Ports/goldeneye-pc-port
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base: Ports/goldeneye-pc-port:v0.2.0
Ports/goldeneye-pc-port:main Ports/goldeneye-pc-port:release/v0.6.0
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compare: Ports/goldeneye-pc-port:v0.1.0
Ports/goldeneye-pc-port:release/v0.6.0 Ports/goldeneye-pc-port:main
Ports/goldeneye-pc-port:v0.6.0 Ports/goldeneye-pc-port:v0.5.0 Ports/goldeneye-pc-port:v0.4.0 Ports/goldeneye-pc-port:v0.3.0 Ports/goldeneye-pc-port:v0.2.2 Ports/goldeneye-pc-port:v0.2.1 Ports/goldeneye-pc-port:v0.2.0 Ports/goldeneye-pc-port:v0.1.0
1 Commits
v0.2.0 .. v0.1.0
Author SHA1 Message Date
James Dansereau 66e38e27d7 docs: v0.1.0 alpha framing + hygiene pass 
Update the public-facing docs to the M-49 state (v0.1.0 alpha, first
full-campaign playtest: 19/21 missions completable, D191 crashes Bunker ii
+ Statue, D193 AI pacing is the top flaw).

- README: lead with what it is + status, research angle second; new
  Quick start section; Status/Download rewritten for the alpha + dual
  platform; "By the numbers" refreshed (~3 weeks, ~320 commits, ~190
  findings, ~49 sessions, 69 PORT files).
- .github/release-notes.md: v0.1.0 title + known-issues rewrite.
- .github/social-preview.html: status/stat lines (regen + re-upload the
  PNG separately).
- docs/index.md, docs/dev/LEVEL-STATUS.md: M-49 status.
- docs/dev/findings.md, docs/dev/GRAPHICS-BACKLOG.md: D191-D197 +
  D148/D170/D173 M-49 escalations.

Hygiene:
- Fix the `&` literal in internals.md H1.
- Repoint two ../README.md links that 404 on the Pages site.
- Standardise British -> American spelling across the public docs
  (behaviour->behavior, colour->color, catalogue->catalog,
  centre->center, etc.). Deep internal logs left untouched.
- .gitignore: document the local-notes convention (docs/HANDOFF.md,
  docs/BACKLOG.md, and a new docs/dev/notes/ drop for roadmaps and
  session plans) so it survives a fresh clone.
 2026-09-04 00:05:46 -04:00
142 changed files with 1492 additions and 15036 deletions
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.github/release-notes.md
+34 -108
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@@ -1,125 +1,51 @@
## GoldenEye 007 PC Port <version>
## GoldenEye 007 PC Port — v0.1.0 alpha
<p align="center">
<img src="https://github.com/jkdansereau/goldeneye-pc-port/raw/v0.2.0/docs/media/goldeneye-gh-preview.gif" width="480"
alt="~32 s gameplay montage from live play sessions (no audio track)">
</p>
> The full single-player campaign runs at a steady 60 fps with audio (music +
> SFX) playing throughout, on Windows and Linux including Steam Deck, and it
> is completable end to end: the whole campaign has been playtested through
> all 21 missions (Agent difficulty). It's an early public cut: all 21 solo
> missions load and run crash-free, but the known issues below are real;
> feedback is very welcome.
### What's new since v0.1.0
- **Drop-in ROM, no tooling**: unpack the bundle, drop your NTSC-U (US) ROM
in `data/`, launch; the first run generates the derived assets
automatically. No Python, no installer, nothing to set up.
- **Steady 60 fps** in normal play (the software RSP runs off the presentation
critical path); `Video.DisplayFPS` in the F10 overlay shows it.
- **Audio**: in-level music and sound effects throughout (the alpha was
silent). A handful of tracks have wrong-sounding instruments (below).
- **Mouse**: click-to-lock capture (click to grab, ESC to release) with a
proportional GEPD-style aim mode; sensitivity / Y-inversion / aim-turn split
tunable in `ge007.ini` or the F10 overlay. The legacy always-grab mode is
gone.
- **Rendering**: outdoor skies render correctly; water no longer renders
green/pulsing; reflective surfaces (glass, chrome weapon skins) work.
- **Crash fixes**: the two v0.1.0-era crashing levels (Bunker ii, Statue) and
the AI-pacing bug that broke Cradle are fixed and playtest-verified: all 21
solo missions load and run crash-free. Also fixed: the Steam Deck / Linux
Facility crash triggered by walking into the crouch-forcing spot at the
level's opening (D253); this also revives the auto-crouch and ladder
signals, which were dead on PC before.
- **QoL**: F10 in-game options overlay (fullscreen, resolution, frame cap,
MSAA, texture filtering, FOV/draw distance, sensitivity), F12 screenshot.
- **Sharper defaults out of the box**: draw distance and LOD swap distance now
default to 150% of the authored N64 values, so props no longer fade in just
before they become visible (Dam's alarms and wall switches being the tell);
F10 → *Draw distance* / *LOD distance* set back to 100 restores the
console-authentic look. MSAA now defaults to 4× instead of off.
- **All-unlocked toggle**: F10 → *All unlocked* makes all 21 solo levels
selectable at every difficulty from the first launch, adds 007 mode, and
fully populates the cheat menu. It is off by default (faithful N64
progression). No *active* cheats are enabled either way (weapons remain
per-mission pickups, as on N64).
- **Steam Deck first-run preset**: on SteamOS the first launch seeds
Deck-friendly defaults (native 1280×800 fullscreen, VSync, MSAA 4, 150%
draw/LOD distance); an existing `ge007.ini` always wins. Two more F10 rows:
*No hit flash* (suppresses the damage-flash overlay) and *Skip intro*.
- **Modern dual-stick controller layout** (the scheme used by the console
re-releases): left stick move/strafe, right stick look, right trigger fire,
left trigger aim, A/X use, B/Y crouch/cancel, **RB/LB cycle weapons**.
- **Linux / Steam Deck**: the Linux bundle now ships its own SDL2, so it runs
as-is on any distro, and sideloads onto a Steam Deck with nothing
installed. Saves and F10 settings now persist no matter which directory you
launch from (previously Linux wrote them relative to the launch directory
only, so they silently failed elsewhere; D256); the options overlay is
fully gamepad-driven on the Deck.
### Known issues
- **Cutscenes still glitch, mostly with James Bond**: in scripted sequences
Bond is the one who gets misplaced, hovers, or spins; the other actors are
fine for the most part now. The Dam level-end cutscene is racy (D243).
Still the most visible gap in this release.
- **Particle colours cycle through a rainbow palette**: bullet-impact sparks
and lingering smoke/explosion residue drift through the hues over time
instead of holding their intended grey/orange palette (D252).
- Water on `IsWater` levels shows a moving seam between two patterns (D245);
thin pixel strips at the left/right screen edges at non-integer window
scales (D246).
- The front-end **Nintendo logo renders as two white blobs**, and the
Rareware logo is close but its texture filtering looks off (D75).
- The F10 overlay's **bottom row duplicates whatever item is currently
selected** (e.g. the MSAA value appears both on its own row and again at
the panel bottom); earlier builds showed it as an intermittent 4K-
fullscreen ghost of the top row.
- **Steam Deck: one intermittent crash remains**: the v0.1.0-era Facility
crash is confirmed fixed on Deck hardware, but a SIGSEGV can occasionally
occur during heavy firefights (D255; seen on Bunker and Frigate). The
faulting-register capture in `ge007.crash.log` has pinned it: an object
record whose model reference is NULL while the record is still active;
i.e. something in a mid-firefight destruction leaves the record live one
tick too long. We're tracking down the exact destruction path; more Deck
playtime across levels is welcome; please report any Deck-specific faults.
> ⚠️ **Research alpha. Playable, not polished.**
> The full single-player campaign runs. In a full-campaign playtest on this
> build, **19 of 21 missions were completable start to finish**. Known issues:
> - **no audio** (Phase 3, not started) — the game runs silent;
> - **two levels crash mid-mission** — Bunker ii and Statue (one root cause, D191);
> - **AI characters move too slowly**, which breaks Cradle (the final level)
> via Trevelyan's scripted behavior (D193);
> - **cutscenes frequently glitch** — skipped, wrong camera, misplaced actors (D148/D160);
> - some front-end 3D models are broken (the spinning Nintendo logo, the
> MISSION COMPLETE / mode-select models);
> - outdoor levels render with a **black sky**;
> - mouse aim and some textures/transparency have rough edges.
>
> If you just want to *play* GoldenEye on PC today, use one of the Xbox 360
> recompilation projects instead — see the
> [project README](https://github.com/jkdansereau/goldeneye-pc-port#how-this-differs-from-the-other-goldeneye-pc-projects).
### Downloads
| File | Platform |
|---|---|
| `goldeneye-pc-port-<version>-win64.zip` | Windows x86-64 |
| `goldeneye-pc-port-<version>-linux-x86_64.tar.gz` | Linux x86-64 (incl. Steam Deck) |
| `goldeneye-pc-port-<version>-linux-x86_64.tar.gz` | Linux x86-64 |
Each contains the engine executable, a README, license texts, and the
`prepare-assets` tool. **No ROM, no game assets.** The Windows bundle carries
its runtime DLLs; the Linux bundle carries SDL2, so on both platforms nothing
needs to be installed first.
`prepare-assets` tool. **No ROM, no game assets.** The Windows bundle also
carries its runtime DLLs; the Linux bundle links against your distro's SDL2 /
zlib / libGL (`sudo apt install libsdl2-2.0-0 zlib1g libgl1`, or the equivalent).
Windows development and playtesting is the primary path; the Linux build boots
and renders (tested on WSLg) but has had far less exercise.
### Running it
You supply your own **GoldenEye 007 N64 ROM** (`.z64`, big-endian) that you
legally own: the **NTSC-U (US)** release is what this build supports (PAL / JP
are on the roadmap). No Python, no toolchain, nothing to install.
You supply your own **NTSC-U GoldenEye 007 N64 ROM** (`.z64`, big-endian,
`SHA-1 abe01e4aeb033b6c0836819f549c791b26cfde83`). Only the US ROM is supported
in this alpha.
1. Unpack the archive.
2. Make a `data/` folder next to the executable and put the ROM in it, named
2. Make a `data/` folder next to the executable and put the ROM in it as
`ge007.ntsc-final.z64`.
3. Run the executable **from that folder**. The first run takes a few extra
seconds: it detects your ROM, generates the two derived asset folders
(`data/pcmodels-ntsc-final/`, `data/pccg-ntsc-final/`) once, and saves them
for every future run. (The generator is `prepare-assets/ge007-convert`
inside the bundle; you can also run it manually; it prints what it's doing.)
**Steam Deck:** sideload the unpacked folder (USB or a file manager), do steps
2–3, then add the executable to Games → *Add Game* as a non-Steam game.
**In-game settings on the Deck:** the options overlay is fully gamepad-driven:
it opens with **Select**, the D-pad or left stick (up/down) moves between
options, **A** steps the selected option forward, **B** steps it back, and
**Start** (or Select again) closes. No keyboard needed.
3. Run the one-time asset step (needs Python 3.8+):
`python3 prepare-assets/prepare-assets.py`
— it reads your ROM and writes the two `data/pc*-ntsc-final/` folders the
engine needs. Standard library only; a few seconds.
4. Run the executable **from that folder**.
Full steps are in the bundled `README.md`.
@@ -132,7 +58,7 @@ sha256sum -c goldeneye-pc-port-<version>-linux-x86_64.tar.gz.sha256
### Source & docs
<https://github.com/jkdansereau/goldeneye-pc-port>, built on the
<https://github.com/jkdansereau/goldeneye-pc-port> — built on the
[GoldenEye 007 decompilation](https://github.com/n64decomp/007), architecture
after the [Perfect Dark PC port](https://github.com/fgsfdsfgs/perfect_dark).
Non-commercial fan preservation/research project; not affiliated with any
.github/social-preview.html
+5 -5
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@@ -118,18 +118,18 @@
<div class="h1">GOLDENEYE <span class="r">007</span><br><small>PC&nbsp;PORT</small></div>
<div class="meta">
Mission: Native PC port of GoldenEye 007, compiled from the N64 decomp project
Mission: Native PC port of GoldenEye, compiled from the N64 decomp project
</div>
<div class="rep">REPORT:</div>
<div class="rows">
<div class="statusline">Status: <span class="status">RELEASED v0.2.0 &mdash; WINDOWS &middot; LINUX &middot; STEAM DECK</span></div>
<div class="statusline">Status: <span class="status">ALPHA v0.1.0 &mdash; PHASE 2 OF 4</span></div>
<div class="stats">
<span class="k">Statistics:</span><span>All 21 solo missions &mdash; full campaign completed in playtesting</span>
<span class="k">Statistics:</span><span>19 / 21 solo missions completable in a full playthrough</span>
<span></span><span>~230 game-code units, compiled unmodified</span>
<span></span><span>~22k lines C/C++ &nbsp;&middot;&nbsp; ~10k Python (port layer + tools)</span>
<span></span><span>~250 bugs root-caused &nbsp;&middot;&nbsp; two coding agents, one human, part-time</span>
<span></span><span>~17k lines C/C++ &nbsp;&middot;&nbsp; ~6k Python (port layer + tools)</span>
<span></span><span>~190 bugs root-caused &nbsp;&middot;&nbsp; built in ~3 weeks, part-time</span>
</div>
</div>
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.github/workflows/ci.yml
+15 -135
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@@ -66,31 +66,12 @@ jobs:
runs-on: ubuntu-22.04
outputs:
code: ${{ steps.filter.outputs.code }}
# Windows builds default to the self-hosted box (fast, local ccache;
# docs/dev/notes/SELFHOSTED-RUNNER-PLAN.md §G2) for everything EXCEPT:
# (a) a release build (tag push) -- keep that on a clean, reproducible
# GitHub-hosted runner for the artifact that actually ships, and
# (b) a fork PR -- untrusted PR code must never reach a box that will
# later hold a ROM. Same-repo (non-fork) PRs now also get routed to
# self-hosted per the 2026-09-12 standing preference.
windows_selfhosted: ${{ steps.runner.outputs.selfhosted }}
steps:
- uses: actions/checkout@v7
with:
persist-credentials: false
fetch-depth: 0
- id: runner
run: |
if [ "${GITHUB_REF_TYPE}" = "tag" ]; then
echo "selfhosted=false" >> "$GITHUB_OUTPUT"
elif [ "${{ github.event_name }}" = "pull_request" ] && \
[ "${{ github.event.pull_request.head.repo.full_name }}" != "${{ github.repository }}" ]; then
echo "selfhosted=false" >> "$GITHUB_OUTPUT"
else
echo "selfhosted=true" >> "$GITHUB_OUTPUT"
fi
- id: filter
run: |
if [ "${{ github.event_name }}" = "pull_request" ]; then
@@ -132,12 +113,6 @@ jobs:
- name: Byte-compile Python tooling
run: python3 -m compileall -q scripts tools_pc
# Generated dev-docs stay in sync with the tree (speed-ups plan Step 4).
- name: Check generated dev indexes are current
run: |
python3 tools_pc/gen_findings_index.py --check
python3 tools_pc/gen_env_probes.py --check
# US only. gen_romassets.py resolves every symbol for the US region from
# the committed CSVs with no ROM present; PAL/JP each need a handful of
# region-specific prop/font offsets that only come from that region's ROM
@@ -166,12 +141,6 @@ jobs:
env:
CC: gcc-14
CXX: g++-14
# CMakeLists.txt opt-in enables CMAKE_{C,CXX}_COMPILER_LAUNCHER=ccache
# when ccache is on PATH (b4de1c68, speed-ups plan Step 5). Game
# sources are frozen (1:1 with the decomp), so after the first run only
# touched port/ files miss cache -- near-total hit rate.
CCACHE_DIR: ${{ github.workspace }}/.ccache
CCACHE_MAXSIZE: 500M
steps:
- uses: actions/checkout@v7
with:
@@ -181,36 +150,11 @@ jobs:
run: |
sudo apt-get update
sudo apt-get install -y build-essential gcc-14 g++-14 cmake python3 \
python3-pip libsdl2-dev zlib1g-dev libgl1-mesa-dev ccache patchelf
- name: Restore ccache
uses: actions/cache@v4
with:
path: ${{ env.CCACHE_DIR }}
key: ccache-linux-${{ hashFiles('CMakeLists.txt') }}-${{ github.sha }}
restore-keys: |
ccache-linux-${{ hashFiles('CMakeLists.txt') }}-
ccache-linux-
libsdl2-dev zlib1g-dev libgl1-mesa-dev
- name: Regenerate ROM-asset symbol file (US)
run: python3 scripts/gen_romassets.py u
# Drop-in ROM support: freeze the asset-prep tool into a single
# ge007-convert binary the engine spawns on first run when the
# pcmodels/pccg sidecars are missing (port/src/romconvert.c). Pure-
# stdlib scripts, so PyInstaller --onefile is clean; lands in
# tools_pc/dist/prepare-assets/ where bundle-linux.sh picks it up.
- name: Freeze asset converter (PyInstaller)
run: |
python3 -c "import PyInstaller" 2>/dev/null \
|| python3 -m pip install --quiet --break-system-packages pyinstaller
python3 -m PyInstaller --onefile --noconfirm --clean \
--name ge007-convert \
--distpath tools_pc/dist/prepare-assets \
--workpath build-pyinst --specpath build-pyinst \
tools_pc/dist/prepare-assets/prepare-assets.py
ls -la tools_pc/dist/prepare-assets/ge007-convert
- name: Configure (ntsc-final)
run: cmake -S . -B build-linux -DROMID=ntsc-final
-DCMAKE_C_COMPILER=gcc-14 -DCMAKE_CXX_COMPILER=g++-14
@@ -218,18 +162,15 @@ jobs:
- name: Build (ntsc-final)
run: cmake --build build-linux -j"$(nproc)"
- name: ccache stats
run: ccache -s
- name: Show binary
run: |
ls -la build-linux/ge007* || true
file build-linux/ge007* || true
# Package the Linux bundle on every run so the release path stays
# exercised. SDL2 is bundled (patchelf sets the exe's rpath to $ORIGIN)
# so the tarball runs as-is on any distro / a sideloaded Steam Deck;
# zlib + libGL stay system deps. Same ROM / size guards as Windows.
# exercised. No shared libs are bundled — the README tells the user to
# install SDL2 / zlib / libGL from their distro. Same ROM / size guards
# as the Windows bundle.
- name: Package Linux bundle
run: |
if [ "${GITHUB_REF_TYPE}" = "tag" ]; then
@@ -259,85 +200,34 @@ jobs:
windows-build:
needs: changes
if: needs.changes.outputs.code == 'true'
# Self-hosted by default (fast, local ccache); windows-latest only for a
# release (tag) build or a fork PR — see the `changes` job's `runner`
# step for the exact rule (docs/dev/notes/SELFHOSTED-RUNNER-PLAN.md §G2).
runs-on: ${{ needs.changes.outputs.windows_selfhosted == 'true' && fromJSON('["self-hosted", "windows"]') || 'windows-latest' }}
runs-on: windows-latest
defaults:
run:
shell: msys2 {0}
env:
# Same opt-in ccache CMakeLists.txt already wires up (Step 5). Note:
# this cache path is read/written by the JS actions/cache step outside
# the msys2 shell too, so it stays a plain workspace-relative path
# rather than an msys /c/... form.
CCACHE_DIR: ${{ github.workspace }}/.ccache
CCACHE_MAXSIZE: 500M
steps:
- uses: actions/checkout@v7
with:
