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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