it could happen that UIs are added to the internal list twice,
and also that the last UI wasn't removed from the list when a new one
was focused fast enough.
That should work better now, I hope I didn't break anything..
or, in the case of AF.cpp, at least comment on them
I think this fixes most of the remaining "interesting" GCC 12 on Linux
warnings, except for some in idParser::ExpandBuiltinDefine() that I'll
fix in the next commit
Some entities wrote the handle from gameRenderWorld->AddLightDef()
into savegames and reused it after restoring it.
That's a bad idea, because at that point the handle most likely belongs
to something else (likely some idLight). The most visible issue this
can create is that the flashlight may not work correctly after loading
a savegame with flashlight on, when it happens to alias a light that's
updated each frame to (mostly) being off..
The correct way to handle this (THAT FOR SOME REASON WAS ALREADY
IMPLEMENTED IN D3XP BUT NOT THE BASE GAME - WHY?!) is to get a fresh
handle with AddLightDef() when restoring a savegame - unless the handle
was -1, which means that the light didn't exist when saving.
fixes#495
Some level scripts in d3xp (erebus4, erebus4, phobos2) use
$entity.startSoundShader( "", SND_CHANNEL_BODY );
(or whatever channel) to stop the sound currently playing there.
With s_playDefaultSound 1 that results in a beep..
Added a special case to that event implementation to call StopSound()
instead when the soundName is "" (or NULL)
and add entry to changelog about absolute mouse input etc - this change
was already in RC1 but I forgot to mention it..
and fixed comments for GAME_NAME and ENGINE_VERSION (nowadays dhewm3
uses ENGINE_VERSION for the window title)
In the savegame from that bugreport, "monster_zsec_shotgun_12" was
lying dead pretty much at its spawn point.
script/map_alphalabs4.script moves those "ride_of_death" platforms
around, and at the end of a cycle teleports "ride_of_death*_parent" back
to its starting position - and the "ride_of_death*" bound to it, which
is a pushing mover, just gets dragged along by the physics code and thus
can collide with that zombie cadaver, which then tries to push it along,
causing that assertion in TestHugeTranslation().
This is a map bug - Doom3 even prints a warning:
WARNING: script/map_alphalabs4.script(722): Thread
'map_alphalabs4::RideOfDeathPath': teleported 'ride_of_death2_parent'
which has the pushing mover 'ride_of_death2' bound to it
So I just disable that assertion for this specific case..
Also moved the assertion behind the corresponding warning, so that gets
printed before the assertion kills the game..
Also a small change to CMakeLists.txt that should make enabling
LINUX_RELEASE_BINS after CMake has already been run without it work
The `const char* filename` arg is passed from idProgram::CompileText(),
where it's from idProgram::filename - and that filename can get modified
in idCompiler::NextToken() when it calls gameLocal.program.GetFilenum()
and if the idStr grows and reallocates for that modification,
the filename pointer becomes invalid.
So store `filename` in an idStr and use that when logging the
compile time.
rvGEWindowWrapper is still TODO - it's not as straightforward, because
it insists on storing a pointer in an idWinVar (using idWinInt), but there
is no idWinVar type for pointers
idClipModel::axis is an idMat3 rotation matrix.
Usually it's an identity matrix, but if the player is pushed around by
an idPush entity it's modified and apparently can (wrongly) remain
modified, possibly when saving while idPush is active.
This seems to happen sometimes on the crashing elevator in game/delta1.
The fix/workaround is to reset it to mat3_identity when loading a
savegame.
like the dhewm3 version and the OS and architecture of the dhewm3
version that created the savegame.
Also added an internalSavegameVersion so be independent of BUILD_NUMBER
fixes#344
"Fix "t->c->value.argSize == func->parmTotal" Assertion in Scripts, #303"
had broken old savegames because the script checksum
(idProgram::CalculateChecksum()) changed, see #344.
