Wouter: Created page with "[Python-Building-Generator] is a procedural building generator that can export to ".bin" or to ".map". Where ".bin" is a set of convex polyhedra. and ".map" is a map file in Quake-3-Arena format. When applying set-theoretical operations on building-geometry, the inherent time-complexity of such an operation is quadratic. [Python-Building-Generator] uses a data-structure called [RTreeNode] within the underlying C++ code, in order to cut down on this time-complexity. This..."

2024-08-19T14:43:51Z

Created page with "[Python-Building-Generator] is a procedural building generator that can export to ".bin" or to ".map". Where ".bin" is a set of convex polyhedra. and ".map" is a map file in Quake-3-Arena format. When applying set-theoretical operations on building-geometry, the inherent time-complexity of such an operation is quadratic. [Python-Building-Generator] uses a data-structure called [RTreeNode] within the underlying C++ code, in order to cut down on this time-complexity. This..."

New page

[Python-Building-Generator] is a procedural building generator that can export to ".bin" or to ".map".
Where ".bin" is a set of convex polyhedra. and ".map" is a map file in Quake-3-Arena format.

When applying set-theoretical operations on building-geometry, the inherent time-complexity of such an operation is quadratic. [Python-Building-Generator] uses a data-structure called [RTreeNode] within the underlying C++ code, in order to cut down on this time-complexity. This data-structure is automatically used when using [Builder].

Python-Building-Generator - Revision history