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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        } 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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 = 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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($bm_sum(startKey.index, 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 } else {\n        var nextKey = key($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 = 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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;"}},"ao":0,"ef":[{"ty":5,"nm":"ŝlosilo pli pura","np":34,"ix":1,"en":1,"ef":[{"ty":7,"nm":"Anticipation","ix":1,"v":{"a":0,"k":0,"ix":1}},{"ty":7,"nm":"Smart Interpolation","ix":2,"v":{"a":0,"k":0,"ix":2}},{"ty":7,"nm":"Follow 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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), 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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   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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] = $bm_neg(Math.abs(fThrough[i]));\n            }\n        } else {\n            if (prevValue > startValue)\n                fThrough = Math.abs(fThrough);\n            if (prevValue < startValue)\n                fThrough = 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startKey.time;\n    var eTime = endKey.time;\n    if (isKeyTop(startKey, axis))\n        sO = slowOut;\n    else {\n        var prevKey = key($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), $bm_sub(nVal, sVal));\n    }\n    if 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$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;"},"p":{"a":0,"k":[290.675,360.341,0],"ix":2,"l":2},"a":{"a":0,"k":[40.675,110.341,0],"ix":1,"l":2},"s":{"a":1,"k":[{"i":{"x":[0.833,0.833,0.833],"y":[0.833,0.833,0.833]},"o":{"x":[0.167,0.167,0.167],"y":[0.167,0.167,0.167]},"t":58,"s":[0,0,100]},{"t":64,"s":[100,100,100]}],"ix":6,"l":2,"x":"var $bm_rt;\nvar fx = effect('ŝlosilo pli pura');\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                    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>= 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;"},"p":{"a":0,"k":[313.279,374.928,0],"ix":2,"l":2},"a":{"a":0,"k":[63.279,124.928,0],"ix":1,"l":2},"s":{"a":1,"k":[{"i":{"x":[0.833,0.833,0.833],"y":[0.833,0.833,0.833]},"o":{"x":[0.167,0.167,0.167],"y":[0.167,0.167,0.167]},"t":45,"s":[0,0,100]},{"t":51,"s":[100,100,100]}],"ix":6,"l":2,"x":"var $bm_rt;\nvar fx = effect('ŝlosilo pli pura');\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 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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;"}},"ao":0,"ef":[{"ty":5,"nm":"ŝlosilo pli pura","np":34,"ix":1,"en":1,"ef":[{"ty":7,"nm":"Anticipation","ix":1,"v":{"a":0,"k":0,"ix":1}},{"ty":7,"nm":"Smart Interpolation","ix":2,"v":{"a":0,"k":0,"ix":2}},{"ty":7,"nm":"Follow Through","ix":3,"v":{"a":0,"k":1,"ix":3}},{"ty":6,"nm":"Anticipation","ix":4,"v":0},{"ty":0,"nm":"Duration 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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 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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 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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                $bm_sub(1, slowIn),\n                0,\n                1,\n                0.9\n            ]);\n    } else {\n     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var sOV = 0;\n    var sVal = startKey.value;\n    var eVal = endKey.value;\n    if ($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   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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;"}},"ao":0,"ef":[{"ty":5,"nm":"ŝlosilo pli 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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 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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) < $bm_div(threshold, 100))\n            return 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$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, 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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;"}},"ao":0,"ef":[{"ty":5,"nm":"ŝlosilo pli pura","np":34,"ix":1,"en":1,"ef":[{"ty":7,"nm":"Anticipation","ix":1,"v":{"a":0,"k":0,"ix":1}},{"ty":7,"nm":"Smart Interpolation","ix":2,"v":{"a":0,"k":0,"ix":2}},{"ty":7,"nm":"Follow Through","ix":3,"v":{"a":0,"k":1,"ix":3}},{"ty":6,"nm":"Anticipation","ix":4,"v":0},{"ty":0,"nm":"Duration 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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;"}},"ao":0,"ef":[{"ty":5,"nm":"ŝlosilo pli 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