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10durationname
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 _
11004