0) {\\n doOverlap = false;\\n simulate = false;\\n } else {\\n simulate = spatialMode == 2;\\n doOverlap = overlapDuration != 0 && doOverlap && simulate;\\n }\\n} else {\\n doOverlap = false;\\n}\\nif (!doOverlap) {\\n overlapDuration = 0;\\n}\\nif (simulate && softBody && isThisSpatial && !isThisPosition && (doFollowThrough || doOverlap)) {\\n var distanceRatio = $bm_div(length(valueAtTime(0), $bm_transform.anchorPoint), $bm_div(thisLayer.width, 2));\\n distanceRatio = $bm_div($bm_sum(1, $bm_mul(distanceRatio, flexibility)), 2);\\n if (doFollowThrough) {\\n elasticity = $bm_div(elasticity, distanceRatio);\\n damping = $bm_div(damping, distanceRatio);\\n }\\n if (doOverlap) {\\n overlapDuration = $bm_mul(overlapDuration, distanceRatio);\\n }\\n}\\nseedRandom(0, true);\\nif (doFollowThrough) {\\n if (elasticityRandom > 0)\\n elasticity = addNoise(elasticity, elasticityRandom);\\n if (dampingRandom > 0)\\n damping = addNoise(damping, dampingRandom);\\n}\\nif (doOverlap) {\\n if (doOverlap && overlapRandom > 0)\\n overlapDuration = addNoise(overlapDuration, overlapRandom);\\n}\\nvar result = value;\\nfunction isSpatial(prop) {\\n if (!(prop.value instanceof Array))\\n return false;\\n if (prop.value.length != 2 && prop.value.length != 3)\\n return false;\\n try {\\n if (typeof prop.speed !== 'undefined')\\n return true;\\n } catch (e) {\\n return false;\\n }\\n}\\nfunction addNoise(val, quantity) {\\n var randomValue = random(0.9, 1.1);\\n var noiseValue = noise($bm_mul(valueAtTime(0), randomValue));\\n noiseValue = $bm_mul(noiseValue, $bm_div(quantity, 100));\\n return $bm_mul(val, $bm_sum(noiseValue, 1));\\n}\\nfunction isAfterLastKey() {\\n if (numKeys == 0)\\n return false;\\n var nKey = nearestKey(time);\\n return nKey.time <= time && nKey.index == numKeys;\\n}\\nfunction isStill(t, threshold) {\\n var d = $bm_sub(valueAtTime(t), valueAtTime($bm_sum(t, framesToTime(1))));\\n if ($bm_isInstanceOfArray(d)) {\\n for (var i = 0; i < d.length; i++) {\\n d[i] = Math.abs(d[i]);\\n if (d[i] >= threshold) {\\n return false;\\n }\\n }\\n return true;\\n } else {\\n d = Math.abs(d);\\n return d < threshold;\\n }\\n}\\nfunction bezierInterpolation(t, tMin, tMax, value1, value2, bezierPoints) {\\n if (arguments.length !== 5 && arguments.length !== 6)\\n return t;\\n var a = $bm_sub(value2, value1);\\n var b = $bm_sub(tMax, tMin);\\n if (b == 0)\\n return t;\\n var c = clamp($bm_div($bm_sub(t, tMin), b), 0, 1);\\n if (!(bezierPoints instanceof Array) || bezierPoints.length !== 4)\\n bezierPoints = [\\n 0.33,\\n 0,\\n 0.66,\\n 1\\n ];\\n return $bm_sum($bm_mul(a, h(c, bezierPoints)), value1);\\n function h(f, g) {\\n var x = $bm_mul(3, g[0]);\\n var j = $bm_sub($bm_mul(3, $bm_sub(g[2], g[0])), x);\\n var k = $bm_sub($bm_sub(1, x), j);\\n var l = $bm_mul(3, g[1]);\\n var m = $bm_sub($bm_mul(3, $bm_sub(g[3], g[1])), l);\\n var n = $bm_sub($bm_sub(1, l), m);\\n var d = f;\\n for (var i = 0; i < 5; i++) {\\n var z = $bm_sub($bm_mul(d, $bm_sum(x, $bm_mul(d, $bm_sum(j, $bm_mul(d, k))))), f);\\n if (Math.abs(z) < 0.001)\\n break;\\n d = $bm_sub(d, $bm_div(z, $bm_sum(x, $bm_mul(d, $bm_sum($bm_mul(2, j), $bm_mul($bm_mul(3, k), d))))));\\n }\\n return $bm_mul(d, $bm_sum(l, $bm_mul(d, $bm_sum(m, $bm_mul(d, n)))));\\n }\\n}\\nfunction getPropWorldSpeed(t, prop) {\\n return length(getPropWorldVelocity(t, prop));\\n}\\nfunction getPrevKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time <= t)\\n return nKey;\\n if (nKey.index > 1)\\n return key($bm_sub(nKey.index, 1));\\n return null;\\n}\\nfunction getNextKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time >= t)\\n return nKey;\\n if (nKey.index < numKeys)\\n return key($bm_sum(nKey.index, 1));\\n return null;\\n}\\nfunction getPropWorldVelocity(t, prop) {\\n return $bm_mul($bm_sub(getPropWorldValue($bm_sum(t, 0.005), prop), getPropWorldValue($bm_sub(t, 0.005), prop)), 100);\\n}\\nfunction getLayerWorldPos(t, l) {\\n return l.toWorld(l.anchorPoint, t);\\n}\\nfunction getPropWorldValue(t, prop) {\\n if (isPosition(prop))\\n return getLayerWorldPos(t, thisLayer);\\n return thisLayer.toWorld(prop.valueAtTime(t), t);\\n}\\nfunction isPosition(prop) {\\n return prop === $bm_transform.position;\\n}\\nfunction isKeyTop(k, axis) {\\n var prevSpeed = velocityAtTime($bm_sub(k.time, threshold));\\n var nextSpeed = velocityAtTime($bm_sum(k.time, threshold));\\n if ($bm_isInstanceOfArray(value)) {\\n prevSpeed = prevSpeed[axis];\\n nextSpeed = nextSpeed[axis];\\n }\\n if (Math.abs(prevSpeed) < 0.01 || Math.abs(nextSpeed) < 0.01)\\n return true;\\n return $bm_mul(prevSpeed, nextSpeed) < 0;\\n}\\nfunction anticipate() {\\n var anticipation = zeroValue;\\n if (isAfterLastKey())\\n return anticipation;\\n if (numKeys < 2)\\n return anticipation;\\n var nextKey = getNextKey(time);\\n var aKey = nextKey;\\n if (!isStill(aKey.time - 0.1, 0.1)) {\\n aKey = getPrevKey(time);\\n if (!isStill(aKey.time - 0.1, 0.1))\\n return anticipation;\\n }\\n if (aKey.index == numKeys)\\n return anticipation;\\n var anticipationMiddle = aKey.time;\\n var anticipationStart = $bm_sub(anticipationMiddle, anticipationDuration);\\n var anticipationEnd = key(aKey.index + 1).time;\\n var startValue = anticipation;\\n var midValue = $bm_mul($bm_sum($bm_neg(valueAtTime($bm_sum(anticipationMiddle, anticipationDuration))), aKey.value), anticipationQuantity);\\n var endValue = anticipation;\\n if (time < anticipationStart) {\\n return anticipation;\\n } else if (time < anticipationMiddle) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue[i], midValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue, midValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else if (time <= anticipationEnd) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue[i], endValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue, endValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else {\\n return anticipation;\\n }\\n}\\nfunction followThroughAtTime(t) {\\n var fThrough = zeroValue;\\n if (elasticity == 0)\\n return fThrough;\\n var propSpeed;\\n if (!simulate) {\\n if (numKeys < 2)\\n return fThrough;\\n if (nearestKey(t).index == 1)\\n return fThrough;\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed >= threshold)\\n return fThrough;\\n } else {\\n propSpeed = getPropWorldSpeed(t, thisProperty);\\n if (propSpeed >= threshold)\\n return fThrough;\\n }\\n var fThroughStart = 0;\\n var fThroughTime = 0;\\n if (simulate) {\\n var speedI = getPropWorldSpeed(t, thisProperty);\\n var i = t;\\n while (speedI < threshold && i > 0) {\\n i = $bm_sub(i, $bm_div(thisComp.frameDuration, moBlurPrecision));\\n speedI = getPropWorldSpeed(i, thisProperty);\\n }\\n fThroughStart = i;\\n } else {\\n var fThroughKey = getPrevKey(t);\\n fThroughStart = fThroughKey.time;\\n }\\n if (fThroughStart == 0)\\n return fThrough;\\n fThroughTime = $bm_sub(t, fThroughStart);\\n if (simulate)\\n fThrough = $bm_div(getPropWorldVelocity($bm_sub(fThroughStart, thisComp.frameDuration), thisProperty), 2);\\n else\\n fThrough = $bm_div(velocityAtTime($bm_sub(fThroughStart, thisComp.frameDuration)), 2);\\n if (bounce) {\\n var cycleDamp = Math.exp($bm_mul($bm_mul(fThroughTime, damping), 0.1));\\n var damp = $bm_div(Math.exp($bm_mul(fThroughTime, damping)), $bm_div(elasticity, 2));\\n var cycleDuration = $bm_div(1, $bm_mul(elasticity, 2));\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n cycleDuration = framesToTime(cycleDuration);\\n var midDuration = $bm_div(cycleDuration, 2);\\n var maxValue = $bm_mul(fThrough, midDuration);\\n var cycvarime = fThroughTime;\\n var numEndCycles = 1;\\n while (cycvarime > cycleDuration) {\\n cycvarime = $bm_sub(cycvarime, cycleDuration);\\n cycleDuration = $bm_div(cycleDuration, cycleDamp);\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n if (cycleDuration < 2) {\\n cycleDuration = 2;\\n numEndCycles++;\\n }\\n cycleDuration = framesToTime(cycleDuration);\\n midDuration = $bm_div(cycleDuration, 2);\\n maxValue = $bm_div($bm_mul(fThrough, midDuration), damp);\\n if (numEndCycles > 100 / damping && maxValue < threshold)\\n return zeroValue;\\n }\\n if (cycvarime < midDuration)\\n fThrough = bezierInterpolation(cycvarime, 0, midDuration, 0, maxValue, [\\n 0,\\n 0.1,\\n slowIn,\\n 1\\n ]);\\n else\\n fThrough = bezierInterpolation(cycvarime, midDuration, cycleDuration, maxValue, 0, [\\n $bm_sub(1, slowIn),\\n 0,\\n 1,\\n 0.9\\n ]);\\n } else {\\n var damp = Math.exp($bm_mul(fThroughTime, damping));\\n var sinus = $bm_mul($bm_mul($bm_mul(elasticity, fThroughTime), 2), Math.PI);\\n sinus = Math.sin(sinus);\\n sinus = $bm_mul($bm_div(0.3, elasticity), sinus);\\n sinus = $bm_div(sinus, damp);\\n if (Math.abs(sinus) < $bm_div(threshold, 100))\\n return 0;\\n fThrough = $bm_mul(fThrough, sinus);\\n if (threshold > 0) {\\n fThrough = $bm_mul(fThrough, $bm_sub(1, $bm_div(propSpeed, threshold)));\\n }\\n }\\n if (bounce) {\\n var prevValue = valueAtTime($bm_sub(fThroughStart, thisComp.frameDuration));\\n var startValue = valueAtTime(fThroughStart);\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < prevValue.length; i++) {\\n if (prevValue[i] > startValue[i])\\n fThrough[i] = Math.abs(fThrough[i]);\\n if (prevValue[i] < startValue[i])\\n fThrough[i] = $bm_neg(Math.abs(fThrough[i]));\\n }\\n } else {\\n if (prevValue > startValue)\\n fThrough = Math.abs(fThrough);\\n if (prevValue < startValue)\\n fThrough = $bm_neg(Math.abs(fThrough));\\n }\\n }\\n if (simulate) {\\n if (!isThisPosition) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer));\\n fThrough = $bm_sub(thisLayer.fromWorld(fThrough), thisLayer.anchorPoint);\\n } else if (thisLayer.hasParent) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer.parent));\\n fThrough = $bm_sub(thisLayer.parent.fromWorld(fThrough), thisLayer.parent.anchorPoint);\\n }\\n }\\n return fThrough;\\n}\\nfunction followThrough() {\\n var propSpeed = length(velocity);\\n if (propSpeed < threshold)\\n return followThroughAtTime($bm_sub(time, overlapDuration));\\n var fThrough = zeroValue;\\n var t = time;\\n while (t > 0) {\\n t = $bm_sub(t, thisComp.frameDuration);\\n if (simulate)\\n propSpeed = getPropWorldSpeed($bm_sub(t, overlapDuration), thisProperty);\\n else\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed < threshold) {\\n fThrough = followThroughAtTime($bm_sub(t, overlapDuration));\\n break;\\n }\\n }\\n return linear(time, t, $bm_sum(t, $bm_mul(anticipationDuration, 2)), fThrough, zeroValue);\\n}\\nfunction smartSmooth(axis) {\\n var startKey = nearestKey(time);\\n var endKey = startKey;\\n if (time == startKey.time)\\n return 0;\\n if (time < startKey.time && startKey.index == 1)\\n return 0;\\n if (time > startKey.time && startKey.index == numKeys)\\n return 0;\\n if (time < startKey.time)\\n startKey = key($bm_sub(startKey.index, 1));\\n if (time > startKey.time)\\n endKey = key($bm_sum(startKey.index, 1));\\n var sI = 0.66;\\n var sO = 0.33;\\n var sIV = 1;\\n var sOV = 0;\\n var sVal = startKey.value;\\n var eVal = endKey.value;\\n if ($bm_isInstanceOfArray(value)) {\\n sVal = sVal[axis];\\n eVal = eVal[axis];\\n }\\n var sTime = startKey.time;\\n var eTime = endKey.time;\\n if (isKeyTop(startKey, axis))\\n sO = slowOut;\\n else {\\n var prevKey = key($bm_sub(startKey.index, 1));\\n var pVal = prevKey.value;\\n if ($bm_isInstanceOfArray(value))\\n pVal = pVal[axis];\\n sOV = $bm_div($bm_sub(sVal, pVal), $bm_sub(eVal, pVal));\\n }\\n if (isKeyTop(endKey, axis)) {\\n sI = slowIn;\\n if (endKey.index != numKeys) {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n if (Math.abs(nVal - eVal) < 0.01 && doFollowThrough)\\n sI = 1;\\n }\\n } else {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n sIV = $bm_div($bm_sub(eVal, sVal), $bm_sub(nVal, sVal));\\n }\\n if (endKey.index == numKeys && doFollowThrough) {\\n sI = 1;\\n }\\n var val = value;\\n if ($bm_isInstanceOfArray(value))\\n val = val[axis];\\n return $bm_sub(bezierInterpolation(time, sTime, eTime, sVal, eVal, [\\n sO,\\n sOV,\\n sI,\\n sIV\\n ]), val);\\n}\\nfunction overlap() {\\n var ol = zeroValue;\\n if (isThisPosition && !hasParent)\\n return zeroValue;\\n ol = $bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisProperty), getPropWorldValue(time, thisProperty));\\n var motionRatio = $bm_div($bm_div(length(zeroValue, ol), thisLayer.width), 2);\\n if (isThisPosition) {\\n var originalDistance = length(valueAtTime(0));\\n motionRatio = $bm_div(length(zeroValue, ol), thisComp.width);\\n }\\n ol = $bm_sum(ol, getPropWorldValue(time, thisProperty));\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisLayer.anchorPoint), ol), motionRatio), flexibility));\\n ol = thisLayer.fromWorld(ol);\\n if (!isThisPosition)\\n ol = $bm_sub(ol, value);\\n else {\\n ol = linear(flexibility, 0, 100, $bm_div(ol, 2), 0);\\n var prevParentWorldPos = getLayerWorldPos($bm_sub(time, overlapDuration), parent);\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_mul(thisLayer.fromWorld(prevParentWorldPos), motionRatio), flexibility), 5));\\n }\\n return ol;\\n}\\nvar okToGo = false;\\nif (simulate && fx.enabled)\\n okToGo = true;\\nelse if (numKeys > 1 && fx.enabled)\\n okToGo = true;\\nif (okToGo) {\\n var smartSmoothResult = zeroValue;\\n if (doInterpolation) {\\n if ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1)\\n ];\\n else if (value.length == 3)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2)\\n ];\\n else if (value.length == 4)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2),\\n smartSmooth(3)\\n ];\\n } else {\\n smartSmoothResult = smartSmooth(0);\\n }\\n }\\n if (doAnticipation)\\n result = $bm_sum(result, anticipate());\\n result = $bm_sum(result, smartSmoothResult);\\n if (doFollowThrough)\\n result = $bm_sum(result, followThrough());\\n if (doOverlap)\\n result = $bm_sum(result, overlap());\\n}\\n$bm_rt = result;\"}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667], \"y\": [1]}, \"o\": 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-41.26573714285714], [75.15282285714287, -26.811245714285715], [72.09984, -13.124754285714285], [79.26637714285714, -24.5248], [78.05805714285714, -39.75460571428571]], \"c\": true}, \"ix\": 2}, \"nm\": \"Path 1\", \"mn\": \"ADBE Vector Shape - Group\", \"hd\": false}, {\"ty\": \"fl\", \"c\": {\"a\": 0, \"k\": [1, 0.623529434204, 0, 1], \"ix\": 4}, \"o\": {\"a\": 0, \"k\": 100, \"ix\": 5}, \"r\": 1, \"bm\": 0, \"nm\": \"Fill 1\", \"mn\": \"ADBE Vector Graphic - Fill\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 0, \"k\": [0.0, 0.0], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [0.0, 0.0], \"ix\": 1}, \"s\": {\"a\": 0, \"k\": [100, 100], \"ix\": 3}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 0, \"k\": 100, \"ix\": 7}, \"sk\": {\"a\": 0, \"k\": 0, \"ix\": 4}, \"sa\": {\"a\": 0, \"k\": 0, \"ix\": 5}, \"nm\": \"Transform\"}], \"nm\": \"Group 2\", \"np\": 2, \"cix\": 2, \"bm\": 0, \"ix\": 1, \"mn\": \"ADBE Vector Group\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 1, \"k\": [{\"i\": {\"x\": 0.667, \"y\": 1}, \"o\": {\"x\": 0.333, \"y\": 0}, \"t\": 35, \"s\": [71.66537142857143, -13.03990857142857], \"to\": [0.0, -6.5009371428571425], \"ti\": [0.0, 6.5009371428571425]}, {\"t\": 56, \"s\": [71.66537142857143, -52.04845714285714]}], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [71.66537142857143, -13.03990857142857], \"ix\": 1}, \"s\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667, 0.667], \"y\": [1, 1]}, \"o\": {\"x\": [0.333, 0.333], \"y\": [0, 0]}, \"t\": 35, \"s\": [0, 0]}, {\"t\": 41, \"s\": [100, 100]}], \"ix\": 3, \"x\": \"var $bm_rt;\\nvar fx = effect('Kleaner');\\nvar doAnticipation = fx(1).value;\\nvar doInterpolation = fx(2).value;\\nvar doFollowThrough = fx(3).value;\\nvar damping = $bm_div(fx(15).value, 10);\\nvar elasticity = $bm_div(fx(13).value, 10);\\nvar bounce = fx(17).value;\\nvar anticipationDuration = fx(5).value;\\nvar anticipationQuantity = $bm_div(fx(6).value, 100);\\nvar slowIn = $bm_div(fx(9).value, 100);\\nvar slowOut = $bm_div(fx(10).value, 100);\\nvar spatialMode = fx(21).value;\\nvar spatialDoInterpolation = fx(20).value;\\nvar moBlurPrecision = fx(32).value;\\nvar elasticityRandom = fx(14).value;\\nvar dampingRandom = fx(16).value;\\nvar softBody = fx(28).value;\\nvar flexibility = $bm_div(fx(29).value, 100);\\nvar doOverlap = fx(23).value;\\nvar overlapDuration = fx(24).value;\\nvar overlapRandom = fx(25).value;\\nvar threshold = $bm_div($bm_div(1, moBlurPrecision), 1000);\\nvar zeroValue;\\nif ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n zeroValue = [\\n 0,\\n 0\\n ];\\n else if (value.length == 3)\\n zeroValue = [\\n 0,\\n 0,\\n 0\\n ];\\n else if (value.length == 4)\\n zeroValue = [\\n 0,\\n 0,\\n 0,\\n 0\\n ];\\n} else\\n zeroValue = 0;\\nvar isThisSpatial = isSpatial(thisProperty);\\nvar isThisPosition = thisProperty === $bm_transform.position;\\nvar simulate = false;\\nif (isThisSpatial) {\\n doInterpolation = doInterpolation && spatialDoInterpolation;\\n if (isThisPosition && thisProperty.numKeys > 0) {\\n doOverlap = false;\\n simulate = false;\\n } else {\\n simulate = spatialMode == 2;\\n doOverlap = overlapDuration != 0 && doOverlap && simulate;\\n }\\n} else {\\n doOverlap = false;\\n}\\nif (!doOverlap) {\\n overlapDuration = 0;\\n}\\nif (simulate && softBody && isThisSpatial && !isThisPosition && (doFollowThrough || doOverlap)) {\\n var distanceRatio = $bm_div(length(valueAtTime(0), $bm_transform.anchorPoint), $bm_div(thisLayer.width, 2));\\n distanceRatio = $bm_div($bm_sum(1, $bm_mul(distanceRatio, flexibility)), 2);\\n if (doFollowThrough) {\\n elasticity = $bm_div(elasticity, distanceRatio);\\n damping = $bm_div(damping, distanceRatio);\\n }\\n if (doOverlap) {\\n overlapDuration = $bm_mul(overlapDuration, distanceRatio);\\n }\\n}\\nseedRandom(0, true);\\nif (doFollowThrough) {\\n if (elasticityRandom > 0)\\n elasticity = addNoise(elasticity, elasticityRandom);\\n if (dampingRandom > 0)\\n damping = addNoise(damping, dampingRandom);\\n}\\nif (doOverlap) {\\n if (doOverlap && overlapRandom > 0)\\n overlapDuration = addNoise(overlapDuration, overlapRandom);\\n}\\nvar result = value;\\nfunction isSpatial(prop) {\\n if (!(prop.value instanceof Array))\\n return false;\\n if (prop.value.length != 2 && prop.value.length != 3)\\n return false;\\n try {\\n if (typeof prop.speed !== 'undefined')\\n return true;\\n } catch (e) {\\n return false;\\n }\\n}\\nfunction addNoise(val, quantity) {\\n var randomValue = random(0.9, 1.1);\\n var noiseValue = noise($bm_mul(valueAtTime(0), randomValue));\\n noiseValue = $bm_mul(noiseValue, $bm_div(quantity, 100));\\n return $bm_mul(val, $bm_sum(noiseValue, 1));\\n}\\nfunction isAfterLastKey() {\\n if (numKeys == 0)\\n return false;\\n var nKey = nearestKey(time);\\n return nKey.time <= time && nKey.index == numKeys;\\n}\\nfunction isStill(t, threshold) {\\n var d = $bm_sub(valueAtTime(t), valueAtTime($bm_sum(t, framesToTime(1))));\\n if ($bm_isInstanceOfArray(d)) {\\n for (var i = 0; i < d.length; i++) {\\n d[i] = Math.abs(d[i]);\\n if (d[i] >= threshold) {\\n return false;\\n }\\n }\\n return true;\\n } else {\\n d = Math.abs(d);\\n return d < threshold;\\n }\\n}\\nfunction bezierInterpolation(t, tMin, tMax, value1, value2, bezierPoints) {\\n if (arguments.length !== 5 && arguments.length !== 6)\\n return t;\\n var a = $bm_sub(value2, value1);\\n var b = $bm_sub(tMax, tMin);\\n if (b == 0)\\n return t;\\n var c = clamp($bm_div($bm_sub(t, tMin), b), 0, 1);\\n if (!(bezierPoints instanceof Array) || bezierPoints.length !== 4)\\n bezierPoints = [\\n 0.33,\\n 0,\\n 0.66,\\n 1\\n ];\\n return $bm_sum($bm_mul(a, h(c, bezierPoints)), value1);\\n function h(f, g) {\\n var x = $bm_mul(3, g[0]);\\n var j = $bm_sub($bm_mul(3, $bm_sub(g[2], g[0])), x);\\n var k = $bm_sub($bm_sub(1, x), j);\\n var l = $bm_mul(3, g[1]);\\n var m = $bm_sub($bm_mul(3, $bm_sub(g[3], g[1])), l);\\n var n = $bm_sub($bm_sub(1, l), m);\\n var d = f;\\n for (var i = 0; i < 5; i++) {\\n var z = $bm_sub($bm_mul(d, $bm_sum(x, $bm_mul(d, $bm_sum(j, $bm_mul(d, k))))), f);\\n if (Math.abs(z) < 0.001)\\n break;\\n d = $bm_sub(d, $bm_div(z, $bm_sum(x, $bm_mul(d, $bm_sum($bm_mul(2, j), $bm_mul($bm_mul(3, k), d))))));\\n }\\n return $bm_mul(d, $bm_sum(l, $bm_mul(d, $bm_sum(m, $bm_mul(d, n)))));\\n }\\n}\\nfunction getPropWorldSpeed(t, prop) {\\n return length(getPropWorldVelocity(t, prop));\\n}\\nfunction getPrevKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time <= t)\\n return nKey;\\n if (nKey.index > 1)\\n return key($bm_sub(nKey.index, 1));\\n return null;\\n}\\nfunction getNextKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time >= t)\\n return nKey;\\n if (nKey.index < numKeys)\\n return key($bm_sum(nKey.index, 1));\\n return null;\\n}\\nfunction getPropWorldVelocity(t, prop) {\\n return $bm_mul($bm_sub(getPropWorldValue($bm_sum(t, 0.005), prop), getPropWorldValue($bm_sub(t, 0.005), prop)), 100);\\n}\\nfunction getLayerWorldPos(t, l) {\\n return l.toWorld(l.anchorPoint, t);\\n}\\nfunction getPropWorldValue(t, prop) {\\n if (isPosition(prop))\\n return getLayerWorldPos(t, thisLayer);\\n return thisLayer.toWorld(prop.valueAtTime(t), t);\\n}\\nfunction isPosition(prop) {\\n return prop === $bm_transform.position;\\n}\\nfunction isKeyTop(k, axis) {\\n var prevSpeed = velocityAtTime($bm_sub(k.time, threshold));\\n var nextSpeed = velocityAtTime($bm_sum(k.time, threshold));\\n if ($bm_isInstanceOfArray(value)) {\\n prevSpeed = prevSpeed[axis];\\n nextSpeed = nextSpeed[axis];\\n }\\n if (Math.abs(prevSpeed) < 0.01 || Math.abs(nextSpeed) < 0.01)\\n return true;\\n return $bm_mul(prevSpeed, nextSpeed) < 0;\\n}\\nfunction anticipate() {\\n var anticipation = zeroValue;\\n if (isAfterLastKey())\\n return anticipation;\\n if (numKeys < 2)\\n return anticipation;\\n var nextKey = getNextKey(time);\\n var aKey = nextKey;\\n if (!isStill(aKey.time - 0.1, 0.1)) {\\n aKey = getPrevKey(time);\\n if (!isStill(aKey.time - 0.1, 0.1))\\n return anticipation;\\n }\\n if (aKey.index == numKeys)\\n return anticipation;\\n var anticipationMiddle = aKey.time;\\n var anticipationStart = $bm_sub(anticipationMiddle, anticipationDuration);\\n var anticipationEnd = key(aKey.index + 1).time;\\n var startValue = anticipation;\\n var midValue = $bm_mul($bm_sum($bm_neg(valueAtTime($bm_sum(anticipationMiddle, anticipationDuration))), aKey.value), anticipationQuantity);\\n var endValue = anticipation;\\n if (time < anticipationStart) {\\n return anticipation;\\n } else if (time < anticipationMiddle) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue[i], midValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue, midValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else if (time <= anticipationEnd) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue[i], endValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue, endValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else {\\n return anticipation;\\n }\\n}\\nfunction followThroughAtTime(t) {\\n var fThrough = zeroValue;\\n if (elasticity == 0)\\n return fThrough;\\n var propSpeed;\\n if (!simulate) {\\n if (numKeys < 2)\\n return fThrough;\\n if (nearestKey(t).index == 1)\\n return fThrough;\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed >= threshold)\\n return fThrough;\\n } else {\\n propSpeed = getPropWorldSpeed(t, thisProperty);\\n if (propSpeed >= threshold)\\n return fThrough;\\n }\\n var fThroughStart = 0;\\n var fThroughTime = 0;\\n if (simulate) {\\n var speedI = getPropWorldSpeed(t, thisProperty);\\n var i = t;\\n while (speedI < threshold && i > 0) {\\n i = $bm_sub(i, $bm_div(thisComp.frameDuration, moBlurPrecision));\\n speedI = getPropWorldSpeed(i, thisProperty);\\n }\\n fThroughStart = i;\\n } else {\\n var fThroughKey = getPrevKey(t);\\n fThroughStart = fThroughKey.time;\\n }\\n if (fThroughStart == 0)\\n return fThrough;\\n fThroughTime = $bm_sub(t, fThroughStart);\\n if (simulate)\\n fThrough = $bm_div(getPropWorldVelocity($bm_sub(fThroughStart, thisComp.frameDuration), thisProperty), 2);\\n else\\n fThrough = $bm_div(velocityAtTime($bm_sub(fThroughStart, thisComp.frameDuration)), 2);\\n if (bounce) {\\n var cycleDamp = Math.exp($bm_mul($bm_mul(fThroughTime, damping), 0.1));\\n var damp = $bm_div(Math.exp($bm_mul(fThroughTime, damping)), $bm_div(elasticity, 2));\\n var cycleDuration = $bm_div(1, $bm_mul(elasticity, 2));\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n cycleDuration = framesToTime(cycleDuration);\\n var midDuration = $bm_div(cycleDuration, 2);\\n var maxValue = $bm_mul(fThrough, midDuration);\\n var cycvarime = fThroughTime;\\n var numEndCycles = 1;\\n while (cycvarime > cycleDuration) {\\n cycvarime = $bm_sub(cycvarime, cycleDuration);\\n cycleDuration = $bm_div(cycleDuration, cycleDamp);\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n if (cycleDuration < 2) {\\n cycleDuration = 2;\\n numEndCycles++;\\n }\\n cycleDuration = framesToTime(cycleDuration);\\n midDuration = $bm_div(cycleDuration, 2);\\n maxValue = $bm_div($bm_mul(fThrough, midDuration), damp);\\n if (numEndCycles > 100 / damping && maxValue < threshold)\\n return zeroValue;\\n }\\n if (cycvarime < midDuration)\\n fThrough = bezierInterpolation(cycvarime, 0, midDuration, 0, maxValue, [\\n 0,\\n 0.1,\\n slowIn,\\n 1\\n ]);\\n else\\n fThrough = bezierInterpolation(cycvarime, midDuration, cycleDuration, maxValue, 0, [\\n $bm_sub(1, slowIn),\\n 0,\\n 1,\\n 0.9\\n ]);\\n } else {\\n var damp = Math.exp($bm_mul(fThroughTime, damping));\\n var sinus = $bm_mul($bm_mul($bm_mul(elasticity, fThroughTime), 2), Math.PI);\\n sinus = Math.sin(sinus);\\n sinus = $bm_mul($bm_div(0.3, elasticity), sinus);\\n sinus = $bm_div(sinus, damp);\\n if (Math.abs(sinus) < $bm_div(threshold, 100))\\n return 0;\\n fThrough = $bm_mul(fThrough, sinus);\\n if (threshold > 0) {\\n fThrough = $bm_mul(fThrough, $bm_sub(1, $bm_div(propSpeed, threshold)));\\n }\\n }\\n if (bounce) {\\n var prevValue = valueAtTime($bm_sub(fThroughStart, thisComp.frameDuration));\\n var startValue = valueAtTime(fThroughStart);\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < prevValue.length; i++) {\\n if (prevValue[i] > startValue[i])\\n fThrough[i] = Math.abs(fThrough[i]);\\n if (prevValue[i] < startValue[i])\\n fThrough[i] = $bm_neg(Math.abs(fThrough[i]));\\n }\\n } else {\\n if (prevValue > startValue)\\n fThrough = Math.abs(fThrough);\\n if (prevValue < startValue)\\n fThrough = $bm_neg(Math.abs(fThrough));\\n }\\n }\\n if (simulate) {\\n if (!isThisPosition) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer));\\n fThrough = $bm_sub(thisLayer.fromWorld(fThrough), thisLayer.anchorPoint);\\n } else if (thisLayer.hasParent) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer.parent));\\n fThrough = $bm_sub(thisLayer.parent.fromWorld(fThrough), thisLayer.parent.anchorPoint);\\n }\\n }\\n return fThrough;\\n}\\nfunction followThrough() {\\n var propSpeed = length(velocity);\\n if (propSpeed < threshold)\\n return followThroughAtTime($bm_sub(time, overlapDuration));\\n var fThrough = zeroValue;\\n var t = time;\\n while (t > 0) {\\n t = $bm_sub(t, thisComp.frameDuration);\\n if (simulate)\\n propSpeed = getPropWorldSpeed($bm_sub(t, overlapDuration), thisProperty);\\n else\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed < threshold) {\\n fThrough = followThroughAtTime($bm_sub(t, overlapDuration));\\n break;\\n }\\n }\\n return linear(time, t, $bm_sum(t, $bm_mul(anticipationDuration, 2)), fThrough, zeroValue);\\n}\\nfunction smartSmooth(axis) {\\n var startKey = nearestKey(time);\\n var endKey = startKey;\\n if (time == startKey.time)\\n return 0;\\n if (time < startKey.time && startKey.index == 1)\\n return 0;\\n if (time > startKey.time && startKey.index == numKeys)\\n return 0;\\n if (time < startKey.time)\\n startKey = key($bm_sub(startKey.index, 1));\\n if (time > startKey.time)\\n endKey = key($bm_sum(startKey.index, 1));\\n var sI = 0.66;\\n var sO = 0.33;\\n var sIV = 1;\\n var sOV = 0;\\n var sVal = startKey.value;\\n var eVal = endKey.value;\\n if ($bm_isInstanceOfArray(value)) {\\n sVal = sVal[axis];\\n eVal = eVal[axis];\\n }\\n var sTime = startKey.time;\\n var eTime = endKey.time;\\n if (isKeyTop(startKey, axis))\\n sO = slowOut;\\n else {\\n var prevKey = key($bm_sub(startKey.index, 1));\\n var pVal = prevKey.value;\\n if ($bm_isInstanceOfArray(value))\\n pVal = pVal[axis];\\n sOV = $bm_div($bm_sub(sVal, pVal), $bm_sub(eVal, pVal));\\n }\\n if (isKeyTop(endKey, axis)) {\\n sI = slowIn;\\n if (endKey.index != numKeys) {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n if (Math.abs(nVal - eVal) < 0.01 && doFollowThrough)\\n sI = 1;\\n }\\n } else {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n sIV = $bm_div($bm_sub(eVal, sVal), $bm_sub(nVal, sVal));\\n }\\n if (endKey.index == numKeys && doFollowThrough) {\\n sI = 1;\\n }\\n var val = value;\\n if ($bm_isInstanceOfArray(value))\\n val = val[axis];\\n return $bm_sub(bezierInterpolation(time, sTime, eTime, sVal, eVal, [\\n sO,\\n sOV,\\n sI,\\n sIV\\n ]), val);\\n}\\nfunction overlap() {\\n var ol = zeroValue;\\n if (isThisPosition && !hasParent)\\n return zeroValue;\\n ol = $bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisProperty), getPropWorldValue(time, thisProperty));\\n var motionRatio = $bm_div($bm_div(length(zeroValue, ol), thisLayer.width), 2);\\n if (isThisPosition) {\\n var originalDistance = length(valueAtTime(0));\\n motionRatio = $bm_div(length(zeroValue, ol), thisComp.width);\\n }\\n ol = $bm_sum(ol, getPropWorldValue(time, thisProperty));\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisLayer.anchorPoint), ol), motionRatio), flexibility));\\n ol = thisLayer.fromWorld(ol);\\n if (!isThisPosition)\\n ol = $bm_sub(ol, value);\\n else {\\n ol = linear(flexibility, 0, 100, $bm_div(ol, 2), 0);\\n var prevParentWorldPos = getLayerWorldPos($bm_sub(time, overlapDuration), parent);\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_mul(thisLayer.fromWorld(prevParentWorldPos), motionRatio), flexibility), 5));\\n }\\n return ol;\\n}\\nvar okToGo = false;\\nif (simulate && fx.enabled)\\n okToGo = true;\\nelse if (numKeys > 1 && fx.enabled)\\n okToGo = true;\\nif (okToGo) {\\n var smartSmoothResult = zeroValue;\\n if (doInterpolation) {\\n if ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1)\\n ];\\n else if (value.length == 3)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2)\\n ];\\n else if (value.length == 4)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2),\\n smartSmooth(3)\\n ];\\n } else {\\n smartSmoothResult = smartSmooth(0);\\n }\\n }\\n if (doAnticipation)\\n result = $bm_sum(result, anticipate());\\n result = $bm_sum(result, smartSmoothResult);\\n if (doFollowThrough)\\n result = $bm_sum(result, followThrough());\\n if (doOverlap)\\n result = $bm_sum(result, overlap());\\n}\\n$bm_rt = result;\"}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667], \"y\": [1]}, \"o\": 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[-60.541805714285715, -84.85156571428571], [-55.35012571428572, -71.30404571428572], [-54.49581714285714, -57.30596571428571], [-50.76406857142857, -70.24493714285714], [-56.13860571428571, -84.54582857142857]], \"c\": true}, \"ix\": 2}, \"nm\": \"Path 1\", \"mn\": \"ADBE Vector Shape - Group\", \"hd\": false}, {\"ty\": \"fl\", \"c\": {\"a\": 0, \"k\": [1, 0.623529434204, 0, 1], \"ix\": 4}, \"o\": {\"a\": 0, \"k\": 100, \"ix\": 5}, \"r\": 1, \"bm\": 0, \"nm\": \"Fill 1\", \"mn\": \"ADBE Vector Graphic - Fill\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 0, \"k\": [0.0, 0.0], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [0.0, 0.0], \"ix\": 1}, \"s\": {\"a\": 0, \"k\": [100, 100], \"ix\": 3}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 0, \"k\": 100, \"ix\": 7}, \"sk\": {\"a\": 0, \"k\": 0, \"ix\": 4}, \"sa\": {\"a\": 0, \"k\": 0, \"ix\": 5}, \"nm\": \"Transform\"}], \"nm\": \"Group 3\", \"np\": 2, \"cix\": 2, \"bm\": 0, \"ix\": 1, \"mn\": \"ADBE Vector Group\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 1, \"k\": [{\"i\": {\"x\": 0.667, \"y\": 1}, \"o\": {\"x\": 0.333, \"y\": 0}, \"t\": 33, \"s\": [-54.17984, -58.71030857142857], \"to\": [0.0, -8.127634285714286], \"ti\": [0.0, 8.127634285714286]}, {\"t\": 54, \"s\": [-54.17984, -107.47172571428571]}], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [-54.17984, -58.71030857142857], \"ix\": 1}, \"s\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667, 0.667], \"y\": [1, 1]}, \"o\": {\"x\": [0.333, 0.333], \"y\": [0, 0]}, \"t\": 33, \"s\": [0, 0]}, {\"t\": 39, \"s\": [100, 100]}], \"ix\": 3, \"x\": \"var $bm_rt;\\nvar fx = effect('Kleaner');\\nvar doAnticipation = fx(1).value;\\nvar doInterpolation = fx(2).value;\\nvar doFollowThrough = fx(3).value;\\nvar damping = $bm_div(fx(15).value, 10);\\nvar elasticity = $bm_div(fx(13).value, 10);\\nvar bounce = fx(17).value;\\nvar anticipationDuration = fx(5).value;\\nvar anticipationQuantity = $bm_div(fx(6).value, 100);\\nvar slowIn = $bm_div(fx(9).value, 100);\\nvar slowOut = $bm_div(fx(10).value, 100);\\nvar spatialMode = fx(21).value;\\nvar spatialDoInterpolation = fx(20).value;\\nvar moBlurPrecision = fx(32).value;\\nvar elasticityRandom = fx(14).value;\\nvar dampingRandom = fx(16).value;\\nvar softBody = fx(28).value;\\nvar flexibility = $bm_div(fx(29).value, 100);\\nvar doOverlap = fx(23).value;\\nvar overlapDuration = fx(24).value;\\nvar overlapRandom = fx(25).value;\\nvar threshold = $bm_div($bm_div(1, moBlurPrecision), 1000);\\nvar zeroValue;\\nif ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n zeroValue = [\\n 0,\\n 0\\n ];\\n else if (value.length == 3)\\n zeroValue = [\\n 0,\\n 0,\\n 0\\n ];\\n else if (value.length == 4)\\n zeroValue = [\\n 0,\\n 0,\\n 0,\\n 0\\n ];\\n} else\\n zeroValue = 0;\\nvar isThisSpatial = isSpatial(thisProperty);\\nvar isThisPosition = thisProperty === $bm_transform.position;\\nvar simulate = false;\\nif (isThisSpatial) {\\n doInterpolation = doInterpolation && spatialDoInterpolation;\\n if (isThisPosition && thisProperty.numKeys > 0) {\\n doOverlap = false;\\n simulate = false;\\n } else {\\n simulate = spatialMode == 2;\\n doOverlap = overlapDuration != 0 && doOverlap && simulate;\\n }\\n} else {\\n doOverlap = false;\\n}\\nif (!doOverlap) {\\n overlapDuration = 0;\\n}\\nif (simulate && softBody && isThisSpatial && !isThisPosition && (doFollowThrough || doOverlap)) {\\n var distanceRatio = $bm_div(length(valueAtTime(0), $bm_transform.anchorPoint), $bm_div(thisLayer.width, 2));\\n distanceRatio = $bm_div($bm_sum(1, $bm_mul(distanceRatio, flexibility)), 2);\\n if (doFollowThrough) {\\n elasticity = $bm_div(elasticity, distanceRatio);\\n damping = $bm_div(damping, distanceRatio);\\n }\\n if (doOverlap) {\\n overlapDuration = $bm_mul(overlapDuration, distanceRatio);\\n }\\n}\\nseedRandom(0, true);\\nif (doFollowThrough) {\\n if (elasticityRandom > 0)\\n elasticity = addNoise(elasticity, elasticityRandom);\\n if (dampingRandom > 0)\\n damping = addNoise(damping, dampingRandom);\\n}\\nif (doOverlap) {\\n if (doOverlap && overlapRandom > 0)\\n overlapDuration = addNoise(overlapDuration, overlapRandom);\\n}\\nvar result = value;\\nfunction isSpatial(prop) {\\n if (!(prop.value instanceof Array))\\n return false;\\n if (prop.value.length != 2 && prop.value.length != 3)\\n return false;\\n try {\\n if (typeof prop.speed !== 'undefined')\\n return true;\\n } catch (e) {\\n return false;\\n }\\n}\\nfunction addNoise(val, quantity) {\\n var randomValue = random(0.9, 1.1);\\n var noiseValue = noise($bm_mul(valueAtTime(0), randomValue));\\n noiseValue = $bm_mul(noiseValue, $bm_div(quantity, 100));\\n return $bm_mul(val, $bm_sum(noiseValue, 1));\\n}\\nfunction isAfterLastKey() {\\n if (numKeys == 0)\\n return false;\\n var nKey = nearestKey(time);\\n return nKey.time <= time && nKey.index == numKeys;\\n}\\nfunction isStill(t, threshold) {\\n var d = $bm_sub(valueAtTime(t), valueAtTime($bm_sum(t, framesToTime(1))));\\n if ($bm_isInstanceOfArray(d)) {\\n for (var i = 0; i < d.length; i++) {\\n d[i] = Math.abs(d[i]);\\n if (d[i] >= threshold) {\\n return false;\\n }\\n }\\n return true;\\n } else {\\n d = Math.abs(d);\\n return d < threshold;\\n }\\n}\\nfunction bezierInterpolation(t, tMin, tMax, value1, value2, bezierPoints) {\\n if (arguments.length !== 5 && arguments.length !== 6)\\n return t;\\n var a = $bm_sub(value2, value1);\\n var b = $bm_sub(tMax, tMin);\\n if (b == 0)\\n return t;\\n var c = clamp($bm_div($bm_sub(t, tMin), b), 0, 1);\\n if (!(bezierPoints instanceof Array) || bezierPoints.length !== 4)\\n bezierPoints = [\\n 0.33,\\n 0,\\n 0.66,\\n 1\\n ];\\n return $bm_sum($bm_mul(a, h(c, bezierPoints)), value1);\\n function h(f, g) {\\n var x = $bm_mul(3, g[0]);\\n var j = $bm_sub($bm_mul(3, $bm_sub(g[2], g[0])), x);\\n var k = $bm_sub($bm_sub(1, x), j);\\n var l = $bm_mul(3, g[1]);\\n var m = $bm_sub($bm_mul(3, $bm_sub(g[3], g[1])), l);\\n var n = $bm_sub($bm_sub(1, l), m);\\n var d = f;\\n for (var i = 0; i < 5; i++) {\\n var z = $bm_sub($bm_mul(d, $bm_sum(x, $bm_mul(d, $bm_sum(j, $bm_mul(d, k))))), f);\\n if (Math.abs(z) < 0.001)\\n break;\\n d = $bm_sub(d, $bm_div(z, $bm_sum(x, $bm_mul(d, $bm_sum($bm_mul(2, j), $bm_mul($bm_mul(3, k), d))))));\\n }\\n return $bm_mul(d, $bm_sum(l, $bm_mul(d, $bm_sum(m, $bm_mul(d, n)))));\\n }\\n}\\nfunction getPropWorldSpeed(t, prop) {\\n return length(getPropWorldVelocity(t, prop));\\n}\\nfunction getPrevKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time <= t)\\n return nKey;\\n if (nKey.index > 1)\\n return key($bm_sub(nKey.index, 1));\\n return null;\\n}\\nfunction getNextKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time >= t)\\n return nKey;\\n if (nKey.index < numKeys)\\n return key($bm_sum(nKey.index, 1));\\n return null;\\n}\\nfunction getPropWorldVelocity(t, prop) {\\n return $bm_mul($bm_sub(getPropWorldValue($bm_sum(t, 0.005), prop), getPropWorldValue($bm_sub(t, 0.005), prop)), 100);\\n}\\nfunction getLayerWorldPos(t, l) {\\n return l.toWorld(l.anchorPoint, t);\\n}\\nfunction getPropWorldValue(t, prop) {\\n if (isPosition(prop))\\n return getLayerWorldPos(t, thisLayer);\\n return thisLayer.toWorld(prop.valueAtTime(t), t);\\n}\\nfunction isPosition(prop) {\\n return prop === $bm_transform.position;\\n}\\nfunction isKeyTop(k, axis) {\\n var prevSpeed = velocityAtTime($bm_sub(k.time, threshold));\\n var nextSpeed = velocityAtTime($bm_sum(k.time, threshold));\\n if ($bm_isInstanceOfArray(value)) {\\n prevSpeed = prevSpeed[axis];\\n nextSpeed = nextSpeed[axis];\\n }\\n if (Math.abs(prevSpeed) < 0.01 || Math.abs(nextSpeed) < 0.01)\\n return true;\\n return $bm_mul(prevSpeed, nextSpeed) < 0;\\n}\\nfunction anticipate() {\\n var anticipation = zeroValue;\\n if (isAfterLastKey())\\n return anticipation;\\n if (numKeys < 2)\\n return anticipation;\\n var nextKey = getNextKey(time);\\n var aKey = nextKey;\\n if (!isStill(aKey.time - 0.1, 0.1)) {\\n aKey = getPrevKey(time);\\n if (!isStill(aKey.time - 0.1, 0.1))\\n return anticipation;\\n }\\n if (aKey.index == numKeys)\\n return anticipation;\\n var anticipationMiddle = aKey.time;\\n var anticipationStart = $bm_sub(anticipationMiddle, anticipationDuration);\\n var anticipationEnd = key(aKey.index + 1).time;\\n var startValue = anticipation;\\n var midValue = $bm_mul($bm_sum($bm_neg(valueAtTime($bm_sum(anticipationMiddle, anticipationDuration))), aKey.value), anticipationQuantity);\\n var endValue = anticipation;\\n if (time < anticipationStart) {\\n return anticipation;\\n } else if (time < anticipationMiddle) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue[i], midValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue, midValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else if (time <= anticipationEnd) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue[i], endValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue, endValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else {\\n return anticipation;\\n }\\n}\\nfunction followThroughAtTime(t) {\\n var fThrough = zeroValue;\\n if (elasticity == 0)\\n return fThrough;\\n var propSpeed;\\n if (!simulate) {\\n if (numKeys < 2)\\n return fThrough;\\n if (nearestKey(t).index == 1)\\n return fThrough;\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed >= threshold)\\n return fThrough;\\n } else {\\n propSpeed = getPropWorldSpeed(t, thisProperty);\\n if (propSpeed >= threshold)\\n return fThrough;\\n }\\n var fThroughStart = 0;\\n var fThroughTime = 0;\\n if (simulate) {\\n var speedI = getPropWorldSpeed(t, thisProperty);\\n var i = t;\\n while (speedI < threshold && i > 0) {\\n i = $bm_sub(i, $bm_div(thisComp.frameDuration, moBlurPrecision));\\n speedI = getPropWorldSpeed(i, thisProperty);\\n }\\n fThroughStart = i;\\n } else {\\n var fThroughKey = getPrevKey(t);\\n fThroughStart = fThroughKey.time;\\n }\\n if (fThroughStart == 0)\\n return fThrough;\\n fThroughTime = $bm_sub(t, fThroughStart);\\n if (simulate)\\n fThrough = $bm_div(getPropWorldVelocity($bm_sub(fThroughStart, thisComp.frameDuration), thisProperty), 2);\\n else\\n fThrough = $bm_div(velocityAtTime($bm_sub(fThroughStart, thisComp.frameDuration)), 2);\\n if (bounce) {\\n var cycleDamp = Math.exp($bm_mul($bm_mul(fThroughTime, damping), 0.1));\\n var damp = $bm_div(Math.exp($bm_mul(fThroughTime, damping)), $bm_div(elasticity, 2));\\n var cycleDuration = $bm_div(1, $bm_mul(elasticity, 2));\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n cycleDuration = framesToTime(cycleDuration);\\n var midDuration = $bm_div(cycleDuration, 2);\\n var maxValue = $bm_mul(fThrough, midDuration);\\n var cycvarime = fThroughTime;\\n var numEndCycles = 1;\\n while (cycvarime > cycleDuration) {\\n cycvarime = $bm_sub(cycvarime, cycleDuration);\\n cycleDuration = $bm_div(cycleDuration, cycleDamp);\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n if (cycleDuration < 2) {\\n cycleDuration = 2;\\n numEndCycles++;\\n }\\n cycleDuration = framesToTime(cycleDuration);\\n midDuration = $bm_div(cycleDuration, 2);\\n maxValue = $bm_div($bm_mul(fThrough, midDuration), damp);\\n if (numEndCycles > 100 / damping && maxValue < threshold)\\n return zeroValue;\\n }\\n if (cycvarime < midDuration)\\n fThrough = bezierInterpolation(cycvarime, 0, midDuration, 0, maxValue, [\\n 0,\\n 0.1,\\n slowIn,\\n 1\\n ]);\\n else\\n fThrough = bezierInterpolation(cycvarime, midDuration, cycleDuration, maxValue, 0, [\\n $bm_sub(1, slowIn),\\n 0,\\n 1,\\n 0.9\\n ]);\\n } else {\\n var damp = Math.exp($bm_mul(fThroughTime, damping));\\n var sinus = $bm_mul($bm_mul($bm_mul(elasticity, fThroughTime), 2), Math.PI);\\n sinus = Math.sin(sinus);\\n sinus = $bm_mul($bm_div(0.3, elasticity), sinus);\\n sinus = $bm_div(sinus, damp);\\n if (Math.abs(sinus) < $bm_div(threshold, 100))\\n return 0;\\n fThrough = $bm_mul(fThrough, sinus);\\n if (threshold > 0) {\\n fThrough = $bm_mul(fThrough, $bm_sub(1, $bm_div(propSpeed, threshold)));\\n }\\n }\\n if (bounce) {\\n var prevValue = valueAtTime($bm_sub(fThroughStart, thisComp.frameDuration));\\n var startValue = valueAtTime(fThroughStart);\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < prevValue.length; i++) {\\n if (prevValue[i] > startValue[i])\\n fThrough[i] = Math.abs(fThrough[i]);\\n if (prevValue[i] < startValue[i])\\n fThrough[i] = $bm_neg(Math.abs(fThrough[i]));\\n }\\n } else {\\n if (prevValue > startValue)\\n fThrough = Math.abs(fThrough);\\n if (prevValue < startValue)\\n fThrough = $bm_neg(Math.abs(fThrough));\\n }\\n }\\n if (simulate) {\\n if (!isThisPosition) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer));\\n fThrough = $bm_sub(thisLayer.fromWorld(fThrough), thisLayer.anchorPoint);\\n } else if (thisLayer.hasParent) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer.parent));\\n fThrough = $bm_sub(thisLayer.parent.fromWorld(fThrough), thisLayer.parent.anchorPoint);\\n }\\n }\\n return fThrough;\\n}\\nfunction followThrough() {\\n var propSpeed = length(velocity);\\n if (propSpeed < threshold)\\n return followThroughAtTime($bm_sub(time, overlapDuration));\\n var fThrough = zeroValue;\\n var t = time;\\n while (t > 0) {\\n t = $bm_sub(t, thisComp.frameDuration);\\n if (simulate)\\n propSpeed = getPropWorldSpeed($bm_sub(t, overlapDuration), thisProperty);\\n else\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed < threshold) {\\n fThrough = followThroughAtTime($bm_sub(t, overlapDuration));\\n break;\\n }\\n }\\n return linear(time, t, $bm_sum(t, $bm_mul(anticipationDuration, 2)), fThrough, zeroValue);\\n}\\nfunction smartSmooth(axis) {\\n var startKey = nearestKey(time);\\n var endKey = startKey;\\n if (time == startKey.time)\\n return 0;\\n if (time < startKey.time && startKey.index == 1)\\n return 0;\\n if (time > startKey.time && startKey.index == numKeys)\\n return 0;\\n if (time < startKey.time)\\n startKey = key($bm_sub(startKey.index, 1));\\n if (time > startKey.time)\\n endKey = key($bm_sum(startKey.index, 1));\\n var sI = 0.66;\\n var sO = 0.33;\\n var sIV = 1;\\n var sOV = 0;\\n var sVal = startKey.value;\\n var eVal = endKey.value;\\n if ($bm_isInstanceOfArray(value)) {\\n sVal = sVal[axis];\\n eVal = eVal[axis];\\n }\\n var sTime = startKey.time;\\n var eTime = endKey.time;\\n if (isKeyTop(startKey, axis))\\n sO = slowOut;\\n else {\\n var prevKey = key($bm_sub(startKey.index, 1));\\n var pVal = prevKey.value;\\n if ($bm_isInstanceOfArray(value))\\n pVal = pVal[axis];\\n sOV = $bm_div($bm_sub(sVal, pVal), $bm_sub(eVal, pVal));\\n }\\n if (isKeyTop(endKey, axis)) {\\n sI = slowIn;\\n if (endKey.index != numKeys) {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n if (Math.abs(nVal - eVal) < 0.01 && doFollowThrough)\\n sI = 1;\\n }\\n } else {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n sIV = $bm_div($bm_sub(eVal, sVal), $bm_sub(nVal, sVal));\\n }\\n if (endKey.index == numKeys && doFollowThrough) {\\n sI = 1;\\n }\\n var val = value;\\n if ($bm_isInstanceOfArray(value))\\n val = val[axis];\\n return $bm_sub(bezierInterpolation(time, sTime, eTime, sVal, eVal, [\\n sO,\\n sOV,\\n sI,\\n sIV\\n ]), val);\\n}\\nfunction overlap() {\\n var ol = zeroValue;\\n if (isThisPosition && !hasParent)\\n return zeroValue;\\n ol = $bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisProperty), getPropWorldValue(time, thisProperty));\\n var motionRatio = $bm_div($bm_div(length(zeroValue, ol), thisLayer.width), 2);\\n if (isThisPosition) {\\n var originalDistance = length(valueAtTime(0));\\n motionRatio = $bm_div(length(zeroValue, ol), thisComp.width);\\n }\\n ol = $bm_sum(ol, getPropWorldValue(time, thisProperty));\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisLayer.anchorPoint), ol), motionRatio), flexibility));\\n ol = thisLayer.fromWorld(ol);\\n if (!isThisPosition)\\n ol = $bm_sub(ol, value);\\n else {\\n ol = linear(flexibility, 0, 100, $bm_div(ol, 2), 0);\\n var prevParentWorldPos = getLayerWorldPos($bm_sub(time, overlapDuration), parent);\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_mul(thisLayer.fromWorld(prevParentWorldPos), motionRatio), flexibility), 5));\\n }\\n return ol;\\n}\\nvar okToGo = false;\\nif (simulate && fx.enabled)\\n okToGo = true;\\nelse if (numKeys > 1 && fx.enabled)\\n okToGo = true;\\nif (okToGo) {\\n var smartSmoothResult = zeroValue;\\n if (doInterpolation) {\\n if ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1)\\n ];\\n else if (value.length == 3)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2)\\n ];\\n else if (value.length == 4)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2),\\n smartSmooth(3)\\n ];\\n } else {\\n smartSmoothResult = smartSmooth(0);\\n }\\n }\\n if (doAnticipation)\\n result = $bm_sum(result, anticipate());\\n result = $bm_sum(result, smartSmoothResult);\\n if (doFollowThrough)\\n result = $bm_sum(result, followThrough());\\n if (doOverlap)\\n result = $bm_sum(result, overlap());\\n}\\n$bm_rt = result;\"}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667], \"y\": [1]}, \"o\": {\"x\": [0.333], \"y\": [0]}, \"t\": 49, \"s\": [100]}, {\"t\": 51, \"s\": [0]}], \"ix\": 7}, \"sk\": {\"a\": 0, \"k\": 0, \"ix\": 4}, \"sa\": {\"a\": 0, \"k\": 0, \"ix\": 5}, \"nm\": \"Transform\"}], \"nm\": \"Group 7\", \"np\": 1, \"cix\": 2, \"bm\": 0, \"ix\": 3, \"mn\": \"ADBE Vector Group\", \"hd\": false}, {\"ty\": \"gr\", \"it\": [{\"ty\": \"gr\", \"it\": [{\"ind\": 0, \"ty\": \"sh\", \"ix\": 1, \"ks\": {\"a\": 0, \"k\": {\"i\": [[-4.6811428571428575, 2.0202057142857144], [0.9640228571428572, -5.4374400000000005], [-0.8601599999999999, -4.790857142857143], [3.452342857142857, -3.4304], [-0.12726857142857143, 5.096594285714286], [0.13897142857142858, 5.096594285714286]], \"o\": [[-5.35552, 1.3443657142857144], [-0.8499199999999999, 4.79232], [0.8601599999999999, 4.790857142857143], [4.938605714285714, -1.2668342857142858], [0.12726857142857143, -5.096594285714286], [-0.13897142857142858, -5.096594285714286]], \"v\": [[-15.121554285714286, -128.08630857142856], [-25.8048, -116.62336], [-24.192731428571427, -102.20397714285714], [-26.893165714285715, -88.44434285714286], [-20.022125714285714, -100.02432], [-21.619565714285713, -115.21755428571429]], \"c\": true}, \"ix\": 2}, \"nm\": \"Path 1\", \"mn\": \"ADBE Vector Shape - Group\", \"hd\": false}, {\"ty\": \"fl\", \"c\": {\"a\": 0, \"k\": [1, 0.623529434204, 0, 1], \"ix\": 4}, \"o\": {\"a\": 0, \"k\": 100, \"ix\": 5}, \"r\": 1, \"bm\": 0, \"nm\": \"Fill 1\", \"mn\": \"ADBE Vector Graphic - Fill\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 0, \"k\": [0.0, 0.0], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [0.0, 0.0], \"ix\": 1}, \"s\": {\"a\": 0, \"k\": [100, 100], \"ix\": 3}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 0, \"k\": 100, \"ix\": 7}, \"sk\": {\"a\": 0, \"k\": 0, \"ix\": 4}, \"sa\": {\"a\": 0, \"k\": 0, \"ix\": 5}, \"nm\": \"Transform\"}], \"nm\": \"Group 4\", \"np\": 2, \"cix\": 2, \"bm\": 0, \"ix\": 1, \"mn\": \"ADBE Vector Group\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 1, \"k\": [{\"i\": {\"x\": 0.667, \"y\": 1}, \"o\": {\"x\": 0.333, \"y\": 0}, \"t\": 31, \"s\": [-26.85805714285714, -87.78459428571429], \"to\": [0.0, -7.314285714285714], \"ti\": [0.0, 7.314285714285714]}, {\"t\": 52, \"s\": [-26.85805714285714, -131.67030857142856]}], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [-26.85805714285714, -87.78459428571429], \"ix\": 1}, \"s\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667, 0.667], \"y\": [1, 1]}, \"o\": {\"x\": [0.333, 0.333], \"y\": [0, 0]}, \"t\": 31, \"s\": [0, 0]}, {\"t\": 37, \"s\": [100, 100]}], \"ix\": 3, \"x\": \"var $bm_rt;\\nvar fx = effect('Kleaner');\\nvar doAnticipation = fx(1).value;\\nvar doInterpolation = fx(2).value;\\nvar doFollowThrough = fx(3).value;\\nvar damping = $bm_div(fx(15).value, 10);\\nvar elasticity = $bm_div(fx(13).value, 10);\\nvar bounce = fx(17).value;\\nvar anticipationDuration = fx(5).value;\\nvar anticipationQuantity = $bm_div(fx(6).value, 100);\\nvar slowIn = $bm_div(fx(9).value, 100);\\nvar slowOut = $bm_div(fx(10).value, 100);\\nvar spatialMode = fx(21).value;\\nvar spatialDoInterpolation = fx(20).value;\\nvar moBlurPrecision = fx(32).value;\\nvar elasticityRandom = fx(14).value;\\nvar dampingRandom = fx(16).value;\\nvar softBody = fx(28).value;\\nvar flexibility = $bm_div(fx(29).value, 100);\\nvar doOverlap = fx(23).value;\\nvar overlapDuration = fx(24).value;\\nvar overlapRandom = fx(25).value;\\nvar threshold = $bm_div($bm_div(1, moBlurPrecision), 1000);\\nvar zeroValue;\\nif ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n zeroValue = [\\n 0,\\n 0\\n ];\\n else if (value.length == 3)\\n zeroValue = [\\n 0,\\n 0,\\n 0\\n ];\\n else if (value.length == 4)\\n zeroValue = [\\n 0,\\n 0,\\n 0,\\n 0\\n ];\\n} else\\n zeroValue = 0;\\nvar isThisSpatial = isSpatial(thisProperty);\\nvar isThisPosition = thisProperty === $bm_transform.position;\\nvar simulate = false;\\nif (isThisSpatial) {\\n doInterpolation = doInterpolation && spatialDoInterpolation;\\n if (isThisPosition && thisProperty.numKeys > 0) {\\n doOverlap = false;\\n simulate = false;\\n } else {\\n simulate = spatialMode == 2;\\n doOverlap = overlapDuration != 0 && doOverlap && simulate;\\n }\\n} else {\\n doOverlap = false;\\n}\\nif (!doOverlap) {\\n overlapDuration = 0;\\n}\\nif (simulate && softBody && isThisSpatial && !isThisPosition && (doFollowThrough || doOverlap)) {\\n var distanceRatio = $bm_div(length(valueAtTime(0), $bm_transform.anchorPoint), $bm_div(thisLayer.width, 2));\\n distanceRatio = $bm_div($bm_sum(1, $bm_mul(distanceRatio, flexibility)), 2);\\n if (doFollowThrough) {\\n elasticity = $bm_div(elasticity, distanceRatio);\\n damping = $bm_div(damping, distanceRatio);\\n }\\n if (doOverlap) {\\n overlapDuration = $bm_mul(overlapDuration, distanceRatio);\\n }\\n}\\nseedRandom(0, true);\\nif (doFollowThrough) {\\n if (elasticityRandom > 0)\\n elasticity = addNoise(elasticity, elasticityRandom);\\n if (dampingRandom > 0)\\n damping = addNoise(damping, dampingRandom);\\n}\\nif (doOverlap) {\\n if (doOverlap && overlapRandom > 0)\\n overlapDuration = addNoise(overlapDuration, overlapRandom);\\n}\\nvar result = value;\\nfunction isSpatial(prop) {\\n if (!