The BIGFONT system works in both Heretic and Hexen; however, as Doom and Strife still depend on a lump format, they lack it.
(Also renamed the “game-raven” directory to “game-heretic”—the lumps in that folder are made for the Heretic palette, and become riddled with artifacts when loaded in Hexen).
This is dpne as a two-stage approach. TXT_LOGTEXTxxx will always take precedence over the log lumps, and TXT_ILOGxxx will only replace the original IWAD content.
This is so that PWADs replacing these lumps don't get overridden by the default texts.
Select Release configuration explicitly because CMAKE_BUILD_TYPE doesn't work with MSBuild projects
Use long names for command line options of native build tools
Enable minimal verbosity for MSBuild
The added table may be overkill but this way the font engine is prepared for things to come.
Currently the text placement in the menu seems a bit broken, that's a task for later.
A multi-lump font can be created by putting all characters into a subdirectory of fonts/ with the intended name. Each character needs to be named by its character index as hex number.
So far this is only active for the predefined small fonts
One sector in an underwater area of KDIZD Z1M3 got tagged with an incorrect Transfer_Heights effect which caused render glitches in that area.
There were also a few AddSectorTag calls without first clearing the sector's tags leading to potentially undefined behavior.
It now reads everything into a two-dimensional TMap and creates a list of mappings that apply to the current setting.
The constant need for reloading was the main blocker in redesigning how Dehacked strings get inserted. Currently they override everything, but IWAD-based Dehacked text shouldn't block PWAD overrides from PWADs' LANGUAGE lumps and instead be treated as coming from an [en default] block.
This also renames the main block from [enu default] to [en default], because it should be treated as the English default for all English locales and not just make it fall through to the base default as it did before.
src/p_acs.cpp:3250:75: error: cannot pass object of non-trivial type 'FString' through variadic constructor; call will abort at runtime [-Wnon-pod-varargs]
src/p_conversation.cpp:354:56: error: cannot pass object of non-trivial type 'FString' through variadic constructor; call will abort at runtime [-Wnon-pod-varargs]
src/p_conversation.cpp:438:51: error: cannot pass object of non-trivial type 'FString' through variadic constructor; call will abort at runtime [-Wnon-pod-varargs]
src/p_conversation.cpp:548:58: error: cannot pass object of non-trivial type 'FString' through variadic constructor; call will abort at runtime [-Wnon-pod-varargs]
src/p_conversation.cpp:572:59: error: cannot pass object of non-trivial type 'FString' through variadic constructor; call will abort at runtime [-Wnon-pod-varargs]
src/p_conversation.cpp:584:58: error: cannot pass object of non-trivial type 'FString' through variadic constructor; call will abort at runtime [-Wnon-pod-varargs]
Thanks to the lazy counter it used in its stat display I never noticed that the serializer was incomplete and that UnlinkFromMap did not call its super method.
After changing the counter to be actively counting on each call, all the other issues became immediately apparent.
The interpolator had been changed long ago to use proper GC tracking, so interpolations only can get collected if they had been fully orphaned.
This comment was the main reason why the design flaw in this code never got fixed until recently.
It seems there can be rare conditions where an interpolation is 'lost' and later garbage collected. If that happens after the owning map is gone, all pointers in the interpolation object will be invalid and Destroy would crash while trying to unlink it. So anything that explicitly deletes an interpolation now has to manually unlink it from the map first so that OnDestroy can be kept clean of map references.
