data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAKAAAAB4CAYAAAB1ovlvAAAAAXNSR0IArs4c6QAAC1ZJREFUeF7tnX1M1dcZx7+AUOVFyCLGayawttLqOkUdSdMtwGy2LFAHOjIajQPFGM3+kEYTSFyiLg1ZtvhCdAkmGmVJs9hlK2TTdGnNFHXUuaEQqS9IeWkqTmi9FERA4S7fczmXe/ECF3qNB85zkobb6+93eJ7n+/F5znl+515DALggQyLwnCIQIgA+p8jLr1UREAAFhOcaAb8AZmdnIyUlBbNnz/5Gxt26dQsXLlxAU1PTN5pHbp65EXgKwAMHDmDNmjU+HsfExKDmaDHCvmwOKBIhISFYtrkUA5Hz0dHRgQ0bNqC5ObB7A/oFctGMiYAPgKtXr8bhw4efci46KhL9v/sBEtfuwuCt8wh7JR0DHx1E2IuvY/CzT9RPVc9fiIarv0e915u6CZ1L89T7tbW12Lhx44wJmjgSvAj4ALhr1y6sX79ezV5TU4PLly9j9+7dmBUWChz/BRLzD+DJjY8x63uZGDhbpsAjiHO2vIehjs+AoSdw9X2t3utZmY/25HVqrvr6ehQUFATPaplpxkTAB8DNmzdj69atyrljx46huroaZ8+exaPehwgrfwvffmsHwhYtB0JC0f/BbsxakY3BphqEr8qFq/8hQh2vYuiLBvT//Tf4OmUjPn/xZ2quhoYGFBYWzpigiSPBi4APgEuXLkV5eblndofDgd7eXvQ97Ma89/IwPyo04N/85Wtvoy3JvZasqqrC/v37A75XLrQnAk9tQvLy8pCTk4P4+PiRKLhcWOS6h6HmywFFJmT2XPR8dx2cTicuXryII0eOoLOzM6B75SK7IuC3DZObm4vMzExERUVNKRoPHjzAzZs3UVlZiZaWlinNITfZEYGA2jBsqzT+44941PAR4Br/yd1LP/klIl/7sYreiRMnUFpaakckxcspRWDMNsyVK1eQmpqqJg0NDUXT3jSkJ7ob07NeycDQgy8Q9tIbGPrfLSA0DIN3LnkMaMv/0PM6KytLsuCUpLHjpjHbMEePHkVPTw+2b9+OuXPn4vPSN5GWMBthiavwQu7v8aT+bypCIZHfgqv3K9V60aPx7SrP66KiIrWbliER8BeBcdsw9+/fR3FxMSIiInB/f6YCkGPO1j9hsPnf7kZ08xXVfumr2OKZv2Hdnz2vd+7ciUuXRrKjyCAR8I7AuG2YhIQEtXvt6+tDd3kefrhw4jbMUPR81GW4syEfw23btk39lCERmDAD8gK/bRgAi8J7MHTz4wmjGJa6Hm1f9SroSkpK0NraOuE9coG9EfDbhmHJTU5OVqV3KmNgYADXr1+fyq1yj2URkPOAlglumrsCoGmKWGaPAGiZ4Ka5KwCapohl9giAlglumrsCoGmKWGaPAGiZ4Ka5KwCapohl9giAlglumrsCoGmKWGaPAGiZ4Ka5KwCapohl9giAlglumrsCoGmKWGaPAGiZ4Ka5KwCapohl9giAlglumrsCoGmKWGaPAGiZ4Ka5KwCapohl9giAlglumrsCoGmKWGaPAGiZ4Ka5KwCapohl9giAlglumrsC4CQUiXQkobfd9ws3lxTuxY3jeycxi1zqHQEBcBI8+INt9HsC5CQCKv9U1/jBmrciA51Xz3kuYgaMX5GB1jMnPe8lZhb4/L8AKABOLgLjXL3q1ydw4/g+n7L7078048OffwcazsgFSepf3GNpdqTlIG5xik9JHg1x0IybIRNJCZ5AyDcrruJs/goPcARsVnQc4ldm4G51JaIcSYgdhu7lvCJ01p6Ds/GampXwhcfEob26cobgEnw3BECvmPrLViyxLL0