(prop.value instanceof Array))\\n return false;\\n if (prop.value.length != 2 && prop.value.length != 3)\\n return false;\\n try {\\n if (typeof prop.speed !== 'undefined')\\n return true;\\n } catch (e) {\\n return false;\\n }\\n}\\nfunction addNoise(val, quantity) {\\n var randomValue = random(0.9, 1.1);\\n var noiseValue = noise($bm_mul(valueAtTime(0), randomValue));\\n noiseValue = $bm_mul(noiseValue, $bm_div(quantity, 100));\\n return $bm_mul(val, $bm_sum(noiseValue, 1));\\n}\\nfunction isAfterLastKey() {\\n if (numKeys == 0)\\n return false;\\n var nKey = nearestKey(time);\\n return nKey.time <= time && nKey.index == numKeys;\\n}\\nfunction isStill(t, threshold) {\\n var d = $bm_sub(valueAtTime(t), valueAtTime($bm_sum(t, framesToTime(1))));\\n if ($bm_isInstanceOfArray(d)) {\\n for (var i = 0; i < d.length; i++) {\\n d[i] = Math.abs(d[i]);\\n if (d[i] >= threshold) {\\n return false;\\n }\\n }\\n return true;\\n } else {\\n d = Math.abs(d);\\n return d < threshold;\\n }\\n}\\nfunction bezierInterpolation(t, tMin, tMax, value1, value2, bezierPoints) {\\n if (arguments.length !== 5 && arguments.length !== 6)\\n return t;\\n var a = $bm_sub(value2, value1);\\n var b = $bm_sub(tMax, tMin);\\n if (b == 0)\\n return t;\\n var c = clamp($bm_div($bm_sub(t, tMin), b), 0, 1);\\n if (!(bezierPoints instanceof Array) || bezierPoints.length !== 4)\\n bezierPoints = [\\n 0.33,\\n 0,\\n 0.66,\\n 1\\n ];\\n return $bm_sum($bm_mul(a, h(c, bezierPoints)), value1);\\n function h(f, g) {\\n var x = $bm_mul(3, g[0]);\\n var j = $bm_sub($bm_mul(3, $bm_sub(g[2], g[0])), x);\\n var k = $bm_sub($bm_sub(1, x), j);\\n var l = $bm_mul(3, g[1]);\\n var m = $bm_sub($bm_mul(3, $bm_sub(g[3], g[1])), l);\\n var n = $bm_sub($bm_sub(1, l), m);\\n var d = f;\\n for (var i = 0; i < 5; i++) {\\n var z = $bm_sub($bm_mul(d, $bm_sum(x, $bm_mul(d, $bm_sum(j, $bm_mul(d, k))))), f);\\n if (Math.abs(z) < 0.001)\\n break;\\n d = $bm_sub(d, $bm_div(z, $bm_sum(x, $bm_mul(d, $bm_sum($bm_mul(2, j), $bm_mul($bm_mul(3, k), d))))));\\n }\\n return $bm_mul(d, $bm_sum(l, $bm_mul(d, $bm_sum(m, $bm_mul(d, n)))));\\n }\\n}\\nfunction getPropWorldSpeed(t, prop) {\\n return length(getPropWorldVelocity(t, prop));\\n}\\nfunction getPrevKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time <= t)\\n return nKey;\\n if (nKey.index > 1)\\n return key($bm_sub(nKey.index, 1));\\n return null;\\n}\\nfunction getNextKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time >= t)\\n return nKey;\\n if (nKey.index < numKeys)\\n return key($bm_sum(nKey.index, 1));\\n return null;\\n}\\nfunction getPropWorldVelocity(t, prop) {\\n return $bm_mul($bm_sub(getPropWorldValue($bm_sum(t, 0.005), prop), getPropWorldValue($bm_sub(t, 0.005), prop)), 100);\\n}\\nfunction getLayerWorldPos(t, l) {\\n return l.toWorld(l.anchorPoint, t);\\n}\\nfunction getPropWorldValue(t, prop) {\\n if (isPosition(prop))\\n return getLayerWorldPos(t, thisLayer);\\n return thisLayer.toWorld(prop.valueAtTime(t), t);\\n}\\nfunction isPosition(prop) {\\n return prop === $bm_transform.position;\\n}\\nfunction isKeyTop(k, axis) {\\n var prevSpeed = velocityAtTime($bm_sub(k.time, threshold));\\n var nextSpeed = velocityAtTime($bm_sum(k.time, threshold));\\n if ($bm_isInstanceOfArray(value)) {\\n prevSpeed = prevSpeed[axis];\\n nextSpeed = nextSpeed[axis];\\n }\\n if (Math.abs(prevSpeed) < 0.01 || Math.abs(nextSpeed) < 0.01)\\n return true;\\n return $bm_mul(prevSpeed, nextSpeed) < 0;\\n}\\nfunction anticipate() {\\n var anticipation = zeroValue;\\n if (isAfterLastKey())\\n return anticipation;\\n if (numKeys < 2)\\n return anticipation;\\n var nextKey = getNextKey(time);\\n var aKey = nextKey;\\n if (!isStill(aKey.time - 0.1, 0.1)) {\\n aKey = getPrevKey(time);\\n if (!isStill(aKey.time - 0.1, 0.1))\\n return anticipation;\\n }\\n if (aKey.index == numKeys)\\n return anticipation;\\n var anticipationMiddle = aKey.time;\\n var anticipationStart = $bm_sub(anticipationMiddle, anticipationDuration);\\n var anticipationEnd = key(aKey.index + 1).time;\\n var startValue = anticipation;\\n var midValue = $bm_mul($bm_sum($bm_neg(valueAtTime($bm_sum(anticipationMiddle, anticipationDuration))), aKey.value), anticipationQuantity);\\n var endValue = anticipation;\\n if (time < anticipationStart) {\\n return anticipation;\\n } else if (time < anticipationMiddle) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue[i], midValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue, midValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else if (time <= anticipationEnd) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue[i], endValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue, endValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else {\\n return anticipation;\\n }\\n}\\nfunction followThroughAtTime(t) {\\n var fThrough = zeroValue;\\n if (elasticity == 0)\\n return fThrough;\\n var propSpeed;\\n if (!simulate) {\\n if (numKeys < 2)\\n return fThrough;\\n if (nearestKey(t).index == 1)\\n return fThrough;\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed >= threshold)\\n return fThrough;\\n } else {\\n propSpeed = getPropWorldSpeed(t, thisProperty);\\n if (propSpeed >= threshold)\\n return fThrough;\\n }\\n var fThroughStart = 0;\\n var fThroughTime = 0;\\n if (simulate) {\\n var speedI = getPropWorldSpeed(t, thisProperty);\\n var i = t;\\n while (speedI < threshold && i > 0) {\\n i = $bm_sub(i, $bm_div(thisComp.frameDuration, moBlurPrecision));\\n speedI = getPropWorldSpeed(i, thisProperty);\\n }\\n fThroughStart = i;\\n } else {\\n var fThroughKey = getPrevKey(t);\\n fThroughStart = fThroughKey.time;\\n }\\n if (fThroughStart == 0)\\n return fThrough;\\n fThroughTime = $bm_sub(t, fThroughStart);\\n if (simulate)\\n fThrough = $bm_div(getPropWorldVelocity($bm_sub(fThroughStart, thisComp.frameDuration), thisProperty), 2);\\n else\\n fThrough = $bm_div(velocityAtTime($bm_sub(fThroughStart, thisComp.frameDuration)), 2);\\n if (bounce) {\\n var cycleDamp = Math.exp($bm_mul($bm_mul(fThroughTime, damping), 0.1));\\n var damp = $bm_div(Math.exp($bm_mul(fThroughTime, damping)), $bm_div(elasticity, 2));\\n var cycleDuration = $bm_div(1, $bm_mul(elasticity, 2));\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n cycleDuration = framesToTime(cycleDuration);\\n var midDuration = $bm_div(cycleDuration, 2);\\n var maxValue = $bm_mul(fThrough, midDuration);\\n var cycvarime = fThroughTime;\\n var numEndCycles = 1;\\n while (cycvarime > cycleDuration) {\\n cycvarime = $bm_sub(cycvarime, cycleDuration);\\n cycleDuration = $bm_div(cycleDuration, cycleDamp);\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n if (cycleDuration < 2) {\\n cycleDuration = 2;\\n numEndCycles++;\\n }\\n cycleDuration = framesToTime(cycleDuration);\\n midDuration = $bm_div(cycleDuration, 2);\\n maxValue = $bm_div($bm_mul(fThrough, midDuration), damp);\\n if (numEndCycles > 100 / damping && maxValue < threshold)\\n return zeroValue;\\n }\\n if (cycvarime < midDuration)\\n fThrough = bezierInterpolation(cycvarime, 0, midDuration, 0, maxValue, [\\n 0,\\n 0.1,\\n slowIn,\\n 1\\n ]);\\n else\\n fThrough = bezierInterpolation(cycvarime, midDuration, cycleDuration, maxValue, 0, [\\n $bm_sub(1, slowIn),\\n 0,\\n 1,\\n 0.9\\n ]);\\n } else {\\n var damp = Math.exp($bm_mul(fThroughTime, damping));\\n var sinus = $bm_mul($bm_mul($bm_mul(elasticity, fThroughTime), 2), Math.PI);\\n sinus = Math.sin(sinus);\\n sinus = $bm_mul($bm_div(0.3, elasticity), sinus);\\n sinus = $bm_div(sinus, damp);\\n if (Math.abs(sinus) < $bm_div(threshold, 100))\\n return 0;\\n fThrough = $bm_mul(fThrough, sinus);\\n if (threshold > 0) {\\n fThrough = $bm_mul(fThrough, $bm_sub(1, $bm_div(propSpeed, threshold)));\\n }\\n }\\n if (bounce) {\\n var prevValue = valueAtTime($bm_sub(fThroughStart, thisComp.frameDuration));\\n var startValue = valueAtTime(fThroughStart);\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < prevValue.length; i++) {\\n if (prevValue[i] > startValue[i])\\n fThrough[i] = Math.abs(fThrough[i]);\\n if (prevValue[i] < startValue[i])\\n fThrough[i] = $bm_neg(Math.abs(fThrough[i]));\\n }\\n } else {\\n if (prevValue > startValue)\\n fThrough = Math.abs(fThrough);\\n if (prevValue < startValue)\\n fThrough = $bm_neg(Math.abs(fThrough));\\n }\\n }\\n if (simulate) {\\n if (!isThisPosition) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer));\\n fThrough = $bm_sub(thisLayer.fromWorld(fThrough), thisLayer.anchorPoint);\\n } else if (thisLayer.hasParent) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer.parent));\\n fThrough = $bm_sub(thisLayer.parent.fromWorld(fThrough), thisLayer.parent.anchorPoint);\\n }\\n }\\n return fThrough;\\n}\\nfunction followThrough() {\\n var propSpeed = length(velocity);\\n if (propSpeed < threshold)\\n return followThroughAtTime($bm_sub(time, overlapDuration));\\n var fThrough = zeroValue;\\n var t = time;\\n while (t > 0) {\\n t = $bm_sub(t, thisComp.frameDuration);\\n if (simulate)\\n propSpeed = getPropWorldSpeed($bm_sub(t, overlapDuration), thisProperty);\\n else\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed < threshold) {\\n fThrough = followThroughAtTime($bm_sub(t, overlapDuration));\\n break;\\n }\\n }\\n return linear(time, t, $bm_sum(t, $bm_mul(anticipationDuration, 2)), fThrough, zeroValue);\\n}\\nfunction smartSmooth(axis) {\\n var startKey = nearestKey(time);\\n var endKey = startKey;\\n if (time == startKey.time)\\n return 0;\\n if (time < startKey.time && startKey.index == 1)\\n return 0;\\n if (time > startKey.time && startKey.index == numKeys)\\n return 0;\\n if (time < startKey.time)\\n startKey = key($bm_sub(startKey.index, 1));\\n if (time > startKey.time)\\n endKey = key($bm_sum(startKey.index, 1));\\n var sI = 0.66;\\n var sO = 0.33;\\n var sIV = 1;\\n var sOV = 0;\\n var sVal = startKey.value;\\n var eVal = endKey.value;\\n if ($bm_isInstanceOfArray(value)) {\\n sVal = sVal[axis];\\n eVal = eVal[axis];\\n }\\n var sTime = startKey.time;\\n var eTime = endKey.time;\\n if (isKeyTop(startKey, axis))\\n sO = slowOut;\\n else {\\n var prevKey = key($bm_sub(startKey.index, 1));\\n var pVal = prevKey.value;\\n if ($bm_isInstanceOfArray(value))\\n pVal = pVal[axis];\\n sOV = $bm_div($bm_sub(sVal, pVal), $bm_sub(eVal, pVal));\\n }\\n if (isKeyTop(endKey, axis)) {\\n sI = slowIn;\\n if (endKey.index != numKeys) {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n if (Math.abs(nVal - eVal) < 0.01 && doFollowThrough)\\n sI = 1;\\n }\\n } else {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n sIV = $bm_div($bm_sub(eVal, sVal), $bm_sub(nVal, sVal));\\n }\\n if (endKey.index == numKeys && doFollowThrough) {\\n sI = 1;\\n }\\n var val = value;\\n if ($bm_isInstanceOfArray(value))\\n val = val[axis];\\n return $bm_sub(bezierInterpolation(time, sTime, eTime, sVal, eVal, [\\n sO,\\n sOV,\\n sI,\\n sIV\\n ]), val);\\n}\\nfunction overlap() {\\n var ol = zeroValue;\\n if (isThisPosition && !hasParent)\\n return zeroValue;\\n ol = $bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisProperty), getPropWorldValue(time, thisProperty));\\n var motionRatio = $bm_div($bm_div(length(zeroValue, ol), thisLayer.width), 2);\\n if (isThisPosition) {\\n var originalDistance = length(valueAtTime(0));\\n motionRatio = $bm_div(length(zeroValue, ol), thisComp.width);\\n }\\n ol = $bm_sum(ol, getPropWorldValue(time, thisProperty));\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisLayer.anchorPoint), ol), motionRatio), flexibility));\\n ol = thisLayer.fromWorld(ol);\\n if (!isThisPosition)\\n ol = $bm_sub(ol, value);\\n else {\\n ol = linear(flexibility, 0, 100, $bm_div(ol, 2), 0);\\n var prevParentWorldPos = getLayerWorldPos($bm_sub(time, overlapDuration), parent);\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_mul(thisLayer.fromWorld(prevParentWorldPos), motionRatio), flexibility), 5));\\n }\\n return ol;\\n}\\nvar okToGo = false;\\nif (simulate && fx.enabled)\\n okToGo = true;\\nelse if (numKeys > 1 && fx.enabled)\\n okToGo = true;\\nif (okToGo) {\\n var smartSmoothResult = zeroValue;\\n if (doInterpolation) {\\n if ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1)\\n ];\\n else if (value.length == 3)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2)\\n ];\\n else if (value.length == 4)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2),\\n smartSmooth(3)\\n ];\\n } else {\\n smartSmoothResult = smartSmooth(0);\\n }\\n }\\n if (doAnticipation)\\n result = $bm_sum(result, anticipate());\\n result = $bm_sum(result, smartSmoothResult);\\n if (doFollowThrough)\\n result = $bm_sum(result, followThrough());\\n if (doOverlap)\\n result = $bm_sum(result, overlap());\\n}\\n$bm_rt = result;\"}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667], \"y\": [1]}, \"o\": {\"x\": [0.333], \"y\": [0]}, \"t\": 47, \"s\": [100]}, {\"t\": 49, \"s\": [0]}], \"ix\": 7}, \"sk\": {\"a\": 0, \"k\": 0, \"ix\": 4}, \"sa\": {\"a\": 0, \"k\": 0, \"ix\": 5}, \"nm\": \"Transform\"}], \"nm\": \"Group 8\", \"np\": 1, \"cix\": 2, \"bm\": 0, \"ix\": 4, \"mn\": \"ADBE Vector Group\", \"hd\": false}], \"ip\": 31, \"op\": 56, \"st\": 24, \"ct\": 1, \"bm\": 0}, {\"ddd\": 0, \"ind\": 3, \"ty\": 4, \"nm\": \"Layer 4\", \"parent\": 1, \"sr\": 1, \"ks\": {\"o\": {\"a\": 0, \"k\": 100, \"ix\": 11}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 10}, \"p\": {\"a\": 0, \"k\": [0.0, 0.0, 0.0], \"ix\": 2, \"l\": 2}, \"a\": {\"a\": 0, \"k\": [0.0, 0.0, 0.0], \"ix\": 1, \"l\": 2}, \"s\": {\"a\": 0, \"k\": [100, 100, 100], \"ix\": 6, \"l\": 2}}, \"ao\": 0, \"ef\": [{\"ty\": 5, \"nm\": \"Kleaner\", \"np\": 34, \"mn\": \"Pseudo/Duik Kleaner v3.2\", \"ix\": 1, \"en\": 1, \"ef\": [{\"ty\": 7, \"nm\": \"Anticipation\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0001\", \"ix\": 1, \"v\": {\"a\": 0, \"k\": 0, \"ix\": 1}}, {\"ty\": 7, \"nm\": \"Smart Interpolation\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0002\", \"ix\": 2, \"v\": {\"a\": 0, \"k\": 0, \"ix\": 2}}, {\"ty\": 7, \"nm\": \"Follow Through\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0003\", \"ix\": 3, \"v\": {\"a\": 0, \"k\": 1, \"ix\": 3}}, {\"ty\": 6, \"nm\": \"Anticipation\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0004\", \"ix\": 4, \"v\": 0}, {\"ty\": 0, \"nm\": \"Duration (s)\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0005\", \"ix\": 5, \"v\": {\"a\": 0, \"k\": 0.3, \"ix\": 5}}, {\"ty\": 0, \"nm\": \"Amplitude\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0006\", \"ix\": 6, \"v\": {\"a\": 0, \"k\": 50, \"ix\": 6}}, {\"ty\": 6, \"nm\": \"\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0007\", \"ix\": 7, \"v\": 0}, {\"ty\": 6, \"nm\": \"Interpolation\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0008\", \"ix\": 8, \"v\": 0}, {\"ty\": 0, \"nm\": \"Slow In\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0009\", \"ix\": 9, \"v\": {\"a\": 0, \"k\": 60, \"ix\": 9}}, {\"ty\": 0, \"nm\": \"Slow Out\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0010\", \"ix\": 10, \"v\": {\"a\": 0, \"k\": 25, \"ix\": 10}}, {\"ty\": 6, \"nm\": \"\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0011\", \"ix\": 11, \"v\": 0}, {\"ty\": 6, \"nm\": \"Follow Through\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0012\", \"ix\": 12, \"v\": 0}, {\"ty\": 0, \"nm\": \"Elasticity\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0013\", \"ix\": 13, \"v\": {\"a\": 0, \"k\": 10, \"ix\": 13}}, {\"ty\": 0, \"nm\": \"Elasticity random\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0014\", \"ix\": 14, \"v\": {\"a\": 0, \"k\": 0, \"ix\": 14}}, {\"ty\": 0, \"nm\": \"Damping\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0015\", \"ix\": 15, \"v\": {\"a\": 0, \"k\": 50, \"ix\": 15}}, {\"ty\": 0, \"nm\": \"Damping random\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0016\", \"ix\": 16, \"v\": {\"a\": 0, \"k\": 0, \"ix\": 16}}, {\"ty\": 7, \"nm\": \"Bounce\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0017\", \"ix\": 17, \"v\": {\"a\": 0, \"k\": 0, \"ix\": 17}}, {\"ty\": 6, \"nm\": \"\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0018\", \"ix\": 18, \"v\": 0}, {\"ty\": 6, \"nm\": \"Spatial Options\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0019\", \"ix\": 19, \"v\": 0}, {\"ty\": 7, \"nm\": \"Smart Interpolation\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0020\", \"ix\": 20, \"v\": {\"a\": 0, \"k\": 0, \"ix\": 20}}, {\"ty\": 7, \"nm\": \"Mode\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0021\", \"ix\": 21, \"v\": {\"a\": 0, \"k\": 1, \"ix\": 21}}, {\"ty\": 6, \"nm\": \"Overlap (simulation)\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0022\", \"ix\": 22, \"v\": 0}, {\"ty\": 7, \"nm\": \"Overlap\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0023\", \"ix\": 23, \"v\": {\"a\": 0, \"k\": 1, \"ix\": 23}}, {\"ty\": 0, \"nm\": \"Delay (s)\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0024\", \"ix\": 24, \"v\": {\"a\": 0, \"k\": 0.05, \"ix\": 24}}, {\"ty\": 0, \"nm\": \"Overlap random\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0025\", \"ix\": 25, \"v\": {\"a\": 0, \"k\": 0, \"ix\": 25}}, {\"ty\": 6, \"nm\": \"\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0026\", \"ix\": 26, \"v\": 0}, {\"ty\": 6, \"nm\": \"Soft Body (simulation)\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0027\", \"ix\": 27, \"v\": 0}, {\"ty\": 7, \"nm\": \"Soft Body\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0028\", \"ix\": 28, \"v\": {\"a\": 0, \"k\": 1, \"ix\": 28}}, {\"ty\": 0, \"nm\": \"Soft-Body Flexibility\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0029\", \"ix\": 29, \"v\": {\"a\": 0, \"k\": 100, \"ix\": 29}}, {\"ty\": 6, \"nm\": \"\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0030\", \"ix\": 30, \"v\": 0}, {\"ty\": 6, \"nm\": \"\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0031\", \"ix\": 31, \"v\": 0}, {\"ty\": 0, \"nm\": \"Precision\", \"mn\": \"Pseudo/Duik Kleaner v3.2-0032\", \"ix\": 32, \"v\": {\"a\": 0, \"k\": 1, \"ix\": 32}}]}], \"shapes\": [{\"ty\": \"gr\", \"it\": [{\"ty\": \"gr\", \"it\": [{\"ind\": 0, \"ty\": \"sh\", \"ix\": 1, \"ks\": {\"a\": 0, \"k\": {\"i\": [[3.6776228571428566, -7.570285714285714], [8.971702857142857, 12.555702857142858], 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\"ix\": 1, \"mn\": \"ADBE Vector Group\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 1, \"k\": [{\"i\": {\"x\": 0.667, \"y\": 1}, \"o\": {\"x\": 0.333, \"y\": 0}, \"t\": 7, \"s\": [58.432365714285716, -59.617279999999994], \"to\": [0.0, -8.532845714285715], \"ti\": [0.0, 8.532845714285715]}, {\"t\": 28, \"s\": [58.432365714285716, -110.81728000000001]}], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [58.432365714285716, -59.617279999999994], \"ix\": 1}, \"s\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667, 0.667], \"y\": [1, 1]}, \"o\": {\"x\": [0.333, 0.333], \"y\": [0, 0]}, \"t\": 7, \"s\": [0, 0]}, {\"t\": 13, \"s\": [100, 100]}], \"ix\": 3, \"x\": \"var $bm_rt;\\nvar fx = effect('Kleaner');\\nvar doAnticipation = fx(1).value;\\nvar doInterpolation = fx(2).value;\\nvar doFollowThrough = fx(3).value;\\nvar damping = $bm_div(fx(15).value, 10);\\nvar elasticity = $bm_div(fx(13).value, 10);\\nvar bounce = fx(17).value;\\nvar anticipationDuration = fx(5).value;\\nvar anticipationQuantity = $bm_div(fx(6).value, 100);\\nvar slowIn = $bm_div(fx(9).value, 100);\\nvar slowOut = $bm_div(fx(10).value, 100);\\nvar spatialMode = fx(21).value;\\nvar spatialDoInterpolation = fx(20).value;\\nvar moBlurPrecision = fx(32).value;\\nvar elasticityRandom = fx(14).value;\\nvar dampingRandom = fx(16).value;\\nvar softBody = fx(28).value;\\nvar flexibility = $bm_div(fx(29).value, 100);\\nvar doOverlap = fx(23).value;\\nvar overlapDuration = fx(24).value;\\nvar overlapRandom = fx(25).value;\\nvar threshold = $bm_div($bm_div(1, moBlurPrecision), 1000);\\nvar zeroValue;\\nif ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n zeroValue = [\\n 0,\\n 0\\n ];\\n else if (value.length == 3)\\n zeroValue = [\\n 0,\\n 0,\\n 0\\n ];\\n else if (value.length == 4)\\n zeroValue = [\\n 0,\\n 0,\\n 0,\\n 0\\n ];\\n} else\\n zeroValue = 0;\\nvar isThisSpatial = isSpatial(thisProperty);\\nvar isThisPosition = thisProperty === $bm_transform.position;\\nvar simulate = false;\\nif (isThisSpatial) {\\n doInterpolation = doInterpolation && spatialDoInterpolation;\\n if (isThisPosition && thisProperty.numKeys > 0) {\\n doOverlap = false;\\n simulate = false;\\n } else {\\n simulate = spatialMode == 2;\\n doOverlap = overlapDuration != 0 && doOverlap && simulate;\\n }\\n} else {\\n doOverlap = false;\\n}\\nif (!doOverlap) {\\n overlapDuration = 0;\\n}\\nif (simulate && softBody && isThisSpatial && !isThisPosition && (doFollowThrough || doOverlap)) {\\n var distanceRatio = $bm_div(length(valueAtTime(0), $bm_transform.anchorPoint), $bm_div(thisLayer.width, 2));\\n distanceRatio = $bm_div($bm_sum(1, $bm_mul(distanceRatio, flexibility)), 2);\\n if (doFollowThrough) {\\n elasticity = $bm_div(elasticity, distanceRatio);\\n damping = $bm_div(damping, distanceRatio);\\n }\\n if (doOverlap) {\\n overlapDuration = $bm_mul(overlapDuration, distanceRatio);\\n }\\n}\\nseedRandom(0, true);\\nif (doFollowThrough) {\\n if (elasticityRandom > 0)\\n elasticity = addNoise(elasticity, elasticityRandom);\\n if (dampingRandom > 0)\\n damping = addNoise(damping, dampingRandom);\\n}\\nif (doOverlap) {\\n if (doOverlap && overlapRandom > 0)\\n overlapDuration = addNoise(overlapDuration, overlapRandom);\\n}\\nvar result = value;\\nfunction isSpatial(prop) {\\n if (!