Adds a node that sorts a table given as named tuple according to the column given by the key argument. The key column must be a 2-d BIT array of shape [n, b], interpreted as bitstrings of length b. Other columns in the named tuple must be arrays of arbitrary type and shape, as long as they share the first dimension: [n, ...]. Bitstrings are sorted lexicographically, and the sorting algorithm is st
(&self, key: String)
| 875 | /// let a = a.sort("key".to_string()).unwrap(); |
| 876 | /// ``` |
| 877 | pub fn sort(&self, key: String) -> Result<Node> { |
| 878 | self.get_graph().sort(self.clone(), key) |
| 879 | } |
| 880 | |
| 881 | /// Adds a node to the parent graph that divides a scalar or each entry of the array associated with the node by a positive constant integer `scale`. |
| 882 | /// |