data:image/png;base64,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data:image/png;base64,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30durationname
duration
length
number of channels
sample rate
samplessamplessoundvar base64, binaryString, len, bytes, i,
arrayBuffer, audioCtx;
if (sound.audioBuffer) {
return;
}
base64 = sound.audio.src.split(',')[1];
binaryString = window.atob(base64);
len = binaryString.length;
bytes = new Uint8Array(len);
for (i = 0; i < len; i += 1) {
bytes[i] = binaryString.charCodeAt(i);
}
arrayBuffer = bytes.buffer;
Note.prototype.setupContext();
audioCtx = Note.prototype.audioContext;
audioCtx.decodeAudioData(arrayBuffer, function(buffer) {
sound.audioBuffer = buffer;
});soundreturn !isNil(sound.audioBuffer);soundchoiceswitch (choice) {
case 'sample rate':
return sound.audioBuffer.sampleRate;
case 'duration':
return sound.audioBuffer.duration;
case 'length':
return sound.audioBuffer.length;
case 'number of channels':
return sound.audioBuffer.numberOfChannels;
default:
return sound.audioBuffer;
}play back a sound, a list of samples (single channel), or a list of lists (multiple channels) at the given sample rate.
for demo purposes this block also fast-plots the samples on the stage4410022.05 kHz=22050
44.1 kHz=44100
88.2 kHz=88200
96 kHz=96000samplesratevar audioCtx, channels, frameCount, arrayBuffer, i, source;
Note.prototype.setupContext();
audioCtx = Note.prototype.audioContext;
channels = (samples.at(1) instanceof List) ? samples.length() : 1;
frameCount = (channels === 1) ? samples.length() : samples.at(1).length();
arrayBuffer = audioCtx.createBuffer(channels, frameCount, rate);
if (!arrayBuffer.copyToChannel) {
arrayBuffer.copyToChannel = function (src, channel) {
var buffer = this.getChannelData(channel);
for (i = 0; i < src.length; i += 1) {
buffer[i] = src[i];
}
}
}
if (channels === 1) {
arrayBuffer.copyToChannel(Float32Array.from(samples.asArray()), 0, 0);
} else {
for (i = 0; i < channels; i += 1) {
arrayBuffer.copyToChannel(Float32Array.from(samples.at(i + 1).asArray()), i, 0);
}
}
source = audioCtx.createBufferSource();
source.buffer = arrayBuffer;
source.connect(audioCtx.destination);
source.start();
source.pause = source.stop;
this.parentThatIsA(StageMorph).activeSounds.push(source);generate a list of samples representing a sine wave at the given frequency, duration and sample rate440a 55=55
a 110=110
a 220=220
a 440=440
a 880=880
a 1760=1760
a 3520=352014410022.05 kHz=22050
44.1 kHz=44100
88.2 kHz=88200
96 kHz=960000.51quickly plot the samples of a sound, a list of samples (single channel), or a list of lists (multiple channels) to the stage at a lower resolution.1offset-2records an audio snippet and reports it as a new sound, or zero if the user cancelsca:volum del so
es:volumen del sonido
return typeof meter != 'undefined'return Math.floor(meter.volume * 100);xx
y
z1yawyaw
pitch
roll1xx
y
z111testtestvar leapScript,
done = false;
leapScript = document.createElement('script'),
leapScript.onload = function () {
done = true;
console.log('leap is ready');
};
document.head.appendChild(leapScript);
leapScript.src = 'https://js.leapmotion.com/leap-0.6.4.min.js';
return function () {return done; }window.controller = new Leap.Controller({enableGestures: true, background: true}); window.controller.connect();LABEL will stamp text on the stage at the given font size. The direction of the text is the direction the sprite is facing, and color will match the pen color.de:drucke _ in Größe _
ca:etiqueta _ de mida _
es:etiqueta _ de tamaño _
fr:étiquette _ d'une taille de _
Hello!12de:ist _ leer?
ca:_ buida?
es:_ vacía?
fr:_ vide?
de:behalte Elemente, die _ aus _
ca:manté els elements on _ de _
es:mantener los elementos donde _ de _
fr:garder les items tels que _ de _
1de:kombiniere mit _ die Elemente von _
ca:combina amb _ els elements de _
es:combinar con _ los elementos de _
fr:combine avec _ les items de _
1de:wenn _ dann _ sonst _
ca:si _ llavors _ si no _
es:si _ entonces _ sino _
fr:si _ alors _ sinon _
de:für _ = _ bis _ _
ca:per _ = _ fins _ _
es:para _ = _ hasta _ _
fr:pour _ allant de _ à _ _
110ide:füge Wörter zusammen _
ca:uneix les paraules _
es:unir las palabras _
fr:fusionne les mots _
121de:Liste $arrowRight Satz _
ca:llista $arrowRight frase _
es:lista $arrowRight frase _
fr:liste $arrowRight phrase _
de:Satz $arrowRight Liste _
ca:frase $arrowRight llista _
es:frase $arrowRight lista _
fr:phrase $arrowRight liste _
de:fange _ _
ca:agafa _ _
es:atrapar _ _
fr:attrape _ _
cont3de:wirf _
ca:llança _
es:lanzar _
fr:lance _
catchtagde:fange _ _
ca:agafa _ _
es:atrapar _ _
fr:attrape _ _
contde:wirf _ _
ca:llança _ _
es:lanzar _ _
fr:lance _ _
catchtagde:für jedes _ von _ _
ca:per cada _ de _ _
es:para cada _ de _ _
fr:pour chaque _ de _ _
de:falls _ dann _ und pause $pause-1-255-220-0
ca:si _ fes _ i atura-ho tot $pause-1-255-220-0
es:si _ haz _ y páralo todo $pause-1-255-220-0
fr:si _ faire _ et mettre tout en pause $pause-1-255-220-0
de:Wort $arrowRight Liste _
ca:paraula $arrowRight llista _
es:palabra $arrowRight lista _
fr:mot $arrowRight liste _
de:ignoriere _
ca:ignora _
es:ignorar _
fr:ignore _
de:Liste $arrowRight Wort _
ca:llista $arrowRight paraula _
es:lista $arrowRight palabra _
fr:liste $arrowRight mot _
de:Zahlen von _ bis _
ca:nombres des de _ a _
es:números de _ a _
fr:nombres de _ à _
1101de:wende _ an auf _
ca:mapeja _ sobre _
es:mapear _ sobre _
fr:appliquer _ à _
1777