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Ctor(NaN):x.isZero()?getPi(Ctor,pr+4,rm).times(.5):(Ctor.precision=pr+6,Ctor.rounding=1,x=x.asin(),k=getPi(Ctor,pr+4,rm).times(.5),Ctor.precision=pr,Ctor.rounding=rm,k.minus(x))},P.inverseHyperbolicCosine=P.acosh=function(){var pr,rm,x=this,Ctor=x.constructor;return x.lte(1)?new Ctor(x.eq(1)?0:NaN):x.isFinite()?(pr=Ctor.precision,rm=Ctor.rounding,Ctor.precision=pr+Math.max(Math.abs(x.e),x.sd())+4,Ctor.rounding=1,external=!1,x=x.times(x).minus(1).sqrt().plus(x),external=!0,Ctor.precision=pr,Ctor.rounding=rm,x.ln()):new Ctor(x)},P.inverseHyperbolicSine=P.asinh=function(){var pr,rm,x=this,Ctor=x.constructor;return!x.isFinite()||x.isZero()?new Ctor(x):(pr=Ctor.precision,rm=Ctor.rounding,Ctor.precision=pr+2*Math.max(Math.abs(x.e),x.sd())+6,Ctor.rounding=1,external=!1,x=x.times(x).plus(1).sqrt().plus(x),external=!0,Ctor.precision=pr,Ctor.rounding=rm,x.ln())},P.inverseHyperbolicTangent=P.atanh=function(){var pr,rm,xsd,x=this,Ctor=x.constructor;return x.isFinite()?0<=x.e?new Ctor(x.abs().eq(1)?x.s/0:x.isZero()?x:NaN):(pr=Ctor.precision,rm=Ctor.rounding,xsd=x.sd(),Math.max(xsd,pr)<2*-x.e-1?finalise(new Ctor(x),pr,rm,!0):(Ctor.precision=xsd=xsd-x.e,x=divide(x.plus(1),new Ctor(1).minus(x),xsd+pr,1),Ctor.precision=pr+4,Ctor.rounding=1,x=x.ln(),Ctor.precision=pr,Ctor.rounding=rm,x.times(.5))):new Ctor(NaN)},P.inverseSine=P.asin=function(){var k,pr,rm,x=this,Ctor=x.constructor;return x.isZero()?new Ctor(x):(k=x.abs().cmp(1),pr=Ctor.precision,rm=Ctor.rounding,-1!==k?0===k?((k=getPi(Ctor,pr+4,rm).times(.5)).s=x.s,k):new Ctor(NaN):(Ctor.precision=pr+6,Ctor.rounding=1,x=x.div(new Ctor(1).minus(x.times(x)).sqrt().plus(1)).atan(),Ctor.precision=pr,Ctor.rounding=rm,x.times(2)))},P.inverseTangent=P.atan=function(){var i,j,k,n,px,t,r,wpr,x2,x=this,Ctor=x.constructor,pr=Ctor.precision,rm=Ctor.rounding;if(x.isFinite()){if(x.isZero())return new Ctor(x);if(x.abs().eq(1)&&pr+4<=PI_PRECISION)return(r=getPi(Ctor,pr+4,rm).times(.25)).s=x.s,r}else{if(!x.s)return new Ctor(NaN);if(pr+4<=PI_PRECISION)return(r=getPi(Ctor,pr+4,rm).times(.5)).s=x.s,r}for(Ctor.precision=wpr=pr+10,Ctor.rounding=1,i=k=Math.min(28,wpr/LOG_BASE+2|0);i;--i)x=x.div(x.times(x).plus(1).sqrt().plus(1));for(external=!1,j=Math.ceil(wpr/LOG_BASE),n=1,x2=x.times(x),r=new Ctor(x),px=x;-1!==i;)if(px=px.times(x2),t=r.minus(px.div(n+=2)),px=px.times(x2),void 0!==(r=t.plus(px.div(n+=2))).d[j])for(i=j;r.d[i]===t.d[i]&&i--;);return k&&(r=r.times(2<<k-1)),external=!0,finalise(r,Ctor.precision=pr,Ctor.rounding=rm,!0)},P.isFinite=function(){return!!this.d},P.isInteger=P.isInt=function(){return!!this.d&&mathfloor(this.e/LOG_BASE)>this.d.length-2},P.isNaN=function(){return!this.s},P.isNegative=P.isNeg=function(){return this.s<0},P.isPositive=P.isPos=function(){return 0<this.s},P.isZero=function(){return!!this.d&&0===this.d[0]},P.lessThan=P.lt=function(y){return this.cmp(y)<0},P.lessThanOrEqualTo=P.lte=function(y){return this.cmp(y)<1},P.logarithm=P.log=function(base){var isBase10,d,denominator,k,inf,num,sd,r,Ctor=this.constructor,pr=Ctor.precision,rm=Ctor.rounding;if(null==base)base=new Ctor(10),isBase10=!0;else{if(d=(base=new Ctor(base)).d,base.s<0||!d||!d[0]||base.eq(1))return new Ctor(NaN);isBase10=base.eq(10)}if(d=this.d,this.s<0||!d||!d[0]||this.eq(1))return new Ctor(d&&!d[0]?-1/0:1!=this.s?NaN:d?0:1/0);if(isBase10)if(1<d.length)inf=!0;else{for(k=d[0];k%10==0;)k/=10;inf=1!==k}if(external=!1,num=naturalLogarithm(this,sd=pr+5),denominator=isBase10?getLn10(Ctor,sd+10):naturalLogarithm(base,sd),checkRoundingDigits((r=divide(num,denominator,sd,1)).d,k=pr,rm))do{if(num=naturalLogarithm(this,sd+=10),denominator=isBase10?getLn10(Ctor,sd+10):naturalLogarithm(base,sd),r=divide(num,denominator,sd,1),!inf){+digitsToString(r.d).slice(k+1,k+15)+1==1e14&&(r=finalise(r,pr+1,0));break}}while(checkRoundingDigits(r.d,k+=10,rm));return external=!0,finalise(r,pr,rm)},P.minus=P.sub=function(y){var d,e,i,j,k,len,pr,rm,xd,xe,xLTy,yd,x=this,Ctor=x.constructor;if(y=new Ctor(y),!x.d||!y.d)return x.s&&y.s?x.d?y.s=-y.s:y=new Ctor(y.d||x.s!==y.s?x:NaN):y=new Ctor(NaN),y;if(x.s!=y.s)return y.s=-y.s,x.plus(y);if(xd=x.d,yd=y.d,pr=Ctor.precision,rm=Ctor.rounding,xd[0]&&yd[0]){if(e=mathfloor(y.e/LOG_BASE),xe=mathfloor(x.e/LOG_BASE),xd=xd.slice(),k=xe-e){for(len=((xLTy=k<0)?(d=xd,k=-k,yd):(d=yd,e=xe,xd)).length,(i=Math.max(Math.ceil(pr/LOG_BASE),len)+2)<k&&(k=i,d.length=1),d.reverse(),i=k;i--;)d.push(0);d.reverse()}else{for((xLTy=(i=xd.length)<(len=yd.length))&&(len=i),i=0;i<len;i++)if(xd[i]!=yd[i]){xLTy=xd[i]<yd[i];break}k=0}for(xLTy&&(d=xd,xd=yd,yd=d,y.s=-y.s),len=xd.length,i=yd.length-len;0<i;--i)xd[len++]=0;for(i=yd.length;k<i;){if(xd[--i]<yd[i]){for(j=i;j&&0===xd[--j];)xd[j]=BASE-1;--xd[j],xd[i]+=BASE}xd[i]-=yd[i]}for(;0===xd[--len];)xd.pop();for(;0===xd[0];xd.shift())--e;if(!xd[0])return new Ctor(3===rm?-0:0);y.d=xd,y.e=getBase10Exponent(xd,e)}else if(yd[0])y.s=-y.s;else{if(!xd[0])return new Ctor(3===rm?-0:0);y=new Ctor(x)}return external?finalise(y,pr,rm):y},P.modulo=P.mod=function(y){var q,x=this,Ctor=x.constructor;return y=new Ctor(y),!x.d||!y.s||y.d&&!y.d[0]?new Ctor(NaN):!y.d||x.d&&!x.d[0]?finalise(new Ctor(x),Ctor.precision,Ctor.rounding):(external=!1,9==Ctor.modulo?(q=divide(x,y.abs(),0,3,1)).s*=y.s:q=divide(x,y,0,Ctor.modulo,1),q=q.times(y),external=!0,x.minus(q))},P.naturalExponential=P.exp=function(){return naturalExponential(this)},P.naturalLogarithm=P.ln=function(){return naturalLogarithm(this)},P.negated=P.neg=function(){var x=new this.constructor(this);return x.s=-x.s,finalise(x)},P.plus=P.add=function(y){var carry,d,e,i,k,len,pr,rm,xd,yd,x=this,Ctor=x.constructor;if(y=new Ctor(y),!x.d||!y.d)return x.s&&y.s?x.d||(y=new Ctor(y.d||x.s===y.s?x:NaN)):y=new Ctor(NaN),y;if(x.s!=y.s)return y.s=-y.s,x.minus(y);if(xd=x.d,yd=y.d,pr=Ctor.precision,rm=Ctor.rounding,xd[0]&&yd[0]){if(k=mathfloor(x.e/LOG_BASE),e=mathfloor(y.e/LOG_BASE),xd=xd.slice(),i=k-e){for((len=(len=(i<0?(d=xd,i=-i,yd):(d=yd,e=k,xd)).length)<(k=Math.ceil(pr/LOG_BASE))?k+1:len+1)<i&&(i=len,d.length=1),d.reverse();i--;)d.push(0);d.reverse()}for((len=xd.length)-(i=yd.length)<0&&(i=len,d=yd,yd=xd,xd=d),carry=0;i;)carry=(xd[--i]=xd[i]+yd[i]+carry)/BASE|0,xd[i]%=BASE;for(carry&&(xd.unshift(carry),++e),len=xd.length;0==xd[--len];)xd.pop();y.d=xd,y.e=getBase10Exponent(xd,e)}else yd[0]||(y=new Ctor(x));return external?finalise(y,pr,rm):y},P.precision=P.sd=function(z){var k,x=this;if(void 0!==z&&z!==!!z&&1!==z&&0!==z)throw Error(invalidArgument+z);return x.d?(k=getPrecision(x.d),z&&x.e+1>k&&(k=x.e+1)):k=NaN,k},P.round=function(){var x=this,Ctor=x.constructor;return finalise(new Ctor(x),x.e+1,Ctor.rounding)},P.sine=P.sin=function(){var pr,rm,x=this,Ctor=x.constructor;return x.isFinite()?x.isZero()?new Ctor(x):(pr=Ctor.precision,rm=Ctor.rounding,Ctor.precision=pr+Math.max(x.e,x.sd())+LOG_BASE,Ctor.rounding=1,x=function(Ctor,x){var k,len=x.d.length;if(len<3)return x.isZero()?x:taylorSeries(Ctor,2,x,x);k=16<(k=1.4*Math.sqrt(len))?16:0|k,x=x.times(1/tinyPow(5,k)),x=taylorSeries(Ctor,2,x,x);for(var sin2_x,d5=new Ctor(5),d16=new Ctor(16),d20=new Ctor(20);k--;)sin2_x=x.times(x),x=x.times(d5.plus(sin2_x.times(d16.times(sin2_x).minus(d20))));return x}(Ctor,toLessThanHalfPi(Ctor,x)),Ctor.precision=pr,Ctor.rounding=rm,finalise(2<quadrant?x.neg():x,pr,rm,!0)):new Ctor(NaN)},P.squareRoot=P.sqrt=function(){var m,n,sd,r,rep,t,x=this,d=x.d,e=x.e,s=x.s,Ctor=x.constructor;if(1!==s||!d||!d[0])return new Ctor(!s||s<0&&(!d||d[0])?NaN:d?x:1/0);for(external=!1,r=0==(s=Math.sqrt(+x))||s==1/0?(((n=digitsToString(d)).length+e)%2==0&&(n+="0"),s=Math.sqrt(n),e=mathfloor((e+1)/2)-(e<0||e%2),new Ctor(n=s==1/0?"5e"+e:(n=s.toExponential()).slice(0,n.indexOf("e")+1)+e)):new Ctor(s.toString()),sd=(e=Ctor.precision)+3;;)if(r=(t=r).plus(divide(x,t,sd+2,1)).times(.5),digitsToString(t.d).slice(0,sd)===(n=digitsToString(r.d)).slice(0,sd)){if("9999"!=(n=n.slice(sd-3,sd+1))&&(rep||"4999"!=n)){+n&&(+n.slice(1)||"5"!=n.charAt(0))||(finalise(r,e+1,1),m=!r.times(r).eq(x));break}if(!rep&&(finalise(t,e+1,0),t.times(t).eq(x))){r=t;break}sd+=4,rep=1}return external=!0,finalise(r,e,Ctor.rounding,m)},P.tangent=P.tan=function(){var pr,rm,x=this,Ctor=x.constructor;return x.isFinite()?x.isZero()?new Ctor(x):(pr=Ctor.precision,rm=Ctor.rounding,Ctor.precision=pr+10,Ctor.rounding=1,(x=x.sin()).s=1,x=divide(x,new Ctor(1).minus(x.times(x)).sqrt(),pr+10,0),Ctor.precision=pr,Ctor.rounding=rm,finalise(2==quadrant||4==quadrant?x.neg():x,pr,rm,!0)):new Ctor(NaN)},P.times=P.mul=function(y){var carry,i,k,r,rL,t,xdL,ydL,x=this,Ctor=x.constructor,xd=x.d,yd=(y=new Ctor(y)).d;if(y.s*=x.s,!(xd&&xd[0]&&yd&&yd[0]))return new Ctor(!y.s||xd&&!xd[0]&&!yd||yd&&!yd[0]&&!xd?NaN:xd&&yd?0*y.s:y.s/0);for(x=mathfloor(x.e/LOG_BASE)+mathfloor(y.e/LOG_BASE),(xdL=xd.length)<(ydL=yd.length)&&(r=xd,xd=yd,yd=r,rL=xdL,xdL=ydL,ydL=rL),r=[],i=rL=xdL+ydL;i--;)r.push(0);for(i=ydL;0<=--i;){for(carry=0,k=xdL+i;i<k;)t=r[k]+yd[i]*xd[k-i-1]+carry,r[k--]=t%BASE|0,carry=t/BASE|0;r[k]=(r[k]+carry)%BASE|0}for(;!r[--rL];)r.pop();return carry?++x:r.shift(),y.d=r,y.e=getBase10Exponent(r,x),external?finalise(y,Ctor.precision,Ctor.rounding):y},P.toBinary=function(sd,rm){return toStringBinary(this,2,sd,rm)},P.toDecimalPlaces=P.toDP=function(dp,rm){var Ctor=this.constructor,x=new Ctor(this);return void 0===dp?x:(checkInt32(dp,0,MAX_DIGITS),void 0===rm?rm=Ctor.rounding:checkInt32(rm,0,8),finalise(x,dp+x.e+1,rm))},P.toExponential=function(dp,rm){var x=this,Ctor=x.constructor,Ctor=void 0===dp?finiteToString(x,!0):(checkInt32(dp,0,MAX_DIGITS),void 0===rm?rm=Ctor.rounding:checkInt32(rm,0,8),finiteToString(x=finalise(new Ctor(x),dp+1,rm),!0,dp+1));return x.isNeg()&&!x.isZero()?"-"+Ctor:Ctor},P.toFixed=function(dp,rm){var x=this,Ctor=x.constructor,rm=void 0===dp?finiteToString(x):(checkInt32(dp,0,MAX_DIGITS),void 0===rm?rm=Ctor.rounding:checkInt32(rm,0,8),finiteToString(Ctor=finalise(new Ctor(x),dp+x.e+1,rm),!1,dp+Ctor.e+1));return x.isNeg()&&!x.isZero()?"-"+rm:rm},P.toFraction=function(maxD){var d,d0,d1,d2,e,n,n0,n1,k,q,x=this,xd=x.d,Ctor=x.constructor;if(!xd)return new Ctor(x);if(n1=d0=new Ctor(1),d1=n0=new Ctor(0),e=(d=new Ctor(d1)).e=getPrecision(xd)-x.e-1,d.d[0]=mathpow(10,(k=e%LOG_BASE)<0?LOG_BASE+k:k),null==maxD)maxD=0<e?d:n1;else{if(!(n=new Ctor(maxD)).isInt()||n.lt(n1))throw Error(invalidArgument+n);maxD=n.gt(d)?0<e?d:n1:n}for(external=!1,n=new Ctor(digitsToString(xd)),k=Ctor.precision,Ctor.precision=e=xd.length*LOG_BASE*2;q=divide(n,d,0,1,1),1!=(d2=d0.plus(q.times(d1))).cmp(maxD);)d0=d1,d1=d2,d2=n1,n1=n0.plus(q.times(d2)),n0=d2,d2=d,d=n.minus(q.times(d2)),n=d2;return d2=divide(maxD.minus(d0),d1,0,1,1),n0=n0.plus(d2.times(n1)),d0=d0.plus(d2.times(d1)),n0.s=n1.s=x.s,xd=divide(n1,d1,e,1).minus(x).abs().cmp(divide(n0,d0,e,1).minus(x).abs())<1?[n1,d1]:[n0,d0],Ctor.precision=k,external=!0,xd},P.toHexadecimal=P.toHex=function(sd,rm){return toStringBinary(this,16,sd,rm)},P.toNearest=function(y,rm){var Ctor=(x=this).constructor,x=new Ctor(x);if(null==y){if(!x.d)return x;y=new Ctor(1),rm=Ctor.rounding}else{if(y=new Ctor(y),void 0===rm?rm=Ctor.rounding:checkInt32(rm,0,8),!x.d)return y.s?x:y;if(!y.d)return y.s&&(y.s=x.s),y}return y.d[0]?(external=!1,x=divide(x,y,0,rm,1).times(y),external=!0,finalise(x)):(y.s=x.s,x=y),x},P.toNumber=function(){return+this},P.toOctal=function(sd,rm){return toStringBinary(this,8,sd,rm)},P.toPower=P.pow=function(y){var e,k,pr,r,rm,s,x=this,Ctor=x.constructor,yn=+(y=new Ctor(y));if(!(x.d&&y.d&&x.d[0]&&y.d[0]))return new Ctor(mathpow(+x,yn));if((x=new Ctor(x)).eq(1))return x;if(pr=Ctor.precision,rm=Ctor.rounding,y.eq(1))return finalise(x,pr,rm);if((e=mathfloor(y.e/LOG_BASE))>=y.d.length-1&&(k=yn<0?-yn:yn)<=9007199254740991)return r=intPow(Ctor,x,k,pr),y.s<0?new Ctor(1).div(r):finalise(r,pr,rm);if((s=x.s)<0){if(e<y.d.length-1)return new Ctor(NaN);if(0==(1&y.d[e])&&(s=1),0==x.e&&1==x.d[0]&&1==x.d.length)return x.s=s,x}return(e=0!=(k=mathpow(+x,yn))&&isFinite(k)?new Ctor(k+"").e:mathfloor(yn*(Math.log("0."+digitsToString(x.d))/Math.LN10+x.e+1)))>Ctor.maxE+1||e<Ctor.minE-1?new Ctor(0<e?s/0:0):(external=!1,Ctor.rounding=x.s=1,k=Math.min(12,(e+"").length),(r=(r=naturalExponential(y.times(naturalLogarithm(x,pr+k)),pr)).d&&checkRoundingDigits((r=finalise(r,pr+5,1)).d,pr,rm)&&+digitsToString((r=finalise(naturalExponential(y.times(naturalLogarithm(x,(e=pr+10)+k)),e),e+5,1)).d).slice(pr+1,pr+15)+1==1e14?finalise(r,pr+1,0):r).s=s,external=!0,finalise(r,pr,Ctor.rounding=rm))},P.toPrecision=function(sd,rm){var x=this,Ctor=x.constructor,rm=void 0===sd?finiteToString(x,x.e<=Ctor.toExpNeg||x.e>=Ctor.toExpPos):(checkInt32(sd,1,MAX_DIGITS),void 0===rm?rm=Ctor.rounding:checkInt32(rm,0,8),finiteToString(x=finalise(new Ctor(x),sd,rm),sd<=x.e||x.e<=Ctor.toExpNeg,sd));return x.isNeg()&&!x.isZero()?"-"+rm:rm},P.toSignificantDigits=P.toSD=function(sd,rm){var Ctor=this.constructor;return void 0===sd?(sd=Ctor.precision,rm=Ctor.rounding):(checkInt32(sd,1,MAX_DIGITS),void 0===rm?rm=Ctor.rounding:checkInt32(rm,0,8)),finalise(new Ctor(this),sd,rm)},P.toString=function(){var x=this,Ctor=x.constructor,Ctor=finiteToString(x,x.e<=Ctor.toExpNeg||x.e>=Ctor.toExpPos);return x.isNeg()&&!x.isZero()?"-"+Ctor:Ctor},P.truncated=P.trunc=function(){return finalise(new this.constructor(this),this.e+1,1)},P.valueOf=P.toJSON=function(){var x=this,Ctor=x.constructor,Ctor=finiteToString(x,x.e<=Ctor.toExpNeg||x.e>=Ctor.toExpPos);return x.isNeg()?"-"+Ctor:Ctor};var divide=function(x,y,pr,rm,dp,base){var cmp,e,i,k,logBase,more,prod,prodL,qd,rem,remL,rem0,sd,t,xi,xL,yd0,yL,yz,Ctor=x.constructor,sign=x.s==y.s?1:-1,xd=x.d,yd=y.d;if(!(xd&&xd[0]&&yd&&yd[0]))return new Ctor(x.s&&y.s&&(xd?!yd||xd[0]!=yd[0]:yd)?xd&&0==xd[0]||!yd?0*sign:sign/0:NaN);for(e=base?(logBase=1,x.e-y.e):(base=BASE,mathfloor(x.e/(logBase=LOG_BASE))-mathfloor(y.e/logBase)),yL=yd.length,xL=xd.length,qd=(sign=new Ctor(sign)).d=[],i=0;yd[i]==(xd[i]||0);i++);if(yd[i]>(xd[i]||0)&&e--,null==pr?(sd=pr=Ctor.precision,rm=Ctor.rounding):sd=dp?pr+(x.e-y.e)+1:pr,sd<0)qd.push(1),more=!0;else{if(sd=sd/logBase+2|0,i=0,1==yL){for(yd=yd[k=0],sd++;(i<xL||k)&&sd--;i++)t=k*base+(xd[i]||0),qd[i]=t/yd|0,k=t%yd|0;more=k||i<xL}else{for(1<(k=base/(yd[0]+1)|0)&&(yd=multiplyInteger(yd,k,base),xd=multiplyInteger(xd,k,base),yL=yd.length,xL=xd.length),xi=yL,remL=(rem=xd.slice(0,yL)).length;remL<yL;)rem[remL++]=0;for((yz=yd.slice()).unshift(0),yd0=yd[0],yd[1]>=base/2&&++yd0;k=0,(cmp=compare(yd,rem,yL,remL))<0?(rem0=rem[0],1<(k=(rem0=yL!=remL?rem0*base+(rem[1]||0):rem0)/yd0|0)?1==(cmp=compare(prod=multiplyInteger(yd,k=base<=k?base-1:k,base),rem,prodL=prod.length,remL=rem.length))&&(k--,subtract(prod,yL<prodL?yz:yd,prodL,base)):(0==k&&(cmp=k=1),prod=yd.slice()),(prodL=prod.length)<remL&&prod.unshift(0),subtract(rem,prod,remL,base),-1==cmp&&(cmp=compare(yd,rem,yL,remL=rem.length))<1&&(k++,subtract(rem,yL<remL?yz:yd,remL,base)),remL=rem.length):0===cmp&&(k++,rem=[0]),qd[i++]=k,cmp&&rem[0]?rem[remL++]=xd[xi]||0:(rem=[xd[xi]],remL=1),(xi++<xL||void 0!==rem[0])&&sd--;);more=void 0!==rem[0]}qd[0]||qd.shift()}if(1==logBase)sign.e=e,inexact=more;else{for(i=1,k=qd[0];10<=k;k/=10)i++;sign.e=i+e*logBase-1,finalise(sign,dp?pr+sign.e+1:pr,rm,more)}return sign};function multiplyInteger(x,k,base){var temp,carry=0,i=x.length;for(x=x.slice();i--;)temp=x[i]*k+carry,x[i]=temp%base|0,carry=temp/base|0;return carry&&x.unshift(carry),x}function compare(a,b,aL,bL){var i,r;if(aL!=bL)r=bL<aL?1:-1;else for(i=r=0;i<aL;i++)if(a[i]!=b[i]){r=a[i]>b[i]?1:-1;break}return r}function subtract(a,b,aL,base){for(var i=0;aL--;)a[aL]-=i,i=a[aL]<b[aL]?1:0,a[aL]=i*base+a[aL]-b[aL];for(;!a[0]&&1<a.length;)a.shift()}function finalise(x,sd,rm,isTruncated){var digits,i,j,k,rd,w,xd,xdi,Ctor=x.constructor;out:if(null!=sd){if(!(xd=x.d))return x;for(digits=1,k=xd[0];10<=k;k/=10)digits++;if((i=sd-digits)<0)i+=LOG_BASE,j=sd,rd=(w=xd[xdi=0])/mathpow(10,digits-j-1)%10|0;else if(xdi=Math.ceil((i+1)/LOG_BASE),(k=xd.length)<=xdi){if(!isTruncated)break out;for(;k++<=xdi;)xd.push(0);w=rd=0,j=(i%=LOG_BASE)-LOG_BASE+(digits=1)}else{for(w=k=xd[xdi],digits=1;10<=k;k/=10)digits++;rd=(j=(i%=LOG_BASE)-LOG_BASE+digits)<0?0:w/mathpow(10,digits-j-1)%10|0}if(isTruncated=isTruncated||sd<0||void 0!==xd[xdi+1]||(j<0?w:w%mathpow(10,digits-j-1)),rd=rm<4?(rd||isTruncated)&&(0==rm||rm==(x.s<0?3:2)):5<rd||5==rd&&(4==rm||isTruncated||6==rm&&(0<i?0<j?w/mathpow(10,digits-j):0:xd[xdi-1])%10&1||rm==(x.s<0?8:7)),sd<1||!xd[0])return xd.length=0,rd?(sd-=x.e+1,xd[0]=mathpow(10,(LOG_BASE-sd%LOG_BASE)%LOG_BASE),x.e=-sd||0):xd[0]=x.e=0,x;if(0==i?(xd.length=xdi,k=1,xdi--):(xd.length=xdi+1,k=mathpow(10,LOG_BASE-i),xd[xdi]=0<j?(w/mathpow(10,digits-j)%mathpow(10,j)|0)*k:0),rd)for(;;){if(0==xdi){for(i=1,j=xd[0];10<=j;j/=10)i++;for(j=xd[0]+=k,k=1;10<=j;j/=10)k++;i!=k&&(x.e++,xd[0]==BASE)&&(xd[0]=1);break}if(xd[xdi]+=k,xd[xdi]!=BASE)break;xd[xdi--]=0,k=1}for(i=xd.length;0===xd[--i];)xd.pop()}return external&&(x.e>Ctor.maxE?(x.d=null,x.e=NaN):x.e<Ctor.minE&&(x.e=0,x.d=[0])),x}function finiteToString(x,isExp,sd){var k,e,str,len;return x.isFinite()?(e=x.e,len=(str=digitsToString(x.d)).length,isExp?(sd&&0<(k=sd-len)?str=str.charAt(0)+"."+str.slice(1)+getZeroString(k):1<len&&(str=str.charAt(0)+"."+str.slice(1)),str=str+(x.e<0?"e":"e+")+x.e):e<0?(str="0."+getZeroString(-e-1)+str,sd&&0<(k=sd-len)&&(str+=getZeroString(k))):len<=e?(str+=getZeroString(e+1-len),sd&&0<(k=sd-e-1)&&(str=str+"."+getZeroString(k))):((k=e+1)<len&&(str=str.slice(0,k)+"."+str.slice(k)),sd&&0<(k=sd-len)&&(e+1===len&&(str+="."),str+=getZeroString(k))),str):nonFiniteToString(x)}function getBase10Exponent(digits,e){var w=digits[0];for(e*=LOG_BASE;10<=w;w/=10)e++;return e}function getLn10(Ctor,sd,pr){if(LN10_PRECISION<sd)throw external=!0,pr&&(Ctor.precision=pr),Error(precisionLimitExceeded);return finalise(new Ctor(LN10),sd,1,!0)}function getPi(Ctor,sd,rm){if(PI_PRECISION<sd)throw Error(precisionLimitExceeded);return finalise(new Ctor(PI),sd,rm,!0)}function getPrecision(digits){var w=digits.length-1,len=w*LOG_BASE+1;if(w=digits[w]){for(;w%10==0;w/=10)len--;for(w=digits[0];10<=w;w/=10)len++}return len}function getZeroString(k){for(var zs="";k--;)zs+="0";return zs}function intPow(Ctor,x,n,pr){var isTruncated,r=new Ctor(1),k=Math.ceil(pr/LOG_BASE+4);for(external=!1;;){if(n%2&&truncate((r=r.times(x)).d,k)&&(isTruncated=!0),0===(n=mathfloor(n/2))){n=r.d.length-1,isTruncated&&0===r.d[n]&&++r.d[n];break}truncate((x=x.times(x)).d,k)}return external=!0,r}function isOdd(n){return 1&n.d[n.d.length-1]}function maxOrMin(Ctor,args,ltgt){for(var y,x=new Ctor(args[0]),i=0;++i<args.length;){if(!(y=new Ctor(args[i])).s){x=y;break}x[ltgt](y)&&(x=y)}return x}function naturalExponential(x,sd){var denominator,guard,j,pow,sum,t,wpr,rep=0,i=0,k=0,Ctor=x.constructor,rm=Ctor.rounding,pr=Ctor.precision;if(!x.d||!x.d[0]||17<x.e)return new Ctor(x.d?x.d[0]?x.s<0?0:1/0:1:x.s?x.s<0?0:x:NaN);for(wpr=null==sd?(external=!1,pr):sd,t=new Ctor(.03125);-2<x.e;)x=x.times(t),k+=5;for(wpr+=guard=Math.log(mathpow(2,k))/Math.LN10*2+5|0,denominator=pow=sum=new Ctor(1),Ctor.precision=wpr;;){if(pow=finalise(pow.times(x),wpr,1),denominator=denominator.times(++i),digitsToString((t=sum.plus(divide(pow,denominator,wpr,1))).d).slice(0,wpr)===digitsToString(sum.d).slice(0,wpr)){for(j=k;j--;)sum=finalise(sum.times(sum),wpr,1);if(null!=sd)return Ctor.precision=pr,sum;if(!(rep<3&&checkRoundingDigits(sum.d,wpr-guard,rm,rep)))return finalise(sum,Ctor.precision=pr,rm,external=!0);Ctor.precision=wpr+=10,denominator=pow=t=new Ctor(1),i=0,rep++}sum=t}}function naturalLogarithm(y,sd){var c,c0,denominator,e,numerator,rep,sum,t,wpr,x1,x2,n=1,x=y,xd=x.d,Ctor=x.constructor,rm=Ctor.rounding,pr=Ctor.precision;if(x.s<0||!xd||!xd[0]||!x.e&&1==xd[0]&&1==xd.length)return new Ctor(xd&&!xd[0]?-1/0:1!=x.s?NaN:xd?0:x);if(wpr=null==sd?(external=!1,pr):sd,Ctor.precision=wpr+=10,c0=(c=digitsToString(xd)).charAt(0),!(Math.abs(e=x.e)<15e14))return t=getLn10(Ctor,wpr+2,pr).times(e+""),x=naturalLogarithm(new Ctor(c0+"."+c.slice(1)),wpr-10).plus(t),Ctor.precision=pr,null==sd?finalise(x,pr,rm,external=!0):x;for(;c0<7&&1!=c0||1==c0&&3<c.charAt(1);)c0=(c=digitsToString((x=x.times(y)).d)).charAt(0),n++;for(e=x.e,1<c0?(x=new Ctor("0."+c),e++):x=new Ctor(c0+"."+c.slice(1)),sum=numerator=x=divide((x1=x).minus(1),x.plus(1),wpr,1),x2=finalise(x.times(x),wpr,1),denominator=3;;){if(numerator=finalise(numerator.times(x2),wpr,1),digitsToString((t=sum.plus(divide(numerator,new Ctor(denominator),wpr,1))).d).slice(0,wpr)===digitsToString(sum.d).slice(0,wpr)){if(sum=sum.times(2),0!==e&&(sum=sum.plus(getLn10(Ctor,wpr+2,pr).times(e+""))),sum=divide(sum,new Ctor(n),wpr,1),null!=sd)return Ctor.precision=pr,sum;if(!checkRoundingDigits(sum.d,wpr-10,rm,rep))return finalise(sum,Ctor.precision=pr,rm,external=!0);Ctor.precision=wpr+=10,t=numerator=x=divide(x1.minus(1),x1.plus(1),wpr,1),x2=finalise(x.times(x),wpr,1),denominator=rep=1}sum=t,denominator+=2}}function nonFiniteToString(x){return String(x.s*x.s/0)}function parseDecimal(x,str){var e,i,len;for(0<(i=(str=-1<(e=str.indexOf("."))?str.replace(".",""):str).search(/e/i))?(e<0&&(e=i),e+=+str.slice(i+1),str=str.substring(0,i)):e<0&&(e=str.length),i=0;48===str.charCodeAt(i);i++);for(len=str.length;48===str.charCodeAt(len-1);--len);if(str=str.slice(i,len)){if(len-=i,x.e=e=e-i-1,x.d=[],i=(e+1)%LOG_BASE,e<0&&(i+=LOG_BASE),i<len){for(i&&x.d.push(+str.slice(0,i)),len-=LOG_BASE;i<len;)x.d.push(+str.slice(i,i+=LOG_BASE));str=str.slice(i),i=LOG_BASE-str.length}else i-=len;for(;i--;)str+="0";x.d.push(+str),external&&(x.e>x.constructor.maxE?(x.d=null,x.e=NaN):x.e<x.constructor.minE&&(x.e=0,x.d=[0]))}else x.e=0,x.d=[0];return x}function parseOther(x,str){var base,Ctor,divisor,i,isFloat,len,p,xd;if(-1<str.indexOf("_")){if(str=str.replace(/(\d)_(?=\d)/g,"$1"),isDecimal.test(str))return parseDecimal(x,str)}else if("Infinity"===str||"NaN"===str)return+str||(x.s=NaN),x.e=NaN,x.d=null,x;if(isHex.test(str))base=16,str=str.toLowerCase();else if(isBinary.test(str))base=2;else{if(!isOctal.test(str))throw Error(invalidArgument+str);base=8}for(i=(str=0<(i=str.search(/p/i))?(p=+str.slice(i+1),str.substring(2,i)):str.slice(2)).indexOf("."),Ctor=x.constructor,(isFloat=0<=i)&&(i=(len=(str=str.replace(".","")).length)-i,divisor=intPow(Ctor,new Ctor(base),i,2*i)),i=str=(xd=convertBase(str,base,BASE)).length-1;0===xd[i];--i)xd.pop();return i<0?new Ctor(0*x.s):(x.e=getBase10Exponent(xd,str),x.d=xd,external=!1,isFloat&&(x=divide(x,divisor,4*len)),p&&(x=x.times(Math.abs(p)<54?mathpow(2,p):Decimal.pow(2,p))),external=!0,x)}function taylorSeries(Ctor,n,x,y,isHyperbolic){var j,t,u,x2,pr=Ctor.precision,k=Math.ceil(pr/LOG_BASE);for(external=!1,x2=x.times(x),u=new Ctor(y);;){if(t=divide(u.times(x2),new Ctor(n++*n++),pr,1),u=isHyperbolic?y.plus(t):y.minus(t),y=divide(t.times(x2),new Ctor(n++*n++),pr,1),void 0!==(t=u.plus(y)).d[k]){for(j=k;t.d[j]===u.d[j]&&j--;);if(-1==j)break}j=u,u=y,y=t,t=j,0}return external=!0,t.d.length=k+1,t}function tinyPow(b,e){for(var n=b;--e;)n*=b;return n}function toLessThanHalfPi(Ctor,x){var t,isNeg=x.s<0,Ctor=getPi(Ctor,Ctor.precision,1),halfPi=Ctor.times(.5);if((x=x.abs()).lte(halfPi))return quadrant=isNeg?4:1,x;if((t=x.divToInt(Ctor)).isZero())quadrant=isNeg?3:2;else{if((x=x.minus(t.times(Ctor))).lte(halfPi))return quadrant=isOdd(t)?isNeg?2:3:isNeg?4:1,x;quadrant=isOdd(t)?isNeg?1:4:isNeg?3:2}return x.minus(Ctor).abs()}function toStringBinary(x,baseOut,sd,rm){var base,e,i,len,roundUp,str,xd,y,Ctor=x.constructor,isExp=void 0!==sd;if(isExp?(checkInt32(sd,1,MAX_DIGITS),void 0===rm?rm=Ctor.rounding:checkInt32(rm,0,8)):(sd=Ctor.precision,rm=Ctor.rounding),x.isFinite()){for(isExp?(base=2,16==baseOut?sd=4*sd-3:8==baseOut&&(sd=3*sd-2)):base=baseOut,0<=(i=(str=finiteToString(x)).indexOf("."))&&(str=str.replace(".",""),(y=new Ctor(1)).e=str.length-i,y.d=convertBase(finiteToString(y),10,base),y.e=y.d.length),e=len=(xd=convertBase(str,10,base)).length;0==xd[--len];)xd.pop();if(xd[0]){if(i<0?e--:((x=new Ctor(x)).d=xd,x.e=e,xd=(x=divide(x,y,sd,rm,0,base)).d,e=x.e,roundUp=inexact),i=xd[sd],Ctor=base/2,roundUp=roundUp||void 0!==xd[sd+1],roundUp=rm<4?(void 0!==i||roundUp)&&(0===rm||rm===(x.s<0?3:2)):Ctor<i||i===Ctor&&(4===rm||roundUp||6===rm&&1&xd[sd-1]||rm===(x.s<0?8:7)),xd.length=sd,roundUp)for(;++xd[--sd]>base-1;)xd[sd]=0,sd||(++e,xd.unshift(1));for(len=xd.length;!xd[len-1];--len);for(i=0,str="";i<len;i++)str+=NUMERALS.charAt(xd[i]);if(isExp){if(1<len)if(16==baseOut||8==baseOut){for(i=16==baseOut?4:3,--len;len%i;len++)str+="0";for(len=(xd=convertBase(str,base,baseOut)).length;!xd[len-1];--len);for(i=1,str="1.";i<len;i++)str+=NUMERALS.charAt(xd[i])}else str=str.charAt(0)+"."+str.slice(1);str=str+(e<0?"p":"p+")+e}else if(e<0){for(;++e;)str="0"+str;str="0."+str}else if(++e>len)for(e-=len;e--;)str+="0";else e<len&&(str=str.slice(0,e)+"."+str.slice(e))}else str=isExp?"0p+0":"0";str=(16==baseOut?"0x":2==baseOut?"0b":8==baseOut?"0o":"")+str}else str=nonFiniteToString(x);return x.s<0?"-"+str:str}function truncate(arr,len){return arr.length>len&&(arr.length=len,1)}function abs(x){return new this(x).abs()}function acos(x){return new this(x).acos()}function acosh(x){return new this(x).acosh()}function add(x,y){return new this(x).plus(y)}function asin(x){return new this(x).asin()}function asinh(x){return new this(x).asinh()}function atan(x){return new this(x).atan()}function atanh(x){return new this(x).atanh()}function atan2(y,x){y=new this(y),x=new this(x);var r,pr=this.precision,rm=this.rounding,wpr=pr+4;return y.s&&x.s?y.d||x.d?!x.d||y.isZero()?(r=x.s<0?getPi(this,pr,rm):new this(0)).s=y.s:!y.d||x.isZero()?(r=getPi(this,wpr,1).times(.5)).s=y.s:r=x.s<0?(this.precision=wpr,this.rounding=1,r=this.atan(divide(y,x,wpr,1)),x=getPi(this,wpr,1),this.precision=pr,this.rounding=rm,y.s<0?r.minus(x):r.plus(x)):this.atan(divide(y,x,wpr,1)):(r=getPi(this,wpr,1).times(0<x.s?.25:.75)).s=y.s:r=new this(NaN),r}function cbrt(x){return new this(x).cbrt()}function ceil(x){return finalise(x=new this(x),x.e+1,2)}function clamp(x,min,max){return new this(x).clamp(min,max)}function config(obj){if(!obj||"object"!=typeof obj)throw Error(decimalError+"Object expected");for(var p,v,useDefaults=!0===obj.defaults,ps=["precision",1,MAX_DIGITS,"rounding",0,8,"toExpNeg",-EXP_LIMIT,0,"toExpPos",0,EXP_LIMIT,"maxE",0,EXP_LIMIT,"minE",-EXP_LIMIT,0,"modulo",0,9],i=0;i<ps.length;i+=3)if(p=ps[i],useDefaults&&(this[p]=DEFAULTS[p]),void 0!==(v=obj[p])){if(!(mathfloor(v)===v&&ps[i+1]<=v&&v<=ps[i+2]))throw Error(invalidArgument+p+": "+v);this[p]=v}if(p="crypto",useDefaults&&(this[p]=DEFAULTS[p]),void 0!==(v=obj[p])){if(!0!==v&&!1!==v&&0!==v&&1!==v)throw Error(invalidArgument+p+": "+v);if(v){if(void 0===crypto||!crypto||!crypto.getRandomValues&&!crypto.randomBytes)throw Error(cryptoUnavailable);this[p]=!0}else this[p]=!1}return this}function cos(x){return new this(x).cos()}function cosh(x){return new this(x).cosh()}function div(x,y){return new this(x).div(y)}function exp(x){return new this(x).exp()}function floor(x){return finalise(x=new this(x),x.e+1,3)}function hypot(){var i,n,t=new this(0);for(external=!1,i=0;i<arguments.length;)if((n=new this(arguments[i++])).d)t.d&&(t=t.plus(n.times(n)));else{if(n.s)return external=!0,new this(1/0);t=n}return external=!0,t.sqrt()}function isDecimalInstance(obj){return obj instanceof Decimal||obj&&obj.toStringTag===tag||!1}function ln(x){return new this(x).ln()}function log(x,y){return new this(x).log(y)}function log2(x){return new this(x).log(2)}function log10(x){return new this(x).log(10)}function max(){return maxOrMin(this,arguments,"lt")}function min(){return maxOrMin(this,arguments,"gt")}function mod(x,y){return new this(x).mod(y)}function mul(x,y){return new this(x).mul(y)}function pow(x,y){return new this(x).pow(y)}function random(sd){var d,e,k,n,i=0,r=new this(1),rd=[];if(void 0===sd?sd=this.precision:checkInt32(sd,1,MAX_DIGITS),k=Math.ceil(sd/LOG_BASE),this.crypto)if(crypto.getRandomValues)for(d=crypto.getRandomValues(new Uint32Array(k));i<k;)429e7<=(n=d[i])?d[i]=crypto.getRandomValues(new Uint32Array(1))[0]:rd[i++]=n%1e7;else{if(!crypto.randomBytes)throw Error(cryptoUnavailable);for(d=crypto.randomBytes(k*=4);i<k;)214e7<=(n=d[i]+(d[i+1]<<8)+(d[i+2]<<16)+((127&d[i+3])<<24))?crypto.randomBytes(4).copy(d,i):(rd.push(n%1e7),i+=4);i=k/4}else for(;i<k;)rd[i++]=1e7*Math.random()|0;for(k=rd[--i],sd%=LOG_BASE,k&&sd&&(n=mathpow(10,LOG_BASE-sd),rd[i]=(k/n|0)*n);0===rd[i];i--)rd.pop();if(i<0)rd=[e=0];else{for(e=-1;0===rd[0];e-=LOG_BASE)rd.shift();for(k=1,n=rd[0];10<=n;n/=10)k++;k<LOG_BASE&&(e-=LOG_BASE-k)}return r.e=e,r.d=rd,r}function round(x){return finalise(x=new this(x),x.e+1,this.rounding)}function sign(x){return(x=new this(x)).d?x.d[0]?x.s:0*x.s:x.s||NaN}function sin(x){return new this(x).sin()}function sinh(x){return new this(x).sinh()}function sqrt(x){return new this(x).sqrt()}function sub(x,y){return new this(x).sub(y)}function sum(){var i=0,args=arguments,x=new this(args[i]);for(external=!1;x.s&&++i<args.length;)x=x.plus(args[i]);return external=!0,finalise(x,this.precision,this.rounding)}function tan(x){return new this(x).tan()}function tanh(x){return new this(x).tanh()}function trunc(x){return finalise(x=new this(x),x.e+1,1)}((Decimal=function clone(obj){var i,p,ps;function Decimal(v){var e,i,t,x=this;if(!(x instanceof Decimal))return new Decimal(v);if(x.constructor=Decimal,!isDecimalInstance(v)){if("number"==(t=typeof v)){if(0===v)return x.s=1/v<0?-1:1,x.e=0,void(x.d=[0]);if(v<0?(v=-v,x.s=-1):x.s=1,v===~~v&&v<1e7){for(e=0,i=v;10<=i;i/=10)e++;return void(external?Decimal.maxE<e?(x.e=NaN,x.d=null):e<Decimal.minE?(x.e=0,x.d=[0]):(x.e=e,x.d=[v]):(x.e=e,x.d=[v]))}return 0*v!=0?(v||(x.s=NaN),x.e=NaN,void(x.d=null)):parseDecimal(x,v.toString())}if("string"!=t)throw Error(invalidArgument+v);return 45===(i=v.charCodeAt(0))?(v=v.slice(1),x.s=-1):(43===i&&(v=v.slice(1)),x.s=1),(isDecimal.test(v)?parseDecimal:parseOther)(x,v)}x.s=v.s,external?!v.d||v.e>Decimal.maxE?(x.e=NaN,x.d=null):v.e<Decimal.minE?(x.e=0,x.d=[0]):(x.e=v.e,x.d=v.d.slice()):(x.e=v.e,x.d=v.d&&v.d.slice())}if(Decimal.prototype=P,Decimal.ROUND_UP=0,Decimal.ROUND_DOWN=1,Decimal.ROUND_CEIL=2,Decimal.ROUND_FLOOR=3,Decimal.ROUND_HALF_UP=4,Decimal.ROUND_HALF_DOWN=5,Decimal.ROUND_HALF_EVEN=6,Decimal.ROUND_HALF_CEIL=7,Decimal.ROUND_HALF_FLOOR=8,Decimal.EUCLID=9,Decimal.config=Decimal.set=config,Decimal.clone=clone,Decimal.isDecimal=isDecimalInstance,Decimal.abs=abs,Decimal.acos=acos,Decimal.acosh=acosh,Decimal.add=add,Decimal.asin=asin,Decimal.asinh=asinh,Decimal.atan=atan,Decimal.atanh=atanh,Decimal.atan2=atan2,Decimal.cbrt=cbrt,Decimal.ceil=ceil,Decimal.clamp=clamp,Decimal.cos=cos,Decimal.cosh=cosh,Decimal.div=div,Decimal.exp=exp,Decimal.floor=floor,Decimal.hypot=hypot,Decimal.ln=ln,Decimal.log=log,Decimal.log10=log10,Decimal.log2=log2,Decimal.max=max,Decimal.min=min,Decimal.mod=mod,Decimal.mul=mul,Decimal.pow=pow,Decimal.random=random,Decimal.round=round,Decimal.sign=sign,Decimal.sin=sin,Decimal.sinh=sinh,Decimal.sqrt=sqrt,Decimal.sub=sub,Decimal.sum=sum,Decimal.tan=tan,Decimal.tanh=tanh,Decimal.trunc=trunc,(obj=void 0===obj?{}:obj)&&!0!==obj.defaults)for(ps=["precision","rounding","toExpNeg","toExpPos","maxE","minE","modulo","crypto"],i=0;i<ps.length;)obj.hasOwnProperty(p=ps[i++])||(obj[p]=this[p]);return Decimal.config(obj),Decimal}(DEFAULTS)).prototype.constructor=Decimal).default=Decimal.Decimal=Decimal,LN10=new Decimal(LN10),PI=new Decimal(PI),"function"==typeof define&&define.amd?define(function(){return Decimal}):"undefined"!=typeof module&&module.exports?("function"==typeof Symbol&&"symbol"==typeof Symbol.iterator&&(P[Symbol.for("nodejs.util.inspect.custom")]=P.toString,P[Symbol.toStringTag]="Decimal"),module.exports=Decimal):(globalScope=globalScope||("undefined"!=typeof self&&self&&self.self==self?self:window),noConflict=globalScope.Decimal,Decimal.noConflict=function(){return globalScope.Decimal=noConflict,Decimal},globalScope.Decimal=Decimal)}(this);var VBacktest=(()=>{var _scriptDir="undefined"!=typeof document&&document.currentScript?document.currentScript.src:void 0;return"undefined"!=typeof __filename&&(_scriptDir=_scriptDir||__filename),function(moduleArg={}){var Module=moduleArg,readyPromiseResolve,readyPromiseReject,Std=(Module.ready=new Promise((resolve,reject)=>{readyPromiseResolve=resolve,readyPromiseReject=reject}),{_skip:function(arr,period){for(var j=0,k=0;j<arr.length&&(isNaN(arr[j])||k++,k!=period);j++);return j},_sum:function(arr,num){for(var sum=0,i=0;i<num;i++)isNaN(arr[i])||(sum+=arr[i]);return sum},_avg:function(arr,num){for(var n=0,sum=0,i=0;i<num;i++)isNaN(arr[i])||(sum+=arr[i],n++);return sum/n},_zeros:function(len){for(var n=[],i=0;i<len;i++)n.push(0);return n},_set:function(arr,start,end,value){for(var e=Math.min(arr.length,end),i=start;i<e;i++)arr[i]=value},_diff:function(a,b){for(var d=[],i=0;i<b.length;i++)isNaN(a[i])||isNaN(b[i])?d.push(NaN):d.push(a[i]-b[i]);return d},_move_diff:function(a){for(var d=[],i=1;i<a.length;i++)d.push(a[i]-a[i-1]);return d},_sma:function(S,period){var R=Std._zeros(S.length),j=Std._skip(S,period);if(Std._set(R,0,j,NaN),j<S.length)for(var sum=0,i=j;i<S.length;i++)i==j?sum=Std._sum(S,i+1):sum+=S[i]-S[i-period],R[i]=sum/period;return R},_smma:function(S,period){var R=Std._zeros(S.length),j=Std._skip(S,period);if(Std._set(R,0,j,NaN),j<S.length){R[j]=Std._avg(S,j+1);for(var i=j+1;i<S.length;i++)R[i]=(R[i-1]*(period-1)+S[i])/period}return R},_ema:function(S,period){var R=Std._zeros(S.length),multiplier=2/(period+1),period=Std._skip(S,period);if(Std._set(R,0,period,NaN),period<S.length){R[period]=Std._avg(S,period+1);for(var i=period+1;i<S.length;i++)R[i]=(S[i]-R[i-1])*multiplier+R[i-1]}return R},_cmp:function(arr,start,end,cmpFunc){for(var v=arr[start],i=start;i<end;i++)v=cmpFunc(arr[i],v);return v},_filt:function(records,n,attr,iv,cmpFunc){if(records.length<2)return NaN;for(var v=iv,pos=0!==n?records.length-Math.min(records.length-1,n)-1:0,i=records.length-2;pos<=i;i--)v=cmpFunc(v,void 0!==attr?records[i][attr]:records[i]);return v},_ticks:function(records){if(0===records.length)return[];var ticks=[];if(void 0!==records[0].Close)for(var i=0;i<records.length;i++)ticks.push(records[i].Close);else ticks=records;return ticks}});function TAInstance(logPtr){var self={_log:logPtr="function"!=typeof logPtr?function(){}:logPtr,Highest:function(records,n,attr){return Std._filt(records,n,attr,Number.MIN_VALUE,Math.max)},Lowest:function(records,n,attr){return Std._filt(records,n,attr,Number.MAX_VALUE,Math.min)},MA:function(records,period){return self._log("MA",period=void 0===period?9:period),Std._sma(Std._ticks(records),period)},SMA:function(records,period){return self._log("SMA",period=void 0===period?9:period),Std._sma(Std._ticks(records),period)},EMA:function(records,period){return self._log("EMA",period=void 0===period?9:period),Std._ema(Std._ticks(records),period)},MACD:function(records,fastEMA,slowEMA,signalEMA){self._log("MACD",fastEMA=void 0===fastEMA?12:fastEMA,slowEMA=void 0===slowEMA?26:slowEMA,signalEMA=void 0===signalEMA?9:signalEMA);records=Std._ticks(records),slowEMA=Std._ema(records,slowEMA),records=Std._ema(records,fastEMA),fastEMA=Std._diff(records,slowEMA),records=Std._ema(fastEMA,signalEMA);return[fastEMA,records,Std._diff(fastEMA,records)]},BOLL:function(records,period,multiplier){self._log("BOLL",period=void 0===period?20:period,multiplier=void 0===multiplier?2:multiplier);for(var S=Std._ticks(records),j=period-1;j<S.length&&isNaN(S[j]);j++);for(var UP=Std._zeros(S.length),MB=Std._zeros(S.length),DN=Std._zeros(S.length),sum=(Std._set(UP,0,j,NaN),Std._set(MB,0,j,NaN),Std._set(DN,0,j,NaN),0),i=j;i<S.length;i++){if(i==j)for(var k=0;k<period;k++)sum+=S[k];else sum=sum+S[i]-S[i-period];for(var ma=sum/period,d=0,m=i+1-period;m<=i;m++)d+=(S[m]-ma)*(S[m]-ma);var stdev=Math.sqrt(d/period),dn=ma-multiplier*stdev;UP[i]=ma+multiplier*stdev,MB[i]=ma,DN[i]=dn}return[UP,MB,DN]},KDJ:function(records,n,k,d){self._log("KDJ",n=void 0===n?9:n,k=void 0===k?3:k,d=void 0===d?3:d);for(var RSV=Std._zeros(records.length),K=(Std._set(RSV,0,n-1,NaN),Std._zeros(records.length)),D=Std._zeros(records.length),J=Std._zeros(records.length),hs=Std._zeros(records.length),ls=Std._zeros(records.length),j=0;j<records.length;j++)hs[j]=records[j].High,ls[j]=records[j].Low;for(var c,h,l,i=0;i<records.length;i++)n-1<=i?(c=records[i].Close,h=Std._cmp(hs,i-(n-1),i+1,Math.max),l=Std._cmp(ls,i-(n-1),i+1,Math.min),RSV[i]=h!=l?(c-l)/(h-l)*100:100,K[i]=(+RSV[i]+(k-1)*K[i-1])/k,D[i]=(+K[i]+(d-1)*D[i-1])/d):(K[i]=D[i]=50,RSV[i]=0),J[i]=3*K[i]-2*D[i];for(var m=0;m<n-1;m++)K[m]=D[m]=J[m]=NaN;return[K,D,J]},RSI:function(records,period){self._log("RSI",period=void 0===period?14:period);var n=period,rsi=Std._zeros(records.length);if(Std._set(rsi,0,rsi.length,NaN),!(records.length<n)){for(var ticks=Std._ticks(records),deltas=Std._move_diff(ticks),seed=deltas.slice(0,n),up=0,down=0,i=0;i<seed.length;i++)0<=seed[i]?up+=seed[i]:down+=seed[i];up/=n;var delta,down=-down/n,upval=(rsi[n]=100-100/(1+(0!=down?up/down:0)),0),downval=0;for(i=n+1;i<ticks.length;i++)downval=0<(delta=deltas[i-1])?(upval=delta,0):(upval=0,-delta),rsi[i]=100-100/(1+(up=(up*(n-1)+upval)/n)/(down=(down*(n-1)+downval)/n))}return rsi},OBV:function(records){if(self._log("OBV"),0===records.length)return[];if(void 0===records[0].Close)throw"argument must KLine";for(var R=[],i=0;i<records.length;i++)0===i?R[i]=records[i].Volume:records[i].Close>=records[i-1].Close?R[i]=R[i-1]+records[i].Volume:R[i]=R[i-1]-records[i].Volume;return R},ATR:function(records,period){if(self._log("ATR",period=void 0===period?14:period),0===records.length)return[];if(void 0===records[0].Close)throw"argument must KLine";for(var R=Std._zeros(records.length),sum=0,n=0,i=0;i<records.length;i++){var TR=0;sum+=TR=0==i?records[i].High-records[i].Low:Math.max(records[i].High-records[i].Low,Math.abs(records[i].High-records[i-1].Close),Math.abs(records[i-1].Close-records[i].Low)),R[i]=n=i<period?sum/(i+1):((period-1)*n+TR)/period}return R},Alligator:function(records,jawLength,teethLength,lipsLength){self._log("Alligator",jawLength=void 0===jawLength?13:jawLength,teethLength=void 0===teethLength?8:teethLength,lipsLength=void 0===lipsLength?5:lipsLength);for(var ticks=[],i=0;i<records.length;i++)ticks.push((records[i].High+records[i].Low)/2);return[[NaN,NaN,NaN,NaN,NaN,NaN,NaN,NaN].concat(Std._smma(ticks,jawLength)),[NaN,NaN,NaN,NaN,NaN].concat(Std._smma(ticks,teethLength)),[NaN,NaN,NaN].concat(Std._smma(ticks,lipsLength))]},CMF:function(records,periods){self._log("CMF",periods=periods||20);for(var ret=[],sumD=0,sumV=0,arrD=[],arrV=[],i=0;i<records.length;i++){var d=records[i].High==records[i].Low?0:(2*records[i].Close-records[i].Low-records[i].High)/(records[i].High-records[i].Low)*records[i].Volume;arrD.push(d),arrV.push(records[i].Volume),sumD+=d,sumV+=records[i].Volume,periods<=i&&(sumD-=arrD.shift(),sumV-=arrV.shift()),ret.push(sumD/sumV)}return ret}};return self}var TA=TAInstance();function init_pako(){"use strict";function zswap32(q){return(q>>>24&255)+(q>>>8&65280)+((65280&q)<<8)+((255&q)<<24)}var exports={},adler32_1=function(adler,buf,len,pos){for(var s1=65535&adler|0,s2=adler>>>16&65535|0,n=0;0!==len;){for(len-=n=2e3<len?2e3:len;s2=s2+(s1=s1+buf[pos++]|0)|0,--n;);s1%=65521,s2%=65521}return s1|s2<<16|0},crcTable=new Uint32Array(function(){for(var table=[],n=0;n<256;n++){for(var c=n,k=0;k<8;k++)c=1&c?3988292384^c>>>1:c>>>1;table[n]=c}return table}()),crc32_1=function(crc,buf,len,pos){var t=crcTable,end=pos+len;crc^=-1;for(var i=pos;i<end;i++)crc=crc>>>8^t[255&(crc^buf[i])];return-1^crc},BAD$1=16209,TYPE$1=16191,lbase=new Uint16Array([3,4,5,6,7,8,9,10,11,13,15,17,19,23,27,31,35,43,51,59,67,83,99,115,131,163,195,227,258,0,0]),lext=new Uint8Array([16,16,16,16,16,16,16,16,17,17,17,17,18,18,18,18,19,19,19,19,20,20,20,20,21,21,21,21,16,72,78]),dbase=new Uint16Array([1,2,3,4,5,7,9,13,17,25,33,49,65,97,129,193,257,385,513,769,1025,1537,2049,3073,4097,6145,8193,12289,16385,24577,0,0]),dext=new Uint8Array([16,16,16,16,17,17,18,18,19,19,20,20,21,21,22,22,23,23,24,24,25,25,26,26,27,27,28,28,29,29,64,64]),inftrees=function(type,lens,lens_index,codes,table,table_index,work,opts){for(var incr,fill,low,mask,next,match,here_bits,here_op,here_val,bits=opts.bits,len=0,sym=0,min=0,max=0,root=0,curr=0,drop=0,left=0,used=0,huff=0,base=null,count=new Uint16Array(16),offs=new Uint16Array(16),extra=null,len=0;len<=15;len++)count[len]=0;for(sym=0;sym<codes;sym++)count[lens[lens_index+sym]]++;for(root=bits,max=15;1<=max&&0===count[max];max--);if(max<root&&(root=max),0===max)table[table_index++]=20971520,table[table_index++]=20971520,opts.bits=1;else{for(min=1;min<max&&0===count[min];min++);for(root<min&&(root=min),len=left=1;len<=15;len++)if((left=(left<<=1)-count[len])<0)return-1;if(0<left&&(0===type||1!==max))return-1;for(offs[1]=0,len=1;len<15;len++)offs[len+1]=offs[len]+count[len];for(sym=0;sym<codes;sym++)0!==lens[lens_index+sym]&&(work[offs[lens[lens_index+sym]]++]=sym);if(match=0===type?(base=extra=work,20):1===type?(base=lbase,extra=lext,257):(base=dbase,extra=dext,0),len=min,next=table_index,drop=sym=huff=0,low=-1,mask=(used=1<<(curr=root))-1,1===type&&852<used||2===type&&592<used)return 1;for(;;){for(here_val=work[sym]+1<match?(here_op=0,work[sym]):work[sym]>=match?(here_op=extra[work[sym]-match],base[work[sym]-match]):(here_op=96,0),incr=1<<(here_bits=len-drop),min=fill=1<<curr;table[next+(huff>>drop)+(fill-=incr)]=here_bits<<24|here_op<<16|here_val|0,0!==fill;);for(incr=1<<len-1;huff&incr;)incr>>=1;if(huff=0!==incr?(huff&incr-1)+incr:0,sym++,0==--count[len]){if(len===max)break;len=lens[lens_index+work[sym]]}if(root<len&&(huff&mask)!==low){for(next+=min,left=1<<(curr=len-(drop=0===drop?root:drop));curr+drop<max&&!((left-=count[curr+drop])<=0);)curr++,left<<=1;if(used+=1<<curr,1===type&&852<used||2===type&&592<used)return 1;table[low=huff&mask]=root<<24|curr<<16|next-table_index|0}}0!==huff&&(table[next+huff]=len-drop<<24|64<<16|0),opts.bits=root}return 0},constants$1={Z_NO_FLUSH:0,Z_PARTIAL_FLUSH:1,Z_SYNC_FLUSH:2,Z_FULL_FLUSH:3,Z_FINISH:4,Z_BLOCK:5,Z_TREES:6,Z_OK:0,Z_STREAM_END:1,Z_NEED_DICT:2,Z_ERRNO:-1,Z_STREAM_ERROR:-2,Z_DATA_ERROR:-3,Z_MEM_ERROR:-4,Z_BUF_ERROR:-5,Z_NO_COMPRESSION:0,Z_BEST_SPEED:1,Z_BEST_COMPRESSION:9,Z_DEFAULT_COMPRESSION:-1,Z_FILTERED:1,Z_HUFFMAN_ONLY:2,Z_RLE:3,Z_FIXED:4,Z_DEFAULT_STRATEGY:0,Z_BINARY:0,Z_TEXT:1,Z_UNKNOWN:2,Z_DEFLATED:8},LENS=1,DISTS=2,Z_FINISH$1=constants$1.Z_FINISH,Z_BLOCK=constants$1.Z_BLOCK,Z_TREES=constants$1.Z_TREES,Z_OK$1=constants$1.Z_OK,Z_STREAM_END$1=constants$1.Z_STREAM_END,Z_NEED_DICT$1=constants$1.Z_NEED_DICT,Z_STREAM_ERROR$1=constants$1.Z_STREAM_ERROR,Z_DATA_ERROR$1=constants$1.Z_DATA_ERROR,Z_MEM_ERROR$1=constants$1.Z_MEM_ERROR,Z_BUF_ERROR=constants$1.Z_BUF_ERROR,Z_DEFLATED=constants$1.Z_DEFLATED,HEAD=16180,BAD=16209,SYNC=16211,ENOUGH_LENS=852,ENOUGH_DISTS=592;function InflateState(){this.strm=null,this.mode=0,this.last=!1,this.wrap=0,this.havedict=!1,this.flags=0,this.dmax=0,this.check=0,this.total=0,this.head=null,this.wbits=0,this.wsize=0,this.whave=0,this.wnext=0,this.window=null,this.hold=0,this.bits=0,this.length=0,this.offset=0,this.extra=0,this.lencode=null,this.distcode=null,this.lenbits=0,this.distbits=0,this.ncode=0,this.nlen=0,this.ndist=0,this.have=0,this.next=null,this.lens=new Uint16Array(320),this.work=new Uint16Array(288),this.lendyn=null,this.distdyn=null,this.sane=0,this.back=0,this.was=0}function inflateResetKeep(strm){var state;return inflateStateCheck(strm)?Z_STREAM_ERROR$1:(state=strm.state,strm.total_in=strm.total_out=state.total=0,strm.msg="",state.wrap&&(strm.adler=1&state.wrap),state.mode=HEAD,state.last=0,state.havedict=0,state.flags=-1,state.dmax=32768,state.head=null,state.hold=0,state.bits=0,state.lencode=state.lendyn=new Int32Array(ENOUGH_LENS),state.distcode=state.distdyn=new Int32Array(ENOUGH_DISTS),state.sane=1,state.back=-1,Z_OK$1)}function inflateReset(strm){var state;return inflateStateCheck(strm)?Z_STREAM_ERROR$1:((state=strm.state).wsize=0,state.whave=0,state.wnext=0,inflateResetKeep(strm))}function inflateInit2(strm,windowBits){var state;return strm?(state=new InflateState,(strm.state=state).strm=strm,state.window=null,state.mode=HEAD,(state=inflateReset2(strm,windowBits))!==Z_OK$1&&(strm.state=null),state):Z_STREAM_ERROR$1}function updatewindow(strm,src,end,copy){var dist;return null===(strm=strm.state).window&&(strm.wsize=1<<strm.wbits,strm.wnext=0,strm.whave=0,strm.window=new Uint8Array(strm.wsize)),strm.wsize<=copy?(strm.window.set(src.subarray(end-strm.wsize,end),0),strm.wnext=0,strm.whave=strm.wsize):(copy<(dist=strm.wsize-strm.wnext)&&(dist=copy),strm.window.set(src.subarray(end-copy,end-copy+dist),strm.wnext),(copy-=dist)?(strm.window.set(src.subarray(end-copy,end),0),strm.wnext=copy,strm.whave=strm.wsize):(strm.wnext+=dist,strm.wnext===strm.wsize&&(strm.wnext=0),strm.whave<strm.wsize&&(strm.whave+=dist))),0}var lenfix,distfix,inflateStateCheck=function(strm){var state;return!strm||!(state=strm.state)||state.strm!==strm||state.mode<HEAD||state.mode>SYNC?1:0},inflateReset2=function(strm,windowBits){var wrap,state;return inflateStateCheck(strm)||(state=strm.state,windowBits<0?(wrap=0,windowBits=-windowBits):(wrap=5+(windowBits>>4),windowBits<48&&(windowBits&=15)),windowBits&&(windowBits<8||15<windowBits))?Z_STREAM_ERROR$1:(null!==state.window&&state.wbits!==windowBits&&(state.window=null),state.wrap=wrap,state.wbits=windowBits,inflateReset(strm))},virgin=!0,inflate_1$1={inflateReset:inflateReset,inflateReset2:inflateReset2,inflateResetKeep:inflateResetKeep,inflateInit:function(strm){return inflateInit2(strm,15)},inflateInit2:inflateInit2,inflate:function(strm,flush){var state,input,output,next,put,have,left,hold,bits,_in,_out,copy,from,from_source,here_bits,here_op,here_val,last_bits,last_op,last_val,len,ret,opts,n,here=0,hbuf=new Uint8Array(4),order=new Uint8Array([16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15]);if(inflateStateCheck(strm)||!strm.output||!strm.input&&0!==strm.avail_in)return Z_STREAM_ERROR$1;16191===(state=strm.state).mode&&(state.mode=16192),put=strm.next_out,output=strm.output,next=strm.next_in,input=strm.input,hold=state.hold,bits=state.bits,_in=have=strm.avail_in,_out=left=strm.avail_out,ret=Z_OK$1;inf_leave:for(;;)switch(state.mode){case HEAD:if(0===state.wrap)state.mode=16192;else{for(;bits<16;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}2&state.wrap&&35615===hold?(0===state.wbits&&(state.wbits=15),hbuf[state.check=0]=255&hold,hbuf[1]=hold>>>8&255,state.check=crc32_1(state.check,hbuf,2,0),bits=hold=0,state.mode=16181):(state.head&&(state.head.done=!1),!(1&state.wrap)||(((255&hold)<<8)+(hold>>8))%31?(strm.msg="incorrect header check",state.mode=BAD):(15&hold)!==Z_DEFLATED?(strm.msg="unknown compression method",state.mode=BAD):(bits-=4,len=8+(15&(hold>>>=4)),0===state.wbits&&(state.wbits=len),15<len||len>state.wbits?(strm.msg="invalid window size",state.mode=BAD):(state.dmax=1<<state.wbits,state.flags=0,strm.adler=state.check=1,state.mode=512&hold?16189:16191,bits=hold=0)))}break;case 16181:for(;bits<16;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}if(state.flags=hold,(255&state.flags)!==Z_DEFLATED){strm.msg="unknown compression method",state.mode=BAD;break}if(57344&state.flags){strm.msg="unknown header flags set",state.mode=BAD;break}state.head&&(state.head.text=hold>>8&1),512&state.flags&&4&state.wrap&&(hbuf[0]=255&hold,hbuf[1]=hold>>>8&255,state.check=crc32_1(state.check,hbuf,2,0)),bits=hold=0,state.mode=16182;case 16182:for(;bits<32;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}state.head&&(state.head.time=hold),512&state.flags&&4&state.wrap&&(hbuf[0]=255&hold,hbuf[1]=hold>>>8&255,hbuf[2]=hold>>>16&255,hbuf[3]=hold>>>24&255,state.check=crc32_1(state.check,hbuf,4,0)),bits=hold=0,state.mode=16183;case 16183:for(;bits<16;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}state.head&&(state.head.xflags=255&hold,state.head.os=hold>>8),512&state.flags&&4&state.wrap&&(hbuf[0]=255&hold,hbuf[1]=hold>>>8&255,state.check=crc32_1(state.check,hbuf,2,0)),bits=hold=0,state.mode=16184;case 16184:if(1024&state.flags){for(;bits<16;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}state.length=hold,state.head&&(state.head.extra_len=hold),512&state.flags&&4&state.wrap&&(hbuf[0]=255&hold,hbuf[1]=hold>>>8&255,state.check=crc32_1(state.check,hbuf,2,0)),bits=hold=0}else state.head&&(state.head.extra=null);state.mode=16185;case 16185:if(1024&state.flags&&((copy=have<(copy=state.length)?have:copy)&&(state.head&&(len=state.head.extra_len-state.length,state.head.extra||(state.head.extra=new Uint8Array(state.head.extra_len)),state.head.extra.set(input.subarray(next,next+copy),len)),512&state.flags&&4&state.wrap&&(state.check=crc32_1(state.check,input,copy,next)),have-=copy,next+=copy,state.length-=copy),state.length))break inf_leave;state.length=0,state.mode=16186;case 16186:if(2048&state.flags){if(0===have)break inf_leave;for(copy=0;len=input[next+copy++],state.head&&len&&state.length<65536&&(state.head.name+=String.fromCharCode(len)),len&&copy<have;);if(512&state.flags&&4&state.wrap&&(state.check=crc32_1(state.check,input,copy,next)),have-=copy,next+=copy,len)break inf_leave}else state.head&&(state.head.name=null);state.length=0,state.mode=16187;case 16187:if(4096&state.flags){if(0===have)break inf_leave;for(copy=0;len=input[next+copy++],state.head&&len&&state.length<65536&&(state.head.comment+=String.fromCharCode(len)),len&&copy<have;);if(512&state.flags&&4&state.wrap&&(state.check=crc32_1(state.check,input,copy,next)),have-=copy,next+=copy,len)break inf_leave}else state.head&&(state.head.comment=null);state.mode=16188;case 16188:if(512&state.flags){for(;bits<16;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}if(4&state.wrap&&hold!==(65535&state.check)){strm.msg="header crc mismatch",state.mode=BAD;break}bits=hold=0}state.head&&(state.head.hcrc=state.flags>>9&1,state.head.done=!0),strm.adler=state.check=0,state.mode=16191;break;case 16189:for(;bits<32;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}strm.adler=state.check=zswap32(hold),bits=hold=0,state.mode=16190;case 16190:if(0===state.havedict)return strm.next_out=put,strm.avail_out=left,strm.next_in=next,strm.avail_in=have,state.hold=hold,state.bits=bits,Z_NEED_DICT$1;strm.adler=state.check=1,state.mode=16191;case 16191:if(flush===Z_BLOCK||flush===Z_TREES)break inf_leave;case 16192:if(state.last)hold>>>=7&bits,bits-=7&bits,state.mode=16206;else{for(;bits<3;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}switch(state.last=1&hold,--bits,3&(hold>>>=1)){case 0:state.mode=16193;break;case 1:if(!function(state){if(virgin){lenfix=new Int32Array(512),distfix=new Int32Array(32);for(var sym=0;sym<144;)state.lens[sym++]=8;for(;sym<256;)state.lens[sym++]=9;for(;sym<280;)state.lens[sym++]=7;for(;sym<288;)state.lens[sym++]=8;for(inftrees(LENS,state.lens,0,288,lenfix,0,state.work,{bits:9}),sym=0;sym<32;)state.lens[sym++]=5;inftrees(DISTS,state.lens,0,32,distfix,0,state.work,{bits:5}),virgin=!1}state.lencode=lenfix,state.lenbits=9,state.distcode=distfix,state.distbits=5}(state),state.mode=16199,flush!==Z_TREES)break;hold>>>=2,bits-=2;break inf_leave;case 2:state.mode=16196;break;case 3:strm.msg="invalid block type",state.mode=BAD}hold>>>=2,bits-=2}break;case 16193:for(hold>>>=7&bits,bits-=7&bits;bits<32;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}if((65535&hold)!=(hold>>>16^65535)){strm.msg="invalid stored block lengths",state.mode=BAD;break}if(state.length=65535&hold,bits=hold=0,state.mode=16194,flush===Z_TREES)break inf_leave;case 16194:state.mode=16195;case 16195:if(copy=state.length){if(0===(copy=left<(copy=have<copy?have:copy)?left:copy))break inf_leave;output.set(input.subarray(next,next+copy),put),have-=copy,next+=copy,left-=copy,put+=copy,state.length-=copy}else state.mode=16191;break;case 16196:for(;bits<14;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}if(state.nlen=257+(31&hold),hold>>>=5,bits-=5,state.ndist=1+(31&hold),hold>>>=5,bits-=5,state.ncode=4+(15&hold),hold>>>=4,bits-=4,286<state.nlen||30<state.ndist){strm.msg="too many length or distance symbols",state.mode=BAD;break}state.have=0,state.mode=16197;case 16197:for(;state.have<state.ncode;){for(;bits<3;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}state.lens[order[state.have++]]=7&hold,hold>>>=3,bits-=3}for(;state.have<19;)state.lens[order[state.have++]]=0;if(state.lencode=state.lendyn,state.lenbits=7,opts={bits:state.lenbits},ret=inftrees(0,state.lens,0,19,state.lencode,0,state.work,opts),state.lenbits=opts.bits,ret){strm.msg="invalid code lengths set",state.mode=BAD;break}state.have=0,state.mode=16198;case 16198:for(;state.have<state.nlen+state.ndist;){for(;here_op=(here=state.lencode[hold&(1<<state.lenbits)-1])>>>16&255,here_val=65535&here,!((here_bits=here>>>24)<=bits);){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}if(here_val<16)hold>>>=here_bits,bits-=here_bits,state.lens[state.have++]=here_val;else{if(16===here_val){for(n=here_bits+2;bits<n;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}if(hold>>>=here_bits,bits-=here_bits,0===state.have){strm.msg="invalid bit length repeat",state.mode=BAD;break}len=state.lens[state.have-1],copy=3+(3&hold),hold>>>=2,bits-=2}else if(17===here_val){for(n=here_bits+3;bits<n;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}len=0,copy=3+(7&(hold>>>=here_bits)),hold>>>=3,bits=bits-here_bits-3}else{for(n=here_bits+7;bits<n;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}len=0,copy=11+(127&(hold>>>=here_bits)),hold>>>=7,bits=bits-here_bits-7}if(state.have+copy>state.nlen+state.ndist){strm.msg="invalid bit length repeat",state.mode=BAD;break}for(;copy--;)state.lens[state.have++]=len}}if(state.mode===BAD)break;if(0===state.lens[256]){strm.msg="invalid code -- missing end-of-block",state.mode=BAD;break}if(state.lenbits=9,opts={bits:state.lenbits},ret=inftrees(LENS,state.lens,0,state.nlen,state.lencode,0,state.work,opts),state.lenbits=opts.bits,ret){strm.msg="invalid literal/lengths set",state.mode=BAD;break}if(state.distbits=6,state.distcode=state.distdyn,opts={bits:state.distbits},ret=inftrees(DISTS,state.lens,state.nlen,state.ndist,state.distcode,0,state.work,opts),state.distbits=opts.bits,ret){strm.msg="invalid distances set",state.mode=BAD;break}if(state.mode=16199,flush===Z_TREES)break inf_leave;case 16199:state.mode=16200;case 16200:if(6<=have&&258<=left){strm.next_out=put,strm.avail_out=left,strm.next_in=next,strm.avail_in=have,state.hold=hold,state.bits=bits,!function(strm,start){var here,op,len,dist,from,from_source,state=strm.state,_in=strm.next_in,input=strm.input,last=_in+(strm.avail_in-5),_out=strm.next_out,output=strm.output,beg=_out-(start-strm.avail_out),end=_out+(strm.avail_out-257),dmax=state.dmax,wsize=state.wsize,whave=state.whave,wnext=state.wnext,s_window=state.window,hold=state.hold,bits=state.bits,lcode=state.lencode,dcode=state.distcode,lmask=(1<<state.lenbits)-1,dmask=(1<<state.distbits)-1;top:do{for(bits<15&&(hold+=input[_in++]<<bits,bits+=8,hold+=input[_in++]<<bits,bits+=8),here=lcode[hold&lmask];;){if(hold>>>=op=here>>>24,bits-=op,0===(op=here>>>16&255))output[_out++]=65535&here;else{if(!(16&op)){if(0==(64&op)){here=lcode[(65535&here)+(hold&(1<<op)-1)];continue}if(32&op){state.mode=TYPE$1;break top}strm.msg="invalid literal/length code",state.mode=BAD$1;break top}for(len=65535&here,(op&=15)&&(bits<op&&(hold+=input[_in++]<<bits,bits+=8),len+=hold&(1<<op)-1,hold>>>=op,bits-=op),bits<15&&(hold+=input[_in++]<<bits,bits+=8,hold+=input[_in++]<<bits,bits+=8),here=dcode[hold&dmask];;){if(hold>>>=op=here>>>24,bits-=op,!(16&(op=here>>>16&255))){if(0==(64&op)){here=dcode[(65535&here)+(hold&(1<<op)-1)];continue}strm.msg="invalid distance code",state.mode=BAD$1;break top}if(dist=65535&here,bits<(op&=15)&&(hold+=input[_in++]<<bits,(bits+=8)<op)&&(hold+=input[_in++]<<bits,bits+=8),dmax<(dist+=hold&(1<<op)-1)){strm.msg="invalid distance too far back",state.mode=BAD$1;break top}if(hold>>>=op,bits-=op,(op=_out-beg)<dist){if(whave<(op=dist-op)&&state.sane){strm.msg="invalid distance too far back",state.mode=BAD$1;break top}if(from_source=s_window,(from=0)===wnext){if(from+=wsize-op,op<len){for(len-=op;output[_out++]=s_window[from++],--op;);from=_out-dist,from_source=output}}else if(wnext<op){if(from+=wsize+wnext-op,(op-=wnext)<len){for(len-=op;output[_out++]=s_window[from++],--op;);if(from=0,wnext<len){for(len-=op=wnext;output[_out++]=s_window[from++],--op;);from=_out-dist,from_source=output}}}else if(from+=wnext-op,op<len){for(len-=op;output[_out++]=s_window[from++],--op;);from=_out-dist,from_source=output}for(;2<len;)output[_out++]=from_source[from++],output[_out++]=from_source[from++],output[_out++]=from_source[from++],len-=3;len&&(output[_out++]=from_source[from++],1<len)&&(output[_out++]=from_source[from++])}else{for(from=_out-dist;output[_out++]=output[from++],output[_out++]=output[from++],output[_out++]=output[from++],2<(len-=3););len&&(output[_out++]=output[from++],1<len)&&(output[_out++]=output[from++])}break}}break}}while(_in<last&&_out<end);hold&=(1<<(bits-=(len=bits>>3)<<3))-1,strm.next_in=_in-=len,strm.next_out=_out,strm.avail_in=_in<last?last-_in+5:5-(_in-last),strm.avail_out=_out<end?end-_out+257:257-(_out-end),state.hold=hold,state.bits=bits}(strm,_out),put=strm.next_out,output=strm.output,left=strm.avail_out,next=strm.next_in,input=strm.input,have=strm.avail_in,hold=state.hold,bits=state.bits,16191===state.mode&&(state.back=-1);break}for(state.back=0;here_op=(here=state.lencode[hold&(1<<state.lenbits)-1])>>>16&255,here_val=65535&here,!((here_bits=here>>>24)<=bits);){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}if(here_op&&0==(240&here_op)){for(last_bits=here_bits,last_op=here_op,last_val=here_val;here_op=(here=state.lencode[last_val+((hold&(1<<last_bits+last_op)-1)>>last_bits)])>>>16&255,here_val=65535&here,!(last_bits+(here_bits=here>>>24)<=bits);){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}hold>>>=last_bits,bits-=last_bits,state.back+=last_bits}if(hold>>>=here_bits,bits-=here_bits,state.back+=here_bits,state.length=here_val,0===here_op){state.mode=16205;break}if(32&here_op){state.back=-1,state.mode=16191;break}if(64&here_op){strm.msg="invalid literal/length code",state.mode=BAD;break}state.extra=15&here_op,state.mode=16201;case 16201:if(state.extra){for(n=state.extra;bits<n;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}state.length+=hold&(1<<state.extra)-1,hold>>>=state.extra,bits-=state.extra,state.back+=state.extra}state.was=state.length,state.mode=16202;case 16202:for(;here_op=(here=state.distcode[hold&(1<<state.distbits)-1])>>>16&255,here_val=65535&here,!((here_bits=here>>>24)<=bits);){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}if(0==(240&here_op)){for(last_bits=here_bits,last_op=here_op,last_val=here_val;here_op=(here=state.distcode[last_val+((hold&(1<<last_bits+last_op)-1)>>last_bits)])>>>16&255,here_val=65535&here,!(last_bits+(here_bits=here>>>24)<=bits);){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}hold>>>=last_bits,bits-=last_bits,state.back+=last_bits}if(hold>>>=here_bits,bits-=here_bits,state.back+=here_bits,64&here_op){strm.msg="invalid distance code",state.mode=BAD;break}state.offset=here_val,state.extra=15&here_op,state.mode=16203;case 16203:if(state.extra){for(n=state.extra;bits<n;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}state.offset+=hold&(1<<state.extra)-1,hold>>>=state.extra,bits-=state.extra,state.back+=state.extra}if(state.offset>state.dmax){strm.msg="invalid distance too far back",state.mode=BAD;break}state.mode=16204;case 16204:if(0===left)break inf_leave;if(state.offset>(copy=_out-left)){if((copy=state.offset-copy)>state.whave&&state.sane){strm.msg="invalid distance too far back",state.mode=BAD;break}from=copy>state.wnext?(copy-=state.wnext,state.wsize-copy):state.wnext-copy,copy>state.length&&(copy=state.length),from_source=state.window}else from_source=output,from=put-state.offset,copy=state.length;for(left-=copy=left<copy?left:copy,state.length-=copy;output[put++]=from_source[from++],--copy;);0===state.length&&(state.mode=16200);break;case 16205:if(0===left)break inf_leave;output[put++]=state.length,left--,state.mode=16200;break;case 16206:if(state.wrap){for(;bits<32;){if(0===have)break inf_leave;have--,hold|=input[next++]<<bits,bits+=8}if(_out-=left,strm.total_out+=_out,state.total+=_out,4&state.wrap&&_out&&(strm.adler=state.check=(state.flags?crc32_1:adler32_1)(state.check,output,_out,put-_out)),_out=left,4&state.wrap&&(state.flags?hold:zswap32(hold))!==state.check){strm.msg="incorrect data check",state.mode=BAD;break}bits=hold=0}state.mode=16207;case 16207:if(state.wrap&&state.flags){for(;bits<32;){if(0===have)break inf_leave;have--,hold+=input[next++]<<bits,bits+=8}if(4&state.wrap&&hold!==(4294967295&state.total)){strm.msg="incorrect length check",state.mode=BAD;break}bits=hold=0}state.mode=16208;case 16208:ret=Z_STREAM_END$1;break inf_leave;case BAD:ret=Z_DATA_ERROR$1;break inf_leave;case 16210:return Z_MEM_ERROR$1;default:return Z_STREAM_ERROR$1}return strm.next_out=put,strm.avail_out=left,strm.next_in=next,strm.avail_in=have,state.hold=hold,state.bits=bits,(state.wsize||_out!==strm.avail_out&&state.mode<BAD&&(state.mode<16206||flush!==Z_FINISH$1))&&updatewindow(strm,strm.output,strm.next_out,_out-strm.avail_out),_out-=strm.avail_out,strm.total_in+=_in-=strm.avail_in,strm.total_out+=_out,state.total+=_out,4&state.wrap&&_out&&(strm.adler=state.check=(state.flags?crc32_1:adler32_1)(state.check,output,_out,strm.next_out-_out)),strm.data_type=state.bits+(state.last?64:0)+(16191===state.mode?128:0)+(16199===state.mode||16194===state.mode?256:0),ret=(0==_in&&0===_out||flush===Z_FINISH$1)&&ret===Z_OK$1?Z_BUF_ERROR:ret},inflateEnd:function(strm){var state;return inflateStateCheck(strm)?Z_STREAM_ERROR$1:((state=strm.state).window&&(state.window=null),strm.state=null,Z_OK$1)},inflateGetHeader:function(strm,head){return inflateStateCheck(strm)||0==(2&(strm=strm.state).wrap)?Z_STREAM_ERROR$1:((strm.head=head).done=!1,Z_OK$1)},inflateSetDictionary:function(strm,dictionary){var state,dictLength=dictionary.length;return inflateStateCheck(strm)||0!==(state=strm.state).wrap&&16190!==state.mode?Z_STREAM_ERROR$1:16190===state.mode&&adler32_1(1,dictionary,dictLength,0)!==state.check?Z_DATA_ERROR$1:updatewindow(strm,dictionary,dictLength,dictLength)?(state.mode=16210,Z_MEM_ERROR$1):(state.havedict=1,Z_OK$1)},inflateInfo:"pako inflate (from Nodeca project)"};function _typeof(obj){return(_typeof="function"==typeof Symbol&&"symbol"==typeof Symbol.iterator?function(obj){return typeof obj}:function(obj){return obj&&"function"==typeof Symbol&&obj.constructor===Symbol&&obj!==Symbol.prototype?"symbol":typeof obj})(obj)}var common_assign=function(obj){for(var sources=Array.prototype.slice.call(arguments,1);sources.length;){var source=sources.shift();if(source){if("object"!==_typeof(source))throw new TypeError(source+"must be non-object");for(var p in source)!function(obj,key){return Object.prototype.hasOwnProperty.call(obj,key)}(source,p)||(obj[p]=source[p])}}return obj},common_flattenChunks=function(chunks){for(var len=0,i=0,l=chunks.length;i<l;i++)len+=chunks[i].length;for(var result=new Uint8Array(len),_i=0,pos=0,_l=chunks.length;_i<_l;_i++){var chunk=chunks[_i];result.set(chunk,pos),pos+=chunk.length}return result},STR_APPLY_UIA_OK=!0;try{String.fromCharCode.apply(null,new Uint8Array(1))}catch(__){STR_APPLY_UIA_OK=!1}for(var _utf8len=new Uint8Array(256),q=0;q<256;q++)_utf8len[q]=252<=q?6:248<=q?5:240<=q?4:224<=q?3:192<=q?2:1;_utf8len[254]=_utf8len[254]=1;var strings_string2buf=function(str){if("function"==typeof TextEncoder&&TextEncoder.prototype.encode)return(new TextEncoder).encode(str);for(var buf,c,c2,i,str_len=str.length,buf_len=0,m_pos=0;m_pos<str_len;m_pos++)55296==(64512&(c=str.charCodeAt(m_pos)))&&m_pos+1<str_len&&56320==(64512&(c2=str.charCodeAt(m_pos+1)))&&(c=65536+(c-55296<<10)+(c2-56320),m_pos++),buf_len+=c<128?1:c<2048?2:c<65536?3:4;for(buf=new Uint8Array(buf_len),m_pos=i=0;i<buf_len;m_pos++)55296==(64512&(c=str.charCodeAt(m_pos)))&&m_pos+1<str_len&&56320==(64512&(c2=str.charCodeAt(m_pos+1)))&&(c=65536+(c-55296<<10)+(c2-56320),m_pos++),c<128?buf[i++]=c:(c<2048?buf[i++]=192|c>>>6:(c<65536?buf[i++]=224|c>>>12:(buf[i++]=240|c>>>18,buf[i++]=128|c>>>12&63),buf[i++]=128|c>>>6&63),buf[i++]=128|63&c);return buf},strings_buf2string=function(buf,max){var len=max||buf.length;if("function"==typeof TextDecoder&&TextDecoder.prototype.decode)return(new TextDecoder).decode(buf.subarray(0,max));for(var utf16buf=new Array(2*len),out=0,i=0;i<len;){var c=buf[i++];if(c<128)utf16buf[out++]=c;else{var c_len=_utf8len[c];if(4<c_len)utf16buf[out++]=65533,i+=c_len-1;else{for(c&=2===c_len?31:3===c_len?15:7;1<c_len&&i<len;)c=c<<6|63&buf[i++],c_len--;1<c_len?utf16buf[out++]=65533:c<65536?utf16buf[out++]=c:(c-=65536,utf16buf[out++]=55296|c>>10&1023,utf16buf[out++]=56320|1023&c)}}}return function(buf,len){if(len<65534&&buf.subarray&&STR_APPLY_UIA_OK)return String.fromCharCode.apply(null,buf.length===len?buf:buf.subarray(0,len));for(var result="",i=0;i<len;i++)result+=String.fromCharCode(buf[i]);return result}(utf16buf,out)},strings_utf8border=function(buf,max){for(var pos=(max=(max=max||buf.length)>buf.length?buf.length:max)-1;0<=pos&&128==(192&buf[pos]);)pos--;return!(pos<0)&&0!==pos&&pos+_utf8len[buf[pos]]>max?pos:max},messages={2:"need dictionary",1:"stream end",0:"","-1":"file error","-2":"stream error","-3":"data error","-4":"insufficient memory","-5":"buffer error","-6":"incompatible version"};var zstream=function(){this.input=null,this.next_in=0,this.avail_in=0,this.total_in=0,this.output=null,this.next_out=0,this.avail_out=0,this.total_out=0,this.msg="",this.state=null,this.data_type=2,this.adler=0};var gzheader=function(){this.text=0,this.time=0,this.xflags=0,this.os=0,this.extra=null,this.extra_len=0,this.name="",this.comment="",this.hcrc=0,this.done=!1},toString=Object.prototype.toString,Z_NO_FLUSH=constants$1.Z_NO_FLUSH,Z_FINISH=constants$1.Z_FINISH,Z_OK=constants$1.Z_OK,Z_STREAM_END=constants$1.Z_STREAM_END,Z_NEED_DICT=constants$1.Z_NEED_DICT,Z_STREAM_ERROR=constants$1.Z_STREAM_ERROR,Z_DATA_ERROR=constants$1.Z_DATA_ERROR,Z_MEM_ERROR=constants$1.Z_MEM_ERROR;function Inflate(options){this.options=common_assign({chunkSize:65536,windowBits:15,to:""},options||{});var opt=this.options,options=(opt.raw&&0<=opt.windowBits&&opt.windowBits<16&&(opt.windowBits=-opt.windowBits,0===opt.windowBits)&&(opt.windowBits=-15),!(0<=opt.windowBits&&opt.windowBits<16)||options&&options.windowBits||(opt.windowBits+=32),15<opt.windowBits&&opt.windowBits<48&&0==(15&opt.windowBits)&&(opt.windowBits|=15),this.err=0,this.msg="",this.ended=!1,this.chunks=[],this.strm=new zstream,this.strm.avail_out=0,inflate_1$1.inflateInit2(this.strm,opt.windowBits));if(options!==Z_OK)throw new Error(messages[options]);if(this.header=new gzheader,inflate_1$1.inflateGetHeader(this.strm,this.header),opt.dictionary&&("string"==typeof opt.dictionary?opt.dictionary=strings_string2buf(opt.dictionary):"[object ArrayBuffer]"===toString.call(opt.dictionary)&&(opt.dictionary=new Uint8Array(opt.dictionary)),opt.raw)&&(options=inflate_1$1.inflateSetDictionary(this.strm,opt.dictionary))!==Z_OK)throw new Error(messages[options])}function inflate(input,options){options=new Inflate(options);if(options.push(input),options.err)throw options.msg||messages[options.err];return options.result}Inflate.prototype.push=function(data,flush_mode){var status,_flush_mode,strm=this.strm,chunkSize=this.options.chunkSize,dictionary=this.options.dictionary;if(this.ended)return!1;for(_flush_mode=flush_mode===~~flush_mode?flush_mode:!0===flush_mode?Z_FINISH:Z_NO_FLUSH,"[object ArrayBuffer]"===toString.call(data)?strm.input=new Uint8Array(data):strm.input=data,strm.next_in=0,strm.avail_in=strm.input.length;;){for(0===strm.avail_out&&(strm.output=new Uint8Array(chunkSize),strm.next_out=0,strm.avail_out=chunkSize),(status=inflate_1$1.inflate(strm,_flush_mode))===Z_NEED_DICT&&dictionary&&((status=inflate_1$1.inflateSetDictionary(strm,dictionary))===Z_OK?status=inflate_1$1.inflate(strm,_flush_mode):status===Z_DATA_ERROR&&(status=Z_NEED_DICT));0<strm.avail_in&&status===Z_STREAM_END&&0<strm.state.wrap&&0!==data[strm.next_in];)inflate_1$1.inflateReset(strm),status=inflate_1$1.inflate(strm,_flush_mode);switch(status){case Z_STREAM_ERROR:case Z_DATA_ERROR:case Z_NEED_DICT:case Z_MEM_ERROR:return this.onEnd(status),!(this.ended=!0)}var next_out_utf8,tail,utf8str,last_avail_out=strm.avail_out;if(!strm.next_out||0!==strm.avail_out&&status!==Z_STREAM_END||("string"===this.options.to?(next_out_utf8=strings_utf8border(strm.output,strm.next_out),tail=strm.next_out-next_out_utf8,utf8str=strings_buf2string(strm.output,next_out_utf8),strm.next_out=tail,strm.avail_out=chunkSize-tail,tail&&strm.output.set(strm.output.subarray(next_out_utf8,next_out_utf8+tail),0),this.onData(utf8str)):this.onData(strm.output.length===strm.next_out?strm.output:strm.output.subarray(0,strm.next_out))),status!==Z_OK||0!==last_avail_out){if(status===Z_STREAM_END)return status=inflate_1$1.inflateEnd(this.strm),this.onEnd(status),this.ended=!0;if(0===strm.avail_in)break}}return!0},Inflate.prototype.onData=function(chunk){this.chunks.push(chunk)},Inflate.prototype.onEnd=function(status){status===Z_OK&&("string"===this.options.to?this.result=this.chunks.join(""):this.result=common_flattenChunks(this.chunks)),this.chunks=[],this.err=status,this.msg=this.strm.msg};function inflateRaw_1(input,options){return(options=options||{}).raw=!0,inflate(input,options)}var inflate_2=inflate,ungzip=inflate,inflate_1={Inflate:Inflate,inflate:inflate_2,inflateRaw:inflateRaw_1,ungzip:ungzip,constants:constants$1};return exports.Inflate=Inflate,exports.constants=constants$1,exports.default=inflate_1,exports.inflate=inflate_2,exports.inflateRaw=inflateRaw_1,exports.ungzip=ungzip,exports}void 0!==Module&&(Module.TA=TA);var browserFix=browserFix||{},wasmString;function inflateBase64(base64){var binaryString=function(string){var b64="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",string=String(string).replace(/[\t\n\f\r ]+/g,"");string+="==".slice(2-(3&string.length));for(var bitmap,r1,r2,result="",i=0;i<string.length;)bitmap=b64.indexOf(string.charAt(i++))<<18|b64.indexOf(string.charAt(i++))<<12|(r1=b64.indexOf(string.charAt(i++)))<<6|(r2=b64.indexOf(string.charAt(i++))),result+=64===r1?String.fromCharCode(bitmap>>16&255):64===r2?String.fromCharCode(bitmap>>16&255,bitmap>>8&255):String.fromCharCode(bitmap>>16&255,bitmap>>8&255,255&bitmap);return result}(base64),length=binaryString.length,bytes=new Uint8Array(length);for(let i=0;i<length;i++)bytes[i]=binaryString.charCodeAt(i);return init_pako().inflate(bytes)}browserFix.sliceTypedArray=function(array,sliceBegin,sliceEnd){var bpe=array.BYTES_PER_ELEMENT,boff=array.byteOffset,len=array.length;return(sliceBegin=0|sliceBegin||0)<0&&(sliceBegin+=len),(sliceEnd=void 0===sliceEnd?len:0|sliceEnd)<0&&(sliceEnd+=len),new array.constructor(array.buffer.slice(boff+bpe*sliceBegin,boff+bpe*sliceEnd))},void 0===Uint8Array.prototype.slice&&(console.warn("The TypedArray.slice method is not supported in this browser. This may impair performance. "),Uint16Array.prototype.slice=function(begin,end){return browserFix.sliceTypedArray(this,begin,end)},Int16Array.prototype.slice=function(begin,end){return browserFix.sliceTypedArray(this,begin,end)},Uint8Array.prototype.slice=function(begin,end){return browserFix.sliceTypedArray(this,begin,end)},Int8Array.prototype.slice=function(begin,end){return browserFix.sliceTypedArray(this,begin,end)}),void 0!