Live resolution (#737) routes mh_restart_bits through main.cpp's
backend-aware video_restart_bits; the fixture extracts mh_restart_bits
alone, so it no longer compiled. Map it to the fixture's
psx_host_video_restart_bits (no live resolution here).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Keep the requested internal resolution / supersample (shown and saved)
apart from what the backend last applied. When the live change is
unavailable (no GL, windowed high-resolution mode, CPU-authoritative dual
rendering, no context) or refused, the session scale is left as applied and
PSX_VIDEO_RESTART_RESOLUTION stays set, in both psx_video_apply_live and
the menu's restart bits (psx_host_video_restart_bits_backend, unit-tested
for the capable and refused cases). video_set rejects invalid presets and
factors without applying or saving, and reports applied values, capability
and pending restart. TCP command index regenerated.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Changing the internal resolution in the in-game menu did nothing until a
relaunch: ovl_video_from() never copied it, and the restart bits forced
a relaunch for it anyway. Supersampling (the [video] supersample
multiplier) had no player setting at all.
- PsxHostVideoSettings gains supersample_milli; internal resolution and
supersample are live changes (PSX_VIDEO_LIVE_RESOLUTION). Only the
legacy integer supersampling factor still needs a relaunch.
- psx_video_apply_live resolves the new scale and calls
gl_renderer_set_internal_scale_live(): it moves the step ceiling
(clamped like the boot scale) and queues the step through the dynamic
resolution machinery, recorded in stream order with the render thread.
The dynamic-resolution controller is retargeted to the new ceiling.
- settings.toml [video] supersample is the player's pick (1.0..4.0).
- The in-game menu round-trips internal_resolution and, with a launcher
that has RECOMP_LAUNCHER_HAS_SUPERSAMPLE, supersample_milli.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Keep selector zero stock and seal all choices until the next session restart. Refuse nonzero online activation, scope non-stock save states by frozen choices, and preserve original instruction guards when combined with effective-address adapters. Use overlay ABI34 on current master without the old menu dependency stack.
Extract the audited adapters and card transport onto master without the held selector/menu stack. Keep adapters and codecs tied to mod activation, use overlay ABI 33, retain rejected-load protection on codec registration, and refuse extended-card codecs in netplay before frame zero. Preserve default atomic save publication and guest-visible write failures.
* feat(widescreen): continue framebuffer-feedback sprites into native-wide bands
Titles tag a 15-bit sprite that copies a framebuffer 1:1 (gpu_ws_tag_feedback_rect / psx_mod_tag_feedback_rect). Where it touches the draw area's edge, gpu.c emits band spans and the new optional backend op wide_feedback_rect (GL incl. render thread, software) samples the source buffer's wide surface. Band texels count as bit 15 set, as the centre does once the trail blends.
The software rasterizer now writes the texel's bit 15 into the framebuffer, and wide_full can dump the surface alpha ("alpha":1).
* fix(widescreen): quantise band feedback like packed VRAM
The centre samples 5-bit packed VRAM each frame; the band copy read the 8-bit wide surface and modulated with /128, so the bands drifted ~3 grey levels brighter and left a step at the 4:3 edge. Truncate like PACK_FS and modulate like TEX_FS.
* Reject fully clipped sprites before extending feedback margins
* Complete isolated resident and PGXP fixture collaborators
* Preserve existing line endings in the review fixes
---------
Co-authored-by: Matthew Stanley <1379tech@gmail.com>
Matthew Stanley