(prop.value instanceof Array))\\n return false;\\n if (prop.value.length != 2 && prop.value.length != 3)\\n return false;\\n try {\\n if (typeof prop.speed !== 'undefined')\\n return true;\\n } catch (e) {\\n return false;\\n }\\n}\\nfunction addNoise(val, quantity) {\\n var randomValue = random(0.9, 1.1);\\n var noiseValue = noise($bm_mul(valueAtTime(0), randomValue));\\n noiseValue = $bm_mul(noiseValue, $bm_div(quantity, 100));\\n return $bm_mul(val, $bm_sum(noiseValue, 1));\\n}\\nfunction isAfterLastKey() {\\n if (numKeys == 0)\\n return false;\\n var nKey = nearestKey(time);\\n return nKey.time <= time && nKey.index == numKeys;\\n}\\nfunction isStill(t, threshold) {\\n var d = $bm_sub(valueAtTime(t), valueAtTime($bm_sum(t, framesToTime(1))));\\n if ($bm_isInstanceOfArray(d)) {\\n for (var i = 0; i < d.length; i++) {\\n d[i] = Math.abs(d[i]);\\n if (d[i] >= threshold) {\\n return false;\\n }\\n }\\n return true;\\n } else {\\n d = Math.abs(d);\\n return d < threshold;\\n }\\n}\\nfunction bezierInterpolation(t, tMin, tMax, value1, value2, bezierPoints) {\\n if (arguments.length !== 5 && arguments.length !== 6)\\n return t;\\n var a = $bm_sub(value2, value1);\\n var b = $bm_sub(tMax, tMin);\\n if (b == 0)\\n return t;\\n var c = clamp($bm_div($bm_sub(t, tMin), b), 0, 1);\\n if (!(bezierPoints instanceof Array) || bezierPoints.length !== 4)\\n bezierPoints = [\\n 0.33,\\n 0,\\n 0.66,\\n 1\\n ];\\n return $bm_sum($bm_mul(a, h(c, bezierPoints)), value1);\\n function h(f, g) {\\n var x = $bm_mul(3, g[0]);\\n var j = $bm_sub($bm_mul(3, $bm_sub(g[2], g[0])), x);\\n var k = $bm_sub($bm_sub(1, x), j);\\n var l = $bm_mul(3, g[1]);\\n var m = $bm_sub($bm_mul(3, $bm_sub(g[3], g[1])), l);\\n var n = $bm_sub($bm_sub(1, l), m);\\n var d = f;\\n for (var i = 0; i < 5; i++) {\\n var z = $bm_sub($bm_mul(d, $bm_sum(x, $bm_mul(d, $bm_sum(j, $bm_mul(d, k))))), f);\\n if (Math.abs(z) < 0.001)\\n break;\\n d = $bm_sub(d, $bm_div(z, $bm_sum(x, $bm_mul(d, $bm_sum($bm_mul(2, j), $bm_mul($bm_mul(3, k), d))))));\\n }\\n return $bm_mul(d, $bm_sum(l, $bm_mul(d, $bm_sum(m, $bm_mul(d, n)))));\\n }\\n}\\nfunction getPropWorldSpeed(t, prop) {\\n return length(getPropWorldVelocity(t, prop));\\n}\\nfunction getPrevKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time <= t)\\n return nKey;\\n if (nKey.index > 1)\\n return key($bm_sub(nKey.index, 1));\\n return null;\\n}\\nfunction getNextKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time >= t)\\n return nKey;\\n if (nKey.index < numKeys)\\n return key($bm_sum(nKey.index, 1));\\n return null;\\n}\\nfunction getPropWorldVelocity(t, prop) {\\n return $bm_mul($bm_sub(getPropWorldValue($bm_sum(t, 0.005), prop), getPropWorldValue($bm_sub(t, 0.005), prop)), 100);\\n}\\nfunction getLayerWorldPos(t, l) {\\n return l.toWorld(l.anchorPoint, t);\\n}\\nfunction getPropWorldValue(t, prop) {\\n if (isPosition(prop))\\n return getLayerWorldPos(t, thisLayer);\\n return thisLayer.toWorld(prop.valueAtTime(t), t);\\n}\\nfunction isPosition(prop) {\\n return prop === $bm_transform.position;\\n}\\nfunction isKeyTop(k, axis) {\\n var prevSpeed = velocityAtTime($bm_sub(k.time, threshold));\\n var nextSpeed = velocityAtTime($bm_sum(k.time, threshold));\\n if ($bm_isInstanceOfArray(value)) {\\n prevSpeed = prevSpeed[axis];\\n nextSpeed = nextSpeed[axis];\\n }\\n if (Math.abs(prevSpeed) < 0.01 || Math.abs(nextSpeed) < 0.01)\\n return true;\\n return $bm_mul(prevSpeed, nextSpeed) < 0;\\n}\\nfunction anticipate() {\\n var anticipation = zeroValue;\\n if (isAfterLastKey())\\n return anticipation;\\n if (numKeys < 2)\\n return anticipation;\\n var nextKey = getNextKey(time);\\n var aKey = nextKey;\\n if (!isStill(aKey.time - 0.1, 0.1)) {\\n aKey = getPrevKey(time);\\n if (!isStill(aKey.time - 0.1, 0.1))\\n return anticipation;\\n }\\n if (aKey.index == numKeys)\\n return anticipation;\\n var anticipationMiddle = aKey.time;\\n var anticipationStart = $bm_sub(anticipationMiddle, anticipationDuration);\\n var anticipationEnd = key(aKey.index + 1).time;\\n var startValue = anticipation;\\n var midValue = $bm_mul($bm_sum($bm_neg(valueAtTime($bm_sum(anticipationMiddle, anticipationDuration))), aKey.value), anticipationQuantity);\\n var endValue = anticipation;\\n if (time < anticipationStart) {\\n return anticipation;\\n } else if (time < anticipationMiddle) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue[i], midValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue, midValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else if (time <= anticipationEnd) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue[i], endValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue, endValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else {\\n return anticipation;\\n }\\n}\\nfunction followThroughAtTime(t) {\\n var fThrough = zeroValue;\\n if (elasticity == 0)\\n return fThrough;\\n var propSpeed;\\n if (!simulate) {\\n if (numKeys < 2)\\n return fThrough;\\n if (nearestKey(t).index == 1)\\n return fThrough;\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed >= threshold)\\n return fThrough;\\n } else {\\n propSpeed = getPropWorldSpeed(t, thisProperty);\\n if (propSpeed >= threshold)\\n return fThrough;\\n }\\n var fThroughStart = 0;\\n var fThroughTime = 0;\\n if (simulate) {\\n var speedI = getPropWorldSpeed(t, thisProperty);\\n var i = t;\\n while (speedI < threshold && i > 0) {\\n i = $bm_sub(i, $bm_div(thisComp.frameDuration, moBlurPrecision));\\n speedI = getPropWorldSpeed(i, thisProperty);\\n }\\n fThroughStart = i;\\n } else {\\n var fThroughKey = getPrevKey(t);\\n fThroughStart = fThroughKey.time;\\n }\\n if (fThroughStart == 0)\\n return fThrough;\\n fThroughTime = $bm_sub(t, fThroughStart);\\n if (simulate)\\n fThrough = $bm_div(getPropWorldVelocity($bm_sub(fThroughStart, thisComp.frameDuration), thisProperty), 2);\\n else\\n fThrough = $bm_div(velocityAtTime($bm_sub(fThroughStart, thisComp.frameDuration)), 2);\\n if (bounce) {\\n var cycleDamp = Math.exp($bm_mul($bm_mul(fThroughTime, damping), 0.1));\\n var damp = $bm_div(Math.exp($bm_mul(fThroughTime, damping)), $bm_div(elasticity, 2));\\n var cycleDuration = $bm_div(1, $bm_mul(elasticity, 2));\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n cycleDuration = framesToTime(cycleDuration);\\n var midDuration = $bm_div(cycleDuration, 2);\\n var maxValue = $bm_mul(fThrough, midDuration);\\n var cycvarime = fThroughTime;\\n var numEndCycles = 1;\\n while (cycvarime > cycleDuration) {\\n cycvarime = $bm_sub(cycvarime, cycleDuration);\\n cycleDuration = $bm_div(cycleDuration, cycleDamp);\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n if (cycleDuration < 2) {\\n cycleDuration = 2;\\n numEndCycles++;\\n }\\n cycleDuration = framesToTime(cycleDuration);\\n midDuration = $bm_div(cycleDuration, 2);\\n maxValue = $bm_div($bm_mul(fThrough, midDuration), damp);\\n if (numEndCycles > 100 / damping && maxValue < threshold)\\n return zeroValue;\\n }\\n if (cycvarime < midDuration)\\n fThrough = bezierInterpolation(cycvarime, 0, midDuration, 0, maxValue, [\\n 0,\\n 0.1,\\n slowIn,\\n 1\\n ]);\\n else\\n fThrough = bezierInterpolation(cycvarime, midDuration, cycleDuration, maxValue, 0, [\\n $bm_sub(1, slowIn),\\n 0,\\n 1,\\n 0.9\\n ]);\\n } else {\\n var damp = Math.exp($bm_mul(fThroughTime, damping));\\n var sinus = $bm_mul($bm_mul($bm_mul(elasticity, fThroughTime), 2), Math.PI);\\n sinus = Math.sin(sinus);\\n sinus = $bm_mul($bm_div(0.3, elasticity), sinus);\\n sinus = $bm_div(sinus, damp);\\n if (Math.abs(sinus) < $bm_div(threshold, 100))\\n return 0;\\n fThrough = $bm_mul(fThrough, sinus);\\n if (threshold > 0) {\\n fThrough = $bm_mul(fThrough, $bm_sub(1, $bm_div(propSpeed, threshold)));\\n }\\n }\\n if (bounce) {\\n var prevValue = valueAtTime($bm_sub(fThroughStart, thisComp.frameDuration));\\n var startValue = valueAtTime(fThroughStart);\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < prevValue.length; i++) {\\n if (prevValue[i] > startValue[i])\\n fThrough[i] = Math.abs(fThrough[i]);\\n if (prevValue[i] < startValue[i])\\n fThrough[i] = $bm_neg(Math.abs(fThrough[i]));\\n }\\n } else {\\n if (prevValue > startValue)\\n fThrough = Math.abs(fThrough);\\n if (prevValue < startValue)\\n fThrough = $bm_neg(Math.abs(fThrough));\\n }\\n }\\n if (simulate) {\\n if (!isThisPosition) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer));\\n fThrough = $bm_sub(thisLayer.fromWorld(fThrough), thisLayer.anchorPoint);\\n } else if (thisLayer.hasParent) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer.parent));\\n fThrough = $bm_sub(thisLayer.parent.fromWorld(fThrough), thisLayer.parent.anchorPoint);\\n }\\n }\\n return fThrough;\\n}\\nfunction followThrough() {\\n var propSpeed = length(velocity);\\n if (propSpeed < threshold)\\n return followThroughAtTime($bm_sub(time, overlapDuration));\\n var fThrough = zeroValue;\\n var t = time;\\n while (t > 0) {\\n t = $bm_sub(t, thisComp.frameDuration);\\n if (simulate)\\n propSpeed = getPropWorldSpeed($bm_sub(t, overlapDuration), thisProperty);\\n else\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed < threshold) {\\n fThrough = followThroughAtTime($bm_sub(t, overlapDuration));\\n break;\\n }\\n }\\n return linear(time, t, $bm_sum(t, $bm_mul(anticipationDuration, 2)), fThrough, zeroValue);\\n}\\nfunction smartSmooth(axis) {\\n var startKey = nearestKey(time);\\n var endKey = startKey;\\n if (time == startKey.time)\\n return 0;\\n if (time < startKey.time && startKey.index == 1)\\n return 0;\\n if (time > startKey.time && startKey.index == numKeys)\\n return 0;\\n if (time < startKey.time)\\n startKey = key($bm_sub(startKey.index, 1));\\n if (time > startKey.time)\\n endKey = key($bm_sum(startKey.index, 1));\\n var sI = 0.66;\\n var sO = 0.33;\\n var sIV = 1;\\n var sOV = 0;\\n var sVal = startKey.value;\\n var eVal = endKey.value;\\n if ($bm_isInstanceOfArray(value)) {\\n sVal = sVal[axis];\\n eVal = eVal[axis];\\n }\\n var sTime = startKey.time;\\n var eTime = endKey.time;\\n if (isKeyTop(startKey, axis))\\n sO = slowOut;\\n else {\\n var prevKey = key($bm_sub(startKey.index, 1));\\n var pVal = prevKey.value;\\n if ($bm_isInstanceOfArray(value))\\n pVal = pVal[axis];\\n sOV = $bm_div($bm_sub(sVal, pVal), $bm_sub(eVal, pVal));\\n }\\n if (isKeyTop(endKey, axis)) {\\n sI = slowIn;\\n if (endKey.index != numKeys) {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n if (Math.abs(nVal - eVal) < 0.01 && doFollowThrough)\\n sI = 1;\\n }\\n } else {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n sIV = $bm_div($bm_sub(eVal, sVal), $bm_sub(nVal, sVal));\\n }\\n if (endKey.index == numKeys && doFollowThrough) {\\n sI = 1;\\n }\\n var val = value;\\n if ($bm_isInstanceOfArray(value))\\n val = val[axis];\\n return $bm_sub(bezierInterpolation(time, sTime, eTime, sVal, eVal, [\\n sO,\\n sOV,\\n sI,\\n sIV\\n ]), val);\\n}\\nfunction overlap() {\\n var ol = zeroValue;\\n if (isThisPosition && !hasParent)\\n return zeroValue;\\n ol = $bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisProperty), getPropWorldValue(time, thisProperty));\\n var motionRatio = $bm_div($bm_div(length(zeroValue, ol), thisLayer.width), 2);\\n if (isThisPosition) {\\n var originalDistance = length(valueAtTime(0));\\n motionRatio = $bm_div(length(zeroValue, ol), thisComp.width);\\n }\\n ol = $bm_sum(ol, getPropWorldValue(time, thisProperty));\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisLayer.anchorPoint), ol), motionRatio), flexibility));\\n ol = thisLayer.fromWorld(ol);\\n if (!isThisPosition)\\n ol = $bm_sub(ol, value);\\n else {\\n ol = linear(flexibility, 0, 100, $bm_div(ol, 2), 0);\\n var prevParentWorldPos = getLayerWorldPos($bm_sub(time, overlapDuration), parent);\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_mul(thisLayer.fromWorld(prevParentWorldPos), motionRatio), flexibility), 5));\\n }\\n return ol;\\n}\\nvar okToGo = false;\\nif (simulate && fx.enabled)\\n okToGo = true;\\nelse if (numKeys > 1 && fx.enabled)\\n okToGo = true;\\nif (okToGo) {\\n var smartSmoothResult = zeroValue;\\n if (doInterpolation) {\\n if ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1)\\n ];\\n else if (value.length == 3)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2)\\n ];\\n else if (value.length == 4)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2),\\n smartSmooth(3)\\n ];\\n } else {\\n smartSmoothResult = smartSmooth(0);\\n }\\n }\\n if (doAnticipation)\\n result = $bm_sum(result, anticipate());\\n result = $bm_sum(result, smartSmoothResult);\\n if (doFollowThrough)\\n result = $bm_sum(result, followThrough());\\n if (doOverlap)\\n result = $bm_sum(result, overlap());\\n}\\n$bm_rt = result;\"}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 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Group\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 1, \"k\": [{\"i\": {\"x\": 0.667, \"y\": 1}, \"o\": {\"x\": 0.333, \"y\": 0}, \"t\": 11, \"s\": [71.66537142857143, -13.03990857142857], \"to\": [0.0, -6.5009371428571425], \"ti\": [0.0, 6.5009371428571425]}, {\"t\": 32, \"s\": [71.66537142857143, -52.04845714285714]}], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [71.66537142857143, -13.03990857142857], \"ix\": 1}, \"s\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667, 0.667], \"y\": [1, 1]}, \"o\": {\"x\": [0.333, 0.333], \"y\": [0, 0]}, \"t\": 11, \"s\": [0, 0]}, {\"t\": 17, \"s\": [100, 100]}], \"ix\": 3, \"x\": \"var $bm_rt;\\nvar fx = effect('Kleaner');\\nvar doAnticipation = fx(1).value;\\nvar doInterpolation = fx(2).value;\\nvar doFollowThrough = fx(3).value;\\nvar damping = $bm_div(fx(15).value, 10);\\nvar elasticity = $bm_div(fx(13).value, 10);\\nvar bounce = fx(17).value;\\nvar anticipationDuration = fx(5).value;\\nvar anticipationQuantity = $bm_div(fx(6).value, 100);\\nvar slowIn = $bm_div(fx(9).value, 100);\\nvar slowOut = $bm_div(fx(10).value, 100);\\nvar spatialMode = fx(21).value;\\nvar spatialDoInterpolation = fx(20).value;\\nvar moBlurPrecision = fx(32).value;\\nvar elasticityRandom = fx(14).value;\\nvar dampingRandom = fx(16).value;\\nvar softBody = fx(28).value;\\nvar flexibility = $bm_div(fx(29).value, 100);\\nvar doOverlap = fx(23).value;\\nvar overlapDuration = fx(24).value;\\nvar overlapRandom = fx(25).value;\\nvar threshold = $bm_div($bm_div(1, moBlurPrecision), 1000);\\nvar zeroValue;\\nif ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n zeroValue = [\\n 0,\\n 0\\n ];\\n else if (value.length == 3)\\n zeroValue = [\\n 0,\\n 0,\\n 0\\n ];\\n else if (value.length == 4)\\n zeroValue = [\\n 0,\\n 0,\\n 0,\\n 0\\n ];\\n} else\\n zeroValue = 0;\\nvar isThisSpatial = isSpatial(thisProperty);\\nvar isThisPosition = thisProperty === $bm_transform.position;\\nvar simulate = false;\\nif (isThisSpatial) {\\n doInterpolation = doInterpolation && spatialDoInterpolation;\\n if (isThisPosition && thisProperty.numKeys > 0) {\\n doOverlap = false;\\n simulate = false;\\n } else {\\n simulate = spatialMode == 2;\\n doOverlap = overlapDuration != 0 && doOverlap && simulate;\\n }\\n} else {\\n doOverlap = false;\\n}\\nif (!doOverlap) {\\n overlapDuration = 0;\\n}\\nif (simulate && softBody && isThisSpatial && !isThisPosition && (doFollowThrough || doOverlap)) {\\n var distanceRatio = $bm_div(length(valueAtTime(0), $bm_transform.anchorPoint), $bm_div(thisLayer.width, 2));\\n distanceRatio = $bm_div($bm_sum(1, $bm_mul(distanceRatio, flexibility)), 2);\\n if (doFollowThrough) {\\n elasticity = $bm_div(elasticity, distanceRatio);\\n damping = $bm_div(damping, distanceRatio);\\n }\\n if (doOverlap) {\\n overlapDuration = $bm_mul(overlapDuration, distanceRatio);\\n }\\n}\\nseedRandom(0, true);\\nif (doFollowThrough) {\\n if (elasticityRandom > 0)\\n elasticity = addNoise(elasticity, elasticityRandom);\\n if (dampingRandom > 0)\\n damping = addNoise(damping, dampingRandom);\\n}\\nif (doOverlap) {\\n if (doOverlap && overlapRandom > 0)\\n overlapDuration = addNoise(overlapDuration, overlapRandom);\\n}\\nvar result = value;\\nfunction isSpatial(prop) {\\n if (!(prop.value instanceof Array))\\n return false;\\n if (prop.value.length != 2 && prop.value.length != 3)\\n return false;\\n try {\\n if (typeof prop.speed !== 'undefined')\\n return true;\\n } catch (e) {\\n return false;\\n }\\n}\\nfunction addNoise(val, quantity) {\\n var randomValue = random(0.9, 1.1);\\n var noiseValue = noise($bm_mul(valueAtTime(0), randomValue));\\n noiseValue = $bm_mul(noiseValue, $bm_div(quantity, 100));\\n return $bm_mul(val, $bm_sum(noiseValue, 1));\\n}\\nfunction isAfterLastKey() {\\n if (numKeys == 0)\\n return false;\\n var nKey = nearestKey(time);\\n return nKey.time <= time && nKey.index == numKeys;\\n}\\nfunction isStill(t, threshold) {\\n var d = $bm_sub(valueAtTime(t), valueAtTime($bm_sum(t, framesToTime(1))));\\n if ($bm_isInstanceOfArray(d)) {\\n for (var i = 0; i < d.length; i++) {\\n d[i] = Math.abs(d[i]);\\n if (d[i] >= threshold) {\\n return false;\\n }\\n }\\n return true;\\n } else {\\n d = Math.abs(d);\\n return d < threshold;\\n }\\n}\\nfunction bezierInterpolation(t, tMin, tMax, value1, value2, bezierPoints) {\\n if (arguments.length !== 5 && arguments.length !== 6)\\n return t;\\n var a = $bm_sub(value2, value1);\\n var b = $bm_sub(tMax, tMin);\\n if (b == 0)\\n return t;\\n var c = clamp($bm_div($bm_sub(t, tMin), b), 0, 1);\\n if (!(bezierPoints instanceof Array) || bezierPoints.length !== 4)\\n bezierPoints = [\\n 0.33,\\n 0,\\n 0.66,\\n 1\\n ];\\n return $bm_sum($bm_mul(a, h(c, bezierPoints)), value1);\\n function h(f, g) {\\n var x = $bm_mul(3, g[0]);\\n var j = $bm_sub($bm_mul(3, $bm_sub(g[2], g[0])), x);\\n var k = $bm_sub($bm_sub(1, x), j);\\n var l = $bm_mul(3, g[1]);\\n var m = $bm_sub($bm_mul(3, $bm_sub(g[3], g[1])), l);\\n var n = $bm_sub($bm_sub(1, l), m);\\n var d = f;\\n for (var i = 0; i < 5; i++) {\\n var z = $bm_sub($bm_mul(d, $bm_sum(x, $bm_mul(d, $bm_sum(j, $bm_mul(d, k))))), f);\\n if (Math.abs(z) < 0.001)\\n break;\\n d = $bm_sub(d, $bm_div(z, $bm_sum(x, $bm_mul(d, $bm_sum($bm_mul(2, j), $bm_mul($bm_mul(3, k), d))))));\\n }\\n return $bm_mul(d, $bm_sum(l, $bm_mul(d, $bm_sum(m, $bm_mul(d, n)))));\\n }\\n}\\nfunction getPropWorldSpeed(t, prop) {\\n return length(getPropWorldVelocity(t, prop));\\n}\\nfunction getPrevKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time <= t)\\n return nKey;\\n if (nKey.index > 1)\\n return key($bm_sub(nKey.index, 1));\\n return null;\\n}\\nfunction getNextKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time >= t)\\n return nKey;\\n if (nKey.index < numKeys)\\n return key($bm_sum(nKey.index, 1));\\n return null;\\n}\\nfunction getPropWorldVelocity(t, prop) {\\n return $bm_mul($bm_sub(getPropWorldValue($bm_sum(t, 0.005), prop), getPropWorldValue($bm_sub(t, 0.005), prop)), 100);\\n}\\nfunction getLayerWorldPos(t, l) {\\n return l.toWorld(l.anchorPoint, t);\\n}\\nfunction getPropWorldValue(t, prop) {\\n if (isPosition(prop))\\n return getLayerWorldPos(t, thisLayer);\\n return thisLayer.toWorld(prop.valueAtTime(t), t);\\n}\\nfunction isPosition(prop) {\\n return prop === $bm_transform.position;\\n}\\nfunction isKeyTop(k, axis) {\\n var prevSpeed = velocityAtTime($bm_sub(k.time, threshold));\\n var nextSpeed = velocityAtTime($bm_sum(k.time, threshold));\\n if ($bm_isInstanceOfArray(value)) {\\n prevSpeed = prevSpeed[axis];\\n nextSpeed = nextSpeed[axis];\\n }\\n if (Math.abs(prevSpeed) < 0.01 || Math.abs(nextSpeed) < 0.01)\\n return true;\\n return $bm_mul(prevSpeed, nextSpeed) < 0;\\n}\\nfunction anticipate() {\\n var anticipation = zeroValue;\\n if (isAfterLastKey())\\n return anticipation;\\n if (numKeys < 2)\\n return anticipation;\\n var nextKey = getNextKey(time);\\n var aKey = nextKey;\\n if (!isStill(aKey.time - 0.1, 0.1)) {\\n aKey = getPrevKey(time);\\n if (!isStill(aKey.time - 0.1, 0.1))\\n return anticipation;\\n }\\n if (aKey.index == numKeys)\\n return anticipation;\\n var anticipationMiddle = aKey.time;\\n var anticipationStart = $bm_sub(anticipationMiddle, anticipationDuration);\\n var anticipationEnd = key(aKey.index + 1).time;\\n var startValue = anticipation;\\n var midValue = $bm_mul($bm_sum($bm_neg(valueAtTime($bm_sum(anticipationMiddle, anticipationDuration))), aKey.value), anticipationQuantity);\\n var endValue = anticipation;\\n if (time < anticipationStart) {\\n return anticipation;\\n } else if (time < anticipationMiddle) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue[i], midValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue, midValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else if (time <= anticipationEnd) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue[i], endValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue, endValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else {\\n return anticipation;\\n }\\n}\\nfunction followThroughAtTime(t) {\\n var fThrough = zeroValue;\\n if (elasticity == 0)\\n return fThrough;\\n var propSpeed;\\n if (!simulate) {\\n if (numKeys < 2)\\n return fThrough;\\n if (nearestKey(t).index == 1)\\n return fThrough;\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed >= threshold)\\n return fThrough;\\n } else {\\n propSpeed = getPropWorldSpeed(t, thisProperty);\\n if (propSpeed >= threshold)\\n return fThrough;\\n }\\n var fThroughStart = 0;\\n var fThroughTime = 0;\\n if (simulate) {\\n var speedI = getPropWorldSpeed(t, thisProperty);\\n var i = t;\\n while (speedI < threshold && i > 0) {\\n i = $bm_sub(i, $bm_div(thisComp.frameDuration, moBlurPrecision));\\n speedI = getPropWorldSpeed(i, thisProperty);\\n }\\n fThroughStart = i;\\n } else {\\n var fThroughKey = getPrevKey(t);\\n fThroughStart = fThroughKey.time;\\n }\\n if (fThroughStart == 0)\\n return fThrough;\\n fThroughTime = $bm_sub(t, fThroughStart);\\n if (simulate)\\n fThrough = $bm_div(getPropWorldVelocity($bm_sub(fThroughStart, thisComp.frameDuration), thisProperty), 2);\\n else\\n fThrough = $bm_div(velocityAtTime($bm_sub(fThroughStart, thisComp.frameDuration)), 2);\\n if (bounce) {\\n var cycleDamp = Math.exp($bm_mul($bm_mul(fThroughTime, damping), 0.1));\\n var damp = $bm_div(Math.exp($bm_mul(fThroughTime, damping)), $bm_div(elasticity, 2));\\n var cycleDuration = $bm_div(1, $bm_mul(elasticity, 2));\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n cycleDuration = framesToTime(cycleDuration);\\n var midDuration = $bm_div(cycleDuration, 2);\\n var maxValue = $bm_mul(fThrough, midDuration);\\n var cycvarime = fThroughTime;\\n var numEndCycles = 1;\\n while (cycvarime > cycleDuration) {\\n cycvarime = $bm_sub(cycvarime, cycleDuration);\\n cycleDuration = $bm_div(cycleDuration, cycleDamp);\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n if (cycleDuration < 2) {\\n cycleDuration = 2;\\n numEndCycles++;\\n }\\n cycleDuration = framesToTime(cycleDuration);\\n midDuration = $bm_div(cycleDuration, 2);\\n maxValue = $bm_div($bm_mul(fThrough, midDuration), damp);\\n if (numEndCycles > 100 / damping && maxValue < threshold)\\n return zeroValue;\\n }\\n if (cycvarime < midDuration)\\n fThrough = bezierInterpolation(cycvarime, 0, midDuration, 0, maxValue, [\\n 0,\\n 0.1,\\n slowIn,\\n 1\\n ]);\\n else\\n fThrough = bezierInterpolation(cycvarime, midDuration, cycleDuration, maxValue, 0, [\\n $bm_sub(1, slowIn),\\n 0,\\n 1,\\n 0.9\\n ]);\\n } else {\\n var damp = Math.exp($bm_mul(fThroughTime, damping));\\n var sinus = $bm_mul($bm_mul($bm_mul(elasticity, fThroughTime), 2), Math.PI);\\n sinus = Math.sin(sinus);\\n sinus = $bm_mul($bm_div(0.3, elasticity), sinus);\\n sinus = $bm_div(sinus, damp);\\n if (Math.abs(sinus) < $bm_div(threshold, 100))\\n return 0;\\n fThrough = $bm_mul(fThrough, sinus);\\n if (threshold > 0) {\\n fThrough = $bm_mul(fThrough, $bm_sub(1, $bm_div(propSpeed, threshold)));\\n }\\n }\\n if (bounce) {\\n var prevValue = valueAtTime($bm_sub(fThroughStart, thisComp.frameDuration));\\n var startValue = valueAtTime(fThroughStart);\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < prevValue.length; i++) {\\n if (prevValue[i] > startValue[i])\\n fThrough[i] = Math.abs(fThrough[i]);\\n if (prevValue[i] < startValue[i])\\n fThrough[i] = $bm_neg(Math.abs(fThrough[i]));\\n }\\n } else {\\n if (prevValue > startValue)\\n fThrough = Math.abs(fThrough);\\n if (prevValue < startValue)\\n fThrough = $bm_neg(Math.abs(fThrough));\\n }\\n }\\n if (simulate) {\\n if (!isThisPosition) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer));\\n fThrough = $bm_sub(thisLayer.fromWorld(fThrough), thisLayer.anchorPoint);\\n } else if (thisLayer.hasParent) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer.parent));\\n fThrough = $bm_sub(thisLayer.parent.fromWorld(fThrough), thisLayer.parent.anchorPoint);\\n }\\n }\\n return fThrough;\\n}\\nfunction followThrough() {\\n var propSpeed = length(velocity);\\n if (propSpeed < threshold)\\n return followThroughAtTime($bm_sub(time, overlapDuration));\\n var fThrough = zeroValue;\\n var t = time;\\n