data:image/png;base64,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
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 _
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.930016.60000001737100