- convert to/from ISO8859-1 (Doom3's "High ASCII" encoding)
- count Unicode codepoints in UTF-8 string
- cut UTF-8 string off after N codepoints
- use the conversion function to replace iconv in sys/events.cpp
In the main menu the ImGui/SDL/System cursor was only drawn when it was
over an ImGui window, so only the Doom3 cursor is shown when outside
of ImGui windows.
The only problem with this is that the Doom3 cursor is only shown in
the parst of the window actually covered by the main menu, not the black
bars that are drawn on the left/right for widescreen-resolutions when
scaling the menu to 4:3 is enabled (which it is by default).
So now the ImGui cursor is also drawn when the cursor is on those
black bars (if any).
Also tweaked the windowtitle background colors a bit.
* Binding menu makes sure that the AllBindingsMenu always gets focus
when opened
* Give binding-related popups slightly rounder edges
* Move Game Options tab behind Video and Audio Options
* Make warning overlays a bit less translucent
Pause the game (with g_stopTime) when the settings menu is opened
while ingame, unpause it when it's closed.
If the menu is open while ingame and an ImGui window has focus,
the mouse cursor is shown. If the player clicks outside an ImGui window,
it gets unfocused and the cursor is hidden and the player can look
around. Pressing F10 (or whatever key is bound to "dhewm3Settings")
will give focus back to an open ImGui window, pressing it again then
will close the settings window, pressing it once again afterwards will
open the settings window again.
handleMouseGrab() (in sys/events.cpp) now checks if sys_imgui thinks
that a cursor should be shown (via D3::ImGuiHooks::ShouldShowCursor())
and if so, shows it and ungrabs the mouse. This, together with
D3::ImGuiHooks::NewFrame() checking ShouldShowCursor() to (unset)
ImGuiConfigFlags_NoMouseCursorChange, should prevent flickering cursor
problems that sometimes occurred when ImGui's SDL2 backend and dhewm3
disagreed on whether the cursor should be visible.
Also fix MSVC build: For some reason Microsoft's sad excuse of a compiler
only sets __cplusplus to a value from this millenium if the
/Zc:__cplusplus compiler option is set, but that's only supported from
VS2017 15.7 on. The alternative is to use _MSVC_LANG, which always holds
the version that __cplusplus *should* have...
turns out that __builtin_alloca_with_align() might releases the
allocated memory at the end of the block it was allocated in, instead
of the end of the function (which is the behavior of regular alloca()
and __builtin_alloca()): "The lifetime of the allocated object ends at
the end of the block in which the function was called. The allocated
storage is released no later than just before the calling function
returns to its caller, but may be released at the end of the block in
which the function was called."
https://gcc.gnu.org/onlinedocs/gcc/Other-Builtins.html#index-_005f_005fbuiltin_005falloca_005fwith_005falign
Clang also supports __builtin_alloca_with_align(), but always releases
the memory at the end of the function.
And it seems that newer GCC versions also tend to release it at the
end of the function, but GCC 4.7.2 (that I use for the official Linux
release binaries) didn't, and that caused weird graphical glitches.
But as I don't want to rely on newer GCC versions behaving like this
(and the documentation explicitly says that it *may* be released at
the end of the block, but will definitely be released at the end of
the function), I removed all usage of __builtin_alloca_with_align().
(Side-Note: GCC only started documenting the behavior of
__builtin_alloca and __builtin_alloca_with_align at all with GCC 6.1.0)
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..
- the gamepad button (or trigger) bound to attack (fire) now always
acts like the left mouse button in menus
- Display correct button name for "Back" button on Playstation-like
gamepads, even depending on whether it's PS3-like ("Select") or
PS4/5-like ("Share")
- Log some more information about detected gamepads
turns out SDL 2.0.12 added SDL_GameControllerGetType() which tells you
what kind of controller it is (xbox, playstation, nintendo, ..).
Using this to implement an auto-mode for joy_gamepadLayout, when it's
set to -1 (the new default).
This should still build with older versions of SDL2 (but won't have
that autodetection then).
