- Lines can be set to activate when crossing or bumping into them, with distinctions for players, enemies, and missiles+items.
- A new flag has been added to determine if a line special can activate more than once.
- Finish Line + Respawn Line are now handled like other specials. This means that:
- They follow the new line activation rules (so you can potentially have a finish line that you have to bump instead of cross)
- More importantly, they can be called as functions in ACS. (Player_FinishLine and Player_Respawn)
- Fixed linedef flags not being saved in save games.
- Lines can be set to activate when crossing or bumping into them, with distinctions for players, enemies, and missiles+items.
- A new flag has been added to determine if a line special can activate more than once.
- Finish Line + Respawn Line are now handled like other specials. This means that:
- They follow the new line activation rules (so you can potentially have a finish line that you have to bump instead of cross)
- More importantly, they can be called as functions in ACS. (Player_FinishLine and Player_Respawn)
- Fixed linedef flags not being saved in save games.
- It is now called the "SpecialExecute" hook, since it can be called from ACS in addition to linedef specials.
- The input arguments are completely different now. Instead of (line_t, mobj_t, sector_t), it's (activator_t, args array, stringargs array). activator_t is userdata containing valid, mo (mobj_t), line (line_t), side (side_t), sector (sector_t), and po (polyobject_t).
- 480, 483: These originated from Hexen but were set to use line->angle in SRB2, so I reverted them to use args like Hexen again (although using straight-forward integers instead of wacky byte angles)
- 30, 31, 32 ... I edited these because I thought they were executors, oops, but I kept my changes anyway because using args directly is always more convenient than wrangling linedef angles in the map.
- The rest: Usage is completely unchanged.
I would've liked to make it use a single allocate function to do this very cleanly, but these cases were very clearly not meant to be standardized and use wildly different methods to allocate & free...
This caused some scary issues with P_SaveNetGame the other day, and it's making ACS net sync harder. Let's just cut this off right now.
Also fixed some scary mix-ups in some of the Lua archiving code.
Currently this breaks some parts of the ACS functionality ... before I made a handful of small extensions to ACSVM's slightly-limited C API myself, and I didn't get them into the actual repo yet.
But now that we've moved to actual C++ compiling, I will likely just flat-out rewrite the SRB2 side of the code in C++ so it can use the library directly.
