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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50600.5560.59070