dtecUbByPe5x4OW8H7lZXITw6Tv3HjQgz5p1TZeqaJz1OvFq4B5+UrA2+ajNoRgFwFIAE67/vblKQLUzLUVlOQxjpSFTQPe52qszGbMixpHAPakrW4lF7CxIyC1BfVoRlOw6h7cxJTzacQcwE1RUBcFQ4me2W7TiI9uoqPGxvwdIte/CfdzepMksgWWLnrUzH4+4ulQX1hqS3vRXxK9M9WZFrQkJMgN2Q7lVZ1HtTE1Qlp+lkAuAYwhEYQsRMtzAtG87bdQooZkHvnS93xXfeL1NlmAB21J5H770WJGbm49Nj+9TsXBveOXVI4PMTawFwVFC4DuRgptJZKzErH12367Cs6KAHIrX7BTDQ41TrPQLIjNnVWKcyY03xWsQlp6j3mSVHN7CnacIKutnWA0jgCBhLKDMcMxXfY+nleo8lGS73xoODGXHeinS1ISFcesdLCDmYAVmuu4Z3who8795h0FWcxhNaD6DWjjDNW5mBxcO7W+fta1hedFABFR4Tq9Z/3HwQSMLI60cPQufOeBWqVBPE+kPvqAzJuWMXL1egS0YciZwA6Cd7cM3Gcqp3uYSJGY9llxnQH3x6Gr3J4LVswSRkFeDueXe/ULLg08EWAL1iotstunwmZOarzOe9flMleYyhMyPLMufQfUNmUTmw4D9oAuAYMOksyD9mJmSvz7MO9FN+9TS6DHdcPad2y9wht54+6VkTTuPl2jMxXQAcI6zMfI60bJUBWXIJH9eAHONlQZZgbmIIIjcxHHzNNeXCdPdcHJIR3YEXAP0AyMzFwRZLRHSc+skMqNeEE5VglmxnYx0iYmI9MH56fJ97HXj6pCeTPpOUMs0mFQCHBWNmYrbzzm6q8bzAvevljjZqeGc7nsa8lhuYtjMV6qceum3DbMi1pXfbR5f2acZOUMwVAMcIoz5axTLcdKpM9QpZWrmT1RlyPAV4KIENaZZkPhFhE5tQss/oPXR5D4qa03ASAXAM0ZgJvUHjYzY+jlNPRRqvKRj9Df6ZC0Db6QrVsuFgSSa4hI2bG1n/jUROAPRDER/BaXBYRhOzChAeHYuImDgMdHeptR1Lss5evIZrRQ42oQkrB4FlD5HvRS1IwsN7LXI2cFS8BUCvgHCTwdKrT60wy/HgqYKp8Zo6js9stmTLHrSerhg+E1ip1o7McFznDXQ71ZqRazzew0MJnbXn1Ws+G+bBBj4d0Y/wpmHVDKrJAuAE4WQZZillG4XrOMLz/eGj+voAKh/VETL1mZHhEzG8hyDr1g1BZunVZVg/dw6qmtNwMgFwHNGYAbmR4CM1HjBlc1mXWt5GmLgmZL9P75LrDr2jgGXmU6XXkaTOBMppGP+BFgDHAFCfkuHpaHXsPiZOHVTl7laflHG3brLdp6RVq2a5yoQcXBcSPv7UEE/DBPXMTRYAxwgx14LeHybSj+b4Hl+zP8iSyrLMNg2v52DZJaDVv/qR54NM+ngX35PhGwEBMEAiXv/tB6oU629HWPcvF/76Roinea0PnhJMfQjB+/QL72OZlk/ICYABIjdyGXfHcxxJPvDwrCDXexzMfvybrD//wffS/vBPlQVljB8ByYABEOLv45qjvwFBf+5DT8fdMzctsvkQAANAbHKXsMyyKe3dy+MumR/H9B7yrQgTx1Uy4MQxeuoKf89v/X1z1hSmtu4WAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrBEArZPcLIcFQLP0sM4aAdA6yc1yWAA0Sw/rrPk/HgN1PT65h24AAAAASUVORK5CYII=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.03243015180531.0799999997588100