persist-credentials: false
# windows-latest (release tag / fork PR) is ephemeral: full install +
# update every run. Self-hosted (everything else): `release: false`
# reuses the box's own C:\msys64 as-is and, with update/install both
# empty here, does no pacman -Syu / pacman -S at all (verified against
# the action's source) — it only registers the `msys2 {0}` shell
# wrapper every job needs. Packages themselves are hand-maintained on
# the box; the dependency check below (not this step) verifies they're
# present.
- uses: msys2/setup-msys2@v2
with:
msystem: MINGW64
release: ${{ needs.changes.outputs.windows_selfhosted != 'true' }}
update: ${{ needs.changes.outputs.windows_selfhosted != 'true' }}
install: ${{ needs.changes.outputs.windows_selfhosted != 'true' && 'mingw-w64-x86_64-toolchain mingw-w64-x86_64-cmake mingw-w64-x86_64-SDL2 mingw-w64-x86_64-zlib mingw-w64-x86_64-python mingw-w64-x86_64-ccache zip unzip' || '' }}
# Self-hosted only: fails fast with exact install instructions if the
# box's hand-maintained MSYS2 is missing a required package, instead of
# a confusing failure deeper in the build. windows-latest just installed
# everything above, so this would be redundant there.
- name: Check self-hosted dependencies
if: needs.changes.outputs.windows_selfhosted == 'true'
run: tools_pc/check-selfhosted-deps.sh
- name: Restore ccache
uses: actions/cache@v4
with:
path: ${{ env.CCACHE_DIR }}
key: ccache-windows-${{ hashFiles('CMakeLists.txt') }}-${{ github.sha }}
restore-keys: |
ccache-windows-${{ hashFiles('CMakeLists.txt') }}-
ccache-windows-
update: true
install: >-
mingw-w64-x86_64-toolchain
mingw-w64-x86_64-cmake
mingw-w64-x86_64-SDL2
mingw-w64-x86_64-zlib
mingw-w64-x86_64-python
zip
unzip
- name: Regenerate ROM-asset symbol file (US)
run: python scripts/gen_romassets.py u
# Drop-in ROM support: freeze the asset-prep tool into a single
# ge007-convert.exe the engine spawns on first run when the pcmodels/
# pccg sidecars are missing (port/src/romconvert.c). Lands in
# tools_pc/dist/prepare-assets/ where bundle-win.sh picks it up.
- name: Freeze asset converter (PyInstaller)
run: |
# MSYS2's mingw python ships without pip and has ensurepip
# disabled — install pip from pacman, then PyInstaller.
python -c "import PyInstaller" 2>/dev/null || {
pacman -S --noconfirm mingw-w64-x86_64-python-pip
python -m pip install --quiet --break-system-packages pyinstaller
}
python -m PyInstaller --onefile --noconfirm --clean \
--name ge007-convert \
--distpath tools_pc/dist/prepare-assets \
--workpath build-pyinst --specpath build-pyinst \
tools_pc/dist/prepare-assets/prepare-assets.py
ls -la tools_pc/dist/prepare-assets/ge007-convert.exe
- name: Build (ntsc-final)
run: ./build-pc.sh ntsc-final
- name: ccache stats
run: ccache -s
# Package the distributable bundle on every run so the release path is
# always exercised. On a tag build VERSION is the tag; otherwise it is a
# throwaway CI string. bundle-win.sh hard-fails if a ROM image or an
@@ -396,21 +286,11 @@ jobs:
run: |
TAG="${GITHUB_REF_NAME}"
ASSETS=(dist/*.zip dist/*.zip.sha256 dist/*.tar.gz dist/*.tar.gz.sha256)
NOTES="$(mktemp)"
# Asset names are built from the tag with the leading v stripped
# (bundle-{linux,win}.sh), so substitute the same form -- a raw
# TAG would make the notes reference goldeneye-pc-port-v*.* assets
# that don't exist.
NOTES_VERSION="${TAG#v}"
sed "s/<version>/${NOTES_VERSION}/g" .github/release-notes.md > "$NOTES"
if gh release view "$TAG" >/dev/null 2>&1; then
gh release upload "$TAG" "${ASSETS[@]}" --clobber
# Re-stamp the notes body too: it is only set at creation, and
# release-notes.md may have moved since the draft was first cut.
gh release edit "$TAG" --notes-file "$NOTES"
else
gh release create "$TAG" "${ASSETS[@]}" \
--draft --prerelease \
--title "GoldenEye 007 PC Port $TAG" \
--notes-file "$NOTES"
--notes-file .github/release-notes.md
fi
.github/workflows/selfhosted.yml
-234
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@@ -1,234 +0,0 @@
# Self-hosted runtime (ROM-gated)
#
# Runs the build + the 21-level headless sweep (tools_pc/verify.sh) on the
# self-hosted runner "corpyvt6agent01", the one machine that has a legal ROM.
# This is the job class ci.yml explicitly does NOT do: CI is build-only, no
# ROM, so runtime checks live here. Setup + rollout plan (gitignored, local):
# docs/dev/notes/SELFHOSTED-RUNNER-PLAN.md
#
# Persistence model — everything lives under the runner's own paths, managed
# by the pipeline; no hand-maintained directories:
# - ccache -> actions/cache (stored by the runner under _work/_temp)
# - ROM -> actions/cache, key ge-rom-data-ntsc-v1. Bootstrap: copy the
# three files into {runner_home}/_rom-seed/ on the box; a run
# with an empty cache copies them in and attempts to save the
# cache entry. The seed dir is kept (NOT deleted) rather than
# treated as one-time -- actions/cache/save has been silently
# failing to persist on this box (warning, not a hard step
# failure; root cause open, see SELFHOSTED-RUNNER-PLAN.md), so
# the seed is the durable fallback every run re-copies from
# until that's fixed. Integrity is re-verified every run
# against the committed ge007.u.sha1 (repo-tracked US ROM hash).
# - MSYS2 -> machine-level install at C:\msys64 (verify.sh hardcodes the
# prefix), installed and its packages maintained BY HAND on
# the box. msys2/setup-msys2 still runs every job (it's what
# registers the `msys2 {0}` shell wrapper), but with
# `release: false` and update/install both omitted — verified
# against the action's source to do no pacman -Syu / pacman -S
# / network round-trip, just a fast reuse of the existing
# C:\msys64. Package presence is checked (not installed) by
# tools_pc/check-selfhosted-deps.sh, which fails fast with
# exact install instructions if something's missing.
#
# Trigger gating (non-negotiable):
# - workflow_dispatch ONLY for now. Flip on `push: branches: [main]` once
# the first manual runs are reliably green.
# - NEVER add `pull_request`: unreviewed fork code must not be routable to
# a runner that can see the ROM.
#
# Leak rules (docs/dev/notes/AGENT-VM-FORGEJO-PLAN.md checklist):
# - The ROM + sidecars live in the runner-managed cache only; nothing in
# this workflow uploads from data/.
# - Artifacts here are console logs + a JSON verdict only. Rendered frames
# (ppm/) are ROM-derived content and are NOT uploaded.
name: Self-hosted runtime
on:
workflow_dispatch:
inputs:
levels:
description: "Sweep subset, SWEEP_LEVELS format (blank = all 21)"
required: false
default: ""
type: string
permissions:
contents: read
# One ROM job at a time per ref; never cancel an in-flight sweep out from
# under itself (the sweep is serialized by its own lockdir + watchdog). Group
# + cancel-in-progress:false is what actually serializes runs — GitHub
# Actions' workflow-level `concurrency` has no `max-parallel` key (that only
# exists under a job's `strategy:` for matrix jobs); a stray one here is a
# hard parse error that blocks every dispatch.
concurrency:
group: selfhosted-${{ github.ref }}
cancel-in-progress: false
env:
ROM_CACHE_KEY: ge-rom-data-ntsc-v1
jobs:
build-and-sweep:
runs-on: [ self-hosted, windows ]
defaults:
run:
shell: msys2 {0}
env:
CCACHE_DIR: ${{ github.workspace }}/.ccache
CCACHE_MAXSIZE: 500M
steps:
- uses: actions/checkout@v7
with:
persist-credentials: false
# `release: false` reuses the box's own C:\msys64 as-is instead of
# downloading/installing MSYS2 fresh (verified against the action's
# source: with this set, and update/install both omitted, it does
# exactly one `uname -a` + a pacman.conf sed tweak — no pacman -Syu,
# no pacman -S, no network round-trip). This step still has to run
# every time — it's what registers the `msys2 {0}` shell wrapper
# above — but does no install/update work.
- uses: msys2/setup-msys2@v2
with:
msystem: MINGW64
release: false
# Packages themselves are hand-maintained on the box (never installed
# by this workflow) — fails fast with exact install instructions if
# one's missing, instead of a confusing failure deeper in the build.
- name: Check self-hosted dependencies
run: tools_pc/check-selfhosted-deps.sh
# --- ROM + sidecars: runner-managed cache, one-time seed --------------
- name: Restore ROM + sidecars (runner cache)
uses: actions/cache/restore@v4
with:
path: |
data/ge007.ntsc-final.z64
data/pcmodels-ntsc-final
data/pccg-ntsc-final
key: ${{ env.ROM_CACHE_KEY }}
- name: Check ROM store presence
id: romcheck
run: |
present=true
for f in ge007.ntsc-final.z64 pcmodels-ntsc-final pccg-ntsc-final; do
if [ ! -f "data/$f" ]; then echo "missing from cache: $f"; present=false; fi
done
echo "present=$present" >> "$GITHUB_OUTPUT"
# {runner_home} = two levels up from RUNNER_WORKSPACE ({home}/_work/{repo}).
# NOT deleted after the cache save below (see that step's comment) --
# kept as a durable fallback source until the cache save is proven to
# actually round-trip on this box.
- name: Seed ROM cache (from durable seed dir)
if: steps.romcheck.outputs.present == 'false'
run: |
seed="$(dirname "$(dirname "$RUNNER_WORKSPACE")")/_rom-seed"
[ -d "$seed" ] || {
echo "ROM cache is empty and no seed found at $seed." >&2
echo "One-time bootstrap: copy ge007.ntsc-final.z64, pcmodels-ntsc-final," >&2
echo "and pccg-ntsc-final into that directory on the runner, then re-run." >&2
exit 2
}
mkdir -p data
# -r: pcmodels-*/pccg-* are directories, not single files (found by
# testing — a plain cp failed with "omitting directory").
cp -r "$seed/ge007.ntsc-final.z64" "$seed/pcmodels-ntsc-final" \
"$seed/pccg-ntsc-final" data/
echo "seeded ROM store from $seed"
# Explicit save (restore alone never saves): persist the seeded store
# immediately, before the build/sweep can fail out from under it.
# KNOWN ISSUE (2026-09-12): this reliably logs a WARNING annotation
# ("Failed to save: ... tar.exe failed with exit code 2") on this box
# and never actually persists anything to the cache -- but
# actions/cache/save treats a save failure as non-fatal by design, so
# the step still reports success and the job carries on. Root cause not
# yet found (see docs/dev/notes/SELFHOSTED-RUNNER-PLAN.md). Consequence:
# do NOT delete the seed dir after this step (previously done, and it
# meant a *silent* cache-save failure combined with the delete wiped
# the only copy of the ROM every run -- exactly what broke rollout
# step 5's repeated dispatches). The seed dir now stays in place
# indefinitely as a durable fallback; "Check ROM store presence" /
# "Seed ROM cache" above already re-copy from it whenever the cache
# comes back empty, so this is safe to leave as a no-op once the cache
# save is fixed for real.
- name: Save ROM cache
if: steps.romcheck.outputs.present == 'false'
uses: actions/cache/save@v4
with:
path: |
data/ge007.ntsc-final.z64
data/pcmodels-ntsc-final
data/pccg-ntsc-final
key: ${{ env.ROM_CACHE_KEY }}
- name: Verify ROM integrity (committed US sha1)
run: |
cd data
want="$(cut -d' ' -f1 ../ge007.u.sha1)"
got="$(sha1sum ge007.ntsc-final.z64 | cut -d' ' -f1)"
[ "$want" = "$got" ] || { echo "ROM hash mismatch: want $want got $got" >&2; exit 2; }
echo "ROM sha1 ok: $got"
# --- build -------------------------------------------------------------
# Same opt-in ccache CMakeLists.txt wires up (speed-ups plan Step 5);
# persisted via actions/cache like ci.yml's windows-build.
- name: Restore ccache
uses: actions/cache/restore@v4
with:
path: ${{ env.CCACHE_DIR }}
key: ccache-selfhosted-${{ hashFiles('CMakeLists.txt') }}-${{ github.sha }}
restore-keys: |
ccache-selfhosted-${{ hashFiles('CMakeLists.txt') }}-
ccache-selfhosted-
- name: Regenerate ROM-asset symbol file (US)
run: python scripts/gen_romassets.py u
- name: Build (ntsc-final)
run: ./build-pc.sh ntsc-final
# verify.sh: build-if-stale -> headless GE_PCDUMP per level -> crash
# symbolication -> pixcount -> framediff vs tools_pc/golden/. Serialized
# + watchdog + one retry by design (D117: not frame-deterministic).
- name: Level sweep (all 21, or dispatch subset)
run: |
[ -n "${{ inputs.levels }}" ] && export SWEEP_LEVELS='${{ inputs.levels }}'
tools_pc/verify.sh sweep --json > sweep.log 2>&1
rc=$?
cat sweep.log
exit $rc
# Pull the JSON verdict array out of the mixed stdout for easy review.
- name: Extract JSON verdict
if: always()
run: |
python -c "
import json, sys
s = open('sweep.log', encoding='utf-8', errors='replace').read()
i = s.rfind('[{')
out = '[]'
if i >= 0:
d, _ = json.JSONDecoder().raw_decode(s[i:])
out = json.dumps(d, indent=1)
open('sweep-verdict.json', 'w').write(out + '\n')
print(out)
"
# Console logs + verdict only — no frames, no ROM bytes (leak rules).
- name: Upload sweep report
if: always()
uses: actions/upload-artifact@v7
with:
name: selfhosted-sweep-${{ github.run_number }}
path: |
sweep.log
sweep-verdict.json
ge007.crash.log
if-no-files-found: ignore
retention-days: 14
.gitignore
-17
View File
@@ -142,27 +142,14 @@ ge007.crash.log
run_out.log
ppm/
screenshots/
# tools_pc/perf.ps1 output (raw ETW traces + CSV analysis, regenerable)
perf_captures/
# local Mupen64 Plus checkout (N64 reference footage); binaries, do not commit
tools_pc/mupen64/
# local N64 emulator checkout (D205 A/B reference)
mupen64/
# PC port run/scratch logs
run_*.log
d6*.log
ge007.crash.log
# agent scratch space + audio probe artifacts (regenerable dumps/traces)
scratchpad/
# montage work artifact: the tiled contact sheet behind docs/img/shots/ and
# the preview video (regenerable from the same session recordings)
docs/img/shots/CONTACT-SHEET.jpg
/audiodump.raw
/audiotrace.log
/mixertrace.log
# Claude Code local state / agent worktrees
.claude/
@@ -172,7 +159,3 @@ nohup.out
gdb.txt
gdb-hang.txt
# frozen asset converter (built by CI via PyInstaller; local freezes land here)
tools_pc/dist/prepare-assets/ge007-convert*
build-pyinst/
AGENTS.md
+1 -3
View File
@@ -56,8 +56,6 @@ Run `/linkcheck` for this sweep. Record new findings in `docs/dev/findings.md`
parked in `docs/dev/GRAPHICS-BACKLOG.md`.
- **Phase 3 (audio + input):** input layer done (`port/src/input.c`); polish
bugs open (D118* mouse-look residuals; interactive feel-checks owed). Audio
mixer done (libaudio → SDL software mixer, D198–D201); D204 tempo drift
fixed + measured; D202 stuck door loop root-caused with a port-side
expiration (M-66b) awaiting by-ear verification.
not started — libaudio → SDL, copy-and-adapt from the PD port's `mixer.c`.
- **Phase 4 (saves + polish):** file-backed EEPROM done; widescreen, config,
rebinding UI outstanding.
CLAUDE.md
+4 -25
View File
@@ -54,9 +54,6 @@ A subagent brief is INVALID and must not be sent unless it contains all of:
write-up of a half-solved bug is a deliverable, not a failure.
- **KNOWN-GOOD / RULED OUT**, **CONSTRAINTS** (no game-logic changes;
ABI/layout/format only; `#ifdef PORT`; documented in §F), **REPORT** shape.
- **VERIFY** — the exact `tools_pc/verify.sh` / probe invocation that proves
the task done, or an explicit "runtime verification impossible here; a human
must run X".
- Instruction to read `docs/porting-notes.md` first and append any
generalisable quirk to it.
@@ -88,27 +85,9 @@ still owns judgment, planning, and the verification gate.
- **Backend reality:** ~1 inference slot, slow per token — dispatch
**sequentially**, `max_tokens` ~4–8K, treat as batch work. Needs the LiteLLM
proxy (`litellm/run.ps1`) + Unsloth Studio both up.
- **Corrected 2026-09-04:** the "worker's shell is `cmd.exe`, no grep/cat"
claim that used to live here was WRONG — verified directly against the
harness's own `_run_bash` (`C:\Users\james\tools\claude-code-delegate-local`):
`grep`, `sed`, `cat`, `ls`, `head`, pipes, and `grep -rn` all work fine
(Git-for-Windows/MSYS2 toolchain on PATH). The stale claim, baked into 4 of
5 local agent `.md` files, caused a real dispatch (a multi-file
cross-referencing investigation) to burn its whole turn budget
full-`read_file`-ing files instead of grepping them, hit the turn limit, and
returned nothing. Agent files fixed. Always still spot-check the returned
artifact against the real files before integrating — the 27B will
confidently fabricate if a read fails, independent of this.
- **Landing delegate output on its own branch: branch off `main` explicitly,
never off whatever's currently checked out.** (2026-09-12: a delegate's
docs-only writeup got `git branch <name> <sha>` where `<sha>` happened to
sit on top of an unrelated in-flight feature branch — the resulting PR
silently carried that branch's whole history, including code that had
since been reverted, and it only surfaced as a CI failure (a stale
env-probe-index check), not from inspecting the diff.) Before creating the
branch, confirm you're branching from `main`/`origin/main` HEAD, not from
`HEAD` of the session's current checkout; after pushing, sanity-check with
`git log --oneline main..<branch>` that it contains only the commit(s) the
delegate's task actually produced.
- **Windows quirk:** the worker's shell is `cmd.exe`, not bash — its agent
prompt tells it to use `read_file`/`findstr`, not `cat`/`grep`. Always
spot-check the returned artifact against the real files before integrating;
the 27B will confidently fabricate if a read fails.
- Fits the **dispatch preflight** rules above (FILES / BUDGET / ON EXPIRY /
CONSTRAINTS / REPORT) — write the `task` string to that shape.
CMakeLists.txt
-6
View File
@@ -145,12 +145,6 @@ execute_process(COMMAND git rev-parse --short HEAD
if(NOT VERSION_HASH)
set(VERSION_HASH "unknown")
endif()
# Provenance, printed by --version and at startup (port/src/main.c): a build
# keeps pointing at this repository no matter who compiles or renames it.
set(VERSION_CODENAME "larkspur")
set(ORIGIN_URL "https://github.com/jkdansereau/goldeneye-pc-port")
configure_file(
"${CMAKE_SOURCE_DIR}/port/include/versioninfo.h.in"
"${CMAKE_BINARY_DIR}/port/include/versioninfo.h" @ONLY)
CONTRIBUTING.md
-18
View File
@@ -32,24 +32,6 @@ keep the port faithful to the original game.
- Port-layer code is plain C11 / C++17, SDL2 + OpenGL, no extra dependencies.
- Keep commits focused and describe *why*, not just *what*.
## Forks and derivative works
Fork away — the code is MIT and the `port/` layer exists to be extended.
Rebranding, localizing and extending are all welcome, and none of them need
permission. If you carry the work forward under your own name, please keep
two things:
- **Attribution.** A clear statement, in your README and about page, that the
project derives from this one — with a link. The engine prints its origin at
startup and in its `--version` output; keeping that intact is part of the
ask.
- **The record.** `docs/dev/` (the finding log, porting notes, per-level
status) is the engineering record behind every fix. Derivative projects are
asked to preserve or link to it rather than fork-and-forget.
Stripping the attribution is the one thing that turns a fork into something
we no longer recognize as a descendant of this project.
## Where to look
- `docs/internals.md` — how the port is structured.
