Files

T

CydandClaude Opus 4.8 68e595c5a2 VDB: live palette strips in the render window (real-time view)

Draw the three VDB display palettes as 256-color bars along the bottom of the
GL render window, updated every frame straight from the VDB storage -- a live
view (like the Division output) instead of static snapshots. This matters
because pal0 (secondary) animates and the earlier file dumps caught pal0/pal2
at their SVGAZeroPalette init (all black); live, pal2 is actually a rich
4-region color map (green/blue/red/gray-purple, 64 entries each) and pal1 the
red/green/olive status palette. Toggle with VPX_VDBSTRIP=0.

Also: VDB_PALDUMP now keeps the most-lit snapshot per group (max non-black
bytes) so file dumps no longer capture the zero-init. VDBPalette storage moved
above the render thread so rt_draw can read it.

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>

2026-07-03 19:00:55 -05:00

serialport

Phase 3e: live texturing + serial receive-latency fixes for the RIO

2026-07-03 16:43:21 -05:00

README.md

Phase 1 complete: captured VPX boot conversation from shipped binary

2026-07-02 22:46:20 -05:00

vpxlog.cpp

VDB: live palette strips in the render window (real-time view)

2026-07-03 19:00:55 -05:00

README.md

VPX device — DOSBox-X integration

Our original source for the emulated Division VPX link adapter. Kept here under version control because the DOSBox-X source tree itself (emulator/src/, ~490 MB) is git-ignored.

vpxlog.cpp — Phase 1 logging device. Impersonates the INMOS C012 link adapter at I/O base 0x150, answers status reads so the game keeps transmitting, and logs every access to $VPXLOG. (Phase 2 will grow this into a responding transputer-monitor + i860-loader + frame-stream renderer, or fork into a separate vpx.cpp.)

Applying to a DOSBox-X source checkout

Tested against DOSBox-X v2026.06.02, MSYS2 mingw64.

Copy the device in:

cp emulator/vpx-device/vpxlog.cpp  emulator/src/src/hardware/vpxlog.cpp

Add it to the hardware build — in src/src/hardware/Makefile.am, append vpxlog.cpp to libhardware_a_SOURCES (we inserted it after glide.cpp).
Call the init — in src/src/gui/sdlmain.cpp, declare void VPXLOG_Init(); next to the other *_Init() prototypes and call VPXLOG_Init(); right after GLIDE_Init(); in the machine bring-up sequence.

Build:

cd emulator/src
./build-mingw-sdl2 --enable-debug=heavy

Output: src/src/dosbox-x.exe.

Running

set VPXLOG=C:\VWE\TeslaRel410\emulator\vpxlog.txt
emulator\src\src\dosbox-x.exe -conf emulator\capture.conf
python emulator\analyze_capture.py

With VPXLOG unset the device is inert and the build behaves like stock DOSBox-X.