heavily customized version of DUMB (Dynamic Universal Music Bibliotheque).
It has been slightly modified by me:
* Added support for Ogg Vorbis-compressed samples in XM files ala FMOD.
* Removed excessive mallocs from the replay core.
* Rerolled the loops in resample.c. Unrolling them made the object file
~250k large while providing little benefit. Even at ~100k, I think it's
still larger than it ought to be, but I'll live with it for now.
Other than that, it's essentially the same thing you'd hear in foobar2000,
minus some subsong detection features. Release builds of the library look
like they might even be slightly faster than FMOD, which is a plus.
- Fixed: Timidity::font_add() did not release the file reader it created.
- Fixed: The SF2 loader did not free the sample headers in its destructor.
SVN r995 (trunk)
contain enough music to fill the initial output buffers.
- Removed the read barrier around ADehackedPickup::RealPickup. If the real
pickup is picked up, it may very well destroy itself before the dehacked
wrapper's stubs that use it are called.
- Reverted revision 840. For a file we don't want end users to be touching,
making DEHSUPP plain text sends out mixed messages: "Don't mess with this.
Oh, by the way, it's plain text now to make it easier for you to edit."
Is there some reason other than a desire to do away with binary lumps to
make the distributed lump text?
- Added a new speakermode for Stereo + HRTF: "Headphones". This is the only
way to get the HRTF low pass filter effect now.
- Fixed: No more than one sector could make noise at once.
- Trying out sound without varying priorities again.
- Fixed: Need to use setSpeakerMix to let 2D sounds (aka streamed music) use
their full volume range.
SVN r842 (trunk)
the DEHSUPP compiler is gone now. Unlike XLATCC I'm using FScanner though.
A fully featured parser seems like overkill for this simple text file.
SVN r840 (trunk)
spc_amp from a x.4 fixed point number to a normal float.
- Switched SPC playback from the external SNESAPU.DLL to Blargg's LGPL
snes_spc library. I've compiled it with the fast DSP rather than the
highly accurate one, since I didn't notice a meaningful difference between
the two in my limited testing. In short: SPC playback is now built in to
ZDoom. You don't need to download anything extra to make it work, and it
also works on Linux as well as Windows (though building with Linux is
currently untested).
- Fixed: Stereo separation was calculated very wrongly when in 2D sound mode.
SVN r794 (trunk)
for FMOD Ex while at the same time removing support for FMOD 3. Be sure to update
your SDKs. GCC users, be sure to do a "make cleandep && make clean" before
building, or you will likely get inexplicable errors.
- Fixed: If you wanted to make cleandep with MinGW, you had to specifically
specify Makefile.mingw as the makefile to use.
- Added a normalizer to the OPL synth. It helped bring up the volume a little,
but not nearly as much as I would have liked.
- Removed MIDI Mapper references. It doesn't work with the stream API, and
it doesn't really exist on NT kernels, either.
- Reworked music volume: Except for MIDI, all music volume is controlled
through GSnd and not at the individual song level.
- Removed the mididevice global variable.
- Removed snd_midivolume. Now that all music uses a linear volume scale,
there's no need for two separate music volume controls.
- Increased snd_samplerate default up to 48000.
- Added snd_format, defaulting to "PCM-16".
- Added snd_speakermode, defaulting to "Auto".
- Replaced snd_fpu with snd_resampler, defaulting to "Linear".
- Bumped the snd_channels default up from a pitiful 12 to 32.
- Changed snd_3d default to true. The new cvar snd_hw3d determines if
hardware 3D support is used and default to false.
- Removed the libFLAC source, since FMOD Ex has native FLAC support.
- Removed the altsound code, since it was terribly gimped in comparison to
the FMOD code. It's original purpose was to have been as a springboard for
writing a non-FMOD sound system for Unix-y systems, but that never
happened.
- Finished preliminary FMOD Ex support.
SVN r789 (trunk)
already. For some reason, a stock install of MinGW doesn't define it, but
if you compile your own GCC, it installs headers that do.
- Changed the way that the makefiles detect MSYS to a method that should
be more foolproof, thanks to changes in MSYS.
SVN r737 (trunk)
.rtext files in the assembly object files. Now I can avoid doing this at
runtime, which means that ZDoom is now UPX-compatible if anyone wants to
pack it.
You will need to do a rebuild or manually delete the old assembly .obj files
for the first build from this revision to succeed, since there are no
changes to the assembly files themselves, and the build process will not be
able to automatically detect that they need to be rebuilt.
SVN r473 (trunk)
down version of the library with the ZDoom source. (It actually uses less
space than zlib now.) Unix users probably ought to use the system-supplied
libjpeg instead. I modified Makefile.linux to hopefully do that. I'm sure
Jim or someone will correct me if it doesn't actually work.
SVN r293 (trunk)
or not SSE2 is available at runtime. Since most of the time is spent in
ClassifyLine, using SSE2 in just this one function helps the most.
- Nodebuilding is a little faster if we inline PointOnSide.
- Changed FEventTree into a regular binary tree, since there just aren't enough
nodes inserted into it to make a red-black tree worthwhile.
- Added more checks at the start of ClassifyLine so that it has a better chance
of avoiding the more complicated checking, and it seems to have paid off with
a reasonably modest performance boost.
- Added a "vertex map" for ZDBSP's vertex selection. (Think BLOCKMAP for
vertices instead of lines.) On large maps, this can result in a very
significant speed up. (In one particular map, ZDBSP had previously
spent 40% of its time just scanning through all the vertices in the
map. Now the time it spends finding vertices is immeasurable.) On small maps,
this won't make much of a difference, because the number of vertices to search
was so small to begin with.
SVN r173 (trunk)
memcpy to copy the player structures.
- Fixed compilation with MinGW again and removed most of the new warnings.
And following is the log that I forgot to paste in for the previous commit:
- Changed the memory management for FString. Instead of using a garbage
collected heap, it now uses normal heap calls and reference counting to
implement lazy copying. You may now use bitwise operators to move
(but not copy!) FStrings around in memory. This means that the
CopyForTArray template function is gone, since TArrays can now freely
move their contents around without bothering with their specifics.
There is one important caveat, however. It is not acceptable to blindly 0
an FString's contents. This necessitated the creation of a proper
constructor for player_s so that it can be reset without using memset. I
did a quick scan of all memsets in the source and didn't see anything else
with a similar problem, but it's possible I missed something.
- Fixed: Build tiles were never deallocated.
- Fixed: Using Build's palette.dat only got half the palette right.
SVN r117 (trunk)