==Module&&(wasmString="eNrsvQuAHVWVLrwf9Tx1TncFgrTpCHUOUQIkEIWbYGAklbE7xJiBiVxl/O+9Q8YZx9utdwgC49wJ3Q0JGCVAhKCRh0ZFQU0wCAqISIs8Ig+JCBoVNcrDKKCIEaMi+de31q46dTrdAdQ7+t9/Ojmn6uzatZ9rr73eWy195zu0UkpfFCw9yQwPq5P0sB6mL3WSP4w/+mGHkW7Ke7p47lEwXGTilOIldVI0PFw+Ctu3Lr86SdF/1LNcLy+f4+0h+nOlDNFzRY/NMKXY4aFhPeTqHUKGIbxAzVnOzaV8teHyT1HGoaGiGcvLbiyXbnTkpSf14eGO31QZKjdcdtL5TBrLz4Pyjtu7XG6WL5d2DXPTUeNy3HpFK5bzT7McPY/aDbbSMcPd9qnxxagupyLiagu6hzv/FDVkuXumpT4Ut7wYb24QN5vvpK2cg4cD7YgrhTXGFI6R5CkZkp+YIQzOkMAJ2sxVGUpefpJ1T4fPoG8UO7R8uWsj10/ZY7mTBmMcHFSdgQvVhILO4Jke4gHBO8FwCRkYGh6Z5e56RgFZlKGYIddWpPGFJweDWRmUYjLl1i9uGKSW8wAq84yerpfqf1Axfb9FTaLvf1S99P1PyqPvt6pj6PuflU/fb1OGvv8nfw/w00G+f7tq0Pc7VI2+/xen/AunnKzm0fcyznmK0vT9TtVF36dyymmqm75PVyF9/6uaTN/vojW6VP8bP/3fytJ3zvfzuVV/zSmv5fx9XFo/P13AKcdyykJu5+v4exE/fT2XuZjb9jd8v9To0ZePjHh2pPZcbLSnA1/5nq+6Aq08FXSFhCuCQPtdNU/73j50p5Tv17opq7+XDpXeC694nvZyT3epwNdaz/cC38Zqas2LUZZPL2mt/L2o2ECbGqUlKb2SvswoFfrBQfvESlkbau9gHTWMTpLI83XYpfbb32htlE6VjrWiLgdh4MfdlOQRAqMiFHVq6iH4ofcJlOep2FOZziiD0uFrcaEbvxYGM/AsTdOZhyap8q3n45/WMbWvi1ql1QxD1Su/1ucdZjzqglaTgkl1VacO+iiDmq+0oazUe+oEqvQDuqWW6KRfm0ZM/fRVbV8aDRofGjPVrAXNGg2MUjWUGITUE2WMUUYt2OtYP5g1K0Y9Kg73QUNpDJQNrO2yVFDrgIWt1itf6b/qVSqmN+LIe93hi9CsQE879GUHvOyA1y+u6zr9p6/6EXWCMj/uio1njF87DAPhq31p7DwaH3SLatY2Sei/tl6i8Zv+B8F/6aX/1IZpCtmmKdWoNRqKPsGkSVEQq4P+Zt8wCvcNvdDQLB7nox6UrjV1MTCGhoEmiEaH6grinkAfv5cf67o9RP/t/kvivabulXpdPFpeQCPS3d0VKEOz5ikaYxp+46s3UNdrMUpTJ/zXNypLkPMmesH4J6rg73T5N7NZr6uu7m4CO/ozjUajVquZII7jIDAYVP7T8k8VN5V/Blue4uaaOdpiNIy1gKfAN3wl0A3DMEA5XY0jG9HLI/Pyet3Qv3o9ifCHbxNF9hWTD9zb7m2tnfwKuYl2+wtii/8AEUC+XMxLjI5Nj+9jGgPjPmq2/5JAd9EgGR3QMsIS9Lz2bfV3qN8c/D8vtf/tv/+P0B7oH+79/f6B75/kHTyF4FN1K3zoXzdNpsVUBTQ/tFZe6nuv3k/VlDd3+vSjaPBrHq+f7Ii6naRNt0dgF7w0SAJqLn18n3qGEbL8Obq40e6fLe/L2/I5/ym5od9x+6W/ar+n2qmvab8+pV32lDID53X3SpfVqaJ+z5bPVdEc1W6We1ppupbmlU2uvhwQRjhZ/SoMusywzrdce7tJ6KqScLOepo9Tt/v6ePWLUP+tOlAvUUfpNxBGOkFtiPR/VZ+O9BvVpyL9JvXJSJ+oror036krI/1m9YlI/7263epp6uORWbpUXRGZf1iqPhaZtyxVH43MPy5VH4nMPy1V6yPz1qXqw5H556XqQ5F521J1p2/+51J1h28GlqrLIzO4VG32zdvprdC8g94Kzf9aqi6NzL8sVZdE5uSl6oORWbZU3eubU5aqdZF551L1gciculS9PzKnLVUXR+b0pWptFF/arVWukx3hP2wOr9I/tL+m7yfDG/T1+vP6HF+uT7jfj4ef05eYtfpsl77Z3Gl+Grbvf+KeF+9trzz7sXv2WFi8/ahLeaSS62GX9qNwhf+w/8Pwh/4j/g/87/vbwu/5Pwi/Fnwz+H54XvDV4Cz/JvrcGJwZfC980t8QfCx4KNwUfC5Y4T/kP+h/zf9u+OHad8L3186tfS3+Ufzt8Fvx4/FX4hvireHG+KPxt8IPxN8MV8cPhmfGZ/qXRQ+EF0Xvi74RfiFaE50f3R+eF50bfT18JnoiOivaEq6K3h3dF74n+lp4TnR2dG+4IronPDO6OxyJzvR3hXeFz4VfDX8fPhveGV5RuyP8mr5X36MviNbq28O79W3hXfor4Vf1rQQyX3bPVtOzUXr2c3p2Cz37Ej272T27kJ59kZ7dRM++QM9upGc3uGfX+mv1c97d+vfeXfp6evast1l/3j17L733OXrvOnrvWnr2WXrvGvdsJT3bRM9+Rs8+Q8+upmcbxylzgyvz0+7Z78K1+lP03ifpvavo2ZX03jb/3f5HzdX0+aj5bfiM/U24M/yO/rD9nH7Me9R7xOvre3/4I+/icNQ8E/4q3BH+MrzEvzxc8nT4FIHVErz1ifDjlLbkivBj4ZLfeuvDD4cfCi8LLw0vCZd8MPxAuJZevcWca3/obfMuNu+x3/Me8t5tLwrbFVxIFbyPcq0ZJ+eZ9r3hueF7wvPD88LV4Y+98yw+I/ZBb1X47vA2fZ5dF/adE95hzg4/bFeGK8KzwjPpbiT8qrcreC7Y7P0+eDb4XfBbuvtN8FVvZ/Dr4JngwDvMp4MLvJHgOf9Z/7f+Tv8Zf4f/tP+U/zP/cf8n/o/9R/33eRuDTwXneZcHlwWXBpcEHwzO99YFHwjeH6z11gYXBRcG7wvWBH0XBOcHZ3mrg/cG7wlWBecEK4MzvXODC8Kr/XcHZwcrAhqiJZ8MrgquDD4RfDy4Ivho8BEqaH3w4eBDwZLV3mrvfHM7/bs4uN0sWeW9m3729Z3jXT3mx9neSv6xYuwPKv5XwY7gl6jn6eAXwVPBkp8HPwueDJ4IbvJu8h4Pfhr8JNge/DhY8ljwaPBI8HBwrXet96Pgh8G24AfB94Ml3wseCr4bfCf4drA1+FbwYLDkgeAbwf3B14MtwX3BvcE9KPgac3dwV7A5uDO4I7g9OCv4vf8b/wl/u/8r/xc+P74t+Epwa/DlYDS4Jdjl/87/tf9T/zH/l/7P/cfNLvulAN83B0s2mU1mnca/K72+W/QtepyUz5jPuJRPTJjyxeALwZIbguuDJZ8PrguWXBt8NlhysXdN8DlNl8/Q5Sr9I/8R+4ilxt1h7jDf9Zd8x7/Pv9//tr9ki/8Nf6u/5Ov+A/63/CXf9Jfc7S+5y19yj7/NPGO/St/bzMdqfR+t9X2k1re+9qHa5bXLapfWLql9sHaLv672Jf8D9Lm41re21ndR7cLa+2p9H44/FF8e910WXxrvip6Lfh89G/0u+m30m2hn9OvoV9GO6JfR09EG/Qv6PBX1/Tz6WfR4dLN+kj4/paSf0Gc7fX5Mn8eiR6NHooejH0VXmB9GffdHX4+2RPdFX4v67o367qEMd0d9t0Z9X6a7u6KvRpujO6M7otuj26KvRO+t3azfU1tVe3ftZv+c2mZ7dm1lbUXtrNqZtZHarvi5+PfxnfbZ+Hfxb+M77G/infGv6fpMfLP/q/ghsyP+Zfx0/Iv4qfiL/s/jm/yfxdeYJyn/E/EX/J/GP4m3U9qP4xv9x+jzaHyD/wjlezj+Ybwt/kH8/fh78UOU9t34O/G3qayt8fX+N+PP+w/S54H4G/H98dfjLfF98b1U3z3x3fFd8VfjzVT2nVT2HZT/9vi2+Nb4y/FofEv8pfjm+Iv0/k3xF+Ib4+vjz8efi6+Lr40/G18Tb4o/E19N+TfEn44/FW+2n6TPVdTOK+O+T8Qfj6+IPxZ/JO5bH/ddEn8wXhf3vT/uOye+Wa+gz9n0WUmfs+K+kbhvNLol+lLUd3PU98XopujG6HZzAw3n9dHno8/RjFwX9a2pXVBbXes7v3Ze7eJ4bXxRfGH8vnhNfEF8fnxefG783vg98ar43fFnor6r6YWN9PK26AfR96KHou9G34m+Hd3ib6Xp+xZ9vkmfB+nzQPSN6Nros9H3o75rok1RbfuFhz0X/yrR4bCZl6m+hspUHg22DF28welGtXT+rmUtNdD06bnO9TLKoXO7rK+hM5MZzkHZ860jPt0vpFR6PtBUZp6Zlz/EiZlZ4OHdXXoxX+3pTQ9v1lsal6hl+715+eYRHx/Knw9l3r8um21U3U8ym+nZpk4Mlp1torqX4I2eZiB1UwkoWgrpyGgpYz55oOWhgbZPMqV016AX83Sg6SV2XuY1w8xSD8uM3Dk8zTRnb6gkC3OFtpgko8Z5LXQ+twsaJt8y4md4lPn00hA1mHpFw6ZPwZ086k5y1dRJFtDAGm7D1JbNzan5zrN8qTMz1PnMQ+Op7obO76FxuKcYByvjQHUHeZpPzgJqFb3RO+Dy0ywk1OVgtulxHcQIYwhSGbkeHrDJ6LiSB5PbDzL/OEp1vdLLuI3yjzpkltGo5dtkBv1+uc8MVZs/QE18QB6ogRYPQbvjxs36gkaAEeLBQ1LuxuOhSokPFSUi45aJSqT7ATeaGaCRsjTVWHjyBZ78Fw1PvsCT70ogeHKwPMUVNhau/E648ku48v9guBoHfspOU5UdMOSPA0P+i4Yhf3wY8ieAIX9iGNqtwRUIUOUaoalTbsIUTWH+1Ig/0NRm2E0RdYgQB83kqS3FcLcZ72X2FG5hHQ2kuUgw7QCYCLVhVoxMjkEdEQHX/k2LenbtCqWmVwCbnf7PhKJOJwAH/jp1MH/NQBPoAR2Zmpn5ag46WgwoNYpXgBu/lkcNs6e2Qm4VpdEwh9IqhlxpQQ9aqPKXUjH69MGcGp7vv6D3VGoMNZsmj0BCY6Y8ht5+ghWbv+z0pkZ+5KKpy71lA62QYIQxKsMHKqDVnnlupF2P0X/U5wE63Th4MioGINUjrxSjkuTbCRq2CzQQqlb5cKZ6qelJMlvrYYw75nBxL3A2NVSlR7UAQ1dt5P5rAMOkLkU1JukkapZOriE2fxgdH2wFuT2tRXOPpvi40EwOUhqPPvU3s4MtH3nCzFtIaTQgmZ8eOYUfUsepEFoH9tQBXniWMxxk1RyLIYwGMIB0wT5BwJQkAAmCtW6+AcymR2YeXpdEAK7kyGx6IPVKMahghum+6Se0fIJcHdtgENlFTcnNaS0MP30W9dLPnQCd43oJHEfozwA9oiUEAF46vWUx4ajZGxAYRLu8YWkK7ZoAbGqtSg8hFOVnNuFmpa9Syfs0wbpDrTxYpi9TMxV2V92/jLenPuDc/mXYVnFr6dbIbUS3AOuIVmw6MwMSfeDA/MbD89WX6nzNlFSpJF/JCee1E86djoTz2wn3vgIJF5QJI562NIv5iHccDxvVmx6Q8UKlldy0hhPfia3e42bLXaaaBtBnKvd0oamjuaQezVVAdUQBUHl0IcqgoBXsQkwhlWTz5ctoXY0StYD14+XzBlr+ooaSMgiG3LoiEBGciLXP4I27ulv3hKlkedDdZKAkvusR+Ke7qby6cZfNNpncTZttpsnd9NlmutzNmG1myN2s2WaW3B0x2xwhd0fONkfK3dGzzdHUs3mD3LN5IJH8xQyU1IXjGrqj9bScZQQ8GgECfcqHgbI5r4Ji2PB7sOUtmngk+U7PVVruzFxl5M7OVXZsLUVr7EJeShPMR2bdUko+4+l4+ACVp4MtO00V0EnvdEFWC4RGNau8TpDPWBJTgbpkFQDhJAzMTaAzxZtkS9EWZ1uBAHtmWpaJC8CK5VY2FXeTN3rUlbTMKK3Ilt/bjARj0LD2Nn07z8xrEyMtejIZ2XsJFWh+IcStD3SysBX3tgzVwAWk1Ox0IKPHhD/Tw1u1Pt7NCL4MNu9arv6mwUOtMX2Gh1wQl254IBBCKgcvamyLcUODRtB4y3K7PUHOCkNvknwWDY5mVAzAo7uDDO8nHiMdgm1GQTrPBtK3TqHn8lMeGrcB065Gw8Rt8BhHerwAsHNQTRhBQspvo3S6jWgOZ+NboAWywrnKywIpKuB3sM8PTANWzwYIV6TpPOw0mZpB+Ebl8WLCWArb3brnNHYbP183K8Hs2fwD12NLqg+k/0RNvoamNT2JbrZ8gTBTagmL1XUNAJNVAMZRi7QXxLS/L8s1LWQBh6mZRT8n8+g2PSEq+xkSJg9gyDx8qcHcOy29zc0BU0s8nl7L68eiAr6gZQ24pTUtewgNXJpTH93Gy+Xp9NsmYSIL7y8oF5xUFZU1aK6Gl07L72ek49E4Ydt/ERVRZm6jkZUmpZoGqCzFBCBwPBKpKQRfGgwPrzofhIAsQAuaykilzMbwjleTTZAWZZo3o8oYIx+Wque2D2/87aPW3j6S9vZBFEKxfTB49XCRERVBM9dltAq5PVHHBLQ5E68eJu2p8Coj5D3fVPDGLWVrIrM1F8x4suXLlm/QK4ONM+S56ctM2TU0vOhZQ27Rsy65Rc+6acGiW4Q2ZFiJlEeDg6LSynwn/Q2vmG9T9EZzb1p+QZ6Yan+0zFIAICXqjPCnZspAH9ewTEOA+QscjRNADZgFC0FIPOUICU2LrXwFdL53ajqdeKGk6Wfyc4CZjxB3qLvF3GnY0brJLSbwLWh0WlVZCFxjgYEnUyPdEDLMtGg2AG8yGOUbYHH88kUqkBEC3kdWWQU+XvfLaQj6Mh/TYHgaGsR9UC2Gx55vLY8932IaUpCrNA26mAbNzEJ64B++VJJiqRDerkdMRqXzHSw1eW4ATOlWdFe7bYkxq1fkcSAOGn4BWkOVApnT2uGeeHKLnvhyi54EWS3zsE46lqdsregTjxvRGNy16r8s7opo3wzozwaJwzZFG+vWpTBRTQVZx3fTiHiyDtz8nauzYtX4jDiBNAwIIS89EFycFDODSDpsZZyJHuhq+eDpAF54C3MgKJg2Nx8/LMH/tD8RFfmMNmZYD1X3AoefQHyArSvxk+VBt3Jrefz5NuLxB92BnTizTLFkBhd1kI2aYC2JKYjm2AgbLC5MQmtHQguEGsygcVXoAkI9uXVVdGNPUH+Sfn8TBL3QTp5shVRNwsQdMRQgbPIRYjjNKXNBLEjCLrVsrmxLJv858MMimiXGy+CZk+O8YRZN5ScvoyIstlRckv5eP68lhHvSbzNirhP3JKvG8SMYDUYxxFziOSOmcNkpwqO0n55SMs5eIqgOhf47NSFleEhfrZLNngmG7ZBjmviiwInzAiXIZLA7thcbx8z+VjCXljFPuYf5JmIuY3KuNwuIGM2ZmsXIZJZwTM5MwKBwjB5znIQIm0QpNSPe9JiTa4H+CokHbMXza0Ot2vJWBG4wymonbMzi+dmqVjRfDS3PInpKv9HV7hV0T08oK77pkUulH0RVekDbnsOI9PISZnei9EdaloUVZtQkrp2MTyECpUZQbpZoGmFEHOk8ZjCyYIBIq3wWdrG71GJvCMB3aj5K5BUV4c8fTqhhtTc3tNCPjhCBkAokdnr/bu1AI1neGh3PHBJaVYxdM8SYVcbLp7HxebzKoYpPaPkb2z0PjwM2EPJjor6Xs1T03qv0ntkwr2AdMttkWRKVHVSmnnLw1C903MWKULgLYu7MNOUEIcxBzBoQhowGOMNqplXLPFi+MnJcGTNi8/Uc2yMXxbnN9Dk25bWSYqv8uClYlvzQdETTzjy8wBNqtDbQkp4Ji+F4hl5Cr7l6HcsMZX9uCFWaHMdp3aegTzadTnslWJpi0YAB9B1vSIwhL+CMWKOjuC+MVvNZhGePyfRAzgwXU++z+DGImaNawrPYXqQfAaqiN33NlMzMUEcBibMYfJYgcWY1lLyqIElKL9E0bkpgTcQqilE6IUUji7RgkN0W4BWsVTDailCvBjPEsBeDU+ht1SBZCUXUldX6eNaBr/NDieZmdhGEh5ts7Qih/oZwkgRxfB9mNUCXHszNYDNkGdbwOweI3QcXQ0AagKgAgo7yQ1kBkEVtZhRjRle/gCNHE4e5PY43Q1/2bfei1/EiccQTPzITP7ITPWJeoOSLsSBix7S4cWzS0GLoolEiAnkiW2A9MdB0S/SfXYgNnRABhGI0Dv0MiKGbMRZJOY6f94MmI2BPoIX3dODj9FEtm8OsozTB3PxN20bPXHHO6nWz5ljAUgyIE8jI4yr4KAc+CcslCkyeXqdVEqv80enpJl8lZxYSKLDwTuJzCk0WCy6YH9cssjWFVIE5XFTnAa/ZRQUFxAQnb7xW9nivn1ePlpe0vASdEPHOJuGODkIPkrzc7YPh6Vy9CAGwO8l+lV6EgUiO0dptrEAbvOQiEWVCt7DhcKgLNn8R3HG+4RWEBn7j5ZdtAtsyqUul/6ySx4wUsEWVXKrDUsxsfkQvlAFjFVSZYIFTQPyfZYSPcT/PpDZZ2QRxgVxy/sjaxx+yQKGcksnzlwvTe6QwvbMksU+ygLWbNSC0PPP6XnoQ2PmZqj5XHV1UBrKMvuYNprcwqz+LZa8saD9CqDhKnNdOfK0j7apSTpYpZQMLBOqmE5qlr2npQQxhM9UM2q85uaW4FAV5mHJFq3aiVyam7cTJLpFGlsiFZLLKo5SGNj1f5ztvovmHhGC7YSgDcDG6YFliy4NI3ED2vrgUNR7CgkaWL0LWKO8wD8bSMMsEcylytLxImha7U18D8trdZVuDLIcCBgdYM6EFLqoBKYxdJtxHH8hAB57YI+jFAVeQewuLyC5mjFgAP0PCQCGXrCwF4zLpMlMhtkP1plKUHSsZhDQM8u+xq8tlLtukRQZe9rFl3PZaU/m19yle2tsDnTixTDhNaDbQyLIVMbsVCd8d5D1vH2jGkIJDm0GsFmA9Ev0E5prlaYTbsBUQC+LUaWBUmM1o+YN5xsnIYBfwXtEDwI6BO1FghSfKDBG0no9OLMi8U/pY62HodlkilE8hXBSmrcLFKVn0QZ8TAEVoGwsRQ1DLUZpPQcNDEWksmkK3lIMZKyaLeayIi65nocN5zDAETH2hmAAY32sWiiUm5piGKWSRiaAMb3dZJDOwk5G9t6B2WzXcgmbwF7YavSzE4wJSFoJk9Bgs5eGtLuaESllkVymLNE4WqUVBCP6YZZE1KgcvGsgiGyKLNE4WKZIUbNEMUp7IIplhjUQIbp0s0gpqsIIoDNBMnYawxK1OVOn0WTR4gZNGYikGGXMZHpNvCR6BpXwbpQdjpJG6aVgaOVU0Vz08P+nBU7IIMBIJjIzHutk26+a1WTcfdCiDWEPvxn5BgMmEFgAIFG96mWYCKGTelnUkaTqvpfKNhtuRv2fv9O/Tk+iFUpr5B7CBX5suK402p1pVALr7P6poB7SdhX4zyCGYTgZYAUiMYi9ERqe31OlsT+DI1uF3QkmpWGlyKj2AkrQFlLGTbpzwMuL9lvWjQU6chih3oQ7MWATP1HqUsN5M1KUoi75YSQsc5YQSoratd4P+EdV7K1yM4UZjctpw8RbBw+ApQOOnLnsbWnoqjSi3CnrfolVqt1bpf13WCsp2Ob2ltEtRddYpjH2ABZdKKGWw5ZWaZD0gMvCQl3ypLnZ65aYxw6AbQS2efmrLlgpjmwVjFca2UBjbMQpjK63hUWI7hMjZIXDNNCyFAjiBLCV5W6EfdliGNbn+IFB4U5AUI1DF2gZIjhSr1VWZE7s/NvmFRI2D7UJLeiHwYCzkzFriwqzFq5ohGFH0eqLoxSKudznzFkYWqjRvUZArMepjKk1Dp0LDWmbkvRBPsZ5T/Cb0L2YIjSQfJnJc5bcML2IjoIRAj5reLCwJWlEfWHrutIPyYfzMRwwRUFPy/elWhBqwnCg170o078pp3hMioCsjCaROrAIABRd676U0q6JDD0WHborRLQaSMBL0ssCVASwpcrCxuqmYYpDBD8Dm0EC87HSo1Xn36O+lh0GvEKenQtDoFMq0M3EbPIL5EPBNnSeYj5bJaKrqzEMfowoSuN0iqNyYt7WZm1wPN6wXT0UEzMrxyQkPOa0JFiQWFi/+IPrjAQDARkGE0zJVAKhq+kWpX69TIZ0A4JUA4FUAIMiAZasAIODh4AUAEAgAJBVE4C32CuMtWAVgHwRbkwrfwMtfl4vVc4Yk5coWTscrl7nXiXIgFmKLFl5t2pkHye4j65GAMSssjFqGiELcY5OkRiD7thHfGSa1pDVOYVw2qUQxRXEOuA4jmo+gdv1KvEvFXsU3AL4NK/35wzATuIJuRtaD9ffwk7JmtbwOoVy+9VMPfsp/Jxpw3Upn17SyuBnJkhYYWYIeItIIeFi9WM9HVvpOr5fvXCFIlrAb8eGEaxs0rvHCRoNoJhQEmsoTZbszQXF9xMurVvpN1lUJix9iJoSnJ1S5yOkmIwGvXKVPa5r14X5src0AfeKxAv1I6HgZs8BmEDh5gMF92UAzgJg5gFrDNVm1m0wLDZjaW9zA4EYLG0SGBKgDpn1ElfjQulB51G1ONiVv5w1AoGB43aA9MLmYNZAFi53Km6gWmQOsoSwYHOAdZ1nLUDGS31DdgOKmEZu+YWJREx73lfxi7gHlE7qnNwBXuADI6WVf6mSKf7FcgD38fPoA/UzQO9dD9I+n8Vn5qQBzdM+mS0l7JmxlJgp9oghW0FHTngN0bKuD0JzlQYt7+2RFM6AzQOarCbiwTaJMsYODqc4wbp6gGwFT/FrrwMyyGQZIA+y9maMQPOErnkWSJ6tIA3lnTJQ/wHvydBj+vIsGIA+XwWDTc+vIUQRi0ORVTLny6Viqj1AzNhXNYOozI44GGhdiWbi/9TyC8B0oL4AZDhdqqSrLVSkpvGoyGDD1MChWfrptN5jZcStl8zevXsPF1KNiXDOzqDqeAidaZkeWD/Afz9ECb14xMyKRINoTzQYiL6fTuulkUaCALhSd5dIiNKISluWbUuruukzQ5kYW0usC92hK1JLICr4B4p6g6c+CwpbSn8CW0i/GBL115pJBYS7pT2Au6VcM8XxnORgJvc4MMVRgASZmGVEZ1pniBWI0GbDKZjejSXrtdCEvw6QgnISagnY1wH4VCR8g+5WUoyuEVsSoodx+2F4ycPaSHpspFPsUrEba+5Qds0+xvaSXOyCcAKSj8UA62jNIsxT9wMzjecoPoxIzkQURga7zXpnHNSt9x0kxfPF9hFQmslHr7gu5WLHMIDdl4YbllmRK6ZrYBpXiVdkmxRaUyUVIB3RBuov8QabOlGSxaltR6pzpfSKKTUkUUwoTxYXhDRHFWkSSkRhz1kW8UxepEkwL8/0ZhRZmlIaIOTMeMcfmKVnb1CMVu5K2GWXViJL4iaBiROkodeYuRer5UpTLlJ8Sys8pDVhl3yoIQMN4FtaTHrejKYgL1pMMWR6TNGy96ox9oSp33bTOdFILQWXbhr3CHfcU5sHWmU4+UFIZ0Gc9wEapfygVQsWtfc7LZ81mY0QsKmA0IsDFrjeAFYLutOsNxAJDSh5r16tLu96I7XohJaE3egdcfmZATMbCgEAI0XmyLFMBph5exJNbrKrnB5PLByqLAZ8BXVhuAotZoA8BzXGQzZ7Ne8245r1mPPNeX7SUPqbBl9nwhebVL8q+1xf7Xn9c+94CMI1Y93olYNKCdIDpO8Cc2KzXFPYMY8x6TWHWy6Z5y3guUxHVeCg2TaRjPZlfdNPvBExfAJOHwhfA7BgKkX01MflQMwgAeQCgcgE6k4p+ofUqAETQMpQpYtAjBz0hQw8kaJR9LPSwxYhXyIGZ+UhlD+xhC2RmdJU8mFw8YBvP7sUMuxZLQ1V5Adk63Q7HAoJioXjCWtgKRSDSp2K/shMhPTtGEqCd6fgYpGcE6bUZqXKfckjPlrBlCbbsREjPCNIz4yI97Dmd2C7IoorJuOgXJsJ2PpRfJVDZEtsFbWwXtLGdL9jOMFCJKfruhuK6wj7qMYbiFfP5hG0RmBeHMUvFY2UMUBkBKiY1PQdUiQCVA6mYQSounVUkK4MUsTyls4piCHEg5bWdVRikvAKkvE6QMmNByuwOUqYEKYO8XglSULoJSHWKllTB7QJnFYIlmrgSoHy3YVUAKijl1AVpJDawoASEcON+M5drhUbl8YURqthnJr/R2nYqu+aqbhGtFKqylocm1AC+zoakaIFTm0HxIQRrAoVGv2hYclgR6XS7aZfkdMcsakkgQJ/oEU0qNa7F3gkDpS3L+JYsStT6oqpgwxJ6DRNiZqpuVoVADdGVcUIXGzJz55OExfzEr12kky+3h8GfxlBXNmx4TFdhCtPyxrZcRA6uZTQMrGcCChuvixkbK1jR7/07S+KoxTr9FphTamw3YHsAOg50wAkzsDEMMj4CpcCGoZ+G504xk08bZwclRmIKM6kEOGHJIz+JNFtYPDRyYdTlHtMeVWYMy4yWrcSL9JjTmWlnTTsrsdjw9syzVkZvF7LXcmvZyh6yZLzNC1DeFjJPLh4be8hjk9fLjC8tMzqSyHn8pAWBJBaH8trk8q6nvJtaFIXWL8t7TmmxoitDuXrj/DNHRkbSIbZJhDqMWTUf5h58SeUSyUWx+TTrdDKUsf8ipwLrwkhsUQPpUfhOfqJ5ukvlWWk19scbp2lRqWln3fFntz47FI47Hus3rvi0WIHlz37K3awpUkY2UFeg6VjnGX/YDImKsFhhTBoUxIVsZJrheQGnQyXtrAI86I99jFkd2h1+ZtNr/KaW9yN5n4kmfnn8N+viXaYlBxOb0Cf7MPWrj1FjMy4GglUoErMasL1kelDxiJZnnV5N8G4g5o4B4DlgM5pOrX8rGhT7XLalZ1V3zClhP6uFA0hNI6gU2KPp1FYIw61WLQuJ/MVd8rfYZ2tZcgJLEKgxsKmS5c+SK51+BnuEh/EZq5BX4iTEnUrZkw69mKmmUv6kHBYlfSj07PWidDB+Vko345fuTVS66ShdVUpH2dCTJf9eGltYAYu8Jir6PVkwOg3+vwMTAl2y55+toMu8hoIGy3cKGZhDmlZ2AI9SkzqvU3rwhvQ1ybs6bSpFxFYg/5Zd6HC4qE8KFtmwBSM3hAlGr4q3Gfey5Rx2MshCOpsipo/Jd7utP2yH9HKqfZvi6mEjPFcdz44c9kRxgnEK1Iq+9EQUutmKxPMe27JiygtCisgHGJikd8LYkfBT5qdfgfPbwVMKhx1ncOTJGqSJBubz8mCuithGHT49jN8WTZFMs9AouCF5rgbYm3jwOTkSaFLlT9FEePm8QUjycpPObdn0B7R/cJ34Qu3i47Ndsy4oGkif0TCzHbVM5efbw3dsoAJtNH97OLR8/ujKvxrC4y3mDJiQHWQ32TOQOPJm3p7COZRAY/aUdgRMvkUPpG9l+znKvI16tBl4m7o0qoUUeATXB+7/3KdptW5jBmmuehyQb/Jt9O4MaNRmUIqYTtEIbhPTF3o+ytZ5h05xHcrtXLVJ83TYGzRmSJzWZqhfw4hOzFYOMk9oVn5jgnY4Ul9+PcFU01M6Pcw5g96A5oTcHG7qj3G99ajpSrmm3s736uEX1txNY5q7jX8/wyKt7dDMGIxQM5TxbYIo9+eq9SzylnkIK5MQnTHHXlVt4MjPVbtlK+QHmlY0nfbWPTZvfUfzeLagLqS2aJi/HUQzR23j+tagTVEWnjH/ETX0hSymuy98rFV7rYS3+rt5Wfv2Lb2vtutcI7ZjcrY8cvNNn7j62zf+kmaJmxq94Ple09nCmWqrBkpiidQIVMSyONiMpqjuGw+dveL6879z/Y6JqgvGrY62hqKiRCDrZAGsd1Xh6vAKWE0voWpWFaim42tGCVLvkqY9hpY8vd9hSh2lH3ELgifxZ/sVc/hCBuQpNWbKrjJizkyr7RC73rzavk0m7KRKtZ/t3b3aq3tfTLXbqtUmsrR30tI+USD2eKnsJyj4oQOY+MJUwF6RK3vggIOUzMYLqWxLRx+5ruPn2GOlqnmVqt677+5VnbXvi6lq3uDYmkbMHHukVAWLy1R8fgFH88+FSvAs+gzPMY+Aai+WXEj3z/5MoWKm4RV2yBdS/ayOjgLYpkvVGV2+LcDCvRuZfJT+KW6+vt+L6V62W/k9Un46pmvnj+3aZq5HQd53637VjnW9oIrTMTOYr7OVZSobwK33fneiDeB5VyiInfTzXrGXPqWxhYOMoH3AOqxwMLbMbWyo+LTWAWwSiQGFKoRd7dhBxjq/5IFmCEkeWxeKoZjYzUO7xb65TusKG9OC/EcWtuKF20rkrG4KnZAYOostYhaKK48YTuvCMVGLqZ+YzkjGdnV2t+o8NgRM2DOu6Rfie64OrKozhBxsOaOG5AFtLFH8QFsH2ZNbRMQsQScOsu9yPqyMplpmcMPylv8mMbJMP0D0i5ij46G4xXow+lLzh+fYk0Xc8TaMPjv/b1gO9DgMA6L5ennTd9mdS3BZ9fEsy/HPaHny1t+xnsO7Eu6zQsdJkdwgVZSLysQqnwg4uATRUCe3pHqSIxC7pgmj16yV9o5ZjbKN5fWs4/VMwevZgk/Tcit+9rbg0+y4xlw1eEnCuct6fhDGCZODnpgtghYjcq57tpj2gm1gV+dJ/Q0CK2ltnVrbRcxpXZQ/kP80gzF1dCMQQeGVyt5nAK62w3PcK5o6AjCYKoZZONqCSwAsDsEpRwtbaW8rFA0b+CVKb7AJrxgY0/u0caeHt/YSj+jIWSHuVfGIjtgKEb2AByJkbuILqvpZGBjyAIrcu/TaM/0E/5p6FTnQDiuCcTFXFe2GaziMJqXhca8Ypo6xpmzwLbWvt5WKNZWzo2z0Fl2Le7OUehI7DcdC4cpiBt5Emll3Oh8oQetOQEejC1Wmc8HjTCJ/R6ormj16iPDxgQ6ex+4zwW3ELUBnfLbJaLeXHsPj7vBWQ+w+ixFvVOw+I2f3adt2nzFcH0N+0RQ+6KGz+wyctadtm39CKx9nDZ5a9llPKb91jiSsH2Af/PHnbgGRepi7ePe5U8XcmXnOSVTW1JgxiNtjQPDWhj7xjGoPBk1ZozJli/YwZZgmrz1rHHNn9ymzf0FT5o8zZdZNmdl9ysq+WZToum1ELm2SlpW4K8O58iW+ANAFEGogTp/cssA5/xjWujsS1LghgaTksITlZqxlBwepszoHzyjDD9gi/IDhJc723SyQ9wtUBgzNfvomfZsYppUGvyxa6BJJYp2ZaKDJPfn51kqoq4mfb835+U7KdKvG+2LoEKvw2S6EgkSQENRq+hts2MeOXMfCOZz4+Okt8Y4VxRXvMvnJyzhCi4ykFOFYc3D+i3hACw/1gg1nkUI94DbAHqEcbM9ZUrM00w12kMgP585xGEBA9FTLNtJuJD+d/BHA3P5hqz9MkmedPbaux75rvBOoDbZq6DHlyWrSY+lqbUDiSwy/M/OJjqGtJVzW6maDxlpnJBFQEKZwJaiB5Khl3YXXVXjcmJAhew48wnceAk/wHdEfvtwRgxHIHXEhoSg8TBHDx68ONI/fQTZlmQd2up65ivXOYibc5QTrfxovZfYdp8/1UDQAjaW/YpnNhEoGTatwsTdvIvWBqHYNogIdOUW2eD2N5UrQIujcmVN4Ay5gjUT/mlYIpVgi9Tw6jLac6gmbJDGLydInbZLSXXof4P4+7525fqckbEHCFkm4x9Oho5JiNMq5QDD28XjvB5URujA+vA2AriSSovB+CMQ/Ktzd+8GD7fNkZO8tHD5bEW5h0uEvhCcEUyCs3xNHzQi7PDanpE+wi0OpSYlSPef9YCBvYHMRQanQrOFFDyi1Jt4PnvN+MNybBivVCLkS5nhC8bKNed2wqTRWuS8eqCLdjGGp1EaifolE/SoS9TuRKHtwiROF2qcIdGPzaTDr4lgprxT6yrJhYzqr1X4bTl6Bk5oHLIfmsYmAriLmlmaow4TPYTctlsvWB7i89Ftmijhg+Sxy8CG6de77cPIrQn45LBk6HWtTYmsU3hvaKTsdMtcFMmdDow7vDdP0XCwZJUXFIhrdYmjJ5Fs+BPNUqLM/hK24OxFdghYnCA5eADd2WhL4fvdqnf/oRs1qcLeqetOveM5CRuw6nY1iwDaKW+83HNEvGsBt3pMeTqxZ/lQ79al2Kgwnr7gczeljnMXK6R2XwQwFlVI9FRNIKZ6yi7fRarqhrGL7leC2qIBuiwooU5GK/C61Jz1KpOjsdxs5v9uDTA9bAOAunSN2BGwlrlm+jnGTmmncnJlMEigWwf9vRkVgk1oST5Nl7IqN0bvZKE7CjUj4LOBlodE4lpxxkZ8kdB4hf8v6v8Fl+Qhd34XSEtmFHdqX10Hjq8Hk6U4XyQkdHMf3nSyVKGN8J22n76QtfSdfmIuk4RUkcXDgNj1dYiCxCskC47R9JTnDn9tdchzPyHF9KJ275C/9MthWNNZ1SIJuIXy+KTybxlE4FCG3tBMJMFHDpBvx8YhP4x/HfkS+QE6wkJGNT7uAOBD4EofFIq/Y5sQcuy7mIDSg+236VhbeuPAjxoWwYysjYQer1bFtWCixbWAvXYTDIerMQrlm4AeWhYt6aQyKcDg+6xZdOBxYaSAcTrMG3VqAZtBL0pzQyWPKJokYpcavwG+82v2gn10xWSdtWZnFUXAI+S4oja4ifoO2Ni9jO0xPFEmOaoRVbgP1BXg9QBAW9zZtVWXkmaIgV4KzPAaetTTVbu9YzOZQRW8c1YlWpQcXI9umgTpiASqnSsbvtjpatdXRyqmSjUPnkRBJRuIIlaG+oucL9aXoTRhi5XddT7mLYF+qM9jXn4Luur1m/OHuIadV87FrcWyOXbuOWdFkn7Cz548Uf8MrwBKUz1uN+dmqZhe9MWvVlQRcepmTSZgyASHHdunB/KyRIfaHkF9njgwt4pCmx5elATJXtBJX1yj9OiGr/vrbXmb3XEq2slkDc2qPL5srBZiOAsxuBXiVAjhwArbcjorOXnm8mDDh6tK3UXqzNh+OYAhQV8m90iUbxoC7FUNFr2ya+RxWY2xx4xTlWsM1u1KLhrifSTH4J/IyhdJSZw3+NI5vBb3/RmAdnLpx+ZWtIO8eTE/L0ywYhC7+IHtiMV10fzxkhuVEvhGaZ+gkLThd+tSPJ5Lx3wgEpaiIiwJZNMhiMZRwLAEHXeZB5Gnnd5/DU/fcru4VcDxCDBhvqJVSc+lub0qQcC8tPbS81T0/O6c1CeQ5/SDe8oSN1MlGkaMx1NqH1t7e9GxSVkfBe1H5r1y1sshAOwU9m5x1Z+kJG6mojMpbtZKKpVK6qA3eylZ9qPUSGhCU0ZXtRY95lKOVaBqlwULGoys9OWd5a9/lNDmwIsiCAYJONQixH+B+qNVDQ4FCvKyHGumxqWQDv9+4cTnlqA8t58RJ2T70eFI2mZLdQxrEIaASzk5TKC013FJgFq6Z6jiBCzJZmu31xo3ErL/kBHynKAgv7CVdM2902bqzyZShO9uXa0JyqwDoUbVCFE0s9g6A6ZL5x6wC/pyvUfUxq1Yibhd+aP5hKIM+p8km2HSzkn2HsT5BeI8H4zoxQ3BFez0c0xFSjVazWsxwSJs9ByimBNrWCFZgvIBBzORHKs/D9LusRgB+5tuD7Cx8HbmS2r4Rdxm+0pUrqVl0Mx1fPSubnBOxp+gCjrxYDW1UlQUb5886ZyWtKCzs5HhIUP6OvtqoS9Y/0Jde3tLHb1xOy01zCLNKprNXOm2dOJ7XMOrz9YrlcJk4Aa84JQa2+hpE2r7TYOywRDuIy8lkptkny48e/tEjBETKBtEK6h1oEppW7DiVOFeBwYSDxzCnix7BSvCCAd7FxBoeTqBC9lmQ6UoKmCb6guktjl6qJUSXhF4gikhExwpkEk8bB31VxzaMkP6YJvbthUGlYSf5XuLN8MwyRTBMbA2HxEOoIt4zUTxsgWFHAICLWATJxvBGYhYEoHnpSQxTzWXgOXMXHYJjJDhlSCWKQkFBQOToQswYtsujr1JCAvM7+ip/wzCPvsrfnhTttYvWQiTwRp6xqgQkwnR4yTGtCFYqa8fC45khmhziLqFEe2Qmp/JQToWdJw2mxAw+uLTNYXMUkRKy6Q2RG7+El5tXWB9+UEverDDDSAfEZKcukQ3q6V9nncSkcRy62AuxAGAqqF3T4SjgTLRcBH/VSZQrR5TXhQ0p7cMd4WvEwujTWvvDJbcoshEIWy92zhfEONXFxm8y2zIyR+4JCa3aprEAY47vBDNFjtYjvGTEob2caxxHuO53UQbYKZZ+M1ucXgA3jGGOeu0sUEVdpRynhpyDyWlaD/EQI4ZXZgkFW+wx5aaD3+2dor3vtHx67hC/5Rhk2IDKzLTCkShaKt8losxzVlLXkztrJWsAgU3hKwtz2tI2q7C7ZPFGXUQQjvhTHHOag10xU2ZOEz7ASBinjictu8ibJ7ORsEiEXYwCpkM5JzKJBViQXiQiKY5HmSU07LCOzoLOEkXEUgKp82dQ6W8tS9DKkqV6jgZy+kIRBBFKIIhsd1FsmthtAXMc4TwJEFLSUUKHWa2XqfbCbovl51gqTvlY1tOMgA4q7XLhid0F9HuaAfNA4Sbifz/9jRUWgS+Ri9HpBChgByJIN1qhuBCE4pJlEUIc4cfrrkkdE8YyJWaeEcXQOncxlgwSBuP3WEbtSUA3jJS3wKm8WPgjLm8S+Zd1g54YuDOvyaypJ+4R7aoDgeyIQ6yrKW66xExdseCDowW7NyH2osllD59IwgfXSkNsgROvs1OhdCASRkiAsacUjE8tZqvwZifU1oyq70die+yKqVFzpOvcm2iBiMI82CwjUc4gKccAv50nl2QqhqNoSSp3Hhssu5awYZvETvA4VDggyXO6EN/Fbq6zxd00NqOkvbMw7A4KH7GA83tt+8NiBLXEm3fx7FV70ksVfVSk1ysud7osAG8Wk9UxcdICzQUXIYSiNng4ER7GIOIx0OzT7pRZLBjiSmH8aE5Lf20RUpX76OK5OXNKV7k0koAyswPpTttuStG4JHFxuyH4HpC6On6XTv6DLQnBz2HQpJ0obRIjX8hgieSKZSm2CxBlFD9V5dMiThgXKtFMpVDlLCSKQkVW+XwBxjZygLEjqjavBV5VDoAUe2byjtZeWfTS2xEsX6dvINKGZRkLHYp15rJGwroJbeUCCXowHONACNXom7aMnl4E4UyPhG+qWJZL6LYnjPaGS8E1NWLjIWwNlCEo4eSjdIuuHz+EbYF6RBQNvNqDYEjfMVUhGxHAbLdTl8u+EofMc+HPOLRdFkjATgvbNcijibcj1prPSegdSFdpWVHTYE84k576LPMP3At+FnAkQ49F4bmS+6pSoQipJHUioBLyUEX7loLv+viicEo5oEzpcQK2WZDrzFBHSVRY8a784k26iB3hpIhA+Mf2pucZgt38AXlsOVqeK25WW5CeDIyFB6aYpP31PqKcdhMZlvLCIpibkxfWnbxwPCkgA+g+aOVVG2wBZ+k2ypTcGutouIp1t3hlWw6x6tXQPmQciydXr+t1yBATGYLGtPnquzSoTMusxuhr5mAi53tzzG2euLzeQNf5HyXGYhOm6f77qVmj/IiwwWxzFRKvorasYZXjNI7UjsltjYVuXYXugKAbfj9BB3TrKnQDdKrQXbaU6HwMoVeGUC5CeLJuQI0TuZPXv1A03uLCcor5GskXjiL0BnRRxBUgkMasBS7cKuL5U+LChnGHf4h/VBmmREvfWDZSNFS4B8TV4DjtNB+CNTmk4p6CjupK04tQuHBZ4aCjphp01EjQUVMJOsomu5XRlNgoLvizCBd5InzmEfJZNLbHtDFHJqFkYPqfuHCjppd9JtAxXnRFzGhdiRltJICkzz5F+v9grFFTjTVqylij1TMpYJ4iVgwS8NaFIa3EGjVlrFGze6xRXYk1asQET5TeSaH1niDWqK7EGjUSGrR8sRJrdPdHZuJHdqJHuVexOXieWKO2HFDDsUY1xxrViDUaEKsMSbspYo3aCUFbVmI11ig2HYk16iPWKPx3KrFGIa6Lxc3Dl0CjBeAoBziF31sl0OhnPBMMmXZsNLkhHiOrgdZ4MwITHN/rDUmc4RNECPpvLR/yIr2KGjB89qqVHLeJaK9zWiHzWyMQ8A+dIQHtz2kVDBfszSBsJCq8SIHXrOO2TkQJQywFy/TKE8Xob74+g08b8pY7IW56QoNppiwAFwaCdOgMYJuMKjVcKR/oUhRpUCQYtixyRRoUiYZ54O7aRc5XTV+AmDo4go156Az0NHA9DaSnIYE0zeI5HLK6s6dBpadx0dMipjVDeqWnwQvtaSi5QIE/T08D19P4eXrKCxWyRn++SgA2NXHaS4RmqkGohh2i5mK3O9mWOL8mr1Llhuq2V5BX4jLzBqY7kNA/xUkd6C65oHqIEtEa12iJ96iqJ0Yw198+S0m1z1JS7bOUzJ/GrMRXOBFrLR+kxO3tbxmJiG4kpDJrd4guaGiGe4lOyWjTLVqxyYCFLHI5f37R6/a3JYVGzB0khJcwF4p9vsSXG9wqa+qiIlSckNUL2nR19bCyyFnGFjYBUFDXSzpRqhJVdRG7OOKpdocw2UoVVqpwZQvVz43q5mMfKh3T7Y4tqHZMl7X9YX3yqn1q2t27w0MsoX145AqjCA5F2NEnYVSKPil31peQWxx/gv3F6i4Sq5ROz/pxx7UqNpdVjNqTmcodkeXU516/BLyFEFZ3J+309ELTl7xe+gdxVPrmphZ5KrNHEbi3hc5EiRk08Fq5WgABBVWAkMedzxKhoFT6HbBu5a8f8K8HjzKNYT1UmiW3VdDEGjeUBO9N35T/XBzJ6e4mzaQU3d2i++vFsVBpKY4m/nOyvN8j5kUQZwKoOXI8P59aRITDjx6OEyuhowpqb5qYv2cSrMtyvmk02tz4/MHXED/DRaTv90W4rUXmHbFgNT9sAZabGc7fd60G+SodohYfPNgVKEN/2nDIvvRNtC0fzLQn7ce5Oa6h88c/izi4Nsmlk4f1N+yUP76PY/vnuf5FZZ5pHE9KWsV0bd59XEPlK9YQoj1dTuNM3DFPkCIfiekGFmuPgRsBGJwd1s+B36Ki9+PYsIMG6hqu1ZLn+4vKOy9Okrj8s8/3YiNRxW3griF/+/KDcAC1sUajXU/ymC70K5HQXvUm7J7zRtNje+18xyMPwkEQfHkdjCUNWXq5beIcIkpY+5zI32F6uuY5zb5MHmclMsfPjWQNkPVnP73m4UCWMj3NrTzyEwH0lp6h5gjhhJPgCuofrpYuFv9cNUcuM1jAUmdXMM0mIXyMnKhEylNLVKkSEZlDzkHinfojQmSQxVXlRwTbz+JdL4N0cLrEYUMpEmMjc6fyguxCC/KWxFufMdCMrROvFFoh/tHWCmnRCmnRCumKVki2EsFLba2QEq1Q0Q2JS8VaoY8/qDoPo3LaocJCaJqc6eSGw5SHuLQ1RHISX6khUtAQaVbZj9URMTMzsY4IwSWqGiIOOV/j/ZU1RKqiITIDzYTDgxZaIrYXwyGYTlE0roYoKRgDxd7DbQ2RgobItDVEChoi09YQ4cjkVqEoKg1pg/LQkEzYTF9muVaZYg4aYYopBuctk6zkVDnd1hBtHoWYyUvyn39UN23uNfcYhvgP+cez1vWMPvjAQ5zDS/TyuJbUG13d6aS99p68z0v27XnplN6pLzv00BmH/qF/6gXkefkf/bffHv/2zyp/zSxrHXDAAdNenuStpskfuKsD4AXOCVG3BrtOOGJW5U/NehF/M/hb08e4FEsfb5YfzEryw4j7PRw43NRfBYxo6q8EtjT1WUCMpn4YkKapH5rk1+8PFii92BeByUE8ZyM4pjsf2STSqXzkBsRnz0fPIiipA3lR4x8C7ZXvOLOS9KuxSVQoR808mBMRRp4KltIOhrzz1EwN0M9dUwapLTMhQBgZuU0d14Dv4i61uDETVw7UE8Ph9PR83inp0XR3DBUyfAq3n0PL2UWNGZylfnp+ErK47JKv85WZSX7bR9DCg5L8zA/jZnqSf/dy3ByY5O+7DDevoGG5BDc0gb9ah5tpSf7hX2CxHJDkv5hK11aSf3M1nhBS+NrX8YSW+hdeRdf9k/zxd+PJfkn+vRW4eVmS3/dx3ExN8k9gpdV7k/x363EzJclv+BBuXprkF3IjiKTZfClu9k3yn30QNy9J8g3ciH2ooR/AzeQkX803eyf53RfgZq8kP4+bMynJv3wublJiQt6LG2JPPsbt6Uryi7k9DQgFzCiNy38Mwt/1ANwaGc0nfwyKr/0nin/RKB5jzzOOkAeD+byFjQRh2uP8JEx/+qYpbna4HMV5TlpIIx1natTlKOpw79cQMPzPBT/xHwM/0X/Cz1j4keHEzNeYvSgnuQSA/4gZlrmtjZlbmCAjXO/4uMDNpDsxk2ayxjNZ4xMz2zM5DzPZZA+h8P/WqYQI9kAn7O5YCBX0wDLw6gqeGFnUgB7eMS56WC/oIdoDeuBw8nF+8oTo5fiFjXD390vIC/dQdojA8n8u1BP8MajH/0/U80JRT/hnQD3hi0E94X+inheMev5zcv9/s68c14DT9R72lRD7wqnj7gtrqICTFxKWnHhf8PewL/iQ90klfkKcKbF5YZLvuFLz0W8w6su/eqaGvuXMo/Mr71N86pNI+AEoR+ZdfKiERD8w+V6n5ycXXGS9wkVOzFUWuxKLYfPPXsd1veeooi6afy8pjTIl/tOcUivuRIWqFBUqERUqJypsC6kBrZ5YT1uxe3SRQb3dRYU4KRERatqiQtshKrTFu9aJCouwq9NEU5E5lQth6twfG2BkDydVzcDpHmyabPNXDubxcd5wPqsUpNt85mCXp9JUp3A5mkmjKIJ0ZF3IRxjPWtCQ+DVNLw9wlEiUeaNlvkP7GwiS8qiCeN/Lb8cVZ7IETTZJrEPRg4ngYfzptVpmF3yxnfdird5Nxerdq1i9i6Nxcca017Z6N4x0TEHMtpUR01tyHKE7iboY6TLSV9YKGdtAck9IqOGQkM5CRCdgJAR7JyAhXc5ijWiFmqMVtIQmNrJMa4R+uF1NDtmRhRz6XdRkIXt4DjQbObspAAv5Ls4gn+giZ0VXHP1xHJ3gi0aBhTwOpNPGQh6wkG1jIQ9YyLaxEKwruWivXXSJ29janQMZ1AQME4FBsUPiw41Ka3ebzxrMaxhKIspkmoHkb1Ov43jpNQCHzQ9d0IgT8Vw7UQCHXzuu4eUh67z5Ub2EKS5TToUAXCmGqwWNKGk7P1Cpt/MjS1kWNBgq7eiYEgCYhwx2WWusScYzyefgDfmX21AJL4386p7iZ9Hqemer26lof+WJGtOXsifJn0zp5M47aSud6m2lU+JsK/koAug4SzQQ5P5gl1FaTpifIY2cw7aBMVQwtfRi2+xiC02J1eQhy0w1p2VH2eGjpXs5HB6fgjVAA446aB3y6TBdc+yxhJN4vCYofu0fWLyW4ucRPuFoPxy8iq1p5kiIKZTkjiVHVenT3qvt8TQttl2baw4v5bIijw0huTIfcUFu/qbCHvHMqMovmlWElaBZ++hrCmCwSb5pE28kT95aZCpSfr9byvlfKVKcAWtmRRPZ3fRE0fq+O2DKmVDZiIfj7Jm7k3zVZ7iAnVTAtVNRwDl1HcD4hpg9drP0ESCxFbB3wPSBVi09gZIQTzHMgvRDhj2o6HFIyGg2ExdyMCU8oH3nAW1gSjbDRZAliksCJmCdB2wBNN2s0e3UtbpMHqkkryyS4er93+XyDr7YI9krsBWI0zknHSsZFsuvE+XyNrnMYkewXKfrrcRS4IDARxMSZvegQBCmnx9NeWiX8k8bpJx8vGnehJM6DoakXS4Qf9yAD0uFr0vMXm31QYSlV1mMxoYcIJjTp3akU52RIEA+LnAew9qzWraxnQiX6cPGhc1iaRvIt6l3yEnnfr4ZrmsLitAYbScan61MYTZSzBAM9U1WA/wekf71mAjNLuAwDz6+12pE+8VMXaZbIeJMRJl73MLxq2w8uJaJQhcUGKeOLCCoOJL3/JnqtUUdq7RUMqIFesavZK5arcvy51XL57mfhcbh7RKgRjj7Sl2C1GrtYGqkUsTKdhFpO3WyS8T8j0jz1Nku6HS9HAuJweHajCGkt2a1KqPsBpmbzq5KITeOXThCrmCG6hXSDvW3u4IKwnZ/wgn7M3XC/vCUmozjVZ/gZrVv/GkNJ5jWAOWbLNzjtAY8rTKjfX/SKT36/xNTGkhQLBcBfIIpPVqmNGj3J/hDpnS7Kjz7xSyqbQXuOyvwUynXVs7lORvQ6XKGrsvlca5/lGF4l2zyz7pz80YKXztG0umzGk6gs+mx0Mc7eUjowUesRPFOf6dx3uZ6joLZI0FE8myZBPmDvchFdkqSPMzB8WkfXVCc3imnazeUSHf4DAF2Q8L7mYdzR4S55VeKeCoSjETidiF8potdIa8LY+ktLIqTIwmKsJo0Su+k/ZUoWa8zVknD7OGsedcwOSEAVTFz3p2MOWmeTz1km8IxtvpaBrMjIL0qA9Kr5B2l8T9vm3JIii/RPH14gjAsXqqZbWB/r+kmgvelLr0e8yvcMZ3uPt+wi62iiaXoFYdD50ykk6fYgnGPgZ/Y/B6BMnP/2IYShg6Q91nDw9N8nrMvJopYZQaaPgL1oPAZSsmpWceJg2+uXs/ynl1s4iuBASnPAj5l2gWa4bgeuX7dAHNSibyk3Uua8zOQ03Rw8AXiG7jvp5fjy16ce/LOucgkbfPyism5nM2NyM9zWUykK5HoTXFgR/u4EbYuPV7zWRw2H1Vy2qXN5w1sPEeiJTBvIKcW2Y0t7xzq5ChB5+BG9luncTlHPHmdK7aZY6PkX6QfI6Z9gIJ9PbMdI6PeMragZ0jl0F7E84yAtxkxOO03PWZKpl2sIj4uN/0XfoZsu7Q7zILDdf9Lws/RgcsDCeI1b8A5MLqAvVMzryMUMVyC1h9SBiL+4CGdcYg9UH+IJj91gJig9DtGfPrEq2gyUKGLA5WuRoMj7EK8TFYbdmhsdR7wwB4iPUBy+7fiLC49h+pI2rtMGsj3YgteP3/oBrbh9SWeaSBvBi5wpBSGaJ5sZJ7//vPtzBHso1GmZA5dNURWFf5De5fOPEUorf3LlMnic8MOfXw2gFccEeDlRwy0Og9Etzg5jXiEqjtUfuMh6RsG8ntu1HQRLwq/+nxAQrV2hmOVB23fqjINY8G1wIs1aodaoyGIxEVFhsCiWhoB2+HMERUjwM2IihHgxnFmFwaT2+G7kGwScJXIVMnc4ZJlO1yyrHPJ8maobhlA3qdoAL1yD/XcHupxDHSXMt2lHFimTHXabSUHTB+ByJIz1DG8fTyqxnPWwnSw64Jz1pIzZlS++mHx26a3y9KP4PrEZ+uxQDzkZol/r+LlwXEr1fzzKssDXsb3fV7zoqDhzO9y90qO+mk4G2wO9kiwjgXsozWtgAVpAJDpEpYxkyMZcPBktwPueyvAzT5Z4gfThlevhFfaqMHuoxuZ7P+HtKfBg3tdZRoOEV8L5JWIVffxTItIvIewRle/GCyeiDhI7vQIjlJH2F/TAJXOn69t8bmhqklDzKHD0F8xld+fQ0BhENodLE7/yRB3LM6fuZimMT1xCmMCNsZnIRr/GE2PTgqBt4uyNFP1iu/0ZJyNNc7Y4fSLN/Apghhn61CFjCae0Vjq/KHreFDlhHKpDCV3jNbkcrR0fmB7XLWMqzg/WTeutPIq4+pAKWuDN3YvAW9IYt99TBN7RSonwJlT8ytWGD74Wyfj9QgHv7whT2SB57+5wS1I57fAjbLP36jKZLvzo9AOjqQux29SOx5x7bDJ+CNry3bo/Owb3RDaSjvc4KhRJ+HgdsClaHyg84jZpnV2yfMFluj780WWeBTEVL6f8yxT4jm3QFRMfOr5R84LiAd/+t8WNtzp8rozjyaCNmJqhYZ4ocTdw1rplI53xaEKtQlhCUk5UwQ8N+m3LV++JZcH6OKOwNh2zGsv+SD+PnlMej8/fe1b+e+xY9ItlgMaUS374QBDtp0r2pMZag23+Ifc4imJhKTACTlCxz/sTUk+ocsjcsw0VQi6JRJxP0c3b7R9ZLDSEbi8FOo5R4S6KTwG6KvfneJWZ/1Mf9JUZXwMCShGqOABDtM/kN+bpX8vzgTrEAdl7U1FqLBRdp2578cqf+/7NeRR5xoiX4SsDwr3Ak/iJwopzlScW9Smt+lLmEGCeeCQAPS+cWcyTwa4tQM4exId3C4iHMvxNNV03jGAJ3qx4bmAoTSicJuzC3vFAY6xOdelxcWb+tnL0CXn7wZjA1zTALjWtZR4eizshbehHG/l4kUbWkhUod+QwK4uqrXvoloH7KmZbPq4sX89bJf7Q7JjNYSAlICPl/M1v0cNNOMiSqsvoxPBBxBkTmsySySPh2flTPWmggpp1XoRRybGgMZZDXFbJ4Pt2xt+AlpOkgRzRoQBEfPGBW/iowiaOAYUZyYjwh1azG4EQkf4HPAyYW9NKq2BCvgQWboDSW5TgEyDg3rjjRBRUhUn5CodmpI1HGKlNKEbeHn2DLRm0KI/g26nDiyQwS5DsTZKur8hdL9lxqVRYdwOY96mOYnGcDQozqtqlCVYVEYl3AAPwgYXsSkQLcCmYAAPuTkS0jV/CmcU5hdcr7NG+k0QZyr/GahPeApF4hONQ16okPXeGD81orcJeiYxf38wSj04mzRTvcVhVtqgJk03/w0EPWFWDsvSbIpvz/4oc6aqzVVXo43qMB0dpTcEZfHUlWZW1jJDfdor6dn1niNxf2fLtKdYxWKarxI69qpAPP7Xc/9n0+OypTs09V86nW7XxpXYUky6uQNtaDeYbdYF0u2pc+waN3ZrAj43ayprEjAH/PbaAAKQmerSgJcJq+FFw452B1KqKgqnF9YF0kKEfF4ToJW5bu6DIHXUSKqCsqwJCJG+lpNNZ7JrBTMbfrqAswA4eEqzBpZKuVQjnmRe3MTztvgweCjXwUsjmmzEyqQgn8tq+PRk3lxU/qlP6dwC7o2cbTwACwPK8Tr2nfSb4g27AHGdBvPhBcua+1CxNO2XmT5xg8AmCH4wcmd9H0qdOVkOdVPO2bksWolLuAiSUfQ+nYWfwjqr0d1BdGsFRHfaEkRpqseCKE014PDETuA0JXCaEjglKgxHyxTgPL8NnKs7gdN35Rs+N9DN7Ux6Ya76FBYMzfEVzgFwPccXOIxKOErzYvLnEjwLSAEoCRnJQqQf6U16XHD33QkwE4E+pd1tBc9Q2iinTcKBXnwAM1a4T8D/lBpInzTyFnWWC2LzMIxvLNgBGSbhoJlmLZt0hLlCN1+fTTrIbtXNhTyKzb2zSTPUW5qTpfyWHI71Ohxwss40F7tDsxZxQAmM9yPuFM5XIeqszRZCs2GzRfO3hyNQa9jsddnrs8VDZ0jC8Rg67FwA8Nms4KrhkDcr3ULIJ+kpnh5ByXvTrE6Wn0dCkhAAUK6exDEh0k26HGKVnusVC7IY2UAO6aHbq7xySdKAC+IAO4Cpw/XT/O657XdHgsqou7RRO8HsCJ64IpD6W4pJfizhFvbyPpEUHitTxzVjudOjANY2ES/VQCRWBAePiJFMuaCm04J65Navn8sKlUgWlY/16v0Nb8BYrBHbMGUBVhQHF89DVBe49fkjNCBoF5nf9X6dh+nh7QJ5lYa7F7iAVydGWJYZNz0P8+H0EoKM9Db/jxpyVcZoUEWMBkfNZZUldzUtuedweGqTEAGu+882O3xZchtoyT2L+2yu2uXLktvhD2T7Z830MLRtl8++V65Nz/puu6M27fCx37VXKT3ewdztTv95V6sr2K3GHRyp/HkxNJRimGWIAzA7ONsokiNICIP6eYgJYsMt4trnX33Pg7+8Y8Ml1/9Y/W2DVSps6QAjjFDwNJWVOGYgOJaRcVGUyn0UJQZS+XWNPBBkHzhzCQCPLxg5aJok3+6n01uhRN/CUevpWznUYA9uJmchtBYz+WKny+VISfwryrSJ9p2aaDW5hKuMZFlv8BvnpYVFUMgLR1nrGeYPKKKd8p0qPabp3lrn3lrjrqvcdcRdd2q53gDNEOGLDZKubnbPN7vf9xbvWyl3jXWtkav6uPu9yT2/waXfi9+bCUe6Qyk48XtI3EqJ9Xai3e7eeBIPd9LDpPLG713xqzz5fR5d83XeQKurkulyT+reLJnMBne9zl2/6MnI3YbrVno5rbbJlfwkHm7HSUzV6j03WkX1MOpd5Q+0Xlqt3pdM6+SqNiLTVZRpSmUWt/rShgckk7nHXW9z1y/6km9bcXXjvtXNw++LeXPXp9x1uwvYtBXBX7b5AwXlk2/2obf/jeHDwGtYVFv9Vg8zeXjW7EHSZqgWsGB7ANk9EMBPHkhoG+vBeSsK0bGwHLIGkBevw71H6Wk4Q/29oJOao9WEZGaVScMdhcDi+Dbd/FqxNXFruib8h6zlvYn5SBdw9Ot+Kp3W8CAfAUq/oMuOREUf8kGCe1fa0jNKWzW1ZdAdaiOXvcu27F1ty95j21IkZMbRNtyWHtA2C8D+IVxg83C6ibKgt3kE1T99oNmiC+/OYTbpEFpcr7bHMsbYp+Fk5p8ALl51m+KAWyBncGgi9sJ85W1y4CZjazdTHg6sM+MiRNAWN/jQXC5qGRxdZ+Tw1ZhD8U+A1D/vkPomh9Q3VJD6dQ6pX++Q+oYqUr++A6lfV0HqG3ZH6hsYqW96QUj9+jZS3+DLxk4Uzjojcf/lKBqMSIdW4goE6LnwtuKARJOfe1txQKIRxUTI4yP8yRozkF6uXw0iSdrg6nNtwAs8ET956IO/C9z4ezwp8fPMAYIArhs7B1LiM+CPfnGrzPMOK/P8O1yfvFXmueSgYrfTN9IPGLd0OoMjyXYu8SJkl4/aNFSxwY9HweLZr1DNha9gEztuh+/acf4r9tyMQSltb9eMvdvN2PtFNqMIcv7rXYSQrjJuYh2odxwPeQVE+KuPdsdDqvyco920Kjkesj0hanyAyqVUR0LRpDyi5WnzgDHVnje22kuOdmJ8lV/cUW0DlrwvuErVrhLB034a777SH4vbC92hhPnCZ7EtvGOlAbJb9UR1Okzy0DjFby2Lb68Cm1/lVsG2iYqsDs65Ywfnp3cUi03lD9+hqsOTdLS+Qrpyddv/oOrur1R399jqxuvVU89TDaB8/upKNTvA8F69VaoBSf6JrR3VuBAvo1aud49dJczgpR+zWCnXusNEQ1oVLHYOi7VyFaKzu8XCnNNuq+WFMDtjRmv12NF6LCl78f2ksxPPt2DC/AnFllrpHfr5FsgNSblArk3GLpA9I0oi3BRcIky7GuMm5fzOSTH5pYlb/ia/OKli9a4xU6AYUeUr+QQamoYL2me6ihy/jbHMi8NYYXZ4dsQy4uxahCx/aEphvV/uSr5r/Xmdrffzp7eoUhv45BbVoQ0EgJychTPVv7bo8SgfudYrp8H6RfA+zdKPmiiIaCpAv2F5bTMi5Xgc6HMbMbE9El9N4vvtk04HwQanjUeQsYcJRJvtU8b7204kTg8a8HaiV7jiLEiPxLEBP1BHKQn5SMUiBw5HpUau0O1gnJS63AXjRARlopnWQT7ks3yISP5Cf19ovG2+xg7kD2xRab/Lv7mdf3S3/BOurEvbK2tN58paU1lZ617wyrq0nbamSHvclGnbzJ5XYDHr546d9W81HLry8y2N6pwnL2TOzf9Fc35d44+c8ivbU35Z55RfVpnyK/6PTLkjDCvU0ydR/qN3KiafOJRp7Cr93p28uCHAb2M/f/xdyO2PfCAV02MQDkITcpnflvJ4crybmGYUx7v5rKh8Viw22nbPzgpxvC63pAcsJbFUBtu5PGvnqiPkQfu8N0CudPQ7dwqdyh1EBOBPcSTXv9Aehvl6OzBRLzfYibvplvB4u5vfJv/8Nvnnj93d/D2SgL4jAQOQgKE8n23u0WOqPn9s1SXB67cJXr8geIM/sNotlWrXjN1o1wJprX9IlfVe8pDqrNgWMqSdx8yx6wyPwRqexnVMcjX725Oe9b+acVXH5PuCXPI4fYuDAIDDn2L2d5oJZ3/lxLM/HiaY//D2b7/3jie3XPMb15M8cswRjcFOhOICEmzVHGqEXrS1D9BjD6PHVRoPLtCM2UU7B+mts4XC4ZZUQg+UnPuwEFjEhVCZ+qwytYWu1B2eGkBlGrijkmt9LrIeBA3p4eC9IyhzxqOBZqiLbIk1V9kOrAnBXIE119gXyDfyDjIbgjK2ZbvC5QdGn7/j/s99+o5PXnL9o4LXecxAHsOTYf2Y+HAsjYAX22CX0ZZbr1GseLmFcng4cP8ZrNuJ+fj5SgOeFZSCWeTyn7K8VcL4lw0PjC3Kyb0BTHa9TODw94LQJiqrI+tO59OlkTPp4GOWC/G8GyiqhhtPVNMxLszaRWNkCBPxjzKPi/goCtfWe1xbb7OirRm11dPieUy7rFGau4CTjzme/G2u+2XCZiu6To0SpXsKt1hFa6AI4aPjxpls1Nmey+qIa1PUwCN+hVc37Sp5xMth3IAI9JhdNwLLhb7Z83Bx1qYac5IhQ0bOMSNhLYATRdIz2FjOG+hvMPbwWnDV8psueHck5vwKJ5BD2xOLJQIfYQczyXgGm6nxEXZ6wiPsdH7dDXKEHfE8OCz3JLopj7BDTS1TGHkUJ7v2ixcO+38GfAIGu8ZFzmQy/a5hg+30ZoeZ3Cl748FGLT14Sp11DsPOVRZr5UbdUoXpjVbWnfJXOaDEO80Z3dCUREluFxQKX3q1WZVDFvKpDvFBIZ9qyzT2LPuoUKtKcH76QWcF8Ahr8R83osXvceo5X1TZTHw5CpTtYXxYj6i2eqZUqLCC2zk3lToZ9TqnOjNsWwN95KCEFmvrz7hoROKE8kz6sDvpl4nCe7spFd7bXLObPRBH9oxWDA22m1LySdl2k3xuM9JtkXx2jvjFQBYP/hVTkmudIO5SXL/+Vzzea9gICJtsMd7jbFhCert8LZX+WjujB+vC77s6MbDWlU/1XYTrl56U2eZdYPRJoWkvtKzJfYE1dtR3gycb5FrML13XGRer8iAL7eNYcaUM3Hxn84JcN3g4YIJvN3k4BBniHpwZsNa4g27d6hcDaj5BfjD3TxP2ia3bRpU7GvQYPI9wHKmPw0P34QDZ+3CEhm1jDwcdVXI4qI/DQbFK6S4Tp5ui6VWBwfwCQ0kXTLvppt10xeWJy0gGQI7E0opbvU9xgCjsHGGsS608yCqpyHeWSb7zVHTWjnx6nFTiu3PM/WwfNoWNOF4w18C4jAkmVAT1pkRLpnLkwFHYVsK5JN9nkDDeGAEJFt3YQ0iLwl2pDpFJdAuho3YXocuy+ptiUbuzNEYtlN+2cgZtuYUIerjNsoU7fKD4MGGmAQ2HqWbkGvCxsmw1toA66gM9iGsQKDvaG2tML8gOBG0VjsFgvtM9KPQV94hz/T3lA8Rk4NjyrxZiK8yvIgpsv3LDI2jeALKOyLtrtWAv4+y2+SDQ69g5iKVakD0JdThKw0+k2C3aHf9dqL5MqfoyTt3Eru3MdYO+TF8rujBOMGyXQmhS+G/qcW+6QIIOsD2QV3hT45SBbD8JfrJfoaOC5cIvf3b2ipDpUA7YjjyFydl+zuTMWUCxlaKfHiYoLGzThVfi+v0D2lLqH/K9+hjt6NTDu9ss+mjJomPh0M82sbnZxRYYlbGS1yp6OCXN4YHZr6oT3I+J3kIhyL+kgxBfLEhkYGTMeWbEot6IB1khRnOTE7G2vi1aqaAgQmoViiMQ9zcRrcSEFwIJy32FszziF+JStHKVh82dZywSk/7iKJJDWbLCg8vjIyOA9t6t23ZS9Og2XTGUchZSTEIxS0V7cDhb/bJtejWzYiFVgJmbhOvcJNBSvc5NwFM4l0XuqZDZ6ibc04Zzix53BYf5DtthSbA7Q68c+8B2Y243eGUHb6+Iuyu8roS7UwV3J6epyGrgoOoTcXfeRJzdAwVnVx59Awn++LKH/5im1idq6iN/cU3tmqipV3h/aU1NJmTtJ2xqYdvx52pyOiEg/MWNbvdETd3xF9fUKRM19Tr/L62pL52oqWv9PcLsVj+bDF5eNmrQ667xdqfN61DFuYNysCfHdPnxnW0d5c+dUNrR1iPuTNOd1jmKEJ3Tj81hBlGcIcINycEYxCXl9jQWyRSxfqLyiKN+9+5Tf/1RJmgR7SO3pw4QrfqF9VScO+DIBakwuVnElFv1NeRnWjqPBvm1yjNDPP3uaT27paFqb0zVPlfZf0nWj630iN5mPxiEQDq/Dp2XVvzTvffmH3u1XeMJRbMKVzNbBCk87xCmCA8zamFeV/CK0wdysPVzW0qOkOV5gMAL8zIq82FQ5P/L3rtAyXGV56K169Fd3dU9U3pYGmtkXF0oIF9LMDk4shAmUgnrZdlIEME1PtwVZ4UkPj2GyxjhAyuyNYkHH5EIUIJIhDFkbJTYBAuG4ASTmMUQnBMnGFDAgBIcIsAQHXBAEHOWsnDQ/b/v3/XomR6NZDuBuw4GTVfv3rWf//7f+//trWC4nfztX6v9GEz/p+2zBbujnnoqP0gV02EPzKRQWy/lhSTeds63IazuGHekMWtZ3bl3o6G7Ec65G67U6rMbtT67UeuzG+68u3GPN9zZkmsDMO8t1a047ulWHPN0Kw7qVkxjKw54pTiZ8BIHr9XqTixTbmelbsEBezQO6VYEuREZsV3291zJdLO/frOxFnE3+/ibTdWI3NJWpuw2TdoNvttToeIQ3AJGup0AneDqV9V/LFlkGVYXXjGhJsZMeLyuxZ9XidhfAuV9FgKm7LxppCMKsoY6q0IYSjS7YjnpDaM2LytGZhXr3gl39rzfOmPeHyw0+m72vkecmcZz+EG4Os8TEAkfBIOMgT/hKnieclN3s7+ngMegF1AbswC1eS6A2swTZP/YAHXCG45guGDwEm8mzhi3gHrK1Q27x80tpFjvu+2W3e1CFA+ZcrEHTq/WoAQTgSLi8UD948aZtAqeYvvo0xfmeCaAw1gAh7EQfwB2+jmkn+pKdsrlN+tYdrfX1YcD+cOx/GE6f9jn24eTLEHAJ7p1KBQ4FSBxSiDRtAyQGgUMEqouNjGq0ZRHNXGPUj/AJbagemuuAflrQJoY2JY2h2nHoZFHQ88k8jMMWc9LF9E/euCqtov0KfYpiBLcQmsz1KLDei7MHc220VoiqwQRw2XAOEAtge4rHNhdCvF4nM+vrO/Ec8+yxefoWebE7+wjJeXGt4LpcO1e3eLmin6GmnmqHMfZGcFmM0jZV99s+lh6/15xJKTi+dZBXYUi9W/dZ57vHapMP18Oy28tyE6YytSfPoZLW0otjK+R5Vjb1SHyVoifr8Y9/jrn8vw6Wr4Yh/OcqXOt0be+20cr/s3vOrOc9vBJt7eKv64d0y2yD1+fwxdqjpsrw0est/b3v9+n/+98v0//VS/h+axLF1c8XXm5pcfT9ezamrZtnS9I4GLo81xgjPPLp9wQoaGGnNTR5JrkOv3XH6FbOuDjmCtE8GE9QO4xF3En5R9ibl5cNBHYJnB9GblL2QQ0Pohcygzs58k/3EK9WNDoyzpOPyVzflaNbvJxtzBjPwzbgLURqB/hvxvVe4M+Lgcd70F6BCwA1fv98lKiID4hOQOB4xufCZcVBtVEK3gQ+jgYuhgmAfcKBX+x8KvfPPKu+pa24NzO6taMFwkM2UMrcImENVya9WbWwJWVk1/59Kf+5wf+4SPfcV7aNlLz56BBqxX3lzYjVmotGbqhM0QpYsb9N/ggKTOfnNee8yLQ51z1GX/IVZ/xB93SZ/yoqz7jn3dVh/igW/EZ/7xb9Rk/WlpOpIlZlpMHqXF/yD0bn/HPl8rmB109UqvJKAmJ/yqFqXoylCGez1ddLtwjbrmZyfmZE7+MFjQYUT3juP0saKpWtjY0qpJleQPa+JhEPkuU1NwPIL4dpGZCSc00OKtHP6XCwJA8P/IpJTW4Rf6wfYar5kOf6iFBSG1/v8tpO71+6QSg3tOaA/ZcEB3/gYXlle7yzrq5fYjZ/nePv+Nfn0r7L5in/ROfe/cnn0r7l83RvlcqrN9LhfUg0abenxikcHznufb1wrnn8odo90++qFI3JxbYAXzgiyVuPqfe1syzcsQST2Hlfn6e9r/2ud95Su2vP8udedTamdnRN//SeXJ7c+k8vvBHV8wmmw+teHI7s2HuvkhgSsTb671wTp2snWd7+pDpc2o/m8sX23Q7i0p82IMJz58DE54/ExNCDkhWZ3tfJ4h2t1BESMS8LJKGjEx6lb247mTv/8Ifn7dNb5LwPrj8er3Q5JWg8N1Og9FM9R38AmNRDbdh4TDFGBNSOioCn/xNa/ET0ndiVVDJIvjxhHnDizSGC8YgYu2ihPGa2JTLO/nSQPxDk+uvIDj8l0ob9mUmZhU2F9JPqMs14XY7i5+O5dIMH4uxUIuxUM3RbG2xTkH2h7/7NyuwTovVrhtka69PcU+0Bs8IxCZzEr4h5ZDb5RsWKbSLtHYUXjH4aFjTcg2+MjF0WfJkkyTXwCItl4/FevPSZZCXJGDYQ7zM6D+rGP1Hg5H7thwyn/wZEt7aX+0knQHtM9L6UbZCr03KkkfJwDonSWKNAcRIXohKKZI97uHmAcBrso8NgRtqBUTsaK3RZcHUFyP8rc9F6jTlm0bewnxdz44TYYRVzszi0YQpOGsazWrFaO5KCNt35acg7y3f+rxT2xs+HOt41+zxg7vdumNRdXU+xLsKYwiAKJ2xzs99rw5aZ6yi4FDpjHV76Yx1O33NHhDR9jnyea98Phd8lHxuBEMgny8CCZXPEfDN8gn99ZR8/gwk9rHO5WCENzqdbXP6cp3f48t1fk/UHh1fjyvX+f1duSq5OQ+ULl2b/LL4brdb8NMH6IYSb0+XJevil8nnRVglPzDGyWdeYdQvqjLqTvw+t3NlaaY0OeriaHrfiL9i1PTcuTJKtiVXXtN2kys1igJiJuySly+CMmSZ/IkspsRNVze+E3khkv/Ca62yjGTpDsmvy5JMxnu/jXKQAVkhwKKXXHmpp+zrSvd2CnbvdavCG1RET+D38yy1QRxdRCZxbcOsFb/TQ2z+Ne4p6zvzhFHfGY3KWi88rnrDsi6ypXfkjokMysoxFMj9EDnh8+BJel6UXNnZFpVTV/+BfIJruCHPlw3Jg4us5vT38defx68dqAsRCnZZsp7fW4UP2oDFfzW6noHWuLN9z1gM57NNba90X2vxpBQvjvd/cbx4MflZdYnBhxMkI+WHFP4Mvl3AD29IP2L9CPWjDD1fYOs+o7XuI3a8FUb/Z0SofFdQtNHqQft9Rl80ND6joRexIYiqvDpLFcWUL6ibWrXcse+ELPYA5FjZml7vPo8xQTTsY+9KnTT073PVv+9uRoJG4vqXJc+MbwUE32eDtKfxLiAVDRWN+OyCSYqf1jDUQYCkIBxZV00UlMeO8fA9YkMXewg9QhU6fqGmhhruR2zoYshjleKHyuL7KsX3l8V3V4rvyYvt0GQFZCIrMJGaDiwJu4zffJajY5qI6vCoUbVSb2Un4FG2zTpd54fgBeUa6im4rCw4wYIXlgXHjD1VecGDLLjUDl+29+d4vu5j8VpbXGCz+4ziQ1xpYYQFYzcTm3rYqMES787Qn+WaLi/XdD1grMZklqZLryhakZlXFGVQz9NMDkqFjCVw6PugIZLcxzXe7+ZdHHTXOZNaD6G1PRtauxj7rDGPn8WY988zZovc9Folu36t9vx67fj6Sr+POda468zf755z6LYuJMWuip0Tgv68BhVeW7awu9AqjpuydMIUxQeNxoJh+SGWAwYKcvWguaazycYF2g5nr3e5m6jUEpDM8TEjC51gmDXCXSdScOvECiOd1jOFYrU0aun2P0+3WPPICzfcaZ9+fsN7kyvTbR9Nt052NmcHjpvOsMDC9o3j973zopfixgGOzZbLv/Te176w+aWvr7+zs9m9OcmbObb+zmTrZLrlnXkwwhf9skx0y5TMI78uMj6+N+psSzYnbH/8q9J+JC1s7n1l86xXrkgGoPRbig8nHYTRqUw9nQwmS7ekS6DZUbdKjQIBZ2volwaY4gCRb1tpcANTmWi9ZuE06r0eEeqsczEiswzm4ce93WkD5iJpkJ8vsSHr6HocaDaUPo2ZsjEzT2OI1Kc6USaWWMi5NTSqV7JwS/osjDgCfo/sjODgh8ksTyJOjXNqlHXSZ+sg/KRRzmhhZRArOYhnJyuLQfhRslxoKqp6/ZryyqbMPE0JTZLlh/vAs7BE4KkNCgMy6PlvmEBnOcw3Mls3Wa7b0+RUXBitEXO9gdHIWqG3Bnpz2ZtMprp65MiXa0RtWLv1RffML5YMawE380PM0wgvTxO0UDKrAIfLHAKjuqgEkoYCSb6y5c42bN/aL9a57LfJfhtJs9pvg5KPrvOsZpx8Jc7YTJSvt4aunrHetep6FzXyRfLOfr29yI5lE7P/zGrKPfv1lgUNdb3Dfuttqusdns16u2e1UOi3gdE1ecVhzm0z828bRfYTkcrsx+Ht52fHI+af4AOwJ1gkn9uwznlMq3pH9dP5gm3iAKIqH22BmPoIiSjEVL5HiEV+oI/hzreGu0ei/oY7f5Xz5VYREvloS8P+wlXPDnUaPpR+Np0PVR6SFjpo2Ti9Prhu6eEh0OBtdjL5kKS20GBpeToiufVBVh+IlNyiw0rxw2Xx8Urxo3kx3TXsqKbgg+hnU/mo5IH7wh3CqLD7HRu8+2770iT1JOuc++EN6GeT+cvykMR4ObYvx5WXD9mXD9iX79H1OJC/fGCu9bgd63GFHZt2wtq6HgcqMzxYTnyyUny4LJ6KwJW4Wn5vblKX1rfd1LmqouVYkhOp1BXi61ZJ1UDlVOSHO1KKSYB2FaCDXJ+nx7twE0kXzsL5IjVF6hONdqS/BgTtTdJEgD9NdUpJ1DTYacBLoGjbzN/2krZFsjmC4hQ6DUymkSMp9jgDUS0ssbntzevpbTl7W5gs78GqOnYnoUdFn+acuRZmVnNRP1rWyMmYHbFImo0eGrSwRK9n1w3Qqx11gWJnNefOteSzm3PtEdtnAX5ccdR4Dujjs3HUfoujTjYVR/2geQYcdbI5H456onmOOOpE06LTJs/k8WaOTptznMnHmhZHjfM06pCktp7J480K1mkWh+9kpfjxsni8clQn7FEld+wod+xu6QTCU1/10WT4Ym/tncm2j06m8zLY26AImU2ZHT1LjGPLgxxYrmIuKg265JCTtElq52RjCO+NmUAflOwEEc8Zm0G4xNBuyTG7JUebSP+ZHc23RB5s7otiS0IlTE1L51qWzmEnZe/Hawo7hKHxnM615qVzrTlh6F21AoYO1BSGpmVUsbYb77IUxk5gSmFqKp/A1FwwdX8OU0cJTdP8O5XD1FQFeO4tgWe6UvxAWXy0VSGHrbK4UvvhZoUc3m0HO9kkOZzMBysPc5PDQ/alA01L0ZpcgwP5yweaZyCH++zL4/bl23WZxvOXx+dapv1NSw4nFQ/w73i+TOOVGU6U63GgUnywLJ5s8s6aJZMshwOdo8RBhBsrrvWiYEuQeN+fZHCh4uTlPERBBXk+O6cgIsJ6iIDOg9TECWj2l7ak+YWF/NOnKadsyj1zU1HyrFnnP5c0m8lCO9bZ1C6ndBXXzvRZFsk/a9Y4mzrO2VQuJz1nbCbqK6+RLi+vkOQzCVheD8O/0KKUhX1J8nLFTrOac+YSRWY1F/URdzjcZl8Owp2BRAcr2C+wvErQd6jNmYjUnYFIz9hUlGzfeMePmtckm8gi4IKw0JR4khQBT38QJBdk5nVjHRLro/WulI3lR/OAT0SEb9N1iyfjd8NpWPCRFLTisbQhx61BqyZ1FU3gx6ZNjKfpLgNYWn3NdUlMGqib6BpeiyfimawjTEiIa3HaubfGPUqmuK7oFAhakSq6F8xaJyFMNxekMN0ymW7tJYZbZxJDzuQAZzI+3/CBK+ocv4/xH6zrBM5lVidr3YRpN/NZuXZWx2t9ZuXaWXFK196ZbJmfuHM+aEwaqel8AplP35gq4EZqHKTP0FE1HaWbD92tDL0vvVNcOy39RNIPekYChFiekW9pcr7+z9DRprZf6QkqKz8byAGg31I5slT9aTLqgV1iVNZ0MD5q3A09V7LdzTa9HRsgFre+7qqa0xvLYIcqeqtG+YZiirRZ6LEQkLZUR1FAT6+AToxP23EIZeG272p7LV+TX+QiQd9W3XNq9Rq2quQkaNPQLDC8TdOF6JMNH0OOR8jaGHI7CWj7FTLo5/Q/X7zB+Jfy3CoNu9CbZ3GQDbtszTzRs4qDXL1BLluzgrWo3UgHddmaOsGSZg3aCTaSwTmWbbBgKvu26p5Tq3bZBqkT1WVrJoN22fQJHCiX7WSgy9aYY9k495k4FbLRBW1j1xQoNXXVUulqXi1mPKqGRAqUI3L15ourSZjchA6CiCxg07FoZRdxUYQDWoVttXtWi39J+CiLGh5fz/jZKjI1iSbgD+xnJ7xuPIF48muk1RGYHpt4jxG5mzNbObmeF2Z8hua+IIEodh9bmdJWmOQZuQkGkgvkPTc76iDS1xgyex3gK2FvgxPTGqnaRySvVN7C+NkirjtIixfIwXZhAResOSCHF327qJk39Dt3PrBP/p2QkU2jnRPy6yClSrigCnrSdgY4spNsZ1DbmWTNfgPah4YQXX1JgkR+B9jQPm1okAOC9SdMlnClThhUzNu57cPffOidH/7mYzIe9nJKfl2aLMG4DRGWYTM1jucAm1nKpZrEsy7VlG0xmrmDh9DidNHiJFs8pC0uYYtTRYs+I20undkMtvBaTEdaWZgsxfgdSqgOW1nKVqbZykLdQkP8vgzQvs8wE5IPB5n9Rt2iltLTS0qXqvdMaGnLG8qqe4rC6UoDD9gGluQNLOltYKpS915TFJ+qFD9hi2t5E7XeJk5ohnAfVOcxU5C9KbcsvtfV4sGcRA32ksjJSt3DblF8olL8mC0eyJsY6G3iWKXuI2UTk16lZU+LL8ibuKC3iQOVuge9suVK8SO2uJk30ext4sFK3YfKJkQcLIpFHKwVRFiv7vQ0MV5BdhN+RUY85gnr1dksTFdnC6K1eBu0/GoV5HYqE4PcGru7F3sOWZn5WLPONmoE/N3wAfCBSayUjzPMUCBWKscyEDOT4KxzXklfw/Zm3w5iqw5iA7mGDaPaiuCoHvnTpwS6zrmSenRatH1VGoz7iis5imN6g4dI1uoKEMiwZrMuP9yimsBf7TwCcdTSpFnr65eh1vw81BqHpNwNW4/X2LVdq8MfoQw8YhdhZA4J+LJcT8AzzRZHrPg7Uo7jkmJHN5SFl7PQrp0m6Bu3mdR6Nxz5wQow2GULdRsYeYPg4GQDcKUAk3fUlIn1HrZWcJeooCh+oCyeqhTfWxZPVooPl8UHKsUHy+LxSvFEWfzasnR3UXhtWfiqonBnWbirKNxQFl5eFI6UhZcUhUlZuKIojMvCxUWho64AZdbB1n8ijxBKH0+WRyBxUyZhRjPnxCQcNZZLCJ8eLsGO5akyCSE43lk8whf+mP/7/vr5WIQ1Z2QRlEN46HvzsAhL+rIItZJFEMo+m8mrsAjhTBYhLFiEmrSofZNHiGazeWfFI9SER9Ad7GUSCqSy3xLdpTkeXNpLUd5QVt1TFE5XGnjANhDmDYS9DUxV6t5bUvhTleInbPGSvIklvU38lEn48TIJmmHWTZ4GJiGx5DGZh0VYNYNF0LTGbpxoImBtJO72ZxGW//hYhLjbl0UIdfgg1C2OvT9z0LLMQdK1TSljUOm93MW4LFx89oxBUm79ip8yBk+dMXB60hE3ckfFRqUwyAuDSiHNTxX7xcGatV9Ym6YFmOMhzKxA7KHA/F59UAMsTYBB0ojWOY+F1noWWutZeCYvkXBe61l4rl4idrTToXqJhLmXSDiXl0iYe4lwMDokqW29RMKKWSws7V+V4ofL4uOV4kfDeSyw1/6fYoG9z27JVEgmYyrfEnnob4G9P/wxWmAnw1kW2EN2AgcUpg7kEzgwF0zdnsPUFKFpUsE8h6kDFSg5WALPZKX4cDifBXaqUvvesEI499nBjoe0wI7ng5WHuS2wp+r60sm6GlH3h1yDk3X78sn6GSywJ+zLx+3LT9TV+SF/+Xh9LueHurUKjHOBTtKyIrWt80O9cpjqpfNDpfjxsng8rDgkTYS5Q5LOrmFn17AY7GTDYjB5mIXBntDa3nH9dL7ROAMGO96YD/oea5wjBjtmR3u0wWU82shVGY05lvGRhoW2kxyMDklq6zIebVTgp1Giqkrxo2XxyUrx47Y4UgwWzcJgI08fBot+ojHYg3ZLphvEYNP5lshDfwz2UOPHiMGmGrMw2N12ApMKU5P5BCbngql7cpiaJjRN8e9kDlOTFSg5XALPVKX43sZ8GGy6UvuBRgWDHbKDPdAgBjuQD1Ye5sZg++xL4w3rBtLgGoznL483zoDBTlmceTK06E+X6WSOO0/OheifCC0GO8AFGuffkzmiP1nB0Y+XGH28MvGJcpkONFS7o3ShUap3AIAtC4At4q/pVg6ArVkucA9pVW/Kgt6fts6AvqbmBb37W+eIvu62Q51sKajlQ5WHOUAtlzSmORgdktS2oFYBnsMV8lcpvrcCU5XiB1pVmLKjOtBSmMpHJQ9ngCn70njLwlRLYSp/WR7OAFPWa/GkddPdr+txMvdePDmXm+4Tua38AFdinH9P5m66JytOfo+X/rjjlYlPlOtxoFURvQ4WC3K81V3hRLhEqDfhUnsvLnW26GWv/a5e5ZKvmaPR6hx1VdL7cqmrV7vSGnF15Q31L8Hlc3jZ7mUIntq2YaHF3oaMlmt3WTVIZFqjbRWSuT5dAeTLF7clV+wa1juovJVX29Q7uN6uDHOrPomu8GLeFb/UhqVzdzjquPYOYnEt6/7yWtaDleKHyuJjleJHyuITleLHyuJTleInymKZWlG837VCXuZc0bkAqSjsjdBp3kO839+CoHgzboS2fgJuhN7/k3oj9P6n+0ZovhP5jVB74/CUX7n+ba93cyGd5PmVK59Yaruux4wmO+S6Yh8drupGhSD8fczktxEflxE+7J8BtuaAxDngti+U2zur+Y3UZGSugTw+10CKS6wnZl9iJa+b34zl5ON3u8ui5Gfn6uXROaer19fzJDCuxgxJNdzmFuZuxinKL8f7ejfe4b14B3fio+RyerdptKfqSVqWbOBJinkH3a+co3530PUcpYKomIfCZWwFqOlj2VXch/cRcSF5rt5If66q4Z6j356j3xj3dR+Dg064DNthukcQu0DevMK6yvhFKKoB362ERjhqr9k+aBgQAMBVhka4giGwTBEa4UFTCY1QvmFDIzxoOlcgqsMVgN+iW3Pu3W471263odttP+8yLcmDNEi4OSJ6rrbAkF8FaDwsoKFHsC9s2za8HIifM1cbR+dqQ0Mu7LPpSvYTbfSkK/kZBuqItfBuH6EEHA2Ywij8iwlNvFi8Ob85/ZCNtPGArwkEFnfLu+X38crxaplUHrl/lTa0AtQMMVKcbAXrP6BDJvvg4JWj/jpnhPlQ1gqg73OLWGkMfJd7qC1Wga4MJpMOamJJG0omOyyfGnBGf44QgmY4QVzX4W3DSZT97t8cXrhjOI3gscS3kBklytZeH6/sNODbNYgoNMMMFGfDyshnKNAgklLcWaJpHRdLe0uwcEGyDYsW6KKhnY4GCgqZuimRhoZ1AYa5HJrPcjGFr8X4g/AyIcLLNLX2zFVrFqsWIrhMyOAyRaAYRo/BqKNuZ9gOvov2RrCagaxlZ7CMI8P4NWFvzJywiJkTFjFzQp1NiJg5Ub+YOXkMnCJmTmTLMalIJxVhUku1zyVafwli5ixUbLEkWYqZLUT1FfjTN2ZOOCNmznBPzJzBOWLmeD0xc8I8Zk7ILFfVmDlhHjOn/KmMmVNJEZN3bHtkV1ECx1l4zEYK0OXpe7AMuHlvpfi+XGvN+LaZsiIaIjhmuJYWfhjg4/PxWIQz0egmDHOF5uZOMHPwKSWYySP4ILiKZpaxIXwYA0ZTyjCST6S8LZPGVFLGaB6XzGdkFwT12gnYsPlMnEqulp7f65mgsJ0aFACPHyKneJ7FXQwXw5yDTEaoWVEqCVGYY5b5SGws3zdoIhTNUcILCjb9isuAkecxyuEmG53SZXKVCUbbjJ+3SUo4IGZYtqkLU01emIabhU47CKVl5spiCPHnvHXO19w81A1DTDPI8CUae2KBMrKrnb83mTvG4AiIIiSn/n98xCTt+IuMlpB9589MvDntl6YrT45S5qBF+CFp9urk/0IIhV+2GVeCYRS+EqfWJlzJ09k6eTrb2U0hne3vv6/smvyfY1PozKjv2rg89/hzBa082zy0H3YLEnu3SxI7R1zOroblfJVG5by2DMp5ncbkHFWaAfeIIiTnaDUi53VlQM5rZ8XjvBZ/XnU20ThHi8gi1zIZAg7oxRqB+nigoahL7ZaXa7cY/bZsjGWJfr/Q/v4X5e9TNRuAtoZUeXUIeNPPzj76vOxfvulkh99vYseBlNdeJWIg32nbFFdtgcqHHVohVyRt+IIHyQIBgzZwb00+ntlNQ0R+lRdWQjRYLq+wcpCsShg+rudXjdog8CXtCNz+otCPcDptAMaaw4kBK2lWOxFPp+ZRBrgbnHmRWoYFwTTpSL6pvD+JfKA15gPl2UFsD3ugkDgwDe0NSg0tQFwlQuHzwJnKUE0+Lxmt4aw4p54xRxjpVwXt4QzEWAChS1t8zmSV84s2W5VCNtONOmVw+wCT3cUZAxYWyNBagvZi/LZAHgVPvNU7i4EgHCFWfQT750TrjNmbPaNj3L1ygBizjEqGBCkZ73hLbTT76vffuK0Nft5kk1OwVq90d3ZlOaLoZnkJr8kqZ/Ub1Ymfmg2BAG/mD8qUoeS0MxblaSXdFbCwCm4dzPZ2ZFFRF9G6sBzCH8SvRYwuhJQZxZCGO1CbaJJGEzVx5E++J4i7+niKj79ljLf3mQ7zu2GCPbjBwADs4WNFmkv5OMSY7IVXaUKsdc5Qknt9YS0d9ogEldn/fgek1auhARFctEyzYpnp+DLGZutKy36ejyOBNug3jKzQ7LGocOIiq6WMhWl5tZPEi0dSo7ywAqrVYzkAZToQoDj1pIYgAZB84i8sVpFPzlfVRqLb+9cN198b3CyDOImgjVLmbzyd/+fcYoOfmJ04RNUf0qY1N0zLt5vy5/HxvbuS5s5hKqg2Oi9NGtVaaVSp9/Kk+u0lw3qto9rqrp5vL2Gjri1JJjpyfDtK5Hf2dLOr55u+5ldewyump+k3Tez0N9jvx+U79jXx3iQf/psqRhWpJtQJ8qT8LA+Ww2j0tiRHX1pHi/htQhahzeZu6cCG4t/SsbH79CcHk0jcjk2zi3e9XbgG8nL8eclwGg53cMnSTUJh/e0GrL8FmVJh+BhO3Y0j++7KTp82Y526rGj+JVXbD0kK+HP8a2D4bxS0UNt9ZM9dwnoMjsavT2oXeddJc/JxbaeZxYgIE2CBPGkdQyv79JO6NnqUBM3nP39nWpdG67bROhuVZuqjMh5p9Gp5TT52duDasNG7VcDihfsm8lX1J+RQN1DcRHEHE43e1Gm7N0s971ZkYEzqm9vOMnyOSuunne2yVU7HbKRCowYvRVnebFw4Fs4G3o9Y73r8ZYOO13b4MYI/G/BnK9b9yESE2yGVYbRkBN6tuBmTtDc6v8BOBII7yArcfJM02MLeImRO4yYhX3LQbuI2HbkpLQ6M93LZ/Bq8d1xu2czVyVoyBRkk5oLQqBd5K3V1kg6lRmlvj0y5sesI+tuzJy0GGN6yE8a1jeYWGfT6W2VXzL6JCWYFIvnx5XvHj5KqDfCWDtg9AQbQDFMB0gmqRDzN21lnPFPnCtCVTl3XNNYJyMtOF2uKb1Aqj9o1dfAnxp8hXUywkhA1ZQTuXVl9DIk9tx+RUb0QQ/X2TaTuHkFl7i6UefsKkErqRzaO3DqRmIk9HZ8D8enxJZtvbkkFBvGW2XVkj54P0NWIUrfqAHwNk3rSIS6N3GivASI7KojMQzpiIEVHT4Kn+N2iVotokcoFvWQhLDP4LtBkzg7FOkSxpUOPMEHPLLjBIcsMIldKoX7YqvoXYmbpKDUa6t7E73OZ3GiVs71oYENFYZO/QHUNtB0bpLr+5lygVYZk1hu6jCTmAagGAHpyEta4CZ4EwLBStIbCt3gipE9fMnCpnAvZEERl5IfD2u5K0DasCm+N0g/tD91KhunnxONG6N1eZUxM1gR/FjBlMhgqQWJgqIZligpYJk/16LN6tINlmr+xFq/swAJYK/I1rtWbIzIyUNdLNLCtcAAv4JRgHw6zEVm29YnpZpS1eT1uRJ3u/dXOC1JjGTqUX0JuLv75ZTCfvUBXGNV1hW2sPb4qxyCpIfuwgHrBnQaWOw0SUzBdRpku69pVh44G825MQ72wNTXDaVPTXLfkSMu3NhjFprBQWK72JhrDDTMlI6CJwTIYlaeTWod4zWiiZP4U6nMzaXelLzOauaMdXKOXDXhdF5l96hpIRBoNAe+RJmA2SYS1QRPgisKMIekazJmZ1JUNaWbeDsrbfLGev1jveXG1Y+b+yZ37J2+un8DXhLn+AOskyBcrKQRD17ETIbxOI4mm06ZupNRnVkzZybQhbMq2tgetT1eWA4C4mYDYtDtGP0nliGvIASZ4jRlAFVrIoMtXE3/DqK135AUGVzimjk//xi237j80wlOBdG4vAGQJZAgHVgEfx4KP3ghZ4di0NvG9xomIUhSPBMAjJQLBSSf+WKH4I+DClNdq5fgvKmSosAihqDmNnTY43o/Ep/zne0BTlyjaAmOIY1pBXH06XKwduuywJ1nL+qLDS6hbykcfwofBY7jsXAPUKvRCQ2rdZOnyXN97lCj4Q64rDP/NJecudDneouz9SZNqGi1Bmpe4j5k9l8ojCJAHfdDF3iFTZKz6pba+SaUdEunqPX3nIu+QlwoquCcNbtlJBC1rN4E0YyBlx37k459Qp41HfvSFRx9+07/ffcy5eaMRKkpqcTEd7zd29t31EelJ6ODpf8re+6uUzTg88DrMFGG4RBt/t5IoQqAv+8dFCFnvxPL4hUU2M4TJPr3IJoYwAK6F1IEcE/YIzHv8NjOb884MOCEro3jR130T7tUFC1YQt2CtTfZdIMyrfKsso5S0l8IeEmifro+JfBVkTUEUO3A1GbIUdDNWmnKtNOXm0pQgK+0D/D3EwtTjHRWg+Lo8bQOTpENyi97c2b3VAVTDgCZi8b0y0LibvXYsJRYb5Ue0eRh1U0+Qlnbqz9NsJ5Txn2H0lEFE5suibcR1hiE1BZmAcTaFUMkiiKmCGrbT3B+SFYz/ngg/7PCjpWe+96fU0I1Nfo3QqA4lRSYSGViP3ArVhezqmYVXGUj864l63rvEvPHbqeesq5MV95HkbkxGrWtxA9mTyk+2gBELHMqZKk6yl3EzljRuYMLJolv5FqkL+gogPX4OEjW9iumscSVlLBUYx7kygzTxZ/GWPPY/s1tmF48OeA7NTI4MexCUyBGKsxWOztkIo20IPciSG7JT9FtwMrcLPb4TvdCYOYV9o4DgQOJUCJcfW9i7XFZ/GyThXDuMHXE36ZAErjYzNIcUmMzdPIa7WHj05NHVx1AecfBkU028ejDKHqbCaf+7THZgGfRN2QQL3lIW/PZKFLy1LPj0s1DwtqLgds/UZDbWMAmUmvqbyLcI9aopvw6LPpLXU4tklZdCY2ntr0FCDKrZ2BIffgCLUX1Y0JjPF+p4DIDItiEzm96fgce5yvvyc51Z1qiKklrb28ww1AQhcpU1Cq5ipEk5FHRK99s+AqfVeZnpefIVgkXbaIgGecvjuGU29PFHorZalK0SvAfIodbZowqBHJCqm7yC8/Gq6ibPhuv1oW7yQVrKaw4gWh39tlzWwoeaxMfZoX6ooqGgr6CDUCbUyLnxdRCCcQqgs5e/XOiODF3YGZwENBXdLCfQWELjAapEYDSbILQVcnR24etT93WJK5ToiEjs7q8JdP8d5RmhQmEuDjlvyt4jsqM7CkFkD8gOj+WRjcmtkEalqhNVhA1PT9diwnH8FoSV338/dUBO9L9cVSwdV/FDmf4hJeMr9QN5AdZqNgdPxQ37hA8rH+zUF6/Wbza5aUJzZgyG3JAxrOzOLL5Ud6dkBS63eV6WMyySj/cJssF0h5riF2lLNuW77IFtkC4rea5330I7G1TAs+BvlOdVsJd+h5H43TIvMrX4W+zkvxa8xk7LfewoSi63JS8qStbakuGiJFZG4zgZjX/2ZaltlqysJQe+DRrBkdD91FzRFsQEJYmwKtkzGIo5V10mXhqq4vI4FZfkQeDzlf/up8IBbcexqTOziCAg3lsHJkzVlCQ9g5vHTm2l+44w1b6w4kj1Ib16ZKulzT1jnabN1wt+3dudel1GCfF2ywsXew7YOeSkC28QyeViL8y/x/o9zr8P6fchfG/gzDaIiEi2/UrCTuRCwXyKDovubGfg//kyaGWulLRJgnk/RV4fjNwNM/+XeAMNx7ieH9TqYYPSMEgbOel6/Ig3OLPoK7OL/mF20bHZRV+cXfSF2UWfl6LMw0zoJLcbPOsLUk9j+krF3Dt6/eW3vRP/vW+9vijw+HceQnXHz06cstXLf5X/fdPWij/r0aQe/cjzvD1ANYnzsbS2MaF2DeQ6BcBMT/rYZ+fyodWX7/ph59/WJ84fScWqmjTXx5w67bx8mAsLF/jTp7/7I+8qqtEJeN/3drTNMtr33klfxtOnP3UaFfj4+/oogF2kUP34pPRq2eUNk+/twGMQb/f5/eR6/m5lndOn3zLuszX786lK1VPr7+x9CRSmaDJxUORFcJBInDuRUPROcHz6v8ufe3131eX33vnxOy+/7d+/8tLVXzny8ck7L3/1bbs/+P2pD+NxbMkzf/Q/x+7H4wPfPiRb8jfySJ1o2caCf0i/vu7IARnGt9s3rtj+6+9bL7Vf8sKjk7/a/hAeX5Nc+Vef3vQRPJ6+xfndFdv+Eo/tl+G/L8gjWLxicTFKkILJO+8YjJi1Vjbt5Ec9HIX8F3h8/jlL7kicO+5IndtgSNro/MKwMjV/bnH6hq4q6Em6Mh8m+A5TSfHJoz3ATfRDr3m7I/xwLtVvQ3oFXKh/9shhD04LropVNCEQUXY7jhWHfGCy+L/R3GBUIeKCuWFCxYzyp4xk8QLyX8TJiSCpYar0irqVmkMLmk5uDVtls8nI43J9dyXe1ccV5eNI2aK2v0VZ8xHwX6y5RZ9W8om1hlS0gVAsos1pGFrOzChDu7fN31DKP4KSRskbeGcUe1J/nnbN6HYrIApqF9G4C/CKT4DLmINHTWFLFfbjj13iBCRFjb8EBaqIdXBEkZ+D1c7gOqfCW4M97NuY9PUtN7pUOOLEaEwmwbSv71phpaNIx0Mum71Kp52u/JVzFS2Q9j9lrUKyJoZqTEEpFczjZj/85GFFCS6Q0Pe9bcB6hfgsoLPP7agHMX4/Xd+hh+EOFhYYHRzMV1yhWuD4Xdk5g4Mhf4TiaQvVsvjNKHFn1rpNO6pWuw1Hxyhj70R/FbhmTwALIik05biSFHcaGQp67YiNGXbEtMWj3No6nEZU8DDltnI5Ito67p7ihbUaz6k1So9EIc9X+hvyjDreWNrepJ2q6htRjpv4ivhdTJoN3htKMZLLSaHmTV6LRQoD9TxtK6UUFGD1ZrzPAmoe4I1E/ob8G/PvENpwQKhBeWFZAfVGR0F2s3VbTeCTPoo1Ey7lI+/VXDRyBKW9iKnDois5JwdvR0qwQfLG0hb1fs1EdX8lnU/COxL/ziSczPV94Ek4k2bSsqQ+V/xx+N20eLUynZizwZ+yxXTuh8pMk8guE2YlgogwHjKnZs6YGUu2yUwhXflYh4R4C/f25rGOwbTIwiinFBTDavUO5vm8PtTCMKuFmLYLNkelU5m7i7mbfPOksJlETJqtPeTtV1uXtqE1bJIlim43EDL2ZifeAycAWfhH3xPocc+OvyeQHx7JfziW/xB/oJY9/J4gu+/9cLpCBfgIOaiAcpTJB294OeoABkxB/tJHP1pb+kEPqH18rtqyegW6mGnQVoHly9bobfVy9L/yVGuq+VRVrAAuS/1pIWilgOFZ6aBwOjCF0wENqeUFlstVc60F5I0hFtBn17digWsxZxbHGzoMqrIKfkpZ4yrg+czdnR36kSEuzA6NRGpbRyCU7Ad/Csv6r8h8PgC34mvl4eifIzm77NJve8XkoGryIVa2qKMxBW42lkSYkvQIhaDOdmY9RWgReAlQhFEoYKRzkY3LRfYxKso/fq5N2yYCuMV68HuqDVOsLURUalsqWj03i7YpWs71Oe5sfY4cbeu3TervqtLNnVPpBk3T39OA1IIPAlW4poCWUuckv8+jdnIJVsxoEP+65rmscxXgDUF1vorCgPPnO7nayaqBssPjgcaEp+bZwLt1PMjuOe1TMN+7eZheiI7gfmEiUc4SefuI6dlKp7Taqag5mg29miySDEUzImHQZkdbnZr93czC6KnOzNOZe0kATYJn9TixGgRlKHG2zGpQ4u1IOZf4cQYdiKd+jkatgy7tMmzNL+c5SBfLw65r9po96sHh5QfLbPYr+f2Wq9PxYtWYxwlzp8vBjG8CO1hUa2k1X6uV6XScGTkAnTwHoHUjcPIUgGGRAbAVuXu4PSLl7FHjZ9yNvwqq4qm+AfLPrV7iCb4jm0BaA36WTiF+cT69+c8ntRJO9i6kxuL5/JNZ53MLea7EICEUQW2V5YlG77nUewNn0HHpZMJwClKcmP+bJgZzVxeaIYLjddGPXFOfUyUXzFbJBdYKmKvkAnp1nZ1KrgaTJFVyQT+VXFCq5Gp9VHI1q5ILZqnkgrNTyQURTRG+1cUR88aJb/VvqlRyndyqPUP3pj7QwRmVbsGTULqddk1zb64m4kYexHEObuwiggf1LxeKYMwbwPTWhTIiEf4bvrow89WhNoGRfwcp/Z6xTmgVFS4uA8NDwE448XdDzUL67N8Ad2MupCvlwK03Fj+GN+C14iVcMyt/bM31ptWdoHIHDJ/PIFkFazSGaMHFyGCstBlnwnxcVn8SagPkyiLmO4oivTfnKMdIatja7hP+SRnl/wucfIGkSiCkhjiOEIrusJlOJGfw++8z2T3Pyx7/2ewdv0e3yRsFt/YQ8VzwKIhwLifFR3hsrEIQTwXxNpbegLyYgh6uI+RRIqVU18r92oR5+BPX+LbfOlw6qcHHVma1TmBFibqQwfjFst+4P+Fl05SMGLlG2oK1V86PqtFqXIQVCwxRD5YVLpgeS1sLata4WMscW3aJlHWYgFHwyijQ8sgoBKmiS/g1qBau7DVAr/RJYK8B4b3stcZeg55eoQMUGQAIOOjpHA4O13dJiKPMpfZDu96kGYeIcoIbSNLquT3j2Nmu2Q5ds7NdLqEG0XRawxlkzlL4v5w2Y4AbqSgrMJY5W+ATOXMZV1SX8fqZy7ijWMazXUEdSFAZSDDXQPqu7IozrOyOM63stJnB7dGeRKYvJF9Glix+F6yENPt5JdtmlDXkR5jtxU5k1KAI7fpXk3q5/lj1ovELLKutB5qqKlkVqUkPOR1QzToDWZ5nWeJUuB1wMJbbKViHIHqOYyM1Z3/rjNHEjvWSVc5C6BQyOOpnsSAAMMrNaCFPrRxG4AYnfthfFv2byOs3u6XdGNaPj6Vej3+mW/iO3ZSXf/e0czV9KC+7FZ52G/19hbvYZXuI8ivqymvowsmaXlmT/mOsujO3tsAxVFbnrl+j4xs0Fb9mG4p3DQuo/ixsLsFFHjRmQa/pZf8pWUCaXiZgWKWRxaHR1Ks6sk3oRSUiIx9s4n3l6aqtsPbLTeqY0erUySjC0fsK9eLSqN3y/xHAXIPaKlqyBShGM1Sobx2e5avkzvZVCuOVcGpMSlYZqb7rjMpFNR5PBr2VqZfv1KFmCOm4UvVXyuNjAFhr6iAwXJAHDBLOgYXjQM267Arl3KIXAtzCs0pdVSuzU12cr5jcgbOUteuHagr+xvO82t76zWZPj3p/72yFf4/yH85KA81FwoI2G2HdqwVRga3gtWM0g7o6h06EGW9S+gt8qMhcFn7ho6YsFRA/6jMt+kr3YcY8+DIujrrTmpwZDHk3bWxTviszu4UVershqxLSW0EOdp28CjGk8H0LcUFIIybg46gvLwrj+mWfC9sgHsm7Zq0stWVKi9Xl0Ytvd/PfPyXj9Xreo19nZujz2oj/2OQ1j3NmZU1XNwyOCuAgKCSm9Rn3mFx7j6lOs21d2Qb4iKmSJp8pLhUw3e0CbOMPeUmII557KeJyKead5I9+r3fo+SQdTjKoTHJVpaWnNMFQHdpmTXBwNkClRZAXzi27+1+dPoD1SB/Aqp8RsMJtzN49E7A0T4dOTVZqdIu/N1/JmgWqegWoQkuY7bq5FjLCYtFqFjIq1XhNwNXuGkU/4Pkb1P4Ky1bb3PZ6Ibm3057N0mMnZGV0Vu9CWHOu33KbjvKiM1oMbC20qFD25RlQVl0XocGj2Ay3NUAwA8c4A1ZqAiu1suPqlIsmeEexFc0BpqhbAVNHfi/55hxOlIfw4fOwqQ0DqSKY2pmwi97ASz0FA1/xi5eDgVaktKnCRI5IFHpU9pqBRZ4QkGxW94Tz9HTFPIq4m9sNVfWPbm6HdFHp1MmE8YKet8maDYT1GLEdYJqqBK6prCtvN3dQin/U2aaKDj6/JsXf60fJdsksHvg706WLWiPzOjXoAkZuUJchL/859VY7Qp0aGc4irrWIeBfmE64ntcoc83XIPseV9apgbPI9pQZS9zOMsnd/wMCH5k/fYrJHn0enmo990UHJ0bfmJfmefusdQlrtvtrzDOtBumgu4+k17YgXkEKhDOAUsgedLt2KcGslWOH0kKtFH0tbc7SzSxayRf9+mcdqEONFt3UW2fuQ6GJR6YbIOiPrHOioph6RhcXcva5qOV0krIivRNY9ENvL9GNtcoYZeJXGX4UEKkG2Qdhi9+Z80PEZBt3zqkmKqvVbOi1ETi++X80ZmlvTgY1mojOYfea/d2rZp/+7KhLjjZfsu0s29d4QzH+rYBEn0nb5isDLh0MI7a2d8oKtEl8DH6t2R84tXCWl5k3ItvW1e7jnn5kw2QdXcM+/+D6WfLYokeb+VJorOLqwU2zOhVGnDV9oiAcmGcQQBjc6rxB4yr0OwKRZDXRb/ucdSWMZZhLve6ksQmsnL4fjFitGi9db+roc10FE2qaPe6xRUqEnaamPu1H/d/kYwiRu/WMO+SMy5Psv4SQ+9DkC7n1lye9oncNS8pXPOZxXAHb2anj18GkrOuTTdeiTTzvh+sOnDXCy59O1ws2W163UpR5qSYOPkc3qF7zSTYST62XCsvfuVg71H6MXi4TwIqhDP3HCv1640fjVUvyirfBC+bDb/UQWvpo+LX91EwAULobeWPZZZ4fsoJzxT2T+7mzyi0AHvEp/LQqFMU9lda5LWncl+CW7Ze+VbagE79j74nbQqkXZZ/+IK/DPt5rs35ZyTf5BS06UJf+sm/8vZcm/fZAl3ylL/vftLPlepR0t+X5RQjmhE+NjpcCjfAx1BvSKUhvk5bqOipLyeP0oTl2NJlveqoDrFLnxrfqBH2vcp5X6tBU7wae1vD8isJzsSxckbULl4C1p6+Z0oRQlKJJf2jfvkSr2t4GkfXO6QIr3JAtsWdJKBm5myUJbsoegHu5BYTqAGxw1hcOawLi0iEb4VjrA9wbz1gf7tj6orQ/0aR3uzYPwGavJSe3TctsiBmk7vjlta1nZcnymlm8CPIxgzADsmp4dF9r3WfIBeT4BQAXPX3ox78BJ4cotbV4Cc9I2rzmlrV3tUH8awk8sjdNBlLYhiY3K+RYEVd/UdjcKkrtVFsPc1BnIcHlibzZ+8NuPCJ3KTr9dPrfjVpg8f+JLz90uonOjY7Lxv/zSc/Ua/Ol7vuajNETpka/5WvrxiReisC6F0xMv1LI/eEsNZTUpm3xLTcve9hncMssCKTvwGUfL/rmOIl+KTtS15Ous5EnJoyTY4AHrWWN76g9LmbDyiT8MC247ad3UacnH4E0Cy+1k4BYivXoSviYV+X4HCAEO/GWpmvMuA0vVTaJspGuvTUB30qL6OLp+NK0fkYVJ2nvShdfkipm1CSwCa6FgkXaSQam9MAlRL35n0IJfWNZ8TQfWQLO9I8hRkG0ELCmjuqbtQ0b1cO3NZsZ56Pxr2jX52hSIEUwrh6F5TbueD9LYQeLAJQvvsqMclNoyO3vLBJOUd1toovXytuJKDDMcnTHMdrIAQ2xE2Tv+lSj3sf9hsnesJ1r4wvdZ8i9lyXFFL7+5ryh5+PdZ8kdlyQ+/x7f+vSw5pGhq35tnvvU7Zcmpr/OtL91isrd/j+g9+yOlAcfKovyuGSKCvf1R/voZaeK+SWpns1u06LNlUb5iC1+MVMjZeVe1IeMt2dyuC6eBBcF1hq76/OSuhINXtOkf0hWO0I/XLwP7iNvFHzhODkSYsW7ViwM+DuV7vt5v4itQYuHnxB+N1+KK/3MITmjZdDVDl5ft0ZedK+jgDeMLHGHgGr92WZXtwXDA7I/qiAS2u2gDELWFJkm3SyaK4KrvSnd6uSnIoC/CHL7hqOXwnW+4kgEk/lf9xbgcm63OLuZEhvGKxwyO0kDpwAv7EzALmTHDFBfrHI9qfAzClbN4lV5vITPcBGuMKq51tGkKlzxyQ/UVVgVVVD66Whk8dVptSF/saQgeWkEXvMPHP8FN/43fNtlnn0Mw+OpdBK4P/ZbJ3jPEkm9ryZ8UJRHNIISlxLTqBRv1F9LKv3WUbr6XJQ+XJbbO/t8qIc7yWm+pFP3ZYRZ9pXzvW1ryzbJk/F1KyYsS65iUwnfDJI3RXs4c1gMvjN/j8c4AntP2zlxwcQRMnargokJOhUrY+7SyeuC3kc9yo5O0bxJq1AQCE5bSA8f6ddVNwjmDlrHWxn+ua4lXlAhi1iLfFvHJlV8Ejb+cHK0g7HHBtsZeszeqXpYxNK5mFBUzo0O15MCWmndodAhupUOjY4C9TC1HtkO37NBlhyZbDyYLuJEmzfbGR8m9S58yCo/zA3C3+cu4sKuPOjffdBfks4cftuKbLA76fTmQvrA7PhsWVErRpdPGKNCKMGq9r9EBNGtIx5gmJz+atC2CziUv+saXuwu69QmFtC/8jsneTAjOhWxbDQbE1Y4GHPqzzzuZn7gWLijfBflXL/se5eGaasH6ycIURUfVdE8w8X9CZWG/vyy8qjKu/nJwNHMygqsq+o3ifGCP6k9hTvX55lSfNScXSu+Zc3Kzz/2eyVqzlBiy40OqPRcGTY5+q1nI7n8dZkEvgvj/25T/aZZ2dy7dsd9Hd/zJj0J30aPx7b9kJsqVcQc/iWNTqtoikafUCNkBp1yH7cdqT/72LaWupEe/1nI1b2Ud1mrr/kKvgRoIPu8Y1HK1MFSvYVKHwlVD0mRv+xBb/+2idVRnXRv/SUeRDzjt0R7msUdynZyxqmPTqwLtUR23gih7dEopVtHpOU2gyQk0eyfw3f1nNYG+ZgAzYyvnn6aaAWZPszQDgAWw0zy5f6aW6x+dPqpLx0JDL4mdT2kbzqG0LRr992pf0XffZrzle92bA/gmTdfoMKBGx/1eilCFyOI1oGj4bqOukvfJ53KP8b+GoHy/trPAEnD5slNNDAsQFQzfX5sdd67vqn+4kyzInPjrprNE675WTh5TOcVgysLsoDS8VD4nGDApzB534H8ZZiu6nfMQrbPj9zU6LVjtHFdfitXON8wm3FNE61vTloZHOmXS85ny6vouQhYxJuHylKMbSpk5COH2GGVvczsEgLQZTtmDFX1FGiSLEfjeaDDlsm4esZ6BRKGlaytH6uECgWHEetOb95vhngxDos1uxmgz3pmbEQKfMdrazHnF88zLO+d5nd2AioD+Rh0JZjXjaDPuPPMS2XKQuzbgup5sQgsrykl2zo+SfJ70uoOLlMJXOfl2z+RbmzVcmM+YYZvb5ONbvZNvl5MvatpUzbI/Go7Au6odCNetMwhECp0xg/QZ+RzSC5h/+ILkGVe3fSDtcq/P1HpNeNMcfM6q9Ze3+0x/eaetIF8uAECk6HgLfakHW8GTWQZG+5bH7cMid0kjNR0wr1cPyuLMP262gLHbFgIGPClgZo5uEez7qXWLFnq61TYRQDywZT42Cp5qW26Qb14F0JZbnBXCpe21qAj+oGMTOE7W9LbOoVoSZ/tqllONV7qLZfgxfUdH05YuNP2LGVk0oxN6fDFkbG83WkeQ/jY8WFoaT+BQTUNKwcecvcCxtpW9YSw18cWJ6UZr3NtrqB+vdpavcw7rMLyTRu8Q/cDo8O7G53G6lblA2/HPIv2gi1vPIx0yNAfd1Kg3XIvx11/POGsCHRxmZ6EMFXHKK0NFsMl2ExneZagL17joM1mYD1WgcSHeqAxVzqSLoAyyZi3G8m6tkW6Tlo0z9m1ThDs4bhDvwOkUamwU3l5LOdJDNTnOgjwWbh4jgrHwy2oxejhcSwOF32QhASgo4dZLgm3DlAD7nbLAgk2QLJx5hsGW6BmOeYZ7mwYc5U17UY4nz7JpAaWFzH/DZmIFR8hhC2UO8gsxIdw22oYXa6hzQSEFurPe7pOmW266xvvgvjN9KDdmnfOEKRyv9X7ZQSh0+u9P6fsBFPMGxTS7FdVKncdNuhCfJw3Tx5R4hmWdhcA340YjLD5hFONwpp6+rQtcUFN39vmWNhcWVMdTglGlqD3NWOJl5mkGm9AZ1KUXaF7DFpgekqlcs0O1btLcwuSKBEUFTER5ChX01smk9Eplz+s/xm0qtmif0T2aMOniLWlrU7FPUc8+LeY+GezPAZO27f54PFEmzZeVb6SRHgIlX8GOts90Drpfi/tCfzQT+j2KJwxuhPeceftwi8N7ln28nH2gBzfx2q4FQOGcoraTb1XErYpw2FpFcJnWphzfWPwTEOUEFpTjpN2DbgQ1lOQx3q5h/mCkVOjVKxe9I13cjyiSzuQUketiW1YKeO4tF3RPQ7fha9tiGc/ufQlKj5tEsS/v78BUotBYU4CwZ4Dz3hS/SAH5lAI2SYAC8Er3gNsXbvnLbMBdqi/Gr5hjOJT9BXYPWRg+aJSlAeYh3ilyn/QwNJNAMIpolKUp6s/B0uTpSDymIzkHTqayZWRi5uioYGLOtaNiD/MdtGwL7lpFgvh0W2pb6Po7F2o6QI2mJSmRBe5iqW+v6V4sIV+TczqC+ZhHBwqTHWM4UoN0g0ypmjP05TIqTpu2I1SSArZXyOPeZsEldVwM26R42koqgTJWKaPxQE5sa9R5O+/wGkZQOGwYBH6IzGx8ERkwFHZ8ygY2nQ1M4L5mR+2JvGeyVlfjW3vKC89dCdM9jxHYp4wVXAkvzIWMCPT4swqB6wFPl6xzHjK65RiGiprvRvTd2YjeWEQv+/O0Ivr31gpEf6imkVkP0JbChoG0k+UY1gOmOKcVLtUe4/7n9HBtrnOa06swG5e+uBXMzy09p75t1MRr4FLGTNVG0XZPPxYg0dFDcyIEkq+y+FFTFPcDWYs0NN16gTUUWubewKjYFR1sK1mArONpoNm58wnC1IaSvl3rRat3U92wYLXzNcIAtiA1ZJjX5IuS+PlC9R5PXXWcztvdeafn9CJFEnZYVZ6hbhgX7PJznQu9ecPkGZd692F6Ry2XId2feUceyUHVt4NdbnfzeM9u9kUvj5l8AsVG6AxUbrrgKY+l8eTG4vSuZogjOYmIIAzfhshyl3qxjb+DOGfsoGPRwKMmJa4RaAysmvAh6tYeVIbJT4jgO1F57e5hsDACZI/JqzfovfLKW6lHguArTxpBj8Dr2UgxgUgTFv3DlD+LjaHt1S9YpTnadc+p3avZLlr1hD3yNGRPtL1tyifo4R/UGIw19VmrAY0wQGZ2CXcRn714tWajCIIgLYAKL2X4cA0C7DAFwHlsYEWXHsbxTmhxd2YPOV22JmLjK2QrgM3wtCB70M3u43WqrcNdPbHxK3od0fUo6hmAw498PWm/bmWAKnm4ks7mSZsjahUjkh07Tw4sRoNLfIzLnY/osq7iu/iNsnrt7KifTYuwh0HYYbwHsV9aa3jRDq1gVg84dkYrslXQDb+CbenRoHvRrvxkaP++tDztSePVlqGN+ZobvzsoRmzQC9dMFy/uzurLr/TlVPqKqo3kG9F3C1bpDsRvbIV2eDk6B1g/ZDjUbrqUiwG8yU1Jl8DJ0k+WrHYWg+TUNANKTdO6aCfSOv7sErxXw1WgVyJnCwfrcVs8jJWRx2saxAofznnaVkunmuJ2UgtE1E6fUaWFhjLJR6AxLGsIuoGM7hpq1dNwZEVc81oRRaqmUaQEOJbg4hIV0GGKqEj4aTHSnAqDoewllD5IspMfd041jTGR5VZConVmMd+xnJ/HAymsnhzJ+jIRHMsz6RVnMpitbwjZVNwJoHHwVVlhWy8a9vKGa2fdMCOaBrhBHAj4BZFVi0TCknpRwVThyJ6SpQ56D0hQwkrqzzwecmDeSCuxwMh+VxE9nh8xBTQMKTTQr3IWKKQG2+XZ31Lf36vx33YJRD+ba4wrj7TwOVsU4UjhhnMHNaNRuSrHIkB29/xABApmCmTVE7GiqydrRdnCStsCedC8cHHe7ILsMeesTpvFZlBj5setWLynd6a6rRaLlEPqRSPzz/csp3ZZPrU3wg9UtWSANCvDeJBh4mGEzgzYQw6X6lhEdRfdlFzLaT9AyrrSnTYpLxfiyPLAbtb7TXEPKebpDBRlFcezeKU8ngUdjs/uCFk6TBIcKB3u06p7Tq0qdVethrRpMwREVykZ1if635X0YkkCYakfhbhcd/S8nBBVQDmeSSFmUaNiE86Ig00fHAw5xmdoixwH+xYH+7kQQ9dp3wLRbByck3K6gKZGgc/ri4sp6nvV/cZrq50RkG/gYzMHPjYVfCxo06vszhlsOIZnU/ExWSWDPz34uNpwcNYN13rwsR9ZXUREFYHVF1SODMV+uIeamUemR0OMI6Nsj1cARlwcelnI85LYovF8Q/twO7BwLZVTiktLwAbkc2LAl88GzEzACs4WsHq5mXnwEDgRi4cKjqZEvJeU2GmtLdRgj/AYADz6oP7QSaSa4qS8caYRfAmxW6ChwI1Vm9OKBu/N6pWxRh4jG7cAehpkDcOXAx6SRbjy59lWjPUpufkUY/XqJZxP6smAevjQ4r6U0Y7SmtrQjznIhelk97hd+IIJk9vtINbbpHxiiEuhuFi02tnJlheB39LUpvIsPBiTci6igXyZfIr02mnzsrjpnE+nsWP0rNS71R2bfuaQqgGcd9dULXDcFCIr5fse65BfWId4iBvIpSFnzqd1qKHWIfiKNmQZLl6G3I271cvZ2dpG+KW6hlWhIcvjz2rI8vBG1ToUW+tQkDQ41wZXsWG1HT8s1donK2rtIfBsBh9hWt8MCkAVLXJ6UItd5h5IhkANVB6LEysrJVaK9LfllleBsBrDN+Qq1TPITQZ2XR+QroahPq3COKutBmfbahAhE+pBOBzKvr+LQInjndgwI8NtF7Yo31If11bXykUKBcRggXKMQCioCgRr0SqpYRPD4aVDhulA5fki94BBgk8N/YYcnPLzAaMtI0ivo8WZE9/cGcZ+fL7cjwd56IasgWEYSeBkDYap5ZMVOe68Gvkmh+DJtVwORIyjmMRU/i0RVETFRSmKCyFMhpIhGGYuuJoOwgKhJ6yC+bjGekbpfTJIGgWEv1+lV2BWpnXqUF8PoCV81tXIiuCdFdjkbf0B3t2nkfW4Ucdkhc0TdKySSlUj66MMKxBQcfSY0bW8q7qWh6WdabuWtxtoOnQt79O1vJ1rOVms5X12LRnn/ZPlWt7HtVykQVVU+3fKbB6GaHMKTnABStXpFnHxVzsnjJoe6lxopDZC2htXpR6DEX/VbZtlWHOsbueC/E5QwnuMFyRsGekhaOaWzdhlM0vkvXTImFyA94+aa6TpCxBQ/5iZ8aZgslHZtD3XaCibor6GFGboE0gwrIyMCsedUUgfH/s9E9eKjpzIUX8s3gMp5hQw6gZOgPzbPoxAITMns4N+JZVpAHoY5JjRVLaQjwI+DipDA2tVfHPKieVjtFPCivjVcXtR73fXurwE1UJjJ5c5EfMmChhPWTC+G3hpj1Qfz31anyQQt0sgvrsHiKf6AfE9FSC+18xWVRcXB9df6u2rqqz3mS5TRpRUoZ5b5YUyBLz3mw7osFPemj9VWH9TystX5cZGEZ+BAYEleVG/mQzYKwP4VWBuQKcgfH6gGVyZapjBpwxQiGbdwc9bbNI8NOHFazUgnzptN3ksm9SUNkGdK1YqmTIcGvIVZNwbkyzMXBhp6MW+fVi+nmIwB0R3wJK4O7jWirt1wU/aBVdnhyAZYHhtjKVcdHpTW41tValffwpKfZJoPD9m+un1LbFWfsQrqPUGC0yeApPXh1obS61LtxO/4nbi9VBralOr9gJPs7NzMpo5LjtEAwfNDDR6rJlHvT3D5KdwlyxP2sJxbgB5+5pLF35dkH3aOtpVTDuzeBcKTzGjxvHc1KJj6GNvyJmJ66i+lyU95OqSqmJ6j67oG8qzWTmZiDrZ93S65elEM+WCHnLL0+nLgvpdZo+YuZWrnQnDoCR2WXGlNSh790rmy6hrjl91zYmta05/5ssw77AMgDo7Owbya5l5XeqrDQgcOzYJFEZ3pNfYG+DWT0MZLTrA6IjqBLAGRmTsiBr5iBoyoro9PDbQOJtEWJVGlR0EffbVZJwMEChyfkZ2aiCpV7GN+pFgf6rIZs9sXFMvcM0eWCULVDNwZlQzUKKa+pyoZk+JacbtEr0BsWItMMQW0QS9iCaYjWjiGYjmDQWeQa66HM/U++KZPXoonzDrBHaqdqMKz9xKA5WEyEIuYi7gZThfbxNqPq3BNzsN/LAP3ciX5ozQdwZCr6mGvvOH0wFZHUHF21NPQ9/RbTpmtCMRWG3oO4bdk1rbNPSdX4S+k7Id4GVBoE1P6LtGGfrOA1vQqdvwd1uZA7FOibcIgmdsELzHHAAa3EN95dbeVmQpWFZkKVhWpj3w7UJw1uDS+kpK11lBCQapE04pKPlCEhsFQWwyLEcajqYDgL4FKJ4svdcGKzAqp2vQQrKfLACQDiK2hAXS22uwjVso9fOU5h7ystk8ECGDTqrevZlDKZoYEChdQCil1+IgoXSQx3kwB1OLa2SWQCNRMkCkZeHUA5zKmGRlFgicegWc+jmcLmB2PwunFSyjKCbEcIEHZCwlnqPDCfDZDPLBBZslPfeR+wQ/LbdkJf6Su8wuafGmNMs36xocvb7RJrioM7Jfh87zd7s59aVsf7cyy0hBiHCzLUq5m6GMRngEQ76SigLhtlttJm+w8VHpoqqxcAmAygOilqNOTRr6g0E98zyd9JqgJM0MXsLbiowTaAwytJpH9dMe1KLmbWEEL43KqFEYPXwLSwUGk2Qi7m9L80kxVBm74ku55i1kihMb2493T3yK9SKxsgvbturoOKiWV/i12JmZcmZbqjOjpiXQMT6ZSfnVSXXM7Plwjemi6nPpzn1STj4plwFPbbNJYzOeAi0QtJXaXLvU+Ey5vLY85eY8Rj1bhdNWX+2szRkMEOp5ebFG4Veb82KqPSGCm+lXayzx7u8C3Ojxq519mGboT5RXJyemOVzUmc2enZJvr0OZNoiPVSUhrSNB4lxMO37skPnNSekWdQg6E89uT+cIM9H3cu8otTS1Dpo6Qppax7peood5lboukaQai6oGe0nq4GySavIsKgaxUWFAqVuSegljrA3gKrLfy7sHiS9LO4IxWp+CtXP6gPyUrv6Urj5tdHXxT+nqT+nq/4l09RHHEtbrnhxhnZ+sLnp6yepZEtVXKVF9ZQ9RvfZMRPXaJ0tUr+1LVK/tIarXlkT1VXqSX1khqovOmqgumkFUX1kQ1VfNQ1SvrRDV6+bSCqmKe3C18/cmc8c2tUOroeG9BQz+tQoPbGC/UXDYZ6CiCWarT6kmqfdRk5xXqkmuq2pJXguNVw9AAGquV4g4aNJgnbNbFU+ztEW9gzl7fdHic9EX+f30RQeZjDZH9YW+qM7efe3dL/VF9epCLLYL4duz4fNnPRt+r76oLmOoyxjqGqHwdVgM6ovqffRFxTbVE7+iLfKrG+P30RYtttqiYmNMuTF+r66I3LLshwLQ9YrCChgCaDurnF9GHpmV7tWdgSIgHpVocMqyngQpQyY1sEhFnc6F6HjMRi29ME9q9qI7OSJrz4MN788npSr95P08S3Yjc+W064XR6pt4BYF2hMEY5ZuV3xCVc3bZ0KwyRqSZ0Ttil7RqiPraihEatTUQtdqMmHnhbcmFGmd7OOp0lD3ZqjzYVbJNjzow6pcK/wecXiNw3d0zU92/oKqA26na/q3Cm5U82JVJ2IvhQuF6cv3blbJpC85Z1Y8WZujfQuINoVHSXc6A7bQTrOj5W2et52/NUL9tLdRvOwWpLVDt24K+2rcrS3qx65x0/McqauoHZe3XlOCXlNDqgoYQs1wt/BGu5pjc9QRw650l3AbzwS3DbBByTV/IDZ4a5AZzQK6FUlnAVwmQpkmv5j3Y4u/5D5ovZrt91mv/OVOdMMNBMQdNmfgrn/509t7ne+OIZBVaVXlECHKz/X9riQNtddM/f6mSnjvNpR4pgX+pey9kqs99DuZG8i8QrIQb12c50GuK6x/xgUDPNMx5BEdXznTzKjXlrHPAeK3tWj7URjIXWg/Sk+e7vWGNayWEtSp/XAZuX5Xkng1aXo66nkRgbesK9Gu72XPicVo4VjsvSs00SXYRX1zIz17LWF1GUuhsHdasRXUMpHEVJQgXsdA8tqbNBNOpr8lY5GQiBc6ITTd4GcQVKdzGAO2+PYM4m5e19AAXM2ZshHz4NlVSYztzrEgXkGgGkvOQt2UrbNGdctc6z0zSyrcOh6eDU98Nvf96u2UQDpm0KUSwAsPFo4Yaa/ZSpXoPtMPYD4gfmAW6TeZNSP0q2HHRCk+kRp7G7cIeCBaIb0qtPhBf7wPx9T4Qj679GV37Np6D8ILsM+mpP/NwJvnhtEPNT8phg/iIKYiqXk5gDq4ZzZmnZQozD21iD211by9MktuSBK541UO7UuDowud7iR6GIfnoPN+DQeeZSC5Hg5qjhy/7GCz28ZRRT5lkCZwWOhckkWbmiTTfknq/KHfpHbefx+znUfv5oP2ctp/32c8pnHjhi+4BwFvCA1XNYiRqPlSDBL9YdShWWbO45zrN5TgUF1zqCYYZtObTb9Ff5dtuecXYtUTtn8qyh/Oyz5dlD+Zl7y/LJt05CWKR0dm1GZ1J8wpi+srCbry1LLyyKLyucunn+qL0DWXVPUXhvordeX/ljlml+Pay+O5K8T3mjBfVuKly2ukOJZBP9yj6r6vb4z6TxHhkbib6uWyzPI7HHCYwdDLo3PnIcohIm+frOXLpEzi3T+PSwqdx6RZgiM5SGwhO+PJ0qY00lk3XmE0PqciQbDR7BnlyTQmGoEB5os1MCuUk9KbZxImNorcGRTqVEJemNJVUqFlVQg3VxGuX7hrNrFVkHZQV+g2mclQfJaNB0FAPQs1eDWSskYrCBa5js1LY1NmMiasOQlQahVkLDqshM/q4UI8iPBbk/yIPT/YzmgiAQ4J3FLJE0s1Yx9BTOXWzv3JId3jTYASPNUgYelUn7KIFweIiTbCrsOdtJCNB1qQQ/uAhA9JDbQMLsY2ytGJBpMmSwOHWVNqho3PeDJIKYW9BAW2Sbgy/PmdlARdsfHUhkNITGxrSPRJ/GHMrri5tnpAHWruo0hw80NFWPLpM/bEaT6Kh5QsCx25FpSTfBgZz0h6oj2KSMOqWNKVPUVSZE7VSqJK5mtcHQ+rgsp7NH/jJpwKPv/kfAI87cnhc5ZQgtqICj6YfPM6sPA88ur3wuMpxe94+F3h0LTxivKnR/EwNZhys5mcyY8jNVAFQ0wugZ/P2LIhF0pyzBDJNHzVPBwUMX3+uMMzmi9OgQCwzqpTke5cD8fVnD8Q75gXir5siP1GogdeK7EQ1zU5UL7MT1TP3xrReTeJT57Vf+veMUtDVLEW1MksR0nThMFAFNOWnQZELziafTYKoN6NQTSr+PxA1a/2TCGEQ/TIJMZVokU+oEeWTbEQTZZpqpL70cFJbNqEWeKJ/FU5Pj51j0x7hg5HFenPUOpZVzBzk4dB2ipx20PlENhajtspqkc0/Gn3RRZZtB2x/ngRir4032S+R0UAjcIzrh2Ho1aKM4Zk07aahbQx5pfNym0CXQ4WPqy1UYYIz8TVLI78NsaYHi17xnscU2q6VnzReLTOKubZcn12rd3AUG7iWZ2SuX7OJGUAFfZjNY/QR3oTor5vHGCAHwXHl0dXHcDNSNCBp2MPPZtzFd5nswDJG/J1gwVvKgt9eiYK3lgWffhYK3lYUbENm05sBukdS965Ub7Awu9cwcsvfILyFv03gEUnSGKRPmG1mFR7bZNPSm3j9MiRD36hp0N3rhY+BAlWw95XKFtK0Eb/dBhHU5yjl0QT+M8MafPg10TPB3ITxhuzDn3Xi73nC2ew/otlds3uOeJmPLKOeY6LBPMuiSJHI39wuviPDaeQkTLYmPFn0uTKLnJdnEGN4T78EFmCRAa/GxKtMWEopFsduc9uXrhMbE9hRu42rgWCRvO2DGqzy0Ded7IPv10jgrjpit9peDrqJkZ2a1p0qK2bf0Hd/t1IUxxtkA74IRZrfzR77vBP/IkcbQ6OcHfwLm2d1f2Bqyv1pLFM/tbHFHdy68oFfkXJSs9O+9TNON/uD25k618+i3dmFr0e9GMgJiy//rhgWfMyw9jBqTjtjw0ATL0YmpSI5z97XITGx6TLw9+ZhpIL1usy7nWqwX6YnvlBw2OuYbw1x9IcRJxyH6OuOPLvdQbXBqBd+ZgNf1kaBq7pdwgFiPNsxbOIoSTnGGMvJIMM3NL8ou1LRGehpIKfEAlBXrSJX0KCk2Q1HeXcP2D9vV2P34Z/I965ns4+kOqqOzXTncEaqkMBlRWBpGOswH28U/Qh+H2UyGR2n9H4lA9zKezgUDpY1wZyFW2B411HNZ2yj5yIGih0EdcPOi4dpwtYxqhLHfkvdTdQdcNLGpr8tHzHPTuAhsJ6fK89cq0qxtRjP2mwHTRLoRBhVDKoITiDC7w0IMairxxXEdqV5sPBRLDV2PnGHkTjJlUkdOj97+1ec+Oec6POWPIzY1IuZt85JFC2uBC5lfGynSDPuFvnF3SK/OPU5ZX7x5zJsOy+NQaGMNpNufL+xuWuxyKucRaAVmqJ1MaDxjt+DKDfFKou1yoWoEtfyR836vZhXbPR9LQlZgi6YDHoE1OaQp5M67tscrFVCli2GnSN7/Anyql529w+J1L2NpsjrHKsVxX7oRS430Y+V+jGiH9A3bRi1ia/xEaoywqexptVVDcSx33Kp2s4e+S1XE1HuJb0ImLn3Sq0x+wcYC3D+RULUFANZss75jJ8d8GVf0N/4hEiOf4nki5ciiZaLsR8lzuMboGjj1nT1iJ/b7R1eqpNaGnnUK1htQez3KJEDc4D/IV+YawPaqn7gqG9tsWxJM24qDrOtmrwob9TRRmUvsDOUfwfOXf7965KLETB19yTOx0DkbB5dQYU//OTh095VhXrv5Hrp8j2fuO37HlpJnEKXF79Zj13i3CE1kCmzLqLDsjKRt4DhV4Rejw0IpXI9JrxymPUKb1a/Zybe597G01mpchvvyvbUiYD5cp6zBTD8zVvHkzVCMn5RVsPdW00RbNlCprvvKSZKyXPOR2DAmVdL1sNZ4agPSIuUCwQsT8J6j0EHzHIek+B7zGXqCw/CLBTTKusoK3CxMn9A1MAk4/4YecJnVoo9zTFJTxUHDuP5L3l8fqBaYXqz7+ZdGe1jWXbMyU45zKNuSKBClj7qZD+QAQxHiH3/yie7GmezFH/VwwZXeE2H7IPrGOec0qn7wFo/+kieTv3eWenULYUvGZLN9DMEfG2XQdnM8NI6si2AaXWVI3UtrqJEzdMY3xEUfPR/5cnJTv6tq3yVE3+G7kDLz0qUlockfjY+VujHiH5cho/oy0aYSfdmUCKsy0bnpUIHqrlqg0p22Zcn1W8vGdZoXC9NerPb1nreqM18Q96ZQASIiYmdIPqDtATcstF5BXAB/JwS3GhOvF/AH3kDFNp9E768aUI6E0Jma70cZS+ztZzeWvSJig6W+w+KYMgEA+dgzylaqSjNPTf99tylViP7wZ9CvvkVWfsPYG+uRSLDcs/VdSeXiZDenjdEU29YU4fLoIbj73h5zu47Xc0VnqhwBljMOT8iRWSIZxL5xTlh4l1okVvim3C/u6jW0mqWfjk90C0wMeCSPdaXKUD5reK7jMuScQ/Bmlo4bZ7GWN9DGoEYE181HZvInkmW40c1gG2hiuKvCXHc4DkdpBgH6V335QfpT2YdpNjRrC5EB9CyXFrkV6dAC4HfWA4Ewd89JH9u8CN14nrOxjvRz6mEQ3IlDOnr7aVLh4ypFIxh57lzHKK8sUCQwvMrb/mz3qILS783fScaAq3Dyc4FaHuyo7r8WTAI2IBMXETDz335bMQGCkAfaZiGBZBaKQCFWbA7McgGbtR/GUQyC26kkkuWGWybXtJfXoSCAT5ZrCM3WhhrFSRHtmty4RjGWeNyeDdmT8CIPwZg0RHg4NQ0+n+YB3nQlKNUPrZS3APf3dVQEkOpHBeaZfzMJhQBdnpdlmwb3qRhKDSgKMaNCp0dwyBrBDEb6sGvjMKmX7pQyBevPmngBUMvPeVihH0Idmd7syQJRlPeXsW/rcOpP3rjWBqKEDRGP4EkHLtB3eh85DOsMwW0quq6lQ6DxKOfV5a8WthFxJaM1/LKryerr2IMhDJYrfP+pWszeiOkcOkqSOpdOvCxN+WSA+wIPXeG1I9isTq5xWrWbSnzGCqDRQORIPZRfMb4M8SoGrthcaM44SqRc5k/XX0azaai3J7NUHankQ/PZdil0RS62jqHm+KaVXMrvaCTcPtwGo7eiGgxu8d0FrqwRhYW5kZZyTF5Ayqv3bDdiWB0I/5uG75BFb1eIjx/gG0yOh/4+ZWLmmr+dzirBKrWqqxdgJ6lT4b7XS4N3WgbDdBU0GFCcNmzuiqUh4CQ5aehiAPshJxPB65UyYsZTnLv6zoNNVuHdo+Shk4pFVFrdz5kIsTQ8scCHbJ1Prr2Z/QjDa/f3sHdzASD0OgVuvjw8GOOrhwSfVrmfeYsl1WTVivLKQOtEybLQcDpRQBH1i2wcABZbMa60anLipKBbnAv6LGPUEdvbXItq7byFbag47B4WlGBRntBdRtOySYTYvmQJk13MXngnbx8ueIJF+Bc3HhjWurc0PXfepE0GJHVTktddlrxi5IZOFGj8ju6R54NaucgU0wL/qyeCkcblLz5xI05S/TIM932XnOzdHbUGU3rvUlmS0KY/aUzOnCpV8v/q9fK/9ziyQtMWewXv4O0I1YEvZSp0IYimRmwF8MYWieDDxnPWHDAWkJlDyXcr2UXvg6JcCbvN93nGsBeAFo4+THSwsTZLpwrXMLqSf0idyuyXfJpA32zyDPWYQrDNeJ7PNV9sp9VTsOKwRwIJLvuGhWfmdC5i0xsypKsdkISLNbzbD3kn0scpp3SGUGvwEAmqhnJBgHtTubfCOreduz8vbknjjVxdSp2/jqjoWJGcaJ8mBI0q09CzYsEuyHt5l24l6ABIYV5aWSDQN3+5jJrkb3rS3dLIocdw7xLCwWDy6DwxioCG4mLM9mAEt1e9PGThkZWRLpMkrojSXBkY3LrhCb+lGHEGG7ZF+wFJ/6GyiSEQiDz1dX+jarQrxqWnmSsA9dbq1drOyHVVNJQRQzBEtyYQjpvdtMw3tZx9HwEKxylnvTktInZu7iuoiKEp6Yrx7brFAaDPP2MVulYg0onUi4iVIZTdjhaV6bBaqpNmgGe1KhtmzD6u/ayN7H6nZ5emCQwcaOibWMBTMMp0+/k5N+YbOIWywBYwBPBbzPUY4Qx5ihfLiQkyOrdbhp1jM0sTI2aK9vdZWBgjFjAD1F6BPzcpAXwg1c13iOUPqnFac5cnGZlcSJdnMAyjLJh/mjCnbKoLYHhP2rVwbq2gv+kQ2j0EJqnfAhXFocwmfsQrvzJOITJf9YhdEvdJw8h773rIXT0EJJ7CBiSm+zTdvXYq+ROK6vAmc3RQ6icHBVlwiLqIQRspE7PIQx4CF3Lo+jvrj2EwPwze/F4CJ2oaNuzABbgDAV5w0NKoYyeNmFRmx0PHiw8qRjHGBNkOgpfUQ5fTDcbUO/s/EdOXfW05A77H7Eaj5ivZyL1dDT5iahDFy7iO0ZcYxZyK3bzLL64rSrJxL2iyHIw62hy0WJ7Xs54pPqfpbXFWRqZ+yyt/ck4SyM/JWhPmqAVZ8nSLSQ0D7o4ThW65Wb1/Di5AM6I4rO8wuPEaLjy0pMnWmezAPMSrYAnyrNURtPlQVHVqi7XNutn0G+lYDtSrWS+WHBbRuPx+z0nkr0/CV9UOlKYlGoBcOx+trJrLVGqO3IKVyC1kq3sxr/Ph0f9Lr/KOZ36gwAxoa3ycnGRZy9/mwnkYVVTx4WKvYFmsZXuCZG/VjnfhbVDxCdIG1tzrQP1H4oefSv7rEo0CjWMVjUVc6RgjTsFKa4fB488mLM5+HtR3RcaiqPHpynfHkp6T8RdXjYNu5aNp8D+JBaqzxLFCwzh5CwXKYn+MxcjKRdjqFiMRBdjqFwM7Nujfg4Iq7l7VJ66wxoQ8QR1vcOph+TlxDD9hgM/3N7h5D4mzGCWuGmg14nBeXUElwp5CTxGL4O2sgWtTis77Wh60980yHyKLDRAlqRzNspZEuLkJQ1tjF95u8uMIuj9qLT1anTAO61TyNbdZVR0B8lUsR/E6+gXuYYD7A9TqxpNrSoTOvoxTugFpJ5Idg+vOdmohvVMNZpvmz0azR+s98tcfO9pQMZQ3GEYwW5ka7tpg3ut9wVWakRXjfvqCTonGcse99Af8hNlP4APe/adgNHSvxMIjXDilR0QIMYL4CXWVbiP4KgP3LZhRBSQN2EechkktXeDcTzVqR940WLS1KYV55JZSQBXd2F1ak2n7dyMzpk2sQ/NpPX/ipjQlh3bXP7UKh/ZqdQgACFTMyCLpiFZd0dxaTMjA9VNB5KWHd//x977wNtRVffiM3tmzplz5px75iYXuOTGOmdM21ASvdYYIn8Mc01uiAkkaspD2897+tP+6udcarkQIv01yQ0QY2qhpspT8B83wRaL5omolapARKyoiLGiD1vaogVKW5W0tX1UK/zW97v2/Dn3TwgKPJ+v4cM9M3tm9uxZe+211157re9Su31zJGkjNGCkNw5AgSYDReWAOzLuBk3BCD0FpENp4OvHMIt2pJOfilobub/ULKMVJURIFy0fm4SjYR2BapDPzNvkVbU+CZ3QAuDqrByooA6qyUTlHM70MhdHlP42VkvGSj7vBE887wTVeafVN++IJteqzDuhnXiZFbg5kchLGQVt+Ykfikzl2PZyCErLFAe215USDzBu0JeJA4acpA5sWhiQssMmO3wP/RMuN27d2t8Lfxkvj3uT5sH6mzkaQ+bEqxOHdluRe3RX8XI/EkR2iArXywP/hX42Rs3AWmzgvxfSaCeMi4DoHCeAgtkGqylSgHB9LWK4ZlLr0QnHxuWuZnQaPFY0hNhkIVjZw08ealcEEMPcZgNOw9zsz9nVIQsBuFcNafGYE407id0dgDvR19zEJn74GsX/Yk4fLsZhopYxEWQjhYNEzBJsJnze97zt3pTZyQBD55axFdhB78Dd6Av1iWz1epoVfRUiX6iTx4r99OkOSn83XN8uN9OljrSeAxle8jLstAdS4aZZD9aZW17VwyKKLEaUhn+yFxYFBzrRjHsumHnPBXJPtu/3DHbYnQPZ1TxK3Wm4me4X4fkBFiA2ZdoeOdPTmCYPYF5E+Z1anh3i7/QBrtRvtoU35oVGvuz6zN+aHSF9dl1hetzUn56eRrh4tlcKAJtaH1u+Z7tMR8AEMdsTpUZ4ORCEw5wye1fvuA1+MGhL/h1TBxhPmd9yZPX22/AJByAEp1OvoN5r/e2WJHCCym8PVa2oECZ2DryopJIwWkn/1O5U7Z+ulCbOfvmU/PQ23FT262tGMIjKmpFrPiw+IYoWOjrBHDkgq09s2P2tH11ZuurJAsDQ2TN+RYojU2zdG7t1b/Kt+9Tvxf/gAZXC3pFvKnoRhKJU/TsQML3Z9eiOikgP3uH3Mnic3mCsIhytcKoeAxxf9DJj4S5RCV3R14sCaYqcRdsKo7Xh6tShqyweH9f4N6vx2zG7SWPdRA2BtHQTuxp2rAFLvV11bd/i8peWfQJDqKO03QU+UT1x/9zXOlQUwCkpWqXb/Xd8Rrf76WhzLPv80WaXXqFedsiZ1EV7dmbv4N6uO+ao3xnXxUYuJ97EwT1Y2h1M/b27Gd3t71Vd34XEkruE2aIPuNTrs13hOZXRff/UATp/PN5Zzx25x+sT1tmyekP2oxPouPujE84ZyR7rTOiK1s0uvQQr9PzWV3ta180XbGBdX6jboOO+G7Ijr2ddR16/cSR7W4eTFVtQ7x0cW7HntgPRD9TppfTnuSjzJhVpcp068VnvV/i9cL1InxaPCz9AR1uXFpOpj+W6QuPjc0IgDWOF2zueBDS9yfz1rEwDhLKpi4Tgl162O5yYzHbJ7yXw/nUS6wzrq8eMj9nCIPpNlosbdDMJ4Uiz22T63Wxs02ygH71IpLnw4z0IFw53e8XPQYR9xRMgmBjwjHFAMxEdqXdN3k0veS3G3o2yPsxFzK5dU8DE151888Q7+UZdYj5p3SNcuEfMcok5SThJI+3I+NNG5u+8fdAxOFvL9O5fnNLZ3HDqdfPZ2qHLOLeIbEA87CQGuWCF3kfsnG0IZM0HMWdLw2TOhkeddCS7amsPujxCBrYi4j5LPUIs2V1wuxtvYYqEkGitUDPOwAiJodbvYE9SFSMOWoK5OLo7ZPtZbh1HzhhYkkRmxL/n5k8LlfOZvajI1pBv0WHMYsr+3++2tKlwW8qepNvSN02xR3fPMfpxl64qP5Yn9x0PyXL/vx+DJ/fN5Y25J/etlaJj9OT+e9d6cluuCddpYKIVm8KquR5qcj1UubaWzaWJEqyqrjvH6/vAqgDtMlMJBUOnCAlSUAe3gNIilKxqoKp6WkXUaqCm1EDrVQ20VvLfHBro1b6pT7nwDbOJ3AowdGCeQ0iGkaKop57iqEPpBqB4rehgIk+oDgsPM4RvMUQHiCc15FklJFNtvVpGj7hpnbjjsBti3eWXmOkmj1r2ilQP+e1wZ1CIcQDzKMS4R6TwoIKaXueLug3Yw4oHankhRbBP1ANb5M1oUtlSt5pfk1DozXMV/RaVbmkHXPVAbPt9L3OK1uU1eHkN27cIzyqcOdUErN5hRgC1EK9qjXjqgeRVvb1MZfyANghhRKZnC40ORTypvOgU+Rb6s7j0L3CsXsCVWvkMvUEtAe93Jjqa8iM/jT46e8qZ6nc/8ycGfNfzHDNr1sk469yACB2uIFq6hxA+9ROPDE57M+XRl1xZVc4MioLUPbqjaTeYxz+1iyiwIFGlLLQK+xIdkDYza9bqpfB3Fm6iKZCvrSdh0hixaGAtLgoxo/kAc0JcBbTyxKelbCJ+hL4eLVisJ+J/KIWrVR8f82apj3tMEeAGo7wb/6vHDa9cDAs5HhEZA79pnlj7b6Ejm9k6cuLkEBVhT2M4NnG6FTm5Ha5ZioUgP2Z8JMgYgR0/pJsIi9S/I1Q4NzU4aL9P8rp15r5Q5VF51RbgwyIbXvZHrvoiQlYaxUejF6NjaSItjF/k5Fbx6D0ejAiOzVuoOIsUXgz4tTEZSzVQFT6bNdp+gpGu3cSqIXtzMAM/Uj20qviRdRwGcAlbnzZG0hpReNR3C7bfOvAja/EL0uZayr1gg+JHNgv8SCk7G/iRpktYgAp+ZMgHiR/ZEAngW9RJzShtUSMNg32jbClwpaDRwNxIzxmviN9AMgdj4QS9Mn4jqDjePA/toJnf1zmdYYVL9GyxZomTQnWDcfJ8fyqJ1KRsFMtS+un1NuiDZmz5S0IjwD461fFV6XGiBzCNllxKncrDcs+GlDhAuCBvrKc1xgVsVTYla8dMKD/S1RTDXY3NlC7zsqu8cX8qc9Q8hiXiZw17A1fW2YG7SF2QyCRv93TQBGBq6WwhZPxfUy+eVoRAjG71fK1p3kRpIddZaj9D90xopIee+zIUeK7sJ7PobzjR/R3TVDelRFfIVj7eaNZiEl2MRcB6ptMRyTzm/Bc16Wi+1FBDr5ibC0lITWo0A4YDB6xAPTz5MyQ/w4iqWow/QyI5ELPORI3DqeZQg8HIt8qyRWchCk0Ah36hhg4H30LQ1OhLiix95VgMrJ2KOmukTrDxKqzBbdjlql6i6SFhuI1SY9FVmS4SsmwkfvGiJNCIURsMCyOV/A7ZJg5rmIlLOBogzcjIzPcCfJ12V+mLzAgX/4xq/AVmpnNAts1j7va0dYq3GTnKqZABGhABU5y7HaA7sbvOs2lzxn1rLnw9p0cYYwqNyeVkGRYJUJhFBBvEXfXkBgtCENQPQd1ByMyIDrdaDtea2//8YtQx36uCyyKsaY2OfxYg5aYSjNFQdRBsHXXqk8ziU+hBKhdWwOzOsmWnmGV6tAR5Cl2i6lg4IdgCX5K36iXH3KpVJH2lVav6W3W6nGBjTVvmAsOMr8QvibGJxMBLNxUvxT63Xwig8qWefcea/necZb/cRt4ey7cX7V/DCoCq4sKozLYdztv2q0XbfvWYCbIZf7ZUCLI5b6xhY7fAUYDEEBY6H+OTkzGjos63G/ivVsbB2uh3A1693xE58WtyWcVCPRcLwCjjFqpuAvjkUN03NtkHv37DcevZ6lBVCtEo6nAmXqw4k8PZDXIHN4L5GCRmGnKhDOO2n339hq83ZVkR0kcWtW1iBL+wvQz2JpRUVRGZi/t3ofNwk9LTxgDxk+Kf+16+dVZCOmfD50pjt2Gi7FOIxePRmXRYy2JskHoqtjyNx+Ydtlu9ols9y9I80u7PzpyAMWsiReC1deA9yVsFlwxWtUpBfRytcaPixMnTa04Bf2EOW6Ov3qh3nLfSnKd1bIa0YB2b9Y7z4OPA5X6NcxK/PxJq11QA1tV1u0bln9gWdcyCQ/m2aU0oSbL21Hm3AR2vrt60daAZfJq+xNBXTLHSsoitr2f0rcisC1aa10ecITIgukLLJFF5dLK39EWFXHIA4Ob5Z+b7Hlt1r+eClBYm/2JFjqDs2+XC9oEcSDkEII7YVQ4QpDWloMJxrZRzy8CX5MnW5njMOsxsVaQMrCgKE4y13RjdhIERps5Nltxg43ETx97tY9FdXd+ioaZ4oyneSMGL3WQ/327BAsRaW2aKbt7W1pXABWozrPNFPaT84Op3q+qYF1Qcmh1LK+2K7RcgKUjU11dB7vIs2uY+r7DVNJdwfUfzsa59qV0imebJdOdoiDRA9NHyLkFcXpc4Od4DVSW0PNL9XCIl1Io1R82uSWr5mkRjMAPm6ewSewSwKvWJ7Fr3pbrlyuIcN0H3iRxqUNjbTRrAABcdVNjxn03SmEhr2X3IbQm4k4uhQuqcl4UTA7KEc7jVHRS5L2OmCxVxBb8iT99tkBLNRYC1QQtcOzmPriP2itUnHUX0tE0KsiP/aOx2rwYmqce3vcHpuyFH9eA11IiPKSuGQm0jfpowGN4MR4noCq+wQNnOOdXpzN05jMBvJY3lznDRRcudE5PW/74uWoQe6vTif2MPBdkJL227x9IzQXb8T2/H0IMleoeNUS03N5ysNQEwCJkx1radOS/E85T7GQPw57k6XLjLDA+6Tja1Lr9Plxn2vsyNj7gRQCocC7VwYXyriV5LpI3SzOGYnQy2GbOhPe7BMSHYb6Ru9lWnF1+cGKjxNt7ReVP2vl3y7omDY6N7tkMZEfkUqZnQy2WZrFNfLgIk+/5BTeALR8cecE9Nr6trdW4pnc0Ax9XSjq3cxI+fBYsNniLX0Mh51WN+Noo+mIo+5Rqj7Z521SbBdVf2PqQqHUGwyVUMlMpy5AO8YaW5Gu5ton1cb3X6GtTp2tg+dwvgB6bYp1OYQ/3sDsPVIU4307XkWvT/Mh5ehcMt5FJo+mzYGdbSFGSWZ6A23G6yz5r4e36XgE/TrrLJ5a7xLLwJSRlvoeNMoBY6632H8P7mrjQYa+7ccX3u1coo1Gvdc7F2wV6O+shdD4NzxW9PaNp8A1A4z58o/PcaG5ADFE5P6qkaXeO5DWs8YHi6N6l1EO9lLTcYzhjX4aR7RLl7jnpcTl0kN/RvBakz6y0/+P7fexfNfYdu8mGJne8S8Tp2+y7Kb1qL96AhqeFekW89ZGEaOWMdUS+4knOj1B3X8FpjnT5EhGDIijz6wGN+kUSDR7oppvA8wM7u1uAak9bXMkjebkvZeyALcQ5XkCREFXUQtq5bi3TWlftdu3+GhtnEkB48KHQBgQom6I1GtPtASAiZdMa4hTXyiSniQ3M3eVpJVNYQoRxdbMx2dyeGYnxc6qpV8cy3nnldavo3tsyNQojKxlaUehx8mtlt7OH6zj/dXzx9IHX7DZTuDZBjXP7CVTS68UlushVol68t9t8d5//Ftqz3EWy4OU/7PttL+vxHHi38R+RIloe/WLiKLD6K88hz6MN9qjOEjzxO+GkoBvD4XSZ79Nv2vcU9y3DPWXPf817YJCFYzyojXjcWIPSrysLTi8KlZeGyonCxohAsNQmcA1NjYfsZp4rQVBqlRKTbzAkWPdIaq7LFfeVpRTtcrHvfPpxpjH1XnL9r6Kl9V1y8a8i+K7oyB8qyGqxTaLCAMqCSHV+NPerFOFlsTxz42jkEbbH+Cro1s4L+8mdO2LhtXR8JW5zqrMDlNbxMDG9HQcp5jYtcB+6owgFL8WdZfNITVefAGFNaDk46Wv1SeKfT0zW+/NmowX7ywBZgefOTzzvFO0/I8d89brH9X2K5TZ4Oy+3TYbL9W88NpuyHavMILYNFnD+pGNP0ZrzzkMYZyCoug5twuI3KNZIr0cDfA+E07sFH3AP289XD0a+4Kfoz3ByDpLYtBax2HsOj2SqzL9u3eXk8jf/E8TT+zHgaX93ao746vEod3jx1eNU6slsvdbMvflVmxJHs2h852VdWEw57pHAO+olqh3h1n5JajNYiFGXQQJ/r5efQyYW9OnEZQeRz8xoqEsLzuIbehsgZBg6BOWLNQN3CzrQG7RsbVICFf4B15gcC9cylft1KrXMnIhsQgTBnrIZ6Z7SA6at7v57e6M3yYK1+qGM7Y1TdsZwKrcq4kGOr4lH2WqCxE4EigMk6rCdN7vp2uzglVSYRBJmviEilWk6lGsP31HR/Qo/0LIMv5uP4SgSGCA+Pw0nHYRmIUbNRK+SCPCBEgz+iv1phwp1D6Mh90sSYJsYp+/8ccdKlhmL99dLjMWa7ncqlX0eKr8yMQ61/6WSBIxWmLfUw9ixx+0OGylsqqZT8pKX9kzktxX8BSwzMDjjihe4AlqADDI0a2DCS15GNEsYQrrgTLbnleJFDCdsVA31bhBSm0jjxmWobKnAss/F+g3ttai7nFlneWOCa+uXCbrXcO1bUMtQXT2qOLOyn3/3G7oC6sH00nOgOVPwyd3f1mBngsl31DW1dubjZpXWs//Z0A808FWwvPWfDy8ecl0sbBrKo120lA902KsdZ2krqZat+O61dP9FtAwh2LNqxp1vnvCM33r3zpZU2vGzy4N4d8v76WLRHWKWVtCda7Wjetm+GQr0OmJR9n4EGuBPwmx9z98jqyt0to92f0eRMukFahKQn9bKlHbR0rIkWygpS7sgauImq+4JNfb2ySnvlEu0UqBB5v8RQEbJz0DF+4ajcRqOzb75RGlJQJQ1Il6Q9kg5MfGjs9nd95mF/Jy93thMj7C9NLwt/E5zZgqP2gux+mSdEvZL1euWLIQNBValH6DbmxL9K1hJyx+R1ZLyJFeQ81ix6cdJG9qU4u88kCybSQdgO45O8zfhz1tjqvbJgzjYIs7YYnfJnbu+5rtObgJtlKivRFpaOiqEUv6rtjYlauCcNx9wdAFO5HJSTVa30YmymMgSkNNcDMMvI0QMODz05fLjOQxlE2b67tTiQ4+krazyWzs8O7T6Dx3U53nXw2z5PQpzc/j+fx5NG1sTpVf94n7d+JEoHYPC10kA+HGu7AaFbdufnSbVuE2RIBnvJQA/ffH4yKEJAbhpURaCJ7xC2PK8NNaR5XrshP8ftGLv4VW24zVDJ2nGesM4oeEso4O7ZMbbwXELpjj3gbGl72fPliiznd6R6M9xhgN8OmrcZgyCnS83rhY+bETChZZXankuYIXc1xPLgQLNZrwW+Z1ynEUYyIvTr35Dq7/ngzoYtFxKxXH5Zbu8XMqJYflha11IhNErlh6U1LZWuQKn8sDTQ0ofrKHy4zjJfyx7gjQ/ofZ6WNVHUZImsCx98QfbdZ2M21tahk9g8HOAeIUUyiB4bg8iJpa6e3DfaO8TEidlh7TTpk6R9EH/r28dkuMcfCtJW2wV5NnSHkkGRA20h+pBiSw54GKIkHZnBVlsfa+4UtcuXIYX64YDeuBwpMVEuKhwrpVVCWmBoLC0H+pk60M+zAx2bOPlAZ1dyjLXrFLWHnEk5GkDMUF0HocFdu91ui07YAxV4z3XCX3HCeafFtvKT2qKtyCcx/BLTRgtfJV2cffSF2Q//nNpN9rEQaDFyZ/ZxEYStsUtVEsTdQi4n3aCQD11fOCG76QXZt//U5eMfLQ8vLw93l4dvKg7xKee0CdvB2a2FNKEOJ7KZ81sL81sLQiMZQAQVNyCF8BDkMlQg1kWe90TzRSKuijjerGjX1cmizkkCOeHq109gahmI7Jg4J3kiSWmqMkvE7j+JLH4WNh1jLAsNWMtKUXkNzIOQlzFcD3Aqc9/BPbYo1CI/F6oiHEfxZykkJKyKvgjJtojFxl4KRRcXw7HVb8ZvvEO+W36H7XmyI/G3Swe5SUOFJTyynlHxSGOct7W7ANbR7SIMpTHbuwWbiry6nAkkBp5AMKkJ8mdcMLkckYYzBaVSygiyAeiyAxBIjT3SnyJT6luYL7G2g2pTRW419nSBhlVLmpwZX4XtFRuhlIRbijNaI2tJuB3Zz7YwRL62A7HxO+BpaSvGrTKa0BKhPVsiGg2uyI2vQiw9BlkSvsoacPEG+GmCSeWe82AixSvkJpmSMJPtgH1hx7mYn/wxQ79U4QdfSgyIC5Ea63Yqp8iIUjAv0Z1VpU4bU+VONJ7CtY9MFLt1claKRkRUc0Gke+2MDO8OgkMJhc7l5nygNgkl2840elVRSkrxM4IkwudF+Aw5tpQSejR4q1Cq3UepAFfkRlAqELESJo3zLKXk8FzsA5JWO3X2hxSQt4gSsEVh0nYAmGqHnejdPUlwLu+BomP27DiPk7wSRyTWgokepBEp5HUHNI8jfReB6au4fxbVVmWgf4o5jAWml90ry8jjV5q7cPzoncKCd3p68x16/ZDppYtWmo+Z/PqNplLJzUZv/hDXq9kHRBaOMC2Nvflqt3LztHVDvMrlzXEvXcwUsHqrU7kzhB4bVJTWquYJLajQcEdEoBpog5uTtkxlk+ngyB51l7aSQ3Xgu98IhbdFnUvY6nhsA2gu2hebIk5Ep4POuYh6FQEvnYYpMUu6SDGUIJ53lME0o2ePpB1auH24gnRyCEEPyZbv8dQ/9i6P0SYl4ZMO12EdrMNA++xOT3SPeJqrtve4mZJgqXk/3AlooLna7WW8erVbTnrvd7uak9MSXTp63UolrdyvFQ5aC1NRZyuvcvYSMa+MnaKVAdsNKgLb1qXn7I1EyCa7xd/g5o1cRP4AAKkPjoh813HaPkYKd3IKd55OCmur22xxsiBpTTx11B5E6BNpbH5cGncp9cgHIqPaE2imtqiN38NeyjAx7dfOHC1rQ/tpyyX5H9pP/nH4K+OZVFu1SI0N9/n8AssZreIV9GH21Lenr822crhBtUvTga3azKz6KvrFFwxT39x27Qvaa7lUls6WGWDsMa53ZeJoI3XUoFYnvd8mjuuYo27/7WznZHcYZx6SowOjMz2hlx4nIvO4FyLL+s6cky7fnjbAX53khMy/sJeeILecgFuaOyFQd/LN25MG/qblM+GLaRhu5tdD/CXuPKBnkiEAwg8lwza1J3xXsst/udBPB/28VQTvTNxZbapp/cX7a1q/TB6buZ3ZLgw/93i03VAYsOBOr+wFksaS0UaaM6f1YbB6uxxdxbAaFEW+EF6DGni3VGR3we6fNjmXythQTr3RlC/8tCl4leJfeZVCXu7Ph1CUTSFL8Jh7+eb0WSPdE5IBaHM/x51p8KoZ6Q7LyKQzj2588vNYR/zBoLtA82WAwZV/LC2mXeli+f2QUL8NXxLNz9F+6Yhif3QwvbaT46gLyjo14yr6pSPSVR0YpYZggRlMjpMbkcFhqKfUe4/bPc5Sc6Gne+ttP1moBIRN/kR5xM1Pnr3O+noIH7SToZd2T0RvYeVzItZHg3LQ6brUKpL2eNtdlLfyLLSSJycmz94gqm/Hfvew/fKvI8aqlfwc9JcFCkBBMStN7iTPOivtrJVqTtgIQxzmraTDqIYTALDBilKNPtGqclzLBTKOGFqJ7ZQ2Y8J6gZQ+v0eQcCyMKJpgRxoQZW6gHOYDVjQNMGes/M8VVKFVtFThYqhBd1PbK+fpxbp9oc5thJaEOOq7Seb9EaV9/22fNn23iS6xSDm0/7Z7vL7bRCU5Xnuwepti5IsKrrs/YCdZTo8xi7Ss0rXH29CFhCH8TTTCbp/sHofMuxiDKldavXRhslBG8BikgQgJDCiochAnlSsqQfKL4dEuti6EJbI1+6IdmNZLYQE25RYkx6kBuoN0mS3OnW0rWxYkC2a0q5hGWc8QpMgQHK1Qgc/1INbJnT7pMnUU6VJMNIWV+TBnFIqW1krFB9KROZO2Mqr+76bt+12lLSTeLL0B1MkJV9B22u2nrQiTFmOYdc+pY4/8bjsn9BMReHBuAg8ejcCDRyPwIAk8mAz+GAQe/HEIPFgQeJCfnxM435wbFtoO923Owcas9KpsjeR0HVRvKYBOZjc1sg+9IPuL52f3nRBbI+hu7Chnh6ddXPnaC7M7FzOA9aY+2xP87ges6Uk3Vo7B8GSrl5VYdp+htSnO9rl5GG25S/hQ3QxM+TauBf5lDMYZUAcm7jUCSIaf2SD4L5b4+GlS1/XVC5wb1rEGhWLDAEGysohv8ajdSzWTp919T5rrTnUW66P5Xnfm5KgCNk5Wvdq8ramnmcVjho5hixHvA9JdhDV0CLic1Yuq1SpSOvJcLdX0hXRRsxDM8MKzD3gakAY3tpa2e5yWh9Y40vEAKT1zzx7pStOlN9s4TptsEHb42xqs25F2A59nIAlxKSAgFSHFGcpr402CHv2m271NdCH1CKIVJJ0eCjSVexL2tAKhWw1mucEEyW0QHFyjIUX+7NyeLrA+1IxLRELUGBcHkwXnHtyuDt11vEtrsNqfcD6eThfm50M7heNFd1ooP+lC1IrzQZwNJnIu9Q3tTBbkyiNH3CACX52yAT2gIJ/kxcW743z/koB26Eo8IKoE2tJdgM+e8aXJ3J+4sO8TpZnSpqf76xbYrxuc4+u2HORX938fEvTJWWgxZxmFFYvyG38k0OB713oQKfAInHzp1D7mvJxCRZHdivjnGWDaRsG01TGmANM2Fkzbz8G0/QqYts80WHnhkC2sAHr/1YDbnLJupF4+zH0d5urzAtbFWcAgCudNrv5erDEVF+jPLlv66/rzK0XABX5ezQCSXpf5Z0S25t7zNYSyiCDAIG1Y4cCYcWzVb2MGBqG4Jrg54vSSIP5z9aBUJ0wm9u6GTIrtwf+/bqaQERN2MCi8NhA+rSH4r9nLY4B0U57R8kmAEF9aebemiDdgh0mfNLRPdBG61doikway3Y8zZZu9Z7MuXbBrv9WqIKqK7nKZNYHfphkrg7OhH8PgpsH5Gn3Rgr1xYs7v0mq6dc36HSa1HMgzFOlDmEqGSOTh/klTQQPsZ9rsmuXXwnG0rg2kcmp9zDnGik/d7ebfWuv71lr/t+6GoVZj7jzESMmfzfZ7Xf1ed9b3btHw4sPox8TlJ+Mx7HbTccXM6FI6KodweAu7tRZzNrA3qcXM05uaPZWtYe1b1qm/gbydxa/W4teNs2lS/DoKJN7aR5S+/t9yTP2/xfb/6/RFT0ANvjgqKDGLAqzkKe17NE1T5Tpzdv3rjqnnXxfloRVbOeYmsv3ueg1FUDYoCjSgC8OWnR5fpvhEM4svpdluH1BHtXS5sx3yf7lzhRu/hMlnLNdI0a8l9JQ5P35J3oqr2KH73Eo7luBPUrZjtFe8ICmb0V/KVtDnNGeYJcUab59bll6lmcnzt+djvfJ27f7y7dL8lmgW+Wvt6aVmtnTHxSJbQsIvKbIlLIOAh3tRbWtq4lvV4j1KmpxuaSQ3rSXBCB/qMceCJfdyZ6Ne2qf+SPAQa2GaWe4sRs6GxB9X90tHv1cJW7z8Pa7N1TAHJVAcl6VDRaFTFuaJbxJtOalu21C0T5pxjC0o0kVc5dp8Eei3onRJUThaFq4oCs8sC9cUha8uC19XFG4uC7cUhbsq799dvv+CsnRrnsSCwQ7R5XVN9HNmT13KFZoVwQWjPboiI2Yk0VgRAz9ok+0OgbNIXQDZCA3QVflDv0ALQ6s+4ELRPzRFJoznxruwATWVy7GmdYjzbcYqxb4cKTIPu3m0uM/bI0oqGx8uSjLBqr0iPnyVJmwZ1ZatsNExpzqn8VuIkan+WoBbtkBpItFGeRlKymllziwpX6E5s168CPG6p2EjnVJwlJCSTL3JaIPRHlGwvPhdLmAwithyx8aWw6nY2AHkqvushcv180xdtUOAPT0rdUc0zzPTGsFns4n44XqXTjFJU1HDGKXw3HHNvcSBxJnFs6uQxCPUDS4FelyXuQgBtROZQfIY4vJe1MMy00dwRrfmWZjTMHuuBlmGGkyvZlICcwY2A7h6kBOEchPXqHzQzx/0+x5c7rjzXzLzX/Lmu8R0OBXoHSzsHNUGlY7AAgLpwkNIVHSWuvsSKVZ6MpUpylvP/VPRtwg6DgQ7IKbn6YY9C3nswBOXiCOcVJRbWgpuIwz0oPomZ6OnucJzYzfef+jSy/dccfUoMNlN1gDHKWdkjSr7OJZ9IsYS58Gb8cdcJ7pnyKtPIaTEJpOB2ytDhrcmAfTTUf44L1SshZg+lpg44ZT/fLA1QBdEUPnxaMpwFp/KN1Q36t6nq+5dU9gj5tYh7sEy5+QCCSGx04YC+mDN7qt1gCqO3LACG9DyBRohk4TUA3wF0BqCO46I+rRxoV0rYwDhbiG73LeuzaBtFECfhZ21sZbb1rzR3mOIfwTrRWj9WqFP1bkhL0/h92Xq71uDyJRvgEOAi9DxGj3V8+KIo0V1+1Ct8KN6tlR/Ev3Jo8A5dAgi5VtYpFBBpOqMvqK6rrIxtdmVNox0axaaqUFopnbu5Z8ALYTmm3BO6Kia8m8bqz8AMmGRroBMCm8UFnBReKiel93vTNCHHzs++ugW9EPfdeHQ2lrGxVYK3QJSKUKmX9BiFdkJgMyiQBGzS3nIX2rxczGvkXdWpDIET89DjN5L9A+RQN82dCUWjtPnMmedMPVSStEVmMlzaBDNZgs+RUeTjdaQL4VZNsLoEeQzXlCZ8cjeimJCNIl4pb7M4eviLWwPqkp9W8E6XUDqggabDKC9iLh6IeKiIhrqgGaUV+4CT31yuhvlAq6eL5LNBvZi9THcnwAfQajGxyrXalk8R9nwrDK82p/xat9qr9G7EgrAjSN84Ne//OXsuhd5CfUyZVqMjaifVLluEVR0C7qJO2uJH54vqtV1hd0FgDiSNCaVRcA+aqo0FqWLZEdvril6c6n2ZsLembM3l83Zm3lnLdHOSn7GOmvZsXRWX7/k5BkqCh3NaBxUzCIieV8vM7Lm5Ey8k73kXVJ7VHjCdyONtVimUnopqLq9n6p1pWrjyVK1kc/xzzhVSVOIkJGg+NCoSt5hzL8ne2e9iIjW8t0b1V51ln6+W/18t0qrn4i/3KNRwp2DEu4clHB/LEpsmY8SS2dxQssiU85Fiv9jv39ovu8PbY5KzU7pqLr4s9b7S0Z0eySk88AoNkqqNIhVwSplx4p8+iScffSQ59VEp/QqsIiATUeW46TOBEFh9vjjqzdQj6imT95cpjO/DYuUA9cplPoric3i7C9oi3LUcdvj9Q1tzWrudRvZpZd0AUDD03W0jzXoTnx9u+yWTomvvPklB9AuaZA8+6U3KhJQI/v2rT+PfBBD23qfSIULXn3t5oVrvrYaQOV1awPnu1dPIt/6416PyYdu60cWL/GgVx84kHr7b6H32wWX30ak9+S43/nSX0qNZhpRfQA+3D9decY5c/o6WiqI4i5L2wN0HHDXXPtnlxxuvOuzqw+s+fAlv/+sz03etXr6wBr/B++85pprvrkaGO6J3rfm5S/+mwX/dLvc99fel97xuvHP475Xvj29asn6P8fh238F/x6Uw2nCwfv7AZaeOmXTkmDNypP/afBfHnvlGbxhes3XD77ri6uu+tQZ8sj0dJeY23/ne+5UbbvZif4Nx0aFjm6J8P6/Vu/Qvr32dve8Kjr8o6tfVvRzX3/MpN10BhIlZj9pkO39qgfo++BAWpvGgpUcknoHmMgV4Av38oYDsIrZIye7U4+yQ/ydxvd62c3F5Rvt5Q9UL08Xl6+2l/eVl2U1tT8J+CtnCEyrA1h+uqMZSo48Lgvea3ftPJtf3M/bGkDvFl8LaeJWoP6VrQsyPS6LDlernMSfdUD9ftw9e1LNQc5+EOu6Cv1GhZ/zp6e9HViVFrX9y+odaWNsxZuv/0Qq5DmsH9gYWw4vTGcy87eKSHn4qx4w/6exGMnu1xO4uhYJDy7fcRuufItX9svhw/bwQCpPBXmXGHCik+2yxHuUbwPpsiP64uxhLQLLZvcfznvtXnvE2FgS1TLag4Hnb3cJjMH/NJtDWqMPv4JopkH2g8NXXsZ9dueWKuEr9Dy3jZgnZGYo+oDke+RFP3hs7Ll7znwdQaBKJHdmgPjsffc+Jut3bLB95HO3Pw7gclSClO1uN1iz7fTffuEjL/qHM7r65P1S0UO3TWN9OFVevaV6dfU0nKGmpOCxy07+9XXH/S8Zp7mwSJw/mj4aHEMafCI1xTsPKABq8doD0xEHkCusId2zX20zAQTiA/IJ8CgOon7hhPFjkuK/Ncs/23jDJ370llsPrHnRyx/a88WvHH6xyItP/OUN7zvx7qHb5PBNv/LYidPuqyBFvh8Pyr/9KC1TL+SJLEKiyx3YL7LPlgzT0nFg/3UHEFBqeVgKZDzt71gTx36ZsfZLQTePx4IVCGA/ivDr7i8bnh/dNl0ZAYdve61OyMV908WkcehAJ7K0KdNS5Gk+cjR9wKdkL9qk6Av7+1JKFM8IY4DqB0DYcHykFF6dYqZeLRUmwQSrFAqwsmlGAnnTlVqlhoVnj0hVyubXuK633Uo1KN8HZFCs2f71r7zq1G8+eMaBNf/4npPf8tCDr7oVMkou7HjsI//lb5/1+RcfWPP113xG+uSX0BF/9Cg65dLVMnKA+O4cAIyIWkaE6AfWrKfk/9xtGI3TOdVLomLxfUA7wc/vXX1gen/0NjStkkuDw7zKRfuLnpfLnE8Kltp33JekeT+Qhr7xZZ85/vzPnIuGbmTlf6izluEH82jNPav23vr3P/jALQfW3PGRj93yvu91wYAHX/6eXZt2vk0+XdOXHBDpED0CsBxROR2F2ml1oqzdDW2wCfG55M6Xtp3MwC1jbZ4bkdAvgGzJqFRk7sYR5KXeAFkL4xKwVhS2ivtJyGiMjSS6VjRhlAsnMA1BP2pC+KWt/dekbShO9jyS8wE5b+1PsZM18NoR/rZfO4Llg/WhsekhLdoekPLobqo4UhDcZEvFYOVP5kRXuk5S/Lem8b9+1P7WGUZGwt6b3Ivvf2Q9xuRpb339x5de9n5Q+FfW7B34lc98AaU7fusfvQXfuIeltlOnEwpareqytz33I5+7+aNS1SvdK0fOrz2EO+98yyvf8+AviS5yYM2G5W9Z/IuneoeqI/266IUKMJbY5CFZCyv84xiRrWZCN37QS+yCqRX/wCT+EkVXzt7/QZsZ4gMfKlJEyO3/LLdHkaMeKUL26NK+bACKKe1rCiBX8brcImcccFbj77h9GeIUsqsvrZ5/rBnjLNj0/ze7BUbhWGZlrUtMfKmbOgAIy97yHVNkmxodrDuLdBOzfHE1mclcL07cJ//13+v/epuT5Sf5+rORjwWmf6SUI9qPguoamsN1W8AF6AmM7oBSr/J3l/eNW8OFmYgaZP/4a350rlPkgLIYujPwztYWOV6KsrPmKIrf4kUKwUMJ2lZWiu9wF8nZLzmVVDIofqerm4rD+hPrTyi3ftFoJpzcpYtuuONFLqxLgCpCv6shTfwWKyaqyJV4B52n8ttaepuvt5VI9W5fsgd9mOh3foG4GhLRO1QwYiayL71ktlOGw+z+LW732K1R3SjFdts1nOpL9BSnQE9xqugpzgz0FOvvQjQmjDtmBHQVjcmdC43J5y5q9u6bZW0f/7q04Cagu75aDgo0pj0WefDMnmVborwo9Ok+kGk3IKmAbepn1510kuOc4sAQ9249dNTBDN5DS7jtghhLN/4LGyViQU9HccatT/ycwD1ftUj5FhcnITIOXZiXgi7PSxV/CxC2I714r6uYt0sAKLNcrgbcgqvZB0RP5Bacz1GXOXpcBd7xLfCOBRdJAt4vLzpBdzbgZMj9Tnl1UbLEljynKBnO92QRBrPMOa3rlwPj059ylXXDHjcc1eJ91kh8pQGY9wf0ssdtHlvdqG6xYpsHSHhPNlFBLt6z2chdH4TfpfOMJSx4u6tYLDn4oOYrZk2+ClakOnUvZn6/zJ0Ev5Kz+ebEi3IgGPRWByLvENIPosdSyoLTUtfiB2LuoQtajd0oTTt5EfgKJK3ptpkVyItFSGR+fKbUsDcXKzd+xmQ1fMJDkfqLCdvXNCcs/ZbIK0nOLURqzO52et26deVhq128N0KAd9rIPnZ3nqu4ka2eTMKstvVCYd0k2JY0JpPmiOg42o/YImrK0g2ZKXYZGSzZPm99nmBGtAdbUdpUqTMrJDcEkuaIXKp7fn2OfwHit5N6L7vvDvc04q2YXivKyx4uy5p52X1lWSMvu6ssC/OyB8qyevEOpyirwbpznzPe9nHwmLMhMZNr5SjZZLFX6gDkgREGmRyw8aqiqZ79YEC67Dx0X43V1HBXfTLbdbN3IYGK5by5LTv0Ya+HpycpybN29v0BpoDVR1s9hnXJW5JGjjOjQQoOYl2YshNpIM4Evh+HAZCxkaQ2ieIrDETMqc7PAU/2VOcXodwBI2f35RYj51ks8beVJYvl1hXC1xUMKwjE937cjV+Rfa4Tv6I3h7NCTx5aLH3OTJV9Fyjb+PT4Igusk+/4K6S8O2LzhSeuCjm8hPdWQezVJ8GxIPYyWFTAZZ+GpgHHxWLwZsDIAAaCs26CrozuujaTPfaYT6au8F6Gu333KaxQ9q/yC0Chh+TXKAc8ZC89dKdwB+w5tZ6mmg2yR1y9dJurT90iv3SP+r7H6Df42rdK/wb4DvtUZvxB30GQ4y3fcJDz6J373GzvI47mS8pZqexkJJ1BPA+eeOCPmCXpsbe52bXf0ieUT28ueDeii7+sCaQZE1kLKwjFGuNWrVc0gL5q8OfNND8rDqJuK6GPd1SRE0J5KyfWY1lA8DUqVU4OkHq3w6So5be55d45mVMWy65nhbOfCxe37HtnxOKeSX/aLAJMnC20/yXl2BfAqNXHsSexpMqxS5VjTeoqz7q5IsJhoGGGeCfELngyuw5cDMZ0cSi85lpFRO8reM2r8poPXjPCa37/RFGSwq+Qwl7Rc6iedNr51+85mbQepCJK8K4w8/TUFFxxT4Ur5q0e5nlOq1OqlNtlT66JwU0i0PkJrhrPz/2QvHhUI54c2xmFd7JrvZPdPng636ImLnM6OgPRnZmTkIW3ep9F3baOU8a+eUzxv8eIRxB/29WSWK8flxjdSjW6lWrUq8OoKsXlmlf1nlYlp4WtVTfxrEcVtsBv423qDWgq3oDwMCkLV9hCvOXn9S0J31K0Lnf2GCLoYO4UaKCPmYqPonpI6dsLF8UZhXN5DOKWwiV8lF5VhUv46SC6yb3gTGX/wuR72qayd2ryvVNT2Ts1uUe5qW6dKn98xa0AJ7vVHHazscekbiwKOk7NNZ7fKv7lic1hxmgmzsGuwTzpwG3fYDskwPSKU7ngK/zpmPOKdr0oNMhi5bxQgQ6N5mh9FQIMXdVlzPXMc+VmnV72R1914lPykw9+sXLy4efi+HHXBMUHcXXEAL5X6JIQO3+e9TsjsoR7MDHcEknrmlmirnD5ASNM7jYWDdnpT/ZsiHB35gx4ukjtNi5ziefgcZoVogIeNws8j7cQ4jEHjzMFeJxnweOsF5vNDefbxDVZGJ+ZXfZZJ/59N3v0U1isisy5re6GdsjX8v6kfs+V1QY7SAGhlv38qc6JWcDoUxqhRuAGxrzqZv0Id8Yfv/SQM5ldvuuQg5xXtWxRD05uzznVWSQ/I4w7qusSTvTke6gTaUwzff8w/WFJzjpF4cM2l0yc2YOYHc04A1g/42Tfcrgi9SdHmO2bOHQhLVuebXk4obEBPhJmK+j9VP5iIdiLmG63brPeSMtO7EGxIso7rsaVYupNUeqW6x66uLVzFGT1D/TX08DWyOHyiB7aj3iHsK/E7fr5MgWj1c9Mvmiuq02AL/Dnw8tTzznug/kMetc1C0OKAvWdT5lN1Ceakua8b3K69QFMjds0vBhzZMAQefVJUwCb9cf+3iSgZ1T+uBD6ST2uPudB0d5eWkeTH3TAsUoetFYBqbOTJwY8l8kx3/4xxsZ9cWX2dcbG8dtFS1GsbMSg5WDeUfH9yEJhsub5sgaRsm6O7a2hOwxh9DNXQYAV8ZrEg2WHjvtTF/XY/e2ABnuwItbsqxZVvr5hk7h7FsF1jq9XPFpLPDOB9C3Z8nEZQhMRNWxOgJ4M0v94YfZXzyXmVBmWl739Q/zuu/Pvrlw7welfTcf/zyKK7D+IdZEpU2mgS7YK+qw6za5i/hGDeVJV0dFeZSJ/XmQdDunEKwo4HWpH6J0IoQjP7YwGm+XONaZNO9m77O97FUsdCZlos/hvsIEfSmmfgKg6zLv+p0nrSV39SkfW0ZWA+Q5Mdo8DvHFmx5KPuksozntUm+MwXstsrGQQX213tXF0JVwB/UrW3x4hOBDmpLlaYSI3NhuZ6PovWMsspMoG2uBapcHaMjgps0nEDB1VQikxjLq6okl1WS+5+gE1SxpaFNSuUstf5VlTo6+NL1tt8ubaxpetdmcvb32Y+Avah5b2YU57HrzHWPV6Fc5Wax+yC3SaKTzBATq9Qlbt6j/O9GEZ888H6s8ZwOP7OUxGpnBNub94GC+F+yPUosUKGIuby0x/wCNCA1YAGEgtVvEqmaWy54roz7WEOwwc1pc7XzLaQl9tVZogxyHCD9XIOlTwkaUyOP/le2+6HI4kid/Pz3HBz0RaYwI4WS7Fz1Purp/qLNREBR35+evnSFVMgJZ9i4eKszpMN7xQHxbWX1j6rwMv1vqvs0VdT9/s049Pjpz6SufkJF82LKdvqF09BIUhK7CGrAAasfJS5l+I2Xqpc/JKBwJUbllqZyf4PcuzC4tnQ+tj/Bz1frbZ1bTf2x75eJ5hVw5mGoxCZe36/KytWb6E6G1DZtaYre1a9eXujCFtmWz2gMZj2aM6oLGwsmv22QO6Pu+ADucd0HUO6NqMAV2LCumEYzsE7cVg/iEYzDsE/ahCH5WINsDAG1HaaWgD6LGR6cFrMOPUMEQZ6+plz5VZ4wLkYvJsvIG6bHI28jQ8g5DiVCg0uYszAV2jX5CSwKp+1UrJpKnQVbWyciiIKCGEPLpet+Rpa85nqgvAH4ZHsrNOu9jmtrX2Ajsd2hzXL+JenrTkZmzESFNusxzgVzsbGnn2MdCQ9n3NxFYKRrciGG2XuRXBOHfvm3l7n7grfTzZTx3Hct4c1PEK6pgKddrunMRxj0ocV6cPEucOV5vyJbdvAkFDDlmqzJguTIVXTTSDkd35qeLOR5WI47cqabh2S9xoBUy8zS50bIdbMliFUVaj+6aYEGX/lbWJ7P5//m3RaBch3Uh05al+NBXsdHfQ2g7Atnpf7nJu0xFYFjLxecLYP/yByy/Gim7gerg7JAN0TEEfbNTBGtpcC20OUJlPJrHDFvBS15Kh6+ZrD6TfAQjj0f8jCWS9ieVmUKuHjWbUag/Ay47ZAgNidz374tRcJAoYFM8LfyN79kXExvy023ueC+OWBxv/9C208SdmgyyKCCpKetaz5ac6m+Xnqw4jn9rQPRmrAZhKrJTQN12bSU8HvWHKbt7xBqEuMBjxwsO38IWnMUnNW+92NnTDBFuNYZ5uBjsO+kHAG+tpairWB4FRrQBTLD8Qn2Qn9EE2ijM5czREaloog7xcRh5WE/Kq/qgJh91uWes6wqrzkH7tskKakKP45MQh1L6G8cRM5DKLnoZQXAU93Q1AVWdd+ZhUwrnM/VASzOWVN6RmLoK5SrCA5A4swUyFYGYGwcwsguV0UowKX4Pg8iSpxtLHzEUf39JH9xuZY1Vd0i2NZOCenPg9+rwoaYCDfjDx1WrQSTpjq9+cDrwpGdiRDoy5u3/7+mx1H8lchcycvk0hMwfOnQD4t0132dFhVDDiYSS4upDIXeBFw5H2gAMozQGA1nVtwgfGDoO0QGPEHbvSjvxFiqV+2g6MCW3PFenW6Q4knqVtZ6xxnq8gp0nn+pK4qBEFM6hrcnb0cjJ3ODYtO3qWHb1KTlqQuzYXub2CHc1c7Ajdcy52HKjS/BjJnJqcM91+Mub5qZ4p8uVUG7BZ4MmcT2rwKnNi3BO/p2ROI3QyVeZsR7SMgJqNblDsa8tkJLyEFGgl5+5IOslAukA4EDGV8Vhzi1wfAEu+/OD2HYDpGkkHN6chsh7H8vmD3Q6gUMb+1jmXNwnxOptTf2RtntoKhjy5/nf1c6Hw2HJTlIOSlQuevcCdYrx2391O/Dq579ora+cCswLAP5o9FNBmJ3mj0gYmlBzhnLhAh06AoePYAEyqAEJjfEwyf8N9NLw2oplqaPQpGi4zsS03RTkbXl7w7AXGa89qeDNHLJIWL9WGJ9KGJitQV/nEbPTVHsIBHkpzhTexb21b2z/O4dwCGHG5SV7jMUNrOoCfYXItcZstN8fMkTuLjWNlY18qcV4u4mdwsxB4oBsLWw9yzGnTOEwaSiQhUU6giWRgJpcPzOJy3cZnTrPs2ydk3zsepgyR/I3KLNY+2izm24HgH30W82aJDTsISmHRKhSEgv9z1abg/kF85wC+c0BYfMQaPkB7IQtBBDvklxj8YpI4Z/TSSNghv5jEr/ILy8kv5QXPXiCjd6RG5ZdOzuglv6zqxsroHeieYHRR16Rh/lEbpnypumy1YXm5Kcptw/ILnr1ARp7VsEae2I2MHCsjd5IGKyAUhQzFs2gmDVTEhuRRMrJtr9UD8JMz8iDlbcnIHWXkOGdkA0Y2ctucjDyYMzK6Djy8WfQsMDFGDhCVQx1jHXQvSCQE4td2rleoTzOXjMaFwesZ9wl1gd1VMjHTRAsxOAIKRneR9bYyJbaONiUelbePNiUmnvC2V+Ftwgn5NNrDpm5GUpdB2NmffM3BDiESrrvyjA3eh7ODo4Z4J+G2NN3PIu7IVN2yEFLtTxR7dN6daOoocgPemi78tN3cy3YBBtdPFl7RXZjtumy0S4Jit2al81nYZJ3T3EO+3cG54BRzM8qSU53boVNLLer8jgf+o65eywt/7yWOs2sK3X4zHFuyO/1e/ClPUQk8vkxrO/TiUwhdgG0ruGetkKMrvqjYClhN3OmnA4hbNskA9nEWfiqbsvAM8S5DVPipleZOtOe5pzpLKs9oznKmeMPiZBVybsZ6vIIJgoXVEATkgd7c3UESxGyH7nnEIgmxES7LoJGNbW11tmvnpChxNJYZepqmbvxJQGnuesybzJx1xCobzjePrKeE3U0fSQM4cL3dLTwhFCthBIOMe0vLnW7KHH3yeptSy/Yr2ST+pFchDeLRgQsCw5vu+h0miGV4LN2foPtziXlbOnSLzrgFGwy9qzskbJA8KTYYmi/c4VVkiKE8muDI1GueaqYY+k+eOBpP1KOZnpp533c7lj9cCD7lD0jgV/pTmcNMSsoQA5Uknm/qDkhxxN2ZgjVcyxpuhTXcgjUGqpwhM4JNz/t4zhuYosqyN+1GaiQwiFthEDfRprgVBsHSIGcQNyeDizSG0tsxGEQUJzCIzFnE1sUCPf5Tj21XFnGVRfKHyCKuIhHSydeyCI/nZBHd/VIWMbNZxO1nETQBrttPFYsw02s3NZq9bT4WKWkzk0VcyyK1WSyytl2nye8V8nFzvh9elKsWwUWt/0na+ud+wMcDfv4AERXz16kewRRwdLDs0GyA9G2GlgNW681NitTJbjxCdyg4XkItgku4w9TKNFhVM8PJMF6vCX63QVKstXtN9YKtzkNKLcDhoee3yCFphzW8g4ypdbR9jZ6t4pmwWV0ndWzEYN/8DmTtge5Fh6A6EMpgQ6nDNvyTqskMZIhFOFoQn6J9XhLAAO0RFaS/T7L3/lyBSzrXh7b6P5Q7MxCww3I8AKeZOu168OPhEWFFVBOvWciWsN/DBN+6WG2NcjRcsTXWpaK5bI0BbozV1oiEnYG1NTZgFK/bnK1VW6NnbY1IwSGXkbhWjk4y4SlmxRPaHxu0P840QMJs7saf8BbBSlaDmPQoJuM/kaJOf9HHpWigrygZiD8mhe2ZhR+VwlZU6HGlfkd1z4z0uk0P+bsQjYFtnA5Sg2K3ukYfEvikcMsaSVJq5ZZ1jVvWvAnzNLyGPRjtEO3kbxC5Ab8OdTWBp5+o/TBbBjLE6pNpxE10zSPNbOAIGi8M5tZO3QBbNixUJrbZNs14ikf0heSRUR9KORI12dMjH9lLeRScCodoHNVOdWp6VD/VqSsgq0dYDgLThhOpxoHj0+BDLaJO3fqCwhmgpZcLKhmbmxJU8uahEm9SUnlCIZBn1r16U56EkuSDD4FVuKVfb41vku5s9PXxbfFHpCyc2e83SmFdWerDcljjZDCzsxv/2dlP3NkBqSiy/3GX80eoojhUURwm4UnmdAgnHq2AcAoVgCcEJBJhGSmTw8SDQMZ2yiJsK1XEInrpf0gvEf/WDKtYocwb1qMYcjBU90X+tLR2vHUAkTYy8XtWNyC6o5s9G9YgouxZs65uK+VJlbGz+ENnYsBzPJe+QV7BEyGkIDexA+uV5q/3bRK/ilca0M9ocPLUpSooEq0aboFv4DOm8kx5C9OxwC+tiVu48W3T0zYrSU0tGEqYWC1I1uHxDYEq7LXxNh0wnOxHDjytDVkSHxDO/ABfWEs/oNH3AUY/ACBjz8wHwF06NTqEkCpAWa+gvK8Nd+k+UKW8WzjhasM9fL2rlA80fKJouGsbTrzgsuHurIbXVNMM1RXa708nG+RwzCHCCkY9u29GRythm3HmfVLnENt4sNwPAeJ4QQp8qpD4k0kt/mP2lz01coq+Yz/Ka2oKPorPXoSbCJ0BhSjM3nxYfTDD7MHv8KjiyvTMKTVA9VZn5LrmaVDcuDk9JO0+i23uNYPusLpVaRbj8xQvb0uXLpibFcBsI7vP525ijx6eyxkGiD1HZjoMt17IU6OnsT319HR464V5aBE3djvrmJtZt53bNms2MZ7r+EkQuguf30hDIAkKvQRpyKCYDxC3Lu0kAACpJ7x4ehoTkiwdxM/idAFkP2aMhRBnPnhqqCejqtMjVLH06yROa9nURZO9Xrb3E1+/w0xk9TcmNaaYmcRTLi9mN/zBt/7Unchab0yUbScBw2z02l9+69L90hmDb6RHbGImmZpAr73t23v/2ZvIjn8jwNkDwqYNI98Kj4bS4zljIqBBmHiyR0hwPvfV+996j8O2ULTjmle05YprP+33+toS5G357r/cemswMXdbHv/6g8f1N2VpegKaYpK24hDPbMW9H7nsrlpv7lZ8dd93/rA+MXcrvnKnmacNtx++4uP1/kasSoe1EQO4L5rViAMHDt03XyO++573Lczb4Ns2wCc0PVEu/vOj77pLaeGjhT7bgRamUke2f9/hLwsVj9dWInDguPzVLjjEJCfyTfJY9r6Pv/kr0hsBW+3ii7JD1/zoR9KxjfzVbI88NFh+rH34qx/795uEPQZsM6SR2TeOvP8m4aah8t0nUN7oY25yPGryq5Vc9zefvdv0t+BrH9i3oDe7AfGsBjx+06OflGerDbh5742f6W/AcF8D2rMa8NC73/xW+YpqA244ct1Dc5Fg4awW/PsDH/ym09+C7/7xwzcI+SstGOprwcCsFvzw4JEbg34S7L35M8NzNGDBrAZ8802f/lStvw/+7aFvvKNekCAnuncR0ihe1MtuvfKEicx/Yw8Q3exVH+ND2E+uPf62m++QR6P8vfKUlB64/V+/I++Ic3a7SN6NOFgcGbn+/bf+YzyRncD3uXL+6Q/u/osA70Atnm03Qq/ApfKw3PLH1/7wr4VIET+5eNH037/ti0LNyotc5R/7on1vvvQtfvVNf/aj794hfVd500K8qVV5054bf3iDOzHzTT9832fvNTPedFzlTW/65PSSXuVFn/+bD33EVD7JRaf6GNPFi9591x98ofIi76KCZS8i3R/999/9kZtTEXW++2t3/4XHr6GcAUvIrAL6feov/1rIUMs5yKAHXZDcByVVRlzIdr7z8Q9eI3Rs5qzDC2jNN2/+8HXSBx3bk15R+edv+8jIRHZczi8sR/M++9Hv3iCdXHlpxw5fF0T1bPvw0u89dNebhUtmv/Tydx5y5nrnh+/43tfqc730K/+x/0f9Lx2w8soF7aovnb7proG53vmdf//B3835ofuvmz4ipJn90scuu+lzFfJiDeFoTu3q+7707qve4ZcvbMh95xEMaCgXtvr+T/3h33xDWDB/f9gjEDU2q+z0U23TI/c+cJ0LQshdm6OPhKY+5W6fGYdDXAN1ijfj3Lk0qvUNNELXqdcajcC3uQoZX8LwY8/GsEyohlmmKXAn1rXrGWERAH8An00Y9K43Kd2OEYJDhATCYBJWuFXvrzzUKhG3IQq+VpUHpglpuQDw6F6rKvBQyhwzI4w0VgzikMF0Q1B4R/I4vNSoE2JH44C6dL+PdRfRqKN2iK29+tq2ax1Auc7IH+r3/FQAO6ssMxmFdSIN4ELp2NckFkj+esRbogwrME354XChqzF7qdN2GLXknam+b3SyN+tgjccr7WY605YZPmfoJQuNO3/Os9QDUfEMlrt4TumHrRcFwW3VWFUWqNMh3aSBw8U4qj99TUev1vUqb0J0PAzV5dXaXM9+csaztb5nPznjWdQsHV9tSk2LyAuMXfJK/vS1VgbqN5LGa9rWe6sOmAo0YZEiRzTGdeUOWpdMRcJp5EXBsT5XPznHAqol0BgPdrxLt85gBmCNjZfCRnPiy5+XtxnCOQwv0OHxTmQ/V/68pqNQAagoHO/MHD3W2k4P0EDN1OUoyhEc1HU6d5xkfCk8ohECDAdRdmxQMmvq6xgOxjUztU0EWMEjqfrF8mm/4FuXDqXg8o5G1LHTXhatt76gQr4svFgXL8BQQSOIO6Ce1Yo7UIughMuaBjEwkyM2/Fr09MGmE33eNX4RSAcXip1yp8jLa2Q19d+Y6ze2G0I0c+C1Qoisvs2G19FnKcKIyK56DP0GC7McZTnODaAqmvFVXjewN3R9HFjXf36iPKIOqTDMEL2SIXiK687QQGZCNvHfY1ln4oflBxsC8YpFOTBNEJ2hYCk5Lg0Wn/AHcnWnfrnTsQF2EwXhGdplMWV+zyugHcIl3EkRYZ09gp3snixm5/vsRgLAFH7m38m93nohfUhPTzUJYQkp69oSMwK3p010bYitn0iO1iMzl34FlnqtEUoQuI9NsTy7YJIOmVjZw61sfCTImgjTDrR9UfxNF0t2ZD6Xn3BR4tMM1BDe+R0FAzewJ9Rl9f87NqhJ2gBMXORByi/XMEU1ZH0hd+I+jbbKIg1Zbchc8XbinZkCYcjGi0zyrXbX367py6u2gPNgvZcyMjVUmBQHbBkypBfkiIvl/CnSlcyREGoISYmxo/BAIPfUOnWQcyyykBEJ0FC/9B95kS9TUhQ62qgokAMHZSbaVnAJN8ETR3fx5DHN8cS9IL6EpolNmuegRQmu3qW5PLfsvVLRV5DO0ufntdQX2m05kZPDdET/4Wu0prw3kvfW4ktd4Z0Ij6BbvuOmtJJZRCSNeyz4rb5UkfhZ8rgzGWE6bDDG1EsaFTQnGlkRfIBMeTUb08p4FRu0kzbpi87APMd1XGYIOGTrWDYYOMITgYIw1wgE5OQBlxwxTXrsJk15AZDMmgy4W6dHMqlemD2KOMCkkY0eS5WNpLnMcY/lziZ28QiEauJ7gYcfFnBSzBZZT5rdmodd/xrwXoSrLRFYW3yTmgwDkpU0DwvahnYsh0Je2HAgeVtPcNsyh59p2xratoZJGz/1pI7HRd7okzLCCXLEEnSe8PB6RVppkfxSW5UGA7PrHVDANdqRmdm1BcnVrWlyeU/jTazBanwEN6P1EI6Rct9hYHbBdyOG05aTnZxvCdMbKdsVavFz+ot3m8nUk78UAHnYr5OZ/Kld7mQZtulTSvhlDaULnYxSosJ42S7W5SFCzM3+zMkegh8Tovg+x2BhU4kUNqIpyrtlUC7KPu9kf4cSDRtGi6J/mTmeLusbT9/7ScdT0jeefozBtHgGP7s5PxcUetKD6ahV9g2mo975Yw0mO5LudZ/ekeTmI4lm3x9/JC2eMZLyegdQ7xOMpPmH0SOBG4Hpdsks1FjCOXGl2S499HYP2wkNma4ydFiMAMv/qkkwiDGXtX4zbQqHwxmuGZ+WhojvbOuM0lacIMIXoMznTJaE0g/W/1+Wa6oAS9X/4fTiczI3aY74lQLui+BTMwMDNBRtVQ+dtK5Y6NgTH2cGsjoJtER62+b5EC1mgIGvQoMBi1Cj9IuYNbXbEgLHsxqUtLqdJEYUlhNPLMovC7NEvcysb5vixpYPoB0GZ8MDQKH7LDO4diS6+UhMOszSo3Z/dHCX4PvSijo1SQoUmViLKt05qtQvizR3K6iMsJqa8PIgtswGK98YJQO6so6foFmtdUw/Ymyzel3Njcl2ylBCQ5tzNlSaiucy9+gvWJu2RnSro1ID4IuQhlF0Qqne1hf/hgbaU1fxoCKHSlqMLTwd0u+MDrlwLfdsrgtwh0/uSNqFNqNKuvKeY3lPmGoXM8x60XrHqs8gavwJk9gI809wK2tZqooZ88mo/xDh5/PCxbZQ/kT/9tMxdDbNHDqbfoKhI2SPDs0eO60nN3bO/ykdO0R7w8AZUITCYvgcqnxnhGv/OYLmH0GfMy6zeT/8ngBBxgHNYxYlj4mUAdYGm8hORvwsshANppt/nJNqpC7hM/O8XAyFc9bJY+/fZTfDGYmayKTrLcIolakwe/w2QMlJN3e0pux2mBmyXwYkGMMlDx82vRzCEFaztQU6in11LfO2pXVRsuT+RRfLfH1hVt/AZZJ1GqlhQMN4tPVCABmekyMQOH1tleXlRIfxdp5dVWrlh9xJeX7cupgQTxiGgxNxMBV1cm0r20msDBEktxgl+FnyM7XSbIw+BMWWxHSY/sSGCgsls/seZ+4vl0vA35nU1aLm9MXi1KJfWZxaNIh+cvE72dtOdhfyWajl1LAKIRJ0gtzsYiq1mBztdrmGzqAWWkTgWaJ2E2BkRdtdbyqb4j65g/hw3rFR2oxgVBuRmxIBzo2vln605+pbDIGbhRPMT4HIxWyqE+nOdA7bm1Qxa39rUldtMj7h3+BFq63735AuWof1TBbhY5dN79p1P+Fh5cpaiGMnS0QcZ0uRYdvJFgOjNkrson94beJeqKm8oV0nrqwdMKIU5jbMYW59dOERV744IW9efaPPhbw9iD8jAi/Kjhy0pXogpVI5LnznsTw/sgIsbVykb8O8TaIXtxLCIHU05KrDU5LU5DAV+hB9XDMkJ6QIrzlaYVuaqWE7Fd5IPcsdiTfxoYxlSwePdxZpuDjptpgulZ4F6/XVc1Tk5p9Ebo3+2Ra/yDJLps7BmTdZAOcZ3JMjygNZJnWy+ziaaZGRjjtb4+e2qb9CqKb9VmoQ83/nrgD/o6d3Jv4b0dn0vZX+IbSUvVMoey/vWpRXYWigwLgK6XubDfWYJC/11qplK0Y8t8eNgK7PFHSwE8knFDe2FUWu6yc2FJyuFmByeIoE+sHeZOata3vZ4V2B2kiwdb5zcqVyGR2gLQAJLPL97SKsi03fpiRcnFJgPXpZoI1IHMIgqy3KyGC4S+hxV04PT+mBGrI4G4IzmXTU+EjP3m9HVI2jgJ+gblPgabZkmJQcKlClMWrshWJ7xn6nAfhndv8uBakc12NiuGb3SJvu0QuQebk5VD+96Ox2DTRS6XefPRDBfl+lxvvyGnHj4XlrTJBrWelpsksmyV8zGSkgX6jbFBSM+RhpFqMEylmBraHKWcFszgIf9HNWYDnLMNPak+cswMLMwUHFR7e8fqYJ5mCa4EkzTTA30wTzME0wD9PM1eAKBzjFKOHmlHaYK12YHdnF4NEp20WA/0Gk4batqUu+uxPPJZ56HdHTCojFCoBsQbgp47VzKPhDYa5nY9sJs1pd3/QLSDC97TdSM7FNJBXj7ieyF9M7lnP44hyavCCoildLPfixJchNyTZJGTb5tU2JUzh3DWtU6YnY7tg2gSyx2bPXjWztKsYjLUmGuz/kXTqvZ8/apgAZW4nZajJ/sgd9pGf32AD0xRSgjO8nne33OvxQ9YiyRPCVJI76gvKJnCRR9JZQ1iecqWTuPY3dcKasDaiPjDLRQUfWBRl8BkVHRwOzaP1IFwBM8FmFLAilmHN7CDGPbUXk4oA6v4jZWhPCAsNI7yXBRPaB3WQ8dysw5zIyHh0fa1z4MA857pPhEQOkDkZz6ZrgQq5TfLXhe3Q9YwZT+vtaHoP33O2M0LVyqYaRbkWRR3fCs5ludI4qtXVgNJThIdXBINUsSmIum1jr4Wqt8q2mbDaxGeZ6R53+dNpSQpNyhHncR9UR3tKkqnjUyx/1dP/eFN/J8U7hWLfCMW8hiSGMYibbCMCQ7vLgzRyAkPIjCyPCuehAq6lIrM0tEusy2grJ0C/k9D3D3SasC1qNV5WL6kCOe1v6ZKi4NzUIPIJ1EjywRn9A6AUALewqnk63ldSlE4obmZw8plchbwfvt1QyEsXG0ySvhtUtTk0h+Op5TwFQi2SeKfhM8XlNCr4mBF8Ngk/vp+DzkiZGDdtqyJpGY+U8jrsaBJ9mM9FoqfxClHXOLtmgUbJBo78vKx0+kx8jy+J8xjKJco9cEz4HZgs2ByM2DK7kGL7xaWm+t8+8T9uzS+CmMKHiysMuqPCFegIR3hD46k78i1LP32DNZlFELXbyROZfjM2g/qgWRrztInyio3g3LnNWxUutdoeVj+iQ7DaEWUkBHUwDLKl8IpfGGXPiMJW0lUZamZu7xFqUeQc+y47mtK7Rfxz7stghowg2a3XJhgwRk6K/ybksaeXQ10NPDgM9DOUQM7kTL09sxuxWLYp/udIA+2YdT36U3fOLgCS+4t1utm8RYQx3s+DKsuD3lqLg98uCL/8CCt5aFGieG7juYm3gRp7jRh3HpiPRSTZqF+cwS+49zsRTHnamp2WN01wC0/U9XzBwBG5m93+BA4Ohcs1suJdictIMHNkDvAZqxeDmYVsuzNMkOjnWkV4emnhWtdZDOJD5PX6HSQey3XdQMDU1sIA/p2OQwFOoid3bQUIPWABaX9dTmmlDgVkbJSJBGur6guBNXF80dCJqcGZlWD3MX+PcisCmaGpOdRZjXDQI2SwsfVL1CizdQ/gTc+MS2RzHnO4CbU8dJjbN90ybGraZu21Y0H2FckUvM3ataGDSHrdQYIxTbE+kLUWRqyctYeia7m3BbO5dLJLJ29rTTdKazHMtGUrxauHyOrNEePiEtnVrQIaiDrBa0oV5osIFY8meZOFYsnd3ukBOmrvkUnPnDgI22IIhFKQL8AF0QBvC/Xt2I3rTU9kXrqe4Q87JFBgCY87L7Qaup9jWxZXNBAcjzEZkW4jfCJT0sA/NM0Tja+DHSTT0ITO33IEgFNxTowQts4XXuSUgtOK4aWC7+8uhQjH6Kvfhl62b6/U80sZaCkKNmKDWEE1wfyZHKq3pjjX2KLYqnlLirR+xxd6mkbQlzZT+kHVClNIhrV4E5LR6MmvQfkMAjiSiD46aryLAyJpet8MNnhpSgNa4tlYAWWtGsFXBhIZtNPWq6eTp7V3FaCI8u/pSEKPJlOcezr3y3Neq/bJqk4cU+fRXgNBvqXLWZn4BRUngTGJA5oLJKR/B/F2jsFGPiwbcdqrE1ogvo0Axc9Fa+KFe0BoAI0prLwmp8GxNayR4bT32HnOCw/BZqxBcq/cAE1hTaus+Xlihdmip3YL6MJm2ObDqR6d2W+nSemqpHc6kdk2pHc1FbeVdX8kpejMtVLbFZ+vgovuXxhlba5PHF9lYF0Uj5isbDJ1ZS42LMfaupt2eo8NGj9Jh5eBwi8FRdhhDqJOor8MiDORqh41qh0UwBLPDWvN2WPvJDY3209xZkXZWa+6hQehhK4H6xI4PWMpQEUuYegX5RYgOm4Q2Iie0ETkNRuQgqUvprFMYbEKNyAmUwT2G3lhCwe+pPpmGOmUQEtqz36EQTXnYi8Vstp/WyOrryUiV23GkGTRwxEBCHjGQkEcMJOQRAwl5xEBCHjGQEKivfGnI9UQetqhilzOvYnZyUQzq+YX8Bj4m9YRWMoi99xNK4FiqwgSO3RtkR25AXNHeoOtVfeJCYLdcZRZpCF+oKrBXpgNjLpRFBP9JQ7VKBErdoEyTFmZ3vTeISVWoB/m1/nxsgY1701Robv9rRMuhX8Lsl2/Mptap/WUjdzRKBaGuqdvYJlO4MeVt8uPLXFlHJFyd2x1ho46Z9M9k+3Q+1Pb5dl9I21e3bnlQ7DaiuQ31lpSCQxkTLtit+njQU58wOZtJvCyIj9BoEPbiRwpfwGaRzqpp01k5yUB8ry862X2qFeoKXyuhdtjLHi50wlKvW+asK+o5HfUMxH/hLpIHDjtqxm6K5omN/+f37YN+sdgHlSN3mTOilUhJXOx3PrvviS8VT3zJ6PVTquDfFovY16Ra/NojsMBe8bfl9ZhmjuhOty/Rh2t3ocZy8/1Km/aDhn1mhuPPYjV7LNGMGzYzSFsd7DzFBmCWEKA4PD/PreHmWUK8ubOEDB1rlhBH83vYLHeaMyT6K8+tT+kWh6eZrrjEhyhnQPYIvfCdc2BkcdVr1CFMAHu4RrGGhK12/QsTCzdzs+2TDB51aTDAtpduM61TD3wbx9dXZuYo8/rLANyFqD5oDfQxauQiBsnU12rWwVlv5FMUgyFRt/Ms6orPTG2T+MFQOs4eSRkXzbxMdypyxzZ17A3hk8mLA+f3dI/CJplw+9JSOIzYawJQZD2wjTkog0qSilCF8dzPl7dATwZ+brdeXZEmAOW2AeOUG/ot1IVkcovXd6ohoXf/H51w5IunlcfvYL6Ru40xO+t5DggXbfAKGJxDzuWb2zamt5a9OrsA+QBfMULnVT/lpGAAouEzrbtI0eu7Kg7pvOTaaN46oS1p22zGr0gDhvMHG6DRACOgIVrNCxhlLJRXyGFgfLhRZY7VhU5RkZ/mOWczNZPq6Pc0eb0w5/XnKOS1PBBgQUcwjz6JQ39zWYZ1ov5KaCId2MB8th6zMh7cez0QOtQuRAd21uv316u1RTNE6lcLAfnVeUXqp0427SkfHHW/MwPLuMpM2e3OxMApXi3/V6+V/0xx5AVuWewX18EubcJLOtrLw2m8Gb9x2hlrbpnkOK8A83kA5jNEnrMu5SYH5sN+sZabopzAfOUFz17AXDkbmC9gWE2XGCnD3ZioA92O+iRahEm1DNVxsGSl+TV2fMIAJZdwzGoe36KLXkC51E8y5xGtBUeb0SUQWlAFmM2xHv8xbH4Ep5AKlokwcooEp0tgW+oxBRFfI8q1qta4VVSfrpPfZ+x9iIdP1L8DpJTGg5LdGImMPaB3dgi5Cog/WeQjBLszdvoeKff37u7GuR9pR04BsKmAhI79bDP/Z3vzfPbS4rOTpJhFa0s4Os7hfCJXl0pHA7RBZJ6iHXoqktNG5o9rJhkrkciyEwgTgW1uEzcDEuLvbRixSJA2pGQj1qmJM6FJXGjLp4yV7z2FKW3cg0lwUO0bMdw0TzIJkCbKd8Fd6eEv5BkYmUHS7en7Xb7f3YQwK09nCDqpU8IbdVivICyI3N4mH+dhmmgA++g5SDhDZVYt2JzvaboWAhSBT4HCEJT1epV6y1u6mokTKAxqJNdEpIFFYbDhOtYEQKNxoGFTWoWn1/UtUzNaX94CIKui7pwLA+ijRJUGvhOywtE6z8A14c7sUWd8BGZUZUSHjJi4ai4PemlURYmSYQ1ZloNEkVGbyqgtMGq7n1EthzaTVtImhwZcWTpPJ/GAXcYABmGmiaTBCd8mo4FMQfCe3cp9RkayO3skrwaB3P6R7D41I3lVMZJH5x/Jq346RvLoMzmS97k/W0PZDuG5xqw3Y8zKiBWte/RCHbAu5k/yYxP82OrnR8uIAaOtwIjeMzFg97lHH7G1yO62IPkldY5BfC6UkAWEto7H6rOH2Rn4LK9/mHl9w8yG1qWGUuAcTWkoXPxSORpMFuym6qrj3bPj3bV9kVhF4qi6xtxj9KxijJ453xjNzpzoEqTtLDtUG/lQteugNNKhap7EUDXzDtXGUYdqyPxDw5V3wU+1HKrefEPV5EPVs+zi2YTmJTqQHarmZ3jSfXIjtV6O1PrskVphacvLz/BIfYKpNYisr5urKrlrc7wqShQn19SsnwfzycmzQFbAnhxR/0+nB2r8Qc+Bie5wwE1F7hwGNixdFt573Z5dExdBmNZep2HWcp2+mn52B6BncA44zGuDOPdm1YCoPFzYsXY85nZ31Y6Xh1TSjpdnLVtq7gwSf5nzlSClTylG8Vkja3NUgiSAlBrcjN/ZSyWg0cvLBjen7owsArpUEsrMyCJgl0rlhTyLgI88Xx2psW+p5OWQSz7AywfxM0wJiArUTgPx5ShgmoivKyAPAsqvvQxpCjWN3EpzFVHVVpp9+PVPkssQDzzcF0BwBIwT82kgA2Jdz66Z6NrxY3XVXJ3EaKzmMXcTszIfpSvkLSJrvaenR1bN0SPVvA6O9sgqwt0/NT0yWvbI0qJHRrVHlpY9YtNEWIrAA6hKk47Il8HuAk6sIMoCJcqCzak3I2dEbInizcgZEedE8WbkjPCRvSqJpUqlSqxUMXkSACHHLre7AL+XdGPKXG8k3/y5I8jH73KONwuSkXp2GCIUEvNEmJs8+O7U5PlDFG8wtS51ibfMcdLWRpkCW9njjubWvMxdT0tSa6IvZxpEKXdqkppWxlPXQuOH8kfq+k1M0g5oGzJLQXNL0piXnB7IqfYODa0oyZnbQUKQM6yQs7zg2Qt+9vBc5Kwxml5UCCHjBUrN13djBvLlFpIk5Nyf7RNyupq7qJF08vQFtsmaKMbP7nWUk5m3wM/uRFagk7zzUoJKvDpdkOcusMmOOig+a1buAh0pQtdBzV0wiNwFmCYWyDgwRe4Cpi9pKJmESPxiZkGKr5+RBimelYTDL1B792GQ+NnVLkNUMYgUK0/HkCzwROEglGH2fQ/pSgnt+a/Ytcy+B/jFhvzA8hwvJTiFjJur7LC7gh5Zntwj/yP/6T4wTAPG7D4exZxA/IvQ0w9ImTRB905JeLuMxjYkPJRah9J25gAM08l9E5hxvvVbMvm3hUXHy0ut8pAv7bZ0DMgKnIODbMvOaGpckaOW9gHA5bF9OnqikaQtIyMa6Y2nzkgXMIoDiRyEZO2Xcs0u5LJdwC3+SP2a3UId5P7WFS5dsZjthH6t2HDGfgjN9lZb3AYQyv5M0o1ewtugKZr1sxJEY9gio0wTePHQNxrUCBuKg1na7o+eYDqswkm2+hJMh72kNRsHE7JE5o6JRF6KWapkHn5qCs/BHBs872j/TO0K3UQ9HOguaplGI1IUaeatLrcDHniOaU+ZnRYeuvZ0Gm91qeLkylkN54vhsgVr9HAP0UNc1MBpVj4WvpuduTJNIadcJdNU59wJeJutgaunrFh0DSFHZ6oVldsgsKLCP+iG+a2oi63tZTFtL8Pz2l4WW9vL4hm2l5guPFab1tWetaKqlbRiVpn3yz3Mw/oplgD6RcPFF8Xlkq1eXbLJ1WG7VgtmmlXCecwqPgeKL2s1f06zSkPXag2s1XxdqwV2rVbXtVq9TFGgoOPSjHimWSUs1mr+fGaVxrGYVRqJvw2YRBiLoV2rJbpWY0Coz121ul2rNfOFiP/ECxG/uhCJ+hYivoiHykKkqcOzjrWa/1St1QpkrNJAWp9lIPV17dZJeJFrt2Z17eYjqU5pGSXzRTnzRXMs0J4Ouri6GDP05U5CCsz6Mdo+n4bxZ22f7k88/pYW4y+Zf/wt/ekYf8kzOf4wZ/wsDUAOvL5x5s8YZ52KNXMODvOfiUFG8OejjLLZ9sqYZspiYFhrpZc3OzdEeoUh0isMkXFhhVxsrZCLCyvksB02Rx1Zcw+pVcWQGp1/SK366RhSo/85pT29I6pejqiZrPnMjKgnmLbmtCsWa4jULbJa2NxAfcq/mzdH20Gt351lVzziT6SBtSvmcJdJkC09mq0Kl2mqCrIH5Mtw+pMaFbE8ethPgmXOI/4Mg6JGAzILtbo7GA71ZQz/xFBfavHV1LfwRniGzqm/Y108Q3/3V5qP4f5AplEMOx7d6GuUAW1RataDN6lV4vNM5U+WUkvnselFx27Ti55RaiQlNYYLaiRKjeGSGui5B/ycFZaz/7jEdkfUl/RhikQaqBpsdto5hjy+0p4yGF7tWXbdT3uWiMvU09GMhaiThrBnhTPsWSIxJ6whC1YKdVPjUjepWyMCTonv4E4w6w/tWR4HTpDd6NNI5NOspWmEO904tw4ZZFjp8Mou5rHcOZ/px6G5xymtPOdp4s5+244/t20nKGw7o+iRbFUvrbPDdW2+VJMLQ8KFiGpsKubo9z2ZI+pdeLsW1p2mnNC6g7QLzDyAzGgMJV8WMXsIstU2YdsZhf2hxwA2mblMfydjkKqFJ1NsXz+38jTUykPKHcXKY7OPUqLOsPL4pZXHL7ir21JG6raVwwjrS/JbBLiKlUfb6OQe221aUtXK41WsPNLSDQqwCk9BkA+loe0Xa/AxFn+WE/A56jS9jIF4TcQb0NVtE+2wM+09DbttWNh7mGnA16k5VJEdzrD3IPGqTMiRzAPSC1yfNHX29Qt7D53XOQNhVPmlyC9uARafq/YeG+DsV+091jXQzkBGLXoTSaT2npyn+KHysjpCFB3GaTDg3va8UuIB+vIGMoXAfTepqX7YZ+X5g+Ph08vpyLfIF7BFyww5lLnjFjlVQ0hcuyetg9S1s39/YpXyFmHWqNgtA5btqTrdxN0gB2QR/tqom6/LneOzGEAbi6InnYlFHh6GtOnPxFK3r/OR51AUqQmFzNHoLspzHzJKK+nL/xJU3hrM/VZZpjKshlmOqm8NK5E11nEYMy03ebyMGiZQGA85k7n/sVtsiZoKSWd/bUCSmpKkgVWohIgv1Yj7CYtTbV9ZQDTKC/1J6L3VDnQqb3Pm6UCnrwMBFCk9V6MkyURq9rJr38NI2uKRrrKFhcuxK3h4iB87n3BcY9xO6HbGk37+ZMoFJ3vAARgv4GS9STl5AyioYpv7Jw8zza3Js/i4FQ2yJIw3Z/fnycWqSX/IEO5TNEggIZ3zJ9h05he2DU/9voHoPDHXODO5xrHv+P/Zext4S66qTrS+TlWdU+ecW7fv7Y/0bcg+RZDGfNBI6HRCoLsu3bn9FdKDGYzI+xlNdJh740y6SfJT6eQ2psGoCAGCw9eM93ZwcJQ4eYomIEhjUKMTfZl5YWA0+hoJim94YwTHQYnkrf9/7V1V59xz+gOIMr+ZhtyqU7Vrf6699tprr7X+EWobfYM5MXQoEZnfdV75jj8hP2Fochv8KjaEtaTHATyQIjfPWmee3a2mYnx4drfs7LbLk/XDljfwHyPX368eXs/E5MoqZmVj72BXHGSNUQ8b7QrHjrrdgmziAISjc4y5mnhCQ04/b1uj83aoIZ5rCGLkhzS0B5sPGLT7G+ENVh03RTeJ/XbRKOhw+YyO+dBIwCmFeIB75wbWBb9FVPYYEWteoYE8NC4cj7pC+n1su4rwWQRDCxo1Pf0otiaPYqseRewZ4kWePllI06+rJ6LRnogaPeExFsA3nQDhURqvWSzZmmekGUk1iRHZlRGepO8OcoegU+Fgz3+GpkKm68w3wLeZcUl/J6mtLn9VYDg2htoIE+6do6cWXKRqqWfQssHMZlU0KKI9hM6lKG7DCkb1LSk7DmE70qL3EBQqSssLNlXAM9IDGDLY6vaAsjuIaNZ2pBSRZW5PzzvnQSTBxKODaBHvnlmWW4ErFIy38wzOJASE+1IQdJfDOxDyEbDkW4N7/EK1eRAOPf5WJy9EqPH5m0aW8hs+P539c9R/7e95mxFZZz/sfIBbwQ0cAjLEJkEajIdcs4NISEhcmqNhE8WZ0Dcthzsp0pAMYSo1oucZvuBdm4VwjgTqIt+HBRBdkjKKnb5JDlJP29lPB58EfsZM2YMdh0bbTemQx9SRpm5p6mjJud536TGkwScz2VSH9x0vcpPeZ4L7jhbT12obTW6mb4f24FXyG9EOp+bNm7Cxlg1NhjP7Eg2QRK+cy4a2Ib/RD6aXozuMCwepplEaXwqxpALU7BWOR5T0x9WAedaRZ0S51iXFwu3pHkZlKb0FbrTU41C2prdh2zbvDWblv/Xy3wwwV23cEvW0ZeDFpPzKw/523SJ2Bxz9lEY0DnsEoToCjdXTggsrEJm30LIjVwycWOcjzDgiehVWeK4MDOQNoQ/SXXEYyBUmPOoof7hM9tUZRjp6XGAbOVGbrZF2QqJ1pHrXtVGQrJMY72Zt2B96Im/Suy08PyuN1sfUi22s3KdqZlQ5llmzhShTXNQAcBotk14DypTpd5vGBEI9UgDd0m09AkpDSxpAK5Yq00DhWCN2IgLJG9nBUlFs+z5DjA/kjv+gBpmFyPEKZbPdItMoHD3dvvfWEAWdHzN5If/tmyvSKnRPH9FCwCQVqVqGYNCl8BDtUcGBDqszg1kqP8o7DvNMMbRv4K253szI/9o6+4r8xURLQPC1YnpRftxxtNjwqvuOmg3yv7yMlvT9dBkdsW9n5e1gPSMQsOsDkMLsYAa9BL4z5YJNIHqnlDYr/7Ol1WUN5ZUhvjFBBmZfJinWI4TLLEK4SKYaSR3P7pJCrd4trhfhPj6OTe8VCE4bo05TCu/d0g1gl7SXs8diWLxQzmqbrqzVWLa0p4QUusJCSka+M6G0q+v0SnKPHmM/tYbqbmauZU+g7VMZo8hNKdCHdrFNXUy/2IaoxI91I108bbtYnkd158LwyPYqzCQp47BX+zLpxndUpNta21E9Ozmt0NVgYPm87Tqh0JIh+mVNnNMosYxbDMEhsLsi9KDjvXusB2ikDJyRNLLx5kIV/QZMM1fhttyj6DX3+DW/Uix2ziNKBRoAh77x2LDVFZeB6xCm0q6xaRHbO6FtyxihRezIwJN5xnDXhhNsm5ynAxIHbqZpSYfPt+4wM0eLmZcpLwJ5N99ILzZepqd72T3C0GFrX+JWBqYDZinLLXy727WXdngYpvlVzfCuPVKvDqEcXD7WzTvUDGY+oMEgGcOk0zDd6qw5vYk1G8+G/vAQbg1MLiYluZDPPizLIlVlUjOer9iQt/KwWsU6k1axTnMV6+gqJgvn3/87v/zgi8pf/o7yi/f6CNX1h+FQkAFPw0V5GidASl2oHHermACICAAp1AZX1GiRnmF4JYsqF54mlMCWocAEz3URAxoxCeqIBIxOfNrcLjrbwATNQl+shW6bWOi20xd65ddT6B4tdNfEQnctnbbQg2dfqJ4zZp9gxOwqgl3tgv2ZygX7MzBT3rpYhHVcOWPjyvl1XLmgjisX1nHloF9mXLmxPtxT35RIch8IGZ9vNIZAZOMqI1af3XZX8fko8+hUQ6TlADHMIg00sW9OOoehcqDaZ7B2fnUNA5BGt2gkoUGgHOgWBqdFsAnA7eRlwXi1LdPEXkTsUvAMjZsOPLK8pMwZ2iB/0VCQv9ZQkL+gCvKXDAX5i9YG+YvqwWjVgxHXg4FNdjPIX8JQQbq42ErY0r+5gf5Ar/DY/7nAj5erAHnKUIjNhuj6CbXY64Vd0jTBEECSwjUMQ1oaZktjCZUIjw22mBDTOsg/j9O9SAVBiKP53wmnHMepKtw+IPoRzy8iAP3F3lT1aLGcWczvwmT70i/4+VWbK9Zmv+TRUmtOM5Md2Fz+MkRFvyS/Uo9kQA/M0LeG+lqGTBWb8m0fZrZRNSkjOyk1BlF2b1u6SREBdM5F0a469ju3LaELeOtcUXuqIfD1UNMK56DT2MUASm1cSA0dFOlxdagx/rB70JDKXG9UjxUxLl4IRp6QZBzbSYuWDQsl9+yZhWpVsozJxTSi+ifUypOyWiwdj6EwUKbVpWMOENfmBhQZEsoIXCl1teViElQmIr4Nih5aVxUuKgoh59sIMuw2hi2q4jxltvbbHXCpBigarb2db7rcetb6pGDddP8c1DG/A8ds0UsaENrFlvL5hLoSVExjulPDowedGp1ZEvXizLZhyn3OnJAB6F8PqkNtpWZmN2JFA1ghsA0M3LaManWLdTrUQIsNoA0c0KdDIUntWHiuP32F5NM4+CQdfqlqOxan0fEt80o1fqt8oMXZjqxh8RAyZOyIsdFaOyUxZh4MD5bGgXKDZcNTqa2Eal2CmoasWVhWj5FPnVSzR50Vx/Do2e5la+ShmvQvzPWCeoiqwaU6LKQ6DGQRjh0kTwEOv45B8s5xkDwNLqNfnvsgRfUg6RxTphdc5fQygeIXRiwyyy7w/eVy5f7IHnPfHWocoRU4CUhOe+eEU2efS4L4KA/KwOdK6b6yN+gzSqeGoTHwtSgD2SFrsOA9zYi6UhaD0C1QqbL60/FSeepLP7JPVjRhEDF2n7LPh1iL7jgIcxMRhAPH3HzuDReLKdkgQuOpVgp9hB/1Fi8MZYcB/se7jlosmgglTWH/ndsodgkWUWyyRUQPTb+gzYysvn18V3RXi3S3Z/8RoxpPM9NeNekNc/WbOtGNc5eHCJs6je2J6TKklWwV+1oIvu6M5KlP2yY7Q54aVoa+aDISGh4zgsNURNjjlm2KNiSqemGoNJwkyLMz1R+wvX0oM/bAuyKyVLA1OLqIHp7iPJzaCzxnbEzUwITqPkbkw8uhcUhduTBZoPoV7jjS2zTpQLpc+6BR12PEUGd/me5QbY8N1XYF9lVlcECd4WEM1JbyOlJSTh8fGe3l10m/1W0o+iLUdiRRe9BV4Ikpi0VDvdgDgx4rmJnevav0hVKbPlSz5Yii3aymPpVCJXmzmu2RanYR7U+2c32Sqdowmky6u/Sh4zT+KzQaMohaHqAmcGcMqzhRVa26Q7WKXK06zVpFlqzSVdNp1qrTrFWB4tlj1mzEqoliM8UQ+FTkZCc3hbPL0VHG9tpGtFwng3+s2Ew72tBiwcqu9u8e+9ix6Gr6VT399M7D5VcfuuAqRvJ86pd/Sl9snve+W9GTpCq7rv3q4G8/vlJ4u194w/dv/r4PPfqxlWLD5dbBZsNq/fTyULbawo1bWfPLnY0vXzr2y5fyy2X5UubJmqLbJ+sMTo0t+pQWHWgGjS93Nb4cW/QpLfoO+TKEbuHX3/xX2gFx+dGvftrdPvXL/+FYhMPDobptWz76X9axbr93zzs+8Lb+X4zUrXqKEsJmt/DLXY0vXzr2S63b7dqqWEbpiWMMV76mh85r9NCTY3voSa1FNNpD5zV66MmxPfSk1uKo66G/e+iJn4gOWJTf3Xc+/Ls/tO17n9h5wlLsjpevuLuHVoqNFfGckKzNxmq8TxSbVovzdm+6eLe8/YuP3wA0DbPx3fbTU+UN0ryNvwAtFteeTOVO6wgoO7KNNuWTH0chVa4DIEg0Cx1sgNhWFbTzRq5vaolY5bHzTHmgwzYYqbEnvaNQAbfB6e9j85fe9YHy6anDS+X0XvKFDfzyettG4evnyYPX3Rxe8pPn3fuSE/L6vFXjra4WNi8znMl3YBtyntbZN+dpDfVT5IXMP7HPPPc9d77+8hPyesNQXlpJb1XqKeNFGAScNT5NIxguz7ZMuceAWkPOzQz/DcZwpwucd/8nvOMf52FUaE9oUsY6B3uDXdfwMHmNYXpA6YfUo2luLk8MwDtDHFrqHocho1EHgwkL91T6pfLgRIoJUIywxYoFfh8/wIYe+njEcL9fzaU5DuXPMOpwuFRu+iFAwNM8Ya7Iy9feBAvSuPzQRygAttVmC4h2RbKo5wltmPaFJjfJEpvZKk/ifJxsHJra6GhVCVVClyc/EkIMe4AsWd3znWY9dOrJTUsDjX3ZJnYiVcTQ6x20xw3daFeVrfPnThYHffRO4wWiAlSdYavWB/SiPjlhvJVBZYjWcZ6jHCTDcQa2gZ6yopGEwipfgLPrdeU2XPpS1/OWBjOytIRUX9uvIQN4HCpYr+JYvujt4Q6wVZ4KF1UbD3w348bo5pedKDYMU8WGYapwCT+BahenoSDdsKoHgWv7hkZDtZdRtsnyxynm2rxO7jzxPntrTp44bSGMoJk8sDpwYi7gcKWZs+rtHdyix1kigT8e4mr6t8qlfwuNsx/HKX+ithLrbqWntEXuk6/wRbnx1gxR+g/2CPYC0BBXx1M7f5Aqgq6GRw14trK2c4v1BAYgFNBgmjoIqBYQJ3MwbXrIAuWuN/JjiViC2SAa6aFdBihqOFO0mGsz/cD3RJSSRz5Py207e8DoRKMOo20V1mOX0JYVixTuMfDYFj2or19gGFZh79qYsfacLVSjSNM+qNGlbQsRQdnuZ0x0hJq7Np29mXUGwwedRrH9xEIWuMMULwOsVOPsGLNQU7ax3ajTKXZPVE3tUCZ8kXCKWIuAfLE5rSHnDc9CTFy1e1gzGZNznIx72URy3YzGk5tkFpKGK175g9GuqsnnOMmK4IFzmmTKFvQA73RTJTAEYm7USkFBagKIpQ0MzBnqdjJUXsqhYfubpI1ePmGZJ6Nc1K2DPTnHzGUj49YYCXIkiPrC/GFe0YZZBfk4tbqyI7z70VCHh5L1yNCYbAFhhpRYOjZK8Iq/iPMkN0iyQO1Xhg4UTSr2mqRgoTTDmvDYApuPY1crth1c5N4jr7vcGbYuDFd8nUU+ubIlK/d50Pgck9hOaLtgDmWWqmk/LRiSw1g3ybIhFn6nrvXv0XVenqfv4VpP42gVK7z6nbzCyrpNQVFfCl1CfwBAV6/a8pfLMOzQbf9nse33N2fVNu1K7EhuwX4zy7oISPDZkGg92QHf2X/HZXor2K1ayvk8O/MPR8vAPbKIMrIpzuDMK3twHKwdnjMte0Y2Oy1Nf4/vqaLlxe5AAYxJH10aONsre7im0RNDhRIjGmYIPF2esm4r/as0Qi+QxNWcYBM40VUOFHUTxjazaRdU3WQ/UYBKjcOWaeHbs+z/kC5z6IzNCgR1BWgsa/GFUSDYqgUR2jTlcsLuWD9plJI9S3EETx5/6b8ovPxTPo/s5NdNS/nnA/f27j/wGm/ll7z9syCb07dPNF/C4Fjus6eA/6kHAMEFVoHXteugp1C+RaSRi3x98LR32JqlpXYTCdpXaF1o8dWLANQA1W/+X8M6J2spygUv22z5zbhXoHMaEYEzaZJj/uEjV/BYxNXC4iQ4mF+jPqnc0ajFgLosqsGNZ0GTqHiLeIJ3gZf9duC3bOshQwblXxK9wl+Srd64uhmo7xUqDi38cyypMFZvGT2R7+LOBKhG3acthiNnZH2E84d+fh/cUTTANRxN23MKYpvBhB3Py5sPF4FdHeWSXTXXKjsIwtLSGmb5f/HtyQBjoGxWg0HhhFH+eq50assZMdgFHV2W8EKVBmWmx8NA0nkH6TmoXOVSne2Hma0d3yOV4UHaxKBg/aeIzpCRwkyQvzPMXiDzQBuPgyQgYXwaA+Jd4U2xb6DbnVI7PI7BRs05/ycL2s9p/glECs++dygfi+sWEs1BujF/r09+6+dvDwe+9e0RMn2/w1LV+/KDT0fURi5fBWhgHM5ot/vZTwVEvlUACl6yxmlUABAEb++cesLWp7H22OkimFjCuhOGmDJy25bKzj4c4R4pP+stlZv3HSH0kTxY6k8FYeOf78N5oPyap0dp/4+30NMhOJlfSeZS3veLOIxSjOPn4girvEyE9Ekl/6x/AMej0W2Lp0/KwN9lG4klZTZkWZ1ll1WdrVzAo31ZV493rCkgf8NIwXO062WXnuG7sR8tND9SVA5Msz3upFtV48ZHuMfARcyqztZfkLnZO4zg8FfV6fhfWQSHF3oVbiUPe/wF655glO/KXM3IdmFjSl36cMjzL1c5fnliyPO/i6rGdKVxXQJZWsBggpniNBhY0NRnW7QTxehQZGs8vURdbZKK3SQWOj2poNNlAWrzI5MuyZjvl98d9bRvM2KZ6tcDVYqy9Fih40+bqTdUvbEFeEMFeKplpCisZZXLA5gogUEvykZBZuaXRL4CKtBT3n7qEYNbyyf/a7B4EWJ0smfi8vWHC6/8DE8MESseoxHaTqGcMVBUI7iRhjJFDuOwxU6sOZhOgPDxGMzRPl6g5ttUnWpaaqPt0ZuwfNSzPp0tfgi3TfshlgnJcYGQsJ7MYPKLT+hL+jmwi9zonblL2yrf2G70tBuBruLZblQQkMzRgWer7FVVlh56jJ3X4cf6Hkvj8oDAanYe3W+RRnKN2hpjdWlpfAZ7iuTXYDGt/A2+kJyMRHn3F4PKcnrbdKJWy/kX/coNujvt84DAOgxZx2hb9aY7eetsHaVjnbGYkTDMHp6RF3trZqTvZuR/WzO/ZB35X3J+GUyvqcX8b+z0Ol9n19DUstPrjsPlhqV+6AeeQta6ifW/+qRa/02fUz82bk6Zak79t+E5pcTZnFPq//cNzanPAwsVilDfSlz5D6pfJpyywyFDGd8aysBc3ZhQY32a1hy2GHr6nhee6r08iwbt6fYoVNwuT+3GXfyP7rSNgdioGfjEJp6OMwIRxLytDL3MHHLgpIuQKlJZeJG3rAuqbP5uwYIq19cyhkOIeXATd4/ciMiLHdwMbCX4Jq7A7dkabJUu4E4WIHZoaTm7mA0caI6NjsvvN/H71H6f2u/TM34vie8nwNSzRsRaSLufjpwQ2wF534VYEhSJSJUynZ78PT38Lz/z2ypil595yD754kPOYiL/SDD+o09+0n704G/aJ4/8ZvOjea8Bc6YgxowMCWFZZKt8B3ciqQox3QqnSjHjtN7bR4Rsv0ZC1hDZ9rPQfmab+xKtrsXyqlDuLSRYDeSFFuVvgCKg3KF4XV62CY+Pu6aZxfxS6An+0Nc+PMY+/MtA67WN9QK7hQTr6+BxCwKX+FBNUEktWzTeCqDjbidxu2SbNFmuybq1OSJzXOoHnk8myd0NWEnerX7TtWLWGvsoWZdb7P4DRhRBiw/yz/oFs4uoXRDqyi62SiKqU+CBn+e7BgRyuYjGge2raYMR3FK+62s+FR/lu7ZlusPZgmPi9z7oazk/IP36y5Jrfj3iPX1EJPE89M46v4uYiST49K8iv4s0v19ak9+zvIm0LUP2UM0U/QvsRrEBa6d6JpIfuHk6miDfU/Gu6tneMY/yN4aZGtCkWQOsb7Q4azAjd8JsyuWF0SSl34Skc0hS2b/yh/YqfnB0mBZasmJ6IYgBKFUfxgGnd2GI4La2s4MzdbZFaPPKj/wqenB8TzP3j9gzI1Zsh2rZntC5rcZddpUZhhd0y4Syf48GP4F1vlXQSaH+P4lsl1CAyLI2VoR3wh/g6BkHEZtrbwQq8ZvU+6zGx1GNn0/8Nuqxa7HGx7PrVcxliuilsqVexDwOEKDGMPwP1GIXyeV4ypg68z2GwcGFuIg2YFBAp+DQRhtBOJWAa25oY6jQdjvIfy6oAppekh/DKg4MRtpBdRbVTDii/gdjQU0APeP2s5vUFrkXMXnGM1UL1okovS3aITtFyQ4YnKBoqtYuVehUIfGXsIkILdHClj3fKZtlq4tAB2/ja0jLL6nBLuX5pQp2+bLNkK9eAktcKj+2KXKrb8Ej8CmiKoT5e6i3U02A1WMpHKPdXdc7bhv2KLIatiI5ScdBRA2KlSrbsGuZK3hOGmssIELahyqFl5fQsVztUtSQOnRY1aEFqoUwxfsYpy8yLktw0YkpYy6/bhHuHFEFxduChiMtL6HkqrE2fIt9ZxFMLdZrVHmDKNYrP4zch9HQhxd7/uRXweRX4aRXmPItd+JLk/G26iQt/SQMbiNdl57EmTQGEhIlw8XIbSJMd18PMKrJogaOw1ynGK8jRqcBFcVCKkCtZ69Si+qjAT3+ecXWKLe9xBeam7//1Mk33PmmN79rG+LqBWUbFKeUUbab5ONZ8sGnu5acQi//kO+pGp+Ltrz+cYBBNkz5C2vMHy6V3R9S0Oag/M+/8KlfoDH/p3CjC7ImoJ9eSk+mlGjZkuBT3jVzBQ0j9cNrqGXv3oQ5lPEOylaAoN60qL6tpONXULXp6LcySrUzq9YTVRb7GBPY3MGdHYi+XbV6i5wTQBda1giXqMo0smqoSA3VI1UgV5EIaszF0zoI0HleMq71GSPT0M0UWW0ahv/+GsP/hsn+fwqD4A7n/GMBKJzdxtNPe3dWoIcnj115u6l+PP2QdzvCZfnz0ZuMN3/lXcdR1+rDqTsLb/4N1ugjfTUKq36e9I4qkEANp7jrdmhfq5/pKxmrPpz37zyqdtTeoUbRT3vXDv36JxqLv6qJq0VYmZ089bR3nBm5B195mkYINuXHpTWv6nnz+mwbAkOWb/sf3j7CKORUztuUO12WJ73jBU6G3/A/vKX8Vs6+oHzDV6SXl/I/Yrj/FPWJABup3UOsCgaW33R83nvlfUO9dXy0u4J53zW92S0eXtxpgqOEi3bhBf0qybHlO49/PNtTiSYtIvKyM20MeU31xvyNPrAR9KijpRiNaOdlPIPmGnsSgJ7BHbCdwyRF1PphyogaY/AqEw2NCGvaTNwaStz89crD6ituWsePHwK3nuIx2p3OEi14Jf5852GebcndG9F9U5mtkQn+Kf6wxPo1jbWznyBAsocYArLzv7ona4zV6OMQn+vsseXD5bGPY27pgvf01NX2vGknEF2PAKYav+LbypP4JXIagTCP7ZLXJ8MF3N4fXnN4z8hXge5gbitP8SuXR5VpGWo2xyK4Z+8cLZRAJuW628onx35e5V7nF01lWXnP16LyPOh8lmVFo+oLsgGMOD6BgzkeF3JbTrcnkSzyJyNd8XNahc8WrSUXUZSPL5iOvSlrSn9IbbytcZdP24eIp5N8pitHHU6CpgoKdOFygimThu0LacqMo2MWM0vBhecvF25Wbf8stf2zDAkLdhtlG+wAN8g4/6soc+M+z1/LQaBR5+GJL+xMXUOu1MusTJll7OEwq4UivfzfEIQE1c7/OuKshfSAeZFYG3tGxp/FH+C7yOXKpUVyUBE6dM4kl/F8X4Gjy6ZULFMH64yXvyvUWgJdluuYkd7AOTA1V1ODBkAt5WqVgfcWRJn3jyDaLfQ5+LNFtdwMcqW9utk6eW6hG5SwGPUVKKPDlqjMEZLElD1qvoin0IuF3ZUHun+fu6U8/9bMsPD8Oyl15S/h4TcnpB6OXZi9Mwz8O3SfECyfBto39YDs24oTnDPK/wKeGF81J5e/kEs3Hf+4QvLV4zF5t9SPPdlq+Z5qj14GXRuT8R52r2fzQVx9EJ3dB63qg/DsPoiqDwIbITZsfJDbD9y/lm/jtuJTF8NVz6YuGvm0WZb9IHD3WYkQKHmWvR+70eZh03tDd9j03pC0BR+OgxSPOOSH1Kcblhb6UKQ165Rin19UJ95WPdxSPzTVw279MLcP1+wQeLr1M0QAt4SjflyRsmERemPrMbVVcekh68ZWwTiwUXZFfJvTqEy1B0lBXiHJ4R4S8YOEgUkxsfcV7TkghxtmkOtuTV4nJs5fpG7TkupAL8AYdBiLS/3rWlfTswuoRtzF9CJQhAjd/DCCiXK7x0FHsLJe6FDoyPJwABhn5bZ8axHRWTSwEaXDSuBsQZ9JUbDlfPnUJ48+UKE9mMQCn//gZoVnqYTHWN1fcFhvw9XU7sCEl/MsfJ98lr/WBtWhijlV90Gay2ZXeJE6hXrZYd8NCc5O4IJ0FU00aCd0tdoa/uKXPXh9vu8hr/yN3/Lg9qmHLvl3Dbj9AM8XyeFp/7Bq6dV01QFUe+XbfltY1I6yryvzHwVBtOzfYfxDLtyXJ9vW2n2dpzbpoguAIIJH+1Ua1EUWnljjRcx/zruuRrKCUfL8nyfX1RhWfPLWP7CJQvvIBkuJHY5YDIShYzLQoUbyKndeA/dmGPcxoo0NCyulalhYiz7j882xIq7Dwr75//YXX+AxLKyvYWFb2Ncai5Y337mW4Vc4fQnzE498puf1ANwprRkluL8NIFuFEY6qwA7RdARd4Cfu9TEyn3qbX/7EJRgYKkf+EDPuS6GfLlsHMYWSibDDat1q5Q06P3vEAi+8fKfxbHTCaMrhwFkP5xQfycYdO+6S4q/1sd6JHRgMaiPYsbYUv1wG/5T1r6Y7qH6B/VhLSpL9WIK5FBOBPHDlR/lO4AchiHDCdLqtSt22CtuT4d2TPFLsSDWBCok3qfEIYippdS43/Og1akGiOVgxILaZIkJcVwPN5/gzC7d7oRa4dEdLFv6Ck67CzPI0fKfGcECA16F9W2Rd/HTfxgbQnsuPdJdoffMsE/Xs8y1Dz53R7fCGTku1xdmDqqYPdrS8xkleRv2U90M2MGr5i5/6hfUYQNkmr6+21XgfYl9tcehlXx1i593hthqWRPhMd9WnvJusm3zIkGTy2+6CeSu1f0q6CbBAAxcXdshVHq+W+B1OFp7S0JfBmk71tRttpwZ21aORnd0MSwb5V3EsFkzsJs3AhtQIbDSTEduME9VyKXcTbDM+Zk8RdJ+sOiqeIUTucGCLsuhZlTZzpT1ZenCGMFsn62qySJN5tTXQ0BmCfswzBBuxyXdnCKlGk8bpisbLlFUtyo9yOZP7/LPU0lmfeJ0siPL7bt/qfSpdnYvxFGpantOlbmNpjxkoQkNT7aum2h+nqeZM8nnMEOU/IIX+MpTH18tNpam+bqjD3191+Pt5qLiVJ3XU+1+k8FNS5vOqUdhin4wbl3uTIFv2HdJUUHunsTsXNFZdRJtzdV2PuAOCF/0ckmCCBZWvuYhBUV5u1qVCfoT5gc30496FhNya7IW3caAgmVsL+x2GAGHT3afwatFPrUZpq9MyAetF+9vXsVHVLHqwI59r+KxQNxFJjZvF9vSDwLPWkozjZc8SkjOfJSR6lvC1ByQ1zxI+NOYsoeRusQvBxVFoVB2IR6SNxIoKkTqyk+QovXkWDINns5DeNER3PCcMXVE/TDwqvfmFbmsgvVnFeJHiFiKFSG+ZSm9tDWqKoDJGXqsQRv9sv5LeupX05lvpDaF5leeo9JZKPvjQ76ljBb3VrPSmxyRkPw3pza+ktyHBLfSoJTmN4AbgB553CQUoUaduzGPL3gdVdG+ukQS8tNKbl2mUCU+kN9ofDElv3sCn9JYq/jKCnXHnGOYfC00n//bNpFu5Wg2mkFxhDzV6umEFgUFsklG/Qpb9U+AN375ZLTCa8z5gTqef+jlzkwRv/zWfNMzZ/+/XzP6PtsJQJql/VOj6WGDPzLCtaqk1LewAWjxwKVtom4+tuH23Td9t1Xcye17obcE77Hav0yR7dbK22M4yvsLbAZHvCu8QiFkFOTKPV2j8Acw1p5wNnXJWTQ/q5f8FNnLP9eqnfx3qZFydfljrdLPWSaTsC8OtxED1LG5ifHl4F3pEpIpjPl5vw2tU+UFfk/28TbZik73L1zrf7zcr/fK60jtOV+kd+HMlK41CHrWFnPS19g/azB8eyvyaOvNPeqfLfTf+7K1y/4LN/TM290dt7qeGcv+eOnchrMKvcvdHcj+EP9dWHf4kcutsD56yuaM0eZIuwjTgK76ezn2FqkrP0TGo/pS/qOT/sLu53928y90cczdf8OzNo+5mh70aXn2bPoBW5y+hPbNxTyo+oAgBoSGc5lpEyJYNPrSoYVCIAzkBzJHCih4Vxvm+gaqchFkf+1pIHU6Z3kbQi98/qeBAyTcYiz3hfkKW9fwxKIZbshXJ9w0F1Pwfvh8v2+gnNqamnkHZUC8WkT0EIjuic9vGP3xyuPE+Gm/h0uNG4+M1jQ9c4wONv4GNQOKwefwmYtCusYhBvkVGiDSwvsbGUK2BbwPrW2fKxCEjjG34O9MgWY7uqMHrfQcbFYCRdi1qva8nSA42qtOAjfIVNsqH0UyLUVYVtZ7hZU1wYE73oYzvIj2EeKmpRbgHbBSQQ7H5i01XESeDYdT6yKLW12XBuq+GjXJE52vYKwrL12DNtLBRfmMYmgHj1PExBXBUW4GjOhY46pjVpBK4XgfHAdf7boRCPYutR6g1FtMJal5PKThQ8dyiO1nABUvODeD6sIkc1TozclRrFDmqERhYJqzLWNYPeA5DjWBR7POiD2Bj4NkXU4eKBIcSfYDTMx5ElwDHPcWL7jkQbevoJqPVHQLR1vCb+nwIRDuEGiLs2rMb05UcFd+4q+qIzAVxjZ4vy0lP0c27JqtBtIVoD1LmEpGxpdhliek7eGNbYUgXqqP3Qrs96BPGBijHPIYqujyIKnoO4diDWsNDyE9ZlNfA3PRVnwEALe+VMnhThxjPom96BF1PTOYQjrtAOEY/SS/NWcelJdNtoOCgJDwYRcGxraoRuZ4JmoqwAEDNPoRgi0m3ZDrE54pt3Dwcp9Rs4WQcxHquMJYtZGQL6ShbaH+dbCFRtpA02EJiUssWsrNmC+0zs4Xk7NhCAraQKltoSzeFakwXTOYKYTVfGayMOYcauMyNYJUExzscQUau4X7UBtjuTOAKLXIFGzIp0veh5Qqh7muHSokaXCFU3A3lCi1whVbFFRDFVmHlZEjHYFh5DLFTYVhlr1p6hXWM4kzMrLIwQyTu5hS0sytjimOyiozDksqc0rArk6tVz6frzmEWaaB375kcgMA6dQ7PIKHPJdM+zQxaL1JMvqv80sX5W/zyK78u6zW3BbEst/4ZltvkmzWvxiy39bzqfjPn1de53LZq9dKYeQWNV6sS++ixx5y5Wa6HtUoCeyLLGVtqBNJqCIBuWMPGvArU3skCoev7lp1XOJ4dLcVvzKuWylo6r9TXsJ5XCecVmiSlHvln5flroOFkZ7nyMe4sjXeA0ypCKATFAnrCY0humKja4VRHaUwrhoWjN6qvuDfDs4pYQwcGnInEK6YtKPazPDpYkvtqUiE/ul4OzamEIby9Z7LzrSVH6xxXpbcHsipx9uTWdiew2PGBohOlukUpv+wxxJ1VTUeqFEh5bm2s5QceB/kfBO4YklagdLpjWk5E38IYEJJyGCGTRu90/pZki4yzEDTQUE4Hq+nQUHy3iIcN4U17y1oBxpVVnDfwbDBN9IncpotgLZd52d9GfrJc8xMeT2KM/PL8W4vwdbptW0uCgQZhcSQYHlgC2ynPvw3RnRXfTPZv+yYE1m45CDQyE41KaFoHatAYz9rAkwuhozQpw+RRtX6xg/4CqgUIXzG/lPDV7rEm+JBvJhB8qAQvg4yhtjika8k9GE/u1uxTTQUdqWP6D7MvS2Wsr59V8KMWgAvsNFFYxUYTXF9Ezbl7Nk1psSmtr2vuMsYoOafXmLzjeXKdhAEZQY6tpm0eJm9rFEYoq+Zm9oWANo26gc2/09h5EBuGGLFgwiTIyJ3IIfL5PvZua7QiA9UWACvGEAqRwYsBgaBup6gOw7wIg7Gj3QI6ROrQIdyRlQ05oREfbMgea+ma2nAiZXrNyFe882H9xLsANke8C2GcxLsIJ8i8k05p6V18hRfrnczbhEobFpoqPmfqwHvRQFJ6a1FPJ1rV/KZ/A0SFH3vIG5IVGozvd6KgZVX+kfU1gVrq4Qjqqe+OlksPNj3HZM49Eg0ZDL1xAJVOxuBDsKjb7j3EOEQv8U9G1qbw5suCB/HMXOH9Jih42IwtbRiuvdpSUPPZG48fkm8fjKD+fThazL/muzhMESsTVmCfO0j7u5YA9nmp3BGYcRs9naQh4M5bcfx5GUNqBOUyk29bzD+soZOWtwcP43rJFd4F1Uf+ZfRcgZuJSsc7EJQ31/tL6a9ifLLyGAol8iHp+ai8/RV6dmR8gGKLbHRw7mCP1Y7LY3ccLmGDZOiGBSeSj8BTEMqp0ltYROCiTSoHRYtK2XZuRUNaHqmBkZKsTisa1Wm1bEgAFeedsmh5RFlUJ2mZuOY7kU7MjNUzXv5YQHcZ16XSdih+YCjOMMyhkI1O2Q8PERKdzpWQhDoMDiU/poFPAktM5bEf4+P3DMhyKhIKLAkFDRIKKhKSXBo01LBBtRTkYuQ8ufx98hWIJxgiHi6JFSUr8ahyHq53l8qdbSndG4QOEmrL1TLNBwoRpfb8WEAYSyWdQEmn/gTILShoVtUtO4pIoV6CinQSBU23pAOjceFrJJ1QSCf5ADGHHengsL9BOrTFJum0atIJK9IJrZeEJZ1wiHQCkE7oSCccJZ3IkY7VGNSks4apWmTxVk06ocI40UC8Ip26Q0E6oWGgcg20X5HOB09DOttAIx+1Aflr0uHjN58b6XzURUWBGTMD7smQ/tTLPe/Y8vc8A8Ty6/+bWp4RavnxdtBWBdJJVacCfw2ryyHsSuc716KP/EFXdu8j+sYQ+saEujR1U6n1jbKO2+dB9Zz6xvpFaF/ALmOMwlGjzwjzjZ4fvlYVjtcPuvR5SubcSt21eGWyU21NxKPvDhqJRJyvznilPw7Q+rVCqS/g5WPVr2i6SSc2PkHj47HKVtlSjle21i9qZeuj3hm0rddp4w9R24ocnLYVnvUI5shWAetaTcIO0yaMNXZw4buWaIasWlboZyW/Xapo3VsrWiv7MXm8bY0OyBqOJeAlr8RZ4yHp1q7Izj3FuXIVW6NmDYcURM7CbFRBhP3lP2i/j1Nyt8crudtruj0qn/TY78nYfncQ74mFKM8XG/0/Xsvd7HxvUue3tPNjdH5adT5wKNKJWu5wVD8XTtDPoUn1dqTVlHV2jZV1OOdjux3BRj2umFHLHmw1QTBRxEnfuQlXuoT67u2dIF0OHSNqkRGlwa55af7t7D/vO4toTrqsc+28+pZ4r7zv6O1Qcs4V/qGiA5rpUZ/SRaBs0kwXNCOEeqgI2R3EKYevq7wHzQg/sc+D6jlppn4R2hctMioQlRJNpkQDvDohmhS+Kq8FXDwYFc4wkUPNqBLLt2HwO7/zrg9I74pMum+NOKocq0oNpFln8SiCInWlFi6zxm5RZCsmbrOfYJmiG3fAeg3abm6h78zkfkrQT6NzK5swt7JJc6tFnjamn+zkaoGnsZ8OsZ8akys9SIvotu7QO6bnJpatrjK0Fhhaj7NOsm/xwAkMLcNlL3XYnFNRyd1pD4/XMrSeY2i+zin/kNQtk8nbpdlSNXoZZhS6RzpnTq2KZEZlbkaFGcvBg2GGFjQVZnZQ7FFviIFcHrNUDeNw2w2EKi7+YUfQnGEAt+oAmjUDuJ/wh+COqa5KawfREXBoY5QKd6wHE7nmOpKbxo+kN2kk2zqSCUYyrkayZt48BjntWPoTxjLTJrG+HKVUlRQ1d0zWDCQZTWKP/RF/JKmGNLXossMxlFvjuONPRk6Puq2hNZR1YtwZUKARQd0ZkP+qpaJ1Zg1h6DSErYaGMFTBqFYNWrf7iKteMGR+ng5pAJ35eTr2JMkuZNIH0LppjE89R6LWLP3AiA4wXSsmqHtrNFyFsRq8s6pKyKqElkDGVsafUBmiW0CJFwytmpPk/8aqGWYaHippCp+VTtlG1K2UeBpbI7uz1aCF5IJKYYdm7vzxIn2jSW+Xtp6ZMFIShm9XIbvSnIZCosZiVFFIpEvRGh1yvRRxhf7OMTpkS0GpHb50RIec8s2xwh87bKkbNoy6Wk34jUHzRynIH0NBvuPGFlY8msSNg1FuXKmRW+4IqNGKsUdAZ9WaSGnY6ZHHtcef0B5LhMkIEU7SdjWIMLJEGDdFiQr6eiiwtkkcEb4hUhw1M8yOznxu4R94prhRaB3S9pEVBKPOMFTiB+OU+L47jwgqZhSoCp9CczCyZQlOx4rq8m20a1zOrR4J65FYIhhXE398TSo+5DsSCHXwxtv01UnojeX4UNBUJTTPtkYPE/4o8VMb16QyAoddYJe2mQf0+Dti0IrnXuFdDjtUpeWAQTpb5df8w3Cca5VPv+Gkd7i889hJD+HxkvKKRXz0nCu8K+TykkXE4U5tGITylx5jX6kHFQbqERtPjefn1OUUcQmkuPLPvPLzOJgMrprDtvITXvlZj64+0eG5TM1k9dCghVOEiKoBYp6Gth3tJegd0BUiicYO+1lrksATPceCj9PJxKQ0jmb0hsul3/LrFEyaxvRMu7XxFhac12UExFXsvW6BkDdw66p8xeDfwiADHS4CkoY245HGarBj2KVH2KDlPF156iGkYT00CNCtHxd62Df0NV8MGPHOetQQc7ekNBsITRcxoZ9bBW3TEGUEgV+hq+rsI3hRufw6JsPZEd2UTZzv2GwLtGfs+86+XBMvcVduP5duP6fPdcrHVX0XixRV/jzC8mVO1SOMHtFS2uWFiBjo+SJSv+NDRJv9ve3lp7YQLhJtHzgcZ/iOKwKgV3Sr9l8DXNGyc5PpLsqzQegYJVHNGa5dmOsCz6xSwiGz865S/I8YsV8UD5l40wjEHiBKz47NjdbD3lRbH09qPUgq3mc7L1wC3EB58VVzJljCCVLCACcmEknyqReXf3wJ99n1GVX5jg+y3X/g2t1492vrg1ytTEXIaGtIMqyX+dustS1/ye/f8uGZiImeyOQQQsDWLWEfBVdhiu0/rE6sUYMhRVajuXZcnUYz4FobKRuixUapa7l2TziJmENiT5IqQgWQRh4l/IN3biZoJ+clDk9YrzZ9jYr1mMRtsx7TVCO1txEbKsofDHXFrUAyB2n5r54zkB0QMEC52IaDGGeca13NSXFqv9XvdJK4FYWB77WBv1ce+81Pv+BmokzH3TYf3PenkXvAFCePv9T9Roj4cuWnY/cbyhZEO3e/W3ru9YXkX8hM/EJy09Ig6UZZdXIdc7GRZ6E+6+BRh09kc/r5F5X/3/kkB4gAIfYqbVgpQpWOHYquOe50NgG0y9bgAlgnAbZiPhisn//zu1Y/9h9OvluhwNr6PpF2I5MUUKEMKTnfuaPw5r/jLpFkjhRxI8/1eLPeePNf0wMo/87Cv46zyCQAmSg/8zsUWAcbA2Ck+7cXG9wJVaByv0pzZuP8n2lN/v1ve3cUm15dvQvVQ9d9dLTwzKZrZancBJWSXG5/tfxAzoMN/CLgko6RYz2lbngjCV+N2BCyOm9wx2X+q3Sd5lg3qiX5bZz/QqM28t11kF4alZCyru0xOv3tRu5vfxWOGTbO+28yiPViUO7G+eBNt19HZ26jHb9YdhG9EhQnk/OUBQOSnfr24LGQEUk/I909tT14BKftBEt/OFT4uE/q+5PBYpFvDz4UuPf3By7aSXRZ8GCgiT8YMPHPy3yd3h68z3eJ3+U3Eq/4mvgen4nzxWIdw4RqUq+RMtWEn7FVeRyJJMmj+P2wzHAvX6GV0vt8RQ2X2/f7imzQgm9Eybfv8msjpvfTA7mua0DwcNYI6TXD8v4A/AYdl/9nBpjHY87jGcWt5xSVGmja/Bdbg67wMcn/0bCgRdTjBPVtEVeyh+sHA0XdLvXcMtw/p1ieZPOh6XHRW2rAMXVMCu4B9CWZYT1JKNwf6EuptnjAbB8JB7r54VKqEDWQmIu+fOLgQ4pZi8wA8I3QdPYP+g4VDHh9MCSRHQgwA9Wv19/sarmXMhB+9M3sgbmMC5S2W7rLtv5TOFBLzAxMirp24hMSJyYwScXOqe3GD+Hh3fKF2BupsSKzJGqQyxCrHJaEbukfRtDhAEIMF0N/MeMWKrEC0DUTljor9MBqQ5c6y2KEOYDBwMytHMAlviK7dbRkK4IF60qr5DKUSMh4Wnt/ONlHg6FkMjVyPP5QMJzssXAomcywKR3DZjKZnSIpd6G3dQS1hzGciIJkxzykrJCW0TVUMh89POjJkw6NhzHqRbJYZCZ7ceAJlzSesK6X0UMpKaMjQ2/mzV2Nl+npXnaPQGuVrH2J24HnIhB04DbZMT2V+1PEqkusWbMiNXVMZ6RelqPbfLpY7btO7e99oKCxU4vKd51Tj4U03CQh8sHDYT3D0Tuu4yqh4FEYGaWE4knoLx3DvIizU3rXb/auzKwz9m48vnfj0/VufLrejdm7sYm/jt6Nv57ejavejRHUt9m77/e1dzHBg1H++T5fexcdV/Xuil/1bqx2lkMC4y+3IS/+4QvLxzdSTsY07LqQ290ivmaCVBbrOQj4QqxSGb6UlUyFq3X7eITpJLFcJbFNlSSWqyQGntVWBUQgIu2vvLj86n+y9XpR+acf9qkoTRnAhZpXG7ZPHWS9i71ZdYZXgzprRcZ4BzbcY7Ike3iYxwnLQ8htSbOhzA/bQI7gjBZE6GJvE3aMPjXoigMDJZRGBYUzF+NY5zuge1xUpJhZqidgTUAMRkSbOKzhwLdJ23ZuJoNLsTWUtaH+BqaOv8VtbKj7VnUJeMsfeIvlz77Pv4bxJy8uL1SDqKpS1m0AK8X5txbB69T0+wlP4Vaefjo8TMEwdPoD+oV+wYIlxuwaWH6GdFjz8MS3Jneqt0AOIERrXD2qiJjS5VC98hSAIpLeiOmFoEYMiPJRBC6+qIrn6AEowwFQtgQLRx02OwaM2wTr9ql6DKqRofd1q8oxtDlOZTrugQbqlG2EP0WZYX9ds1a+gye4rqg9kY33GHI/29o7N7B2yRrVRR4WPnURGuszZqTDQjFHZIOHHbk0coE6AldNiyun2WR6Tk6PBYDVeEuy75vKRpJbA2e1O9TIKBovU+pbtVktRaNCyIqC5FLhlbxHD3jaA77dPkn/UEdlNWeRQ4/SGbt3ztDS5xVzGseTXTFIrKX1rFJsEe6BekpXdAcLX9+yeWmIKDgJBYS6XxYaUOWlf4A7DSF53SvDFgM85AgUmHuGRtgSdEB4MlKvnS/wv5Q3VCRzHENsnoUtvOu88h1/QrbwtdpFNLLqo4u9trPjs9FKhVMr7g3QvKMytP5N1iYHsUtT2QCX0J62r0HYJjqLylSFiPkOS0Oeiyc1h/GEbNtwNYU/INwnWvl9LUhtamTurH3qfRB65jfe4Je/9x89blAjlF7+7N975f+104RziETr2+g9AdR1avFawuBHBt4g+81DnqIrvkUiSx2ZBAsWdo1hSWjXWrbqKJ1+mS+5aFjldPP5lvr5s5rPt9bPf8trvnjUc29s+UFtGc9AGh4DY2jMPxuXeJPI1RraGUOTw3fjKk5HeSBUcBXiK/I2lNtAb1O5DRkO9uK1Mb2kNx57HiIPvfm9fnn3Zqo4jvPBT9cPfmorHrylfvD734YHb60e/GSL9gjYQRIbfjhmTXhrwTApZXwbNrnlTqgfvYUiXYTkZvXbSf6fNK6Via5RSyOFvAN6Vw1jYSuOZdmqzsCQ4/sGGXbz0LURdzNdJPoeVu3Dg3Z5Elqz+2ASdd+A55YLFrRNswoQayKsP0P0QCvJAabSyhtEpSQyJD4gsqMNIjHskxyXiN1bfxTZj6Lhj0I99TjN2/C0b6OJ1YGyT8PoyAJzx2GqXlwjFFo+e5NRkFL7FeDZ7zrucma/NRLCu2pNQlSeLCdA062A1dYDrTMWQ+OgKhEf+DJI1yjKRKk7Zf/qOUkifCxzsYcQJJrbP2E3geQ3773SQeXRhl1hq/66E3SXW3eABQv7eb6qsLsgqIXIhcJijggNFTJQmrxX1Sd1aaDaDqm2pX7ysQYNSPmsfZW6V2Gj1rGqKwVwRwtzUhHupv8JNpu5mb5WA5q0THtfj6iuLeMPRUvuQKPfkQ9ZaEUy0Oasmz/pDfJgWdYLz+SHZK8qtVxn8nn/9mL6rg8AKXGXyQfTKACPg9uLGaqIpu7kWxmOmcE0X4V49fdjX0W3F/n8U/pq3r/zENfn6Q9gpsS3LCJAFMQO1DKFkcy3YP2WiiT/DWzb6NrHKAc6diT8BC6R6PCuDm6PA9kfZIqcC6Eo4dCa/gL1nf2rha4QmQcWI9gx9EyGdmcY6NgONMSToYGGgixSPYfkeRWsI7ENByHLl2BElJvzfcpWZBvG2GYZ5mjinsh1SkrtES4UHFIWX5Qi/XB7MYuZF5tZ7GC07NvxBOqS9Aj2aalJ8XhGNu6zr7pPKrXuVfcdLeTLdUiXYtfvas0vp5FAks1IskHO2SyizRQm9ZTjZ+2oqk5UVWfGuExjyRRHkJMylQaaPji6kIfHlqEXwTQYVnlaMsJHADIsmNJHX76qiO5DhZypnunp3O9i7neruR+aLuZ+120R6W9GaSaxy04Hi058tUNCXJJiZKFRDLjEUorGsasrNe/LZzsP3/cmcjqfe5cY/jkUbWkYzKjLecCTFM4HzlvoLujLE5X5AnfTd2D58Wh6hIMt9iHxq7E91g6Y3/kmTBhlqxGTBRaEmISG99PufRfvuqbtdsT+YVUXJLb6yIgRcPmd8lpsd8Fr8Y4jpkF/0ZNx1ZM+NrPCyHGcTAeeFg69qY9LiHFs422AXTIA3wKYasU+s59J/Y6NmduWzWfbBZgqOmrpQOUeMC+tRZ4VCRVUABGjornBlIoN0n1zCoVer/uFxu9FiCkrjRbxXNGXke+a/gGEm+pFgGBGVDC1Io3hF9/LX6RlS6p9GmIqrkJMdUFt0JwNEsWHil2A0Cn9EDrlVENMxTbEFANmxQRqhooiycot+dYCqEuwv7Ti1StomefZSDnqeWgj5aSN5ecFmUYBTY2NXphQoYDxIRwV1xz0mx6cJozdkuGVkGn+WgWtGooqFWGtZ0zQNrOyS5o6j6eKZVFXMaqqGDWrGA1XER5f3UULNyDjnb9FzcJ1CevZITQOGSKeawBmuliu0ZwL24Y9yRwnEodFelc2QhauOzO9Pda/VSohI7BHx8lTBzyEJoWF2IJ+Q6lLeipW3SvOUgoYBLjws0WiyCtk6SA98NWASGKzULiBlIQ3nSx6Gq+ssd9x1Y5ZbUTmGrhOQfSzGDt31F6qi9McVIrVW+iFrjq2crpq2Fp16TK6lWfg3fxFoK6O5L5F5m1+u5la6CkQGJXWslU5GRLjjJN762K+HRLEAn2VgXuGP5Rg5KdOQQuHppHWGC1RxHvbu9ruyGrPOJtA7jjFQQhYvEz5UJg+ai8zIuaE78sMtusAKQmILtC8NIELfLuLIVKU7CIHWDTUrTfLTrUD/2jcCGTvi1h2l5/vlHkMGe4jhKsGyJMwNgDgbpKm6qmggt4o9JmCbHhk6r4yJR8iuvpJhs716uUnFGUYkBnKPz+yQp9FCuipM9AJDqz5DOkNomcJW+RnjXfCT8Y827TmGYqORor2dU9gwvdA5pWRmuMHP/D7v1/ee3mYa3xbBvwG3hjjp7uxq6HFgcoWIJgzF66t6I6jk7rDCfvf6l3CDgku9i6da1UNzZp9s0kb/UlfW33SH9fsZh/9z9oDj/iTusBgdsuceL9/dpOivaY7knPtDif0fevMka3VHNm6do4ojawEwFTi7V64cPHuIPzk4vKPvEX8utFAuUvwpH9pg1r6BE96LcMy5X8Mb9grmfR6xLO8VljSYx5xxr/Xgi0FXCOuA4tmeouw8SeRoqUjCi5FH42E2NYa87JNHu5YLDrz3J+3y11L9g6XvXo5pB9ep79yvRi9QLQAR5UFyydoUrWGZxXmTdYMyJc14iXvprHC5aiEiS5HlUzInE1whbeFImyH6EuEuD4JO/AqYKEGcpHlKLaldBjHBKUEmf5gkBMppevXDxh8AP0bUx5H/y5kbANDCCIctIcDTgSHx4FFFWUwcArx1JYnd3V5/OHhjy3PPeCJMMpLNcB8Xd4nWR6dhpNmedeMlJdU5SXN8ojQnjTK0wdVeUmjPMRyzv9f37YGC6MsyIdAo1qefbLbPnl59WSHfTJXPWFY3DZ8aIS+vhBWuIdRHUi2GX+1TBb7SSum6QxAFUqDsKeM9zr/MzAuOA6v+cuIEPFf/8Z7vudd5vXl/vP2HirOP7b3Fn11AwxqRGwEG5YRvByAFOXDH/Q1NPH9xGLg66362gCjnK8NX7dGqvHOkWr896e0uB6Q056qq/GFp4aqsZ6IDM2M7hnJ6Hef8rZ63nZP1s/yE42MPjyc0SzxGZoZvW0ko/f8rZ53IaO3/22d0U/+7VBG0xrfPa8zeisy+rE6o39rexJL8s8O9+qUjWWuMJeP3Ic4y/fTkwIndtlbXxduXg41vCqQT9ILGFzo8vBmuUhf//D8jwwM1cAwGMl/3KeqtRa3Kc7CzpAwOuUjQcUwpGmfDmSjNehxJwPZ1VF+VlF+1qR84XSPUBZ/NHC0r48yQ4E5m9OXDBuns81vbH6UF70Wd4y9dD03P/QKG0Jt9/Rh6eV3iEifXiSLGSeBTOTrZRLM3zEwJr0w/OEirJa2G2FQWS1LH/9+aIokyc11AsjN0phHEUA7Ff7p7eGFZoZgQNCXfAU1yW+Qu11L8uduf1F2HNuKZpj5lPvcK7yDqv7rsbt6WHl6mJ9pNc9TO8+Zu+ao8mwvvxYvdzEEVIpx360h4aV2j4yr3TYoWFL6BI1ULj595WI9luQW3lbuJVXltilmbs0xVE3SADIUXlaGS/3ED/APCNEWwUOef/Ahr2xju9IdevyWdhlii4ZxlQGqxuP7UKYuemzdi3HKiXjgaXmcNtIpEEdfyMbatvkT2nblxI5/q1817rjf6HpgJMqfS5mJLDBXXuG9hk/rEbiUIyD7olwV5HfzMFrXJYwX15S7+fce3+XzPt9mdLdfEBeYWd3jI6/uaA98Pwjym9oDY0b3m9ID4Av/OkBzbDfsWjpTLxyc3AuZtvMCtjrYor+kNtjhMqdD+HMtcsObWU3X1bxfc4W3VZ53ZcPOKYM/u13BB6/wNsleWuSxYtNgygafJhQ3uvmUz6v3eYhwHg004vJRqhNjADpJV8cIKwxgdPmbSV9n6OtM+zo2Gfv6i+SASm5Zg9zii7w/sp0dg6nwwM7qjvuqA+lTHL9KUzzBWG+nfBxzm56K58701fSlKPlAZK0v+kXnyB6egDc+srrpzgI1C8meHk5iVbcB5WGHKkEDT0HeDah7NmZwbS8COUMjAfhNf1yeIgZRpD/7XF+tuSamY5Vn9s5nSR5LyrTT79ZBQMhqDsanMAj3MzxaDOLiIDxaDYIng9A4iIHLNAfhcT0t5iB4w4Pw6/Ug3I9B4AD4NtImv4EGRd4+5heeDtUC1LHqZNCrh4FzS7pDBuFxv5itB+ExXz8rvMYglDxvjzbLUK7tMemCusfK5dLnWMxRz8gFyLNwqGaWnke2lCr/4Jzyh2Wiy58/ZuekxM4cTJRRNkanMmHkD3h2QiMUY8eEgtGXeekvYBE/eJhps0Fi6aRK+YRNCf98cKnBBizEUCJR4sjANdCeHtaRHmECDPdUInjMHx0YbkHyX/THz8/73fz0lERG5uck0viiJY0KpipSG8Jx83MtKTq+4Ehy5ZxJcky5a0hyl5mqhKDYTFEIetjHLaWgk2oNA+9VvPTwh2KQfUgxaAo5/4c655Ns0dSF4V4CHUk299uG/apc3aqz04SyV8YsRNPcrJOF+wZt9Bka+dHJjfzFuiorduGYlf/Ww9NH/X0sbxumBljZ7J3r50mr5UUt+efjTyuQnUEPFegZJpBkKknALmlhsN4Ee4oZ4x72Wpux02h+4OQRMqHm8z/tllP5izKUi3y8PZBXmilkn1B++ff+z8/FVw1mMWW8bDBTeoNZejtvDT7oCyPJaM0dVPxcnn+U68KDys+TEX4uU+GTwshx/ZBftC0vaXxlT5LbExh6W6c3g5PgriDrHZji2l6oVrFty2i9SfkG55Tvq5kvcg1Np0djo4Qn0/UdjiQfVGub2EIc8IBihVAHIC8onnhj5UGrio4hUwoxyT5QCFaI+XM+/BHs/5bHe3/Uz5WvIGsQ+TFL5G+0s/dmpWhStsjHnLzHzkjXb55M1++t6fpuTjFfrQz85mJ+nEvCMRn8GZ5+6eDrChJgBXnz0DLukhdBg8NjdGbHLrhBk70ztimX8pkuaTJojPzYvMNzzvvVzJu/JPcZoYCZ7jpZEfa4XrfLuPfORq8fG+n1u8/Y6++b3Os/Vff6Mcsym2t4YNfwe+wafrddw2kQGIxdw99Xzzt+qJ8Va9fYNixIRztqUK2xjannw9+I2Qw4AjHmS1wVUGXdclmnZ511mukSew+X2O6G5srdwnkLl0KdYFgTIVpSzNQJ1ndL4cyeXgInKNSQUlnena5+XdOb6uYNMcDJBG2VF2AkXK31WhF6Kohkl2d653enhiqamRlWSWegb/r5dkcDMtO/EuB8yvb7cMZZk4BodK1r73ZLSMAvwkKtAgD3HLHdc8Q6umzupLw5IarHx+vHT8pjnCby+V9rZwdn37+4nyq/KBsOK9vq1qH8+QBG5141C4BEcsiW18YuK4H+7qIiAP9Atizgql7SoF8c2O2AsQlIuHuE8aurpEWbxNVd6EU6u5MhyupWfL1bU9b88sAob4+7Xa35V76xmg9tY8bVXTcw3TEbmKr+lvOl51L/pNut1rxuxfnW5h2ec97XMm/OYz6S3DPhKiOFTR6G+FyKanXVGC5yRXVkzeV9YrrXyKaqXf3aJ2tw2ngHWNz6V2wnoRvHAjZndgwRjptTq+3GsbxI6Dn/keoTTSxj5hLI+PXVHvuc8uRMKbpnyLmbgfngDMXLvxtzbWOZl1vMzNyihcPigvIuK0zc7bsyFxxjGbbMa6wlE2b5VPmwtzjoWAHijjOJFypgPIk1aZZFPkm21Ff+VQRkScfI0XTHeq3jI65gZSOU8i/2/pTLM1dFJ20PccU6P+aCv39dcbWnfIom4/PH45vBvTx9fIvjo0+6iVvzUGQKnqoZWYn1EcqID8vUzRtCi7ZfNsdtrUE1extf1GRvpdV1Q7JF18oWjuwbioJpWTpgqEWbhUpaXZtvdE75Xst8kWuOXLGq6cSY6vaz8XLi9Y0xOfWNyonlo1F5MhQaNlNCaZBfXl+JLzdjUDoIiow4mR2GxadFTiXEHPc1ZP4xFWIGXrfHADCWlXYu9mZ1MESInB4jRE6z09aR3eFzdFxviA+tsx03bdaNDkjWYKXTa4XIKu/onPO+lnkj5w6/nAYr7TgCnar6DEiFKU9QZ9VyfRr3F+zJX64jdZdlBcf8002UIpk8VbTv4I6tZfe5ptrc6GBfFfbDWtbNSh2T5uTRiVMSpHa9UtoPaI5gIY9aQtu1pEoM70x0dtNEwfh7KsI6pDxG7m5R+rm5oqgbVSq+foJQLK04qhR1U3NtvpHfWIm4PVkibldap/YoNfkcYMll4Kks3K0E4htNlfEkefg0GbftanQjJbTEicNtFYe5QAqxZUqiZt01lHrdr309OP5bObddy7ldyLntYTn3xlrMJVg7PHR6QVatA0oXzbUAo3lua8GjjbVA90uj68GpybR302mWg0ON5eDa4eVAaW7FWYgo4Zx2UfCHFgW3MJ7jwtA624UhUvOzMy4MwTnla/XdXagx2nuccloWhkDVvd19lWb6Op35h0QGfthKODJOlHJxozEf9EAu0EpprIThj9ndymke9XQ8n29FH0VK4PR+jRnLObznKgMxZBVYJqxizpyJX1w0kV8cqPjFLiWHbdWax4xBspb0ZFSvtPWW29c4lrhX27aLlZpElQcnUqXbsbEOu903B912bVf9ye6KjrfVDy+tHpr64QXOqGeKR2WWy45uYFBbxLY+pGWfcQPjj/BJLItnvY2p6D04J3o/4xYmOKd8Lb1TbdedTO/kFK4zr616+PpimA06EdM9vGVoNy3relPQJuc39VBU+wWgHijdnW63sGvtZgF7hG7+3aerLo+w6nXBz4Zr/w++GrutxLBYN2FdXktvujZDV6iLc3vC4txUV8XjdEojR0JucU6qxbljOWI4vDg3M26ddcbx0OIcNXVVwVmql6pl92DPhQnistsvu3BZVVGtXx+mJvYwtRKhGwJ0d1QBrwGnOrZv22NE6Kb2vTpp88aIJu2JJ3nuBK+9VojurJGozir3Ned47dFzvHbzHE9+4Eip8OZ08XJbZhxd0R4tBrOUHo2E0udgjM3tc1y+WfVrc7RrehzRPPiR7M5H59M5cgNOqi4MFhdkKdu0iK3MBd8kUdsdlI8hhltUqLlZd1NJd+15TLCsWrXAisI1RdxiBenhUxNaxyaYPuNGLWiKqw2aABkPT7PT5h6fTe4VTchQHxx49WST0dcgVBUxsOU13QRzeoB7Mw5sEn6N6nGIA4xmUI0m5JeE/Z1wPBPaMtA/YhO0F99N/egQgY3Vjz7uz79+YEqqyTOVgazeCJDhvxu40lThP2jbLfm0FCEvcSY3WGd6F3nZ4DzsmF872KwNmOMOe7BFmXfxLFklNDPCGVzkLQ2ebdn8+awy35bvmi3/5hHPbJ4DdoXsTMyzzLNx3gcTk5gs3JzvePocTHPj8t+0y998yJM9qkYkTBhCg29hzjknM2WL/kzp39Yz5+nPrlsCyx8Hfv39UGJl5WdgV5y/1UchX63PN570xy4mbEj15Hr7ZESvMOakZP712BENz7BapH3SibRPnkmkbU5PJ9I+OVmkPTpBpN2jq/AuO1a1TEvp7HSr7sGJq+5ot1QruipwZF0fEmpf4ziMzHXHfF6rrbv+691rOan2eq6e7pubnFQ7VpIaK8SMkX9rqfb6MVKtiisAMj87tXz4TZBqk7OVauNzk2qTs5VqYyvVtlSqbWVOQ+6k2vBMq5M3pBSeX86EMTE6HR9fPyKzglTtDvC0Uuv1p5Vaz6E6YJMQiCYcYJFRCxHkW4tknhilifoN8LKDFyEqXm7Uyy16AfvG9R57fb9evWfp5WK9vBQrwvbgNXq5SR/+iF5+wn7xbnv9d/b6W3oNT9rro/b5p+zvU/b35+3vJ+3v/25/Hwv09xv1Gt5tf78TxsPZ88OvBPP+0cJcJjfSv4bev+jg50vOPPjItwvLTtQNgglSqf6ORTWzwd8PYTInoPOPymTeTQc5BF6UJWHQ4UzgibbIVHT+a5gcPx9kpbaVCN7Yt4EgnoGzb18DgIK9+RM4uvpLNE48E3fiecFEejF9q8AZWpgTuzBf+o/VkgQ+SpNac//k89t/rNqenFzbRybWNjGze7YHB+W6fnuwl878j3GBgnO6Wj7Rfya5yPveIf8ZeWmt7Gkz56zsPWueVPmXuAfqP+PNqUkVRHj4lyRmCoxpowKncn48CAlRu+wfqycfndyTj3/rjfupybWdbGWQwJhfVzpd9dxnX8QxHvjO3fr+UV8NPFE9GJfyQBSWh2B0sgd7H2L5T9HETAYO/miFB9KZutj7Fb/owTdJaOdfDvkmeZWHl1d5eJF2prbCMmsKhmuOevSRr+5JQj58CfM30s8/Wqf/tTex049965HI8ckkcve3Xm3vmVzblckEjegVRqTP46FQ4kAhp2UNPh4SLgAxdgoP4DKS6J9azG6V2XW5FNHtu9RTPyI+uPHgXy+CDPyrAqzYABH0iACtoQ0CdYr0Ie97ALdHccfCIXv7Y6HG4/AyrYvU9bWG93eFjHJwV2hrjvUvQX5ZefdwC+7+h23Bm4db8OahFtzdaME92oJ7Qld1qe4MI1bIHP1MwJefoS6XTx7XJ49LTTdIqg02jqdrPU1x62F9f31QdH/j8Yfqx482Hj9WPz7VFFmfqO21AvjupzzR1lAW2FnzZQoc+OqhcWdgZt77rp7X9D6Gp4f1+hjjqBzUSSN1VO5RWZIjnMJpHZUjmK8vFnkV8cU5KkdjHJWDMY7KwRhH5eCsHJUj66gcvQdBnmT7OTd4Dntk24C9tVvbu0vj2/q6N9P29ta0Nx7b3mBye22Ird7E9sLfbEx7e2Pa2xvT3uCM7T04h2CbVHfobNqr2oUnEZ35ObXLNtCvGr/ChmWvV0lGDITyGtoDMVTKtWCfmJmpMwW6lt7W+QvUc9Aj9+X1vfSrwSr3tH9YZjKC2bfMJv0y/80Q7lEw7n1Fz1NnJUu4u2rC3V1Rsz1ZTRub9xSnqTIBTPYan4pppCiTioMQUAVhTH/siZ+8+0cX9FdaKGD48zQI0dCvLnUdVHJIATLscKfMBr6/XK7cz1AcHic0C3g4KLjU753LbgmCZf+ohlpJL5SNc7h77p9/18sf3Pgbv/P9Qj7LgEeuCOsGhEPa/am3vOE7fu9tv7ZwI7aVdeZfsJmv+MR6CvbP6W/wBS2MIVGlftkFw9V6tP6yTpndikQtGdpldUY99sMI9i0/irBc/el4qTz1pR/Z1/M3Z2U4wERqJJF8RpKANwfNJIFQYXoA71Bi/qOAN/CXsuzlKLU/8NeW6muWn3VZ1vV/s8hDJKcdpX+V5PELSdBZDo5qPJIMyA8Kyb5/btAPjrpfe+eKEOrbzYNw94v471d2Ch26zlbEuAfuzQbr5Zs+UnYHfZvyoeGUfZtyA6I35MvFlAnzZYIOAUtICsqNv1+jNKjUYGVGwnwCJdw3UtMZMIFZM7VYTFOjkr9E6Jb6vuEvDN5017yxh2jYGJuppaJnw8ysl9nchRYqhWrjZ/wiinZ13ewyfVl3MhwqgGyrl26l1ZhbdKKr7lKhrmlOCLrSLdBbaJoBfaV9/ZJhKaQR0qIyRLS/aYSbRsgYwvEAVu+WAnzM9C5kIMPuolxXLw8JaYQYZ73FYp1Zh5dS/tDL/HQvNx2ZkK2F6fMRKaiC75kGg/ZVjKgrFZlo7deMMoshLvrGt0G5aBKNgFuziF94IdBRZFWfgdKyVdNFi3ThOrgtHTxgSAsZiOeZqOdrL3sarNYjeXhES5HLHYeJrIFO62hkNsYGD1ExYCBUFewAOfnIpLc23BuixyKmiI0+amOK2Yx94rHyU7/+FNq1nOQFvsna2dhawzSHxpRPP28QdYNsLa2OTY4VhrGDomyrlGk77OSyrMi7f+qPN6//QfMzJ1fyx/wT9ZvskSQIl1tHjQYkKrtTWdljPC5fAwJKPvulD4NBSqcK4VwdBotWDmLCotPkH1nlUwVc2ybLlV+Wwf4O2G1U9IYYLgPzBsvNtR4B1Io253pb5noq7C/cT8AGtll7QE82U2ApYdg7ZbC3AdkxABnSZAdEhWWgu0Isya7pnlhRssAeI92r44cgXUBcgLwFQFPTeUCnHoRiigrIZNCVsQtJplEzb6HyEyvCpPpCmiZakd/9exFY4IRSjOmuDiCjouxV0o5G78alwrBldDqhkDZRKhi9rPSyItVTPESb71Vd/H260z0IDjiFtSClcVeg4egD8IeWrXzCWhYA26262MSs9M/KyFzx5m1/+pYf2fOyG+ZQU0RfQIy9s0yan33STZLUr5P6E5JyQ6EMBmGynbQqnAU6Xzt7tUmLjegGJpyYH7vYAo0xVLA7T1/Td2QTAdhEOFQQ4J4arey5dp4Y09AWu6/VTN2alNrTgOqWkYSurcpIXBu9ZlbehKxkGmQ3yAJP4WLX0DIPq4Jh8UImx4hAJPQ9NEP94flJGBBEMcje0Auyo/HyMMeYGcMxZhzHWD/MMdYPc4wf5L8/24mYlSMcoymgRUVeUX7FMaRMlVfoXLQeHGOmjG8iOiamsvCNDfvqFb1leQaitJsNeLLBhEsKUgc8nBmEVkYk5MXBRrP+gaJflQhmEeikBwfoECoIoYMPF5sgMsxoiPIZhbZW5EPPYad0CFiin64I/5xViWSTDvZGrudcjywzKUAtK6CZlH/zFX2zWDRzqWZJa2kwi8mCombLOwCdVvPhetWM7i3SVfA0YUvSGuksM4MWi0AbapNFOFyP/tgE8sMASCkzGnclbTC6E4iGJJyu4zgo+q4EJlhoNuoGq05fzNovOvJFtCIv5EE6kkWgDQn2syEBG6L7J9QVg7V+cTAr1XM1A/zYDFJpxKaU5c026ofSOrjJWKzksd7mC2AYKU0r6j71Rj7NXAVZY02BMWsky1wJkSuh2Y6Wa0dL0Z3Rjm6jAV1JP6ORNNMJdagzx00XtVqRpWdsh4/kQgIan0/GfGzylh2KSclY3MRGzWJUIDDKMteTpEr8PZs3K1MR7GlKca2TpbnXWA2VFnxHC5KvFDM16IXQ/KTNQs6hCNz05Ka3goipWtYMygpxWRKWBaxXgzVcEmwg4RXYdCPEzDdeKm6mTrBsswE+6a65KHQD73FWkZv8RDFtZ26664TJ6/uaIyHW73tOFP3VFRHdpTD3waaT8oHpr7pvTkrJuVQE7jqSqvFml5SCiq2syPIB5G/w7oNO4QT0EXk4wyVwhuLOunNrfi5Jm73Q58druqNgtVw9GsOyWMy4FTEGgDGE5RmZN9mRMy9znz3NMtdcVvyhRaW5moRYSMrYrnpfng7i5a1HbQAVC1loV8BBBxvOnnDL0SWwwyXQFnFq5+ACM6SHkF+vn/2lhc/+6PGd1EEUF+zGr9lf+kvWZvd73o1//27n4Llrlsbmd1Hx3KHvdGlMFU6gXiFvLnqlUZMJ2aPI0tjfV4nTGma9T/2sjFNnSeUOrHURJI7rZDbK5dDgPFz2DjZL43ctXUhduDzYAZK+MNyGuDgXhlsH07gYhBK4MNw0WIdLLpNLLikQ/uzRd9sekbdtZIa2PQng9eYqth8uX7BPT9nrSXt92F5X7PXn7fWYvd5lr9fr5bVDcQN3VSEGG3EDtw6FD7SBBlPpkx7QT9YvGR/KsVk7prnMzvMa95sb96ZxP9W4zxv304379Y37dY37mQYnCE24InuLlRWoW1bMzIpZt1LMra6YObNenq0W0SpeTa+YcLUI5T40Ij3MuPspSe/uzYpZ7+43r5hpd3+ecBZ3P7tiplaLb1vF6JezwKv1yo1Lg069T1tX307VtzP1bV7fnlffbq5v52RWN5S8WEPM4FKzaVCYjYPnIAS+mRJK2jB4sak1Sid27wW9L3zWSmatotqGvajRdbMrxXY7iz6880Qxu3uud+riu1ce3HlCCBYgWVaeMxYjRBfnHuV908ZR92KRIUGOsAyX2wiUAM3h0w3ydF2dZ7FRU8DkyiXZhL2gefbuS54e/P3f3PqnkmhGlpd81Vy4unJCRNr6Y2bfAigtVu/BsxHrXJJuWjUvXDVbGhm8UD6cany4RbeXG82GVfOCVTPXSPqCFSG9FdsDv7vzhCns/V/slGVoE9AEIVRCMg4X5mT9RUD6LebZq+biVaHrOqOLV06sNrJ5TjObjfXgbTA1PXwfxeILzaw0JR9sMesGczKQ55lpYQTrB1NQekyZdfdSkpucCio1Nxynxg0HbL+a4zGzdjxW1ozH+Y2mrdPxuGh1pFtz/djwWw7J+RySHEPyHavmWY08vmNkLJ/VGJJtq+bbG0m3yZDkpxmSGfnuWeb8VXPJqnCT+rtLznYEZoZGYN3gIunb86VPnyX9/O3Sx5ulb3Pp23VQLOVmBiNwmlTSXfnb/N1f+cQNmx//uYO7Tgw2ZOYChCGvw+e8WJopksR09eSGuaL+wZiCF5jpe4vIPPcG/HguYrFH1aoIKSQyLzphttZZRqsiF2w9YZ5XP5qWR4PnydLVV4Dsru7KzVadN+mied7loeLWDbqyrTLPkb41m040+3rQ7LWB+TbzohVz6erg25zotGswjcDvuw+/tPPpe2/+vFRtfXVO8BUwkOCocMWNppABkKybA/L8RtbF8+sx6Hmb5ZPB0AP9cey2Xeb5ZnDvUPfeyxjqZvbGOV7XS1dGVe1uQJzzqmv37bqxFi72SdUzs92QV3eIMy4DUlcvbLbcCp5wGPOdfNVV+aqD6Kl6itnJbvN9HuKskaG8IfnDG5Y+xolczeT+UPJaPJGpprLWT8RBfLQ1omHoj9Ew9FXD8GxhXEMaht6wDBgrtkQfKF+1GmBINroJknBTbTBFaOxKNgqEScjOOK/0iINUJolH2bjaHlZLULr67pVBAu56YKCQrahhz9N8pqFxoHhVphSh0lprynDzquLpmO5q0f4BqIFqRU99/xs3HmaM++TedyNqfMekqybbvXvm6kv/4+7Pyfp4PJ9PB8fv37lStE37xAmTrgxSEef7xmo7cDaKWpkpaEyn8AtHqp0qEnZVm67Uulc1fPXdq0blbPukY9rS3CIxz0CFXWV7VWWpH52SXs3V0jpVThtuDxxdhLvOoQGF7Wo7FF9PQ2zdYtO3sEwT29WRrRLaVbDSOPqoh0Okf8UJUSkc5JqZfnYZzu2effbndkLJxl/Msqdbsl1JR9T67TFTqO2mUDI8hZK1UwgxnAnVwkmS7psruvUkaerWJNVtqlTr0NLvDcj2sMJjdg0A70woy/FAMW2mGttJ2QtSC2Da+2XwAZUA+wA6eQwU6IZImBnhMksCmKWDhNn0aTftsumvkFyS/YPMoSNmFoal7YS+vBkCTsbmpgfuFWGgd+JyHtiEB2npjfQI6uE+mgFuufsxDfMPuzOWhqya/gq1hFDlO3qbxUb3cmL7QM7A5n9WKjstd3231021YTNSJUsH3cZRCkAtpG5SWt15HAjhVIsARDxNJ3ZcJ3YwbxLb5f2h1H1Nne7V1Isu9XBXcYuuegLC/IJZ6nQb00euW6YbStPC9VFjoIr+qnSQ66F+o4fWNbrHDiC6xvaSPT1M7YwhAUZuCWvLEpb9a8DqMRy0WSqS4e16qtv1dNIZ17NlVgxNhvbY9SR1R1F2BrTz5UJ2FDc1VhHJ+YCkDVGWDBbteG4p08X8JUVm0f6wWN+ypFC0tbK2zSNOIEmVWxZpnW0yHCQTPCXZGmwqPEab49k080eHS7YdqkftkXVJbcoSDkkNsppdJCSL6TCrHuOz57TicCk7NmUXKVPETq5TpgVhVSLcI2AH4GBojbk12LKoXZ8SEDl0MKk8TAkdkhPil8REuCu61YlypsdqBX409rkdq8jsNx6fPKEKohhQVkeA5dRFDvJl2viy3/jpvggU5LNx1jLwHf6exYMKFXBN60eM8UbtxtZtbc0yoI5yUKSHnweYRSs92CdgRYb2YdkLz5avGz9fFprKskeiIFGCztfonxIl6GQNQSeOoNNhgk7HEnQyQtCpELTw3FsaBN0hQaObaJomlJcoZXdqyoYHMl0/TaZ0ndZ0nSpd94XAhcTaDHICEoPHH7x10sLv0R43Bqau58ibGC0g75DAss23pHKYfoGFGWQcLQKnoZmrrPA21wWLDSrv6RoNKKBBwJNjPQxUXR76IhgAy8xXDCQh4W5J9Fl4d4GEs0XauTnalSb1V7g0OROBGMYhR5AOFLr2PbDK2DBSYwpqTE1XqbFjDwBtWWlVVqOktLYoGGkYwGRhZRIs6ilyRydnUmELJedIf/4tWfZnQZCsOfbLx0gUuaO5/jDN9cdKFH0sZFOkrymRKKbHShTUTU/D/GYdVzA9W5hyHdKGpChD/sAJk6xQkFEEYz3cn96rMMBYW6f2O+22pJihCGb6N5X+rQ/I2td/YEC44Hoz3ebitq4+94/tuX/j1L8HFXdCsfFePf5NTW9FZGKctiXysZS0zq1kXa4sPOmfWbCL14wuXtM0U82zz/lBsBwCrCekFxi7JoEBxN6xwlZqkiVGqArV9iFR2wdd6tvNhV7KHrV38Dlszt5BipR+qOwd3CI9yKp2D+Unkog2uW0yHCw6FOohgwZfEfEUuCFyBg2rQRCikUPElIwhpnNgYAi8Tkjoilm1x4unbezktH86Q1uZFSsAFbA4oWVz1UEhoLtSSyDDvVNTRWeod4T93auGRN3VQeeseqddTdQku7s75ph9/ZguWq/RTnVtRmf1B7PS3KqzWsXscGeNHAwUm7YGVxYbcTJ6yyIxWdmBLenA9fXZufq9r0c9Z83GxcEGSR9AsJyFfLkRqgrAObYU5lOpJjR6B+FU73RCtVTr6FLK1ru9is0JPDzcR8XUapEP41K0TU71Uc/kIrHq4WklMh3D6xvnGj/rj+dWoBDqSObZ6ruFaqd57YCjrBZ4kd2IlU3IGUlBA97+wXnSJNcQK0NPC5GfhwFbbzaw6Q8IU5mlsCPtwtvZQYu4ivm9q0IXPVRV7npNBcEZ2twfbXPftrk/vs3907YZTSDonmxvUJWz64KiU291TafeAh9mRTr32lK+e9eJAvUZetAXttD4uj38tWxpV99t2o0PIOivywgGLGQba3/LrwPkUOuk0gNhoUJupNJYJcuND2CPAf3VYNb2PKxMxvf8rDu5L1rjer71TPV8a3Gw6Vun59eZmRNjun+FHZzRdEb6c5P2/3rtf8gVPJJOzTo1B+XZF3rf9vqZaP0fvMdb/9P0eEu7OjUbVIGADqYJwAbaiiuyHo2UZEVYL2OS/ahKa9/EFdMbL54TShc7v81uMTrhK1CbbD2CC+h21YVNM+Ga6Qik2OBLZXTrVcQL9vMD1ugff/IyugVILZdslj/fvhmPZhUGRUX37cGsRbZNFWocGgbJQqRVi54KY/ZVIGNpdmqX3r15e8CoywSTe75VVsO9oAvliEeI1yWATXGrD9qFiJytx2b3ng+qzlC2C/kpqX52tX7vq1nZ4/82zN9OrBb1HdTcll+HkUXReCg7gvyf79EHOR7keKA67FdKbuwai38KVUCwXDK+iLcZEMK3wmpa5fzNRmGVEe5VPl6ELIf96WEiRcn/t0y3vazl5f/My94ekgzkP+ll4Ce3sW95KeDDIFUc+WdL5X9s31R2AcHeKoNbypMnQuRrwqsX90Kily/D8uPHX3o19+Zv/QNPbz5nr+2rKSKH5bbFKzw1mkTUe3mSf4rR/8LyzxOX5gnvXxRBIyUR7J/wblqyafHVnwU4aArLn/3p2H129//P3tuA2XXW9aLrfdda+2PW3jNrJpNkOhNg7UWgE5rAAKVp05ZkjSZpSNMWG3sqei7cR8+RZ0+9dELa2/uYZKYQajgUiVI1asGh9N4GbbwRew5BiwylavQWDcp5yLnWQzyiRj6jVsk5lOb+f7//u9Zee74yaUGFe9Kns/de6/1+/+//6/1//NFC9eSpVNTiqPhXdOryswuf+vyrdGwXHv1vQd7G7MHrF2hDnkobf1W08cW8jfd/+Wk/rzr9xOdftUBdPJbKWqVTzshcAI6d9xHs0iPmUaSIH12naebkdJi13Gcmw82qdwcKj4TgCEf55ON0fzn9cWT++e9B3O9F7+2crXCt5/bWFPXhe88B4ckFbxIpImx8aypg+yU/9YtyvuvHj1J/bgNqDQ1fhJ/E0QKDK/DFH4GwfAK1v2rznIxp91zUut/LPnpt/Dc4k38t8uZLFy7yZ//V65Q52ZmVz0Jfv3DhAuCGKCsCY+mpd6CX0VdQM1pn02YyMXs2kfh4bsqb1F4XrUQ3B1OwOW5nd05CSYPzjY9o20iY9TATuo3/hIdOTywx4CQcntD/5B7XVfHKPQjc/YFsKsCFUrLICvE1XvQZa8JSEl7Lmcg0JzCZhXcaKc8ZUkqG+jdS2uyQUYeAtL0IhBPSL0C66mDUkAm+RymoNNopcjPugG5eR1JDMI0RelBB6T3F9MzZvq4VsFgBBDdqhzrCKP5rZjsNWhYfNUE6eSr3+P9iQupgO+UjxkqFF3ZSxUEIJvharaUzq+i4Itt6jL7TVleqvLhofcn1VdDS5fwVv1hOJOmDWf3U23XE7SVWtC60ae6K1ooVrc1fURRHBnVPU2NFXNFGvqJgAxrPa0VruqK10orW3YpW3HJiMatCQN0qw36gB3mGfQ2qwRX3ueLyrU2/EqJqqbXA0teXWvraxZbeowwAdT0TvzJ9WIM8GvqDoyo1faUNcnyBiW+Nv+ZHP2VIyNyWTGnz2qGsE84cpnLzohsHIVfw1dfpWSFfvmT71NHCikw9t46S+g6iy+iCJEP5NRtFjl2Jrx6OXgus8fCvOQJ+9NH89k9aIFaWzzILgCzvxCedOiXqL83/Pej/RuBtmbVARLMdj6a+4iVf4yz5+er7UFzC68604yuA/IuBPeBHdXAYb8TTl5IK0IHApJYe0iTxerEC88q7oqo6sEdjXgG2vBHgRRmzXt6jfgp9GOS3/ILVeXnBXCBoEFwa6LQQTLQsk8k5RLazwNO+Zj+VMi+G+laIwz3kcozrwkcXNn7Ob5kO+tOJsy0verMJXFse3hEEfICSfq3KUnVIAoJXMxOQfJOz5/PsBcTbPPJyKHD26P3CRyYal/Uq0ZSEYAoeq2VL3WJIDfJfVOdrXddqiQqD4oAQfZMjBNjhGw6D7wCe32rcWF3SOglZ/KdBNIJvnN7OYEs8jgwwYKOC+LOB7u+X4Y76P4wOGKmL7drCx92qCaFVu0KL1MW+2hHaInWxVRNEq+aNVmPlWjVBtGp7aDNfEwwL59GdtdgvYlr45azFfnfWYqtGi+AUviTgUcRRsy6Omi3S6lqXVtcWaXWtS6tri7S61qXVtS6tLvnnw9/QA4GktlcKS69Pz/6Te9pwTx8Fuod2EjcGE5kPwcansV3i36y3SbuAcdZ7UD1fMJNUV2jwF5H7mfXLZOM7YDeSvZlsIE/PDQhBsMEz2ayZzBDkUvB1XvptRTHfFbPQFUhpOIkx3ulXTZ7HZDtbPiOtzJhtGkdLf6JR5byKPnyoJjod+nmHe3fCehcdBjdAqNng8UYO/da137ATzDQ7ZyZ6Q89aayzaO+e1Me9sDLG79EneHa1yOx1GNEnUH1B2Ft+zgDcImyelQEU4/pdMSjcDe4UMnPOEPMuLrLF3z549Ataf9nbSQthpIxNoIx3OsBPRHwcFcS6ftyQUMAM+6/ots9GdhDRodDuBcNNGUrlZgRYOANhT3LCEeWwWDGIXdzdEcEbbqEQ0lQ6xzb58uG023OYQ2MqkndkK+ZTd5GwtZ9s3uYd4T2q+rajpu5rYATTQqjkE+FXn4XXGLWJn56uR+4mcVUzT3Ok0LK99IDsPe0SOoCHLfMaf5IBkOHuKsQhQ+DoWAQqmGfZ1LLYVlYbkhtUFFLUOUCBnJEdyrhhYWB5YAKfPAj5Lg/QFKNwgoxwobAcoagVQpNaBBYKC51ROOMe2bjVJaNBWPEO5aAeMxHpcAkSjGoCG82glRvI6aP19gbdMcFKsbgBT6ORmXsZZAkjLZRYzOfxCGLtTpnlckKNxibwvOJhi3iJAYTgB918QsFBZAPDdIvDpkb3Qt0ujetD1OkcoiXVFwZZW7pbF3AMR0cF1+eVmrPIe11zRTCsk7aCkGTrs09Vm426BsMXalA6LZi/aZ+hwTVfzA3cLnCxWvXGR5pfdvVPDNCj4yQ4CMDKiQntRgPiYL4zEkvSgsqtJKZhKHgQpRprlm6gkyZ4wSgi+YJaiBLzo123+ulmAFlRLOFnKKEYwDiOE3bQg7KYFYZkWVLu69F2Xz5huaiAzklHuyOlCVcdQm0sXzAuhCyVaUBoVvm/GUXfH3yxFE4RiCC2okCWOGJQWPzuk4WjYzQFejDQsRhxCEgcifKfoEBlsVmlDmNhrjdM5kfHFfsvDYr8XIwnJXIKgzVjXzNfNPw9dSBzCdbSA1GGPG4vvxgLwEIQEN3pHG/wu2lDTYZnFaIMpA4ZmnC8Ao9rNrnSPtDRQ2QM4r6JvbgQGndYJKGnkQIV0rQ9LWhWpWCCnAys+lzu4O/MnyRun7BJRJvbukQfXTUrJ2QsySkHQnD1QsHUoWNqvCp+yJ5s+gZc2xyRRidzYBciNVRSTXRzFfCksBIFlUh2r4ArJROlOiPDi1mEI+ypD2pMzLSWqIQQm7EbBSxGY4HkTGGnu//a72/Pnt/ftIy7S38f8fLo+wjEFODeyElaO3fR5fxLbt72ZE1v3vpZdqAIkevayDEBRgCeU34SdzTsdPbQl3qI0iBCDZIhoO5eOdUi4iLl7szEC3t2ZnPRFp1RDa30oyApzCxpXUBnnrrlPz/o7mkH3WvvfkbUuKCky5+SU1OawnoQXhfUfX1BshlmVgQj2y6Yl+Dwz2cPTIS8SvJGWdfcRsrv6dDhx37NHL1Bvmk1tG6FmoyNb/2hxpKADDaEvbSDOQZv6SvQTuNskP/44LKeCZfcR5nM5E9hoyhxQk02K8JAt/8lAVB+C4cw6P6ZRqOqLVXvsq0IrV9bgI8gp6qh90qY9LuZUgIwHdK6YFRyH9MkVlLjfAt++3+qLBl9U22mQnYNW42ZyG4dsmyFRgqxH7yEo6vsqsftJsMkb4VgFbcBZPuvbAyhuxqM8PAGCqfvANijcLHRzQzD8qFFBmbDfpBpfDRWsJgZOOMikIs8qbeiCqLKI2VHiq2yObmttVUkhWkbS01+lAWYhuvu56N5UjUcabtVvDQFIN0VLIqNTS2wxmcDpnjiZikwGSrBKZ/g6tVg1Y4O8f4V2LrGd0UJRyi9DTvuyzsYMCIhBhEwcnJh1/nneFAbU/BXp0I/t24gXOQyw4LRlY9nZ6k88mvSOH7nngJAu/NhP4Bg/Wz2wb9/47MHrD+xjLGWf5paq1sT/A+AvrR6lENcxfjRKVVr27FetuoQobuCl3gaP4boZisyLAoDoFmr19CQVESh5tu9ygd0C2vIjgAcuKlgCt29CJaJ+AfcdVDJS70ygJFJwN4T5EwF+VUxN6V2qZX81VFclJ+xxoqeNgTo2O/tVp3GptZ1lEq8nFSvbu3aoZrUGrLsXI5n7W5gz47ql8jTQbvk075YRSdq5cjE7YqDc6ajabUI9G8O1oa1haqb419O/jOj2s4ErAgjmGqgKK/Ex0PgbhX5T1qrh8KYXn/ejOwvko71Rk+0iUGqcSd4LyHzcMGqqbG20NAwV9amKApzST/uBsOapy7Nxsgy5DtUVn3CqLKkSv3G7W7b4U4ECQzaFHShdDJXR1hAvKuJnfXdaeT5HcWRG7RroWQnHcStYAHU32imsT4MWyY+Xl1FOJijUn0FOA6q40OECfs22Cm2or81RzT4q+MdOOPKpClD3raaokzbJIdcrx8Ze9EzV9LjZrchXHXObDiZbK2G8ure1SlZ3MAu2UfnfLBT5TafIb+aK/MzshC9o0oz/g9HbhxUyzczIiOXZrCrG458PaAHpZ8fNZCrrtt3d1ibbcD3jzhCLrNDdK+cqRVyR9nrPEz7Z+DaAEo91YLkWlH4gvxcjKY3a9f0hzXz5Ku2jjgPRxhAvFCH7l5zSVsGacwqQeWjinmnRVi1abRSVGq7VRtGq1FwJs4hqE6S0Ieslf7oWiEgZfcDkbpUQKri/QLumetRKNuu5zDacZKO/wiCNVdxAVHl+e9WGio30Jb3w+qIdRxUiWozCMYyBYtSZ4J1kC24cmEo6oJOBrWoyQO/cyEWMF6a5XwOTjZXXt9/1EyFsB8YwIK2zf9eK68s1Bmtb7QKmkJGOS5NzdDXbly9wzHtTNoQQ31geWeKoWOLILXGUL3EwNfe9WuhHAjyhHOpWv8ykL48vmlS3B2q21A9w7GsNqDMg+x5wmzuQG1gPLN21C0e6iw31LzBSN5IkbotQLFW20X1y6ZIybDh+dvaqWJohN7whLowaIrtFJozCRbYaf1QESFjItQaJ+f7GL3Btj5z6OsgdA3B+IGjRaJTW8Hrh7wjh+n4QeySjCa7y1GJWXyT9ylDPKT+6WPk1/R5tzUz8IVw//tvhJCjeNfqNmvEWT2L3ZE7rg2gdt9V75f8rh0vND+FNtdR6/mKttMRtjR/83p5kpE3xvuu//CsiXvHXv62U68wSlOsFk6yvg2Q94TDyL/4zk6w1c3CfaTvMB9H1+ZOsDd7irV6cZPUlq0Cy+sokq2uBukgWZKtWvyNZ/SBZ/bgm6oMCcArTrAmdgHZLuVMhZ5OZtz3MvIjZmIGp+pWMoQ4tr0kl+kG9+lCmDxSlD0Un0n5MLe4gbOMQdqyyfpT0odOCtmB90VVrwN8ydz20N1mWAQg32gmbiJM6JHkdRTetWnK/XjClGuiiVP28CkFIDaVUK7soVT7xHukZ9qSXQKkGlk2pBi5KqQai0r6UKJXJKRXWdqVSKi/yQKIIR6dNF5X6y8Wo1EP/nAjcId9u/I0JdONvPLl0/O3ezKdRH/penmKZQvVACLv/g2Hc1q8P8OtLIK9DeIz/X9UuqDxcmGL+/pCpAzQOBxqjOgJzdiiAJ+dV9v6AF01Rdn/QjvXCAcqpLNijDJwCa/aAjwy/+HbWQ4jnc/x70munffH/kvZTaEYSM+jHDvsCum/pkMI+VUv1qT5KaVrnbZRd1057tUjvYkXG2mlTizQXK7K2nTa0SGOxIkNygLVIPL8ITg2Oqs2hCHq7DwRpLvUTlCIHGj8C+di9ACjhlhj8hQV/0XkFqEmapVdR8UoZm9tLT5Sx2V2qToARlBAj6+KV5YYJML2lhvMX+aEoZvDgd+MMIugHFeaTOhWC6oILdgUoPo9Da/SagqyDLywM7fQcKNN9t6eLu4iypwVsfeUwjBf4YR2cir+tWYX1h9NjQV/TSAMar5fVPvnSBrRIrxayJJA6GEIv/iAiISGYefw3tLaed5QqrrtK5JcOXbPyAnrf2qws2D1Ihd1yMfbHu5ReF5fut9ONYGIYjnGbFGAuykuOtHBvyCEuxUtd8hC7GtMg9nOGiAspgPvSPXcP8aKruPQc5oNCcDHWNLjoyiB/50XKgKkKIvWE3QGlP5xweDLAk9ttYEzeLMzkJFsTDpK8fU2zzECgQFWqx5NI+JofphMU2UuUndWy0K2i+DYqVQwfQN1S7VK3sMkGBXDe6XR6kznExRxiN4e4YLyK9qHRS83NTI8T551ntTac3Seg6gv4GG7L0nBrRVkY69F7LcpbBv7Fge/uQ2hSWdueBs6tpZEbDTqgMerWwnEnTjEcOB+c4jYoYIbcfEaBTjboWsnIrYA87FrAgAVYfg7+uiSMgEbKYK5PSlZKA0gvvGCn/nzotLkBSnkwVZE8LmVMGgejgyUZdYA9H4K0iRD10v4haf9vDV8iBlo9CZySJlAX4B61fJCO+wog6XNA0tc5DAZptXEnIs3vhrlChDzq/HgLOuuXrr5IpuWMxw7xvsVNM+zwxxRK4IoNOwxZQ6fKcw2Bx8EG8fIMraoOfdntuqYGmYChvLZ60i9pp29n1sZ5u+aTrHD3XUdmTkeXvIelHVywy4DxIryFNzW6lJ4EI9UdiHQDQKSzUZc4SkC4TOUtYZ0Q7y/Es+ICD05/gg58rK8tgMc64LEFhunZNW+hukbuLzpy3xGdrtZVKgEPpgL7YpulW6WB6TgxxhHqd8v5Y9uIpzEoan/6Om9I8OO3E53M4dhpggj/1Bg8VQN/mvjTiz99YMH61cq8X695mFgIzwJcamFQVu3dES5CVzsSwUG1SNfkN3XMceK5qyBPbzR5aRS4y7agczOHGzSVVp79QCG4HKTg8kVjKqUrdF4V+uSErLtH9ODNR2N6jVtg9mKCU7yzzsyukVag46nqQHDb/YC/LZjKoGYi/Abxpy3SY/GNu7LC1TuHj5v29/sqKvHmXp2URKLx45mAu9uq6OW2R1eWCq9wOTnnyllNahNtvTDTO0sNMJI7j/w4Subi2ReC2bnyGdQkv37ZcuWzm5eUz26cJ5899W2Rz7ZMXFQ+u/Li8tnoxeWzNZcsnz10KdLNPBmkEG7cm27ZZpP3w3Nkm03emy5NtnFvFhXOPvRdN/wIVg4vTDK7+dIks+XSkA1ykmZTo0pThOZKTFlpaiahxaSsFkNYepjC0novjq9bvqh2c7PybR2OCm/zxvNtlt04FHS+uK5b2cY7/mUFuPI4F5Liusf5P6W4i0hxjULgiJeU4p7QsjCkQvFtyt7G6n10EfB13Jmq8eMusa5xcbFOO5zoyHRuKLhWokz3dZXpnnjBMt0GT3kRB0JOpjNlmc4sLdOVJLnOujqZLpaHXcs5RyguYb5LPgtsqQz5To42hRxdCHbzer64YMcRfZtQ2qyXo9jFBb0PB12Cnsn5fNWWX4qgJyD/Ju3/2yHs3fGdEfaG5gp7N1+CsFcCATmzS0p8dwwXvZkX0ttFN/dSZcAPB9ElDaAsBHYBR6QThBA49M8iBN58CUJgmXAtLAniTnAJMfCO5YqB8RwxMHZiYLy4GHglxMArIQZeCTHwyhcuBjYYGDXbEB8PhqN/WzZELLk7F6ErsgVCV7j6v2rVpZtOlxu86ibPFObVeuH1E0XrlbWeMid9ENI2eb0wk9jkNeXhyzZ5jSSEdLbBayLvKb708h2K9EbkbSlSmgkpD+MNNaQcSRTIKtrbuDPXhgoqfsiAuuIuN5jUCJsmOwWv8+wrvfB2N4IJbpAGst+VD3k2QdPtLerL7TGKJ1VygUAJLHizGduGlXjmxf8J3u6pl/2KdZmFssZPZI23LdKAlzdw1Mxt4BFTaqCqDXynvbDDf8Ve2F0b+OHv3AaeeKEbeGKJDfx4J7hKNT9SDFbgIsb4ecQYS0PmJWPEJJ7arNMmngbBGixGA3tQiTLBj05gDwT0gF3RsAsIkAbzQ2zg/UVCbDDaQtk9gh5GuJ82rQpCxlJVFDo3jgpsRyqMOOJMqp3pknovJIHaMlP7opZLeCsFYcLOAM7ETO/pmDlBXVCJ7zXI7gc3gEr8FZM204ozQ6H0G1JrpXlu0hq87irZFRO9vmc8xMFNKrMkLs7AsuIwbFp1+slqUlEzc0Qq10zGNqmllYnM3IhkUwC9se36zWTJnuw8ubh6NracZutIPG6WU1Lj5HJVLVxF5Q8MS6rxG4dlacYmsp4diLK8J/sLbyKr7NizFSXUlRGYPa9m5lW7uXCB7IikPRu8PqVvPaN6wvnECTsYNfBzTpdH7Vh/1Rt2A0duggm1SXc5aivxaYM4eYWOotXnotdXkqp6X9To0Sp7jxbij9pQhwEVykJCYtILJQL5LqqLLlJweyHVpZFb1UiNQ3uT3qWnKyC7o81cuBGApSqtlXerkbcbu3bjRD2WXOh9fEQ03Sk87XQT9H1FwfGV27moi0BizTVdU0CoOufUfEGhBuounEad4vSmAhcgAigDISew0Y4W2jebVLkHaagsGXx4TL4vgnHpt8SlBmvhjFW+WZlzGN9ROoxfe/6Hcc2cs2Dys0DPsud9GJdstuswLlnyX/VhTOYexks+ie4YnjalY7igcVvpGDYuXrB0DBtuPRtq+XYJx7Ax5xhyn6LOMcxNDSO0646hpkbiMfSdb3HCmHwVugbMO41Ns+jpMvlRpBOjnqbF1h4Hat5pWvQo9S0B/939EgUAPH4x1Fhzp2zJ4/ekVcL8FHTP/6fB1YYcmFNC8w8zAkD2JMP+yadtx++zpeCW2QmE31LdvFHdvPNLMkVYPV5yzAmEFV8/P3Sfi7wH587HaALHkJYN58So6onsKeG1vOyk5d0zuIvHzNIhABPbVgvmJcrg2mrpEpnZK0O++JwSf9FZtTEtJ/U+ZVP6FdZoHr6Np8jvkh1rvKSqMPrYY4ju4NjGJ63bDo/qYSafiL9ssBZYm+J2WsOF/bEp4oWdNC5g2B+bQm3pqfyKpiayX0FQ1ERTiatVufOgxUmxutQI0BD/ljJ+pVFAsxSIwNm1PbiX4w1uZvewFc4bfB4tGVFdv5yy6jd7x9yYVM62XZ1VAzWvh/ss2OKPX0kmNH4yyCOeLMuB1s+ddH/D2uAA2emEwfVyP1jGB8seeA4DbzXwhYJwkUpC8G5BuvSL3szBNXpNO7Pxz/tJtI6pQHvwpQappicJIEZF2nmPvq7jC1/X9XV+e6Kva/hSg4RVw+tano+gBs/eAB+1VugGqvFha/Q5gKN5KCc4YL6EJ6EB0ZiigXpVoYoyHFp+m2Ys554iTHQVOjhBuhsZxJg91+g7EH3RmtpUV/Q1gSq6p1oNDfe4UYSAZLN5QAYNY2EFKYOqzwpV9G5Ig5G0jtqPM87Hpw0uu2YFY8krM7JdnW4JASPwjqZ5wtZmoFIAMqMEVNtS+WkZAYMpSuQjoMCQVpAVSKYRQgNKZ0aThPFrIfaxEWhADd6hy6bh+rgXVp+BDuAVnq+zgUqvVq10XHH6SGLiVXoX1+PtKtbyRUiZtigikmkfS3HJ+oHo+eQm52+tsiq5o59DTgO7rysWnUa6KwFmUAAm+AANtBf/fdABCOQVoTSWmBwgvA4w2C5gUMGJZQkMtgCG4ryE0X8y1p+y+5ceVlgelhYNoDB3IxT5Vk5HsA5ZyAR847PwfQnYwyLjrij1WXjc4cLjFkpXjLsS/R7GTUd5HYw9UBq3ft3A0FsbqEjXjAZINQBNmZtWpZgWTgTVRPEb47+1iCldDBzozo3bcMzbmkEj1JGSCQ/cSIMoysc67nVmNT4lPY7L8PfD4TrbsG0kgndQnoTk83PnMdW1A9/hmYRymubPxO/MJKPCsjoOgth3e2c3simmiEmqj6TeBI0pODEvn5gXvS9UtdR0mSE5b5QhedbkDEmHB/mG0I2f+RflQZ4l4TtveE3yXcuDPGuUB6kuyoNUqb+ex4Ss975h5jIh2bkv2/iryobI8hT3Jv9CbEhphxZiQ541C7Ah044Nefq75aT55XMmPy9y0lBkEnjcHLClGNrzsXjX0MN86P/gI5FteejhnKH7XUMPO0MvsF0eJ4M7F4x7PxhsIcbgP307Pp3/mwIj4rR9QfQkyOK8XVmU/pQXXUZeuRii9kskJV90W15zwdMVju2eW+E6zmFXfxBfH2mUd0GeyltP3gyr2rML2b3bFpG+Aw3oTNvlsKy/Defpb8MF9be+BlCh/jZU/W3o9Le+5kPyaQRQ1t8GTn8bMEPdfP1tcHH9bQj9bSeSrp8H2eCBpf0f4vdS3RSojtZHs7rlpdDJH62Z0BkNBmWTH+CMjoWQi8AiMjYRBVhBKzNnaH0NR8F1sFs6UXuo0gcbIaxpQ95D4xLAaMHXZAnZhU/6k3lAY25OmXE0jV7G7dDbrzzkRWWiDzdfPhr2EeouiG9lqi0Gv/JcfMdQegrRPfjTzL9b9jXGvdLwXUnY3pNVdzaBmQNm9NHoMLFmNAhR3gUcU3PGCTkM1Ujz7mnZ5KJF/XaEuDN44nNoJnK8MuPESoHJpmrUs+c8hDbmeahk977jYE2GuSeblm/3TDJNpY8Aybpx5NGCtt6faeG86FbNh4wbTkSdQrsa9MewMhfWKe2fQLKk7DUIiOYWnAkXTonwpzgHgcScootrKFtf9XM4CBTfIscXxg7kQ5WmdBUiWiDnpvEwF5kUiDkH6pDDBs+opaV8sy749wbPRWmOFS44aaxEKn+Y5EUXszxl5vzgejLqfjgfsPQoCmDVl7cQxoVG0ikLFFUBRVXCkUKRxrtzkARmcZrXl5W9e5CfnuEfQbrxWCpv3tl0CRxr5CzLxWpzirn3rbAAJzclt6U6M0fmssv0TBMCw6jYQfcoqaDf8oLhBAdbug9XxODmfaUGmRJRzXcE3U315d+FNL+SGRC2y5/Tf2K3T8rnOff5zIMhP+//gHy69H7RK+bEwjG6uw/9CXz2n0T0oSKGzleAmCH/y3ibXvbe57z4H0UsDdwT7G3WuCM7/Ke2PedF9vC9Zt6jI6YFpOQ7lQJu+dXmKMhehXv71a2AYYJSm63eTgEU6CXQmn7J/lFDPmav5JVqErQ5vAQp/mz2aRGL1MrAbFUhXmrHP6sZzrJTz3jynSNHyJHH/gSqF5RFYyJBIVXguQepKrTMyYUma23Wp69xkloc72xtfG1K+2204W5yURKRKgUPXjHMgal5oHVNXmUTfFM3U60Jxn7PiCZ8Of4S2zcVgpgfNtSqMP3eikdcKyvGzb50xfhhsxtnrp5NwYS5jtAE6+XXz8ohTfTn7gSx1Cw9u6GNOW55NZrUwdneONwhI4LGsCjxEX/Y/SiOmIGv/5ZOFE4NkCun22TJNvlanxAUs4crFDAQXivQkJoW7617j4H64178QUN7EvSRMijDW5VIWhe8ym5Q92I/fkO0QAuaA8df59857v0QKxbBphA0TN6vn3gU7+9JVu7bR791xwiR5LxsmxIfgcbsFdsYj+1ljHmqQysX6wzTlIZp3DBNeZhdC9HU8+1Cni3ZgEb8liZabq0TzXFbmp2v0bQ4PWYdamZQYTebzUakrc+fcxK0DKluq0a0puY8xt2FKELP1m7Xb3icR8U3uL+DWV8fA3oJXs8Yp3DnCDJIBBrhUL0FAheCtE9/MhpPH+cdtQzSJiNFLyepNzcED/xE3Ls72uhUoaRV6KesliTF5Knuzb7qbYcQF8LqGWqn7Xmc1V4a9qBixFiI0iejaIOOl5BDb/Ypb6J3U9CQ/4KgIf/8Bv8F7k/gfgX45wVCV7RgYPkSvmcIMAkUhaU6621L7Yh0diCbSuQLZJGuAl/JCwg50AJ+VIQmJ9kCEaCJkBQIdZ6V7FWTmc+KMWO6J3sgUo6kUfZnsKWjlffXkCFXPv8SOC2DgCeLfeNIi9F8a0mcrIx/l9+/TYfMdoGhpjEhFNr5AMfEJI+mg3qCFuvVdQitIfRPCwN5FnfM3+fYuZ+WrWxV6nVbxz9Tt4Exph7yl8/nQb1eob3Vp2DBk1V2NmvYhr3Z33nCidUizULtw0cifoZY5J5xr3yI9v+AiJfwN8ziPdk/IBAFkyxnU9m9Nt6M+0RBv4m8/gfZhYr+zPTjlfi4yrwC5u+ooygwzP6rQESlu7ohwCAidUXQvUNP8lDGWhkhJTQiODOK9J/D9i1BK9sBNhRs9WcabvJuog6i8/uAhtaL4EfQIY1sSmgWDjXaY8LyDS2rI2RUwgZf6IEiK9xgJjUOBfxqg6YlOMFMJsMJtmFLBprLGz6r57bSYpyQKl+23MlW07yaxl/vYVOIxh6JuAvHB5xucLe9ioT6qTmXeWyXP2t3wQCJrM8avXDtAHZQArE89GFQBuwAgB10AFvJQOdqPEMGtQBaAGQXXqrJVg68rSAqwaQFqyUc0vZJMi64JL+Ewb15UkAasU4A8suv9qk/IreUxUhvsBipUCQAWBQGxy09wnICqyAZnGsEMs7STXSWnpiuZ7vOFBw6crthH30G/LwDiYls9ou/+ddPmR35dCql6VTcdCrd03FNTTKVzbHWQEQBv46RDYz3HED22WPMELkiGdzHoGjLw2p5y2DaB8Z/SYaFoV32Jv7sOZCiXWGhpt51OxI69xTAic536Y2HZm+apBDpFkxmZJWWQecX3oHMs7//l3939aXMuNwUpx1i2rnxgqwBwkoNJKswxsqx8QvmnRznbcJ06hok9vn0BoOK/mTVONbVi3846V/n125pajI0YbLvyMK7s+pk9ikRs2A/0ShNOswnjWjVDZGOKJrPesWsw9I4QjeOcOFxhPmsK27W4a6mNz6VNI6lg4fSFcnAborXIScuyzB438HnOeMQyzmQrLidmKkE9bvYw7KbLB0WFcKe1OTPrd7xKUxhkQMkcDwwPvUDmOpA0vtouuJdyYr9GrNI7fPmU583NqukdOdo1YHMykiW+npGkCSNH3A0vsawjrjnHMRHrbXCYaQYqA2ntwZYic8GV+eV8fN9/jW+p/zCCtxe1pLBjT7JwUuIbZS9SBsjzHwaZ7TcF+SR1JmBwu6FoLO1CYEelwlHLZg8LCWCCF0KxyEEYoPX4iQ0RnA1W4NrwpF2BuJyVGTIj1vBJgfUhFvQVja1rRmpcMyUZ21Y2q9x4nWbXhGUHpMQSbAzXogAFPdmBsK8DP3T0qCc6yiK2CLYMPakRvtHLY30aSBTJ17DFSWnW9EZPo/5afR36aqnwStj3HNu8nTI6SJD1XFSf9lDM/d6xMHUyhKJVxqBl0f9LY/A0xFQtQ/9Z94rCFnIQdVSDMuPVKO03Ia1WQxbhpbpEMOLcYxkFHO2UeTWWwQTNQCQb6QNV51+D17u+yEgCFYkpF0+t9qpQXp0PXsomCY9KgoL9mx5iwpCTQoN7VZT0+DlgqkROKhFrKrm/pUsX22kRWpVcGTq0Mo0oayYQn2qV3viy6k4Ecg5btXI9rDBZzP6Pt73Mxl6kYPDtnsrchxt4HP77XWex3x19nrjvsjZ1i9yHKPoI76tFDHLnQXBBu9KvRcaw+iZ5RYTvxI2G1fZMcXe5io71DEMsQjXFGrCtPXtFJaCNyBhoLvxRXRXJiv0M1oJv4HHnWHfQufmncS/bQXJT+G2H60BcitlGKLHj4ztdRpTer035LLuonQryJN1jKbhOsiH+mttWmHIfYyOmZtBDHAvZbPBNmJp4z6i4szoIqRJF2wWGJ83UqNJTSO00zura4xwYOHonNOFhn51g6Lou1X1NzCqs7nmH+MApdO2HhcMg/spHIiEJgeDsrq0UBjkhDPetlgNEhlEn5kx/jVTdl+A3ZoJVYFm4l8zmm3tUKD2+oeDrBGPClGSLQMF+oOT5louo8UVBYscDdRf4AiiUAdX2cOBNjHDqlD9w1XgR9VVIICrwO0b1btn1L7FuQrwx+348yPxqyJt77hrj+3LQXzaJ0NzCGL8aX5f55/26dmQnQBmykaRvdXGm9KaOsxwGCiKYZ7x3Uxi+au3QOPvxbXHO3ATtREEP/vP0TrP2+ghVfAp/QrE5sGfhG2c93VoZ31t+5yvQzwDOxPADWcc6ow351lcZMZXbmQgU5nfdW7G/HEl/lxdzHgaM5ahsRuZ8aM649Nw2j/qZnzUhy9GwI3U2Q5rGstRHdJRN93jC0z3/jnTfUdj1POu8pCR9H90TbehbZx00z3hpjvrpnsc0x2bM93XlqY7Wkx3rDzdUfxZX0z3lK/TPemm+6zldI9iuuetTve8IJYhTneoNN0tE+7aBqNCUYx2eoEZ//ScGf+qThOxHh7umnGvtnHEzfiQm/FhN+Np6L22TLRWS+cnvbaIfCXQ3pmD9mqnO5VvHS8Ygjbv6L+/mPmMa/aIm/lXdObnbRuKwLNu7mctbMMUxXRt9e16GQntayLdHAlZXj6dfw0CI7F8a1jHiyzj2DH9HNJP/LGICIEvgf6a1V/chNQ9O5c/O41Uyfp1JnDP5DQKycdXLJ87a96fu2U8CswWxK/moHBGw3gsxfUNr53idViFDV5jk/dFP+lc3WpEe8/5+7w/KBx+DqkVFZGO6+mY6+m8Qw3I5Yx1lD45Cdevt0i/j11qvw7YvG9ZhwnK/Z51/Ur/F+n34KX2e9b1+1XX7+lyv6ddv2cv2u8z9hL7Pe36/XPX79Fyv0ddv6cv2u8XL6VfaesU7Fie0r7tKTx5CllHdI4Io44+WwO4EKg6Y1KM9q36cQ4VTjBx/FlP2KzMyFHY2KWNM2kfTFKG6NmZXs0gsbAPaV2D+MWVdusV8nlSPq9AqGT5XC+fR+RzAy5ewnbrlWhcPl+FclJvk3yesW3GjDkin0hNIixWawXKCVVfg3bk94vkEwaUL0Y78tkrnwIvLaSrl7PYGpNPgdvWq5HUXT5fI59y8Fot+ZST2ErlU9a/9VL0K59r0a98vhb15PNlDO3cbr0c/Ur5y9GPfCKNyQn5vFI+Z+TzdWhHPq+Sz2el/1GyPEMln74h4rAjSNQ8BMTmH67qfezhahsvPfwJgNN8fYjsE7O4DT0nS9/Hi/hZ2vQerbTjb/EO4Zzs8ho4A/yF3aq+AM+alC6t501an8jOeD8h9GSKZh91F44ADnQIsBoinAP09edMGqzzz5jW9YXZTnhzU2+Y4Px4R1skyuT62517HWx38hs4+L1eD9PEU2Z3k5kp3a83SV/XJ33CUTD/qXdHUm9DYbvO9/bt1jx4+uyMN9Fg4tPSb2QdY7iB8kPhuD7x8yauqJ+5bEq1Hf/71mXwYlgvM+oBc1nfFuz7fs/9wxxlCfy7UnCO1Cqa4mXrWuTUm0wDMoLXuufnvu8hztnAodDfK/P2fmtGijotZ7C9qSmF7M551VBehpqarDbBaqV3Rhjx+c+G5j1D18Gcrj12ee0vJdfCT+PKkah1nUy+KrwSXA6uY+1/95nPZB++xj/P+EpESn721BOf+XD1KgEQXMdv8r5pk8sUkuL1LQ8pfL5pixw+5yyT0OB9BSTplcMJ6ZJPJiVQJHBSOVeP7ACjiXlz+D2T/cxqx++Z7P7Vjh0wyu/R+ORUoAHYT+Izep1gXeEjA313Fp/CtZ/GJ5i1Cs/BLNjTo/wuzFplo/8WdyB8OKo6slzXJqZ9HTKKk2erXHzIH1lVDPnhVQsM+URFh3y80oGd68pgJCfqcatn7oRNq5pVvToH7hYDtuoLALbqCwO26tLAJjjlSTvSutaZDZ2qKNTNYjmuLUPdyYru17Mh90twk3APoe7XeeGgbk+AEk97BcvF9o64rUJJMpsLbNVPz9mqmdWO2TTZL3VBV6+2echt1XRFoetpga4jLubYTEWh67Ab7VM62vPIQ3vSjfZkCF9tIPJTc0Z73I32pBvtqfDioz2xqhjtR1ctMNrToY72VAjQecqB0MlFQWgZqOtfNTR9TqDpOgdN58K5uOtsqPB1JtT9edJyf05if2at7s+shUs9CO7J8v4I5/40drwua+p2+6TPGvJ7I8X8MxXgC5FyFF0w7xf2T9sef09p6+gtdO7FFOQwqb99sds7alkiYtHZDhb9fzpYdNZhUQP8aYg/5aGfelthRHLChynEtknoKrZCFSRfA/3qy9dQv9bkayV5jVTfgNpH89ozl1D71Xntw3ntQ5dQeyyvfd6idl1vH5dZOckrnw1d12fC5dd+VV77VF775CXUfmVe+0jF1T5cWX7tDXnt6bz2+Uvoe31e+2Ree/YS+r4ir308r330Emq/Iq99JnC1TwfLr/3aYuR57dlLqL0WtZEWYoP3ATCgUNeu9/535XgT4LO9NIVLonX2DsgRyvCCfMu7O/DnTjC8Pdlou1XX2u80Wn0Ule6B+D+KctMufZr+ugd/9uW8srSHsyxkn4psmtPCpB9ZUHiJCt7YtPS2GBI0MDfk8V+AUtnT1HpeGugtH/T8+kIbYiI4fQdrceOKDkfZ1VCP8JxWqNfcaGPUJp8/lITqXxGqfwWfD15l1+LbOtvYaNdoiYaWGIR190ZvAz/sqEp1Nf3l5fZ8MMCrufyAIbXk1MvQBMejByTkwLfK8xqMkJkSNDPRJu/JQPMpzsKJDmgJmzwKRp60BswzGel4HWwHwWhCoyz47af8Ar89S/y2EOeo20+DuiTKToFjezLk91nonmZDXg6YVp3IeDaEp4EGQ2oNKkF1TKb3u44ZBKEFK4H7BxCB+NUObEQgblHyeQYEk3tRxbWuf1eLYd+Zzwv3IxmzMNLWTmiSprT2bmhiiCG2TUUrRsPwEUXhJCJjwHTinknhgK9IvHbUauA8PIsUxlVKcMJPC29ddcvwm5ViGY5W5FkhCw9CEvbwUUur26TZxjYacipJZ36NnmRwgzeYmj3uSii3A4JpHSJlWRCSBjLv+XeJrOU7++wSgU8N6CwNCeXzjTQyiy9Xv8WcrkGvo6ywd6yi3A4XdNYuuaA9MG6VgYZc0B5dUDmVMuoqFjR0C0p/v16si3JB5NINX7fBMAOSpFBpQZtuQRtJDxe0hwva4xb0nZ0FPR8WC4p1/BFdztvTnm3SaNMtZ0+xnA0s54+l1bnLWcVyNtxyNpmgu7ycPaXlDN1yhvlysh1LYy2Ko7CwxUADqFzwJVQL0lkobzLYBMOipy+JkkFZ1IOUu7IwqY+kZpP3ScD1Yyx55jNe9gcr5bk0dwU8C0ye0XRB0SXUGE9SQjBv9k9/icu3TR5SXP39X3rkUrxcQClx6k5wKTh2/wr/dHBxXv3qQra6Ohetmt2i1Tx+vVKMDx5nf7jqVZ53LYf3e6vKo5su8+GOV8foDrvRnZTRHbkIbz5GSWJsYUFiHmvePbA/ur4Y2B9eXx7YqbDDkuZsec6IYmBnA8ecLsGUjlJoGF1YZshP4km74MCeeSLfRS87/4TnRskaZ6zbUastnbZOemZLBHyhl29WcumBXO7eSFN9oY0/4qglf+xmoHNSS6djZTtsX6b1gE5rFjrCw25ahy2uRa5kErSuaZ100zrspnUkn5aDys/9/ad+raLTCTapia9As5vJjOv5iJvR0c5M5Px/MsinIqz7Y4HORZDB40ExGfn1GCnuiaCYzgnX6HE3nS8aVaBhOmeMTueMwbXHCPPPdU3njJsOClIvbBbcpY+OFODz6yNl8DlrHDy7GZ4zCjZnBGyYIlhAiXmG1T0SvZ0BWT7uBnbc4E7ict7Fdg3svBvYcTewE2a+yPmeOSLn8REntpjsIyNlkTMnCkYHfQIDmjHt5JpkEJJ5fBWW9GGjt/0zRqjWHD3a95QwKjToUeMUaTjxRrfppJkrlJ5yG/dwlRt3HBs3U9WNm6nicujlDAfW2TjhEB4EW9Hk9S2bPxyoLHqEEQt8XPXgxpnIdV034Ps5tB9R6MAh8A8bpyU27TngP8cg9jKhDL3Ws1L6Mob0JcCsAgMZJKuSVUUuUz9ZJQBbBXGL4y108b8M3l4eLPimyJtlR54zTCydHRmLZE4wFpiBRjr7hY9hUR6stuN/J2v/GyItx29BNLjfwox8tbw4VE1XMSNssorW7iCU1TRo5XH+H2AwuV82eTbu1BtpvYQSq3ETlQcNv/t+AcGNYGEwwtAHGvggXZm8JJH/d6ThSAqWghkgY3VuldeB8BavTXHbj1I7m7SXpdU8JRF5tou8AQNCQMqhWw44Nq3IMJOwsFDDbqNxDjxacatcYGiZQ7+nKBvDRSlFUEMBgIjUbGRadU93lTYARln+Ub0qTaCNZ+rJcXfbSaY+lI1ZlecClwms0kST9Nqkt4+mBBGWKMUNM9T21NkbBprb4DUYgzNQx0W2AtZYDS+CtMq0vSjFJIzQ7KNlekOoFwJrBqmy2HRQEC54Ss4Wc7GgVU0/WXM9aAz/YLsGsrqqJLQkxvkJ6DhaXEmDW3FPL8c911UnfCbWI9IsADW6mjFvust4rl24tl30f5IIHxMpz8x0Zra9PDPDJdAxPp9JBeVJQfKaOx+VGV2qgOD5TMrLJ2XpPeKaFW4c36r6QPjX1CguXQVYcRJflKyD1qaRme1pD8UTGcseBEhvZHZ7KpOVH4jX5G8HMpYfEE8bWW176smPOiw1E5i7JQ1A5zpE/hR4XOePtl6vQC0NXg+2x09eT3uVnq3J9RrI4J3p9bdAM1CVJ/JFSJF+qUFtgC91ILxfdsFxX/9IqMc+vpxjbqk0HUTQRQTOp8hQ1VDoIqodXUSto4uoJy/LNRmHck3GdLD82i/Na5/LlWZn/eXXTvPap/Papy6hdiuvPV9ZuIzaSygLl1F7CWXhMmrPURY2O8rCZVQulIWnTK7uM8uv3ZvXPpHXPn4JtV+c1xZmx1PjRiHzRi/RoQW0uRbwEhp9UaH9zId05hJqrym0gHnfR+3ya68otJ957cOXUDsudIh57dOXULtS6BDz2rOXUHvT4jrjZdReQme8jNpL6IyXUXsJnfEyai+hM15G7SV0xsuo7XTGlPUHkgEhliIInPTaUKPsjr/PCbCqiqBax6mHqPFLQ2QSgsKNYVOEMlBDRMukkroNZijNBh1eR5121mfc3Fw7xBol7VB+5QsN0SbvsQotfn0wQ8/YBPogGSp1FgwpgrE8WlF2S6be0DEJvRug2g0fXtqE2AJ/pQFoRpsUCe4Smgf3w6QJbjG+epgvWx5dnGRssMPe1rRMVYLAS4zqJUw+3dNrhZk26DJaCOKrkx7UU+62ic7A/kt3QtQGVPk7QM5OBKeqW5cmQ0bAtN3eBeMFUPadsHo/j0gSN4/IQCHb2ZubTWlO9X26jEiz7DHWNnKVNzQnQqO8kC06GHi0tB7Acj5WAbOg61QgO1lrRXa0vnLKk/Mdtetrs3r8oyUdYVWXXMCgR/nOplvxhjsBoert0pX5mkNlHCYri0Vv7CAb3tRF59sWtXJu1XuWXvWefNXRBFa90Vn1lZzVSiq2VsaXO5VVJZ+U2qQrQLqFD3XhwVQ1ZOHD+QvPODqlhaeeTFdeWu5Jmrr0zblLz9VVBZtC8sGKLlix9M9Yt/TzdchuwfuTfpxJ6sDQzMHKv95D2b+cQ9mvh7K/61D2L3Uo+7/Nh7K/cyj79VD2v5BD2T/nUPYv41D2u0PZf/FDyZNUPBZoygGGqoKmU4TJMyY4qKuHdWKaGrBxWiToy+KdczSEvtML3qP3cbs3+ne66ziv3a0l3KgP4/UJbYGk258swPROXnLjdvsy+cMx/XK1eHuYlyNDWaOdDiVXb3fjOV5FhHERkD93efbx12b3C/t/eDj2vCg7yAfv7Tx4zyge/HTnwWdejgfvKx4kFrqaT9NGnnp1m30rhdrLnsD36ZdSBfbbQTKsJpS8qLfrpUZhFnki0It62jSWzJ0sjPCPOuvn47B5bMSjmUBI/KCBelHWugp7OeHLgqQve1Qqt+hKmz0p8v+a7N2/D1VuK83u1y8vVXV4a63qwlsvy36Fny/PfgEGIa3N2QeuxfvLs5+7Fr8ZuZq5Pv59awUE0CQFeK9pp/TOWMS4DX65rRpu2MpKOQOlXLiAcRuKp6ZLM6bRuELdrdpCSjnjjNu8BZRy3gJKOW9B4zYDpVxX16ajlAs2eKPUyXF/j8Bku0sXN2Pn73yS6q4nL+WOr1jGjh/p2nFZ4zGu8fp22vP/izW+urPGh+at8WGra/s7WNO115rHsdYVXfPkZVzr5azxoe41zrZMqNFpgPT0zEjTO3eZey99mXtfwDL3vrBl7r3oMt/QWebzZu4yT2OZnf0RwLfLj+RxaLNeDicSL9lc2B01lrXw580c4L4lpWrtxu/9Bb+9s+Bn5y34OTy5/FozSwoxeK15AgC9ZaO/TIA+27WutJje4P2G1bB4b9E1/pHv/TV+a2eNT89b4zNmAcr8D6e8Dmn+J/2xXEx9urzoEQPhtZyH0kmjNPoU78Ra1HMzkc1Nqmd1bkMm17Q2NDoWbgbkzyDdhqC/PWV0rICL8U9/6Q/e//mn/uw3/rtHuLBZjZPpDNUsOFQ0cRK3WoXVH/04khXxp01hGZVUJzXos7SUMri1YGIEsRZMIZy9uufppOxRtHiUAe/YCf4+rr4fdoP3ZABzgscMTH/0vUDRlPp9PQ7LpctR6jETJiZi0jFvezJC4ro172jWdXQCHZ0QVnHBbjZ5TxrXgaFPp2EHNIGQx0dN5/Gjxj2mwYlxjkRGe7sTRJe3fpY85at1ds6/xcRjvGGY3/tjqhhfoPP13odNsQlHTMnyRqNnP47g2JaKQdx44OujRlfzqIY9Ns4Sx+izFqNtP2nSuq5dWqMdCTIlGq2dhGo5AgGEJjrVzjlNa7QcCZNabjmiIX564IBu1DN/TjNGmzEXacbSMT2iyMUNRgvK81dpJET/2tKLrnNgHfQDuPVICFirRy5WvnwaAKeF292awu1uTdntbg3wHrMIOrc72cRW7ByJerXRVs0ly3IZxq6y1yGy50Z7JQMhgsnCrRcfreeHP8QP70UuVKj8O78ZNrsVDZdWgdEuFBEVOB1XYJhNmKEzc6g+URXcVzQ2eWs1i4NRp0leuwBeKuu9FQouFUS/vxwotNFuvYjgQvPAEQT1i9IXJy92wdbrI3gR4/Hq0m0jYzAg0umLEGYdbpp1F2hdtllT9SKeVcgo6xr3AiZdGszqxdjoF7vwGiNbtSns90j8WsDknPkjebMQEZfDee5qxOWlgAgSJ6UVifCTS9JYakluQhYULommLXmRkIBKdiWWebTNBY9nEQDUJZDO00nzjfYptYfwZ432WdngrZU+metj1F6dsvkr0/p2jfWVNSZ0OSaYzuQGjYdLwTaUsnWlbxXYcV/txgCLxM9aeTYPbmoKN83udfO4RFwpBZraxYBmcNEV2lkAzRY+IQAimaP8abAFme8gwK7CezymNGe8RLbwIlnRhdfzX2b8cd6aDGO3GzIAtzNmzdEydZVdAvoEfX+bYM8rjiOgqLN8a1yxrv0HGNV0MgCrGjteBkzVtjOwjFSHArAC596rVWtV0TR3oCZ/3CHpTwaOwswj8+rN7GjbBxxte8ARNRK3B4wStyPLIG4PL0HcfrLo+c55pO1RR9qE+uK44OuDjrQdwUVw5iIIGpVbW0YrKlHD58NSes9Wbf5Bo/VSUiV5z7jQUxnIVW0HUj1r1GK1qTQwjKjPpVfp63OKlV5PG9Trk9ff3mRZEr6QUYUX68tkU0VffldfwbL7ChwJfJAkkAab0mo4ItOojbRct9j9gopqSej9YNDxhqZxRiFv4PpVNTAWGLWCPwKti69Sj23Zpx9ahC/ScGJCUlMyeCOyMeFsWgfxqI2QcoId3DmHoqwGhKzWxB01ppraqorOUsYOUnxHSJiWi/FhJtJQs3bkDIGm4oTZbfxa+ZXPw5s3j/NU6ufz8MibQtH4uLoRo72Ct+gsV874dco/6m5MrbuGLdpxz1cIP6xrEjhhJ1SDkpBmJwxdTEMLo2YWCOGICLqkBK3EpM5SzCarr7IIocH5QPkGFnu1ast0dvEtOptsjaY2KVnPqw3INo0226DKmHk8+RYW+xSw5d2a/N2ovkv03Rq8W5+/u1rfjem79Xh3Xf7uBn23Rd9dVxibuKSd65YcQECjJfAdBmzZuiVHFDCi4Kg8kD9rtfCiQwyyMRYeY4wMLbzYmKmvKYVYWMcpbPBu3OTdmFvXWGfNZNUwUZHiJ3K5xVMkSGSoYHfIebKXV4LRBhuUMvJcRGoi0/Fk/80Om3+0YPOncnhywbhzPPi4w4MnFA+quWgJC+YhXxuKCIXb94gIjVZ2IKzoySOnD1+Prc3KcBcm8hwm8tRQvBvrVd1JgBMKTyP+5B3MbzpcdtMVdxYfVyQXRETT0sjOkRzj6Q/jfij6QyD9Au1pXaiTHMpjSjnrvDeCLXnwCYVDWSkHZPJtfS463qOS450dsjfKYzlq7y/o2wMB7NH2gejra8GTU4on7yeeRKF9MLPK5VMX8GCD90WbdzTjZFQAWS4+LtbVw8aB2BL9PWzKHTKEYmPropL3Ep09tozOHjPdszurs3vGLiWBz+8ul8Bhz6TyHDvJEe7jMJ9UqF1Sa72Q1gnaqO8arTVPa0f1ND1P9XTIxVh6v1M9vQef736OtvSGVOM9z6nbxH/Qa6FDHdXTvGgZwF7TXfo+R9zyLXi8Q/OOlh6XSOGR0uMHO4/v7Dzd6x468gXwD4QrtwoCuq+y7d/z+/pAMBJ1dvIXr/Hfqnv8lpKCHGelbOjOlGkf2VQ46D60qdtBd9jxA7lusUNETph8g4X3795g2gwitlnnkJEPHLVP+7odp/3v/e34ot85ZrfMPWW3f5sP2anuPXBH4fz/PAruKNyg+7DlO3wUtkwsdBJM10kwXewH8NZY24Ur2tlyOvSfBgj8YkJwuN/dGxJWfi7hFcCh5UBFR4kuvN2WTnSj71d8qde1+cMri4dJ5+Ha4mHceThYPFwgYhKnQQhEJk4ZzCkbP8ychKdtB2M/bQs8frb0+Cudx+dLj5/tPIZVbkEj/OLx6dLjp/PH2UyoyX5e40V12cX4p3x5/i5TJLE3iCmIi5CA8RkZQtFqMEQDJY36swacBpNB+4imPdVijENy3omPUIeMcPibJvG300kAsmSvNUj3yRDYfP0py9QTJk//+V0bi3KDN7TJW/0CYlGu/g7EotRBLR2LcsNisSg3eKs1FqV8WSgW5SOhqQBitrSdJt5u8sZU7wjNatmq5WrEa5fjnFocPYuDQB8NziIoh96nZ00abmV6aWSgyYK70mCbxtjd2YQFUqBBsn2ZtQsETKedYBflLAQwD+BoG38afSYwc7GqsQhlmRfuP8pj47oedxQXI/ObD9F81TUfl5qvXqR5ZhTSG7dOL8V8NTj9nN4sp8LGtEPpzS8m49NsyvUWq/Ehu9EMNkmYd1AeCReOgajlrMSvQFRhpUoe0rkHugM1dVayGKXzQEossy3JZuzSYLPMfe0CI8sojeZqcsmbjEtT7rtkrfEoS8kSt3yCYTxBP7vUxFmL0it1qOqMomM1+ivQCVgdn8de1QNJq7/H5LUjZBuQ7yQl8ThUskJ31nrRL5iu5G5e/Geg+AbZarzsc5+xGs650VaUlXsIEZG5WMR+/E2r/uteWkTbRrRKbOlUOUVjrd/q6YEyhZ2sTVxjzARunKqEKWXnDeznbWdgh55a1sDe4X8HBnad0VSUoxpmX5UmLrZyZvfqeNa2iV+hHfLxtT/wmJZ9p6tMxbNlKrlGylzQTGaZd5knswQREdTi0K63tS/P8obUbZfaFhJjLtbWkdDUpkDBhPnK4GgmNGzXCFKyMZ+oke9MbIZQA20kTROIm5hETGu4pu4cQbSHltHtYmJquM4yBUPi39lk4sNsDBGtBT/Te/9a4Mw1jAMUIBkai9PZ8+6UPU7Iz2ysZTJpaiJBGTuVxdAkZXEW0xs03jXCsvh0iQE0154LM2LgLruXh8XlwgikNW/iZpe+YkyzJAK7SItBFrUzpBPMoh1QHHtt5CdmuHEPvEltgmYOGFpiJzvxTICIJtSoCtam6MytkDcxKbXAHmQubWLfrhGm3ZxIKxMtywxwW122Ux2mwxAJwgI4DRoxqIDu5B4mAw3YQUruXJ7yCRxAMICikDbRXQgY8gk6GvK8WPRNTeI9k6lhzspdNJoF0S13FgL3Q3mGKu4ZNTSm07agVbRNg+AoIvs6rAHEG5n6SkaITa53t94IntRcttumlx09Fro0ytJ/fy9PSmIAn/EouDCRGeLPBtEKzwEoeDW+vTy6zxjbwRLKGTF2JrgScLMXLBkbpnLGaR/CnzUy3Ofos840srJRLmsrI6IPCjpva8AYX5Nn67cayzgKLy/KOTLJK06DV/zPxhgeyxm1zyA6edjZZ3jwtOs8fqDzeLr0+GD+OPucxwyxt8d/apDC9lZl1+XJDXy/3ttePLnOPbm2eDLmnryqeLLWPXlp8WTIPVldPGm4J1HxhGnp7pufBNRlAK3mGUCj55EBNNIMoHE7u7MrA2iEDKA9zAD6X75DGUApKedMYZ4Wx2UA3eTBxzzY4FWVq+1kAD3cATjlwKHUF+IfT+o5ZvjV9Ttz/Dt0lV1PsQpghTdyuPra8UF/WDmA2qRu+qh6ssKaozd/3RE4PL0F1nzOTh4ocq/vNhpdlEzJVqa7sbjPpQC1ZpvekDlx5Mr+UFGWy1Q8hIUguojI3+YUIXq1A+JGShOuWJkZj42M9rtQ+cZlOwb6il6Byl98wua5JONfMDruIf2I9UP2AgdZ28oaE+Te3u3Pf/ZzNtrsBjGkEtYaHQQT3bmhYD4arJ80fwhTZQYklFnuJIxOAuRx3ijes8DIPmmjQKSrqJcvEiiP488FUYx9mmK8arD53vwHATBFFZjiSRP9Rz/P2Jy43PSJKeUVfmcaOrOE2dnN+5Pixydnvf27AV3jlx16BBd1t2i1PlehtlvL1t44wqSu2b3yI2hrtqGARwK/cCJY7F0Hx70foLIBJKbNTFBotOhQxrK765c2zP5x5pDVdXr6ueoeTSIl35+tImWPm8snZcC38VoXz8YOPSJE8mee83Yw3WNMHO1Kbn5n3ol3kHcg9z7nTcR3EUuH2b0X5BxOxH9m4PxcSz1On+ktmLYlxp8hzOWYVL5FVlzXxHNr4pXWhMnprIZw90qLQCiaFOLaYggn4nmBp/FEJqqIZs/vRL/aZ8OpPmzbKctc1ElQjL8FI4XiRw/W9F2l1NDvbDWl8BiXzUxC6oVlQPEgreNjInvH9AHk/67pr3unDzBLq7mlaFvBo9G1QY15G2Tdk+Rgq8mYVLcUI9UGbFcDdl4DQamBRBhpxgTu6uhdB2/RvCJzn40LzXfPziBHdhOXXc1SKWkSZTiuhau73viz01LSBOo6eMtIpz5/w21p4eYb+Ybcznw5s8wL2MP/e25JKyP/B3PQHtv3SFrJ+gTchBEU1qwCX/uTCDsWIr4QM6jlDd0G8RuBsOHEw/+jW9KqNFR1DVXZkLBkwinHrq0TVoBDPo/bFkMtzyD+XgneB8b77kv88VcfOij7QqCcPv7Xj7/jHwUC96cBk0OFiKczzigAR+3+ceYi5+NpaUseHrHj5j58OWzHN0s78hp3XCxyTpCU/Nbah1Cbj88Y1jxvXM1zZl7NU+WaZ01ec1Zrns5rnppf83i55smiJoLeWH14Iq99nLXHzf40r8xQK7Im5Tl4rOhWwOCvsFgNTt3sEx61sfvYPunR3HZsX97ZtGmPC/uwv2hG+OSkNoGEelOoeGe6QoaQ9nJZTNrnxjPN8exL4/G/+Yq3Px0UFCAkqKe0XytRbRWeBwfS/gQTkRMpP2F9NXjbsaQ3ieVviIRS0uYKtJf0yd99+/ZhnitQNj6wT7ru343SvVLGhW9YkaD7dLV0aO47mD/tQeHbMMNE6snfFei4Bz/SPjQyntwnPSQybjYnX+9zNfBzMG9nMOlBRZtEecWkT/5bISflOS3RjxdSr6gdJIMH0iGZGN5AD4Sx9AjgrziANUoOYRgy2yAZ2o2/Pags3R9E6V7uCtKXSnVZxUga25dGqCU/bjum5WzSJ1VtEmPUid2N3gV9ymdaYC3vdsZgWX2wtRKACXAAY54MyL6a8Vdz527fj7+3pAaUYH+rRzbe7G9B2/HcBa+tMQjPeADMzfcJSBicN8DMobTT0hhbeitbeovsatFSAy2ZVgOJoaW1KMWnuWkR5GMiewAmuG+Q99hJOe8CBIJSOgQDueTG7jsoLUZSQK3/3jd1YwcDhrAEIWkWrATiF0Lv30hWSkGYct8lDxIgogEMdgv0Wuv8G9IGgH+dfzUjhjiYTlICNWc1BokOIGt2Y2pQWe+PqIKL2di4r+eH30N+b0BlSmRt3omQJftSfzfxqC+bLQ8GbpPvA28ckR8WTwKWD7pojI++YxSUz6E0wLfgjSOT5ToL1PBcDWH98c3XGoZQkjQPIhOU7DL9UZMm2K0QyRaEMx7wNI20Y/Tin/WjJ623UCrTIj1UfaJ3wOuJGj2R9YOwETXkW7VWj/Q2zHMpdz1l2cEq90XeQi9fY8Dx9S306rWLvxrzFn31aveq6C2rtim5iyTlilzhe9f4jh1O/H5hZxds6Uq7aCev6341vwv1+432iCxIlni9yyV8s66yamhFxsumeCmF/I4eUlJOwUkVRWnR13NHqul5VWZ7+xuoEFBRjMIIGLv1nimSDyc2+uAKu0LZ5VMeVUxJDZLLjcInbWy3huTj6nZrIM+IDVs5CHst5GLtz7uh10B/u9Wf569NkXE+rQd5Du26xruhSbkz40QuaiO/EDi1jnTCL4P4WNfjWQUnWcVzBNSsI129adWTRvaybVQ3VZNoIu0MIL3sDQgCoaECk2r8NvnTrOQToQRalZXr1Rw8neTQpkgObTIfHbq3rd7MtFbAcLwqDcicmzAPQxyxOoQKk71kJ2dCe3D5wAXUXnn87s8GUP34iF6LKaQN9p809winJ/VNXj+5WebekEGVKmJiXKpXQJxqYNB1CqCN8pAbxZDruvECDw0Mvo4hQ2+5VVNnMZlcT66IYzJun3FpaaW/gqE0GGa3rlNcIf/3gZ3shl68UTm01ecKJ300sM+8pG9CHjYzIdwyQVraZ08J8vxKkPZBBV+HWurGFpP6Yf17ZHgIup290m21Do27z0ljo51hr8zOFpOWEr7bp3zSy5opHFUY6Lg85Tytnptnw53SBs5XT5QDTU829fbsJXer+0Cd5+fGYnpI0I2ZCWRFrZU+QGFVtqYVJyYdBJRUs296E9m2Hc2eZFAtW6vJqmzTHe3sC49rvs4qFJk1HkHtEACWjWxXn4so6XXhInWKvZoEEppL3OTLFHvdbftGfwvOi4egV8h1hRyTSSX+Mr1h0Eizh9bAKICrtJi2t1kyKUNDTICfFOlIeH/u4aQw/8j0md3X11qdDLQaDn1PFYh8ag5ad5N986R0K8w5EnuPYKoj8pAZrINB9693sK/S29s7WMEPG/qDg/VBMzgYMA1ilZnLq72D0aCU8XD8/9Tb1qw3cASF+raGZUiNkGA0ZwSrgFh6a54RqjIcVoYZKHpL0o+luqz8Yyj/8ajg2cbq/Ne1xmusyn9s8rzGynKlwa5KK6IM/m09WW3XSAvLVxOoz87TenigxUzYk61BjjgdFuaGd58RFG9RMvwIlufcLHc/GdwDXcrweN9tgtSGx4NDreGkrlYaUvmWpo/GJ2FhWc2Cu2Xy7dbqzLZ6cTwHZDe7uwAsCTKULqqT2ZhrunqbjGh43EfTkeJMeaDNCp8pfA0wKPKgVpOeG2Q+TJXq2r0ViEH4suH96bBAWGYIFAw3kU1DIccnP4Un2aE+eSXPBb/3jkQCOMPC7T0jBCJKViKusiCCkWafAzYBtZUjxKbFFJBpEvmPW/QIQ0LynmT4Fo6vLbPKRxfpVsiQZx6V44R88Z5if27JBRfGohHfmYI4CFslZeRbGwGZ9TDVgYS1KfcV2NRr9gorwqDN6EAvYGFxkgDPJc34bq4M1HcNBB+Xcb/e1vANVglyJrcAsyXVSDAw4RP0DIgl2koDBIRsT6L4S4FgGu+GNAIOR+zoCWR9JnaqyyQbmKuQZE09FDV7o+x6OaxVjWnCwUgpGYygB6KwqsaBbnDQSkTzTktdRmhYlgKJob38+dtK3e7UW9i8faCBt0sn+FFN+mTlq41aeSPrHJY0dYX02IdQMQgs3n8V0IAgm2qDGBSLdJ23kZ6CQy0uN9wehCkAFVfizkTpST9aE9y1Yqt6AtAaouoiqLsoIVXgOvJeQGxSKlbiWkWGbtOoR5F7JrSiuwEwGEVJIXxV3IzF8OCQrccBqIvUKvAlS9Rb8DI+p9gnBXrbIoz1YBlkc4TFCLhQADhsBDwbemUxhR7ps2x6OsDi4QGYFo+FZPYslOSFuMK8s5T9iwFv0h+TLScxiJggacDbKfrwxNHvWxNAL37KqFYsxF3WU0YF/tTKKRhFcO4QzkFPCSU5iYs8RvuG724hzyEszlfVKgkWFVRGjoLw38SUvFRy1wSTywgUzfOiYytTBZwS2B9TDfYaVbnGeLsexwT6//WutZgJZBMvPsccAsncUaiOQkcSCStaZeueWuWs7a94w9rJGK4+pdmiS+QlNXnPFp41tN9xwwZgJ7ifkLXDpZ78GBGZC0lsI1W00HJkyhrhcxPvE6k/fiVUg32TsnwX+rYHIheruXzHjf1/DaYy2OKVbeXiryNqD3ihbAuiB0n3feok/Vx1gsFnc4H6p6ancp3r9LnNBz8Jm+noh6g05x0TbfsS3PDd4O6Zi/uKLNGJQNrQ8Lassj6l/xhvsQYT5/89JkxJnHnRBwNbnWJy1vySWDWg2dobA3W2STXSK4xYiiT347gywio6i6twNhWZdxtywk9k4Y49wCQBTmxYGJKoi6c6G0ib2RUwFDKeUdOqMNuwTRBGnqSavKvN4j1ZDM4NVbIxODAAB6Dh7AtmUtgEXluD8QuyuGFL5iS1xI7oNXCPfIvSnmOthpqrCITfQifVAAxIBXwi1OUQabKPTMmAK9lfePpsGM928NGn3KPLqPcNcY9bSXpuYuLxhlC7CPI4YuIreaopcRIUeiBtJpVjaS8T00NV2ruvFXEatmT/ElL1HbmAqNi3+ojmeba0ZuikUwdaF2AReb9xCxbMb0XKuEa34aZeXrQaWOXGIwj3KuPv1JSX+3XbpPSbyq/QgqDYR1P/XYm/H8pQdxHsR68B5O8r7tZwRnj1+/M+Uod6+FOL3+e3fHfzJVXuD2wgp6XEa0252218vFVTa8zNB+4xH3gHKqTAhm2aagFV/VJVPzclKVf1s00TubFdkN1FosUs27c2rQs8q/nm1Y+Nhan2DbK79d5jDFG5EGzLmTX5FIrbLbPs4bs26rsSyFypE7VvmKSw/GirQuinVILmjyWV8Z4D+8bH9lPx6YyWOl0Y14VZqAvMrzL+6+971+d//4kvf9jc6gwpMHx/y3JbK0T5yK3VD+V3cW6tBKqTyn5YH460KlKrdG8CzO/W1+uqUyojeKgS/eNr/HiqeoAwJGPv5aWazewuXvrYvbJM93/CMukJ8m1Ou++x76xnArWe4TTMvHU3CjaCeqxDPZoqvu6wWBnLGMLUCAKCLdWs3kJJwy0bqeJCzv9H6kyBLT3t0WjRlawCJmzZLUkFIbmVrJaniKxkPmpUYBspBxecdQVWN9Y9iqDYuTMd1F3JDTsmNFE8jDJYWuQB2QI1eto6r1wF3L10RE5NcPZgYW9qDyT1j36f501PPfB46lQ+UCrhJnICP79RpUHfsfHL7st3dHbzPqLU0jOqVhOjF4wC18Pj9OASYuyjrvz4cWn0s1SK4lYQeW2AHXOd/buyd1+A5Q01riIOQycOnWFvshKwwPs9KqOhQXS2sL3SgLTTi+ZWNmyeDqXC+8wKd+uPNxe7pZa8shDPa7doaUiyhUZ6A88YSyJmSY5yCG2Ummy4JhslCBXeSIkVEsn65MWWC9yCG+Qg+ApyYwoxr9zeDMq1t2kojXJtuO4uOdlKyKlWcFiaSnvYW2aomMfsZClXg2SsXvZBlHrb9Pw1i3u0C5uh5eDwkz2qF0D7QI/APZyOLBpobrhzkuD/StD8iEx9lAy2aKPcyD7vQeteya55wwjsbwXwq/+GdhQ12Gm2GI1jcHyNXinCED9+r1FN/GXJSnd9J+P51ub4NtWpQ+deaOST9DIq5tOVeE2dOBXiyapkKH6XqrpbQ9R8t1bxGGxVAuv403If0xe0jy0TvPfgFUipnRtaQ/RMxuVAaxUGbfa1Brlo3es8NWedQ7dHNOU+kDSZWQx6yQJ5G9eAIgDgCYUMy58RkAydwnJC6BPPCO/yweISpv6xgpF9KH6EA35LaxUvX3SFueqDVF1h5Vs1mbnZl64cr/2AqiHdFgvMn/LU5tGP/yGQAh3K8ANNP0HMBzdyJiAQ/LTKjWUcURHl90pX4NYmL55NmTC1oG3Zys0+t/Cw79Rh34Nhr04Gk2hk3N6XrNw3nuxPB4WL6p849oNdrJXKGHWFm8N6mTpj9GZzfCq3nRCUx92d1gKHjV52ziuAG0sdwSHqEPuz/2YmHk0G/w3tCKBVAOOMJMmAjQ6AXvjkFAAFzzrg9DMwmg2RuRkvODBfviFefGpGOERfnpsRVB3EqR3ksHyF2cO+jKSWmb0iOKQ1xpkgCA0m/Y/uH09k9x5JoZSFu/9IEgv2jY/dOiKP/o7aD5msny+MTMdvreb0/NZl4567vrPtXNzZLEsnKD1+2nAfcO2Tr+k5vRQ/wxuxs/x7yurBO23T1fE3At5829YwL75txEtFmAdAZWImt7qV8uLfNfAhFYnnhkkhW+3474y7/r8sWa3mAWoswJ06rN0et3rpL7Mb5lHkhb9UEDolSzkiH1zB2zrX9zNWb/b1Bl8v9LXqOd39aauX92zzsK/39elqvcBPV7qxbi2DWeTu+FdLncFH4n/inM84UDkLUOkCyVMdkHT3+6eMu+UvQEYB8ri+njV6tz/nNS70tY8TJgL9TFZBIibBHUJt3xHXISWusRDXSlQcQG8OawEEZuXs15ENjuorX4jb4d/zaIrI0yWSTzzRWlHQr5rSr5rSr6pyqFVHv6rdHKrQr1IBqra7CrRqYVIV+lUDsVHvkSpwYy2jl3lOv/QkCP1asjHexIB+1Qr6RcEAWWoqaGxCCM6BLt2xTGIbkpyA7dzVVNNm3lUayOIhM6sQp4dEs1s1dgcQpYB0lD3bB+m6L1n5CJoXnrRPujtcacsruxdmvD2C/GuqLxAZREYQJhZqAwyNCjU19s3qMooRBuSK2ioJ6hw0Tcn0NpoCy8fT7zOtvuhSFgKm0KVZOjlhUIBWhIFB2JIzWBPQ/O964IXQWB2IflUXovcQuCMgcq8WsFTlOHJYGkxWCQFsBLpQQI43MDXOIsUh4xWaCCnmSEZrUJGRzBvR6vX2ozGHLATKPCJWsmojVo7XfxBcdLISQ42zF99IBVh89wgWkRf7OHwaVwJoRsMAgHUIwDrInwR/RuWMBXp45CNWfbe5+1gyeGsXjQlIZF2bYByk9Fvw561zCQgDTgTgH+TP7fPego9gX1vKxOUH53QGKuY6A70KSK8C0qsu9BCQiAagWfh7aO5rIaPaG2MjQ+Hdk9VupPalBLYQ3JQD77lDBERCaU/GCFawdOd2wXwYCv7BR1o9CJyW1aFFgaYUH1n/G/hRV83ObGf4tFzC1uomzOhsZjnck/x7nH9PGB3vUaMDnuGlcGe0trMgtqvFc259LNeHf6f595DlAp1BQkIkV7R7cynV7aJWPMfuz/PvGf49a+K/DfDltBvLKY4lltHsl0M9AhUs4c2BbGId1J3pDBLU08Ed6GBA6hmQeqJB/j2tAwT568HoTjxeGt2M1pplyZP8e5x/T1i3UNYtlFUHDbej1DOmkdOGb9XMj33I0ZnV35b6epNg9SYBlst1aGep6KcSrAhZBPPTB778NLBWWF67tPkTvLapOalNu60QkHzcUzLBUtL839J6W83LwQpD8wqN9FaIAtsmU19kAYxoQiDIByLE/X49ad4xcYcQJ5XiEuYCQugRz/XCa19EvfKciTmU+jK6ervV01kCaCfasAj1Mem1NxHo124XHhoh6rLP/u1/D24mYyqDanMuPs0b6tDt5OcCmuKmno7XWW/8RfftE5H+XizIblUTDwqR4gJNg0PGlwNg3lY+EtHNbPARdaKq87+m8Ccy8+a2Eflaxz0w2q9uR5CkJny+cTXd5HT7shfhhr3eonKBlumuuMgA2/KTm8ID+7k+rqsjPYxGg1uQpI59ouNKlUvE9SkvDh3c1LGU/m26P1DRumXWHrmOob8lkxFLKxtEgBtgDQtiBgnXeTFV2sUAi72y+YVOlcCRnVLgTuE8JJOtqsaE0nogwn4U6SZBRT2IxiEp+OoImTdPocQNNgUsJEEbxP7+Cq2xpdPurh1+CNsgEw4x/tUvfeynHeY8E+r5D3n++Xe6QsRRAa+IwxoK1cfRDWVnO4NFbtrsVFic9VntgQebzZwO9YielPqYDw9yKJS0Txhz3Pr144SKrOzYdsEtiNIo5PscvGZxWdWXDLQFDGC9Y+hI6Y5jMnB3q5lNJQN7s6m36yEUPs4WwO8TGqqJS9IQSXmXJq90DKtb6Z0pEFg6hlUcw1oSTcopRKP5QvvuHFbUjb6+vaAeehwrBHOGPNMbKY/Mi7rooWRYEjH+QtiEXMQQzKc7cJiLdiQUbn4lZAkgubB1GVFeKIKQ7G25jb/zym3MhBCtuPjTbOdQGP9jgH0PihczYco9OBqKsHIYjrtn5OVQwi7OscPzQb7ngdvzQGR8ut4FZei2W+bCt80u/MF//JqhXnSrFA91lZG6huAnEljBzZzarNxMdsYHyKxm/z779/P+IaWhf19YK+rTp/9QmtdVPxWUGjubNzYbFI2dUrqVT+ZkoI3NBtpY42OtEcCTG6RDJ1J9xLV5Jm9zutPmYbZ5JG/zkGtz2rUp21hqoBjUTKeB47qleQNHXQMz0gD43q8jVB0mp2tSkqg3cydlVlyi074Ty1h6doHSbtJuBWd9tB9AQiIgSGmWoOiOYbHVE5C/LyNUQBjXzZ8RuVt2ekVmJwSlqpb1JnLnK8tm/xtFUJdnIpARqKa1ozn6JKwgGz/i589PCAb6Gdy9YDl9GZoPfYAd0c6noSGQH6vc/DBloQYr5PD1tdO+7Gtem6YNOKzb6fi8ZxIagO2TdO4uCawBJXfMvQ/yakAZnSdBZXQKkaPQ2iI7bgAx0AmToypMJiJMBtE8RZXj6FXBukwlYza6jTYkpfsIujMMFqKq39U6IyguW4NZx02fuvcLfXX3I1IUV4Hy4AveNn5CWzl8M+PTgn+gRq57MPVsHQIxUIe/eoE5AyNAmduEYKiM10LFnArfeffnQk+usgNNwFX2SrWzHYSWvFdklrVe9IcVG0z5uNed1st/J7j6av4PpQT11yVHmR7+LDxfaEe9nZ7HMsrhzGY+OLyDt4zoFaJ8iyJB8HSWSWtaCUBO4l3hPSlD9zkLglytqvbQQ2B3EzLIVK1aVa0GGqaz26umh6MuP6lTAXQjVwtv8Zu+v4EaaEOYMeqYoLqPe7SDO7WDksOP0LfgQGJCp/2U5jqY4Ldzzclb0x7WOC+wQb3tWyIaCVA1BiFORrBAtdvTelGNDie3QK9QX8C1Svi2noUe94D+3sA7vQMy0Wg/VuK2Y/ulYcJKHbb2+9OAzjbUdXfNelRnnWj61jqMzgPYm1OGK35FNH8397WC3Bys8gYS6lYVYDqnW9h39bTqNL7Me9fbbmrdu/q/Wvsf01Wvl7x+wGdI3y0a2WBR3QAMR3lQOsoXYbeLQDQ9bblbuu1UrgeltUQ6ItmIyh5eJXU249ObdSg36FC2zBnKO7HAWketQgI9SlZN1qdh/xF90hoz5YycA+dHPz1NH4Ogs+Y5rs7Fcyw+tAN0pxdYgyMuvggw+GqrEC9UNfvWBc07Lp83jWTPXZDl8VW1wPbilkt8fO/0lNI7xKUsN3NNrh5geSYyzp6ZPrCT/b/3gtfO3X3H2vMqZmfv3c/e5fPGkeyXnqMfbqBbCa1HS2N30luIs2lj8aRHJqCq0bGySEUVqCVS9Dqv4wzQccZzxxAbW/K4082QdqIv1PxwXzhlS8Yp+2CCE8EEB+gJok/2O7UJOOkdAN8Eh418MvG+8Xvdt93BloLrY5m0cUvTDhcWOmu3zCSNvPSdb5JXhdIIV9sPwbrjVmK9vKPCtmfzjADeJ6q70Fwlm4538I5PRlvJm7jzGgS1vsIvonHd+ZCQpDmF4rmF4odwSSzzrWWHHrRX+HmHtS0PZbMfw4OZ7Cg/0zzp+DObH8pH9ckZULqO5isNZnC3O7ehE9oQOPPEl48PzczQJvowC6bBQ4z8EqD6QzP6jaCZWGkfhXG5FD6U+g/xqclmWVEa5ucMYoQdd4+O6iM+m3HPjuTPZkgMZMhsF2tBarrlnZ+E+8kn8u/+Qxpj5UOJ9FiT1QJl+dCM7NAMc3qZTxTGWZXsD6oT2WZQbVPaKzzegTAIlezdtR2tKsUeXOJJVWC2ZW3LMjZY2KfD78HkEiPT5LfUYqHth4TPP8oHDyGwlftmZDFlIwBskMARLO2kvspm35OvpTw84R4ezx/6n0gbj2TB3uwcD8P0/fb/Y+99wOwqqnzR/f/s8697BwI06Qb2OURpJIF2jElImJGNJCEEJPdO3rvMjN8n713v/fi68T3CRIf3HpoeCdgKo1EZJypqRlHaEbVV1Djg2AJqUNSoqFGjRkUNihL+iFEYeev3W1V773P6T7oRcMZrlN771K5VtWrVqlVVq1atNYxahahCEmHNMUmAmU7jrKVXX4GTXZwZXmEujMZXbuSgMSNm7Hkv/xRsRoCObcvWd9I2qDBIu6Jd10zgGsH4zTl1/3tgzIQiTFsmOXFAnVqZPonzzryH7SXcTxUj6lPFUC1M6v57P8iH22BSNXoc3CgcuBMEdcq2d/2wlytqokq8njerDtevsfUPcbKKdeOBy4dxZIP2cR79QP0yWGRsDurvC5zs1hv97OAvneSZ2d3yduA22Z7K/5zkGdl++f22P5Mfo1szEeH17JAkvKmccJ8kXIcEJ3vcld/bxv1sx8IMJg6vgNSTpO2S9DokwTTZl4TrJeEXx2R6Pfxy3TxI8rgk34NkJ9sqP2+Wn4/c5UzJNglopmu+u+T3vQMlmpfWU8lHw2yvfD8wIHPBVvy6R359byALkmOyg/L65e86WSzvO38uY/zLTnJ0dmCbl73lOlfeJq7ypJK3SOoR2WPy7mV38X331Uj/Dt/v+bGbffMOJ1mcHbwaDfz6G90kzna8Cu+3XIf3SXl3s4eYfuBVKOW67XjfPibLzuwjfN81xhL5vl/ew+wQ38dejfT9LGfi1Uj/3XVF+d97fVH+J19flL/zDUX5v3t9Uf573liUv43ve6XMOPsR84++xstkj8D3cXmPsrcTdo+8V7J3/6O813+K5cK0V9lg5woPaXrnIIwq1Xrm0ZjBze5xRnoiJ5Z/TkzzVL0SlvktD7bHndkq8s+pMNtzi2xRXdriw1OQZFsrG/TsXnm0oAea4UNQz6KOggP550gqivO7P/ryz/H1IxZLNJoxd/SQI3Fc+cc//Beoq5z3W/w8487JySrGpUF3CZEpQeFus4BuDui1bCFJvb7BxKF3s6FL6F/bRsDE2yB2pHxLsSnlWx+OOvmW0A6Z1ouy1Mhc+oUYNL67RrKhl9QfjuF8KU+DC+yhl0DorQ/Ul5gvi8HUgc++WC3tgraPPOp5JYC22ac3mqFLYO4SZUP/F1RhvshpVY0zaucTxhmm4nB47+pRYGWdMQEcuiT1sWaLsu3ueh6C/l6VGNihPG2lVIz7r8zq5ODn5EVuzKu5MH8bc/PPo24Oc3le5aV58RfnVV6Uv21388873BxmZ1HQeFH8hJtXugsz5iT9mBqPcSE9xunBn69xOCJ2a5wiHkD2jX/5+rNgAPp1eeLAit+EwFvatHNPo/UYO//y9X856oL+dkRbLIBcQBX00CXJIK7z4DIV+NE1nd8O0P1x0f282vhkdL2er9kIMa60QXZQItPcC37/Gv44+t3ESVBPVqlvo6PwyitNaX1DIXowIYX4RgrxjRTiGymknk6UQmQqlk33EWmFTGCC3dIRYKh+fKDogRcqEYBwYQpPfzT+99U3U6gCDOqe+v7NXo/aW2/3ZF+zeJaL0dPMLW2PssdRP4dV2a7AR7wISyWU8bLTWKAKr6q5xghXey6CHrswEBCZPAobiipOXNu+3iMwDon4q6GPhfoY0Mdi6A9XOUuoNkOl9DRLk1Qf0ZmslbmnASeQhg4gco66pYVrlloHgr5etC/jyEDS4SrnHPkoe8usmnzIXaQBlhe26Sisrx1m4Za1xqWM8eaoDkvhSsE/n76toi30Y3rRZtm/wyNbGq7vD3XxVE++TP+EC1vqCIVqwoXqk0wWCy/LHqODHbjF1EOK1NvCQzLsqhuywgypzAxwqWrc1dMm0kR20FV4QRdkjAGheoDKFg7jrI/YO3B6KL1/0LEu06TRlyiNX4zrKTiBc3CVVF3VeOaW9MxM0YcFR0/oB5U48lynJv+qtTrdZaUj7cpiWFdgDmOgopHMeykWwRV0puOpnoWHE7S0rMBfW8XeC2K39C2oYA8Vgv4BHn2ywVH6B4b+x6seMCjo74H+8KCg9KeLgQ0d9Ed58N2q90eE/kLmYAt0OIzPVu6GQIgdacxJ4fHLjAkIlLZb/3ZzXa9MuAgkUoH7uZCNSK7FGTWnbiLd4LEIjrqoXkWtuNkba6QSUKZdpyfJl7YbenxHn00XNI8nzuSSl+Kmh/yvKZOER+wqnCW2pnlun0eYyWCYOXXJ3eAZm5dX6+FqXUMqrKugog9DkEkegXo24EcjdgIlUFMPzdFtYdpQ6UOXhVyCBMlJbOci3jGVvUwGG4TGcfj/mmYPYnknL8Eo7Mtv/gSyQPV0BYeVWJhcFzabjYTXtJZhS7RXer+WXIkjVfi4g7dcH6H0lmG+8LPF6FHZedDfX/bRWvKitpdcztEMVS7UTkHyd4JlLfktxuatt7jLqVPb7Qwn/yfjap+WR85ebIKe1HOn2Dbk93+HGWMv8lyYnNToBSni5I1hZ6Pgn9g415wH6g1F/aaTny7U5e1iFV9YLnSKr34p/h6nQ34FGD9Bh/wKpsivi8vy62KkvLhTftFEzMlekXp/t1ldSQjVhGaNRod4APfowAuoIfZwSRhXxa20eJLExHF/eDHhPVVi4rj/pGJiAP9f02x2jqgaui1M3hA2642e2Zl30VPMvHbyxcVs5xT/0nbyyfJBUR5E8HFnUzOeRgpgxHv2/aRVTp+uSuhXGyEBXx/q4Bcck9fhkMiF0+FwqRmX04z/1fn4HzKjvUsi2PHfsOO/UdfF04W64AkVweS1Ia5PcwGgX1qe+i7XIwgOpYp6+QSz69FNiUQ043kZrKbZH3Ttz5AEaiWZDcITeEX5tjz7I9SVrLBW54M6WtPEEitioHL5sxqDO8qH9bTFc8xwvAc6xmVMVZJMRYBspOAIPGJ4ASYosGuAI+FkrXiaovV2AS6E0jm/k2Izx7iNEccf39czbCKMWTORKbrnw0lP8n2Dm9YgLxgfkamb10uSEZM9RAAFaXuKt4H8LlWZvi1eBYX3ayl9RlIL+OCaZkv9q+ZEGCwTwVaPdB77VkxwZ7gDx7JyABfQYUszHZtEdU5i/kUrfF1atwLlFO8JcAoZ7oWGI82S3WwFPfDFoKLZyTFeJ8eISOlj5DQPHOOBYzwErgw6mGZKTYWgDVSG9CmckCxQvglAsgAk8w3fvNAQRXk6MNVPU7oNdGb55vi6Z4LsMWxahe/rVb6bWgvWCTRlWu4J8m7BkZ5wzwtz7hE6HK/cQy/nQRf3VHSfiNv9wYzkV+45AXeaO6kxWKaGxUAZ6IV1zQke8nIeWlTHKfDvyx+BsneQszfD3wxq0LshBh6vwECe654X0MQ8NoGTKzCctIGTKxroFyTUwOMVXN4/PG9V1jSPoa15F29VOnhrCpbkrcq0vFVR3qqAmhUGWcllUpDLpIrhrcp0pZO3KgVvHUfPNKwRvEUbOvIW7Om6easyC29VDAb0S9EpmYQOxylvTddfLUYMAW9Fs3Sd8tbxHbxVUd4qUcNikAunaXjr2DrN9yGFLn7KpVA0Zyl09H90KTTw9EihgSdHCh33JEihPsSB1wouol4D6kK7fcAK7ex2bZ06f6NpluB7wvmKEtU+gKAZ03JhIq7NgqyaPfKPquVJLrTruyBZa9x589dkckbdhhmpqVZw+i3gd+/WcF0DsG5c5Zwoj2/d7TBWU58icZxdNjqZ+rQ3O0TdH3rYHx5+mTh1UXhintJXLBNNyoXQHoZPEtmcLrI9zTRLDk+zRU8azSiUktOfIolE545DGpBsjhLpyP/oEunYp0ciHfvkSKRFT4JEOqpu97CMMK3a5Bdr8JipqJUVZhbBII9FntVGegLX8xweUxp9SlTnbhl+9rSeptdYMF91Wk11UrsaT6VOKrJ70si4nsnqIz2+GzlRvVMFEMxfqfa06AMrtgGVQh8Y/efQB5ZRz1knUP3rmmaYs6hrFCMjaNDFqUcL4nodaoT5taqurfrkwFPZKseKYg4qVRDyF2x0ZfxpMBJEPcsHlZf1qpU17t/CINTRg8TO2S7omO18ne2qEA+XK8ilaRXHvYkkIiizb6a7qlklVLMxOBQzM575VZ7xzNlh1ZDwYryRhBdJbjvjnSfvIuL/Uh52xjtHsThfHnc7OuX1yjtod7niIn9ha9w968FXKEktmMOYFaSuLnFepIStDnqbQLhqHnGmaiLOSMobXaW1JI1pSPAUbouk2CVtn3RZqWdlNK+GsK/Cg26VSqB6EemyrkpbhqcHvCG52vbqURZPrPQEiwExpUPsGZY9YmTgLoh3OuEjO4Q28KT9pcGbw5TBU5Rj1tAzjjmA9NiJCK1Jat6hfODd7CJmKGNTV1NvlfMZVw8qW+Hsh2YVc2hWm3pI9vsdoNHpMTpxIeSNkCG5JjReTkp643ZdZ9DGTGrjCCuGdpOcZ9XAbaM0rqcRrnm5L2330EqyZ30/rpAbzXE92JrWLYjHm7hGc9yTNo3muNGhNo5mUxtHXWrjHr3bO7PaGLbZRmEsc2nbHCpVDneoBNroocLa5gKDiyDBdci65hFaS9xodgq1ypMyy/zmST11mtoSSqm8JZ6en/hpzSpycdBttHfXIw6mFHam0BCyqqDcdDNV5UmZqX7zdJ1cpU/fyVWl++RKx6X3VIzL1n/CcdkypziV7lOcMvce2TkOvXXNhXYc1mfv6RP+wx7zVErHPJV5HfMsxPR5FJn4ST3mOTPVypJ/KA54zlSmrdMvWLlPYJ9tY7Zyp1cEbMVPu3/rlDrcxz2TbspQVKw332Kzj4sF/H/mW7iMLjw9OjAOqJIFzwfmAFN5HiaP7Deqa2OwfYQo402yPQ4yo+ygYXsu8BTqguZixoNNBsGyAd+HWxGGG96S/9mGy0h1Qxy0TeXNtU3XxHrltrEdyL4OIUX0VnuM45Y4Ncc2MThfAWH5lnpmrKzFPo5nOe0I8VbN8MGJZlqUYYAJJfgxAuZJ9ak7WSnGbDiTNc1npHXbGUlnZyT1RdJXGHL5UU25q6ce0sSzdTq8iDqwPatjfZlo54MV2nPmgMU5B0TKAfZkjKp6XJ7QOmJVUzjUTVu+0GM27ZiIvu7JFc1puQIFp42Rdg+4opdc0Stc0VNwheWIlkYI7kkG2/DrHVAMdqHRk/YOt2LiguBcaWMmlmjofXI4coiJK1w+pE30aqQsEVmWiJUlYl4kUpaILUscX5RhgOfDEtiSnZj3V6z9hZVwHf1Un8oc9EXfzGepqX0f40AlgRN16X8eqMAIu5YfqMjqwRyo0GDOHqio9Rz+8ECFfN2nfBPPi29OzPnG0/73rAYIiDHEFWymgVjUgViUIxaVEYs6EQt0+Hm8AFdiNk+PShhYISCz9YDZ6t3MBmxSmaYaymzwXAtma+TM1mAIjJzhGiqCGBgh2JI2USTbUddhgO+tHjan0dGcRt6cRrk5jXJziG6LJBKBVId/XzBtXafkuso3SiSXDv2FhY1Yylr1fFr3wHexKST1VDDZktP64aXacUUZBphQc2XhaE2zrWznKNvFT5DtWBzoQO7DgIrBdXFpFOiqZJrTormKw+gJisP2PMRh9DSJwxNmF4fRH0IcDvze4rDVIQ6j2cXh/xqHQbMvJv90GDQLzU54qg6DDiNweLgDgVN5ggLnhMMLHNYR6wHS0yJwBqYVOJ1oPN0C59jfW+Acn/dXrP01i8CZ+1lP3KHHkilt1rOeSnHWU95TN6bsqZtmT12cBR09XyXXXM6CfvPUngVVZjkL+g+ipes4Cyr3SXWKlq72R6il6zxPqhTnSWVSRFNUr5VO9pz5vGnBfLl2LudNv3mqz5uievarD7jZJ56Tvfu52ScGEkcK+s4HmfCePMHkeOtzs1tr5RzX5wkmxy3PzW5uMOHtmuNWm/AET7XCOZ5qOd2nWnM60gqfjiOtKuZunNcsdT7jCjs9aYdaKPEOl12KU58+PdEqH15JzptdHixVcbCEi4DkFno5B9s7a3j6hTuddKuG35m3Fm7n+erLKxxZYG7C8VYAMm5H3NLeenb3Sejha9/qZtsXsc+3MeEfioRrBpHw2iLhi89EwuuKhIXJmUqw5C4vO/RDqTzxJfkTyk53/cDJdn3WYU6T9Mof5km8O/hWTy8QZklyZttR0vI2pgxnzJ2OmkPEw8lBHw4jfqjfsxvyum5RTr1qZXbL17SqH2hVP1yRp9ypKa8v8jx0LBLeUiSYYn7y3K4s9xcJaCzVX+W2bvc9T2OGphqJ4ky7+09KBip9xsJmXWDWqX1qV52o7ykf8dM0NQ3MFRPcGtQLgAH629HsXMAKSbiqc8AViSYwb1xcNjQuk/Obhokpoi91ZdvbCjWk0jIkrnIQ0WqriTIF0x8nDXmnFlnO0MfZ+jhPS9mkEagukl8//ISLKYa/L9bHpXpI6WZ7X+PpNZqtEHFOmJ2KWFcORpTen13uXc6ouS/Rs7Wt2mCHTdKLlTFuBqNpHYe09ojWNUFyeUTr64JowtUoYcYPhipgdOmod92DrHa+9sMqQLVCNSrqvYx3XJLBFmIS6+2Vyy/j1IHIXo52HE8rcMYhMv4UOtrE8szHFSHOFwsCottIqnzIcK5AmNdzga/i3fjs6K0npzv1KoNYoQ1vK3BHdCI0TWRiCXdfcZeZfZXTq2ctgTKFoh9COw3TrRx9BFUOVIcigjamuyOg7wv6vkGf7QEC6KbefCbisYvGQVJE973X9ddt9a6gD6Ptvr1v6cBD8Ar/EK5Kyfb4oKcXLrchXt3dX/3o+6Ll3ijjN65yroHLkwpcAiZLWj4CwV7ja32VQclE2sj3g57MBRCEPha8Fahy9ntwjb3CP+BRmePjNHuJ82tXtTmcn+9zV7CbhD0edo0+h7/uI8scdKGvq4AMB4BihegQ1Vfhedtqzg5E9TN8d66cG7r7u9CV/PL7EfolH/Nl5V1heIHzQak9Xus8ySJT0h6Pl+sPVF5yU3r+WQcqr7jirMltf/6K9LyXr/D3lhEcvd8pMLtSfwA1izr2ubOht6cTPetL7KZJIeduU9Gk6bQxAThrzz2fvOU9H/jWJx6SDKw0nnPPTXbVJXyxy9O+nyhX8dmvfuILH3vttz98z/yrmOiowoHLZ8b/BCee4u/0TkeEAzZqp6nxaoB9uP80x1ntkisjQ9kP9FvCzqXineWK68r4G1fAuTb7c7up7dXI+5pjuPpAW7Oqqe2Vx5zsaHPnUtv2TkqiskNCzTFT22i5tn0nTq3t7hPnU9vo1NpGvRXw/83aDuKZyDbbVzY86xqw0CvheWeFtw0zmOVLGV/ZY790UDcFo7OK3tLnMObdKZxzwNS+H89vHc/+YxtHF652X4OXrxw/n0bu76pCGrjXVLGnu4Gv7W7gblblwAXwbceXm9czp7r3dNZNX/BOtkOgNrT8ssC87YvfmUlgxtOWLhNUMRoGvb1uO9a4DZSbE67KzV1uWW4+pyQ2B3OpOVQWmoMMtpiLzF1uaSw9ePzUsfTL4+czliY6yEG0WzEO+eMc850G8/EOzJ9XwnxZjvkZZcyX4c/KHPNxg/lVqPdrR3GkEPPQYP7lo+aKOfGykwYl8K6vOCQF++tfv6J7jlf6OqYOJ0+6WOLJwtGWc+0zp5Yz9kxbzuEwdMz26wtBuXsS7Z5/OXGawfjOaSTOtCzbYdzmYcVJHS4219LT9FZ2vYv7U4iSNihL49wCWjC5FC4jBr0tetBvzdpG3XYIU5FQ1jc16hara/mzqpGEkQwPtvSzwSDBArTNTSMsp2q4o7mlHUpN8Np6vi7azxESna/nOUK9lbCPj1vnAmOa4xl1dXru6T40LDLdbORSfuVwu0brj9Q/2bsY3ligJ8AJuuwYVsnqrIqG1PAnlkYhtoJtWQoMzlJfk6pU7WivjeNmm7heNY4ztSlEm+pPSZsS26ZkeC7Nqs+hWbjixRVsuXVFz7p5MxEbu6up7DwW+mS1tl5ubWxbG3e1tj7nToQPmrydxtFRaFsopKCN9HJvizLz5eBVR7dal+vG69K0BvaulZQ/5WGZ6rCcdYb++In5BD1x4kzzc22G8TpUskFL9VR1MI07huug8ByOQ8tyHbq0NnY9LWocg2LQqq46aVfRLLjeDUey/c5L2hHdLacICQp3ljp0w7VN3wTWgCsb7XZGHYdXokgAL2lXh5P3+IJC0RtqcqAPY4CggTjSancXBUucfm0znPeAyIFCBbppDjT8coCDwL4VIpn4lqzA9QxGyF3hpSjk+XkhK/NCVio0Q/RekH8/236XrTW/n4fvf5N/35jDb9TvF6YddCwJA6WckQYzk6lKMtXnQab6HwuZZNBVQa1qB7VyBqTdWDgt1ZS1WOb/CvyVtKrd4rhqSVUmKoekw/Aa4cgSxzHFZsmI0XAE2YJy+kCRflw5fbBI/4xT/rDHKb7sh6Nqq+2lMiZQfVuk+jbqh9qKY7vG7iWibcwk7ZBipbqBFj2Q4UJoOrSqqSsrdHDYqqY11TK/D+7wZKEQJoP6cRhffc05Ag5SfIyntWruJ7oKqvahM5mWlHtX+5o5li2X9SlyeEtWeEv0bTE8jvFtAC7IqvQGjuOEujGYZYkr2dXa4/XMpg9656FvCX02O7ujz5njQvQuy9jI7u7o9UDPv0nEVl17uEZawiu8n1aX0wJKbRJIfJhA0YcYfsX6rQEHFWhrBEczt/rgIhpEuNTvwolgecpizLlRT2ctu4v99+On7mJ/NecNnsOoDlivaty4UXczY5pixtputhI7uJVoc+aP9UaFo5uEHVQR7fbbnK7v8s2FHKvMoVFm8jncW9/OVfHtrs5wcRYMw9+iMmeh3/javquu/Phrv/3xh+ev39he3hbUy4tc2drJ2kWJ5lGHWjHnLpWOmZgJVnv07+1CeTR64lTd0Rx0A917tRKZjkZIBVbROkaLb/WRbF3atfQYRSHt69KqHTv9npbiRkb5/ojD3PRDj7pr6lGh2tPR6Nhawzfa5ih9kcYX3hMMt2DTe0CecHyyU57HyXOXPI+X515/uHUCbH7lmcpzwhtuteS5W55tKILleaI8d8hzMcoT6fgMlCfPZ2LxIeknyfOQPAfhqFTKOVme4/J8ljwn5XkK6pX8S1CvPJeiPlnNnipP2Wa1TsMzRGijCKF7WnBvtEueR6E+eSaoT55HAJ9ouHUkngI3hHol/dnAQ55/hnKkvuegfMFnGcqR389Fe+T7crRPnivQHnmuBKUOuogQ1z7/xlaDh3X1kglknaZxe+DiqQ57OX93pD5tdiMeGBcJaggJ+44lztciCxgNCtRybxKQ0ckCtsLfZUB3ITKacBEz3RVhox5qsnTlK+Bue4lze6QcITl2ReCI2lLnB3TAGGU3RfBoVUvPzxy6rP5wiGw3RbwbFmE0T0T0UCk/GsJ2kpdKwyp0CDACHPQmPNzaxQTWSIM21wEBFfQtnetx6KJLzwa1Da2All2cVCgsoXmv1rOVIk0Y+SBCMKbkizi/gZpdpTAFNC1GZHRJrTfxMGIBd2cLlstPHPHR3SZREpwvli/yfrNeIbiZobuF5XcIqcDzOyPI1xLT74z0evMSEVHyGGovYDAmNQU5RXZC5xpAEBhHtXjK0BSaROm56lj8zNed+a7T/bEQALEF2GUAxpnxdC1AAHcwW2Kz7THZJk22XSbbBLP12WwHTLa9Jtsek203s6U222ik2Q6abAdMtv3MNohs+DwW6Wdml8+HkE147TryGjqCkU7Bd/LEMZUwO6Px7ZdF3Lt9cMtoJAs/OF46FEoH4vgUkT1lTsTxaVNfcXzao68xD1WPlHXfUkAfCA30/nlAH2Gh91jo3fOATiz0Lgs9MQ/ooyz0Tgu9Yx7QTQs9ZqFH5wHdS+gFurH21zUREq3eqPGKbwSF2u7AMFNgZ+dVDjQ1d+52VztGRVQ3jBQYRgp0oO8JtIj9Qa4jDNV0gjrC8GTvQtURipi7KNcRyo8L8eeFED3KcaY8lu8t9/Z5ZKXduEC111MRtteDYSL5C7OGY5UB1dLQElR2mNbsLLUGa43bf3bnG79513c+9Buz8Y7ZKI4xU/nOAGP/Uoi6v5Px7E+KCGyf3t9egIW4OQaEO71adp9MHauK40AdFabeUZYmsy+aMtp9QLiaB4SsblugSzcCrM4PDMe4vBdELklXpaf3pwuSlemC4ez7DvqCJeLj5YIFItQIrlfKqoSoBv34cgUOSvuTv9BtP+viYf52fXUqy503Bnbt5S+VVeaC1CzISL8J045dhn7GrBPst50HmXiVIqjJSBdYKqJQ7QfznDTN3NXZpTu6u3RjuhKTrO3ORYXcAzZ7fMVmr296M+KhMToVu4mHb9NTD3TooduoCnYM/gd9LWm/ryUd8BUfLYmsWqPliLJq7WRvk7Kq0PCFOavKj034c2HOqodMOSy/aNcev6td56SY5Hd3tWvStGunade4bVclbxcURA8ckzfrYX01rZkwtY+bVo17Ws6ENy19Hrjf0sTPfnG/pZXO0Z6WuAs4157t/MjjaSTT9uAZ8FSSbXzMZRvHPWnjIVfbiMMwsP5eDxv1CG6ZdTwu0DIOeIoh8nNceMV4BDpf++q974u0iUE+FMc8RW4U1wP8AzirZfpOpJ/Hs77InPURsbsUsUOYrXcbxHa72KFh5bWyk/ajhma7DUZ77G4kzGmGC1aPtrkNAo6/bpcptsc1ws/l3RT/oMcjssgckakgcxWx6xWx3UBsh0FshwsdO5aGQ52I7SBiBijoBBhMsXYc7ATY7XfUstPvqiVNl3P/1wG01wpI0/yd7rQs87n7Cpa5/b4OltlpGjmOqs6na3RlakOECdP4S3Sk6y1MInUxFDVYHPd14nTQ4HSxonRpJ4vcdtudb610s8jlisul6ZAuK5INpqztpvZ9ugw54GBAmuXv3ggKAKzSkxICsmZ5DFJKttiHgtLaRtYthwLucCQxLi1ZArtk8Tn5yjIToTUx+Vb1FZNvTV8x+dZlyeLnS5bALlnmDH2Ehd5joXfPAzqx0Lss9MQ8oI+y0Dst9I55QDct9Bihq2p/OEfg3hzYNVWPunOHPs1CX2qAL5477Kk5yWzNE/OoeWlOMgu9Yx7QSyz0pG+gd/lzhz7FQo9b6J3zgH6Whd5uocfmAX2yhT7kGeiD3tyhBy30fkIvmBernJSPL0vy/fMg+TPz8WWhd88D+hkWeodt9vZ5NHuxhR610IfmUfeJFnq3hZ6cR91tCz1hocfnAd2y0ActsxyYB7OkFnqvhd4zD+gT8gEa2AEazB36+HyAWugd84A+TqGXyNI+V46M0kgP/GdL3D+PEgdy/rPQu+cB3a/QnARhEGX0Pwaz3VTb1LPGcLueLlL9qOzAI6MUPl3m02PTHihSe0qK1KOtIlUm5UtVvXl52fxjQ27+Af24dcXql12x0gaE+tKzcxuQy8vmFQ8609hXPOjMx3yFxupd5iu+xsUe7Sv0zhdpCy7u0s/i9yOtqSY0D7YKVa2a2hze9qcCpUa7uJfaqZ49am3T0apaiRbfOgI4JpszZ13rSP/MwqgnTTqxSY/oosaCmTW1OCHeHzMw71w0tWkdIZfPcv43+oOAfrUhz20+ooGEiEzfOlqeY9Fw6xh5TsrvPnnuleex8twuz0XyHA+h1w0RtLw1IM9D1OuG1O8iSAf0uyegPOp1pbwAet0Qga9bbXnu9qHXDYFua7E8d/jQ64YwYWw9E/VRrxvCEK81iPo86HVDWJG1noX6XOh1Q/prWoLyqNdllNXWqSiPel3BJ4KeNoR+s/VseKSKoKcNswMR9LSSvwI9reSvQE8r5VWgp5XyKtDTSn0V6mmzQ/I8HfjEsvkHPvKEM8ZJef45ypfnX6A+eT4P7ZUnYhkcFLgM7ZHnWcgvz+cDXp5nozx5rkH5gs9a1CfPdahfnucAH3muP8ttna+updJau8q9Pe5ZQ4N6fhoh8FDSPu8vyxrUSDWo56Xn/1WXBjUqa1BTaFCxmE+6VKfm7KykQa2D51g0rzSqlZzVoMpHWDkkF6d8H/OpQR3zGRehT5AKjSIST+cX8IqC5Taeu0Kc8IRQwCfooAPhMLojwjnPEJsKZdH1UXIyYj4vdW6QEfJwqK306fYLeyejcg6XOLeHOkZCrHzpvswc4Qiud8gci+ek2+41HmvuC9W1/IFwrd5O6h3J/Je2fE2jUwJZvt7ltpuo/OGwvfCyNQy5VlWHJ9W0uabppQvlj1Fu3Rci2Jf/0nW86QhPZFjS4s6TSPEt7SpjaMq2A8//Qkc8ICagkpNgQuDyFJgty9Nxz+bIzRoGG9oMJaR/MJxNZ0caHwqVQrLXYlf4Cik7HYSrkh02c22Hi+fzmBxCBI3iKbupWwHNPlku1NSg27tCXDLQLmJ0bLPz79WixiPFcZfBcTLs3NapTXqxrSPQboPlZCeWsmlFiCyL5f5QsdwbKpZ7QsXyWsVyF7AcM1iOhZD864F8oYRhKZMGwTGD4HaL4OjC1Q6ukF25T/fAsDx69DvWmJb4bTecu6MTz3HimRBPwWunyTVh8B03eO4LiOcY8NwbKJ57A6jIz9GQ4R147jV4Iicq2R9Mq7B48EeFEuyRHzlGe8ESDgSK9X783h0M47gFPuj6hpPleZTT1obi9Vzw711Bm3wsi5FIr8yQnbEyGWk1yfI+Qs8t5BHtuTbE6vPfyRN+w+Zg7n/dKQUay4+FurJoZt6GKWDIn0aSK4tHCFb6Vs2SadL6pqSh6qCrap9VnvuW9FwM3buD/ta5ht1G0Q2VVc5BEEhR+R9f/GL2rtP9Q4F21fXaVXuhr9xhumpHABU0hPPerq46aLpqh+mqXPvcqVz57NF5T33+aKNmCY0OOjQ6aHRQu6lnSvIYnKYPFqIPyp3G7jhjPt1xhnbHwj9QdzSXOsv6WxtMb0wG2hsToMKGcm/sMr1xn8/eoPb4gK+9ccCH9nitOpns6I2xipGSZnQe9DvPAj5939uufPcHvv2hH5fPAkKj3Q2NdjfEybQdMDe4s46Yfb6OGNnT/DGNmHv8YsRsN300OmXEjJk+ukn76AC0keOmj8Z9aMKxvNnd1Uc7TR+Nmz6a8LuE8MeOzo0k/+1oI44Jucv00YSfjxVO601O63+ko+Uutxgue3ztikm/e7js9rUrHvPYFePoikOedsUhDwr7s+mGtaMndpmeQEZq6m1P+Lnsgv3qW3+gkyI65G0/0GnGM+PN9Mgoqj/g5aNmP0YNV0Sejo8DXjtaG1yRd0Y4zUiZ0lP/yQbNw15/HVKBTG56arvfPWh2mJ66VXvqEI5Wdpme2uXhBAN7hJWdY2aP6aldpqcmpz/1+Vl/Psv8sr88y+z2zCLLY/8s887LF1aeWVihR/VynC6sFL1dQG/MoDfm4RzjLHrx7UDvgEFvzKC3vevI5+4HPz114bfD4LTd4nSOxWnC4DRucNppcNrn6iIKOO11zSKKRyXYZg124jQamzWUa9ZQ7jwOErVVrllDuURw0LsIiz6UedCUeUhvyFShf8iPFKuwXt+kRih+caTIH5vUrcBpdjGChlZ5tKaCVBu4FzuocdPAcR7rYD+ZdjZwh2nguEFmQhtYtcboUv9Z15Zs0dERn9+rrcX69ra9HZfFGkYmuIrSxJRGT5p6dnc0+iNuqdXjbt7sCbfc7nG66bzJzVu+x1Sz27T8ChVbaPjl2u7LcXKE7XRfZ7MnTLMvNzJr+m7VS1Fsm96Zsp06Zjp11DVct9OzbLfTVbbb4SrbbTe47Yt1pPJcKTZsF2Pj/BeMNVig11zu3Y0MvdJAM2ftVgD5redKoTlXEpk4GUP3J4JjV2x0f2Gh+4sK3V+l0P3F6Z9T9yfQ4xZ65zygV1vo7RZ6bB7Qqyz0oYqBPliZO/TpFnq/hd47D+iVFnq3hZ6cB/QKCz1hocfnAb3cQu+w0NvnAf1cCz1qoQ9Fc4deZqEPRAZ6/zygn2Oh91jo3fOA/jMLvctCT8wD+tkWeiehe4vjnTkAD+Ukdy3J3blDn5aT3EJfPnfgU3NOs8CT86h6ac5pFnp8HtBL8hFmoQ/OA/qUfIRZ6L3zgH5WLlk8K1m8uUOfnEsWCz02D+hBC73XQu+ZB/RJFnrSQu+aB/Qzc1bzLav5c4d+Rs5qFvrQPOpenI9ur9Bo3ucZjSZPFAwLzgOlE3MWtNDj84BuW+ixwECPBnOHblnog7buA/OoO83ZwC/Isc/PybHLojQxD5ROyOWQhd4xD+jj8xFpoQ/OA/q4fERa6L3zgB7IJVFQkOOuICfHeGgHajj3QvvzgWqhx+YBvSjvIQu9Zx7Qx+YD1ULvmgd0X86Zdjoancd0dEzOmbbuA/Oo+2hA19Pzz3KvaJ+vx2j/jZu/MNsf44LNgqlHqkdxR4oTUQjiLDDHk486q91NGkz+RTgtvAkqDIcX86vm7gvMZCtLnRdJITEsPPsz7wJePrnbGc7e+T43WcsAy0ukluznNxsvpd/AieGZI1L7oYecZG1bT2YdGzhTNpaxHvDEavRZkewrcbt2YLitMTRhFXpSO7Y2pbJiT3HLFjalWtjGvLBzpikMip77S1XjPo7JPup350dT9DBTDy7R3mv8ovIKj5W09kXT37fPnX1VjLOvSn5Pr2Lu6UnKijxliUa00csEJHTAhuNmQcOrO3Xf3GgjNfx18AUvm5/AODuLYUOtZ+R302XaF2LpB5zjLmfUN9xUTivJb+Af5PPpNNf0b0vn4zOjr3TQTRdNFXxP2jFOryo4li4i6MQ4aYqtcyaQzbfOmSq6LwXnqZM0e6dJppajSneJpO1H8VwNf6o8JWwfo+lVhODpGfQek1VF2sO1ibqFNVfyZEydQ/kUZAtH1KucrxcIecvQfFrc+Wll6dOyzk93SJkNe9wYINBeL/OmUTvWen06PQc16nRW1RhR79Z1ezBu0gc60lECb9w16JYT5mYRvsZa7R5H7/2Zau+yWExbb2Dr1UPSvN7A1ltKz+utm3obpXrDtr0HSMrijmcPbvk95uLEFw7KY96j9PF91JME/LwAl03sVcoeqRGXKdV8tge0fMzV5yFXbdD1ciXcaA9q5uH2EbyuHPGa5kg7SmvtOt9q5oIlLV25aY30QBiGmsLoNYQ7pH10QrLABgRqMeecZhVKMtmMxxgQISl4ZBrrNUZoHC7aPIyCCOprQQuUsEYqqIzwWCbdkGmVhSs3jt1ET4B71Xd7q5nGMjp602QtDmflpZGcsihtZv4WulkHYk1EaRDEEpI9TfgVIVrkVfJnl29uC1DaGK7Tzn2p00A4CW12rDhIAdCR4KKyIpCUEOiuPGYFy72FOQaNAoOkjEFfOgUHAaurLB6A92Pc7G/FdLImRFugIkjJytkHbApMF6cNYDqQajf2IkCin/Zi7E7ppobtJphvyPjq015qFL20WCFZQNo+9gn00gLtpWSk3QSRjmQvJekCJZQQAIQ60vRS0/ZSU/BaoL20gF/ZSwtIMKGQAKXNUi81p/RSM++lBdpLBQLdlceswPRS0/aSwSApY9CXTsFh1l46Vnupz/QS+2eI/QPvr7KOq4NuvUjemPaexfm0F9p5Xi5mwkog1YvDwCYe0lvUPb8UseJFYAotBVVtDvwQnQK/xEpL9nHN9HET7iEaaZNfh4FFk50s7VBHdJSPsjdfJtNGA6ZdiSLR0PvODdxoWQYMzlBEVnYgsng+iKwEBS0izkyInE1ESJmGUoY4nI3Kz1MczunAYeFIK5yCQ8h6ltOxdtrB9U24JylRZKPk7UJFOw3IbFrlbMLbyf6FOADORTVttLyUk6IsE/gbMpcivAbzcSp16fvG+dNE+aROlPWSRxYh+Jgnq2R5bpMdtBVTKxnyajERjBksg5OQRrNaPGJxl0Fb/iSrwdS3U/E2DwhwEh3zPCM+o2zlS3QNdK0nv+WXTsRGEPaguy6BXL0W83DMkxM+t3nq6/Ldb7hzMebhSOZh5JUeawVciEZEOvXbNbz4ZhIOKMMgjQKaw9ClhXFZAYm30GO4lLV0xrMSPhccuBOFZtxbjCo1FYeliQYqbiDWGCetSFovo7dh566G9H5p4qzr6A0kldPWQnnNp60BeYXpoAwZAUrrOnplT5XKxMmm1BWTOjFBIBO4r0H43PYReCwGIqFFJBlpobwjLCIhEEnMJKoh5nUII4yplLCcRR5hsVkieY8AGPAR2DTUIRxl8YhQIB7hkSWtVc3w7dUuAve0Yv095plu99GP6DJ2K4fv781RDEtpxm1PdpM3LH/pThHeDT5uFm03eWq2OeGpyRo3/RhMukvxi11KNd+lVNdhuQ8rA9ZyjAyiqlZ4FFbwR1m7Xjh7/ZhwTiuGk1zdiMJcFOm3urrzaMOrK7cjbbgD6U/eDBeaju4eXHVxtt3HZjfupXMJeBJ+MtwZL3PdrdmQdKyjvlsc9XLEh3rD9fv0kehDsKqvBtDKLqChucHesNL1tmZ3/cjNxu5xs7vkPyfbJ39vcLPv84f+ff9p2Q/k5d1u0sPMbnaP/ETG97jZjW7SzGLUD06Hx+Rx+Ehmxht2O5mfHZCM1/7Yzd4L99ywwQ068/9Lnv+bX3WyINspeSfkv/fNkP+mPP+3JL+X7ZK8k/Lf+4v8AfN/IM/40QHB4w7Jc5/898HufBN5vg8OSP2jP5EOkf8+VOTbJmAfOS17k6RWSIs4qRlgrBL46uorsj74Iyc7OO5nOyR/NdX36+W9JuzjGbi4gIst3GePngVMMiSNbI/8Hvupm+3+qe2sD3d21nvvcYjhR9BbyO1me3+qvXWzEGJKb32MjUdG7a19P9Xe+vgM1N+V59feGj2gvfWJGfL/a55fe2v7Ae2tW7p74dY8I3trxwHtrU925/u3PB97a+KA9taninwHpQkfFDKgu+okRmPG7kLev99XdFezRPeeWboLcK983mHBkgIssWCf+8Lhq+sr4Pos3G97DwuWFmCpBfv4Nw5f3WABN2jhHv7O4eGGCrghCzd55CxgkkGY+KD02fi9bnbgXsvEk51MvGMpu+3T4GFkdrND9yoP3+Zmt0/h4TvIEsioPPzYvcrDn5mBJz+b5zcS52fKw5+bIf/uPL/y8MTPlIfv7ObNz+cZycO7fqY8/IXufHfl+cjDe36mPPzFIt91kvT2pWThXtIimZGFkbXMwgtKVD+CVO9ozJGAiS04vHEvtKU8fJuT7fy5tu0oyXq9lAI6Hj0LqwCuNBCmVj49pwCsPBBmgltZwK20cKWBMBPYZIlIkzmVbrv98BXuLkHuziHfXj0s4J4S4J4c8FdHHhZwbwlwbw5YHn4zQe4vQe7PISdnq1IyyADcK528/T7B8z47AL/UOQAf+IHOIl/GCERuqeA+HYF73OwrU0bgV8nQyKgj8J77dAR+bYYRdXeeX0fg9l/oCPz6DPm/kefXEbjzF8ql3+weWXvzjByB47/QEfit7nzfzvNxBE7+Qkfgd4p8j0kTfv0DnUWOITH68iHYPRsg7+0Hiw47tkT3RbNMB4ArD92Z4LoHHeA++y1ZaklekKE/1XeQfGCWaQRw5cXJTPV1zyOs7+hZwCSDsNXoL91sl/z32C8tW+3rZKvv7lG2+i7YCrmFS+5Xtvqe5JzCVvvZS8iobLX9fmWrH8zAJj/M8ytbTdyvbPWjGfLfk+dXtpq8X9nqx93s8pM8I9lq9/3KVj/tzncgz0e22n+/stW9Rb5xSfrRHmWr40iM42eU7MhbZo8TSnRPZ1mcAO6V3zg8XDc7Au5LdxRs1SqxVXvqTHLilJlksS2lPJM8ozSTPJOlSA7hlsck3xePJiFOIiEGZyQEsn7mh0WDTi416FmzEAJw754D3JRxKXDXnHhYsCnDS8CuOjzYlNElYO+sHhZsihAQsLHfzda4x0jnmw8Ks8p/Nz1gR+XPOkflO3R/93MMSmR2s1sf0EEpw/4XUwblL8njyKiDcvIBHZT3zzDIDub5dVDuf0AH5QMz5H8wz6+D8uADykcPdQ+2h/OMHJSHHtBB+avufI/k+Tgotz+og/LXRb69Avpu3d+dQlosmVHUI2tZ1C8tUf3UWVgKcGXROxNcN08BriR6ZwLr5imAfezwYN08BbB3zAHL7uUcsSxNSKeVJMdQCW5ZAbfMwv2s/7Bg3atAgP3y+FnAOhjq2VPk1J/ZQspy6jklObVsainPnbmU2/bOVorkwMZduG7sIVlTPmRH4aHOUfipfnLeb7hvf5D79od0FP7WzR6dMgof023wg/m+/SEdhf8+w6j6XZ7f7Nsf1lH4+Az5Rz2b3+zbH9b2/b3XNbpemWfUffvDOgqv7M63Lc+n+/aHdRReVeR7WJrwmX6OwuWkxYp8FHazN7KWRsXKEpuePgt7A+yfZgPrIMGqKT2+2hbyu3re4WeUOvzPWYhkkA5/GAT+lbDYr2yHX+11dPj1K9jIV3nS4cjsZtse0Q4f87JXe90d/hrSDxm1w8ce0Q6/xpu+A6/N85u10CPa4f8wQ/7X5vnNWugRbd/rujtye55R10KPaIe/vjvfG/J8uhZ6RDv8jUW+GyTpnSvY4X9BWjwv7/BuMYisZfE56ZT67tPOLGsAQJZYZWbAbokNwH+aC2A3cwLwA/1zAOxmTwB+/s/nANi9PgLge+6YC3W6BTepUxLctzklWXq7M3VQ3OFMGRWfyXEoi9PPOqWB8blpSto9W0llkTpdSZIHS5tvcIEg+Q/Jf3c62efBWMLBZ8hoesyMpi842V2afPUDXdm/qOmfOaUz+5c0+dtLOnN/WZM//VZX0kd/rcjJUv4rmn5DU0oZk+Rr5T8ZQl/T5K8s60y+W5PvfQ6EqiTtkP++LjtcTf7GXV0oflPT72T69b/WdCHOtzT9ygFJvsEkf9vJvqPJXz+ls5R9mvz2f3BlxN70a5Uc33Wy72n6vuM7s39fk6+pdTZ0vya/vh+6LUm+Q/6THfIPNfmB/k5UfqTJv+uV5LtM8j1O9mNNfl0X4j/R5LcedDqz/9R03T6k321wOeBk92r6O+9F+j6T/jMn+7mm/+NjXfnv0/RP3NGV/gtTzje70n+p6a/9JtUZv1YZdz8CxzD932ud2R8wvFHvTH5Qk3/elfyQJr/qYXY2mEDGqfz4laY/9PWu9Ec0/ftfBzKHJH2bLB5+7WSHNP3HNUm+9pD26m+c7Lea/IvV0G1K8oT896gsGTT5xqXovkPaon+XlYHpp1TqvOOQ4vi4LABcJl/flfz3mnyLtCzM9kj6PfLfK4URNf2XdzqdpW/T9K8t7ky+SpPvXSylHJTkbb+RPhaKaPKtJ3bmHtPkhx+lrug3OpG82s1eo+nfPLoTx2s0+eou1K/V5DdUpc6dUsjN8p8MiNdq8sdudzrTX6fp952WVbJJSdqHeoX7Nfm7MiCj7KCkjcn67A0yr2n6j1qdqF+nyZ9tSeHbf6sN/Uc3e5Mmf+o0yX2DJE/If/8k/a3Jd58GnZQk7ZH/3uxmb9Hkj+wFcff+VgsXMXS9pv/sdPCoSX6bDHNN/qc7QK6Dkj76qCzr3Wynpt/W7kTxnzX5xgdJ3UeVuu90s3cxvf47141NUMgQAQ8Q2Gc4dZLrvHa01HFwiOqm3nC7giiSGhuzgZPgYcRBlnWHuzlL1/YjBLo6QvFgwOJnW+l+BO6ZGHJ0QO/q+bSaou+UIA2yQ28PE9iYprSiklwLQqfFa89Om54CAtyDrSFzTUsswo7i6JtBJ8+D2aoLX0X4PZm810Vwmw5MXcS6TLLwsuTf4PM6ud/llTZEDKi/03PdrTg5NsYIfKMJAuxOWzildhle4wWMjOky9gJCpruMxxBr7FWUjz8LcfcPRWisBQbZZEwGpjEmA98Yk0F2PnkFzy9VsDKv4MxyBSvx5wxWIPN0DnlBAYkQDQbyvDLk2fhzjkIiypEDuL9ROLZ3o2k5gznEvXV934g/mwTsvS5pNOhd3nYVBHcZeVjuLHH+Tu165fMlTJFCimwvNNlgFJQnnpcnriwSz8gTB4vEJXliX5E4kCfGRWKDifW3BG60VeN3VBi/Y6vmY8hoxrWtwKE6AhsnH3JbGu1VQE+FplMdXMEUIw9bXw59PtLjee500Xw1JG/MEdH2+b5e46jaiqRO4eJSwYNeYILHMpxYqE6YcZHVFdDscfnH6LIxjGMDXCGPMHrSaH1/auLNXtDf9oOtqYG6gOHHgi3JYJgxtkbAnwi1EjBYV95oupRvhWmBrdN21zY9X0OswM5+pO0nmZThGlMhD+YeHOKBkMzTOB0efSNpAFgICX9t05cyXIC7yTWuhW74Go35rFJBpgSC1lPYfcFqRPtUac54w8CHcXlleMH6u9LZcUlnxyX1Fiw+UhP8dkqM5UO+64M3zhShZGK7uLTzDcxrkl+8f1n2mJDY3TxMI/mXZe5mBAfIF7cwtFFbp8FhRh8HSp4WAgMv1/BaAHt5kTwtJjnlUIpM0NJcU5pvuM2fri4b1Wo6TizCU9twNTROpRMpciLu5wsaORciSH3yfRPou0xv0JX4AEEhvsnu0s52TZPNGJiWSsJQLsRxigs8MxJMwAfXNCH74xJhBsuEyauXdEZE9uj+DxFrGFn8iQTgHg90kkvNJDdVKgj2z3ZoRhPi9n6icgGzRPupEQ6+Cehk6o3VawCktz+dsLADtUJxweBcwbTiogJbehEXCEYVpFURF3EuLgIrKlwhZ7Cljd1ZldEJMU1bRAJFJE6rwy1kTCBD/LQyvYiQD0ZEuB0iInriIkILMiXMR0S0PQiJMG9JaEkaogvDXEwsop+BxdPJiJ8GrmdkRBFvnVIiKKQElyVBl5QIZmR6IQARGtI+HkzJ9DGlxEjmvRRzH71erRbKnKk8taYJcQJmOAO3l1YPM1alid7et6DizDS8wNRW/JjAgoPD0lOeSiAPlPBmkkA5S88igbzDSqCC3YPSXBgYTAoh5GnKfOWQBwFCOeShH7wuOYRZy4McksoPI4dCjW5fptBgmUJTRBFzQhr5M0qj5K3enETSa3wNxi6MhmDsnnVo0Zd6HQ4tIG1f+73CocXV3+tyaOFli7nIhguJN/nJtz15dWCH7qmtoGezyeMYeQwNmwkKc2ldJomQl+/QU4OI0H6aLEaEljRG7R9OxhB4Xr4tBj2XyteAl9dCAyBrC95dkzyy2JcdBd/Jaq5WkEdvYJ2+uesmFR2Th4JvMBS8VJ2nLDYpJ+YpfUwZ9IYgXZY4q1u4TvgmX7v11lug/5YX6U2XbaQ5fH/yDx66cRdPjgmWlzek4efRjfWrVgTNrf4r3Je7V0iPTApTuRpNTGa1coSsAYb1kQL7hltmUSrtGYZhKg2ccUdRBDMcy7h2rn4GrqV4LZ8DSFiegWM9/aJ7qzRYF2z16awxVsnuMdDUBk5LfAcqCxynyNJC9CAppFVBFsjLENSNhtOK2gAH64SfsdOS8eBBPgv1r3XDNKhzpQkM6TWT4slEI3sSEQg4QVmzYJfxp4UfGBz+0hXYPDAum4vnaudVeMpYew2er5yUlKvcIpIn/7c1rbYC3abWFjvZ1lbclcEI52tdzseC49AI2DirbgC902AtI37GaaRhmnx0SkXmxrve/JGfOBuaIa8r2s6T9BpCuEKmSEHY3bIEdpysfEzZNQYvjGG1HWjubPG6psuiPFMUvJQyB4PWDUEsu9nQKudq3GjUBdW1snZEi+paS+R3t8tD6MJ0pGeBH0VBpP/cyIkiL6rrMLvKzQ5K7e5lq+S1ERSpr8P+XFP9uq0ZOPGzCM+DDjbwRNpj7iHN7RZljGqxTAC2BZnAu023Edct6mkX8c+nK1GflyVKlPaKIuDHpnYJqezrWDizqxChsls391sCXWRe0aiAms9aJzVqaSzL4fSg+RyTnGKtJzv6ds9Zzl9yIuq58QXNim4fvCzcQkVGAnezldSDM84ePJx2740ygnrPSsdu1JmxZ4NUJt8yb8v7x27MejcDJLLlYAk1PXRdGa6rSyNMobHjen4QVqIEFYy+YrP8lRZfhjYAx6ldm0mzRsznxnHTQUWNgc7k96f++89Kr95mCTC10LOctOflrZ562sPxGf91s1+I1PIaoZRkwe2nRR2FS6Zg+upavemsFeIC2H99/xVSr/zqfXmrV6rHNTFWs2nzmuaxKWgIru3ZKNvcLkQ2YZe7ptnXjY1wtjdJHpi2ZtIPsou0chvH1BUUSVw2XNGI6tln0+yHn3CT5zq4WtI7nL3nK06ygoGMY8mBoQq0allP8QlzQvb2L5V+/Pg+/VFTTRO0MVmcnJl98NTktW526BYZRokv82MlKIkuDCIzPZyqE4eue3TEBGZiCXQWCaYba1ije+WxFuSQki5SLcqlGtZkuIzfVZAZb54dbx78SDUYLA6fn2WmLUi4YJ7DLplu2CWHG3a9U4Zd7+837Co67qKjpx12ZIpObruCj+Svm0ez5Z0goNS5/SRSPM2AOaoLhBkr3TV31dfWgZBs4kBRjn//FRtlWCxkceVKo1lHyJHTVR8qS8lv/uR8ocOmVK5fn6Gp+WAZ1WmCTt50C5YK+R1c4zfrLDBFSJbQ3nTOlZ8VOEOUGa+OVbqrcdL52Ihl1hSm6UndqWxDGPY5vKTyLWYANRnUPeSbc5vN1O3iHEAJ+zSLEg0DdZZS1wE56rbRDkQMF4yzyvmcu1POoAw12eBQGPQ2tqO0MizzV0QlUEU9l3tUn9vJzmjSfBAPmupoBPuftf06cKKsKZtsF77VLlLabqqrepeTNC4nHZabq1zkbZR5DHwIre5GmQ0q9jUEo+AVfy7ctrEZkA1KCT4ZYakjRVDu6quuFqTgphFEjzub2x4XBMBwqVAjG1rHG4JCkZHspeshwYTcmbvWSArI36BYVigJ6xRjlFmRLO48YqrSSlcGgax65BOWzMHWzAlJ0I5hLRXe5Yz0nNaoz/xPdqR117wH/OtzMQFRdsDhcgwRBq0sC/LaIBTrk6rV87ZOpb7yyEVmHkcHVLAOAtGw5s7uEcwiN5Z/btyd7FTknyMNDiZb0mLbSa0eo1jSTK78c4ROPTfmuXpu5GyVd91hIKISRDAniLAE4c8JIihBeLahef7E8eQf//BfAAfwzLdE800tWb8HWmQ98+o6JqR/NjKqo/8EOuU0d9pO6UguOuXTc+qUT5c75XF/Lr3y6XKvKEgwJ5CwDOLPCSQogzy5HcMyu3smH1X3TR1VsC8YnjK2kkeDBneH+OhPJm/xG7XST/la7fwad/6s1BV8u1usw+r5Iqz89uMv8i3b42V77na4sKNcHtEF1eH4iOK1UhMCwAumSJ17nLWI+XyvPIS48UwfKvXMl/8FUz5EM30I61nETooM6UP550iqT1bp+hjIPyfQj37Rw3mOxPSc/RdSgqO7MteA8Bel8pIu4IKjSiCeymguHDYKB7QC8/miutUPVu1adh25oFi4plTcOJg7trkFgREdcoNOb5L5R1LzkcqVrlf8cz116eNLd5h/doO6Ed4NaA12EVIYl56ribPlV7jc4zYgewx+Tc8BCe9xoOmTB9A4LMT0zNHBKH5Pr2GRIytxtVZvNHt0wsThBoq9wdVd6/Wu/r7O1Xq2u0VFO6gwMtuWzFWgbOkqZyeBUn8E8OwobmmCl2WVzYjXjtm2ADgFZ+mZt7YfgNSlY3QkX+HOfbvbChtHzh03VIR8BY5QYNuKL+jA9PAVH2GlllZ0EyrqQZzGwxDF7iJR1U2GKOPQJWHXCvjZiHJTF27jJdy+5uW4LZg7bnMkyhwrToqKuQpr967wx7tqv/lwFOo1FMJGGuTCtlqLASY3G5pNzJVmN3ehPlFC/asF6r1dqM8N8TmSb4449BihB+3zQ87aZvy0MbWi0Ia0aDQFi2fJkFoAE4wrQJDT8kqWOq92VzlvI8Rpzqvc1c5bKQgZqFSqXu28Wb+5r3FXu2/n+8keopzGSkyHD+30MF2ABiXvCbViWQy5p0gXHPGkVtynFScdFR+BYxjo999t6q6z+y9s9SoXJE8qCoOlunvg4gAowIOUC//gTnKDQaJmhJmnmuF4scMTNPgCiVs1TCjwGbJG9djJTqqHakudmN7jPJwdxOALp5Dl2UGZgALP911s1hDzyED6dEbptBoZTzTpV8xvQ2WMfV/Wu4E+PoKXyY6lSa0wGLCh1cA7diOtIe4cdoJeGsM/9jhqVvXwg0tVVSSoCQLq6ITBPMLsxptcVE/vIDv5bhBBKdQseTIQqnUdhRvbPTjzIdVAPbhKlO3ZcPJ+X3LFSi762dHdPNZrB511/dSjIlwBR0XyuOHsuKy7v/Gmvx/dQ39JxbvhDhc+FhX0S56CmtVzu+fGFOZEPdDJLAjQ3uzKNHvgm2YVZksHojL9rUveFRLJMwVdXxVm79njdGjMzIrP0Izrloqe7XvWqgM8ENEOQijaDnFoE8rSAvvR6GShXY+ekQ1IV1Tg9IWGZAn0DSs8+A7J1Re0NvIgPvtIscqI8aQlBVeN2Kio7MwzQ2pUVGr01eE9XngA/f0VKLt5NurnLptkJ1yDXQ9K693cDlc5VbYg7Akds/pisKsqozDGVJFXeJynhjS+Fn1jiM+MVOap/Yt0tznzQaKf0l+KURw+0aMep/uoxykd9VTtUc+kqyfr6Lo3deo6sRJXrah27Fc6O3bYhdJQPWg66oXNyW672U3+snReaSLX9w9LtTic1Bxr7Xn27KeOPAN0kjPqH/TccGvONLK09cvnfHHbNQfhet6HA2losfxVTj9mgTTEsT23DwMMFUkTqjXmEGVgWP70Y7vj5qf15I94WO3vkg0tv2TGUBi/ZOxBR0/OFQ+czDgwPwgRhQ1sjFoX8lg8GGmDSHTNJP2w9jLO4DGxQQCTzFun2MdtbYTIyORZalNDLsncXnNe/Ss9r/7giuzmBo+rzbn2hE24w1e7uqER2EWkjJ6SqBFLHyMlGGvEeska0cmtEeOyNSI7KoA1og926tOQmowpacwhBtVQYjF6wxpEqD0dbCD8bPEwjWRK1hCtyGih8VgsQzLcspbn/gM8ABVegZbNo6FMRfoSab+Td//8AMrKaEsb/XvRZni2g4AO1/eHmrmefNk1ms16od3OpKO3tNhJGPKFBQLpEK0hth7NQrKtf7vZjHebdBkPq3MGoNOknDW8TgsXmti48AXFxvMATAiQXI8+9we9QUEZNgvLabqgtgkJjBTkOVTuYxjYfKfmVgqjg45dTAfb+znbk3joarB9kLN9OpXtgQY6xe9m+6GC7d0y2+d2VZ0s7+cs7yrLuznLMzYNrYNcHJTgzDW2+AbWNK7N7WnmbmgCd6jCL4cdqac+uijp07zVQY8nezeaotDwBC4mG52/B43mWgqp03aJ2LfcovABLXyhmi4lhQbBWsqYKtTIBU4VG/lvabjxJ6nzR72gZHIFVefpcPIDllRdq1a2hn4tR/kppWkD3pZgwSFvNC8OVLoFuRET7cO4tsixpU/fohlTdrYQIm23aAL50RqO4o8Lo9MWwkDS8khtaddhMAp9IjXsSpWhMR8H6DwsL3UWhHFduK4pEr3l6DGiGvdmvh5EhRtwJCuzUzMq62Xks9F9uEGdNh+Ck7Kvyp+mipnkJNqFlb8bXjHbg8LHuKBbh/2wRjPhCR4thQL2ONslbaWHM2ZXi0HNGnKmJI+amdFPvqNWfMkn6dVdKc1Ol5b66ApY1aVhkrUrGAQVtTZKYJlNk0NZUXG+jmgKRXNsNdFwKcLhw8yEPE4dtZKD5RB0cxDrWDglyZnSc59X+71s99ec5EWpk+zAFua6WxDKReZbk+mLJtNnvjdTJpgBwtJbphUcM8oknXlbsh2/c2FwFWY7hurgPBQiGW7ehfIaw8n/kGI+Ik1PcLqz519NedB+gmsxuoPpBooakC1GZxW+4dwu33CuMhySlRCeykhyqKvDC/ZJNDYbtMlWBC+hEF9ik5260zkN/np59omB8jR4KE+YpN+3X/zEyW54n4sUY0OUufXdnhvQrrSR/Yoc4iT/bRGU1EzDlTyc3Nd0n/1pZyQL9UBpxUgL6/tsa4r7ViNge1cEY/ZNhyfVLKVchl8uI5IdaxnSs5C+HrVI4f40ZQRzKiPIywimKcOZUxlOXgaGFST2FpiKbRmmCerwcF2Wird+mFT+0KrsvceApq8O3OpW2uhwFlrI7lqoP/r4o0+lU6K2fcZet2GtrDhec9vebKsSA8dHWHiZOVzREcbVwNpb1/IIi8sHV28hBOupwfStGSKgFutxPBcb0UhbTYZo3qPLBRkoEcjrckWhKwmqzGWtcUF/OxQOCdVEX+a7Cs8FuYhOQ5rkY7kdUwEZrS2O/yNZQ6Typcq9ZwVR4yocGGoAyRmy7Vr/jzTwUqvcelrN/AvyrMxosnmZh99e8dsfoWzNfwdadFAU7arnUnPSS7kUcnjBLmIxxBpPdNcYT4qGW7LqSE+fDG3Xc6f88yih6dyYvTtAIg9Io4UvsGJ5r+fGW8s6ebMNENJyhe/1t7l8DMAOoKk1T2xz1b++Xemnz0pOTYJuP2Sr7hMENE6j5DntalPo0sJtjeD8Jg1afCwvmLCht85vVa4fsa0PCeNrkGQPh72QN3yniZJbt2bCgugxOaJBv3JkAkSPsduYdgT8BXI9UK4oog0hSWM4jbh5aUgXyA8EC5BqnSYFBVjL39DPIZWd8DIatNQfcl1/a75xsu6rKUZ1QqTrWEAaF9m40AVnwVSEOFiLg0Se9Y4dGyAtwkxAnhbv2eJxhj2dd2wuoLhADZKT1Y11oMB9CowVZaCGqVg08vIF7k+dTFjjcBqrH9KVDqdd6+UTCBv+OCBM9IrS2sA5V5v4vzdhtxpskl4MNzZ9YhpcyIV28PI03MQ7YrIrcEc4I8MUJryiHV2It5djn/7yCzeDQLoCGoJpm65E1aA8upDlR20U9tdAS/hk17soxm5+lZvtvU+tfq9+0EHSR0tJ12nSx0pJd72XgB8vJX1TReKeIulIR9kCDIILcK6zqP5q7XK9H6BST6TvS2HMv14vRsmaPdnp9/KURu2wXVpRwDazcGLs0njeOjEmI3hYGrl260UnxqV02L3a3gjQG/UrKyKzS/bMXPhDHGBB6qfQZ3qIMycr8WxbzN3KWb286IYHtCsh7slxHh/SVewg3Zkqg3jJuz27Ks1OTUZd6ZWt69R0KqsNdwgBWRxQRTDSNvzgmhsQWHDIj7pqeXsvo6SUvSuHky6DL6PlNMTakOKyzOxbYZ2PJkGvEtIPyfPAP45ODjAo1q2OzDKr26y/7dNGehmmEGvzvJpmZ8b+2BjPvKDYJWE8voWXm7iSNdfqHN52y3fUjt1R17XLMXbZ7miyDUvTtiuSRJkCsQrkVw06ykqLJ530K+2bNdepNPwEGdzcPsWYfvpr9TwAi1G+V9Iab4nIHnCkhXlOOuBvhzEXBWrEAbUShkuspmtuGnPOwJRG7aWLGY46p8gyT8XOTgQMLGDQAbjUcWf+5M38yZ/pE3wGh9Y2mbvcqhp7G/6JYIoL0sWTNACSjmzTkg7ysh/Tvr++iStV0XCKiZdXUwutIVcVnLedlDFmnZZOKcotDeoRRJolP9YVaTa02oW1/sT+yb+/8uprdwyp1X4VHKeckVXL7ON0ma+LIDxdFrA3u079ykT396MuLzpp+HphBqgJJ93hZJOkICSNl+1xh2VCYfTaSznvhNCEbpE07IgIhsOU3QqOjLhzmiItHm7XUBIgY0LGgIwLyIgKYbiFJuCyYbjvtiARQSKARLpIkOack7l6YVjADY7SgxcpsLyduSZ5ftrh9xt++YdZIv5skUkmRMYrVjlDWo+5C+ShIk8Hmy3elFmq6AkV75SKRzuCppOrFLvmOpTWjnhNIxnmLAyhFlAbpFOkEGFhi1ujpFWlwjWfMe10m9Ki/285MQp/1gEFeTPAadT6oeeNqYXqbF67I9BCgrwQ2nyqLspj7XW93NEwBTlFQYEWZLTK0XwoksKTxbA23Uv+Kq0JO/w/ktgn/MPXmF0hLxXlrjYSDcrYaC91NkIUL3WGpHc61jWYddZxqJXw4XKUCDUMQqrUzvEJ1UE2Hs5R2t1wp36PQy04tqzP5vbb8ImXDLVLNEpDQ6IBJZGvC41CjbDE+b9VAEjlLzYxiHQB1tBFVNzmop4e6qlqT9Y2ef+CMaKhgoZUXihSW5ox0K5fpmvMQJUOCwmBCd5/6bomdjT8hkSsT6Erq6/hopWZTT6P8Z4wFEpRpdsBgjujg/H8L01qMTwehMhAgSEQJFZOvoVKPurC/yA0VCqep1Q8Z05U3NRJRXcWKrpPFRWdGajImaGS/NWsHOlMQ01HqKkbGUtNx1DTsQs1XRwbfu+mppaFsFYyGNFkNhIjxyWxVjmLlTyO1W/JpvswI+epw7MCPCvT47npPxCeDDwUT4/n2QZPFY0lRKFmyLEfzBOXFYkr88Szi8Rz8sRNReKFJlGmfRHS9XfEuhI/6FD9y7AsXPDki4CARnS6CAhlipYp6KJ2yElBFr4vlrST9MK1QNm8KzHrL9clgWT4K04nslDBw3muxutIqIAkUAJSB1jVsnqBGMKpPAU2SB2AQELqM6hPLRYFgYkpscQ5RUktuKU6mcTDrWpZHjSwzoBUrazVfMtQsyyNKA+itEJ5EFmpGmNOPUPlgXxFfuZuh4UsYAIC7eRywGQMS3IgUk8EML5uR5ADMeWAQOVygHRcBjqqNG1I71jyLlPyNoxnFVqcY3E6OMwzqBtcrg+oZb+BO4VxVzlKJOeEbEOWqeOBVJdZhKqiD6F9rWgBXHcp3SO0eomgK48BmUYDvRvKtcCQ6SDpffx5MbtF8l2CbiFPMPYNuuXFpltYZpUE1WPrhi0zX18E0xbYmKVA7AeICJaIaaTNLxXCzStLWTYDq4KF8sQgTxxqd1M9wGjMExfmiakaCTB1saZWhYp/pZYNHAP4waXqcu9iEZ8uQqWrRoX3Y1fizxl5T51NswZtHo+KPG4Nr/U4rtCc89ZMs6pxdVXT0Xink4QOsXfQeMdgf2aReHaeuLFI3GQSIfREQHzbdQOjlg5UKSULPnOVQQ+t5QfODVNG4pNB5Km6lesYPEKzNDHHuwrUdnWQ4DjIWyPfnKbHg1a9pL2l7XOcyNbSjhNdwzgaNoYdME1xTlGcO3txQqr6uzzP3+q9wutunz+lfeZE1rcNtE10tInBZXqIW+DjIGfbZQNhPLOmGei9Z4uQC0RkOEKxhLcISGVbM2xDok39DZ8aUfJZd1vzsr15le1SF6hl80fQL7U5/ZA6qFc4b0M/1zjQzeOHEPzc+k6PDGDPfQNDIrqW0AsY3a4lcIpGfZ6GJCvptv3cu4SHO0iFMxqvcEbjsylwRoNZKFBnNMkGngDqIXreT8YRDRxMYI8krVcnIalH9QQVzmoqAC2J7lAcNYdyNGyYZJ3qZcLr9jJhCzIlEFQXa5jq65/DEDFrVLVo8PVomQrEC6i0VZudbLfMqUsd52XaEJrkLHV6LhlW1YljjGs4/efGNRzUuI4nsi9ZjxVyQ89E6QfIUUWdY+wbaI2Tf23RRYZjfW2k4XDqGr8hMlhFqq7vLdu53+HrYkBIERnrKPV8YlRLNF4LsjB1+7FWirKPfc3JPvkNh79jmT4iM0Gh4ZEQ50ueGjOUMrYrpgQEB1RFCsJJwRUJj0Y8iCPIjoBndvAmFq5XGWzcebGJAU9wmKnF20E+tCs+Oc3foGcnAUfMcAt3uWWBT7UW9h2Vze2aHpDymMecg4zQyhnZ9WQFanwEILYh1sIsvqALim9CUFffvFWOp2/+KsfXt2CVE+hbuMoJ9S1a5UT6VlnlVHSx4tLkh+prRPJjjWicgNQZvAtnCRVM2rHh7cAE9ErUgqroxatrXrjVfYX04/7AaHaw+tpLo4eq0L+5RQbepLO5Jcueyenuxqt14xJHVks4r+s5KcQdGL+KqzCVeJp/kfznBTUE121WWLj6bnPOzRZu4Y32/lYEu8NIPgaXtSK+/e55mzVvpPgQpv+yzJUMemd7Dpk9ZA47M/tI8zUtxjvMIDEtWzvAIjOUjI///WPOZllXxMZGr5rFWy5rV5Z7+3gDRg2mkXHUuwzXAvfJaOS1Sf7behVPZMEt3INIdW5d16f7Ar2I4J31uP3nXNmuGdhJ+fXXRvFeTrtq20bsKLO9wXDyO9ceU8YQH5x4QQx/szG6abSrOkZjMGtFFfmVkvTQs85SphYpG7+MVhNfVHkEIwyBqm7AmfQUcIUT9qtbcSqr1zTCCKA9w75ASHjFZkMaxjitqJlShZYO2OuyfZN/sUL2HyFjtMrIwlojzK5FpJyN3la9MQx/RFihWwypXAph6wHAwCK8yrlIg6piO56GJwt3t2uIjBmmNbWG5iENrOjY8ckufxEzylbIXcGAo64KKplkknFu7SON0lrBMIn7Gb8bfAu/D676guOhrcwXdP4AOpJ7Hn/RZja8hMdKxSMhHhW7iwQen0AAOapP9wbZqUJ32/Oj7pVnOf+VqmFt8sCw8W243K6TjS9EVU4ODCf/ZF5kppl4B5wjRjTslP5e4KJLu1wjVjB5VaZxjch2YL1sW+DC9WCo57Ts4QvRt6m+b6LxT+rCRlfNp5qMZizVZy9/AbtO2n1jm/Q7r/+8JkdDgMvBMrKXe0O0ggHaUfKvWPWCmzNnHS/+DHLqgDOqKLnRx2LAMojZxupldrOF3R/QerV3egvRB6tlOcjNrZGDmI0F21wOSvMnW5UZ5KAHORjNVw5GVg56hRxUfqL9dagCiMdDhWgLjWjzcjkYQg7OKbOHzGFnZv8yGkYzLca7p8FKczlYZMZgUTmIK9cqB2PKwcjIQfeTKgiRE4IwJNO7b9EzoFilXySVuGZLa6WfAJbEn2X3Q7nwe/PZekfr4Nb/g0prI/c8lXuVXO6FnXIvVtFEo4pI5V40Re6VMlHad8u9kFCxyr1oityrUO5FhdyryDhWE4ygkHtKCa7/Il2rR1buBSW5F5gdXgy5FxRyjx6UpCpfDzWM3NPwtpR7MF0syz26TeMo4WitQu4FaVXlnq/u8nQX+s/eImaTkVNdob4gVOpBSWWlHi306IxFpF6E2OaYrSHjVBDnUi8yVCQHjKaXsdklLFZq+ZB6kRqtKRajHo8AIyPzwrQ6VeZpcweGdfqY4v9V1RhG5uFFVtoq80Jjhk6ZFxpwAznSViWRyjzfOI41Mi9ATy4r4S8yL4BgXqy9eyH6NdV3I/OqlHm+kXlcj4Uq80TCp9Ub26SekXnotZLMCxTtEDLPL2SerzLPo7/OkDLPy5mDVYvMi3OZFxiZ580g837yJ5n3pMq8W41esVPmXXt4mXerDhvgPfpY5QKVdNc833FGt/7Nn6Tc7yvlbnn6xNzQLGLulj/JuT+QnLsj8AKVc+mI9b2Z0s2lasjKWgvcNAEjvDNsmWs/jrlL58r+XM29nTbPCALjFDNXrLjmppAZLsjUKmVSM9Vgw7Q5iyyuqmCowfN0bBnbU9w441G4Z26cqREVtBqKNxQDuIQWqbncgN7vgD6dRyjCrXoJzVVB5atVvK+X0AQkde0lNKe4hObqJbQ8My6hufklNGcJfUfqJTS922CupKCItpP1boCxGyUWTYLmSnH3D0px3qCjrkTa+uCzMRfc6evFLtV3aUNC1eCFxvAR3Hp+v6qyqcE7cKfR4Ok1AZTOjz2XDKta0mjwvC4NXqimZ3Gyvq1Wm3mzc+u7brnsGRskR53cOtoYeOUzPuttAabarTOWAi1SuYhDehlPr6YEqlGNssqwbMqpjlOftTB725wdvNPIZJw79W5oQWEVvEzgKk2jBAUk73UUKAUlSgTTN0zdB8EnJHVZOXLqE9LYmVWt3aB0w0gqxGs5RuWVdiq9bvdz019qcNX+NFU17Dn0j4sAB2mQXNqO1xg+xTWTBJdTGuTyNDC6Rphr+aXe0wJxsAT3nS5J5OfTMvOyrZ1wRRYuNtBWXN+kKtk302xt6qXIiNdLzfqCzlpxeQnggv86vKJVoTrLYisqna0IzUoBKtjOVgTainBYLyTnOuSg1IJgSgvCcm9VkSVvQTicVku9ZQy+K3pBNs48sm9sLF5L/lQYb+FVe7r9rNx4jnfUVg9SfY9D151T/azAzy4uAgU2BcaA2aOyUPVdz/G4bGggsNA5TSiDHU6rDSxpT/b72n26hXXSPrp1xNUSyQITVxq1Bk266HHUfWMfb64Yb2AB3Dea/DibcHljOW71UcYYMdeK1CSrktbMZas+vJ3s9a0obnrN4hwEw66n1zoIKfyDQIcUJR8nXyw0P9+fOvTflnyMyUd2J3+UyUd0Jad9yc38sGDqh4/wQ1Io61Uh5/S3Venv9A+3GsI3DVxaIIWPSCsqwyuqq8cZ53raYfhIslxUURleMbr6inIwLVFFkmtggkpJVy9jAOd8MnKxIDc6d8fIINAIE4Jq6h3K+5R+auuqGoeczzX1Tq6pd3JNvZNr6p1cU+/kmnon19Q7uabe6dTU85YYMImlFcrxVlPvD+tF6wjKuAbPkWr1Dio5uciHy87pqcRMSioXc93WafJqJivYST7HKGV5Tz1pWMb5t+TD7NlmV5d/KvkQ0xtTWWGCH+qW8z7InzXI4aibBxp/4oHD80BgKJk5yeO49Unfj4PeoBRUy+hSqIZD/bNFWtQgLfwhfUvg3aKG6X8lPEJgnR4JBIxra7j56SwI0N01ypoELqTednzujRQ99wEfamrDEIFajOrCy/h/D2ZdeJUy6cKrPtPCy2YJ9TShvP4KcrZk0+kMlV9rNJeaRsaHbYemDeppVGY9odyqdXTOXuMujhynp4VRqlunBmja4d+UzqmGOFNwSWPcnKpyyngRDoo5RR2RtexCd6qP04C3RetEoeTK1ZLGxd7RAK4CxoL3ZknKMYY/S27ScmS/z2bKUyrBvThUduyGZggrcDp2hiaNO3/FjSdLkVq/l3ATzL7vrOXzRUVBixRr2e6b1UJTUanoRGiPryadKzfK1Cbcm2YXZZemmCL7ZUmArA1Melwl0j6RGIEO/hac78ta9i/bXPLgbL9dpWGbk1aT5/C6S6jOnvG2tglHebrS0AER1SGOZF4p/OAqWXVNoF+MI7bOL3n9Qdt2SCV3n+tg317jAgW9D0N8bKpCvY26ikzFVZSLQmWPNe+Fwbl/Whj8aWHwp4XBnxYGf2QLA3jToUiMZPc14Y6UAtqomZHqT0Pup19gYrSEw+pPwIQeU6lblqd9N6bRec1A5WOkdwkhT49o0uVoBHnqizyNCnl6BAJHmfyQp3T1IPvuXt6CaSVUV7QaOi1VpL4jsl6ezqe9aZI20O5eWhVRlaqSmNf14uXO/weN2Gr38tS3sSUuVbdK/6/0yhHLvUvkkcBW0k974a3Ul6/7hG97YMXp09+XtPiFntEZ1RdP52fZlc7VG/06Xzu6cy9SLHjTqi3VipUuE2K98ue0QtgOK+nDteaQIdDlVTYps/soJrY6TPceOjHvWEd1DUUcjMI5B87c02htfxuOkmU9cIZsmD0XLhtwxP49WT74i6hZg7LB4booZiY3hK8Dv7VQfjMb3GLi+CPz6q2FCuHIt0edtbTglNUGrz8vSqtZsKFJZfQL20dlteGWNA5aM9xPl9kdl/kkzxWbW0f6vBc2DCytqgnXfdzL2guQuKCc6E2X6Hcn4tqe1HU0bu8dnR6ZX2/f3D5SrxB2VWcuHB4Deh9j8x8F5UZPGmB9x1ZQDVOFh+p04WWrnGq++msalRSUyk0EAfjnD7u556p33N6pu5axFK0tu+hm1yNkR48X5P8cOiyRai9pUxsXZ/ULmmGWwuAcPlChPY/PzwSDNNiSvcbb3A8rdPguurePVSd6StABrqDuVFBXQH0LOrXWIVsrBduGZpSDyuqnkzivQzSgDuJoc3VpHGQn8ohCKoCXdCk86oBm9JCqWZADTqU0pECg8VBKoJXuXqHf8CpToSWtTVeOWU91xkHAaAvtBkFPfswGIcQ6srRBiEobhKBrg8BVdo3V01GgHuY8yuVmgUlNlrA9EJVbEWJGRMFO1waaK6SB9acTcPcT2N1PHVNpFYK4qZsuqrmqkNtx2jQ7IQjhGI7xj7UGG8dyUStdqPHIcjEcwxU/jHPo0/5SfYtX+JensS54A9WEhemxcNBsRXSTYM01/GLKZFS47mLqalE05q7wL9bXUXm9SF8vhwd+vl0Kf/pqHvUOT6bvKm865gTs3NIF3NLBZNT214kagCcoAvDMo89U4GI73MGuLZt7FajPnVxLqc+NESiu27kqtnOokOaq1RLZ45zs1UFqQ0F2UAuGbyR7nNMrNmSvKtnjguzxDGQ3ZYLsU4opkb2vIHuSkz3OyS6CDySP9XJpnJNcN6ZB98a0xevJ3AZGZj+n9NXJVu9zlzemsdmYxtNsTDlVMNjRcTlfx62m2p1d7+ptpR2u4go/n+eYi1hNter7/9l7FwCrrupu/OzzvvfcO/cMTMIwg3ru+aMSQ+pUkZAYDQd5hiSkX6NN+2kfalu9E9uAJH9rSWaMqKhUMWIkkeqEoCFK7LSlin6oY6WKijrVaGmNLWpasZJ2qvkrrZj812+tvc85d14Mj1jTL1Hm7nPOfq699lprr732WocIXUb5Tt8gvAMVY15SjLkvH/OCfMwJx/PDsC3BNIsN7Fh5QWtR6LgbITJOPd+cVsxmlF6bZWwZlXy1HXcMz/8lgk3uarSg9bINZpKoeXEfWCbQm5rRUahsXHXAiYpBcgQuIyT3ciS3ppkEbxySa3U4Eya4gGJJggkTe7GB63VNpMOCNFXGk6ZTEacQk9gxnjh1YFYrbcSpMoE4hQajS8SpMiVxqohigYlTMCVxCoo6zxFx+gqIU4cmTu60xKli5m0BJduIU+U0iFNFiNPTxxGnp00kTk8T6DNx6siJU0cbceoogb2Sg70DIKow2AEtyLoM9koOr4oGe4eAvVKAvTIF2HWdAPuEak6POBHIK0KcKjnIpyBOTzs1caq0EaeKJk6VqYhTRaIUGbwW4lQ5A+LknS5x+gqIU4cmTu544uRF0MwWxKljkpAFtcTImQWdsgSNePmHWb2V69RCBKf6BptHlcNZhQjSqBWdEiv4+pTPxiA5WhuzR16v2FAphMR78O9MXSwKu+MlP79tDyS0yIfXYkub20RS0AeORdk75+poDHarSLultJdLq1Hml94HpXRHOdRDIx8vTrZ5s2IAg31Lg8+Dte6Cb83QPr20vbX69S2aBUaZZ4lJxnWyW7xW9o4w3fdx9daRC3b5rvHKJJ48BsmEDeQsVvaN0/U1Imltu5IGNitpYRC/gURoNE1tUYV/EbbxQCFYhGxTbBIScCQL7Zj4j7RNiFWyCeH8MAqxxChkm2LXxK/BRlpcmjtAbOgKi06ZTozrHLXQtMp9g57UtLiurYczaDHWLe6cFAz3JTWJXtfNzqbbAaJVEtzcTg0Q+HNfZiXdNyP/NADZOa57O9q79zVbd68xo+5J52YGmJm23AFFOw2bPdSLV/vpADR3GgABIMlcExmAKxQf944OMYEcc08Fst3jOj7U3vGvmo7XT6vjpwO6mfagxmN4DS71VqZbZBLIZOtZ4bQ3Mh6j2U1owBeAUeFBVIj2mJtI3nvYfJZavRlb+mdaf9xEGeeZ6jXPVRxx17vU+hP8Rs+13qrkqvVrOUAq57rlueptnLzA3sKslpM3YJGEDHu0R1ThkxLg2I8/cE7bS0rtdZfbM3P6KQk97cfvZ6fz56rdPtPuXDBYJ5k7vt2kW7wk+/FuNjkGEkjwcj3z+WyUQoiVPf77OHziTEkAt/sBu+qQqYsfVTrkkJPUdH2BxiTq1SCLAlLWyZbA5T4MmRkP/czihlb1Ej62VehGZTVnjADzTpuHfN0ZlmS0e3zCsuWRREXPhlmAAP/HBNvZv35FmCOjWX6IJk9iLc2WNqJ1JPZdZ2XsJ8SOuihu54KE3XagB6F5vujWGhHrpXOP7oWgkn2g0F+yCJWzbP00ap52FH18qGp34OJ2SYXGt+Hlwup2ldb1vTUdvpredGinOi2JNUSL/+q6zybM2gabNZ7Y74izBlub/yGGYVpJQtZ5i+xSkVMGXBgceHULke99Oeyryl3jGkI4OxKhh6YQTkVsOTHF4aRjHgIIHvriKcmVVyA6Mp48saxz2Z498bED8DHx0MRF2qRR1wHnEvWkA64lrCthuoxrWCaOohiQOxPNEbX7UzGr0xdmF2PPQIOiv1eKdZzbDPgOpYZKS9zQu3wfzlkPW0+HD3PQFb7jJl1ii2Y9KBmNPvi1RalKha/iW9u6KA6IpDD7/uG9eOb2m+jy8hziOSyea/1cyMGd4XKzrjTrollb68f/+VkGv7JjzyrOQHiR2Rvjy3vElpKotd8Poh05S5dZzbhwHWLQCUh0tZtfivaTjpZx1RQm9QKvVteV3N73xYoynASd/NXugOARgov4Bo+qgkc1gXTk6KCYPp96G7RJavn8wyO2zRf/JT7rFQJuYKcnDvrcpEqgoOJXiM8SQq51dfabHOZu2wWpmgG7JWV0whkPK0Vhge9BuxLls+U+h0AdIywlXtDDzZvSzufTu85ll7+pGbNLWe1GP7X1beXOZdavs2AwAJUAG3ryeGC1SI0uG2jG1Fic2PdRXVJNJ4KzUrlf5XGwO8koU2K4f0WvQUaXbTt8oMHV4qdMHK3ky4MwgIprr7uRWRTuVIvC1ZftcbzFiwIEdviXs0efzAj057+c41LJmrGBETcMVjCm5JjhCga1Y4edY4cjprZefxEwNa0KdlTNrAp2VFuEFkqmS9Yh66x5qQcFUQGq5OTGBXboVegk1Svg10pwzmXbXUrUaOdJALpSIndSY2t4lTba7DW3Ojp+IjtLdbWnZZcDfvDFA4aj+BbILHHc7wooQra9xSkinIDYTSWuVT1xneq+qM7hCu1lzrU4llim/ledHW24L5LZpEzXitOUxLn5OvbNxTbpy9Qbb0b2N/5G3Y+4Wvbfyh4jbhYnuTfTI2fXvRPazqxMtS619BAIVrTHZ1ACcSRrGuBA5pIrOfxsn9xzljpoGQdJUNRBxWER7WuijbOxNzw7x5HNRXJoUZ5896LiwI7XsG4Mtf1ybtvtst0tO6jRbfexEbuK/slWDjyWwLsAERW+gySBFfhom35es54XL1+3iEnMaJ1lQs6zsfg9E7gFtwioTTELKrXUzM2Z2QEv2/yvYDUjl/H4iob2N85M0hrvg0Gf2uta8gbDNXWrLbtJqTxl5yknT7l5ystTfp4KzHF9yeuCFQVCDKJPunZ1wLtFdLjiHKvsu0gZ34hFmJIL5HRa9OngsK74h6lcatXEd6WbKrlD5a1kNQrCw8Bpy40p+1a9qhchFNZLOKosXiN+o8X36y3r2QyLPZ4k7OfFhz+IgENZJ/WbUw4AFiQd7GwUb+Ob8QY3msINacD3w/G6k7LE195HpL7xIiK4HTendeTzkzrf9eH6uCRloGwdSSdla9Y5ijdRpBr0xbUkkpmpuuXu2Dqydt4de0J3ym036xz7iv3Z2Im6itZA/RqeZ/jicDbytScU7aAKxfMVG5rb60TweVHq3QetnFh2MBUIRQxEeBKaUvSGdrK6SjuVxWK+XGP4g7gQURztZgrfkfDBeoF42qzk02vhhLgml7pKngldVmVFT7Fw/ptY8X84tDE8spdve1nZib0kqOAg+EeO7d1SHRCX2YFcP6lC7UjQCAtfOwydSDhWmET98VflymBSFRQKIWFcBccqhDgNsTerimuVDmjbDRrxbj0AGsV4goqfoNLBgE5rLRJy6gA1gWlTasv0V5Maz5yLd57MXg3IVAcG1Ni3EE5LX3QfCMC1923SJRG/rN7Ka3MFDV3O5lM2DqqJ2wFQIcPHSizI1HDzDlUwz6q9Q5Sd+GB7h8qts2tzmm44L06AWQSuNXDcHgCz7GtE4LFYsGJ/whsZmaQZqtARjHVelKr74K2dXWokIZBNAnqwt3q4tf6OCR3givdk9kUEJAuAW4HGOt5uAiuU8bBvRduf6tQHvE0u39G1KC88GCwb+BW5ujZGXdlBfDnCjUmXKcZJJhgnVD9lfxWRSPG4TJwx/i6mOmrOTpx7mjVzczcbJoBWebOBzlaJGEXMDUJx30CbR/iXhxcK2qzhOKSXRQVIjhKKrsoHQZyTL/gFyziOWyAu/IKMPQsG2dJ+vLD4vfXL8nkB/9gLJRfBHf5b4XQihIe/gHbbmbuBfjnA7zgnf4F28rdEnPy54tgtdypLLPn/EZVmsMDu5jdiGcU/l1HxGseEh9PqtMI1p6F4r64RNWDPii67Y4QvIP5qZJ4agsCgF2nIfjlhO1KJsiXxgjRk35J8+vMlW+L/EVYJaajwgWmig9zsbXeFu9fmw0Xs4ejDMNUfv0JUyfskosQ+juXX1RIDuQWoKeCYTewgEgoRer0Qf/rg1y2E1LEEPjfZpu8yXKekOVrILYZosU/gxJ+Xwjcxp5bjA6dWw6+dmT1MFkNSKghKFTAgF5whIPl1pOMfTgLPSOC5gMEZCTgjA06oKYCsZwhOe+JyIeBG8MgYYaCN/mzJq65iE5b33/b5+XA7FokHRzdbcn0aUvfg2AbknTCPc9N7miD22NIwVgdL+lOsHfrx+GyLLZAucNgRN6cWYB1wKoH2i1Os++JUDA0cp0I57GoIZYhwsrQIGz3MRATcWpg0sIQbmJUq0y0zO7SsPZ6hyExM1DYxVZmYaCKGR/mMVE85I9VTzEj11DNCXZwNKHelnawXXfboR++44EUpi0V30HZnFXOsRfY2RJslqoQoDkMOtjoRLQHeFdLukf3hYlKJU3TSvNKk8GFmTzJvUzo3mZs4t1Lq5mYvM5CeZYPHvlXftGxw/x0XDC5zNy0Lbr0HG8UszG7AR3p96z0kHgyO/p/eNb3EbQa/9U31B8QJsi7qI39v4kjZW1NXywb3HP6ptWxw7C++CrzxVvY25xIBXmZRDuJgYhBl92cuSaeSa5nFNSAGh5v5yB9RB3s3NXsjnOgtJIbTgXgx1ZXupuUmPDUsSqvM53m35sIyKP/Y7IKqg+RtRsAu4y3lBbvgl5d3NWBkhIsfH2IrPcXe2AWrqHNrJxRDfvjnhxzExUrf4Adv4rvuCe+qrGZpb1rEsK47k66k4yJrUW/UPD/pXMFmDfADG4OyxVjHq/HnSpA1wvqLrGuJrOEUkzLx8XgH3DczmFYDTGz2NA9/utm4QoOKTbMq7H0xiS6y5qdqw4py3tQVN4mJp289rq0jMCu2ejAxLcFO+0vs4QueSM1lv6xzk54Xmc06+2Bk7j91/Vedfv3X6QXKu7ec114jPPWFbVxUFVx01JIVSxJpH0e1YkLOLJSYxKJLrRdrn5hiSw5CoqZgoVyXnhh6eQ3+XCsTQ1W9GPwGr1MeOtd1ra4L7VcY/lQU8IeH0kAORJklX2N6Stg+sYN4O76DWoRBF1Il7VYFto/V2riK/Y/+vNYGEY6i43OATryz4wUDaPfy19/90peyu5tzQOqrAHdV/MsWq4fNltgP//mlAufJWqphyiL2Zitcbxb4WFOVTpg36X/5DdpkFhZZ78ebHIyn9+NpN0dw5rvTYID1Cx3r5fBEnvcea/OylI1hlqT1lXUf/jfqPEmsfoQuuVKeJBeTVJ0wSXV907wMqXaviyGILOuI6sl5lxA7rSdzEurQgqFLiMvSOzzE6fmUOP/lvZcQb9XvuuXdy+hd97h+K+l3BTbP2FMUyFWdIXJVTolcVek3+4Aul8RQoSyuToJf1UnwqzoJftVZQ94ONVdclk6GzZWzw+bKKSn9cqb09TI6XuL0gbCVcpRQ9XwWyqDckUjC51/CtjBzLmFDGJ5l/umWn1h+ICt1X0LiFuSXJS1IScoEnQPktVCnst30S+jIiE9wVhsh1tGLcG0vgfO2z++etQ631aB/lyIhpZZcrwOtIWgJS33SLVe65Uq3XOmWK91ypVuudIvWChT4tJpEUnQhIrrtkqKbS4puLim6uaTo5pKim0uKbklSnMW6dKxqSF0Q9dHvloiNVREbXY5KIlo28RQYPz3hCA1STlhLXRhNKCQ6ZTM7yMDVFrZolfhlzGymZzJdUzKZ/50zmWuEVeSbwKQWX5u36cbvtXUT9H6x7EaUcIaK0P3K6dP9yszovv1zXClYCYA+8RXZJBPld+gl/AubDzkXWNRbXkULwAYqAG6FQcm82EDcsGIII/nLefnLsHhZk5edgENnMvsq0UWMC/7ma/GG+DJzEOEfLpbROrjAlvsb9K/qsNYTuMfymmeiRFQ0mnOqTy4rVTSac4rRnFOM5pxiNK9q80BcIK1y+ADj6DIJzTqGn0tZsK6scV7bthwTlNe278KZqM5KqXxt26ib13YlX5CVfEFW8gVZyRdkJV+QlXxBmp7mCz58rBZ8mMew41G0Uu2GuipuqNkzKIIqcTQlF4GoIsz2AqMmHTeLa3QYraMWu8GBa2t2cU3/3ghPOCXf2uEqHZdbhsEp7jynuPOc4s5zijvPKT2NEtLNbfC+XLtb6c/6XpU6MpXf+ODXnwHF5NfpF7p/xMCEcxPxE/7Br3/wPJpKF26cOes6vvHSZ6bSQ8Tq6/mYTffRyfvo5H108j46eR+dvI+Iec3HSb6JbtfHLqQ59mpeq53Xaue12nmtdl6rrWu1xQ2KdjQurn/Q8ZbMnSpciOcexBu5q/GPzLLVpkBfEPMkMlQ2ZsWXs8aUfS0d9XDutoGWa+JvyNT61O9dTC/Z948ff1dx2ASbXXF/HHyJQ8lTOaIWHMFKLbR+C77PsifH32Jn8wgLgYOQQRvuiRaLTAhMsLQmTocZkO0OaHEFKlqW57SZulOWcHSE0YIKOub2S9Xcw9KbUqeNoBIBdhETeCIBtiYhwNYkBNjVEUjLTSsd8de5U6JE1drpK/v1F6psrdCuanOdI05WZwaRoOBMjgCncrrAqZgod78wwLkmB841kwLH5zso//fCZ2kOn6VTwWfe/83wWZ3DZ/UT+DMJfPpy+PSdLf6EE+ATnC58gmLD/QsCnyU5fJZMhE95wDZAdSXuO0BlSNDZNA46jzuQMED8i6xre718oFEZNtfJoC+TQS+BeREGbReDdiegRDjp+O2pxx+OUyJPGL99duO3Tzn+5VON/7clnhoujGTWqmieBF0n6esewphkyz2JQ/9HIu6J5is1kA0Nu9pP5SFbPCYOqZRLkSikWtEiZZczjSrJNGinHNPjil55psKlQuNqNoXaa14+45rbno+2tfRykguVjlMUXujQvnt57yt/7QX753zycy/lqPWUM4fUy6BOXv71t73uWV94x0dWvRxhwNvat0udtKl+W+6WRc324RxT48c8fsDHJh1wbOksKJo5gC2V6mjCxwS6z4UlgvIq9D1B1Oy7/oR2B9/+4R+tqaseWDlF7zDhqkMOuydWZYi7yPHknazWtKg+Va6HetFeT9bDgVVKWezxTelY7KUssBYM10o3Ej0sEtNfG0V7HMfe5AyoWxLrE2nITnK97IT4ed6z5/ZHnTWpv8Jdurz7ouXX/rT5/ctR+k4cF/96GvTetTx4cdezn/aB111G1ao7E3oz1ITN11NuahZILv4++X+7UndX6ix/2Qvx39cv38VBboj47YLfX/nf8lf/6m9/84s3/uiTu5Z/4LaLh7bc0nX50K7l6nd/+MMjy1+A5ALnRZ9PX/UqJC/+hr/54ZffjuRrH4k7Ozs/ffkQV2nquv+1n9p4wzN++vxdy79/z9izGvtnIesr4j/p+cnT+pA87/VHHzn0zV9D8p2b/+D7333arUg+kv1l78fv+hAlh4go8L+h1BmC3R3H0oRF5sb+j7JHFzhTUbtwDDJ0911DQJmhu1KCEEGhFwHE8hOxsU8l6m7Ymn5CHHW8/lMc5FUVjzQzd93FFHSXKXP5ELXuDsHVSnSwQpV1cID71dSLWiPK6rDpZT+5Es79irqV2c04Yfe7jgm0lXnN2ez3WdAh8dLZgi9HGV/gCWMOh4/R3/10Ttv3JCi+BWk3I1LEYbT5rJbGPifpjl+b9iaz2eCQwz4BAKt707lr+OifbZkr/JPBW+1cmIh1wsEO7Bl74KiFxg0rjR44kcpTjk7hwDfSKTtPOZIidO9hozOiuThPem7UDIh6nId3ErzDWd88nzpn9zfn0cveVjK3HxZ5TwLroJwqE2Ndq3keK82as22cS3TyZbOkE6ScyBPsUYhbd8KWvLMZS+w2P+lMLYL4+cxMNI/B1tnSpdJ6UntZOqu3CS1+LaFEzcQAP19Y0bzM0XaAfGuQ7y43Z6GCFpyRwN2HlXQlsxKfK/bbKvZ74ebFvGpwG35var50FZkb7V+syctQNyUjDLaNpWJHUrtLY+SvL7272eArUsls04vfBRJ0JPW2PEmdavCaccQe3xiUdgHKjjIoVRmUqh2Uih2e5oPoeDlAyXZyAGXHmYOSdSRtFSuiiO2g7EBsL/OlDZRtX6zJyvjoJjL66Oa0oLRzUHb8HkBZH5eHQNlBoCyftNVpF38emk0a+cuXkrTkSlVUQdK4uyRmQGmi/cFAYdrspNIM3ydxt2zE3DuP6qSFDBV8EsXbiPHwOTcrxLHge/DI4dHb1jOcFsNfU9LL/YHgEy/pKedO5vKyJ1xI4uj1oR1sCsZRsdmTULHZTMWIxTZKrIwYWaPM6yLW8FLds8WQ1ZKYt4ZZwxZ/K+7JNNg5/ZJ0VqZWpl3QiHFANyJQnYlay57/O+EdOzYIGhpnQ0kHfaViiJg4QFDqgp1+2AySBkudFSppCqUEhbvSYluXFMmXpR29dzUJrubNIIxae4eaBBLMRwyMXUvTXIXvaIi6FhqOuFfwD21vInrX+Gga3J3i5DS4eyitLr90a9933vZHKz75cuLPeaP56+e/jPk9Tc7dOTbtAiYQxe0QOAMMDYyacaGBG/aqp8Cy0g61IvGcO7i7EfWokcBzVSlDqRjBxtGwsQrYhHelxZYuCUuwmcWwCQrYhLS4hwQSYslMsJnFdn/aoHoWYBNrBwIBABPdTfkJwHez+l4TbyvphOupBhX6KLtyC5LarqKZCd1r65XTO5ToWmu7Sl8Sp/cuboc7pOlU52qeLXF84CcdqJfmjArPeKKCCRNF1dAIOyK9KErj0C2cwXjSqcaTUk/DoqdJWHRvfZtZT5CEk/eTL6zR5BiwYOZkswVzJ+iMO/jS3uzo3bZNa2tTOxEIJiECgRABmfkSEQjbBRRfxJCQV3W4ple88rVTBJApWrlYTQrm2Uqcd1Ea105KiNwGxhJ1BQML9IdiqsY+NVQAo1kxbi3AYXiGKoCPxFYzRxhyf8gTU0u2sQYFCwgDokccZTTltnjvRzQ4dRHHEB1/uMWC7gj03qmmgo6j73dhjGqhFeGjeARL3ex57J8l+6lan124ig8h+vqz6hrEUt6Qfdvqz3rWbCAmEUnshloL1yVcfYsBQTvY94Sdjf3MRTCdWjyo0gCm4vmrOl45l1r14lUHXrlwOZa/auBVeKnVSPh6200knUGDtXHDSHxZwrZnN2WN9fhkXuFcyt/YooeMTdQ1J5MA1OzbgmVdJ3Ou5B5y1zNi9zTP8eW8H1Llbjf9co+bbrmzJJCW+gkEhGUCdxJXsNgZl8S/ox5dyrFIPd1jOGXZABddDi7goD8kcOr7IFmFWGNroWXF2Co5qwqPjuJQ0Rbz+t0V5ev5V/PlhkmtxW4Y45RmeM8jfDOjRh0hWSZ+bioMeIUE2QjxgpYT5dK3N5CxJeivX1pxE1onPPJ7WBqg5eyfd+IaEbY3278oYV+bVn5kk22+04tvp818duBOD4dxHIA1QbDtL9p86pNZCMhiwzlLHwealzshru4hH8Ppuz+2hJHmaC6WjlDBp0BsN8POQSyJ+qK0S2aO+qJ1I9nR7TRDX0CrnDx4kJNHKLnlr/O3OyX5wHa9+PEOY/i4nR2808t2yBC97GF69yU323K7h/fxz+zsJH0+dIA/q2zve/jz8Ls9vMfnIzs8PMLXfw13N/HQguUZvm0vvaeHFjb5q3toNFT/Ynv1xIKpBszgiLWBxj1ZhrYacsqQ7aOefRPugo+/hyeEyUiCCNeHbblPyhPiyoRgSUj42ckmhPfgxYSMC8NTnpC2MDwaZ7P978onBMkjn+XkMCX3fCZ/e0CS+96lJwTvMAaakIffg9iJu3d68WE3e4Bmgl7EJ+1s707EF3lA3m8muNMLfn+Hh8cCUPTAU0DfqNUSAN9VAuADMgUTCo6fgkkytNdACyXDpcAIdCIbteIFDNLs4Z+5y0bAot6CAKp8zyb7/gfVBZZ1sbWE0t/W6T5K/71OL6D03+o0fCp8XqfhjfnTOg3R8GM6Db765zqN+mmOl2aDtJTfxdDdrBd1/CaP01t4zeMLpZAPya2U/CRn32ay/5fL6fbsWyX77kEC/KOcfOBRN3sGaMZF0P6pZi5lY5Vmr3/wbdteu9KF+oo+OER3MwvcJHpmoV+jLztUfHmqc8vdIdyBP/pRJ9tixxdSmcgn+NxH5UCsXtrDsZPo1eu/wF+OjVmRR08XR3MsDo7EfN3Kjr/fiW9TUJv+Q2hXBtSm7OTP5EYTrZltStipjeG+Bsoz1WKifMyi6Y3/E7c5ByTc9GtSJVyOPjWZTr2CsFxf+RN6lHWxACxRabAQjFdSXMAbhL5O9XfYynLYinyLSvMo54gvzhs+8zqMMpvXVbaFesT9iv+Jg+MOGMdqpqoJlUhxDuvOBXHtM35hU4+SA1PhFFzFDypx8YMu0+qLXxivJdLGoZaUmDHRNOFtT6KkqJ3Zl1rXyTHFb4N4xAtAi7O+VrxTwYmsGz+DMuMPb7Dwd4tCx5DaqcRdoSVOdYl9i/tXpZ1ScpaEL1RTcgd8y5ZqSQOOwl5hASXxSYC6wUvciFhrErTQe7gqYm8OlE4r7ACz8GUBQSfIAg4pfKETkhhc/R0Weipr60ocfB711q/QJspZIDFwK/CcFGSeuMty1iQVXfalJivngY/RCptr+0klvsfm4xuSLwVhQkzgEasVr21axRiVHqPXNkYdaR5jROiaxL0BGj6MkUQuK/4lYP0zesSlnYTaMaLjan0B1YJXBJGWs4HJwRq2Nelzk4GAFXZwOVh9AWtYAmvQDtZQnF0xWMOZgtUXsPolsAbjweq3gzVMgglg7T73YBUJsl/Aal0holh/SRRDc8/oifSCJCy3iYRAPOu1JExEmHjxK1lA4ajz8XfsKFoy5bdGpFX+5p2+/rzA7uqkFm+zVTAwTVmS/p/T9E1URAWi/xy8XMQ7CmbzJBbg8mJeffxtBJFAwbS6AQEBOX8abeBNloVVDx8eId8WDNexyoxyLK7zJUO5ttedmegPYWavZ/8PovPlN/CSZjP8nqsW0Y6yrWlpOPHRtDScBBuwkcaF60oSitGWEp/7RLN5QLmLFxpQdI/KoekCIrKrEYcbSM3LOAiCgtQzL2J7LB2VjbLL3Wwbz2xhTr9dKAmtJRQ5fCuZpKUGXzrERRwl0hPT9wUsFS2QFuez4kfAIW2D9y/GwGGVGkVb7LPoqLt02n7a5X6ig1L5wozdU2vQlzDLxkosYRbPA98NdtiUlWZihcyj7n0x/GLc+ahVPmqlRz0Rj6Wt7s4qzeeHXT7b+nnBQkNCwl9wLEksECA0O/1wEnbv4MhlgGBdATCvgJXG1cVyl5+AtUKAtoidMjj5KiA5GAswXwnwFm5eYCEwQQlbHDOVyA3UETiFcyKAnbq/npfKGcC6xjrsGLZshiTssWX9euxiH+vXXycuTyVMgr1eR4yUiiOzsm09cF0H+gu3QGsMP8FAJIaA5JYaVk5Tjgi4lVevTIES8bCjqduMolcRumghDV5ytioRt7YA8BL1krbJ0iPa9MTPSPFsbCvYZxnLJztUg/VjiRB/roMkkDVi68kuDnfSrGzzlIuN9dIWvB7wxvrQPQ4xu1cyl2GpV/EE2jpwISa3e71Lgq5nXFEcYCEzdfDkyHdInPEr4evRZ6TxxBMCezESC1FxQGwvlatWSkuq0NhorwnK1Ygv+3Ef8+jIdKps4NXrs2A92oOLeaKPR631YLkSqrGWSBCe+JV1CZiYHcgHxQGFqB/Al6EPoM0VEjlYXCiJwggmp7pDSqITadJO8jAqaCKTjXWUsZ7B7sllbQ2GBRISCW6juGOsduDYe9wtKqBMpfJNYGOVm3W4pZq49X2A+5paci0dn+LvOHwLPpL+OyZLe4/BT3RmnW2rbgHt+aWW9Xt+cuEP1MoWwWcSB+1dInvmLvGdANtlUbpJbF5MWGbiUc7rrFjiiDaB0M+SOHvowXECve3m+aQvKxmxMr5Y6mZL++FALOpn0wGBnVVw/fi7tln7rqFs+oNjeLeY32Ltu+u0BxGTxaxG+AChfK6stWdZ07VUUPRiXNHcKYpE0XsVbehkKSGgxkDGsbN4tnEWy3jOv6UJsGinUIK0I5B2BNJ53FcOCarEZZ+GtMp7BFRgOK8Up0Nl+EZ8SMCAtaKqZfoT3aQQQNRQGSdb1BJvGYQ1UeqOwEpioXW5Dv4hPzSYC2ztC8XiMLEh8xyOAQtNQby89My+rHAKKP6fEtUbr4qij0Uq1Fq8QIgNq2KvlqsLUilSaMjhE4Og5HDlmZHeLEH/NmaJzbS37JGP/eBvvv+2d90RIyK1t+x1n93+8dv/41//5Q9xK9HL2C1MwBte8DsOxXkRXw+woSFObQQ2etJN8NnqMd8Qf65BYvc23WyEFzm9H7HWcHRk9wJrycXW8yTVdzHJZ5xacLF1kaSSi62nSqr7YutJkoovts6TVIjrOJyyLrY8vpudsqfeDfEHIFQ3cYw9iMBAaBoQYG9FLtzzuC3KkzgpcQWaUaKEvlzt4EpsWIlbHH6NSHt8YU8R6dYW9WXCnmyXp9ZiK5T06tRZDC01tb8kO4FuODdll6/HRcA1vYkLh+3im4Od22IZhAQpKAgqa1rQ+Fh8pBRSV5HbEs8jPG3sEMxB5I+hvbRaqT+8SniMCRy3sf85qnAtL1MmxXvzAcrwwqs0U6NaoJbgHDjK6JfqZDSUV3qHAVGmTw2sRd/ywdDY1hGu6w4hOBItIvQYPp9L/YLLIOm3ZEkqrSxMKtIWrlEJW4WSGz+d8jNXfpryc4H8/LL8XMI/6BurxdDFC+wrL7ZfLKlrL7ZfHun4tgjDY5fD8Jg5422MJT+RWBfQpxcvtsc44Dab5CXZ63ASPEY7sut6JMNLFttHQersDebr0dLX31xsj7IX0/zraOnrby22R/DVz7+OlL7+9mJ7mIlo/nW49PV3FttD+FrNvw6Vvr50sb0NX2v5122lry9jh5lW1pF/HSx9ffliDt+zzW7l47WKr7/LAXyy24qvR0tff489NWfbi6+jpa+/vxjurrPbi69L+/OPr4CS2Ml2FB/7ipKvhLTtZHcWH5PiY4spd7az+BgXH/vFg+F784/8BZM8REsh/lVazmOwNFvH+047q14ljEYjgZ01NvC9mliUV66cAG4QLsF6bBaqEdyH79AzqiR2fCHiQVs6PvawTZhH1cWXGP+bRCwCORuTG32W3OjjA5i/cVRlIPeOZZSISsQAovBaMaeyBwkp2X5ZrXCFduHEhEVp4QzMYxxNfGX/DlJAadtpj62E7Rqyw0hScYGgV3z4JPaaNES8sKXi8S1miSChzwEB89lpReRkW9wAiG99WzvTuQrytyVOBWHB4eLCcYD4yVSQDTpCiVilUMoRD3yp4ms+8KXhRFkSL0hxPNT0RcxxUztnZD7HcAefZCILliZH32DcfPQDRmZiZmrvYpgUHe7dQlxKNv3mDQBfmuWTC3afaImzFUKSV4iLn1AiLXCUJmGPEY4eXZEZXM6AurWbqlhrx/VPFHVb2U9/htgUcuI8xvNK8x6917b9AVc7RHPyKU95G3aM3TWNqrQCN5YIAhbiZ7+zCTuyC5yj6jqegCBe3f4Zp7nVJPgN2b8gYxLorBfjoSiCG25BEqLCynVaL1LhPE78e8SapTuQTePNXuoVi2aN7Jhl0VgTFo0fI+CaZez6NuQ3tVhqYQdOTR3E3Y6XmAUjml2HgdjgJePQKrrdtt1bvAHjHSoU3KZ5GYGT1tW9hIf1HHAkdhxR2IbCuwJYHHEcbPtpya3VqGPC0RtJyzOSVo23jLyAwni53JXUy4kbSiokXpmGLD1DFs8Q3IJamAIbP5gh/iIzRAMncLd91u7RZIY4Y2KyMvSLIk3ZvKNC5zoTuh15oi4zaMLTQTf7xO0q9qOKlR0d8uKX9ERPpU3OkDlVpXfZiRN2/D2Fl/oEiV4i/yjlX9QTEfI9kOend9nwovi3evBOZx+V7CN59Yfz7PQu2y3VH87zj0j+Yame8h/I89O77P88bKH+A3l+ehk94KkGzXR+fIK4bbQ4+vgEhQmWwxPsrpcj973s2cCLbxYeKcK5J2fCMdxpAL+OYa/DcXqthdbThfCyNUOC6Z0nCgjCv6fTz7xWpGn3ZPVImAL4RH3Dw5iib4gy599/ZMUrU8EiXN5kzHLi3OOdWE7YOdW3ZfWLe6UufOhNq9A/IkThag4Dytaz1Jsmh06NpRtWb9O49OBtXwPe854Ov3EjaV2XJIkVp/8ubroEVAKKeFjHRER94EuWlmXItmPwzstqfd6WJjEN5wa9R02IksbPxq62Q1sY9SMW/dU63OOPnKtEgW4lHatwFtCfDawSLcHDzjo5oeAgk9muD6l4ZY/uZbPOvfagRasl9REOVUQdxkmCZsQ2MzemKbYG2jJzXZatHYTHqTbWbMsNUFt4sl1m1Ow+nG/aJ9yYccOJ8S3howeRGWmm5/OBlcx0Nr+lJ3tBGWUIpODVFntkvJjga2neMx/iRm+zSlR3BOyM38fIiyu7Of/HahjKV8/efDXQu2xQVs/efDUMyerZlq+enXl+epftO8GrZ2eef5vkH8zr35rnp3fZAz/h+rfm+Qcl/9j7zOI/+T6Tn95lt9dRPb0zp83v86JeKzu2x9NRlGr98UuICI7uEdPSa4nacAVU/tj7wFgbEXLrKillqAilxoac+MrsAUqd5NRx3QxKIgPUYfSDBg+VG1xEDQ4XDT5oGjxqGjyUN3gob5AKZG94xIqvyg5Q6uDPkHrQNEglkYFNBqTBofEjHPyANDiMM2jT4hHT4lDe4lDeIpXIju3EwLZSasufIrWDUns5tZtSBzk1TKkHOHWAUsc5dYhSg+9F6n5KbefUUUoNc+o4pY5w6gSlTnBq8z1etvN9SG2j1AindlJqlFN7KHWUU/soNcapkXtMu4cpNchTcIRS2zj1IKWGODVGqWFOnUTNnNpCoxzl1HZKHZWJNNAkqGDwgCb9AJpj7x83faN3CzSHKM/9BpqjBpqU3eDg+3OEudvL7qrSpD1AiR1IHKPE97+IeXyYUj/8DFKDu73sTXVKbKXED/8er3ZQahj5d1Pi1tmUGKbEnj5gAiXeisQhSrwPifsp8RdIHKXEwRGUP06p9/wHUico9ZFnUWIz9erbCyix7f26uZ2U+KvnUGIPJY7+NXLvo9Tth5EaodTJZ1PiMCUOzqPEEUq8NQYGUuLtXPn9BnqjQP67BfnvFuS/exwuDu0S6B1WxH0N9A7l2H93jv1352RkF2HRnZilvZQa5tR+Sh3m1EFKHefUKPK9h2eTUvs5dYxS93PqYUqd4NQg1bxFcBvTwakdlNrDqd2U2s+pYUod4tQBSh3h1GEzUuoxOsaW0rt4pDt2jcOTsSEZaUebkBN9mgZ+0Ax8xAycSuuBU8oQLKJ0P6wRfE9S4j+R2HKXl30Oie2U+AoSQ5T4JBJ7KTGI6dxPib/Hm4OU+HPM6yglRi8D+lHip/djxo5R6t1jjH+UuncW0I/a/fQhvNpKqQcx1QfNaKmb6A1GSz9sWZIdZHIs6U98A6Rc0sOl9x/5Gr+viUKRNrZjtnmo8QO8Ki+0Kvo35I/x61wxWuGHW/XDN5StBhxEd7glse7QFqNHX/AycLVheN8zsesHB6KUWO6vFQK17EAccURxVMGpq3utnI/IXuIikoLrSsRPXDmSrYhjdir2b8gm0exRzAfWqSfudaU9ii17FFvvUUyRJnuZR1Xwcy57FJcl4Og8S2uQ+WIU9Mnxm91ov1L+AJ+9uUmF/dQmDjv2bbIPYInILNpRbEnhzEU75yG4vgc2mFwksfsJ1Hv+1INe9WM2baL5qrBHTe0eRLIn0WmYKGGjmA2s7IVW2OzndYQTu9Xh2DbHN2lyuDcFl5ghHNDjtlHYYn/UJDxErzIX+pqqMMO1xd+MtvHgLuqDm7wfqtQPHBXl/bB1GN0JQILa+jatSteOMVzeAdsDmc0mlJkUi4/bHP6cAxH1ZBx3lfqljfb610K5juxNxyEhm6Q+B9YbqM1sZFuiKhFRS1zwc0QDp6bgeCSKOMIE99OJ3hyouu5TJ8YOj8qQ+pMKWyo1KxwuBKu9bmlIMuwCkdZlDI65PSETz3Ga6adT67w1FoTSTDwfwm8IEMcAcayxYDZuEPQ3OxAhHVZcIceXTuoyLs7v49aXfWM2SBDDlSWPwxYj3SisV9DRmjgV7cjsm9gReUf2er73UU1qOBsOm1WoQhpUvNbCS/yDI814xG3OSuo4jqkms9gKkrpTywbEI2yN3llcLG6t6k27+qkPjaQLZrfNBiJPtuDnj5rBJaAomdVqshGFzTbyNX32GrLcymYvNb5KxTfrmqGoiai+Km4V0QJIOXSczXEZYahBwO+wfUshcB6J3rWaWGTokKd17nYSseOhGjuMQqNAnhqrf5rsxakhkcipewRqvOSLJxG7ana5Cj5mqRP8gSCzGfYlzA9LmA+33Tnmx/kK1L0F8BiXNKrwIZkldMHPHffZPOtJJzCB0f8tbqp4BYeWzZt2IBiUWQrHrjYuEdq8x+D42DUJdWjyBLL7iDgyhye3EHzYtfDu1i6jdRjxzkPpgx9qly2lbQlRpBsQFGdbRgTA4GGwz/FSRb5ZH55ZH1ZkmU5lYiOlHelQB1bh8KpTU4lGJIc4Hhf5lqdqeil28FIM9VIMpSnWuIX6yDHE8MMpluLSCUuxwyxFAn4sy7EiTTXmA6MrwJkGJqGRL8cQd/HtG5udWHdpRXwL1qTUrPn6LFQ76e5kT92E+pVedq41CwurQm9cWlYRtt+3ObRl5gU10GTUrXCEEOcq9rtVX4Mo0FKsHl/YA31anVqkd/UWqBZuU2HovCAZk2lLK152XSyzTiB6pzjnYVSWiFGzBNKMxpUSGldKaFxBCGSDxo02NKYx1njZWb4ygHYEuhqZEzEByEk3eAE7GmVEVBoLEVVKMx2NrCpH1loZU20z3QZhaY4DeJZ1y/yBlt0qRtZmDLLUwbXTLKG+fhhcwTcc3GrhxAUe8/hLWtG8oYIwZBZH9WE7QFX0zRW8N6geOm345xn8cw3+CaqX0BvX/joE6HE7erOAtF0LSNfp2wbWfEvcgNUklBNCVOYXIuRYW8DLJu2UWsP2e1w/88RefbFeXqlokaha7JUrJKIBDmMtPo20VveyylOC+8h1DB41S3k283HKEz2jXAOfsJvYHi12Q1Eqt1RnFVd/0hK0nQPZ0X/ibuOVDmWDkzg59SpVkLKWvFyAreJMCRWNTNPGka+dZhumwIQ2eGr+RE/Nc9ohyLKPxVeIB9WadhC6RSsdYlSgONPIBCBSH3V8qwlAzNoHKLreR62rSkABUhYjZPGm3PaTeUxtJUrDi77r5+fzpUMev+2g3s0P6t3yQb07/qDeKSlHSdLcz3Gn3fhmSh+wW6uMa3GsqqQlgZhwm0eUW4lWbl3NMLEusOdBW8lHNvO1Opwf5rGDiPiZfDTKxzIBA2/ZduwYNsuFA7ij/Od3qQUEWCum9LfeZS4NBNnX32UuDQTQuHXxaQ5idUcArVrPqwHKS5UFWnmJrtILL2FZmQ9r5FYse4w/hgXk9+cKy+wDH6Si8bM5DjPzxhBxZ4OrdTgSojEcNjfxxN91Fq6mYmbLeQwTFOjaoL21rGXHjv3t6z/65S+/+5n/q6gTWtAM5uRE5HSdSu5Ws8rTh6N2lpXhqp2KzLqiLs7ieE4esvPAt9D4zsbiFlrchQPm7U+jDc+wkonyCfPf6uICM4gQBzMI2SGenVxs7jtdKD8JKntKrlfuYq2jVC9v2JWhw8d/ODchKIyI1QgAxBfFFvCsK0DbgpDmNRXbvX1nPJS/cLuBsr55qsZBOdRQlmsBSUs2LU4WZAPxnSq14oMebF60GtzRh5/FwIrBtg/RkoWho40UilXGIalMn6iZI7hpVrEhOzNfxTmhKq3izGJcZLFGiSZfmljLUaHtjdnwv9ktLrZerjTmLBfRSGirs9Swbgcm46XyamJ5GglBLmpEph5wsDW0fSvIGqxCEkeG6krHOSScqQdSSxvNK431qRaXtnUxu735zFrFG7WGvrmFYzjcPEmpfT4NPf5eD/+0WKqPxnFiPcEEasFkJlDPPucmUMxA3qEZyHAnbD0PfMjc/aLEkbsckxz+T9skjz2EZC4IZCMf8uT0gQ9watkhU8WhvZ453qU8iyWqEFrD22ouL+Bj/F9O9uQ17lL2TIublNko1fLk+D+d7OCHPIloxx2gvCKhH0Iivz6p30BIRBbZ7cvNtxGu6J2w01O49ykyRzZKnXvTVgX1/cH2gtyf29y8vvGfH96jxze2JwcRkhpESG6+NQccHvf+qRf/Rvzi7KQpeaIoeaIoieTuoiQe9+mSm+/VJQfvzUsiqUtuvVcgnW0p5zvJE8XvCEtNtfhy4r1S7XaTfVtR7baiWiSPFROPxzFdcqcpuaMouaMoieTJ/8pL4nHwfVJytyk5VJQcKkoiuf/HnNxzrxf/iqkC77foKvaZKoaLKoaLKpDcdjJvnB91yQOm5P6i5P6iJJInfpaXxOOQLnnQlBwpSo4UJZHcXJTE4w5d8rApeagoeagoieTxR/KSeNyjS95vSo4WJUeLkkco+eEj1nOVvD324/Z1+cC9Hh+sZg/qagzqoxmuRjdz3DRzrGjmWNHMGNXzYZJeRryL9YdtP2lv6YRpafCDE1tCgf26pa36e7blg3lLSOqWkDxYLAA8HtALYLspua0oua0oieT+zXlJPB7UJXeakjuKkjuKkkhufWNeEo+HdcndpuRQUXKoKInkw2/KS+Lxfl1yrym5pyi5pyiJ5OG35yXxeFKX3GdKDhclh4uSSB7dVlBletysV+QBU3J/UXJ/URLJ+9+Rl8TjVl3yoCk5UpQcKUoieei2vCQet+uSh03JQ0XJQ0VJJA+8My+Jx5265P2m5GhRcrQoieTR7XlJPO7WJR8wJY8UJY8UJZHcfHteEo97dckHTcmjRcmjRUkk97w7L4nHfbrkcVPyWFHyWFFyjJLbircH3uyYt8ffnNeHLw8YRmDqO1HUd6Kob5Cy7yveHnyrY94+/NaCPdCXB3V9Ww3L3VJw7S0F195GDO1hR978SbG8PoTTVL1ITAU7igp2FBUMSQV4c/htxVpBhwzGmwr2FBXsKSpA8vCOAuPp3wEN232m5HBRcrgoieTBOwqMx6OUjHYaGsS2qnDjGWXBTSvYPsjT+0JKiZjEdkqinYHRGtvLyNbSKDUzG/dR4OYAYhftiNcn3oZL2fyKXzxqrdfmW172748++qizlq8mQAOKwrDshYVhtmm9hNTs5x97ZS8uWJPEF/+LgvhdQ9xnly+O5Jf8Q7HFWM/fs0fZsZ82Biu+6hceB4tU7NKCKv2A0rK8sZ7QhmHRnXZxd4c3wAj6h4MS2qxe4gzZHA/e2WMvU5suph+xJOk2bmFt+MJ3tVVJHnJP+9TVrpltCbrDT7H8wDu7hbgVJH/D0o9fhuxdTO7DlbfuWn7NN/Hjt+7Lec8T/6vCTu1/5zu1a/TebV3+Zrl+84L8zRL9pjd/o+1M2AV9VOHtFw4Hv++rDmgZjjpaq5U94OAmF2265qX+Yrac9AsvDEH8OtWsIkaiIJsr/nEZKTSORO7S8d8F+aAITarZRRy+bIG9sNOzVjbZqDySZunvEf57v9NqzqbfUfqNC+N5KztIfbPFWkob/vhaU5rEzVmJndaajeJEjFYM5fclv68NhST/rKQBBXGzo5x7L0YuuYO23IjbCj9Pe5xWvAOCNGh6zHq+THh9ase/yYqHgelhA3Te41wxEUTt2ZoVyZjWccUpz+frfL7JR1+D/GugvwZ5YxWEBlIbWy0Y7Wur3z3O9IWmb5BqsltRWsn+me9gVBDI/bk4pRTKEkIjr93r4x3v//hjatet+PfZXg6aWrk05U6BKDN83Q4zbIMQOc9g0QL7flZLjTpwFZgEMvj43W6iL73JzVC+9/dnqmnLGJTxG6d4j5mPIYhf0pP4+FOLF/Wg5ANOySGMhKCdzCEMlharfaOTgerEUhsKjQLZY+u/xEdEAz7WD1rQme0NCP8etLKdXxXkiq8DPjDSbQP2bRGterbNbaU1wrt6+eMgf8TrKsegfdBaR9vKX4GfsoTjtnJ7UMzsDXCWzY3Eu1WK0wQE9wUUgqSOIe5lBV7AN4LqBhJ6zkOJQhgQyMMiV9XkqkoUeMlUAxhOOi257T9P9IKs3Td0JSS6knZKSNe9AXyCJZUWzVvAkOzrDHD4kVlXiH3dXg4EftHKJhsSNKRyBPjlvw8T1ZhDv2Pwp1gc4dM+YAL1kPP3ZE7S1TyfqEfcnF3Of2Sq/Ocns5vnUf6gOUvyh5z/8IT8oeQ/LwFtAswPlSkInKwskKnsEwoSybn+ISftSCramPDQqRdsmH8N9dewRAM6JtAArnKaQtM3qGlAB9EAhJbsEHzo4IOuJoh5R0EDIoMPEdOAFRJk3srmY6KSligca/S/Ci/fTp7ME7J8H+blO+YgQl4SSr9Ly3c+q5uL5RvJ8o3KyzdvPsTK5TUc6+V7cmbLtyq1Vsu15khel4/18sd8nWCh88JvRCB839WMdlgZRrtXTctobz1zRnuRVWa084jRQn1eYrZ7+Q7XHv57jxJm+wE1jtnuUKfHbLeq02G2cAYzLbM9abXi95w1s900Q1676TFgtZvOJaf9RWGzhscy8iy07lH4S0J4zmM3xXdOxmLvnQGLXQQWu6hgsXvVDFnssBIWezV8PuXXofQFfcp6w2J7I9/vcQb1TfwFeEEf+D4+61E3y3187nn/YnqMoh9pjj3iTMWxR23m2IftKTk23/07ogR3j6p2js0fR9VMOfZh+1QcW/yqjefYZ8KuD6tp2fWtObs+bI9n18k4dn3YHs+uDzPlOcR/P6eEXX9WjWPX+9Xpseu96vTY9ZA6JbveqUo0aEp2vVOV2PVOdc7ZNVd5ztj12fLqSlIzjPqQ0IDPMQ34rCoY9U5VIgIlRn3vDBj1oh6hBIZRH1aPOaMecUqM+i9D5bUvelpT+x25l3YABgXQy3WxkwMBDJytpQr4IOypwtdqJlk2FeyeAzn/AfwOOC02B6nISbdHrxpwl8vnVtkwyYrvc92lOdcU32EFw7A4xoLFUQaxxa8tNqzXlUt2wrT17RMWMLRiB1odP+c1l5ZNQC+yGnxxMiD5Icg36vH32L9YX+lV0zFYhKuhaZC5/TgQZl2HfZV2M5Fo12/mUFPGUoFHhsRPVT4apbFW5Vw5TMzXAfHwIFohQgKok+D3C34BYOnFbkIQkaINNsxMaVhXuQPjGa3+Nj3/ZXnUXocTTTEGIarXv5ZBw1FN+3FBiEhG/AMnmqIBxK/Z2Gq6fP4brGKljy0eVDRI4I21xeFCI3FUjrNJBBmW6XKSsBX/HU5fcz0fZXPZbSktkk+5WtfVNnil22cgjfswDsbVsvuHaj4G9qoyDuCpPT240rCfTeKIakwBDXgRYKC6SRVaO59Nm4mO/p0SCbAGbRfnCASX9VVdxFrohzc4EGgYw7rxccfYTicK95gIKqzz02uKFT+xXN/k42Z7g3jhWEALWBA2LjkP5XthajLnoRF7jeRjcDEEErOgCZQjOubSsOEJwy0RjWOuEI3jriYacc70RvkvCQq/yfRghJktUw25dawJXr43ZlsxohqfUuxe5bgrhCMsCMenFMK5orKDXPdRF9SD/dNkW94tBjcfRS2vezdb2TjDSqgM5/44/4XHSVXacU8me7vUZSWXbA8qMd3L3uxc7ba/sW8kpkOcRgwNEEOxFHixAKDSYgdnciNQn08pdop9UWGxpc3xYBwoTYhtsXiPZenInLiRWPTXbu4MjZuVeWtvtuZGiHhpxj7I3ihgdJDY8Q9t+Giyb2xp+zltNFZQMLAIlrBlFqzsmDsFqh13BdVGZsbAAiHoQZlHBQWmjbmCaV9CdJ786ivMDK9rsj3MiwuJN3dJ5fWby+Tsn0rbvqiss/x+XvH+SeX3C4r3f2OVP4xaxZejfOez7PPqxeJq4xXiAJJdXh21XiU+r65vc3l1fRRF3/TF5dU2VVo4W5QsnK1qKm4bEhZWjNexKdYNb6FVwW23Klk0QRu3VUmFzZQ2k6j3/um5rSN2Rg3xG9EAerRxWzgQ9/Gpgz+dDrdVxG1VvluPLwNo+0pvaByVErMNJcAAm0Rqpksjwx0BiNqJeHnKDWQLKj8tCYe/m3RqplsVpgvz6rT6WHDcMrtFoB0nZ7cO2G21BeIcH7OnZLeO4bWh5rV6DQsk9FIW23OZR3Y/JPOIID6a1yY+BGpUQ7vRzU46GWudnrHGz4fj2UU9ucMOjX0WPOjG6yYjFluV4UszoRUVoRWVMq2oFLRim94ON4pbcZdaw3b0j5pLbbPLi83Wi80ucakd4uSnnUttm55LFavt7cKlttoTuNTbcy61nevebGPVtXOpN5W51KBwKfaFnL2F//7YMlwqmQmX2m540nctzaXyN2fIot5+Cha1/RyyKBosM6cqmNOPoZpILOJN1TbepCbyJsCeQGpPhW62oNu2c8KbttmCb4ccwa8hx9yaCyjdQsW1sodr6vJmYM08njM2AU2h/5vXYrezfrzHzU9V5coVJEJeTAiobd8ojgXzG3qCy3xDjyu09GWQkA2ZabvqMcHFNSlf1GQzup1nmTiHgAjDNYC3Z7G3qxl/u9y3pp1rTimRGBVvNwZkx48yrLul1/OaQfnSHkcWl7t7DnsBXWWiQ6B38d+7fNDtSghy8T6oN3SxpGpgj4afiLvTmOhlSy4ngF3ILtDirDoVCqwSHh87NjTKXYfd073Vljt/g6Upe9hq5RBGexyxu1aeMvYHOBUgsP+fHBAu3yr0tBl7GyBcBgQiUmxhx72ZagOEmwPC1YBwDSAcAYRzxoBgv8oMjG83SOQSC3rBagWXqTpwi9bg8wY7ZN1M+ag81FdYmDpjjXEE+aqsMX5r1pj4bDrd/1FnP231d1xiqTnuHG+OH8yZM6dK/+Z0NGL6O/u8OfKfpWzHmTNHzQnnzKlEc2pz6nOiOXM6Z3Wdz951MD9BtpA92xEl/5Bb65b3cdv7D7q1OVgEJR/R0ICZS3AEvk5lpVbOGC3NLy1WlM3gNbNRq7wFj+8DsGvnR6V+ZHa8C6b+oubNfdBnT17Lvkvd9Xy/ie8aikVF5jLhq52HWg4dlxDz3ZQe0WncRNiv01AbDh83YejbBssELTF96kJtx0q1HS3VdqRU2+hMapt9yhHOuWLc8MJxw5s1EyBFa09RS2dbLc4ktTxkj+/JvHF1xBN7oqQOS3sm48C3kRjB63rgyVTqsUw9jVOO6Lnju+KO60qHVGHixOB+Fvtjq7HUrG/JX81XE/Wtat5U1VLeVMXiKkgiwcwn7ObLLQvMcQsw3hcnsHF/jyZKUiNLoG6J64o5dq2u+6MknEOxdsIJa2fcarBktczJv8f6+xz+3r+yaJLHrl2sJZr+Ij6RFX/EFgOwUMQj7fY6q+GH7dBC8QMMSUPe0jRdIfND44KznKhWwxjGjtvZwvjC1G/Dadrn0Og0TrOkPfyQ6LywKvY8VKyKoYemXhVdpobqKRHgsvEIYI1DgAqqOPJQsUxHHyqW6aFSh0YemsEyDds6pCbpkD++Q93jOhREyWRO9kMLX6Yhrt2PFXH1YNHX1Ubp73X5QnExUlePFCc5Lnvvhjh/vIO28V18ydzPnsqXpsZhYFlAw6rLfA0o1A0noHr5ZS7OBanLTr4AvSkXICQjWg96CS6iJZg9dRWHYoNDun5d6YqiO4nSkq/ejhFTXogbzYFcD7KiNxQ+DqSvyog6qRIGz3sDozNkBq/A4J3xoaF8fPInDw3VJaIpg9QhGIsH5dI10DcpEaD1Gbwv3fDPoBsBiyCTnpYKW/eLjnzQHSf6WD+3jnS3deRDEzuy3pp6QXQ9FgsieolgQqJHXiIdfol0+CXS4ZdIx3hamOBk6D4sHb4ZHG3TsmRckiVrM5Alb32cyZI1Q0n+rF2WzN9/+OcrS7biDwPSIkjWCoZy9xkLksve/w+fuPevj3/xtv+cgmeEps0uzv0Xf3XvV+/74m0Pnir37FP2cGaC4KkGOTNBsFYIgnefqSDY3pMzFwSnHdHMBMHaKQTBdazXnJEQSJwwGkn5NuIA1ioUGMUN9UytZ10mi4bXt4mG66YVDWv/baLh/nMmGu44brMmD3j9Dtr8WFPgfL4qWVAcOi4KW7CLnVKDPVkpz5SqnhIpZiQcLnv/tu/f+9XPf/m2r51qaYZtDapJGnycCH9mQIXkl9Pl+7TkVyskv7vPteRXyyW/dacr+fGqy0W/+eNEv+t1rdOLfjUR/eKzEf1uPSvR775zJfrdepai34fPleh361mKfn82sSNln3573egPfm6SIFZHtDTHCoZCG5EI28U89AO9Jknvw4Wk9w0lUZJH5WQz/hVoPRNXDgKGYSvLAmIXgeJji2iIG9IqDjPt+M3sgI513cD+ecbPjlcKhgpRuyKOjMyH/jTCJ/FgpTX++XkRG2e6WkaUw324i68St0rYngShHPBgtbJhrx92XCt7dTiVP5NznVEliHq3p8KBXM3PS2bZUy92dmBF73BamdqQHXhEO1ffZ7MVo5WN2dTv4zYBoYLDNe1yggNHLe03Vo7uxc4S0eP3SZHsyexTYwebdPS14g1ypuzi8hXbRl43ST7EE9gQMQhxLsRxDB605WQIUQzk4JhKpVX2phJmT76a7S39cs/CwtjTlQkPZeaO2+x3QxqLd6u8S4mUWDA+D3QHu1UE70ew1uSjOz9ho+PjbK3p8ylncXyH9xyrCSYyiJjHKFEvj+eEVR6PLwddx20Z10r2Wz2oWtr1VuZsjJ+bhjrAEGxA/bINqN/ecJUtGyxGRSAfO4Ngm0CDfNWkjrB8uGlhYXxj9DeI/1wiu6TG4K19exJowzFBRyVWghvx5waDY7YxafPLp0x5705x5Dkkhji4BPj7VhTNMrQDHiOXHQsGPxY96hq8HbNLeHsMUDtmM95+52Mqx1uf8XYEeHsAeAsO5Rvs4JWMa358HTGRjISFodQlk26w9RKnb5IMfYylgZ5Vwudsn0ZSIPBvMv5SmbTS9JhnaiT1yt0IpHpgZyDYecBuMXvmNgrsvASI3P4R52FAy0DQki2zPZmXA4yWHlORsIQdB2zEhvIgFbXSSNCyVhrAIas8AE+w8oAtAxGspE/NgM1TBSsDYKUnS8KTQchy8Nrb5ZD1l4FmMlJWkbHK9p3GtJJQMhLzJ0ZKoio+cBI4lZqbFf1phfMKTvLbEk6yNfNy/Fla4KQnaOeV0c4rW9xPac7Oa7GMk/+oxLB0sIx+J3g5gxsAAf/9M1amSeenlTYBd8W1CEzHcTrZzeExiF0kHh+aYhIqYhSjgTPR7tTTNi4JVjWc14vY78d/KYuuxEPKMkw7D9EAYi9P3WXGMGgLY6DxtZvyYHww5YHVQ+phfB/8XPv4/IIj/tQCv3OzOiafx+e2sUOcgMr4Jl6WgUFmICzTFzGLZQMP42NnrCwK8vjYDYsn43PzgOIyPjkaZJGiPL5tKh/fTOZP/Q+fP/V4nb/32Llmj4OVQbCdJy6ZXAksmUwMGupYbFrBgrPYsM2bJDi9io+z4Ncu/3IAE3sS+ReWIRyPB/YgeVOWZRrKX87rRIgJj1/Gb8mPxvlxhIPKeBgxNu2ruMJ5bDZQ05YDjAA1dghaqyl+mgeahuIv6Yk4Xlkiphtf1tIq7PkmSKtL+89OWL31LITVJBdWXZgLi6QKMbWvXUq9Vyab77fTZM9uEwBGNj/vlo+VJNdJl/DkkusoBnFYnY7kigs9IpGeUNNJruPzTSa5HlTjJVcqdWaSKy7d+KaxKSTXtjzTSK6H1eSS62F1JpLrYb2/mCC5qhlLrtTwmUquf3FWkuu9Zyu5DrZLCYWYOlqmw4eU2I5PLqYOYXw71anF1CFlpNBDalIxdXyGiWLqdjVeTMVFqtMTU3cqkUQPqUnE1LaP04ipO9XkYupOdQZi6k4lA5kgpqoZi6nU7pmJqX9xVmLqvWcrpsrGPkfAb2kxZ8wqod8r2P/lqaVUAty5l3L+6qykHM0YxjRj+HuVx1jOR7cEUTdPLaJe+BhIOH91VhKOHhvHlFUznDn1P3nm1ONz5h5T0fTffu6i6V9PI5pqW04tmqrJRNNF7aLpFzxRSI+Urdb3a6v1A3bZqcBBOJvNwziWnAro+WP1tTgJ17BlGPnwPmJnYz+ws7ewFg3Xs+ySrpSR2BRpN5Q2JxR6otnTVO4HfOIV5twJuJ1ftLAnXLSIn5fgRM/OVdS21lzbESzv96nC2hmVygEmq3cs+HaOtQfcfWp8JXJTJb9szOxu+jy0iuzpc4BDPm8GA+JrFZMPCZ6Qlb5MfcBOOQw6i3dxmQGaM6CArX9ivhewT7WM3b+j7etliSKK7g9UXevEjHGeLWBJVH/8vCl60zSkw5MrDqCF+2Cxz9bIrj5LKsF6wmmuaKwQmGZRD6103GKGAowX+lc8Ww0oBPIcLF8vPqGx+SSQ7wHV4sGM8diO899jNJz/rw3VR6dCdZVMd4dHo9Zkd1qwMCCJMyEX43z2iMZ+Y3FD/2+sS63zNbKdZACcKJDtsJr+Tkxia2Sb7kKqk5yiFkG2Uw8xcaYcJG/nNLKdtOGdvyaUIS7f/zTI5i+QCZ+D4Z7f4gvx7L1ggX2cnQsjtidPmb6cZpgfz1/8sM0oeDJHQTnav8j6nsoPn44qffr0PcVjZJuBi6w5KwSw8/isNGn1Z+9TV7DfbId39PPExF3HlxfUpulz47/iGKPYLSF4qRNiE+ghpKvV1lOwWjd+dftcTobMJ2EXoASPqbgkBvXF1/2ecK6xMnE+ptH5uIGWIwqwvP0jE9B55DFB5wOCznGrIJaCzoFGZ1+j83EGwbECnQ88jtD5gEHn4zNG5wDD9QWdDwg6P8DofETl7jkKYspXao4W6Hx8Ajr/XYHOowad/64NnQONzrVUCPV4dK4JOoeMdZ6g8wGg80dpW2i1dQpyhWBuadomw9zjJcw9bDBXa+WfwNwnMPcxxtz97hL7scDcOzyxIR0tY+4hjbmHsbt4v2r6jLoQg7axKpPdAuDVQWrz7W0YvP8xweB9EzFYo+xhHvuhcYLq4wRlc0H1sEbZcEqUDRllfUZVI6iyCwM799JgMDUwwurhCQj6lQJBDxkE/UoJQU8PMfdBk+7HH9O7/oOToGZpeiZDzcMl1DxoUHP0CdR8AjXPDWoecJ+rnkDNJ1DzFxA1P/EE1XwCNX8xUfOTWtN9rlHzIVuUr0nJGhiaaafQTPvZgGidjYLa1yriuDPUlvG2+GnpsC1lQ7MLrxgwHZfQ1zXbpLSGTRx/OZMrtH1xoudLgD9rEh9eRkUtKtlpKmKjDb9dMz61Ewy/TSEO4+UNbdpwNgWeh50JTCW6YeMewEdH/BF6s5K9zEDJjaBpjkRqdxJfHCf5outW0Re1rnuwTAlOaHdIJ9U50XXfOpWuO3n86LpPMpqfUHyD4HGr6z6pTqnrlvsOM1B2PyTkhgBjrhudM2V3CdiT6gfVOGW3MSgbzZXdUzscGm3TsfwT//1HaunEzM51zoqhjcxU2V1ypiPYNvI44m8jBtu2nlrHwtg2Tts9Ik5e/4mdvP6jyp0XjtN2Q8nyE1GyELg0DhqW982C5d1vWN43z1rbPXJKbffoJNruds9IE7B5a4kbjhpuaBwcfUzrDKcgzxpaTt7yV/jvlyfg877HBJ+HZ6oznEA9hx9H+Dxcop4zxeey0nBY8PkrjM9fNnM2QWk4WuBzQVMNPn+xwOeDBp+/eNZKw+GyuntkEkHu1IQ4R92R/KDmCdR9AnV/Pqhr9N3nGnXfPr1QbLbHxY74J1TDO/5bd8STy6ePtx2xQdNgSjQV+XTClnih9RM1fkuMLcdEKfW/Tct9Ggh58AmEfAIhH3Pd9hMI+QRC/twR8hNPUMgnEPIXCSGn02OfDUL+Iuqxbz1Xeux/+/nosfdPrsdeNIkeG94zMqtpOQOA5krCasuTyLZW5m5spRaH9B1YnzpZ902JQx14dZMd57SaQKUo6i25abLYYv5TrlYoR9cqODhzOCjLKndpNtDkOVtZt8XM3RNXMv5qekFjuYKyqIbHuMdO87kRO0KHqdiqJtBnih4vtE7VY2V6HJmO/pcd/abiauDDvoUbRpP3lSrHDhA/AfrqJ0HRVyV9VUVfaTC6r7/KNAVTdi3HWGZnxTZNVHxDSlDqR2O98F2F/qztTe34wh6JxcC+uK/FQpRgytQVxiE72mzL5ZFEgh8MaPdcA4hazO6pu7C+F7Jz6q5WRvjAYZ3iv1TwZs4XEeAkupv9M8fs0xv6dMrbdMQt+vyU7y4sSBz2xw3XL3xLhOm6vi5R64yspniSThwAyc0cJmKZKjdIX7DsqBNr67pVR+5+wONz6picCExhi19qB7lXMpYCYDSyVb3U6WwAzoBswVsr+j3CAnADGukKHiofZlzRy67dbemSpRFZO5/0LB05puFp3NKzR7VbEXv3coXEoUdNG3r3X7JKa1BZPDnxT22s/vmJla/XefTtUmth9B9KzocTzRsvshY1HT09aLmupLq+FMO61FokjroQF0la7qMp0fSLJ8KRiWDAY4pStzQhAAZQN58QIicdjk00j8lsX5MRK5vbYsfjiXOp1R05fKrQxS7Bu1tX1RnzNBnqYhQXABywqYOYBFoIwjNALxeJXNAXmYlQHKGaSM5nXUlZSK2wpoATYAiX3JaMrh18z8HLhVnlavHhHr1hekQfYfW/wfQ5rXbEmw7T5/xPxPSLrKkwXU2G6WpGmH6rMxWm//CsMZ3mb/akqD77FxzVv5Cj+hdyVJ8IqNNC9Sdb2ZbbvfgtTnZkB/88QE9vcLK9d+Ancq1lVjTbTBCxcvrbir/uTnw36EQ9WjK6wAn5/FFp0ahbosnHr3Pip0dfs2014NyCj934s3CtkT66qdPRsgGEbSX07F6fepgygttK3DlcuV7iYSxM+TovuBsuE04WnbR/b9OP9AQ7NFeW4uURrhehuMbiM2UKII2ZfnTxC0hjzQCrN9iEo+pfZaTxX1i3uAJGNPuauoT5Ql0r6jbqjtevkO51s185/TUEf+ZOgwoQZO4h9iqx+MBcpaBk7TJZ5+Egi793yU+3hg6VprLd1LdmiPMtPsayEALDiu5wVDiQR0pg2AysErm71gwlEEZFbk0CE1ZCysDK6eOO2z2lkAvoCFCEt14EYFrx8WWnPM+e6vA4mHhyP+7QPZCjVdyY7pKfbsGsbiKMHJpBP3dBvMXzwkhuOHbL1cAi7h0iQaSeSJALWzg3t9Y0bR0ADyfuILW97Gl8oYweKMFu4jDQyfpvS9sLdSgNBDE10SJsnkGa9JH4H2W/ZigpiKgJMhF9Wmmf8Qx6xnZLH1MujIQC8QTV1rFbSJHqMV9Mq2oSxancCadovmiyEeXTqaedCnKcJzgcXVUXYjWzSnk7BSZHpRvgCTedYgQCSb2hiznTGjMKJTg4Do7SmhII6kuvZk9do25zswE/htHXlPI1cnvzLR3Jyr1ScncL9Z6X+usgj08idxE/0FFwIHp57HSZ47ehE9hZuv3UjwKLPLgxBO5QivAJVwlX0xrSWAS/I2GvrBGsTN5GOAhWCFJlb0x5R9jNaEtclptN/FYkOwC+vApMjRYWTA+7bp73bIADD/Ou2NK7YGSJ3mbnEHBzCPhXGke0NYFBnHpr2CiD1yb7jOYlxEPlODeJT0N1ywvG1QvGxaDHDdXTQ81Bz4OVVWay6vE4Bioy3ROhwqSlpmmfJ1Fr9fAXwDGjIxMl8ZUypfdgEcQHgl7TZ+DpNeVHNXCTNzlEtoihfOG00GOCsFJGD5Wjx7nEjT82oWbGYYVzJlihBCugoHndlFixdAZY8d+EEn+shyKMcBo8AP0BIkQMqekQ4R+UIMJ39eX/xIQLgpPoRG+s+qhqa1U/MxlwN4TOcsB5OKpQtwiD+HQZ157ZPKh4Xuq4A9n2R1xBzAE4bKYXBAiXIUzicJ3kkIwk7V4mZZbxnexCACRAE+bV9awuFI0LYEOsCHyEiW0fE1THXMZP4Giwn51HX4r78+zo0dXhhyLfyj73GSvaAz8Osrt3xN8JtFSyp+gSjA/gkclN/DW9qc+eFILExyZflH0ETPHDJE5aCQ1Sl5qPGF40+LW9KV/yh4qiVMptL4Xl4RotlxmkEobO+gA7usAIplnQyl6zPlWsWGVJ8QKH/4Tx251LSIjZ1e3MGlCbbFiDDbv9aY0GXIP6dSGk+0+kc0kcg+6jGWfbGs3ZibozVZ9ozmVgZ4MQpPjbO+kb9jK3N7J3NLC216dxL2WPVzTPA7uau2xQ/jvxqPX6UvpX2K1LQoOPMyhBeMn88fr4JuoqlY7/EBYPl2fv+xkWf0LSaW/2hb+1sk++jggaPEypl/ZmDudKRDmYDY5Yr6biWsmyurdZQV9rBIBmJzSkHAe5hlgo/+5CTB9K1XJL//dS6k0tqQGePqEDJBZqdUPakX3bInYuGkX9jH0YcjarGSzACSlX93JLiZ89iV0VLUxMzcPZrqYqskVNdKivlQ1hd1fNrKt7W2m9GdAOJoAYqUuNZS9Lir79HsusHwKQrUhc/QbQagRYqvvv4ny/+6UvZbvK46mz4whq4UrEbiS6EJCEWRcvTnXEnsfOOHsSd+xJV/eypI2A0YTE4RoI3Pc1e5ZZzbkOLCDnLgM1a7w+8Z9Djfe8cVM6F/O6/QcPOIOpTtxy8/M51rVUQYswSubek/orOI4PvQw54h72amESpP4aVu/S+0Ci+UWRhj/voQFC2hgkvOCxbXYk0mlEG7+s8gdgII2kI/sXa2VzFg2jgv1PP0flq9BYKlAKJ+FVEpnd4n1Gxp1MKjc1u0gWr2zMBl7dPD9DBNFQwA8KCpo5h/Lwijk/mbM+6boeoMvYOYm/pm5c9wSyv/UlPqGP2fDzAVRaMoA6RroC3udp8LN6qYYGx1KGL64AYkLSoM29z2PjXanFs4CeU91UmoP2VqgHWZVa5Ch5laxKvWA9L6sjK9S56vVpsI6hxHBiuKzq7aff71krEdR91fp+dD+p6wqzSj8BM3Oz3TYwZHUv4scH2eAhq0UNVF6Vcj+z0af0E4qj6Qr1vHJ9P30MruQ4tmgU7xH8rZKFvKkGuqGLs5JZSfAHaSMJUGIFtUDQo90EdpSUpyG6fY2pS1/AQQx5clbBm1RSXVdHzHgX4jSyEmosV3neSJc7erlZKiZx4nIaYdfK3uIRsFE3pfSOkl1repvEdpLzCLSzUfVFcJfffWeTJIc7qd6kSt2usJ8nUNDuoUT9Th2uogI9n2AZ3M11DAEd1T7krqZVSOmC5vw+Eh9TkB9M2UffSWXX8jSdydRWNQ4Cd9YS1mAh+fQivIpg7Jq1a9YSDRSzL0bDtI+ucnwEwnnC/ShTSdQLNfcV9OqPr1ifVnvB62kPkN2SUNprgV1TsbRat7L/l13CVepMdKB7SDsI9anbtOgIeTuy6g3caz+tot/0htCC+l25YQWWSxULzYeDLYN9tDP2st9an33WgrRlNasJDkAqtK5pABkH8L2il70bRrQ8IiZ7nIlAQotnqnxQ6lRocD+D3JU9gr80CdGGdFYvyQxUfBYthBa62GEv5R6k50kfqOIOEddefUWdCTXTnV6WfpJOJpFPuTH1X01c+76kM35YpX5/pmQl+OxCKesDQ+6kDJm9Wp+72P20BjwJSaz6s4uyC4UHSM4GyGTRrA0YdIANxvk7lfO2GN6Q3DbW2IfDBzC9QZeYnta+mAHV+L5BFm5AAOGssqFZZWIUJnWSMyrNEEQYlLxKYxG/hUllFdu6o+RVdTVuYPIeyCvnZ1WsnRq+kXyN2UWWKo2euhYCUamlqzD7s5jJD32IZP34D4EERNoUSNKV3EbeiVS3MAGkRcvcSFaB+0AQeWqJfvsRPVQapHXi4NUVGDOxWQe9tbESIqavaJxy4ofWT2UijOqaE9STAN2qc7cEmvlAwSQllvHMQMVzT131ZWkAHyWybg4SlKhDHPR5GUSreWT0ohkZvlNZJzC7WqBAUx9ls1oZ4TNjRIOxKf5DaNcingzKQSNqgS3GN0Uai7xCQvJYQvKMhDSbVkPPRkLxrLK+xepAh8O/ZLRrIABrgtq3tNlNY+3OH3c1u/XImS0yTQW4QFCT7ruG7hQdK9PS7ruavJREwKJi49dTDucG/TSYm8aZvaHJYtd6mhsWuAJZVlV62Wi1razArCwmdzIJwtdT1l3eYfhG9jIIUx9kiYD+ew38GI6N2Agun9Q3sBImCT56V2mUismFwkzU+OQcoYLBp+uWlk9Kstrv1Nkr1y9dasH1n92CcrNdKgOZEiKVACJVgh+JgLQBWc2IgamqYxMPTGUcpY0FnHjZyNKLvSQtYZaXefbDJMrpgZPTA2j2Ek9/IHrbn1kaW2iVnkJohoQ6zKHtK5FLxaIXKcV7n8vMRtTi/aa6J1HLki33SJAdtlmIu1Nb79/sfP8GZRTtOvLIGsv4OLc3+rEt/m0T2QlrxYG7WFRaXdhjoRZcM1CykScU5uP4Lt61NQkmzcAE1pK9pMOO1zIoIWk32UV7KumNW+wmafY55Dj7RhOTXwj0vgiY+OaKdzgc26fhWuLLzkacUYDSEEx6+yXitsVCospqmUsvW1rvT5xdvO3SAvb0/jaFH70KRDDdK1/3ys97tYKXtofjCbNFb9/YWbKv72vx+ZacXVj8XYIy68OBBNvhDKzaXlm3erCzpFH0Q0PqmGOmiuy74ySajwP2LY+wG2CLSS8q6ewQW4bUQqeiqjzFdziR/gDox8/v4eN1fowvixrA3T0/Zf+fUA7Uy8/RHOkeQSvY2OIwvrTHzVR0XR7XhDCAdpMuK30VV8q2E/1ZcOMadwCil4oXoGHUwOVpN5/t/jHOuwjvPFqgkchZbI8Q665ZHFQ8uDH6hEvIVrxLPbylRaTWcFRwhe2DRLCWTb2bOsghMcPlYISdeTrrsbsngQRh7ZUeCvvHFb0W8GSVnsxgIzQpDohHP5h6Y33miIRnChKqIoy6BgiBZ9Bue3LanjgqiLNK80JH4mmBWsuQfB5SACeRCrQtpqFxs4moGzKfaC42ztBRYOWDBq0TbYXPBdbxOgg2xgtw5IEAnAEw3ww8YBQZN2jZAiRBadC8NS0Pel1bwTMYtK7dEnsaZxXX53IobJdxgxDIFBEIcV5os0AhMSbR/iSBaITYpAmnRjgiI8YZP4twZpkVNVj9xdp0jqHF5dwIaqCHH1bRtiIQjztf9KYTELbvVYSwWV+8ANhFI+m7nkagQxE60L8sgF9nTiVw9MypbgQz5FSM1cwpPnBiRViYPfwjxQrCAtFFJ4eOjf5QRd35Atuirgf8tugV9hunXmFb1KtkiW0xSwx1cA1o+sh/TLHGvg63yKUl5XJV49aUK2vKz9cUZZFF5ZpF5aI9+gcRaovC3r4d2dAR+LtnNGSX/RoduKAsMT/bUVpaWwTLtqgcEgSYbXb5aYdTfho6xdLyZGghB+bJvvOZNzWwtr5Nv6xZ5I/Ut42l9eVlY9/+TLG8UEaWF/WZ1heHFgsZ0qlngJC6DIawBIbKZGDARouEoIoGAzZsCAu2o7TQzhAE7mQLzeNeeYwhWGhbplhogYxOrzRXVpo3g5Xmarw1S23fmIp+K8doH6ZeSRHNk1JLxLk7pfouho9spHhZcSoR/+m2XlacioVJ2rKsCJHfP4Ol7IP3ZCNWvpbRlba1zB3hFHfkjNf3nn+fYn23MzL/xuhL1XZG5uLtuEVHqy11sexUvux8zcp8WXWQnAm7PGZl2MKcYwCzH11tjEe98Iwtor/RrFfhDk/JWeI574Cub2n+bnWe75q87HV5fb+dt/GKvN0b8r68Jq8PLvN1hVtUXuM2lVe5Q+V1Dqm80j0qr3VY5dXuL5InigxjRbFjRWVHiyaOFA2PFt05pPJOjuggIrRuHEMkykTN1UTNh7zga0vKRMsLT8GRIUKAejdCJMIaJnqmshEtL7A9CBcAQfNoTgt5gReIwS4h4Y8RZrXLHYxZqsUbxAKz1j02HXgCsxizDBcWa2nNKxR8gUNgoB9Hg50eNdg5xWDnFIOdUwx2TjHYOcVg55QGu/AbV/MbeAEH8rXkZDUQz+BqhuzGLwS7wX/7bxTsTh6fWrA78oOyYDdmsWA3Zs1YsBuztGBHZUSwQx1cA5re/q9TCHadbTyHaplM1KPXpxL1KMsEUY96wM7wffo7UdRD1+BcfhJRjwoa1jFqF6IeSqSKw4Zo2BCojqry06hdfhpxTinqYWha1Hvn53fPAlm8jX5F1MPHCaLe53ffVslFPZQRUY/6XIh6gL0W9SiZugyGsASGymRgmELUG7XXteU+AxBMIeqhVx7jDEQ9XWRSUQ8DOiNRTwrK4hs7pqIX5ji+5PoJot4ZC3h3zmBJL+ElvSRf0kvGL+mzk+rGvjfF4v7/2XsfMLuusl54r7X23mefs8+Z2ZNMkyETL/ucRjuxCR1tTKZJoNkh/0pLW6RXovA89NHq1zsJn00JWr8nNiP0YiwBcrFoKEUC7aURWm+Efhqw6ACVBgh8AYqNUiVI5QlSMAJqlF753t/7rrX2PmfOJDP9A3o1z5PZ+6y9/r7rXe9617veP39b715PEboyczlBMaTKxE10rydUN7GzmMBqmqgspv4s3VPebicmS0bOL8cJvxoPq74M3NPcXCckEoskBz7rNl/8Wl/ldt/M9b7pG31FN/m0yp5Z2Ukr+2tl163sxeUGfbhMPFJmPVpWMF1We6xs7ES5/7JDXISd83xZ1EWBIivHmbAEKCj+51s+sQwE6B56gtzwNyX0h3UsmTUDefL0B0WE/kxUyA+jtkUZIj4ToD0T3aTnGUWYbsKlRAmLDjrqmmeyrf8o2GKJddTDa9EsYg+nRxev9TQ5rMiSeVZhAuJw6BCh8tGcOKxIaLkj8ie+itjjjsiHM8/zlmTfeH6KHfKRPPMUO+w9kVfp721/M6dTdfia9GA041Qd4vTjCXJUIchGCDL3pkKQZXXRajL9MNyujWySA53zbZI7mtEgcidA5rPL94LZjsUl1id+TQTVNTHm03L/Nu6/yjoh6CtHfZSnPspTHxq5pT64IVP2WPg91qMDU2BeUyE+xCP0ypGnlJCfEAfDOqIHJjxPxgEomSOAkgqADA53XQC6ZvZanj6Aal0LTsmCM8xuw+ZxRx+ks1C1gb9SDsEEINjlU5PlY3zArz7LJyqZpLA8oBz/ikoP66qypcQhInQU4AuSRkXjxWyEG60NnkugGhb1TdyV3szwpNmAhmJNLj5vFm3MGLdLopTJfjRxRR5lFxOjKUqGptLONS3V085CXl8u6JG0E1M7iCAf+3ZYK1SOadROM2XznJ52FPeYq8uDoTgArqwIFsqtHIRZBC6kPNenDHOKvdUaTLPLAv5/AQeY+SO5ecLi/9kleQBxX1jSlvNAb5DVcs8HvaZAL5RRJX2hp7gmnC2GnmOHNOgHEMoAssoA7i67aVw3w2o3Q+mmyUN0k+1nI9HILIGPi9O40k2TcxgsAwqesHU3+hRSN0PfTZ6PYChCJ43vpLGdNF2d7IGleXZg2QdDtEAzGLpsLrBcJd61LChx9cpVBEP/hfvczOpy/RtkNT/A9MPlOovKdRZXRxfL6KI8XhuMsvq1NWSyo0vAdCEAoh/diCz/DGVouYEh4ymIaXRxdZ3F1XVWbWeQ2gntOosrUIRaRxWKUa6FzMQMRbvOqu1w1C8lgcMixgOCSCPgaF8EkYgN2gkikYduZKFLKaM+JeOUGYvvD0rUgE0/k89aFXg1GVSc19bC7l30UWt2RHUIEqEL5keUuPCiMdPPlGU+UOKhEdXsiGI3s9ZBwNBaNofH/MZufuMVQSp9h4oc+h534cpDRvo9vqNTw7S7iU+qfU+k77QvrQ2gcZJPiv5MYrvfwHZHnxu++2O4+EeYzxpGsQxbIU98Qt1PqhOfVCe+2s5zqZ1hO/FJBUwaNVcIeQ0TPyztjPiJr7bDzgjcbt3SrOVj2zEg5DVPyE0FkTUfHkpCXhNCXmMLJrQTM32jdoxtp1aswHQAPNx3tn+oCVlfF0DHdgXNDB48MzVP5GuWyNc8ka9ZIk8pF/uUnFOK8R7Mw/8HSuyDrUR4zqVL6Hu+dZu4yKK8nsKUnS7MWE8e+yIa4RgjfVNWUtOtpNSvm0DWTRX33j+frYmI3PloaSK0NBBaGvbdl0Lpdcg7U51BhT6Hrs+h73No+9xNW3sgrZ8FSOtZIB1JxEVLs+YF6X8DvV4//17/uN/HYH+tpb4AXkG01KRdTc7bNLRvBCWDoecH6Tt/wExFMDtLISNMA7szv4C1kzC6JUH6d6V90fm7vZBF2efrdibdTqTbzb7dNrBI17nIxqknIZPoERgIPRdeYaapE8G2TjTKNoPZOsjnRBMMhBBWSPDjE43mLDoN7a7DQ/akzlhSZ3WylIDBDl0F6Q7xh+CnPJzk466b9AT2vIPn7QyMf6Hm3bczznPTDxw7Js6HHe/WVTzQ4mhp9i4+l2fwfF1cKl0cli6O8FG4t4tVUMjO3AfjVLWdiNqB5VzUhXGqinGqP8Y5bJO10osmfkc0dkcUxCl3P4s6awK24h0aDtJvqKpPDYGZqcLM7v5adn+NsYTV3R9jgXFadSya5xNleCyhRfrK7s/+HAxX59F1BOj63Lmg6/Ds6OqBoi1QdNfa+W/eNhPuiZSsmGBI88gT2KH2Xy9aOsBzos61Xpzn/PQmdiRUfD6Ac5+Xwm9/CVMtMKVsa0X/W1tghowYAevnur0jEFFaICy7Yj9CUHklaGqBpgztF6XBVd+v9gYCVrYs+HF5OsnNz6tlM6NlU2nZSMtqZssWtF/8foN2/fcRtPsEtPsAWtv88Per+RdC35fVmcSPhSgPT8hjXB5j8sjlMeL1i/Ggllyfk+8jyHB9XfDj8nQEQ8h6RoB+dV9a71Ov6hHyTrwq3WP9KoTtoCoXAKXK7tBLsMMn7RADgTiXZbpdPldg3h6KGMIGoo4D+A3ryVao7AzT0WQy+zvlLtX/4d3KDDlz20MwYlgGZXyiPndpMSabgq/FI0rU6xvsDv8XiOFsjFGODi1AjgqhcJrkuBCTdKBkC88z4E07CqbnMXuj4LAJYnoRW6d1bEcvvk1i6yemaUOIBz7CRcKObEZY/3y5zsUN5Riu/awkbQrmybXseyF8E+4V4kjldoM+0vPGjpKo6Kv1ThZvilvCMT2BKqgm7gw9xUvFGAGGe7m5ZS2WhycR8ENxdyTyuXWEweUTWz6x5ZPzlhf/3Hye3wtLvTGCcYcNpBhquKUa02eUrQeWczKPw+wJQTZN1AOXPX5+8WOyGGTV2H8N9a3ZBWLeseHNG+7uLPJ2Ji+EncmiI1Sxs3memtqb3luoHfcTYPXe4qTByQ0hpgIWOpSmFbGgNj+2y2MM9gksDpGlGsvCjYsNO2xmfN4m6TfSA80dUrjk4qSb5DGlKp9ukbR9SgofsM+7kKexRt+B3/eUHj9jwLKT2OYwyYeU1HBUiZTmPlvDtE0/hd/EXfwTp68NTtvn39nvZ+1zStueaNsT+/uQfR5G+oO/qy4JgnXBE6jkj39Xsbn+N/HjQV3pIxV/ANnVOnXEVveIlu4eleoQvYufD2m9oTj8z0H2D6qjWkHx6e/618/ya5tt3VTxe+8l/BrNvsFqi2sDqjfI/lGJL8qkOF171X0c72Lj6dqtezZO3/b8W9eYE9oau8gIzqArp6E15cAXF4/Bzd9J25fH7FCnTGWCzqLjNIDHHXyMhY/oO4M82CGfMJLjmH1O2+dR+zwCG2aC14/Q4xPHCDbLYCGyNrgEyaAoTG46LdzwF8smWXiTPazaUOmL1gbjEALdB4TjWja6WjZILVdCIYQwMVuBAiuCK72sZgMoQ8LSGjo+P29JnmQ/ugRZLvFZlok4h6q9gh6fXEbz2qEmt9GPOqquFR9dtpzSFq9hdZdztFODSDPJruReS315V035YlHas3VEfeqg033ZzaImHaC6ttLjQ50x9G01SzE/zD/qq4MXnqdTvkddleVSTc4V+B4FfSoIztejSn+6ehP0BRGV3ESPjzz+jrfXpGSIKs8DWDs7X3o+r7rK3Dz6fJqbLqiqfhVsDMrZo60MBCGvLTcbsGT49rt3ZH/8zcAP7SPyzoBST62FE0qq3kKPh58IQEgUwBBLox97wrU29xb+yrWwxhzUlPjWFVwrYDM1vE69iJ5vXOGBM1utMdYdff247SAV3/i5T372Aw/df/ID3+aytSLpWmGq/wSt1r5vUfY2dlxKH1cjBHON+SXFwNz4JhCX12IvWqM3EW37wIXoYwAyd7+8sm/ntcEArvHn316zu7k39jR3j7SBw/Y7u5prPbXmsu7m9vc0d+eFjDlw3PWWruaaT6254XMD821fCzw0f9O+zwWcs6PWSIkWn/nkZ+9+ZP8Xj/xzN1rMDV+jaqX5uYH25a8FHmp/3j0KB7Zg9gYFUTtBuQR5OwIZe1DhHuY3jb+I2Wd4DVAuvWGNxvaG2rbZHc5yDMwB2H3sWuycy4lgYDsAe5Evxu+RzsivymaHX7TYF/9qPjJ1b/HjUDRBHDdmYdUVo3DV/CRrZiLiVPaQFt63ifQbRFhSt9c/2FlPBpOi8dGUm6x0R3EqeBU7ZCve94X3XgC7bNyOEdWss68qiVp2KtjZwSGLGoWbEji1kJL4QswrM6Mpe4EmSPJJiV4AO8oA5YOEn4nXa0i8hkHCbuBGJI3VdxIJkpY4M1DKsWq1XsU59Io17JeS3patYZ+V9LZ0DXdyww4qShPVZP98thVW0k6Et2wWLn1MX7VaXyWlNwFHkAMP5LhKcmxfrbdLHddimhKZLc6xHaN1mhFJuykgEz2JFA6sRARTBwuZWZUU+pViuUU5GG351qRHE2Otw4r2QZPSC0RABD8oUchUZh3Kuce5Bb8Ff24STR32SWOF9wozR592t9k5zW7I9ju090/CNwVQZUdx0y5o64pWByt/JGDPWUOFpshOTeLjm3mVmhgXfrdAV3i13i188U04ogR8IpJODgPfmL+GfRbjYY2OAcwu2tEQyoUcaLaJA/JDeBoEoC2e/N8hoMDOg5gBpuc69QSej3xCM/veKE59gmWXwGr69XjAZzh3PH2cP4qbEzr/3GDTO6jyNLJmHybulbnQm9bQmaJa8TTebqCh/JbuLChue4iDWTaADnR84Oc+ZMtW64OqOPLblVMT/cABuj0sHb+OHpYJuRa+TdYGL89b9EJQYPrSWBG8XOgEdfFaQI6/EbCIivT7SHX+ND2YgVwbbKfXOupsCPsIZGQe9zxNsHxitX6FjOU6OaBfKxbmQhaoeufitMEHAIbldc3u39vhjKFRECq/Asubz/evqDRwlTSwSRrorh4Ob8WbvVTIngk3NXXZAGHGNqmWGriKXa9a8DTAJOxpiXc6GeoHFZ8yp4xcekUsL7DnkKg4qCaLoHgkyC5fkkeUGLxDy/N++/ywPMHkRPaQxguWMC6yhzN+HoWkmAUzq/WNlFTdVXYS8r22aTeVoPiX1O4pgewptFaAeDwp0Yrg1f4y7Ea5DDvIi+TjqruBN/Y08IXUshZ0ou5qoHXeBu5hbbPuJiaoier+vp4qe29qt/eguKeriQFpgBuagHbCb2s09EfKt3REyfEiWq5vXIPYXBFSb6JTqRJ3bq+Wx40o90JfbEI6SB+grcGHrhvhCwL5zzeqYyXYvvk14XlvgjSfuNOb6flV2dohLTh3RSJSCCSTbOwYh7mROHctnXsVPY4/FPDS20nvkYzn2EPCV9/IUUxn6+cjZT+p+AtgbjrOvV0P+561xPdHxW3jXNGEdAJqL6xlLFu2slt2zIuH91W3zpbmLBmAw4hYfALH7P81+1X2IuGyNSVbKNkCvxzjruUohXk5hk3/m5djIg5pFa5F2Dd2Bq5+z+ZQ3rMvY6fvDsVLL9nbcHtUHHo4yF7aVzWDL2fS6q0MRKkBK0KVolR3h5GLu0P28o1KqxczKbtvXoaAGIThGzjkQYwwB7qovxhOhgu9uzj4r4podEArbjyVa5kMDonfTjiqsp8nVH+/pk5fjxX2IVXozMjlE2b16yWqn+pC9VMlqp+eC6pXVvibelb46VG//P56tHf5TZ3+yxYjiENnRpHsYQXBal+8o4K76PHHlzPaYmnUpW9/cLldGFRPbZY6D5yzzmMz6pwu6zymZqnzjv51WhzdzStRY3nRWfm7duX9E57H/lo49m/jx5/KD31Gi1rCjeX24nG6I1itTMDhUahyVimRxRGBO8YC2cl520GlE5ukE+ul6gmO0vM9tUvWiDauDl4j65v+N6+Rm2atBg0QP+pzil9x9GtTWgXSHqEg39UeRGe0wOgJJY6LglYg8LE49osVgNxYgdSO8xA93ofZ+f8zUVuEFT8ulHSMKekYCOnbZAsNni9fJgTyYNWy/UZ2Ehm8ysY7gXW0HGbLsQGvDJqQ5Ij1lpO6h8Jj9gURFFWAElwhFLi4Mfp7iiZ7P59jbuwgejDMtanpraFVCZ/An/XZcoiiopXBprXBGCfDY4ywAuvzwDZ7KZxUcamx7CKZxLlAzw6/a0G8Q7UX9QNlvugyguEi71LpBrDW/cAoYC7q2c9VQRn82wQlD6IKy8qqB+z+Ec29+ULeFr+jS0oQW0rwhgv/g615v9YJOP93CRsLk1eXILlxHiv96db1b2KdM7/cCbpQNPh+rfbzQ/Df21p/tsA5pxX/tnzWFf/W/D/cipcTcnXVW/hU8MyCpbpS1UzUKogdF6/3AFPY1h5u4YAxwuzLUb4dFsRQy4japln54BPhDEyclCIvfmpLCu5QEnzuDUIA9C1i/7Nb1PRvEpu6nfINWFSMr1NTSkRgN7r6bMdU91FEwN+2x4C2BB4UyFIXbKLtxg3Si5dLQ9sE7TZJXzZIJ9ZLoxOS5RXSlWtZ97icF4b8fiXHL/b+hTBqeoPLln1QVYipJLQD6UMuC3aE185IlSqudPSSVxO0toQqjk3aVWbcMqbJ+47mdUxL6UnNkXus6zoZ03e0p01fL7HnlKxkLFGzGbGB2oELVuNgqgLNMljkuqXDdrh74BffdWA/c+ZvKM84U0wxFM44ZzTHw0TqWS06wahltd7D+D2md7JNWypdPKVtpUJFTjEVSRwROaOFisj4t4bWJphpxgpPRVZZKjJWjnyFH/iFniiPOKJczoS9i7b0K3s9dNajiympQ5R2pC+l7ZkemT5Laf0UBc/oFMX/R02RJ/Rujniv2NzS/YV+mju/s8MmpqE4uuuITWor4LCDxkZOSDjZGXJSAzs52iUfttnp/01C7un3bg52sNv+uoV/3dK1tjezj/uU/jdrPDv/lwfkK+x8vdynXGtTfruE9n63hWIGrm4F5Qyc80j/seX+SP/h5d1H+nlKpRwu35idDYHLvEecxsb58U++9et3PPEX7/8WVFIwt8lawj0hS8PcjEzxMKs8KM9ZiN6uYzcsy8aY8GPCZQTPCMOG+v9B+7UpPGN1lQmncS6G5kk9a3uX+ubGZDLclFsScB0YHDQwhvkhxHOLd/fa4B5tkdUt3p0eg7EKZizpWdjEmeu8OjV3v3XOUxOUUxPMmJqga2qeOQbwBz89h2eZngeezel5Hj3e+QLmrlYId3UpPd7+AuauxgQcCc/QmCWPwsS7CaL95JSeOUM0nc8Gl14cFRg5dltgRNz2Q/pcp5du0FvZ3b9c2iu7+9alXnY3PIvo7kR/0V2F8r2hh/IdW8TCjxq9fmRRlfIB56y+4J3TFpo9p6XLoDrXr72vLuvlh/96mZe3WJ6ZHjOqfJ1ZGzwyq0STQLHx0x/97Ntf/+kv/OETFhCJVK9mqewL/Sv77OJe2H5isYethX8wC4hPnhfEvTdCv77E3wi9dkn3jZDH0xmQ3de3mby53OQv0I9p4XbHcBtK2e5WHQ74Bu2IbaMIAwqvCRWV6MAalGFUN7lNizokg+erDPHlXEr3tVvMfEi40Tr5F1n/TRxyeEwfVPZajNsl7mcCcv4vBeuCwI1nTN8Dt9O0DP6X6gTTsHpQo0hmvyRqNHsBrzrsd7zyBOrBWFBbHaxjtWrNwT7ZfbfcWNCAHy53/AedmJ/WF+t84jVYtzr4mD3BPIgnsYAP98FVvbc4DP1XxJAYulD0HmLWgR3f0RmE63F0oCmPMK+D47J9qsvmUKeXkF1w13EWYQ1QAy2CQFQExty9JsKUbBR/LPwk2NXRvT38M7jfJh+VZ/Bh+/uY/f1puDg+W16Zsg7CGSUNfUflgz6k0eWgiFzmv2upY0rng9DuD+iRCOEbhFkskzz0GyyFyAoqFBBWwkIC98+ycQx6e6BBaw/EQDmIZm1v3gLScUDjwzp1l+U1rTAjzWtoNKXJ7ahpsNpQ50GAAdEev5qNglOr40BvHBc+AXfJPwL8CbNNbLptE1BuWycY5U8Yz2i2FZEampMc36UJZWtqcHHHTOO0jQYXS0vatpur5VqQjg+ytkFuq4k/mTRoE2BG5RuEkZVrcEQaHLENXlhp8MIZDToFm94GR/BnaaXBke4Gl1YaXCYNLrMNXlJp8JI5j3AZ/oxVGlzW3eBYpcFxaXDcNriu0uC6OY9wHH9WVRoc725wVaXB9dLgetvg1kqDW+c8wvVU0QZoglTaXF9tU75Wmj0WSLt4csMv5YbR7Et9s9skJvKMcRrbxLbuYV1l67e4vNxcDxV5frsFGvH8dhP05fntRpDrGtreTzvdfiXvd9H7XcqPbBtXnG1K8byOOphCcaydIXQ9K7A+QgeUFvULJ8GW0NxW3rLUixJCIa8tewXNzt5gH0kbCi6QW0TfP6+sizB2UM/u38S8na+7Q1HVCuXQCHsIaP7JqVG1rDd/ZUOScOYwD3EFvFn8KPbJmXJ0w4yj44hdoBanchJKkc+94qsHl8Q0aLUyGO0MTEv4EPYUcTWHRLKIoT1i6CpiwGqFw/E6rOAEjXI8ZfiUD1iUMOy6AqtPwQ3AckQEombH6KxNjbY4XAMDDNZ/gfVlwNQB1/EGHZSNUCM+neHIfTm9Dxh3Eucj9TCo72hH55ozJ3gdoD4NXDHauYCqX2jDrrK6+Wh+QXZpJ2lxBPKBK1uMFgnLYFJcxQsBTySdoZuwJ0X25oEB8NQbqxkgdnLwk9Rii5wAvqSAAHy/D9Shsi02aspuBBJBDIjDfGKRjVGDXT9zfDKJo93REsWckcQIkmhBEi1Tr93U65ZTNwisqR4bQ82SMxVj3NB6vDId1jozpZwCq5ETc7UVgbthHCsunWBrE1ISTXbHas618pDwHGY4gUSiSHjjUyzcxOeAPgPMGSvkFSvgBAzIl7DtGQJ/+F0s8ZQo8SQBHjQkRgf6nF2SMqJwZIwAEb2BXp1QZkJJkJ/Qx6/OPLqNCLoFHTFD5rUIpBH8ygXDAsIqwb2EkBcBl5x8uYJhKlecOcTrALUJDFvIvS8xLBzNFxKGhS2253IYFjoMs72o4Ffo8Uv14pc6J36pc+GXOEQpZ1r1zLTm6QJw9VYQBWC+eP7rYML49bxk1pFjjg+RQoCEv7cpOtB1EeHigHw/wN/v8N+FMNP3Q/L9EH+/R2HuOMN9lOE+JU0dUeyYj9+PKmYA+X1asWs+4qQ++uglbIQk2yVsWELZcB07TWSat0rw0x3w8iLOK5Jt4u+WffR9HIeO2o7spo4YmNFBZOPH//az77v39/78g18KXsLB6jlOHCz/ipqEO9SYiDosIreARm3d1SFG+h1ampM+wJgZTNdowarEIYcLzSXl974bFGl26eb2EGoZWhu8TQuB4A6WlQADO0oqcVcLtiJJfberyMVYLT+9a6ho8hfu6NrgTs0dHqKDzKs79Pvt8lvvojkBH8wOW5iff8Cyx2fBntKMnLG/Dxrm6u+DYdRhSdP32eeD9vkQyhwnvtkqU3HiI/bjY/b5uBaG+Ak8bzOVo8MB031SmDJyGNhvpAuHDKoPJLDJA3qyXeqC1VcEL5udzeHNqw4Gow756Ka8vjJ4GfiVAAUfdZwKHkzDXA26yijpag2850qC8tw1PjkWSXpFWM/mqvVimrob6r1o71NWQkJHJFYepmLTvB3WoWn7KZ2HaYdPwkCYb3/zv7+ODn2BVM79ZuRK+EzLrvhM1QmC1U2rGiRyJExx6BRUtdVarK0Wi2JaLGpqMZFdr7vmoaZ4yx/Na3SUrU0Wz1vHodS434Rx1KlP6fIUS8kP6Z5TbGxPsdv5DafYl3edYo07xbrpsIHn+fQEFDgOfI1Zk/2EvAYvXx18Hq80tEe19SEF2bbzIQV+j2DF/F6HeaI6pHUcdwwi7aWT2aO6zVZ8vD2t1teJVUGO0K0xGEP6+/lgMrtW9NW302LEJpTzjq1wM9vETQK/LYWshd9WwCKE39avDbbzyuSxoAqI0CoF4YwJavGsdu4+SU3E0CM1x59l7pNUjSWA5HH8WeW+oTH69ph84w5vAmnlj1dBoQ/JvGmzweUmq/KOaNA+cZVPzMvEZT4xKxOHJVG7E3BcnoAl3Nc87ke8v11HeOLiFOvbw4EXdBg58mpzTB8n/gjPE6YTijNG3hubuQSIP25kpVOOYwZ2Bfo1iBcMLUngdHhNS7N/Sjj7QXCiQiHCAkh8jWMuPWl9ZWpWubRFQta+zMYQCKzDIe443pgRh6XhJPtTUC7oUcieSPEIvOmGOJ7kToEeN9kRkYYHyRNGLAeO40nL45hhBsvpHBxUk9mfhbjONVAODcWhiHVJWXzwouKDlxafHCsebGRQIYWePF9ozXp11bARsmefGuMmhmYERta4hJcApznr0WsbOnU7X2ExcvPvVzAf8oq0S9F9M/M9qc90l9gjIAfRt/f9lsob2RG2coADYKvwP5rFs1kQwCrh86ff+rqqVcJ5zQZKQIRiWv5UK7KVbMVGsTLAmWKmCQVh5zAbABVB9sfa1vYL7YjeDAx1GyzYpJ15zG161NAl6gm1TuE6s7Ey+CbtuA0namagT1DhO9dY086GmHY2iressdaLDTH/jATmtudX+p5bK9UG+KMApqoBTFUb4F0XZCdD6VguHRuTjqHYiOhAN2DGJNYsGFZDzJi4W2OU+Fdj1lazIbaajeIvxqypZkMMOs/brbyrW96HYcP6MGxCOJvdFvEVAa8KWdvGUoNB6/rV3mKLQ4Ipw2sQrEVs1yV7KQj5yHNA0/pm3/ys08tXFIp9D/jk28rkM6pM/o7yyacqyY+XyScqyY+UydOV5IfK5HsqyYfL5DsqyQfL5NsqyfvK5N1l6i02cUXwizZc4pi+waa80qdcZwtOlAXX+9rGysQVPnGkTFxqE4XKh3zUZAjrTmgPoI6UhHLSDT2V97H3gmK/mcREHTDZp8B2TcnP2+TniuDvtPde8Ti3R2lfKdNOurRHy7TjLu1TZdq0S/uTMu0BSeNrO/p5n87ebqyEO3G2hRyoWcj4ZCfbAoJqFWlC9r85ps8qWKSM6SdVZ8jan8GYkm3N+E3sz7qM/2psWYZHJmJlGLIxe99CsBQlNyXDOF6ulpMp7ebX75pEFVxISxUD0qDll4SMsEUkcyXMeGdixcBeRvhc2JJ9uo72zGvaBABwonmLQzyDwYI/pbQwu8VQgrrU5PvzsU5LtrAWf2VfyS3kL27Z1aFCuZpMsetrYmg4gigPOJA+UAWwH2LHUdyBrNKB3sYDboDG73uQlj3Iqj0Y4R9dfWCvrQF6QbwTzCdzCA7gggrCIUE6ButwKpOyTIwkl7LHSpmUpb2TkpSTkkvppdVJWSaFtFTxn5Py1Cclt5MyLitlTKI4S/Rxu4isyeo2+bXBGsHyDQc8lbLD0jE5otNAdJ4gqHBel8EocRemLST5lFdH0zSOOjayhB2/8jgQjhcgo1FQoTwAJFfktZXBKtcV1zgqgAIVtbxeOjDxFDswUe3Ahj4dWI8ObJoJi1zcRdABTVB4W0fbqaxbzAMECz7GogPUDE/nVX464xLHuT7OMMltiHP/6nRexc5CVgbXgYFiKrcdht7bqc+L+WIru45Y18X3dpw9LSyPt7HrKJGasTky+xxxl/5J5dI/cSpzSUUdK+GFiUSsMg1huKw0DdOygNGXrxqaO2DZSwOw3o4Cm760Kx01MDOOetGzxLpssm1lrq3hZ7atzLc1LG3VcMChPWTIBc1ayvInLlacCCez23EvPm3kZUXwR8afiY8Ye+46ZBhcbF92j5F6dWnBr50Fv4ZeXZn1SatxQsnHKsnHy+SjleQHXTIEP9y8zv5Q44X4qJo0c4eGZxoHLUXQ4ouHC3asCAK/8QYCFBukRioAVDTsNe4oG7/NV7tPA607ypFWhNOgszADG3beVWAXy3a4eYDRYeWTcuECpPK2sk3u0/4AS7u5iLJx7te8qweuUWIMsu8qF5NBciNoi8ZkPgl/WwL1TykP9Wll0/6kTHvApX2gTDvs0u4t0+5yaW8v0w64tDeXabe5tNeVabfYpF/2KTttyg6fcr1NeaVPuc4CYaKc8/V+MsbKxBUOD0YmwarDhSQ/+3CCQS8n6A+VoRwqQ3uoBJOVbbW6jZoPirF4AWOBQsCcuPUH/h3Fco2zKoNjqmKMT8Yx9QapS7NPanEVocR3Rda9fps7eOtR/TDSLVMUb7OjAsWbm/cHEKLyxEoknAcAcfPJfiwHK8d7k3LwFXeo5/XXZG9QBKtmuTibbnE2vTpYE8q5ULDu6Go8i+wNyod+4cy4mGpa1TEt9T9OS5O+ndbZtzX9PCk/H9PZ3+vST22T1bAo/UENEKIzuuyM1LQi+Cfl055QNu1jZdpRSSvuU1zVEZ6NJkv0myzLx0+qTlZUE5qnuC11M1EOSZVD2qdEKgJBr/KHvJsEKBjobot6GBriujfFp3LoRE+hvZMtW4nKiUaTdq5NMVRNX1qm/1A1faxM/9Og+uFEUH7BgcGURKFpb2dCkYIFFnJXesBtsCmX+5RVNuVSnzJmU1KfElR8ATdpQ40IjSAMeaziQcLKH8STxGRx2vuPKD1A0FQrf67ex1O4IPsLBTnAXWoye4jf4NGQRQOHNDVXBINiiqxw3F/B5ipsihzMNEXe4GU6j/6/Sg78Pw/HbFi71yO+nTNHLqZZZPWNrwbFPe9TEFq9ptfpo3hUdk4fca+1MuCreetmudflI9+YESXfZ1gIMIu3R229PQoo00Fc+nznU+LikqDRqv5OX4Y+qWLvViETOUhXU0SWrEKmRfIol8fwQRgE5dc2X5yzGju7t6STrRID7/QLGlGMqBOIlYOK4c0SzoJyjtuMuwdx8R5ZiplDgHEFX3TG1qklN4ZMbckkOEcsAocFhLL7lQj1s5fXBBzc0EQiaANlVxwPrlaGEzMsUwo4Fnw74lsuvm5VEGkm7FPdBQiLi+SanlL8RkNT8qbXBlrezNrAyFvINxh4i9ZCzw9v8Vqok+OttpbVKxNpNEGjUZHQOFzc0oSKpOxJM2GPmiXvQKh5gtikR4LsJ4L0y8v04F722zkdsqtGcbafrOaoCcE6RUdv5y4lYT9IOLvhAfdN+dpgAT1aYIBrufhcot8Tk50UIvIax0boGGbCQdQn2Ful3K/yTfUk++/I2GNoxcLLiHNPI+EA2E7ifwdlit7rcrGuBtaXqCVAn4PvJ0LWOESJuB02Q4II6phWu4optQV6ADotvn1h8dcfVACCTFuY+h7srfQEcVviLaOdCM2ExfodA4bNzgr6VPxVsKVlluAuOtrSgk5BxDEukElF8K5p2gP0m7NRNwr2iaBTXKCjBA4l36Vv0Is0Ozp1OSTWi/DKlpFD0WDRmGxDA4IqL/a+GkEOEByK8uzZ1W6yoChBDJ5w0mJWgrHf3GkhsVVN1P0STW8iy+SJr2DhTd60FwsIbNUUWWBPcyFDLh8CvIdc/sG8zo4LsKHzKELAv16cUbvygZvXBnW7TghurKxEBL541/tVtoYAlmQbind+LMjepIqzf6SIAhGoO8CHVheCYGPJdwwM6ND/C0IVpnKSw6IklEivaSVFzrH5aldyPOfkxQWt1DzaXdyud422dLNGdJoy9JSqSQk1s4RqxjPaiItx1wZr6l/ZinyJza3IwoDVtuvFmwkGYTcMeHCM5VTphVvE79g2hAOjyqMuCE4pX1SAorhcO8KFx/g5ixLwC2kYqcU4JOV96rG6lOM72CqSNi0cg0O+nTn+tg98NaDBsdpuY+ckZWKXwrGtR5abcUu242tpXNFSHOuMpXVoPi9tJL8bbEXrvichbZlEPZp6LzUclQSBlzqbNBIt2EqVrd26a7Nsys1OYoWlCTXKt9EhB9kF8Uv4xqZQEqpL/OI3I/SmMkb2fz++FS8cKdYOFQjQ2EmfKB8PNzrHcMOe4UYgSZpvlprQNXnPZwNgePe8h67sWgyJBrYLAOgaUhG8qAVas/fco/lSwFo9xZeoBx8JpCfPubJFS4KJop5JFpWQxe55om5/KRDjs1eWFS2xMwgqhcvsVks6GYlZpqTA9xlVpsXVWSKxoQzHYAPte09Jb8Pidz4jwAiLv/m0vHkwneDfnQp4ABe8VgHn9oXn0WhkC0nKLSQ3ndAjVCA7BEZJFBazTQSNJ55oQi9yh4zaNHg34/NGcOMRnDceQXDWXys0rj65RwmjeB53IXkoSM5zYhjJjUPyBMCuM5tUQXLjkbzOTDzQwgZ/yAnmEXCtG8nN7EhuepC8P66YWZA86UFy2Rf42gKzaMuuxZAskncPSZDcCJLPPhpBctMHycO2sUg+h7k6J5LTWrNb8ZB0soLkQxUkX4ooiBBls5VxnpseJDceyY1H8qQXyR3lZxR3/GMztJuizSY//mwlb5Afz30LkkcgroX0E94P0DZE+0+4u/jX16ld4P7pwya0+tCjthfCyHftPHEXhyU4TOxmIl2KU7715CN82N3wjJ5yU18b6fr5m8/BT1ZEqK0MMmoNPii/HWwd3cxWpkrCczpGHnFG4klx48chUs0OHAxrxf5PsiW3sKTTL1hjGc5jdH4a4Js4uOEDS3lAORf4dK6DR7+G8KWh9QgtxxVTHP8oxxYzxdGPMt3ieCUNeAk0ju19RR5LdJJMjkWItgK2Vnyxd2JR/IGogxdjyNGyoLw5iauwpfCq3BRbkjJDDFWYhKNh8bm96zOkygcgnlHZZ1jLdb/quAw74AMSzMZetkRnR5Pwbq9FBjMikUqtn3h8CDi0Kdi5yPYWTtGr3Y2kOcOCB/dlR4eD3ETSTulFX4O/49CCc8hpI9vyFCIjR0GMJaOyrvqlSlwihhLfBJDrDHasbgADibjeDguY6qKZ1SyGszHCoQOfVkxF3ekz3qjWsDJWZLcg9v0IDfZO5FpN7ZQE3TAnbvN3Imo4KnIL06UIGBnJEGTfxRCayNyUyjjVjzVFq1el4m0tk8eIPHJ5jMljXB7QUmIP98ByPBLx0MaO2oqmYH9x8naNw5UqHrtdgvbR6TSh9Qp9mrXBVZJj5ocX04fPBDATmgrh/lDBW/hnwuJAyGEI1cap2wi5Pyr2ZI+gSUKrEyGHIEQJ6B9MsTbkav1YaPGFWV6e6809M53H2X3sNI5NmF4E/Tu85FBIyOBhfkXwxdDfoZ8IRezJ6tWBD0URQtuI64+9IMJWH0j1hCMgQYOVxQi5CXNBnD+D3ogEehMpgBIBgJohAOCTP18uwXcu6xHDl91b9RJa/RDuGCji4jgMD77rMWscRBC0ZdrGsaAPS9sLQILsgZSo3YjVGDKpXB0esleIB1S+4F44leBgvJ2FG4OXMjouvBfHVlaAJ5wpIoR8plcpaG0/DtjXBAZecvs08CIG0cJ8wUb9+o3QvBp83b57i8FdOGxTUSNQtbWWgaS7qpJgGOawsgG/6R2u+afs+0ElIb/p9YDi8OHFGaKl7xSrvnyB2KgvkLjfrLYsoie2bEeQAFfhtWU728v6NpStbGOfvVRzymqTBNcxwNWyRXCkf06omi6Yclc4UhVgqx0UDMPWlLA1JUCMgy3ET644YKz6wzjkKljP39fOQaD7VOlgNdENq45y0JoAsFKZlhHxraTY/3HuESDzkzaS11jfMvv/tMSoFAVR3vaM3FJLcHf2aRuAnnCEd8MOW9jOjrtHIB7vLBDnvgvWaD+DHArlfsMX39OC/27PHZDLWmbArESZiW6tmA45XhfbbRXfYi6lKmL6nnLxx9scsKbZ0YX6pVxLJDrq/BWjEsRMW8sIRt4IMcPbiPVZ24U7Lfb3ra3UQRU8R5pFhk7aZsNa0958hdgQTYIlrJbCGwvd+I2FbvzGQjd+Y6Ebv7HQjd9Y6MZvLHRTEqQFs0cDME4HM8ZOFEhoODFuYF6eAJW+U1sA9Bu5eBQSfUwBUcQKk+24CxxxX3A4X8dsEcFC3j7gsGHFza6idoXYzUB90sHGu0vWrGIcylsiYkPI5leLRSIvnEzehlmBlbFO4u7Q21J2SAo1BeXUFDxsIoFNPBM2g6yMmYDC/yz9/Hul4r3WBocHv9UKixXidV0M2wmqY1AMuALPM9ZeI6rcbEyc2ZjuCOcXI849B17maO5TVkPV0F7JjoQyBHOn8k5BFcFca6ygWjaI8eROE44SoKKq+ak5zxL+zIYp7DqJB8yVTvpYUNhqQrZzwoWgjNsqon6rpRfsNbeKdbA4MWYVG/EsBJfYvHMdQ2h2mjY0UcfwvTlQZOcLh222RDOZCFaySVGc1tYiiKM5L6SGNkzCHlkU7N+hsZfXoaoHRXM2OdfQ5Ii7rPpX0ZD/4B8Da9avi//1j853vhZlS9gUnGSV7/HJ7M3sf3WdiGShIi3eeurFVJL9Okzx6tn7FBoFcwhT505L4Mvxm5Z2Elzig1GPCZmnDbueT6BR3m7Q8zDNSbNQ7Ro8SKEQTOeMA86AaO2L8j78I4u1V1wsA0qCEc5+jHtJ8zAOof6YXgVcZaW1He20ImQkVkK0QGiMhEMpzTWGkcoZJQWkkAwtD/FG24awf2Wwvp3lIXNIIXTCOehj7OPCxDYuzADogcEj6QxtocbSLbsgCMuHdkAJxfhuZPnAymC4E96MmSKyi89QoRb/POEVrRodyXBxt7lVy4d4wdOaMLs74STtHp1FGAe/XfASYOkF+aLtLQVPOLyBZfjTr1bTjG2t8VxrjaEEtRCKNtndGttydlFuWhoiU7Ylo7ZMbxa7INAOBPD5YIutJpIi2Z29X3XoJ03AIA6dUPoZIOZvgSzR7DZ4Cv48nNax4X8T7O8HVMdYM0gk3wd46tHsLxGrfhXnhN9zyvjKrnzbfbYF2FIWNI243desVaLFq5rJa8CENuF/i8/bqjN3szHDZmNiIKjylvNsNMjew/IFq8HiQLaFqFfLgpnxyCG7kQBo2ktOAz5YimVt5GwOIih51MK9jnlyJDEX2taBwpIRP1HGnv5wU6Y5sinLwlBVPgwgt1uyCrZy8RDGLZYodpxfaA2JYAMUmOVFTUtVjVDgBigwpob+XzkKF/GWAjeIAjdsXmg5ewrcpInC9KpKYxyq0zj9GFBeNYMCGwfRJtdmBxRJTE8bdwG6BQb3wAQiaKEwwGs0VOr48JW4FZJpd6SZIUFlU4a/JcVgpE+ozgVgyE6pzqLrmI2/gEN2qJXBadVSxYd/S2UsRQFLJ1mPmj2dxbRGOPfibFv3p/biNF+UL/4ZGSIqzhfbrFKxL9K+AGttsVRmsWkR8qSsfl4TFcqaU6HkCB+hCK2MWH0agI0pGCGyREoJ2GaHgLl3F+9Zpq2FOejaBHnegQ1Y73zbF1qHsWO4AP6OYoc5GZ+tDagKY1gCkLswFhFbyqWfHdANuXSUaNXVXS5whBxmmaqyy1lbMrzxLieLoMvo1Qack0i6CVuPieyUNzfj/KkQFnRtbpuo0XJzCyqbW+A2t4Q3N4NTCm1uhnUT+L6RdRPEfp2BzB7SUm/+qkbZoiRXm50ztQSbq4HnNmhrikHZGPs0ARN0CRTdDDv4yG5dgoYuFbMsIwoOmodDbA9Ce0x2GlskHILz3BLCixfaJ55nGsiwrZOOdpqgvU3W9MFt/HZYYLyyU8/r3MX66FaJDXhdHrDVVn0ULgnQYfDgNWtxvzJgY7Nga8u4y27LhbNcJLTG1ay9KIPJVXYpi+nFOSIewQ/lLNZdJRI0CHtWYT820EQCdEuPSYYNsHArz/ZXy0pfe0ZcPAb9w05jlLgsFSbACBPgTL4RaDZgzSNuNDlPo8OzNnq5b3QVe3zp8k8aWlOrkI0taltl+podRpdkK+9oNjxljfd60ZwPVwaPmA5fxLndHsXEqkjZ/RnHr2JvwRFHr6CJkq0/2CzaqhCSA4NFldbt1S3IP/htgPfqVj7wM8QBRDa8JLMBs7Skir2+JdPVUjjnlsJU4kQ3oTKIi3dUGo4WCDzYZtAk0CtUIgi2+bD0rmoZq/F7Fa4YBH+LQ4jKLLcAI2yFcJRPlQ+GYsVOOPoQneKWNXW12R8QXnThxGOh4MTJcF448Xj4nzhxPpw4EvXgxDF2/HQ88jjxSDQLTuT6MrON/dGyboaCY1pESDUQpvsZXiozDNikYh0agtvqcjDi+L7YK2zGorAZl1aAnXirmPUxhJnDCIViW+8Ko6wTotYGB+kgj74dQJ9tAKXIa7dFVrst4kuZQqVPGBXu7buPGh98VVyOyonP8KbIkTyFB6DJ7doUESGt3BRVZVNUsini4IxNkYON06YYcKD7q2UvCe2mKE3eqa1dpVzmKIzXuSDRo4XZMRArQ/8Ck9r9nLhx+BL4yskPv/3R4yc/9M/BS8QLhP9avKleGLu/QGUTEhVc6HHd0TRWulg9XS0+ZNilTh/LdJPKD8tDbBJTddsMx1M3o9Jr4mbgXEf8rljY5SXs3gnY3VbC7jfqDK7F9PpaeYUk9l8SfkWGbyVVeD53FnhabVuWI9mwqzTbn0lVslcCxNQkBHBfQUFkGSIXRCYqpjI5gEcODyIeC8rYkz/NUQ9zdJ6TPy6h0W9lmSPlmSPlmCO0ghhKK4M/0cKa1Nn+PhahjbO/p4rgliDhu3K2w1cS+Ve5eH8Sz5Makovd0JriNzguuwKzv0kcgSBzw5vib0Mv+SIJRhwwxY+ziTy2pviKa7SyEoj5iH2atjOPAx54Zhjjh4wyMFMPmXkbz61DFevjSHmNVRm4BMuBoGGLQPzt2kO+FUhDBpiqvHMri6hOBIe2RKQzzsjPlXmRzia5CvBpgq6h7TSd4cWRQqV6npIJ8OsKh4nxNSaXOnL2PTSOP6tYVMRp4EGlexf7ceVWY13Y2giOGTpGRsgDSqaJ3EViSHi1eFK4momoc5Jkqk6STO9wXALKlROQ8NJjHlv8Y/Cw0aaCp494GtqPYtB4tXgDcsudxuiW+4R3RFEO1TqikARA0liZAL7mMWQCW1nxYcT6HoL5K5538IhDuGKLjV1FfGzTy012HTfOube2eN7M2kBuBM0Ijml8D15K8PoBR3UD55JU8HrELlRB8Z7wlqZ4+DeUjURmij/5DWUXqnGhyJRYE5uZqJobCYhkYE1soMnMnZabSZM8vU4n3Z1+U0+n77MdhebGe7o7PXDeTqO/SkwqWObMcyOyAIv3LSbt47x92300tI4ROqpbpAJffh3g/sgkQvHBbpSd+VUcYbJDI1DodR17/wGpO7KytGFUbMVquICBIfuhr4vDPjkVW8eAopHRFEsmBK5Kjya6ttfc2nf/jvStubLOy8+88Of8exD8wi7A4vcRhp1Ylkau2zGElbIvyCGYb3OF4mfvU3YTgKOYwDt4CviwD0lmuBzm6S/t1EbbmhVBKa02an0csGI2L3PO9TLLvdDmAf55XE7WxC5uvAfT+3qZXviJwz558BuygeS4ZvqGbCAAzz77Dn9QU/YdUfTOPtF1Al/G6nxyAm9O2hP4Yn8Cb8omo5ljG9PXt0Pbs5pDfX4s5mg2VEuh84YHon9hladHXBsfNbYNy843xVCKpvUQ+5h3C54v57hNgBa0XTbsq+TAHxa3ibBsKVfbicXncafG1zDQAaHH6GSnnl3LrcClScC+M4Psp1EeJeMc2WnrcpnWQ8H/V8RX1jQxh3wA2laoLaOTzP8WB/QkfWchIXy2xFKnKM5vcz07G3DsD9sz9mEza59q3BvOLRm7e1OT1lDrE89oranzzYUzBjxHOe9p7K4p2EpDg7O/WKQP+CiGLeKfi/3J7peYDQDlfmOdut5hWNPgDpbIHICg+otsDkTsP7PbWJSlxC9giV8Dt9WnVCe9ju+kGiyYC6oSP6jWI9NIp4kHRH6NPN0u2bNt3Z/aDRwI8BW95r2jsb1asy/SbiJnUyqzN2opi/xynR4Mtbk13ms1nurdsjTPCNaIhugKDdHdNEQ7GmIqmpQQHWuhHTVHO2rsFqLBEijQjob4AZPYxFluXtpJR/kaKUS8yJRpB+YG3Bhv15yLaUeNVyjuc/wBJNn45uoBpOCTU3GPpQs4hLzjG12HkMEcWl2gC4llmhN/CEncIQSR6NkPQ/YRmnVoson6G45xXeS/V8RrrIg3FBGvOYeIN3IiXloBIrc1TsTrPoniari9IuI126sV+yJQ5ibElMqsiDeU+a4X+1Q2Jo+LWZMrKE7+veIE2WOQhxVX0k/RSXmv2sNXi3nlanFYHpkfbheq0OaGO7pOnY2Q36dcGQXb1Y4wrsX4zuz9qs0OBw9r5sbu0/4OL8Ht2k7xNmgC5pHNmDxyeYzII5NH4nGxPSC+nsY7zACv6NS2hnsQ5ZulDwqGNo2CnerAHiHl1gY8Vr8bMumC/Q+Y3ZA3fOgQzCxEDTgVlqBR6CtnFEP+vAZHYMkOLlb5Bvu3mWkjM9LQdNjTtBz6B+6Eg82VwcRo5Aea8tvPf/rTxd2XASgEUnYQK+NeP9u4q4D69wiCbbOBYEzmPWMLM+QkHmu6PMxA1yDE7ZzbDJz/JdXjf6nrxi3kG7fQWmBBhzVv4crOXRTFEoMbgbmxy9QL9erzXLBl7oJtuOuC7c/e+4UfdRds4zv5gs3eOoXugi1kB2lNUVLmqvImFgkreTiXs6ChvGT4bQyrht9yLBx+G2E5OtNaLB9+Y68p0DcYZ0MrCdaahzuK8VdB2wRzig7iSu4L9ITOzG7sxTgRX0HgLd6LYO+joj9osxJUsMblRq7OC54vz23/tO+f9v3Tvn/a90/7/ml4dOYTurMpHt8hp7gdHeVrVb5W5WtVvlbla1W2ViV3UZjMOvfYQtneO7GP+ZBv4kO59Rtm2/M2iymbfF05y61fNsut36DdEjLZEgbPsSUMuS1hMM+Ezg+6LcF9ag/CVCqrbgmD26sV+yLwdTmYD0lldkvIyls/U1Q9ofKdXyzXQbwgx1/FLq2teYG2k6z4+GTv/1j9CRBEPaG7/rMzw288M/zGM8NvPDNy5sXM8JvMjDjyxrR3nHaM8TeGRs5GJ76lONaInI1CuTHklRNWbwz5gHRoUCdeSyaGGrpoycSza8nUuo6rsdeSiataMvEMLRmktOv+apI6EE4W3/1okL2SgGivLKGmzKKppt4L+WZa1H5JjgniITLlPeqOfw1ZuSrBm3VQTMnNyaKRvdW0WzZDm79bgWQgmriJiEqT4iFWt2NHvYbFm6KE32JBRvY1RL/T2Wl6ELHV2aolViBM3TykuP8wMLEmnczLwSgY5hXQ/fHXlBA615yzzRo7oKyxV8rqdyv0jJzQEzFq7qgIPZswWl7KxzxIOt+z1Es6f2dplWkbhgcJZto4tMqbOYLCQi/WxiVeIadxz37cZWPM3aHgN+Ws3hi8zDnp9CjA0vvHoacTFn8T7Cju2nvFaLshHGs73Kigy6Ct5QuCTEiYrTsU7jb2qVflDaKQ1ouxtqoc4qy5BdUOwvDOIGvstrW1XxWBdCsffFlLW0/RzOmK92uGkslbQqdVZXka8Sjk/WGznGHKiA43O+9h162i2cl88m1YqHAiXIPfA1ZY32esx/QR9C3JB64TMcchmULheK8vVHa3TYj4Uku4YAsAJbE+RLlDoj8xXwleEmqjspMIkDQDSSy4k+KvP/brg/AG+WV6gr3Y3cG1dZKnrGV35ssfq/kNRbLCYGGfcjsKTlj0S+KMVRpts6Kh80KwT7GPAH4qzrOEP7MNc5vv/lOpdlIwBMErDlqtA8IU50eH5mij2tNpCeq8rCUU/g6OhgU4cORDT/xjzBY0JGi4JXa5PZpoR7YO22wuFJP6JJdUilWEcG8UwZ0DCJTX4Im9Bk+PuElsGVhRDRpq3mtorwYPYHgFt17DcEsOIxYOIxYOAxovzB6H7UiuoXILaPEinkcyhIihJiCHJYTV4wllinGp34nsvBmZYoUpruPonNdpipWb4jpNcd1mjfgQ4qa4wROHDbnSWDuyykSsx7PP6vHss+AWPR67o8d0sqtLDazIwyYdiXOT6rb02Cvy8JYujG6/LT2eXZGnZbf0AdnSW+fY0gfdlt7KB2Sfbrkt3X1qt/iCs7qlt7ZXK/ZFsPkT8ZDK7JY+UG7p9k7B3jDwlWIk145GloPs6UYmVdtJULB1cHs6q/La9VHV6fHTIT+wQ0fiSMnu0IxW0Ol54Ix1FlPq9MQzdHpi0en5llLRLKq7JVHpUd0taUrokLxCU6qauxbhQvhmcOSH3kqEi0qaorpG6FR3HUHpRbiZqruhh5nX3TX9dXffmVS4ErE2s972Z+VKVK8Q3XIlpsqVmBlcCccCqInOIZSy6ISe4CiOLdI2CldSxnoPY8DQEZ25nv2G1xmkvnXLfuOwRnsBtgjoYfJ9RWwH7mQlzoTTGepEXDSSvTGqxEGQSAjKe6pUzu8Fiy+X4Zhi3dSpV7eVDaBhxar9CaMprCyZCaNxhNGAMMaeMMaeMMLAzRFGphNG9PBBoyOnCsi6jagL5n8lUQytwmuVKJbKjVGFKIZ9iGKNcbRWJYpEuS3NZgv8Co7W+xLF0FLmcxDFyMGzLvU5dU3hloWxziPs41C4BVGMQRQjpqN8QdqPKJrZiWJqiWJTiGJ6DqLYckQxzZtC6VJHFN0nqEXLV08U0+3Vin0RkE8ii1KZRabmbETRyDmHPTJHVaIYuYPOeYlidC6iGHcRRVMlisYTxYgVZWR3ikqiaIQovkVr7RUd41mEswrC2UK8ottri7hgg5XY3rBXJLemS3K7EVI48/u0FPG2USIlA5LEIxPPk7A7cFup3AQ7lQjWtD+l7aa6XJ/UVqOSP5zkUo9p1kdM23UW7oBlZ4/x7DNH4SY2j3FREnu1FOc8Ps6TD16GmEXFmcP0XUAVi9Xx7aEO94bngUkkQksll1jl1S7zbI9osTqJluvj2pJMHIzw7TjL/E+g56IS+ZjuJLiY+YqmxVpjqVJtFHz2ZledQIGrEyhoy/cSFJLsEuvukQ2Dim9/8ve/EluTm7UieuCWsdEQXLKHTDu1Wqv2ojKwLoRHfUomV5E419qx866QivlanKf3orLsY0y9xKjCWlT0QLkiuc5l3dbtum3Iuq2fY9023bqty70D5Xbr1n1q16F036iu2/r2asW+CK4o6riiQHa7bhsisqbxzECF1OHCW/9d4gJHg2CUQC/fVGc33kCJA3W2NNP/iRZPDy0+YbQStBhnBac5cFI1y0mN4Y05qVxu9PNuTkp8B/lCxrJf9FayXzUOqWX1Pq0aA1fEH0D8YpnRmp+/mp2/mteVqYmujJtKXU5lDVNJtWAqtaWrNUxlzU9lrc9UajuVupxKbSGue6cSsjnJiqlMZCqBwdu6P7UTHNztVHLFeWKzSsW+CCY9yetSmb1ctVNZ65rKmp3KmuyAf2r6WPTpvEvoOwHrWKutY8afgiA44AuUfpaBcdUyMLeWgc+FMXC3ZeC0tUuRAwbyygEjrloGxrsn5VLQSuld143vuvFdN77rxnfd+K4b33XoGXcfUzawQhUe2rekfUvat6R9S9q3pH1L2rfkZLL9jzrx7jmddH57yAzQSUftmY8ENnwaEtjBgla4N4oUTWgx5witxmLkNBaX9UQgHju/xmJo5Y/LnPzxErk0jtg2T1QLYZzEIlPR3k7kpdx+2IUgth8YcIWy/YzIvdHIJNsAsDYSbz+svzJijToiidYpdhIjWObi/J9VbjoSAE5uupbiVHUfk2oYtuXGqiUijgaL+w5DInxYEbUapeFKtKOtbOOL80kg0j9XVyJ+caXvCURf1kvGcg17/ET6nrCV3AG+QL9Dub4nogxYmymrhYEI25La4HxYMu/n+2OawbqQrtBpy3SGQNrOQpmiJpfNp4KdkzQZuE1kESbSn6RdYgd9eZWEirxylB3d0UlgCxst8WFMorqheLvFQtRG3pqEJHRIqFM9T3m9NuDPhc3+2IBUTP+UU+9k0z9Eo4TpX8O2LT1U3INCXxPeisV6I6/YX9146C7iq4fyoY2nHjGv/dVo49Tpv2ylL9AI68Elof3Og4LjkhUdJY65zZZwj2fc2eKuvNqFzK5WXu0Oy9Vui6nBcPXOdcbV7nDOtK3mzAmb7mp3uPdql47+tT5Xu7U+V7u1Ple7ZsbV7rC92h2+Mx8GTFeNdl3oJjCyJHh9CPtCCjlCms4ryl7VXDIrb21jOFyCWXAqBpPKmZQ9XXFr4qUKidsp2Pg43l0KFWIRKsRdQgXjJK0DQDched6I1tPv0NPv0NPv0NPv0NPv0NPv0NPv0NLvmPcKf8cL2QTNCG1wdbnllU3LyAansMHV+JZXhBNugxPphOSVPc0L5eu8YJTvtvLdVr7byndb+W4r323lu618t0Vbuyrj2CDOLyobnPIbnPIb3PwvHb2chNDD7tZWdmwqsmMnJmHZcWLFJAlNHwFxYJ6y4yHLVy8QvnroHHz1QsdXD+ULhFkecny1+4RLXvnq+eqh7dWKfZH2QuRcKJVZvnpBKSaJbEhzZwQaixFo3G0EqsQINGLZiBaHSGBHNzgbUI6h+gxzauDT2twK5FxiSir39KmsL0hYpr45d7HzPaaP2Lmn10+Dq5zoI7Se8DLr//mWTywDT3kPPWfKrN/yiXsWeJYSWYWlnKiKrCd2zmApnzIjOdEj754QcTc9uhjJZ5R9nJiboPx9I8Q+Wl20ObOP6mmwj9pavoR0eAydg8Wq/9jinRNXsanA62ryXM/OJosH1JYWJuY+2nHqRCeJPDTrkOfdVpMP+wa2tECKDywlbqSZ4NP33h29iF2YHppgd3rF9JlAXk4dVltbtZTqSaieGJmn7hZPwcXU1wbtyz8s29qCG5ic8kSUGc+QntMBvRiU1vSi8UJjwT03sabsqhX7Mu4CMsflhWKFAemG2NjwbcBx1jjW1mDiUd1pTLfZEqYSxlrDJ5A1jqpVw3Yq5mQVc7KlvcRx3CEkIkGRj+CfrJVGOWuhnbVxvJUmzyFMnnsMBUJr9QylLe/XPbR+3aF3wJlPRRjcZihb7SqCrTdT8zevplQqvtTKW+7beLp2K5xXFyp7fyTOv3NI6jniEE6FE3y1SyPgfTpbx4KVi+lALwqJ/AhaObtZDdlzhOXOsx+jB3HIIRsMZeOdcgzLc4kZxAoOLvqwFh8LHKsg9NahYbd1KIcn0+IQe0p3ajbibVOsGRJxdWqtQmGDQVO4H4KsEDahddiEEicUSdD0prg9Y28eW9lUkr+xs3M6zG8mClTfzJ5DObPNp62jDyWXqNbRRwReD5DH8yUiC+cNFW49AMx2DUjJzoe1zLX9mtrPLB1PBf4E7S3sl1JjKERDNVTRXjzabtrxazt+Iz5XsPtAHjbBqmf64oqe6LsvY3pEaVk1LZO0kWraiKTl1bRcThBKvFU7JxbgxzVx3lBrBYBhTwFQDBFT3V5gNpQc+kKoH2DYecKUduE5mfSF7KOViH0izMlQYa7otDbPKOn49KgPnx714dOjOfHpCy2fnhKDA0jW8zpBMl94Z74wb4yWLDtAiiH1jPIpjfD7PjgeVNZ3UNm/70GN9B3UyDM1qAU/iDHlfceUWw7cuZDnI14u0gXcsOLYx9GCQmvD1e/Al83Q4Z2rio3l5FjFZuKcGjZWh5fPfINYU+y3zp/5Is9qRZ7VijyrFXlWK/KsVuRZrahy0puYrJz0QiaYIvewnKQRplN1a/Mqx3SK8pVkhb7PRPUOeoKvoCN/+Ir8kSvyR67IH7kif+SK/JEr8oe7iUk+3Hmtngm5v64wnU/vSOf1geo8ir5HulnUgQYBr8F5HumG7ZHuAjnSDZ/jSLfIHemG8wvknDbsjnTuU3s4zeWrP9INb69W7Iu0FyHnIqnMHukumKM6EIH7VcwtW20gZSceF9/aHe5CPtxN7Jz9cPeUj3QTk3ykm2Cs2uoZhaom0Ymvzv1I966hrsNCuMxaWC+Tx1wOC6E/LITVw0I447CAFPbpmrPxFCvYQDwyHVgVG+vsAW7dRF2Wz82sEMtstXWhXWO2Wk/DYbAVsbpji7FsdWwvm5itjsFjH2dO27HVLgmSbQkFzx8BactWx358HMydx0dv5fjqGF/sg6VfwrZPlMZsdQPR4S3JrNvrqgYPFa73ia9W/OPmXG3O5XVXMfxLN1NHmL+uQcKZfQXcJMIgafwlri0V0oRYx4d0Z8G9HfNisWOn+RJtBIMDPwhGe2HB88SMHR99Ia9d+FM2+gPrTItjVK/jKVG3D2tYUV3D2reRxMNeACK04/498GF6SKcSCgFOE2GAIYqf69owD4vCW9mQbbLdonYHaZeBmUATDBGqPqQnQe9j8Y/7ITCWfM0JyWWWM2uaAYNBNocn8xb9kC2jLs6W2IdhulWUWZiHBP/MrglLO9023OeZXTbC21Blq0xLdttulUNdQIAcS7+YHTANdZnf0C6dTsJWa8buq/rs0qrPLs0B2HqaNpYfboqVFgGSff0286E78yFojDdHq1LeERazgwKnEm3aogSiDcUcUlQ22mav9Ls5f0g15wKpK2cUY0g1nx6kmrNAKhWwEGUYH+2x6LK8jBBDXhpRviDNo/v3AF1xPcPMTZ1v+3EyHPUnQ8vKJDNYmVBYmVBYmdCxMiEg3PKsTMubI8Fd33hFJy4U8XU4Q3yNqoh1GvcqcZaVSTwrk3gGJvEMTOIZmMQzMIndEsJucyRWoxu3UrNatzkSS834VievXQmpmTVHQhSu2JsjxaU5Ek6o46JD5xmMxLMViWcrEs9WJJ6tSKrmKV0y6XFhW8Z72JanJn8mdtXaQArDKBtd2C1/xrxB3Y3lzy2wrpOdrB+zEs7OrCy0zMqwMCsL5yJ/XuA4kAUz5M+EofLVMytWVL3AMisLKvLnBZA/I7tlVoZLZiUWZiW23lHYh7GEGYysOVKtZFZq3hwpLiXRMduIjDslvT7MyjxZlHFhUcaBNxI6MbYsSgjtVLAoJ78uMqiKXl84Q68vFBblDn1+rQYvQ876+iwOq5oJU8qqJnwPUkPTrZtwplc3YUqJJDmsKieEM5UTrFw465ELZyIXznrkwueQ8oZzUxJ420VmYbeUt78+V7fsVx5Ln6aw90zgNcQKWK13FvaIRHF7zqGLRjlI1/HSb03kRKKhk4V6f1HGi0RNVSRa1S2zItHI8m7OZVRkRaJmhkjUOffZ7p37XCtqZSeCXofNkmi5N7UieLlXFrtWuDdtWTdd6JtzvRlqpLsKRUybFqaNeDWaI2LaoH7UWBmc0hK2NifeCDoB7UxAPdwxEs2cTprRaxCfnGYHton8k+9c63lrEhi3rs0KFFuIwiiiWy2W4cGmHDzWBYiXyAT1FBvlR7tpF0TFk/kFnnWi7t8g0s7rOyKBtZbOxl2HhyVDsEgYgiHG3UVd5sa9DMEiG7JIwkLzdbiwTot6GYIalt1MhiDswxCEfS2dexmCRZ51gpo7LRexfTeWgbKJ+aI780Wgzzu72Ch2j1BDMNKaDRyMiHTO5xVE0ZvF2hD+1VeIhcNSiKLZbZWA2mTjHWO9mN2QLc95G9iJACHGyaLZFc8NIosmXFrjcWkFUmwX9R42FB2gfVqwosZYYXWTN7HnHSuQDr1Amg4/S2lfphav6jTZR6HP25GZbTqeogm/0k7cbJhRcOLmJvsIhJMWeRthkfPifOQ6BiLaYT+mm0X1Zdb6tTglnHv9PyOT5GoXTzIZYDAgMBgADGrdTOyzh7NXzij2bOJsKkg5QFNYZWL5lHWxOWhSHIkY0h6HNgkO2TADw06IzhbHxIwkQjwSEA1QAKYYgqVMYtiJZlNUkuR9c/bCqqc3vtYCZhOBmInPTDZm4DNKrwfbzO5n/XmP15KRRdSyvqxkEUGZe/1k9jrN8Rxs/0JaRWGfVTQsGlohtxqi1bD/KsLC5Kp5YSaT2Wq3PmXQ7PtwzA13lQx3Bfeo73AnZhvuKXa4t6J6Ij03Wa33RdHB+aDooAsG+gMhqzSu9f0oq0ufG3HFRJXgHLfgZFR0iblPTMrEpiRKcx2O9iLrg5eHtTxEADLIYcUMmEPBV/CxJvi49N8ePm5+JhGy1hchIysdLxGy1Rch6zMQMpodIa2ZWWtWhIyeHkJG50XIPJmcDSftp3OhZQT4Rc8gWro2z4WZ9mplqRB1BDgAHwqqrkXzlbg+9vKL2xpm7gYtAmczmTvWul86mWdznPT+VGhgPpM+cD4q9KxOekJccCfsy+H5L3ObciYF0fefzQs9mxeBYEfC4kRzYPMisHmRsHn1HjZP5rju2LD67Gxe3bJhUV6fhc2LQDPr3WzezPpnY/Nmrd+yea52YfOWAgZVVjfqZfOeLeydhc17lrDXsnm1p8zmDVauZZeC4J+Z9RZ24flvYZe6W9icJcSTvfq3LA9hBdywErEkFm2aeEbEEvbjvQCIbS9jJb6Uv+IMK1eruPHpjl6iIItJK7IYq0X7PahO0dw3WBbTEBvf3vglyI0AJl4WU8tTibfXfcFq5Y5ZTzCTTOSOWY/c0cpijAN6jVvwl59h5fLTBjWx0UwSDmDTWbC1/63nUitIzINsIc2N2N3hgo3lPWnxrXaWtSMW4mkR4mmrROrUSJOKGmkisV9YjVTnDWdiq9n38k2sRsp6+8YPzVQBoSTUpxFtBAknF9q7wwThNIvjX1Gsb5VFhASDucpqRDtrPIXLAieSE1FV8Z7Lqes2sukySPTASU3Dtoxleh1NFWgqjEq4iCp+D0Vs7NZcvCIH1SKuzSCr9TqDXGydQY6IM8jFM51Bspd6iFef43xBEg0SB4+LnS9I9wnhX+Sr9wW5eHu1Yl+k/RzkfI5UZn1BjliLOh9NM8556sQSVwSWZ1aZq/bqPXXrDFAUMJuIo9X3MhUCtYRwUm5EnfGLKo1fdHEqYQ7xEW2nXAxgTsqyKk7KV684yBp+nCw2MHpF8JVEjGCICp9kQxKgmrlJHmcjyn0sQUjJMxzGVGVr242KAidbD7DLOXE8SBlPRJPwglScpifNdXGInnApd5SeQ6gonGwvgHU3/V5Iz2n6PYxO0fMCOEig5yJ6HqbnYozQTLZH6HmWns+h5xF6ws/wMXrCcdoUPZfS8yA9fwjtE4/0X9A+PZ+L9umZo316ttG+mmx30D79vhDt0+9laJ+eP4z26fkjaJ+eF6H+eLINW6aD9FyO9ukJ/23H6Hkx+kfPFegfPVeifG2y/TyUp+clqJ+e46ifnj+G9un542g/mWxfiv7RE3HdDtLzJ9AePVej/5RvDcZDzwn0n56XIT8916I8PdehPmp3Peqn5/PRHj1fgPbpeTn6Q88NxXc+CkusdlGc/WhwCb1sLE7CtX/72uLU6Ep6vrD4NP9+SfGFUXzfVJz+HOy12j9ZnPkcl9hc/O56JLy0uJuf1xWPr8PzvxZ/yc+fKv4eJrjtLcU36mhqa/EV/r2t+BL/vqL4x49zH15U/N3HueqXFX8lKVcWj0rK9uI9D3PKVcV7H0aYm/aLDZth4rimYfF7LBLMPCHkURWxtwLGhlSsZk/yG9cFoeQ7DQymdXgykvKnIqFwUl7UNVYEO5xM2CzX13MkYHByN3o/fgZnMANm75JU6jtj6+H6EeYTvwkpIvhs4vfl5mCE2KyEGREW0GlaQLS0aQHZKvbF0qWDdkiH3JDqfkh1avtadtmVvxBBwDnfUTukw3ZIR2xXDnUN6ZcrQ9rph7S7OqSd+HOTH9K0reeoHdITIQ/pIIZ0OpQhnQ7XmOtzJjxuOEuk9CE7mtMW8GdCO5qp4XUBrLJeIuPYtM6NY58dx9lQSk7Z9qWkG8frVGUgt/iBTKnqSG7Bnz1+JAdsTfvsSB6UkZxGNMOjdiRHQ4TBxQI52TOSo3YkR+1Ipt1IAkyB2vjI5974xT94750f/hvrTC3hMBwoeSyUdqcr7Ok15evV6OUKiTUzJscyZRlbNkGD6mcodmdyAL+6i6XsVSO8uucAnjhu9upeTcKnzc32ahJebTUJr74zvxoijFWj7astDE5hNmtrgxOAxdXVk9fJUGZjv8zGUczGPjsb+0LEJwbZOtEzGyfsbOyzs3GgF69+UvBqM+MVShy0syDB1O8xAvBDZjaIVyfo3yPw7zOj7Wss9I9Y6B8CDK6pQv+whf5jhqG/D9A/aQT6Jw2CP2PzONYD/dMW+sgJ6J8yVg8u855cugIJQK3hpWuYFF/nXQ0O2LpYQ5EwBE+zSp9QxGAY+TaF3kVrgzNGenmf9PIkgo4etr08bHBEX8/GS12dnKpJJw/bTh7p08k393Tyv7In6/ynKk6sZfHbTh6xnTxOnTxmO3nCSCenbSef1NzJw+jkWS2dPKthm7WO1fG6OnnQdhIZ0ckp03cD27KOIx9vxT7GWDxlG9/HHbrYnFSX0UFRZvmA/XbIdui4dOispg4dsx06pqFPuJYv37s6dMR26Jjt0Andt0PbpENX+A5BF453VC0dOkUdOq2lQ6fstzPa7orSoWPo0EHboYMaOgPgZMa6O3TMduig7dAhPXMa39AzjS/iqEj5y6oBkXhv1DKNh2wnT1Mnj9pOHrGdnLadfELJPodOnlZ2n1NQZ5jgcBZdnTxlO4mMvM2p83fySunk9t5OnlXSyTNKOnmGOrnPdnLKdvKA7eSD0snTcN921HbyqIKmBXjEke5OnrWdPGo7Oa3s1EZ+aqH/dZUwSy+GTx2ZAWX3L6aYT2qhnGd1rzjm/zwaepsZTSlRpljZHUzN2MGU3cFkMo6yC1A7Gfs4BsVqVjTpmowDid3A7GQcUN3sxMdO//ntH//Gid//5y52AjkPK0s67LQcUFLTIVVlkH7TVBikfcZzSAdMlUMi8mHgg87zSEdspYftmJ5IZF/AmE4ndhWwlOAnOMh6OabWav0AMqRUid1yD0sB+s16N8VRPjIKt2u7+UqvzDGmX0FkTYlex3VrzC1yVj0bsLeX6/BnO7rZkMRshYSX0cILbhPViVtY1sIRZ2hvR3R26JccTICTW3bBtApiXE2vRl4NvYbymtBrlK+i4itRep8rPTWP0pe60mdqtvTp2txL/7grfdKVPjGP0j/mSk+70kfnUXrclT7sSh+aR+lLXOkDrvS+eZR+nit9Nralz8RzL73SlT7lSp+cR+kVrvQxV3p6HqUvdqWPuNKH51H6R13pg670gXmUXu5KT3HplM7Fcy885qdbuelWcy99kZ9uV3rfPEr/iEdzV/rEPEr/sEdzV/roPEov88tbu+Wt5176Qr+8Xdun59F2x5U+6to+Mo+22670IVf64DxK5670aVf61DxKP9eVPuFKH5tH6f/i0dw4NDdzL/1DHs1d6bPzaHupX96u9PQ82h71y9uVPjyP0ks8WXOlz8yj9HM8WXOlT86j9Ihf36Fb3+HcSy/269uV3jeP0ov8+nalT8yj9AV+fbvSR+dRetiv78it72jupRf69e3aPj2Pthf49e3aPjKPtof8+nalD86jdObXtyt9ah6lB/36dqWPzaP0AEprFsjO7kCo5h0I1cSBUM1efSLsS83q1+UNRPZrSMTAMwnukcK0eOSi4oOXFvvfrooDS7IgSIvbOOGNZcIbxpDwpjLh0z+ChDf7hF7d/Gutbv5LRDf/2nPo5v+k082/Nn+JKNxf63Tz3af2tWkuX71u/rXbqxX7Iu2fRM6flMqsbv5L/A1RhhvbrniGxsczrEk8wxoH74J3ANwQ5caGNIyhReVCGsY+bEfsg+TFNkheLBE7zuEP/EyQXYxrnZmuVc4E3rfKb37ingVQiodB60zfKp+45y11rxKPrKIRfyaoOlc5E1h/4K7Bbj14qIwbvmCCCSXyzOYPHBXNRQH+LYlu7HUBt7w/8GF5ZH2v2nR5B0vnFjY63Bxa929y66bLWzc2a3xEizWJlhs3sQ3CBwhh3GUbB4PFRVsoeufinC2wiiccaAo3Z9YfOMdBQ4MMwPdzkDS+uePYgzz87IGoPX9X4LU8RdTBikfwGD7nDHBpOLUXuX2tnWa4AM+cC/DhLhfgFk3YBTj1czYX4KrLBXiWN3hQbO+kqi7AHaZ4DQGWOAAtdYmW0A9gtNTdLsC1Q0txsiVZIwFgJZgSo6WuNNZmmywXGYnRkZEWggNBS9XtApxrUF0uwHWPC/BhnsM5uACfLdRR09KvltCv5jno14CjX00X7KDp6Jf7BE+w8tXTL+st3Fbsi7QHkHNAKrP0qzVHF+AAnlhCWxfgyk5CH0tot6a9dVE5HfIDKhxxlzUzAxsk8MxpxZHmz+MCnOngDwfOCzA6dX9eu39j/vrb8uT+vC5vwdAPB+mFlVz3Uzb+Urufstk8PxKkz+mXJxhaCMNkdSu+3Z8bSSUaNbSIlubGfN+9ywh57vWF789DyQLHOMHQCCFCQI0HO4qbdiFGfB6kMf2hjoeUnn4l5MC0NrykmcWiJ2RoFLDCyS5f0jfCQeYjHEiYYCi59kQ4SEQlZIQohhBFUT8ImSy2gq7o8VEeldY8IVvzRAgAH8ArzqO6U0cY6qQrBDU7dQ5EShWV1jyqy1XnJhs+TQx8JAp1NCofaelFZUjt1AeZlrpcdHkhyNWY8uxCkwWd2a15DYQ0cgAS9QchyxLZyXj/mkb8a7JC3LnCVDbsQk1loTbm4ty54RzwN2Y4d66GJVVlWFJfsS8yMyypcmFJsbdmY4IUWFU2UuUdf6s4DIeLVGlspMpXwnfwvot2FKdr1/BIh67gFoOiubMTFA+8N5zkQFoBpx11P4l5IBT83Fn5Unz5Ypd01iXdeRzZ0l9TSu8tNOuGsYKMYaci9Keo0Vww84E/xWsfv/3A/0NLvmhIckavqbwOt1hJaqSDvbKIB9Pi9ovakXgU4VCosXxENr9M4yHD3pGi9HalDLpgXBe0tG76tC7thK4d3WbjSTpmvli+NVk0PdkRi0pku/0iype0WY0zYH8pTOg493BBpOGXd9F+i9hACE72xu9fXwq19bzd+SWl9mJ6uC9LilqfXiyRbhjfDY5kxZ1YIuGA2SE/iFEiuaQXrBVbqCs5m+TI9WUmoJ04/ZVnu9lbdxV6a1fLBAS0/DmtiD9AQONCU/Ya9Jqk9aQL9AnHs7aNA/UJetdIIY5uC/1g4gNSZKtXQN9grwTQcuUuFmoXCsGfFTaqVCYD39pByulEWhAFmL1ylBWLsqXNR3lC5Al78jD3UeZJkCfqyROBUSnzZLtg2t2Th9lC5KHFlhb5LnbK351FWMYESZlDIqikg2A9Azg97HHaATZEtrngdFd3nqElNvfu6PN358uxbu1Ve6hu7ToEJxlFjN/MSHOPfu3x1/seJSXam7Yucvh05nDxoXRcXAnAJ95q4cOGy77lEXUYBXjjslGYxZbaBa0DvorHkpDdRTdQc/anZolkbTBvS4SGiIt4k1byGe7mQsljJGx4nXkLORbwOJp8MagRhPoa3v337GoP4LhCWyzwCDdHwreAmUOqurmT2k9pzyc9+yfT/5Pm+H9skF0M3kyHnxarKDrN7xh3lLGcn/p2COcMLq92U8faLlCpsKKpuMIa5gPqMJz+ETBl2BkPGwELsaChLFyjmgPUzF4KOzEzKfR2MYKPiT4vR1Wv5YOXCddS03vzwbfZ+8tTxc/Rx8H3ir/JqalbUt60A3SHZ3xEzEmMNVOBG2sAHr2AFvo17FaTgN+wdiN1Kkt7BY078OMNOZUmILaf4p5PevZPpv+nABOA07RMgObY4AhbYE9QmAARIfXvEAbI5WUCtHOybdwEIOII8FCYRwaKTl8tLEbXgpcrSiwz02+BMQMyY0cdFpK/H+tI895hA3NzVUHxxovyYFSW9dNsc8S3mUmbb5itzf3PWJslWWtKm7fP1uYbyjYvp626H+3qaYx3yERKx/w+ijnS6WeVirs6bYOkMZcYrAgCF9c8v5mvoj9Cp6ElV4zScXJkd/FrU1MnajtgD/CHt0IeFaG/xTvVJERo1GfKNf27zJGyMGSzz3LiMKe244KjfxjAl4AQ+9UOwIiLz04Nb/AenwfZW3ibZnGD9SjCFQqqOYr+OsUOKCwPoUWg1duZWNSibT94cUov4M2p2gsjvZA3wHGIgyWUUbBSa0dWLOH+WKbWHm2xR3HXqQ4OmoLjJ00wDjZ/YdIv1nS4Z5B4LREGNuhPm10FJe0WHs32sCtKvIhp1/OwvdhV0L6gaLKcEjxaq70AZ0v+hZZfxHi1QEzCW/gzDMwYoNUrthm3QAbQIBboXW+MdxRf/tavXAGznwuQaW/b0DAWEA3QWPE7YCUJGNO0N65hqaLZ1R4EYdjRXkQkNZQoHY0doA5Z3mijCoiTQELaC0WO9KIQ4WKZI76YOH8E96aOXsWOq7BrISICnNnTgXnQSnsYxiGV0rYUUZr45zrpaJu9yOT0Eufs4b3ubHAWFeYKjkzLWwUkSnqSVXuN6L/DUWE+APdCXHG9q+JwlJJSl5RwG+Fox30ZKDMn3V90vzJ1dBMZ6+hmkJfB1d9ld5Gfnr67zSf+Vr7Q9eLn2Sg2r3XlyWuowcYbzA1A2SxBGVVBaaqgNN2gNFSqAsroBoDSIAAuQBk9dVCi4npXxWaUkrpASfvxaMd96QJl1xfdr0wd3UTGOrp5TlA2PSijX5DovnEvKKkGEIoL4G6WdrjSd+7Phnty3EINo4Z35cndpSPRVIL48O4H11qE8EOA1lCeiR8rSDBBMhfnGe96C9L061o3iLN0ixsxx9vsCCCB919mxvxSrnct5ajPUo5yPkCzJ4bEWwHqXGHVwURrF7taYCXrDkfGTumYxZb+dWI6ze7OwCQzPfSmGUSD+eAhCPXxAz6F8DzkNLROXP5uDLlOU5XcLHxYMjmPggGwBebdGqFtG/ToNHwsjtD1yfcoKCsObMVB34rBZKQ2XLjQfCa36bDdUAOmthebLPuMSf/E6GhvjBnQ7djR4nZNckZ8xZBHlBfnvL4TwS4O3UTEMhEyBwVLqkpKqjuRUNJTlpI2No3+t5e98OjiP374Z0FoN33hTb/245/8H3/w8M/RBuZ/bb0BWetimBSB1PJWnasXjXYSFt3LRiwh0gsOuUYQ29G2znyQJWhzNGrxCt3kGDB2CTUOteHMr5E33n2I/UywS7hkmxVIxTymUcIgoOUftgcATNwVCusH0tLy85R2VYwaabYG7sal4aFOSm+c+C6OaZK33kUND8IDzrvf1U571g3EzxwrXYIeixA55sjd7E9NZhXcdJoex1mxnNi2Em6e99WcdqkaAWIve2SUaSj2/v/svXuwJclZJ1ZV59R51XnUed177j33kVX9nu6eGWlG0mgkmD5iHj0zei2rILQEf8jRrTFxr3AwSLvByr10Y4SQsQIPGBwaSQTn3GZ3tYDtWRtHywvSDqCNEFiwYxaQNhDsCOQIGcLeCcKxhl1s+ft9X2ZVZp06997ukWC0aCb6Vp3KyqzMLzO/d34fFr89ESQVdTlvpfUKHBjcV7aQUMV+pULcgvvKDrFI11U+PR5zZsGTdGdX9IgRsCjqpkQxxAnKKPrpTrBG1J4W4ylt/ANKSFkLjFNPQAk7MlrOcL4tMTqmEpVoK1ujZ0UFrHRMzpOsE521E5zhpUUbqFOyZE+qU7JkA5ViiZ3Anx2RthO1nS/e7TRxFi+zCdO8fOrCFPDy1VZevuUCNFJnH+EUR4G7fpUSw5USw5UCCdmGlkklTzJcE/wj2J5+cgoObMY2122lAJHpI7SO8Ar9IgK7++TT6RbVJeFA7VI1/keLeTpNp09O8VI73bJaoWUu/+idrWmyS7en8e+JabJN3Mo0uGQ1TqBW/O8Jbqkx1duS/l6WtukdAHMX49zhRbhFXdhCF2iLbdPb209O0/KFma0MT6+MZBpR307iH1WfqlNPdtBh6uh+yiLlFij+Tr4ta2qLk7O2aA+fYJKpEWhj8SwRcHAbKf8O6TfIaGMBq4CqX5nytXllOiecB+akphpXQVTbVGeH6xAuWABxaKZhKjgb3dnV3QmWuhOwcB1xdxif+053/GN0J3K6Q5yi052Oka2t7mzvS9hnT7qTs5YaF/a4O3icbjvd2T5Gd3pOd7pUx+5O1yBT3Z1TasrM7zk11cH5pT/pSazwxr7UPKFOOv1I9e/V/Uib8wShVrdBELMOLdL6PJkE15AHfp6uP/zgh+/9ox/7+498+mo1j8SvssffeoUX20St39Sl8aWD7L15RAuho6jBDRXnVfL7T199GooQKr2JXs0J30OtuKOgf0p399JTgHlb7cg6PL2XnhTKIQskTQgCMiunBBBJn3YKT0CySXcn+G6gTurSIYHlND+LCGByN1IaiMmY9qjUhUue1F1TZ9UZJlItmqj6HCfyAZj6TeqrqluDqluDmmoQbF0yYPk7l5hzqRNnuMYzNFZmZtaWZmZBKyQGr8hvDlXEb0b0e/lNHEvuqwG/2Veb/OYm/V5+U/bkGn2Z+kATvaCVtkHTM6Iv0Lf4SYemsq0G1BK1yU/all4G+rEtXLYMvT2DlXpGndPm2nNCZqdCZomfUGJcC6Lfhtx8CLcaZgSoscQkFblVz+JWw4xl1dwqB4uge0YaDWH5gbSwXFrM+9UVX+cI0sc3eooal25ajLjGUE09sqbDFgoD8XuVoHG9KRxgWOAAhf8zY4owJsJvZlQt5rB4VDQEGVVLWD+XocjZCSNER0L9WjB8y/mKGhOPGgnQFQjQxHe9J/VuGWXiQwdprOID5d8ieYL5pPdRpffMat9zi/inAR4Qcw9piKFHS+QWbZP4o7QvKsyxESTzsx6d/LbHrDYWMPVO827dfOvTUhqqroULqEINgBMdLOT7NLjF9YOs/vhAdAKeFHh5wwfEvaMJkpTnaozWg9TTGTZYOqQF2zvAaj6Yq8HNtKv6+NWloS9U/+YcM6u5Qi2JSvCDipGtqswcwqQRvRFqr53El+XaYN2Yy4YVWDzlx9dnlfcwH/ZDMNz717Ll0MyWQz1bDq0s7zKHXNMcVigcVlginTU1KyAZ5GRl1At8k2qxDTS+njakL/ArQwyuy8ABOGfDEpzmloR3Yo8Axc4UdUlsF+0RMBH54Q0pZ/FzXp9VuJMSwmafc5Jna+MSb5xbN6Exh48B+7D58X+rjRFwUuuYYMqmPSo/I4Z1fL+xj9DaATNDd9hIoBr7d9yCro8dIXWrqhX/GkQxKseYtS+XbMCwXWzGZFE+noLudyvRufytVDwszgYcDKbtvPmjQfQT9SAQb5C5z3lZy6NHILpIylnSQ87pVOIWEmq3EOROFbeQPHWqk675B1Q1M0h8GwwS1efoxTfdMP9dj4y3iGfyg5+QT3B6VSVue+G5YKI9MyTrKv5sSVQKxJZA0ikvy77saZeMUE5NSYqQN3nfzv2u/7PXI/IwZwoNOFNowJlCOZQ2zcCbO3xeUgIAIREogtzXv0MinMgTVmABbZq0qNwkn7mK/xhu/x0uRrCUVD4XEg6o5++/k3uC40p8NgsHmwR6OPXlMyb5SZ9trbwOGCQ6ZSvnmw3PV84m1dkPftHjACi0G1/PsXEkg3PoRlzh6CeSP/0ncRSBQ+A8Lq09I5Fl/VnrLdwl/0FvyPUTT2La9r6P9cbxWf6MFj+/T/LOSpJC0LJ2JJ6h8QPK38PxNG/2G3+m+4ZliKSz5T6rgfisQlPHdFwS2BqfVc4s+BGfRwa31XD2Eb8wtOWEtm6gl7oO9NKQQC91K9BLRXvXVHSgl6YJ9FKXJNr0tgn0YoqQnYRKv4Mjl0mgl/o77YazKpJvu46M2/XvlPBj8etB7yUzNyZ7zs4znWxfx5+vHGfH/14l+r+DSnCtet3/Ac0JMb9ziHpomfNZ0s6xlS/nd4zclNaeZU1f7VOpbNqXOLDSD8ExLa3P/vQff/CrlbdxFPAfvPHCD8JmaBD5DRUapvWlh+ac/y77mSN7cOvxjwTZg/nNhaDE+ux/+Ke/8v9x2/odcKDWe+Y1JLp4HBycKXv+gF/+aOFt6ICFi0MR53KfLvNpLc2ntUr4tI8GgX8tvP61hPkSvJPQdp0LPwU4cyyr+tNpbfYffu1nv8r5OWrYiH9WeRz5PzPWiLDP86GABeXPf7WuoadBSrsp/kMoGQPWiSKPWI24Nq6U+a/BPZWBZMFGG1APg82yavOFSnRheTGLf79/XjLjZmv6X1aiXwqC6vXgmgXdnAOureDqy3XQdcPl1HIup1Y0Imle37P0mVCGrNBnUjnRS56rpqV7nCdNI/P7l9ntXBRuT0zBcxLsamKzAxdqJriVSRNOS2lTVNmtRdI0HKa7NI0va61Es/xs4DdtscgTsWjLYhYbt6+9N4r7Fnj7yFXct6C4b+vhNUR538kkpKaWkPjKCteG6rCSHsawxl7JC1oLr3XyMOTQmHUysahqvpF9wbP17wutdG+VgOaXffbWMmsvYadOqGd9Vs/icm/ik7xUBfxc/rzqKsNmIffM0dIWFbmVo7W0HmfKcbRulVnjSZYAqvFvVHgVVeJfr5AY8BsVv5XviLZlFeAJjkXuVYSJQoyjqS3zeKHDLyddQSgtrYgNjZjgiZjgmWVAbPtljajaIkBG7gaKnA1EsKi5YkTNVb9WkrqOBcjlxAm55R5nMM3KmyRuAAaRGIK77ObpbkTJEcXR9BoEHSLKEUELmy9k8XeaMiGogDHx2N7YhHDB5gWw7y0wGWwv3keCPCOfBPGvhiKkwLTNcSU1H59AmcshmcxnqQ1m6EkijH8lhIgdn0FAAGboO+bYQ6ZL9oEdW4JY2f/bwpE4xQALAY2ECONKDt5CmqiBRZthzqylBnUm+mNzYEcv9EAWekUWelUWOjdzKQlp+iCXHmFyOOZirtqvVLPFTNWrK3aUVZ3DK+evhLSj9F7AJng/MZQYbfz+PSiiox+KgvXrVVtXIgYKSTiR1MVAMbIMFG0xUHTFQMEeVPdC7AcYeqqS9FU1ia1t05JtEznoMhAO2iDM0JgscoQ5EntbVbXzNd12hwuArKtuXt5N113R29kvY9kPVKlLuDMr6KRdt1IvL+ula3oTsRAfiZ1+XY3j96cDOOITY7GnumqNfm/sWXa8HuheXxZtbOheBbGEPZBHQskkECUTAnuL/h89CrdYKPZb+q6u76BGGem7mor0XV3uaLInoiDSWy8ionQ9gZQavpldXSpPJ8jaG+wnm2qgNogL2VM9JqRTbH94bNC/gLVJbY63yh4loLhVxya4xU8rLEaKyQnEy0tJ3FEdHbpTck/ZJsMdtcUuEQE0x7Djb5l8m9oovGncDXwh0D6IFVKLVRCRkGMZ+moIeyQ3HDoNB1PO5qYf7fI3gmlqSob5y7tuiV9WJ0Q38WKIbvrGu21bbWWuBJduJrvMI6uB6QV7bmyrHecdtUMt0FaPGGjsBFPLQbltg7Jqg7LqgpIDu+aD2L4q3iV0B1Bu3zkoq2x3thuuTpmPsMCyDYcWU+KA0inxy+qE6CZeDNHNQ0FZy0C5zZ4bO4V3CJTbiGkL2a/N7Mqu47kxEL8NqqV2i54bOoeeZvratu2GlVJtanMdHiEqJvr3jC80K2ZRF1t+gp8QgDmpM3O2VIM2O9eIqAbRK3CfG9wxVIR37gObeU0iZT4UoJnenSMuO3hB+VH0I35gGHVt864yz087NEzkyE+O0UEfCsx3JgeCRtkuCPy277gh+GngOiLQZo9/qyJedMcXMH6zEn3C4pFdPWrtmEKFoHtwxXKaMALCaoPKC288Y3E1gs8sXFpk1QLjasyUNmjufwZzDSdCdlkhISx7EMuDOHswkQeTnxH+uCr8MXvHgpdxnFWy7+1ZePBnLHW1Xldaa902zrBlfirHUEJ8sRL9YhBUrlWvf51UEFpYD65lBghHK/GPaPoy1cSSYiKa/coXP/KBKuu04h/B9EUkRP9zkZ3hDf08ZGdG0bAW0p+DTI5+6aH5zcUBiB+XOs/nBxAG4X1Zn8efq+CIZi26PSXC//jKWIXxT/nFdWg9MivRemTWon50J6sxq3q76/FXK37jmsY2IEm+YJsAF4hwdLlXUNAlNHy+8nZoDM5X3gXonq98rxwTLiAar4hoXDQTLL2eKak8vF7ASpWl1yvO6xX39erS61Xn9ar7erj0eui8Hrqv15Zerzmv19zX60uv153X6+7rjaXXG87rDef1mS8L/4ejoHetrjUUI7DsYzUCo70mEzvCxNbVCBPbwEXRVI4wsU1cLpE0OsLEtnB5F7GJI0xsN9s96yLmTlxb2EiE3NHSVhqxF7FaY/7d8YKrO6uCxNpDRl8cedp3Xn74Px/994996f0/+VBSz2/b7mwWZzJtF/zunJebzsvN1J2ahz/6LP779YdIsImcepFTL0p7K/rZyG+bS96BdhOttOn2s+O83HFe7qSNFf1sqa5Tr+vU66YFJ8R1sZmNII3NYJQk5vHN7Ob2ZLrZ8YLrwTVrqf8nrJj34KZAL09mSCNLdSbxHwTpqFNRE3HREH0B80uJrU69Cq5oLNiLkMya5bwz80Ef1rKycVYmllBuMO/IVbshqhvYdWvPRlATRsQ8wYlksyNMWkO1rk6TAUlgdRzwofshay6ANTd0dXF1hdCrxnzXQDBIjKmF5C9oIe3QRPaId2yjjbSbIMxDgxZhnYTesd0KDkCvSXsmRPvMf5RlgfpTdFlXI+0M22a62NY+IQ2+9g+EkPZzdpcef5TPahJU23DfUeECb6Wmdo3qEhFGD+tJ2K5G2TdqVI+tw40rrIxM4PEcwYezdxUPekkExOKDr2UP6wNVm6fwPIqvot36VZyEqCds26HPvNvqf13F3H+8yb4t+to/WCz1H92Xz3Shf8y7n30GaxZuYdJ/fWu+nA3no2Y8de4+3LsH8P7BFOFBK2lGGk5NdzwZnHjVaFDhI7XMZXUECjpSG/pkxyiLvsE8yAZfJ6KDGkU/4AdllHQFfbQ348uij4YK/GEtaF4zmVe7oAIxsvM1BJE30p54YfWEChjc3hPc3ndxe1GBabGWsVEh5ugsdKlikSKm4QoMdRTGj1yw9ARDeQUM5QNDDbiTvJpmcM1vQwPjqT7wEY779mXwOcOoBoA7tmgFHig2RkkH0z3zOlYn/dTeZ/WMnR6qwSNQ4KmuQQ4q5rsm7xpiimkVt9g5p0kYAcd5Yv05/VpWVWOEgLUsDaCDnj5714SHhF6oxiEwlG0P1WvL3Td4q07v0LbHEX1axtg2pq26bBMS7XnbN2l0LakZ8TaJaOnPWIXD0S/q1G59ngI/dq6i3QZv+0ZSF+69+W6rnw2qhH529HZvXM32N9oDwrT6mbUHwgfHGemovjWfWOp346qgq7J+CzwK/c7gwdtbg4SIPuzM2jVO25eGent77vYe8rVvVMyWMfk3jmVM/tWQJJIgFMNbINJILssV3M9cqQ6no+pm69Vl69VYquPwC4edO2jKqZeQt0P4OBT35XY3YnT3+bSbED6foUirvpI7kbJBLVMPRZa6BTajmi5QkeVBCd9Q48SlbXEtlnPYZGekOF9Lcb5IJNoGwSJf9Im/ITB7+ZD6+b8ZkFp8TYB1jA37a2H0+5UgkjNbgQCSQRpZNo9QbB51sXnkIG6z/2jLUcw0BMjEbxrzH7uGttkMnQE5TJuu+W8TgLPNf6Fb7i37n4plgo2LlYS/mFkCUhBr25sRYAeRAjvUvIxDETUOa6e60HyCWjpvPCFvtPfE465tXoKfXtrj1Er7fIDWkyxYHfh5eWK9JoZIH+lLfUxyXO6rHhd81bviKIHZjxcqttBLREwNUXn208bU183Ud0wMsJ54inZYTBDc3eWsXlH0FjiNdg9xGnUMaMRHwIs00O6js/lz4s73IV/MZf+uHjSuh9nxPsABijNwXPkWDA/ZgkXeqpa7B1jJnOyFYvWvhq0IPVDwNs42brghuJEiaqR4jMJfNPMyaLPZBN7ImZEfvKFq8F1PlhXHWhMPBGZeDNOCg5SpJ2tKHwPsq+7CciemWevBO5PLOourU6skZ66m4opRYdVYnV0SpD/SZlf1F2kuKKg+TtfqNntOm/1Cm2zk8BFuYo9kmVAiFcLiEfK+CPVQ9rTtSDs50AhyeZq+1TPwcL7Vcb/VDnFCil1+Q3Y2c1YGwkUhZttlEZ4zqzlQ4h6fY/VU25mEnvG1IC5RQq7FADcmLn+LQNOxOnvD7qwDmhtOd3F+hEDzpJy/gxTehfcC+1Wr9uz6e4Gb8wGkNWGXtO8xNLK3kj73KFb9mws2mcF6kver4yyDG7wMyvvVLfSrQ8uvxgtSEj/yviamEQlkgrc6vlzoBZVEvCQjMbKs7NEdQipltALwcMLDyETFEGVzRkieuHMskgH6A7RC9qLot5oksjUy56IeUEhf9YBCBri0Sc4wmKSXYZKRg0m6JZiEdhEwyQB/hi46sS3aDjoZAZ30iujEM+jEE3Ti6TP+ffHu6uaLGEccBqLjgOMCtNT6tPVAdeXcWDc7GZbULS6AD7X39emqxiJtWmoiiCp8HF6EezXM7RQ4m8OZ1enaYNbf0pmQeIBrTm5UmNOYp6VVZipGbOrW3IQEcpAj3bLJe4BL6Excby8d8w4fl+zwHs7GD6EY27dWJLgzDRy40/S1CNgTMKmBtYJjYYZoNM8SIok1XBr8uwayvECUANasaCFnziJRQzUtyN1gqEXOWm86u6+FmBjACrEcmE8kuTnhp4glpabgiK4aM46oWBCgjl5/DAI6bD9J00UXvVvaMkLiIG3OgQmOwefPMZSmHlpXDy3UQwsxgNKhtbglPh7XyIcDDqXpDLBRGCBO8wjGy4bYJFYuBHnmjT1ilWYpR1IrcCQtVbO5EMFTMdxo3sx4qqL3BYZPJV2bzW1nY+hb0NAHNmn5pqHl14vzGtoQ7o4uLIzOQLiZLY06bwheCNkGgFBMcEytYdpj46N97tgSdjg3ABtJqAbVZj9DnITkjSxbBKgxFtTYpaUSRf/eJ4Gkcm3ZWfKCxQjVj3t4LMwcgAwdYJf4fFe1TKyAJLKsm1HSDi6x5iR3l0yjKzzQUJwiCX6SmLrNypDs+QIYoW7LF67xUZ9HEvmi6h5Vv3QUWVjyADM76oYQgz8Lg+b1qpxKSpvieNUUx6smSEHLYior2huRhRPh7RvaCbFidHi+6PD83AmxIlKIb7lWtUxQGEceKZxa0ufZfNV0PPACewQe/E8q4DsJK7bhK0igewsHKhH/vhaHXIniHw0kXkFbWNOstAEJo8GhT5k9ImYpk2BCqsUhjiWErNCeupw/syo24t+v2K81hLmKcFLW6mtagdPqLULU9VtJTPNFm5I3QgUqIZ3m/YAjX2kHYtW9CX82wSZYEhE77/kSlli/LWJOR7+PZ3Tf0HU5eApi5wZEF3Ru2soeAvqlQX4yrxQVdQuoCGEXXFQUSJRqqNMZOjQqDA0Mk5yD7mf9497FNznGWUsv65Lv2x9l0ESaeXY/rkOjRZzvPdOqOSxdW7YK7xiaFiwj+OKxXOa/sn2rD47yrT54ub7VB4f4Vv/bwG9dP47HvnVm1YKOV/DZb/HEWC7HhYgNBnAS5eBQxY6/zwBlVjBtAsZwLpGATsGjeUSSJkDNgUkycLM4094zjne8W4wzX9rN/dnbDHPsH0VPGwtR9QRQ9Wh4a3FPwzsSeLdyzZHl22d5Cxpn9qajIBKAv/lroh24JsqBC6Vex2VKpz8Iose/BhLF9zMN+ex/RAJFzjPXtEABYaJ/tDCBeBPCQdWWhAkYSrUJpFYUJjjiFPNQCBrl8FCNr4sw8f1/JbJEoyBLRJphjMBQlzLcEokiZz3BaKvwyiHM6CpZQosIq2SJ7zeihJY5/opECWaRGzbTHS0wxbcpSiA+fvTXJUo0HXh4WmCwR+Vl8x0eMbqiKCErRAQsR6b+2okS0VGixB8hLG94WOAGYLb8aIEYuZOeg8o6JQcLOvkZNkeHXjjDxodkehINEWFbOxzMgXFUhXdshWhkFcEcEDRVAkXv06xVaf44yFWVpzESJ10WTCwf+mEeyC+nU4SirTB+cDSmNUvcKnxOJCiueHlXbPf3sRpcTRtTdpQZqAbcWkRxaLRXMZzBfV3b0E9mSvbYDFFFk02OO1JhraPdcAU+8g3zaI2/UZmmpqSZv7zmloRldWpT9vWhHk55rKykBacwUEP2nh/icVKRMIdBATqjHDpBDp2gCB3ncMBQja4AOgGipwA6ozuHTmBDhxsOHOiM+RvBNB0WzyOMFMqsEmv2RllJDd3Ei7UpjzWDDjWroTNS7DneI/4oeF8a7kmuHdpJezrEtRNoTQdHjsQoZoJo9JXEKu58c499c499c48dtscqvMcGLOVhj42Wg4Aeucfm1SByD9WtCkDUdrZVq2RbtY63rdr5jmrlO6rGOyoLQVSTA2EVVZOtJFwHRxXfp/ni43u0oUpXSby0Sho4/Zqd/ypbJX0Va/DjxAzdxEhshdjj2nLby5dI11kiNbNEanzkBq12nVbdJTLgD9B093WJtZ5QZpVknUMgL1PCfYQ8wn20lkiOWvBZXi19vIHV0pYw92VYWNuSmsVQRk0TyuibK+Rvygphq+UyDjlyhXylElSvtTOpnnXDLdENR9kyadJ0dLKl0neWSlwi0sf5OVYSTSvuefGKu176ogCO2RhfKYR1wFpBIpWkw6Ecklxd34Vc+CgCmBGBbSKqC5+qwaEWCRbY1mIsgScLCh6oJky/nep1TtZg3krlxFD9yjR/n2U8lvLYBShgfSrNzaAjqR5Yvclo3MSE1t8dGduLJduYls2rkTJv6aiLqfst9v5s5wHgCYR91dOqvnCex3ZjhwfZOj10qCfpLpSfz3SXZzqOok8lFSQj4TBSl/bgr1MaRYr6BJXrvXI5Kxcll4lcYrnoN+H/84JvQp80Zg0kU+xAXxr/vH/bjVEDZ2k43NIn2N2iMbt/L/4HBMfG7BcQ6flRSRkAvfyNAPFNwtmFPZLvdPLGkynHh1JphRPR8bHlv5uyfwLHNX867Ypm3ZwP+7YDqEex8BjFnKt4/wyR5qqcd9CkDyGm+MmlanhfVZCdsLHP1ayy6iwueTZZeoZPVwufFiV+TfU+Cq+Xi94Fka/f/Zu/Obup1eIaWD6HrArAq59UFUlnpsQN5Y0MkyMgEtrx/Bg4dY4TVz0+gHSC1/CVA6BGBqBGCYBaUD3QegIw7NFzNsN7U47qdSENH6tekxyUBlRNgU+rFD7havhoRrW5Ej7hy4NPuBI+DJ3KRe+BqXVi2QZUjEHPLu1LYlIa9xvLxr20RL4BQXB5FQgmkFUaF72f5qSyiB39nM+5SJ5DzPBfkPufxf3cl/Kf5eRYXlqV/DbtRzlpyKX9pEUjQ0YZGDCw+D4pFbxP+TpPC4dqwl6MX0W3n4R9EpvVj++Vw8/YqvE5fJFW9IPeZzirq8dGRw63hgT32OEXvKkEToOzKGcqzB36zgafq6ScZ/GzlRRUHy/9sp9yOshPwod1pi0ovmpikhMJsxde9H6ngrcu0nfT+vfpxLS/7Eu9VHAGcWFsNWCde/3xKbVU5fyzj/CS8NscrStbB2kd05Fy3lm+6/8tECdib76zw+9y5jPON7byWz7i7OhvVZxvVY/9rarGAPQFQgHgGdFqfUrDqEwT/Vk+mc6gzt4El/NEh8+M+XA85QD5RM9nz1dk7uIPIMJMOPuAz2lhY5lWTm78CzS9vsx4k2b8w/ors609ev9D1b3478jqGMtigY62NWvGVzjjRUBLoqKXxC/7Zk18xn/Q2+Icd2mho5GO8KgXheS1NBH6ZKHNpT909y/9Pac76CN6w6l+eS5Qc6SjYhY+89e4sL9YlYX9heptLuwvV7+5sI+5sF+ovryF/ZHwG3NhB4y6V6e4r2YRKqqS4r6qU9zDRl41MprN3Z6VTzSIMqT0HewZgmuKPJAVDc1QoNiI3y7+/lXp0iexBjkur0KRTyTvwh7S6z4gXJxPrB3yzF6Ov032X0MIE2QjvFDcbm1drbjblNMtmdhKBlbqWBXQ9KUd0wjgSt8+a749kW/Hkgl96dtbx/z2PP92Ws2nUtYZ2tpa8f3nNVX+pL+iB5/xS7tgpAXCIGZ3hsIdW6xPY4n1iW6X9dHOA42/etYn544/4zvssbKWqmGPQ94JoU5TH+fQGukJc/B1dXkW3TmUrfdhBIBl4Ic8A+x9k1YerV7L4Bq64shxAV55GQD/uokjDG4iN2enDod5VoOGAPGzfvyvzE6jn8/hJ2esQ0BZWo+dmf/eQ1NOxzrldF9STseHpJwemJTTRCgkj3RsUk6boiRmMmKnnI7faTecVUkGeHMgjekMP33JDf9AfBb52s9V7oWYz3dnX8dRlelO8RrD3QTyPt/FoAl812ABDXcsy9awtB6gwf/lv4U70QMmW3WNUOhJD4qqyjV26ArEQbGaR31zVZm9JZeTptFPNY3LifZNbLiqzIarmtKHgrs06U3oC23VVCVTTYEye/sJoqGLGrOD1fcolGapzwk4A/YqoTdaVrxYdmlqcEzuFOfOabavq/gR/l3D2SMTab2V5y2rISIBCkOuwFbzR6wW6Hk9YnexKCEmosMqVBzIg9SbuaOgEXpRNyCRR5Iwst7EydXiN833OK4JjitEkrPNk5NxmYdeTwfQqqtaQVHVEDdbbdboFFWSHZ7tbiRpJ4/j7fqlorfr+9hR6WYzaF8Pr2Wn7CTSYFMiDbYk0qDgOR2Y0/i95l5LHYRarxmdluX4mh1e18fvKqph/IqbxudV4ve12ZWp5IgV9zpAuEyiUdB+z+7jeMDIyPuGFDu5krCPSod5Fo5xGiJcoO0f27DGHHJeWDh9PkHr8nHGmKyMhWiqmR2czaKF3OS1ap38oVo6GwZ1u5ANQxvb2PY5SsaYdaTySWO7dvOoVtLRAQf7G6nxIh3np/AZ0dQ5Ya4nyiwP5rCGGqrBPBkKJ8/lNJixE5PDE7uZJyqePt7vs3OqboefR3yIjzMLdC9Pac/Eoh6usd4LF5o47LCKip/QyREQL48NARhuWzTEIQ9QO3FnOUPg11M2UOq9GVUI58IEqv2Q3b/75UAIZdSh9D0fvDvkUJsKi0PW1eS5uKMWhm3yBst2k3PoHWphOM868tJDVxya3FfjZS+ikGOgv5mJhQaN5NKradDUDGhqy6AZu6CpZaCpZaAZI73NyAFNTUBTK4Jm5ICmJqCpFUGjq9X0auhoX1ke+WjlyEeFkRfBaaJgqcZjcJaVNTXGVtF0MWA2EvxRT1woOAG39uUnVqAmJ/5vFbyTrYQ4f/3eyUXEfYifcuFVNzXj7Xksu02t8l3+RzBpVlabNGuFU9NBBsEoN2oGxqgZHS/quDZqwtk4so2aHGC4zKgZZEZN9l8uN2xeZsNmYBs2Aw6omvjGsBkQCxG6hk2/YNjkeJ0+2x2bhxo2GzItTTFsdo1hs8v+Eb5txeRWfccHQgyb/jQ1JZYVdOCWhGV1GugjXmwcath8Kjds8jkOTjAuAr+bh8p2A7G5iBZzEVEUHVSD6rVI+MV24bS9yy+yPTNtZusE5xfask6aqi3rpCfGzJ0jsjP1ZZ1gtfY4cy3LKQFHr24arpHj5Q4gK+1zbJGKNmj6eo20cViE14gnayTK1wimX68RT9YIZ0IitmbAa6TFux9kmG4NB6ckzS3nAZU0tx281lEDbdziNdKS2DNIp4oE0eJBoyMENpFGmFsdOq16U2TktBIdY2tMiWeUkqabu9gqyToXsm+OlHAfQ8lqjIG2zBqJ8gCwNZ17t4Y3gFL78AEyiQ80D6rXCCg+iSzd4hoRk2gvim7kKUDt0NuehN5G3OIKY12ZcBXkk/00L4bACpPNBuhCKAXPihfPfr4SSiFAXGyJhLqoBz2kizIyjcSBGII73TLBlQJBa8ywtoqhITqlMZayXFJFySdkF3v2jpPDcKuRHo2v5ubzrrmL3dkIsRUFnulOJbg+wwaqkRT5fk7KBIyH1LMILt1EpiYWNGDWjt+AnK601emmHiAIJvc6Em9zImU42d5kIIKIsW+Jzs4A9EDDoG3ehcJsL/PZyrIXzcBKjH4OEOH+RhxNDslpOYY2Ys5z5Zn/fchge5wWaPfWxWKOb8MhTg0uo70Bt1fITKwzSleqX7seRwZEjdn19xIhTkRq49zqQl44/IEkmmcegeAH1zQI/DjT1s/CbYQ4RxefUXU+QEVSBvTPHZNpE8EG0Dum7SqC94TIrhGfrnhazj0wj8kjEyUpUl5gMQIWwne5TYGVhB2fPfCFp6LNY6o/yvOsKwcllaVOYH/SqVP2QeLXJTexzQ9H1shpKjR66NmxmcI8RQqzKoiu+tuV6Kd7QUMycinO0VDqStF0Um+1dOqtGHeceosN1ZyZwE69RW2+SDJa9WR2Eobf0Ud9LuJUnwqeRzqmYDqr7nfDoOJXPKjyOYKyCqbnPO9Nf/wnv/7ffP5zv/9P/8L7dpIzq7N7oaeBfqX6pp/Fovogcni9Lngj9fbF1lnPe62n6PYLLar7Om9Cty/ILSI8fFZuiUmYPS+3PLsPeiep4Qf24l8SMZMPWPh5N2a/tDOrxfdNJe1W9pgG4nmz//MPf/zna3Dl4F9f/pMf/uMa5rB50XspUBVIrk2sXSKboECRnIYMxLxaFWcSXLyLIhGjJ2yDqs5O7sWvosvZPfrzgmeZoWiC3hGfowmuXvS+60Hv/twKxWcI3yFcezWzQlVtK1TBtNp4VF64gD9nH+2wtNoQu5M2ptbwnfu1ySl7Na1ZRiBwXW/rwFeY7T80UY0lww/Cn8ldmw0/bdV5Z0crh3Lu/7D2A2NfOm7738Hto3Wqn6XLawvcY4H7mB5+xhOItwXi8VEQ31oJ8bdlEH/YKOddi5+B94hnxYW3ZedjmG/lMJfXU9Hp17ThjXmL2uOdajsshUtNw4U4kRwuXI1hwwa6WmbgO/wrmF1tSURUg+N/hfYzbYCfJIT+GOfg4pJ8RvKySD7O7VdtA5fI7LwmMohfEIiHnNnxeU9wAs3Tm34ROOFDghPozdlH72GccC/d/sQ9vOXP0u2Pyi0wxX9xT4Yp/v3dGab4s7szTPEnd9uY4n5V1WgiEsNLFYQHkonY2sLc1hZktrbgMWbyAqRe5EyfJM1pVxJgmkcfJFwhqIVQyP/zq//wJnyR9HZtQqh+SXTjnM0OR7pY4kFOCxWeq3yBzz/hVZgl6M0vBYyOgr/0U2YE/9xPG5JiEIJe49FORa9fyW7/JFw1+SNpHcrzpB1cNxFYMfGSIMzPchG23yn2E2ZqHuNQOBGPrq3q0O6/Q3ad/vWdUCHC4RT1wSV8wYMt4to7eBnVZBmh6TYbb+0HYM0e6VRF0+XnLRBViYh38uF3Lxad4C0dobHyxrnKd0Mx+yb/H6j2O6ZJJxLgEFMq2FemKsinqplNVfMxjpFAco6oQZDkh9nujs7fCDipDmwGGrV4YrCgxQg3wdCkWNzEyuUSPrhFPQMVbkGVMiHa/fFPVIgaTsQ2oFpZDsGW5BCkMoXkfPeVJRgA/XYSDFh5eP63SvQGqJ2btxNkYTO+jtSve1H0T6z0xpkSwsr6Kmdc5JCucPrEyh9TvUN9Ojzxax6Qn7XPGHhthhRIchgYnF8r/l8rWn/yE4FfOzKvVlWnG8Ll7SQItZPacpatWkEL75Vl2dIphTZXZiT60nEyEjWpR4V0Q8sZicJidq7QZCSqscAl6bkgi/ARdmLYqdH4/TR9P9/0h9ATRNkErlkZuwLJ2DWQjF1DydjVxQWZiEJACNYDoo/aSVpme11mO5bZHomcVtcGhZaR1GoiqdUMQ0+MvInYtibx/A51t+fYJIO8fEBglfRDmwTOYV4wLPhdc8wNJ6eRDvRHsO66uYm6xQRgPTeiR0+LfojyLSF8R2L7oPX3FvbTB3iqbOzwhBlk1R3SrdB6o5kJZCYSjvNGM9TPE/KBV4c+o/XENB2rSNIY16CfYV7fpDGeVQBCnGYeAL8OVR9KUGgY4zekDXADxRoKJc2lEuRTEeZqrPow+CHmdxU+3BCb6mDWmxCbahwHAYUVUWvvcXozKRFTGqcBgyRUB+du7hoY0GNcm355TLEIbem4hlUeHUkfezQWyQjRQkaIQB9T12EO2OTjWYYJHduAVjwJsVmhXyiMDyucrCpEBEcELAbxrBhptgXrPJEZL+/Uqtp8MEub53XtdarTZ7UN9EnxeQiuUN3v8SGLnoFnjOQ3NUwJAf2MqnV8gauHdHgaYJAexbr2A08nOjSkIo4skwE5KDKM2VmXiEMSOJWWViG8V43u2jPuzSLr6oa9PY6xIsrrOI/+0FZjLYLqqG5wsVpaXxjM7KtnqDSIltdl6euwZrE8Wos+liutPJ32WRC4xwgcGINwdQEVegVku+koMu0kctkrzSOTyOURPYgQBkwIf7A0sojg0Ybg0abg0ZDPlFR1Kgg3h5uMqH3MqJaMI50UbF4x5umhR1AK1KVIW6KCUVdJ9jEhrkgxD4/yNgisxPAbFtMFxu8/JOERkgPaITue8V8xqWZ+OFhKNZM/ylLN5I+yVDPy6I5SzZiqt5tqpuK9cuD2wWW4fXAZbh9chtsH7xxuH7xDuP2LStC43jjOAcGoEA/IOiLoFY4Ido+wkuiYX3I80BdLGlrJLGkkP70n9W7l9kCSkzsHyr+V8uG/mf8+qvSeWe17bh0skr7yJQKtsbgRObpF3Frno8SrVTjSLE1g7lnWtZ3M2qKUVdCaiBo2D9s5J9xEzRxYD3qqBptDjacBNr00uMX1g6z+6EAnJ5YCL2/4QPXmaKKrOnM1QuucP4Al26YOO9o7QBiQg7nq37QmVM9ko2jIaJhTfL+FaWy+8qexhwHSNPaXp3FQOo1D1ftoMiqbxo41oyXTGFuzBttVfODM65HTOF41jTHN0BxNdFQ8V+O5GOCcaYR7RfeALiOayMFNGvPiNufzt7+5LV+p2zL+cf/hP/+VK5tf/IdvvnRwO3P6e98gezRGeMHyPTpcMafx0Xu0bE67zh4d0J65vTlduUe7Zk6JPVuxR/uYU9mhw5spragD5uVi3qrz25lXK3fH7xwrd8e/qkQ9L/Pf++7ZQ3vRfz0KutcvXstWRR6Bs3/Cmz0T7qeha+DN1AbLLDFrgvoigedhNL+bmJmH7NTB7TwGnyS/4miKSAuD1MF5WP1N6MwaaTpn3Vm6Pk9OqfXMtetApYqKNgnaI5JcpvvscYZz87OUBdamnIBPuZFNXS+metz4uvVgNFfU8lydXqTrizmJiJtzBKzNerJITy0QQUM8jHTEPjSbnMZZ8H2c19AOcTdCub5Ylevz+jrX1xv6+mJFrn+uf7+kry/o6xf09Tl9/aS+PqOvHzH1TDv6+gV9fUFfn9fXub5+Ul+f09dn9PUjFezz2TOV+CHEt1bRvsQqb8829+lHgqjq23wXQ3/D4I2Na8i3sLZZcvtUzE74VgfA6UM6QdL/Qvs8xSJPHr6P//ufHjp4+PKX3o+sSw/Nkx2VPjztvHjxmfknHzpA2rYsjClHxoOn0AvVvT3JRbVJC2ok/r0vIJa/fjymx1t5K+muvPJMNX8F9uwd9aqH7/5q8v/+u7/7R/TSOgnYmwt1bjE/oMWSV97Wla32z3HlbTVdqDcs1D1WI2+gyttWZQ7hj5TC44V6/UK9znr19fMDtT3PskYdqA19/388dDBPdiWMGKtSZ5XHpkQatqihKfVPvWah7rMaes2c0ONYrVO30uRVajO5R20lr1PbyX1qmGyrSbKOTZZB76UMeus59F4qQG97GXrPLUHv1VYnNgl66wt1F6C3blXe0pWt9u/iyluA3hsX6l6rkTdS5a0V0HtwoR6wXn2QoLd1CPS2GVh3LdRrF+p+q95rBVib1Is0eTUB7V4C1AMEsPsJWJsErC24v+bNrlnNplO1Rh9Suwf2h8/YHz6j1/zkEi/d5OGnv6X1+Zvf+7/Tl8f0Swr/nH5NgmsqoR5u0CeowYXV4EX7kxfz1ITwXUnUGeeB/Ljx9y6pi+qMyx/cjNIhMZ+Tq1O+jq/QNevdFcQEylxRH7+EIJLZj2SE8wAjq0uJ3aXk4d0f/tO/9cmd36UClQ9wnqqMks/ToetRMrQ9WPK0kEnuaZyM8rGomwSdE6yZRAa0TdW6lWxApZW/vaajYlsJfifEEDw8ufjwO/5DskEoZ+NmOow/7QP3EOqeqGH8U/RjbQ79OlHu2auUNxWf7NyZz/IBtj19v49GsKZGLnyxqU6o0bM6X9wHHkJglE11Qg/jO56f0+LJE7+hyHpw1X350jzKb+dmom48dWmOEE55M9kc3vh7z6NI/3ruvZdomjcefv1Pf/vBo//mxx86oLEmE9oT8u6jl+ZuEWKIIbVcRaT8TNWLFAcwro0z6lcTt2pJFIeb2NxM+AbYYlZFdJSIDZw6JgOrkls6qIPdYFbH38+Br+M4oEdjmuubyThS59VZdXaeuaKDiNydk/753Hjsnrx0M1mj4dBKv6JOqgvvflpCRnv48RQs09gDj2jrgbhCn1LfOk9OajuVBC+5pfLVe3AFQUs31IlFel4evngDi/IK0N75h//Tp+i/0/8ZnlzFE2Xlf+S472v2FiUmZW2h1m4++/And7Btfuwh+BBKcsOTxHAQS0OkFU46fdURBy1RweI0T6QeUsx5xBI70xeHcH9275v5jK2qPJYguNcFQlwn1UZywoRsWafZ3ySeeUqrfTfZUGeT8+ru5KwaJ3erbyGmxdN6mU6WASQkVk+UvBaDeBUM4udjv3s9S7Rkext5WeAW8IeZt1GNowLjcCjdsbeRxA1RRu1ouRrJKZdaVhfhDDjZkITRrXH1B9huM3tgDyWcjgktiIfTt+l6XJNKXxu8HT/OVR54XeWy1Pusx15OfIb1jVQR1zfjdOLfhtGA3Zm8KTsqsG36sq6CZ3vMSPoYHEyy/8Z7GiLM7EvE728+Pn3Q87RN3fh0BfTKG/wL8AJ90HuduGgR+0y/L+ylsMXQrNUvehH7qfMZ1lCfVJ79joegp3ymtiJnamFtgKKNe9icJm3pWIrjwnA2idKWanFhNCUxi5n+qqJ70Y43kbu1KcxawNKRarIvWAT/Wx+XFqxMzcu0SdoXIChB3MERdnAecE1pIcNM/L3yA04Bzfg+pOoVTzap/VY+zA23ug5cpzywiJyj6Do7O8CaUhXOfz/+KDKjhpmXUyheTirUC2aCO55xCPXdPfjX4Gx2FU5z9AaJmRBHuf5b+TBOiEN9koPobDAh2LF1jRvGnxFmG+u0vffaoCqyRojzoT+GbI8AIybDWgVIlqqhDnhrkDKs5ZUWoMsTQJhzShPgv41QS5SNc3Ydg6y7/X6c+1rHyAJtfOPtYfcM86RdOFBTjqRX92ft70mbwgn+3s/97s/5OGL1u7jhhpW8UCVRmT2vqU+PT1V1Ri/8rve2aVplZxuu+DZ2xWu/Jz6bcAzz9nsUG82We1XXq0/WIjtZvUeySrbhls3j0v1rPdoJWERuYylUcalm7VV1e1VpryrtVY3fPJTBDW6N2q4gKpg0ivPtggPp0492eP9RwzrREy1TWTuePpIPnxg5BV+J4ld7Ufwmq3HdqtKpLwENtmcJuhGjKLdSsibZmwMY5nVZDIALOirA386eXNZPvi178oB1wvud+POO/dnkUV64FpbTKG6SobhYUFVchuKmGYrjNX5W8Fv8OjlOLUegseADveBxDB3o7byN3uACXNHH1FHjTrBbY/aLLAA3Lnj/PChMA7qkZOLpI2c5NAC8r87LRS2H2KDmPsfB7hsXqbk0fJ493qntzwcy4IpcaOXpNcXmRqwpGC85Fs4vBvj7ySB+WA7tySMEKedRSyEfDIgf43A7s7N7cur+HakH/ORha+PT+PB9x/uusa5VzVflgXy0MuUiqKnwTaU/VnkUnn6z+wG+CjaSj9hA62n1eXj/XvAekm+GBrH52TbStBTWXMYmbfyJ6dNB9sBnFR3GiyKoe+jTsjaqwBz/1f/sq1r8e9RROMLRRPRk9bPXrxyxf0cWqoOWLdBWqrOAYG9LdpB87/l60v3scB+3YAJbvFOf0dcOVLUsjEZN15P8hdEv94Lo+rlrbobPLHvzjeB2NE8NE3PX0TxdTeuu5qlV1DzxMa8G3Dz0wXqWUdMRnAkaaX/OXtfpYE6C9MDSPPVVHwrbOR9amUI74hvNU5R5JXBbjUzKAgvLjQ+sB8M5iaqDudpZpIPFXA2gitK6FO7JIt0W3WcgKUhY84Rmkx2cgt5Po0zz9JKvNT/6+py+PqOv3yuXt8vlK/rpi/r6vL5+Vl/n+voJfb2hrx/S13fJ5bvlclkul+Ryr+FqQvGWDiXig3NgFDFltIqpBRVTfZ9lkW2+sxTySNK3WaopmtjC3+scmKYPWMqmk5Y+KYaTB+owrvG0ZqktupFw9ry/Jwo/Yrl1Os4QDGldP8Ux0jVLQbEhb9zw97JXkPdgos5ZKgecPBstVArVyMiqvC4BeE3FlCuuQ9dx/4LE/LyB+ws6lTEqknSnhgv1aleD8ur5gVq3tRNbtnZiQw7A+yxCQKnUJrF2QjJXulB3L9QFq6G7oSeJ1YC6dTI5p0bJGbWW3EtyxQXVT9ZJrhiIv4gG3IsZ4AY54Gj7O5BbX4bcfAlyd1mdGCHyw4LkMALAwKq8JpVVXvcE110D8F6zUGdd7Vi6tgJ49y0cDeB9c+gHVgNvnWF1YqHuWaiLVr17BFYj6sXJ5C6C2VmC06sIXhcJViPIYIRp0MuTKrZaV7ZSZawUfU9tOKqlXUenlauWIL5vWqqlWG1aqqVpcE1tUke36BPUoK1aOmV/8pSrWtpUuytUS6fU7pJqiRCgml6d4tyk6uPqqJb6maqpqFoaRoTvXjdPpsQjXVdDq2+bdt82LR3TeVvHdN7SMfVdHVPfPrWEbL3QPeSIBByW9QunPEnKZt1HB7qPitZ9xBn+PVL3EXNAFg51y7qPSq776ED3ISGdsgazOuwbrXUfmrWqw39RdW7dRGSUKZEDIjiED9/K6ejFbPRalahkrmIL051eoRHJY7NG6gHFFKQrBz3Zs903bhqDZErLtq/GCa2UZEslyWvV6SRRcXKalvKOji4jIXuNmuBGsKQmeBfUBP+kT9T8TNGOJM5VHXGu6t6ZQaljjg06tP1dx6PtTaHtllVpIFalvrYqDaGPGhZp+2COqWLa3sitSr5lVapwI9ZkVIq0HTZ6h7b3c6tShWn7GHjDtSpVhLZnGdX+47Eq4SBlkeQ3MpKP6AC+Rfbz2wGV1BnwbWNvup9jIYm9KTs5/hoH9OlrLRaAbTjlXERs2zoYszY0V1Bnb0taUWxvqglXUFNDSYIEe5OnH2/Q46lFY07LK7A3mVfO8PnH1KIaW9DsgoATgRpalUe6srTvCWsA5DBSZ4jYL4hu5I3cW+ApFCrH6rTaKKPoxFxaCHfiUre6a2+qExaKiYCkMOo4FPUuIXdbyavVNnVtSLhjSmzBiMjegHAIkTw+W2+g91IZ9F4qQG9rGXrPLUHvhNWJqUDvviJTpdt/zoLeCYbeENB71UIlViOvKoA+saC3TOOJr1wNvS2ql4A3OL9wmL/zAqxpch8B6wQBKSHAXSSgnSNgDQlY08hhChx70zbsTZNDmQKm9dtqAjPS14nWJzltZ027zXkMHM5jAtzJFidcB1eW2YK1FWwBcUhj9Zo5orEQW7B2HLbgpM0WnLTYgoHLFgxstoAE3zcXmQJkpBq41qWxzSiIoamSyxprrqFpcDOdsKEpBjYhhpoNTWNj5igYmnosL8eWoSl2DU1jFbszIPbb2DU0KTeSz3pudZLXx25+uPXcupSsI3ABMRjjfNZP3rTfmJtpY/tT3+5sNqNsf+qbbPVsf0rgWc8cS4cjfsFTfd2xO8lJ7u5e9rGiYYpTaHHum4jYHaaOkFg4enrB8tF4LMnCeoGFQf6X7YQ2AcmF9xMB9SzP00MsHN9FUkT0UzhRnV5zI7tp1kWidiTtco1EXViX+hLrUl8Ox5WzLt9FrIuyWZdmkXXhRI6IfSGORYLIuhD83wn75fnK22G9P1+5jMBhJKGieAcPHkAmxPOVe5Hg6HzlLAGDLiphfcaE8BTUGXCbAJfR+YbUGzSJWyA6NdacxJpF9W2Xnp51v2MrB6x7m3ub2N4q1v2Gdb9pcYkduOx1iesW573NudogKW4Blm9EzxZpd4GiyVx1FmmH7jtg/zbN/ZDeN/c7c8SfkvveXE3M/TrtMHO/NieBNVULnu+RaOTW9+0UkZ1Sf8ZhfruZ325YhvT8dh0HfSwkSNOyA9sj7y4SfVfwT5JGUOPGi/YUzNO7LSbMorQ0ihZzCMzN7ViqGE775xtVTE2WPWHNXNHi68cD5gm2HI6qR4BXa+AJehZZ7wpZ70KXQOR50yXPLBQ138opnRtyOlp1xT8+2lOdPHpgJLog8/01ZBcsMg8+IuJlepCuVZxmuTNz9UsFjrwqRb9OLRz25tSc3ZK7zFWswSvJ0QidmzssQd9mCcCZrdGEbakO8U1dYjo2caou2WTMYsD7YgbeTg7e+RJ4t62PbhN4Owu1XgRvR8DbwTAuLGjD5FUuEHg7y+DtZODtuuCFxsh0YJ3e6Bbhy0of3wJxpwjiroHo6QWxCHlXTgtEOwzR9TKm9hCIblNv4EvVJR63w5Z22qnJRqQGKzjCdAiWjEin0+rUbnVKzPVF7PxEuU5DY4u/6mWEHPzVgLg9ZPnqgyuMHW7P5gpTl7mjKtMV3N6umpZqdgbMwvVKNTurnYbU3YoRFCQJJMa0uje2Rz4W9YPPyghNpnXO+XquYajbZPqd0DD8aRy0ljUMJhLRHSoWHML8zjvVKfRFpxBrncIALke2vSCGMqDPfsFH6hTiok6h7+BUkgOJkGwv0v6CmbOiTmEkNGJJp7D9N16nEFvqhWWdwn1lOoX7XXL2GoucsWfjRilN7NnyLEcgPUSnMDRRJF2dwoQe226op5Z1CqeBuR2Bdop0iBBzCwrz4bJOIYHrE+GS0yzq7rqiriMVs/9njyTDCYnEREGtVy8WpWJbfKUhLOkUNqmhXZWUETQs22nyKqJeCYnGu0S1zhPOPQMRmViQ4QqdggW9lwrQmy5D77kl6KWOD+tATCoFAAyWdQopQ28A6JVoZAZFjYyGXolGZnAI9KZUb6UCpkcAejUBK1fAwO7Qx4mIZJNk2hXIl5ikMXQFE4cw7dgf3iEqA4XGGtWk92wqc9Ju6aRLZTYyNrtIZU6qnSWdQpzTvDHtjw2L5vUznhs0bw24U60RIcK1TxJo7BCkOAslWyRIYyQuv3+OLHHBdcep1/YVTjcsncIJW6dw4pimhm5Bp9Bjd+tbjGNqS/6tOsB8UacwdnUK/ZvpGusUesAmY7XGOgX2ZC3RKUiUwZ6lU+i5OoWR6pXpFHoFncLocJ3C6FCdQgw7g+XEe6KgU4gtnUJsdzabUdYpxEbdUKpT2FPrto7gNYqp3XF0BEO2ZvZpx9CiJgb5PhhYjqcjeAd0BH/RDU5da+QnfO/OmI97tWrAc5mP88J8nF9iPs6ruwG+e4vMxzvSu6AVOM/hCs9fnqb3FJmPe8B83K3uUef3M9YDWdyhFWjj8na4/kErAIuTaAUmePCAHFe5lzCwD61AExeFzIbQCnSZacGqBJ8QShDrl3y5vqCvz+nrM/r6vXJ5u1y+op++qK/P6+tn9XWur5/Q1xv6+iF9fZdcvlsul+VySS73yiWWy1m5KDfiNsHkrv20kmkF2hbdjqz7xgqJv2bd1637pnXfse67JZoG8HnEUs1VC1qBFu56UBGk8QLLukPPFmlrgaLmXIWLNFwglnedXjP3NdYcyL1oDuS+MeeU9XwfzVXd3LfnqgbjEq3rimgFKtAKnC/VCoSlCgLLGd9Kt9Z2VQExzJilrE6D1mMWIPWsrVuZp+csbskSGGkt3q3OsxPGq3jDWJL/XYTeWPK/gLVbVxdUTUI7k+B9l34a0VNb7OvLG9ANmFem9EqDyGlOM6FEqEMoJPJcsyrXRSdJFe8Sof4ucJQ4m3JyQQgvb+AkVawXzTSI+R3BtcNhAVKi63WbvLZt8ippNeHqiyFrLUCDUDSJ+TsLR6GxM+fDrF3iVXrQNxD27xCxr5Ns30IUIMmMkAHuxTLAQaS2Idddhtx8CXLrVic6ArkziwIAdPtqLwPeOgOvBuCdWhDBddQZDtTHFvBOuDaZEwS82iHA61K9MQT43YWjndgVWEHn0aOe1AnNd4mTrBGabyG+OZzpX4VeNjLhHq03bVagp5oHyGjr8EZD+/tD4o1i5JmgmvTeYrWhwuGNYjVcwRttquESbxQSY3l2nu1MYpEQzTO2WKR2ppNntQAnfIXMjmsbiV8dFilMmytYpCZyUk6gF2laI4ntkcQWe2RxabB5+eoeUOZ71UWmzOzScxHU9mKkzinGSufx8zyHpk/uokkhFEcEq0cEKCKK1QB1ElXAXZoUXxRSfB4O5KIHOB994pURXOPjxdAaHy8G1vh4MazGx+80qMbH7yykxucrfu166QmNqmTe9U6yS+nrKxO4Z38gSANcbwTF1EiBTo0UFDK1+hxBPJWT0b6TmyjgcON5biJfpL86R+S1s7Ta1QKdFiksSYsUlqRFCkvTIgVIi+R8WocC/Ch8yC96Hw6mUSKchtcxHIM3O8lBlmaTPc4R5yG+lje7d48zxeVRcXHYE1nIHvRGErkwyxNXlTRx3gXvnswZ+iRHFeXswAE3yUfj2YbEqzY+h7nzLnqjB6lbOsg2e/wGCHMacIOcdUjDiVM5vWLiy/yOvxRfJn+UxZfJH2XxZeTRHcWXMVVvdzO088Px149zNv4PKy8j/c+bOf3P/9UMWtfy3Bo9HG7oqx4MiANc2rDO6ZgLPVWFJlRP48iZxmrJNFb5YL0a4M9Q4i94brC8QuKIkcRf6FlCRrpGPU3XocaIWcyIScyoFsWMKoA5JMjE+xwiPfX3hKnw1YDv4HHe3xNiKmfB+/oYHd6umOD6C5wLQ0IDapMrpu1FGrlCZENFVx6R2INE8fD9ZsakezdQfHVq/cwrT+egXsgKVF88yznPcUUSAPpIXVKac2rzxhV6tQbl55OcL2toBiNueCGNIe5wyo/12fX3ghYxkCqz6zplNQ7eebfYNxChBJug/DcXSFCAXtNdS/X1QQkMv2eSsC+wG3n4vXz4HXf4oero4Xey4Yf5eKnYHn64PPwaeqCBgHwGAoSGCwSk2mIgVDHmCvR+GggQ96rskMBk2HKQBCapPfzgh+/9ox/7+49865X8/tNXn+YO16xsNcQkNt0HJPZEeQ0V5S09zXFfu4tnqed5BezZESdSmPmQREWM0zlloNCmCaASZONDn4+aBG95Eryv1yTQXiGURIzhbc1GagHUBjTLQgXo1ovQ7cyJxcurh4XqdZIcn1WhVQOHRRA9UI32xJ217RcegO30ZFFIoEGd1kIHT+wJph1zhPoZx8+sRtGzhUxCnmQS2npFZBK6eVT+IB0WKRC6EkiGl9vJGnTzkFxBVmiWf32s0CxfqESfCoLgWrWczrtw9ErgWAJCPv4ZZEflmUWihWrlvak9S3NCS/dTbwIheemr9J/3Q29SH/rHBP1f+eJHvoooqlnCKk7J8fyfVUD6VBj/SACB4yDbES89NMeD+c38N9YdN/SBKsKxhkTM0/x1WqJW4iW8m5fFn6tEkYiYWe4dhOR/THB10wE5zptGrxgm6dPLTNKnl5mkTy8zSZ++cybp03fIJP2XQeBfC0tlhlQkBK9cQvC0hOBJTjtvlVggUZIc3lxm8jCxwNNiQVAiFgQlYkFQKhYgMIH7aW9JLLB47NeB+du5jSDczEJE0b+oBfXr0TUHDdYFDTasHI9mLbaOGVqUNzJnB3Pig3rL8UEDljAkwBZna3l8moaP67yCNmMXSoIYnPtEb1ltUNsXkvTENI2wWsJ9rY+rSYasWsYApiDLDR3kyoqWNVJ2MC1btT+H8soNrYUIu71CrC3qUCRngOXIYV0IeSXD6OkAkcSFeh9wcVYyzEo6B3wgbySq1jZ6gnx7nJOPSHKbXbZMAL0Bgm4N1dAE69Ln6whEnKmFMx5EopnQEYaJDbS4ow6cI+CH4d1KB0Ty4XUSwxV0cZC2c2r8CNte+rpItX/mJtRQkfDQFSEiOEIoHjGyAAR3gyjNBG/r8QYySpg1TASyEQ2hfbDAoBvaFiRv2rrbNRl3j4e7gJKrDysnsRA8APRrDJtgl4FEL2AsbXo4T487prUsA2tFhhZYQ+MNqNYMKk91/rUoT04osWufuEPZC26al0n6Qq0HZv6jtCN/tRHUrzUk/1ovIwdxSbi7gbMZ4f3fM5uxJ5txyGHFWdg6JBY6i2UzDLhi50o1XcRJcQS1kzgUaZu6mQb7HIXBVx2SwWhbPNkRJ7UOPTc+CTWOCHCdutXnUFxIdztDbqsAZ/dqHMnc5yUS56nQmmxbyBaAxbBeSYPpAly/zdwGU2jxJd4IpvFJpBNOQiMfQZOCtYF7+B81sOTDm/QVwnE303CeNnJO1DKDqka+ZBhZoluqsZzcsy2wRihzD0PnA+cEyyeoVqnxoi7J59rcZ9brqM6ebeiwnCIBoEADyM8BVFukuWVW1SwA9RlAFvdfU30CUGild3uS8EmTnYp8JNHrc6oJEZ9w0vxW2roJdkLRBXEgSNbhM9Oq+9aOnKO+xZmZST44yD+z1D2nVzRHSrfaOLBKaPIW/B3ukD6s373MU5ZwtouBOLjQxMHSlDbL56pZmCsI06pZTEcqZtZI7w3ItXuazQz0uEhGzmEPmTw69hA9HmKKIUbOED0eYlo/XGLiHtsyEhwK9ZxpGKgGH4vjCP6cBjqQo+sYUoUT8xFKanOkiGH0SlE6f6zISn6syEh+rMhGfuxOmciP3RkL+euVoHW95vI/HG89yyvLYdfbFg8UFYWZUnGmkQGRvfVC41A/44x+s+AtCNMUPNlhyUqn1fAssYdxIzAF5zKXzEeIYtTS3ExDsgan8VNp6xHwQMRtpnWdDrSuyezgqbT+KGeaQ7YkYTlqumz01KMclx9pSOE0mdamVx6xn1xJ61NWMQyJ/sJuFF9NO/JO9uRK2uV3kIoBx1WQmXjKRfScU/Xws7o849p+NPuyN/v4ddWaYvEi1AICR3EUTSsN5bK45OXiklgObVpFM/yVdtC61rP1lzi1VaLGzBWX28eQS0cmLKhoL8f4s82bwxDIjbPBC366rug69xGqWa1fnkIWz10x/VxNmfWY43HAq5FAs59sgng/QW9RKx/3iRZvgn+y6EKW1G7YrXh+UIE+w8t0dvTREadTeJZJDMHcKWPt0UJMrrpojYvGak2nBx3pO+ar3532CHMhpWgPbnlcQqxaHfNVhyVTc0PxZZPCHsNY3yeOhfr/OT/ZUusynN6qYWwVhsFaPRyMKxmGlA1E83dbwxjqYQwLw2hjGG13GKaXls5gaxY8Os3Js1XC05SucXlXKym21RRrmXkeGlU65MS070snmm6MlNy1nko53UtTtWigkKJk6Xics9a7dZPzkIJF0rBa61YALAx6okExEVCEbetpk4hNVjTnRixuAhrXjfN8toUY5pu8tcdqCI8s6uO6zkQ7UnLXeIrxRiPv4AvSwXZZB7fyDq7rDq47HZSnjQU1aYpWdfAL3MHOzXeLir2OXlyd8oEiAtiVadbxTFVaU01+SLLnFbl6sozSkEYBXEP8ylXJdgQiUM5t5be1bJGu5Yt009agmUVa03OoR+m8o/dcrWzSfGvSaGQx2ATEpJ3a02ca5DwphEDHWi8c68GxgeDdKXgM6Gk9INmBrgx3MOJTbB++sGzr9cpGFWrwgqQUy/S27JWMFB0uVnMRT++w4WDH6uGExeHYTbv161l9LJXGU1y/wTHQrPq046egLUihXAP+6olmfhOXTWwCMAxtEMrFnGXA4RNCfKYlurq/aAeda92M0gwla9UQlGaMS4PozhCUZpJRmt1jUJr1jL4wzZngz65DaTZ5F26oTUYXiIy6cVuUZqqG+4Sah4KaN5nSrKktF0WXrP6Ji6LXzepHw6Xom08vmKKBvfrT0CAAtnvRhA15wkJB0aN8/eqZ0ih6qimN2tgHcWQis6M2ZCTDVSPYKYxAqMVa6QikTNMPdwRTLpqoqR7Bur7TI1jTI1ibUvVpPoI2RpARGX8VkdlhItIrKeEZSqdcHqtNIG/kB2BiQyMC+WHkvaEJDPEgQmBoaAhruVlGVhoZ1p4arD2WetT7DQtrm6dNxk0t2Vp8rnOavVmCxHfVdkYF4SZFyDwWaoNG4Hur1jTR8fQWbjGu97IV0tSmrfpTnQz3MG3njzKOn1AjZm0hDL1eUx2gKBn5Mr2qZyPfMSMfCBrJVp6M3DxFsgoSgQUpIcy9Z6/RpZHXMUVCvno3uZeoDKb/yyBKnStlJCgspUb5EqZJCjyfkfXWMrIm8rI0efXjT17dtOru0Zq1R2s5Uq254+cdMnF7lW0sWmZ1VsEuksYRO3NY3oCe4WKBXprDFbBYK3keylYeLg8040aY+tQN9akXBmravZPKtC62QV62aQ82gNCY2AwJbHTZwlYQ0gNyLaRnTZOe7RLSE+ee3V+B3jdatIL2tY6oCyV6n+S9H7MDEIk8SAtLnwtAj9YyerS1RI+mhh5NDT0aOy4bnFZRbeHP1NCjbfQiHbkUKFhBgQJQoHU12k82FFX8MoI8j7TMswp/T8wqWTOJ1SXr3NjG3wO3bGjhb100slE7zdZIMw9sPHgq9ZmDIil7mhEwxt8t4O+Wwd/rq/D3RPC32j5fecknPB0wfl5jpa/g575eL33D9GiuWsOPjeajZa56knPVsvL6ZnCa3xxoi/Ay62PeXMZS3DKOxzKWYsS7JvqF9YxxS+EYMNYeB8+yB2d5J6mLAWGn0h46nwWQkLzxmH2GxtXtoUbvcJ8VlP+K6NcWcZDB+/iYGK1zdtUA49Jmd1Ytu2iJRdOSK1PzzhXRpUA+Yb1d9jgXeqAuMRVJBAoRClyBmmirmP48fzwqJSlNeysJHRkQ12ThSA2X5stbZKbVdZvBIo7ETBdklaaRVZgIDTMxsImhrLm9Mhu8iRmNDJ++gcuGqIng8kKcwgI71Bf2kHDmpuDMwMaZkffwb34O/21din7MVRLFwIVDFQNV9nBpEH8VA1WObktJNDQRPEVTNFpWEq2fDZ6pQEfCLNkY8ssTU80YasQ5WYE4JyoGzowFV1IDH64QllmJM2ODM0eM/LCpXdSo0WZvqbhvYc68dK2APIeZrqWIPPuZhmWJfZ8I+z5R4/2EgUCSx1SNZUjxqqFMXxlDcfn4ySo6MF2pLOI5y5RFE60s2szY5BHTCuGJBxlvMdSKmHTLUcWsZ0x9qSomY+p72X4eWPvZPGVVTD8XsJdVMetGV9QR7n2kLO+0lsEcafiU8Oq6rbR5RfTBsuBd2WNJGZGLmDW3e03NtdWh1Mr7zCi4lVlYXnwIh1WYw4ZCmd6mTuOINRRc81KNT+u4Gp8RIyRbl5EtOT0ZTodzKNOjYk13NeYIdUvj0q2pPRVWA2O9YMcanQ4zxqWITjVrcZTqx9pR8YrhhXp4rdLhIap+XD688FjDsxtYNTzw003DTxeGl1MDjWF0egmXNrRBHZifJizt0obJCn76RfjPRf+6GTSFQASSiVzz0wPhp2Php/vCTw8zIjFdIhLrhkisGyIxyPJ89zOmesqHUQ2RGKMXafeY/LTq7hOZojpfDIiz7wouHbm4NFxe2MMlZDmwRat4FS7l6c1Lu1pC1lgKEWpsNZ6v1XiES7u6BZ47WpwWWQhW4VLBlR3NSw8YP0LRAROYYKB2hoFqV5MtYxtRBo329JIy7sv1p9JN9tREDCbVZDasRitTW7g2jAqRebKB/k1bQWsiGu/mCyM3loRRm9g8rdeAr2wLOqDFs4Aj9P88lTn6a3FydFeb35MU2HDH0ZurbT1tAkP3Mti1HPzZwiYfn698JVAtYOgrkiOmqzaJQ9RjvCpj5H5ekWQyG5lQ36ax80NwqLjmY24ym4kxy7XO5c3MIXj1IGvHGWTNHiRM9dYga84ga/kgazxIy3q4SZQUwWYnbD3srsLxtbL1PypVUos2v55jvuLkQNN8KGLX8wY90HTBs7A5tWfQauCI3WMpwfPdQ+CYALtBbKbLyOA6poiLOWdOWde4blLCB7/KD65bfkckeXL0/8/iIBV42an8/gjcJqGunEb/XRz0rsUZtzwBpttQEyDCNVwaOI8ORLiZIcK0kIPTz/llz/DLvtrIFAqsZOCdmTr88hZ3cKK2uINTKF+5g1vcwR3q8I50WLqabq/Akttqsp/sEuAYO25pvcPukQqHTVepsGGzm6XKCFkEa67CYTNTOGysYDRHNt3ugqJ1DXLcFp55W033EVAjG8FnAuQEWzWC0ddmBKLy3sxU3hv6bnkEY1vl3cEIOksj2EGAfOr6TwaJgvKPo07Ax4FT3sDVoWwoKh+Kb0O1MBSnzB2Kf4yhjPRQRoWh9DCUnnFM2l5FqZRo58uMx5iq9ASX98vLv+ynov0fsIs970LtljRVW6xPGiKHgFbQaNHAqPmNRCB7BSfxuipYlggyZbcWy41QriUC8zST8APNtgXT7M0SASFVSSa/1AiphnCpdJQ1Ud4kwZg9WWQ3BxwSI1gpFJwoCAWR3WNE7udmR0738JQA9kKAjvRvXjHG4/yttLVgjZFgkICDk6/ug1rqQyv7ehPfg06/iU/OA23iOEK7b1Gltq0GF63MmtrNHGVpJehl3F6es9bx56xlWnXRUZShIz6J9G6u3IQnjo2O2hjrptsrs/HgvtmKyrRMJ/LxTErG03x5a9C0eifjacp4JmXj0Vqmlmovkoi1SnY8CXsObdxkBuqVDLT1sgdaQkdaFh2pqZYMlG7cgbZkoF7ZQFsy0C4OLEKv2DTImtCz5i12cdk1rlg9gkZrATyYAA8mavqYYxffFgYDmYQcYeqZCoSpP2gEDWOcGFvCVN8RpnoiTA0yHmKyJEyNjTA1NsJUPxOmepmZgi3mY1fj1jmuMNWBXVmUayPVOcKunBFZMTBAKnGlJU2c4qXinkWf8tIOl3Y0E9hAvFW9oBuqKdS2KcJUR7dQomNbKUyNmMS0tTAFu5pB3APLSNHV1EUznPBS2mBZyIhUppNc/NQjuszywtH88FNs+BTXM5GfWCuTNIJruV7okWqplJoBtp771XQ1Y901wGM0bJ62wGl3M6iw6gq7i3By+yZ0QxXldfys+YApoW5dtdvVsvbpOVQks+Axp5cZRFG66vsZ/NF16QoLR6Y7TEtYIabaUdIU07DucPPm4qkyKlI7FFQDcY2Ji2KJqHJaZi0uDRNGoGLNMghTG2qDrcd1ulpjtRs4YgV7egV79gqmuWLz55qxiWYCTY2VNxBoxlqgWSsRaB52BZq5Fmhe8F2BhgUcT0RV8bQ1Ag5w1AsqGF1fyzyA2xKcsw38VMelAZ9r4KfWCvzUK7EI9MTrN/ekbmX4KZNwutxjAjP3GIJfRD1r4zf1uIMr9RixaeMnpMftorNPfwU26yOPZU9FgsW6rG2Piq6YeaDV5GS2qCKzqOTsS9q2FUFNvaxOglLaSM0U7LZ5by3XrMmyOkmFTkX9fFdUvXm9huh7tY/zRnZOCpH6NgUf4pbwoXZnptWSNd6WfanaunJT35VVbuvKu0hoe26enFN3qd050nwLTu2LBNNX4T4h0DAD6OcA0HYBoCuheBicDgHFnUCBBnIWIzi7NAIicFY80ZNWvw2567Js2RAHo7w8ycbVcMeFmYq0ziPSQ0vyoeXFNV1Mpb5d2tEz1clmqmMPMNIDjDDAjh5gAg+jBGnSiwOM9xPeTV8MOBRxXAhtyN+OEgutJvYorbDiO8s4Vk9kx16cZjZ3MAIsvGLBhjXNVk0zWVSxblfMnm9Ya6CTuzy2BB8znGIbTg0NpwbgFGs4ZY0fAWSnsgHyRqR2AOSEdsUGtpYD65UsxvmSEt4saczlF8vLSUrucPnd5eUf99MxlyN/m7Aw6xkLQzOTNjQLI9q0UzREudt+SkIjNBzb2g6Vy13K5Tvq1FXznvEDTM+oHX54hl6WJyf45VNqGzMb8G7Rdri7mJ5zjPKNZFMvnbGRuuvSGQjJMr2bbevpqYXazorm3IgV9Z4aVF3Y4dKp2jxQF8QSt6NS6sMmIs/T18/x17eY6xdFOH1bvB/q2hhTM9abLaf5LWKW2fvBvLezILG+lplqtiBHTJGLTX9Yv5cqpOA4LTD4rCiAd7kXU6f9qQZFJ9Pj0As0dpV3CBXUaeerUyiMUhbgT2PwJNJPD9TdN7VdUchiWEVo1nDlJ7ONuyGfXJqEqeyx0kmYQrtxCt/+SpBu4evnmXXDajiRz752MDzLI9+W2d/OjfBm9tf0h7Vf6XbbenpmoU5kRXNuJB/Ltp79L/hq+0BdFJ3GjtpYYJQKEEgYAhtOrY0lPaDgIQvoG8tA34igVD+B2VYbGG85I2ojyfz2dIYvxzm+7BU4S4MUT+t9Vla2I7ApVtWk8TTY5PKiHZlNUzHk0lATzikkeo3yaD2Ldh0L25uac1EEAbv1O6m/Y81BWkZAohWDTg8BiKYgUfmo09UA0SQkKh3QhjUgpgGepgHOgNKVADle/Q0LIKesVW2hN3vdBL5XyeawcWdzsGm6vFR/O6s/pUrbUp9u3Prb1vprLMHUbr1QxLu/tVTRTOOmmeKSsu1l7CXrxgAkKh3QljOgLTOgLXdA05UAUVn9LaqkpD7duPVPWetvedTT1QA5JQCJVgx6eghATlkAOWMRq/z2xLKvU0vSuRbbOmGIerFgSwbmVNJdP6FHVXy+JVuKq9wJLLN276TyFhiy08CBG0T8EwX3IaTZPKWmmIctoktOjpwMQp0cQv4KgG8cMhlnBE5++SxvrF4AZwRa/hGLdwPR2mXMG8XFu7Fy8Z5wYHbCwOyEW/9MRJzZaQhzJ5UCE3tObUPCW4eWYZ2I5xQM7lm1CWlJonIbtacOyq1PCTVELbFL5H8DIhbCWGgf7XVRS/RFLdEjIRvRkzI16At+9Lhnx6fxTXwaP8vYjmOvSOxeTJrei+T+LP5ciO+JfqEetK833LPKLTmrXJezyg05qxxlmorY0VQ0SzQVTVFN5NGXokyxamsqWEOBgA/h5WnaW6F26EFK9rR43Ak4I/xqO19/eY1Gok90JpsWYT9fhFmZFpX6+TLTcn+kpf1+pgHg08xPpSGtEdyGcLA1cn8fKvn+PFkzdr7eKglHJJT1JTtdW1i0ZELz36xcMmPIj1vLkh3ROAYZ3wjr0xpbn3gAAwMMgEL4xppEIcmFwn7bejrk8CkjMR/gNrB1AH2HIexzFDJW9k4QNGX9pj4kWdLUQHv6OQ3KU+13EUyhtotVk/0uQoc7tPKeju3JFUNJ3TVJ6GGNX95ITatmWUQ6IYHBFAOc5RFDCd2gcphVHrNCwO2VWXJjzElkTCMaK6zBDW2BxWKHFtCBFwgL6PByzUg1oyhBSJhcOfmCVk4+l3tXfK4ddC1fZNu7YizeFcOid0VyfO+KceZjxt4VSdG7go+sb3GH1mCWunw8b4p1+CKsZ74ItNHXV/sirB/HF2G8+vjG+HZ9EYarj99lvghr2hfhFwJO3rZ2PF+EnYIvgpjx1otDscqMg7sZynF8Edb1UNYLQ9GGnqN8EVafJOSp0icJ+0s4bB12bMJhg9zXwJypzUyrua+Bxl/tMl+DzPtY2yPzE6FsyjFPG0rbBQJtFwjsozdFXwMExGAvg4Fl3Ddeo3HeGHihrvQRq5rd0tZWWvh3Chb+2O4rmz/QrHI6hqcEqk8Gacs65ee+l9YXTPxu//v17Msd/lZHWV/R+FdNE3o3UbuMf4NjHCVslR0ldMzgQ2OzXpq0+vEnrW5aNWdsN/WJnTVzKBU6SEHFLbh/TI37fW6znqyyWdfFZGf7UNSXfSjGLi430SJe3lp0jwebYdWzYcEUXzem+Lo7rPohpvi6mOLbqmWQVG6D1/RGYhlh48Mon+6q9cccrtMxvv/BX6uv3gvaV+9GwVfvs5mvno6Ndbvuep/7hnfX+0v/G9Zd7zN/w9z1/tI/3F3vc0e4633huO56L7wy3PWuHO2ud+Pr6q73Ie2ud7XEXa+5AOmyXAZvz12vmX29pU8NZe6BsRBUoqZ5eJkNxcdfA+20EGS4AE7/06N8+5pfG9++5vEnuHmUbx/HFjfk9jZ9+5pRGftwhG9f6+vr23fYeI5iH/jcrvbtc7mI0qOyR/j2Nb8evn1Nx7evaRiKZqkTo3eIE2Pm29c6jm9f87i+ffe7vja0JVmcnRd8beDapX1r/L3oZ4bEkwxLeZLRCp7k9DFO225kZ2xzjuS0w5FMuYdEhbmHkG8n7PUz5R4q6qEqnr7dWcGR7IAjSQxHMmWiOFGJS8+bx+ZImsJ6ltFznlxdtK2J4HZGBLdX0vNtszhABJtzzqDLQ9sRer4DkXcbgq4ewcfBU21/nUfg8suhxS8vj2AtH0GMEcRLI1DMU7F3Zmp1msg5D6rAXjWywaTuYGyfJDOeRj4eu1gPqZEPKT9BfHujanBeEKBsZ1QlLEa6kvngdZeeEuajvPzjfirMzVDtABy0ddcQCcc6W7ylo+VsKLmLnkpPmGk28V6yGEJPpbuIEDll380QvptGjCzx4KwvQ5wQkYkXNpLvIdiMFQ/MPKUX1QkCHKqcmGYvcdSulghB4BFgga/Bl5M+EQSVqilsinelvMCYHvb4uuq3806ofnk3FKtf04KjZz139DxWN7P5iJJa3uPazcVTwtaYKH/TzGMklj4K41fPyY7RnRTIiwbiuvEHU7tMBRt0tShL3eGM6tChTvkMN3VmKCwW48WEJ/WFgFm8XY6fYXgurbrwmNtafWr7VIHbMl0zCoxO3tmF1mS0NccpQUFNlEEW6u/ki/UCj9mRzHo5e5l/0To0uDtFuO/T6iQrT9Ycbq5dHhUwW9enckyS2NbBjczXViZaz1WyHM0iCctm1j/OzJoGj0A/nkY/no1+wugIYW27bDg1PZy2DGe7ZDi15eG0jzWctmlwlaoILFDHHG/vuMOpRRylD+7ThVPujTIm3CIAk4KlMud4BUs0SnEEVKDFmmNntEegB7uBVQOGFKIHXC8OuB3ReiWG7SQYNlD3GJJubHg6HVwKLByxKdqDusl5e0By8uPvJ4Wr27E9qE+WGymApTQXV92LDqbB2rV+xsWdApum1Clwcdu4NJIdXNpIy665uPMOF3eihIs7oVQWJGUnM1Ccd7i409yjLXWae5SqLZU+gR5ZXNupFVzbKbWFoO9bwh6cZj3SiaJja3SEh30m2CZayYIplNneUirb98Q4w0emWBBxwWS5oCaKruUmdwya2HZb1M9Zt2Q3uGMpT+z2drl8VyV6be3Kp02Ysi0dpmxrSozVbiaW6I+6lWtZZc4B9RRXrvPJeaty1jPR3UyzytOVlae69zpeBWcHH0N0oYWP9b1mmKVTwgKeUuk+zeBp5l7PYGMX3HsjQOGE7d7rBHQvneAzhQkum9utmTp8Cktmz6lTNksOmOoZmJYnKAeTTJB6GTCOMFHrAO66C9wSfvIMc5IbJSW8l9KzXD5Rpzkm5aY6xX65BMZ0a1ZlXvOkts4oJXdDHZlRNvMUkYzUVMcMUHVDmTAlwgRtSz1aZSetuAHmKYw19E9IHm69afbmchiBGbvk4Vw+AglsCC+Eqa1wV3c1NjZLva/5NcE/59hWf25ZUXc27+qu7uqupQ4wTzvwvVd96WpfsLu175YD75yGIjHlA0ETUdGhq4HV1W7W1YHuKjo5XuokdVEcgUt66IZBOyuOwOY9BNTswmnCY8N5t9DniAMOu/3zrf71sv41rf6Nvnb963Ew6N679bmi3jH6l3WunXUu48vZUjddnuEzx5vhNifya79bx9hsHznDm+ibXoa8inf1CnmUTS8M+el7wa/rUT7Gz/GN9zLV1HuqxuuJqupAJHoHpKF5rmPMYQa7SLKsavbvKxJSzmMI0r8rplz/vmrKuzN/Bu459W6ljYMUPFnjQHuR9Og2DY0D/YGu0cZtTH+uSoy7L3vvSdJInVd3MeudrjzeVqaROGP0cUs4AUjxBHgrlTNnO5Yu9Xjowm7Fxa4NC7vWTWCOupxjy7Erqz2SpY6oTDFXd5jw9hFm2rM5VZJla/v36kZVoo0lJWXgzGEgnpTVmpY8hi4aJY3lvre4pZKCuoB3uYMCFCpa7p8UoXvbbveyOtPlp+jcttu5HaNw3nb7tmPJVHbXjqCYnqaY9pw6/U+5fqJSXV/pu+X6O1KymFuDdGs3rNrFFZXVNpC4g6oWuO5kKWcwvZPKdX12viHG+vrR29qs8xO2eJnvm8QNLqzsOFXbbiWz683EF56HsiZOLHNfLYf7apnYO63CFjft3kllwvl3QS67i1ieBrivMZgwMLptMLoj5KIYUd/olRNGOb9ljsKKjh4n1Le0z+ldIsidEkHuBHG9K2P73CjE9nkx9z77aj/oW/4CmxzFDHGz4S+wCaluHZd2spVJdaeO5S8wzfwF1rOIwaccuW6XO7ipdrmD21BBcAd3uYMb0M06sX3UCiFPqU2o5jdFyNvl2D6bRdV8rvLYNOtty1VeTw8xta8vm9p3bL6e5l3Pc4kKeN3mv7V9WjPeSqQapbaR+mU7G8FfIqr95pHh7F/eCLb1CLazEWyvHMH2KmeBbAQbcBbY5WOXYLI3jucskOZD8XOomj3jOgvsaF+7nWVngSOGsqOHslMYivbc0M4C6nB9fJm+nacqPSn69vLyL/vpNpePlpwFiDnk2D5jkpn0+Ccaz5okA4Zx3s1i+/TKnAW2c2eBiYbSxDFJTlb6OK2vThRzipBR7iwwBrc6ktg+qKsbMg2k0SKJpae0mzfYWWBjpSL3ZEGRa3oYZQEG7T5Td+fib7wLZwHxutO67LUsDLt+E07U6na/X7e+3Odv9ZX9FT3gq1Mk1eS303oefXQuOnTGW7lDR0tE2pa11Cvs0y3Be/hDJeH82hjkVwJik1tQXM9tgF+ZSrK2/5+9tw+S5LjuA7uru7qqu/r7u7t6ZrJrdmc/gaUAECQBwsRQIAGC5EkOO8Lni/vj7F1M2Dt/nEjpIuwLhBay5RMo0hRkfRgQKXtmVxYhi/bBIcuE7kQJlHknSILOqw9bcIi0IR7uDjqHLFjHsOCTTrx8H5mVWZU13TMLkZS1ZCy6p6oz872XmS9fZr73e7qNIIXaM+oPdP3ZywDAmfARYzrA3Jd7KzwanB4AG+nF+NK8gp6kHgCZURitPwp1rZS4QN1RBdoBCPAnGnvsARBQ4ZnpAbCwqYoND4Aoct1VnUr5mTv4CW5tVqlabX6amh8wpZp00R+AN63JT6DgvR38sOcgIlI10UWwwKMhMrWt06Nhok4Wb5XR0lEdl3eRTBmNiNGSi9GIGO2AmdTJeDQwBqx57A1Q6XKSHoJmB2Mq2Rab7NGwSSaTMD0aigNz3pUG5txzRGDOPfCft3cvmbhHB0BJ9HzkRYR7hLZVjxIy9MC2GsAHpKLrHZWQYeI4MZ8YLv19OyGD6fdwUE56tmdDYUog0eNb9U+WlzPRc16l+655M8ukZegxRvBIj9CxrE7uIrIvcFQN7EIqRZR8bpXpG5Y7F1GpnxRqd9fAC649BvlPMdlbz0r9BPt9M2/UcQpjUpc6mP8NuHtprMzlMyMP/F1ICEV5ehYGVgHkhOjxSdmQtYHyY2/t4bGJSmCT3hU3XAlsZmrdZ0/lTAIb9bR1KKs8MmMN3hDTYWNHras9Lesk0mJq42W2NJ3YMAHS6jkAckkYneh1ObS+a/ajeaI3oxM99buI8lD3c0d4TJWk1QD9bh7wwxa7xuOJJbJ5jCQ7oWtAI/PD/G3fM8pBret4BydRPLKUwOBCUUHNaw8uPjcZOFohzuWrfCN9Pgjx81IN8wMgoAmDLczXGPglHvhmwjRFxvCE5YFWRZiC2w+MtCs1lS6nlk2XAwzNM672I/7mKjdPzx74QrRHCwRHefK8rSOoOUxkT/Ts2E3OrzOJxCSKnmpJzZ3GZPVJc/cJra5PMVl9W3NvruGxNtJBlWkqnU1Hfog+o/tPIVgv66E2K9DjM9GHTWTfzA/Rz24i00uvvq288z5PhUDgAycQuN3Loe7lPBC4FUjTgo7Ru8kZ7SZn4GzX5/wQC+V01y9iZfH1wUobWGnbrBQmE+0U5oeg3WJImT3EppFMdGz4cClYNZVLSFrEUyuXaJofon1kqs6u6DnyvainDTD0irMImfkh9LphgAGmCYTS/BCEydO8nCICBhQleCQi4EYuTIoIbHLvgWOvQTWDzGMqx+siTBEAVd47WaFXpRVKV1QDV7GNjBdYTfePbKjiaEhfWzyofM6b5L0B7mihAvtrETI6NI8YK/Sr2nXhrwH25zK+NtJBP3f6pYD9ZaQlzfezfDR3Jn+gtUMVAKNnylnjpna2n7QCe8roqCrc3ETqnDiihD9D85w4OHT7WRlzul/Anq9Gu5M9WKD6bvb8tdgzKyhiD+H61NqXYc/XyUZbcLLbkpXJv/pqy8IuOm0GOWwbLjrseD0zXXQ+0fc6xoq0gQCEkDkMooQ3YEUaw0dTWvDyB5B2HbSqGeG1Ym2aakdqXJZmBLPUeij+q3/hG5+f/MzP/2U4UUmT3bc8+de//Ph33PWL3/vPHr4i/0rQpe+hu/F/v/Yu2XqCLnfXllRPWrJklSzZjkcbhuPRBgIdggAgOfqKfYxxqnwTFg3MdDqEQxmoDTyfS/p4FbMOFXo+6+QoM8MlVm902fN5ZL4bp5EbabjynLfByklvqs2XbIzvWJsvOd/toZFZewjOTDHQ/1IZA7IWGd8XbD02fV8AiaBr+OyKdkVyVlIR7S5zuFnMeIAvgC7H22KhBPjcLqZeGvJaWMcGIK9FobwWRrRpWvUJaojAha4O87MulLQLw8V67hPeT5aTBYeDbaEfzID3fFJayYQ9NjZZc0z5mqCZHuzyMt05cpkeUTlJ+aaVm3VToV3AP7qEbJImGqcXT2tFgfFWqgkbUAiDIjtDQU6r0Rtyzg+cZpizsI5p93DJ8PNOzCPbjNdpSecMRwjHmnxhFtKFWTobcp7MPgj45XLSJldwTg0OlTSuxGnSPTQtgIUj6B+i+/VXkXKmmUPcGiofbANcW6+L6GBVbFlgLo0q0Nnyxx2n0+0Wxoqq1QrbxF3btGD3NbQDnWc2VVP7uJJWfJdKosXS6cfrZ7TTJLdt5lbgrNHROPlcq/y4U70vn2GjiasISSzfELEKMad50VMzIzuBdIi/zbYyNrTfRG/RbZn7hsyzft1a5oqSExQ9xM62l6m2sUzVVMrjGnl+pcPb5sluum2NFLsG3TRESPCZbQeUb0f5L0+U47IPGhlAHSClTRfOqHm7vnSkw/0HAyvofU6Z2OdkHM3JOJrrTOxoHDW1cbR9rJzsY4XgDFk+LeOoaRlHTcs42s4YR02xbRhHTcs4arqMow2+K9/QxtH8kZj+vqn/dhhLW0cbSzFUuxwCjMR+MlOnjYaxRKfC86yx5LhNn7rum93YLo7U6gtOrb7QqdUXZmr1MqdWL5uLfy70nk8PYrQABYQ57icLyDQ8VxmGY3QOmBVfrc/eHHaGpqpJdMCHg52hGdFgX60viJ0tiHorA+nS7EtUqFu5iIMkw8HMjVBjvBurjOHH6JAZczDLdIjt3rB19I161x3B9qqKYOsVRrgpeytme2uL8YBLycyytxrKXSDByA7rQN04FgmPa281MNtWRHo1Uqt/ob21bdhboWVvQSWYxn5m3QfU0tAoTnCMMxXpbqV0183AdxtwR68/FshJTeSd1dIRmKO7DgJ+vUzB+Y8R9C+u/5dj5FpSz9bWlPL2Zqmvs7UVa5jcThryltpcSSH1gU19Hf6pNAK1vPGRsbliRM0NMC0PuanW99jugmuF5nXRODhGTP+tmGD19YdPPWuCTbUJprRINgVzxgSb2lRNtAkWWjH9jjCwKd01Z0vWuINNS2hiHq2O7HJKJcrn2WJj4wyGS63QliXWNRafZtUnKY+jOwBPQcySGq4IETG0atklIF/NgJzkDECwrAiYhZzUDKCwoiHAISIlDhGxWVP12oUNnXKEDpA6nA2zNhxEAIJACGsSX63z4RVbazOy1jp8htUBGALbTNsyzbQrXvnxMuhANsKSsmlAgTEkyoYpVJZ/paZQObIPijzjoMjDCDVq5V9MrDC1bbybEdtgCy7gI5R0b4MtuKVtwaggYM1tC27q+3aMWtsiWzCybMHIsgUjyxa8QLagusWUrV8wbMHIsgWj4oOybYP/bc2/afvtHG37nYbisp93IGrvJpp928rsO83GxnbGylixM9WzZMsIQ1Nm0qbWQlsUYpZ9UcMX0/wL1DALR5UbSt0u7Bo3lPpZ2BVuGLrHrE9wsJtgtbFpePPaFz4b7H18kDZ6ksKaMuVHvKX9qzcLCsfacREv7DlSjh2IfSNSbofMxh2xBLPxNBrw5+WkPtpsPG93HQQwJBxkkZiqbJF5vcGvSWulb1cwljBjiclYDe+TjLi0nSL78XxhXBqO3OQMx6Wd5ri0HbQPJWtJYsWl1XWsTIPtw9PaPpzoXLZy2aylYiJLZcEhJRtWXJp6WsfrhMYehwJh7uqNwrg0cUGcM+xDMzptS5rKFJ12lkOqNsVZ6wCRJm+M0WlHxS4tqJwk46xhGKqnHdGU/+dIqiZFUqlfOq/9TuNBXGBEVwGpZHsLjvnbzATSxRidliVSkki+IhxXqadJzlfkDPmKqN91IdlLGlHXJZqFnQHMpo9s7CUH+m2y+37foG94FH1Lpm+5gr6lyoIF/1T0XIvoWxbRB+OFYqY6j6meV/eoAxXCwP43TewwiNRqYAhc4zJFfoEUpEiuJHGcBJymuo8xYP0rkgxpA9CzAN33ouuHHLLlc8RXE4UqC9Nj4ACwtC/TH23lZTNQ4yapqd4gN5DLMT5Zmk+unOR287wysHPzzGdXaTPEasPYLKw3Bc1abFUVaFWVN7NTVYVm9laOkE3D0laHneEq/6NBPhSGO3+ZD5t6Rr7bLgipwpCvLanqp65SjqAqPBjdckVVPQObalmT4wVLOU8gyQYA2HP0beiQr4VNni4T559SX1vEcUcPsJrQMQDKNml219asVcj2WdJda9Fvr+01a223y2vFYzBplw6s0rbxrksrSZygqCEum+22Zhtu49vqNr5tj2gt05MUlrvtc7AXOKdCm3i7wMFMCe0TbHNlCHl3DsGM8UTCu4ZztGvYMXcNdjrR8tXoJyCdaLMwnWiH0ol2T5xOtKO9tI5IJ1r+KqQTDQvSiXZyr7tWAno7r9p66US7b3o60XJROtHWkSlDbzVJaIcj17sWhnPHTNLZvZUkodn610sS6m7/a5YkNFyZJDTDJgR4Z0u6JAxJQlscmdGKDV7NCo6TJLT7JiUJ/dqi7B8wyv6Lt4Sy/8k/uSj7n/9ThrL/yRUo+8+ui7J/8LVG2b+yGmX/xT9WlP2bt1H2b6Psf52h7D9aGDT236ZBY6+WjogauwL/+SvdS9kEMQdfbwliDt6UBDGfvJ0g5vbS9XW4dN1OEHN76frTtXRl1hsDIkatN5+315sJhRpMCK59Qt50Ex1qcIz1ZqoB23WIQWa9IS+XAfiLPAE5lwdi8eh6681gX2qngenlJfVq0XozyHj4qzVlairpYbGX13AtD39jvUldJ4vXmwWsNzFhv2jn/vXXmxnp4wGP4Awr1jublfIarAyYlUGGlVteb8jda1Gw3szJ/wjXG+ZvxOvNiL0a6imo9mtHrDeL7HozcvpHueb4qNA/Co+6cKWRMkJPeEZFGehSSZeWGhrQAlW9WFvVK7K6WuGbhA4IFUUq/KUnX8UpNErnxpVW2YjB4l/jcnNcGgKj9cxyg04ZpZOvM9qLakg+0Er1jbPrzMjpDnZ0ZwWqVjXqZ7zO8NxYvc7MbKqmx15nhrZGH2fXmRONQVWrzVag2Vq5zsxsqqZHrTMcPV20zsx5nZk71hnj2P5FD/CjPxt6gTq2HxrH9i06tu/SsX2Hju3bemmZWMf2gO0zVMf2Q1pYeqKlT+zx7L6tUceGamEZ4ylF00aNLj62b8Kx/RiPrUai6Ty29/PZ7tu5c/nW0eHHHWf4cZPRRNvcn02qRl06lfnSqQwRLx3Tnc03kksUHtuPUNfCvO3x0f1E9PTRfRuP7uXw6OtrTdluiSlowAF9W/T1XZ0cd+pduIf3yvBWXfwlNb5cDjjqRf3WV1Ewl/ny+TGsV90ZNDOMh4SJ0eVpGx6iTyl1aYo/kfH/zHZOTYTq8rKhBceOqKJmiBI9R8eYJCq4LiLaRbT5sLqmj61VQHN4RXuUNtaP4THGTPZYvaUnJMjS8ULtQjLlFEcYtpp/zoNssN4gM242Dcmoqk9SGCC1QI30Mgf4dVYqgFE/5AP8nnWA35Mlo+jlsTe41n8c1UfXUB8hqY+A1EeN1EddVGQLVdIzqEZGudu/rlIjXXX7F+oU2DXcrunjka5SI00ac6KJu9uqlG6V4Bk8zIrtSRO1AkplQEplaCiViiiBPxY72DVRt/hZf6wtV+52X42Vuit1MiRur0sLWmUtM15s0fptFTJStltl+PkWJdK2ilCK9amqmDI77iWR7GX4GsW6+EG+3uMU3oLFaftguS1OiS3I1M66rEImckVU96Wl08TTJDBlqpn4VyTeM8Nat0zhztKv03zScRZuFemuahlO5YsqMJR9MTOEq96xEKfyuVVGCd0Qrnql5FO15eOzfPxYFz/I11vnIqrwHE6MHsPC8otdeAa+y1uQtv60mB0sT9vCLcx0ftbxBgdv0sb3O3KmpVmGpBCTKoTdTHQ2bskb59pOZntJR8mZFogNOYPo3aYcE++lQAIp3Nh7kOdYH7xRRV/q9zlFN8+zKdJ9ThHuKzHPm8ZTWZ/oSHnM5LdOrH90gNWlA2IuqxZNBEE6I+bXxdkbaulC6oSqZ7kgyqQWaEjKTokGU2ZUxQS21ciKiSJhUoh+Knma4GkTrzyWQMXODQ5lNX+XJIcwfkXa/sxqf5Zvf0btJzwEF2LK42EpZrqVDbEpJT+HTQ1EyaPMp3gwoaZLKvMSS7ekh3zTeCprEjDBN+U3OcFL6QC2CJ3CmccZMdXS5vLJTNWA0gY+t5HPTPEsn3OiYmZShdzm6UBnPmiZebd/kZw5XJ47UctndJvnsJVzZiuyROc9skohznD+o5lIzLxEdTiygZl7JTaT2eME2cOcRSMy1TI5i0zFln6NXTrO4+XfqhsmHM5Lx4spqblsORZwjOos/3xKmi5bqp5RCKzsGqzsGuZcyFWdLTyHQwoqPM8Wnubno9lfdXLcc7A7L5IDq/uyWw7zAjmwxi875TBPFSOcvDyGrMgvNitztxxmurCQZQTJAb5ahWeGHET6dZF+XZqjxCuXKmtM4wV3bYakpSYpAbByIgm+WiQt0wGVldYyr1cWhO3j5eaD7JIlq6wFaDKpLBIQHvSFnNuHJo8zcwSsyaPgbtNmtBp+pcKFOi1sDJbciMjzKIhHq7XUtiMeBaa+gWX7lJiDabQlFrCWe2BEe2qDXiWTmu3sbRgPh2BOVUUXLeshWdYDUTFdY/7x2Os93rehZWYELTMlaJkJQcuk94tn1k3POdVbcbxdPGOd9ia4ji5Egiv9JmjqLNhZ8YHvYl/2ESd2StCaXghhW9PNgtC9I+8aA7zZciSIxBRozrBgWWZqlzHzoE2PmwhzbCR8A7e6Y+WbTAs38ewOgud7gJzac6X3RtlLa/qUTu9tSA8XMtOablYeXJEd79QK4fpFwg2KhesXCDe4ReH6buGG1o0Nx+DUyE3S6BlEaoaTsj7gF/Rt4TpsZsIIH7lioY2cngMKtHfk7FxqMF12rt+TE2Zu3Hsn9RQhmXN2QoI8Oh1PdFRLH89KQjodD9NuI7tuyqELExXiEDaNpwFCqJPnMUKpq1iG0DKPQjhsSdCWhgQxYkTWHdeSDFU9AEwsSAdsS8qkwmLKctCcZt5HTs9nUFiO6GQyQxM8TdCWbgMVgxt82GT+LunQWVLavvsUyWifj6A7PAAjOHVLAV4GOpbDwEdtupB9DJnHLPPYOA1WT+s6e2IdsidO9G2/IyanBcfyWtoxIw5xDbhj3kbUm+2182tGJlVlOvrP0gFP2wSVfplC2s1fwC13eKKW0yyiIbYSmq2AvgJbOhDDK2RLR6KTz/F5Ruw47GV3RpK2S4stCpJFtsFMd73gzls4g6WXAK8SO577pMsW66UXNsBcUo2kqz5JYT9yweEauU5FgRzCIjmwQhduOYQFcmCdLpxyyGnmEmtmi5XQLYfcRbwBYGSqdSf0fcd183pK2ZIrp2qHu/YYiU5TkmrpgMpKq5bXHR3yJFi4c7mSWuqgtpIKAcFw5TrYyWRQDcwRsCaPqtsKxZ6PpjLEng6W3IjI8xgRj8LFo4K8jMDVvQULcw8UdE9dumM+HWkowodQR9A78LEj1VOEJ9FdA4pxx7rZInv5B72yd227BNcclVNOR8BlFSzii6WInAEreDZ9rxfCN3AIrJSABXxcwuPr7iXZ2O6r3lX0nKheLP2up/0Isx6E6A4gZJuvevDf1zxZWBYqiwqs+ZU7SlHivSC5MmuhD/mTcxWsTH7jyhAAvgJ0VICOh6B29QDKPSJ7DF9BaHncfViSjXw9AnzJX3XPyCe73aunStEXuxYKk+mnOCY/xVHWTzFZ309xrE/jcSeRZP0UbwJc8gKv2XFrhn4j5Jy8CbHktLNYx5Vkui83VlPtuvhSWW6DtopcSabruC5mcvGM8rl4FFTDXENYFBmwCkPcgX+kLfsYAf01B38IEE/TlVFHt8bB+s6XI9Nj0YY8MvcmKm5A6L3JSmcYkXG+tJDJMtmEhhYiu5VNaAUrQ2ZlmGGFsY9WOcOIQuwj7KpkuxD7CAdjssnYR1lnmRg8Dl8uLwepc6aC+5goHZw6Z94sG5lqMqbpZppNKJPYm9OBcJp3wTrdY53umdm91wOdvEyQ0RO2VXWVUsaYU4cmtIewR16h8bidMx7ttPBNrHYY27nhmyCwJz3DV9T+VVI/BGcVViJ27qU8DSJHQ1233sD2GhTNAO11lasmNik5vhyju4m6OEsAoH6u71TrV+LL68MUNfOeKGOxZd7oqcTl+Q6ur9/BdVWrrbsirbsQH0o52ERQONVdTVrDt1wej3KptmCKGmYmbsXP1MFP49YGrKr1JPysckz1CTh8CaZXoyhRT91UZM5EPSOV3vBWGXUsOnVj0ZGmonIhqtuM1o9wVa0To21IMd3OJOphj1VwHFpuqfPKDqc17CDmULIU8cMWArblUPQdTa9huKV2wX4YiC6F/HbBvOjBR9O49N9Y45hyoN2Geto9dcORk6HLiPojSHyRPaacFhgTU9HdlzZQ18zJ0CVkf9f61VU6ZFiQqaAwALjnDAAeW7DlvvIEc6zJPRMAyg4AntKaPBWj/WWXczLEEDsNLHWLWIm/PlixfW2nRWsyBTy0CnMyjPF9m4woaZ7M9Uo2NM7o+rzc9jnHgZyACzyGC3M5GZxHQjoookM+Rmb2I+NpCFHEvTRHzhE5GVoqBsKItm4oIHwjJwNRXueTFQ67RkfRUuGCN84seIo8tezJrdihQTPjFhHw8SevYYQwxnoDne0bB4+5Fji3nkxH2TgdZTMn1j/sekn+Fo2pYOWjmTMiWg3AvtaoC1ami9iUvlHByDQppT4dGIlu6mp7j0AkPdOI9zPbb981iboF7PnMXsPJXkM+6rrZ89diz6ygiD20UJTXV4Y92ecMGcdKpQt/dQk5bqY24JA5HYK4m8bOm31Kp+bO+5QduyCtMoxdgMFKu7pd72r0T+Ze59rocbVOtMhJrAXrRA0+QrlOtWCdaOh1YmCtEx3HOtEh57DUL6yhw+b0OtFFiiJYhCRFmPkCKTLWiV7BOtET0b5cKyNWqrjvkXsjW7ka2Njj9OtEj5ZIjZYGLc/Z+1LMgmRq2vTyH1508y/GhEtQyt31HsrKanZldeURULPr4udjVHVUVZNBMJt8HxDytxEMLtLl8LUMTglNHkjQXtO8Bm9wYXXnnC+saD1AoppA1EkKj+EQPDkANDwRk3Pa2HBO69Hy2BPB/lKOIbJF5DIPXv9B5kotxtMV80otNjvY2avtbK+CECL2FI+sru3mX1g9mJas8w+4G7u552Z3YblAwTvoOxxLchFLLgK3jbrRZ/4aYjcKZ8QeQ98JkLew5e1YqckfbcPxBudT0sf3Z0QP1/CB6Og1XEo2iRi7jEbiph6Tyz10D+KBmJw9XO54OEPlVPfRA8uXK+TEWiEn2RRbm2IJnUR9QaNfVgSFxI5+sgSJwYMuXlpNxeS6OKOuVCI2MchBakuLf7GHUGGB8go5xJyRPjouAWFji7BxlrAtsUgHCXXxjDt/op8sVG9MxdgiSZsUc+0VcRromWt3idHhcsj0JOvQMxenFT3sHiFGTM9QPzlN9MjdI/tubbGRY9DnPS5OS+66YGAkQyPdQNcBKTPOTzbqsXGmx8b5HhuTg9kQmt5A0JYA00zhQ9WurJewZLBau1JTIDCG5Q5obrcRQc2He1CzrMerVFWTgrBiqNma+TQZ3VCFfGmugiiGQhrtN5IZ/b5VnTd97n+79530WIMhUk2WM9zRaJqJjcx4gicQP5TByJmlGDm58ZZCO0bLEZiLxMIM7jfduDem8nS6xg1dLmH9VLvieA5MS4mXQQgP0now8+4QVW9gYp2lpXzHY5AGK0LL7Yw1q5rY8tmQpJgnizQk3BTlqKozcBoK02xdl/HzT4mkmr2+z3V3KH0uCSprgtZZikus1kuGWldUBycsf8iGQPekrQcnLApCSiVSsAoaBdNVcK7ncqHFY5RLLZ4h6Lz5YeozUjCE27kh7ByM5IzmHJFjZRhmvc/mOLYdL+yx6Rpn+ebUYBsry9F+QSPO8dwcdo7eSx1Ch7AE0D4E1oJMx6cE2Z0x1Z2RL687w6D6BK2nrJ2k8BDyB0zI8JyB4ZmIEVijfIYGUHS4dSAobvjoKJMpxhEENpQnIobY69C+qkf7qo7cA0bRp+yjtT4drZnpTnuU7vQER2vdo47WxngRMYFYLvD1F33AF1n3aK0PR2uc7nSMx1L94qO1/prnUd0jz6PStx2GzWUoB0A3MwEay+wmJXcSHa7hqKO1CaQ7HeNd40KhpvSLWFnYrBzFxxFMnJSDNU/UFoUnathVkBfNOlGLnSdq2aOGxl7SSc+zlFvIQAWr72nXq4ACBPm0LXLlzp6kGVBHVn5yFWA3MjOgjopzZ4/VaVtb3SLVUgpu5s77AlcO1jlTMLcooKc1OJfp6bD7HAWhqHN2i4a6VUKiXuYjwMdWwASGrqOnyeqTNZV/M2y6hBiKbtHJGocijrRHSYc9Sjrm0ZFZwYqxasChpmMVJeMfmgeHoWsO9U0/koGRs7vsesGTyyrUSzkuO57zpOvnJ11NM5JPyZAyous9SeGazkKKnoqRykKaPYCr4RFtM5+F1DqAm5d2azqs+xUvKe36V8FL5ANxdNiTa0iXwrsXRnxmn+IzhxYq66AgbfaIgC9oHVnQOjIiGNahnTubsjBoaiDnl6SnB/T0gJ51fMh3K1LLi94+JQn7greESGjUvSNb9wb5aTGglaCbRjr2Tc+3Ye511/BwS9+qLlXDuaPjjPFaw+NrDQ+6tJv6HjfA6bihlHC5SAmTko1E7zPLFgA1ULgpeX3IwnTiQfcoTSJqX48z3Ft3ddJ2bp532iXWzx3GCKZszvwbcPW6gjcJ3I52Ua6J9uVkRhWTk0WIBfkyBxMd9apwINMqunWYpDE8fb7o4bP9pvYYbaYv1eF0hw+npYYJdPYXMb9QeQ3v4yO8fwAzsy0pL6fk4V+KPN8kz+2orMnzDfJCTV5I5OmXqp873M9MXoje5UxeCOTBTl77ts4gtYHsTvIE83YrVx/Fexv2WaKhScNOfpHqQqpQ6DtylJ2iM5gcDhjalf1xl39MvrQA7uH0mw1dM4Lu6FK+AZRilBnofVMmw9zrrlKlTTX2eMo09Y3fUcLrWvAfqvKZBZUB5WeF5Wep+/gIdOMIL6rCQ2O6oWdP4Wxr8cqBIyaQEuRMwyisgK0bz8jhTuAIXY2BS6peSiKZ7U730zmnbKISz7ngMsVMqjlX13MuXSHkdMOr7Vk61zjBNTrfk9Is4ZAuvujTPRzpi6FnFDZMetmnXzqSYtdVPvZ6OuVamSk3S+ebItF3kLhy2vXsIYYkhkRietOZ94Wuq2kXpNOuxdNOqk2Pp14nTjoY3Ygn/eXc5AMwHhhq5VUzsFWW1Tl+as0/TEe67BDGzibZyLiBcxpvDjxFlqQpFGNOKjulb2NFZV9rCOhAjVIt0Z5euIol2zUMmfyEL1j4jPIdE5ucbRk2W/QMpTShDTAaHnF5kIzkbI6iqjRXon8Xeo1rVX096IMRIocG2CghfACGhA82SpoVqm3ZKE3HXrdJsBHpHWGkcWi8XR+wIXb9D8ZJo8ASaciFF3VFybu2i8Aou9X9pJXG0Hfxmb+vt3Qwlee7Oq4wgbFYUwv0HNPIBGnxnuheTsqybXXM17mM2h36BgYa1FTDAvQWZuEcdioKTbAcR0tpqEu9pbVCl5ugDCq8AdEPOnzQp20GKVv1Tg4VoqamnwFBeA2qKkpfAMgUDAQ50d4PJ86iTr6gdbWM1QGXPUpLwHom2eRpJGdcJf86VBMSMNZB7k29uJZjyAkH9m5DKtylOuPuMweqQ1TaFM1tYHNbzkg/sKWPm4jeZWK2bDMLrArMcg/+rl6U5Rkep3yXi/jG0pX8TzTvsHpgA7vkV8sCCGJIQ+/JWSX/PRqLBnqX+ruA1NTQKxl0v7ICPUMknhYJuYjJP/HUjiUDc4fPvFAs4FUZ6BGpxiM/ukI6cFlmyrw4aaID2i7m7wW+WPnWtfL1RJRaNGWbX1S+da188z+tWcoXwEuWTfI/awMchlS+TZi67NKGSSBawmefNZ80ToM0TlOaLDmwxZsMtvh0Crb4wUIkYSMEACIDiqGEX/XgvxgH8LWFCr7JUMFP3xJU8Et/cqGCv/9PGVTwSyuggl9eFyr45tcaKvjyaqjgp/9YoYIPUujGrwpU8JXbUMG3oYJXQAX/66bXNFaTHuKoiR6sJgP4CJdD+GhC7kleTbbWuBZKl5EUC3jLWktmCOYqNSGe4PekXZi7FioXLCewS076cKgXq8O8Geewj4sAHHUOe/aL71kn2bzXHdjvzGk9MFOmczr0BBIUL8zj2R4fz/bgVm5hhqH4xprSpzWlDKviHEh/tbzcVKvjvIiDzTeHg755gJOAchwVcNA3FVgLOGitPI2kpaTteDMzkrp34CTg2TJEYeLVkOQo6bGhyZC/GvxX3fTMMn7VNbpnqWXvWRgjVaVE5qSd6qkrY6D6ZT5pp5wlfTzR6UK6TlbbYznmdNyVjkJKfE4uOsskcc8kF91M6ZwwnROLTnoKczh7wjI04oUzyUVDEOjrZaCyTUncuYLLsWKZk7jz8yv6OWWVlGsE3CmBaOJlH9x8NnCl6B/rQkmD/UorxLwkUcMw3znh+p0TqlrtEewbI9hPr0jwWKFv2QaQPNWkapS6V8OxEF4kBStm3txdAY+J7Avu0nmBLHqO5zWaqvM8o6FmNB8abzCq6j1J4Vqksn434fKhqfy6+USmx3siTsclF2PRY4+DDVpayuZF0tdyabl5e2mhpeWl20vLf05Ly82vzdLy8u2l5fbS8nW0tPzuyBsYcHabsHYsxCYsLTP4CGXNm7C0bOil5ewaS8tCpyyZaz+2s9bSsoVTcFNsYcz6ttgU24+CH8IWBgsAcuBU/f0KALyWxDIbR5oULD0JACKcAhgE0NVbrLpPFR2S6ZGzYR+ELcwBksl9MjcGAr+y0rEnvk71HYLfIh2ShXRINtdp11McBNbZCa06idjeX54W25oDSHMiTn99cmDDamgOpgA5ONUcQE7LLOTgm87BlFGMN3RilkUBB1MzMUsXOOhmOQADZiqW+0scpF/wlmfEktjZLGLjzJvDxpI7Yqk7YlnYEcuUjR6w0VvpbHiGwPMcb7CbknP4fuh+ryE3Ru73L5WTJb4fiy080pyIhJ0WOVcCo+6JmPsm4jV5S6/JndT9L9SndUu1JvOJrTrD5cMk9RSwBuQ/WmEwDCzWv3R4A54lyDN0pQzFBE77xjd4DW5QRVNdgTpYJJVVQkCQ0mqYjdCmMEVqM2mexsqE21IwG4xNp06o6+p3eKe6pfM5dI+g4VyGhrrRepON3i0FszHUsUrw7zLc7M20H8WUPDSoZfYx6B3Rsp4JPBnVVEydIaap+2aZ/t5g3yo1a8EIairrqgk9mc5aPyIM6ADoJx+JQUGsi+/EOO3rSbtUBtFMnDIXeyavnx9xzfVHXFPVaqumQDMJLOg0zoHNZB8ks2FTpaTYl33ajFxKaDvl57SDn9qtzSBV60n4qRE/p1381GCMGvy0nGgt6aHzuZRL4eAyyHNZX5/Luqq1iMs8PlvKZUBcCheXshTcFzdFHwBlMJbdp1kZrlhPNt1C27CRAdWLFvG6WdT/Zhl+3qIFaPPEnavqPUnhVqRw5TqgmDqAXglGRRfgLLuSKPluUwHRnYaP03JayI9TyrulBybv4QFdrtl4dMltg/e2wXvb4L1t8N42eG8bvEcbvPM/NoN3ShfPmh719zpmb6BSV2YNXjcO0G2D97bBe9vgvW3wksH7z8HLse30chwUAA2L9b0cBzbQsMh6Ob7GXo4v3pKX46u37uU4KMbkHdwSJu8KL8fPv/lejgPz3cjychwc18tx9GZ7Ob66wsvx9XW9HF9bx8uR/cRSZGK+YB0WepYNi4OTBTn1MeYu+zo+phwMuaLU71H7Or54fF9HRWGaLdqk2YsNX8eb2teRo/+GRp5qLz6Zr2MuTzUYF2aq6qMzsx7p3DgogJvN9VWwfl8Fqtb1nRtHb7Jz48AJLhvc2hBUta7v3Dj6mjg3ZrAEX3FiCf52x3JTGcFSMhYjWmlG5KYygpVmciw3lbHtpjLJu6lMkSJcxiRFMymj2aMZLMF5wVIzB6BWDdA6xW3vqNhDRWcinuSQL8Z5Fw/zdd7LA94qH5AJ93bPCMS1s1f3TEcP21VlTmvOXMz2aS3/WGW5EDNncLafD+r/2rJi+6zMj0bIcPmsYJ8xznuHPHMU3in72WiARbnQlBVaOQJBxJLOsROTdsJaJQDni8u4+0tZijSb7KdBAWLSrOLpfhkqDjAYtnEFfDc8BnP1imu5HFPMDdZDv8ZYrmiPNqkBmr/yb/nZFVPYBBqBxTQFepDlp2Z7RdBCySi72o+A+lY9bYA3Rr/Q/x/Oi+AABtYGQknrtcqiI9VXTe4cNtteFcYR/agpegCzRj+sRvS3/FXHblHTgRDZmxmws7ruXhplBXTqfdKDKZH168JHvLUSyOjpioETTuqhZ6HZOeZDrYDSoyjBeF1Ip4LAJqmM2lJGC5YP/aBF8mkr+eDfsmPbBa2iWbfIyKe2nnxqlnyo/ZqWDwc0lGLIbqt8iWZr+BJFeXN1gl475iZL6ZCIh27o5E75C5klh0biGs0YAv83HmPHoYbtEmPWYquhuqWGsri7qnwEjkXRKvCTCYXjOngM1fR096AKIs7zGK7Po1mLzWOoeWRTo8SmhsVjaLgN4eLB4cB2jHCLoU1axqaS3Ybm5qayOBDvZ41AvH96VCDeP8VAvOchEO8Tfa9jGA6YU3NKOTVHlFNzTDk1Z/CDEA7mWnZWnBUmxFTvUsfqngZyuD4U/9W/8I3PT37m5/8yeALqzr8s1XTroX/58e+46xe/9589fEX+laBmfuhu/N+vvUu2niDiw7Ul1ZOWLFklS3Y4I14pgYOkgI0iWCggTk+s9Ka17pDk2g6YCMkQTiahtn24q9L3Dgg4v2Gv+vU8SDafvKsN5lRlJTAiAidslE4MTc2vCGtpprNuTBWoVG6DOdZHHnW4+6kbdz9DdrGFe4chpCiN+e5KELCNhQZcp4TmhnKqy21k1wArFe2K5KwUsbnr2q40ixkP8AXQ5XhbLJQAn9vF1EtDXguW1yJzT+OS18II6EqrPkENEZwk1cFJsC6UtAtT7PTc1xvaHbgP587PlqUlT+7AUloAS4Zm0ybbM1NB35q8i9/S7sAdF4K/dgceUTlJ+aZhnKinYEPIf6TXmuRmq365buacK3TD0dyjC4YJ23tztvLU8EXoe301M4QgcjHkPJfC1wkuRUr43Ny48ZZWPW3gqQEr9JAU+tg6NTXGKJh6eIGUYGpMPngIsRJpgiLjkgHyBEYWjqB/iNckX0XKmWYO5288prIWYKLN64er8vEEee/kESBOfVtmqcU5cQtjRdVqpbpKAuXA7Mh2OLS32zObqqm93YYNteTFoZJolXV7Zme0E3bs0DQWuBU8bs43DgfqzIl2xAaTZIaNJq4iJLF8Q8QqnAnmRU/NjMzEImC+jRytjA3tR8MUGrFl7hsyz2KYaJkrSk5Q9BA7216m2sYyJQ1u1c9te3TbPNlNt62RYtegm46krQYZepZLqfYCWO/Y8JqQjVUH+6uOmBA1TKDoiQl7aC8dHtr/YGAlCpyDzTMBpJ8qIbGBcTQH42iqjaOmNo621zCOJrZxNCXjqGkZR03LOGpaxtF2xjhqim3DOGpaxlHTZRxt4GHvHEw8No7mj8T09039t8NY2jraWIqh2uUQDnX3EzkbcsZSzPFIG0UXC/P0TteRa9sNnzDOwycszPtgOXwnhU4a6eKfczOZkbEUowUIJ9XSaFqIIQQnDTU7r5aliTwvYmf25rAzNFUNzsZJATtDM7mQnbtwQexsCbG/LAPp0uxLpCmCnJSLOEgyHMzcIBDGOz5IPVaHzJiDWaZDbM+lrSJ7KilMWYg9lBTbW7Flb8Vsb2E2TeA4mVn2VkPSvWl5lMTa3mq7PErWtLdcN8VH2Fvbhr0VWvZWg8+upoCfuZ9e99T0kIFNc50It0J9kfC6mS3QBrXQC5AFJFATeWzPdAjmCK+DhF8vG9c8UEZWcCVWzjBsbU0RWjVHfZ2trTjjyJOxuZJC6gOb+jr8U9v3Wt76yNhcMUaTBZAfkXGg6ntkd9XQgGuutrvqb44JVl9/+NSzJthUm2CTAkeDjAk2tamaWI4GR+Y5ndpBXlrtcf/mM2w/oybG3CEHiCudOQ+EaPhyqRXassS6xuLTrPok5X12fKqTw0XoPNDzXVq17BKQryZATnIG5k5WBMxCTmoGFk/REMjjFBusqXrtwoZKOUIFSB3OhlkbDiIg62KIZ110I8aBdGytzRgjngPpOnC7ZptpW6aZ9prn1bJIeSEh5QUWUl5dG2cNyzjD/siZZz7B5AX5fFq7HiLleR8Ep2Hv/a0y2kby6yOxKOF9e4AotuhroDHWYEjVCNISFAZ+wxSoCkMfMLoYc6y9l9QQNA7c0Np4iyH3Vo/hR+uyuqyAwNcWIlHKHyEeGfzIAGCtxZTP1cMDZgT+YoF7sJJ6IuCLx4DESoYc7qcw8bdt4B3p0FIE2yVODNv19evQ8rWC7fr8nzLYrq+uQ8ubCdt1hEOLA7zLi2/FocUN3uW5wLsyDi3279408K430aHlNlrXf35oXX9gQ6qMYZUYQgqKKuUWgUVkDIvIqMBXJXYs1jF5qPRtx8hjo3UVQ/DLPf8cIFXGNqRKT4yLvDx6ap5klouhaeD2nUsJ3ywbO+aRvnMY2pAqZba2cClZrPBTwcWwjFjfjNgFSx4tJ2UEl80eADhQHkYuDBWbHfXOwc6c2ZlrduYF+CoDI+I046uycav4KiW02GA5IXttrhBX5HIy0nixU51v3IW1kq4oRVgrfQbuGFhYK/0snIfHcB44I4/AWunlsFbMizFMAO+C8fJwb+8dgbXCPjfm+m881VgrHmOtIJ3rw3gB7C2yicjCEcOuAMMEr0Jwt/zmin6DgCzliJFXPGkEwJkVQYv3Tga7ItWLQ+36+X4K1++nUNVq4Q0h0PjQhF3xGHbFi/W8OFC7VYuq4bFhV9hQy1eQWWaGpuHXtwsZsnAtTTWaweU8o6FmlJFTPEZOsRnNaobjFEbDGPFWeLkZw8dYwxtrvBW6OxDzh63MzLz4xJGIo0gffcPUiP59zQsfj/RS1KY8MG1YijrwAXlg2nYemIm1FPUcS1GPVqGOnQdmYi1FQ5yZbdhGirbcvYwK1p2RaIPtP0RlPYYkekfZ/n4+3zh7pbdR7G07K0LHfte18m3jqxa+amnw+5YNft9m278dyzfdVFk3QFk3lO0/KlLWY876krXt22KItj1AWvcwBW5KjBwyighl3w+1lmu47HuUndJ0LdFhlrqGgaWeugwsg7GsjQ9ZeKQ2gr02HAE2KUHLY/Hqq9ax0kgde7ap3Du3Rqeq1e69wOi9rCGYFg6MqIxcwiAyBHna8VxssOnXQPgjaVW1efa1afaNaPZJ5d2Lom8ulx+X7PNlWVI2L7rg0kqUjSsrOTeMK6typCfuAXlMwdnPj4ZyAjcpmdMwn8ypTcmcekYyJ7ylCwumM2x/hmo6D2k6t2g6t3V6wAGtaaF1Sxdat3ShdUs3oVs6ev3Ku2TrE76la3l2yZJVspThuAUrfAt1RkvqDK9AZ5i+2XTt1oJDGWmsjtX1W6vo+GOcSRtluB5byTfaR2YfbOeyD2azZ/CiWOZF8ejsg97RCkTaYHhNA06Cass9MDyLu2zFdbltyM33HisB3/ToBHxjpT1YR6bZRfym8bQO1kGaRMSRgG+qEvA1yXwbGOe3claWVF6aPUqSx6kb2mlGK7phgIi2sOCGobZiNWhljs37mRx5taaLzxrmFSjOkadFYOfIS4VhVrBiTBj4dFaOPHaa5DSi7DQZ8doPi8iQnSZHpHg8Ujxy0rSi6Pme13q8pxf6GcF4zig+YkbxETMbxjM5IYxnYi30McdF0P3gBI7fsnvORcE8XkBQwYYKJogxtmCWvTFv5K+Yx7m5qfD2GkcGFTTsoIIigDzYDIQqqCCEqZt6yjZgKDSMq3O+a17AvnPGt/7pntNgAz18TM/BhpXX7sjzzbErvhAul8ayAx1iCBxBiYbDcNkhm6AQIXQ9wUC9/ZNKNYBR3oAltgtmcNcWbuEuuOCa+2MVRk0IxQLGEoN4mrEYWYzRaA9S3xr796Spd/CtvWTrvahNI9am6VV414VEurkuEqk0sPAasw5ny8UgpFJZ4HU9JLfRjnBN0WLr0E4apuxCiJyQFlikDhnUMcRhVm1jfASqavpdE1ATJFktQDOIdTHUUJDo0tckxBgCkQ5X0gSlghCIpRrMgQr9yQiHQ35WCMenpII1oCPEWAOpSKUlFUpOlhwMQT9ANwX1o2rEbguBQm/ItY8zYJkJhggywRAr6QussAiiJICwCAjJUGERWwixCi4peYjVYMVSt0yVwkZmwRoZS12UBvRmB6F8tOEOGViPRbMCe7Z3rNneUdesnQxCKa1p6Z1IAacW6mqeTTj2RW3leAc7jL7OgpjKhWeNQmXNSQBSE+bqHLKPYuAI28lPL43fmpNOYEnHvoTW0lEUTE5YnqJGV0zlmoYZZnfypJXCGMsqW6rulg07DNc+hBrASWv5OpttlbboEMwA6vAGWy4NI9xDkOWyMC+3f6fnta919eV2C0yTumjR5XYLLJcQPpqQ9pEtl75lubQdlkub7rLTXHANfXiuLZceXkbVditrQY6LGmwzenhHKRWxc5sxSr+O068TPaI7akQ3aKlJb8zVfbkcnRPYcUJYYfbFCF9M8y/GFHWdrzKkITkBc9OskZ+P8Pk093xMoIlpfZFyvsERMgDVgN+GcDuzl9TkWIGvtRhCnXis6EZPUlhThnnb5EBscGHlSJAvzI4FsvAYDi42DwBpSowOllvSOBsfQCbkFdDlHTQapDUqRw/FIfRFW2+4ZJfBWEHzoYk0jCUr9E3soUdajV3oaD82l6/pW6xek/FB7C+1IBL12vBoQS73EGw85EYGhzCSBI1aH676hS8XtJG1nI+yI20sBAwdGiFNOgQ+xEJiop8IEDke9+AN6oYYXRczukHln0iBi8PlVI1kcOmw1vlRfowbLQ+NNqfY1FSkjdTEXDLZVUxOjVqhNllZlQoAw8nwBhfz02KH8uWWGN5IRvpdwBu2GIZzFa7+4lQOXUsOU+PHOeLK6qWUANR1hKiNJoZG5WOscyxMqSZiKf+fXI4FAOXIggzOHuhZkhwuhyBlAEjDfh5b/TzONi5rU5pgoCcSzeShfJlOrTGuTpzJdkOMgaYrlL82ILFwQir5IOTDOCzr3I0XaLz069Sl/HCoR2ZmU1ZlcB1NWif/7hAVYARaIV/KdzyW7OObMPdmOcWaHC8mNEDyBJJyka/y9IVsH4DSssjTZfz8UyAusIlj7TvFavLPJ6SVU9JW6MYS68aSoRst+pusmJtaMTcLyrMKAutCM3mC0koSJ2pYi+sEbKcyPUnhSaTOZGps59AZvr26bIJuO4RVxxO1R60TYg65aMs9SC7fytpAFis9zFZDWSi3gBkuIXPRE/NHTQ+zuMD2icEtYJR1CxgVHbH2bPCHHPJD7YjTCeMUYmqGSSaQYmFa4GFmbE2yHmYxRzaIOdwyzdB6W0D0xXoeZkZ8tnUzOHZAJmVSrpiQSStY6TErvQwrtodZfHz4CnIJmLNLQPYWamq4BDB/fO+ktxwNPmPI+gOEdNIQprEsBUgQVmS+657ZCLS384krf4AaBDNpfwAcunBmCIYK3i7om3duBfKvH+IxzQYed28UunllQRnCDBwDhMlbu1a4YEIMhsucwFa9TsKTtagEE+oWU7CFTIuGz6vyFNh0eAqEK+7l5ini0Ch/c+7c4q7fg76q1cYQaGkMAcAgYL+zgPzOUgyBgMxDi6qxKwRyRd4Zh0MAXs7fwsDMJlWaaAeIsTmNPZ7GFls+sVVysQUQJ6G++i9ZmdS131nIx/+A2pdsiilfPk5paYlNv7OudZ9WvRq9Wvci41JgQI5oA1hrevARLvvwYTqibaxxKTDUN4V97Yi2kfVllvqiK2lYa2vd3Zdr34LhBbq0zAyK3LRi201rV+wn6jLH8tTq5V73jcmdvh2zv9ZYB0EowAsfbqC7eAPti26stKKCZPGNG7zCTSW596JvqlS1Hd5YStJBOvupb1M+bmnhurOr5716eTwqb6ZDxf2kMG6pnx7o5JPxbqJO7ZDaUcnk9xJp7MieqRin583Ua0zW/q1ojMBvaJM7M2Nb9xIB7wXVoe4DW+psbS8ZvxdunCE4HrfCTfh3JU5jpnBz1JOFaYNd0r41SMBl2r70dTqo9GmPg5dDRuNt4Wefn/qc9r2F2d63YLfHjV/WjWOYVrm4cXyba5zLcONXqGaKZNCN4181JEnr9nG83AQvxjnq9s0iR4sw70icHwbgYMRj3L4MJeW35ggxarFnSmjMlCw0TDpTQnIAyxIy1KHkdZhMHB0zgI8BjCG6+vQRLwYCc7uPWh5PR2UwvG1R37aob1vUb4ZF3fjjs2/rbos6teEbb5YNXy+y4W9b1Lct6lUW9Z8vV0xo0icYmvQ5L+GJT3+/AX8TdGlFUlORz633jDyhoEzv8JaPT/V6dTcsSOfE3bBenYWPcHkGPprL83q9esCyyi85rPJL4pxOC3MG/nMe/vOAtVrdgRxcEncgBxfFRXFJrlF3w9+Sg3vhU3JwQVwQ9z4SI8V34+cdyMGO/HsnC316T8ECd4+4uL98m7hIC5ys4NPe8m7xNnuBMxMIGFj1egzerSb3eerti9jb58RFhcsuX1w0fVnO8YsmvujmX/SBtrNmbWe4NlnZWbuyM5yeAJ93c88xnQBXdSe+Oi/u5GF8jr/lF9Yz9Aaduc+KO6G9i1z4oi58sbDwRZ0IAQp3T1a4j+kyDgDNA+Dh53It7x/IjRcv8PfQAn+PuLQvu+yS7sE/LC8virszPaj76mKmr3JdYkg+K2FDkpeYn0uan0uF/FxSwoAJP4VD3iwHF/aXl5xjrCkuaL6+4C0viEs2X0a+hLZm8UJ2OLqGXrto6LXMoecYZ+2CcdYypIPlTjLYdOUnGS8t8J2RI6QPDgWGJajFfO/+8qIhO3Gvlu2XveWd4qIt27ZrG3NnRrYXXLIN5dsLLtm2DdlecMg2lC8vOGTbNmSL5e5l8dyrxXNvoXju1YsZV36BC1/QhS8UFr6gOgaWowXcH7RE24j/0rLdAQibO3CDcJ8hQ7HjRLNJBXqfLdCUPqZKoaaezbxWpJFBmr5dMeouMHMXzFEXwsAJDWfJe4oM7vvQoD7leIOKJ7kX3592v/+yl9yP77fd7z/tJe/E9xvu91/wkrfj+0TcoxCeQWxySNCO/y18RXRO0LfRXnInLrGy3+m04xvY/emcoG9dxKbpihGa2B0xvKJ+L3/8Vr576rCL9DlBT3p75HdPy/AObg122L0wt5USb1cdLDe3at90lgiUXfAWY8ukng4BfU294lRdvctE6FDcAaDPSQNcDBPGOO5Jyhve49Jwk2SIHWl86LY93Jx0RJcA384S37L2b1D4bJpi8XZ0MJzrH3UOZYPqlwdR2h5zQiLIgw2lES/3qd1RjmHfFEOG4Zy/eg2YJn/1U7QZ4pKAF3KIAYZkKt0F7snirsJdyDtzGRAMgiAi0aYDHsiWn/eSCNreIJ8AFCZi/pA9liIW1Yl7BloV9yvujWbqtPkxm6lbpNbBku+R5Q+NP1FJEM96+8ah8K9Uod4dvETZUQ36usG3p+K2u5madfdrrn250VruoON7AxqWnX655UXswLpARhvUbiPLaK7dxhHtNqx2G0a7cleJDEPkjdz5cI+/lUPiB4dLuA+uXa6mTi53WU4u6SnGO1NnVpx4Ddn+W61Tip5+gjNtAEcP0NVXWoEiPKlL0k1fiRrUS+4u8PuZHHFJ7QaVAieZGmB5p1wvJwDq6BMF9VQ4NdogmTKpwQNNAUr9Dp13bYqyzxwWMKP3poyGGUbDPKMhPLgDU66F18XpG1cIun4nEg+Id+Deeqdob22IYdPpU+IQPuvTu0xnCTYJ5Lu3wbsdxztwiDsv7jJdONJSO47Hh8tNsSPO48MdbXTUoBJeUu8yPfHOOsgig0O+ylN1hv1BJvKtRZQus5N/SiSdZZLOKM/es0zRGaaIHICYoLdCqztc5Dyv48yPA+5SVXugqL7rhOWJtbcCEydr/a4TFgUhKYlwX6HlcldBQSW1A5TkW7ncW3lFUMt03vk2nQDjyBW4IieRVy5VoCPuxu63WAk0K/maNSvLhurFkxRmS+9u08PwjEIa4Xozz3F2n7eLnNMwIOftMtpAj5yHZVvpV6GFcn86iy+yjZmtTnA7rndbxFK2KFMvmCvHqy2aEaqgLc66FiccrNUVXH7dFqdZ+0nKb0Uu9PS3pwK5VMB0/QiBsOVzyc11vVggPgnkkpOh9cZXvVAg65U3UxUu069GgEDXHDdqMl3kIAS7ycjqg0j1QWQ32VUkn7B8xxh/OWVu1Z551aGJlS2ourGrutjxrmOIqWeOGyWQS7fAUO8WBbI0xl+e616xQJYkkEsFTPeOEMgS/GprYLfhhQFCvoJK89EFCC1qCAuSdm8BhMbYtV8uF8ywMW9QQudWC44Byu4ZNrZ2YdJIvzOGnclQfhr2ulmBvdvu6d024Ib0HuOb1h6tPXemjr1zMaHzvE04z5uJARzyTUUEZ2MtCLBrqaPxBXgvLKRRVr66fIe0+mtwvMMn5Bfh46LsEPlxSa4A8uNuaQHIj7fBhpciPUIxxnMlT1zgq9l30Pn5PXR+fikSl6Lofxh6HSMh+vHwpU9/FfClT+fwpU9/dfCll+vgS29CPNqx8KUba+NLN4oBmRuFgMwpjiZDLJQZYsECZG7AyUDDgDO28KUhhwIm5dgEfOnNI/GlG2vjS6/JziajM28yOwrlOM9OCiubi/nl3CJLkaT40qcMokXiPJxLL9dOrYCa9ouhpv31+2bGzMwy8K0MXsLMLIvO5E6tgJreXAE1nWSgppc5qGlOWa4hslu5+NqOC60gSaGmFyychQU1vWBUpxb8Iwu/pdI1LIo9n4aIPmWCTKfg0lt8LT0RW1l45tfMg6oanWDkQoFHVE4SsGWEAqunGu7EcKFRv3TEA/sMLl3TkIuMoSs0laIARLrhovJUSqVgKoVFpTiCSnEklS8jlQQi7T2I/QFYIoAm7UFgCcQXXT+8DPCvzHBSUz2IoLCq8Rp7CEBR8JsKsaRc2tCLaqTLcg9j5M5Ylb1i3PVDBfFyGInTYhuPJIZFTlY1l5WeHA1gXc8Pytr6g7LmBrCuGwDE2V1FOrPrRwBY1+GgKnLdE2yuALAOTwZgHd4agHUeKSPlM1wDwPqo8njwWycA69D2fnCdNp1aAWBdKwKw9osBrGsFANZ+IYC1byj3wrwkab124dBCvw7VJizMyWUbrLttlUmrDaZi+0gA6waCgMNqkgJYb5MduDRd9B4qe6YfxYvsRyGVUpEfBaNNm34TP3nGG1xb6EDhLtiIgeiCMRnCB6Bgd20UbBv8qOkwIZtGjHCKgW1jmbWR4hYApUmK+wAzJSlG4LQ34Ay/jRQjqD9T3H0k4yfRK/CT6InWvtzztchgaKM3XUt0bcPBsC02jGNSPURbaojWyS6g+CqO3JQjcRMirMxr0YBfnMIX3fyLDVK1Rm01rk1WFtqV1ej5KXzezT3foAsQCibm6CuKuZrBJMVvU5hDZH3JL2B9+Vz8ANvDuK8mOxY1ubCKTM0XVrQeIFFGrNvxCm9EYlNcOFheEBfFqQO5I7pDbBws71CGU4+swJ5o7JueLKdEQ3fmFzw5M5p2Zzp7sJHpwZart6AbW6t6q+XoGhBha0XXtMzouOP2D1beYhG3tIhbhSJumSI+f7A8L06BbE/lZBvtm74Yxs3Ahoi0mL8MUPaZUPxZ+jVOY5YzYm64xByD45pLzDNDzA2HmCFcseEQ88wQcyMNp1fh3zMd9euSlArb1ZU3lH+dLtwoLNzgwrOIzgQ2xQY4/mzkxNyHjUwbNzJj0XfuXmZ5sC0lRVY3DZecWHk08qJYMdgazEjDHGySkTuBgzttDgqR0+52vMEBkwzw/Te433/BS4b4/i73+897SR/fv0X0cshsUiqym2mH09GdRN+We5TErsMIAbND9J2mBQbs8zvQPo8tW5rHr+in6TWXME4pxXiNKjvEQmIhd6XqyQEggi5EG2P6pyK+Lt6iUNEbFhRBrEfgFtNHfwmIeD/LN7QXkbLTFmWns5TFYktSdhooE3rwYiFxVmwZw/k0PJiK0xZNalAkiR4M23sEEUdJI85BWPwlJugCErRjEbSTJSgR25KgHSDonB5HWEhcEtvGyNqBw8Ml5z+keJNYJPh5SRK6owil3nqFeusUknDGIuGMQuW0e+tMprfO5HvrDJCwjU1uyVJtdMiYijPXxV3sILEtaZp6j4NzymduiFLqkDFkhwyUvy19yxVjqF0xjM6I0gaI1in344yYZV+EDT00xVSPyYHaOloD0csNRHtAg1CmwOATlWQBA/MbbhxeIVwE6K4p9/Amtjgn5LQ5t0eoVsbomlt1QxAJ4lnZ420eoTJZiLlujJjjffGd2NSMmJtlYRGNoYPKzR46M4uAGWYHQO7k5nd2XdztzhBgLlDOq7J5bkyZA5vniwUUwAsV4I5o6JbMu0Nc3ixkg7SU73h8uNxSOlpNShjNavVSmkM+m5Paz5NFcgKsjhxVNb7MRuwXs3Vdxs8/JZJCJon75YzSWvbAUAR18ubN3Fpx5rQrmkKOAGPFUVRHJyxPrHVMuIbjtR6dsCgISUlEWRpzy9KwC6ZT5YxanyAMUJfrFJbr6CmWDthzesAO0gHbytyOqMF0jgez6x3bEtmi3OnnuHsdr9jSUAVXGBslNjZMCVq1n6T8zH2reTr9uq3FNEzF1CwQxfYRYjpNYmq6ZbFdLKbTJKamk82FxeZCsbmw2dwuFNN65U8bYjprjhu61Qw1rOpJKj+riDth+aUx/nJ6y6o98wpvNeu5gqrDzqrOdLxbGgJJDNvG5UUxTMXUvAU2xS2KaccYf3lZiGIx7ZCYmgWiEEeIaQeMjjPSHpTz7hzogtPSeFiC3XFW6n6xg4BVK/Yv1uGc1jlqcc2+SIhLq5BSN2qhyTxPaH6V8xseoQU7kwwIEqz8ktEhql67cGogywIiocLyi104iaTVHtPJxRacXFwQl+A4Y0Ocg03gKXA8PyWtrDnsDDlK6jxEUpxXh36Me9OEjybF5XZh8wBnf3fK5maHsBfzRONRC5m4R2d/EJhRePb3hJeLkfL4TNBx9ve/xd7w8ZG+SE7gcG8hEjj7m8NHKNfZBM7+NvTZ34U1ro8XOhdbrEEMLlhnfwIplv2CFG/KHtqUFCfwt6R4Gz4lxVtguTPFSfbs71TB2d8psb0vV9tt2m4LvNBNxJmiCBudSXFDO+Wrg4aFGWQzz72OjTib9O02vt0Q23wyvOBveeTymN5QqE0fYob6av99ik4QTsFl7ra6zBUYLCRt+a8WK5vMyqZmZbOQlc2UlR6w0suxMts31W5T4VMLSk8nkkzIheu2etNmMMddQ2zYKMwLMyYjk5kvVp56c7tMbHjqzc3L4pnY0KnsFgWCmOlUdlDvDOo9SeEQrpMHB8uBaEKkRzMnzC04WRJ4snRObK0IWjmXERv1K/dmRjr0TvXncaSwyYxsZhgZAgdDmwPH+c85PPkZO97gCEnO4/uR+/0flpOL+H7ifv/JcnIHvp+KU3iydEGc1SdLUipw644nN0uOOJHrHUecJICdsQFRrfiD03y5vhCnGcaaXysf0qQt39G3cE/HH8D9u9D3733X/fsd6Z5/yZ2wNO7f1dPuoaxSvXJmCxAq+mJ6g+Nk+OdJ/RDDQIT2Ue9pQvLRFxczyNKKgDpfqNUMkvj6T6CPumx5Qi23OBgHvNpah88kPj/lgo/RcdBpjhToqBMrfB6B6xlTC0sFxu3MOFVzLmJcnFfU+gTTPqdqMeBdUUtPWgoZXeAJXgQ40iOity3CtK/4CGPo6qtzaV/tcF/tWH21wwH6skr1qqivXsa+GtN5nf459FUaIzkrCJg4nwmYUA3XdUKNlBROUI/hCiOF9LnDczk8NC8EalAxRUxAgQHIPVHFqplizbR532i4xRnk0/awbxUKpq/6w4l/2XACd0ea7ztSjXYmswNTKj9SM6/pmlIBGLmZkqz4I1J5S8420UWs5678thUb886swFaMNa0Y4Vq4pq6FEQAmVYxR5PJgupjytV3Al898NZx8waqz7ebLX4svs4KT8GX6HIfO6NSaKyb9fMo4qtItc2vCrMt3Ca5DjncQ6MuEKjIxkn2DXYEW7PbzjJon+VaIA/kq30jMB2TQxpzbiFV8+5ybiFMfpLJu4XTeAqhrOYJDGbud1MjtRMtRkbF1wvJAqyJsQzlXKSk4CsbaLaqlFeUGa+a6Xuxc5U6nsVBSzYP/RwNQ6GFgtA7dWVoNe8Ta9Jlm3KbrBRsqViHDjNt0PGcDppw3YCJLjpFiK7LHs673JIWl9XMWdnVn5YpfB/O+Bz6CPci6DUbdADxBBmpTmMBHopxFzsDHGQTTAGg49MQGM8qTGyXaFJ6lTeEp0yGkKg216CMVL1grrbmvN3X17KbOua3LpDX3lV/HbgXTmleK05o38mnNA42cLiXBm2tSCGBOarh1aU4xgHrS2UsizG1eY8PCg8j5x/Cjjb5uvHsX7Ssq03mN06CXochlynjegkzn6W9NxJoohnFc57zntXze8wajmjSsvOcgfGfecwM68BVvt3I1+icdr3eto/uGhC+a0Dc1+AhlFzVtVP6R1TcdR890yLumprunod23zcSBr3hJuC4qf7gve2WIrhZdEdL+IuNxYVyvLPTU7uag+GUvK7xrhQa9UMjS2Rd4xVXLlQwUVvMCfLPSgvp5TBZeWs4Gx5/qo3pI/z59LAnlZJVfRKivaA8P0sptMOOpPh3KF1Y3N3wlnBws4eAohoO/VQCGXdyOLOXgYfDCXbRvUG60FWnzKVZd0Lf5XtJHuPyQ8QLJD2RD+4Zs7iWD97wXcfgass+sS6HklELjTuK9pPetGIauWFxoFqd7UB78GaQGvhJj5sihvpcVaApPLCt2ku14WVABfrNDinJZYaxt9VT+UAykLKG1Qax/hMDQcynhIV7UbovJdbGkNC+KsMtxGmECd5qWcbyVH4tE0paTpK21SNoikrbFFhADl7qwn4ATxvmV2IJoh1bJcqYCILNkfEMV8xGZngvK14k0/BPNoa/eSQ63AF5ffk2F2WbK25Yw27wuzUU/PsTy/Vj/CIUZIyG6kbLZyBEd+Sa1vaXaPuCcvj2MS99EhS2X0yv0eQr/lttzTusrf4FqW/7iMn2ewr+n+EutsHuxtKTFCJJMSIVtbyJMBeVKG2LoqpAuI50Y+E2aSS4g/FjlFMnh3SMQvuPFgsSZb48UCbjJ5ZoL9G1uzXWXLBurua6eZVtlu60Viq3Eiq1kKDaLoB5r1Z7Wqr2C8oFKwGdQfYLWU9ZOUngRqRP2kKyoDnx0lIZOILscHOdLayVkm6pj4WB25B4yiv7HloWD2SMczB7hYPYIB7PnwMFccUa+GgWTwgtUlBKknZ9lz8ALF3CIb+oDGuZCoWFSZNOIcre5zhJGGTTMAgjJUjGE5JFomCE4FxCEZOiAkLTRMPt0zgl55SQbs31pM1M80KY6Nu4VsbGZYWNkoqtm2Bip0MFjszFiNkYZNlrARstm41jp5inIZ8pImBTk02V4Y8lRMmLrYM6HZmNOp1fn1O1pkE8zPbgK9cHVNE2il8tfZzzlVOoqJLJBLu3z4iAfyAQYii6cZDEAJvjuGZjFSaSCrZJaGo/EZ2wt1xmbke/PQj3WpM449CO/A1O/dB65xerIjbLMqwrM1PKXjedmYnlkbEzQj6hsYQtFMQDIEYmsCvFOdbUhgc0GgdfUr/C+4zEjP30Jc9ZtiQ1Hzjp/RSLLaQomuTC3vkZOykwnB+t3cqBq7Zv4x3K7m+agrMFMKOFMqNm56BgrZZEPxoDIjhDOXwOIMA5XzOCeuwJC38wHwTyjhkavQByjIxP09fLs6nx3RyWHs6o+SXk5LjkAhK97ICW21HkL+FjQHTKcm1NUSEsuWCNesDYcwM2/2fFa19pH7TGj7B6zl8tmnV2wWsYeM9J7zJ61YHXxpD5Yd48ZwB6zi9d/bbnjd+0xDct66DLh2tntpnmdr5O+yV4J2H7Vud2U5ZZ9MTS3oFxblNpZVmUqG5SycDLPh8auVO10yX7pqz1vMgBo170kiCFHYl8Edqo3MN5y2XX62vjJF/bTfFRYuHuywkPOKAa+V2NCtBxCBPyqTW0bl61NyJ7MS1ZPtKxUbwHvXe2EbAQiH/DS5rP3tKJ0aw+viXyVxOsQVxsabKEcM3MRytVjaGn6YXaAkOvtkG4paipRGXZRXz/ZIt77ootXQxMxvC42b1xW5JUN8tI98waQt8iSB4TNkDB3JjlN2EJsqPRmBmEjm7ANyqDWB81nkaTpGac5lyi/nYOe6Tr0yI33anqGRM9QLFTGM3btps8NscUJAUx6x2LBv1qonOTs0CNipy9vwex3pcczFAEKJXRkIUv3cmFBUrPQnTvNnTZtqCaVoW9Gaoobh1q8g86TFWW2fLlXh+kszpXx80+JpJqttEbq+DTNXseb9yDnwFugIkqsIkqGilBUhycsT6x11lBQBa2HJywKQkolUqCOjYJm8kx2yoVc9VxOufLmy0XagXeit6EBr+Pk/WWr1ilMFUyp5omAF/eWtbhTQno7GY13NfrVwAsfb8H21KN8M9XEwyVdeLDit+AjBEQRWPH7esWf5baoI7Xij9QWFVf3Fl5L66w0MzxaViv+FHcbHXtT6hWs+B5sSgeisy+7YIq70YkcAbjsD4t2cxM1r/u2807P3M217HdtYzfHrzp86anSiXT45CLvg9PW/VbDlIoGpMOgaNmb4LLXlB0AS94MgqR4yetjcnQzfSlskqjt+l7SobCgOm+Ipnrv1nBtiCZqQ9TivJptTtNJVq96GoIxr145d0BT5SDSpK1an25kBulpsbQjmcraHqZyiXiLBPgEkuDLMRccKEeAyxRQVL9CW6cevwn4ebBHCh/SzrhUvTNTtdH5Q9No6OmrcJIdDwLrN20FqJ8TFo+LrgZf6DDuQic2xFZTFSo4/oHG0h8UxMK36Q3Z82OY5HIthY+hyuRs5m4ece7mMU1yz7TgPxp4/Wv+43JAhXpGV2kOh8sOTeUuQvvAVPb0pB5ul3ZfL8tOPAUTGqZ39cHdJg4BOcl9uMihKR7SFPdpYuMw7MKS3JZ8e7tPyP/9tYflMIQ0zod/u7a/+1u/99ffB7l8hjRgIeVu0oRLP9F8X5z034fXcr496Tlfifzx1jfJ9xW4EpYC7d6flGH/Cx6P+8tATpiyqMvnVyEw3kw+gPPwAJLU4BceIOGDN94BDi5SoLsYefxIDDAMMEMDOm+RrTz+IdDWu5UPSfUXIKZF+Ggs9xvUJ7XPSH1b262+bxmeoPVkJtu3oggha/UHEq9lPJ1IccCdpw+3OiJ8T/VBSl0il201pA7kX3LGfTj93jW+T+m71JD+bvWqFF0ESb8iMXoYD8ZaVoXpT8vwU3AkThqiRT/18CxmfsN02j6aPBLB9PAZIMVjEtO/u5m/p+nf65Ob/txB8ky+TdJArr8EHFh/zZCjh57f/Fv/7s8+//F3Xb8B929D3L9fFXHB+FgGuK1OemL8sDX1+jT14CinDNdf5e4ZSED2evnqKam6oj96TyWSk9H7drhqWka7f/j/0fL7YgWOWb/tKuIlQGoLOfmeC/YT7xSMn2D3nqtJeK/3VAATqgbrR7D7rAdchvLJU8FVeB5c7X4zHNjvPiHf1GFiP1HbvXi1ey/dwJ/1vrMGV+rwOKnAjJT0ysXkv0vkkrS/rMLi9qGkhtJV7luvf+N1uJiGGQpL39VzldL/BGcGnJynRiKu7nrvzxWD3wu5eQd3WCxmvCtLeyv/bJp7Bk1XM02XaBD8EGRSuaP0sRpdzDz2y7+8e2PZRTWBCsETlXslw6IC8veELTyX2JTA3rm2wEw4fSW7XXJL+BMqv16R/N5delsF5Cc/Sz8AcpQ6+SAg6SV4aCOl+A2pTGtXRan7FgglKOGa0z0HXhx3lJr3lT4ZwBNpyaA8pTlapTniXSx9NMBFBiUeyGeA9YQ/lWNaaoDme82r2ZZlirRA+Z71FssKEfsEE/u3mNgnq0QkEvtklYh9Ik8sdjpSi8K5r/QxJhcMKQ9cNKRMSkzvj6f0HhC92tqonPVeqsjGKjC1E+hnrDpIqsSdfAALNMpb1GBQsaNM5Y7Sr1fgV7L5IPE//B6q/zsDKpdUcQBK9SLH4+61XTCT/ffFsqZqVKHba6zXp8MiHndyb3MOtxhVQd8GfxaUlrRD/qtWGX5bxcNk+E9hW+Xda7qtitVWde22qjCuqvdCC9UuRFtjrX4s2ajKeqnZpfxVFaWtf4mAepLSCqjS0gdaeAJekRbCCxXuwe53ejCgpS2KVyYd+HpQOyAkT6Om6OtmeHyhSsPj5eoxh8er1dvDY83hcbN6/OEBKgx6ZvdpOQz+Iqj83Wd9+c1DBVNNKqipKzgekkoLNqOliLRPSIOk/LDUQmCsVlDVNmHbxuYTrjZ7oKR2K/eVXvdpNL7h7za7ZyHV4X0lWIafe+WFj1TuLZVAe99HmJT3em/IH+9+9iPlO0ryV0+CZV2/r/RR+PzJj5TPlWBQwx/y5UdqsAVAti+C1KRiraWKtYYGiXz/ui/57N45l+P1/BxsU/BqOzh4R+U1aCm4r/QKf36U6/0u+PxfvlQ6W5LkYGMv0h+lv7lei69kW3xH5WVu46avafd2/+8vlvJcfumLJcXlOm3dtNsCcb/A4n4xI+6f+r1XfyEn7heZIKDh3T/36md/81+99IUf+byScohErUPHCxk6QJ3UaZR17wU9YlkZ5fdWH9eLGtqQqb1RIyPDx2lVlSOuba7+OSOjLc0KaWTIaUZjr6aMjHbWyIBfOYyMqsPIqDqMjHLOyGizkdH+IbkRIiMjSq2Md1Se505/Dj670BVkTbz7o7BZ/Bvy37W3eT8SwEyIcXzB1x+Lofuxl0rQSxW2Olj4WWWLwn/OFj6KOK+pwTg8yBqHB6j8YSkwjcOXSthr6/eZmQ4Iu69x3O5rfF10H5wXQJcdyC5jErgzn4VO/OH7L5VK95efRSkO7y//Q/jyA/fjhD0I1uqrg7X6Cubv0z7N56fUPK7AeMBhAQbvM18uATE4Uj7xZdIkHlWDJW98pIzEonYBYr8bvnwiVaLrTOunMqqs9Y7Kkzyqn4DPv/OAo43vfuA4TTyRb+KNKjXxejWdOKCP3v1xY+KArHZfxKZK8PXnHjAnTnu9taFqt92TqwK3/Qp8PvVLJQd/T/7SsVT0K9X8csCN3IRPYTD4FDD4nQaDP/k72FYJgKr+EX9nFrvrLRCZ1jvvqLzIrb+wUrxPxlq8fyM+vnhfyLRtK6Bg9w9LVzNK6GNlQwstjqeEwtxGta6VUOtIJdRSSqhOSigs3Ki+6UrIsVGN4P4B140qTAdrRYEe+8UvlRxa6Oe+VDqOGnquutaSIfelr5fPVV4pv/u14Im3VZ6t7j75lapUNbvlD4Hda/3x9B9Vdz8p/x38UbW7Ca92y/eV0Bw8Jwsm/U+J/rvFk5/a/bR8P9v9dfnLH6Ff7770R3A6FMt/cLjE42N3uPsLr5fw11tA5p+Tj17/yle+ErwPM0SVdhsfJHrvK31flYYP53ve7XwYu7N7FmIQZEfg2eyH7/WeAoGWaRsEfH6sGuFpHO19LojSVRjbJVK7T1dJDR9USf2CkJ6SFnQI8jtXebL6NqS1RNXCL1W1B0DO97UcnfTR1nH66Gm7jy5KPvWvnjQ2edCcf1/pjQqZcj8KLf3w52iQ/Aj8ITdwPw6fz3yOjNo123+jYrUPbb1eobZeM9v66Tjf1PPxcVp6Ld/SK9zSy5WM8fTxrPH0u+/USuq335lXUqvafjnf9k1u+8UKTUTkSFb4Kfj8n+eKM2/3Z/B76cZ6XL6Yb+kFbun5SroQIJc/aCwEJpftlEtYEn7LYni8FhnP58l4jsl4NkvGU1ky/u79uu3vuT+/Gq1q+9l82wfc9tPZjv5YtqOffQClDW0fWIt9c73plG/7KW77ySzfP5Dl+3+nbVkJVpZ/88V0Tf5XX7TW5NFalDyZp+QJpuQNb9Vw/7HPlfR4v/G50vEH/Bteflp7PK2zrX9PtvX/1McG4evv9c22O+tN9Hzbr3DbL3s0yUBjvvsXvvArP/6j//hf/9SXSVviTvTH15tlL+ebuMlNvOitGmIf+Y2SHmPf8Rul4w+yF/Otv8CtP28y+Mv/5hdu/P6nX/6J/+P4DD6fb+I5buJZbuLHoMbPxrgnwBWozkrsJ+PjLEDP5ls64Jaehs8X5o417vn5sda4fBNPcRNPeplJ+b3ZSfnc52jb0wXl8Ll0Uh7Y06K33qTMU/IEU/JGOUPJ38lS8pU+7sWAkN/vazp+15oh/fVmZzk/O8s8O8tG7/7kA/ne/UcPHEf0r+VbeoVberm86sTiB3+rpI8svue3Ssc/s3g53/pNbv3FsmPZ/X9+tZSuu/+R/lh74c239QK39Xx5lb79qS+l+vYnvnQCfft8vvXnuPVny6sU0q9/pKwV0ku0dz+eQno23/oBt/50eZXR8elYGx0/Guth/ffi4xsdT+fJeIrJeLK8avH9g/v02vsf79Nk/Pv7TrDy5sl4gsn4axkqnslS8S9oxkGenJ8n8wOm+88+oAn6jGWUzNab7qUcQd9C9PyVDD2fyNLziftxZEDIzvffr+n5WGqgfadloMXrKYU8Pf8N0fNfZuj5u1l6foTYh0xLP5wK5QcsoUzW0w15Ir6ZiHhk1ZLw5AN6RXgiJeKNdx5/PXgxT8SDRMTbV42U74n1SPmuWPfMV+aant+fH3+kvD1HzluInLMZcv5elpwf/hXSWmOw3/k7EPQ9v5Iumd/1K5Zm21yLpLM5kgSRNDUsnd/41V/55//rS1947vePb+lMc/V3qf4wozb/dlZt/t5/IHZ8+f13/oPFWmutpkOzabmidX+6LP9DRyVPBelRyfcHfFSy+1xw9RTcZHbfUYqi/7fsBdfKNpxEzYKTCAlOIs0P0lgj/jFFKwh1fhCMKfHgIKx8dRkhZgSFETTgHOPbrkLcjBmYQeH/SfOh+z72li99/K+/589cto7UUoBlxj1u3ojAOahE3ngM6RCxN1DkCKW5p1y+tusvy8R8iNfG2j0Ork+TMjnIvYIOcvNIlKPomcDrPF4jj9yp4ZE7BoEvKEwUHfeGR3jjTpXAplbAKISJSoI8MUy99IaJZxIRkY8uOBKDg573vjgZFnjkTsRQeHzJi96zsis5v9uyLulXqG0fkMXr4D8IN1rKry9cNuRDcOAbk//oiCLivMdFoDrkZ64Y/h/p4z+DoE/gQHkoghuRHEcjjqKribYs33CXb2TK10TjUDRuRAlmkYsATQWukRvXAXwKPP+C6wBF2BQ1SF4pW2EfniH2+DCCI7XPLLswzrJcNCQVvpsKP0MFwN0IX3Lhay4CWbrmLl3LlIYwOFGTpQGOwb++7IixEZu67Mua6u6a6pma+qJ+KOqyJshf1Lu+hFzn/gHiRTUPMIMWEdeRVYbuKsNMlR1wJg5llaFoix5IdwCibaoZNKNpKSvsQu55YOAwabnrbmXq7mKeMeH/0PUD0aJ5GQGeWBuj3JYRTs8lYLvURHgdgJbqEJApv4Hj6fSR5Ug0JHOBZLcvuevA0CWolhHNZ4/m89Ccz79W9irXJLkwA5MyzDw5xS5UussqfAhZn3z4lmVZTrEKHsymcx3cbJOK7Q5bNRNi4k+qKpnlz0su078ehpTtcuRkf+5bP/etn+8icTYFZTlXw/dDXRWpq//7JXjVR5/ueLXHG6RvBqhvgLGImFSxAMCkDx9CCsoDJjuofdD/gbKDhuRJ3F22LG3UVdDRSiMNSCN1MQ5QSqoveqky6iV9S0baXT69WH0Q1g0rlWhGDElgyy20fhxaPw6TWl5qnZSejpZYExcXHdLgLXtSYoBP13wv5G5oAkYhfoP4SrksQBZG0YxQs/Tei17t7fcigoUUgcCIBNkLVdHrPlVOuvI9RkSgL3UFZFpmaBI5NAeGdzvgCkAdCYAm9fdJv4Iv/a63D7KWX+Ai6EPJEMqW+B4AXRR9EaGOUvGk12F286AHbIOkQ6otAnSZD7ZKZpGkowsJ+TVMv3bTr1Oj1ipoygpVN6Aojf5n0GsYSIlQSfGS0SbN2b9qKEkwNCxS5X8bNyAnjsq4K1VF/e+bWgwdd8GnH6Y7OJNLxipK1bDqHiBBIBLuhDQKA/qi3f3liuwL9BDqoQe7bBH6BRzPL+CSEfwl+RhnSFkEujQMrDI4IkH/dHnqlR/Gp9/+IbRFKhWMqQdOwUdJVDkeOoB24fv1xD8AFqqidRUd/eGPplxwww8fp0QJ09pK9r2rcoxEDyskhA+9p1VRBJSugmWnqyup6gKsrkTVBVAd+IIhY9U1GWPSkiAl2KQxyHC11s+PYMmzWFJ1aeby/FQjo9tUXyZVm8UqsVh1sFi+qkKEZDtlboe6oQztQHC2XGWIyzJweYwSTkarNqNGdaFdHXjD8cis5UfmcTvQB/NHdUqYdgrAVmgGs924RqF1OtPiMbieZxM5qhzJUcsx1zSZh0RZE6eNbAEpbTnm2tEljuClrAiw5lrJqq5kV4f9h+a11MAU447DI2TRQdRT9H+Vy8G1k2+mfMdmyl9vM+XrzZRvbqZUxEuoIl7q6kvNDH25+a7rxt4J4jbkYHHvnaTK8aPoXbB3ah9j76QDGx8S5atR9Eu+V79WhSCowAiCqlMQVERBUDVHEFRru4QJ3QpioAIlvEAJr64xDWoUA1WyY6BK9u4KrId8tJOsNyW/dDXhzdcjcdJ8XwvF9kHEZIH8srAMwWrV6n63R0F+TbkNkxLVb2WfX5X/CeFJcz+R3F5FeImr3fuTUJYCl0IRds+Qj0B5HzPYw21+WrDR/c2K+bMGrNXtlMikVpV98BkAD5R7INlJNfJ9EMAaY/h2r3NWORoRnRucrBtDucr7EUZ3wcwFJzf6NQ6txOPfwzP5PeSyPkw3n9CJyjjXIADcl5Y5JEUQbTnAdss4xAO0yhDAUdLYAxo7u1LI+6K5e+1boV8i0BUB6gluE2I3rzO8pDSqkITejaT7DhzeXXhZQlrkQ9lUaJBzFTmRSkCuMqQEIlQCJVW7VTfXjOYKSgPM8SaOBeHDhxQ5TYPGbpeCiH64XK6oWQ+DNIXerK1xVuJr6A01nwPjcKTGhyO+7qru95bz5xwBz9XAcc7xa5VK9fHqtfK3GySm6CDRGiQ29CRSJDYNEiO9UWxoIhP/s0kLvWi+Aq4wH0rqctK98JXKN+GGYHrHQ3/+D5b/6V3XWf18y9vlNvFTgn+z/2GpoOemuekf3pBjFjB4oLo/qsBsgx8/eBWm8u9V3ofQO2CJdj/qya3qgdTPqe3oP3PIf7zyLmlF/X3QE/J3yxC237s/8X/+NJKliQKdDnWAZXvwUPBfD+/e+dHv/ekDTApHv/lt+ZvPvhuUyLf8zZ8FjNgDgH3xD2Q59ft3gtkAKwMsrQc3sK7Dw0NdwUGU+D8k37XeXfpzMenUfKc2uVObjk6VetCIVStxrBp5QT3tvfu14Nqnot+pef7jbb0eRaBi5U4IVGxL61bZgAFuNrRGw8AxGga012opbRql2jRS2tSMKJUUD+AkU3AM+fvjJPom0E4QwdmVG1+Kx5I7fsnXPjpCRTjEetxpf/FBjJeWunNZkj8HLzkYZQCgLmusPooQU2rqgkoR5Q9gwoQqocQ25HbMW1ZFFzUZi7YKG0E1VgMAvO7E8jfQafJLTcUsdklfjHZhiHFpSNwMSqUDFUDIqQfbKcjF3pETACpuWBVXY3DkV49CbKMaJ+rNOP1xaL/xXGUaQCb8sBEjr5C3L6Kg57ZuEw0GeL2sRiilCsLvpFLyUylVTClVbCnBlsSQkr+XtGP5GwiJll/8daTUJil1lJQgRXYDK25YFVdiAPM1OZZrcJyoNx1TStYbz1WmAWTCDxsx8qql1NRS8vdISvL1sgIBpn3Us3VYvPc/Y5pDvAnvA7N9ufOESRn5FOQOMFZoEg6i6PsCrwuxpDzdamT31cjuU9OtLqfb0DicoUjvDEaTGwdYm4AYyV1P5109G8ndVfBNiEALk6+GFkvtfXFSh8mH4dNNnHyw1i8B7KK2D5pH1HHytdLJV4Mkj6K+LPPkg0EEeN9SrDj5UiNCzgVJ8H+BZgZPPildnHxNe/KFabdNxPixJIJRLb8BRvNY2Z9NGlZ9a1j5NKwiGlYDNazwPBQr9q2Kq5QlkR9NsQ05kdSbQfrjqf3Gc5XxgUz4oQ9kltNhpcBGoE08yYfXNPlKNPmCVEqjVEoVU0oVW0owzwwpjXhUy28wqkfrSKlBUoqUlPA8Gyv2rYorAOrZMDkewURSbyJTStYbz1XGBzLhhz6QaUgp0FIa7ZGURqCAAFCiTZsVMYORui/ZqlylOQgx+vIpRKfRA56NPDfbIIQ2xZaLupqUQ0RXQYDPp6rlCM5Oa9r0CYyzUx92Gl3CURHGNqNJ24zQ3mbUaZtRB0wAmps1mpt1nJu7ALrmp9PSTxrWtNydA2JF+r6V+Pb7Un5zkp5u7lagYfQj571C+z18YFlDzQdd2wBQdhHK3pZDsg1nl/Xqg3SgZvzoUfqR3EyEsJlo4u9At8CuqwMfYSKp+QB6pQPTaDBL5vBddV+atXCFBGZ6+b34o4B+JI321i4FzPt4bMGoCwkgdNTQci8jggdc2NEZBUIQJHhQH6bPwVxfAoqRB5H9YMrLIcEAAmiMUtVGxWa1YLF3yGLH4dCGi8+QrPV69MC6W9ff0td+3X8rbd2rsCmK/m2lHJo7/Crt6TXsfl1rer9gkx84lHtAW/uaBt1v4zbcGEoZywqFUAK6cIfoX8XTK7nvlXtSOd3f77wSlEMoQPMqaYILuYLrgMNvfx8OCSjxA25fy90vVvD2uAzxnKSmoF9hxAHiURLSdiAC8kLo+TpftTFaX+2qQoRImkZq94PUFP//2XsT8KaK7mH8dmEtKiA7KBewtCwt6UopgUvapLTQNrVJ2TGkzW0bmyYhSxdArYgogmzyqiwqCCgqKioqYLBFVgURBFQUFRUVFVtUXBCw/3Nm5ia3aVL6vu/v+f7f83u+tCd3zpxZzpyZOXNmuxlF3rbUFld1IHAnbACBA7GFHDajQ80Gusx7BYJO5TpK6x3y91CwlalmyaHqiCAlC6MtJJynCzvtIiJu4KQaBOlGxJFEaG3jdVNyrRS/OkmhiLRYTYPMIixSw6LjewjddQFFCaK7p8mWD9nwadLSVB3JjxHIgoQ2a4xeM7rzPRERE7hAb6wYGDKcK1JxufRGPzmlEjIklMN7ABwpQHJo+5siqHsKfs3oPCLikzahEfPa042mLrI1ma50TeZmuibTjSrM7jId2pl6+ZRnzybNHd8y30Vq7l1oc+9BXzfle0Fyd6rgOL6zr8139mvzIJzOTdVj56Z9oid7BTkUrDMCiki2VBNCX2TTmXUM8pMOZE6Fr0jCnXIczAaGMVsyjL0JqO2Ggb7Xs5qwW9EXew7EjUw0NzbgLjf4ki3dp71BZT+Wc1Hwbo6Rn4N8c+PATr5fZJJTOUq9cQPdRaKWANmgbzOwLVWybQaCYR82TnplVijbcAll7HbcMDCiCbuhjF38iRFcRgJ2IzbiO0YJu2QPGa3iNk/j242fxlcj3Uje84urnjhUspdCkvEVpvsRRIIcqUiUNDEWpU12+Wu8gKeQYDyFBOQppClPPdnCh48dUHE+RqFimk+Y2UQE5np0qtwjgu8REbE6NKRDgEXZftQSIE22/b+/DMtWQmCMD5nNVmDJFi42zY6oDzsxqVCTdCDZ5SDy6SB/KylZqcYfy4VhENUvHuhpHoCpPqYImQZkll9EuJSHN4cm74pfT0ZE76+aNFnGXRQa2kY2ZWlDXyPbhv5UCRnPyOjWuaVfk7n+8R/vb8nw4V6xhTZd0yB7t2xvoC3dcQxnLysLZ7/a2glPH8ibUTj76Zgb+U4bcP8WmtENG4mlSJpRx/UDOuLPvZCdSr6jzHZkm4+hOHKG0pXKiIh3w8JC54XcHS5fyPv3Dj216pQTrjk1WSVrJ18la+9dJfOWlC0ZdYApRBo3FYzuZ/n211knmwchpHUy37JWe9W9NTXf4Cyhj2+VyrdqtgFiewOvJy+1TuN0TdbFvBpLNqAObPMU+ZWkNpiGb7Vs/Qay5NV0HW6Df7Q2dLmOb+tbTSPHTDC99RvXS4twEf/mwa4LISHh9wRaHhsQDnY9T16hBn5fPgqV1/kjnEscbt85Y2AYs9pwhz88GUd4cHHtkvHKSBoZPcNiODyBQwaQ9vRtOXiKqtedYGVdIttinKrbnZ3Pk0G/Fw7DUfTIHr4KB43QEFxC7scTeqfkUJ64uJuSuUFo+qRyYGoNRx2LcdB8ICf2YsgKOhmM0dzj7yTvoIJhrQ4C9o2IWHky/BUofU37iAOvhTTU7ubm3sVFOqMjncMjnUP4SCdvtznNLrPNmsrPdZpNYir4DeeN5Ta31UXdxQ7bHNGq8vrcxVndFstdnCIuPiExKXlkyihjYZFJLC4pNd9ZZim32uyzHU6Xu6KyqnoO53TZisp4m9VSzTvddrvN4eIL3dUjiiw2pwgO7k6nQVNVVGq0loiGNMA1s91mVzVnthabregoNJeYXU5DbJHRbiwCj+ghvHIMz3wlT67cWHU7PHLoo9xsJRh95NmcTnMh5G9zu2JsxTHlYrnNQTLOdLnst7tFQDLEQofbCI4JRit5FpqtBHVbqjlb4Z1ikYsvE8HbWFTmEp0u3mpzecvjrDS7ikr5IrfDIVqLmhZJJ7rSA/mPl/mXGx0lZqsXzWmKznbbXGKwNG5vQiw0OoOGTJPT0k0WVaHRarJZRVOasbCa82I8QYGe5hCNZcZKYzUnWk0Go8MBLn2p2+E0ocMtkudk0WSlLp3R5Xagg1SsU7RYDC4bIbit+MixkUeGw0wwTMNhNJmtJWpwRpaPiDSNiEQ/cxUyXmCFZ46xyJQBz1iz1SRWYW1C9WZJbupwVpcX2izME/iv5jMstkqeeqgqRIexROTVZgfUH7Rwo4XPsVWI5aLVxYKk28rLbSZoQXw6SMoqWpi/DlptqdHpMhfx+aLF6DJXiLzOBcIrcZWyINCakB8TdQFD4FKZJH/GLqeu4ma4IxWJVfSbi1TEV3Exw3ieV0xRgEsxZZhiCrhjFFXDFFU8eJmtRbZyu0V0iXyBPiMmhXe6HCCn0bwF+OELq13QQxXIubVINFqAQqqM11UaLVB0rLocIzRHIGQDKrl5RECyUEyHy5ArVnK5tgpuEsjF5uBVDrOrtFzE0qrNFVB4k1qs4Gx2V5Y1txCd2sIKbqK5qAwTioH+a7GMKBSNDt4EXDqgt0G7ARZcpSJvsUF7c/DQpN2Ftjluyo7PnQ6tAxLxeVGc93pkuKEdiU4DPrkRJqPLOKLUDDrEUS1AZkazZYzL4RYHO0AXmaizWBRNomNMpHMwbQzoEs0mfJhEu6t0TKRpsAvamuhEV5EbEitHl110mG0QzGIxDQYNV44u92CXjTyxqUObdmiqXKQd4hP6AW8r5s1Wu9vFua2s90PRLbYio0Xki0GSThf0I6PDxELlOcQMYDQHwpVAS9SCl8pdAixwRdDaQIUUQS+DimYaBtngUe2ZoWLngBgtUHTSoFTp6kx0a+0itHwQOuggLsPotrj0Ngu0cmjQevTSm8uhoULJRCefYYNmD22Gy8YvWYvOIPhsBymFuQRrz1kKLNIaVxUViZgkdhhowbrAlCzgMgiJeqsyoFKreC+CERimc0Eb5CuMFrfIg7h4k9Q/Y3kFkaLK7bIN58dSJBta1HBeSRFvctRBWjOXDQ3Q6MgXS4hkiqDSmRf03RKQlBOS5n001uh1s0HRi3y+zQaSlI1wHIxCauhZDNOBKpOhamxSzO10QbGJy0/XSt5mKxTSjAWE0Yqnftm2Eme6lI/WAU033ZuPDC0RXYYiGzRgm5lhJrHIXG60GKiPzmK25xFXjtlEHXfjoGiVVSoioCZcopSesahUNEEClaLDANI00EHOIFbZQXVCIKPdjsrei0v8W93lhaJjNA8EkB2kHDUsajgfFQNfIEhaOmMxyJf3RoXky40wNEIEc7EZKA4RBnaoDJ4xB4Ocu7zlkJAttOQiX1DQqW5nQHXO5VmCUWjfMkDzJGiTTsMZnU4R9CEW1GFGj+YaMQfCY0eGmkdDibZ3HajabHO5hGKPoigSeOpET+bUQeHyHDaTu8iVx6wtQIvNpOVAi2CILBgqRpF5Q+bpDhFGKcYdtDtg28WRwZ86cXSnLtQAc6AOtMXFiMrTzxd9Pl43HRAoWgSNxWEscumr7SK1cERsTtB2iBFAJclpi6RKMxRbbEboB1Y7jFCuYoaCKcC5AU9ONPiaEB3EUnmShc3CQ2fBnKC6C4YpFIpRfHSmfghf7sYhTuRFJ1h20EhcNn6Gm5ChTma4cARJSLOADZbusFU6Ec0yQaWaQf8meL0K7GjGjjfa471ezEUpPJB4faWNp576Uoco8iRV5uNNk6c06guq3eV2gqSpBaijqN7oLGNOKljJH0cc5tZZjXZQsC4nyBKEQZo/7atOLtNsga4F2huaoxOlCuNrHuhpKC/YJrQzOZtJMWqGO8orrGIbDvx0CE7kS8Uq2iOdft0Xxy5G8FdX2HCa+cKQXIbeIL5MqKtyM4jBCcKxmkA02Aq9YxjwiZrU7MIBAAg0p+JiGKWsLlLjRlDHjmY56MGiQG+s1cmlEF1ns5jM6EPlrjJVGK1FaB4QKu8l+6WTSQ0Eoj2bEZmvy2bAJufkVEU2p9TLwdwssVlt0M9RzajSg1GQoLVjr22WvNSdnVxuISm3WGE2Ug+1z5nlEsuhHRD7xMlGGxyQy5w4ZSFdEMcFRGhXlbB8GAugQxPUL2c0LEA2ThhRjKY0MAudXDE1nqCdj1DbKq0xJdDQscXHFFbHkJZfSeQIRqNIpK4T7WTMBlOReAFupDhPPbBq3S7RUIjmlhGtCk5iAURKjKpmlRrQN18ssjlM2CTziNlFsp+io/00IUd0lTK/fLNTzABL1utH+ywpj6/zkuYhhYAowPEIjIWcNyWm4cQGHjZChF6QRnA1GJZODnoHfDe1Mr1GJEySUyNNqTwdItCEKAbzUzThDBgNfQdXbnChohwwhtoyBldqKh1R+Xnz+HID8YxlPhAIJ812V8BoZHolj0U9ZJGgI4DFE1vOlPB10mOBZAm2KhpVL/JozEcWDYxdOZprhC8VAEwaRAc47Q6ugvQhOjJOyjASRG4g8sxvks0C47qEMW1lkNSINO120kYJHhkiDMLQKUGiJEmHDdLSOovMFgvxwCkctJAcGw707nI5qcAC3QgtbZmfqtAJDIBfHvTxJpQ8tBRBa5UEoEEmZpgH8aoRarl3c9PEqyib2yY+UqaLKnsOyugUDSBBcGO9MGeujacOQmdu6FvQpdCq10g4KAjqLrCWWaGr8BRj2gzmxICkGS3QiqAwxXwemoCkE8BcAWbJ2PPUoO/B6nCb0m0VhOiA8RBxnnrgyGo1z3aLCflmxCnCJ/AUBSZ0ImUow2xx0QiZxvJy6sqyQiAwHZmPhPIMlwwbOiQEHihg9KRl87cYuXKzk8wi7SBiM7H2fTRpECSN3edtcpfbwexziaATOF88s5PYPRKh0myC+b6fJ8zHspiTmUGFbhzsOLHc7qrmGQKDY5R3aajcRpSvaOWhtr0LbmjUoMGNrNtwmPKKQSvD6DhMfQKNbU0807GGLQH8yTyT+meQCTOacTYwCzgwtawGaiLgmoBIHDASuKhLLRZRB1QijIpgBdHWYrvTrGNumN5acSVH5qWpEP29YMZmw6HFL5ZfDIIyEo/ReeLDqDIfKTm+SYwmgQki1X+zaQZOJ9Ek8M2XCGa2OQ24jpaaWmQRMR9MXZbOdQxZNR+dnh/ckFUTQ9YRYJqhqbLLLAbebediR1CeY0vtiNzphAkyOlGWdrMVi6i32TnJzSOSBoBNm3RHiyja6YRVjS6oU1KJRqe7zAzDKEddOKLK1noK7NjAiW4FZ2RWamROaqSOj7RzVuQG1yUMLhuXZ7eBrrdJi3W5RquNSy+3ocLKshbb5EUxQZ/1ponjODPvtG4XGdGZtcJ8s6xNPHVuKzcBAAvtghFeNOUZXSBtK0eNUp5YpbzkyVqoF9daY3JFMOwlPMsPZ4l4o5c6oOJQmJKPxlrithTLffKg8RTJPXJsJmxRoMvMZWXGMtFLYAx7cSIAmEeYUlPFKlyKAPGgPcVcUueXTMpAYyZptbjORtY/fCsnAcOWG6vM5TAO0pWWfycmW4P6D2JKYXHV5j9irxURA3PnF9FvEd47/Aboejp3oZPMe5Fc4DJDGyf50V6RJ1phFiDzkLME7bO8nLmkpT9v028yn7eVk1GqqS+dCchozdatuFQYe1DZwHjppOzTp1UsocvS3sGLo8tSeV7cTwQ+AtlS8KGo7nwYsXh8KI7iaHKV5JlLRMApwjMsB7OFsRfzmmAzW73TA7VoQbOgmm5myMvMfHAvojmRCoT5AxPNQ0gZMEqhiN+46JFGXIFndrpgFCTQ5XscFvERdM0r0DIXWczyRknT5oz2an5FlSYDvtLS8CuDNxfzJSAQK1nB9VoyLlsZYCWgtNzxBpKBoUREiZY5s+GZZjaRJ0wE04wOdIFImEsFzY2zAhTabDBQBSu5PhgFCWS+BZPQUmNlDkUzQbRkfd7KSRQeEeZP3BOM1taOhio+Ojsj+GioIqMhtHrI2+gszbL6L5hnWWUjk9rKlfFjeWx01MCntByqRtiCM3FCp8TCZBtNYOik2VwuWzlHEZ5hOeiDRjBMhsuhWt1gXINRj3rEaDLaSccyWkpsREnAHNTeypAT3BauwmYhlcI2p9i0HzdCYc7EsRkVWcWFRNG2pN4wQ/UZKzCt8O2k+XVkEhrGkEKjyVDsthK1ZSiCoYZssNBtIdwSck5GP5iQmS1SE0gXwU33UdiuY7ZYIfpnwLooJaXbHA6/EGTyUQieZE0dOAbL11nkMIPJaE1NRZxNoHgbWYTkUfSmEQ6xHMxLUvuSBodS23k013FkGYF7R7xDRE1n9LIMMxs+FzcXwYuYqhYyQbRwbFXLh1osXoQJWUJxn8iLFBstTh8mSVzCo6bjyvZcurJt9CVorDLQKRqpNpjE4ZZzro1O6LCDet2gHn3+MjfbxtGBxjCi6IgE0DdfJHyQB9lK4tJdk4ykNukKmJgG3mUcQ3iKZdvItAhbG0yiidOOmpu48rwuSERrRZOHTsKoC4cJHMBcRurPPFTUw+52lhpwo5vuGeU7zdRsLHM7zLiB61sRJBMBhxG0SrGlGk1zaWaAz/EOY4UIFWwVJR8cobPFkhLRRHy8MYlVz/nCU5yM5zQ49cgphlSKSEoJaNo7s6w6EF8pMxyJF5iPvB5NFULwa7TEFOaw25DlFYNVrDRYyJYupsn2N9Oqs6mXd4Alk8CgC4OlzXQhGCSFZmjxVpk2pMMGCtVpAU3HlgBR6QUdl0qD6u1SLtNcUsrhshUoXqh+MLJpOXiwI8pxxxenLPBNKhC+oWi8DsyTSnNRKTWlwYd4lKKPyl0C03nvSJfFmjhdROBjeNxEgnLwelVMtrkw1uYoIaK1GgstuDTJFiCaiBtx78QKO3bAzcXsgATsG4EpxJftLEpusrEoIeTJ1qXZ3JtsqhrdoPWNaOyB9inHMx4W77YST84XmANHZGEhli+J5hGxf0hTB45uiZNl1FYcQeDzaUii0itpG6KKjrnBOjMXSQgJJXe745KboAnxDJXWRKLuisLxSpr+UqLbSloJ7uQFIvvPmamvr4+Q+bo0MeJii+lKtHcCw1am2fgnYRBHmjoF3w9Lq1ZZSiTVDmOjy2bDrRIuvbjEt83L6Z3FeECotVZIOh+d0YIVkk6skGIuMlaRDd8AVbHF/NgxfHVsMRcdjYhSyZtEi8s4hB87VnKNGcMDCWINLebAWId5sW+GzExxHTpxa81RIXJ0toLjPVMsRI9CB5kMei/gPhAoAZEQcfzicHHTItJ1WU5aJIXJtUhXp4pxh5mc72Fb61JrLhElj0BzqRz5JCxgCDB4TLzbjuJCo6dpBK+SpCjdG8Xt/UkEpzv91K1Htv0qDMycGCws5EDPuuDxlmahpKZcxA6LkOkLGWKMdtxCQCA7RP52DHQtsdlOBPoRPukOqRYGXrQ4RI7iaI5IPsQCI5ukxEEsB7r8h6u2UGkudRFzBag+NVmphupIry6yiDwNKB3ewA1bf3ab+bFjW5jl7W6jyYFmkChbrcTqNbLNPzoNhubl1U644umVZVNfNERgXIMBg3UZC6pyPkdFyfJ94Gan2eQ07154jsqH4763HJe7qfXTxAdiTzT4+6gN/il6fYBJ8vSqAwjvReUnPqj/BLcVK0oPHcOEG18BqyrLigd34F+0uZ28LyzZCLcVo8rGhidpc3LSh5SEp8Hw1A09T0RohW6zhazqYodB5mMm0oC6cpvNRY5jFZMFkDIpEJY5Rk0DQW3rCKP0AWi2aDQRN11GdbiyGUIsKuKW7UoQD62Vl9b76TYLOWolmpBV/zaWawQ/akfiYQez3SKyvRkv6hW2ylpiCSRs6i/bOAGp2X0rJ4iCsUJUGGl4wKsRmm8p6GjqS2yaGFR3fDr1oMtNmJXkQ01CmYfJ5oZ2y8mnjKoKmNxgayZ2IgbWgRopY9qWLNChSA22YoMDBcB55/Lgi2xSXxWPu07lIpujNaF5lW8T39SmqB50dj5x5UqjgsnbgJDIUyprWkZKYSgLh8uZRhxnQdZNmyBSoF5w1Zgwb6Z2hTyEmsimpRCBWzc30eguBrOHV0nTWz96jkanCkrUmfHsor/vZBEqF01LP39c4WH1husvMDXFM09Sd80h7gDdlVD5CifTrCQc1jZbUSZuuo7s21jCbWnOrx+nk2W1EhF6yQi1WXIy45x1H2n8llCyAkOdk8iZIQxCzvAV87RL8b5ekMpHk0lZDOjsCjIpGzLC60T5U8fkIgt1qCpKqAMPdVGH6HNAZrw3JjmfwqJL0iVdnJeSomWkWFWsiAZLdazIlRvsFreT4hV+eLmhHPcxYyW50W177xEzHjcCmaJDT7KIwbZI5SQy4POlwJWIgxKwLa31VsKIjzYYlRSxwSSDoklcC6gVFtNsDRqTkVjMXO8xF4nDJl2LjnfknBf2i2aRCnH6iGo5wWEKRnXY+Hirl0rsd5Ecd8ExGKxLPM1Iiu1kNpeTysXo3XfyRs7+t2PQ6YIvM2pQXif9lgN5k2zCQtDgma0KJa3K5clQHN/kOA6KDJdORzHU/3yNPE3p9IjclmA+BXaYDosMQaNJHhIHvTx5m2CdYxJrDIxGzDk/pica/Nlu6kONFf8wXh9yHJC5M8ygh7yI0eeWeoCEsmYtJUENDYYRU0PitxVGJ4tVaoZGLSUIndrqw9DymChny4cxq0RO82K+4RTUr7SETY5lc15bk8xLiBfZ3gZb1QGWTDWO+DDPwK0x6G7+gXy4NDRgFeEQj4cQfRuLMJ8jxom0l2shy7l43Cd4GDdZyCVh2MIbWQROk3mQtV65B+g5MDWIDwpfA880mAHGlNosRAqIZDJ3jpE64ckTR4XNbOJmuIuLi03knJbGAo1dNNHjB2wi6l0wEA10jgd8ehdjLNW8QwSz3wrh9CpDlvdwOF9pdLJbKEWgLIvdFgsKFqXK4e4iPDT0YTJDPiBaE5cHJg3MyHF9SZUPjUVT5QKRAmGyaPKdBVWZTAE2ydAXT8JzWSZOZeIip8ZElsdEmvBkjdZZRPc2icOE394FapyeFHH5AL4D6JhVntEKDrUIQd2FnA4gQyxs7YQ+hY9O0wWf0KeQCX0hNxmYh0lTJZ6TNXL2eJ7N3VEiLrxFRDGcjvmwNBG+/DcPjX5+45kfCNBh5HKkERQSKRtvLC83onkG386iUhER/FLjV44Rvibi12QAHYCmXBZ/LMRXWeylRm76TCpCLLgB8jC7nErqBpttbGoqO85I0Gg27SdLEmzB2uASq1zTFTO5uQNxSu0cmDqdk1z8dP+yFOjU6blTuXR1tipNlavW5mrUaao04pGWr1FNVE1WTeUijXxkIR9p4iMzpTMBU7k8rS5rCqfPhy+cU2YgojJoC/QGbYYhX5U7XmPQ6VX5ekNWrlrTnKbJVTNKTlZujmqK100dKrVEQFZg/peemZU7Pls7Gc8RotUxiVNnTeJ0erVaM0nyy8xOn8Rp0ybRKPkFadppBehOzwZec8d7vaALaKboCdv41N2er+c0+fmGXK3eoCvIy9MCDm5ecmdn5WpU+fma8cCxXpOfrsmDyFnqPC2gXE5BNo2dlasryMjISs/S5OoNKp1Oo8dCp6nUBm3aBE26HjlJSMtWpU9Mz9dO1iGapYawWemq7ASvV0GeDnzHq/LivV4+V6YqX5WTBahOh2nrCtLTNTpCSZicmaXX6LTZ6ixNvo5TpWuJt06TB1H0KDooA/GawtJPyNHoM7Vq4pefpdNkqLKzvX5p2Bh0nFTf0J8slnzsy/lYM/lcrkqfjxwU5E7M1U7ONUD5EYUktOkEydQb8jJVOi3xJlLLVWUjBXyIqDX6ydr8icwnI1sL35OzsrMhfE6eOisfuVKr8idC1RWo07WTNMSnIDfr9gJNQn4WwzNVOTnUlZULXnqNmvmQTCepQMAGFECOIRMkA/752vR8bpKKRIGmiw2U5KSd4HXnaPOhDY6Xe2kmafy9dJlaLYrVL5ZfDII2Ub1EkmZjuTOKjyQCzeM0U/KgKU7K816AmqL3udPBjdnlZeVignptHpcGAELi9Br4ggKRAHqVrmBiFlQrB02WUwGk52ibdPYsLUlID3WkUeep9Fglze4l6vPYBZYJOm0up8rXwjdt20yY0JH0WeDZTMAZBbnphCIPDhWpob5YWVro0OPzssZrAM+G1KFPYh/nVHpVLrSoXNoS0yfqMlWTcyiaCbqC9NxcTleQw+XloGe2Cjp9fppWr9fmcDkIOHNR55DTlvCANAt0BsSz6ZN1Q8IoV5Bnzeay07GtEt2gzU3XqLJR6ekmEz9NVrZPoXDpWuj42WRlBm1CdBBTkKhM9SQVxE6DRk9wbW6uhrqyvK50bQG2fpA3dPyWVpWoNQYaTZuema/LopU6sSA/y9fxSVPNV43X5mZkT8XWKLVdfI7PV03SQGzQ4MwH+BmfrRk/XqMmPjkZWUxSWVRSWZKkspikIFY6iZmADReqRwcqOxM9JkK1QD2kTc3WQCMEL60uk4MAmSBb+CJM0+aF9Qe6Y3IW9dBn5hfosKPIUiEdJHd8QXYGQ/JAZ6WjO1uFX5K2pXZDBqfXZXBZuRk0lwxOUaVQ4HjrvSPFDx4sQ4CiqIpTZMCnmVHhhOHSVoJT9oJh6hSFIjYWnmkZGQEvVAApnQW5blqygDQtmpBfNrJr06o0GHsyWmn1xGXw0QXBrZ641qajgHR0WcGtpwzsKdlZaWQghJFYnwW9eJqGjd15MHwjATqJHzErNwgNW27W+MzJ0DJJE1WRwQ2BDFc4SqjTcZzQyBVKNmhZg35qniaYGqdE36isy9bmkcSgRWqYds7XZzOEdAN0QwB9PtgdBPHFVmEvkWcFSgcaKOkHZNSEgWIiK8vEiSpw6okJ400vR6umoUFIWDbihs6DTuA0D3Sahpucnk0dqknjqQMtCOrQMEcrW4OGj85voTW0Nh0FpKPTBm8NGknpqSWlp5YJAQrNqk+TnwVukN/4fG1BHmkGGaD0iBeOCjIftCo1oBOgFplZR53scnqW2nuIDJflAWWjEbjQw0HmloCAYe6il/rkUUiOMhtOA/HVaun0BbhbK2A1Hz2+BQGrr6vGWwxBJ9McmI1aXTodY4lDjd8wnsusWcmppe5WMY9bni0wnw4DaVpr00rjozW69OCJtTYhBSQ0qYVLfmnsHIFexaVp4AuGf04HAD0PvzXwpcavuBiTsRq3zcUYbXFMOl1zjQaZDaG7DGxpnO618BiDVD48J6ookoHPlvZ2UGtDEP8VRe9ZUymAjj1bSKsYF3paSksKkMGebL2HpR4z0etSS6Goq5W1p4L+XZAWvPZUTQ5v0XdjGCrMYqWSHMoaG5Tc9O548HAwHLcikRZDkXulLSQCkVMMLbPQIh0TiEu+TgotB5AuvLaYRMsBMImE+OskQQMoZdeBggfHltAK0dNgbMXGd9bEP0DQZtKaQHgCqBWstByM7vZB6d1W30sSTICXG6vIrXFcyKFrX+DpXfYCd8GwyNjEKWM5m53u3MX4nGPGeJ1K5RjOVeqALh3pHI3H+t0WMXZSjtFsjY50DhnNaFEabUbUaHJoOjkxlZs5fKDTXYjrMANTubkD6ZLPwNTpA/He5sDhA/GU1sCZ7JkqM/5a24FHgfrNCd5/R3EmtHZbnVwKH52uyg2eXgqXHkvOYrQ2wZHAn74FBTOytcMDJAR2QfDxYWTrtu/4DHMVHxc/Ij65tSVIBhU5tQWRtDYhBSQE87vgJUjmyDtcYvhishUwdgxPeh17z4GBHDB2KjNQ2+npOh+0bHou3Bmn4IfxyThE5qiTWluyJD46VxWcobjWJqSAhDS5twcvWRJHFz6xTPQ1E7Ei8IuQnMjRRU0yXWtGa2VJEvlodXpi8JK0NiEFJKTRtmCFJPpvGSVw+oTWcpmAXCYE57K1CSkSsFNNCc5lwnWOktDzJrF8gdNtxI0BPNgEcVuIxgyLINHo/o6/aOLxsDO+LgSrttjO7gyLOBWXYUCLSYhvrQjjUYTxwUXY2oQUkJCuJRHGszPXcf6limstq3HIalxwVlubkCIO52CZwVmN4yyiFbtWHGelrzHgleyCCrt7GovnD6OHgGqJY8VS4LtNYFTF173EKf4rxUNyV/67cfwyjIfuHh1TlmO2aqC9AJ9DwOPfStF3IQCQbO14+G5lRSmgorI1wStKgZtDUMDoQPzQc7WS9UZ4GgKSHsFDNLJlExOXpEAnJEBc5FQwVFAiuHGxPA6f2nT6bHpShByOgoQUvBNfISUdF/GdERkyNEAsCNYsXEwcDQocAUMKyhBPHK1shCCk3IIWhl8FNx0v1rpmyt8ZyEfGplhAl9AzvhSLjERzaTg9HU24S5WCGc2OJh6DiotJysN5Z7XTJZaT2zXOSqOdXhIBL6PJGyg+VoGXLoi+GcsrOLAPDWXERc8joMseRx60CqBuFJyz1Fzsok4SER1kp4868XTvAHR4NRm4S10ue+qIEVzsCI4u0Y3PzJowMTsnV5t3e75OXzBp8pSp04K/89Bn4w0bwU0n93a99z1jA504iQOJ01lhLDfca44OG+Z1DuXo9Qtox00uTbAzLaKjmpjObA/cWWo02SqHcHkiZGCzRjl5eomHbomn28TiYnORGTfoox1DOLOTdrHoofYhXDReo8GHGb7li/iqHFzCjo4sHs5HFjclafPVmnwvhXQXs5O8vVGMJjUzJGCzD9DY/UYnMtP2HbPko62Fvvkz5SFdq9ZERwKiiE2MhRascpfwfAofr4hPgMafmpCYGj9qyPUPy/HR+oQh3ADgNrbJGzhixpI7/dFAw9f/iM5YL14mVhvKRNEOsyVjUZncv7mfQyz29yI3/9hMy+vrC4c3RaKHxIyFyiGMXIeIr+wISKfv0IgeQt5eBDoN3wdHNZqTXOQeG026yhBo9mXpxDYjr4ZwsvEET1zYXQ7cWKYMs9EGJzPRqMCb+LI4VImKVa5oM9mSlkuV8hMztggShqBm9vqRYPRyg9lFa8L7WhCMIb0FJWasf235YrHXfrUcTcJpvKi7oprcwJNpyKi5UZx0uh6KFOWO4qJmRuFtMS4qNYoDAUzHQRKGtZmYU5TCl1KRrRzXKEc3O8YeNXREgFD04Aehj4jCgwxRQ6PY9aEoWfgWr6dGxbY2YEwUhz2MlGlYFDYjLwqkqOFNSz1jYJR0NwMPfxXj6heuRBBuOfaGSjzikwroQC7P7RD5CrPDhTdopJuK7IzKAF/J2bov7/XxXQXgjeySDU9eiuIdmygTw/lCtwtP5zYlsguxQai0y/mI9HWb0DnwUGC+SF5aVSSSBT3UQfjePOhZw3loB+QiEBIwnrPa6jJW0SUYnpPelsZLR+fxGgHnO8tE0OHsthbvHUnpDRleuqqBo5+k8qfPpMrdyDj2neAn3i1H8X9zXvM43kt+0I2bEUnnCESAfJw+QmWpGQ9SsgbAYWURPU0v5MWQg9r08DXP+U408ZysMXIzeXJaCXoG3qMlbz1CNZIq95ZeBET9fcstPBeDQuXmduQinR256R25mcM7crkpVouttByYjkvGsddgLDQbKhIMcXGG+GR69zVO4XvFjqY1EUZ5x28Nx205yXHdZnJc3Snq/mYGx6kBb03Gyf5vOWLpzZhJ08DPKniGwrNHCMf1DGGv+WZ+vaif6thbIREZecyzNwuYm1Bc7oqvGBkXz95LwwqIGZyFsEc+oon9BW5Mtw989YXE1ntCIu4J4fAvlPyFkb9w9teG/LUlf+3YX3vy14H8dWR/EeSvE/m7gf3dSP5uIn+d2V8X8teV/N3M/rpxqi27QyIuhnTEt7cDnA/juM5RHLd+YQg3Lu0mrubRxznuq9/bcO+tGY1lwFmRIl6RoEhUJCmSFSMVKYpRcTDliouPS4hLjEuKS44bGZcSNwosgbj4+PiE+MT4pPjk+JHxKfGjEhQJcQnxCQkJiQlJCckJIxNSEkYlKhLjEuMTExITE5MSkxNHJqYkjkpSJMUlxSclJCUmJSUlJ41MSkkalaxIjkuOT05ITkxOSk5OHpmckjxqpGJk3Mj4kQkjE0cmjUweOXJkyshRKYqUuJT4lISUxJSklOSUkSkpKaNGAYujIPtRkPQoiDYKvDjVttqQiA2k3BwrO8fKjx+UAfnBiIW0JaAs8EPkgR+UCX6YXLhzEfpQkkBFZk+SwOaT50kCjtxeHTCBOZ1/m4YJHNh098OYyR7brwsHwfOhmVWaIsjE9Oxrb5y9ARJYFD7o4EP9+2NTiRnGc6qzdSERazo+GNqv/fpTy/6uqB379D1fvbSrYmuBgr/SY/GPSUdnTliU9kHMaLHg+W1la77U9BkT9kGf7947sOZgz3/sL2jPeN6++kplY6ePylQNKya9rbx6z/IX+x97+L41BXHRM24/8fq7z7y4bOvsJw4vrh9UOXDdj+W6qnErso68NPnoGzOruyrnj5x0JSd5Ved3tI9npth+fHT5wdT5kYfvd3186bHax97/YOH6b7cO7fl4x8SGpa8mDb1SkvLqaOHAh1+ePLRg1/sn+kSpP9//6LuRbx19quyRBZsL77rNsvWzPz413DCl+IWNg3/Z+8Ujf339246axue3vPj664snzLO0MRQ+oFPsSZzV6Hm3YPCuFUvuz310991D7LdVXv5y2Y5vdzy1+8tnVt3levADw3N/fbB2y7JH7OqdZd1vqv3rYvuH3oiLEwsit72/9Z65xw58LaxuO3rY0H2dZ5w7sdJpXn3bbc/f+B5336+vP3Dtpz5dVpraf+s58mCercMRz5LhYu+vp/R88zj7sY91vror3Lr/p6oXF3RY9VfVKOHe17q3e3fu0cfq7DN+nHs0/u5lpTU/vLAp5cNTmoFreg6O0j4VdWXfybini37e8uKhJSniF9s+E1/os7T9wfvW3DI77fItM/dN+b7vM8PNOSt/fNjex1Qf8umEyoY1qzeWP31/2V3b51Z1+LWy1+fVG87pt7+zf+30lQunLxwz89FD+3VJh15b/9jfM7YP/dc3hvWrdz+V8UXkklGfJb6zdvOMpx7f6Fhz4I+jb/+g19WeefNr1cBfe/529cHNVTNOrD3KH/lSN2Dub9N6PJ6q6P/YmdfXf/3oa9/M0B0/vUWpfnbT6Xlrr3RWb3o2O7virT7rxr3RsPSFxcMXTH6mc0P/Y0PiVvzw7abOa5/otG7DlbWdvx9yaXThaT566/0fPDvnjonqmpjPt4aNOzegdlmj+o4R60qWqnYsWfdEz4STz/X9ZvvKz3o/ebryy13W2kd/Kqu/uHZ06AMvS7+DoLwy+YrjypIrz17Zc+XMlT+udLk6/GrGVePVuVcfvfrK1cNXv7vKXet7Lela3rWya/dfW39t17VT1xqudfwn8h/hn2n/uP5Z9s9z/+z758t/Lv/TrTG2MauxqPHuxtWNrzUebTzfGMbdyqVwOq6ce5B7mtvNfcL9yt0QEhWSFjIjpDJkZcjWkIMhX4VcDekRGheaHVocem/o2tA3Qo+F/hTaNowPGx1WEGYPWxy2Oawu7NOw38NuCh8aThU1fv5vVRAY9Qww1U8+AI2iG0ls84ZOD7LuzC5PiNfk6lwJBkP8KHIwGEfArDs18PHGZSNlshQJSFwNDGA7THSknAfPkyiE/lQ0/j9CINWzXeS4W67LU1F2eZJCEYCpopaYAiLhKUekPHWGZ6nIqRYcDol4KewsYLdCzv0BeIABAAMBBgHcBhAJMBggCiAaYAjAUIBhMm4lu4MO5JAtyZPmVgfp73ialnIelHc4KmiAWIARAApMhxYoXmEwOGESg299djkMMM+0GIvErFZYKvFxNrfL7nbhFFU0lhvIu05o0XN1BpmgdEkGIirKW3vgJ5rpsOgSjosDXuIBEgASQ1plI7WQc6uiJ7DoLJ7B7rC5bGB4e2vty2LK63p48iWcavsHIRGfdg7x+3Tw+7S7zqd9+9AWPx3DZJ/wsLCItm3btmnv+3AhoWFt2reDnMPbhgT6cOybY3go+w5tEiq0maspPQz+JFcg3Pv532Jg/b9y/F9m8OJQxGzCM1caG0/+09go2YZ/AH4GcMlG7HK1sfEc4JKtOBzwC4BLNmMG4JcAl2xHI+BXAZdsyLmAhzc2Nkq25KOAdwJcsilfAbwb4JJteRjwfoBLNuZ3gN8GuGRrctcaG4cDLtmcfQFPBFyyPZMAVwIu2aB5gKsBl2zRMsCzAZds0vsB1wMu2abrAZ8BuGSj7gLcBLhkq54C3AK4ZLM2AO4CXLJdO0LZ5wEu2bCRgC8AXLJlBcCXAC7ZtNMAXwW4ZNu6AF8HuGTjLgN8E+CSrfsc4FsBl2zefYBvB1yyfb8E3AO4ZANfBnwf4JItjLI+AiDZxLHgPgkg2cZZ4D4DINnIReA+ByDZyneD+wKmwWzm1VgXAJLt/Bq4ocoaJRv6KLjDmT2AZs55wDsRjNrUaN10A5Bs61vB3Q9AsrFTwH0b2hLM1taBeziAZHOXgzsRQLK9H0T7EkCywXGQxh+1kmzx3eDOBpBs8k/ArQeQbPNfwT0DQLLRbwih9p5kq6PFYAFcstnTAHcBLtnuMwCfB7hkw1cCvgBwyZZfCfgSwCWbfivgq7C8zLY/CDhOPCQb/yvANwEu2fpXAd+KPDKbvwcYktsBl2z/OMA9gEtzgGzA9wEuzQWKAT8CuDQnuBdwGIg5aW6wFvAzgEtzhDcAP4cyZXOFY4BfwLpkc4afAL+ECxls7tAWKvQq1hGbQ/CAh6OFxeYSowHvBLg0pygAvBvS2dzCHkbtWGmOsTiMWmzSXGNzGLW2pDlHXRi1aqS5x6eAKwGX5iC/A64O4VSPnw2J+Cu8C/lsEOjzFWHNavzsZPgehr8rFJDPKYafZvSvhATy+UZY9CB+zgsvPI+fH4X3j+DngtBQTz6CZAH/p/lJ6VP8B28+nrfw81Oz/Fqz7hUvf+UCW/O6aPeted02my5lJUlLWa1IM072zmzJ/lTP9qVZxdJMltKkNnEyfT15Vlyc7M3KfjZtnGTTor34OKST9x9EnnUKWvdsyssRTGPiv58IptHLQWeBmIbZzFVwFWauPfh5TnDkuQCgSVKMbxc4KswQQ7X+25CIPCn4uJM0CpLMHMWzHZi0mTvnoNmgX26cwncQL6HCaGETsWM0LCRb811IxB8hJ0/44ixgNDNn5kzIq9ls8pd7Mn2pQDCJkzwGOJuL/HrxUFRTnFTcec4A4r5OAhj/cScVNcZ/0ElFjM+LACw64e+8E0p/PiRioBQAC3+RPQ/BEwWZR3HVNgi4MhTFlCcL6cdcivTu85Za4jhXc7FcLyIWq8rF5sSuAGK5TgIYf4eLigXjb3FRseCzm5vjvNEZj+3dNC8pDJYXw+HzvItKxk79Vcd+DIl4lUjGLgvJ+IuLl59GzSoC9uLiZPdhm09F6ZydcDHL3UzCI9lLQFpseFvczSV8vYgoobOs1J+4A0j4OglgfL6CShjjd66g0sPnPAApusSjvYJTLf+ZNT4MhIKbx555FVTEn1CRq+p+lhof8yEh/Rgc5X1nWxAWSb+vaC6a60XEorWvZONRZQDRXDdnKp7MSrYQBs+USioefG4B8CVB+Vwno2N5t7DnvEoqGY7iqrMNIRFPE8lwspCjfD/qRVK7WBmoIbU4ZpB44VUBG1KLEbGkyioqrMSqwA3pegPOvCoqKYxvqaKSwOcnVaQhSeMD4fGIjI7l/4Q9t1ZRSSVSXLX8V6kNJcpCNueN/I5Qi1LhqwNKpcWIRK9XM71eHVgqLSVA9Ho10+vwfLCa6XV4XqomUqG/nMV4PF/tU2AYBst7iT0PVTPVXs1U+yWpDeXJQvoP8wrfO91blM64OQEMjVZEJvU+h3LtmhPI0Lh+IphG3RwqJUxj2xwqAXzeNhcMDFkSEr/d5vokheGw/BiWyGEOlZRrDuttf4REvEFsBZcsJMZc7ya2CHlKYAe6yUzp6K4AMwLdGB+f/U764iJI4WhaGLMpHcNLIOFSPuiWP01os3C+fCCcav1fIRH7QiQf+0mJK7MJg2I5pRQlN+fnL8Uj1pEpML2fRDcHpku4lD/6Y2qmAOGl0snC0ZCqi5dDItRS0AsnmgfDUP5JjfPLnhRCVfd3SITmpEwqEkdmP25OngjsliQCaS2/gmvn8kpaz8bUWXdDJ4V2mQIwiq1xp/5Pr3HD8OFbaUZT4z+zPtAzxZClS2PdCucknrt8a+Lh93Dc6BA6S8Q18TH//pq4H6dBbKWEQOwmBOCX8rjgbrIWzl5xyXGrBgBvN4LM28KcLJrjTvSHeUgvHwxpA118JKc69E9IxLvh0h5VKHuyrSlOWntpw55t2bMde7Znzw7s2fgffqS9sQj27MSeN7Dnjex5k7QWJM2Q2bMre97Mnt3Yszt79mDPnuzZiz17s2cf9uzLnv3Y8xb2vJU9+0u/xc6eA9hzIHsO+g/l8L+n/Kp194VGnGtfUFDQBsp10/4JHPcHUMNAMp/C83uAwzLQToUmCjAR4BYAHUDsNI57AHJSQqsaMOg/i38wyxc/cBcrbaYQSv0VQqnPdo6eHyydymbpVPqnU+lLxx40HbWzWUJqp39K6OOdTO4Inpa5eVrmZmmZZWmF3+e3XhAXJ7u4R/cuMVxey+GMUriqlsOVSuHWtxzOKYU71HI4lxTuYsvhzFK4XgtaDOfdtB7XcjiLFK605XDlUrjlLYer8m6WtxyuWgp3tuVwxVK49ve3GM4khVNAuPUFHPf1jOvDPU0+HPfP/GHi+O4l46gqSEnnuL//SYutqE0d/aRnzZ+ddu++hqruS0Gpx+XK/cKKYT0/KCjYLPQ8tqmkS5d72bLnobSGURjvO+G2ffMbd9ceFV6/1Onj9mVbhSN5GR++8Op9woLU3LVnPy4QONXSJaER73S+KFhrH+yjHb1WmZRw5bkxfzQIM898su7mWbM9xprKsWsuNAjHix/oPOeO5Z7777Ge7/5Ng3DzHyVJ+R8uUbru735i2+kG4e+llwfVHF3s+eKPz4eUHWsQjIe+M+b+OUt5aK27l+Zgg7D6RML0cxuXK+/77cB7Y99uEMrn3jfzmTWPKW9adNky5fUG4WrDtZV9Xl+q/HO8Y9jKrZDfuhH2MW+PVT59/ET8hY0NQoR1+aLEsDs9fU/883Lx2gbhxt0jhuZP+pfn9uldj4U80iAU/Ji7pKEmz3MkzlK3+6EGocelUzsHvbvCczbmuZfWzG8QXi6Y8cM3J2qUty/dfOjxOQ1C5iObf+zet8Yz9/a7lDscDcKY+C8KLvZf5vnx4SUpl+9sEGp1NwtLFi1Wug/bfppe1CAM/qlLxbrTj3pOzghfcHZ6gzBrROrYPy+sUT6/szTuAX2D8ETKwsPzv1/mueX01YF5OQ3Cw3ufUatsDyk/WlL44OiMBuGu8HPb2sypUT565q4VWUKDsGrLlm+uLX1UmVLots5JAXqm69dedzygFJ55VXs0rkH49fv+jw8bX6P8fN7XomZYg3BH+9nC3B2Peu4t+v2rL29rEOJe6FD+1Z/zlV990f/3J24F+dfa+qwdMMaz/PSnx+7p1SBs79jJMX/kYmVE2Lln7u/aICw7fHTRym5W5aQRY597uVOD8MYL23LcOfcpu78Z1/Gftg1Ctmvr1yFpC5Vxn2RftYc0CBP+OjFz1OfLlI09TK+2v1ovhE9fOrpm40LPL0+tNOz/o14ozZt45OcJKz2Hn0sd+ewv9cLSmNv7/tVutaf4kzblL12oFz5MXjX2/PHZnj+f+jbxs+/rhe59j77Wu/dqz7dbbt4b8029UJ499NnMp+5XDkzsmv3MF/XCQ+boObO6PuLpV7M1XPNpvTB9Uc/MZc9O8QyN/XNAx4/qhb5rskrWDp/neWxL3unfj9cLXba+M+vnonRlzCLjrPZH64UGU9vRHYofVU7mbvlZ9V69UB224dOvjliVx5R7Xn/6QL2g6HqTsLTxEeUXJz6+OHRvvbDt5TlvHV1eoYwamnzq09p6ofKs/qfdtzyivOHza6tf9UB5Ns7mElct8zw7/ImKV3fWC1kbHzlz5IsHPGnFHzz96Rv1giHlpt0HvqjyzNc+MWnY9nrhjxlzL2R0Xei5aeXM9za9AvE/vtarTdIjyk+jXk8e/3K90GbtQyPefHyu8trBx052fbFe6KDv9/VXRcuVQ/SZn7d7oV748UDvvPsPJirfzJj60ODn6oWkOtOw7+JXKTMHvNjd9my98FTFauOEc0s8Hc5U7Pxqc72wJadh9P6EJZ77C1K33b2pXnjph2GLqnQLPPzeI4kZG+uFKVMmVX1+9BFP5MCC+SlP1wum3nfXPN95stL5XPbJgg31QvTAO2obXnvE8/7oe4qfXF8vzN+Z+MCLXe/01H4a4e4KeP1z5TsaSoo8I/qIylefqhduf/CsfsyZGs+CVbdfvgvwD8ZOu9vUv8rjMlw47wZ8212L6ybUL/S47t2cuQbwh74ruDW+90LPuyVpk34C/MTJDnccXrdcKcz8QmuG9G/ZnLPzTPxczwMhPzm7AT9ldSX6axdWKeP3KEJ+BrzA8tELX/0kKgtzP0j+DfhP++C1Efs3POjp2mesPgrKmzhy9C9vmB/x3Hw0e/UikMetjb1TF9xR43nx4KCMPiAv62THJ3knV3l+Xqlee3pLvcA9dOP0kheXK1cXP3T64PP1wvYfL+4Z8ebDys/WD037dmu90Pj9/nWz3hA9S9Sv94iH+lIbfpt63x9zlcmV3Ve/BPV535hbn+3f4RHPgcYVEdOhvofcalm847mZnm/3v79t5Jv1wtSdy+ddHmTx3JR/6LB6V73w/OVLA9PTV3rycr94av7uemHi0uKPLe/d79nV7j37L3X1QtTRFcOuvjxbufzixvkr9tULbzk7fpX0Ybly0KBvehcdqheKBhYODN//gEf8dubc4iP1wqm4r79Z2G+xMiFmwoW1x6A/veU5cfytFZ6ZkWNfDTsF/S2ufl3ckeXKKa8pbn7ydL3w2jSndYF5gbL2WnVBGfSv7U8sfez9L+d75vx2orYM+t8DCYdXVvZZonzxxLTVT52vF/4+fXzCsrnLPcVvPDykXX29sOulM5NO7y3wXOmu3fH0b/XCuD+eGXPjpuWe1KnfPuy4DPJ/5MWUSx+VesbfceXXikZorw9NKfu6foVnQtsNim1tGoT3Pzd0/LjRpfxwz8Tlt4K+2fr4yr+v7F7h6XDrx9PfAX30WqeXFS9Zncp1+fd/vrY36MNrT82I/2apcs6xRsMLPISf2uH4srMLlBOPT479JapBKOmTm/Ly+0XK179vu6p8RINQ2nulZXhZidK8vOEMP7JB+PD1I/f1eqjG8/femQURoF9tfzcKM19c5pm3qN2EmPENQtZz7pSXblju+XXRDe0f0DYIz7Yb88z9G13KBzZdOdNrSoNw08Bx/JMr5nsev+/dHt/MgvxX7jmVN22p8v74z8K+MzcIE8tCtk5NXaCctT3ktwHOBqH/2O3tBpya7zGsnZvw2LwG4d0bxo/eOXSRZ8iG37tlLGwQTjyYOiv8DZfyD2Hx97HLG4TZjiduv7D/PuV92Qev3L6mQbi44sSyrn8u83y6fNPTL28C/e8a9PXjLz3s+aVkaUzmyw1Ce/55lWfvUmXUNGN9310NQvxPz+1dNWyB8rFdZSOH7W8Q6u8/Hvec6SHlOI11egWMtz9/M/rcrpFLPd3eXvfitc9gPHp/Rc7oRZXKT5Y/ee+e7xuERUdmqfa00Sl/mb1s2Du/NQhcCrUQFCUHH5n8W+wYajmcrZ1FNkK/raXT1LNCbsFUsgE6Z9MQ4v+DJnPt9Kxfa/cKgxcP4y5Si2P9H2BJnF4XGtHz0M5f5w//qLZm0sjo27b/raSnMJF6Gantp9TuPn6qlv/z7CftN/fbTVc2kLr6CaBO0fSsrDhVW573xqlNhYModRxSdyL1r5gHXuxzqvZUybYnzy34zkPnUCRfpFZV/svw9snas2OHPGLuG07jciRfpM7q985i48naIwuyM0d8cjMt69nfMd8ngbpl4UJF+Mna1Ij5P/+WdobyXIfUnUjNNBdkP3Oidtaq2xceeIWncdcj9TRSax5f8/n4E7Ura/afzJkaSak1SL2MVP6rXV+f/7D2k2Fvrr517mBKnUXyfQqoD35x87RFH9YK2z54o9t73WXUncGo40i+SK364IpqyIe1FZ/qom+b1oOWlyf5IvVx857HDx2vDdd/X+p5uT+TBsl3PZb3hRdmlByvvbhlfsKB/v2ZNC5hvkjNfOny4jbHa4untbm2b8tgGrcOqaeRutz59W0bj9XeGHbp7vqyTpS6HqmXkXps+6rIccdq74m59OSO5IseH3X1hiDUGpIvUsfdUd5r5we1DyhXvzB08g1MGiRfpM46c/jFi0drb3t54bo3Bw9j0iD5IvXiUGu7qKO1nRsFvXZETyYNku/TQK3Tlg2Y8X5t39L33lqxawBr6SRfpK5fc/DPZUdqExc8VaqtjpJRTwejnv0N80Xq8hjXwncO1y57c3HcttzelFqH1NUbMd+a3Hd/e6+2ePn7QlHuLtqu1iN1J1K3fd3fM+i92h/3ZJwxLYnc7aOeDkatIfkiNe/Sumn579Z+c3JP+OnjQ1k/IvluQjnz4vp7DtV2+Puze2p3S7Ii+SL1bOfQRS8crJ0yQedY/pmcejoYlSf5kpR7f3/TRwdqi79+deOd5zqzdkXy3YzSeNauaNxfOyqv81PpT94qo+4MRj37K+aL1G0bvvl28P7aZdPbLV/8Bc9aHVIvI7XmsGVYzr5aZVWScU+nnmN81NXPBKGuR+pOpC6/lb86e29tqj4qZ2HVL0wjkXyRerH/X/n/eqe2/b7ZPRUP38YkSfJF6qwRp4a+uaf20Y1dem2qiZVRVz8bhDqO5IvU5cfm3f1xXe2l6ecffNTccYyPejoYlSf5IvXsZ3ErLtTW/pqwcYbezWqfQ+qaLaERPYZBY3+7VsldHDo8cegYH3FXEOLZXzDXLdgipy/T3+Gpbfu2YcrkTrcwKSP1MlLPTkgtX7mr9tDz088njWK6jFBXPxeEuh6pO5G6Pu4jzd4dtaWTRuQMmXezjHo6GLWG5IvUWd8+9OHFN2o/dSa8O/IxpnFmkXyfRx3aVmjX9/XayXccME4PZdqKUHcGo44j+SL1bN9HP1a9VvvlzZePfHrHcBn1cjAqT/J9AVvVxvpk8ZXaDhuXVdwxrxsTM8mXULvUKTq+XLtiafJ9T06NkVFPB6OevYj5Emrv2Z+nvVCbbf/o2znz+8moq7cGodYhdSdS6+L/mOJ6trZ+w6+JGVeH7/ZRTwejrif5Euo/Ox94cmPt8/8M/v3N0N+VPurqF4NQa5C6C6g9qm5cO/+p2nMd7p43uGbIbh/x0yDEWSRXTLfmVLu+Ox+rHfXM34/oH45mvQSpa16CqFe3balbVrvumRN/zLv1S4+PuCsIkSeZIrFz2dCz99SeG/fpDcLXvXf7iH8HIaKtonrp5dCIUHS8D46wugZMDFw9Frm7d64Rzg97YnXZQabXapB4+WUswSNTJvHLhQ///Lrt9DOSXYLUNdsg6rvRkVmPC4mdpsXvWs9UMYfEndtwUPt+0UzVekH38S8z6rqEsMqsx1wxauzJl4o3CdHXdrudPVht1SDxMkate6rb86u2CHcNnnbsX9WsDOOQuvoVpH7+vvPwVqFd9Cfjfy3tw4qP1J2E2rYu7seXhLmj39WO7XIj07U/YytB6qyM46Mfe0VY++QNk2bGSyMPUi8j9ezxZ3/f/Zrwce5nm+84xHrFLKSufhV78mM50354Xbj1lpnKtmbG8zik7kRq3Y8dT3BvCvE/P/Hcw7deoG2II/kiddzUmXck7BQ+Hb87dUaXQUwYFzBfpM568eFDd74lfFv657Ca5TczrpC6+jWM6wmZ8qBHOLF12oHjGZIlhdSdSOU73jfq4NvCWc13L5fWxTCukHr6NaJNR604Xytc67hB+1GipE1JvoQaNX9pzz3Cr+1ijlY1MOvg7E+Y73YcHwbdPez5PULi6hT10meZNNYjdSdSaxZ2Mh5/R9iw/d7DlifCmF5D6mmkLu++7aq4V1jkmDhoy4gDVBrjkHoZqdsS7huzYp9Q9cY1ffV9TJ/yJN/XyXh47tuo/cLBu8zfnk9g5T37I+aL1M5L3s6dfECoilUOX/yBZHcg9TRS7e7FXS8eEL4asO7bh7tI9YvUy0jNU9//8KKDQpv0FfbOxZINjtQ1b0CTHPXTy28fEo4P/+F5/Zh2TJBI3IXEP89Mm/auYGtcPyX613ZM55Fc30A5PqT8+ZH3BPOASXnpDtbPz/6AuSL12PTJn8QdFp7/amvuw0nMbqxD6uo3Me7olAeOHRbe6Kqfum8iq7/1SN2J1M4XD1yxHRE+HPbofseFX6gemIXU00hdfnLbmFfeF5K2df9zaCPrgONIviTu94036o4KikuqWVFd36F1wCN1zQ4o0OfnXvz9qNBl6Vti9wHv0YQ5ku0OrILXLP1WfyAovuz03oXDfZmQz2O2SJ2SMytl9jFhRe7PPT5b9xdTpki9jNRZxpKYfceEH35U9ljci5mNNUhdvROo57HJHRf6XdxcdOMA1olmIXUnUv/aenhG2XHh3h6b/3x/jWSgkXyRWjqtaHXtceHN3eNv//kZadAi+SJ1x43lmm4fCj/uytj1xQPMrDj7Pea7C0V1Zt7Ftz8ULoXnTfh7HTMO6pC6E6mzTnz1S7cTwg7lgBNzvmYVuB6pp5Ha+e2KkrITwqHKX7a9b+3CSoTUy0hVJFTmv3NCmLG77Rv60b1Y9yT5voXlPTVoe++TwhNnl19IPteelYjki9RDs995ePZJwf1RSYejUSOYKiP5IlXR88mz754UNn3Sse8inhlZHMkXqetT2r008JQw9aDpXvvbbBJ79jvM14ON7pDuz7mnhIZxM+t/fpEZB3VI3QnULSGzpn65+9Qp4Yy4qf3QiI67Z/WgW7jHXU9yk5/YPbTGnn9TY+PYqOvdxsaNwCQAPOVa1tjYePRKY+PKWukAPm4QduR69+4t2wPuIN+nBHqXjkAP69iOC+E6REByHdpGIL0txsGYql92h0YMuFGW4A3ofQNuNne4kSR4I25wql54OzQipBOnehOe3W/27mZ26CTtiALtWwzTGdLEMLgZGk52RDt0lnZFgfZULYTpCunB89Yu3l3SDl2lndKudL+zT58+nOprCHSjhLHyqR6pgxS6QUrw7N7Tu2/aoZu0twq09zFMD6hneJ6+obt3s7VDD2nDtQfX/EXh8Nm2nm6ja6DCMnyHIOJGNvs1cHrvf9V6+qIC/OClQbyYOP7fuJiYCZAV4tuqvwhpTAB8IsBfUOMI6JcNeA6G28Bx/Tb4tv5TNgKP4K8FuMquZ6BfHuC346EOCJu9gR2SBv988NMB6AEKACYBTAaYAjAVYBrAdAC86jAT4A4Ag4y/8E3Q+wA3yvhDv0LA8fLqFsjLI+MvG2gm8Bdl/KFfMeAlAJ9A2AuMvy3gXwp+Zpn87gQo85OfhcmvnMnPys5HVIGcbOC2++qNXUo125yBj5h4L1ZmQ9wlm331neTdsRWN5eR+aNDoZGduwdO+uAksUxo5eMxwPBPGLpqGMP7DLjU2+qVja0067Tc2TwfxJeA/GzwdAWUScHfcK5NZG68jk+DR6cH+jUFlEjQmluWkrCzIfwsyaTGdfpuCp5Mk35EPWr8Bzz8T2Zg20f6ewtr5DJCTE68LARyCNo6Afm7AKwDqIPxfAJ3A7+QmXzx5/5XiyfuvxO8oX7mB4ZZaRHCeu22m+ZF2AW68vlTlyyMFWoQBX7srnTqogjB/wcj1IHtLyqXNVL/dDXBPC/qtBuBegPky/SaVAw+TuUxmq3TlGvk6s9l34XrGMzSP+/BqlV8e9wfRoXgz/wFZHnEkD5tbdq+b5DPuGV8+dc9QXfggwKIWdOFDAIvxWpdMFwYqSyUry5ZnqJ4lF7SfpXk8DLDUL49lQfTtcoAVwcpS6StLp2dJPqq6o6ER94X/2ye68DZ0eJu27dp3kI44RXS64cabOnfpenO37j169urdp2+/W27tzw8YOKh19P+fP1Ce8HZhbdv4Dsrh3bE6GIXqwK8ORvS6dgAwitWBhVQHdlcd2EF1YLbUgalTByZOHZgqdWCi1IE5Ugc2SB2YN3VgTNSB3VAHxkIdGBl1YEDVgeVUB8ZIXV+AfgC3ANwK0B8A7/pB5e2F/PdC/nsh/72Q/17Ify/kvxfy3wv574X890L+eyH/vZD/Cch/L+S/F+r1rRCuE8TvBPE7QfxOn2F5vuga/i//g2v8c/QgmfQ6adXFD0MjQhOf41TLT4RGTMhON6STX/DAQTjdkFuQo8nPSidufVaOhmP+6drsbJVeQ9w52lyNXpU/lbg1Op1qvEbHnX2BU537ODTiclgIO4EYxk4etmEnDtuxk4Yd2Fs0ItgJuRvYybib2Im4Luwk3M3sBFx3dvKtJzvx1puddOvLTrjdwk629Wcn2gawk2yD2K3RSIDBeBsUuxrAEIChAMPYLdIYgFiAEfgWC4A4gHiABHarFA3rZICRHFXHeHU6FWA0u2WKRv1YANyHwlMzKoA0FDi7dYoyRJtxPEAmQBbeHAWYyG6h5gDkAmjxYDzA7QD5ADp2K7UAYBLAZLyRCjAVAF8MMp3dUsVrdncAGHDC838wfzx1jrdc7wK4G+AeTnX2S1zbeoVTXfrm/7UEMH7xhjNAEZu+4YlefDFKCd5dBsDj2XfilI2j94nxHjOe6rfhHS82ncNbInibDu9F4EHsCnpPhsP7KXhDYk4LLeH/VP4BWsLFn0Ij4vzfCUOnT1VThsXY88xZ1lwuMkv6CUM7+XU7TrXtQmjEvSGRjJkRrNJMMnc1e05lFSaFjZGFjWTNPJW5c2RuHWsckayQHHNnNgmvqvs5NKK4uX/TdMgNIdDmm6GlPwPwLJthrAK/LXgBmfk9D/ACXtoGeBHgJYCXAbYBvBICpa4PjbgWFs66SUvQJpR2IzmE/w9BGKQ9n/vPAa/BtwZaSmNoSBDg/mchWP7xIUGA+58F/3zDOdX2P0Ijfg69Wstxr4ZQ+wCbznaA1wHeAHgTYAfAToBdrKkdgaYGtgDnYeF3A7wNUIuTCYA9LNxFCPcO2hws3D6A/QAHAPB9A4fYOwwcrJ+LrHkXMz1iYXpAlHWZlrpo4G7VvPtEsvSlLlkoc5tk7sxWdOepsjRb1/1VWy+HRvzT8aSH494FAbzHhCPd28LZkUVMKjYWiS5pduTBRVp2jUS/m8Y7zOIdAXgf4CjABwDHAI4DfAhwAuAkwCmAjwA+9uWTVITvwSRmu3fOQLykaRbOspJ309kq2yEmAyvyjc/s3b5LH+cZT58wnk4DfArwGcAZgM8BvgD40pf/SPzBvqIKV1ZREU4kygvJS5YNLhk/8SyId+JHeDrAeNoUgKezMp5mvE15Ost4whdafA3wDcA5gG8BvgP4PgBPamczpkieKW+3nOcxlud5lucPAD8C/ARwAeBngHqAhoB5qt3+mWKeW6+Tp7qW5nmR5fkLwK8AvwFcAvgd4A+APwPlaQ5cTr625Tx3sDz/YnleBvgb4AqupAFcA/gHoDFgnoHLuaqFPP3TqGzONknjk+unIfUvg8Fcbpf6V786Gt6Xj8UCKXtXAcYFoUsz61lN6axvFXn5qqkL3n+kFQ6ru9yOa7jyVYHtTdP1hZHNtj9hYYhuqKOZhITSegkNpSNsOKs4Vx0dzdsyejt4tgfowOid36H12pHRI+DZCeAGgBsBbgLoDNAFoCvAzQDdALqH+mQDPBpKRBddABpl9q7IeV97G2yx0NfzRxkM3lRk+iDR6y3XUR/tYauVe3wraheZG/3n7Wku+7/2wNC3ICzivZBzrMQ9WIl7wrMXQG+APgB9AfoB3AJwK0B/AB5gQIASVwYtcZClwIAlrvS2mu3vBC6R/Z3mJTryDqd6cGFYxBchR/bSEg1kJRoEz9sAIgEGA0QBRAMMARjqVwq7W6o3239RbySV5vWGdxhl9bZyL6ufvb5Sbt3rK2XK3ual3L4XrPwHwiLeDlm1j5ZyGCvlcHjGAMQCjABQAOArieIBEgKUsjJoKVtbVyQVb12Z9gUuBb+veSnm7eNUOxaFRayJWLUfbHnwSmKlSIbnSIAUgFEAqQCjAZShdEcDw48B91gAAWAcgAogDSDdV8oU/P2x/7oTkkRohZEXXu5vcu1WysKAC9U2/CEFprjInab9bOV/v+9SqFT6Wfvpc8l+3y3QmgMwjoGnhskhA57jATIBsgAmAEwEyGZywPA5WF4ALUAewO0A+QC6QHL4L7pmkMJWSveeCg7QsnY+ELysVQd8Zb3tIOhp8CxgZZ3kz+9/2QnjJH4hHak+2hxkOvJA89bY76CPt03gngyeUxhvUwPx9p90HdYbZhxsOf+UQ7RXT2P5T4fnDICZAHcAGABmARgBCgGKQmUr3uU2q1jNhtDsQkUTkRBaUzuy1yHK09UAPCkO+WydrYwnE+NJhCe+zKwEoBTADHAnQBmABaA8OE9xGmbrLD/Ucp78uzRPK8vTBk87wGwAB4ATwAXgBqgAqAySZyWTA+YZ/m7Lea5ieVaxPKvhOQdgLsA8gLsA7ga4B6AG4N7geXrLWXWdPFPeo3nOZ3neB88FvnRH0Wr7LxUZMRV9CUn9tsd7tP6PBeLxPU51ZhVo6JAzjMP7GYcL4flAQA7/CxXTlEOvZtnFOHS915zDk8BhzaPIYc1hyuGDjMNF8HyoGYf/rVLxcigN7oTDOw5TDnsdbs5h1WFOtekx5PC2I5TDxYzDJfB8OCCH/8Wo3JRDrwxDj1AOPQE47HeEUx16PCxiZ/t1jMOljMNl8FwOsEKm/8pFpxMUv7OJaZMg+TbVLdUsV9OR5rmuOuJr/5dYvitZvo/AcxXAvwLlW+nTo2daSFfHFlOsbDHDKFscyWELrYFoetkijDMAfTKjmVj8YOH0bKHXLVvI9Q+TwWjmADQdw12yNAKFkcroXy7/svjz7s+jPz/+PHBs68LI0nczt8OvPCJbSHIECZMj8yti+XNs68Quy9/iF75axoNbJnu5n0UWTsX8StjTKSuHjsW1Mz+RLagVMreDhdMyHl1Mrv70XOZf0UIaaoYXtRBGLld/OfrLzF9W/jLxl4e/LPzL719O/3L5l0FKL4e58+ia/ZINYREvhSy5jmHOMSOwJaOVnsLjuEfB/RjA47IBNtH7nhvyfjKvojl3THYMwxumUjSW+QISQ/y4b3oCeaj2PR0W8UtEa39w5X/Tj67kon1cVFVlLDRXxMUlo8zM5Qay8Gm2Ftu8yyopH4JcPiKvPpCFHwlui9HpbBoBw5dC+BkfBghvx5GhefjHA4aHOrTbzFZ8d70sBoY/BGE9/uFxbuI9+Ne8DH8FyiNenocNfxOhsGluNO7wEzQ/YgKDew20RnxH7zqAJwCeDPVPN4HwYjLij04ZLf78LzhBecGuZQf3DgC1lbr3naBdHt3HTtDuhu4zJ6iaRPf5E1QVoPvSCarW0I0vEXYxd6eTVIWiu9dJus+I7ttOUpWAbsVJqorQrTxJ9xTRnXmSqlB060/SPQh0zzpJ+wi6LezlXks+pPJ4SiaP9QAbAJ4G2Mh688WTNNwmv3CbAZ7BIT80QH06zYGaGG0DJ2ne5HzEKZr2Fr+0nwN4HuCFZmmDgVRRbg7Wfm875Uv7AivfVlnaL7IyfXKKTnFfAvxlSWt9RP22Af4K86tj4V4F/DXUcC7fD2lJ2mvbKeKPx1fJqTBvOU/R+DpXvIIQya8AWsVKg0W0lrhKpXDnTlF+iKr+iG4oboe8Xmc84I9eocbDd0n3xcOlrrg4i63E/P8VdiVwMbVv+54aSYU2hBBCCJEljE6R5G8pW/LKK68luxBCNBSKEELW8grZQwjDhBBCCCFkS0glRSjzXY85vXMyh6/f7+o+z30997Pez3KWOWe0+sXBP9Nof1/zkGwAn8ZJPg3Eb6fOkTcof8Duvjq/n2ODt0kU2AhfeFxuE8XbgLefgZmZnU2XJ8r4xPvlde78X9+Ut1MGuH6j/MdbufNfe5upDg5GDjPZZ0LYUjZ77IzJo/ysBvnPGjNh7EzynMa++Tl5gv9cq95Tx0wYrTZzTjqka2jWbxobo7OmVGCywBj3mDt68tgKavlhXUMTT/btuor6GOjNPEb5YxqZasVej+s7Vf2CQOckxgxi35yc6T9htJUrPz+xLMCoP/dZoegY6F00L4o63lPzsqp9PTUvsGrFaV4iltJF/bAG69xNjTVLm9xUc/xqgOa46gBkHq9rOGBNY7WCwaWW5pitfEym8GEdXicV6NjfvVWL2l1bc+IKL3vpkLPyCBqIv75PTuUv1ibnp9C3K+DKh8h880O9ns8L4cp/lKWOuPe/N3aXp0jO8Ud1DdnFdUpsz1+V6YCzuwxyvgWirtO/7TR7/zF8jPV8jM+IYenoNE4Q5SMf5TwfZfuxn1Ey/xDlMoti+8coeSyK+W+j+CPKhoQ/ZsSinEv4Y0YsSjaLYv3HKKuO6xpKf5bFeSsOq9nyF5Mmm6APwZ9gfAE33ATbHhzWb82/msyeyYf88c+/u9zI1uScyxL5JZLz0hNIJOsnH4nDv+Nd1U5R6Kou1AFX9XSndFVPB6dd1c9JJLiqvfaHq/oRpK+u6otdHbD1NH6sfhyJ2U2zVed3EdLrMYbdSV3DOlXtNLUO5msdxvfAbkSwtHGa10sTZSYfxY+PchNRpF2cWsOncnAoMYCDQBoWcJoPSzmvSoRG30lHo9kNTd0CTpd3+/IXzJW/Ql5KzvcRQ7eAq0TO+TgycNLjCwDjpad0DRfVKuAq/8Zan9dXqqC/ylX5RV/+wnsD0fiaYeN+ZlQl3wNPOItWLoO/N3zLbfm86I7hzHw+/JV7MbZNo6CW82SVvc3tm+5eJDt7vWBeaGU/PrxGpit4FoVVI/jrv+TSfyqVNq9Bt4c2oyfti+mfx0kk27SenCN60OgBP+jM0/10ctQl6jLVmu7060699bKoyrvWZLn2Nr2v94OaH7GkHMc9VNxhMbmcaU1b34ZQQlM/cl44ku6v6UyDgjvT1qLOtGJkCNl8PUslDbrSU9VGqh5ViUza5JPBXytoSoMpdGthR6pyvRm5up+k7eM4avVuJJ1uNotev79C3eZ/pC+dK9Pagcvp+6R31ODISNIfsZLsdD1pfqkrFeyfRFaKW9SxaDO93FuP/h61hvTrZtOSTWMpxnwkrXQaT/IMFTWb2Y/09NrSNc8adDVuJs1/4UOTwpOodnIvuuF7karkZNKw4Ba0YnYy7bbcQC6Hn1Dtobdpl2MlqlRZRfYLObrQLoei3J/SmQXtqGm3i1R/Uj5Fl/xNHRp0oaDCa/RxWT0KjGhIE60D6d7Ub2TXag7V6NqDjptfpou1t9HB5Atk28+ZjGgELV3gSi+nt6ItlzeTPfaECXcCKWHPRuo05B49cPxMO40tqN/sUhqzrQX5PdhPowNLaF78UKpV4w0l9fakrvcf0p4QB7JufJ3uL59Dfw3GjN/gFH00qEu1bz6j6LYqGld/Im0aOooOfO9FC4MyqNHYk9QuJ4yylT6Un3yDJnesQiO4dKr59AF5dX1KT7espTuNbMhmaQ698OpHl6+1I/2XNSlrwXWqleRBn+rtIYus4dTarD0Fm/5DwW4SKl41nA7GB1H9t4Xk9r8eZOx7l/Y9yaBDI7vTxFE3ycAmlu5uSiC93YXkPSeIdl4IplGyUFo+M4AOh/9F0x6cpVa7R1OR8jqtXJRPTc/70pBrPenaw45kE3eHLoxaSaZX55C0qTmZum6h5GHJlHLJhfodXUNU6xOl9zhIzXu/prJ7WCfPlVL9yFTyu5lHZo7FlPtRTsfeXKQrJTa0rlIknZ/uSK2rHCPDnp8o1HQr7beaT62PR1OvtRdofrs2ZDRkCs3YE0GT3jSgttc30Nya/yPnuS+o6FkY5URupBfZIbSp7UYK/TCJRo7sSGfKqpHb5gTyjZ1M02d0p5Uj2lF0jURSvK5CK9s2oS/+ncmukiVVNZJQH/3xZJvnRb32RZD/Gx06e9+avizYTVPdZlB0zXxaFbmbEtZ8ptuDBtAtg0KyirKn4j4L6ejo8fTEcSQ5jdClJWFBNGRgc+o0JommZBhTO7d2NLzvLOo/PZ16Dp5KhlXOU4viCWQ+7h41q7yNRkg9KKHrY3o3+xIt+1qLek9aQPWanaYNE5rT5dQDdNB8MEW8mEihD8PIdoYHSWPP0ZzKkfTJzo+otBm9mx5H4y70pjFZ3Wjjk2DayW2kHpFlVHVpOLV1fkprO2+jJ37hVOvkG9J/1pVqdGpJ3vIY+ku+joxN1lL1nAyaLD9Mj1V9yCGiOg2zmE3/7KpBo66foSthp8jY6SzdKZRS71nN6P2Jz/S40RkyMN9HYU3b0Jjg2VSlqz1Vi6xDA7rso3o7L9DhD4fIu6kpTbnQj1rN20pJnhtJlwumKgWfqaVTOE1pu4k6J1QmI6salHFxOBWvTabLB/tQ/2u7aE+nG5S9tyPtXxtJT7qPp9qjn9Ls8Hwav2IglT7uRId27KdnNdpiv7+DjL4/ojH9xtGHSiep+Vg7GuqppF6qLjTx6ymade4T2ax7RvvldjQu/DNJr9egb4306OGretTtWCwNrbuaOt6oQv27vyWzc7Fk3/g4FeyrQ+5j4+jO+V1kyFWn4QE3qPHX2TR/hZTCas2gy7sH0bSpLyj/PU49/+dFyY9O0r5xp2n2rVt0W6ceHfnYisI3naeLB+fQUrdH9GVEDF2WF9GBgjb0JHczcd4KSns6hSKuNKAWj0/QzibYNh7eTAcHraMTQ6XUvFUC9ZEvpEeV99DsfdVo/rAdVNO0BWWebEXfXpdR2OMfFHaujF7Nnkx6e0vJUe5HS6bWoLJlKrJxrEyjfO2phcVS6nf2HcbTYVo9ZSqt9+1MbZXDKeSBG9k9q0lXWvWgJqM60FW/m2R3PZGUk8solv6lSpNf0V9PYqjhtF70j+kdOuUdQn6jetMkzyzaNFBCHkM6Uf17J8n+YzKZTR1JI+xe0ZLWe6ne0Yu0o11H0j8ZS++OYI760pBWT3hFzVRzyEhXjnm9FbnfiCGrXZvo2L93qc0IA0r42p1MHl2nBefSaMvj87S/1lm69u8i0p/oTa2H1KJmNISCzAvoeeWlZG44hjY4r6Rl557So7IWNKnJCZof1p4qffpBp5TbafxEd/pfizhyT/6LWpUo6MFfUVR0ZT1V7beSrLrsptihI8mcO0Jyh/WUaiWh6U+W0tWnJ0jpU0z9xpqQpPIkCo8/QEeT0mjAEDeq/70arZ9xkXbqdaUkpw6klzmfsnqmUv/m3+j+tRTK+eRMgWOe0pYxGfTwXFuK3XiR5nil04SXl6jgkRmd7iIjVwtXGjJrJN05W0xT116mA61HUDWXD2Tp2J1GJS+j5mVv6c39T9Qo8BpNW9OB9LMukerBSpo68QXFl12mdfrnKXCEP006eJRuTN1GjjPm02WTifTl1l5qPvMZHb96mk7SAHpxtCr5n7am1wt8sPFcTlVr2NIiCyNaOC6SJM1rUvS82VRWdo48e+bTQ6zduQ/NaMXpU5S8sZTaxjWjj1MvUuSljpQR50kJccfpVmo1Mg1rRdOGtidbzzDadPMl3bc6RZP+3keOLbaSychUKjP8Hz0v+k6ruk6hF0tt6W16CJUm7KX8vNvUusNVatN5FDk0dKG6D1NoUakBff/fRGpjmUGDEkKo/6ZwGtwolVoMyaSky/fJsPYGquOXSBPWj6Gmf/kQNzCPgkyqU9FxEyq9XkztFa2APMoZkUpP/vYh31VbaK19Pl2tlUijvLbQ86EKGhB8mTIcjenJdDdqZfmEDlvsoIa2rjTs0wN6OC+Ktg9OIvel38hTr5Rezz1EYY06ksPBRuS7LpOG5OyjxU0d6NqbLTSgaixtsj9Cex9UowmV3Gjs0QIKCt1DoX030tfbHanh2mM0f/H/KOpWQ3KKzqTMXkPouX8X8n3fnX5se0Z/p4+k+b6xdPrAPBry+V9qGdqYnE8PoWFT9alhi6XUuVcwhb3Mptfb06n3dydSeb4ly+rX6NKw5RT5rSXdPX+Jql+6RY//OkS9Li2lJT3+oYZLu5Lt3EgyHrWMWvSdT3LbOtRDaUqhTSMoQBZGccmv6PXj+ZTc5QI1LXpHX3zhA2uVNHZnS+q27gidDTSk2AGZ1OzJaJrw/AltjqxNcc3X0/ibNlTlQwK5RFtR/6hr5Ld4NC0MbEzVT7WjPcWryNzzDTX8qE/HsaeZtrAf7ao9gI5/3U+Ln92nDU9GUc2OOsgzmoL/3UEzPkyhzivn0eLEvTSpnTe5NhtO1P4D3aE5VFo0hCTD+lHWdDk5r0vTNYxu4sT2wD/Pnl382a8E5FGuP3+07zMgNYBd2pUH1y1gvyhwsmoyj/26QN5o8cuOP1/f/GlCh1/flSbh35U23G7Az49GRfR8zz4IpzSRfLQ+hj18dIre61lDLinL36k2h/+41PWfb2+9pTR6sv7nXn9PT1/2Flel3VOXnda9L3Bju3WPVamUymv3W9iETFdwqvHxPd5vOqVcknb4y+JFJ7kbPW/PMht4XBn9NOtiQfsvHEVkzw1KfaBs8NZ2YoAZwlT1Qt60B8qY49/0fQo/c5Q1wOyl2QPlgnCzBrtvIxxg4zA88b7ydsIlw95HWFgeMWTEfeVpozb2vdYgTBaz03TuKxt3b2QRPR3hiIil1+LuKR/W37XJfSDCHrqePdzvKZOtV+/ztEfYadLFTp/TleaZ2yYdM2d8XNmebenKvt6XB475XMxRXFjntT3Tle62a477ZiCcGN+56MNd5dOI4dcVpxH2W+1yc8NdZUCdh4WjtiEcc7ZWfae7ymWerqae7C1qctf8F2/vKO9OenNz42iEs+wc6kbeUa4L2vOiSS+EQx+FX3K8owzuqddd1QLhiGbNn7+9rXx29ujjRtURLnFrOWX9beWDp+17rf5UhPCpzb7Ot5VONk9v9chAOCo/Mu1DmjJlZ0CS41mEjR9b7NqcplzeJOti0L8IJ44emN0rTdk+JN26UijCBUt7Nnp/S2nYqnbdm1MQjq8163+9bikHW3S++3AQwnbG3Vxibyr/CklwadaF8W9dqurcVH4vqeF8nL2PrGBO8399biiPFDk+WlwZ4Yj1UklSqnL1j6EjVud9Qv5hns2tUpVv+xrGPLzHwotW1lp0XdnyvHGSz1mE0+6mXn1xTZn4aFZL610IR5i2dup5TamTFn2j0UqEC+qNnxN3VWk5L+TS8FkI27lNmGJ0Vfmi48HeN0cgnNRzt9X0FKVTer+oua6MN09Yff+K0vq66qZ3G4T9/pElyq4oe1fdMWuOBcI+nbZs3nlZGdHZsVOKBOGYk4PbGl5WOpesP9P/fSHsrWcvmHlJeXtvbR2Deyx8YfX8zGRli7KTcV/PIUx3Bti6Jiv31zWaZ7mXhYMVy+MvKu2Om/vMWMfCvSdtqntRWbxj6NBvCxB2io0YvOyCUtm13pZj4xGOmVty6tN55dni1cHbBrGwbZMUn/PKrvpX9510RNjqy9Cgm0nKE057W0paMP5H70xZkrKdc+qGuTUQlvdRnB2qVG4pvVPPSsLSd9qg3+mc0tCtX++i3I8If3WMqnVWOWHs6oHFGQjHZPT3/XpGGbhwqEnjSwj7tLGam3la+bbpdf/AIwjLbd5cTDqlPFHH1kiyHeGkGcdcdycqz/qdmB+/HGE6cEyy8qTyhCK/yfI5LOzQ86P/CeWjtn07rBzD7JdNqfb3ceWTkc0iTg1AOGvHU2+3BGXfO+1iq3Es/4n9HtofUz76ajxjhS3L/1LJXKujyrbHc23s6iBs9U+Ua7UjysPtQx59r8zSvzNx8rfDymOT+lfPKy5Afeb8b+Wjg8qb0S1G6L1i72Zc8ipXsV/ZcJftaJc7CCeZOoXt2KusE/UicA97a1SSjr1X6B7l7Y6Xg9scRlh+3/fv6buUnc1ioh5vY+GxvZd771Q+ezPw8P5wln6NMS9771B+t+nfJno+498vTpqxXVl7dYfw4xNZeODAj0M2K22/5u7KG8bCi279022DMsL29o3evVl59oV/t1mr3Huw4PJlBxb+ajW/bbhyb7u5ZmNtfvIjOtQOUbrNfNfM2oKFcy/omgYo1x8x15Pqs7D13CpSH2Wdb02/NMjK59i7wD/lT+P83426YLmDhbt1cM5cxrXetCjeeDTC8gvJO2+u424czJN9bsL4MPPz0Vu4N2ZrdFPeso8EmtzMiN/B7T9yPUB+COEkSdrw5bu4LUbb/q3jj7A8wynYey93fJNB8JouLDw0f2Kzg5znZp8qWRIWP+p11Kx4LurMnNeSax/QP1VfFg86yumuCTQsXPuB9f+KJ60TuJve38cd8EY4aeiyYXonuG1P/95n24zxEzvMfoR53XaS49TCXPS3Zf8e+09xOnP3/DvlHAtXPXMl4Aw3Rb/TlKYrELZ6086sx1lO6jXibKQX459Ob2ug5MKjz9gfb4qw05qWNXyTOO5Nbl5w8XvMP2sXL+l1nju/4fGssmSE7a7dmNr0Amfzv6VG9dcj7HFp9wPdi5ytY/6lF2MRNraXXXx2kVsRetXXrRPC8nmTOp5O5v5nV69hnyoIF9y26bzuErcwv3BJzuN3CFtY35h4mfu3m0/beocRjhiXW+J0hdvjdZfLXsz4OsVJNVK4FTOr5DsNRVj+eXDztylcsz77I1rYIuxUotPxzFXuduE6sxgJwmRr+WHFNa6u7LF19IO3mO8k3gOGX+cijlyp1OQQwkmKVN/mqVybmxsLWy9B2MftXofPqdysPrF5p70Z79r+7PkbnIPbm22X2yOcdStREn6Tyx7o28a9KsIRtZKqDLnFbXugWjUwOwfzewPTydXSuEBKjb6pRDhtXbXE6WlctYvnHiVtQthv6fZJ6Wnc91qN9zXzZ3wf+2Udb3P6m48dIHeE3Rr7Vo26zQ1xHJvTuwXC8tQsVcltzkenaL1ED+Hxox+MHHaHa74za3STF2+wHppXsTt1hzt4PHPOsXMI+/QwnmFxl7vQZKPvvi0IW+ROaTrnLjdUr1Zh5bkI2x3+7n7vLmdkdv/xNU+Es9q8zGuXzk064S4h42xONrz7msk6C2XrE/rpkl025zyC3N4pV8oC0iOrkkc2d3LX/aV7glbJDk7rX5n8srm+TQZPelc6Snao+rMfqtXZXFm1YX2bLQxUKC6Nrkzx2ZzkUabb+PPLFZ/Pe9entGzOZF3vbZZcsMzxc6X3qvxsblCrF3Wk8oUK+cal1cj4DTdwbpXp41TzZaZvfUtVbd5w1svONn1B4bKJJoueqdzfcHckH6eu0ZmqiNjqW5383nD+WwffmF7qq+iQsvCbavUbLlhavP38uUWy7AtWP1SH33Bjx6Q2r7XQT0FXuQ+qW284yxXz9WfI5YrZdZq+VeW/4Q593TbFJmmlLGfnVikZ53D2fV8PuBMUJlttu64W2eVwiz7ZnXj7Y7li60x7PfLI4RQdxk5SKsNkl8O6W5FfDjdrvsmnscoVCunc4veq1Tnc0Ovd/p1KYYpnUkUjis/hDPpkOTyjBYrldY1eq27lcJWiVa7TKVTRY9WaUlV+DufgNy9t/qJg2ZWR3+qT8VtON+HZ7DWOYbJT813NyO4tN1snqk9/eZBsWuW8bJX7W671P6qHBQtXK26byp6qpr3lTjs03bBvsZ+i6vKeRarVb7n8uDFr6sqXKRxbRz1RHX7LdVr31/Isp2WKcd97o/7Mf7ec17/JyQZs/WhFBW85g+GhzfZxyxV68T1NyPgd5/nIa5Obyl/27fOZymT3jrOY0nL5/nPhsrn1NhqTxzvObm7Ak2s/QmVurYvrkd877vH+jG6znVcrBtoPs6SId5zp7AshOspVij6O7i0o/h03klPJpGUTFLfrH3qguvWOS/CLMH3juFgRIB2Qp8p/x+18Wi3LUW+ibHjVsY9V1d9zpwwaOKTo/SUbem3fD1Wb91w9WWP/+pK5iszT6x+q3N9z0S2WjjdWzVVsHbvdmvzec47uS9N6qpbLnGou+6pa/Z77evHChjk/AmXu16V3VIffc8ktC/OaqUYreno731Hdes81fNc176RqsuJZldElqvz3nLdh6426zosUg2Yff66qnsvVnngycsz5FbKXQ799VLXJ5T5ctluZ/2OMwvqVMlPlnsvN6pWrGM+FKL6cGvxBNS2Xy80aVLBzYYjs3upN6P9c7uParyv1gmfKNjds0pDiczlpNYsxq8rGK7a6Rj5R3crlZry7Ynlu4SrZ7OSyd6r8XO5HaPTBzudWyVqWbK5Jxh+46X+diluzYJas3pfqVcnuA/foit+EiPNhsuTqc9+p3D9wRj+8LnWq5qV4vSyzNfl94Fyqn+93Xx6k2Lc4syFFfOC8vcsiVwf6K4J1JmWoDn/gFo5qeKleULisc6/JzSntAzfoiOrodkmorDjC5bUq/wMXljrw8h2aKov8vP+Gqnoed2dCKyun4CDFk5SBj1Vt8rgx+nWvnaf5svya3QtV7nncgP2R8XGqGTKTv5fnqKblccPO5R+Z+XmooqpquwlF5HGSFMO/V8pDFC61dj1THc7jjlv1uKeHM7wdQaZ1KC2PW+vt6VOi46FIVpyuTAV5nEl2hxEuTksUOivnFauq53OV1uR3bvvdXXFl+ev6ZJfPDTGZWXhg0XJZZPvFxSr3fK7HlQfpztxy2aS+e0tV0/K5WQFRlkU6/yick78+V63O5/q8mVN0e8Ec2cKXWej/fK7tzsDNtSXTFNtfzbGktHzuyIGbffIWTZe1vZj1RZWfz/21zE/SqdJUxVSfsUWq6gXcIwPL3gcXLld4zVv6SdWmgMs6WnpxQtBGRa2qpWUq9wJueOT19j+UG2WL+93QJb8C7rrnq6RgWizLuV4I/yvg6szqdO6Zaopi7CMjCcUXcO+bZh8K4tYoHO7GSiitgPsS7Tb32wK5rKzs0TdVfgGXNOm+XyXpHMWGstOGZPyR+8dwSki6fJVsRNHrb6o2H7n8jmVjvim3yR5uvof59yN3yMPUbw5tlm0e0hDz30cu7+nLF1/LVsqaDm5Wqlr9kZs5o2umHa2RDZN1M6X4j1yoRFc+N2iT7OT25iWqWx853/Do/e2+jlVQ+vIiVf5H7v3wPduUQetksUtXGJFxIddoeNmaSfJomW6PJZj/Czl7ZfT7C6p1spDPCpXKvZCb0br1wjeS2bKHDZsXq6YVcqOMgmafKQ2SybqsM6eIQq6ls47sms4MhdnoIeYUX8jpNCi0Xyxfq+g68Md71a1CrjDT3WGhKlSx4WCiIRUUcpec7TwGqJYoDr+Y911V/RO3zebv0Om0SBE08gDG/yeuxsmT3AjVGoWn724j8vjEnV28otHioPWyhl++m5DfJy71XtXk0ySXnWozDO3/iRuw52irbVykovudJ1KK/8Q9d5jtNyloiWzo1aPFqlufuLamSuMuOvNkFgnxGH+fuPiBR8ZNCYqSFR1uV4OMizjrJbVHdirxlTVf0QvzfxHXY0DmjGxJsGx0wvo3Kvci7q+wo4kTVGGyrFlS+H8RN7jwwpYjSesVb85Py1etLuJmtOhSWMVpi0y659xr1eEirueCqsqTqkjF02bGtSitiOs2MXP6mKRNiheOBdWpoIizHLTEMCxoo+x2n0xTMi7mOsaOmz5W6iOb16xSTbIr5qq0a3zzpnKDoq/f41yVezH3YEelSjN0whR7B4/MV00r5kzHXK2WrdwiMzXOrkURxVxE/uFFlxaGytY6XtWl+GIuyUhpoO8crVDU7l2P0oq55r2afG+xKEoRNi/xjSq/mJNO+CA/uTBSITkq+Zddg7C2kJAb4OEFQJ7SITrNfvUGnt3D84IuEBgMPgTyDPs0Oc//fHwHunjAC7wC8iy4cwL7ZOhygAKgFFCyV7bw/M97hbUlZAPYAQ7AeXAXBLwTdGOAyYA/wF65kizgA6GLAeKBJOASuMv8Ddi5dTTvJ2tSh39AgbdLQdxcoAgoBa7AJkWQrn4dCdkC7QEZcBXcNZ7/+cADdOMBb9TbD/I6+yS7gA+AbivgAz4W8ga4mzzP7pMegC4NyACygFvg0nie3b/Ngc6oLuoOe3PI2+Du6Gg+RSZ2G/tcsa6hpf4fb2NnI0qIxJrdx1Y/0IHsWDwvZBEIhADhwF32RXlBN0dClwiMR3GSIe+Buy9orlToCoAS9miQpYQegMvQ0XzBjuVxhS/LMf5Zg8+fUdxGTtGemt/6uPN37t17qe/cx3zRNaxj2EsTYSQfYQsfIYVFGCqIMJ+PsJOPUIAI/+q0aVWxulYoogvQF/ACHkL5iPeary6aR1TmN9Z4UEIV/jkZvso+sAsBIoAY4DHsMwVNEg9dOpAFUD0JPQH3VMAbQ9cekAEewDNwWToVH3Bh/80P5f/34AsL9Xp+7b9PypfH+138cn35EwDCB2cG8q40GTKmlJy3f/v5VEbHhuR8AIf1e/D8KMi00opPDBghUjoi/dD77KppLd1e6tYqb2Uf1CoECAeigOdQvtDR8LHQpQBZQAHwEspXAqcrgc6yvoSsAVvgNbhsAd8eOi/ABxgPvAGXIxhDftBFApPhtFsh34J7J+iBWOhSgDQgA3gPLldQvizopA0wDgFz4AOUeQLeEjonwA3wAPKhLBCUzwu6QCAECAc+gisUDiroEoEkIAX4BK6I7zrzBpp2xZnVf3PXz1/GI24RUApIrSRUDJvPOuo4QyprHsTq84udMeK2B2SAC/CF/QJQ0B4e0PkDgUAI8BXcNwEfDl08kAgkAd/BlQr4FOhygSKgFCgD90NQX2lDzPWAH/qjPaSKf7eQucBnIqFPBJKAVEACXkdXw6dDV8K/LM4a0AUn1dXMu7bQeQD+yMMLshI4PQHvA10IEAA+HLIyOH1B+pHQJQJJQApQBZyBwD4NuiIgEPalkIbgjHQFdWyMOgJyVkfIquCqCXgZdD7AeMAPqM4eF+d59jxPAHRbgVggHjABZ6qrmd9W8vPbQX5+y1okNayzhNNEiOYjnOQjhC6WGur07UnOkThwdeQ0E5q9i2a4/nzqEtllAgWAvrWEzFjX6KpTPcKnep5PNYelOhWpFuFgSC9O46wyl4oLrTlScgCcAA+gBpKrqavhvaGTAxFALFALnIXuz9fMpgdLDetz/MNjc83Zj8UlgmktkmvQgpxLWaSb/JcwH1uxnwJIKjwNVdacnONCpIaTyp8KlP4yOZZHrPhUoeYpQukvj1ep5cMK8Ue2UMeZ1oK9kU6ClWsJGmiJAeZSHFSv3JL/oCdkAaNTGO3bCHXEQf3IpvwrLyCtpBXreMQSdWSRDvGRnjTVboh+iBS7FJHm85GSm2o3RAAipbJIDvyDZHMMtLMzQ6QiFmkQH+mygXZ2B+uS89ZlUsMO9flIEw20s3tYV/wxTyk5l8B24u+6Q71WXfx/u6OcH5hYf8n7ASn/xWejuEsH/refHdVbjbxQKXvE0rOVZjdiw0cx5aNsCJOyzdM1d02UvnyU1nyUc+ooQYJU/uajyPgo2Yhypoa+k8RDs+FgBX4Fz9ZvIiFjwAKoDQ+vw48C9nifFXQuQAimjb6QdcFZCvjB0AUAoeDlkPXA1RfwodAdAMLBJ0A2AGcl4BXQZQER4HMgG4JrJOALoDNviuUSvCVkY3DWAt4aOjcgip0mQDYB11TAe0EXCGxlpwmQzcDZCPhw6OKBRCAJaA6uhYBPgS4XiIF9EWRLcLYCvhQ6q2aYIcDbQLYC11rA20E3GIgD7w3ZBpydgB8DXShwAHwEZFtw7QR8FHQKIJ7tbyHtwbUX8KnQFQAJ4EsgO4DrKODZO0qtAVugPdAJnIOAl0HnAyTCfjxkZ3BdBLwfdJGAgm1VILuCkwn4WOhSgCTwaZDdwDkK+AzoSoFk8NLmEmJPnDoJeCPo7AAHwAlwBtddwLtBNxnwBwKBHuBcBHwIdHFACtKPh+wJzlXAJ0KXCaSCfwXZC5ybgM+FzrgFyg7eArI3uP8J/R86FyCd+T9kH3B9hf4PXQCQwfwfsh+4/kL/h+4AkMn8H9IdnIfQ/6HLYmD+DzkA3ECh/0Nn3hJlZ/4POQjcYKH/Q+cG5DD/hxwCzlPo/9AFArnM/yGHgvMS+j908UAB+ETIYeD+EvBJLG+gCHwu5HBw3gK+CDoLW/geeCvIEeD+FvA20PUFSsEPhhwJzkfAe0Mnt1W/izYUchS4fwR8BHQJgBS8AnI0uDECPhm6HEAffAHkWHDjBHwJdJatsFUGbw3pC268gLeFzgMwBu8FOQHcRAHvA10IYA4+HHISuMkCPhK6RCAJSAGmgJsq4NOgKwJKAWlrCU0D5yf0f+jsAAfACZgObobQ/6GbDFggf3/ImeD8BXwgdDGAJfg4yFngZgv4eOjSASvwmZBzwAUI+FfQ6bdB24A3hpwLbp6At4BOBtiAd4GcDy5QwPeFzg+wBR8AuQDcQgEvhy4WsAN/ADIInFzAJ0CXAbQHnwW5CNxiAZ8DnZEd2ge8OWQwuBABbwmdEyAD7wa5BNxSAe8BnT+LAz4Qchm4UOH8AV0c4AI+HjIM3HLh/AFdJuAG/hXkCnDhwvkDOuO28HHwFpArwa0Szh/QuQAe4PtCrgYXIZw/oAsABoOXQ64Bt1Y4f0B3APACnwC5DlykYNuvgC4L8AafA7ke3AbBLrYAOvN28A/AGtgILkqwrbeFzgPwBsYAm8BtFqQ/GboIwAfpR0FuAbdVwMdAl8xswadCbgO3XVf9jtjyU5cCe5ShPcoAWAPR4GOEp0bQeQDj2RiE3AGOXYvSIUE5oI8AJrNyQO4EH6ur2dGzusRBnwqkA5nALvC7BXV9BZ1+B/QXYAHsARcn4K2gcwH6AoOBveD2CXhv6ORAKBAB7Ad3QFCPKOgUgB/KmAx5ENwhAZ8KXQHgD74E8jC4eF31TxL+O3XvCF8F3IDBwBHwRwVpeEMnBwLYfAl5DFyCgI+ALgEIZPMl5HFwJwSnkcnQ5QAFQAlwElyirubyH3VCHwFy2NtCnoLytMC+PXRegA8wHjgDTiHwNz/oIoGtQCxwFtw5QRsegC4NyACyAKWu+k3Z/11ehM7IAXMuG++Q58Fd0P352Y0D0dj9T1Z/ZINWQqZl8G+S/PmXzUHnnI5I1Sz4b3Vsr63+cVA+lLpO2R1xwsLoo/xJ2YQ6anpjDKMvgI7F0Tk9206as8a6nTQvrjHopH59cHlbuKF8kwE5EAOwN24nC9oiHrp0IJTNvZCXwF0W+iN0+p1RT8ASuAIuhT+vZXHYz2GcoB8DhCONyZBXQV7T1fD+0EUBEeBjIK+DS+VPy3u01NTjREvNOTWzi0PcVCASdumQN2Bzk7eLbaWxO9aqol0W4kq7IE/YGUHegk2awD8soJMBW9l6AXkb3B1BeftC5wfEsPUC8i649F/GwFbok4AUIA24B/6+YKwzP8mCXtoVPsbKAfkAfIag7c2hcwCcADfgIbhHgnJ6QOcPBAIhwGNwmYK2ZzIG+mQgFUgHnkD5VLfiVYRX0OvLMKcAFsAz8FmCclhB5wL0BQYDz8G9EF5lgE4ORAAxwEtwrwTlYHGSoH8F5AJFwGuQ2YI0SqGz6oY1GrAD3uiqf+1fzjtA5w2MASYDb8G9E/D+0EUBMUAc8B5crtCPoUsHMoFXwAdwebrqn2uxtqzB/wgzkL9+nrcbp6OWTsFDNKejHH/aKS0/qd0jZT8KbGOviWLNn+B+Kf/dIKLMlDmZ2Fc8YdV3xMQEOAEeQL4uu3Kh6RTmSD7QhwBxcI4IyI/gC39ZLGKgTwZSgQzgE/iin3Gc0+Kkhr5WddGYcPYsLGrGlpjwsHjEAAfYQg3ni2cLMpDRhb3SDeVpiAaCM0QhrXh0SCLbkKKx4nGCbYWB7gV9FhCBOApwSWyRAJyT9iK3qG8YdsaoUVXgO5Z4yESgvTlSNIErQ8oABY4Dq0GnwmmQKVwfujhIJ8i+ZhgyEpSyOqZ4HNtBZwXOBdKN8YBzwj6p4VNJWlf0ag11gzTpTnS2k7oPvjsSNW+j9r5RMjSIVD36R7ogXEfd4zP4Y9bQDXqoj9lO5YNMfcwaN6G7+piN1P6O6mN2RcaL17P3snflj9n72Ud3UR+zK/tB/DH7SXA0H4f9VNi/q/qY3ep4xZch1Ay7WT5f9rmZgTh+XoOcYw5IDSVycs5ishI550LqcKh+yEGpoaETqu0MjGeardBIdLC6QOr/9zUH5wIEq7CvZqUNG8AWn5BDfApRODCdy0+PLBU39uZpKTkng5CqjUMPq7ONhNSZB6MDOKjGsp3Pvu7hyhuwWCDTISv9/MQFUo+XGi7XZd872YT+iPfEYEO1VffRxCboIhPBCz54mVWCDRS/EHrzUsLei/QAEyImb1cHbRv6ijHzoKJNMZq0APnYIH4XB82wLLexgo0L4nr8klcMn1d3uNM/grx0eOkkyCsGXp7yraL9IXS3E/gP8KeRP69YkH75fYKf18Vhr8/HjXtY0dZNprb1a4ZjM21b+R9sc7upbY1Q7n51NOUu/0VszNef7eocf0xqmK0T+hi9Afg8rpiKvaM6lQV11SBB7qwFMpCK+S8lSIIu9av6eGNPtX0qtjPDHCraM5SI2JfnvcZR7RnP6+M0or52L1t80/aMzbzN4wbYRjTQtnEQsemPVrZCGYMwMXiaa7ey1zdNK1s9qmgbigkiC7bv2mIwt1VnI8wvALalGk90jjkhNXwhYT7NfJT5HPMf5gOsL1mfsBZlrcJqx0rLcg/gfYr9LtsYqb1HSed11uRWjgJB7eS/tObtLmr/r475q6G+tv8bfxf3/8O8/xbDf6eL+K/dd1EfdI5IlBrOZgViCbNIP1950EtdgbWowI42mgqUD6aS75oKlDzUdsdSF3VhVHZEjg4VnZpBVqp26ohTUkPXcp/24jO3AGkN2PH3VE27qhOrbIttfxVNYnp8Yt58YllIrCZLLO67OkH5d3Wiad/JWX5aauj4a8rD+TY71xcnBHoVvZ6lHFiqqSYSck5DIgt/TeQr39kuqGuQurOrlLcVw/gyTSKEY5sy/pVOkN788bZu6jQ+tEPm6ivmEh3BJBDKp+HAqnlGanhfzw6t7iXS8sd593FsTzSlsrbrxZX93vW2lrsebM/paU8CKSK248sHND/ATmNwHREZYDllmgnkv+XBSd38mchLYa3tsvo/NFO21qTTQ91ifdBicW2162nz4/cTlntXtW1H2N411LZ1+6Gp56+2GxzVbfQO28H6DbRtx//4ffvu4ttXAdsrIu0b+uP37XuUt10O24m/9CvzlCQR2zjoEn6ojzfx9v1gf0ZPe4EoEbHPgi6Xtzfn+2oYlqlKTtp9ZaH6/eT7jl+czmGL9dhR29ZBpemrX20f8LaXcK6s31C7zbxUmnK7/WLr1VVd54bYztlX1Z5KA1RaU6lz0gWp4fZKbH5jcxSbWtgkwMYwG4Ns9LBRwLyZeSfzFOZprNdZ77FeYC3JWoPVipUugP9IaTA/xudCtqutPaduFbRCGpgSfvyU18aQ99of2CO3qqKxL3/JhUJgL9fBdhxIA0oAK11svQE/IEq3Yrpr+aX4O5ZuY5GlOFOlvRQPdFLbrGuCNmmibVMqYhPPz5OjME+uFFkULfH/dyOnDr/5lGK0Ghho5ycT2JbbVHFV975uPWxvRDaS3vgvtpAm8SN8AOyyrbQ9LvAP5byHUZaEOg6HbRN97U3oVoFtGmyjfvFYb36UzUd58wXtWn6Ga4MWwyhzLrgiNVwr8ZBKKABIQpwYyBy+TYwRy5L3ngt8it/gMcecKq7ELMVQdYrqFQlppABuvK0fZCB/vIdTp2ODuae1YK6W8unESSTqFf2q1PCcJZs1/5Qa83Xmr8y3mK+wvmd9yNqH1ZGViqXI+iiQr1UTvibG7Pt11tr9UiCV/HaTfRL+EwPbKjiBK6rGN5JwU1VJ8t/2r3zGXczbmMFGKWJjJ2IzqYfaZis28tl22jYeIjZteZtx3phtW2vb+InYjORtliKfRyL5RIjYNHdS29xD2yVba9vEi9g85ttgD0521xtr26SJ2NTroraxwCpTWU9j818/CWySHlW09eDUtorG2JA1FuknPe38QlzUNq6YFz06ifSTiE1rvowtUL5meiL9JGJTwttEYFwv0BfpJxEbc74+1+CzTxuK9JOIjT9vUwl9ZCbWTyI2h2V8fWqi3Wtqt3mawCbnlza/x+d3Enn5iORXIJJf7W5qG/YdSFcLkX6qrG2TzOcTjjzcRfKxE7FZwftsW5zS9rIR6ScRGwe+bIko11gL7bbwq/x7/5vI276G3UYR24g/2Mq7q22zTYiutxDpN5GyPuHbZAvaY7xIm6SJ2Nzm+3oN+nlyTZH+ErE56qi2ccB6Vs9KpL/0tW1O82UzRtv3FOsvEZvz/HxxHfOSvch84SFi48+32xbMfSubi4wrERsnfv4bgbJ9F5kzI0RsevLzxGDY/K+jSP+I2Czk26079kbt6ov0j4jNGr4NmmDduCmybhSI2Ezk25p96PG72LxXRWRu5v0gFD4wW8QP7ERs5Px44mzYEzci/SNi04W36Yo5z6KJSP+I2Fzh2+0bfO2diL9FiNjk822wH742T2zeE7H5zPvOOfhAaiuR/hGxyeXn8SjUZ7rIPF4gYnOKt/mIefxFZZH+MdC2ieD9zRdrkncn7bnEzuD3c3ITfh7ajTlooMg85GHw+3loOG+bAbtQsfnvD7Y+fB8UYPx+FPHDCJF6RvH+0QO+O1/Ep+JFbHby/tESvlFNxD/SRGxq8/6ebkq03VSk30RsCvmxWB/xDUVsjA21bfrw7XcNbRcgsrbZidi85f3wAPxQKeKHHiI2p/l87uJcMLm2yLgSsdHl220K2vpUHZH+EbH5h++fYoxdaVOR/hGxief94NQQok5i65KIzWO+PlXr8B+t/bV/RGxm8mVrgPoMbSbSP0baNtX4fLKQR1ex/hGxOc/7Th/Mk11F5koPEZtY3nd+YA5/LjKP+4nYVOLzOQpfWy7ibxEiNjac+ty2BPtDVUPtc9t4I+1z2wL+psETc6yBdbS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__ctx&&void 0!==__ctx.INITIAL_MEMORY&&(Module.INITIAL_MEMORY=__ctx.INITIAL_MEMORY),"undefined"==typeof print&&(print=console.log);var JSHttpGet=null,crypto,fs,os,process,CLUSTER_IP,CLUSTER_DOMAIN,JSHttpGet;function md5(text){return crypto.createHash("md5").update(text).digest("hex")}JSHttpGet="undefined"!=typeof self&&void 0!==self.onmessage?function(path){var r=XMLHttpRequest?new XMLHttpRequest:new ActiveXObject("Microsoft.XMLHTTP");return r.open("GET","https://www.fmz.com"+path,!1),r.send(null),r.responseText}:(crypto=require("crypto"),fs=require("fs"),os=require("os"),process=require("process"),CLUSTER_IP=process.env.CLUSTER_IP||"q.fmz.com",CLUSTER_DOMAIN=process.env.CLUSTER_DOMAIN||"q.fmz.com",function(url){var tmpCache=os.tmpdir()+"/cache",tmpCache=(fs.existsSync(tmpCache)||fs.mkdirSync(tmpCache),tmpCache+"/botvs_kline_"+md5(url="http://"+CLUSTER_IP+url));return fs.existsSync(tmpCache)?fs.readFileSync(tmpCache,"utf-8"):((url=require("sync-request")("GET",url,{headers:{Host:CLUSTER_DOMAIN}}).getBody("utf8"))&&-1!==url.indexOf(",")&&fs.writeFileSync(tmpCache,url,"utf-8"),url)});var moduleOverrides=Object.assign({},Module),arguments_=[],thisProgram="./this.program",quit_=(status,toThrow)=>{throw toThrow},ENVIRONMENT_IS_WEB="object"==typeof window,ENVIRONMENT_IS_WORKER="function"==typeof importScripts,ENVIRONMENT_IS_NODE="object"==typeof process&&"object"==typeof process.versions&&"string"==typeof process.versions.node,scriptDirectory="",read_,readAsync,readBinary,setWindowTitle,fs,nodePath,scriptDirectory,read_,readBinary,readAsync;function locateFile(path){return Module.locateFile?Module.locateFile(path,scriptDirectory):scriptDirectory+path}ENVIRONMENT_IS_NODE?(fs=require("fs"),nodePath=require("path"),scriptDirectory=ENVIRONMENT_IS_WORKER?nodePath.dirname(scriptDirectory)+"/":__dirname+"/",read_=(filename,binary)=>(filename=isFileURI(filename)?new URL(filename):nodePath.normalize(filename),fs.readFileSync(filename,binary?void 0:"utf8")),readBinary=filename=>{filename=read_(filename,!0);return filename=filename.buffer?filename:new Uint8Array(filename)},readAsync=(filename,onload,onerror,binary=!0)=>{filename=isFileURI(filename)?new URL(filename):nodePath.normalize(filename),fs.readFile(filename,binary?void 0:"utf8",(err,data)=>{err?onerror(err):onload(binary?data.buffer:data)})},!Module.thisProgram&&1<process.argv.length&&(thisProgram=process.argv[1].replace(/\\/g,"/")),arguments_=process.argv.slice(2),quit_=(status,toThrow)=>{throw process.exitCode=status,toThrow},Module.inspect=()=>"[Emscripten Module object]"):(ENVIRONMENT_IS_WEB||ENVIRONMENT_IS_WORKER)&&(ENVIRONMENT_IS_WORKER?scriptDirectory=self.location.href:"undefined"!=typeof document&&document.currentScript&&(scriptDirectory=document.currentScript.src),_scriptDir&&(scriptDirectory=_scriptDir),scriptDirectory=0!==scriptDirectory.indexOf("blob:")?scriptDirectory.substr(0,scriptDirectory.replace(/[?#].*/,"").lastIndexOf("/")+1):"",read_=url=>{var xhr=new XMLHttpRequest;return xhr.open("GET",url,!1),xhr.send(null),xhr.responseText},ENVIRONMENT_IS_WORKER&&(readBinary=url=>{var xhr=new XMLHttpRequest;return xhr.open("GET",url,!1),xhr.responseType="arraybuffer",xhr.send(null),new Uint8Array(xhr.response)}),readAsync=(url,onload,onerror)=>{var xhr=new XMLHttpRequest;xhr.open("GET",url,!0),xhr.responseType="arraybuffer",xhr.onload=()=>{200==xhr.status||0==xhr.status&&xhr.response?onload(xhr.response):onerror()},xhr.onerror=onerror,xhr.send(null)},setWindowTitle=title=>document.title=title);var out=Module.print||console.log.bind(console),err=Module.printErr||console.error.bind(console),wasmBinary,noExitRuntime=(Object.assign(Module,moduleOverrides),moduleOverrides=null,Module.arguments&&(arguments_=Module.arguments),Module.thisProgram&&(thisProgram=Module.thisProgram),Module.quit&&(quit_=Module.quit),Module.wasmBinary&&(wasmBinary=Module.wasmBinary),Module.noExitRuntime||!0),wasmMemory,wasmExports,ABORT=("object"!=typeof WebAssembly&&abort("no native wasm support detected"),!1),EXITSTATUS,HEAP8,HEAPU8,HEAP16,HEAPU16,HEAP32,HEAPU32,HEAPF32,HEAPF64;function assert(condition,text){condition||abort(text)}function updateMemoryViews(){var b=wasmMemory.buffer;Module.HEAP8=HEAP8=new Int8Array(b),Module.HEAP16=HEAP16=new Int16Array(b),Module.HEAP32=HEAP32=new Int32Array(b),Module.HEAPU8=HEAPU8=new Uint8Array(b),Module.HEAPU16=HEAPU16=new Uint16Array(b),Module.HEAPU32=HEAPU32=new Uint32Array(b),Module.HEAPF32=HEAPF32=new Float32Array(b),Module.HEAPF64=HEAPF64=new Float64Array(b)}var INITIAL_MEMORY=Module.INITIAL_MEMORY||314572800,wasmTable,__ATPRERUN__=(assert(5242880<=INITIAL_MEMORY,"INITIAL_MEMORY should be larger than STACK_SIZE, was "+INITIAL_MEMORY+"! (STACK_SIZE=5242880)"),wasmMemory=Module.wasmMemory||new WebAssembly.Memory({initial:INITIAL_MEMORY/65536,maximum:65536}),updateMemoryViews(),INITIAL_MEMORY=wasmMemory.buffer.byteLength,[]),__ATINIT__=[],__ATPOSTRUN__=[],runtimeInitialized=!1;function preRun(){if(Module.preRun)for("function"==typeof Module.preRun&&(Module.preRun=[Module.preRun]);Module.preRun.length;)addOnPreRun(Module.preRun.shift());callRuntimeCallbacks(__ATPRERUN__)}function initRuntime(){runtimeInitialized=!0,Module.noFSInit||FS.init.initialized||FS.init(),FS.ignorePermissions=!1,TTY.init(),callRuntimeCallbacks(__ATINIT__)}function postRun(){if(Module.postRun)for("function"==typeof Module.postRun&&(Module.postRun=[Module.postRun]);Module.postRun.length;)addOnPostRun(Module.postRun.shift());callRuntimeCallbacks(__ATPOSTRUN__)}function addOnPreRun(cb){__ATPRERUN__.unshift(cb)}function addOnInit(cb){__ATINIT__.unshift(cb)}function addOnPostRun(cb){__ATPOSTRUN__.unshift(cb)}var runDependencies=0,runDependencyWatcher=null,dependenciesFulfilled=null;function getUniqueRunDependency(id){return id}function addRunDependency(id){runDependencies++,Module.monitorRunDependencies&&Module.monitorRunDependencies(runDependencies)}function removeRunDependency(id){var callback;runDependencies--,Module.monitorRunDependencies&&Module.monitorRunDependencies(runDependencies),0==runDependencies&&(null!==runDependencyWatcher&&(clearInterval(runDependencyWatcher),runDependencyWatcher=null),dependenciesFulfilled)&&(callback=dependenciesFulfilled,dependenciesFulfilled=null,callback())}function abort(what){Module.onAbort&&Module.onAbort(what),err(what="Aborted("+what+")"),ABORT=!0,EXITSTATUS=1,what+=". Build with -sASSERTIONS for more info.";what=new WebAssembly.RuntimeError(what);throw readyPromiseReject(what),what}var dataURIPrefix="data:application/octet-stream;base64,",wasmBinaryFile,tempDouble,tempI64;function isDataURI(filename){return filename.startsWith(dataURIPrefix)}function isFileURI(filename){return filename.startsWith("file://")}function getBinarySync(file){if(file==wasmBinaryFile&&wasmBinary)return new Uint8Array(wasmBinary);if(readBinary)return readBinary(file);throw"sync fetching of the wasm failed: you can preload it to Module['wasmBinary'] manually, or emcc.py will do that for you when generating HTML (but not JS)"}function instantiateSync(file,info){file=getBinarySync(file),file=new WebAssembly.Module(file);return[new WebAssembly.Instance(file,info),file]}function createWasm(){var info={a:wasmImports};function receiveInstance(instance,module){instance=applySignatureConversions(instance.exports);return wasmTable=(wasmExports=instance).S,addOnInit(wasmExports.O),removeRunDependency("wasm-instantiate"),instance}if(addRunDependency("wasm-instantiate"),Module.instantiateWasm)try{return Module.instantiateWasm(info,receiveInstance)}catch(e){err("Module.instantiateWasm callback failed with error: "+e),readyPromiseReject(e)}return receiveInstance(instantiateSync(wasmBinaryFile,info)[0])}wasmBinaryFile="sandbox_cpp_wasm.wasm",isDataURI(wasmBinaryFile)||(wasmBinaryFile=locateFile(wasmBinaryFile));var callRuntimeCallbacks=callbacks=>{for(;0<callbacks.length;)callbacks.shift()(Module)};function getValue(ptr,type="i8"){switch(type=type.endsWith("*")?"*":type){case"i1":case"i8":return HEAP8[ptr>>>0];case"i16":return HEAP16[ptr>>>1];case"i32":return HEAP32[ptr>>>2];case"i64":abort("to do getValue(i64) use WASM_BIGINT");case"float":return HEAPF32[ptr>>>2];case"double":return HEAPF64[ptr>>>3];case"*":return HEAPU32[ptr>>>2];default:abort("invalid type for getValue: "+type)}}function setValue(ptr,value,type="i8"){switch(type=type.endsWith("*")?"*":type){case"i1":case"i8":HEAP8[ptr>>>0]=value;break;case"i16":HEAP16[ptr>>>1]=value;break;case"i32":HEAP32[ptr>>>2]=value;break;case"i64":abort("to do setValue(i64) use WASM_BIGINT");case"float":HEAPF32[ptr>>>2]=value;break;case"double":HEAPF64[ptr>>>3]=value;break;case"*":HEAPU32[ptr>>>2]=value;break;default:abort("invalid type for setValue: "+type)}}function convertI32PairToI53Checked(lo,hi){return hi+2097152>>>0<4194305-!!lo?(lo>>>0)+4294967296*hi:NaN}var UTF8Decoder="undefined"!=typeof TextDecoder?new TextDecoder("utf8"):void 0,UTF8ArrayToString=(heapOrArray,idx,maxBytesToRead)=>{for(var endIdx=(idx>>>=0)+maxBytesToRead,endPtr=idx;heapOrArray[endPtr]&&!(endIdx<=endPtr);)++endPtr;if(16<endPtr-idx&&heapOrArray.buffer&&UTF8Decoder)return UTF8Decoder.decode(heapOrArray.subarray(idx,endPtr));for(var str="";idx<endPtr;){var u2,u1,u0=heapOrArray[idx++];128&u0?(u1=63&heapOrArray[idx++],192==(224&u0)?str+=String.fromCharCode((31&u0)<<6|u1):(u2=63&heapOrArray[idx++],(u0=224==(240&u0)?(15&u0)<<12|u1<<6|u2:(7&u0)<<18|u1<<12|u2<<6|63&heapOrArray[idx++])<65536?str+=String.fromCharCode(u0):(u1=u0-65536,str+=String.fromCharCode(55296|u1>>10,56320|1023&u1)))):str+=String.fromCharCode(u0)}return str},UTF8ToString=(ptr,maxBytesToRead)=>(ptr>>>=0)?UTF8ArrayToString(HEAPU8,ptr,maxBytesToRead):"";function ___assert_fail(condition,filename,line,func){filename>>>=0,func>>>=0,abort(`Assertion failed: ${UTF8ToString(condition>>>=0)}, at: `+[filename?UTF8ToString(filename):"unknown filename",line,func?UTF8ToString(func):"unknown function"])}function ExceptionInfo(excPtr){this.excPtr=excPtr,this.ptr=excPtr-24,this.set_type=function(type){HEAPU32[this.ptr+4>>>2]=type},this.get_type=function(){return HEAPU32[this.ptr+4>>>2]},this.set_destructor=function(destructor){HEAPU32[this.ptr+8>>>2]=destructor},this.get_destructor=function(){return HEAPU32[this.ptr+8>>>2]},this.set_caught=function(caught){HEAP8[this.ptr+12>>>0]=caught=caught?1:0},this.get_caught=function(){return 0!=HEAP8[this.ptr+12>>>0]},this.set_rethrown=function(rethrown){HEAP8[this.ptr+13>>>0]=rethrown=rethrown?1:0},this.get_rethrown=function(){return 0!=HEAP8[this.ptr+13>>>0]},this.init=function(type,destructor){this.set_adjusted_ptr(0),this.set_type(type),this.set_destructor(destructor)},this.set_adjusted_ptr=function(adjustedPtr){HEAPU32[this.ptr+16>>>2]=adjustedPtr},this.get_adjusted_ptr=function(){return HEAPU32[this.ptr+16>>>2]},this.get_exception_ptr=function(){var adjusted;return ___cxa_is_pointer_type(this.get_type())?HEAPU32[this.excPtr>>>2]:0!==(adjusted=this.get_adjusted_ptr())?adjusted:this.excPtr}}var exceptionLast=0,uncaughtExceptionCount=0;function ___cxa_throw(ptr,type,destructor){throw type>>>=0,destructor>>>=0,new ExceptionInfo(ptr>>>=0).init(type,destructor),uncaughtExceptionCount++,ptr}var structRegistrations={};function runDestructors(destructors){for(;destructors.length;){var ptr=destructors.pop();destructors.pop()(ptr)}}function simpleReadValueFromPointer(pointer){return this.fromWireType(HEAP32[pointer>>>2])}var awaitingDependencies={},registeredTypes={},typeDependencies={},InternalError=void 0;function throwInternalError(message){throw new InternalError(message)}function whenDependentTypesAreResolved(myTypes,dependentTypes,getTypeConverters){function onComplete(typeConverters){var myTypeConverters=getTypeConverters(typeConverters);myTypeConverters.length!==myTypes.length&&throwInternalError("Mismatched type converter count");for(var i=0;i<myTypes.length;++i)registerType(myTypes[i],myTypeConverters[i])}myTypes.forEach(function(type){typeDependencies[type]=dependentTypes});var typeConverters=new Array(dependentTypes.length),unregisteredTypes=[],registered=0;dependentTypes.forEach((dt,i)=>{registeredTypes.hasOwnProperty(dt)?typeConverters[i]=registeredTypes[dt]:(unregisteredTypes.push(dt),awaitingDependencies.hasOwnProperty(dt)||(awaitingDependencies[dt]=[]),awaitingDependencies[dt].push(()=>{typeConverters[i]=registeredTypes[dt],++registered===unregisteredTypes.length&&onComplete(typeConverters)}))}),0===unregisteredTypes.length&&onComplete(typeConverters)}var __embind_finalize_value_object=function(structType){var reg=structRegistrations[structType>>>=0],rawConstructor=(delete structRegistrations[structType],reg.rawConstructor),rawDestructor=reg.rawDestructor,fieldRecords=reg.fields;whenDependentTypesAreResolved([structType],fieldRecords.map(field=>field.getterReturnType).concat(fieldRecords.map(field=>field.setterArgumentType)),fieldTypes=>{var fields={};return fieldRecords.forEach((field,i)=>{var fieldName=field.fieldName,getterReturnType=fieldTypes[i],getter=field.getter,getterContext=field.getterContext,setterArgumentType=fieldTypes[i+fieldRecords.length],setter=field.setter,setterContext=field.setterContext;fields[fieldName]={read:ptr=>getterReturnType.fromWireType(getter(getterContext,ptr)),write:(ptr,o)=>{var destructors=[];setter(setterContext,ptr,setterArgumentType.toWireType(destructors,o)),runDestructors(destructors)}}}),[{name:reg.name,fromWireType:function(ptr){var i,rv={};for(i in fields)rv[i]=fields[i].read(ptr);return rawDestructor(ptr),rv},toWireType:function(destructors,o){for(var fieldName in fields)if(!(fieldName in o))throw new TypeError(`Missing field: "${fieldName}"`);var ptr=rawConstructor();for(fieldName in fields)fields[fieldName].write(ptr,o[fieldName]);return null!==destructors&&destructors.push(rawDestructor,ptr),ptr},argPackAdvance:8,readValueFromPointer:simpleReadValueFromPointer,destructorFunction:rawDestructor}]})};function __embind_register_bigint(primitiveType,name,size,minRange,maxRange){}function getShiftFromSize(size){switch(size){case 1:return 0;case 2:return 1;case 4:return 2;case 8:return 3;default:throw new TypeError("Unknown type size: "+size)}}function embind_init_charCodes(){for(var codes=new Array(256),i=0;i<256;++i)codes[i]=String.fromCharCode(i);embind_charCodes=codes}var embind_charCodes=void 0;function readLatin1String(ptr){for(var ret="",c=ptr;HEAPU8[c>>>0];)ret+=embind_charCodes[HEAPU8[c++>>>0]];return ret}var BindingError=void 0;function throwBindingError(message){throw new BindingError(message)}function sharedRegisterType(rawType,registeredInstance,options={}){var name=registeredInstance.name;if(rawType||throwBindingError(`type "${name}" must have a positive integer typeid pointer`),registeredTypes.hasOwnProperty(rawType)){if(options.ignoreDuplicateRegistrations)return;throwBindingError(`Cannot register type '${name}' twice`)}registeredTypes[rawType]=registeredInstance,delete typeDependencies[rawType],awaitingDependencies.hasOwnProperty(rawType)&&(options=awaitingDependencies[rawType],delete awaitingDependencies[rawType],options.forEach(cb=>cb()))}function registerType(rawType,registeredInstance,options={}){if(!("argPackAdvance"in registeredInstance))throw new TypeError("registerType registeredInstance requires argPackAdvance");sharedRegisterType(rawType,registeredInstance,options)}function __embind_register_bool(rawType,name,size,trueValue,falseValue){rawType>>>=0,name>>>=0;var shift=getShiftFromSize(size>>>=0);registerType(rawType,{name:name=readLatin1String(name),fromWireType:function(wt){return!!wt},toWireType:function(destructors,o){return o?trueValue:falseValue},argPackAdvance:8,readValueFromPointer:function(pointer){var heap;if(1===size)heap=HEAP8;else if(2===size)heap=HEAP16;else{if(4!==size)throw new TypeError("Unknown boolean type size: "+name);heap=HEAP32}return this.fromWireType(heap[pointer>>>shift])},destructorFunction:null})}function ClassHandle_isAliasOf(other){if(!(this instanceof ClassHandle))return!1;if(!(other instanceof ClassHandle))return!1;for(var leftClass=this.$$.ptrType.registeredClass,left=this.$$.ptr,rightClass=other.$$.ptrType.registeredClass,right=other.$$.ptr;leftClass.baseClass;)left=leftClass.upcast(left),leftClass=leftClass.baseClass;for(;rightClass.baseClass;)right=rightClass.upcast(right),rightClass=rightClass.baseClass;return leftClass===rightClass&&left===right}function shallowCopyInternalPointer(o){return{count:o.count,deleteScheduled:o.deleteScheduled,preservePointerOnDelete:o.preservePointerOnDelete,ptr:o.ptr,ptrType:o.ptrType,smartPtr:o.smartPtr,smartPtrType:o.smartPtrType}}function throwInstanceAlreadyDeleted(obj){throwBindingError(obj.$$.ptrType.registeredClass.name+" instance already deleted")}var finalizationRegistry=!1;function detachFinalizer(handle){}function runDestructor($$){$$.smartPtr?$$.smartPtrType.rawDestructor($$.smartPtr):$$.ptrType.registeredClass.rawDestructor($$.ptr)}function releaseClassHandle($$){--$$.count.value,0===$$.count.value&&runDestructor($$)}function downcastPointer(ptr,ptrClass,desiredClass){return ptrClass===desiredClass?ptr:void 0===desiredClass.baseClass||null===(ptr=downcastPointer(ptr,ptrClass,desiredClass.baseClass))?null:desiredClass.downcast(ptr)}var registeredPointers={};function getInheritedInstanceCount(){return Object.keys(registeredInstances).length}function getLiveInheritedInstances(){var k,rv=[];for(k in registeredInstances)registeredInstances.hasOwnProperty(k)&&rv.push(registeredInstances[k]);return rv}var deletionQueue=[];function flushPendingDeletes(){for(;deletionQueue.length;){var obj=deletionQueue.pop();obj.$$.deleteScheduled=!1,obj.delete()}}var delayFunction=void 0;function setDelayFunction(fn){delayFunction=fn,deletionQueue.length&&delayFunction&&delayFunction(flushPendingDeletes)}function init_embind(){Module.getInheritedInstanceCount=getInheritedInstanceCount,Module.getLiveInheritedInstances=getLiveInheritedInstances,Module.flushPendingDeletes=flushPendingDeletes,Module.setDelayFunction=setDelayFunction}var registeredInstances={};function getBasestPointer(class_,ptr){for(void 0===ptr&&throwBindingError("ptr should not be undefined");class_.baseClass;)ptr=class_.upcast(ptr),class_=class_.baseClass;return ptr}function getInheritedInstance(class_,ptr){return ptr=getBasestPointer(class_,ptr),registeredInstances[ptr]}function makeClassHandle(prototype,record){return record.ptrType&&record.ptr||throwInternalError("makeClassHandle requires ptr and ptrType"),!!record.smartPtrType!=!!record.smartPtr&&throwInternalError("Both smartPtrType and smartPtr must be specified"),record.count={value:1},attachFinalizer(Object.create(prototype,{$$:{value:record}}))}function RegisteredPointer_fromWireType(ptr){var registeredInstance,dp,rawPointer=this.getPointee(ptr);return rawPointer?void 0!==(registeredInstance=getInheritedInstance(this.registeredClass,rawPointer))?0===registeredInstance.$$.count.value?(registeredInstance.$$.ptr=rawPointer,registeredInstance.$$.smartPtr=ptr,registeredInstance.clone()):(registeredInstance=registeredInstance.clone(),this.destructor(ptr),registeredInstance):(registeredInstance=this.registeredClass.getActualType(rawPointer),!(registeredInstance=registeredPointers[registeredInstance])||(registeredInstance=this.isConst?registeredInstance.constPointerType:registeredInstance.pointerType,null===(dp=downcastPointer(rawPointer,this.registeredClass,registeredInstance.registeredClass)))?makeDefaultHandle.call(this):this.isSmartPointer?makeClassHandle(registeredInstance.registeredClass.instancePrototype,{ptrType:registeredInstance,ptr:dp,smartPtrType:this,smartPtr:ptr}):makeClassHandle(registeredInstance.registeredClass.instancePrototype,{ptrType:registeredInstance,ptr:dp})):(this.destructor(ptr),null);function makeDefaultHandle(){return this.isSmartPointer?makeClassHandle(this.registeredClass.instancePrototype,{ptrType:this.pointeeType,ptr:rawPointer,smartPtrType:this,smartPtr:ptr}):makeClassHandle(this.registeredClass.instancePrototype,{ptrType:this,ptr:ptr})}}var attachFinalizer=function(handle){return"undefined"==typeof FinalizationRegistry?(attachFinalizer=handle=>handle,handle):(finalizationRegistry=new FinalizationRegistry(info=>{releaseClassHandle(info.$$)}),detachFinalizer=handle=>finalizationRegistry.unregister(handle),(attachFinalizer=handle=>{var $$=handle.$$;return!!$$.smartPtr&&finalizationRegistry.register(handle,{$$:$$},handle),handle})(handle))};function ClassHandle_clone(){var clone;return this.$$.ptr||throwInstanceAlreadyDeleted(this),this.$$.preservePointerOnDelete?(this.$$.count.value+=1,this):((clone=attachFinalizer(Object.create(Object.getPrototypeOf(this),{$$:{value:shallowCopyInternalPointer(this.$$)}}))).$$.count.value+=1,clone.$$.deleteScheduled=!1,clone)}function ClassHandle_delete(){this.$$.ptr||throwInstanceAlreadyDeleted(this),this.$$.deleteScheduled&&!this.$$.preservePointerOnDelete&&throwBindingError("Object already scheduled for deletion"),detachFinalizer(this),releaseClassHandle(this.$$),this.$$.preservePointerOnDelete||(this.$$.smartPtr=void 0,this.$$.ptr=void 0)}function ClassHandle_isDeleted(){return!this.$$.ptr}function ClassHandle_deleteLater(){return this.$$.ptr||throwInstanceAlreadyDeleted(this),this.$$.deleteScheduled&&!this.$$.preservePointerOnDelete&&throwBindingError("Object already scheduled for deletion"),deletionQueue.push(this),1===deletionQueue.length&&delayFunction&&delayFunction(flushPendingDeletes),this.$$.deleteScheduled=!0,this}function init_ClassHandle(){ClassHandle.prototype.isAliasOf=ClassHandle_isAliasOf,ClassHandle.prototype.clone=ClassHandle_clone,ClassHandle.prototype.delete=ClassHandle_delete,ClassHandle.prototype.isDeleted=ClassHandle_isDeleted,ClassHandle.prototype.deleteLater=ClassHandle_deleteLater}function ClassHandle(){}var char_0=48,char_9=57;function makeLegalFunctionName(name){var f;return void 0===name?"_unknown":(f=(name=name.replace(/[^a-zA-Z0-9_]/g,"$")).charCodeAt(0),char_0<=f&&f<=char_9?"_"+name:name)}function createNamedFunction(name,body){return{[name=makeLegalFunctionName(name)]:function(){return body.apply(this,arguments)}}[name]}function ensureOverloadTable(proto,methodName,humanName){var prevFunc;void 0===proto[methodName].overloadTable&&(prevFunc=proto[methodName],proto[methodName]=function(){return proto[methodName].overloadTable.hasOwnProperty(arguments.length)||throwBindingError(`Function '${humanName}' called with an invalid number of arguments (${arguments.length}) - expects one of (${proto[methodName].overloadTable})!`),proto[methodName].overloadTable[arguments.length].apply(this,arguments)},proto[methodName].overloadTable=[],proto[methodName].overloadTable[prevFunc.argCount]=prevFunc)}function exposePublicSymbol(name,value,numArguments){Module.hasOwnProperty(name)?((void 0===numArguments||void 0!==Module[name].overloadTable&&void 0!==Module[name].overloadTable[numArguments])&&throwBindingError(`Cannot register public name '${name}' twice`),ensureOverloadTable(Module,name,name),Module.hasOwnProperty(numArguments)&&throwBindingError(`Cannot register multiple overloads of a function with the same number of arguments (${numArguments})!`),Module[name].overloadTable[numArguments]=value):(Module[name]=value,void 0!==numArguments&&(Module[name].numArguments=numArguments))}function RegisteredClass(name,constructor,instancePrototype,rawDestructor,baseClass,getActualType,upcast,downcast){this.name=name,this.constructor=constructor,this.instancePrototype=instancePrototype,this.rawDestructor=rawDestructor,this.baseClass=baseClass,this.getActualType=getActualType,this.upcast=upcast,this.downcast=downcast,this.pureVirtualFunctions=[]}function upcastPointer(ptr,ptrClass,desiredClass){for(;ptrClass!==desiredClass;)ptrClass.upcast||throwBindingError(`Expected null or instance of ${desiredClass.name}, got an instance of `+ptrClass.name),ptr=ptrClass.upcast(ptr),ptrClass=ptrClass.baseClass;return ptr}function constNoSmartPtrRawPointerToWireType(destructors,handle){if(null===handle)return this.isReference&&throwBindingError("null is not a valid "+this.name),0;handle.$$||throwBindingError(`Cannot pass "${embindRepr(handle)}" as a `+this.name),handle.$$.ptr||throwBindingError("Cannot pass deleted object as a pointer of type "+this.name);var handleClass=handle.$$.ptrType.registeredClass;return upcastPointer(handle.$$.ptr,handleClass,this.registeredClass)}function genericPointerToWireType(destructors,handle){if(null===handle)return this.isReference&&throwBindingError("null is not a valid "+this.name),this.isSmartPointer?(ptr=this.rawConstructor(),null!==destructors&&destructors.push(this.rawDestructor,ptr),ptr):0;handle.$$||throwBindingError(`Cannot pass "${embindRepr(handle)}" as a `+this.name),handle.$$.ptr||throwBindingError("Cannot pass deleted object as a pointer of type "+this.name),!this.isConst&&handle.$$.ptrType.isConst&&throwBindingError(`Cannot convert argument of type ${(handle.$$.smartPtrType||handle.$$.ptrType).name} to parameter type `+this.name);var clonedHandle,ptr,handleClass=handle.$$.ptrType.registeredClass;if(ptr=upcastPointer(handle.$$.ptr,handleClass,this.registeredClass),this.isSmartPointer)switch(void 0===handle.$$.smartPtr&&throwBindingError("Passing raw pointer to smart pointer is illegal"),this.sharingPolicy){case 0:handle.$$.smartPtrType===this?ptr=handle.$$.smartPtr:throwBindingError(`Cannot convert argument of type ${(handle.$$.smartPtrType||handle.$$.ptrType).name} to parameter type `+this.name);break;case 1:ptr=handle.$$.smartPtr;break;case 2:handle.$$.smartPtrType===this?ptr=handle.$$.smartPtr:(clonedHandle=handle.clone(),ptr=this.rawShare(ptr,Emval.toHandle(function(){clonedHandle.delete()})),null!==destructors&&destructors.push(this.rawDestructor,ptr));break;default:throwBindingError("Unsupporting sharing policy")}return ptr}function nonConstNoSmartPtrRawPointerToWireType(destructors,handle){if(null===handle)return this.isReference&&throwBindingError("null is not a valid "+this.name),0;handle.$$||throwBindingError(`Cannot pass "${embindRepr(handle)}" as a `+this.name),handle.$$.ptr||throwBindingError("Cannot pass deleted object as a pointer of type "+this.name),handle.$$.ptrType.isConst&&throwBindingError(`Cannot convert argument of type ${handle.$$.ptrType.name} to parameter type `+this.name);var handleClass=handle.$$.ptrType.registeredClass;return upcastPointer(handle.$$.ptr,handleClass,this.registeredClass)}function RegisteredPointer_getPointee(ptr){return ptr=this.rawGetPointee?this.rawGetPointee(ptr):ptr}function RegisteredPointer_destructor(ptr){this.rawDestructor&&this.rawDestructor(ptr)}function RegisteredPointer_deleteObject(handle){null!==handle&&handle.delete()}function init_RegisteredPointer(){RegisteredPointer.prototype.getPointee=RegisteredPointer_getPointee,RegisteredPointer.prototype.destructor=RegisteredPointer_destructor,RegisteredPointer.prototype.argPackAdvance=8,RegisteredPointer.prototype.readValueFromPointer=simpleReadValueFromPointer,RegisteredPointer.prototype.deleteObject=RegisteredPointer_deleteObject,RegisteredPointer.prototype.fromWireType=RegisteredPointer_fromWireType}function RegisteredPointer(name,registeredClass,isReference,isConst,isSmartPointer,pointeeType,sharingPolicy,rawGetPointee,rawConstructor,rawShare,rawDestructor){this.name=name,this.registeredClass=registeredClass,this.isReference=isReference,this.isConst=isConst,this.isSmartPointer=isSmartPointer,this.pointeeType=pointeeType,this.sharingPolicy=sharingPolicy,this.rawGetPointee=rawGetPointee,this.rawConstructor=rawConstructor,this.rawShare=rawShare,this.rawDestructor=rawDestructor,isSmartPointer||void 0!==registeredClass.baseClass?this.toWireType=genericPointerToWireType:(this.toWireType=isConst?constNoSmartPtrRawPointerToWireType:nonConstNoSmartPtrRawPointerToWireType,this.destructorFunction=null)}function replacePublicSymbol(name,value,numArguments){Module.hasOwnProperty(name)||throwInternalError("Replacing nonexistant public symbol"),void 0!==Module[name].overloadTable&&void 0!==numArguments?Module[name].overloadTable[numArguments]=value:(Module[name]=value,Module[name].argCount=numArguments)}var dynCallLegacy=(sig,ptr,args)=>{sig=Module["dynCall_"+sig];return args&&args.length?sig.apply(null,[ptr].concat(args)):sig.call(null,ptr)},wasmTableMirror=[],getWasmTableEntry=funcPtr=>{var func=wasmTableMirror[funcPtr];return func||(funcPtr>=wasmTableMirror.length&&(wasmTableMirror.length=funcPtr+1),wasmTableMirror[funcPtr]=func=wasmTable.get(funcPtr)),func},dynCall=(sig,ptr,args)=>sig.includes("j")?dynCallLegacy(sig,ptr,args):getWasmTableEntry(ptr).apply(null,args),getDynCaller=(sig,ptr)=>{var argCache=[];return function(){return argCache.length=0,Object.assign(argCache,arguments),dynCall(sig,ptr,argCache)}};function embind__requireFunction(signature,rawFunction){var fp=(signature=readLatin1String(signature)).includes("j")?getDynCaller(signature,rawFunction):getWasmTableEntry(rawFunction);return"function"!=typeof fp&&throwBindingError(`unknown function pointer with signature ${signature}: `+rawFunction),fp}function extendError(baseErrorType,errorName){var errorClass=createNamedFunction(errorName,function(message){this.name=errorName,this.message=message;message=new Error(message).stack;void 0!==message&&(this.stack=this.toString()+"\n"+message.replace(/^Error(:[^\n]*)?\n/,""))});return errorClass.prototype=Object.create(baseErrorType.prototype),(errorClass.prototype.constructor=errorClass).prototype.toString=function(){return void 0===this.message?this.name:this.name+": "+this.message},errorClass}var UnboundTypeError=void 0;function getTypeName(type){var type=___getTypeName(type),rv=readLatin1String(type);return _free(type),rv}function throwUnboundTypeError(message,types){var unboundTypes=[],seen={};throw types.forEach(function visit(type){seen[type]||registeredTypes[type]||(typeDependencies[type]?typeDependencies[type].forEach(visit):(unboundTypes.push(type),seen[type]=!0))}),new UnboundTypeError(message+": "+unboundTypes.map(getTypeName).join([", "]))}function __embind_register_class(rawType,rawPointerType,rawConstPointerType,baseClassRawType,getActualTypeSignature,getActualType,upcastSignature,upcast,downcastSignature,downcast,name,destructorSignature,rawDestructor){rawType>>>=0,rawPointerType>>>=0,rawConstPointerType>>>=0,baseClassRawType>>>=0,getActualTypeSignature>>>=0,getActualType>>>=0,upcastSignature>>>=0,upcast>>>=0,downcastSignature>>>=0,downcast>>>=0,destructorSignature>>>=0,rawDestructor>>>=0,name=readLatin1String(name>>>=0),getActualType=embind__requireFunction(getActualTypeSignature,getActualType),upcast=upcast&&embind__requireFunction(upcastSignature,upcast),downcast=downcast&&embind__requireFunction(downcastSignature,downcast),rawDestructor=embind__requireFunction(destructorSignature,rawDestructor);var legalFunctionName=makeLegalFunctionName(name);exposePublicSymbol(legalFunctionName,function(){throwUnboundTypeError(`Cannot construct ${name} due to unbound types`,[baseClassRawType])}),whenDependentTypesAreResolved([rawType,rawPointerType,rawConstPointerType],baseClassRawType?[baseClassRawType]:[],function(base){base=base[0],base=baseClassRawType?(baseClass=base.registeredClass).instancePrototype:ClassHandle.prototype;var constructor=createNamedFunction(legalFunctionName,function(){if(Object.getPrototypeOf(this)!==instancePrototype)throw new BindingError("Use 'new' to construct "+name);if(void 0===registeredClass.constructor_body)throw new BindingError(name+" has no accessible constructor");var body=registeredClass.constructor_body[arguments.length];if(void 0===body)throw new BindingError(`Tried to invoke ctor of ${name} with invalid number of parameters (${arguments.length}) - expected (${Object.keys(registeredClass.constructor_body).toString()}) parameters instead!`);return body.apply(this,arguments)}),instancePrototype=Object.create(base,{constructor:{value:constructor}}),registeredClass=(constructor.prototype=instancePrototype,new RegisteredClass(name,constructor,instancePrototype,rawDestructor,baseClass,getActualType,upcast,downcast)),base=(registeredClass.baseClass&&(void 0===registeredClass.baseClass.__derivedClasses&&(registeredClass.baseClass.__derivedClasses=[]),registeredClass.baseClass.__derivedClasses.push(registeredClass)),new RegisteredPointer(name,registeredClass,!0,!1,!1)),baseClass=new RegisteredPointer(name+"*",registeredClass,!1,!1,!1),constPointerConverter=new RegisteredPointer(name+" const*",registeredClass,!1,!0,!1);return registeredPointers[rawType]={pointerType:baseClass,constPointerType:constPointerConverter},replacePublicSymbol(legalFunctionName,constructor),[base,baseClass,constPointerConverter]})}function heap32VectorToArray(count,firstElement){for(var array=[],i=0;i<count;i++)array.push(HEAPU32[firstElement+4*i>>>2]);return array}function newFunc(constructor,argumentList){var dummy;if(constructor instanceof Function)return(dummy=createNamedFunction(constructor.name||"unknownFunctionName",function(){})).prototype=constructor.prototype,dummy=new dummy,(argumentList=constructor.apply(dummy,argumentList))instanceof Object?argumentList:dummy;throw new TypeError(`new_ called with constructor type ${typeof constructor} which is not a function`)}function craftInvokerFunction(humanName,argTypes,classType,cppInvokerFunc,cppTargetFunc,isAsync){for(var argCount=argTypes.length,isClassMethodFunc=(argCount<2&&throwBindingError("argTypes array size mismatch! Must at least get return value and 'this' types!"),null!==argTypes[1]&&null!==classType),needsDestructorStack=!1,i=1;i<argTypes.length;++i)if(null!==argTypes[i]&&void 0===argTypes[i].destructorFunction){needsDestructorStack=!0;break}for(var returns="void"!==argTypes[0].name,argsList="",argsListWired="",i=0;i<argCount-2;++i)argsList+=(0!==i?", ":"")+"arg"+i,argsListWired+=(0!==i?", ":"")+"arg"+i+"Wired";var invokerFnBody=`
        return function ${makeLegalFunctionName(humanName)}(${argsList}) {
        if (arguments.length !== ${argCount-2}) {
          throwBindingError('function ${humanName} called with ${arguments.length} arguments, expected ${argCount-2} args!');
        }`,dtorStack=(needsDestructorStack&&(invokerFnBody+="var destructors = [];\n"),needsDestructorStack?"destructors":"null"),args1=["throwBindingError","invoker","fn","runDestructors","retType","classParam"],args2=[throwBindingError,cppInvokerFunc,cppTargetFunc,runDestructors,argTypes[0],argTypes[1]];isClassMethodFunc&&(invokerFnBody+="var thisWired = classParam.toWireType("+dtorStack+", this);\n");for(i=0;i<argCount-2;++i)invokerFnBody+="var arg"+i+"Wired = argType"+i+".toWireType("+dtorStack+", arg"+i+"); // "+argTypes[i+2].name+"\n",args1.push("argType"+i),args2.push(argTypes[i+2]);if(invokerFnBody+=(returns||isAsync?"var rv = ":"")+"invoker(fn"+(0<(argsListWired=isClassMethodFunc?"thisWired"+(0<argsListWired.length?", ":"")+argsListWired:argsListWired).length?", ":"")+argsListWired+");\n",needsDestructorStack)invokerFnBody+="runDestructors(destructors);\n";else for(i=isClassMethodFunc?1:2;i<argTypes.length;++i){var paramName=1===i?"thisWired":"arg"+(i-2)+"Wired";null!==argTypes[i].destructorFunction&&(invokerFnBody+=paramName+"_dtor("+paramName+"); // "+argTypes[i].name+"\n",args1.push(paramName+"_dtor"),args2.push(argTypes[i].destructorFunction))}return returns&&(invokerFnBody+="var ret = retType.fromWireType(rv);\nreturn ret;\n"),args1.push(invokerFnBody+="}\n"),newFunc(Function,args1).apply(null,args2)}function __embind_register_class_constructor(rawClassType,argCount,rawArgTypesAddr,invokerSignature,invoker,rawConstructor){rawClassType>>>=0,invokerSignature>>>=0,invoker>>>=0,rawConstructor>>>=0;var rawArgTypes=heap32VectorToArray(argCount,rawArgTypesAddr>>>=0);invoker=embind__requireFunction(invokerSignature,invoker),whenDependentTypesAreResolved([],[rawClassType],function(classType){var humanName="constructor "+(classType=classType[0]).name;if(void 0===classType.registeredClass.constructor_body&&(classType.registeredClass.constructor_body=[]),void 0!==classType.registeredClass.constructor_body[argCount-1])throw new BindingError(`Cannot register multiple constructors with identical number of parameters (${argCount-1}) for class '${classType.name}'! Overload resolution is currently only performed using the parameter count, not actual type info!`);return classType.registeredClass.constructor_body[argCount-1]=()=>{throwUnboundTypeError(`Cannot construct ${classType.name} due to unbound types`,rawArgTypes)},whenDependentTypesAreResolved([],rawArgTypes,function(argTypes){return argTypes.splice(1,0,null),classType.registeredClass.constructor_body[argCount-1]=craftInvokerFunction(humanName,argTypes,null,invoker,rawConstructor),[]}),[]})}function __embind_register_class_function(rawClassType,methodName,argCount,rawArgTypesAddr,invokerSignature,rawInvoker,context,isPureVirtual,isAsync){rawClassType>>>=0,methodName>>>=0,invokerSignature>>>=0,rawInvoker>>>=0,context>>>=0;var rawArgTypes=heap32VectorToArray(argCount,rawArgTypesAddr>>>=0);methodName=readLatin1String(methodName),rawInvoker=embind__requireFunction(invokerSignature,rawInvoker),whenDependentTypesAreResolved([],[rawClassType],function(classType){var humanName=(classType=classType[0]).name+"."+methodName;function unboundTypesHandler(){throwUnboundTypeError(`Cannot call ${humanName} due to unbound types`,rawArgTypes)}methodName.startsWith("@@")&&(methodName=Symbol[methodName.substring(2)]),isPureVirtual&&classType.registeredClass.pureVirtualFunctions.push(methodName);var proto=classType.registeredClass.instancePrototype,method=proto[methodName];return void 0===method||void 0===method.overloadTable&&method.className!==classType.name&&method.argCount===argCount-2?(unboundTypesHandler.argCount=argCount-2,unboundTypesHandler.className=classType.name,proto[methodName]=unboundTypesHandler):(ensureOverloadTable(proto,methodName,humanName),proto[methodName].overloadTable[argCount-2]=unboundTypesHandler),whenDependentTypesAreResolved([],rawArgTypes,function(argTypes){argTypes=craftInvokerFunction(humanName,argTypes,classType,rawInvoker,context,isAsync);return void 0===proto[methodName].overloadTable?(argTypes.argCount=argCount-2,proto[methodName]=argTypes):proto[methodName].overloadTable[argCount-2]=argTypes,[]}),[]})}function handleAllocatorInit(){Object.assign(HandleAllocator.prototype,{get(id){return this.allocated[id]},has(id){return void 0!==this.allocated[id]},allocate(handle){var id=this.freelist.pop()||this.allocated.length;return this.allocated[id]=handle,id},free(id){this.allocated[id]=void 0,this.freelist.push(id)}})}function HandleAllocator(){this.allocated=[void 0],this.freelist=[]}var emval_handles=new HandleAllocator;function __emval_decref(handle){(handle>>>=0)>=emval_handles.reserved&&0==--emval_handles.get(handle).refcount&&emval_handles.free(handle)}function count_emval_handles(){for(var count=0,i=emval_handles.reserved;i<emval_handles.allocated.length;++i)void 0!==emval_handles.allocated[i]&&++count;return count}function init_emval(){emval_handles.allocated.push({value:void 0},{value:null},{value:!0},{value:!1}),emval_handles.reserved=emval_handles.allocated.length,Module.count_emval_handles=count_emval_handles}var Emval={toValue:handle=>(handle||throwBindingError("Cannot use deleted val. handle = "+handle),emval_handles.get(handle).value),toHandle:value=>{switch(value){case void 0:return 1;case null:return 2;case!0:return 3;case!1:return 4;default:return emval_handles.allocate({refcount:1,value:value})}}};function __embind_register_emval(rawType,name){registerType(rawType>>>=0,{name:name=readLatin1String(name>>>=0),fromWireType:function(handle){var rv=Emval.toValue(handle);return __emval_decref(handle),rv},toWireType:function(destructors,value){return Emval.toHandle(value)},argPackAdvance:8,readValueFromPointer:simpleReadValueFromPointer,destructorFunction:null})}function embindRepr(v){var t;return null===v?"null":"object"==(t=typeof v)||"array"==t||"function"==t?v.toString():""+v}function floatReadValueFromPointer(name,shift){switch(shift){case 2:return function(pointer){return this.fromWireType(HEAPF32[pointer>>>2])};case 3:return function(pointer){return this.fromWireType(HEAPF64[pointer>>>3])};default:throw new TypeError("Unknown float type: "+name)}}function __embind_register_float(rawType,name,size){rawType>>>=0,name>>>=0;size=getShiftFromSize(size>>>=0);registerType(rawType,{name:name=readLatin1String(name),fromWireType:function(value){return value},toWireType:function(destructors,value){return value},argPackAdvance:8,readValueFromPointer:floatReadValueFromPointer(name,size),destructorFunction:null})}function __embind_register_function(name,argCount,rawArgTypesAddr,signature,rawInvoker,fn,isAsync){name>>>=0,signature>>>=0,rawInvoker>>>=0,fn>>>=0;var argTypes=heap32VectorToArray(argCount,rawArgTypesAddr>>>=0);name=readLatin1String(name),rawInvoker=embind__requireFunction(signature,rawInvoker),exposePublicSymbol(name,function(){throwUnboundTypeError(`Cannot call ${name} due to unbound types`,argTypes)},argCount-1),whenDependentTypesAreResolved([],argTypes,function(argTypes){argTypes=[argTypes[0],null].concat(argTypes.slice(1));return replacePublicSymbol(name,craftInvokerFunction(name,argTypes,null,rawInvoker,fn,isAsync),argCount-1),[]})}function integerReadValueFromPointer(name,shift,signed){switch(shift){case 0:return signed?function(pointer){return HEAP8[pointer>>>0]}:function(pointer){return HEAPU8[pointer>>>0]};case 1:return signed?function(pointer){return HEAP16[pointer>>>1]}:function(pointer){return HEAPU16[pointer>>>1]};case 2:return signed?function(pointer){return HEAP32[pointer>>>2]}:function(pointer){return HEAPU32[pointer>>>2]};default:throw new TypeError("Unknown integer type: "+name)}}function __embind_register_integer(primitiveType,name,size,minRange,maxRange){primitiveType>>>=0,size>>>=0,name=readLatin1String(name>>>=0),-1===maxRange&&(maxRange=4294967295);var bitshift,maxRange=getShiftFromSize(size),fromWireType=value=>value,size=(0===minRange&&(bitshift=32-8*size,fromWireType=value=>value<<bitshift>>>bitshift),name.includes("unsigned")),size=size?function(destructors,value){return this.name,value>>>0}:function(destructors,value){return this.name,value};registerType(primitiveType,{name:name,fromWireType:fromWireType,toWireType:size,argPackAdvance:8,readValueFromPointer:integerReadValueFromPointer(name,maxRange,0!==minRange),destructorFunction:null})}function __embind_register_memory_view(rawType,dataTypeIndex,name){rawType>>>=0,name>>>=0;var TA=[Int8Array,Uint8Array,Int16Array,Uint16Array,Int32Array,Uint32Array,Float32Array,Float64Array][dataTypeIndex];function decodeMemoryView(handle){var heap=HEAPU32,size=heap[(handle>>=2)>>>0];return new TA(heap.buffer,heap[handle+1>>>0],size)}registerType(rawType,{name:name=readLatin1String(name),fromWireType:decodeMemoryView,argPackAdvance:8,readValueFromPointer:decodeMemoryView},{ignoreDuplicateRegistrations:!0})}var stringToUTF8Array=(str,heap,outIdx,maxBytesToWrite)=>{if(!(0<maxBytesToWrite))return 0;for(var startIdx=outIdx>>>=0,endIdx=outIdx+maxBytesToWrite-1,i=0;i<str.length;++i){var u=str.charCodeAt(i);if((u=55296<=u&&u<=57343?65536+((1023&u)<<10)|1023&str.charCodeAt(++i):u)<=127){if(endIdx<=outIdx)break;heap[outIdx++>>>0]=u}else{if(u<=2047){if(endIdx<=outIdx+1)break;heap[outIdx++>>>0]=192|u>>6}else{if(u<=65535){if(endIdx<=outIdx+2)break;heap[outIdx++>>>0]=224|u>>12}else{if(endIdx<=outIdx+3)break;heap[outIdx++>>>0]=240|u>>18,heap[outIdx++>>>0]=128|u>>12&63}heap[outIdx++>>>0]=128|u>>6&63}heap[outIdx++>>>0]=128|63&u}}return heap[outIdx>>>0]=0,outIdx-startIdx},stringToUTF8=(str,outPtr,maxBytesToWrite)=>stringToUTF8Array(str,HEAPU8,outPtr,maxBytesToWrite),lengthBytesUTF8=str=>{for(var len=0,i=0;i<str.length;++i){var c=str.charCodeAt(i);c<=127?len++:c<=2047?len+=2:55296<=c&&c<=57343?(len+=4,++i):len+=3}return len};function __embind_register_std_string(rawType,name){rawType>>>=0;var stdStringIsUTF8="std::string"===(name=readLatin1String(name>>>=0));registerType(rawType,{name:name,fromWireType:function(value){var length=HEAPU32[value>>>2],payload=value+4;if(stdStringIsUTF8)for(var decodeStartPtr=payload,i=0;i<=length;++i){var stringSegment,str,currentBytePtr=payload+i;i!=length&&0!=HEAPU8[currentBytePtr>>>0]||(stringSegment=UTF8ToString(decodeStartPtr,currentBytePtr-decodeStartPtr),str=void 0===str?stringSegment:str+String.fromCharCode(0)+stringSegment,decodeStartPtr=currentBytePtr+1)}else{for(var a=new Array(length),i=0;i<length;++i)a[i]=String.fromCharCode(HEAPU8[payload+i>>>0]);str=a.join("")}return _free(value),str},toWireType:function(destructors,value){var length,valueIsOfTypeString="string"==typeof(value=value instanceof ArrayBuffer?new Uint8Array(value):value),base=(valueIsOfTypeString||value instanceof Uint8Array||value instanceof Uint8ClampedArray||value instanceof Int8Array||throwBindingError("Cannot pass non-string to std::string"),length=stdStringIsUTF8&&valueIsOfTypeString?lengthBytesUTF8(value):value.length,_malloc(4+length+1)),ptr=base+4;if(HEAPU32[base>>>2]=length,stdStringIsUTF8&&valueIsOfTypeString)stringToUTF8(value,ptr,length+1);else if(valueIsOfTypeString)for(var i=0;i<length;++i){var charCode=value.charCodeAt(i);255<charCode&&(_free(ptr),throwBindingError("String has UTF-16 code units that do not fit in 8 bits")),HEAPU8[ptr+i>>>0]=charCode}else for(i=0;i<length;++i)HEAPU8[ptr+i>>>0]=value[i];return null!==destructors&&destructors.push(_free,base),base},argPackAdvance:8,readValueFromPointer:simpleReadValueFromPointer,destructorFunction:function(ptr){_free(ptr)}})}var UTF16Decoder="undefined"!=typeof TextDecoder?new TextDecoder("utf-16le"):void 0,UTF16ToString=(ptr,maxBytesToRead)=>{for(var endPtr,idx=ptr>>1,maxIdx=idx+maxBytesToRead/2;!(maxIdx<=idx)&&HEAPU16[idx>>>0];)++idx;if(32<(endPtr=idx<<1)-ptr&&UTF16Decoder)return UTF16Decoder.decode(HEAPU8.subarray(ptr>>>0,endPtr>>>0));for(var str="",i=0;!(maxBytesToRead/2<=i);++i){var codeUnit=HEAP16[ptr+2*i>>>1];if(0==codeUnit)break;str+=String.fromCharCode(codeUnit)}return str},stringToUTF16=(str,outPtr,maxBytesToWrite)=>{if((maxBytesToWrite=void 0===maxBytesToWrite?2147483647:maxBytesToWrite)<2)return 0;for(var startPtr=outPtr,numCharsToWrite=(maxBytesToWrite-=2)<2*str.length?maxBytesToWrite/2:str.length,i=0;i<numCharsToWrite;++i){var codeUnit=str.charCodeAt(i);HEAP16[outPtr>>>1]=codeUnit,outPtr+=2}return HEAP16[outPtr>>>1]=0,outPtr-startPtr},lengthBytesUTF16=str=>2*str.length,UTF32ToString=(ptr,maxBytesToRead)=>{for(var i=0,str="";!(maxBytesToRead/4<=i);){var ch,utf32=HEAP32[ptr+4*i>>>2];if(0==utf32)break;++i,65536<=utf32?(ch=utf32-65536,str+=String.fromCharCode(55296|ch>>10,56320|1023&ch)):str+=String.fromCharCode(utf32)}return str},stringToUTF32=(str,outPtr,maxBytesToWrite)=>{if((maxBytesToWrite=void 0===maxBytesToWrite?2147483647:maxBytesToWrite)<4)return 0;for(var startPtr=outPtr>>>=0,endPtr=startPtr+maxBytesToWrite-4,i=0;i<str.length;++i){var codeUnit=str.charCodeAt(i);if(55296<=codeUnit&&codeUnit<=57343&&(codeUnit=65536+((1023&codeUnit)<<10)|1023&str.charCodeAt(++i)),HEAP32[outPtr>>>2]=codeUnit,endPtr<(outPtr+=4)+4)break}return HEAP32[outPtr>>>2]=0,outPtr-startPtr},lengthBytesUTF32=str=>{for(var len=0,i=0;i<str.length;++i){var codeUnit=str.charCodeAt(i);55296<=codeUnit&&codeUnit<=57343&&++i,len+=4}return len},__embind_register_std_wstring=function(rawType,charSize,name){var decodeString,encodeString,getHeap,lengthBytesUTF,shift;rawType>>>=0,charSize>>>=0,name=readLatin1String(name>>>=0),2===charSize?(decodeString=UTF16ToString,encodeString=stringToUTF16,lengthBytesUTF=lengthBytesUTF16,getHeap=()=>HEAPU16,shift=1):4===charSize&&(decodeString=UTF32ToString,encodeString=stringToUTF32,lengthBytesUTF=lengthBytesUTF32,getHeap=()=>HEAPU32,shift=2),registerType(rawType,{name:name,fromWireType:function(value){for(var length=HEAPU32[value>>>2],HEAP=getHeap(),decodeStartPtr=value+4,i=0;i<=length;++i){var stringSegment,str,currentBytePtr=value+4+i*charSize;i!=length&&0!=HEAP[currentBytePtr>>>shift]||(stringSegment=decodeString(decodeStartPtr,currentBytePtr-decodeStartPtr),str=void 0===str?stringSegment:str+String.fromCharCode(0)+stringSegment,decodeStartPtr=currentBytePtr+charSize)}return _free(value),str},toWireType:function(destructors,value){"string"!=typeof value&&throwBindingError("Cannot pass non-string to C++ string type "+name);var length=lengthBytesUTF(value),ptr=_malloc(4+length+charSize);return HEAPU32[ptr>>>2]=length>>shift,encodeString(value,ptr+4,length+charSize),null!==destructors&&destructors.push(_free,ptr),ptr},argPackAdvance:8,readValueFromPointer:simpleReadValueFromPointer,destructorFunction:function(ptr){_free(ptr)}})};function __embind_register_value_object(rawType,name,constructorSignature,rawConstructor,destructorSignature,rawDestructor){constructorSignature>>>=0,rawConstructor>>>=0,destructorSignature>>>=0,rawDestructor>>>=0,structRegistrations[rawType>>>=0]={name:readLatin1String(name>>>=0),rawConstructor:embind__requireFunction(constructorSignature,rawConstructor),rawDestructor:embind__requireFunction(destructorSignature,rawDestructor),fields:[]}}function __embind_register_value_object_field(structType,fieldName,getterReturnType,getterSignature,getter,getterContext,setterArgumentType,setterSignature,setter,setterContext){getterReturnType>>>=0,getterSignature>>>=0,getter>>>=0,getterContext>>>=0,setterArgumentType>>>=0,setterSignature>>>=0,setter>>>=0,setterContext>>>=0,structRegistrations[structType>>>=0].fields.push({fieldName:readLatin1String(fieldName>>>=0),getterReturnType:getterReturnType,getter:embind__requireFunction(getterSignature,getter),getterContext:getterContext,setterArgumentType:setterArgumentType,setter:embind__requireFunction(setterSignature,setter),setterContext:setterContext})}function __embind_register_void(rawType,name){registerType(rawType>>>=0,{isVoid:!0,name:name=readLatin1String(name>>>=0),argPackAdvance:0,fromWireType:function(){},toWireType:function(destructors,o){}})}function __emval_incref(handle){4<(handle>>>=0)&&(emval_handles.get(handle).refcount+=1)}var emval_symbols={};function getStringOrSymbol(address){var symbol=emval_symbols[address];return void 0===symbol?readLatin1String(address):symbol}function __emval_new_cstring(v){return Emval.toHandle(getStringOrSymbol(v>>>=0))}function __emval_new_object(){return Emval.toHandle({})}function __emval_set_property(handle,key,value){key>>>=0,value>>>=0,handle=Emval.toValue(handle>>>=0),key=Emval.toValue(key),value=Emval.toValue(value),handle[key]=value}function requireRegisteredType(rawType,humanName){var impl=registeredTypes[rawType];return void 0===impl&&throwBindingError(humanName+" has unknown type "+getTypeName(rawType)),impl}function __emval_take_value(type,arg){arg>>>=0;type=(type=requireRegisteredType(type>>>=0,"_emval_take_value")).readValueFromPointer(arg);return Emval.toHandle(type)}var isLeapYear=year=>year%4==0&&(year%100!=0||year%400==0),MONTH_DAYS_LEAP_CUMULATIVE=[0,31,60,91,121,152,182,213,244,274,305,335],MONTH_DAYS_REGULAR_CUMULATIVE=[0,31,59,90,120,151,181,212,243,273,304,334],ydayFromDate=date=>(isLeapYear(date.getFullYear())?MONTH_DAYS_LEAP_CUMULATIVE:MONTH_DAYS_REGULAR_CUMULATIVE)[date.getMonth()]+date.getDate()-1;function __localtime_js(time_low,time_high,tmPtr){var time_low=convertI32PairToI53Checked(time_low,time_high),time_high=(tmPtr>>>=0,new Date(1e3*time_low)),time_low=(HEAP32[tmPtr>>>2]=time_high.getSeconds(),HEAP32[tmPtr+4>>>2]=time_high.getMinutes(),HEAP32[tmPtr+8>>>2]=time_high.getHours(),HEAP32[tmPtr+12>>>2]=time_high.getDate(),HEAP32[tmPtr+16>>>2]=time_high.getMonth(),HEAP32[tmPtr+20>>>2]=time_high.getFullYear()-1900,HEAP32[tmPtr+24>>>2]=time_high.getDay(),0|ydayFromDate(time_high)),time_low=(HEAP32[tmPtr+28>>>2]=time_low,HEAP32[tmPtr+36>>>2]=-60*time_high.getTimezoneOffset(),new Date(time_high.getFullYear(),0,1)),summerOffset=new Date(time_high.getFullYear(),6,1).getTimezoneOffset(),time_low=time_low.getTimezoneOffset(),time_high=0|(summerOffset!=time_low&&time_high.getTimezoneOffset()==Math.min(time_low,summerOffset));HEAP32[tmPtr+32>>>2]=time_high}var stringToNewUTF8=str=>{var size=lengthBytesUTF8(str)+1,ret=_malloc(size);return ret&&stringToUTF8(str,ret,size),ret};function __tzset_js(timezone,daylight,tzname){timezone>>>=0,daylight>>>=0,tzname>>>=0;var currentYear=(new Date).getFullYear(),winter=new Date(currentYear,0,1),currentYear=new Date(currentYear,6,1),winterOffset=winter.getTimezoneOffset(),summerOffset=currentYear.getTimezoneOffset(),stdTimezoneOffset=Math.max(winterOffset,summerOffset);function extractZone(date){date=date.toTimeString().match(/\(([A-Za-z ]+)\)$/);return date?date[1]:"GMT"}HEAPU32[timezone>>>2]=60*stdTimezoneOffset,HEAP32[daylight>>>2]=Number(winterOffset!=summerOffset);timezone=extractZone(winter),stdTimezoneOffset=extractZone(currentYear),daylight=stringToNewUTF8(timezone),winter=stringToNewUTF8(stdTimezoneOffset);summerOffset<winterOffset?(HEAPU32[tzname>>>2]=daylight,HEAPU32[tzname+4>>>2]=winter):(HEAPU32[tzname>>>2]=winter,HEAPU32[tzname+4>>>2]=daylight)}var _abort=()=>{abort("")};function _emscripten_date_now(){return Date.now()}function _emscripten_memcpy_big(dest,src,num){return HEAPU8.copyWithin((dest>>>=0)>>>0,(src>>>=0)>>>0,src+(num>>>=0)>>>0)}var getHeapMax=()=>4294901760,growMemory=size=>{size=size-wasmMemory.buffer.byteLength+65535>>>16;try{return wasmMemory.grow(size),updateMemoryViews(),1}catch(e){}};function _emscripten_resize_heap(requestedSize){requestedSize>>>=0;var oldSize=HEAPU8.length,maxHeapSize=getHeapMax();if(!(maxHeapSize<requestedSize))for(var multiple,cutDown=1;cutDown<=4;cutDown*=2){var overGrownHeapSize=oldSize*(1+.2/cutDown),overGrownHeapSize=Math.min(overGrownHeapSize,requestedSize+100663296),overGrownHeapSize=Math.min(maxHeapSize,(overGrownHeapSize=Math.max(requestedSize,overGrownHeapSize))+((multiple=65536)-overGrownHeapSize%multiple)%multiple);if(growMemory(overGrownHeapSize))return!0}return!1}function _emscripten_run_script(ptr){ptr>>>=0,eval(UTF8ToString(ptr))}var ENV={},getExecutableName=()=>thisProgram||"./this.program",getEnvStrings=()=>{if(!getEnvStrings.strings){var env={USER:"web_user",LOGNAME:"web_user",PATH:"/",PWD:"/",HOME:"/home/web_user",LANG:("object"==typeof navigator&&navigator.languages&&navigator.languages[0]||"C").replace("-","_")+".UTF-8",_:getExecutableName()};for(x in ENV)void 0===ENV[x]?delete env[x]:env[x]=ENV[x];var x,strings=[];for(x in env)strings.push(x+"="+env[x]);getEnvStrings.strings=strings}return getEnvStrings.strings},stringToAscii=(str,buffer)=>{for(var i=0;i<str.length;++i)HEAP8[buffer++>>>0]=str.charCodeAt(i);HEAP8[buffer>>>0]=0},PATH={isAbs:path=>"/"===path.charAt(0),splitPath:filename=>/^(\/?|)([\s\S]*?)((?:\.{1,2}|[^\/]+?|)(\.[^.\/]*|))(?:[\/]*)$/.exec(filename).slice(1),normalizeArray:(parts,allowAboveRoot)=>{for(var up=0,i=parts.length-1;0<=i;i--){var last=parts[i];"."===last?parts.splice(i,1):".."===last?(parts.splice(i,1),up++):up&&(parts.splice(i,1),up--)}if(allowAboveRoot)for(;up;up--)parts.unshift("..");return parts},normalize:path=>{var isAbsolute=PATH.isAbs(path),trailingSlash="/"===path.substr(-1);return(path=(path=PATH.normalizeArray(path.split("/").filter(p=>!!p),!isAbsolute).join("/"))||isAbsolute?path:".")&&trailingSlash&&(path+="/"),(isAbsolute?"/":"")+path},dirname:path=>{var path=PATH.splitPath(path),root=path[0],path=path[1];return root||path?root+(path=path&&path.substr(0,path.length-1)):"."},basename:path=>{var lastSlash;return"/"===path?"/":-1===(lastSlash=(path=(path=PATH.normalize(path)).replace(/\/$/,"")).lastIndexOf("/"))?path:path.substr(lastSlash+1)},join:function(){var paths=Array.prototype.slice.call(arguments);return PATH.normalize(paths.join("/"))},join2:(l,r)=>PATH.normalize(l+"/"+r)},initRandomFill=()=>{if("object"==typeof crypto&&"function"==typeof crypto.getRandomValues)return view=>crypto.getRandomValues(view);if(ENVIRONMENT_IS_NODE)try{var randomBytes,crypto_module=require("crypto");return crypto_module.randomFillSync?view=>crypto_module.randomFillSync(view):(randomBytes=crypto_module.randomBytes,view=>(view.set(randomBytes(view.byteLength)),view))}catch(e){}abort("initRandomDevice")},randomFill=view=>(randomFill=initRandomFill())(view),PATH_FS={resolve:function(){for(var resolvedPath="",resolvedAbsolute=!1,i=arguments.length-1;-1<=i&&!resolvedAbsolute;i--){var path=0<=i?arguments[i]:FS.cwd();if("string"!=typeof path)throw new TypeError("Arguments to path.resolve must be strings");if(!path)return"";resolvedPath=path+"/"+resolvedPath,resolvedAbsolute=PATH.isAbs(path)}return(resolvedAbsolute?"/":"")+(resolvedPath=PATH.normalizeArray(resolvedPath.split("/").filter(p=>!!p),!resolvedAbsolute).join("/"))||"."},relative:(from,to)=>{function trim(arr){for(var start=0;start<arr.length&&""===arr[start];start++);for(var end=arr.length-1;0<=end&&""===arr[end];end--);return end<start?[]:arr.slice(start,end-start+1)}from=PATH_FS.resolve(from).substr(1),to=PATH_FS.resolve(to).substr(1);for(var fromParts=trim(from.split("/")),toParts=trim(to.split("/")),length=Math.min(fromParts.length,toParts.length),samePartsLength=length,i=0;i<length;i++)if(fromParts[i]!==toParts[i]){samePartsLength=i;break}for(var outputParts=[],i=samePartsLength;i<fromParts.length;i++)outputParts.push("..");return(outputParts=outputParts.concat(toParts.slice(samePartsLength))).join("/")}},FS_stdin_getChar_buffer=[];function intArrayFromString(stringy,dontAddNull,length){length=0<length?length:lengthBytesUTF8(stringy)+1,length=new Array(length),stringy=stringToUTF8Array(stringy,length,0,length.length);return dontAddNull&&(length.length=stringy),length}var FS_stdin_getChar=()=>{if(!FS_stdin_getChar_buffer.length){var result=null;if(ENVIRONMENT_IS_NODE){var buf=Buffer.alloc(256),bytesRead=0,fd=process.stdin.fd;try{bytesRead=fs.readSync(fd,buf,0,256,-1)}catch(e){if(!e.toString().includes("EOF"))throw e;bytesRead=0}result=0<bytesRead?buf.slice(0,bytesRead).toString("utf-8"):null}else"undefined"!=typeof window&&"function"==typeof window.prompt?null!==(result=window.prompt("Input: "))&&(result+="\n"):"function"==typeof readline&&null!==(result=readline())&&(result+="\n");if(!result)return null;FS_stdin_getChar_buffer=intArrayFromString(result,!0)}return FS_stdin_getChar_buffer.shift()},TTY={ttys:[],init:function(){},shutdown:function(){},register:function(dev,ops){TTY.ttys[dev]={input:[],output:[],ops:ops},FS.registerDevice(dev,TTY.stream_ops)},stream_ops:{open:function(stream){var tty=TTY.ttys[stream.node.rdev];if(!tty)throw new FS.ErrnoError(43);stream.tty=tty,stream.seekable=!1},close:function(stream){stream.tty.ops.fsync(stream.tty)},fsync:function(stream){stream.tty.ops.fsync(stream.tty)},read:function(stream,buffer,offset,length,pos){if(!stream.tty||!stream.tty.ops.get_char)throw new FS.ErrnoError(60);for(var result,bytesRead=0,i=0;i<length;i++){try{result=stream.tty.ops.get_char(stream.tty)}catch(e){throw new FS.ErrnoError(29)}if(void 0===result&&0===bytesRead)throw new FS.ErrnoError(6);if(null==result)break;bytesRead++,buffer[offset+i]=result}return bytesRead&&(stream.node.timestamp=Date.now()),bytesRead},write:function(stream,buffer,offset,length,pos){if(!stream.tty||!stream.tty.ops.put_char)throw new FS.ErrnoError(60);try{for(var i=0;i<length;i++)stream.tty.ops.put_char(stream.tty,buffer[offset+i])}catch(e){throw new FS.ErrnoError(29)}return length&&(stream.node.timestamp=Date.now()),i}},default_tty_ops:{get_char:function(tty){return FS_stdin_getChar()},put_char:function(tty,val){null===val||10===val?(out(UTF8ArrayToString(tty.output,0)),tty.output=[]):0!=val&&tty.output.push(val)},fsync:function(tty){tty.output&&0<tty.output.length&&(out(UTF8ArrayToString(tty.output,0)),tty.output=[])},ioctl_tcgets:function(tty){return{c_iflag:25856,c_oflag:5,c_cflag:191,c_lflag:35387,c_cc:[3,28,127,21,4,0,1,0,17,19,26,0,18,15,23,22,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]}},ioctl_tcsets:function(tty,optional_actions,data){return 0},ioctl_tiocgwinsz:function(tty){return[24,80]}},default_tty1_ops:{put_char:function(tty,val){null===val||10===val?(err(UTF8ArrayToString(tty.output,0)),tty.output=[]):0!