README.md
+246 -204
View File
@@ -1,185 +1,232 @@
# GoldenEye 007 PC Port
[![CI](https://github.com/jkdansereau/goldeneye-pc-port/actions/workflows/ci.yml/badge.svg)](https://github.com/jkdansereau/goldeneye-pc-port/actions/workflows/ci.yml)
![status](https://img.shields.io/badge/status-alpha_v0.1.0_(Phase_2_of_4)-orange)
![tested on](https://img.shields.io/badge/tested_on-Windows_%2B_Linux_x86--64-blue)
![license](https://img.shields.io/badge/license-MIT-green)
![built with](https://img.shields.io/badge/built_with-coding_agents-8A2BE2)
A native PC port of _GoldenEye 007_ (Rare, 1997, Nintendo 64), compiled from
the [GoldenEye 007 decompilation](https://github.com/n64decomp/007): the
original N64 game running from reconstructed source, not the Xbox 360
remaster. The N64's graphics coprocessor (RSP) is emulated in software; every
other hardware surface (video, audio, input, timers, save storage) is shimmed
in a dedicated `port/` layer, following the architecture of the
[Perfect Dark PC port](https://github.com/fgsfdsfgs/perfect_dark), the same
Rare "Indy" engine family, one hardware generation apart.
**A native PC port of _GoldenEye 007_ (Rare, 1997, Nintendo 64), compiled from
the [GoldenEye 007 decompilation](https://github.com/n64decomp/007) — the
original N64 game running from reconstructed source, not the Xbox 360 remaster.**
The first alpha, **[v0.1.0](../../releases)**, is out for Windows and Linux: it
boots, renders the full intro and front end, and runs all 21 solo missions — in
a full-campaign playtest 19 of the 21 were completable start to finish (two
levels still crash). **There is no audio yet** and rough edges remain; this is
Phase 2 of 4. See [Status](#status) and [Background](#background).
**v0.2.0** is out for Windows and Linux (including Steam Deck, where the
Linux bundle sideloads as-is) and runs the full campaign at a steady 60 fps
with known rough edges ([Status](#status)). Free to download, build on and
modify (you bring the ROM).
It is also a **research project on AI-agent collaboration in a large,
unfamiliar, low-level codebase** — how far two coding agents (a local
open-weight model and Claude), driven by one person part-time, can be pushed
through ~230 translation units of unmodified big-endian MIPS game code and made
to run on a 64-bit desktop. See [Background](#background).
It's also a case study in AI-agent collaboration on a large, low-level
codebase: two coding agents, driven by one person part-time, porting ~230
translation units of unmodified big-endian MIPS game code to a 64-bit desktop.
See [Background](#background).
Technically, it follows the architecture of the
[Perfect Dark PC port](https://github.com/fgsfdsfgs/perfect_dark) — the same
Rare "Indy" engine family, one hardware generation apart. The unmodified game C
sources are compiled for the host; the N64's Reality Signal Processor (RSP) is
emulated in software; every other hardware surface (video, audio, input,
timers, save storage) is shimmed in a dedicated `port/` layer.
> [!IMPORTANT]
> **You must supply your own GoldenEye 007 ROM.** This repository contains no
> Nintendo code or assets, and no ROM. Nothing here is distributable as a
> playable game: see [Requirements](#requirements) and [Legal](#legal).
> playable game — see [Requirements](#requirements) and [Legal](#legal).
<p align="center">
<img src="docs/media/goldeneye-gh-preview.gif" width="64%"
alt="~32 s gameplay montage from live play sessions">
<br><em>All in-engine, running in the port, a ~32&nbsp;s gameplay montage loop
from the v0.2.0 playtest.</em>
<img src="docs/img/attract-bunker1.png" width="32%" alt="Bunker 1 intro camera">
<img src="docs/media/goldeneye-demo.gif" width="32%" alt="~15 s of the port running: mission dossier, Facility, Silo, Jungle, Archives">
<img src="docs/img/attract-dam.png" width="32%" alt="Dam intro camera">
<br><em>In-engine, running in the port — Bunker&nbsp;1 and Dam attract views, and a
~15&nbsp;s clip (no audio yet, Phase&nbsp;3): mission dossier &rarr; Facility &rarr; Silo &rarr;
Jungle &rarr; Archives.</em>
</p>
## Download
## Quick start
| Platform | Bundle | Notes |
|---|---|---|
| **Windows** (x86_64) | [win64.zip](/jkdansereau/goldeneye-pc-port/releases) | Engine + runtime DLLs + the one-time asset tool. |
| **Linux** (x86_64) / **Steam Deck** | [linux tarball](/jkdansereau/goldeneye-pc-port/releases) | SDL2 is bundled, so it runs as-is on any distro, and sideloads onto a Deck with nothing installed. |
You supply your own **NTSC-U GoldenEye 007 N64 ROM** (`.z64`, big-endian) — no
ROM or game asset is included or distributed. Then:
Both bundles contain **no ROM and no game assets**: you supply your own
(see [Requirements](#requirements)), which keeps the release legal to
distribute. Earlier builds: v0.1.0 alpha, same page. You can also build it
yourself; see [Building](#building).
### Quick start
You need a GoldenEye 007 N64 ROM (`.z64`, big-endian). This release supports
the **NTSC-U (US)** version; PAL and JP are on the roadmap ([issue
#85](/jkdansereau/goldeneye-pc-port/issues/85)). No ROM or game asset is
included or distributed. Then:
1. Download the Windows or Linux bundle from [Releases](/jkdansereau/goldeneye-pc-port/releases) and unpack it.
1. Download the Windows or Linux bundle from [Releases](../../releases) and unpack it.
2. Make a `data/` folder next to the executable and drop the ROM in as `ge007.ntsc-final.z64`.
3. Launch the executable from that folder. The first run takes a few extra seconds: it detects the ROM and generates the derived asset folders once (no Python or other tooling needed).
3. Run the one-time asset step: `python3 prepare-assets/prepare-assets.py` (Python 3.8+, stdlib only).
4. Launch the executable from that folder.
Read the [Status](#status) caveats first: v0.2.0 has known rough edges,
listed plainly there.
Building from source instead: see [Building](#building). Read the
[Status](#status) caveats first — this is an early alpha.
## Status
## Contents
**v0.2.0 - playable, with known rough edges.** The full single-player
campaign is completable end to end (all 21 missions, Agent difficulty,
playtested), at a steady 60 fps; all 21 solo missions load, render and run
crash-free, verified on Windows, Linux and real Steam Deck hardware. Feedback
is very welcome.
**Working:** boot sequence and front end (menu → mission select → briefing →
start); all 21 solo missions load, render and are crash-free (full campaign
playtested end to end at Agent difficulty); steady 60 fps
(software RSP off the presentation critical path); full audio: in-level music and SFX; keyboard + mouse (click-to-lock, proportional aim mode) and a modern
dual-stick controller layout; file-backed saves; faithful N64 progression by default
(F10 → *All unlocked* opens every level, 007 mode and the full cheat menu); F10 in-game
options overlay (resolution, frame cap, MSAA, filtering, FOV, sensitivity);
Windows and Linux.
**Known issues:**
- **Cutscenes still glitch, mostly with James Bond**: in scripted sequences
Bond is the one who gets misplaced, hovers, or spins; the other actors are
fine for the most part now. The Dam level-end cutscene is racy (D243).
Still the most visible gap in this release.
- Particle colours drift through a rainbow palette instead of holding their
grey/orange intent (bullet sparks, lingering smoke/explosion residue) (D252).
- Water levels show a moving seam between two water patterns (D245); thin
pixel strips at the left/right screen edges at non-integer window scales
(D246).
- Some front-end 3D models are off: the spinning Nintendo logo renders as two
white blobs and the Rareware logo's texture filtering looks wrong (D75).
- The F10 overlay's bottom row duplicates whatever item is currently selected
(D251).
- **Steam Deck:** one intermittent SIGSEGV remains in heavy firefights (D255);
current builds capture full faulting registers in `ge007.crash.log`.
- Assorted further cosmetic defects are tracked in
[`docs/dev/GRAPHICS-BACKLOG.md`](docs/dev/GRAPHICS-BACKLOG.md).
- No macOS or ARM support; no controller rebinding UI.
Root causes and fix status for every item: the [release notes](/jkdansereau/goldeneye-pc-port/releases)
and the finding log in [`docs/dev/findings.md`](docs/dev/findings.md).
### Steam Deck
The Linux bundle is the Deck build. SFTP it over from your PC, or download
it straight from the [releases page](/jkdansereau/goldeneye-pc-port/releases) on the Deck itself:
unzip, drop your ROM in `data/`, launch it once (the first run generates the
derived assets), and add the executable as a non-Steam game. SDL2 is bundled, so no dependencies need
installing. On SteamOS the first launch seeds `ge007.ini` with Deck-friendly
defaults: native 1280×800 fullscreen, VSync, MSAA 4, and 150% draw/LOD
distance (the authored N64 fade distances read short on the close-up panel);
everything is changeable in the options overlay and persists afterwards. The renderer is CPU-bound (software RSP); expect original N64-era
performance at 60 fps rather than more. This release was playtested on real
Deck hardware; the v0.1.0-era Facility crash (D203) did not recur: its root
cause was identified and fixed (D253), verified on the Deck; one intermittent
SIGSEGV in heavy firefights remains open (D255).
**In-game settings on the Deck.** The options overlay is fully gamepad-driven:
it opens with **Select**, the D-pad or left stick (up/down) moves between
options, **A** steps the selected option forward, **B** steps it back, and
**Start** (or Select again) closes. Toggles flip, resolution / MSAA /
filtering cycle, sliders step in increments. With a keyboard attached the same
overlay is `F10` + arrows/Enter.
## Beyond playing
- **Tweak it**: `ge007.ini` and the F10 in-game overlay expose resolution,
frame cap, MSAA, texture filtering, FOV/draw distance and mouse feel;
launch with `-fresh` for a clean-slate run.
- **Read it**: [`docs/internals.md`](docs/internals.md) maps the
architecture and the software RSP; [`docs/porting-notes.md`](docs/porting-notes.md)
is the catalogue of N64→PC bug classes hit along the way. Game logic in
`src/` is unmodified decompilation; every hardware surface lives in the
MIT-licensed `port/` layer.
- **Mod it**: the port layer, build system and `tools_pc/` are yours to
extend (see [License](#license)); [`CONTRIBUTING.md`](CONTRIBUTING.md) has
the ground rules for getting changes in, and [`docs/dev/`](docs/dev/) is
the raw engineering record behind every fix.
- [Quick start](#quick-start)
- [Background](#background)
- [How this differs from the other GoldenEye PC projects](#how-this-differs-from-the-other-goldeneye-pc-projects)
- [Status](#status)
- [Download](#download)
- [Requirements](#requirements)
- [Building](#building) · [Windows (MSYS2)](#windows-msys2) · [Linux](#linux)
- [Running](#running) · [Default controls](#default-controls)
- [How it works](#how-it-works)
- [Project layout](#project-layout)
- [Documentation](#documentation)
- [Credits](#credits)
- [Legal](#legal)
- [License](#license)
## Background
The port was built by two coding agents, a local open-weight model
(`unsloth/Qwen3.8-27B-GGUF` on one RTX 5090, via the [pi](https://pi.dev/)
agent) doing the groundwork (build, boot chain, software-RSP integration,
asset pipeline, first frames), and **Claude Code** (Sonnet 5, Opus 5 for the
hardest bugs) joining for the collaborative phase (the 21-level sweep, the
ABI finding catalog, SDL input, front end), handing work back and forth
through shared written notes, directed by one person part-time. In short:
~3.5 weeks, ~430 commits, 200+ bugs logged and tracked to resolution.
Beyond the port itself, this is primarily a **research project on agentic
software development** — specifically, on AI-agent collaboration in a large,
unfamiliar, low-level codebase: how far coding agents can be driven, by one
person working part-time, through ~230 translation units of unmodified
big-endian MIPS game code, made to run on a 64-bit desktop.
The full write-up (timeline, handoff mechanism, effort breakdown, an honest
"what worked / what didn't"): [`docs/dev/agentic-development.md`](docs/dev/agentic-development.md).
The workflow itself: [`docs/dev-process.md`](docs/dev-process.md). To cite the
project or its findings: [`CITATION.cff`](CITATION.cff) (GitHub's "Cite this
repository" menu).
It used two agents:
- a **local open-weight model** —
`unsloth/Qwen3.8-27B-GGUF:UD-Q4_K_XL` on a single **RTX 5090**, driven mainly
through the **[pi](https://pi.dev/)** coding agent (Unsloth Desktop was also
trialed) — which did the groundwork: the CMake build, the boot chain, the
software-RSP integration, the offline asset-conversion pipeline, and the
first rendered frames;
- **Claude** (via **Claude Code** — mostly **Sonnet 5**, with **Opus 5** as an
escalation tier for the hardest bugs), which joined on 27 Aug 2026 for a
collaborative phase: the 21-level load/render/no-crash sweep, the ABI/layout
finding catalog, the SDL input layer, and the front-end flow.
The two **handed work back and forth** through shared written artifacts:
```mermaid
flowchart TD
H["human<br/>direction · integration · playtest"]
C["Claude<br/>(Claude Code)"]
Q["Qwen 3.8<br/>(pi, local RTX 5090)"]
D[("shared artifacts<br/>findings · notes · handoff doc")]
H -->|"scoped task + budget"| C
H -->|"scoped task + budget"| Q
C -->|"patch + write-up"| D
Q -->|"patch + write-up"| D
C <-.->|handoff| Q
D --> H
```
The handoff document was originally a session-to-session note; it became the
**interface between the two models** — when Claude hit a usage limit
mid-problem, the local model picked the task up from that state and continued.
**By the numbers:**
| Metric | Value |
|---|---|
| Timeline | ~3 weeks, one person part-time |
| Commits | ~320 |
| Root-caused bugs logged | ~190 (`D1`–`D196`; some later merged or withdrawn) |
| Handoff sessions | ~49 |
| ABI edits to game code | 69 files, all `#ifdef PORT` |
| Port layer / tooling | ~17k lines C/C++ · ~6k lines Python |
| Effort split (milestone-weighted) | ~60% Claude · ~40% local model |
The local model built the entire foundation — build, boot chain, RSP wiring,
asset converters — then both agents ran the debugging phase together:
- **Day 4** — the full ~230-unit codebase compiles and links
- **Day 8** — the whole intro renders
- **Day 13** — all 21 solo missions run crash-free
- **Day 14** — front end playable end to end
- **Week 3** — v0.1.0 alpha; a full-campaign playtest completes 19 of 21 missions
Full write-up, timeline chart, and an honest "what worked / what didn't":
[`docs/dev/agentic-development.md`](docs/dev/agentic-development.md). The
workflow itself: [`docs/dev-process.md`](docs/dev-process.md). To cite this
project or its findings, use [`CITATION.cff`](CITATION.cff) (GitHub's "Cite
this repository" menu).
## How this differs from the other GoldenEye PC projects
This is a native port of the original 1997 Nintendo 64 game, built from its
actual reconstructed source code, the same lineage as the Perfect Dark PC
port. The other well-known "GoldenEye on PC" projects are something
different: they machine-translate the shipped binary of the *unreleased Xbox
360 XBLA remaster*, a different game on a different codebase with no shared
code with this one.
This is a **native port of the original 1997 Nintendo 64 game, built from its
actual reconstructed source code** — the same lineage as the Perfect Dark PC
port. The other well-known "GoldenEye on PC" projects are something different:
they machine-translate the shipped binary of the *unreleased Xbox 360 XBLA
remaster* — a different game, a different codebase, no shared code with this.
| | This project | The other well-known "GoldenEye on PC" recompilation projects (and their Steam Deck builds) |
| | This project | [GoldenEye-Recomp](https://github.com/SunJaycy/GoldenEye-Recomp) / [Steam Deck build](https://github.com/couchk1ng/GoldenEye-Recomp-SteamDeck) |
|---|---|---|
| **What it ports** | The original **Nintendo 64** game (1997) | The **Xbox 360 XBLA** HD remaster (built ~2007, never released) |
| **How** | Decompilation-based source port: human-reconstructed C, compiled for the host; game logic runs as written | Static binary recompilation: the shipped machine code is auto-translated to C; no source-level understanding |
| **How** | **Decompilation-based source port** — human-reconstructed C, compiled for the host; game logic runs as written | **Static binary recompilation** — the shipped machine code is auto-translated to C; no source-level understanding |
| **Lineage** | [GoldenEye 007 decompilation](https://github.com/n64decomp/007) + [Perfect Dark PC port](https://github.com/fgsfdsfgs/perfect_dark) engine family | Xbox 360 "…Recompiled" static-recompilation family |
| **Renderer** | Software RSP → OpenGL | Hardware (Vulkan) |
| **Status** | v0.2.0 public release; full campaign playable at 60 fps (see [Status](#status)) | Playable full game with online multiplayer |
| **Why it exists** | To run the *original* N64 game from source, and as a [case study in AI-agent collaboration](#background) on a hard low-level codebase | To get a playable PC release of the remaster |
| **Status** | WIP, Phase 2, alpha v0.1.0 — runs all 21 levels, 19/21 completable in a full playthrough; no audio; rough edges | Playable full game, higher frame rates, online multiplayer |
| **Why it exists** | A [case study in AI-agent collaboration](#background) on a hard low-level codebase; the port is the target, not a product | A polished, playable PC release of the remaster |
They answer a different question: how to get the *remaster* onto PC by
machine translation. This project answers how to get the *original 1997
game* onto PC, running from its reconstructed source.
**If you just want to play GoldenEye on PC today, use one of the recompilation
projects — they are finished and this is not.** What is interesting here is the
other half: getting the *original* game running from source, and how much of
that work was driven by AI agents.
## Status
> [!WARNING]
> **Alpha — playable, not polished.** This is a work-in-progress research port.
> It runs the full single-player campaign, but there is **no audio**, some
> front-end 3D models and cutscenes are broken, AI characters move too slowly,
> input has known rough edges, and two levels (Bunker ii, Statue) still crash.
> Treat it as an early alpha of the porting work, not a finished way to play
> GoldenEye.
**Phase 2 of 4 (rendering). First alpha: [v0.1.0](../../releases).** The port
boots, renders, and plays through the front end and the campaign. It is not
finished and it is not fully stable.
**Working**
- Boot → Rare/Nintendo logos → gun-barrel → cast intro, fully rendered.
- Front end: main menu → mission select → difficulty → briefing → mission start.
- **All 21 solo missions load and render.** In a full-campaign playtest on the
packaged Windows build, **19 of 21 were completable start to finish**; Bunker
ii and Statue crash mid-level (one root cause, tracked as D191). See
[`docs/dev/LEVEL-STATUS.md`](docs/dev/LEVEL-STATUS.md).
- Software RSP (fast3d): textured world geometry, skeletal characters, HUD,
the GE-specific color-combiner / render modes and `G_TRI4`.
- Input: keyboard + mouse (with mode-aware mouse-look) and SDL game
controllers, mapped onto the N64 pad. Tunable via `ge007.ini`.
- File-backed EEPROM saves.
- **Windows and Linux** (`x86_64`). Windows is the primary development and
playtest path; the Linux build boots, renders, and passes the level sweep,
with far less human playtime.
**Not yet working**
- **Audio** — not implemented (Phase 3). The game runs silent.
- **AI pacing** — scripted and combat AI characters travel to their
destinations noticeably slower than on N64. This breaks Cradle (the final
level) via Trevelyan's scripted progression. Top post-alpha fix (D193).
- **Cutscenes** — frequently glitch: skipped, wrong camera, misplaced or
hovering actors, wrong timing (D148/D160).
- Some front-end 3D models — the spinning Nintendo logo, and the MISSION
COMPLETE / mode-select models — are mispositioned or absent. (The
gun-barrel Bond intro renders correctly.)
- Outdoor levels render with a **black sky**; assorted other cosmetic defects
are tracked in
[`docs/dev/GRAPHICS-BACKLOG.md`](docs/dev/GRAPHICS-BACKLOG.md).
- No macOS or ARM support; no controller rebinding UI; no widescreen.
