| Prev | Next | OtherMathStat | Headings |
The following are other functions that compute basic properties of signals and data sets that are available in the baseline O-Matrix offering.
Many of these are found under the O-Matrix "Statistics And Special Functions\Statistical Distributions" Help heading.
For those that have internet access, hotlinks are given, also.
| colrange(rows, cols) | Computing The Range of Data for Each Column |
| colmax(x, index) | Determining The Maximum Element In Each Column |
| rowmax(rows, cols) | Determining The Maximum Element In Each Row |
| colsum(x) | Computing The Sum Of Each Column |
| rowsum(x) | Computing The Sum Of Each Row |
| sum(x, d) | Sum of Elements of a Matrix |
| cumsum(x, d) | Running Cumulative Sum of Elements of a Matrix |
| prod(x, d) | Product of Elements of a Matrix |
| cumprod(x, d) | Running Cumulative Product of Elements of a Matrix |
| colmean(x) | Computing The Mean Of Each Column |
| colmedian(x) | Computing The Median of Each Column |
| median(x) | Computing The Median |
| colstd(x) | Computing the Standard Deviation of Each Column |
| colvar(x) | Computing the Variance of Each Column |
| colmode(x) | Computing The Mode of Each Column |
| colcor(x, y) | Correlation Coefficients Between Columns Of A Matrix |
| colcov(x, y) | Covariance Between Columns Of A Matrix |
| colmad(x) | Computing The Mean Absolute Deviation Of Each Column |
| colmead(x) | Computing The Median Absolute Deviation of Each Column |
| colmse(x) | Computing The Mean Squared Deviation Of Each Column |
| colnorm(x) | Computing The Norm Of Each Column |
| rownorm(x) | Computing The Euclidean Norm Of Each Row Of A Matrix |