Cylindric and AABB volumes can now also be used to mark out area's on the NavMesh. The raycast tests now also take the new shapes into account. User can now also add shapes through the ShapeVolumeTool (previously ConvexVolumeTool). The geomset format has changed slightly:
- identifier 'o' now maps to off-mesh links (previously 'c').
- identifier 'p' now maps to convex polygon volumes (previously 'v').
- identifier 'c' maps to cylinder volumes.
- identifier 'b' maps to box volumes.
'rdIntersectSegmentCylinder' is a new function that will be used for intersection tests on cylindric clip volumes.
'rdIntersectSegmentAABB' was already present in the library, but used and reimplemented across multiple source files (pending deduplication).
Very useful utility when automating the creation of geometry bounding boxes to be used to mark and flag certain polygons on the navmesh (e.g. a door or hazard area through bounding boxes from a mesh or box-shaped trigger).
Instead of a box query, just take the position in the tile grid the land-side off-mesh vert is on. This vastly improves the query reliability for off-mesh links with a larger radius to the point it never fails if it is in a valid location. The box query isn't needed here as the off-mesh vert has to be on a tile, else the polygon box query will fail (unless its bounding box does happen to overlap with the point, but in this case the off-mesh connection is placed improperly causing the only factor to have its link established being luck).
The implementation was commented as it was unfinished. The code now properly checks if the convar was already registered. The code now also deallocates the convar memory on shutdown.
Submit all relevant crash details to the error collection server (backtrace), this allows us to catch all remaining bugs in the engine and sdk and fix them more effectively. The old local log file containing details of the crashing thread and system details are still logged since this system can be disabled with the console variable 'backtrace_enabled'.
* Break out of loop when we found and cached the primary graphics device.
* Log total and available ram with more accuracy.
* (New) log total and available disk space the game is being ran from.
* Cache hardware details such as disk space, ram space and graphics device so the crash callback could also use it.
* Calculate highest XMM number as unsigned so an ABS call is not needed.
* Make the crash callback const.
* Provide pointer to instance to the crash callback.
* Fix crash callback not running properly; it should always be ran in the context of the current crash, not after. The callback is now ran after the crashmsg application has been started.