Next up: audio (Phase 3), the AI-pacing fix, and the two remaining level
crashes. Cosmetic defects are tracked in
[`docs/dev/GRAPHICS-BACKLOG.md`](docs/dev/GRAPHICS-BACKLOG.md).
## Download
Pre-built **Windows** and **Linux** `x86_64` bundles are published under
[Releases](../../releases), starting with **v0.1.0**. Each contains the engine
executable, its runtime libraries, and the one-time `prepare-assets` tool —
**no ROM and no game assets**. See [Quick start](#quick-start) for the four
steps to get it running, [Requirements](#requirements) for accepted ROMs, and
[Status](#status) for the alpha caveats.
You can also build it yourself; see [Building](#building).
## Requirements
You need a GoldenEye 007 (Nintendo 64) ROM that you legally own, in
You need a **GoldenEye 007 (Nintendo 64) ROM** that you legally own, in
big-endian (`.z64`) format, matching one of:
| Region | ROMID | ROM filename (in `data/`) | SHA-1 |
@@ -188,9 +235,7 @@ big-endian (`.z64`) format, matching one of:
| PAL (EU) | `pal-final` | `ge007.pal-final.z64` | `167c3c433dec1f1eb921736f7d53fac8cb45ee31` |
| NTSC-J (JP) | `jpn-final` | `ge007.jpn-final.z64` | `2a5dade32f7fad6c73c659d2026994632c1b3174` |
This release supports the US (NTSC-U) version; PAL and JP ROMs are
recognised by region but not yet supported (on the roadmap, [issue
#85](/jkdansereau/goldeneye-pc-port/issues/85)).
US is the recommended and best-tested version.
The port also relies on the decompilation's asset-extraction step, which pulls
the level, model, texture and music data out of your ROM at build time. That
@@ -216,13 +261,13 @@ git clone https://github.com/jkdansereau/goldeneye-pc-port.git
cd goldeneye-pc-port
# 1. extract assets from your ROM (see docs/building.md)
# 2. build the port
./build-pc.sh ntsc-final # NTSC-U; PAL/JP engine builds compile, but their asset sidecars are not yet producible (issue #85)
./build-pc.sh ntsc-final # or pal-final / jpn-final
```
### Linux
The Linux build is compiled on every push by CI (ubuntu-24.04); the release
bundle additionally bundles SDL2 so no system packages are needed at runtime.
> **Untested.** No one has built or run the port on Linux. The steps below are
> the intended path, not a verified one — expect to fix build issues yourself.
```sh
sudo apt install build-essential cmake python3 libsdl2-dev zlib1g-dev libgl1-mesa-dev
@@ -240,53 +285,55 @@ The executable is written to `build-pc/ge007.x86_64` (on Windows,
1. Create a `data/` directory in the repo root.
2. Put your ROM in it, named as in the table above
(e.g. `data/ge007.ntsc-final.z64`).
3. Run the executable from the repo root:
3. Run the executable **from the repo root**:
`./build-pc/ge007.x86_64`.
Configuration is written to `ge007.ini` on first run; game progress
lives in `ge007.eep`. Launch with `-fresh` to wipe both before starting
(a clean-slate run for playtesting).
Configuration is written to `ge007.ini` on first run.
### Default controls
| Action | Keyboard / mouse | Controller |
|---------------------|--------------------------|---------------|
| Move / strafe | `W` `A` `S` `D` / arrows | Left stick (or D-pad) |
| Move / strafe | `W` `A` `S` `D` / arrows | Left stick |
| Aim / look | Mouse | Right stick |
| Fire (Z) | Left mouse / `LCtrl` | Right trigger |
| Aim mode (R) | Right mouse / `LShift` | Left trigger |
| Use / accept (A) | `Space` / `E` / `X` | A / X |
| Reload / cancel (B) | `R` / `F` | B / Y |
| Next weapon | Mouse wheel up | RB |
| Previous weapon | Mouse wheel down | LB |
| Use / accept (A) | `Space` / `E` / `X` | A / X |
| Reload / cancel (B) | `R` / `F` | B / Y / RB |
| L trigger | `Q` | LB |
| Start | `Enter` / `Tab` | Start |
| Options overlay | `F10` | Select (D-pad/stick + A/B navigate, Start closes) |
The controller layout follows the modern dual-stick scheme used by the
console re-releases (left stick move, right stick look, triggers fire/aim,
shoulders cycle weapons).
Mouse sensitivity, Y-inversion and the aim/turn split are tunable in the
`[Input]` section of `ge007.ini`.
## How it works
The R4300 game code in `src/` is compiled completely unmodified; the
decompilation's control flow is ground truth. Everything that would touch N64
hardware is redirected into `port/`: a **software RSP** (`port/fast3d/`,
adapted from the Perfect Dark port) that interprets the GBI display list the
game builds each frame and emits OpenGL, bypassing the RDP; a scheduler
replacement (`port/src/gesched.c`) that drives it directly; single-threaded
libultra OS shims (`port/src/libultra.c`); and SDL2/OpenGL/filesystem backends
for video, audio, input and storage. The 32→64-bit transition forces a small,
cataloged class of mechanical ABI-only edits to ROM-serialized structs
(pointer-width reconciliation); these change no behavior and are documented
individually. Where it diverges from the Perfect Dark port: GoldenEye's N64
serialized asset formats are converted offline by Python "sidecar" converters
in `tools_pc/` rather than fixed up at load time. Full detail:
[`docs/internals.md`](docs/internals.md) and
The R4300 game code in `src/` is compiled **completely unmodified** — the
decompilation's control flow is treated as ground truth. Everything that would
touch N64 hardware is redirected into `port/`:
- **`port/fast3d/`** — a software RSP. It interprets the GBI display list the
game builds each frame and emits OpenGL, bypassing the RDP. Adapted from the
Perfect Dark port and extended for GoldenEye's custom GBI.
- **`port/src/gesched.c`** — replaces the RCP scheduler; instead of poking RSP
registers it drives the software RSP directly.
- **`port/src/libultra.c`** — single-threaded shims for the libultra OS API
(threads, messages, timers, PI/SI/AI/VI) over the host.
- **`port/src/{video,audio,input,fs,romdata,config}.c`** — the SDL2 / OpenGL /
filesystem backends.
The 32→64-bit transition forces a small, cataloged class of mechanical
ABI-only edits to ROM-serialized structs (pointer-width reconciliation); these
change no behavior and are documented individually.
Where it diverges from the Perfect Dark port: GoldenEye's N64 serialized asset
formats (level setup, models, backgrounds) are converted **offline** by a set
of Python "sidecar" converters in `tools_pc/`, rather than fixed up at load
time. See [`docs/internals.md`](docs/internals.md) and
[`docs/porting-notes.md`](docs/porting-notes.md).
## Project layout
```
CMakeLists.txt PC build (parallel to the decomp's Makefile, which is untouched)
build-pc.sh configure + build helper
@@ -303,17 +350,18 @@ docs/ see below
## Documentation
Key docs are also published as a site:
<https://jkdansereau.github.io/goldeneye-pc-port/>.
**<https://jkdansereau.github.io/goldeneye-pc-port/>**.
| Doc | What's in it |
|---|---|
| [`docs/building.md`](docs/building.md) | Full build + asset-extraction guide. |
| [`docs/internals.md`](docs/internals.md) | Architecture, the RSP-emulation approach, GE-vs-PD engine differences, the phased plan. |
| [`docs/porting-notes.md`](docs/porting-notes.md) | The recurring N64→PC bug classes hit during the port, with fixes. |
| [`docs/dev/game-behavior-reference.md`](docs/dev/game-behavior-reference.md) | How the retail N64 game is meant to behave — combat/AI model, difficulty scaling, per-level objectives, timers, weapon data, original-game quirks. Playtest reference. |
| [`docs/dev/agentic-development.md`](docs/dev/agentic-development.md) | The research angle: the two-agent setup, timeline, handoff workflow, and an assessment of what did and didn't work. |
| [`docs/dev-process.md`](docs/dev-process.md) | The investigation workflow in detail: budgets, file partitioning, the finding-log discipline. |
| [`docs/dev/`](docs/dev/) | The raw engineering record: the full finding log, per-level status, graphics backlog, playtest matrices, and [`docs/dev/game-behavior-reference.md`](docs/dev/game-behavior-reference.md) (a secondary-sourced playtest reference for how the retail game is meant to behave; repo-only, code is ground truth). |
| [`docs/SetupGuide.md`](docs/SetupGuide.md), [`docs/StyleGuide.md`](docs/StyleGuide.md) | Inherited from the decompilation this repo forks. |
| [`docs/dev-process.md`](docs/dev-process.md) | The investigation workflow in detail — budgets, file partitioning, the finding-log discipline. |
| [`docs/dev/`](docs/dev/) | The raw engineering record: the full finding log, per-level status, graphics backlog, playtest matrices. |
| [`docs/SetupGuide.md`](docs/SetupGuide.md), [`docs/StructureGuide.md`](docs/StructureGuide.md), [`docs/StyleGuide.md`](docs/StyleGuide.md) | Inherited from the decompilation. |
## Credits
@@ -321,30 +369,24 @@ This port is a thin layer on a large amount of other people's work.
**Prior work it is built on**
- The [GoldenEye 007 decompilation](https://github.com/n64decomp/007), years of
- The [GoldenEye 007 decompilation](https://github.com/n64decomp/007) — years of
effort by Larry Ficken ("kholdfuzion") and the project's contributors; plus
zoinkity's GoldenEye documentation, which the decomp started from. This port
is a fork of that repository.
- The [Perfect Dark PC port](https://github.com/fgsfdsfgs/perfect_dark)
(Ryan Dwyer and contributors), the reference architecture for this port and
(Ryan Dwyer and contributors) — the reference architecture for this port and
the source of the `fast3d` software RSP.
- The [Perfect Dark decompilation](https://github.com/n64decomp/perfect_dark),
- The [Perfect Dark decompilation](https://github.com/n64decomp/perfect_dark) —
the sibling decomp the PD port is built on.
- **Carnivorous**: author of the *Mouse Injector* input plugin for 1964 (the
"GEPD Edition" bundle). Its mouse-aim behaviour for GoldenEye/Perfect Dark is
what the in-game GEPD-style aim mode is modelled on; the implementation here
is an independent reimplementation of that behaviour, not derived code.
Thanks also to **Rice** and **schibo** of the 1964 team for the emulator it
shipped with.
**Vendored / adapted code**
- `port/fast3d/`: the software RSP, adapted from the PD port. It originates
- `port/fast3d/` — the software RSP, adapted from the PD port. It originates
with the [Ship of Harkinian](https://github.com/HarbourMasters) /
libultraship fast3d (© Emill, MaikelChan; MIT, see `port/fast3d/LICENSE.txt`),
libultraship fast3d (© Emill, MaikelChan; MIT — see `port/fast3d/LICENSE.txt`),
which itself descends from
[sm64-port](https://github.com/sm64-port/sm64-port)'s fast3d and audio mixer.
- `port/fast3d/glad/`: OpenGL loader generated by
- `port/fast3d/glad/` — OpenGL loader generated by
[glad](https://github.com/Dav1dde/glad) (David Herberth, MIT).
- The decompilation toolchain: [`ido-static-recomp`](https://github.com/decompals/ido-static-recomp)
(Emill / decompals), [`qemu-irix`](https://github.com/n64decomp/qemu-irix) and
@@ -354,7 +396,7 @@ This port is a thin layer on a large amount of other people's work.
**Methodology**
- Chris Lewis, [*"Decompiling a Nintendo 64 Game in 84 Days"*](https://blog.chrislewis.au/decompiling-a-nintendo-64-game-in-84-days/) (the Snowboard
Kids decompilation write-up), the agent-workflow practices in
Kids decompilation write-up) — the agent-workflow practices in
[`docs/dev-process.md`](docs/dev-process.md) are adapted from it.
**Tools and models used to develop the port**
@@ -364,7 +406,7 @@ This port is a thin layer on a large amount of other people's work.
`UD-Q4_K_XL` quant;
[Unsloth](https://unsloth.ai) (the GGUF quantisation and Unsloth Desktop,
used as the local model server).
- [pi](https://pi.dev/): the local coding-agent harness.
- [pi](https://pi.dev/) — the local coding-agent harness.
- [Claude / Claude Code](https://claude.com/claude-code) (Anthropic).
## Legal
@@ -373,7 +415,7 @@ This is a non-commercial fan preservation/research project, in the same
category as the many other N64 decompilation and native-port repositories on
GitHub. It follows the same conventions they do:
- **No ROM and no game assets are distributed**: not in this repository and
- **No ROM and no game assets are distributed** — not in this repository and
not in any release. Textures, audio, models, level data and in-game text are
extracted from a ROM *you already own*, on *your* machine, at build time.
- The repository is a fork of the public
@@ -382,11 +424,11 @@ GitHub. It follows the same conventions they do:
- No official logos, box art, or marketing assets are used. "GoldenEye 007",
"007", "James Bond" and related marks belong to their respective owners
(Nintendo, Microsoft/Rare, MGM, Danjaq, EON Productions).
- Pre-built binaries published under [Releases](/jkdansereau/goldeneye-pc-port/releases) contain
only the engine (the `port/` layer plus the compiled decompilation, with no
game data of any kind), bundled with permissively-licensed runtime libraries
- **Pre-built binaries** published under [Releases](../../releases) contain
only the engine — the `port/` layer plus the compiled decompilation, with no
game data of any kind — bundled with permissively-licensed runtime libraries
(SDL2, zlib, the MinGW runtime; their licenses travel in the download). Any
build, yours or ours, is useless without a ROM you supply.
build — yours or ours — is useless without a ROM you supply.
This project is **not affiliated with, endorsed by, or sponsored by** Nintendo,
Rare, Microsoft, MGM, Danjaq, EON Productions, or any rights holder in
@@ -395,7 +437,7 @@ issue and it will be addressed.
## License
The original work in this repository, the port layer (`port/`), the PC build
system, `tools_pc/`, and the documentation, is released under the MIT License;
The original work in this repository — the port layer (`port/`), the PC build
system, `tools_pc/`, and the documentation — is released under the MIT License,
see [`LICENSE`](LICENSE). Everything inherited from the upstream decompilation
is covered by [`NOTICE`](NOTICE), not by that license.
docs/SetupGuide.md
-5
View File
@@ -1,10 +1,5 @@
# Setup Guide
> Inherited from the decompilation this repo forks. It covers building the
> **N64 ROM** with the IDO toolchain — needed only for the one-time
> asset-extraction step referenced from [`building.md`](building.md), not for
> building or running the PC port itself.
<!-- TOC -->
* [Setup Guide](#setup-guide)
* [Prerequisites](#prerequisites)
docs/StructureGuide.md
+39
View File
@@ -0,0 +1,39 @@
# Project Structure
```
goldeneye_src
|-- .github/workflows: GitHub use only
├── assets: game assets
│   ├── font: font data
│   ├── images: image data
│   │   └── split: split image data
│   ├── music: music data
│   ├── obseg: animation data
│   │   ├── bg: bg data
│   │   ├── brief: briefing data
│   │   ├── chr: c model data
│   │   ├── gun: g model data
│   │   ├── prop: p model data
│   │   ├── setup: setup data
│   │   ├── stan: stan data
│   │   └── text: text data
│   └── ramrom: demo data
├── bin: files that haven't been touched
├── build: output directory
├── include: header files
├── rsp: Custom GBI code (Assembly) (C0 and 4Tri)
├── src: C source code for game
│   ├── game: core ge specific code 0x7f000000 range
│   ├── inflate: statically linked initial decompression code
│   ├── libultra: currently used libultra.s
│   └── libultrarare: libultra modified by Rare
└── tools: build tools
```
Documentation has been moved to https://github.com/kholdfuzion/goldeneye_docs/tree/master/notes
Style Guide is https://github.com/kholdfuzion/goldeneye_src/blob/AIListLogic/notes/StyleGuide.md
This decompilation was only made possible thanks to many awesome 00 Agents who will be revealed only if they wish.
GE and PD documentation made by Zoinkity.
docs/_config.yml
+22 -42
View File
@@ -3,8 +3,8 @@
title: GoldenEye 007 PC Port
description: >-
A native PC port of the original Nintendo 64 GoldenEye 007, built from its
decompiled source with a software RSP — plus the engineering record:
internals, porting notes, and the two-agent development workflow.
decompiled source, and a case study in AI-agent collaboration on a large
low-level codebase.
theme: jekyll-theme-cayman
show_downloads: false
@@ -26,46 +26,26 @@ plugins:
- jekyll-sitemap
# jekyll-relative-links (on by default for Pages) rewrites the .md links in
# these docs to .html so cross-links work on the published site. Links that
# must reach docs kept out of the site build point at the GitHub blob URL
# instead, so they resolve from the published pages too.
# these docs to .html so cross-links work on the published site.
# ---------------------------------------------------------------------------
# The site publishes a small curated set (see docs/dev/notes/DE-SLOP-DOCS-PLAN.md):
# index.md, building.md, internals.md, porting-notes.md, dev-process.md,
# dev/agentic-development.md
# Everything else under docs/ is working material - the finding log, level
# status, backlogs, plans, inherited decomp guides. It stays in the repo (and
# on GitHub) but is excluded from the site build so it never shows up as a
# published page or in sitemap.xml.
# Rolling local working files - not useful as published pages.
exclude:
- BACKLOG.md
- HANDOFF.md
- SetupGuide.md
- StructureGuide.md
- StyleGuide.md
- dev/AUDIO-PLAN.md
- dev/AUDIT-M6-player-offsets.md
- dev/D172-PARTICLE-COLOR-RESEARCH.md
- dev/D176a-SKY-NOTES.md
- dev/GE-ENV-PROBES.md
- dev/GRAPHICS-BACKLOG.md
- dev/HANDOFF-ARCHIVE.md
- dev/LEVEL-OBJECTIVES.md
- dev/LEVEL-PLAYTEST.md
- dev/LEVEL-STATUS.md
- dev/LINUX-PORT.md
- dev/M-35-PLAYTEST-CHECKLIST.md
- dev/M-35-QOL-REVIEW.md
- dev/M-36-TRIAGE.md
- dev/MODERN-PORT-FEATURES-BACKLOG.md
- dev/OPTIONS-MENU-PLAN.md
- dev/QOL-INVENTORY.md
- dev/TEXTURE-GLITCH-ANALYSIS.md
- dev/UNLOCKED-FPS-PLAN.md
- dev/VIEWMODEL-RESEARCH.md
- dev/WIDESCREEN-FOV-PLAN.md
- dev/findings-index.csv
- dev/findings.md
- dev/game-behavior-reference.md
- dev/release-dropin-rom-plan.md
# Keep the raw engineering record (finding log, per-level status, triage
# notes, backlogs) out of sitemap.xml so search engines aren't steered at it.
# The pages still build and stay reachable from cross-links; the two dev/
# docs that are linked from the site index are kept in.
defaults:
- scope:
path: "dev"
values:
sitemap: false
- scope:
path: "dev/agentic-development.md"
values:
sitemap: true
- scope:
path: "dev/game-behavior-reference.md"
values:
sitemap: true
docs/building.md
+16 -27
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@@ -1,19 +1,14 @@
---
title: Building
description: Full build and asset-extraction guide for the GoldenEye 007 PC port, covering Windows (MSYS2) and Linux.
---
# Building the PC port
Stages:
1. **Extract assets from your ROM** (§2): a one-time step using the
1. **Extract assets from your ROM** (§2) — a one-time step using the
decompilation's own toolchain to pull levels, models, textures, fonts and
music into `assets/`. *(Only needed to regenerate the committed data files;
a plain `git clone` already has what the PC build compiles.)*
2. **Build the port** (§3): a CMake build compiling the game sources plus the
2. **Build the port** (§3) — a CMake build compiling the game sources plus the
`port/` layer into a native executable. Needs no ROM.
3. **Generate the PC asset sidecars** (§4): two pure-Python converters turn
3. **Generate the PC asset sidecars** (§4) — two pure-Python converters turn
ROM model / stage data into the PC-layout `data/pcmodels-*` / `data/pccg-*`
files the port loads at runtime. **Required to run.**
@@ -27,11 +22,10 @@ for accepted versions and hashes.