while (t > 0) {\\n t = $bm_sub(t, thisComp.frameDuration);\\n if (simulate)\\n propSpeed = getPropWorldSpeed($bm_sub(t, overlapDuration), thisProperty);\\n else\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed < threshold) {\\n fThrough = followThroughAtTime($bm_sub(t, overlapDuration));\\n break;\\n }\\n }\\n return linear(time, t, $bm_sum(t, $bm_mul(anticipationDuration, 2)), fThrough, zeroValue);\\n}\\nfunction smartSmooth(axis) {\\n var startKey = nearestKey(time);\\n var endKey = startKey;\\n if (time == startKey.time)\\n return 0;\\n if (time < startKey.time && startKey.index == 1)\\n return 0;\\n if (time > startKey.time && startKey.index == numKeys)\\n return 0;\\n if (time < startKey.time)\\n startKey = key($bm_sub(startKey.index, 1));\\n if (time > startKey.time)\\n endKey = key($bm_sum(startKey.index, 1));\\n var sI = 0.66;\\n var sO = 0.33;\\n var sIV = 1;\\n var sOV = 0;\\n var sVal = startKey.value;\\n var eVal = endKey.value;\\n if ($bm_isInstanceOfArray(value)) {\\n sVal = sVal[axis];\\n eVal = eVal[axis];\\n }\\n var sTime = startKey.time;\\n var eTime = endKey.time;\\n if (isKeyTop(startKey, axis))\\n sO = slowOut;\\n else {\\n var prevKey = key($bm_sub(startKey.index, 1));\\n var pVal = prevKey.value;\\n if ($bm_isInstanceOfArray(value))\\n pVal = pVal[axis];\\n sOV = $bm_div($bm_sub(sVal, pVal), $bm_sub(eVal, pVal));\\n }\\n if (isKeyTop(endKey, axis)) {\\n sI = slowIn;\\n if (endKey.index != numKeys) {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n if (Math.abs(nVal - eVal) < 0.01 && doFollowThrough)\\n sI = 1;\\n }\\n } else {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n sIV = $bm_div($bm_sub(eVal, sVal), $bm_sub(nVal, sVal));\\n }\\n if (endKey.index == numKeys && doFollowThrough) {\\n sI = 1;\\n }\\n var val = value;\\n if ($bm_isInstanceOfArray(value))\\n val = val[axis];\\n return $bm_sub(bezierInterpolation(time, sTime, eTime, sVal, eVal, [\\n sO,\\n sOV,\\n sI,\\n sIV\\n ]), val);\\n}\\nfunction overlap() {\\n var ol = zeroValue;\\n if (isThisPosition && !hasParent)\\n return zeroValue;\\n ol = $bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisProperty), getPropWorldValue(time, thisProperty));\\n var motionRatio = $bm_div($bm_div(length(zeroValue, ol), thisLayer.width), 2);\\n if (isThisPosition) {\\n var originalDistance = length(valueAtTime(0));\\n motionRatio = $bm_div(length(zeroValue, ol), thisComp.width);\\n }\\n ol = $bm_sum(ol, getPropWorldValue(time, thisProperty));\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisLayer.anchorPoint), ol), motionRatio), flexibility));\\n ol = thisLayer.fromWorld(ol);\\n if (!isThisPosition)\\n ol = $bm_sub(ol, value);\\n else {\\n ol = linear(flexibility, 0, 100, $bm_div(ol, 2), 0);\\n var prevParentWorldPos = getLayerWorldPos($bm_sub(time, overlapDuration), parent);\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_mul(thisLayer.fromWorld(prevParentWorldPos), motionRatio), flexibility), 5));\\n }\\n return ol;\\n}\\nvar okToGo = false;\\nif (simulate && fx.enabled)\\n okToGo = true;\\nelse if (numKeys > 1 && fx.enabled)\\n okToGo = true;\\nif (okToGo) {\\n var smartSmoothResult = zeroValue;\\n if (doInterpolation) {\\n if ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1)\\n ];\\n else if (value.length == 3)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2)\\n ];\\n else if (value.length == 4)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2),\\n smartSmooth(3)\\n ];\\n } else {\\n smartSmoothResult = smartSmooth(0);\\n }\\n }\\n if (doAnticipation)\\n result = $bm_sum(result, anticipate());\\n result = $bm_sum(result, smartSmoothResult);\\n if (doFollowThrough)\\n result = $bm_sum(result, followThrough());\\n if (doOverlap)\\n result = $bm_sum(result, overlap());\\n}\\n$bm_rt = result;\"}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 1, \"k\": 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1, \"mn\": \"ADBE Vector Group\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 1, \"k\": [{\"i\": {\"x\": 0.667, \"y\": 1}, \"o\": {\"x\": 0.333, \"y\": 0}, \"t\": 9, \"s\": [-54.17984, -58.71030857142857], \"to\": [0.0, -8.127634285714286], \"ti\": [0.0, 8.127634285714286]}, {\"t\": 30, \"s\": [-54.17984, -107.47172571428571]}], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [-54.17984, -58.71030857142857], \"ix\": 1}, \"s\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667, 0.667], \"y\": [1, 1]}, \"o\": {\"x\": [0.333, 0.333], \"y\": [0, 0]}, \"t\": 9, \"s\": [0, 0]}, {\"t\": 15, \"s\": [100, 100]}], \"ix\": 3, \"x\": \"var $bm_rt;\\nvar fx = effect('Kleaner');\\nvar doAnticipation = fx(1).value;\\nvar doInterpolation = fx(2).value;\\nvar doFollowThrough = fx(3).value;\\nvar damping = $bm_div(fx(15).value, 10);\\nvar elasticity = $bm_div(fx(13).value, 10);\\nvar bounce = fx(17).value;\\nvar anticipationDuration = fx(5).value;\\nvar anticipationQuantity = $bm_div(fx(6).value, 100);\\nvar slowIn = $bm_div(fx(9).value, 100);\\nvar slowOut = $bm_div(fx(10).value, 100);\\nvar spatialMode = fx(21).value;\\nvar spatialDoInterpolation = fx(20).value;\\nvar moBlurPrecision = fx(32).value;\\nvar elasticityRandom = fx(14).value;\\nvar dampingRandom = fx(16).value;\\nvar softBody = fx(28).value;\\nvar flexibility = $bm_div(fx(29).value, 100);\\nvar doOverlap = fx(23).value;\\nvar overlapDuration = fx(24).value;\\nvar overlapRandom = fx(25).value;\\nvar threshold = $bm_div($bm_div(1, moBlurPrecision), 1000);\\nvar zeroValue;\\nif ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n zeroValue = [\\n 0,\\n 0\\n ];\\n else if (value.length == 3)\\n zeroValue = [\\n 0,\\n 0,\\n 0\\n ];\\n else if (value.length == 4)\\n zeroValue = [\\n 0,\\n 0,\\n 0,\\n 0\\n ];\\n} else\\n zeroValue = 0;\\nvar isThisSpatial = isSpatial(thisProperty);\\nvar isThisPosition = thisProperty === $bm_transform.position;\\nvar simulate = false;\\nif (isThisSpatial) {\\n doInterpolation = doInterpolation && spatialDoInterpolation;\\n if (isThisPosition && thisProperty.numKeys > 0) {\\n doOverlap = false;\\n simulate = false;\\n } else {\\n simulate = spatialMode == 2;\\n doOverlap = overlapDuration != 0 && doOverlap && simulate;\\n }\\n} else {\\n doOverlap = false;\\n}\\nif (!doOverlap) {\\n overlapDuration = 0;\\n}\\nif (simulate && softBody && isThisSpatial && !isThisPosition && (doFollowThrough || doOverlap)) {\\n var distanceRatio = $bm_div(length(valueAtTime(0), $bm_transform.anchorPoint), $bm_div(thisLayer.width, 2));\\n distanceRatio = $bm_div($bm_sum(1, $bm_mul(distanceRatio, flexibility)), 2);\\n if (doFollowThrough) {\\n elasticity = $bm_div(elasticity, distanceRatio);\\n damping = $bm_div(damping, distanceRatio);\\n }\\n if (doOverlap) {\\n overlapDuration = $bm_mul(overlapDuration, distanceRatio);\\n }\\n}\\nseedRandom(0, true);\\nif (doFollowThrough) {\\n if (elasticityRandom > 0)\\n elasticity = addNoise(elasticity, elasticityRandom);\\n if (dampingRandom > 0)\\n damping = addNoise(damping, dampingRandom);\\n}\\nif (doOverlap) {\\n if (doOverlap && overlapRandom > 0)\\n overlapDuration = addNoise(overlapDuration, overlapRandom);\\n}\\nvar result = value;\\nfunction isSpatial(prop) {\\n if (!(prop.value instanceof Array))\\n return false;\\n if (prop.value.length != 2 && prop.value.length != 3)\\n return false;\\n try {\\n if (typeof prop.speed !== 'undefined')\\n return true;\\n } catch (e) {\\n return false;\\n }\\n}\\nfunction addNoise(val, quantity) {\\n var randomValue = random(0.9, 1.1);\\n var noiseValue = noise($bm_mul(valueAtTime(0), randomValue));\\n noiseValue = $bm_mul(noiseValue, $bm_div(quantity, 100));\\n return $bm_mul(val, $bm_sum(noiseValue, 1));\\n}\\nfunction isAfterLastKey() {\\n if (numKeys == 0)\\n return false;\\n var nKey = nearestKey(time);\\n return nKey.time <= time && nKey.index == numKeys;\\n}\\nfunction isStill(t, threshold) {\\n var d = $bm_sub(valueAtTime(t), valueAtTime($bm_sum(t, framesToTime(1))));\\n if ($bm_isInstanceOfArray(d)) {\\n for (var i = 0; i < d.length; i++) {\\n d[i] = Math.abs(d[i]);\\n if (d[i] >= threshold) {\\n return false;\\n }\\n }\\n return true;\\n } else {\\n d = Math.abs(d);\\n return d < threshold;\\n }\\n}\\nfunction bezierInterpolation(t, tMin, tMax, value1, value2, bezierPoints) {\\n if (arguments.length !== 5 && arguments.length !== 6)\\n return t;\\n var a = $bm_sub(value2, value1);\\n var b = $bm_sub(tMax, tMin);\\n if (b == 0)\\n return t;\\n var c = clamp($bm_div($bm_sub(t, tMin), b), 0, 1);\\n if (!(bezierPoints instanceof Array) || bezierPoints.length !== 4)\\n bezierPoints = [\\n 0.33,\\n 0,\\n 0.66,\\n 1\\n ];\\n return $bm_sum($bm_mul(a, h(c, bezierPoints)), value1);\\n function h(f, g) {\\n var x = $bm_mul(3, g[0]);\\n var j = $bm_sub($bm_mul(3, $bm_sub(g[2], g[0])), x);\\n var k = $bm_sub($bm_sub(1, x), j);\\n var l = $bm_mul(3, g[1]);\\n var m = $bm_sub($bm_mul(3, $bm_sub(g[3], g[1])), l);\\n var n = $bm_sub($bm_sub(1, l), m);\\n var d = f;\\n for (var i = 0; i < 5; i++) {\\n var z = $bm_sub($bm_mul(d, $bm_sum(x, $bm_mul(d, $bm_sum(j, $bm_mul(d, k))))), f);\\n if (Math.abs(z) < 0.001)\\n break;\\n d = $bm_sub(d, $bm_div(z, $bm_sum(x, $bm_mul(d, $bm_sum($bm_mul(2, j), $bm_mul($bm_mul(3, k), d))))));\\n }\\n return $bm_mul(d, $bm_sum(l, $bm_mul(d, $bm_sum(m, $bm_mul(d, n)))));\\n }\\n}\\nfunction getPropWorldSpeed(t, prop) {\\n return length(getPropWorldVelocity(t, prop));\\n}\\nfunction getPrevKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time <= t)\\n return nKey;\\n if (nKey.index > 1)\\n return key($bm_sub(nKey.index, 1));\\n return null;\\n}\\nfunction getNextKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time >= t)\\n return nKey;\\n if (nKey.index < numKeys)\\n return key($bm_sum(nKey.index, 1));\\n return null;\\n}\\nfunction getPropWorldVelocity(t, prop) {\\n return $bm_mul($bm_sub(getPropWorldValue($bm_sum(t, 0.005), prop), getPropWorldValue($bm_sub(t, 0.005), prop)), 100);\\n}\\nfunction getLayerWorldPos(t, l) {\\n return l.toWorld(l.anchorPoint, t);\\n}\\nfunction getPropWorldValue(t, prop) {\\n if (isPosition(prop))\\n return getLayerWorldPos(t, thisLayer);\\n return thisLayer.toWorld(prop.valueAtTime(t), t);\\n}\\nfunction isPosition(prop) {\\n return prop === $bm_transform.position;\\n}\\nfunction isKeyTop(k, axis) {\\n var prevSpeed = velocityAtTime($bm_sub(k.time, threshold));\\n var nextSpeed = velocityAtTime($bm_sum(k.time, threshold));\\n if ($bm_isInstanceOfArray(value)) {\\n prevSpeed = prevSpeed[axis];\\n nextSpeed = nextSpeed[axis];\\n }\\n if (Math.abs(prevSpeed) < 0.01 || Math.abs(nextSpeed) < 0.01)\\n return true;\\n return $bm_mul(prevSpeed, nextSpeed) < 0;\\n}\\nfunction anticipate() {\\n var anticipation = zeroValue;\\n if (isAfterLastKey())\\n return anticipation;\\n if (numKeys < 2)\\n return anticipation;\\n var nextKey = getNextKey(time);\\n var aKey = nextKey;\\n if (!isStill(aKey.time - 0.1, 0.1)) {\\n aKey = getPrevKey(time);\\n if (!isStill(aKey.time - 0.1, 0.1))\\n return anticipation;\\n }\\n if (aKey.index == numKeys)\\n return anticipation;\\n var anticipationMiddle = aKey.time;\\n var anticipationStart = $bm_sub(anticipationMiddle, anticipationDuration);\\n var anticipationEnd = key(aKey.index + 1).time;\\n var startValue = anticipation;\\n var midValue = $bm_mul($bm_sum($bm_neg(valueAtTime($bm_sum(anticipationMiddle, anticipationDuration))), aKey.value), anticipationQuantity);\\n var endValue = anticipation;\\n if (time < anticipationStart) {\\n return anticipation;\\n } else if (time < anticipationMiddle) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue[i], midValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue, midValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else if (time <= anticipationEnd) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue[i], endValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue, endValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else {\\n return anticipation;\\n }\\n}\\nfunction followThroughAtTime(t) {\\n var fThrough = zeroValue;\\n if (elasticity == 0)\\n return fThrough;\\n var propSpeed;\\n if (!simulate) {\\n if (numKeys < 2)\\n return fThrough;\\n if (nearestKey(t).index == 1)\\n return fThrough;\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed >= threshold)\\n return fThrough;\\n } else {\\n propSpeed = getPropWorldSpeed(t, thisProperty);\\n if (propSpeed >= threshold)\\n return fThrough;\\n }\\n var fThroughStart = 0;\\n var fThroughTime = 0;\\n if (simulate) {\\n var speedI = getPropWorldSpeed(t, thisProperty);\\n var i = t;\\n while (speedI < threshold && i > 0) {\\n i = $bm_sub(i, $bm_div(thisComp.frameDuration, moBlurPrecision));\\n speedI = getPropWorldSpeed(i, thisProperty);\\n }\\n fThroughStart = i;\\n } else {\\n var fThroughKey = getPrevKey(t);\\n fThroughStart = fThroughKey.time;\\n }\\n if (fThroughStart == 0)\\n return fThrough;\\n fThroughTime = $bm_sub(t, fThroughStart);\\n if (simulate)\\n fThrough = $bm_div(getPropWorldVelocity($bm_sub(fThroughStart, thisComp.frameDuration), thisProperty), 2);\\n else\\n fThrough = $bm_div(velocityAtTime($bm_sub(fThroughStart, thisComp.frameDuration)), 2);\\n if (bounce) {\\n var cycleDamp = Math.exp($bm_mul($bm_mul(fThroughTime, damping), 0.1));\\n var damp = $bm_div(Math.exp($bm_mul(fThroughTime, damping)), $bm_div(elasticity, 2));\\n var cycleDuration = $bm_div(1, $bm_mul(elasticity, 2));\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n cycleDuration = framesToTime(cycleDuration);\\n var midDuration = $bm_div(cycleDuration, 2);\\n var maxValue = $bm_mul(fThrough, midDuration);\\n var cycvarime = fThroughTime;\\n var numEndCycles = 1;\\n while (cycvarime > cycleDuration) {\\n cycvarime = $bm_sub(cycvarime, cycleDuration);\\n cycleDuration = $bm_div(cycleDuration, cycleDamp);\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n if (cycleDuration < 2) {\\n cycleDuration = 2;\\n numEndCycles++;\\n }\\n cycleDuration = framesToTime(cycleDuration);\\n midDuration = $bm_div(cycleDuration, 2);\\n maxValue = $bm_div($bm_mul(fThrough, midDuration), damp);\\n if (numEndCycles > 100 / damping && maxValue < threshold)\\n return zeroValue;\\n }\\n if (cycvarime < midDuration)\\n fThrough = bezierInterpolation(cycvarime, 0, midDuration, 0, maxValue, [\\n 0,\\n 0.1,\\n slowIn,\\n 1\\n ]);\\n else\\n fThrough = bezierInterpolation(cycvarime, midDuration, cycleDuration, maxValue, 0, [\\n $bm_sub(1, slowIn),\\n 0,\\n 1,\\n 0.9\\n ]);\\n } else {\\n var damp = Math.exp($bm_mul(fThroughTime, damping));\\n var sinus = $bm_mul($bm_mul($bm_mul(elasticity, fThroughTime), 2), Math.PI);\\n sinus = Math.sin(sinus);\\n sinus = $bm_mul($bm_div(0.3, elasticity), sinus);\\n sinus = $bm_div(sinus, damp);\\n if (Math.abs(sinus) < $bm_div(threshold, 100))\\n return 0;\\n fThrough = $bm_mul(fThrough, sinus);\\n if (threshold > 0) {\\n fThrough = $bm_mul(fThrough, $bm_sub(1, $bm_div(propSpeed, threshold)));\\n }\\n }\\n if (bounce) {\\n var prevValue = valueAtTime($bm_sub(fThroughStart, thisComp.frameDuration));\\n var startValue = valueAtTime(fThroughStart);\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < prevValue.length; i++) {\\n if (prevValue[i] > startValue[i])\\n fThrough[i] = Math.abs(fThrough[i]);\\n if (prevValue[i] < startValue[i])\\n fThrough[i] = $bm_neg(Math.abs(fThrough[i]));\\n }\\n } else {\\n if (prevValue > startValue)\\n fThrough = Math.abs(fThrough);\\n if (prevValue < startValue)\\n fThrough = $bm_neg(Math.abs(fThrough));\\n }\\n }\\n if (simulate) {\\n if (!isThisPosition) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer));\\n fThrough = $bm_sub(thisLayer.fromWorld(fThrough), thisLayer.anchorPoint);\\n } else if (thisLayer.hasParent) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer.parent));\\n fThrough = $bm_sub(thisLayer.parent.fromWorld(fThrough), thisLayer.parent.anchorPoint);\\n }\\n }\\n return fThrough;\\n}\\nfunction followThrough() {\\n var propSpeed = length(velocity);\\n if (propSpeed < threshold)\\n return followThroughAtTime($bm_sub(time, overlapDuration));\\n var fThrough = zeroValue;\\n var t = time;\\n while (t > 0) {\\n t = $bm_sub(t, thisComp.frameDuration);\\n if (simulate)\\n propSpeed = getPropWorldSpeed($bm_sub(t, overlapDuration), thisProperty);\\n else\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed < threshold) {\\n fThrough = followThroughAtTime($bm_sub(t, overlapDuration));\\n break;\\n }\\n }\\n return linear(time, t, $bm_sum(t, $bm_mul(anticipationDuration, 2)), fThrough, zeroValue);\\n}\\nfunction smartSmooth(axis) {\\n var startKey = nearestKey(time);\\n var endKey = startKey;\\n if (time == startKey.time)\\n return 0;\\n if (time < startKey.time && startKey.index == 1)\\n return 0;\\n if (time > startKey.time && startKey.index == numKeys)\\n return 0;\\n if (time < startKey.time)\\n startKey = key($bm_sub(startKey.index, 1));\\n if (time > startKey.time)\\n endKey = key($bm_sum(startKey.index, 1));\\n var sI = 0.66;\\n var sO = 0.33;\\n var sIV = 1;\\n var sOV = 0;\\n var sVal = startKey.value;\\n var eVal = endKey.value;\\n if ($bm_isInstanceOfArray(value)) {\\n sVal = sVal[axis];\\n eVal = eVal[axis];\\n }\\n var sTime = startKey.time;\\n var eTime = endKey.time;\\n if (isKeyTop(startKey, axis))\\n sO = slowOut;\\n else {\\n var prevKey = key($bm_sub(startKey.index, 1));\\n var pVal = prevKey.value;\\n if ($bm_isInstanceOfArray(value))\\n pVal = pVal[axis];\\n sOV = $bm_div($bm_sub(sVal, pVal), $bm_sub(eVal, pVal));\\n }\\n if (isKeyTop(endKey, axis)) {\\n sI = slowIn;\\n if (endKey.index != numKeys) {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n if (Math.abs(nVal - eVal) < 0.01 && doFollowThrough)\\n sI = 1;\\n }\\n } else {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n sIV = $bm_div($bm_sub(eVal, sVal), $bm_sub(nVal, sVal));\\n }\\n if (endKey.index == numKeys && doFollowThrough) {\\n sI = 1;\\n }\\n var val = value;\\n if ($bm_isInstanceOfArray(value))\\n val = val[axis];\\n return $bm_sub(bezierInterpolation(time, sTime, eTime, sVal, eVal, [\\n sO,\\n sOV,\\n sI,\\n sIV\\n ]), val);\\n}\\nfunction overlap() {\\n var ol = zeroValue;\\n if (isThisPosition && !hasParent)\\n return zeroValue;\\n ol = $bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisProperty), getPropWorldValue(time, thisProperty));\\n var motionRatio = $bm_div($bm_div(length(zeroValue, ol), thisLayer.width), 2);\\n if (isThisPosition) {\\n var originalDistance = length(valueAtTime(0));\\n motionRatio = $bm_div(length(zeroValue, ol), thisComp.width);\\n }\\n ol = $bm_sum(ol, getPropWorldValue(time, thisProperty));\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisLayer.anchorPoint), ol), motionRatio), flexibility));\\n ol = thisLayer.fromWorld(ol);\\n if (!isThisPosition)\\n ol = $bm_sub(ol, value);\\n else {\\n ol = linear(flexibility, 0, 100, $bm_div(ol, 2), 0);\\n var prevParentWorldPos = getLayerWorldPos($bm_sub(time, overlapDuration), parent);\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_mul(thisLayer.fromWorld(prevParentWorldPos), motionRatio), flexibility), 5));\\n }\\n return ol;\\n}\\nvar okToGo = false;\\nif (simulate && fx.enabled)\\n okToGo = true;\\nelse if (numKeys > 1 && fx.enabled)\\n okToGo = true;\\nif (okToGo) {\\n var smartSmoothResult = zeroValue;\\n if (doInterpolation) {\\n if ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1)\\n ];\\n else if (value.length == 3)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2)\\n ];\\n else if (value.length == 4)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2),\\n smartSmooth(3)\\n ];\\n } else {\\n smartSmoothResult = smartSmooth(0);\\n }\\n }\\n if (doAnticipation)\\n result = $bm_sum(result, anticipate());\\n result = $bm_sum(result, smartSmoothResult);\\n if (doFollowThrough)\\n result = $bm_sum(result, followThrough());\\n if (doOverlap)\\n result = $bm_sum(result, overlap());\\n}\\n$bm_rt = result;\"}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 1, \"k\": 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Group\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 1, \"k\": [{\"i\": {\"x\": 0.667, \"y\": 1}, \"o\": {\"x\": 0.333, \"y\": 0}, \"t\": 7, \"s\": [-26.85805714285714, -87.78459428571429], \"to\": [0.0, -7.314285714285714], \"ti\": [0.0, 7.314285714285714]}, {\"t\": 28, \"s\": [-26.85805714285714, -131.67030857142856]}], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [-26.85805714285714, -87.78459428571429], \"ix\": 1}, \"s\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.667, 0.667], \"y\": [1, 1]}, \"o\": {\"x\": [0.333, 0.333], \"y\": [0, 0]}, \"t\": 7, \"s\": [0, 0]}, {\"t\": 13, \"s\": [100, 100]}], \"ix\": 3, \"x\": \"var $bm_rt;\\nvar fx = effect('Kleaner');\\nvar doAnticipation = fx(1).value;\\nvar doInterpolation = fx(2).value;\\nvar doFollowThrough = fx(3).value;\\nvar damping = $bm_div(fx(15).value, 10);\\nvar elasticity = $bm_div(fx(13).value, 10);\\nvar bounce = fx(17).value;\\nvar anticipationDuration = fx(5).value;\\nvar anticipationQuantity = $bm_div(fx(6).value, 100);\\nvar slowIn = $bm_div(fx(9).value, 100);\\nvar slowOut = $bm_div(fx(10).value, 100);\\nvar spatialMode = fx(21).value;\\nvar spatialDoInterpolation = fx(20).value;\\nvar moBlurPrecision = fx(32).value;\\nvar elasticityRandom = fx(14).value;\\nvar dampingRandom = fx(16).value;\\nvar softBody = fx(28).value;\\nvar flexibility = $bm_div(fx(29).value, 100);\\nvar doOverlap = fx(23).value;\\nvar overlapDuration = fx(24).value;\\nvar overlapRandom = fx(25).value;\\nvar threshold = $bm_div($bm_div(1, moBlurPrecision), 1000);\\nvar zeroValue;\\nif ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n zeroValue = [\\n 0,\\n 0\\n ];\\n else if (value.length == 3)\\n zeroValue = [\\n 0,\\n 0,\\n 0\\n ];\\n else if (value.length == 4)\\n zeroValue = [\\n 0,\\n 0,\\n 0,\\n 0\\n ];\\n} else\\n zeroValue = 0;\\nvar isThisSpatial = isSpatial(thisProperty);\\nvar isThisPosition = thisProperty === $bm_transform.position;\\nvar simulate = false;\\nif (isThisSpatial) {\\n doInterpolation = doInterpolation && spatialDoInterpolation;\\n if (isThisPosition && thisProperty.numKeys > 0) {\\n doOverlap = false;\\n simulate = false;\\n } else {\\n simulate = spatialMode == 2;\\n doOverlap = overlapDuration != 0 && doOverlap && simulate;\\n }\\n} else {\\n doOverlap = false;\\n}\\nif (!doOverlap) {\\n overlapDuration = 0;\\n}\\nif (simulate && softBody && isThisSpatial && !isThisPosition && (doFollowThrough || doOverlap)) {\\n var distanceRatio = $bm_div(length(valueAtTime(0), $bm_transform.anchorPoint), $bm_div(thisLayer.width, 2));\\n distanceRatio = $bm_div($bm_sum(1, $bm_mul(distanceRatio, flexibility)), 2);\\n if (doFollowThrough) {\\n elasticity = $bm_div(elasticity, distanceRatio);\\n damping = $bm_div(damping, distanceRatio);\\n }\\n if (doOverlap) {\\n overlapDuration = $bm_mul(overlapDuration, distanceRatio);\\n }\\n}\\nseedRandom(0, true);\\nif (doFollowThrough) {\\n if (elasticityRandom > 0)\\n elasticity = addNoise(elasticity, elasticityRandom);\\n if (dampingRandom > 0)\\n damping = addNoise(damping, dampingRandom);\\n}\\nif (doOverlap) {\\n if (doOverlap && overlapRandom > 0)\\n overlapDuration = addNoise(overlapDuration, overlapRandom);\\n}\\nvar result = value;\\nfunction isSpatial(prop) {\\n if (!(prop.value instanceof Array))\\n return false;\\n if (prop.value.length != 2 && prop.value.length != 3)\\n return false;\\n try {\\n if (typeof prop.speed !== 'undefined')\\n return true;\\n } catch (e) {\\n return false;\\n }\\n}\\nfunction addNoise(val, quantity) {\\n var randomValue = random(0.9, 1.1);\\n var noiseValue = noise($bm_mul(valueAtTime(0), randomValue));\\n noiseValue = $bm_mul(noiseValue, $bm_div(quantity, 100));\\n return $bm_mul(val, $bm_sum(noiseValue, 1));\\n}\\nfunction isAfterLastKey() {\\n if (numKeys == 0)\\n return false;\\n var nKey = nearestKey(time);\\n return nKey.time <= time && nKey.index == numKeys;\\n}\\nfunction isStill(t, threshold) {\\n var d = $bm_sub(valueAtTime(t), valueAtTime($bm_sum(t, framesToTime(1))));\\n if ($bm_isInstanceOfArray(d)) {\\n for (var i = 0; i < d.length; i++) {\\n d[i] = Math.abs(d[i]);\\n if (d[i] >= threshold) {\\n return false;\\n }\\n }\\n return true;\\n } else {\\n d = Math.abs(d);\\n return d < threshold;\\n }\\n}\\nfunction bezierInterpolation(t, tMin, tMax, value1, value2, bezierPoints) {\\n if (arguments.length !== 5 && arguments.length !== 6)\\n return t;\\n var a = $bm_sub(value2, value1);\\n var b = $bm_sub(tMax, tMin);\\n if (b == 0)\\n return t;\\n var c = clamp($bm_div($bm_sub(t, tMin), b), 0, 1);\\n if (!(bezierPoints instanceof Array) || bezierPoints.length !