The button names shown in the controls menu now depend on this CVar.
So if you set it to 1 (Nintendo), the "A" button (which, based on its
position, would be "B" on XBox/XInput gamepads) is actually shown as
"Pad A", and if it's set to 2 (Playstation), it's shown as "Pad Cross".
The "real" names, used in the config, remain the same and are based on
position: JOY_BTN_SOUTH, JOY_BTN_EAST, JOY_BTN_WEST, JOY_BTN_NORTH
- treat DPad as 4 regular buttons (was already the case mostly, but now
the code is simpler)
- rename in_invertLook to joy_invertLook and in_useJoystick to
in_useGamepad and remove unused CVars
- make controller Start button generate K_ESCAPE events, so it can
always be used to open/close the menu (similar to D3BFG)
- move mousecursor with sticks, A button (south) for left-click,
B button (east) for right-click (doesn't work in PDA yet)
- removed special handling of K_JOY_BTN_* in idWindow::HandleEvent()
by generating fake mouse button events for gamepad A/B
in idUserInterfaceLocal::HandleEvent()
- renamed gamepad/joystick actions and keys to have some meaning
for buttons (instead of just JOY1, JOY2 etc)
- compiles with SDL1.2 again (there gamepads aren't supported though)
- shorter names for gamepad keys/axis in the key bindings menu
The HD version of the "Birdman" Hellknight model crashed the game,
because on Linux it triggered the 600KB _alloca() assertion and on
Windows (that didn't have such an assertion up to this commit) it
overflowed the stack.
Thde default stacksize on Windows is 1MB, increasing that to 8MB fixes the
problem (in Doom3 1.3.1 it was 4MB).
I also implemented the _alloca() size check assertion for Windows, and
increased the allowed size to 2MB (so it can be safely called multiple
times per function)
Model: https://www.moddb.com/mods/birdman-doom3/downloads/birdman-doom3-v11
For some reason MSVCs integrated CMake doesn't set CMAKE_GENERATOR_PLATFORM
so my CPU arch detection magic in CMakeLists.txt didn't work in that case..
Now (when using MSVC) the CPU architecture (D3_ARCH) is set in
neo/sys/platform.h instead.
For some reason Wayland thought it would be clever to be the only
windowing system that (non-optionally) uses the alpha chan of the
window's default OpenGL framebuffer for window transparency.
This always caused glitches with dhewm3, as Doom3 uses that alpha-chan
for blending tricks (with GL_DST_ALPHA) - especially visible in the main
menu or when the flashlight is on.
So far the workaround has been r_waylandcompat which requests an OpenGL
context/visual without alpha chan (0 alpha bits), but that also causes
glitches.
There's an EGL extension that's supposed to fix this issue
(EGL_EXT_present_opaque), and newer SDL2 versions use it (when using
the wayland backend) - but unfortunately the Mesa implementation is
broken (seems to provide a visual without alpha channel even if one was
requested), see https://gitlab.freedesktop.org/mesa/mesa/-/issues/5886
and https://github.com/libsdl-org/SDL/pull/4306#issuecomment-1014770600
for the corresponding SDL2 discussion
To work around this issue, dhewm3 now disables the use of that EGL
extension and (optionally) makes sure the alpha channel is opaque at
the end of the frame.
This behavior is controlled with the r_fillWindowAlphaChan CVar:
If it's 1, this always is done (regardless if wayland is used or not),
if it's 0 it's not done (even on wayland),
if it's -1 (the default) it's only done if the SDL "video driver" is
wayland (this could be easily enhanced later in case other windowing
systems have the same issue)
r_waylandcompat has been removed (it never worked properly anyway),
so now the window always has an alpha chan
so if someone configured 16x AA on a system that doesn't support it
(like when using AMDs open source driver), 8x will be tried before
falling back to a 640x480 window with no AA at all.
(and then it'll try 4x and then 2x and then no AA at all, and only then
reducing color depth will start, and even later it'll fall back to
a small 640x480 window)