### Port build
> **The Windows (MSYS2 MINGW64) path is the primary one.** The Linux build is
> compiled by CI on every push and ships in the release bundle (also
> playtested on Steam Deck hardware); the macOS column is best-effort
> guidance and has never been built or run there. Expect to fix build breaks
> yourself on untested platforms.
> **Only the Windows (MSYS2 MINGW64) path is tested.** The Debian/Ubuntu and
> macOS columns below are best-effort guidance — the port has never been built
> or run on Linux or macOS. Expect to fix build breaks yourself on those
> platforms.
| Need | Windows (MSYS2 MINGW64) | Debian/Ubuntu | macOS (Homebrew) |
|------|------------------------|---------------|------------------|
@@ -46,12 +40,12 @@ for accepted versions and hashes.
The extraction scripts need `binutils-mips-linux-gnu` (or an equivalent MIPS
binutils), `make`, `git`, and `python3`. They build a small host-compiled
`tools/extractor` and slice blobs straight out of the ROM; **no IDO / IRIX
`tools/extractor` and slice blobs straight out of the ROM — **no IDO / IRIX
toolchain is involved in extraction or in the PC build.** (The IDO toolchain is
only needed to build the N64 ROM itself, and its proprietary SGI binaries are
not distributed here; see [`SetupGuide.md`](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/docs/SetupGuide.md) "Recompile IDO".)
not distributed here — see [`SetupGuide.md`](SetupGuide.md) "Recompile IDO".)
On Windows this is easiest under WSL or a Linux VM. Full details and
alternatives (Docker) are in [`SetupGuide.md`](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/docs/SetupGuide.md).
alternatives (Docker) are in [`SetupGuide.md`](SetupGuide.md).
---
@@ -76,7 +70,7 @@ and run:
(US extraction is a prerequisite for the others.)
This populates `assets/` with the generated `.bin` blobs the build needs. See
[`SetupGuide.md`](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/docs/SetupGuide.md) for the in-depth build/asset pipeline.
[`SetupGuide.md`](SetupGuide.md) for the in-depth build/asset pipeline.
---
@@ -109,7 +103,7 @@ builds are named `ge007.pal-final.x86_64` / `ge007.jpn-final.x86_64`.
## 4. Generate the PC asset sidecars (required to run)
The port does **not** read model geometry, stage bg/stan data, or per-level
setup data from the raw ROM at runtime; it reads them from PC-layout *sidecar*
setup data from the raw ROM at runtime — it reads them from PC-layout *sidecar*
files under `data/`, produced offline by three converters. **Without them the
game shows the intro logos and then crashes** in
`modelPromoteNodeOffsetsToPointers` (finding D179) or on the first level load
@@ -131,9 +125,6 @@ python3 tools_pc/d69_emit.py ntsc-final # -> data/pccg-ntsc-final/{pccg
python3 tools_pc/d88_emit.py ntsc-final --regen # appends the 21 per-level Usetup*Z stage-setup files -> ~3.6 MB
```
**PAL / JP note:** sidecar generation for these regions is currently broken at
the source-data level (finding D258); use an NTSC-U ROM until issue #85 lands.
These are **pure-stdlib Python 3** (no MIPS toolchain, independent of the
step-2 asset extraction) and read only the ROM plus files already committed to
the repo (`scripts/filelist.u.csv`, `assets/obseg/file_resource_table.inc.c`,
@@ -142,12 +133,10 @@ deterministic function of the ROM. Re-run after any change to `d43_emit.py` /
`d69_emit.py` / `d88_emit.py` or the model/bg converters (`d43_*`, `d69_*`,
`d88_propdefs.py`).
> The release bundle ships the same converter frozen as
> `prepare-assets/ge007-convert`; the game spawns it on first launch when the
> sidecars are missing, so end users never run it by hand. See the bundled
> `README.md`.
> The release bundle ships `prepare-assets/prepare-assets.py`, which runs all
> three passes against your ROM automatically — see the bundled `README.md`.
> `data/pcmodels-*/` and `data/pccg-*/` are gitignored ROM-derived game data;
> `data/pcmodels-*/` and `data/pccg-*/` are gitignored ROM-derived game data —
> never commit or redistribute them.
---
@@ -169,4 +158,4 @@ runtime. `ge007.ini` is written under `data/` on first launch.
| `GE_PCDUMP="first-last:step"` | dump rendered frames as PPM (debugging) |
More diagnostic switches are cataloged in
[`dev/GE-ENV-PROBES.md`](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/docs/dev/GE-ENV-PROBES.md).
[`dev/GE-ENV-PROBES.md`](dev/GE-ENV-PROBES.md).
docs/dev-process.md
+15 -60
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@@ -1,37 +1,32 @@
---
title: Development Process
description: The investigation workflow behind the port; task budgets, file partitioning, and the finding-log discipline used across sessions and agents.
---
# How this port is developed
Most of this port's work is not writing code; it is **diagnosis**: figuring
Most of this port's work is not writing code — it is **diagnosis**: figuring
out which N64 hardware or ABI behavior a piece of unmodified game code is
silently relying on, and satisfying it in the `port/` layer without touching
the game's logic. A lot of that diagnosis is done with LLM coding agents, and
the workflow below is what makes that productive rather than chaotic.
For the project context (the two-model split, the timeline, and an honest
assessment of what did and did not work), see
For the project context — the two-model split, the timeline, and an honest
assessment of what did and did not work — see
[`dev/agentic-development.md`](dev/agentic-development.md).
It is adapted from Chris Lewis's write-up
[*"Decompiling a Nintendo 64 Game in 84 Days"*](https://blog.chrislewis.au/decompiling-a-nintendo-64-game-in-84-days/)
(Snowboard Kids, 2026), an AI-assisted decompilation that ran several times
faster than its predecessor. That project bit-matches compiler output;
this one matches runtime behavior, so the mechanics differ; but the
this one matches runtime behavior, so the mechanics differ — but the
project-structure lessons carry over directly.
## 1. Every investigation task gets a visible budget
An open-ended tool; for them the permuter, for us "rebuild and run the game
and stare at a frame dump"; wrecks throughput when an agent will grind it
An open-ended tool — for them the permuter, for us "rebuild and run the game
and stare at a frame dump" — wrecks throughput when an agent will grind it
indefinitely. Giving the agent a **deadline it can see** lets it trade
tool-time against thinking and decide when to give up.
So every investigation brief states:
- a **budget**; "≤ N build → run → inspect cycles" or "~M minutes"; and
- a **budget** — "≤ N build → run → inspect cycles" or "~M minutes"; and
- the **fallback on expiry**: stop, revert any temporary probes, and write up
what was found with an explicit confidence rating. A good write-up of a
half-solved bug is a deliverable, not a failure.
@@ -45,17 +40,16 @@ more room.
Lewis's agents recorded generalisable IDO quirks in a learnings file; later
agents read it and did better. Our equivalent is
[`porting-notes.md`](porting-notes.md); the recurring N64→PC bug classes,
each entry a terse index into the full
[`dev/findings.md`](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/docs/dev/findings.md)
[`porting-notes.md`](porting-notes.md) — the recurring N64→PC bug classes,
each entry a terse index into the full [`dev/findings.md`](dev/findings.md)
log. Every investigation brief links it, and every investigation ends by
appending any new generalisable quirk.
The classes it currently tracks:
- pointer-width struct growth (32→64) in ROM-serialized or pun-allocated
structs; the dominant class;
- 16-byte host `Gfx`/`Vtx` vs 8-byte N64; reservation and copy sizing;
structs — the dominant class;
- 16-byte host `Gfx`/`Vtx` vs 8-byte N64 — reservation and copy sizing;
- big-endian rodata read on a little-endian host: `f32` word-pairs, header
offset tables, packed bitfields;
- N64 hardware idioms the software RSP does not emulate (fill-rect Z clear,
@@ -71,7 +65,7 @@ Lewis ran multiple git worktrees and found the real cost was
- **Partition tracks by the files they will touch**, so patches never collide.
A task that can't be cleanly file-partitioned shouldn't be parallelised.
- Each agent reverts its own temporary probes before reporting, leaving only
committed, env-gated, capped diagnostics; and never touches another track's
committed, env-gated, capped diagnostics — and never touches another track's
uncommitted edits.
- One integrator merges each track with its write-up, then the next round
starts from a clean tree. Investigation branches are not allowed to drift.
@@ -85,7 +79,7 @@ Before dispatching an investigation agent:
- capture a baseline frame dump;
- grep the finding log for a prior instance of the same bug class;
- check the [Perfect Dark port](https://github.com/fgsfdsfgs/perfect_dark) for
the analogous code; same engine family.
the analogous code — same engine family.
Then hand the agent the *findings*, not just the problem.
@@ -94,58 +88,19 @@ Then hand the agent the *findings*, not just the problem.
- **The match-percentage loop.** This port doesn't bit-match. "Done" is: no
fault, and visually correct against N64 reference footage.
- **"Understanding the function is the easy part."** True when decompiling;
inverted here; the hard part is identifying the implicit hardware/ABI
inverted here — the hard part is identifying the implicit hardware/ABI
contract the already-readable C depends on.
## 6. Keep PR/git-history noise low
A session produces a lot of small, independently-verifiable units of work;
one Dxx row, one docs pass, one mechanical fix. Left unmanaged that turns
into a pile of small open PRs that's harder to review than the work
justifies. Rules:
- **Squash-merge single-purpose and docs-only PRs.** The repo has squash
merge enabled; use it (`gh pr merge --squash --delete-branch`) for anything
whose in-branch commit history (iteration, probe-add, probe-strip) isn't
itself useful to keep; which is most PRs. Reserve a plain merge commit for
a PR whose individual commits are each a distinct, reviewable unit someone
might want to `git revert` independently (e.g. this session's PR #50: a
fix commit + a separate analysis-only commit).
- **Batch same-session, same-flavor docs updates into one PR/branch**
instead of opening a new PR per finding row. A runtime re-check that
updates one `findings.md` row (like #48) doesn't need its own PR if
another docs-only branch is already open in the same session; fold it in.
Only split into separate PRs when the pieces have genuinely different
review/merge timing (e.g. one needs a human playtest, the other doesn't).
- **A branch takes only the change it's named for.** Don't let unrelated
housekeeping (a stray gitignore fix, a config tweak) ride along on an
active feature/fix branch just because it's the one checked out; cut a
separate branch, even for a one-line change.
- **Stacked PRs declare the dependency in the title/body** ("step 2 of N,
step 1 is #N") and get rebased/merged in order promptly; don't let a
later step sit open so long the earlier step's content drifts under it.
- **Triage the open-PR list at least once a session**, ordered by
time-to-close (docs-only and non-draft first, human-playtest-gated last).
A PR idle long enough that `main` has moved past the finding rows it
touches is **stale, not just old**; check for real textual conflict
(`git merge-tree`), not just calendar age. If `main` already has more
current information than the PR (a bug the PR still lists `OPEN` that's
since been fixed and verified), **close it rather than force a merge or
spend a cycle rebasing it**; re-derive only whatever part of its content
is still true as a fresh, small PR against current `main`. Merging stale
content back over newer information is a regression, not a save.
## Investigation-brief template
```
TASK: <one bug, one subsystem>.
READ FIRST: docs/porting-notes.md; docs/dev/findings.md <specific Dxx entries>.
FILES YOU MAY TOUCH: <disjoint from any other in-flight work>.
KNOWN-GOOD / RULED OUT: <list; do not re-investigate>.
KNOWN-GOOD / RULED OUT: <list — do not re-investigate>.
PRE-FLIGHT ATTACHED: <probe output, baseline capture, PD-port pointer>.
BUDGET: <N build->run cycles / ~M min>. On expiry: revert probes, write up with confidence.
CONSTRAINTS: no game-logic changes; ABI/layout/format only; #ifdef PORT; documented in the finding log.
VERIFY: <the exact tools_pc/verify.sh (or probe) invocation that proves this done; or, if runtime verification is impossible in this environment, say so and name what a human must run>.
REPORT: (a) root cause + file:line evidence (b) fix diff, or why not
(c) probes left in tree (d) confidence.
Append any generalisable quirk to docs/porting-notes.md.
docs/dev/AUDIO-PLAN.md
+343 -170
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@@ -1,202 +1,375 @@
# AUDIO-PLAN — Phase 3 / ROADMAP B3 (libaudio → SDL)
# Audio Plan — Phase 3 (libaudio → SDL)
Status: plan of record for the audio track, 2026-09-05. Companion to
`ROADMAP-1.0.md` §B3 ("audio (Phase 3)", "audio track parallel from M-50 →
v0.4.0"). Independent of B1/B2 — can start immediately.
**Status update (M-69):** Phases 0–2 below are DONE — the mixer landed as
D199 (`port/src/mixer.c` macro-swap), D200/D201 fixed the two pointer-width
landmines it exposed, and D204 fixed a permanent ~2 % tempo drift. Phase 3
(verification) is now the active track: D202's sample-correctness question is
closed negative through M-69 (full-corpus per-voice exact match — 286/320
requests CC ≥ 0.85, every allocated voice plays the exact ROM sample at the
exact ROM pitch, no corruption). Remaining: user by-ear pass + N64 A/B on the
door-loop cap (M-66b), then D202 probe removal + close; reverb/mix-balance
tuning is still owed. See findings.md D199–D204.
Status: **draft for evaluation** (written read-only; no code changes made).
Supersedes the audio paragraphs of §6 in `docs/internals.md` as the plan of record
for closing **D77** (no audible music/sound on PC). Companion docs: `docs/HANDOFF.md`,
`docs/porting-notes.md`.
---
## Where things stand (verified 2026-09-05)
## Contents
More is already in place than "audio not started" suggests:
1. [Goal and scope](#1-goal-and-scope)
2. [Current state](#2-current-state-verified-by-reading-not-assumption)
3. [The GE pipeline in one paragraph](#3-the-ge-pipeline-in-one-paragraph)
4. [How the PD port does it](#4-how-the-pd-port-does-it-ground-truth-comparison)
5. [Architecture options](#5-architecture-options-evaluate-all-recommendation-marked) — options A/B/C + sub-decisions A1–A3
6. [DMEM layout](#6-dmem-layout-ido-from-srclibultraaudiosynthinternalsh5771)
7. [Shims and ABI fixes required](#7-shims-and-abi-fixes-required) — incl. [7.1 `K0_TO_PHYS` bug](#71-bug-found-k0_to_phys-is-unshimmed-and-corrupts-pointers-on-pc)
8. [Phase 0 — recon](#8-phase-0--recon-do-first-informs-everything)
9. [Open questions](#9-open-questions-decide-before-phase-1)
10. [Phases and milestones](#10-phases-and-milestones)
11. [Verification ritual (audio-specific)](#11-verification-ritual-audio-specific-on-top-of-the-standard-one-in-agentsmd)
12. [Risks / unknowns](#12-risks--unknowns)
13. [Key references](#13-key-references)
- **The whole CPU-side audio engine already compiles and runs.**
`src/audi.c`, `src/snd.c`, `src/music.c` are in `SRC_ENGINE`; IDO libaudio
(`src/libultra/audio/*.c`) + Rare's naudio "New" driver
(`src/libultrare/audio/*.c`: drvrNew/env/reverb) are in the link. The
`amMain` audio thread runs per VI-retrace; D54/D54b already killed its
SIGSEGVs — so synthesis bookkeeping is live (D77: "music runs in code but
no audible output").
- **The scheduler side needs zero changes.** `osSpTaskStartGo`
(`port/src/libultra.c:1237`) already has an M_AUDTASK branch that completes
the task and posts `OS_EVENT_SP`, so `amMain`'s reply-message handshake
works. The branch is currently a no-op — exactly where the audio ucode's
job used to go.
- **The two TODO stubs are the actual gap:** `osAiSetNextBuffer()` /
`osAiGetLength()` in `port/src/libultra.c:852-862` discard everything
(`osAiGetLength` returns 0), and `port/src/audio.c` never opens an SDL
device. `main.c:141-142` already calls `audioInit()` / `mixerInit()`.
- **The PD reference is local** at `C:\Users\james\Source\Repos\pd_port`,
with the full audio stack: `port/src/audio.c` (75 lines, SDL device +
queue), `port/src/mixer.c` (~720 lines, software RSP-audio-ucode), and the
wiring trick in `include/PR/abi.h`.
---
## Architecture — PD's macro-swap trick, adapted
## 1. Goal and scope
On N64, `alAudioFrame()` only *builds* an acmd list; the RSP audio ucode
(`aspMain`) executes it. PD's PC port never runs that ucode: under
`#ifndef PLATFORM_N64`, `include/PR/abi.h` swaps each acmd-building macro
`aXxx(pkt, ...)` for a call to a CPU implementation (`aXxxImpl`) operating on
a software DMEM array. libaudio/naudio compile unmodified; every "command"
executes inline at build time; the M_AUDTASK that reaches the scheduler is an
empty formality (PD's `pdsched.c` audio branch is literally empty).
Make GoldenEye's audio audible on the PC port with 1:1 fidelity to the N64 pipeline:
music (3 cseq tracks) and SFX through the real libaudio synth, out of SDL2.
**Critical catch — GE and PD use different acmd ABIs** (the AGENTS.md
"same family ≠ identical format" case):
In scope:
- Executing the per-frame **Acmd stream** that stock IDO libaudio emits (the part that
ran on the RSP under GE's `aspMain` microcode).
- SDL audio device + queue plumbing (`port/src/audio.c`, AI shims in `libultra.c`).
- One latent ABI fix in the port shim headers (`K0_TO_PHYS`, §7.1).
| | GE (`include/PR/abi.h`) | PD (naudio "New") |
Out of scope:
- MP3 playback (naudio-only, PD-specific; GE never emits it).
- Input (done — D118), saves (Phase 4).
- Any change to game logic. All work lives in `port/` except the narrow, documented
shim-header exception in §7.1 (same class as D78).
## 2. Current state (verified by reading, not assumption)
Working already:
- **The whole CPU side of libaudio runs.** `src/libultra/audio/*` +
`src/libultrare/audio/{drvrNew,env,reverb}.c` compile and execute; the audio thread
(`amMain`, `src/audi.c`) gets retrace messages from the real scheduler (`src/sched.c`,
compiled — Phase 2 decision), calls `alAudioFrame()`, which fills a 3000-word Acmd
list and posts an `M_AUDTASK` to the scheduler. Bank trees, cseq fixups (D54, D36/D37)
are done. Sample DMA from cart works via `amDmaCallback` → `osPiStartDma`
(synchronous ROM-image shim in `libultra.c`).
Dead (the three gaps):
1. **Acmd list never executed.** `port/src/libultra.c:1108` `osSpTaskStartGo()` has an
explicit Phase-3 no-op branch for `M_AUDTASK`. The output buffer (`info->data`) is
never filled.
2. **AI shims are stubs.** `libultra.c:794–810`: `osAiSetNextBuffer` discards the
buffer, `osAiGetLength` returns 0 (so the per-frame sample-count feedback loop in
`amHandleFrameMessage`, `audi.c:527`, runs blind).
3. **No SDL device.** `port/src/audio.c` `audioInit()` is a TODO stub; and nothing
calls `audioEndFrame()` (zero callers repo-wide).
Existing PORT guards to revisit when audio lands:
- **C7 / D127** (`src/snd.c:859`): skips SFX whose resolved `ALSound*` pointer is out of
range — added because the converted bank tree (`romdata.c afFixupInst`) yields fewer/
rearranged `soundArray` slots than the N64 image on some levels (Surface1). May be
masking a real bank-tree defect. See **Q1**.
- `src/audi.c:365`: `#if defined(PORT)` memcpy of `CUSTOM_FX_PARAMS_N` (C++-style
initializer workaround) — harmless, keep.
