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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pyu532DqzIplRkHA0HgJwIE8E8oCvmkqRcQwIVIl91Jy22xAP6ytou1wWXPBf0jUFEBArioiZnwK+T1pI50O4rqkn5KFsjWBnfF2uCSp4HuKyTAUPYRIID34Qj4hVNT/AZ0QOAKNp2tDZY22A9erA2u4PQwJATKFiCAi5qBLID5DeiitKvTz5j7TfvBq6vN/terMyhGggACJQjM6pIAnkUS7EDTWmYNsCEkt03rNHV1HmuDk5t5CkZgQQECeEGeHO/0Wimegs4RNKKmsrXBTqwNjmjKGCoCRQgkFcBFgC7QB38HegGcBO5ibXACk0yJCPQjQAD3ozXcY3kKeji/uM/ee23wJv/cuIth9AggkIcAAZyHYi9tNLTSHlbia8DWO1u5AnvWBh/E2uByJ4LeEaiGAAFc3Dw01RABXJx3NXvK1gZn7xvc8UdUc4CMCgEEihIggIuSlngNuDjrWT1V5kC2Nthrg43nk7azIYBAwgIEcHGTz2vAxVlXu6c9a4M7nrXB1Z4pRodAUAECOCjvXo137QqYF12iygAAEABJREFUP8SxF0jin2Zrg1XU2uDErSkfgYoKEMDFTUxTnteAi+OueE/Z2mDpt22UV9nOhgACCQoQwEVNutNK8VaERWnH0Y/TRhvo0drsR+2WLZAAzSJQVQECuIiZ2eSXWzcNrXFP2C0bArsE9qwN7uq3xNrgXSb8i0BCAgRwEZO9nNd/xcfcAtnaYK97xNrguX04OqQAp1dZgAAuYnb2s6ef+TvQRUjH2YfTOrE2OM65Y9QIDCFAAA+B18ep2S9gPdrH43loSgJt95CcsvcNZm1wSvNOrcEFqt4BAVzMDLEGuBjneHtpud+0EPZibXC8c8jIEehTgADuE2ygh0/zGvBAbqmdtETvsqeied/g1OadepMVCBvAybLOKpwr4FkkHJglcKL7pl0FZ2uDPzbrPg4ggEDtBAjgIqa0Id4JqQjnOvSxa23wa8Ta4DrMJjUgsKAAAbwgz1B37n1yU13xS1h7i/D53AJ7rw2e8gfM/SCOIoBAHQQI4GJmsakR8VaExVjH30u2NtjpHjneNzj+yaQCBOYXIIDnt8nznvReA85TL8W2vNZpWu9Qxx+RYvnUjEAKAgRwEbPsxGvARTjXqY9sbXBD2fsG31CnsqgFAQSeESCAn7EI95lXUzt4DTgccOVazmdA2drgrCXWBmcK7AjUToAALmZKswDmNeBirOvVC2uD6zWfVIPAXgIE8F4YQT7d6pdYuwfojXpMfCDQr0CMa4P7rZHHI5CoAAEceuKfVPb676NyzofuivZrKrBrbfAxrA2u6fxSVrICBHDoqXf2+q/n9d/QzLVuP1sb3NXpyt43mLXBVZ9qxodAzwIEcM9UAz+wqYZ4/XdgPk6cERh3m5WtDfasDZ7x4B8EaiBAAIeexOwKWARwaOYk2s/WBkusDU5isiMtkmH3JUAA98U1wIP5O9ADoHHKnALZ2mDpUruPtcGGwIZA7AIEcOgZ5K0IQwun1X7bXTdTMGuDZxj4B4EKCfQ9FAK4b7K+T+CNGPom44RFBE6z+89Txx9qt2wIIBCpAAEcfuL4O9DhjdPqoe2+