== 4)\\n bezierPoints = [\\n 0.33,\\n 0,\\n 0.66,\\n 1\\n ];\\n return $bm_sum($bm_mul(a, h(c, bezierPoints)), value1);\\n function h(f, g) {\\n var x = $bm_mul(3, g[0]);\\n var j = $bm_sub($bm_mul(3, $bm_sub(g[2], g[0])), x);\\n var k = $bm_sub($bm_sub(1, x), j);\\n var l = $bm_mul(3, g[1]);\\n var m = $bm_sub($bm_mul(3, $bm_sub(g[3], g[1])), l);\\n var n = $bm_sub($bm_sub(1, l), m);\\n var d = f;\\n for (var i = 0; i < 5; i++) {\\n var z = $bm_sub($bm_mul(d, $bm_sum(x, $bm_mul(d, $bm_sum(j, $bm_mul(d, k))))), f);\\n if (Math.abs(z) < 0.001)\\n break;\\n d = $bm_sub(d, $bm_div(z, $bm_sum(x, $bm_mul(d, $bm_sum($bm_mul(2, j), $bm_mul($bm_mul(3, k), d))))));\\n }\\n return $bm_mul(d, $bm_sum(l, $bm_mul(d, $bm_sum(m, $bm_mul(d, n)))));\\n }\\n}\\nfunction getPropWorldSpeed(t, prop) {\\n return length(getPropWorldVelocity(t, prop));\\n}\\nfunction getPrevKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time <= t)\\n return nKey;\\n if (nKey.index > 1)\\n return key($bm_sub(nKey.index, 1));\\n return null;\\n}\\nfunction getNextKey(t) {\\n if (numKeys == 0)\\n return null;\\n var nKey = nearestKey(t);\\n if (nKey.time >= t)\\n return nKey;\\n if (nKey.index < numKeys)\\n return key($bm_sum(nKey.index, 1));\\n return null;\\n}\\nfunction getPropWorldVelocity(t, prop) {\\n return $bm_mul($bm_sub(getPropWorldValue($bm_sum(t, 0.005), prop), getPropWorldValue($bm_sub(t, 0.005), prop)), 100);\\n}\\nfunction getLayerWorldPos(t, l) {\\n return l.toWorld(l.anchorPoint, t);\\n}\\nfunction getPropWorldValue(t, prop) {\\n if (isPosition(prop))\\n return getLayerWorldPos(t, thisLayer);\\n return thisLayer.toWorld(prop.valueAtTime(t), t);\\n}\\nfunction isPosition(prop) {\\n return prop === $bm_transform.position;\\n}\\nfunction isKeyTop(k, axis) {\\n var prevSpeed = velocityAtTime($bm_sub(k.time, threshold));\\n var nextSpeed = velocityAtTime($bm_sum(k.time, threshold));\\n if ($bm_isInstanceOfArray(value)) {\\n prevSpeed = prevSpeed[axis];\\n nextSpeed = nextSpeed[axis];\\n }\\n if (Math.abs(prevSpeed) < 0.01 || Math.abs(nextSpeed) < 0.01)\\n return true;\\n return $bm_mul(prevSpeed, nextSpeed) < 0;\\n}\\nfunction anticipate() {\\n var anticipation = zeroValue;\\n if (isAfterLastKey())\\n return anticipation;\\n if (numKeys < 2)\\n return anticipation;\\n var nextKey = getNextKey(time);\\n var aKey = nextKey;\\n if (!isStill(aKey.time - 0.1, 0.1)) {\\n aKey = getPrevKey(time);\\n if (!isStill(aKey.time - 0.1, 0.1))\\n return anticipation;\\n }\\n if (aKey.index == numKeys)\\n return anticipation;\\n var anticipationMiddle = aKey.time;\\n var anticipationStart = $bm_sub(anticipationMiddle, anticipationDuration);\\n var anticipationEnd = key(aKey.index + 1).time;\\n var startValue = anticipation;\\n var midValue = $bm_mul($bm_sum($bm_neg(valueAtTime($bm_sum(anticipationMiddle, anticipationDuration))), aKey.value), anticipationQuantity);\\n var endValue = anticipation;\\n if (time < anticipationStart) {\\n return anticipation;\\n } else if (time < anticipationMiddle) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue[i], midValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationStart, anticipationMiddle, startValue, midValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else if (time <= anticipationEnd) {\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < value.length; i++) {\\n anticipation[i] = bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue[i], endValue[i], [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n return anticipation;\\n } else {\\n return bezierInterpolation(time, anticipationMiddle, anticipationEnd, midValue, endValue, [\\n slowOut,\\n 0,\\n slowIn,\\n 1\\n ]);\\n }\\n } else {\\n return anticipation;\\n }\\n}\\nfunction followThroughAtTime(t) {\\n var fThrough = zeroValue;\\n if (elasticity == 0)\\n return fThrough;\\n var propSpeed;\\n if (!simulate) {\\n if (numKeys < 2)\\n return fThrough;\\n if (nearestKey(t).index == 1)\\n return fThrough;\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed >= threshold)\\n return fThrough;\\n } else {\\n propSpeed = getPropWorldSpeed(t, thisProperty);\\n if (propSpeed >= threshold)\\n return fThrough;\\n }\\n var fThroughStart = 0;\\n var fThroughTime = 0;\\n if (simulate) {\\n var speedI = getPropWorldSpeed(t, thisProperty);\\n var i = t;\\n while (speedI < threshold && i > 0) {\\n i = $bm_sub(i, $bm_div(thisComp.frameDuration, moBlurPrecision));\\n speedI = getPropWorldSpeed(i, thisProperty);\\n }\\n fThroughStart = i;\\n } else {\\n var fThroughKey = getPrevKey(t);\\n fThroughStart = fThroughKey.time;\\n }\\n if (fThroughStart == 0)\\n return fThrough;\\n fThroughTime = $bm_sub(t, fThroughStart);\\n if (simulate)\\n fThrough = $bm_div(getPropWorldVelocity($bm_sub(fThroughStart, thisComp.frameDuration), thisProperty), 2);\\n else\\n fThrough = $bm_div(velocityAtTime($bm_sub(fThroughStart, thisComp.frameDuration)), 2);\\n if (bounce) {\\n var cycleDamp = Math.exp($bm_mul($bm_mul(fThroughTime, damping), 0.1));\\n var damp = $bm_div(Math.exp($bm_mul(fThroughTime, damping)), $bm_div(elasticity, 2));\\n var cycleDuration = $bm_div(1, $bm_mul(elasticity, 2));\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n cycleDuration = framesToTime(cycleDuration);\\n var midDuration = $bm_div(cycleDuration, 2);\\n var maxValue = $bm_mul(fThrough, midDuration);\\n var cycvarime = fThroughTime;\\n var numEndCycles = 1;\\n while (cycvarime > cycleDuration) {\\n cycvarime = $bm_sub(cycvarime, cycleDuration);\\n cycleDuration = $bm_div(cycleDuration, cycleDamp);\\n cycleDuration = Math.round(timeToFrames(cycleDuration));\\n if (cycleDuration < 2) {\\n cycleDuration = 2;\\n numEndCycles++;\\n }\\n cycleDuration = framesToTime(cycleDuration);\\n midDuration = $bm_div(cycleDuration, 2);\\n maxValue = $bm_div($bm_mul(fThrough, midDuration), damp);\\n if (numEndCycles > 100 / damping && maxValue < threshold)\\n return zeroValue;\\n }\\n if (cycvarime < midDuration)\\n fThrough = bezierInterpolation(cycvarime, 0, midDuration, 0, maxValue, [\\n 0,\\n 0.1,\\n slowIn,\\n 1\\n ]);\\n else\\n fThrough = bezierInterpolation(cycvarime, midDuration, cycleDuration, maxValue, 0, [\\n $bm_sub(1, slowIn),\\n 0,\\n 1,\\n 0.9\\n ]);\\n } else {\\n var damp = Math.exp($bm_mul(fThroughTime, damping));\\n var sinus = $bm_mul($bm_mul($bm_mul(elasticity, fThroughTime), 2), Math.PI);\\n sinus = Math.sin(sinus);\\n sinus = $bm_mul($bm_div(0.3, elasticity), sinus);\\n sinus = $bm_div(sinus, damp);\\n if (Math.abs(sinus) < $bm_div(threshold, 100))\\n return 0;\\n fThrough = $bm_mul(fThrough, sinus);\\n if (threshold > 0) {\\n fThrough = $bm_mul(fThrough, $bm_sub(1, $bm_div(propSpeed, threshold)));\\n }\\n }\\n if (bounce) {\\n var prevValue = valueAtTime($bm_sub(fThroughStart, thisComp.frameDuration));\\n var startValue = valueAtTime(fThroughStart);\\n if ($bm_isInstanceOfArray(value)) {\\n for (var i = 0; i < prevValue.length; i++) {\\n if (prevValue[i] > startValue[i])\\n fThrough[i] = Math.abs(fThrough[i]);\\n if (prevValue[i] < startValue[i])\\n fThrough[i] = $bm_neg(Math.abs(fThrough[i]));\\n }\\n } else {\\n if (prevValue > startValue)\\n fThrough = Math.abs(fThrough);\\n if (prevValue < startValue)\\n fThrough = $bm_neg(Math.abs(fThrough));\\n }\\n }\\n if (simulate) {\\n if (!isThisPosition) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer));\\n fThrough = $bm_sub(thisLayer.fromWorld(fThrough), thisLayer.anchorPoint);\\n } else if (thisLayer.hasParent) {\\n fThrough = $bm_sum(fThrough, getLayerWorldPos(time, thisLayer.parent));\\n fThrough = $bm_sub(thisLayer.parent.fromWorld(fThrough), thisLayer.parent.anchorPoint);\\n }\\n }\\n return fThrough;\\n}\\nfunction followThrough() {\\n var propSpeed = length(velocity);\\n if (propSpeed < threshold)\\n return followThroughAtTime($bm_sub(time, overlapDuration));\\n var fThrough = zeroValue;\\n var t = time;\\n while (t > 0) {\\n t = $bm_sub(t, thisComp.frameDuration);\\n if (simulate)\\n propSpeed = getPropWorldSpeed($bm_sub(t, overlapDuration), thisProperty);\\n else\\n propSpeed = length(velocityAtTime(t));\\n if (propSpeed < threshold) {\\n fThrough = followThroughAtTime($bm_sub(t, overlapDuration));\\n break;\\n }\\n }\\n return linear(time, t, $bm_sum(t, $bm_mul(anticipationDuration, 2)), fThrough, zeroValue);\\n}\\nfunction smartSmooth(axis) {\\n var startKey = nearestKey(time);\\n var endKey = startKey;\\n if (time == startKey.time)\\n return 0;\\n if (time < startKey.time && startKey.index == 1)\\n return 0;\\n if (time > startKey.time && startKey.index == numKeys)\\n return 0;\\n if (time < startKey.time)\\n startKey = key($bm_sub(startKey.index, 1));\\n if (time > startKey.time)\\n endKey = key($bm_sum(startKey.index, 1));\\n var sI = 0.66;\\n var sO = 0.33;\\n var sIV = 1;\\n var sOV = 0;\\n var sVal = startKey.value;\\n var eVal = endKey.value;\\n if ($bm_isInstanceOfArray(value)) {\\n sVal = sVal[axis];\\n eVal = eVal[axis];\\n }\\n var sTime = startKey.time;\\n var eTime = endKey.time;\\n if (isKeyTop(startKey, axis))\\n sO = slowOut;\\n else {\\n var prevKey = key($bm_sub(startKey.index, 1));\\n var pVal = prevKey.value;\\n if ($bm_isInstanceOfArray(value))\\n pVal = pVal[axis];\\n sOV = $bm_div($bm_sub(sVal, pVal), $bm_sub(eVal, pVal));\\n }\\n if (isKeyTop(endKey, axis)) {\\n sI = slowIn;\\n if (endKey.index != numKeys) {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n if (Math.abs(nVal - eVal) < 0.01 && doFollowThrough)\\n sI = 1;\\n }\\n } else {\\n var nextKey = key($bm_sum(endKey.index, 1));\\n var nVal = nextKey.value;\\n if ($bm_isInstanceOfArray(value))\\n nVal = nVal[axis];\\n sIV = $bm_div($bm_sub(eVal, sVal), $bm_sub(nVal, sVal));\\n }\\n if (endKey.index == numKeys && doFollowThrough) {\\n sI = 1;\\n }\\n var val = value;\\n if ($bm_isInstanceOfArray(value))\\n val = val[axis];\\n return $bm_sub(bezierInterpolation(time, sTime, eTime, sVal, eVal, [\\n sO,\\n sOV,\\n sI,\\n sIV\\n ]), val);\\n}\\nfunction overlap() {\\n var ol = zeroValue;\\n if (isThisPosition && !hasParent)\\n return zeroValue;\\n ol = $bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisProperty), getPropWorldValue(time, thisProperty));\\n var motionRatio = $bm_div($bm_div(length(zeroValue, ol), thisLayer.width), 2);\\n if (isThisPosition) {\\n var originalDistance = length(valueAtTime(0));\\n motionRatio = $bm_div(length(zeroValue, ol), thisComp.width);\\n }\\n ol = $bm_sum(ol, getPropWorldValue(time, thisProperty));\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_sub(getPropWorldValue($bm_sub(time, overlapDuration), thisLayer.anchorPoint), ol), motionRatio), flexibility));\\n ol = thisLayer.fromWorld(ol);\\n if (!isThisPosition)\\n ol = $bm_sub(ol, value);\\n else {\\n ol = linear(flexibility, 0, 100, $bm_div(ol, 2), 0);\\n var prevParentWorldPos = getLayerWorldPos($bm_sub(time, overlapDuration), parent);\\n ol = $bm_sum(ol, $bm_mul($bm_mul($bm_mul(thisLayer.fromWorld(prevParentWorldPos), motionRatio), flexibility), 5));\\n }\\n return ol;\\n}\\nvar okToGo = false;\\nif (simulate && fx.enabled)\\n okToGo = true;\\nelse if (numKeys > 1 && fx.enabled)\\n okToGo = true;\\nif (okToGo) {\\n var smartSmoothResult = zeroValue;\\n if (doInterpolation) {\\n if ($bm_isInstanceOfArray(value)) {\\n if (value.length == 2)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1)\\n ];\\n else if (value.length == 3)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2)\\n ];\\n else if (value.length == 4)\\n smartSmoothResult = [\\n smartSmooth(0),\\n smartSmooth(1),\\n smartSmooth(2),\\n smartSmooth(3)\\n ];\\n } else {\\n smartSmoothResult = smartSmooth(0);\\n }\\n }\\n if (doAnticipation)\\n result = $bm_sum(result, anticipate());\\n result = $bm_sum(result, smartSmoothResult);\\n if (doFollowThrough)\\n result = $bm_sum(result, followThrough());\\n if (doOverlap)\\n result = $bm_sum(result, overlap());\\n}\\n$bm_rt = result;\"}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 1, \"k\": 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\"o\": {\"a\": 0, \"k\": 100, \"ix\": 4}, \"w\": {\"a\": 0, \"k\": 1.1424914285714287, \"ix\": 5}, \"lc\": 2, \"lj\": 2, \"bm\": 0, \"nm\": \"Stroke 1\", \"mn\": \"ADBE Vector Graphic - Stroke\", \"hd\": false}, {\"ty\": \"tr\", \"p\": {\"a\": 0, \"k\": [0.0, 0.0], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [0.0, 0.0], \"ix\": 1}, \"s\": {\"a\": 0, \"k\": [100, 100], \"ix\": 3}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 6}, \"o\": {\"a\": 0, \"k\": 100, \"ix\": 7}, \"sk\": {\"a\": 0, \"k\": 0, \"ix\": 4}, \"sa\": {\"a\": 0, \"k\": 0, \"ix\": 5}, \"nm\": \"Transform\"}], \"nm\": \"Group 4\", \"np\": 2, \"cix\": 2, \"bm\": 0, \"ix\": 4, \"mn\": \"ADBE Vector Group\", \"hd\": false}], \"ip\": 0, \"op\": 120, \"st\": 0, \"ct\": 1, \"bm\": 0}], \"markers\": [], \"props\": {}}"}}},{"rowIdx":1999,"cells":{"instruction":{"kind":"string","value":"Generate a lottie json animation. ['Initially, a small portion of a pink circular object is visible at the bottom of the frame, accompanied by a light blue squiggly line above it. A white dollar sign ($) is also faintly visible on the pink circle.', 'As the sequence progresses, the pink circle expands vertically from the bottom, growing larger until it reaches the full size of a prominent circle near the center of the frame. Simultaneously, the light blue squiggly line rotates continuously around its axis above the pink circle.', 'By the end of the sequence, the pink circle has fully expanded into a large, centered circle with a clear white dollar sign in the middle, while the light blue squiggly line maintains its continuous rotation, creating a dynamic and visually engaging effect against the static white background.']"},"output":{"kind":"string","value":"{\"v\": \"5.6.6\", \"ip\": 0, \"op\": 149, \"fr\": 60, \"w\": 512, \"h\": 512, \"layers\": [{\"ind\": 17150, \"nm\": \"surface47228\", \"ao\": 0, \"ip\": 0, \"op\": 720, \"st\": 0, \"ty\": 4, \"ks\": {\"o\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.67], \"y\": [1]}, \"o\": {\"x\": [0.33], \"y\": [0]}, \"t\": 0, \"s\": [0]}, {\"i\": {\"x\": [0.67], \"y\": [1]}, \"o\": {\"x\": [0.17], \"y\": [0]}, \"t\": 19, \"s\": [100]}, {\"i\": {\"x\": [0.67], \"y\": [1]}, \"o\": {\"x\": [0.17], \"y\": [0]}, \"t\": 86, \"s\": [100]}, {\"t\": 108, \"s\": [0]}], \"ix\": 11}, \"r\": {\"a\": 0, \"k\": 0, \"ix\": 10}, \"p\": {\"a\": 1, \"k\": [{\"i\": {\"x\": 0.67, \"y\": 1}, \"o\": {\"x\": 0.33, \"y\": 0}, \"t\": 0, \"s\": [336.33, 612.0], \"to\": [0.0, -46.53, 0.0], \"ti\": [0.0, 21.47, 0.0]}, {\"t\": 33, \"s\": [336.33, 341.24]}], \"ix\": 2}, \"a\": {\"a\": 0, \"k\": [256.0, 256.0], \"ix\": 1}, \"s\": {\"a\": 1, \"k\": [{\"i\": {\"x\": [0.67, 0.67, 0.67], \"y\": [1, 1, 1]}, \"o\": {\"x\": [0.33, 0.33, 0.33], \"y\": [0, 0, 0]}, \"t\": 0, \"s\": [106, 106, 100]}, {\"i\": {\"x\": [0.67, 0.67, 0.67], \"y\": [1, 1, 1]}, \"o\": {\"x\": [0.33, 0.33, 0.33], \"y\": [0, 0, 0]}, \"t\": 33, \"s\": [93, 93, 100]}, {\"t\": 59, \"s\": [106, 106, 100]}], \"ix\": 6}}, \"shapes\": [{\"ty\": \"gr\", \"hd\": false, \"nm\": \"surface47228\", \"it\": [{\"ty\": \"gr\", \"hd\": false, \"it\": [{\"ty\": \"sh\", \"ks\": {\"k\": {\"i\": [[0.0, 0.0], [36.34, 0.21], [25.7, -25.7], [-0.21, -36.34], [-26.0, -25.4], [-36.34, -0.21], [-25.7, 25.7], [0.21, 36.34], [26.0, 25.4]], 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[162.63, 232.62], [167.32, 221.31], [162.64, 210.0], [153.29, 187.4], [162.64, 164.8], [181.21, 156.02], [201.36, 160.0], [207.92, 153.44], [207.92, 153.44], [219.2, 153.44], [219.2, 164.8]], \"c\": true}}}, {\"ty\": \"fl\", \"o\": {\"k\": 100.0}, \"c\": {\"k\": [0.85, 0.36, 0.33, 1.0]}}, {\"ty\": \"tr\", \"o\": {\"k\": 100.0}, \"r\": {\"k\": 0.0}, \"p\": {\"k\": [0.0, 0.0]}, \"a\": {\"k\": [0.0, 0.0]}, \"s\": {\"k\": [100.0, 100.0]}, \"sk\": {\"k\": 0.0}, \"sa\": {\"k\": 0.0}, \"hd\": false}]}, {\"ty\": \"gr\", \"hd\": false, \"it\": [{\"ty\": \"sh\", \"ks\": {\"k\": {\"i\": [[0.0, 0.0], [1.31, 0.88], [0.0, 0.0], [5.52, -0.54], [3.93, -3.91], [0.0, 0.0], [3.12, 3.13], [-3.13, 3.12], [0.0, 0.0], [-9.2, 0.91], [-7.7, -5.11], [0.0, 0.0], [1.02, -3.38], [3.53, 0.01]], \"o\": [[-1.58, -0.0], [0.0, 0.0], [-4.62, -3.07], [-5.52, 0.55], [0.0, 0.0], [-3.13, 3.12], [-3.12, -3.12], [0.0, 0.0], [6.55, -6.52], [9.2, -0.91], [0.0, 0.0], [2.93, 1.96], [-1.02, 3.38], [0.0, 0.0]], \"v\": [[343.67, 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Lottie\"}}"}}}],"truncated":false,"partial":false},"paginationData":{"pageIndex":19,"numItemsPerPage":100,"numTotalItems":667126,"offset":1900,"length":100}},"jwt":"eyJhbGciOiJFZERTQSIsImtpZCI6IjVHZDBvd0g5MTM2eDZjc1FvbE1zcktNWUZoRVFoUm5PVVVybEpjOUhaUEEifQ.eyJyZWFkIjp0cnVlLCJwZXJtaXNzaW9ucyI6eyJyZXBvLmNvbnRlbnQucmVhZCI6dHJ1ZX0sImlhdCI6MTc4NjQ0NTUyNiwianRpIjoiYjIxZmI2NTUtNmZhOS00MTc3LTlmMmQtMWJhOTY0Njk1MTUzIiwic3ViIjoiL2RhdGFzZXRzL1JhbmRvbVRoaW5nc0lEby9NTUxvdHRpZS1DbGVhbmVkIiwiZXhwIjoxNzg2NDQ5MTI2LCJpc3MiOiJodHRwczovL2h1Z2dpbmdmYWNlLmNvIn0.cGXX0IpoRZeX_TdfIcW3G8dc-qgHAhG6W3soWR4wSiAcPV1ppXQRfG7UkoIito2JWoL2O1omGDh7o1WdXmOaBA","displayUrls":true,"splitSizeSummaries":[{"config":"default","split":"train","numRows":667126,"numBytesParquet":11083597063}]},"discussionsStats":{"closed":0,"open":1,"total":1},"fullWidth":true,"hasGatedAccess":true,"hasFullAccess":true,"isEmbedded":false,"savedQueries":{"community":[],"user":[]}}">
instruction stringlengths 46 1.98k | output stringlengths 134 2.89M |
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Generate a lottie json animation. The scene opens with a person dressed in a bright yellow top and dark black pants standing to the left of a large, rectangular purple interface. The interface contains a pie chart in the upper-left corner, a bar graph in the lower-right corner, and a grid layout in the center. The pers... | {"v": "5.7.11", "fr": 25, "ip": 0, "op": 101, "w": 512, "h": 512, "nm": "Comp 44", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 11", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [159.211, 373.6, 0.0], "ix": 2, "l": 2}, "a": {"a":... |
Generate a lottie json animation. Initially, the video displays a gray outline of a rectangular document icon with a subtly folded corner in the top-right. This icon has a simple, geometric design. As the video progresses, a small pink circular marker appears near the center-left of the icon. Over time, this marker tra... | {"v": "5.8.1", "fr": 25, "ip": 0, "op": 55, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2/14 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "a":... |
Generate a lottie json animation. The video starts with a static image featuring a woman positioned on the left side, dressed in a blue jacket over a navy-blue skirt, paired with dark-colored shoes. She is holding a black laptop with a distinct purple keyboard. To the right of the woman, a prominent light blue light bu... | {"v": "5.9.0", "fr": 45, "ip": 0, "op": 137, "w": 512, "h": 512, "nm": "9", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 10 Outlines", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.833], "y": [0.833]}, "o": {"x": [0.167], "y": [0.167]}, "t": 0, "s": [100]}, {"i": {"x": [0.833], "y"... |
Generate a lottie json animation. The video begins with a plain white background with no visible elements. A blue rectangular shape appears, representing a screen or display. This shape is initially empty but gradually fills with a red geometric pattern that forms the stylized letter 'S'. Red circles connected by lines... | {"v": "5.12.2", "fr": 29.9700012207031, "ip": 0, "op": 60.0000024438501, "w": 512, "h": 512, "nm": "Business Targets & Growth-17", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, ... |
Generate a lottie json animation. ["The video starts with a black-and-white line-drawn character standing against a clean white background. The character has curly hair and is depicted in a simplistic style with minimal details. Both of the character's hands are raised, palms facing forward, suggesting anticipation or ... | {"v": "5.12.1", "fr": 25, "ip": 0, "op": 81, "w": 512, "h": 512, "nm": "Comp 40", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "NULL", "sr": 1, "ks": {"o": {"a": 0, "k": 0, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "a": {"a": 0, "k": ... |
Generate a lottie json animation. ['At the beginning of the sequence, the entire scene is visible: a large yellow padlock with a black keyhole stands prominently in the center. A purple gear icon is placed above the padlock. Two human figures are depictedâone sitting cross-legged on the ground with a pink laptop on t... | {"v": "5.12.2", "fr": 29.9700012207031, "ip": 0, "op": 98.0000039916218, "w": 512, "h": 512, "nm": "Ai 12", "ddd": 1, "assets": [], "layers": [{"ddd": 1, "ind": 1, "ty": 4, "nm": "Layer 2 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "rx": {"a": 0, "k": 0, "ix": 8}, "ry": {"a": 0, "k": 0, "ix": 9}, "rz"... |
Generate a lottie json animation. ['Initially, the video shows the emergence of a yellow, irregularly scalloped badge, which starts as a basic shape. As the badge grows, it reveals a white circular border with evenly spaced small white dots along its periphery, forming a decorative pattern.', "Following this, a light t... | {"v": "5.12.2", "fr": 30, "ip": 0, "op": 81, "w": 512, "h": 512, "nm": "First", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "Null 1", "sr": 1, "ks": {"o": {"a": 0, "k": 0, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "a": {"a": 0, "k": ... |
Generate a lottie json animation. ['At the beginning, the character is depicted with a black outline, blonde hair, a blue shirt, orange shorts, and a red cape flowing behind. The figure stands centrally with its arms and legs positioned in a neutral stance.', "As the sequence progresses, the character's limbs move sequ... | {"v": "5.7.11", "fr": 25, "ip": 0, "op": 81, "w": 512, "h": 512, "nm": "109", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "Null 1", "sr": 1, "ks": {"o": {"a": 0, "k": 0, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "a": {"a": 0, "k": [7... |
Generate a lottie json animation. At the beginning of the sequence, the character stands upright wearing a black blazer over a light blue dress, paired with dark shoes. Her hair is short and dark, styled neatly. She holds a rolled-up white document in her left hand, positioned near her chest. Her right hand is extended... | {"v": "4.8.0", "meta": {"g": "LottieFiles AE 3.1.1", "a": "", "k": "", "d": "", "tc": ""}, "fr": 29.9700012207031, "ip": 0, "op": 90.0000036657751, "w": 512, "h": 512, "nm": "person37", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "R2", "parent": 5, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix"... |
Generate a lottie json animation. ['At the beginning of the video, the scene is set with a light purple ballot box in the center, featuring a golden peace sign emblem. To the left of the box stands a man in a blue shirt with his arms raised, while to the right, a woman in a blue sweater and brown shorts holds a white p... | {"v": "5.9.0", "fr": 30, "ip": 0, "op": 180, "w": 512, "h": 512, "nm": "5", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.833], "y": [0.833]}, "o": {"x": [0.167], "y": [0.167]}, "t": 0, "s"... |
Generate a lottie json animation. The video begins with a single, small golden star located centrally in a plain white background. This star quickly expands into a larger, more radiant star with sharp, elongated rays emanating outward. Around the central star, several smaller golden stars appear one by one, each growin... | {"v": "5.8.1", "fr": 29.9700012207031, "ip": 0, "op": 86.0000035028518, "w": 512, "h": 512, "nm": "Burst Spark Animation 8.aep", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Shape Layer 7", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, ... |
Generate a lottie json animation. The video begins with a static image of an orange utility knife, which has a rounded, elongated handle adorned with a navy-blue rectangular label. The knife is positioned diagonally against a completely white background. As the sequence progresses, a gray metallic blade slowly slides o... | {"v": "5.9.0", "fr": 29.9700012207031, "ip": 0, "op": 120.0000048877, "w": 512, "h": 512, "nm": "box cutter", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 3 Outlines", "parent": 4, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [13... |
Generate a lottie json animation. The video begins with a central white cloud character featuring a cheerful face, including pink cheeks and dark brown eyebrows and eyes, which convey a joyful expression. A bright yellow crescent moon is placed on top of the cloud, adding a playful element. Initially, only a few blue r... | {"v": "5.12.1", "fr": 25, "ip": 0, "op": 81, "w": 512, "h": 512, "nm": "Comp 26", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "Null 1", "sr": 1, "ks": {"o": {"a": 0, "k": 0, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "a": {"a": 0, "k"... |
Generate a lottie json animation. The video starts with a single green Chinese yuan symbol (Â¥) enclosed within a light green circular outline positioned towards the upper part of the frame. As the sequence progresses, a pink dollar sign ($) enclosed in a pink circular outline enters the lower left corner of the frame.... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 85306, "nm": "surface258482", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y... |