## 3. The GE pipeline in one paragraph
Audio thread on each retrace: `amHandleFrameMessage()` (`src/audi.c:497`) hands the
*previous* frame's output to AI via `osAiSetNextBuffer(lastInfo->data, …)`, computes
this frame's sample count from `g_FrameSize - osAiGetLength()>>2` (clamped to
`g_MinFrameSize`), calls `alAudioFrame()` which walks the filter chains (decoder →
resampler → envmixer → [FX: GE's custom chorus/reverb] → aux bus → main bus → save)
emitting **Acmd words** into a 3000-word list, then posts an `M_AUDTASK` (ucode =
`aspMain`). The real scheduler (`sched.c:439,485`) queues it in the audio list and runs
it through `osSpTaskLoad/osSpTaskStartGo`. On the N64 the RSP executes the Acmd stream
against 4 KB of DMEM, writing interleaved s16 stereo to `info->data`; AI DMA then plays
it at 22050 Hz. On PC we must replace "RSP executes Acmd stream" — that is the entire
problem.
**Opcode inventory** (grep-verified across `src/libultra/audio/*.c` +
`src/libultrare/audio/*.c` — 15 ops):
| Op | Emitted by | PD reference code? |
|---|---|---|
| `aADPCMdec` | `(pkt, flags, statePtr)` — params from an `aSetBuffer` context + `ADPCM_STATE[16]` | `(pkt, state, flags, count, inofs, outofs)` — inline args |
| `aLoadBuffer` / `aSaveBuffer` | `(pkt, dramAddr)` only — dest/count from the `aSetBuffer` context | explicit dest + count args |
| `aInterleave` | `(pkt, lDmem, rDmem)` | no args |
| Opcodes | 16: adds `aSetBuffer`, `aPan`, `aSegment`; no `aDisable` / `aPlayMP3` | 15 incl. MP3 (PD-specific) |
| `aSetBuffer` (×20) | load, mainbus, resample, save, reverb | yes (`a*Impl` pattern; different arg ABI) |
| `aMix` (×7) | mainbus, reverb | yes — `aMixImpl` |
| `aLoadBuffer` (×7) | load, reverb | yes — `aLoadBufferImpl` |
| `aClearBuffer` (×7) | auxbus, mainbus, load, reverb | yes — `aClearBufferImpl` |
| `aSetVolume` (×5) | env.c (Rare envelope) | yes — `aSetVolumeImpl` |
| `aSaveBuffer` (×4) | save, reverb | yes — `aSaveBufferImpl` |
| `aDMEMMove` (×4) | load, resample, reverb | yes — `aDMEMMoveImpl` |
| `aResample` (×2) | resample.c, reverb.c | yes — `aResampleImpl` (SSE4.1/NEON/scalar) |
| `aLoadADPCM` (×2) | load.c, reverb.c | yes — `aLoadADPCMImpl` |
| `aSetLoop` | load.c:479 | yes — `aSetLoopImpl` |
| `aSegment` | synthesizer.c:231 | n/a (no-op on CPU) |
| `aPoleFilter` | **reverb.c:402 (GE custom FX)** | **NO — PD's stub is empty ("never gets called?")** |
| `aInterleave` | save.c | yes — `aInterleaveImpl` (naudio variant takes no args) |
| `aEnvMixer` | env.c:410/414 | yes — `aEnvMixerImpl` |
| `aADPCMdec` | load.c:483 | yes — `aADPCMdecImpl` (SSE4.1/NEON/scalar) |
GE's context model (from the call sites in `src/libultra/audio/`):
`aSetBuffer(flags, dmemin, dmemout, count)` sets a working-buffer context;
subsequent `aLoadBuffer(dramAddr)` / `aADPCMdec(flags, statePtr)` /
`aResample(flags, pitch, statePtr)` operate within it; the tail is
`aInterleave(AL_MAIN_L_OUT, AL_MAIN_R_OUT)` → `aSaveBuffer(f->dramout)`.
PD reference = the Perfect Dark port `port/src/mixer.c` +
`port/include/mixer.h`. Reusable: the DSP *math* (ADPCM 8-coefficient loop filter,
resample table + interpolation, envelope ramping, clamps). **Not** reusable as-is:
signatures and argument conventions (naudio ABI ≠ IDO ABI, §5.3).
So this is **not** "copy `mixer.c`": port PD's mixer as the *DSP algorithm
reference* (ADPCM decode, linear resample, mix math, env-mixer / pole-filter
are the same Rare/Nintendo DSP blocks) and write GE-ABI wrappers that
maintain the `aSetBuffer` context and read params from the state structs.
## 4. How the PD port does it (ground-truth comparison)
**GE's full emittable opcode set** (static audit of every call site in
`src/libultra/audio/*.c` + `src/libultrare/audio/*.c`): ClearBuffer,
LoadADPCM, DMEMMove, SetBuffer, LoadBuffer, SetLoop, ADPCMdec, Resample,
Interleave, SaveBuffer, Mix, SetVolume, EnvMixer, PoleFilter, Segment — plus
`aPan`, defined in abi.h but apparently uncalled. PD's mixer covers the DSP
core for all of them except the trivial bookkeeping ones: SetBuffer /
LoadBuffer / SaveBuffer are context tracking + memcpys; Segment is a no-op on
PC (`amDmaCallback` already resolves ROM addresses against the mapped image —
`osVirtualToPhysical` is identity, `libultra.c:1295`).
1. naudio is Rare's own library; its `n_abi.h` has a `#ifndef PLATFORM_N64` branch that
redefines every `n_a*` macro as a **direct C call** into `port/src/mixer.c`
(`mixer.h` `#undef`s the macros and redirects to `a*Impl`). All DSP therefore runs
**inline on the audio thread at task-build time**, inside `amgrFrame()`.
2. The `M_AUDTASK` is an empty shell: `pdsched.c:233` receives it with the comment
`// send this into the mixer` and an empty body.
3. PD **replaced the scheduler** (`pdsched.c`) and drives audio from retrace:
`schedAudioFrame()` → `amgrFrame(); audioEndFrame();` (×`diffframe60`). Same thread
for build and flush ⇒ no locking in their SDL handoff.
4. SDL device layer: queue-based, exactly what our scaffold already copied —
`osAiGetLength` = queued **bytes** (`audioGetBytesBuffered()`),
`osAiSetNextBuffer` = stash pointer, `audioEndFrame` = `SDL_QueueAudio` with a
`queueLimit` backpressure drop. Device opened at 22020 Hz (their TODO admits this
"might cause trouble" — it is a silent −9-cent detune vs their 22050 synth rate).
5. DMEM: ~3 KB static buffer, **naudio-specific** offsets (main L/R @0x4E0/0x650,
aux @0x7C0/0x930) — different from IDO's layout (§6).
6. PD-only extras: `aPlayMP3Impl` (minimp3; GE never emits), `aPoleFilterImpl` empty
stub (GE *does* emit it).
## Phases
**Why we can't copy it wholesale:** GE compiles the real `src/sched.c` and stock IDO
libaudio, whose macros only *write words* into the Acmd list — there is no build-time
hook unless we shadow `PR/abi.h`. Something must execute the stream. Two further ABI
facts:
### Phase 0 — Ground truth (research, ~half day, delegable)
- **IDO's implicit "current buffer":** e.g. `aADPCMdec(pkt, f, s)` carries only flags +
a state pointer; in/out DMEM offsets and sample count come from the preceding
`aSetBuffer` (`load.c:482–483`, `resample.c:90–91`). naudio spells everything out per
call. Whatever option we pick, the implementation must model current-buffer state.
- **Addresses in the stream are RAM pointers** (`K0_TO_PHYS(f->state)`,
`osVirtualToPhysical(e->state)`, `f->dramout`) — resolvable on PC *except* for the
`K0_TO_PHYS` bug in §7.1.
1. **Disassemble GE's `aspMain` microcode from the ROM** and document each
opcode's exact semantics in findings.md §F (new Dxx): flag-bit meanings
(`A_FIRST`, `A_CONTINUE`, …), count units (bytes vs samples), where the
interleaved output lands before `aSaveBuffer`, how `aSetLoop` state gets
restored, `ENVMIX_STATE[40]` layout. This is the audio analogue of using
`rsp/graphics/gmain.s` as GBI ground truth — we don't run the ucode, but
it is the spec. (`port/src/ucode.c`'s header already flags this "DECISION
NEEDED in Phase 3"; CPU-bypass means the dummy `aspMainTextStart` /
`aspMainDataStart` markers stay forever — document that decision there.)
2. **Opcode inventory probe** (port-only, zero game-code change): a
`GE_AUDIOTRACE` env var in the existing M_AUDTASK branch of
`osSpTaskStartGo` that walks `t->t.data_ptr` for `data_size/8` words and
histograms `w0 >> 24`. Confirms the static call-site audit and catches
anything emitted dynamically.
## 5. Architecture options (evaluate all; recommendation marked)
### Phase 1 — Device plumbing (small, lead work)
### Option A — CPU-side Acmd interpreter at task time 【RECOMMENDED】
- Implement `port/src/audio.c::audioInit`: SDL device at **22050 Hz** (GE's
`OUTPUT_RATE = 0x5622`, not PD's 22020), `AUDIO_S16SYS`, stereo. Keep the
existing `Audio.BufferSize` / `Audio.QueueLimit` config registrations.
- Wire `osAiSetNextBuffer` → `SDL_QueueAudio` guarded by `queueLimit`;
`osAiGetLength` → `SDL_GetQueuedAudioSize()`. Faithful mapping: N64's
`AI_LEN_REG` ("bytes synthesized but not yet played") ≙ SDL queued-bytes,
and the game's self-tuning `frameSamples = g_FrameSize −
osAiGetLength()>>2` math (`audi.c:527`) keeps the virtual FIFO at ~736
samples (NTSC) with no game-code changes. Queue inline in
`osAiSetNextBuffer` (same thread, once per frame) rather than PD's deferred
`audioEndFrame`. Overflow safety is already self-limiting: a full queue
makes `frameSamples` clamp to `g_MinFrameSize`, and the `queueLimit` check
drops rather than crashes.
- Add a `GE_AUDIODEBUG` probe logging queue depth + synthesized samples every
60 frames; catalog it in `docs/GE-ENV-PROBES.md`.
- **Exit:** links 243/243, `/linkcheck` clean; headless `-level_09` 60 s
crash-free; debug probe shows the queue filling while intro music "plays"
(still silent — acmds don't execute yet).
Decode the 64-bit command words from `t->t.data_ptr` inside the existing `M_AUDTASK`
branch of `osSpTaskStartGo()` (`libultra.c:1108`), dispatching each op to an
implementation in `port/src/mixer.c` operating on a static 4 KB "DMEM".
### Phase 2 — The mixer (core work, ~1–3 days)
- Pros: zero game/header/build changes; treats the stream as data exactly like fast3d
does with GBI (project-consistent); natural logging hook (`GE_DAUDIO=1` dump of op +
args per frame) for debugging and for validating against the microcode disassembly;
execution point matches N64 timing (DSP runs when the RSP would have run it).
- Cons: must write the word decoder (~50 lines, trivial — op is bits 24–31 of w0 per
`include/PR/abi.h`) and the current-buffer state machine; one scheduler tick of extra
latency vs build-time execution (inaudible).
- Port PD's DSP cores into `port/src/mixer.c`: ADPCM decode (coefficient-book
handling via `aLoadADPCM`), linear resampler, stereo mix with `0x8000`
scaling, env-mixer + pole-filter (reverb/chorus driven by
`CUSTOM_FX_PARAMS_N`, `audi.c:169`), set-volume ramps. Add the GE-ABI
context layer: a static `{dmemin, dmemout, count}` updated by
`aSetBuffer`, consumed by LoadBuffer / SaveBuffer / ADPCMdec / Resample; a
shared software DMEM array across Impls. Replace the current 31-line stub
interface (`port/include/mixer.h`) with PD-style `aXxxImpl` declarations.
- Edit `include/PR/abi.h` with an `#ifdef PORT` split (N64 path
byte-identical): PC includes a port `mixer.h` whose macros match **GE's**
arg arities. This is the one non-`port/` edit — same documented
ABI/layout-exception class as D78 / D135, logged in §F with its own label.
- Unknown / unused opcodes (`aPan`, `aSegment`): log-and-no-op under
`GE_AUDIOTRACE`; implement only if Phase 0 shows them live.
- All DSP runs on the existing `amMain` thread inside `alAudioFrame` — no new
locks, no scheduler changes.
- **Exit:** opcode histogram fully covered; headless run clean; queue probe
non-zero.
### Option B — Shadow `PR/abi.h`, redirect macros to direct C calls (the PD trick)
### Phase 3 — Verification & tuning (user-gated listen tests)
Add `port/shim/PR/abi.h`: `#include "include/PR/abi.h"` then `#undef` the 15 `a*`
macros and `#define` them as direct calls into `mixer.c` (PD's `mixer.h` does exactly
this for naudio). DSP then runs inline during `alAudioFrame()` on the audio thread; the
`M_AUDTASK` branch stays a no-op, exactly like PD.
- Listen checklist: menu music → briefing → in-level music transitions →
gunfire / explosions → **positional SFX** (walk around a source) → weapon
one-shots → level changes → **mission-fail fade** (the D152 `s_imLock`
scenario — retest killing Trevelyan in Facility with live audio, since the
fade hammers the event queue; the D152 self-healing lock mitigation is
already in place but must be re-proven under load).
- Compare reverb / chorus character against N64 reference footage (that's
what `CUSTOM_FX_PARAMS_N` is for).
- Regression: `GE_PCDUMP` framediff vs goldens unchanged (audio must not
touch rendering) + 60 s `-level_09` soak.
- Docs: findings §F entry, porting-notes quirk ("classic-libultra vs
naudio-New acmd ABI delta"), ROADMAP B3 status, HANDOFF update.
- Pros: battle-tested pattern (shipped in PD); no decoder; slightly less latency.
- Cons: shadows a core PR header for every TU that includes it (only libaudio uses these
macros on PC, so blast radius is small but nonzero — must verify include-path
ordering in `CMakeLists.txt`); stream becomes invisible at runtime (no logging hook —
you'd instrument inside each Impl); the shim must exactly mirror IDO arg order, which
differs from PD's naudio redirects line-by-line.
## Risks
### Option C — Run the real `aspMain` microcode 【NOT RECOMMENDED】
1. **Ucode-semantics mismatch** (count units, flag bits) → garbled or
wrong-tinted audio, not crashes; mitigated by Phase 0 disassembly +
iterative listen checks. Main schedule risk.
2. **Timing coupling with B1** (D193 family): low — audio frame size is
feedback-driven off `osAiGetLength`, robust to scheduler jitter; re-verify
after B1 lands.
3. **Performance:** ~736 samples/frame of CPU DSP is trivial on x86-64 (PD
shipped exactly this).
4. **D152 lock storm under live audio** — covered by the explicit Phase 3
retest.
Point `aspMainTextStart/DataStart` (`port/src/ucode.c`) at the ROM microcode and execute
it with an RSP emulator. Maximum fidelity by construction, but requires a 16-bit-MIPS
RSP core + DMEM + interrupt model for one component whose entire job is the 15 ops we
can implement directly. Keep the `ucode.c` dummies permanently (their header comment
anticipates this decision). The microcode is still *used* — as a **reference to
disassemble**, not to run (§8, Phase 0).
## Delegation shape & effort
### Sub-decision A1 — where samples hit the SDL queue 【RECOMMENDED: immediate】
Per `docs/dev-process.md`:
- **Immediate:** `osAiSetNextBuffer()` shim calls into `audio.c` and `SDL_QueueAudio`s
right there (on the audio thread), with the existing `queueLimit` backpressure drop.
Lock-free (single writer); matches the moment N64 AI DMA starts; `audioEndFrame()`
disappears entirely. Safe because `NUMBER_OUTPUT_BUFFERS=3` rotation guarantees the
handed-off buffer isn't rewritten before it is queued.
- **Deferred (PD-style):** stash in `osAiSetNextBuffer`, flush from a frame-end hook.
In GE this crosses threads (audio thread sets; scheduler/gfx path would flush) ⇒ needs
a mutex or accepts PD's unlocked pattern, and needs a new `audioEndFrame()` call site
that doesn't exist today. Only worth it if immediate queueing shows a problem.
- Phase 0 disassembly → Claude research subagent (judgment-heavy, read-only +
findings write-up).
- Phase 1 → lead or mechanical worker (build-verifiable).
- Phase 2 DSP-core port → candidate for the local Qwen once the semantics doc
exists (mechanical, diff-checkable against PD), with the ABI mapping and
review kept by the lead.
- Phase 3 listen tests → user.
### Sub-decision A2 — device sample rate 【RECOMMENDED: 22050】
Total ~3–6 focused sessions. Milestone: ROADMAP "audio track (parallel from
M-50) → v0.4.0".
Request exactly `OUTPUT_RATE` (0x5622 = 22050 Hz), stereo s16, as PD's `audio.c`
scaffold already comments. Do **not** copy PD's shipped 22020 (detune). If a platform
rejects 22050, let SDL convert (`SDL_OpenAudioDevice` with allowed-conversion) rather
than changing the requested rate.
## Key file map
### Sub-decision A3 — timing and thread priorities 【RECOMMENDED: inline + host priorities; no worker thread】
| File | Role in this plan |
Execution stays on the scheduler thread (Option A's execution point). If Phase 2/3
milestones show underruns (`audio: ai out of samples` spam — verification step 3) or
frame-time spikes attributable to synthesis cost, the **first lever is host thread
priorities**: `SetThreadPriority` / `pthread_attr_setschedparam` with the scheduler
thread time-critical (it now owns both fast3d and the mixer) and the tick thread
normal — a ~10-line fix in `libultra.c`. A dedicated audio worker thread consuming
`M_AUDTASK`s is explicitly **not** the next step: it adds a cross-thread handoff for a
problem priorities may fully solve, and the kernel's priority semantics are already
fake (D24 — see the backlogged bug-class entry in `docs/BACKLOG.md`), so any deeper
redesign starts there. Do **not** consider rewriting toward PD's single-threaded
inline-`amgrFrame()` model: it works for them only because they adapted game-side lib
code (direct `schedSubmitTask` calls, gutted `pdsched.c`); for GE it means editing
`src/audi.c` / scheduler submission points — a non-negotiable #2 violation. Rationale
recorded in `docs/BACKLOG.md` (Architecture decision).
## 6. DMEM layout (IDO, from `src/libultra/audio/synthInternals.h:57–71`)
```
AL_MAX_RSP_SAMPLES = 160 (per-chunk; alAudioFrame builds the list in ≤160-sample chunks)
offset 0 AL_DECODER_IN / AL_RESAMPLER_OUT / AL_TEMP_0 (320 B)
offset 320 AL_DECODER_OUT / AL_TEMP_1 (320 B)
offset 640 AL_TEMP_2 (320 B)
offset 1088 AL_MAIN_L_OUT (320 B)
offset 1408 AL_MAIN_R_OUT (320 B)
offset 1728 AL_AUX_L_OUT (320 B)
offset 2048 AL_AUX_R_OUT (320 B) → max extent 2368 B
```
Static 4 KB buffer in `mixer.c` (round number, headroom). **Not** PD's naudio offsets.
GE's custom FX (`reverb.c`) uses `AL_TEMP_0/1/2` as scratch plus RAM-backed delay lines
via `aLoadBuffer`/`aSaveBuffer` to `r->base` — all plain host pointers on PC.
## 7. Shims and ABI fixes required
### 7.1 【BUG FOUND】 `K0_TO_PHYS` is unshimmed and corrupts pointers on PC
`port/shim/PR/R4300.h` redefines `PHYS_TO_K0` (identity) but **not** `K0_TO_PHYS`.
Stock: `#define K0_TO_PHYS(x) ((x)&0x1FFFFFFF)` (`include/PR/R4300.h:65`). Game RAM
lives at the V1 view `0x70xxxxxx` (`port/src/dram.c`); masking gives `0x10xxxxxx` — an
invalid host pointer. Hit sites: `load.c:483` (`aADPCMdec(..., K0_TO_PHYS(f->state))`)
and `load.c:479` (`aSetLoop(ptr++, K0_TO_PHYS(f->lstate))`) — the mixer would receive
garbage state addresses for every ADPCM voice. Fix: extend the existing shim with
`#undef K0_TO_PHYS / #define K0_TO_PHYS(x) ((u32)(x))` (identity; V1 addresses are live
host pointers). Inert in the N64 build (no `-DPORT`) — same class as the D78 precedent.
