The main advantage here is that this allows to get rid of the gdtoa dependency, it is also preferable to have some code here that's being maintained.
Feature-wise both are mostly identical, stb also support MSFT integer size modifiers and hexadecimal floats.
Localized reflection code to a single function. Fixed an error where NOSHIELDREFLECT was being checked on the wrong Actor. Fixed an oversight where MIRRORREFLECT was checking for valid target despite not needing one.
These properties allow to specify how much an actors' aim is degraded when shooting at a shadow actor. And how much the shadow actor itself affects the shooters' aim, respectively.
Actors in the line of fire with this flag trigger the MF_SHADOW aiming penalty. The shooter needs to have MF9_DOSHADOWBLOCK to check for actors with this flag.
* add QualifiedName to VMFunction and allocate these static names from the class data memory arena instead of using FStrings.
* null pointer type checks in the VM added to avoid crash on bad codegen.
- Show item counter on automap
- Enable thicker automap lines and anti-aliased lines for better visibility with high res displays
- Enable textured automap
- HUD border scaling factor to better match default status bar scaling
- Enable subtitles
- Set render quality to "quality" to fix level mesh seams (gl_seamless)
- Enable mouse in menus by default (instead of touchscreen-like)
- Don't show ENDDOOM when quitting the app
- Enable the first crosshair, and set its scale slightly smaller
- Grow crosshair when picking up items
- Set autoaim slider to 0
- Show nametags when switching items and weapons
- Always run enabled
- Disable save/load confirmation dialog
- Enable quicksave rotation
- Enable additively-translucent Doom rocket explosion
- Increase default particles to 10k, and increase the slider to 65k (engine limit)
- Disable night vision effect
- Set sprite clipping to "Always" as this looks better than having sprites sink into the geometry
- Set particle style to round as it matches the pixelated aesthetics better
