The function 'PClassActor::InitializeNativeDefault' is the only one which didn't allocate the 'Defaults' member variable with M_Malloc. Reported by the Address Sanitizer.
It turned out that using hardware clipping planes exclusively to handle this cost more than it gained.
Now only the expensive or formerly impossible cases of intersecting light volumes or light volumes intersecting with the top and bottom of the wall polygon will use hardware clipping. The trivial cases will go back to software splitting.
This reverts commit 37578f85b3, reversing
changes made to 66f053f131.
After thoroughly checking the submission I had to conclude that it does more things wrong than right so better leave it out.
Latency placement is no longer fixed:
* If time is visible, it is placed on top of the screen and latency is placed below
* If time is not visible, latency is placed on top of the screen
Both are displayed on alternative HUD only
The original broken code had it always reset the translucency info to 'not present'.
The first fix completely removed that line, although it was merely misplaced, but still necessary to avoid constant re-checking of the same texture.
- Somebody might want to set a midtexture's Y scale negative to flip it
vertically. I'm pretty sure this would mess up 3D mid textures if we
don't make it positive again for those.
- add some restrictions for the checks that exclude sprites which are too close to the camera. Most importantly, for clipping the first frame of a projectile, do not solely clip against the projectile's speed but use the player's radius as a limiting factor to avoid too large distances.
The reason for this is that on my system, the static or delay loaded method always picks the (obsolete) system-installed OpenAL version (needed for some old games) which is not wanted here if there's another one in the local ZDoom directory.
This also removes the dependency on the broken import library that comes with OpenAL Soft which causes compile errors with more modern MSVC compilers on default settings.
These objects are supposed to be bright, but the standard translations for player do not take this into account, creating dark and/or invisible projectiles depending on the color being used.
The new translation uses hue and saturation from the player color, but combines brightness from the original color with the one for the player in an 8:2 ratio, so that no matter for the player color, these always remain bright and visible.
