data:image/png;base64,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durationname
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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a.038.949999999999989200