Others, of course, have also addressed some of the issues and scenarios that are included here, such as Daniel Piker's Topologizer for line networks or David Rutten's Brep Topology component. ![]() ![]() However, having encountered similar tasks of topological network analysis in different projects often enough, I do think that this time is the time. While the development of custom digital tools that are specific to design projects has become a very common process, there isn't usually the time to collect, prepare, and release a "clean" version of such a developed tool. This is the first attempt to combine separate tools, which I have informally developed over the course of some 2-3 years alongside projects in academia and practice, and to release them into the Grasshopper ecosystem. Usage examples include design for fabrication, line and mesh networks for dynamic relaxation, path analysis, planarization of polygon networks, optimization, etc. On various occasions during a computational design process, low-level control over the sub-elements that make up the design geometry might become necessary as well as decision making based on the adjacency of faces, valency of nodes, or connectivity between points. Sandbox Topology is a set of tools for Grasshopper 0.9 that facilitate the topological analysis and filtering of line, polyline, mesh and brep networks.
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