For values greater than 1, the sound does not actually grow louder, but its audible range (a 16-block radius at 1) is multiplied by volume. For values less than 1, the volume diminishes. Accepts tilde and caret notations.īE: volume: float: float Specifies the distance that the sound can be heard. Must be a three-dimensional coordinates with floating-point number elements. And the target selector must be of player type.īE: position: x y z: CommandPositionFloat Specifies the position to play the sounds from. Must be a player name, a target selector or a UUID. Must be master, music, record, weather, block, hostile, neutral, player, ambient, or voice.īE: player: target: CommandSelector Specifies the sound's target. JE: Specifies the music category and options the sound falls under. File names are not used by this command it strictly uses the events defined in sounds.json (which may not even be similar to the original file names and paths), and thus a resource pack adding new sound files must define events for them (this is not necessary when replacing old sounds already defined in events). Resource packs may add their own events to sounds.json the command successfully plays these. For example, the sound event plays one of several pig sounds at random, because the event has multiple sounds associated with it. A sound event may be affiliated with multiple sounds, and the sound that is actually produced is chosen at random from them, modified by their 'weight', just as the game normally would. Should be a Sound Event defined in sounds.json (for example, ). In Java Edition, must be a resource location. Should be a sound event defined in sound_definitions.json (for example, ). In Bedrock Edition, it must be either a single word (no spaces) or a quoted string. ogg files.Playsound Arguments īE: sound: string: basic_string Specifies the sound to play. The interested reader could now try to extend this function to also play other popular sound formats, like. play ( 'Sounds/test.wav' ) SummaryĪ simple play sound function that works perfectly with the. If the file would be in a sub folder, for example Sounds/test.wav, then this would be the way to use it: Let's try it out! We will put a test.wav sound file directly into our project folder. Note: it's a static function, this means that we can use it without creating a new Sound object each time. If something went wrong, the function will print out a 'play sound error' to the console. getMessage ( ) + ' for ' + fileName ) Īs you can see, we create a new thread and directly fill out its run() method and start it afterwards in line 18. getAudioInputStream ( new File (fileName ) ) Public static synchronized void play ( final String fileName )ĪudioInputStream inputStream = AudioSystem. The result is that we can play several sounds at the same time.

To make this possible, we will play each sound in a new thread every time. What if the same sound is played twice at the same time? For example in a racing game we will need to be able to play two car sounds at once, or even more.

Obviously we need to open the sound file and then play it somehow. wav), and since this is perfectly fine for video games, we will use it. The most easy format to play in Java is the wave format (. The class will hold our sound related functions. Now we have a Sound class that does nothing yet. We want to play sound files in Java, so let's create a Sound class first: Whole games are based on Sound, for example Singstar or Guitar Hero. Sound can make a big difference when it comes to the gaming experience.

Java play sound