
* @param name sound name
* @param distance mag2 distance
*/
void SDLSound::playAmbientSound(const char* name, long distance)
{
Mix_Chunk *chunk = findChunk(name);
if (chunk) {
int oldVolume = Mix_VolumeChunk(chunk, getSoundVolume(distance));
if (Mix_PlayChannel(-1, chunk, 0) == -1) {
Mix_AllocateChannels(8 + Mix_AllocateChannels(-1));
if (Mix_PlayChannel(-1, chunk, 0) == -1) {
LOG (("Couldn't play sound '%s': %s", name, Mix_GetError()));
}
}
Mix_VolumeChunk(chunk, oldVolume);
}
}
void loadSounds()
{
Json::Value soundsRoot = getJsonFileRoot("Sounds/sounds.json");
for(Json::ValueIterator itr{soundsRoot.begin()}; itr != soundsRoot.end(); itr++)
{
SoundBuffer* soundBuffer{new SoundBuffer};
soundBuffer->loadFromFile("Sounds/" + (*itr).asString());
soundBufferPtrsMap.insert(make_pair(itr.key().asString(), soundBuffer));
Sound* soundPtr{new Sound};
soundPtr->setBuffer(*soundBuffer);
soundPtr->setVolume(getSoundVolume());
soundPtrsMap.insert(make_pair(itr.key().asString(), soundPtr));
}
}
// doDraw
//---------------------------------------------------------------------------
void OptionsTemplateView::doDraw(Surface &viewArea, Surface &clientArea)
{
checkBoxFullscreen->setState(GameConfig::video_fullscreen);
checkBoxBlendSmoke->setState(GameConfig::video_blendsmoke);
checkBoxDrawAllShadows->setState(GameConfig::video_shadows);
MenuTemplateView::doDraw(viewArea, clientArea);
Surface tempSurface(optionsMeterWidth, 14, 1);
// Scroll Rate
tempSurface.fill(meterColor);
tempSurface.drawButtonBorder(meterTopLeftBorderColor, meterBottomRightBorderColor);
char strBuf[256];
const int arrowButtonWidth = 16;
int x = bodyTextRect.min.x + optionsMeterStartX + arrowButtonWidth;
int y = bodyTextRect.min.y ;
int yOffset = 17;
y += yOffset*7;
sprintf(strBuf, "%d %%", int((float(getScrollRate()) /
float(gameconfig->scrollrate.getMax())) * 100.0f));
tempSurface.bltStringCenter(strBuf, meterTextColor);
tempSurface.blt(clientArea, x, y);
y += yOffset*2;
// Sound Volume
y += yOffset*3;
tempSurface.fill(meterColor);
tempSurface.drawButtonBorder(meterTopLeftBorderColor, meterBottomRightBorderColor);
sprintf(strBuf, "%d %%", getSoundVolume());
tempSurface.bltStringCenter(strBuf, meterTextColor);
tempSurface.blt(clientArea, x, y);
// Music Volume
y += yOffset*3;
tempSurface.fill(meterColor);
tempSurface.drawButtonBorder(meterTopLeftBorderColor, meterBottomRightBorderColor);
sprintf(strBuf, "%d %%", getMusicVolume());
tempSurface.bltStringCenter(strBuf, meterTextColor);
tempSurface.blt(clientArea, x, y);
} // end VisualsView::doDraw
void TFI_KK_Sound ( byte* command , int CarType , int charge , int volume )
{
byte str [ 5 ] ;
int i;
sprintf ( ( char * )str , "%d%04d" , getValue ( CarType , 0 , 9 ) , charge ) ;
command [ 0 ] = 0xAA ;
command [ 1 ] = 0x0A ;
command [ 2 ] = 0x4A ;
strncpy (( char * )&command [ 3 ] , ( char * )str , 5 ) ;
command [ 8 ] = getSoundVolume ( volume ) ;
command [ 9 ] = 0xBB ;
serial_write(LED_COM,command , TFI_KK_GetCommandLen( command )) ;
for(i = 0;i<TFI_KK_GetCommandLen( command );i++ )
{
echoic("TFI=<%x>",command[i]);
}
}
void SoundProcessor::process() {
#ifdef _FMOD_SOUND
for(std::list<FMOD::Channel*>::iterator i = soundChannel.begin(); i!=soundChannel.end();)
{
bool is_playing = false;
(*i)->isPlaying(&is_playing);
if(!is_playing) {
i = soundChannel.erase(i);
}
else ++i;
}
for(std::list<std::pair<Sound*, float> >::iterator i = soundsToPlay.begin(); i != soundsToPlay.end(); ++i)
if((soundChannel.size() < getSoundChannels()))
{
FMOD::Channel* mychannel = NULL;
soundEngine->playSound(FMOD_CHANNEL_FREE, i->first->getData(), 0, &mychannel);
mychannel->setPan(i->second);
mychannel->setVolume((float)(getSoundVolume()/100.0));
soundChannel.push_back(mychannel);
}
#elif _SDL_MIXER_SOUND
for(std::list<std::pair<boost::shared_ptr<const Sound>, float> >::iterator i = soundsToPlay.begin(); i != soundsToPlay.end(); ++i)
if((soundChannel.size() < soundConfiguration->getSoundChannels()))
{
int mychannel = -1;
mychannel = Mix_PlayChannel(-1, i->first->getData(), 0);
if(mychannel == -1) {
std::ostringstream os;
os << "ERROR (SoundProcessor::process()): " << Mix_GetError();
throw SDLException(os.str());
} else
soundChannel.push_back(mychannel);
int rightVolume = static_cast<int>(254.0 * i->second);
Mix_SetPanning(mychannel, static_cast<Uint8>(254 - rightVolume), static_cast<Uint8>(rightVolume));
// Mix_SetDistance TODO
// int Mix_SetPosition(int channel, Sint16 angle, Uint8 distance) TODO
}
#endif
soundsToPlay.clear();
// ------ END SOUND ENGINE -------
}
/**
* Play sound once.
* @param name sound name
* @param distance mag2 distance
*/
void SDLSound::playAmbientSound(const char* name, long distance)
{
SoundData *sdata = findChunk(name);
if (sdata)
{
if ( sdata->last_played.isTimeOut() )
{
int oldVolume = Mix_VolumeChunk(sdata->getData(), getSoundVolume(distance));
if (Mix_PlayChannel(-1, sdata->getData(), 0) == -1)
{
//LOG (("Couldn't play sound '%s': %s", name, Mix_GetError()));
}
Mix_VolumeChunk(sdata->getData(), oldVolume);
sdata->last_played.reset();
}
else
{
// LOGGER.debug("Skipped ambient sound '%s' due to timeout", name);
}
}
}
int SDLAudio::getSoundVolume ( std::string filename ) // Public version of getSoundVolume that takes filename as parameter and returns the volume as a percent
{
Mix_Chunk* sound = assetCache.getSound( filename );
return getSoundVolume(sound);
}
void refreshVolumes()
{
for(const auto& pair : assetManager.getSounds()) pair.second->setVolume(getSoundVolume());
for(const auto& pair : assetManager.getMusics()) pair.second->setVolume(getMusicVolume());
}