Generate a lottie json animation. The video begins with a green circular shape positioned centrally within a larger black circular boundary. A purple musical note is also present, initially aligned near the green circle. As the animation progresses, the green circle rotates continuously in a clockwise direction along t... | {"v": "5.9.0", "fr": 30, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "30 Music CD", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "Null Object", "sr": 1, "ks": {"o": {"a": 0, "k": 0, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "a": {"a"... |
Generate a lottie json animation. At the beginning, the video displays a minimalistic, isometric-style illustration featuring a transparent dome in light blue hues, encasing three white rectangular buildings arranged on a green circular base. A yellow speech bubble with the word 'COST' is positioned near the top right ... | {"v": "5.12.1", "fr": 25, "ip": 0, "op": 81, "w": 512, "h": 512, "nm": "Comp 47", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "NULL", "sr": 1, "ks": {"o": {"a": 0, "k": 0, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "a": {"a": 0, "k": ... |
Generate a lottie json animation. At the beginning, the orange pear character is shown with a purple scarf loosely draped over its shoulders and a light blue hat perched atop its head. The character's large, round black eyes are wide open, framed by prominent eyelashes, and its mouth is depicted as a small, cute red he... | {"v": "5.10.2", "fr": 29.9700012207031, "ip": 0, "op": 90.0000036657751, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 1, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 8", "parent": 11, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [0.0, 0.0, 0... |
Generate a lottie json animation. The video starts with a clipboard interface featuring a blue border and a teal clip mechanism at the top. Inside the clipboard, there is a blue envelope containing a pink pencil and a yellow sticky note adorned with orange doodles. In the bottom left corner, a green square with a white... | {"v": "5.12.1", "fr": 30, "ip": 0, "op": 90, "w": 512, "h": 512, "nm": "profile", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "mail", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [266.26, 263.541, 0.0], "ix": 2, "l": 2}, "a": {"a": 0, ... |
Generate a lottie json animation. ['The video begins with a simple, thin black line starting at the bottom left corner and extending toward the top right corner against a completely white background.', 'Throughout the sequence, the line progressively thickens and develops curves at both ends, eventually forming sharp a... | {"v": "4.8.0", "meta": {"g": "LottieFiles AE 3.4.5", "a": "", "k": "", "d": "", "tc": ""}, "fr": 30, "ip": 0, "op": 157, "w": 512, "h": 512, "nm": "Arrow 17", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Shape Layer 3", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a... |
Generate a lottie json animation. The video begins with a static composition where a blue smartphone occupies the center, surrounded by several elements: a green credit card slightly angled below the phone, yellow currency notes stacked vertically on the left, gold coins in a small pile to the right, a white shield wit... | {"v": "5.12.2", "fr": 29.9700012207031, "ip": 0, "op": 120.0000048877, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 1, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 33", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 1, "k": [{"i": {"x": 0.667, "y": 1}... |
Generate a lottie json animation. ['At the beginning, the scene features a person in a blue shirt and black pants, standing atop a unicycle with a red wheel adorned with white clock-like lines. Five bright red balls are positioned above the juggler, ready to be tossed and caught. The background is entirely plain white,... | {"v": "5.9.0", "fr": 29.9700012207031, "ip": 0, "op": 61.0000024845809, "w": 512, "h": 512, "nm": "35", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 5 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.833], "y": [0.833]}, "o": {"x": [0.167]... |
Generate a lottie json animation. The video starts with a teal-outlined triangular shape in the bottom-left corner, representing the initial form of the rocket. As the frames progress, this simple shape expands and fills with additional details: the body becomes white with a black outline, purple fins extend from the s... | {"v": "5.12.2", "fr": 30, "ip": 0, "op": 90, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [102.094, 409.194, 0.0], "ix": 2, "l": 2}, "a": {"a": ... |
Generate a lottie json animation. The video begins with a static image of a retro computer monitor featuring a purple body and a tan base. The monitor's screen shows a simple, pixelated face with small black eyes and a wide, open mouth, depicted in white against a dark blue background. Above the face, a light brown woo... | {"v": "5.12.2", "fr": 30, "ip": 0, "op": 181, "w": 512, "h": 512, "nm": "25-04-04-Lo-Fi-background-10-color-5-similar-1", "ddd": 0, "assets": [{"id": "comp_0", "nm": "computer", "fr": 30, "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "z 16", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.833], "y": [0.833]}, "o":... |
Generate a lottie json animation. ['The video begins with two horizontal black lines isolated against a white background. These lines are simple, thin, and evenly spaced, providing a stark contrast to the white backdrop.', 'As the animation progresses, these lines transform into a vertical stack of coin-like shapes. Th... | {"v": "5.9.6", "fr": 30, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "22-10-13-Money-pixel-perfect-icons-line-animation-20_1", "ddd": 0, "assets": [{"id": "comp_0", "nm": "coins_pre-compose", "fr": 30, "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "1", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]... |
Generate a lottie json animation. ['At the beginning of the video, the screen is entirely white, with no visible elements. The first frame shows the initial outlines of a female figure and rectangular shapes in a light pink color, partially filled in.', 'As the video progresses, the pink outlines continue to fill in fr... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 47017, "nm": "surface138945", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y... |
Generate a lottie json animation. ['The initial frame shows a clean white background with no other elements visible. A pink rectangular shape appears with rounded corners, gradually expanding into a larger square as it fills the center of the screen.', 'The square undergoes a gradient transition from pink to blue, crea... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 3675, "nm": "surface10011", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y":... |
Generate a lottie json animation. ['At the beginning of the video, a single yellow triangular shape representing the central part of a corn cob is centered on a white background. No other elements are visible initially.', 'As the video progresses, two light teal leaf-like shapes begin to emerge from beneath the yellow ... | {"v": "5.8.1", "fr": 29.9700012207031, "ip": 0, "op": 65.0000026475043, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 1/48 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 1, "k": [{"i": {"x": 0.... |
Generate a lottie json animation. The video begins with a partial pink arc at the top center of the frame. This arc gradually expands downwards and to the sides, forming a complete pink circular shape. Simultaneously, a white rectangular shape with rounded corners and a small gray curved line inside appears and slides ... | {"v": "5.12.2", "fr": 29.9700012207031, "ip": 0, "op": 60.0000024438501, "w": 512, "h": 512, "nm": "Untitled-2_edu176", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 1, "k": [{"i":... |
Generate a lottie json animation. The video starts with a black telephone handset placed centrally against a white background. Above the handset is an orange speech bubble featuring a smiling face emoji with simple black eyes and a curved mouth. An orange cord extends from the handset, curving downward and then diagona... | {"v": "5.6.8", "fr": 60, "ip": 0, "op": 151, "w": 512, "h": 512, "nm": "04 customer service", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Smiley", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.32], "y": [1]}, "o": {"x": [0.699], "y": [0]}... |
Generate a lottie json animation. At the beginning of the sequence, there is a pink martini glass filled with green liquid, positioned centrally against a white background. A lime slice with light green outer edges and red sections is placed near the rim of the glass as a garnish. Throughout the sequence, the image rem... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 16360, "nm": "surface57250", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y"... |
Generate a lottie json animation. The sequence starts with a simple, static light yellow circle. As the video progresses, this circle transitions into an orange circle with a bold, dark purple 'Z' symbol placed centrally. Surrounding the orange circle are two concentric outlines in purple and light yellow, adding depth... | {"v": "4.8.0", "meta": {"g": "LottieFiles AE 3.0.2", "a": "", "k": "", "d": "", "tc": ""}, "fr": 29.9700012207031, "ip": 0, "op": 152.000006191087, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2", "sr": 1, "ks": {"o": {"a": 0, "k": 100, ... |
Generate a lottie json animation. ['At the beginning, the frame displays a bright black sun with light rays surrounding it, positioned on the left side. A downward-pointing arrow next to the sun indicates precipitation, followed by a thermometer on the right, showing a filled mercury bulb. Below these elements are thre... | {"v": "5.7.11", "fr": 25, "ip": 0, "op": 126, "w": 512, "h": 512, "nm": "Comp 16", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 16", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, "o": {"x": [0.333], "y": [0]}, "t": 115, "s": [50]}, {"t": 125, "s": [0]}], "ix": 11},... |
Generate a lottie json animation. The video starts with a simple pale yellow circle containing a small orange segment and a faint pink number '0'. The first frame introduces a minimalistic design centered in the white background. As the sequence progresses, the orange segment grows and divides into multiple sections, i... | {"v": "5.8.1", "fr": 29.9700012207031, "ip": 0, "op": 120.0000048877, "w": 512, "h": 512, "nm": "1 To 10 Countdown 5.aep", "ddd": 0, "assets": [], "fonts": {"list": [{"fName": "Arial-Black", "fFamily": "Arial", "fStyle": "Black", "ascent": 79.5988159179688}]}, "layers": [{"ddd": 0, "ind": 1, "ty": 5, "nm": "3", "sr": 1... |
Generate a lottie json animation. ['At the beginning, a solid black rectangular object with rounded corners occupies the central area of the frame. Near the top center, a small white curved arrow is visible against the dark background.', "As the sequence progresses, a light gray horizontal stripe gradually forms across... | {"v": "5.7.11", "fr": 30, "ip": 0, "op": 40, "w": 512, "h": 512, "nm": "flip board", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "divisor", "parent": 9, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [71.37568, 317.30080000000004, 0.0], ... |
Generate a lottie json animation. At the beginning of the video, a woman dressed in an orange shirt, blue gradient pants, and blue shoes is illustrated standing on the left side of the frame. She points towards a large turquoise-framed screen that displays colorful bar graphs and charts, along with a blue gear icon. Be... | {"v": "5.9.0", "fr": 24, "ip": 0, "op": 144, "w": 512, "h": 512, "nm": "online teaching", "ddd": 0, "assets": [{"id": "comp_0", "nm": "Gerl", "fr": 24, "layers": [{"ddd": 0, "ind": 2, "ty": 4, "nm": "Had", "parent": 3, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.4], "y": [1]}, ... |
Generate a lottie json animation. The video starts with a white background where three overlapping documents with a red outline slowly appear. Each document features a photo placeholder on the left, text sections in the middle, and a medical cross inside a blood droplet symbol on the right. As the sequence progresses, ... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 3719, "nm": "surface9766", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y": ... |
Generate a lottie json animation. ['At the beginning, the video displays a single black shield-shaped icon with a bold black outline on a plain white background. Inside the shield, a solid black downward-pointing arrow is centrally positioned.', 'Throughout the duration, no transitions, movements, or visual effects occ... | {"v": "5.7.11", "fr": 15, "ip": 0, "op": 8, "w": 512, "h": 512, "nm": "shield-arrow-diagonal-right-down-line-drawing-shake", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "shield-arrow-diagonal-right-down-line-drawing-shake", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k":... |
Generate a lottie json animation. At the start, the icon appears as a subtle sketch-like representation, with a web browser window drawn in light gray. Inside this window, there are faint outlines of a user avatar, some icons, and text fields. As the video progresses, the browser's outer frame gains a bold, coral red o... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 2499, "nm": "surface6542", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y": ... |
Generate a lottie json animation. At the beginning, the video displays a white background with a black-outlined number '9' positioned centrally within a purple-outlined rectangle. As the sequence progresses, the number '9' begins to rotate clockwise around its center point, while the purple rectangle remains stationary... | {"v": "5.6.8", "fr": 60, "ip": 0, "op": 180, "w": 512, "h": 512, "nm": "05 Zipper", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "Main Stroke width - Color Ctrl", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0,... |
Generate a lottie json animation. At the beginning of the video, a vibrant red heart-shaped padlock icon is positioned centrally against a stark white background. The padlock features a white keyhole and a locking mechanism, both symmetrical and centered within the shape. As the video progresses, the padlock undergoes ... | {"v": "4.8.0", "meta": {"g": "LottieFiles AE 3.5.7", "a": "", "k": "", "d": "", "tc": ""}, "fr": 30, "ip": 0, "op": 240, "w": 512, "h": 512, "nm": "Love_Padlock_02", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 1 Outlines 2", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a":... |
Generate a lottie json animation. ['At the beginning, the video shows a central orange rocket ship with two small white windows and a black exhaust section emitting yellow flames and black smoke trails. The background is a plain white circular area with a subtle gray outline.', 'As the video progresses, various celesti... | {"v": "5.9.6", "fr": 30, "ip": 0, "op": 120, "w": 512, "h": 512, "nm": "vecteezy_space-flat-5-icon-pack-including-space-star-rocket-space_19210724", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "vecteezy_space-flat-5-icon-pack-including-space-star-rocket-space_19210724 Outlines 2", "sr": 1, "k... |
Generate a lottie json animation. The sequence begins with a minimalist clipboard outlined in black with a green top and a red handle, set against a white background. As the video progresses, a bright green gear icon slides into view to the right of the clipboard, suggestingæºæ¢°å or settings. Next, a red shopping c... | {"v": "5.8.1", "fr": 30, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "22", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 3 Outlines", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.833], "y": [0.833]}, "o": {"x": [0.167], "y": [0.167]}, "t": 20, "s": [0]}, {"t": 32, "s": [100]}], "i... |
Generate a lottie json animation. ['At the beginning, the video displays a red map pin icon with a dark blue fill on the left and a light blue oval shape to the right, both set against a white background.', "The light blue oval gradually transforms into a dark blue rounded rectangular button, while the word 'FRANCE' ap... | {"v": "5.9.3", "fr": 29.9700012207031, "ip": 0, "op": 50.0000020365418, "w": 512, "h": 512, "nm": "10 France", "ddd": 0, "assets": [], "fonts": {"list": [{"fName": "Arial-BoldMT", "fFamily": "Arial", "fStyle": "Bold", "ascent": 75.6476929411292}]}, "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Shape Layer 7", "sr": 1... |
Generate a lottie json animation. ['The video starts with a side-profile illustration of a human head in beige, enclosed by a bold black outline. Above the head is a white rectangular speech bubble with a black border containing three black dots, signifying text or thought. A light blue triangular shape emanates from t... | {"v": "4.8.0", "meta": {"g": "LottieFiles AE 3.4.5", "a": "", "k": "", "d": "", "tc": ""}, "fr": 60, "ip": 0, "op": 120, "w": 512, "h": 512, "nm": "Inner Dialogue", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Inner Dialogue 1", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1,... |
Generate a lottie json animation. ['The video begins with a simple blue rectangular box with rounded corners, positioned centrally against a white background. This box has a soft drop shadow, giving it a slight three-dimensional appearance.', 'As the video progresses, the box gradually expands outward, revealing more d... | {"v": "4.8.0", "meta": {"g": "LottieFiles AE ", "a": "", "k": "", "d": "", "tc": ""}, "fr": 23, "ip": 0, "op": 94, "w": 512, "h": 512, "nm": "20", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Shadow", "parent": 2, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": ... |
Generate a lottie json animation. The video begins with a pink bell-shaped object centered in the frame. The bell has a subtle gradient, transitioning from lighter pink at the top to a darker pink near the base. Below the bell is a solid red semicircular shape serving as the clapper. Initially, the bell is stationary, ... | {"v": "5.5.8", "fr": 60, "ip": 0, "op": 120, "w": 512, "h": 512, "nm": "Main Comp", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 1", "parent": 2, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, "o": {"x": [0.333], "y":... |
Generate a lottie json animation. The video starts with a lime-green triangle positioned centrally. It rotates clockwise, gradually transforming into a rectangular file icon. The file icon features a green top bar with the text 'TIFF' written in white. The body of the icon is light gray, containing a green mountain-lik... | {"v": "4.8.0", "meta": {"g": "LottieFiles AE ", "a": "", "k": "", "d": "", "tc": ""}, "fr": 30, "ip": 0, "op": 116, "w": 512, "h": 512, "nm": "TIFF", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "PNG 2", "td": 1, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10... |
Generate a lottie json animation. At the beginning, the scene displays a cartoon-style male figure wearing a yellow shirt, blue tie, orange pants, and black shoes. He holds a long-handled purple pickaxe raised high in his right hand. Below him, a dark purple mountain-like structure contains prominent Bitcoin (BTC) symb... | {"v": "5.6.6", "fr": 30, "ip": 0, "op": 150, "w": 512, "h": 512, "nm": "30-Cryptocurrency mining", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "hand2", "parent": 9, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, "o": {"x": ... |
Generate a lottie json animation. At the beginning, there are two circles: one blue and one pink, positioned slightly overlapping in the center of the frame against a white background. As the video progresses, both circles move horizontally from left to right in unison. Their positions remain fixed relative to each oth... | {"v": "5.12.1", "fr": 25, "ip": 0, "op": 75, "w": 512, "h": 512, "nm": "Animation_44", "ddd": 0, "assets": [{"id": "comp_0", "nm": "Animated Flickr Icon", "fr": 25, "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Flickr", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, ... |
Generate a lottie json animation. ['At the beginning, the video shows two characters: a woman in a light blue shirt and purple pants with a dark brown backpack, and a man in a pink sweater and dark pants holding a map. The woman stands near a large compass rose with black directional letters (N, S, E, W) and an orange ... | {"v": "5.6.9", "fr": 30, "ip": 0, "op": 300, "w": 512, "h": 512, "nm": "Scene - 03", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 2, "ty": 4, "nm": "Layer 13 - Group 10", "parent": 40, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.39], "y": [1]}, "o": {"x": ... |
Generate a lottie json animation. The video starts with a blank white screen. A glowing yellow light bulb gradually appears in the center, initially alone. As the bulb illuminates, short yellow lines emanate outward in a radiating pattern, creating a sense of brightness and energy. The light bulb then transforms; the b... | {"v": "5.7.11", "fr": 25, "ip": 0, "op": 76, "w": 512, "h": 512, "nm": "Comp 18", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 17", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.833], "y": [0.833]}, "o": {"x": [0.167], "y": [0.167]}, "t": 51, "s": [0]}, {"i": {"x": [0.833], "y": [0... |
Generate a lottie json animation. ['At the beginning, the image shows a black cat with striking yellow eyes, white whiskers, and a pink nose, along with its front paws extended forward displaying sharp white claws. A gray mouse with pink ears and a long tail sits behind the cat, slightly off-center to the right. The en... | {"v": "5.11.0", "fr": 30, "ip": 0, "op": 150, "w": 512, "h": 512, "nm": "cat illustration-09", "ddd": 0, "assets": [{"id": "comp_0", "nm": "\u25bd Clip path group 27", "fr": 30, "layers": [{"ddd": 0, "ind": 1, "ty": 0, "nm": "\u25bd clip-path-18", "td": 1, "refId": "comp_1", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix"... |
Generate a lottie json animation. The video begins with three stacked blue squares, each containing a white shopping cart icon. The shopping cart consists of two circular wheels and a simple rectangular handle on top. The top square is semi-transparent, while the middle and bottom squares are fully opaque. At the start... | {"v": "5.12.1", "fr": 30, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "All", "ddd": 0, "assets": [{"id": "comp_0", "nm": "Shopping cart", "fr": 30, "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "Layer 2", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [51.2, 51.... |
Generate a lottie json animation. At the beginning, the scene shows a person seated on a white piano bench, positioned in front of a black grand piano. The individual is dressed in a white dress adorned with a black cape or shawl. The piano features a white interior partially exposed due to the slightly ajar lid. A tri... | {"v": "5.6.8", "fr": 30, "ip": 0, "op": 150, "w": 512, "h": 512, "nm": "7", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "piano", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2}, "a": {"a": 0, "k": [333.333333... |
Generate a lottie json animation. ['The video starts with an entirely white screen, with no visible elements. As the first frame appears, a partial view of a circular light bulb shape emerges, primarily in a vibrant blue color with a white lightning bolt symbol inside. This initial stage shows only part of the upper se... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 86340, "nm": "surface261127", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y... |
Generate a lottie json animation. ['The video begins with a white background and a blue curved line appearing on it, positioned horizontally across the frame. The line starts incomplete and grows progressively longer and more defined.', 'As the video progresses, the blue curved line transforms into a complete circular ... | {"v": "5.9.6", "fr": 60, "ip": 0, "op": 109, "w": 512, "h": 512, "nm": "360 arrow Left", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Shape Layer 1", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "... |
Generate a lottie json animation. ['The video starts with a plain white background. A thin black outline resembling a paper icon, complete with a small upward fold on the top right corner, appears first.', "Subsequently, a solid red stroke outlines the same paper shape as the black outline, and a red 'X' symbol gradual... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 803, "nm": "surface6402", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y": [... |