YQXzvsGGwIZAzAK1CuBKTgSvAVdyWqIflNNGeb3WroJPib4WCkAgUQECOPzEN8VbEYZXTq2HaR0ip6UWwk+lVjr1IlAXAQI4/Ew2Na1Hw3dDD8kI3OF/Sg1NWr0bNeam7JYNAQQiFCCAQ09a9k5IrAMOrZxO+9nfFt+hP7Cr35u15zei06meShGolQABHHo6swD2/CGO0MzJtL9dV1n4Pq6WOyuZmikUgZoKEMAhJ9Z7Z98sn6flPAUdkjmZtif9B+U1qmX6tWRqplAEaixAAIec3Jt1kDX/uFa5nXbLhsDgAhN+TE4fkteYVrkf7dsQXyGAQIwCBHDIWVuqpjXPGzEYAtsQApP+ZWroRmvhlzTmvm+3bAggUAMBAjjkJC5V9l7ABHBI47q3fYs/WE6Ttl+gtvvjupc7SH2cg0CsAgRw2Jlr2jdOAjiscX1bn/DLtEyft/9Dn1HL3VTfQqkMgTQFCOCw896UF2uAwxrXt/UR/YacfmDhe359i6Sy4QQ4O2YBAjjs7DWtea6ADYGtT4FJ/2F5vUZPKXvjhT5P5uEIIBCDAAEccpZ4K8KQuvVtu+PfJKf3qKuTdIr71/oWSmUIDCcQ+9kEcMgZ5I0YQurWs+2OP8IKu9b2kzXu/t5u2RBAoKYCBHDYiW3aVQyvAYc1rk/rm/1hVsyEvM5U2/2Ffc6GAAI1FhgugGsMk1NpvAacE2Ttm7nXP8d+WLvN6rxRY+6zdsuGAAI1FyCAw04wb0UY1rc+rT+iT9jrvvfZle+G+hRFJQggsJAAAbyQzsL3LX6vE3+IY3ElHjHlLzSEl+tAnWG3bAggkIgAARx2optyYhlSWOO4W+/4X1FXp1oRp+gY96TdsiGAQCICBHDIic7eivBHqucvYYV0S6Xtjv8FK/VyTWvMnnp+yD5nQwCBhAQI4FCTfZt/jjXd1VquasyB7dkCt/rD5XSrHX6PTnbfsls2BBBITIAADjXhI2pa0zz9bAg13IYracKv0H66XV7X2pXvLcM1xtkIIBCrAAEcauacmvYNlqefQ/nG3O6IbrKr37ssfK+IuQzGjgACwwkQwMP5LXQ2V8AL6aR635TfaD+YHazH9IFoCRg4AgjkIkAA58I4ZyNNNcRT0HPSJHpw0p9u4btWTm/WWrc9UQXKRgCB3QIE8G6I3G8aYg1w7qgRN7jFHy2nC+yHsjG13A8jriT1oVM/ArkJEMC5Uc5qiKegZ5EkemDK/6ym9TkL4Ldr1H07UQXKRgCBZwkQwM8CyfHLprril7ByBI2yqS/4lfKatLFfoZbbYrdsCMQrwMhzFSCAc+Xcq7GuuALeiyPJT713WqrftyvfCbXdbyRpQNEIIDCvAAE8L83QdxDAQxNG3sAWXWlXvyMa1ZmRV8LwEUBAyt2AAM6ddHeD2RsxjIjfgt7NkdzNlH+vulpjdb9VznXtlg0BBBDYR4AA3ocj1y94DThXzogam/LH25XvOdo58zee+SEsoqljqAgUKRBVABcJk0NfTfsmzDffHCCjaqLjX2rz/ntqaK1Odt+NauwMFgEEChUggMNxE8DhbKvZ8oT/GRtY9hvPGzTq7rHP2RBAAIF5BQjgeWmGuONev9TOXq5xt81uc9poptIC2Zw3tMnG+Dm13fV2y4YAAggsKEAAL8gz4J0Pqmln8vSzISSzPaKr5fSohe85ydRMoQggMJQAATwU3zwnjxDA88gMfLjSJ075M218x6uhU+2WDQEEEOhJgADuianPBzXEFXCfZNE+fMqfLK8PaERjWu0ei7YOBo4AAoULEMAhyLMrYCeegg5hW6U2p/x/tPD9LTm9wcL3/nBDo2UEEKijAAEcZlZ/xr4xH68p/3u2HxOmC1otVeB2f4jN8aTt69Vyf1rqWOgcAQSiFCCAQ0xby/22dujF8rrP9pvU8ffZfoa2+ueJj/gFtvr97Snnm62Q39WY+x27ZQsoQNMI1FWAAA41s2vcI2q7q2x/uXXxAXua8jg9rW9bEN+kSf8qO8YWq8B2XWs/WH3H5vbCWEtg3AggUL4AAVzEHLTdVnuacq2F8BG2f9v2z9pT039iYfwuTfgVRQyBPnISmPLrLXxfpYZOz6lFmkFgAQHuqrMAAVzk7LbcD9Vyl9uV00s1rfXW9bh9I/+uhfF1FsT/1b5mq7JAx6+18D1dS3WyzePjVR4qY0MAgeoLEMBlzdG422xB/EvW/Svtm/rDFsQ321PTX7Wr4l+1QD7AjrNVSWCLf6UN5xr7wekkneAetM/ZEEAgsEDdm2/UvcDK19d2D1kQb9DX9LNyutTG+8sWyN+3IP64BfEr7Gu2sgXu9C+w4L3dhvEBneT+ym7ZEEAAgaEFCOChCXNq4CLXVdvdbvsaC+JfsCvix6zlKQviu+zK+C3a5Jfb12xFC2zyz9UOfcG6vd7mJvtbz/YpGwIIIDC8wMIBPHz7tDCIQMs9oFF3ofbTi9VV9jeGf00rdL9dEV9pYfyyQZrknAEFDlL2xgp/orbbOGALnIYAAgjMKUAAz8lSkYOr3E6Nu5vtm39bS3SUjWqHXR3fZUF8p+1v1oRfZsfYQgl0/MXyeqmW6X2huqBdBBBIV4AAnn/uq3XPie67arlz9UK9yAb2CXX1bjWUXRVv1B3+5+wYW54Cm/3brblf1bTeqFXuKfGBAAII5CxAAOcMGry5V7jtFsT/X2PuBLs6O86CeKl26uv2WnHHrorfqK1+SfAx1L2D2/2R5voRewmgrZPcw3Uvl/oQQKAcAQK4HPd8eh1zf6sxt07bdLiF8adt/6Ce1v3abE+d3uoPH6qTVE++3b9YI7rF9tN0vPmm6kDdCCAQXIAADk5cQAdr3ZMac5+114qPk9OoujpI++nP7Kr4C7afpIs889zLNGzxB1nwTqqra7TaZcuOejmLxyCAAAIDCfCNeSC2Cp/Ucn9tQfx+C+IX2yizZTPrdbS+Z0F8vu2H2jG2+QS6+pTddafG3cfslg0BBBAIKkAAB+UtsfGWe1xt97u2H6OGTrFAPsRG81cWwp+3p6hH7XO2vQU6/nJ5rdQP9MG9D/M5AgggEEqAAA4lW6V2R919arlft6dWf86GNWFB8xEL4u9oyp9j+/PtWNrblH+3AbxJy/TLOt3tsM/T3qgeAQQKESCAC2GuSCfjbptdEX9SLfcqC+G32P7vbf+mhfAmTfjjKzLKYoex2b/WDM6zTse0yj1it2wIIIBAIQIEcCHMFexkzGV/3emdWqaXWgDdpYautqviv7EgPlO3+Z+u4IjzH1K2frqr7HXyt9kPJt/JvwNajFCAISNQmAABXBh1RTta5X5k4fN/bP8vcnqH7T+vpfobC+PP2P66io56+GF1fFM7NWn1Zm8PuXX4BmkBAQQQ6E+AAO7Pq96PbrmvaMz9ihX5H+yq+F67vd5COPvFrf+lu/1K+7oe2yY/YvV91oq5TS33v+2WDQEEMgH2QgUI4EK5I+ms7f7Fgvgatd0R6uoMu0o8Wo/r2xbGn7anqI+OpIr5h7lC2TKjnWpp3fwP4h4EEEAgrAABHNY3/tbH3ZfUcm+xIH65FfMNNfRpC+I/U/abw9kfrrCDUW0d/34b75im9TY55+1zNgQQQCATKHwngAsnj7TDcfdPdkV8he0vswrOsqdwT7AQ+zsL4xssjP+bHav+NuVX2yDXyWlMJ7tH7XM2BBBAoDQBArg0+og7brs7LIjfrCU6wqr4voXx/7Mg/roF8Tt0iz/QjlVv2+yzJVe/Y1fyb7Ir+u9Vb4CMCAEEUhOoVACnhh99vSe6f7Qg3mh79gc+LrQgPkXL9D0L4mstkH9eVfmY8s+3q/WOXflerHH3taoMi3EggEDaAgRw2vOfX/Vt17EgPkU7lAXvP1vD2RtB3KNJ/zbd5p9jX5ezbfL7yetzFr7/Vy13QzmDoFcEEEBgtgABPNukpCM16XaNe9CC7mJt00ss9C63/a1aqvvtqvhqTfj/pKI/VujjFsAP2w8H68UHAgggUCEBArhCk1Groax10xbEt1nwjVsAHmn7E2roTrsi/qKF8f/QVr9/8Ho7/izr43XW9zvtlg0BBBColAABXKnpqOlgxtz3LYjP00/rcKvwWtvfqad1v71O/FFlvxwlyY7lu035N9rV9/tsH7fXfbfl2zitIYAAAsMLEMDDG9JCrwJHuh0ac39oV8ajdkr2NoleXd1jQbzFroz/u+71S+348NsW/3K76r1O01pjfT0wfIO0gAACCOQvQADnb0qLvQi03Xc06s7RQzpcXd1oV6rv1SN6wJ6evtTC+CW9NDHnYzr+UE1rUg2dbVe+fz7nYyp3kAEhgECKAgRwirNepZpPdU9ZUP6BPUW9SiNaZVeuy+V0rwXxhAXxG5T93eZex/sVv9zOv9X2T1m4/36vp/E4BBBAoAwBArgMdfqcW2C1+5YF8cxgnRsAAAbJSURBVIe0Q9lrxZ+xB52lA/UDC+KLNOFfaF8vvG3TdXbl+w17mvvihR/IvVUSYCwIpCpAAKc681Wue417Qi33GQvSY22Y4xaqTdvvsyC+1a6Mx+S9s+P7bh1/vh34z9qu99gtGwIIIFB5AQK48lOU+ADH3F9aGL9Py/QSOX1eXhdpSt+1IF6vO/zByj46/q128z8tpN+gLLztCzYE4hBglCkLEMApz35Mta9yP7anpz9l+1EWxG9WV4drp76hjr/ZyrhSSzRmr/v+g33OhgACCEQhQABHMU0Mch+BlvtTjbnTNaJ/Z8e32FXxu3Wi+6Z9zoYAAhEJpD5UAjj1/wEx17/aPWZXxNdZGN8acxmMHQEE0hQggNOcd6pGAAEEEChVQCKAS54AukcAAQQQSFOAAE5z3qkaAQQQQKBkgZQDuGR6ukcAAQQQSFmAAE559qkdAQQQQKA0AQK4NPqSO6Z7BBBAAIFSBQjgUvnpHAEEEEAgVQECONWZT7tuqkcAAQRKFyCAS58CBoAAAgggkKIAAZzirFNz2gJUjwAClRAggCsxDQwCAQQQQCA1AQI4tRmnXgTSFqB6BCojQABXZioYCAIIIIBASgIEcEqzTa0IIJC2ANVXSoAArtR0MBgEEEAAgVQECOBUZpo6EUAAgbQFKlc9AVy5KWFACCCAAAIpCBDAKcwyNSKAAAIIVE6g0ACuXPUMCAEEEEAAgZIECOCS4OkWAQQQQCBtAQK4sPmnIwQQQAABBJ4RIICfseAzBBBAAAEEChMggAujTrsjqkcAAQQQ2FeAAN7Xg68QQAABBBAoRIAALoSZTtIWoHoEEEBgtgABPNuEIwgggAACCAQXIICDE9MBAmkLUD0CCMwtQADP7cJRBBBAAAEEggoQwEF5aRwBBNIWoHoE5hcggOe34R4EEEAAAQSCCRDAwWhpGAEEEEhbgOoXFiCAF/bhXgQQQAABBIIIEMBBWGkUAQQQQCBtgcWrJ4AXN+IRCCCAAAII5C5AAOdOSoMIIIAAAggsLlDnAF68eh6BAAIIIIBASQIEcEnwdIsAAgggkLYAAVzX+acuBBBAAIFKCxDAlZ4eBocAAgggUFcBAriuM5t2XVSPAAIIVF6AAK78FDFABBBAAIE6ChDAdZxVakpbgOoRQCAKAQI4imlikAgggAACdRMggOs2o9SDQNoCVI9ANAIEcDRTxUARQAABBOokQADXaTapBQEE0hag+qgECOCopovBIoAAAgjURYAArstMUgcCCCCQtkB01RPA0U0ZA0YAAQQQqIMAAVyHWaQGBBBAAIHoBHIN4OiqZ8AIIIAAAgiUJEAAlwRPtwgggAACaQsQwLnNPw0hgAACCCDQuwAB3LsVj0QAAQQQQCA3AQI4N8q0G6J6BBBAAIH+BAjg/rx4NAIIIIAAArkIEMC5MNJI2gJUjwACCPQvQAD3b8YZCCCAAAIIDC1AAA9NSAMIpC1A9QggMJgAATyYG2chgAACCCAwlAABPBQfJyOAQNoCVI/A4AIE8OB2nIkAAggggMDAAgTwwHSciAACCKQtQPXDCRDAw/lxNgIIIIAAAgMJEMADsXESAggggEDaAsNXTwAPb0gLCCCAAAII9C1AAPdNxgkIIIAAAggMLxBzAA9fPS0ggAACCCBQkgABXBI83SKAAAIIpC1AAMc6/4wbAQQQQCBqAQI46ulj8AgggAACsQoQwLHOXNrjpnoEEEAgegECOPoppAAEEEAAgRgFCOAYZ40xpy1A9QggUAsBArgW00gRCCCAAAKxCRDAsc0Y40UgbQGqR6A2AgRwbaaSQhBAAAEEYhIggGOaLcaKAAJpC1B9rQQI4FpNJ8UggAACCMQiQADHMlOMEwEEEEhboHbVE8C1m1IKQgABBBCIQYAAjmGWGCMCCCCAQO0E+grg2lVPQQgggAACCJQkQACXBE+3CCCAAAJpCxDAPc8/D0QAAQQQQCA/AQI4P0taQgABBBBAoGcBArhnqrQfSPUIIIAAAvkKEMD5etIaAggggAACPQkQwD0x8aC0BageAQQQyF+AAM7flBYRQAABBBBYVIAAXpSIByCQtgDVI4BAGAECOIwrrSKAAAIIILCgAAG8IA93IoBA2gJUj0A4AQI4nC0tI4AAAgggMK8AATwvDXcggAACaQtQfVgBAjisL60jgAACCCAwpwABPCcLBxFAAAEE0hYIXz0BHN6YHhBAAAEEEJglQADPIuEAAggggAAC4QWqHMDhq6cHBBBAAAEEShIggEuCp1sEEEAAgbQFCOCqzj/jQgABBBCotQABXOvppTgEEEAAgaoK/BsAAAD//4O+4HAAAAAGSURBVAMACA0XK9IxrQQAAAAASUVORK5CYII=10zoom!seitenlänge1995