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					@ -95,6 +95,17 @@ jx.math.avg = function(lxi,lni){
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					    }
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					    }
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					};
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					};
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					/**
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					* This function will repete a value a given number of times
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					* @pre times > 0
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					*/
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					jx.math.rep = function(value,times){
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						var lvalues = []
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						for(var i=0; i < times; i++){
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							lvalues.push(value) ;
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						}
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						return lvalues;
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					}
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					jx.math.mean = jx.math.avg ;
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					jx.math.mean = jx.math.avg ;
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					jx.math.pow = Math.pow
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					jx.math.pow = Math.pow
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					jx.math.sd = function(lxi,lni){
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					jx.math.sd = function(lxi,lni){
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					@ -103,7 +114,6 @@ jx.math.sd = function(lxi,lni){
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					    sqr = [] ;
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					    sqr = [] ;
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					    for(var i=0; i < lxi.length ;i++){
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					    for(var i=0; i < lxi.length ;i++){
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							console.log(lxi[i])
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					       sqr[i] = jx.math.pow((Number(lxi[i])-mean),2 ) ;
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					       sqr[i] = jx.math.pow((Number(lxi[i])-mean),2 ) ;
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					    }
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					    }
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					@ -111,6 +121,27 @@ jx.math.sd = function(lxi,lni){
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					    return jx.math.sqrt(total/(N-1)) ;
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					    return jx.math.sqrt(total/(N-1)) ;
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					} ;
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					} ;
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					/**
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					* This function computes the correlation between two vectors
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					* @pre x1.length == x2.length
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					*/
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					jx.math.cor = function(x1,x2){
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						return jx.math.cov(x1,x2) / (jx.math.sd(x1)*jx.math.sd(x2))
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					}
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					/**
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					* This function will compute the covariance of 2 vectors
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					* @pre x1.length == x2.length
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					*/
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					jx.math.cov = function(x1,x2){
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						var u1 = jx.math.mean(x1) ;
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						var u2 = jx.math.mean(x2) ;
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						var N = x1.length ;
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						var value = 0
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						for(var i in x1){
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							value += (x1[i] - u1) * (x2[i] - u2)
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						}
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						return value / (N - 1)
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					}
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					/**
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					/**
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					* Computes the factorial of a given value
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					* Computes the factorial of a given value
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