| dst-package | Manipulation and combination of belief functions |
| addTobca | Add some elements of 0 mass to an existing mass function |
| aplDecode | Find the value in base 10 of a number coded in another base |
| aplEncode | Convert a value to its representation in another chosen base |
| aplRDV | Summary of a vector for any operator. |
| aplShape | Obtain dimensions of an array or length of a vector with a single command |
| bca | Basic chance assignment mass function |
| bcaRel | Representation of a mass function in a product space |
| belplau | Calculation of the degrees of Belief and Plausibility |
| bpa | Basic chance assignment mass function |
| decode | Find the value in base 10 of a number coded in another base |
| dotprod | Generalized inner product of two matrices |
| doubles | Remove duplicate rows in a two-dimensional table |
| dsrwon | Combination of two mass functions |
| dst | Manipulation and combination of belief functions |
| elim | Reduction of a relation |
| encode | Convert a value to its representation in another chosen base |
| extmin | Extension of a relation |
| inters | Intersection of two tables of propositions |
| marrayToMatrix | Transformation of an array data to a matrix-represented relation |
| matrixToMarray | Transformation of the tt matrix of a relation |
| nameRows | Using the column names of a matrix to construct names for the rows |
| nzdsr | Normalization of a bca mass function |
| plautrans | Plausibility transformation of the singletons of a frame |
| productSpace | Product space representation of a relation |
| reduction | Summary of a vector for any operator. |
| shape | Obtain dimensions of an array or length of a vector with a single command |
| tabresul | Prepare a table of results |