Obtain access to multiple rows within a resultant table, without the need for a self-join.
Read moreCalculate the information ratio from column values in an ordered resultant table without the need for a self-join.
Read moreCalculate the Sharpe ratio from column values in an ordered resultant table without the need to a self-join.
Read moreCalculate the information ratio from column values in an ordered resultant table without the needof a self-join.
Read moreCalculate the Sharpe ratio from column values in an ordered resultant table without the need to a self-join.
Read moreCalculate the Pearson product moment correlation coefficient through data points in y- and x-values within a resultant table or partition, without the need for a self-join.
Read moreShow how many rows are included in an ordered resultant table or within a partition in the resultant table, without having to do a self-join.
Read moreCalculate the covariance through data points in y- and x-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the sum of squares of deviations of column values from their sample mean in an ordered resultant table, without the need for a self-join.
Read moreCalculate the predicted value of y for a specific value of x for a series of x- and y-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the intercept of a series of x- and y-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the population kurtosis of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the sample kurtosis of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the maximum of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the minimum of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the product of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the square of the Pearson product moment correlation coefficient through data points in y- and x-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the population skewness of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the sample skewness of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the slope of a series of x- and y-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the sample standard deviation of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the population standard deviation of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the standard error of the predicted y-value for each x in a regression within a resultant table or partition, without the need for a self-join.
Read moreCalculate the sum of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the Student’s t-Test of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the sample variance of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the population variance of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the historical volatility based upon price or valuation data from column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the average of column values in an ordered resultant table, without having to do a self-join.
Read moreCalculate the Pearson product moment correlation coefficient through data points in y- and x-values within a resultant table or partition, without the need for a self-join.
Read moreShow how many rows are included in an ordered resultant table or within a partition in the resultant table, without having to do a self-join.
Read moreCalculate the covariance through data points in y- and x-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the sum of squares of deviations of column values from their sample mean in an ordered resultant table, without the need for a self-join.
Read moreCalculate the predicted value of y for a specific value of x for a series of x- and y-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the intercept of a series of x- and y-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the population kurtosis of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the sample kurtosis of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the maximum of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the minimum of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the product of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the square of the Pearson product moment correlation coefficient through data points in y- and x-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the population skewness of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the samples skewness of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the slope of a series of x- and y-values within a resultant table or partition, without the need for a self-join.
Read moreCalculate the sample standard deviation of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the population standard deviation of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the standard error of the predicted y-value for each x in a regression within a resultant table or partition, without the need for a self-join.
Read moreCalculate the sum of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the Student’s t-Test of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the sample variance of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the population variance of column values in an ordered resultant table, without the need for a self-join.
Read moreCalculate the historical volatility based upon price or valuation data from column values in an ordered resultant table, without the need for a self-join.
Read more