=val&&tty.output.push(val)},fsync:function(tty){tty.output&&0<tty.output.length&&(err(UTF8ArrayToString(tty.output,0)),tty.output=[])}}},mmapAlloc=size=>{abort()},MEMFS={ops_table:null,mount(mount){return MEMFS.createNode(null,"/",16895,0)},createNode(parent,name,mode,dev){if(FS.isBlkdev(mode)||FS.isFIFO(mode))throw new FS.ErrnoError(63);MEMFS.ops_table||(MEMFS.ops_table={dir:{node:{getattr:MEMFS.node_ops.getattr,setattr:MEMFS.node_ops.setattr,lookup:MEMFS.node_ops.lookup,mknod:MEMFS.node_ops.mknod,rename:MEMFS.node_ops.rename,unlink:MEMFS.node_ops.unlink,rmdir:MEMFS.node_ops.rmdir,readdir:MEMFS.node_ops.readdir,symlink:MEMFS.node_ops.symlink},stream:{llseek:MEMFS.stream_ops.llseek}},file:{node:{getattr:MEMFS.node_ops.getattr,setattr:MEMFS.node_ops.setattr},stream:{llseek:MEMFS.stream_ops.llseek,read:MEMFS.stream_ops.read,write:MEMFS.stream_ops.write,allocate:MEMFS.stream_ops.allocate,mmap:MEMFS.stream_ops.mmap,msync:MEMFS.stream_ops.msync}},link:{node:{getattr:MEMFS.node_ops.getattr,setattr:MEMFS.node_ops.setattr,readlink:MEMFS.node_ops.readlink},stream:{}},chrdev:{node:{getattr:MEMFS.node_ops.getattr,setattr:MEMFS.node_ops.setattr},stream:FS.chrdev_stream_ops}});mode=FS.createNode(parent,name,mode,dev);return FS.isDir(mode.mode)?(mode.node_ops=MEMFS.ops_table.dir.node,mode.stream_ops=MEMFS.ops_table.dir.stream,mode.contents={}):FS.isFile(mode.mode)?(mode.node_ops=MEMFS.ops_table.file.node,mode.stream_ops=MEMFS.ops_table.file.stream,mode.usedBytes=0,mode.contents=null):FS.isLink(mode.mode)?(mode.node_ops=MEMFS.ops_table.link.node,mode.stream_ops=MEMFS.ops_table.link.stream):FS.isChrdev(mode.mode)&&(mode.node_ops=MEMFS.ops_table.chrdev.node,mode.stream_ops=MEMFS.ops_table.chrdev.stream),mode.timestamp=Date.now(),parent&&(parent.contents[name]=mode,parent.timestamp=mode.timestamp),mode},getFileDataAsTypedArray(node){return node.contents?node.contents.subarray?node.contents.subarray(0,node.usedBytes):new Uint8Array(node.contents):new Uint8Array(0)},expandFileStorage(node,newCapacity){var prevCapacity=node.contents?node.contents.length:0;newCapacity<=prevCapacity||(newCapacity=Math.max(newCapacity,prevCapacity*(prevCapacity<1048576?2:1.125)>>>0),0!=prevCapacity&&(newCapacity=Math.max(newCapacity,256)),prevCapacity=node.contents,node.contents=new Uint8Array(newCapacity),0<node.usedBytes&&node.contents.set(prevCapacity.subarray(0,node.usedBytes),0))},resizeFileStorage(node,newSize){var oldContents;node.usedBytes!=newSize&&(0==newSize?(node.contents=null,node.usedBytes=0):(oldContents=node.contents,node.contents=new Uint8Array(newSize),oldContents&&node.contents.set(oldContents.subarray(0,Math.min(newSize,node.usedBytes))),node.usedBytes=newSize))},node_ops:{getattr(node){var attr={};return attr.dev=FS.isChrdev(node.mode)?node.id:1,attr.ino=node.id,attr.mode=node.mode,attr.nlink=1,attr.uid=0,attr.gid=0,attr.rdev=node.rdev,FS.isDir(node.mode)?attr.size=4096:FS.isFile(node.mode)?attr.size=node.usedBytes:FS.isLink(node.mode)?attr.size=node.link.length:attr.size=0,attr.atime=new Date(node.timestamp),attr.mtime=new Date(node.timestamp),attr.ctime=new Date(node.timestamp),attr.blksize=4096,attr.blocks=Math.ceil(attr.size/attr.blksize),attr},setattr(node,attr){void 0!==attr.mode&&(node.mode=attr.mode),void 0!==attr.timestamp&&(node.timestamp=attr.timestamp),void 0!==attr.size&&MEMFS.resizeFileStorage(node,attr.size)},lookup(parent,name){throw FS.genericErrors[44]},mknod(parent,name,mode,dev){return MEMFS.createNode(parent,name,mode,dev)},rename(old_node,new_dir,new_name){if(FS.isDir(old_node.mode)){var new_node;try{new_node=FS.lookupNode(new_dir,new_name)}catch(e){}if(new_node)for(var i in new_node.contents)throw new FS.ErrnoError(55)}delete old_node.parent.contents[old_node.name],old_node.parent.timestamp=Date.now(),old_node.name=new_name,new_dir.contents[new_name]=old_node,new_dir.timestamp=old_node.parent.timestamp,old_node.parent=new_dir},unlink(parent,name){delete parent.contents[name],parent.timestamp=Date.now()},rmdir(parent,name){for(var i in FS.lookupNode(parent,name).contents)throw new FS.ErrnoError(55);delete parent.contents[name],parent.timestamp=Date.now()},readdir(node){var key,entries=[".",".."];for(key in node.contents)node.contents.hasOwnProperty(key)&&entries.push(key);return entries},symlink(parent,newname,oldpath){parent=MEMFS.createNode(parent,newname,41471,0);return parent.link=oldpath,parent},readlink(node){if(FS.isLink(node.mode))return node.link;throw new FS.ErrnoError(28)}},stream_ops:{read(stream,buffer,offset,length,position){var contents=stream.node.contents;if(position>=stream.node.usedBytes)return 0;var size=Math.min(stream.node.usedBytes-position,length);if(8<size&&contents.subarray)buffer.set(contents.subarray(position,position+size),offset);else for(var i=0;i<size;i++)buffer[offset+i]=contents[position+i];return size},write(stream,buffer,offset,length,position,canOwn){if(buffer.buffer===HEAP8.buffer&&(canOwn=!1),!length)return 0;var node=stream.node;if(node.timestamp=Date.now(),buffer.subarray&&(!node.contents||node.contents.subarray)){if(canOwn)return node.contents=buffer.subarray(offset,offset+length),node.usedBytes=length;if(0===node.usedBytes&&0===position)return node.contents=buffer.slice(offset,offset+length),node.usedBytes=length;if(position+length<=node.usedBytes)return node.contents.set(buffer.subarray(offset,offset+length),position),length}if(MEMFS.expandFileStorage(node,position+length),node.contents.subarray&&buffer.subarray)node.contents.set(buffer.subarray(offset,offset+length),position);else for(var i=0;i<length;i++)node.contents[position+i]=buffer[offset+i];return node.usedBytes=Math.max(node.usedBytes,position+length),length},llseek(stream,offset,whence){if(1===whence?offset+=stream.position:2===whence&&FS.isFile(stream.node.mode)&&(offset+=stream.node.usedBytes),offset<0)throw new FS.ErrnoError(28);return offset},allocate(stream,offset,length){MEMFS.expandFileStorage(stream.node,offset+length),stream.node.usedBytes=Math.max(stream.node.usedBytes,offset+length)},mmap(stream,length,position,prot,flags){if(!FS.isFile(stream.node.mode))throw new FS.ErrnoError(43);var ptr,allocated,stream=stream.node.contents;if(2&flags||stream.buffer!==HEAP8.buffer){if((0<position||position+length<stream.length)&&(stream=stream.subarray?stream.subarray(position,position+length):Array.prototype.slice.call(stream,position,position+length)),allocated=!0,!(ptr=mmapAlloc(length)))throw new FS.ErrnoError(48);HEAP8.set(stream,ptr>>>0)}else allocated=!1,ptr=stream.byteOffset;return{ptr:ptr,allocated:allocated}},msync(stream,buffer,offset,length,mmapFlags){return MEMFS.stream_ops.write(stream,buffer,0,length,offset,!1),0}}},asyncLoad=(url,onload,onerror,noRunDep)=>{var dep=noRunDep?"":getUniqueRunDependency("al "+url);readAsync(url,arrayBuffer=>{assert(arrayBuffer,`Loading data file "${url}" failed (no arrayBuffer).`),onload(new Uint8Array(arrayBuffer)),dep&&removeRunDependency(dep)},event=>{if(!onerror)throw`Loading data file "${url}" failed.`;onerror()}),dep&&addRunDependency(dep)},preloadPlugins=Module.preloadPlugins||[];function FS_handledByPreloadPlugin(byteArray,fullname,finish,onerror){"undefined"!=typeof Browser&&Browser.init();var handled=!1;return preloadPlugins.forEach(function(plugin){handled||plugin.canHandle(fullname)&&(plugin.handle(byteArray,fullname,finish,onerror),handled=!0)}),handled}function FS_createPreloadedFile(parent,name,url,canRead,canWrite,onload,onerror,dontCreateFile,canOwn,preFinish){var fullname=name?PATH_FS.resolve(PATH.join2(parent,name)):parent,dep=getUniqueRunDependency("cp "+fullname);function processData(byteArray){function finish(byteArray){preFinish&&preFinish(),dontCreateFile||FS.createDataFile(parent,name,byteArray,canRead,canWrite,canOwn),onload&&onload(),removeRunDependency(dep)}FS_handledByPreloadPlugin(byteArray,fullname,finish,()=>{onerror&&onerror(),removeRunDependency(dep)})||finish(byteArray)}addRunDependency(dep),"string"==typeof url?asyncLoad(url,byteArray=>processData(byteArray),onerror):processData(url)}function FS_modeStringToFlags(str){var flags={r:0,"r+":2,w:577,"w+":578,a:1089,"a+":1090}[str];if(void 0===flags)throw new Error("Unknown file open mode: "+str);return flags}function FS_getMode(canRead,canWrite){var mode=0;return canRead&&(mode|=365),canWrite&&(mode|=146),mode}var FS={root:null,mounts:[],devices:{},streams:[],nextInode:1,nameTable:null,currentPath:"/",initialized:!1,ignorePermissions:!0,ErrnoError:null,genericErrors:{},filesystems:null,syncFSRequests:0,lookupPath:(path,opts={})=>{if(!(path=PATH_FS.resolve(path)))return{path:"",node:null};if(8<(opts=Object.assign({follow_mount:!0,recurse_count:0},opts)).recurse_count)throw new FS.ErrnoError(32);for(var parts=path.split("/").filter(p=>!!p),current=FS.root,current_path="/",i=0;i<parts.length;i++){var islast=i===parts.length-1;if(islast&&opts.parent)break;if(current=FS.lookupNode(current,parts[i]),current_path=PATH.join2(current_path,parts[i]),!FS.isMountpoint(current)||islast&&!opts.follow_mount||(current=current.mounted.root),!islast||opts.follow)for(var count=0;FS.isLink(current.mode);){var link=FS.readlink(current_path),current_path=PATH_FS.resolve(PATH.dirname(current_path),link),current=FS.lookupPath(current_path,{recurse_count:opts.recurse_count+1}).node;if(40<count++)throw new FS.ErrnoError(32)}}return{path:current_path,node:current}},getPath:node=>{for(var path,mount;;){if(FS.isRoot(node))return mount=node.mount.mountpoint,path?"/"!==mount[mount.length-1]?mount+"/"+path:mount+path:mount;path=path?node.name+"/"+path:node.name,node=node.parent}},hashName:(parentid,name)=>{for(var hash=0,i=0;i<name.length;i++)hash=(hash<<5)-hash+name.charCodeAt(i)|0;return(parentid+hash>>>0)%FS.nameTable.length},hashAddNode:node=>{var hash=FS.hashName(node.parent.id,node.name);node.name_next=FS.nameTable[hash],FS.nameTable[hash]=node},hashRemoveNode:node=>{var hash=FS.hashName(node.parent.id,node.name);if(FS.nameTable[hash]===node)FS.nameTable[hash]=node.name_next;else for(var current=FS.nameTable[hash];current;){if(current.name_next===node){current.name_next=node.name_next;break}current=current.name_next}},lookupNode:(parent,name)=>{var errCode=FS.mayLookup(parent);if(errCode)throw new FS.ErrnoError(errCode,parent);for(var errCode=FS.hashName(parent.id,name),node=FS.nameTable[errCode];node;node=node.name_next){var nodeName=node.name;if(node.parent.id===parent.id&&nodeName===name)return node}return FS.lookup(parent,name)},createNode:(parent,name,mode,rdev)=>{parent=new FS.FSNode(parent,name,mode,rdev);return FS.hashAddNode(parent),parent},destroyNode:node=>{FS.hashRemoveNode(node)},isRoot:node=>node===node.parent,isMountpoint:node=>!!node.mounted,isFile:mode=>32768==(61440&mode),isDir:mode=>16384==(61440&mode),isLink:mode=>40960==(61440&mode),isChrdev:mode=>8192==(61440&mode),isBlkdev:mode=>24576==(61440&mode),isFIFO:mode=>4096==(61440&mode),isSocket:mode=>49152==(49152&mode),flagsToPermissionString:flag=>{var perms=["r","w","rw"][3&flag];return 512&flag&&(perms+="w"),perms},nodePermissions:(node,perms)=>FS.ignorePermissions||(!perms.includes("r")||292&node.mode)&&(!perms.includes("w")||146&node.mode)&&(!perms.includes("x")||73&node.mode)?0:2,mayLookup:dir=>{var errCode=FS.nodePermissions(dir,"x");return errCode||(dir.node_ops.lookup?0:2)},mayCreate:(dir,name)=>{try{FS.lookupNode(dir,name);return 20}catch(e){}return FS.nodePermissions(dir,"wx")},mayDelete:(dir,name,isdir)=>{var node;try{node=FS.lookupNode(dir,name)}catch(e){return e.errno}name=FS.nodePermissions(dir,"wx");if(name)return name;if(isdir){if(!FS.isDir(node.mode))return 54;if(FS.isRoot(node)||FS.getPath(node)===FS.cwd())return 10}else if(FS.isDir(node.mode))return 31;return 0},mayOpen:(node,flags)=>node?FS.isLink(node.mode)?32:FS.isDir(node.mode)&&("r"!==FS.flagsToPermissionString(flags)||512&flags)?31:FS.nodePermissions(node,FS.flagsToPermissionString(flags)):44,MAX_OPEN_FDS:4096,nextfd:()=>{for(var fd=0;fd<=FS.MAX_OPEN_FDS;fd++)if(!FS.streams[fd])return fd;throw new FS.ErrnoError(33)},getStreamChecked:fd=>{fd=FS.getStream(fd);if(fd)return fd;throw new FS.ErrnoError(8)},getStream:fd=>FS.streams[fd],createStream:(stream,fd=-1)=>(FS.FSStream||(FS.FSStream=function(){this.shared={}},FS.FSStream.prototype={},Object.defineProperties(FS.FSStream.prototype,{object:{get(){return this.node},set(val){this.node=val}},isRead:{get(){return 1!=(2097155&this.flags)}},isWrite:{get(){return 0!=(2097155&this.flags)}},isAppend:{get(){return 1024&this.flags}},flags:{get(){return this.shared.flags},set(val){this.shared.flags=val}},position:{get(){return this.shared.position},set(val){this.shared.position=val}}})),stream=Object.assign(new FS.FSStream,stream),-1==fd&&(fd=FS.nextfd()),stream.fd=fd,FS.streams[fd]=stream),closeStream:fd=>{FS.streams[fd]=null},chrdev_stream_ops:{open:stream=>{var device=FS.getDevice(stream.node.rdev);stream.stream_ops=device.stream_ops,stream.stream_ops.open&&stream.stream_ops.open(stream)},llseek:()=>{throw new FS.ErrnoError(70)}},major:dev=>dev>>8,minor:dev=>255&dev,makedev:(ma,mi)=>ma<<8|mi,registerDevice:(dev,ops)=>{FS.devices[dev]={stream_ops:ops}},getDevice:dev=>FS.devices[dev],getMounts:mount=>{for(var mounts=[],check=[mount];check.length;){var m=check.pop();mounts.push(m),check.push.apply(check,m.mounts)}return mounts},syncfs:(populate,callback)=>{"function"==typeof populate&&(callback=populate,populate=!1),FS.syncFSRequests++,1<FS.syncFSRequests&&err(`warning: ${FS.syncFSRequests} FS.syncfs operations in flight at once, probably just doing extra work`);var mounts=FS.getMounts(FS.root.mount),completed=0;function doCallback(errCode){return FS.syncFSRequests--,callback(errCode)}function done(errCode){if(errCode)return done.errored?void 0:(done.errored=!0,doCallback(errCode));++completed>=mounts.length&&doCallback(null)}mounts.forEach(mount=>{if(!mount.type.syncfs)return done(null);mount.type.syncfs(mount,populate,done)})},mount:(type,opts,mountpoint)=>{var node,root="/"===mountpoint,pseudo=!mountpoint;if(root&&FS.root)throw new FS.ErrnoError(10);if(!root&&!pseudo){pseudo=FS.lookupPath(mountpoint,{follow_mount:!1});if(mountpoint=pseudo.path,FS.isMountpoint(node=pseudo.node))throw new FS.ErrnoError(10);if(!FS.isDir(node.mode))throw new FS.ErrnoError(54)}pseudo={type:type,opts:opts,mountpoint:mountpoint,mounts:[]},opts=type.mount(pseudo);return(opts.mount=pseudo).root=opts,root?FS.root=opts:node&&(node.mounted=pseudo,node.mount)&&node.mount.mounts.push(pseudo),opts},unmount:mountpoint=>{mountpoint=FS.lookupPath(mountpoint,{follow_mount:!1});if(!FS.isMountpoint(mountpoint.node))throw new FS.ErrnoError(28);var mountpoint=mountpoint.node,mount=mountpoint.mounted,mounts=FS.getMounts(mount),mount=(Object.keys(FS.nameTable).forEach(hash=>{for(var current=FS.nameTable[hash];current;){var next=current.name_next;mounts.includes(current.mount)&&FS.destroyNode(current),current=next}}),mountpoint.mounted=null,mountpoint.mount.mounts.indexOf(mount));mountpoint.mount.mounts.splice(mount,1)},lookup:(parent,name)=>parent.node_ops.lookup(parent,name),mknod:(path,mode,dev)=>{var parent=FS.lookupPath(path,{parent:!0}).node,path=PATH.basename(path);if(!path||"."===path||".."===path)throw new FS.ErrnoError(28);var errCode=FS.mayCreate(parent,path);if(errCode)throw new FS.ErrnoError(errCode);if(parent.node_ops.mknod)return parent.node_ops.mknod(parent,path,mode,dev);throw new FS.ErrnoError(63)},create:(path,mode)=>FS.mknod(path,mode=(mode=void 0!==mode?mode:438)&4095|32768,0),mkdir:(path,mode)=>FS.mknod(path,mode=(mode=void 0!==mode?mode:511)&1023|16384,0),mkdirTree:(path,mode)=>{for(var dirs=path.split("/"),d="",i=0;i<dirs.length;++i)if(dirs[i]){d+="/"+dirs[i];try{FS.mkdir(d,mode)}catch(e){if(20!=e.errno)throw e}}},mkdev:(path,mode,dev)=>(void 0===dev&&(dev=mode,mode=438),FS.mknod(path,mode|=8192,dev)),symlink:(oldpath,newpath)=>{if(!PATH_FS.resolve(oldpath))throw new FS.ErrnoError(44);var parent=FS.lookupPath(newpath,{parent:!0}).node;if(!parent)throw new FS.ErrnoError(44);var newpath=PATH.basename(newpath),errCode=FS.mayCreate(parent,newpath);if(errCode)throw new FS.ErrnoError(errCode);if(parent.node_ops.symlink)return parent.node_ops.symlink(parent,newpath,oldpath);throw new FS.ErrnoError(63)},rename:(old_path,new_path)=>{var old_dirname=PATH.dirname(old_path),new_dirname=PATH.dirname(new_path),old_name=PATH.basename(old_path),new_name=PATH.basename(new_path),lookup=FS.lookupPath(old_path,{parent:!0}),lookup=lookup.node,new_dir=FS.lookupPath(new_path,{parent:!0}).node;if(!lookup||!new_dir)throw new FS.ErrnoError(44);if(lookup.mount!==new_dir.mount)throw new FS.ErrnoError(75);var new_node,old_node=FS.lookupNode(lookup,old_name),old_path=PATH_FS.relative(old_path,new_dirname);if("."!==old_path.charAt(0))throw new FS.ErrnoError(28);if("."!==(old_path=PATH_FS.relative(new_path,old_dirname)).charAt(0))throw new FS.ErrnoError(55);try{new_node=FS.lookupNode(new_dir,new_name)}catch(e){}if(old_node!==new_node){new_dirname=FS.isDir(old_node.mode),new_path=FS.mayDelete(lookup,old_name,new_dirname);if(new_path)throw new FS.ErrnoError(new_path);if(new_path=new_node?FS.mayDelete(new_dir,new_name,new_dirname):FS.mayCreate(new_dir,new_name))throw new FS.ErrnoError(new_path);if(!lookup.node_ops.rename)throw new FS.ErrnoError(63);if(FS.isMountpoint(old_node)||new_node&&FS.isMountpoint(new_node))throw new FS.ErrnoError(10);if(new_dir!==lookup&&(new_path=FS.nodePermissions(lookup,"w")))throw new FS.ErrnoError(new_path);FS.hashRemoveNode(old_node);try{lookup.node_ops.rename(old_node,new_dir,new_name)}catch(e){throw e}finally{FS.hashAddNode(old_node)}}},rmdir:path=>{var parent=FS.lookupPath(path,{parent:!0}).node,path=PATH.basename(path),node=FS.lookupNode(parent,path),errCode=FS.mayDelete(parent,path,!0);if(errCode)throw new FS.ErrnoError(errCode);if(!parent.node_ops.rmdir)throw new FS.ErrnoError(63);if(FS.isMountpoint(node))throw new FS.ErrnoError(10);parent.node_ops.rmdir(parent,path),FS.destroyNode(node)},readdir:path=>{path=FS.lookupPath(path,{follow:!0}).node;if(path.node_ops.readdir)return path.node_ops.readdir(path);throw new FS.ErrnoError(54)},unlink:path=>{var parent=FS.lookupPath(path,{parent:!0}).node;if(!parent)throw new FS.ErrnoError(44);var path=PATH.basename(path),node=FS.lookupNode(parent,path),errCode=FS.mayDelete(parent,path,!1);if(errCode)throw new FS.ErrnoError(errCode);if(!parent.node_ops.unlink)throw new FS.ErrnoError(63);if(FS.isMountpoint(node))throw new FS.ErrnoError(10);parent.node_ops.unlink(parent,path),FS.destroyNode(node)},readlink:path=>{path=FS.lookupPath(path).node;if(!path)throw new FS.ErrnoError(44);if(path.node_ops.readlink)return PATH_FS.resolve(FS.getPath(path.parent),path.node_ops.readlink(path));throw new FS.ErrnoError(28)},stat:(path,dontFollow)=>{path=FS.lookupPath(path,{follow:!dontFollow}).node;if(!path)throw new FS.ErrnoError(44);if(path.node_ops.getattr)return path.node_ops.getattr(path);throw new FS.ErrnoError(63)},lstat:path=>FS.stat(path,!0),chmod:(path,mode,dontFollow)=>{if(!(dontFollow="string"==typeof path?FS.lookupPath(path,{follow:!dontFollow}).node:path).node_ops.setattr)throw new FS.ErrnoError(63);dontFollow.node_ops.setattr(dontFollow,{mode:4095&mode|-4096&dontFollow.mode,timestamp:Date.now()})},lchmod:(path,mode)=>{FS.chmod(path,mode,!0)},fchmod:(fd,mode)=>{fd=FS.getStreamChecked(fd);FS.chmod(fd.node,mode)},chown:(path,uid,gid,dontFollow)=>{if(!(dontFollow="string"==typeof path?FS.lookupPath(path,{follow:!dontFollow}).node:path).node_ops.setattr)throw new FS.ErrnoError(63);dontFollow.node_ops.setattr(dontFollow,{timestamp:Date.now()})},lchown:(path,uid,gid)=>{FS.chown(path,uid,gid,!0)},fchown:(fd,uid,gid)=>{fd=FS.getStreamChecked(fd);FS.chown(fd.node,uid,gid)},truncate:(path,len)=>{if(len<0)throw new FS.ErrnoError(28);if(!(path="string"==typeof path?FS.lookupPath(path,{follow:!0}).node:path).node_ops.setattr)throw new FS.ErrnoError(63);if(FS.isDir(path.mode))throw new FS.ErrnoError(31);if(!FS.isFile(path.mode))throw new FS.ErrnoError(28);var errCode=FS.nodePermissions(path,"w");if(errCode)throw new FS.ErrnoError(errCode);path.node_ops.setattr(path,{size:len,timestamp:Date.now()})},ftruncate:(fd,len)=>{fd=FS.getStreamChecked(fd);if(0==(2097155&fd.flags))throw new FS.ErrnoError(28);FS.truncate(fd.node,len)},utime:(path,atime,mtime)=>{path=FS.lookupPath(path,{follow:!0}).node;path.node_ops.setattr(path,{timestamp:Math.max(atime,mtime)})},open:(path,flags,mode)=>{if(""===path)throw new FS.ErrnoError(44);if(mode=void 0===mode?438:mode,mode=64&(flags="string"==typeof flags?FS_modeStringToFlags(flags):flags)?4095&mode|32768:0,"object"==typeof path)node=path;else{path=PATH.normalize(path);try{var node=FS.lookupPath(path,{follow:!(131072&flags)}).node}catch(e){}}var created=!1;if(64&flags)if(node){if(128&flags)throw new FS.ErrnoError(20)}else node=FS.mknod(path,mode,0),created=!0;if(!node)throw new FS.ErrnoError(44);if(FS.isChrdev(node.mode)&&(flags&=-513),65536&flags&&!FS.isDir(node.mode))throw new FS.ErrnoError(54);if(!created){mode=FS.mayOpen(node,flags);if(mode)throw new FS.ErrnoError(mode)}512&flags&&!created&&FS.truncate(node,0),flags&=-131713;mode=FS.createStream({node:node,path:FS.getPath(node),flags:flags,seekable:!0,position:0,stream_ops:node.stream_ops,ungotten:[],error:!1});return mode.stream_ops.open&&mode.stream_ops.open(mode),!Module.logReadFiles||1&flags||(FS.readFiles||(FS.readFiles={}),path in FS.readFiles)||(FS.readFiles[path]=1),mode},close:stream=>{if(FS.isClosed(stream))throw new FS.ErrnoError(8);stream.getdents&&(stream.getdents=null);try{stream.stream_ops.close&&stream.stream_ops.close(stream)}catch(e){throw e}finally{FS.closeStream(stream.fd)}stream.fd=null},isClosed:stream=>null===stream.fd,llseek:(stream,offset,whence)=>{if(FS.isClosed(stream))throw new FS.ErrnoError(8);if(!stream.seekable||!stream.stream_ops.llseek)throw new FS.ErrnoError(70);if(0!=whence&&1!=whence&&2!=whence)throw new FS.ErrnoError(28);return stream.position=stream.stream_ops.llseek(stream,offset,whence),stream.ungotten=[],stream.position},read:(stream,buffer,offset,length,position)=>{if(length<0||position<0)throw new FS.ErrnoError(28);if(FS.isClosed(stream))throw new FS.ErrnoError(8);if(1==(2097155&stream.flags))throw new FS.ErrnoError(8);if(FS.isDir(stream.node.mode))throw new FS.ErrnoError(31);if(!stream.stream_ops.read)throw new FS.ErrnoError(28);var seeking=void 0!==position;if(seeking){if(!stream.seekable)throw new FS.ErrnoError(70)}else position=stream.position;buffer=stream.stream_ops.read(stream,buffer,offset,length,position);return seeking||(stream.position+=buffer),buffer},write:(stream,buffer,offset,length,position,canOwn)=>{if(length<0||position<0)throw new FS.ErrnoError(28);if(FS.isClosed(stream))throw new FS.ErrnoError(8);if(0==(2097155&stream.flags))throw new FS.ErrnoError(8);if(FS.isDir(stream.node.mode))throw new FS.ErrnoError(31);if(!stream.stream_ops.write)throw new FS.ErrnoError(28);stream.seekable&&1024&stream.flags&&FS.llseek(stream,0,2);var seeking=void 0!==position;if(seeking){if(!stream.seekable)throw new FS.ErrnoError(70)}else position=stream.position;buffer=stream.stream_ops.write(stream,buffer,offset,length,position,canOwn);return seeking||(stream.position+=buffer),buffer},allocate:(stream,offset,length)=>{if(FS.isClosed(stream))throw new FS.ErrnoError(8);if(offset<0||length<=0)throw new FS.ErrnoError(28);if(0==(2097155&stream.flags))throw new FS.ErrnoError(8);if(!FS.isFile(stream.node.mode)&&!FS.isDir(stream.node.mode))throw new FS.ErrnoError(43);if(!stream.stream_ops.allocate)throw new FS.ErrnoError(138);stream.stream_ops.allocate(stream,offset,length)},mmap:(stream,length,position,prot,flags)=>{if(0!=(2&prot)&&0==(2&flags)&&2!=(2097155&stream.flags))throw new FS.ErrnoError(2);if(1==(2097155&stream.flags))throw new FS.ErrnoError(2);if(stream.stream_ops.mmap)return stream.stream_ops.mmap(stream,length,position,prot,flags);throw new FS.ErrnoError(43)},msync:(stream,buffer,offset,length,mmapFlags)=>stream.stream_ops.msync?stream.stream_ops.msync(stream,buffer,offset,length,mmapFlags):0,munmap:stream=>0,ioctl:(stream,cmd,arg)=>{if(stream.stream_ops.ioctl)return stream.stream_ops.ioctl(stream,cmd,arg);throw new FS.ErrnoError(59)},readFile:(path,opts={})=>{if(opts.flags=opts.flags||0,opts.encoding=opts.encoding||"binary","utf8"!==opts.encoding&&"binary"!==opts.encoding)throw new Error(`Invalid encoding type "${opts.encoding}"`);var ret,stream=FS.open(path,opts.flags),path=FS.stat(path).size,buf=new Uint8Array(path);return FS.read(stream,buf,0,path,0),"utf8"===opts.encoding?ret=UTF8ArrayToString(buf,0):"binary"===opts.encoding&&(ret=buf),FS.close(stream),ret},writeFile:(path,data,opts={})=>{opts.flags=opts.flags||577;path=FS.open(path,opts.flags,opts.mode);if("string"==typeof data){var buf=new Uint8Array(lengthBytesUTF8(data)+1),actualNumBytes=stringToUTF8Array(data,buf,0,buf.length);FS.write(path,buf,0,actualNumBytes,void 0,opts.canOwn)}else{if(!ArrayBuffer.isView(data))throw new Error("Unsupported data type");FS.write(path,data,0,data.byteLength,void 0,opts.canOwn)}FS.close(path)},cwd:()=>FS.currentPath,chdir:path=>{path=FS.lookupPath(path,{follow:!0});if(null===path.node)throw new FS.ErrnoError(44);if(!FS.isDir(path.node.mode))throw new FS.ErrnoError(54);var errCode=FS.nodePermissions(path.node,"x");if(errCode)throw new FS.ErrnoError(errCode);FS.currentPath=path.path},createDefaultDirectories:()=>{FS.mkdir("/tmp"),FS.mkdir("/home"),FS.mkdir("/home/web_user")},createDefaultDevices:()=>{FS.mkdir("/dev"),FS.registerDevice(FS.makedev(1,3),{read:()=>0,write:(stream,buffer,offset,length,pos)=>length}),FS.mkdev("/dev/null",FS.makedev(1,3)),TTY.register(FS.makedev(5,0),TTY.default_tty_ops),TTY.register(FS.makedev(6,0),TTY.default_tty1_ops),FS.mkdev("/dev/tty",FS.makedev(5,0)),FS.mkdev("/dev/tty1",FS.makedev(6,0));var randomBuffer=new Uint8Array(1024),randomLeft=0,randomByte=()=>(0===randomLeft&&(randomLeft=randomFill(randomBuffer).byteLength),randomBuffer[--randomLeft]);FS.createDevice("/dev","random",randomByte),FS.createDevice("/dev","urandom",randomByte),FS.mkdir("/dev/shm"),FS.mkdir("/dev/shm/tmp")},createSpecialDirectories:()=>{FS.mkdir("/proc");var proc_self=FS.mkdir("/proc/self");FS.mkdir("/proc/self/fd"),FS.mount({mount:()=>{var node=FS.createNode(proc_self,"fd",16895,73);return node.node_ops={lookup:(parent,name)=>{var stream=FS.getStreamChecked(+name),name={parent:null,mount:{mountpoint:"fake"},node_ops:{readlink:()=>stream.path}};return name.parent=name}},node}},{},"/proc/self/fd")},createStandardStreams:()=>{Module.stdin?FS.createDevice("/dev","stdin",Module.stdin):FS.symlink("/dev/tty","/dev/stdin"),Module.stdout?FS.createDevice("/dev","stdout",null,Module.stdout):FS.symlink("/dev/tty","/dev/stdout"),Module.stderr?FS.createDevice("/dev","stderr",null,Module.stderr):FS.symlink("/dev/tty1","/dev/stderr");FS.open("/dev/stdin",0),FS.open("/dev/stdout",1),FS.open("/dev/stderr",1)},ensureErrnoError:()=>{FS.ErrnoError||(FS.ErrnoError=function(errno,node){this.name="ErrnoError",this.node=node,this.setErrno=function(errno){this.errno=errno},this.setErrno(errno),this.message="FS error"},FS.ErrnoError.prototype=new Error,FS.ErrnoError.prototype.constructor=FS.ErrnoError,[44].forEach(code=>{FS.genericErrors[code]=new FS.ErrnoError(code),FS.genericErrors[code].stack="<generic error, no stack>"}))},staticInit:()=>{FS.ensureErrnoError(),FS.nameTable=new Array(4096),FS.mount(MEMFS,{},"/"),FS.createDefaultDirectories(),FS.createDefaultDevices(),FS.createSpecialDirectories(),FS.filesystems={MEMFS:MEMFS}},init:(input,output,error)=>{FS.init.initialized=!0,FS.ensureErrnoError(),Module.stdin=input||Module.stdin,Module.stdout=output||Module.stdout,Module.stderr=error||Module.stderr,FS.createStandardStreams()},quit:()=>{FS.init.initialized=!1;for(var i=0;i<FS.streams.length;i++){var stream=FS.streams[i];stream&&FS.close(stream)}},findObject:(path,dontResolveLastLink)=>{path=FS.analyzePath(path,dontResolveLastLink);return path.exists?path.object:null},analyzePath:(path,dontResolveLastLink)=>{try{path=(lookup=FS.lookupPath(path,{follow:!dontResolveLastLink})).path}catch(e){}var ret={isRoot:!1,exists:!1,error:0,name:null,path:null,object:null,parentExists:!1,parentPath:null,parentObject:null};try{var lookup=FS.lookupPath(path,{parent:!0});ret.parentExists=!0,ret.parentPath=lookup.path,ret.parentObject=lookup.node,ret.name=PATH.basename(path),lookup=FS.lookupPath(path,{follow:!dontResolveLastLink}),ret.exists=!0,ret.path=lookup.path,ret.object=lookup.node,ret.name=lookup.node.name,ret.isRoot="/"===lookup.path}catch(e){ret.error=e.errno}return ret},createPath:(parent,path,canRead,canWrite)=>{parent="string"==typeof parent?parent:FS.getPath(parent);for(var parts=path.split("/").reverse();parts.length;){var part=parts.pop();if(part){var current=PATH.join2(parent,part);try{FS.mkdir(current)}catch(e){}parent=current}}return current},createFile:(parent,name,properties,canRead,canWrite)=>{parent=PATH.join2("string"==typeof parent?parent:FS.getPath(parent),name),name=FS_getMode(canRead,canWrite);return FS.create(parent,name)},createDataFile:(parent,name,data,canRead,canWrite,canOwn)=>{var path=name,name=(parent&&(parent="string"==typeof parent?parent:FS.getPath(parent),path=name?PATH.join2(parent,name):parent),FS_getMode(canRead,canWrite)),parent=FS.create(path,name);if(data){if("string"==typeof data){for(var arr=new Array(data.length),i=0,len=data.length;i<len;++i)arr[i]=data.charCodeAt(i);data=arr}FS.chmod(parent,146|name);canRead=FS.open(parent,577);FS.write(canRead,data,0,data.length,0,canOwn),FS.close(canRead),FS.chmod(parent,name)}return parent},createDevice:(parent,name,input,output)=>{var parent=PATH.join2("string"==typeof parent?parent:FS.getPath(parent),name),name=FS_getMode(!!input,!!output),dev=(FS.createDevice.major||(FS.createDevice.major=64),FS.makedev(FS.createDevice.major++,0));return FS.registerDevice(dev,{open:stream=>{stream.seekable=!1},close:stream=>{output&&output.buffer&&output.buffer.length&&output(10)},read:(stream,buffer,offset,length,pos)=>{for(var result,bytesRead=0,i=0;i<length;i++){try{result=input()}catch(e){throw new FS.ErrnoError(29)}if(void 0===result&&0===bytesRead)throw new FS.ErrnoError(6);if(null==result)break;bytesRead++,buffer[offset+i]=result}return bytesRead&&(stream.node.timestamp=Date.now()),bytesRead},write:(stream,buffer,offset,length,pos)=>{for(var i=0;i<length;i++)try{output(buffer[offset+i])}catch(e){throw new FS.ErrnoError(29)}return length&&(stream.node.timestamp=Date.now()),i}}),FS.mkdev(parent,name,dev)},forceLoadFile:obj=>{if(obj.isDevice||obj.isFolder||obj.link||obj.contents)return!0;if("undefined"!=typeof XMLHttpRequest)throw new Error("Lazy loading should have been performed (contents set) in createLazyFile, but it was not. Lazy loading only works in web workers. Use --embed-file or --preload-file in emcc on the main thread.");if(!read_)throw new Error("Cannot load without read() or XMLHttpRequest.");try{obj.contents=intArrayFromString(read_(obj.url),!0),obj.usedBytes=obj.contents.length}catch(e){throw new FS.ErrnoError(29)}},createLazyFile:(parent,name,url,canRead,canWrite)=>{function LazyUint8Array(){this.lengthKnown=!1,this.chunks=[]}if(LazyUint8Array.prototype.get=function(idx){var chunkOffset;if(!(idx>this.length-1||idx<0))return chunkOffset=idx%this.chunkSize,idx=idx/this.chunkSize|0,this.getter(idx)[chunkOffset]},LazyUint8Array.prototype.setDataGetter=function(getter){this.getter=getter},LazyUint8Array.prototype.cacheLength=function(){var xhr=new XMLHttpRequest;if(xhr.open("HEAD",url,!1),xhr.send(null),!(200<=xhr.status&&xhr.status<300||304===xhr.status))throw new Error("Couldn't load "+url+". Status: "+xhr.status);var header,datalength=Number(xhr.getResponseHeader("Content-length")),hasByteServing=(header=xhr.getResponseHeader("Accept-Ranges"))&&"bytes"===header,xhr=(header=xhr.getResponseHeader("Content-Encoding"))&&"gzip"===header,chunkSize=1048576,lazyArray=(hasByteServing||(chunkSize=datalength),this);lazyArray.setDataGetter(chunkNum=>{var start=chunkNum*chunkSize,end=(chunkNum+1)*chunkSize-1,end=Math.min(end,datalength-1);if(void 0===lazyArray.chunks[chunkNum]&&(lazyArray.chunks[chunkNum]=((from,to)=>{if(to<from)throw new Error("invalid range ("+from+", "+to+") or no bytes requested!");if(datalength-1<to)throw new Error("only "+datalength+" bytes available! programmer error!");var xhr=new XMLHttpRequest;if(xhr.open("GET",url,!1),datalength!==chunkSize&&xhr.setRequestHeader("Range","bytes="+from+"-"+to),xhr.responseType="arraybuffer",xhr.overrideMimeType&&xhr.overrideMimeType("text/plain; charset=x-user-defined"),xhr.send(null),200<=xhr.status&&xhr.status<300||304===xhr.status)return void 0!==xhr.response?new Uint8Array(xhr.response||[]):intArrayFromString(xhr.responseText||"",!0);throw new Error("Couldn't load "+url+". Status: "+xhr.status)})(start,end)),void 0===lazyArray.chunks[chunkNum])throw new Error("doXHR failed!");return lazyArray.chunks[chunkNum]}),!xhr&&datalength||(chunkSize=datalength=1,datalength=this.getter(0).length,chunkSize=datalength,out("LazyFiles on gzip forces download of the whole file when length is accessed")),this._length=datalength,this._chunkSize=chunkSize,this.lengthKnown=!0},"undefined"!=typeof XMLHttpRequest){if(!ENVIRONMENT_IS_WORKER)throw"Cannot do synchronous binary XHRs outside webworkers in modern browsers. Use --embed-file or --preload-file in emcc";var lazyArray=new LazyUint8Array,lazyArray=(Object.defineProperties(lazyArray,{length:{get:function(){return this.lengthKnown||this.cacheLength(),this._length}},chunkSize:{get:function(){return this.lengthKnown||this.cacheLength(),this._chunkSize}}}),{isDevice:!1,contents:lazyArray})}else lazyArray={isDevice:!1,url:url};var node=FS.createFile(parent,name,lazyArray,canRead,canWrite),stream_ops=(lazyArray.contents?node.contents=lazyArray.contents:lazyArray.url&&(node.contents=null,node.url=lazyArray.url),Object.defineProperties(node,{usedBytes:{get:function(){return this.contents.length}}}),{});function writeChunks(stream,buffer,offset,length,position){var contents=stream.node.contents;if(position>=contents.length)return 0;var size=Math.min(contents.length-position,length);if(contents.slice)for(var i=0;i<size;i++)buffer[offset+i]=contents[position+i];else for(i=0;i<size;i++)buffer[offset+i]=contents.get(position+i);return size}return Object.keys(node.stream_ops).forEach(key=>{var fn=node.stream_ops[key];stream_ops[key]=function(){return FS.forceLoadFile(node),fn.apply(null,arguments)}}),stream_ops.read=(stream,buffer,offset,length,position)=>(FS.forceLoadFile(node),writeChunks(stream,buffer,offset,length,position)),stream_ops.mmap=(stream,length,position,prot,flags)=>{FS.forceLoadFile(node);var ptr=mmapAlloc(length);if(ptr)return writeChunks(stream,HEAP8,ptr,length,position),{ptr:ptr,allocated:!0};throw new FS.ErrnoError(48)},node.stream_ops=stream_ops,node}},SYSCALLS={DEFAULT_POLLMASK:5,calculateAt:function(dirfd,path,allowEmpty){if(PATH.isAbs(path))return path;if(dirfd=-100===dirfd?FS.cwd():SYSCALLS.getStreamFromFD(dirfd).path,0!=path.length)return PATH.join2(dirfd,path);if(allowEmpty)return dirfd;throw new FS.ErrnoError(44)},doStat:function(func,path,buf){try{var stat=func(path)}catch(e){if(e&&e.node&&PATH.normalize(path)!==PATH.normalize(FS.getPath(e.node)))return-54;throw e}HEAP32[buf>>>2]=stat.dev,HEAP32[buf+4>>>2]=stat.mode,HEAPU32[buf+8>>>2]=stat.nlink,HEAP32[buf+12>>>2]=stat.uid,HEAP32[buf+16>>>2]=stat.gid,HEAP32[buf+20>>>2]=stat.rdev,tempI64=[stat.size>>>0,(tempDouble=stat.size,1<=+Math.abs(tempDouble)?0<tempDouble?+Math.floor(tempDouble/4294967296)>>>0:~~+Math.ceil((tempDouble-(~~tempDouble>>>0))/4294967296)>>>0:0)],HEAP32[buf+24>>>2]=tempI64[0],HEAP32[buf+28>>>2]=tempI64[1],HEAP32[buf+32>>>2]=4096,HEAP32[buf+36>>>2]=stat.blocks;var func=stat.atime.getTime(),path=stat.mtime.getTime(),ctime=stat.ctime.getTime();return tempI64=[Math.floor(func/1e3)>>>0,(tempDouble=Math.floor(func/1e3),1<=+Math.abs(tempDouble)?0<tempDouble?+Math.floor(tempDouble/4294967296)>>>0:~~+Math.ceil((tempDouble-(~~tempDouble>>>0))/4294967296)>>>0:0)],HEAP32[buf+40>>>2]=tempI64[0],HEAP32[buf+44>>>2]=tempI64[1],HEAPU32[buf+48>>>2]=func%1e3*1e3,tempI64=[Math.floor(path/1e3)>>>0,(tempDouble=Math.floor(path/1e3),1<=+Math.abs(tempDouble)?0<tempDouble?+Math.floor(tempDouble/4294967296)>>>0:~~+Math.ceil((tempDouble-(~~tempDouble>>>0))/4294967296)>>>0:0)],HEAP32[buf+56>>>2]=tempI64[0],HEAP32[buf+60>>>2]=tempI64[1],HEAPU32[buf+64>>>2]=path%1e3*1e3,tempI64=[Math.floor(ctime/1e3)>>>0,(tempDouble=Math.floor(ctime/1e3),1<=+Math.abs(tempDouble)?0<tempDouble?+Math.floor(tempDouble/4294967296)>>>0:~~+Math.ceil((tempDouble-(~~tempDouble>>>0))/4294967296)>>>0:0)],HEAP32[buf+72>>>2]=tempI64[0],HEAP32[buf+76>>>2]=tempI64[1],HEAPU32[buf+80>>>2]=ctime%1e3*1e3,tempI64=[stat.ino>>>0,(tempDouble=stat.ino,1<=+Math.abs(tempDouble)?0<tempDouble?+Math.floor(tempDouble/4294967296)>>>0:~~+Math.ceil((tempDouble-(~~tempDouble>>>0))/4294967296)>>>0:0)],HEAP32[buf+88>>>2]=tempI64[0],HEAP32[buf+92>>>2]=tempI64[1],0},doMsync:function(addr,stream,len,flags,offset){if(!FS.isFile(stream.node.mode))throw new FS.ErrnoError(43);if(2&flags)return 0;addr=HEAPU8.slice(addr,addr+len);FS.msync(stream,addr,offset,len,flags)},varargs:void 0,get(){return SYSCALLS.varargs+=4,HEAP32[SYSCALLS.varargs-4>>>2]},getStr(ptr){return UTF8ToString(ptr)},getStreamFromFD:function(fd){return FS.getStreamChecked(fd)}};function _environ_get(__environ,environ_buf){__environ>>>=0,environ_buf>>>=0;var bufSize=0;return getEnvStrings().forEach(function(string,i){var ptr=environ_buf+bufSize;HEAPU32[__environ+4*i>>>2]=ptr,stringToAscii(string,ptr),bufSize+=string.length+1}),0}function _environ_sizes_get(penviron_count,penviron_buf_size){penviron_count>>>=0,penviron_buf_size>>>=0;var strings=getEnvStrings(),bufSize=(HEAPU32[penviron_count>>>2]=strings.length,0);return strings.forEach(function(string){bufSize+=string.length+1}),HEAPU32[penviron_buf_size>>>2]=bufSize,0}function _fd_close(fd){try{var stream=SYSCALLS.getStreamFromFD(fd);return FS.close(stream),0}catch(e){if(void 0===FS||"ErrnoError"!==e.name)throw e;return e.errno}}var doReadv=(stream,iov,iovcnt,offset)=>{for(var ret=0,i=0;i<iovcnt;i++){var ptr=HEAPU32[iov>>>2],len=HEAPU32[iov+4>>>2],ptr=(iov+=8,FS.read(stream,HEAP8,ptr,len,offset));if(ptr<0)return-1;if(ret+=ptr,ptr<len)break;void 0!==offset&&(offset+=ptr)}return ret};function _fd_read(fd,iov,iovcnt,pnum){iov>>>=0,iovcnt>>>=0,pnum>>>=0;try{var stream=SYSCALLS.getStreamFromFD(fd),num=doReadv(stream,iov,iovcnt);return HEAPU32[pnum>>>2]=num,0}catch(e){if(void 0===FS||"ErrnoError"!==e.name)throw e;return e.errno}}function _fd_seek(fd,offset_low,offset_high,whence,newOffset){var stream,offset_low=convertI32PairToI53Checked(offset_low,offset_high);newOffset>>>=0;try{return 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arraySum=(array,index)=>{for(var sum=0,i=0;i<=index;sum+=array[i++]);return sum},MONTH_DAYS_LEAP=[31,29,31,30,31,30,31,31,30,31,30,31],MONTH_DAYS_REGULAR=[31,28,31,30,31,30,31,31,30,31,30,31],addDays=(date,days)=>{for(var newDate=new Date(date.getTime());0<days;){var leap=isLeapYear(newDate.getFullYear()),currentMonth=newDate.getMonth(),leap=(leap?MONTH_DAYS_LEAP:MONTH_DAYS_REGULAR)[currentMonth];if(!(days>leap-newDate.getDate()))return newDate.setDate(newDate.getDate()+days),newDate;days-=leap-newDate.getDate()+1,newDate.setDate(1),currentMonth<11?newDate.setMonth(currentMonth+1):(newDate.setMonth(0),newDate.setFullYear(newDate.getFullYear()+1))}return newDate},writeArrayToMemory=(array,buffer)=>{HEAP8.set(array,buffer>>>0)};function _strftime(s,maxsize,format,tm){s>>>=0,maxsize>>>=0,format>>>=0;var 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WEEKDAYS=["Sunday","Monday","Tuesday","Wednesday","Thursday","Friday","Saturday"],MONTHS=["January","February","March","April","May","June","July","August","September","October","November","December"];function leadingSomething(value,digits,character){for(var str="number"==typeof value?value.toString():value||"";str.length<digits;)str=character[0]+str;return str}function leadingNulls(value,digits){return leadingSomething(value,digits,"0")}function compareByDay(date1,date2){function sgn(value){return value<0?-1:0<value?1:0}var compare;return compare=0===(compare=sgn(date1.getFullYear()-date2.getFullYear()))&&0===(compare=sgn(date1.getMonth()-date2.getMonth()))?sgn(date1.getDate()-date2.getDate()):compare}function getFirstWeekStartDate(janFourth){switch(janFourth.getDay()){case 0:return new Date(janFourth.getFullYear()-1,11,29);case 1:return janFourth;case 2:return new Date(janFourth.getFullYear(),0,3);case 3:return new Date(janFourth.getFullYear(),0,2);case 4:return new 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tm.length>maxsize?0:(writeArrayToMemory(tm,s),tm.length-1)}function _strftime_l(s,maxsize,format,tm,loc){return _strftime(s>>>=0,maxsize>>>=0,format>>>=0,tm>>>=0)}function uleb128Encode(n,target){n<128?target.push(n):target.push(n%128|128,n>>7)}function sigToWasmTypes(sig){for(var typeNames={i:"i32",j:"i64",f:"f32",d:"f64",p:"i32"},type={parameters:[],results:"v"==sig[0]?[]:[typeNames[sig[0]]]},i=1;i<sig.length;++i)type.parameters.push(typeNames[sig[i]]);return type}function generateFuncType(sig,target){var sigRet=sig.slice(0,1),sigParam=sig.slice(1),typeCodes={i:127,p:127,j:126,f:125,d:124};target.push(96),uleb128Encode(sigParam.length,target);for(var i=0;i<sigParam.length;++i)target.push(typeCodes[sigParam[i]]);"v"==sigRet?target.push(0):target.push(1,typeCodes[sigRet])}function convertJsFunctionToWasm(func,sig){var bytes;return"function"==typeof WebAssembly.Function?new 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applySignatureConversions(exports){var makeWrapper_pp=f=>a0=>f(a0)>>>0,makeWrapper_p=f=>()=>f()>>>0;return(exports=Object.assign({},exports)).malloc=makeWrapper_pp(exports.malloc),exports.__errno_location=makeWrapper_p(exports.__errno_location),exports.__getTypeName=makeWrapper_pp(exports.__getTypeName),exports.stackSave=makeWrapper_p(exports.stackSave),exports.stackAlloc=makeWrapper_pp(exports.stackAlloc),exports}function run(){function doRun(){calledRun||(calledRun=!0,Module.calledRun=!0,ABORT)||(initRuntime(),readyPromiseResolve(Module),Module.onRuntimeInitialized&&Module.onRuntimeInitialized(),postRun())}0<runDependencies||(preRun(),0<runDependencies)||(Module.setStatus?(Module.setStatus("Running..."),setTimeout(function(){setTimeout(function(){Module.setStatus("")},1),doRun()},1)):doRun())}if(Module.ccall=ccall,Module.cwrap=cwrap,Module.addFunction=addFunction,Module.removeFunction=removeFunction,dependenciesFulfilled=function 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arr=[],arrSize=obj.size(),i=0;i<arrSize;i++)arr.push(obj.get(i));return arr}function toNonExponential(value){var sign,e;return"number"!=typeof value&&(value=parseFloat(value),isNaN(value))?"":(value<0?(sign="-",value=Math.abs(value)):sign="",value<1?(e=parseInt(value.toString().split("e-")[1]))&&(value*=Math.pow(10,e-1),value="0."+new Array(e).join("0")+value.toString().substring(2)):(e=parseInt(value.toString().split("e+")[1]))&&(value=(value/=Math.pow(10,e))+new Array(e+1).join("0")),sign+value)}function initThread(env){function Thread(func,args){this.tid=void 0===func?0:nextId++,this.terminated=!1,this.ts=0,this.te=0,this.ret=null,this.funcs=[],Array.isArray(func)?(this.funcs.push(func),this.funcs=this.funcs.concat(args)):this.funcs.push([func].concat(args)),this.data={},this.messageQueue=[],this.run=function(){pending++;var prevThreadId=currentThreadId,ctx=(currentThreadId=this.tid,this.ts=env.UnixNano()/1e6,{});for(let i=this.funcs.length-1;0<=i;i--){"string"==typeof this.funcs[i][0]&&(this.funcs[i][0]=new Function(this.funcs[i][0]));var ret=this.funcs[i][0].apply(ctx,this.funcs[i].slice(1));0==i&&(this.ret=ret)}this.te=env.UnixNano()/1e6,totalElapsed+=this.te-this.ts,this.terminated=!1,currentThreadId=prevThreadId,pending--},this.id=function(){return this.tid},this.name=function(){return 0==this.tid?"MainThread":"Thread-"+this.tid},this.terminate=function(){this.terminated=!0},this.release=function(){delete threads[this.tid]},this.postMessage=function(msg){this.messageQueue.push(msg)},this.peekMessage=function(){return this.messageQueue.shift()||null},this.join=function(timeout){var now=env.UnixNano()/1e6-totalElapsed;if("number"==typeof timeout)if(0<timeout){if(now+timeout<this.te)return void env.Sleep(timeout);env.Sleep(this.te-now)}else if(timeout<0&&now<this.te)return;return this.release(),{id:this.tid,terminated:this.terminated,elapsed:this.te-this.ts,ret:this.ret}},this.eventLoop=function(){env.LogError("sandbox not support eventLoop")}}let threads={},nextId=1,pending=0,totalElapsed=0,currentThreadId=0;function run_forever(){for(;;)env.Sleep(10)}threads[0]=new Thread,env.threading={Thread:function(f){var thread=new Thread(f,1<arguments.length?Array.prototype.slice.call(arguments,1):[]);return(threads[thread.tid]=thread).run(),thread},getThread:function(tid){return threads[tid]},mainThread:function(){return threads[0]},currentThread:function(){return threads[currentThreadId]},pending:function(){return pending},Lock:function(){let locked=!1;return{acquire:function(){locked&&run_forever(),locked=!0},release:function(){locked=!1}}},Event:function(){return{set:function(){return!0},clear:function(){return!0},isSet:function(){return!1},wait:function(timeout){return!0}}},Condition:function(){let locked=!1;return{wait:function(){return!0},notify:function(){return!0},notifyAll:function(){return!0},acquire:function(){locked&&run_forever(),locked=!0},release:function(){locked=!1}}},Dict:function(){let dict={};return{get:function(key){return dict[key]},set:function(key,value){dict[key]=value}}}},env.__Thread=function(f){var thread=new Thread(f,1<arguments.length?Array.prototype.slice.call(arguments,1):[]);return(threads[thread.tid]=thread).run(),thread.tid},env.__threadPeekMessage=function(timeout=0){var currentThreadId=nextId-1,currentThreadId=threads[currentThreadId];return currentThreadId&&0!=currentThreadId.messageQueue.length?currentThreadId.receiveMessage():null},env.__threadPostMessage=function(threadId,msg){threadId=threads[threadId];threadId&&threadId.sendMessage(msg)},env.__threadJoin=function(threadId,timeout){var thread=threads[threadId];if(thread)return thread.join(timeout);throw"thread #"+threadId.toString()+" not found"},env.__threadTerminate=function(threadId){threadId=threads[threadId];threadId&&(threadId.terminate(),threadId.release())},env.__threadGetData=function(threadId,key){threadId=threads[threadId];return threadId&&threadId.data[key]||null},env.__threadSetData=function(threadId,key,value){threadId=threads[threadId];threadId&&(threadId.data[key]=value)},env.__threadId=function(){return nextId-1},env.__threadPending=function(running=0){return 0}}return run(),Module.talib=function(){function ReadDouble(p,idx){return getValue(p+4*idx,"double")}function ReadInt(p,idx){return getValue(p+4*idx,"i32")}function ReadStr(p,idx){return UTF8ToString(getValue(p+4*idx,"i32"))}function GetArr(arr,attr,isInteger){var ret=[],tmp=0;isInteger=void 0!==isInteger&&isInteger;for(var i=0;i<arr.length;i++)"number"!=typeof(tmp=arr[i])&&(tmp=arr[i][attr]),isInteger?ret.push(parseInt(tmp)):ret.push(tmp);var data=isInteger?new Uint8Array(new Int32Array(ret).buffer):new Uint8Array(new Float64Array(ret).buffer),ret=Module._malloc(data.length);return writeArrayToMemory(data,ret),ret}Module._TA_Initialize();function throwError(errCode){var retCodeInfo;if(0!==errCode)throw retCodeInfo=Module._malloc(8),TA_SetRetCodeInfo(errCode,retCodeInfo),errCode=ReadStr(retCodeInfo,0)+": "+ReadStr(retCodeInfo,1),Module._free(retCodeInfo),current_func+": "+errCode}var obj={help:function(n){return obj["h_"+n]()},list:[]},TA_GetInputParameterInfo=Module._TA_GetInputParameterInfo,TA_GetOptInputParameterInfo=Module._TA_GetOptInputParameterInfo,TA_GetOutputParameterInfo=Module._TA_GetOutputParameterInfo,TA_ParamHolderAlloc=Module._TA_ParamHolderAlloc,TA_ParamHolderFree=Module._TA_ParamHolderFree,TA_SetInputParamRealPtr=Module._TA_SetInputParamRealPtr,TA_SetInputParamIntegerPtr=Module._TA_SetInputParamIntegerPtr,TA_SetInputParamPricePtr=Module._TA_SetInputParamPricePtr,TA_SetOptInputParamReal=Module._TA_SetOptInputParamReal,TA_SetOptInputParamInteger=Module._TA_SetOptInputParamInteger,TA_SetOutputParamIntegerPtr=Module._TA_SetOutputParamIntegerPtr,TA_SetOutputParamRealPtr=Module._TA_SetOutputParamRealPtr,TA_CallFunc=Module._TA_CallFunc,TA_SetRetCodeInfo=Module._TA_SetRetCodeInfo,current_func="obj",funcCallback=addFunction(function(ptr){var name=ReadStr(ptr,0),group=ReadStr(ptr,1),hint=ReadStr(ptr,2),nbInput=(ReadInt(ptr,4),ReadInt(ptr,5));if(!(1<nbInput&&"OBV"!==name)){for(var nbOptInput=ReadInt(ptr,6),nbOutput=ReadInt(ptr,7),funcHandle=ReadInt(ptr,8),pInfo=Module._malloc(4),inputs=[],optInputs=[],outputs=[],i=0;i<nbInput;i++){throwError(TA_GetInputParameterInfo(funcHandle,i,pInfo));ptr=ReadInt(pInfo,0);inputs.push({type:ReadInt(ptr,0),paramName:ReadStr(ptr,1),flags:ReadInt(ptr,2)})}for(i=0;i<nbOptInput;i++){throwError(TA_GetOptInputParameterInfo(funcHandle,i,pInfo));ptr=ReadInt(pInfo,0);optInputs.push({type:ReadInt(ptr,0),paramName:ReadStr(ptr,1),flags:ReadInt(ptr,2),displayName:ReadStr(ptr,3),defaultValue:ReadDouble(ptr,6),hint:ReadStr(ptr,8)})}for(i=0;i<nbOutput;i++){throwError(TA_GetOutputParameterInfo(funcHandle,i,pInfo));ptr=ReadInt(pInfo,0);outputs.push({type:ReadInt(ptr,0),paramName:ReadStr(ptr,1),flags:ReadInt(ptr,2)})}Module._free(pInfo),obj["h_"+name]=function(){for(var args=[],i=0;i<inputs.length;i++){var type=inputs[i].type,flags=inputs[i].flags,paramName=inputs[i].paramName;1===type?args.push(["Array[Real]",paramName]):2===type?args.push(["Array[Integer]",paramName]):0===type&&(type=[],1&flags&&type.push("Open"),2&flags&&type.push("High"),4&flags&&type.push("Low"),8&flags&&type.push("Close"),16&flags&&type.push("Volume"),32&flags&&type.push("OpenInterest"),64&flags&&type.push("Time"),args.push(["Records["+type.join(",")+"]",paramName]))}for(i=0;i<optInputs.length;i++){var optType="NA";0===optInputs[i].type?optType="RealRange":1===optInputs[i].type?optType="RealList":2===optInputs[i].type?optType="IntegerRange":3===optInputs[i].type&&(optType="IntegerList"),args.push([optType,optInputs[i].paramName,optInputs[i].defaultValue])}for(var rets=[],i=0;i<outputs.length;i++){var outType="Real";1===outputs[i].type&&(outType="Integer"),rets.push([outType,outputs[i].paramName])}return[name,args,rets,hint]},obj.list.push(name);for(var needArg=0,i=0;i<inputs.length;i++){var type=inputs[i].type,flags=inputs[i].flags;(1===type||2===type||0===type&&(1&flags&&needArg++,2&flags&&needArg++,4&flags&&needArg++,8&flags&&needArg++,16&flags))&&needArg++}obj[name]=function(records){var info={handle:funcHandle,name:current_func=name,needArg:needArg,hint:hint,group:group,inputs:inputs,optInputs:optInputs,outputs:outputs};if(void 0===records&&throwError(2),0===records.length){if(0===info.outputs.length)return[];for(var outputArr=[],i=0;i<info.outputs.length;i++)outputArr.push([]);return outputArr}var argPos=0,argv=arguments,moveStep="number"==typeof records[0]?1:0,allocatedParams=(1==moveStep&&arguments.length<info.needArg&&throwError(2),Module._malloc(4)),openPrice=(throwError(TA_ParamHolderAlloc(info.handle,allocatedParams)),null),highPrice=null,lowPrice=null,closePrice=null,volume=null,ints=[],paramsPtr=ReadInt(allocatedParams,0);Module._free(allocatedParams);for(var i=0;i<info.inputs.length;i++){var tmp,type=info.inputs[i].type,flags=info.inputs[i].flags;1===type?(closePrice||(closePrice=GetArr(argv[argPos],"Close"),argPos+=moveStep),throwError(TA_SetInputParamRealPtr(paramsPtr,i,closePrice))):2===type?(tmp=GetArr(argv[argPos],"Close",!0),argPos+=moveStep,ints.push(tmp),throwError(TA_SetInputParamIntegerPtr(paramsPtr,i,tmp))):0===type&&(1&flags&&(openPrice||(openPrice=GetArr(argv[argPos],"Open"),argPos+=moveStep)),2&flags&&(highPrice||(highPrice=GetArr(argv[argPos],"High"),argPos+=moveStep)),4&flags&&(lowPrice||(lowPrice=GetArr(argv[argPos],"Low"),argPos+=moveStep)),8&flags&&(closePrice||(closePrice=GetArr(argv[argPos],"Close"),argPos+=moveStep)),16&flags&&(volume||(volume=GetArr(argv[argPos],"Volume"),argPos+=moveStep)),throwError(TA_SetInputParamPricePtr(paramsPtr,i,openPrice,highPrice,lowPrice,closePrice,volume,null)))}for(0==moveStep&&argPos++,i=0;i<info.optInputs.length;i++)switch(v=argPos+i<arguments.length?arguments[i+argPos]:info.optInputs[i].defaultValue,info.optInputs[i].type){case 0:case 1:TA_SetOptInputParamReal(paramsPtr,i,v);break;case 2:case 3:TA_SetOptInputParamInteger(paramsPtr,i,v);break;default:throw"error"}outputArr=[];for(i=0;i<info.outputs.length;i++){var ptr=null;1===info.outputs[i].type?(ptr=Module._malloc(4*records.length),throwError(TA_SetOutputParamIntegerPtr(paramsPtr,i,ptr))):0===info.outputs[i].type&&(ptr=Module._malloc(8*records.length),throwError(TA_SetOutputParamRealPtr(paramsPtr,i,ptr))),outputArr.push(ptr)}var allocatedParams=Module._malloc(4),outNbElement=Module._malloc(4),beg=(TA_CallFunc(paramsPtr,0,records.length-1,allocatedParams,outNbElement),ReadInt(allocatedParams,0)),num=ReadInt(outNbElement,0),ret=(Module._free(allocatedParams),Module._free(outNbElement),[]);for(i=0;i<info.outputs.length;i++){ptr=outputArr[i];ret[i]=[];for(var v,j=0;j<records.length;j++)j<beg||num<=j-beg?ret[i].push(NaN):(1===info.outputs[i].type?v=ReadInt(ptr,j-beg):0===info.outputs[i].type&&(v=ReadDouble(ptr,2*(j-beg))),ret[i].push(v));Module._free(ptr)}for(throwError(TA_ParamHolderFree(paramsPtr)),openPrice&&Module._free(openPrice),highPrice&&Module._free(highPrice),lowPrice&&Module._free(lowPrice),closePrice&&Module._free(closePrice),volume&&Module._free(volume),i=0;i<ints.length;i++)Module._free(ints[i]);return 1===ret.length?ret[0]:ret}}},"vii");if(0!==ccall("TA_ForEachFunc","number",["pointer","number"],[funcCallback,0]))throw"error";return removeFunction(funcCallback),obj},Module.VMain=function(task){for(var exchanges=[],i=0;i<task.Exchanges.length;i++)exchanges[i]=function(eIdx){var self={},idx=eIdx;return self.cache=[],self.ct="",self.period=task.Options.Period,self.currency=Module.js_Exchange_GetCurrency(eIdx),self.maxBarLen=task.Exchanges[idx].MaxBarLen,self.lastRawJSON="",self.GetName=function(){return Module.js_Exchange_GetName(eIdx)},self.SetData=function(pair,detail){return"string"!=typeof detail&&(detail=JSON.stringify(detail)),Module.js_Exchange_SetData(eIdx,pair,detail)},self.GetPeriod=function(){return self.period/1e3},self.GetCurrency=function(){return self.currency},self.GetLabel=function(){return Module.js_Exchange_GetLabel(eIdx)},self.GetUSDCNY=function(){return Module.js_Exchange_GetUSDCNY(eIdx)},self.GetRate=function(){return Module.js_Exchange_GetRate(eIdx)},self.SetRate=function(n){return Module.js_Exchange_SetRate(eIdx,n=void 0===n?1:n)},self.SetCurrency=function(s){Module.js_Exchange_SetCurrency(eIdx,s),self.currency=Module.js_Exchange_GetCurrency(eIdx)},self.SetBase=function(s){return Module.js_Exchange_SetBase(eIdx,s)},self.GetBase=function(){return Module.js_Exchange_GetBase(eIdx)},self.SetTimeout=function(n){},self.IO=function(k,v){return void 0===v&&(v=1),"currency"==k?self.SetCurrency(v):Module.js_Exchange_IO(eIdx,k,v)},self.SetPrecision=function(a,b){Module.js_Exchange_SetPrecision(eIdx,a,b)},self.SetProxy=function(){},self.GetQuoteCurrency=function(){return Module.js_Exchange_GetQuoteCurrency(eIdx)},self.GetBaseCurrency=function(){return Module.js_Exchange_GetBaseCurrency(eIdx)},self.GetDepth=function(symbol){self.lastRawJSON="";var ret=Module.js_Exchange_GetDepth(eIdx,symbol||"");if(!ret)return null;for(var arr=Vector2Array(ret.Orders),d={Asks:[],Bids:[]},i=0;i<arr.length;i++)(i<ret.AsksLen?d.Asks:d.Bids).push(arr[i]);return d},self.GetTickers=function(){self.lastRawJSON="";var ret=Module.js_Exchange_GetTickers(eIdx);return ret?Vector2Array(ret):null},self.GetMarkets=function(){return JSON.parse(Module.js_Exchange_GetMarkets(eIdx))},self.GetTicker=function(symbol){return self.lastRawJSON="",Module.js_Exchange_GetTicker(eIdx,symbol||"")},self.GetData=function(pair,timeout,offset){"number"!=typeof timeout&&(timeout=6e4),"number"!=typeof offset&&(offset=0),self.lastRawJSON="";pair=Module.js_Exchange_GetData(eIdx,pair,timeout,offset);return 0<pair.Data.length?pair.Data=JSON.parse(pair.Data):pair.Data=null,pair},self.GetTrades=function(symbol){self.lastRawJSON="";symbol=Module.js_Exchange_GetTrades(eIdx,symbol||"");return symbol?Vector2Array(symbol):null},self.SetMaxBarLen=function(n){self.maxBarLen=n},self.GetRecords=function(symbol,period,limit){"number"==typeof symbol?(limit=period,period=symbol,symbol=""):void 0===symbol&&(symbol="",period=-1,limit=0),self.lastRawJSON="";symbol=Module.js_Exchange_GetRecords(eIdx,symbol||"",period=void 0!==period&&-1!=period?period:self.period/1e3,limit="number"!=typeof limit?0:limit);if(!symbol)return null;var records=Vector2Array(symbol),symbol=self.currency+"/"+self.ct+"/"+period.toString();if(void 0===self.cache[symbol])records.length>self.maxBarLen&&(records=records.slice(records.length-self.maxBarLen)),self.cache[symbol]=records;else for(var c=self.cache[symbol],preTime=0<c.length?c[c.length-1].Time:0,i=0;i<records.length;i++)records[i].Time==preTime&&0<c.length?c[c.length-1]=records[i]:records[i].Time>preTime&&(c.push(records[i]),preTime=c[c.length-1].Time,c.length>self.maxBarLen)&&c.shift();let bars=self.cache[symbol];return bars=0<limit&&bars.length>limit?bars.slice(bars.length-limit):bars},self.GetAccount=function(){return self.lastRawJSON="ctpAccount",Module.js_Exchange_GetAccount(eIdx)},self.GetRawJSON=function(){return"ctpAccount"!=self.lastRawJSON?self.lastRawJSON:Module.js_Exchange_GetCTPAccountJSON(eIdx)},self.Buy=function(price,amount){return self.lastRawJSON="",Module.js_Exchange_Buy(eIdx,price,amount,valuesToString(Array.prototype.slice.call(arguments),2))},self.Sell=function(price,amount){return self.lastRawJSON="",Module.js_Exchange_Sell(eIdx,price,amount,valuesToString(Array.prototype.slice.call(arguments),2))},self.CreateOrder=function(symbol,side,price,amount){return self.lastRawJSON="",Module.js_Exchange_CreateOrder(eIdx,symbol,side,price,amount,valuesToString(Array.prototype.slice.call(arguments),4))},self.Log=function(orderType,price,amount){Module.js_Exchange_Log(eIdx,orderType,price,2==orderType?0:amount,valuesToString(Array.prototype.slice.call(arguments),2==orderType?2:3))},self.GetOrders=function(symbol){self.lastRawJSON="";symbol=Module.js_Exchange_GetOrders(eIdx,symbol||"");return symbol?Vector2Array(symbol):null},self.GetHistoryOrders=function(symbol,since,limit){"number"==typeof symbol&&(limit=since,since=symbol,symbol=""),self.lastRawJSON="",void 0===limit&&(limit=0);symbol=Module.js_Exchange_GetHistoryOrders(eIdx,symbol||"",(since=void 0===since?0:since).toString(),limit);return symbol?Vector2Array(symbol):null},self.GetAssets=function(){self.lastRawJSON="";var ret=Module.js_Exchange_GetAssets(eIdx);return ret?Vector2Array(ret):null},self.GetOrder=function(orderId){return self.lastRawJSON="",Module.js_Exchange_GetOrder(eIdx,orderId)},self.CancelOrder=function(orderId){return self.lastRawJSON="",Module.js_Exchange_CancelOrder(eIdx,orderId,valuesToString(Array.prototype.slice.call(arguments),1))},self.SetDirection=function(s){return Module.js_Exchange_SetDirection(eIdx,s)},self.SetMarginLevel=function(symbol,marginLevel){var tmp;return"number"==typeof symbol&&(tmp=marginLevel||"",marginLevel=symbol,symbol=tmp),Module.js_Exchange_SetMarginLevel(eIdx,symbol,marginLevel)},self.SetContractType=function(symbol){var r=Module.js_Exchange_SetContractType(eIdx,symbol);return"string"==typeof r?(self.ct=symbol,JSON.parse(r)):null},self.GetContractType=function(){return self.ct},self.GetFundings=function(symbol){self.lastRawJSON="";symbol=Module.js_Exchange_GetFundings(eIdx,symbol||"");return symbol?Vector2Array(symbol):null},self.GetPosition=self.GetPositions=function(symbol){self.lastRawJSON="";symbol=Module.js_Exchange_GetPositions(eIdx,symbol||"");return symbol?Vector2Array(symbol):null},self.Go=function(){var args=Array.prototype.slice.call(arguments),ret=self[args[0]].apply(self,args.slice(1));return{wait:function(){return ret}}},self}(i);function countLines(s){for(var count=1,i=0;i<s.length;i++)"\n"==s[i]&&count++;return count}var k,gApis={kvdb:{}},__realDate=(initThread(gApis),Date),__cRetryDelay=3e3,runtime=(gApis.RDate=__realDate,gApis.Benchmark=Module.js_Benchmark,gApis._T=function(a,b){return"[trans]"+("string"==typeof b?a+"|"+b:a)+"[/trans]"},gApis._D=function(date,fmt){void 0===fmt&&(fmt="yyyy-MM-dd hh:mm:ss"),"number"==typeof date?date=new __realDate(date):void 0===date&&(date=new __realDate(Module.js_UnixNano()/1e6));var y=date.getFullYear(),yy=(y%100).toString();1==yy.length&&(yy="0"+yy);var M=(M="0"+(date.getMonth()+1)).substring(M.length-2),d=(d="0"+date.getDate()).substring(d.length-2),h=(h="0"+date.getHours()).substring(h.length-2),m=(m="0"+date.getMinutes()).substring(m.length-2),date=(date="0"+date.getSeconds()).substring(date.length-2);return fmt.replace("yyyy",y).replace("MM",M).replace("dd",d).replace("hh",h).replace("mm",m).replace("ss",date).replace("yy",yy)},gApis.Unix=function(){return Module.js_Unix()},gApis.UnixNano=function(){return Module.js_UnixNano()},gApis.Sleep=function(n){Module.js_Sleep(n)},gApis.Log=function(){Module.js_Log(valuesToString(Array.prototype.slice.call(arguments)))},gApis.LogError=function(){Module.js_LogError(valuesToString(Array.prototype.slice.call(arguments)))},gApis.LogStatus=function(){Module.js_LogStatus(valuesToString(Array.prototype.slice.call(arguments)))},gApis.LogProfit=function(profit){Module.js_LogProfit(profit,valuesToString(Array.prototype.slice.call(arguments),1))},gApis.LogReset=function(keep){Module.js_LogReset(keep=void 0===keep?0:keep)},gApis.EnableLog=function(flag){Module.js_EnableLog(flag=void 0===flag?!0:flag)},gApis.LogProfitReset=function(keep){Module.js_LogProfitReset(keep=void 0===keep?0:keep)},gApis.Date=function(s){return void 0===s&&(s=Module.js_UnixNano()/1e6),new __realDate(s)},gApis.Date.UTC=__realDate.UTC,gApis.Date.parse=__realDate.parse,gApis.Date.now=function(){return Module.js_UnixNano()/1e6},gApis._Cross=function(arr1,arr2){if(arr1.length!==arr2.length)throw"cross array length not equal";for(var n=0,i=arr1.length-1;0<=i&&"number"==typeof arr1[i]&&"number"==typeof arr2[i];i--)if(arr1[i]<arr2[i]){if(0<n)break;n--}else{if(!(arr1[i]>arr2[i]))break;if(n<0)break;n++}return n},gApis._N=function(v,precision){"number"!=typeof precision&&(precision=4);var v=parseFloat(v.toFixed(Math.max(10,precision+5))),s=toNonExponential(v).split(".");return!(0<=precision&&(s.length<2||s[1].length<=precision))&&((s=v<0)&&(v=-v),precision=Math.pow(10,precision),v=Math.floor(v*precision)/precision,s)&&0!=v?-v:v},gApis._C=function(method){for(var r;!(r=method.apply(this,Array.prototype.slice.call(arguments).slice(1)));)gApis.Sleep(__cRetryDelay);return r},gApis._CDelay=function(n){0<n&&(__cRetryDelay=n)},gApis.GetPid=function(){return 1},gApis.GetOS=function(){return"linux/amd64"},gApis.GetLastError=function(){return Module.js_GetLastError()},gApis.SetErrorFilter=function(s){},gApis.MD5=function(s){return Module.js_MD5(s)},gApis.UUID=function(){return Math.random().toString(36).substring(2,15)+Math.random().toString(36).substring(2,15)},gApis.GetCommand=function(){return""},gApis.GetMeta=function(){return""},gApis.Mail=function(){return!0},gApis.Mail_Go=function(){return{wait:function(){return!0}}},gApis.EventLoop=function(){gApis.LogError("sandbox not support EventLoop")},gApis.Dial=function(){gApis.LogError("sandbox not support Dial")},gApis.DBExec=function(){gApis.LogError("sandbox not support DBExec")},gApis.Encode=function(){gApis.LogError("sandbox not support Encode")},gApis.HttpQuery=function(url){return Module.js_HttpQuery(url)},gApis.HttpQuery_Go=function(url){return{wait:function(){return Module.js_HttpQuery(url)}}},gApis.JSONParse=function(s){return JSON.parse(s)},gApis.StrDecode=function(s){gApis.LogError("sandbox not support StrDecode")},gApis.IsVirtual=function(){return!0},gApis.EnableLogLocal=function(){},gApis.LogVacuum=function(){},gApis.Version=function(){return"3.6"},gApis._G=function(k,v){if(void 0===k)return 1;if(null==k)gApis.kvdb={};else{if(k=k.toLowerCase(),void 0===v)return void 0===gApis.kvdb[k]?null:gApis.kvdb[k];null==v?delete gApis.kvdb[k]:gApis.kvdb[k]=v}},gApis.Chart=function(js){var self={update:function(cfg){Module.js_Chart_New(utf8_encode(JSON.stringify(cfg)))},add:function(seriesIdx,d,replaceId){var arr=[];"number"!=typeof seriesIdx?arr=seriesIdx:(arr=[seriesIdx,d],void 0!==replaceId&&arr.push(replaceId)),Module.js_Chart_Add(utf8_encode(JSON.stringify(arr)))},reset:function(reverse){Module.js_Chart_Reset("number"!=typeof reverse?0:reverse)}};return self.update(js),self},gApis.KLineChart=function(options){(options=void 0===options?{}:options).__isCandle=!0;function newPlot(shape){return void 0===shape.overlay&&(shape.overlay=scope.overlay),"shape"!=shape.type&&"bgcolor"!=shape.type&&"barcolor"!=shape.type&&(shape.title&&!scope.runtime.titles[shape.title]||(shape.title="<"+(shape.title||"plot")+"_"+scope.runtime.count.toString()+">"),scope.runtime.count+=1,shape.title)&&(scope.runtime.titles[shape.title]=!0),shape}var scope={chart:gApis.Chart(options),bar:{},overlay:options.overlay||!1,preTime:0,runtime:{plots:[],signals:[],titles:{},count:0}};return scope.register=function(name,args,pfn){var dic={},names=[];args.forEach(function(s,i){Array.isArray(s)?(names.push(s[0]),dic[s[0]]={pos:i,val:s[1]}):(names.push(s),dic[s]={pos:i})}),scope[name]=function(){if(!(scope.bar.Time<scope.preTime)){var argv={};for(k in dic)void 0!==dic[k].val&&(argv[k]=dic[k].val);for(var i=0;i<arguments.length;i++)if(i==arguments.length-1&&"object"==typeof arguments[i])for(var k in arguments[i])void 0!==dic[k]&&(argv[k]=arguments[i][k]);else void 0!==dic[names[i]]&&(argv[names[i]]=arguments[i]);return 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scope.runtime.plots.push(newPlot({series:argv.series,overlay:argv.overlay,title:argv.title,join:argv.join,color:argv.color,histbase:argv.histbase,type:argv.style,lineWidth:argv.linewidth,display:argv.display,offset:argv.offset})),scope.runtime.plots.length-1}),scope.register("barcolor",["color","offset","editable","show_last","title",["display","all"]],function(argv,idx){"string"==typeof argv.color&&"all"==argv.display&&scope.runtime.plots.push({type:"barcolor",title:argv.title,color:argv.color,offset:argv.offset,showLast:argv.show_last,display:argv.display})}),scope.register("plotarrow",["series","title",["colorup","#00ff00"],["colordown","#ff0000"],["offset",0],["minheight",5],["maxheight",100],["editable",!0],"show_last",["display","all"],"overlay"],function(argv){"all"!=argv.display||isNaN(argv.series)||scope.runtime.plots.push(newPlot({series:argv.series,title:argv.title,colorup:argv.colorup,colordown:argv.colordown,offset:argv.offset,minheight:argv.minheight,maxheight:argv.maxheight,showLast:argv.show_last,type:"shape",style:"arrow",display:argv.display,overlay:argv.overlay}))}),scope.register("hline",["price","title","color",["linestyle","dashed"],"linewidth","editable",["display","all"],"overlay"],function(argv){return scope.runtime.plots.push(newPlot({title:argv.title,price:argv.price,overlay:argv.overlay,color:argv.color,type:"hline",lineStyle:argv.linestyle,lineWidth:argv.linewidth,display:argv.display})),scope.runtime.plots.length-1}),scope.register("bgcolor",["color","offset","editable","show_last","title",["display","all"],"overlay"],function(argv){"string"==typeof argv.color&&"all"==argv.display&&scope.runtime.plots.push(newPlot({title:argv.title,overlay:argv.overlay,color:argv.color,type:"bgcolor",showLast:argv.show_last,offset:argv.offset}))}),scope.register("plotchar",["series","title","char",["location","abovebar"],"color","offset","text","textcolor","editable",["size","auto"],"show_last","display","overlay"],function(argv){"absolute"!=argv.location&&!argv.series||"absolute"==argv.location&&isNaN(argv.series)||!argv.char||scope.runtime.plots.push(newPlot({overlay:argv.overlay,type:"shape",style:"char",char:argv.char,series:argv.series,location:argv.location,color:argv.color,offset:argv.offset,size:argv.size,text:argv.text,textColor:argv.textcolor}))}),scope.register("plotshape",["series","title","style",["location","abovebar"],"color","offset","text","textcolor","editable",["size","auto"],"show_last","display","overlay"],function(argv){"absolute"!=argv.location&&!argv.series||"absolute"==argv.location&&isNaN(argv.series)||scope.runtime.plots.push(newPlot({type:"shape",overlay:argv.overlay,title:argv.title,size:argv.size,style:argv.style,series:argv.series,location:argv.location,color:argv.color,offset:argv.offset,text:argv.text,textColor:argv.textcolor}))}),scope.register("plotcandle",["open","high","low","close","title","color","wickcolor","editable","show_last","bordercolor",["display","all"],"overlay"],function(argv){"all"==argv.display&&scope.runtime.plots.push(newPlot({price:argv.high,open:argv.open,high:argv.high,low:argv.low,close:argv.close,title:argv.title,color:argv.color,wickColor:argv.wickcolor,showLast:argv.show_last,borderColor:argv.bordercolor,type:"candle",display:argv.display,overlay:argv.overlay}))}),scope.register("fill",["plot1","plot2","color","title","editable","show_last","fillgaps",["display","all"]],function(argv){var dst;0<=argv.plot1&&0<=argv.plot2&&argv.plot1<scope.runtime.plots.length&&argv.plot2<scope.runtime.plots.length&&"all"==argv.display&&void 0!==(dst=scope.runtime.plots[argv.plot1])&&(void 0===dst.fill&&(dst.fill=[]),dst.fill.push({value:scope.runtime.plots[argv.plot2].series,color:argv.color,showLast:argv.show_last}))}),scope.register("signal",["direction","price","qty","id"],function(argv){var task={id:argv.id||argv.direction,qty:argv.qty,avgPrice:argv.price};"buy"==argv.direction||"long"==argv.direction?task.direction="long":"sell"==argv.direction||"short"==argv.direction?task.direction="short":"closesell"==argv.direction||"closeshort"==argv.direction?(task.direction="close",task.closeDirection="short"):"closebuy"!=argv.direction&&"closelong"!=argv.direction||(task.direction="close",task.closeDirection="long"),(task.direction||task.closeDirection)&&scope.runtime.signals.push(task)}),scope},gApis.$={},gApis.ORDER_STATE_PENDING=0,gApis.ORDER_STATE_CLOSED=1,gApis.ORDER_STATE_CANCELED=2,gApis.ORDER_STATE_UNKNOWN=3,gApis.ORDER_TYPE_BUY=0,gApis.ORDER_TYPE_SELL=1,gApis.ORDER_OFFSET_OPEN=0,gApis.ORDER_OFFSET_CLOSE=1,gApis.PD_LONG=0,gApis.PD_SHORT=1,gApis.PD_LONG_YD=2,gApis.PD_SHORT_YD=3,gApis.LOG_TYPE_BUY=0,gApis.LOG_TYPE_SELL=1,gApis.LOG_TYPE_CANCEL=2,gApis.LOG_TYPE_ERROR=3,gApis.LOG_TYPE_PROFIT=4,gApis.LOG_TYPE_LOG=5,gApis.LOG_TYPE_RESTART=6,gApis.PERIOD_M1=60,gApis.PERIOD_M3=180,gApis.PERIOD_M5=300,gApis.PERIOD_M15=900,gApis.PERIOD_M30=1800,gApis.PERIOD_H1=3600,gApis.PERIOD_H2=7200,gApis.PERIOD_H4=14400,gApis.PERIOD_H6=21600,gApis.PERIOD_H12=43200,gApis.PERIOD_D1=86400,gApis.PERIOD_D3=259200,gApis.PERIOD_W1=604800,gApis.exchanges=exchanges,gApis.exchange=exchanges[0],gApis.talib=Module.talib(),gApis.TA=TAInstance(function(name){Module.js_LogTA(name,valuesToString(Array.prototype.slice.call(arguments),1,","))}),null),tpls=(gApis.__runtime__=function(obj){runtime=obj},task.Code),scope={};for(k 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Date).getTime()/1e3),params=(void 0!==end&&(ec=toUnix(end)),void 0!==start?(ts_from=toUnix(start),void 0===end&&(ec=ts_from+100*unit*(count+10))):void 0===end?(ts_from=0,ts_end=0):ts_from=ec-100*unit*(count+10),{symbol:symbol,resolution:unit,from:ts_from,to:ec,size:count}),arr=[];for(key in params)arr.push(encodeURIComponent(key)+"="+encodeURIComponent(params[key]));for(var data=JSON.parse(httpGet("https://q.fmz.com/data/history?"+arr.join("&"))),rows=[],index=[],i=0;i<data.length;i++)index.push(fmtTime(new Date(1e3*data[i][0]))),rows.push(data[i].slice(1,data[i].length));return new pdObj({index:index,rows:rows,columns:["open","high","low","close","volume"]})},htmlResult=function(s){var s=JSON.parse(s),pnl=[],index=[];return s.Snapshots.forEach(function(ele){var acc=ele[1][0];pnl.push([acc.PnL,100*acc.Utilization]),index.push(fmtTime(new Date(ele[0])))}),columns=["PnL","Utilization(%)"],new pdObj({columns:columns,index:index,rows:pnl})},__m=VBacktest(),void 0===global.talib&&(global.talib=__m.talib(),global.TA=__m.TA,global.plot=function(data,layout){void 0!==data.index&&void 0!==data.columns&&(arr=[],data.columns.forEach(function(c){arr.push({name:c,x:data.index,y:data[c]})}),data=arr),Array.isArray(data)&&0<data.length&&"number"==typeof data[0]&&(obj={x:[],y:data},data.forEach(function(ele,idx){obj.x.push(idx+1)}),data=[obj]),void 0===layout&&(layout={});var arr,obj,timestamp=(new Date).getTime(),timestamp=["<div class='plotly-plot'>","<div id='notebook-plot-"+timestamp+"'></div>","<script>","function plot(){","Plotly.plot('notebook-plot-"+timestamp+"',",JSON.stringify(data),",",JSON.stringify(layout),",",JSON.stringify({displaylogo:!1}),");","}","if(window.Plotly){","plot();","}else{","var head = document.head || document.getElementsByTagName('head')[0];","var s = document.createElement('script');","s.charset='utf-8';","s.src = 'https://www.fmz.com/pkg/plotly-latest.min.js';","s.type = 'text/javascript';","s.async = false;","s.onreadystatechange = s.onload = plot;","head.appendChild(s);","}","<\/script>","</div>"].join("");$$.html(timestamp)}),__ctx.exports.VCtx=function(obj){function periodToMs(s,def){var tmp;return s.length<2||(tmp=parseInt(s.slice(0,s.length-1)),"d"==(s=s[s.length-1])?def=6e4*tmp*60*24:"m"==s?def=6e4*tmp:"h"==s&&(def=36e4*tmp)),def}function dicGet(obj,k,v){return void 0!==obj[k]?obj[k]:v}var k,period=periodToMs(obj.period,36e5),basePeriod=36e5,exchanges=("string"==typeof obj.basePeriod?basePeriod=periodToMs(obj.basePeriod,basePeriod):864e5==period?basePeriod=36e5:36e5==period?basePeriod=18e5:18e5==period?basePeriod=9e5:9e5==period?basePeriod=3e5:3e5==period&&(basePeriod=6e4),[]),feeDef={Huobi:[150,200],OKX:[150,200],Binance:[150,200],Futures_BitMEX:[8,10],Futures_OKX:[30,30],Futures_HuobiDM:[30,30],Futures_CTP:[25,25],Futures_XTP:[30,130]},isCNY=!1,period=(obj.exchanges.forEach(function(e){var arr=e.currency.toUpperCase().split("_"),fee=(1==arr.length&&arr.push(-1!=e.eid.indexOf("CTP")?"CNY":"USD"),[200,200]),v=e.fee,fee=void 0!==v?[1e3*v[0],1e3*v[1]]:feeDef[e.eid]||[200,200];cfg={Balance:dicGet(e,"balance",1e4),BaseCurrency:arr[0],BasePeriod:basePeriod,DepthDeep:5,DepthAmount:20,FaultTolerant:0,PreBarLen:1e3,FeeDenominator:5,FeeMaker:fee[0],FeeTaker:fee[1],FeeMin:dicGet(e,"feeMin",0),Id:e.eid,Label:e.eid,QuoteCurrency:arr[1],SlipPoint:0,Stocks:dicGet(e,"stocks",3)},"Futures_CTP"==e.eid||"Futures_XTP"==e.eid?(cfg.DepthDeep=1,isCNY=!0):"Futures_OKX"!=e.eid&&"Futures_HuobiDM"!=e.eid&&"Bitfinex"!=e.eid&&"Binance"!=e.eid&&("Futures_BitMEX"==e.eid?15!=(v=cfg.BasePeriod/6e4)&&30!=v||(cfg.BasePeriod=3e5):e.eid.indexOf("Futures")),exchanges.push(cfg)}),(options={DataServer:obj.dataServer||(isCNY?"https://q.youquant.com":"https://q.fmz.com"),MaxChartLogs:800,MaxProfitLogs:800,MaxRuntimeLogs:800,NetDelay:200,Period:period,RetFlags:189,UpdatePeriod:5e3}).TimeBegin=toUnix(obj.start),options.TimeEnd=toUnix(obj.end),86400),obj=options.TimeEnd-options.TimeBegin,ctx=(obj/3600<=2?period=60:obj/86400<=2?period=300:obj/86400<30&&(period=3600),options.SnapshotPeriod=1e3*period,options.RetFlags|=256,{});for(k in __m.VTask({Code:[["function main() {}",[],"main"]],Exchanges:exchanges,Options:options,Step:!0},null,httpGet,function(st){},function(){},ctx),ctx.scope)"Date"!=k&&(global[k]=ctx.scope[k]);var realJoin=ctx.Join;return ctx.Join=function(report){var r=realJoin();return report?htmlResult(r):r},ctx}));