This advances the versions for Clang to 16 and GCC to 13 along with
fixing any warnings these new versions are detecting now.
The new image versions also include Vulkan so the additional workflow
step for installing that is not necessary anymore.
This is a bit tricky because both animated and non-animated PNGs use the same extension. So for PNGs we need to defer the filename length check until we know for sure that it is an animated image.
Fixes#5387.
* add subfolder support to cfile
* sort files in VP archives before indexing them
* fix indexing of sub-subfolders
* remove unused 8B22K & 16B11K sound path types
* add more items to skip subfolder scanning
* fix windows build issues
* fix unit tests by allowing 0-byte files to be indexed
* fix file indexing on windows
* add test for cfile subfolders
* remove specific 'markup' and 'css' interface subfolders
They aren't directly referenced anywhere by pathtype and the new
subfolder code will continue to index and load files from them
* add player binds to list of always-root locations
* remove file-based localization support
An alternative is left in place for old fonts, as that was the only place
it appeared to be used.
This method of file localization conflicts with subfolder support however
so if it's needed in the future then changes to the subfolder code will
be necessary.
* add subfolder support to cf_find_file_location_ext()
* add subfolder tests for cf_find_file_location*()
* add shlwapi to needed win32 libs
* small bit of cleanup
* add subfolder support to cf_get_file_list()
* add tests for cfile subfolder lists
* report files that might be shadowed
* fix issue with lists when a filter is used
Also fixes discrepancy in older cf_get_file_list() when a sub path
is specified (should be used in all cases, not just glob).
* address review suggestions
Fixed environment map rendering
shift fresnel term to match ordering of ComputeGGX, document shader code.
Envmaps: Use tangentMatrix to build local coordinate system
Fixed geometry self-shading calcs to improve shading of rough surfaces.
Cite paper correctly
optimsed env sampling
Put envmap face generation a loop to make it easier to read
Precalculate points on circle for even faster envmap sampling..
Guard against NaNs
Revert to simpler envmap calcs, significantly faster on slower GPUs.
typo
We don't need the sample points any more.
Diffuse IBL shading
Fix gamma issues in envmap rendering
AO term on envmaps.
fix lab crash with retail data
Always render envmaps - PBR shouldn't care if a shine/specmap exists.
The file used by bmp_load()/bm_load_animation() is a hardcoded
interface image on standalone servers. If the value of dir_type
isn't ALL or INTERFACE then it can't find the image. For ship
textures this can cause primary weapon hits to not register on
the server.
Modify bm_load() so that it will only search in intended paths,
improving performance of both fast and slow loading of image
files. Now matches behavior of the other bm_load_*() functions.
* Expose disposing FBO's (with the option to keep the Bitmap Alive) to scripting
* Modernize nullptr
* Moved RenderTarget clearing to own public API
* Fixed Obsolete Comment
* Fix bad deletion of FBOs
* Resolve Memory Leak
* Change FBO cleanup to not reuse old ID's
* FIx oversight
* FIx oversight 2
The amount of output parameters is becoming quite large which makes it
harder to add new input parameters. For that reason I converted the
existing output parameters to a struct which cleans up the function
signature a lot.
Caching bitmaps between missions is no longer a problem for modern
system and this will improve the default load times when playing more
than one mission.
The TGA loading code pretends that it does pixel conversion but doesn't
actually do that. This changes ensures that this circumstance is
communicated to the caller of bm_lock which will allow that code to
handle the case properly.
This was reported by Bomb3rman on discord.
This can be used for mark parts of the code which should be unreachable
in normal execution. In debug mode, if such a statement is reached an
Error dialog is shown which aborts the execution. In release mode the
macro is replaced with a compiler specific expression that lets the
compiler know that this part is unreachable which allows it to optimize
the code better.
This changes how the bitmap slots are managed by the bmpman system.
Instead of allocating a fixed-size array when the game starts this will
manage multiple "blocks" of bitmap slots. When the engine runs out of
slots in the already allocated blocks it simply creates a new block and
allocates the new slot in that.
This removed the hard limit on how many bitmaps can be loaded at the
same time and should fix issues encountered by mods which use a lot of
bitmap slots (I'm looking at you Spoon).
This implements the idea described in #1503.
This is mostly intended for total conversions to allow them to set
themselves apart from FS2 based mods. It uses the new in-memory
filesystem to support a default icon in case no icon was specified by
the mod.
This allows to use more complex file structures in the executable
without requiring that those exist as real files. The rest of the code
does not need to handle the difference between a default file and a real
file anymore which means that it's now possible to embed image files
into the executable since bmpman only needs to use the standard CFile
API.
I added two tests which check if the default file can be found and
opened and if a mod file overrides the default file which should always
be possible.
This allows to render screen space decals into the deferred lighting
buffers no matter how complex the underlying geometry is.
Currently there is only limited support for using this in the engine.
Only weapon impact decals are supported at the moment for testing
purposes.
Even if bm_init() gets called more than once, for whatever reason. Unless bm_close() is called first, in which case it will re-allocate, potentially with a different MAX_BITMAPS (but it's okay, because there shouldn't be any active handles to worry about if bm_close() was called).
This uses UBOs for building a buffer object of uniform data before
using that data to draw objects. This should reduce the CPU overhead by
reducing the amount of glUniform calls required for executing a single
draw call. This is especially useful if rendering is limited by the CPU
which should help performance for people with slower CPUs.
This fixes#910.
All transformations are now handled by shaders so there is nothing
special going on in the graphics API specific code anymore. Since model
uniform buffers require access to these matrices I moved the matrix
handling out of the graphics API code.
asarium