Record as a new Dxx finding when implemented (next free label after D127).
### 7.2 AI shims (`libultra.c:794–810`)
- `osAiSetFrequency(hz)` → return `hz` (already does; 22050 flows into
`alconf->outputRate` and the frame-size math — correct).
- `osAiSetNextBuffer(buf, size_bytes)` → queue to SDL per A1.
- `osAiGetLength()` → **bytes** currently queued (`SDL_GetQueuedAudioSize`); the game
does `>> 2` for frames (`audi.c:527`). PD returns bytes too. This closes the
feedback loop that sizes each frame's synthesis.
- `osAiSetConvert` — not called by GE; leave stub.
### 7.3 Misc
- `port/src/audio.c`: fill in `audioInit()` (SDL_InitSubSystem(AUDIO), open device per
A2, unpause); add the queue function per A1; keep `Audio.BufferSize`/`Audio.QueueLimit`
config entries; add an `Audio.Enabled` toggle (PD's `g_SndDisabled`) so the level
sweep can run silent.
- `port/src/mixer.c`: rewrite as the op implementations + (for Option A) the decoder /
current-buffer state machine. `mixerInit/Destroy` reset DMEM + op state.
- Threading note: mixer runs on the scheduler thread (`sched.c __scMain` →
`osSpTaskStartGo` inline); with A1 there is exactly one shared object (the SDL queue,
internally locked) — no port-side locks needed.
## 8. Phase 0 — recon (do first; informs everything)
1. **Disassemble `bin/aspboot.text.bin`** (+ `.data.bin`; markers in `src/aspboot.s`) —
GE's real ASP microcode, 16-bit MIPS RSP. This is the ground truth for:
- exact `aSetBuffer` current-buffer semantics (which subsequent ops consume it, and
how),
- `aADPCMdec` state layout (what the pointer in w1 points at — IDO `ADPCM_STATE` +
data addressing),
- **`aPoleFilter`** — the one op with no PD reference code; implement from this,
- any DMEM convention not derivable from libaudio usage.
Methodology mirrors how `rsp/graphics/gmain.s` is used for graphics. A small
16-bit-MIPS disassembler script (`tools_pc/`) is sufficient — we decode, not execute.
2. **Acmd stream logger** (`GE_DAUDIO=1`, in the Option-A decoder or a temporary probe
in the `M_AUDTASK` branch): dump op + decoded args per frame for the first N frames.
Confirms the 15-op inventory at runtime, catches surprises (e.g. ops we didn't grep),
and gives before/after artifacts for validating the implementation.
## 9. Open questions (decide before Phase 1)
- **Q1 — C7/D127 bank-tree guard (`src/snd.c:859`):** root-cause the bogus
`ALSound*` resolutions now (likely an `afFixupInst` layout/stride defect in
`port/src/romdata.c`, same family as D37's bank-tree re-layout), or keep the guard as
a documented stopgap and file a separate finding? Keeping it means some SFX stay
silently missing on affected levels (Surface1) even after audio lands.
- **Q2 — Option A vs B** (§5): A is recommended (no header shadowing, stream logging,
project-consistent with fast3d); B is the PD-proven fallback if current-buffer
semantics prove fiddly at task time. Note for the evaluator: this is a **low-stakes,
cheap-to-revisit decision** — both options share 100% of the DSP implementation code
(§6 layout, all op bodies); only the ~50-line front end (word decoder vs macro
redirects) and the execution point differ. If Phase 0's disassembly surfaces anything
that makes B look safer, switching costs an afternoon, not a re-architecture.
- **Q3 — Pole-filter fidelity bar:** implement `aPoleFilter` strictly from the
microcode disassembly (recommended), or accept a devkit-docs approximation and verify
by ear? The chorus is audible in most music; a wrong filter coefficient shows as tonal
difference, not crash.
## 10. Phases and milestones
- **Phase 0 — Recon** (§8): microcode disassembly notes + Acmd log artifacts committed
to `docs/` (or `tools_pc/`). Exit: current-buffer semantics + pole filter documented;
op inventory confirmed at runtime.
- **Phase 1 — Plumbing.** SDL device opens @22050 stereo s16 (A2); A1 queue path live;
real AI shims (§7.2); `K0_TO_PHYS` shim fix (§7.1); `Audio.Enabled` toggle. Mixer still
a no-op is fine. **Milestone: device drains, `osAiGetLength` feedback loop visible in
logs, clean start/stop, silence (not crash).**
- **Phase 2 — Core ops.** Implement `aSetBuffer/aLoadBuffer/aClearBuffer/aDMEMMove/
aADPCMdec/aResample/aEnvMixer/aMix/aSetVolume/aLoadADPCM/aSetLoop/aInterleave/
aSaveBuffer` (+`aSegment` no-op) in `mixer.c`, reusing PD's DSP math where the ABI
maps. **Milestone: SFX audible (gunshots, doors); dry music plays.** Expect at least
one Dxx-class finding here (state-layout or endianness surprise is the usual bug
class — see `docs/porting-notes.md`).
- **Phase 3 — FX.** `aPoleFilter` + validate the full `reverb.c` chorus path against
the disassembly. **Milestone: music matches N64 character (chorus/reverb present, no
pumping); close D77.**
- **Phase 4 — Polish & bookkeeping.** Resolve Q1; remove/adjust temporary probes and
`GE_DAUDIO` defaults; latency/buffer tuning (`Audio.BufferSize`, `QueueLimit`);
host thread-priority tuning per A3 *only if* underruns were observed in Phases 2–3;
record findings in `docs/internals.md` §F/§H (next Dxx after D127) + update the
§F index, `AGENTS.md` Phase 3 status, `docs/HANDOFF.md`; append recurring bug classes
to `docs/porting-notes.md`.
## 11. Verification ritual (audio-specific, on top of the standard one in AGENTS.md)
1. Boot → title: menu music audible within a couple of seconds; no click at start.
2. Enter BUNKER1 (`-level_09`): gunfire/door SFX present and roughly level-correct;
level music plays.
3. No `audio: ai out of samples` spam from `amHandleDoneMessage` (`audi.c:596`) — that
print is the built-in underrun detector.
4. Run 2–3 levels incl. one with heavy SFX overlap; watch `SDL_GetQueuedAudioSize`
(log it) staying below `queueLimit` in steady state.
5. PAL build (`pal-final`) spot-check: 50 Hz retrace drives the same path; frame-size
math uses `MAYBE_FRAME_RATE` — confirm no underruns there too.
6. `Audio.Enabled=0` → fully silent, zero audio CPU cost, nothing else affected.
## 12. Risks / unknowns
| Risk | Mitigation |
|---|---|
| `src/audi.c` | Game audio manager — compiles unmodified; source of `OUTPUT_RATE`, frame-size math, `CUSTOM_FX_PARAMS_N` |
| `include/PR/abi.h` | GE's acmd accessors (16 opcodes, context ABI) — the one non-`port/` edit (`#ifdef PORT` split) |
| `src/libultra/audio/*.c`, `src/libultrare/audio/*.c` | CPU synth + naudio New driver — compile unmodified; call sites define the opcode set |
| `port/src/audio.c` | SDL device + queue (implement Phase 1) |
| `port/src/mixer.c` | Software acmd interpreter + software DMEM (implement Phase 2) |
| `port/include/mixer.h` | Stub interface → replace with `aXxxImpl` declarations |
| `port/src/libultra.c:848-863` | `osAi*` shims — wire to audio.c (Phase 1) |
| `port/src/libultra.c:1237` | M_AUDTASK branch — stays a completing no-op; hosts `GE_AUDIOTRACE` |
| `port/src/ucode.c` | Dummy `aspMain*` markers stay forever under CPU-bypass — document decision |
| `C:\Users\james\Source\Repos\pd_port\port\src\{audio,mixer}.c`, `include\PR\abi.h` | PD ground truth: device glue + DSP cores + the macro-swap pattern |
| IDO current-buffer semantics misread → subtle wrong output (no crash) | Phase 0 disassembly is the arbiter; Acmd logger + by-ear checks per phase |
| `aPoleFilter` has no PD code | Disassembly (Q3); it's one small IIR — bounded effort |
| ADPCM state layout differs from assumption → garbage/cratchy samples | Phase 0 documents the struct from `load.c` usage + microcode; scalar fallback path makes debugging easy |
| C7/D127 hides a bank-tree bug that audio makes *audible* (wrong SFX, not just missing) | Q1; keep the guard until root-caused |
| SDL queue backpressure drops under load (slow machines) | `queueLimit` drop is graceful (silence gap, no crash); A3: raise scheduler-thread host priority before buffer tuning; PD shipped the same design |
| Synthesis cost on the scheduler thread starves gfx frame time / causes underruns | A3: host thread priorities first; a dedicated audio worker thread only if priorities provably insufficient (and revisit D24's fake-priority semantics before designing one) |
| Cross-region: PAL sample-count math differs | Verification step 5 |
## 13. Key references
| File | What it gives us |
|---|---|
| `src/audi.c` | audio thread, frame-size feedback loop, task construction (`OUTPUT_RATE` @22) |
| `src/sched.c:439,465,485` | real scheduler's M_AUDTASK path → `osSpTaskStartGo` interception point |
| `include/PR/abi.h:260–407` | IDO Acmd word formats (the decoder's spec) + A_* opcodes |
| `src/libultra/audio/synthInternals.h:57–71` | DMEM layout constants |
| `src/libultrare/audio/reverb.c`, `env.c`, `drvrNew.c` | GE custom FX (`alFxNew`), pole filter + chorus, envelope ops |
| `bin/aspboot.text.bin` / `.data.bin` (+ `src/aspboot.s`) | **ground-truth ASP microcode to disassemble** |
| `pd_port/port/src/mixer.c`, `port/include/mixer.h` | DSP math reference + the Option-B pattern |
| `pd_port/port/src/audio.c`, `pdsched.c:233–260`, `libultra.c:150–175` | PD wiring (queue design, empty AUDTASK branch, AI shims) |
| `port/src/libultra.c:794–810, 1108` | the three dead seams this plan fills |
| `port/src/dram.c`, `port/shim/PR/R4300.h` | address model (V1/V2 views) + the K0_TO_PHYS gap |
docs/dev/D172-PARTICLE-COLOR-RESEARCH.md
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# D172 — particle/flares wrong color (magenta/cyan blood): ROOT CAUSE FOUND + FIXED (M-82)
Symptom (user-reported, GRAPHICS-BACKLOG line 31): bullet impacts / flares / blood spatter
render magenta/cyan instead of dark red.
## TL;DR (M-82)
**Root cause:** `gfx_lod_tile_offset()` (`gfx_pc.cpp`) returns `0` unconditionally on
the `!gfx_detail_textures_enabled` path (a D107 blurry-ceiling fix — and
`port/src/video.c:225` sets that flag `false` at startup). Particle draws use
`G_CC_INTERFERENCE` (`TEXEL0 * TEXEL1`) with tile 0 = IA8 smoke @ TMEM 0 and
tile 1 = RGBA16 fire @ TMEM 0x188 — but with the offset pinned to 0, **texunit 1
samples the smoke texture too**. `smoke * smoke` through the rest of the combine
= the magenta/cyan. Confirmed by the `GE_D172` probe on a user Silo firefight:
40/40 particle tris logged `cfg1[tile=1 tmem=392 fmt=RGBA]` but
`SAMPLED1=tile0(tmem=0 fmt=IA)`.
**Fix (`gfx_pc.cpp` `gfx_lod_tile_offset`):** `return rdp.tex_lod ? 0 : i;` —
fold to the base tile only when LOD is actually active (D107's mip case,
`tex_lod=1`, unchanged); a genuine non-LOD 2-texture combine now gets tile `i`.
`bunker1` verify PASS (the D107 repro level). Committed on PR #34. **Owed: an
in-game eyeball that blood/sparks now read dark red.**
The 0xB9 / cycle-type false trails and the probe design are kept below for the
record.
---
Original note (superseded): Static audit done; one strong root-cause candidate
with a cheap in-game verification. **No code changed.**
## 1. How particles get their color state (mechanism)
Particle triangles (`explosion.c`, `gSPVertex` + `G_TRI_FILL`/`G_TRI_SHADE_TXTR`) carry
**no per-primitive material command**. Their CC/tile state comes from replaying ROM-resident
state records via `gSPDisplayList(gdl++, g_ExplosionDisplayLists[var_s2])`
(`explosion.c:894`, 15-record loop, one record + its particles per iteration).
- Records: `globalDL_0x078 … globalDL_0x9a8`, a 17-entry table at image-bank offset
0x28 (`g_pc_gimg_off_globalDL_*`), bank base cart 0x1029D160 (see `image_bank.c:322`).
- Each record is also scanned at load by `texLoadFromDisplayList` (`src/game/image.c:475`)
for its `G_SETTIMG` + ABCD marker word — that part works (textures upload fine).
## 2. Record layout (decoded from ROM)
```
+0x00 E7 C3 FF FE G_RDPPIPESYNC
+0x08 B9 00 03 1D ??? <-- UNHANDLED by fast3d (see §4)
+0x10 <varies> second word of the ??? command
+0x18 FC ... G_SETCOMBINE w0 (rgb c0 | alpha c0 <<16)
+0x20 FF ... G_SETCOMBINE w1 (rgb c1 | alpha c1 <<16)
+0x28 FD ... G_SETTIMG w0 (timg pointer)
+0x30 .. 50 50 50 50 G_SETTIMG w1 (ABCD marker)
```
Dominant particle combine mode (14 of 17 records), decoded with the standard libultra
bit layout:
- cycle 0 RGB: `TEXEL0, 0, TEXEL1, COMB_A`
- cycle 0 ALP: `TEXEL0A, COMB_A, SHADE, COMB_A`
- cycle 1 RGB: `COMBINED, 0, SHADE, COMB_A` ← **2-cycle** modulate
- cycle 1 ALP: same as cycle 0
## 3. fast3d audit (what is right)
- `G_SETCOMBINE` bit extraction (`gfx_pc.cpp:2786`) matches the standard libultra layout
exactly (verified field-by-field against the ROM words). Not the bug.
- Store/decode of `rdp.combine_mode` (`gfx_dp_set_combine_mode` vs `gfx_generate_cc`
key shifts) are consistent. Not the bug.
- The generated GLSL combiner implements the RDP formula with the usual special cases;
`SHADER_COMBINED` correctly resolves to the previous cycle's running value.
## 4. The 0xB9 root-cause candidate is WITHDRAWN (M-82, 2026-09-08)
The earlier audit claimed fast3d has "no case for opcode 0xB9" and that the D146
`default:` guard therefore aborts every particle sub-DL. **That is wrong.**
This build does **not** define `F3DEX_GBI_2` (verified: no `-DF3DEX_GBI_2` in
`CMakeLists.txt`, no `#define` in `include/PR/gbi.h` or anywhere in tree). In the
non-F3DEX2 branch of `gbi.h`, `G_SETOTHERMODE_L = G_IMMFIRST-6 = -71`, and
`(uint8_t)(-71) == 0xB9`. So `gfx_pc.cpp:2731` `case (uint8_t)G_SETOTHERMODE_L:`
**is** `case 0xB9:`.
Decode of the record word `w0 = 0xB900031D`, `w1 = <varies>`:
`gfx_sp_set_other_mode(C0(8,8)=3, C0(0,8)=29, w1)` → sets `other_mode_l` bits
3..31. `sft=3 == G_MDSFT_RENDERMODE`, `len=29` — this is exactly
`gsDPSetRenderMode(w1)`. `w1` values (`0x0C184B50`, `0x00504B50`, …) are
render-mode / blender words. fast3d applies it correctly.
So the particle sub-DL runs to completion on PC: `E7` RDPPIPESYNC (handled),
`B9` SetRenderMode (handled), `FC` SETCOMBINE (handled), `FD` SETTIMG (handled).
**No D146 abort. No stale-state fallthrough.** The wrong-colour bug is elsewhere.
## 5. Cycle-type is ALSO ruled out — the real record, and where the bug is (M-82)
The actual particle records are in **`assets/oddtextures.c`**
(`globalDL_0x078` … , 17 of them). One record verbatim:
```c
gsDPPipeSync(),
gsDPSetCycleType(G_CYC_2CYCLE), // <-- record DOES set 2-cycle
gsDPSetRenderMode(G_RM_PASS, G_RM_ZB_CLD_SURF2),
gsDPSetTextureLOD(G_TL_TILE),
gsDPSetCombineMode(G_CC_INTERFERENCE, G_CC_MODULATEIA2),
gsSPTexture(..., G_TX_RENDERTILE, G_ON),
// tile 0: IMAGE_SMOKE_0 IA16 image -> loaded/rendered as IA8, 56x56
// tile 1: IMAGE_FIRE_0 RGBA16, 16x14, loaded to tmem 0x188
gsDPSetTextureLUT(G_TT_NONE),
gsDPPipeSync(),
gsSPEndDisplayList(),
```
So the record **explicitly sets `G_CYC_2CYCLE`** (opcode `0xBA` =
`G_SETOTHERMODE_H` in this build), and fast3d handles `0xBA` correctly:
`gfx_pc.cpp:2734` → `gfx_sp_set_other_mode(52, 2, w1<<32)` sets `other_mode_h`
cycletype = 2CYC. **Confirmed by probe (M-82):** the `GE_D172=1` SETCOMBINE
probe logged the particle combine `w0=fc26a004` (= `G_CC_INTERFERENCE`/
`G_CC_MODULATEIA2`) with **`cycletype=1 (2CYC)`** every time. The cycle-type
hypothesis is dead too.
**The bug is the `G_CC_INTERFERENCE` two-tile combine / TEXEL1 path.**
`G_CC_INTERFERENCE` cycle-0 = `TEXEL0 * TEXEL1`; the record binds **two
different tiles of two different formats** (tile 0 IA8 smoke, tile 1 RGBA16
fire at tmem 0x188). Magenta/cyan = a TEXEL1 sampling/decode fault: wrong tmem
offset for tile 1, RGBA16 (5551) channel/endian misread, or fast3d treating
tile 1 as an LOD mip of tile 0 under `G_TL_TILE`. This needs a visual
render-iterate pass (headless can't see particle colour) — see §6.
### Probes shipped (M-82, `#ifdef PORT`, `GE_D172=1`, inert when unset)
- `gfx_pc.cpp` G_SETCOMBINE case — logs each distinct combine + active
cycletype (dedup, 64 max). Confirmed the particle combine `fc26a004` runs
at `cycletype=2CYC`.
- `gfx_pc.cpp` `gfx_sp_tri1` (after the texunit loop) — whenever a **2-cycle
triangle actually consumes TEXEL1**, dumps `combine_mode` + both texunits'
`tile / tmem / fmt / siz`. This is the decisive probe: a Silo close-range
guard kill with `GE_D172=1` should log
`T0[... fmt=3(IA) siz=1(8b)] T1[tmem=392 fmt=0(RGBA) siz=2(16b)]`.
If `T1.tmem != 392`, or `T1.fmt/siz` are wrong, the TEXEL1 bind is the bug.
If they're all correct, the fault is in `import_texture_rgba16` for the
second texunit or the `G_CC_INTERFERENCE` CC generation — pair with
`GE_DTEX=1` / `GE_TEXRAW=1` to dump the fire tile's bytes.
## 6. Fix path (next session — needs a display)
1. Get a `-level_XX` capture with visible particle spray (Silo guard kill at
close range per the original report, or any wall-impact spark). Note the
colour.
2. Env-gated probe in `gfx_pc.cpp` `import_texture` / the TEXEL1 bind path:
for tile 1 when combine == the particle key, log format/size/tmem-addr/
line_size and the first few decoded texels. Compare against the RGBA16
`IMAGE_FIRE_0` bytes in the extracted asset.
