A basin network can be seen as a graph, specifically as a directed acyclic tree . In GEOframe , the topology of the basins, which describes the direction of the flow and the interconnections of the basins, is usually saved in a text file with two columns: the first column represents the origin basin , and the second column represents the target basin . The 0 is used to mark the outlet of the network. For example: 8 7 7 4 6 5 5 4 4 3 3 2 2 1 1 0 The 0 mark the outlet. In my work, I've encountered the need to manipulate basin networks so verifying the topological correctness of these new graphs is crucial. To accomplish this task, I chose the NetworkX Python library. This library facilitates a variety of tasks—such as cutting the network, iterating through the network, and comparing two or more networks within the same watershed—thanks to its class structure, specifically the Graph class. As a result, I've developed some functions for basic operations on the network and shar
Coding in the Deep End, Above and Beneath the Surface layer.
'The Giacobbe Candidates' navigates through coding in R, Julia, and Python, and hydrological modeling with the GEOframe framework