This adds a mechanism for running generic operations at specific points
of the frame execution. This can be used by any part of the code an not
just Lua since it simply executes std::functions. It also adds an
"execution context" concept that specifies in which situation an
operation should be executed.
This is then used by the Lua Coroutines code for resuming coroutines at
specific points instead of always when the awaited promise resolves.
This can be used by Lua code to trace the runtime of their code in the
same way the engine already is capable of doing for most in-mission and
mission loading code.
Also adds some tracing scopes to the libRocket code
This moves towards defining the hooks in the code module that executes
them. Also provides the API necessary for better documentation of hooks.
This only covers a few hooks as a test and demonstration of the new API.
If no issues are found with this it can be extended in the future.
This adds a Dockerfile which compiles FSO for the alpine Linux
distribution and then creates a standalone image based on those
binaries. That sidesteps the problem that existed with trying to use the
AppImage binaries on that distribution.
This produces a much smaller image (78MB instead of 230MB) so it should
be a bit more managable. Building can be done like this:
docker build --build-arg build_type=FastDebug -t scpfs2open/fso-standalone -f docker/standalone/Dockerfile .
This mostly meant for special docker standalone server builds where it
might be useful to have full release performance but also have the logs
available if necessary. This now always compiles the log statements but
enables or disables them with a constexpr so they should not appear in
actual release binaries.
This adds a new graphics type for the Vulkan graphics API. All this does
is to create a vulkan instance and a presentation surface with the help
of SDL.
The largest new feature is that it is now possible to include other
files into the RML by using the "include" tag. This is useful for making
markup files more modular.
Also added some more options for existing things (e.g. built-in detail
options).
This elimiates all of the remaining "old style" uniforms from our
shaders. This might not be optimal for all situations but I have
confirmed that it is at least not worse at the moment.
This is a generic way to get matrix data to shaders without using
(old-school) uniforms. This is another step towards more compatibility
with how new APIs (Vulkan) do things to increase the odds for a Vulkan
port at some point.
Three main changes in this PR:
1) The enums for the "easy settings" launcher options are now clearer and more explicit, and the enum assignments for a lot of graphics options are now fixed, as they were incorrect due to code rot.
2) Some of the command-line flags options have been recategorized: -window, -fullscreen_window, -nomotiondebris and -noscalevid are now Gameplay; and -fps is now HUD.
3) Since post-processing is required for nebula fading, it now defaults to on, and the flag has been changed to -no_post_process.
Persistent buffer mapping is an OpenGL technique where the contents of a
buffer object are mapped to a persistent pointer instead of having to
map and unmap a buffer every time it is modified.
This decreases the overhead for updating data in a uniform buffer object
which now only consists of a memcpy and a flush call.
This is in preparation for using persistently mapped buffers for uniform
buffers. Since that functionality is not available in the OpenGL version
we are targetting I implemented a fall-back which simply uses
glBufferSubData.
I did a benchmark with these changes and there was no change in
performance to the current master version.
This commit disables emissive lighting on objects by default (as the new HDR process makes it unnecessary) and switches the -no-emissive commandline parameter to -emissive; Setting that parameter will restore the old behaviour. The -no-emissive parameter is retained to avoid user-facing error messages.
In addition, this commit sets the default bloom value to 25.
This is a system for storing arbitrary data in the config file and then
easily retrieving it later on. This has full Lua support for exposing
the available options in a custom UI and changing the values of the
options. This ported some of the existing command line options over to
the new system which is opt-in for the moment by using a mod_table flag.
This was causing issues since the new bitmap data was never stored in
the internal buffer FSO uses for getting the image data. Instead, it was
only uploaded to the GPU texture which could be deleted at any time.
This was the case when changing the "3D Hardware Texture" setting which
causes a texture flush.
This fixes#1961.
The changes from #1752 changed how the offset was computed but the
cubemap code did not update the initial offset computation to account
for this.
This fixes#1921.
Previously, the game uploaded all mipmap levels found in the image files
and then selected which ones it will use by using GL_TEXTURE_BASE_LEVEL.
This unnecessarily used additional GPU memory which is especially bad if
the player already needs to use a lower detail level. This fixes that by
only uploading the necessary mipmap levels.
asarium