Generate a lottie json animation. The video begins with a white background featuring two brown folders positioned side by side. The first folder initially holds one purple document with a white label that reads 'C4D'. As the video progresses, this single document multiplies into five identical purple documents, which f... | {"v": "5.8.1", "fr": 29.9700012207031, "ip": 0, "op": 90.0000036657751, "w": 512, "h": 512, "nm": "C4D File.aep", "ddd": 0, "assets": [{"id": "comp_0", "nm": "Pre-comp 5", "fr": 29.9700012207031, "layers": [{"ddd": 0, "ind": 1, "ty": 0, "nm": "Pre-comp 2", "refId": "comp_1", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix"... |
Generate a lottie json animation. The video begins with an initially incomplete red speech bubble icon that partially contains the red letters 'AD'. The letters and the border of the speech bubble are not fully formed, giving the appearance of emerging into view. Over time, both the speech bubble and the letters 'AD' w... | {"v": "5.9.6", "fr": 30, "ip": 0, "op": 120, "w": 512, "h": 512, "nm": "22-10-31-Modern-struggles-animation-11_8.aep", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 2, "ty": 4, "nm": "2", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, "o": {"x": [0.333], "y": [0]}, "t": 0, "s": [0]}, {"i": {... |
Generate a lottie json animation. ['Initially, the video displays a small yellow dot centered on a solid white background. There are no other elements visible at the start.', 'The yellow dot begins to expand outward, forming multiple pointed rays that radiate symmetrically. As it grows, the starburst becomes brighter, ... | {"v": "5.9.6", "fr": 60, "ip": 0, "op": 180, "w": 512, "h": 512, "nm": "82", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, "o": {"x": [0.333], "y": [0]}, "t": 154.688, "s": [100]}, {"t": 170, "s": [0]}], "ix": 11}, "... |
Generate a lottie json animation. Initially, the video presents a closed rectangular book icon with a solid green cover, framed by a navy blue border. The book has a visible spine along the left edge. As the sequence progresses, the book gradually opens, starting from the right side, where the cover lifts upward to rev... | {"v": "5.7.3", "fr": 60, "ip": 0, "op": 180, "w": 512, "h": 512, "nm": "Checkbook", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 2, "ty": 4, "nm": "Group 21", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [202.2482488888889, 256.0, 0.0], "ix": 2}, "a": {"... |
Generate a lottie json animation. The video begins with an orange hand located near several small orange fragments spread across the upper area of the frame. The hand has a distinct yellow outline and is positioned in a gesture resembling preparation for clapping. In the next moment, the hand claps together, and the sc... | {"v": "5.10.0", "fr": 30, "ip": 0, "op": 76, "w": 512, "h": 512, "nm": "Pinched fingers_Lottie", "ddd": 0, "assets": [{"id": "comp_0", "nm": "Emoji In", "fr": 30, "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 1", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "... |
Generate a lottie json animation. The sequence begins with a light teal-colored circle centered against a white background. The circle's shade shifts slightly before it fills with a bright yellow color. As the animation progresses, two concentric rings appear around the yellow circleâone in a light green hue and anot... | {"v": "5.7.12", "fr": 30, "ip": 0, "op": 150, "w": 512, "h": 512, "nm": "048-hot sale 2", "ddd": 0, "assets": [{"id": "comp_0", "nm": "048-hot sale", "layers": [{"ddd": 0, "ind": 1, "ty": 0, "nm": "1", "refId": "comp_1", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "... |
Generate a lottie json animation. At the beginning of the video, a red Costa Coffee paper carton is displayed at an angle, showing its front side with the prominent white Costa Coffee logo. The logo includes a stylized coffee bean graphic and the text 'SINCE 1971' in a circular arrangement. The carton has a white top a... | {"v": "5.5.8", "fr": 25, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2}, "a": {"a":... |
Generate a lottie json animation. The video starts with a single illustration of a person standing with arms crossed. The person has dark-colored hair styled in a short, curly manner. They are dressed in a white shirt, which is partially covered by an open pink jacket. Blue pants complete the outfit. The background is ... | {"v": "5.9.6", "fr": 30, "ip": 0, "op": 120, "w": 512, "h": 512, "nm": "22-10-31-Modern-struggles-animation-18_1.aep", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "r_hand", "parent": 2, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, "o":... |
Generate a lottie json animation. ["At the beginning, two black paddle-like objects with long handles and wide paddling ends are depicted in a crossed-over 'X' formation on a white background. Both paddles are outlined in black, emphasizing their shapes.", 'The scene then transitions to show the same paddles arranged s... | {"v": "5.7.11", "fr": 25, "ip": 0, "op": 81, "w": 512, "h": 512, "nm": "14", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 3", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [255.746, 255.938, 0.0], "ix": 2, "l": 2}, "a": {"a": 0, "... |
Generate a lottie json animation. The video begins with a blue, rounded rectangular button centered on a white background. The button features white text that reads 'TRY FOR FREE'. A cursor indicates a click interaction, prompting the button's text to change to 'Processing...', accompanied by a gradual color shift from... | {"v": "5.5.8", "fr": 29.9700012207031, "ip": 0, "op": 90.0000036657751, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "fonts": {"list": [{"fName": "Inter-Medium", "fFamily": "Inter", "fStyle": "Medium", "ascent": 72.7279663085938}]}, "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2", "sr": 1, "ks":... |
Generate a lottie json animation. At the beginning, the red outlined icon of stacked rectangular shapes appears near the bottom of the frame, accompanied by three small pink sparkles positioned above and below it. As the video progresses, the entire icon slides smoothly upwards, maintaining its position relative to the... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 58681, "nm": "surface178355", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y... |
Generate a lottie json animation. ['At the beginning of the video, a person is depicted wearing a purple sweater and holding a green smartphone. To the right, there are three towers composed of pink coins, each topped with an upward-pointing arrowâtwo green and one purple. Floating purple coin-like shapes are scatter... | {"v": "5.12.2", "fr": 29.9700012207031, "ip": 0, "op": 181.000007372281, "w": 512, "h": 512, "nm": "59", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, "o": {"x": [0.333], "... |
Generate a lottie json animation. The video starts with two black-outlined hands placed symmetrically on either side of the frame, with their palms facing upward. An orange heart shape is centrally positioned between the hands, held as if being carefully cradled. Throughout the sequence, both the hands and the heart re... | {"v": "5.6.8", "fr": 25, "ip": 0, "op": 47, "w": 512, "h": 512, "nm": "20 Charity", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "Main Stroke width - Color Ctrl", "sr": 1, "ks": {"o": {"a": 0, "k": 0, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0... |
Generate a lottie json animation. ['At the beginning, the telephone handset and the warning triangle are faintly outlined, almost invisible against the white background. The handset is depicted as a simple line drawing with a curved handle and a receiver, while the triangle contains an exclamation mark.', 'As the video... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 15088, "nm": "surface65590", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y"... |
Generate a lottie json animation. At the beginning, an orange-clad person stands in front of a black easel board with a white paper fixed to it. The person holds a compass in one hand and a pencil in the other, positioned over the paper. On the left side of the frame, there is a green wall with a mix of items including... | {"v": "5.7.11", "fr": 25, "ip": 0, "op": 81, "w": 512, "h": 512, "nm": "Comp 31", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 3", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.25], "y": [1]}, "o": {"x": [0.333], "y": [0]}, "t": 0, "s": [0]}, {"i"... |
Generate a lottie json animation. ["The video begins with a light blue credit card icon centered within a pale blue circular frame. The background is entirely white, providing high contrast for the elements. Initially, the credit card displays partial numbers '894 0000 5542' in black text.", "As the sequence progresses... | {"v": "4.8.0", "meta": {"g": "LottieFiles AE 1.1.0", "a": "", "k": "", "d": "", "tc": ""}, "fr": 60, "ip": 0, "op": 120, "w": 512, "h": 512, "nm": "Card payment successful", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "01", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r":... |
Generate a lottie json animation. ['Initially, the video displays a simple, faint white outline of a protractor centered against a clean white background. The outline depicts the general shape of a protractor, including an inner arc and straight lines forming the base and measurement arm.', "As the sequence progresses,... | {"v": "5.12.2", "fr": 29.9700012207031, "ip": 0, "op": 65.0000026475043, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 1/25 Outlines", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, "o": {"x": [0.9], "y": [0]}, "t": 5, "s": [0]}, {... |
Generate a lottie json animation. At the beginning, the video displays a purple square frame with a white background. Inside the frame, there is a simple graphic consisting of a wavy line at the bottom and a circular shape near the top. The overall design is minimalistic and clear. As the video progresses, a blur effec... | {"v": "5.12.1", "fr": 30, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "Gallery", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 1", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.501], "y": [1]}, "o": {"x": [0.495], "y": [0]}, "t": 0, "s": [0]}, {"i... |
Generate a lottie json animation. Initially, the video displays a necklace with beads in an abstract, sketch-like style, predominantly in black outlines against a stark white background. The beads are varied in shapeâround, teardrop, and hexagonalâand feature internal patterns that are initially faint and indistinc... | {"v": "5.12.1", "fr": 60, "ip": 0, "op": 121, "w": 512, "h": 512, "nm": "Comp 25", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 3", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "a": {"a": 0,... |
Generate a lottie json animation. The video begins with an empty frame that gradually reveals a computer monitor icon. The monitor has a sleek design with a prominent light blue display area. Initially, the screen is blank except for its light blue background. As the animation progresses, two gears appear on the screen... | {"v": "5.8.1", "fr": 30, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "01", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 3 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.833], "y": [0.833]}, "o": {"x": [0.167], "y": [0.167]}, "t": 27, "s... |
Generate a lottie json animation. The video begins with a centrally positioned, bald character depicted in a minimalist cartoon style. The character's face is light pink, outlined in black, and features minimalistic facial expressionsâa smiling mouth and small circular ears. The background consists of a solid purple ... | {"v": "5.9.0", "fr": 60, "ip": 0, "op": 242, "w": 512, "h": 512, "nm": "07", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 5", "parent": 6, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"s": true, "x": {"a": 0, "k": 0.11946666666666668, "ix": 3... |
Generate a lottie json animation. Initially, a simple, stylized hand icon in soft pink is centered against a plain white background. The hand features a pointing gesture with the index finger extended and other fingers slightly curled. As the sequence progresses, a gray double-headed arrow slides in from the left side,... | {"v": "5.12.2", "fr": 29.9700012207031, "ip": 0, "op": 65.0000026475043, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 2/7 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [96.71111111111... |
Generate a lottie json animation. The video begins with a plain white background containing a centered blue square frame. Inside the frame, a green rectangular block appears first, positioned horizontally near the bottom. This is shortly followed by a red rectangular block that stacks perfectly on top of the green one,... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 6902, "nm": "surface18645", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y":... |
Generate a lottie json animation. The video begins with a simple, rectangular white box outlined in light gray. Near the left side of the box, there are two small white circles, likely representing input/output ports or indicators. Gradually, two blue antennas rise from the top of the box, indicating the device's capab... | {"v": "5.12.2", "fr": 29.9700012207031, "ip": 0, "op": 65.0000026475043, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 1/78 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 374.51... |
Generate a lottie json animation. ["At the beginning, the cartoon character has short brown hair styled upwards, an orange rounded body, and green circular feet. The character is holding a heart-shaped object adorned with the American flag patternâred and white horizontal stripes with a blue square containing white s... | {"v": "5.12.1", "fr": 25, "ip": 0, "op": 120, "w": 512, "h": 512, "nm": "Comp 38", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 4", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [363.84182857142855, 242.6543542857143, 0.0], "ix": ... |
Generate a lottie json animation. ["At the beginning, the video displays a light pink speech bubble with rounded edges, featuring a white person icon and a white number '3' centered inside. The background is uniformly white, providing contrast for the pink bubble.", "As the animation unfolds, the light pink color of th... | {"v": "5.10.0", "fr": 30, "ip": 0, "op": 30, "w": 512, "h": 512, "nm": "Intagram likes", "ddd": 0, "assets": [], "fonts": {"list": [{"fName": "AdobeHeitiStd-Regular", "fFamily": "Adobe Heiti Std", "fStyle": "R", "ascent": 80.1986694335938}]}, "layers": [{"ddd": 0, "ind": 1, "ty": 5, "nm": "3", "parent": 2, "sr": 1, "ks... |
Generate a lottie json animation. At the beginning, the scene shows a minimalist clock with a white face encircled by a light blue ring. Two large, yellow semicircular bells are prominently placed at the top of the clock. The clock features red hour and minute hands with yellow circular centers positioned at the center... | {"v": "5.9.0", "fr": 30, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "18 Alarm", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "Null Object", "sr": 1, "ks": {"o": {"a": 0, "k": 0, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": 2, "l": 2}, "a": {"a": 0... |
Generate a lottie json animation. The video starts with a static black line drawing of a human head shown in profile. On the forehead, there is a globe-like shape with grid lines and an arrow pointing to the right, indicating movement. The entire head and globe structure remain still initially. The scene then transitio... | {"v": "5.8.1", "fr": 29.9700012207031, "ip": 0, "op": 210.000008553475, "w": 512, "h": 512, "nm": "58", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "58 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [256.0, 256.0, 0.0], "ix": ... |
Generate a lottie json animation. ["The scene begins with a central, horizontally oriented, elongated purple button that has rounded edges. The word 'LIVE' is displayed in bold, white text centered within the button. The button features a subtle drop shadow and a bevel effect, giving it a three-dimensional look against... | {"v": "5.5.8", "fr": 30, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "fonts": {"list": [{"fName": "Inter-SemiBold", "fFamily": "Inter", "fStyle": "Semi Bold", "ascent": 72.7279663085938}]}, "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 3", "td": 1, "sr": 1, "ks": {"o": {"a": 0... |
Generate a lottie json animation. The video begins with a white background. Two rectangular shapes, outlined in very light gray, start to appear. These shapes represent a closed wallet, with the left shape slightly overlapping the right. On the right side, a short pink strap is visible, along with a small white circula... | {"v": "5.12.2", "fr": 29.9700012207031, "ip": 0, "op": 65.0000026475043, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 1/37 Outlines", "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.833], "y": [0.833]}, "o": {"x": [0.167], "y": [0.167]}, "t": 15, "... |
Generate a lottie json animation. Initially, the video displays a black rectangular button with rounded edges against a white background. The button contains a multicolored Google Play logo consisting of a green triangle, red triangle, yellow diamond, and blue rhombus. As the video progresses, a shadow effect is applie... | {"v": "5.5.8", "fr": 30, "ip": 0, "op": 60, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 1", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [281.1259259259259, 257.1851851851852, 0.... |
Generate a lottie json animation. ['At the beginning, the screen is entirely white, with no elements visible. After a brief moment, a pink rectangular border starts to appear from the bottom, forming the outer frame of the certificate icon.', 'As the animation progresses, a light blue rectangular section fills the inte... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 14388, "nm": "surface44484", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y"... |
Generate a lottie json animation. The sequence begins with a single red ribbon-like shape positioned near the center-top of the frame, forming a simple bow. As the animation progresses, this ribbon smoothly extends downward, transforming into the outline of an elongated oval shape. This oval is divided into four equal ... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 36539, "nm": "surface107520", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y... |
Generate a lottie json animation. 1. At the beginning, two smartphones with blue screens and purple frames are displayed side by side against a plain white background. Both phones are static, and initially, no icons or animations are visible.
2. The sequence progresses with a yellow envelope icon appearing on the scree... | {"v": "5.6.8", "fr": 30, "ip": 0, "op": 180, "w": 512, "h": 512, "nm": "11", "ddd": 0, "assets": [{"id": "comp_0", "layers": [{"ddd": 0, "ind": 2, "ty": 4, "nm": "envelope", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 1, "k": [{"i": {"x": 0.833, "y": 0.833}, "o": {"x":... |
Generate a lottie json animation. At the beginning, a single animated character is positioned centrally in the frame against a solid white background. The character has dark hair styled in a ponytail, wears a bright green short-sleeved t-shirt, and pink shorts. Starting with both hands placed firmly on hips, the charac... | {"v": "5.9.0", "fr": 30, "ip": 0, "op": 241, "w": 512, "h": 512, "nm": "Stretching", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Hand-2-L 2", "parent": 3, "sr": 1, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.833], "y": [0.833]}, "o": {"x": [0.167], "y": [0.167]}, "t": -79, "s": [100]}, {"i": {... |
Generate a lottie json animation. ['At the beginning, the scene shows a grassy area enclosed by a white picket fence. Two green trees are positioned behind the fence, and a wooden chicken coop with an orange door is situated on the right. Three chickensâa black one on the left and two orange ones closer to the coopâ... | {"v": "5.12.2", "fr": 30, "ip": 0, "op": 181, "w": 512, "h": 512, "nm": "main", "ddd": 0, "assets": [{"id": "comp_0", "nm": "chiken", "fr": 30, "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "wing ", "parent": 2, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [41.... |
Generate a lottie json animation. ['At the beginning, there is a pink outline of a human head in side profile, with a smaller outline of a light bulb located within the brain area. The background is entirely white.', "As the animation progresses, the outline of the head gradually transforms into a solid pink fill, indi... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 18164, "nm": "surface73562", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y"... |
Generate a lottie json animation. ['At the beginning of the sequence, a cartoon character dressed in a white helmet, black beard, white shirt, gray pants, and brown shoes is standing with both arms slightly away from the body. The right arm is initially extended outward with fingers spread. The left arm rests by the si... | {"v": "4.8.0", "meta": {"g": "LottieFiles AE 3.1.1", "a": "", "k": "", "d": "", "tc": ""}, "fr": 29.9700012207031, "ip": 0, "op": 90.0000036657751, "w": 512, "h": 512, "nm": "person19", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "R0", "parent": 5, "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix"... |
Generate a lottie json animation. Initially, the video shows a static black outline illustration of a trophy with a classic design featuring two upward-facing handles, a cylindrical body, and a square base with an engraved area for text. As the video progresses, the base of the trophy begins to transform symmetrically,... | {"v": "5.10.0", "fr": 29.9700012207031, "ip": 13.0000005295009, "op": 51.0000020772726, "w": 512, "h": 512, "nm": "Comp 72", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "line 2", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [255.171584... |
Generate a lottie json animation. The video begins with a person seated on a white stool, dressed in a pink shirt and dark pants, engaged with a silver laptop. To the right of the person is a tall white desk lamp featuring a black shade, which gradually tilts backward and then forward, simulating a natural swaying moti... | {"v": "5.12.1", "fr": 30, "ip": 0, "op": 120, "w": 512, "h": 512, "nm": "Comp 1", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 3, "nm": "right-Ankle", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"k": [{"s": [32.88], "t": 0, "i": {"x": [1], "y": [1]}, "o": {"x": [0], "y": [0]}}, {"s": [32.7... |
Generate a lottie json animation. ['At the beginning, the scene includes a man in a green shirt and dark blue pants holding a blue gear wheel, set against a white background. To his right is a large chart featuring vertical bars in gray and yellow, a curved line graph with pink dots, and a progress bar at the top with ... | {"v": "5.9.0", "fr": 40, "ip": 0, "op": 130, "w": 512, "h": 512, "nm": "16", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 6 Outlines", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 0, "k": 0, "ix": 10}, "p": {"a": 0, "k": [244.21813333333333, 175.25146666666666, 0.0], "i... |
Generate a lottie json animation. Initially, the frame displays a person's head with medium-length dark brown hair, centered against a plain white background. Atop the head, there is a vivid flame structure composed of bright orange, yellow, and red hues, with a distinct red skull positioned centrally within the flames... | {"v": "5.12.1", "fr": 25, "ip": 0, "op": 61, "w": 512, "h": 512, "nm": "Comp 4", "ddd": 0, "assets": [], "layers": [{"ddd": 0, "ind": 1, "ty": 4, "nm": "Layer 3", "sr": 1, "ks": {"o": {"a": 0, "k": 100, "ix": 11}, "r": {"a": 1, "k": [{"i": {"x": [0.667], "y": [1]}, "o": {"x": [0.333], "y": [0]}, "t": 0, "s": [0]}, {"i"... |
Generate a lottie json animation. ['Initially, a small portion of a pink circular object is visible at the bottom of the frame, accompanied by a light blue squiggly line above it. A white dollar sign ($) is also faintly visible on the pink circle.', 'As the sequence progresses, the pink circle expands vertically from t... | {"v": "5.6.6", "ip": 0, "op": 149, "fr": 60, "w": 512, "h": 512, "layers": [{"ind": 17150, "nm": "surface47228", "ao": 0, "ip": 0, "op": 720, "st": 0, "ty": 4, "ks": {"o": {"a": 1, "k": [{"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.33], "y": [0]}, "t": 0, "s": [0]}, {"i": {"x": [0.67], "y": [1]}, "o": {"x": [0.17], "y"... |