This is fixed now, also the BUILD_NUMBER is increased so old savegames
can be identified for a workaround.
Don't use this commit without the next one which will further modify the
savegame format (for the new BUILD_NUMBER 1305)
If a "class" (object) in a Script has multiple member function
prototypes, and one function implementation later calls another before
that is implemented, there was an assertion when the script was parsed
(at map start), because the size of function arguments at the call-site
didn't match what the function expected - because the function hadn't
calculated that size yet, that only happened once its own
implementation was parsed.
Now it's calculated (and stored) when the prototype/declaration is
parsed to prevent this issue, which seems to be kinda common with Mods,
esp. Script-only mods, as the release game DLLs had Assertions disabled.
If you save, you get a message like "Game Saved..." which goes away
after a few seconds. This happens at the very end of idPlayer::Save():
if ( hud ) {
hud->SetStateString( "message", /* .. left out .. */ );
hud->HandleNamedEvent( "Message" );
}
And handled in hud.gui, "onNamedEvent Message { ..."
However, if you save again before it's gone, it'll be shown after
loading the savegame and not go away until you save again..
This works around that issue by setting an empty message after loading
a savegame.
The underlying problem (which is not fixed!) seems to be that the
transition GUI command (that's executed when hud.gui handles the
"Message" event that's used to show this message) is probably not
properly saved/restored so fading out the message isn't continued
after loading.
If REPRODUCIBLE_BUILD is enabled in CMake, the code will not use
__DATE__ or __TIME__ macros, but instead hardcoded values.
Wherever __DATE__ or __TIME__ were previously used, we now use
ID__DATE__ and ID__TIME__, which are either set to hardcoded values or
to __DATE__ and __TIME__ in neo/framework/Licensee.h.
Changing idSession would break the interface for Game DLLs, making the
existing ports of Mods incompatible.
Luckily we have idCommon::GetAdditionalFunction() for cases like this..
Also added a check for WEAPON_NETFIRING in idWeapon::EnterCinematic(),
I got an Assert() there in Debug builds.
Running the Demo seems to work now, at least I could finish it without
any problems (ignoring some warnings in the console)
WIN_DESKTOP means that this can currently only be set for the top-level
window in a .gui (all its subwindows/widgets will be scaled implicitly)
There are two ways to make a GUI use this:
1. in the .gui add a window variable "scaleto43 1", like
windowDef Desktop {
rect 0 ,0 ,640 ,480
nocursor 1
float talk 0
scaleto43 1
// .. etc rest of windowDef
2. When creating the GUI from C++ code, you can afterwards make the
UserInterface scale to 4:3 like this:
idUserInterface* ui = Whatever(); // create it
ui->SetStateBool("scaleto43", true);
ui->StateChanged(gameLocal.time);
Both lines are important!
As you can see in my changes to Player.cpp, my primary usecase for this
is the cursor/crosshair GUI.
Sometimes memory was allocated with new[] but freed with delete instead
of delete[], which is wrong.
And there were some small memory leaks, too.
Furtunately clang's AddressSanitizer detected all that so I could easily
fix it.
(There seem to be some more small memory leaks which are harder to fix,
though)
The assertion in idBounds::operator-(const idBounds&) was triggered
from idWeapon::Event_LaunchProjectiles() (ownerBounds - projBounds)
It only happened when using the BFG.
So I added a check to make sure calling operator- is legal.
I guess this also caused #122
While I couldn't reproduce the crash, according to the bugreport it
happens if renderSystem->GetScreenWidth()/Height() returned 0 - and
that is indeed the only plausible reason I can imagine for it.
So I check for that case and handle it gracefully by defaulting to
4:3 FOV values.
Added r_aspectratio -1 which means "auto" (as new default).
This mode sets fov_x and fov_y according to screen-width/height.
=> No need to set r_aspectratio manually anymore (assuming your display's
pixels are about square).
The standard aspect ratios can still be enforced as before, though.