3. Likely fixes, in order of suspicion: (a) tile-1 tmem address 0x188 not
honoured → TEXEL1 reads tile-0 bytes; (b) RGBA16→RGBA32 decode for the
second texunit; (c) `G_TL_TILE` LOD path picking the wrong tile for TEXEL1.
4. Re-decode `G_CC_INTERFERENCE` / `G_CC_MODULATEIA2` as fast3d generates them
(`gfx_cc.cpp`) and confirm the GLSL matches `TEXEL0*TEXEL1` then
`COMBINED*SHADE`.
## Files
- `src/game/explosion.c` — record table (165), replay loop (894)
- `src/game/image_bank.c:322`, `src/game/image.c:475` — record offsets / load-time scan
- `port/fast3d/gfx_pc.cpp` — SP walker cases (~2600–2930), D146 default (2920),
SETCOMBINE decode (2786), combine store (2270), cc generation (312+), 2CYCLE flag (1523)
- `rsp/graphics/gmain.s` — N64 ucode ground truth for 0xB9 (dispatch table at dmem 0xbc;
ginit.s missing from repo)
Note (M-82): 0xB9 is `G_SETOTHERMODE_L` in this non-F3DEX2 build and is already
handled by fast3d — `gmain.s` / `ginit.s` are NOT needed to resolve D172.
docs/dev/D176a-SKY-NOTES.md
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# D176(a) Sky — consolidated research notes (read-only)
Companion to `GRAPHICS-BACKLOG.md` D176(a) and findings.md M-37/M-47.
Purpose: make the next implementation session mechanical. No code changed by
this doc.
## State of play
- **Root cause (M-37):** `skyRenderTri`/`skyRenderFull` emit geometry only as
`G_RDPHALF_*` immediates; `gfx_pc.cpp:2901-2903` deliberately no-ops them
(same in the PD port) → solid black sky on every cloud-sky level. Clean
headless repro: `-level_22` (Statue), frame ~360.
- **M-47 draft (Path B)** — `scratchpad/sky.patch`: `#ifdef PORT` hooks in
both functions re-emit the sky as ordinary screen-space GBI via
`skyPortRenderPoly` (ortho pixel projection + `gSPVertex`/triangles).
Geometry reaches GL and textures (top-half luma 0.1 → ~174 on `-level_22`).
Two open defects (below). Draft, not shippable.
- **Path A** (decode RDPHALF in fast3d) is the backlog's original suggestion;
the wire format is now fully decoded (next section), so it is a viable
fallback if Path B's units can't be pinned.
## RDPHALF wire format (decoded from `src/game/sky.c` + `include/PR/gbi.h`)
- Opcodes (`gbi.h:102-164,216-223`): `G_RDPHALF_1 = 0xe1`,
`G_RDPHALF_2 = 0xf1` (final word of a stream), `G_RDPHALF_CONT`
(= `G_IMMFIRST-13`). Tri ops: `G_TRI_FILL 0xc8`, `G_TRI_FILL_ZBUFF 0xc9`,
`G_TRI_SHADE_TXTR 0xce`, `G_TRI_SHADE_TXTR_ZBUFF 0xcf`.
- **All payload values are S15.1 fixed point** — converter is
`sub_GAME_7F094298` (`sky.c:218`): `clamp(x, ±32767.9) × 65536`, u32.
- **Packing:** each `(G_RDPHALF_1, G_RDPHALF_CONT)` pair carries four
halfwords = **two S15.1 values**: `valueA = (w1.hi16, w2.lo16)`,
`valueB = (w1.lo16, w2.hi16)`. Multi-value groups are streamed in two
passes — all high halves first, then all low halves (see the explicit
`(x & 0xffff0000) | (y & 0xffff0000) >> 16` packing at `sky.c:1854-1870`).
- **`skyRenderTri` header** (`sky.c:1725-1728`): first word =
`(op << 24) | (winding/sign flag bit23) | lo16(first value)`; the stream
then carries screen-space positions (`unk28×0.25` = pixel X, `unk2c` = Y×4
family) plus per-vertex attributes. The RSP ucode reassembles and DMAs a
real edge-walked RDP tri command (per the M-46 comment in sky.patch).
- **Vertex attribute vectors are 8 components** (`sky.c:1759-1776`):
`(r, g, b, a, S·w′, T·w′, 32767·w′, z)` with perspective weight
`w′ = unk34 × min(unk0c)/2` — i.e. color + perspective-corrected S/T +
depth. `SkyRelated38` fields: `unk28 = screenX×4`, `unk2c = screenY×4`,
`unk30 = z (0..0x7fff)`, `unk34 = 1/w`, `unk20/unk24 = S/T`.
- GE emits RDPHALF **nowhere except sky.c** — the command surface is closed
and small.
## Defect 1 — texcoord shear (clouds smeared into streaks)
`skyPortRenderPoly` uses `tc = unk20 × 32.0f` — a magic number.
### M-82 update — the scale is right, the magnitude is the bug
- **Cloud texture is `s_skywaterimages[0]` = `IMAGE_CLOUDS_GRAYSCALE`,
`0x40 × 0x40` (64×64), `G_IM_FMT_IA` / `G_IM_SIZ_8b`, `G_TX_WRAP`/`G_TX_WRAP`**
(`assets/oddtextures.c:646`). Not a fraction-indexed texture — it *tiles*.
- **GE's own screen-space textured-quad idiom is `tc = width << 5`**
(`src/game/glass2.c:678,689` — `sImageTableEntry.width << 5` /
`.height << 5`). `<< 5` = ×32 = the S10.5 texel fixed-point fast3d expects,
and it divides `tc` by `tex_width` before GL_REPEAT. So the patch's `× 32.0f`
**is the correct scale** — provided `unk20`/`unk24` are already in *texel*
units (they are: the cloud-tiling math in `sub_GAME_7F097388` /
`CloudRepeat(skyheight)=10000` produces texel coords in the thousands, and
M-47 measured `unk20` reaching ±20 000 near the horizon).
- **The bug: `(s16)(20000 * 32)` overflows.** `Vtx.tc` is `s16` (±32767); a
horizon vertex needs `tc` ≈ 640 000. It wraps/saturates → the streak.
- **Fix (no fast3d change, no grid needed for the near/mid sky):** phase-fold
every vertex of *one primitive* by the **same** multiple of the tile period
(64 texels), so inter-vertex deltas are preserved but magnitudes stay in
s16 range:
```c
s32 foldS = (s32)floorf(vmin_unk20 / 64.0f) * 64; // vmin over this prim's verts
s32 foldT = (s32)floorf(vmin_unk24 / 64.0f) * 64;
tc[0] = (s16)((v[i]->unk20 - foldS) * 32.0f);
tc[1] = (s16)((v[i]->unk24 - foldT) * 32.0f);
```
This is exact wherever the S/T *span across a single triangle* is
< ~1000 texels (s16 range ÷ 32). It holds for the corner-quad tessellation
the current patch emits everywhere except triangles that straddle the
horizon line, where the span diverges — those still need Defect-2's
finer/adaptive tessellation. Land the fold first (fixes most of the frame),
keep the grid as the horizon-band follow-up.
## Defect 2 — vertical coverage (band fills only top ~25%)
Leading hypothesis, from reading the N64 path: **the quad is not a plain
corner quad.** The N64 stream's four vertices are *perspective-interpolated*
points computed in the big interpolation block (`sky.c:1797-1813`, the
`sp210/sp290/sp2b0/sp230` vectors), not the raw TL/TR/BL/BR corners that
Path B's hook passes through. If those interpolated y-values differ from the
corner ys (they will, wherever w varies across the quad), the re-emitted
quad lands short.
Next steps (one focused session):
1. Per-call probe on `skyPortRenderPoly`: log nverts + each vertex's
(x, y) + the tri op-header word; A/B against N64 reference footage of
`-level_22`/`-level_36`.
2. If confirmed, either (a) replicate the interpolation block under PORT and
emit the 4 computed vertices, or (b) drop to Path A with the decoder spec
above (the ucode's own reassembly is then irrelevant — we decode the same
values directly).
## Recommendation
Finish **Path B** first — geometry already works; both defects are unit/
vertex-set questions answerable in one render-iterate session. Keep Path A
as fallback; it is now fully specified by this doc if B stalls.
## Verification ask (M-82 — for the next session with a display)
The Defect-1 phase-fold is committed to PR #18 but **unverified visually**
(this session had no display). One check settles it:
1. `./build-pc/ge007.x86_64.exe -level_22` (Statue, night). At the intro the
camera faces the horizon within a few seconds.
2. Look at the upper half of the frame:
- **Black** → Path B still not emitting (regression from the rebase —
check `skyPortRenderPoly` is reached; `GE_D176=1`).
- **Clouds, but smeared into horizontal streaks** → the fold didn't take;
re-check `unk20`/`unk24` really are texels (probe their range).
- **Recognisable tiled cloud texture, correct near/mid, ragged or missing
right at the horizon line** → fold works; that ragged band is Defect 2
→ adaptive tessellation is the next task.
- **Looks right** → close Defect 1, mark PR #18 ready pending a
`-level_36`/`-29`/Dam-exterior spot check.
3. A `GE_PCDUMP="330-390:30"` capture of that run attached to PR #18 is enough
for a remote reviewer to make the same call.
docs/dev/GE-ENV-PROBES.md
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# GE_* environment probes — consolidated list
Every `getenv("GE_…")` in the tree. The table prose is hand-curated;
**`tools_pc/gen_env_probes.py`** re-greps the live sites and reports drift
(NEW / GONE vars + a fresh file:line map) — run it before trusting the
File:line cells. Last reconciled 2026-09-04 (M-51). All are **env-gated**: unset = zero behavior
Every `getenv("GE_…")` in the tree, from a grep of `src/` + `port/` on
2026-08-31 (master `31d036da`). All are **env-gated**: unset = zero behavior
change, so they are safe to leave in a release build (they only cost a
`getenv` on the guarded path). "Dead" below means *the finding it was built
for is closed* — the probe is strip-candidate scaffolding, not that it does
@@ -24,31 +22,8 @@ Two classes:
| `GE_INPUTLOG` | `port/src/input.c:329`, `port/src/config.c:53` (`configGetInputLog`) | Logs computed pad state (buttons + stick) each poll when non-zero. Also `[Debug] InputLog` ini. Also traces D165 `menuptr est/tgt/eff/stick`. | **live** |
| `GE_STARTMENU` (+ `GE_STARTMENU_PAGE`, `GE_STARTMENU_DIFF`) | `src/game/lv.c:398-402` (`#ifdef PORT`) | Boot straight into a front-end menu id (13=MISSION_COMPLETE, 10=BRIEFING, 7=MISSION_SELECT, 12=MISSION_FAILED, 6=MODE_SELECT); `_PAGE`=folder row (def 1=Dam), `_DIFF`=0..3. Crash-test a screen fast. | **live** |
| `GE_UNLOCK_ALL` | `src/game/debugmenu_handler.c:1098` (`get_debug_enable_all_levels_flag`, `#ifdef PORT`) | Mission-select shows every solo level (playtest jump-to-any-level aid). Cached in a `static int c`. | **live** |
| `GE_OPTIONSOVERLAY` | `port/src/optionsoverlay.c:231` | Force-enable the F10 port-layer options overlay (D184 / PR #10) regardless of ini. `atoi != 0`. | **live** |
| `GE_D204` | `port/src/audio.c` (`audioSetNextBuffer`) | **Audio-health monitor (D204).** One line per 5 s of wall clock: `rt=` produced-audio/wall ratio (1.000 healthy; below 1 = the 30 Hz audio retrace is starving and the device is padding with silence), `q=` SDL queue depth / `queueLimit` (pinning at the limit with `drop=` climbing = overproduction, the "eventually no audio" state), `drop=` blocks discarded, `max=` largest block vs its `g_MaxFrameSize*4` allocation. **Deliberately cheap (~30 clock reads/s) — safe to leave on for a full playtest, unlike `GE_MIXERTRACE`.** The instrument of record for D202. | **live** |
| `GE_D204_OLD` | `port/src/audio.c` (`d204OldMode`) | Restores pre-D204 behaviour (`osAiGetLength()` reports the whole SDL queue depth; `queueLimit` back to 8192) so before/after can be A/B'd in **one binary**, without build-to-build variance. Temporary — remove when D204 closes. | **live** (D204 A/B) |
| `GE_AUDIOTRACE` | `src/snd.c` (`sndPlaySfx`, `sndDeactivate`), `src/game/propobj.c` (door sounds), `src/libultra/audio/load.c` (`alLoadParam`) | Per-`sndPlaySfx` resolution trace to `audiotrace.log`: `soundIndex` → `ALSound*`/keyMap/wavetable/base/len/book, the returned `ALSoundState*`, every `sndDeactivate`, and wavetable bind events. M-65 additions: `[VOICE+]`/`[VOICE-]` pairing every voice acquire/release with sound/state/flags (NB: written from two threads to one unbuffered FILE* — occasional torn lines, parse defensively), `[SLOTWRITE]` door slot ownership, `[RETRIGGER-POST]`, `[WAVELOOP]` (per-sound `ALADPCMloop` presence), `[DOORSND]` every door sound state change incl. an `ORPHAN-both-slots-busy` verdict. M-66b addition: `[EXPIRE]` — posted whenever the port-side ownerless-infinite-loop expiration is scheduled (sound/state/delay/fade); this line is **permanent** (part of the D202 option-C fix), unlike the rest of the probe set which is removable on close. M-67/M-69 additions: `[WIRE] t=µs filter=… <- table=…` (`src/libultra/audio/load.c`, every wavetable→decoder bind, µs-timestamped) and `[VOICEMAP]` (`src/libultra/audio/synthesizer.c`, full PVoice→decoder/resampler/env-state address map at synth init — this is how offline voicedump slot addresses tie to WIRE filter addresses). M-68 additions: `[EVT] t=µs type=N state=P` + `[STOP-EVT] … deltaUs=N` (event types per `src/snd.h`: 1=PLAY, 2=STOP, 8=VOL, 64=DECAY, 128=END). M-71 additions: `[VOL] t=µs state=… rawVol=… playing=…` (`src/snd.c`, per-VOL-event value before the slot-volume law) and `[DISTVOL] pos=(…) player=(…) dist=… vol=…` (`src/game/propobj.c`, the distance-attenuation funnel `sub_GAME_7F053894` — this is how an SFX's final volume is computed from hit position). NB: lines from the multiple file handles interleave — occasional torn/corrupt lines, parse defensively. `dumppos=` gives the exact byte offset into `audiodump.raw` (quantised to the 2880-byte audio block). Low cost. | **live** (D202/D205) |
| `GE_PULLTRACE` | `src/libultra/audio/load.c` (`alAdpcmPull`) | `[PASTEND]` assertion: fires if a voice's `f->sample` exceeds its wave's total samples while `nOver == 0` (i.e. an unstopped voice keeps decoding past the end instead of zero-filling). Rate-limited to 40 lines. M-65: 0 hits — exhausted voices go silent correctly. | **live** (D202) |
| `GE_DMEMWIPE` | `port/src/mixer.c` (`aClearBufferImpl`) | Zeroes the whole software DMEM at the frame boundary (detected as `alMainBusPull`'s clear of `AL_MAIN_L_OUT`, addr 1088). Tests whether audio state survives across frames in DMEM. M-65: no-op on output — ruled out. | **live** (D202) |
| `GE_NOWET` | `port/src/mixer.c` (`aSetVolumeImpl`) | Mutes the reverb send (`wetamt = 0`), isolating the reverb delay lines as a possible source of persistent signal. M-65: drone unchanged — ruled out (NB `aPoleFilterImpl` is still an unimplemented no-op, D199). | **live** (D202) |
| `GE_BANKDUMP` | `port/src/romdata.c` | `BANKSRC` lines: the source ROM-layout bank tree per `soundIndex` (instrument → sound → envelope pointers + `decayTime`). Used to prove sound 203's `decay=-1` is genuine ROM data, not a conversion bug. One-shot at load. | **live** (D202) |
| `GE_FORCEALARM` | `src/game/propobj.c` (`handle_alarm_gas_timer_calldamage`, `#ifdef PORT`) | **D207 diag (temporary).** Forces the in-game alarm klaxon (`alarmActivate`) on a frame counter — on ~2–10 s, off, on again — and emits a per-frame `[D207] f=… active=… ptr_alarm_sfx=… playstate=… locked=…` line to `audiotrace.log`. Repro harness for the "alarm SFX overrides other audio" report when a level's own alarm can't be triggered headlessly. Remove when D207 closes. | **live** (D207) — temporary |
| `GE_KEYMAPDUMP` | `port/src/romdata.c` | `KEYMAP` + `ENVSRC` lines: raw source bytes of every `ALKeyMap` / `ALEnvelope` in the ROM-layout blob, for byte-wise comparison against runtime values. One-shot at load. | **live** (D202) |
| `GE_AUDIODUMP` | `port/src/audio.c` (`audioSetNextBuffer`) | Raw-dumps every mixed s16/stereo/22050 Hz buffer to `audiodump.raw` in the CWD for offline waveform inspection. Length ÷ 88200 = seconds of audio produced. | **live** (D202) |
| `GE_VOICEDUMP` | `port/src/mixer.c` (`aEnvMixerImpl`) | Dumps each voice's resampled mono stream (post-resample/pre-envelope, i.e. the env-mixer input) to `voicedump.raw` as records of `[u32 stateAddr][u32 nSamples][u64 us][s16 × n]`. **The µs stamp is when the block was MIXED — records are rendered ahead, so a record's samples END at its stamp** (M-69: treating stamps as start offsets misplaces content by up to one ~33 ms block). `stateAddr` = the env-mixer state address from `[VOICEMAP]`. Used with `scratchpad/exact_match.py` for full-corpus per-voice sample verification. | **live** (D202) |
| `GE_MIXERTRACE` | `port/src/mixer.c`, `src/audi.c` (`amDmaCallback`), `src/libultra/audio/load.c` (`_decodeChunk`, `alLoadParam`) | Per-opcode mixer trace to `mixertrace.log` (DMEM addresses, ADPCM books, decoded frames, `[DMAREQ]`/`[DMAHIT]`/`[DMAMISS]`/`[BINDTABLE]`). **WARNING: unbuffered per-opcode `fprintf`, ~25 MB/min. It slows the process enough to starve the audio thread — M-63 measured "audio at 13 % of real time" that was entirely this probe's own artifact. NEVER use it for timing-sensitive measurement; use `GE_D204`.** Grep it, never read it whole. | **live** (D202) — timing-unsafe |
| `GE_TEXPITCH` | `port/fast3d/gfx_pc.cpp:924` (`gfx_tex_pitch_fix`, cached) | `=0` disables the D183 defensive de-stride in `import_texture` (default on). RC2/RC3 texture-shear A/B knob. | **live** (RC3 not finished) |
| `GE_TEXRAW` | `port/fast3d/gfx_pc.cpp:1079` | With `GE_TEXDUMP`, also dumps the raw pre-import source bytes (`texdump/rNNN_f…_s…_WxH.bin`) so a decode bug can be told from a source-data bug offline (D183). | **live** (RC3 not finished) |
| `GE_D219RAW` | `src/game/image.c` (`texReadUncompressed`/`texChannelsToPixels`, `#ifdef PORT`) | Diagnostic-only, print-only (no behavior change): logs the runtime texture decompressor's bitstream header (texnum/format/width/height/compmethod) for every non-zlib wide-pixel image, plus a dump of the first row of decoded texels exactly as stored in the pool (post-`PORT_PIXEL16`, i.e. byte-swapped for the 16-bit family) for RGBA16/RGB15/IA16. No texnum filter — lets any suspect texture be cross-referenced against the offline ROM census (`scratch/d219_census.txt`) without narrowing by hand. | **live** (D219, closed — kept for future runtime-decoder triage) |
| `GE_WRAPFIX` | `port/fast3d/gfx_pc.cpp:3166` (`gfx_set_wrap_fix`) | RC3 test override for the `Video.WrapFix` D74/D167 wrap-block path (`atoi != 0` wins over the ini). | **live** (RC3 not finished) |
| `GE_SAVELOG` | `src/game/file.c:46`, `src/game/file2.c:16` (`SAVELOG` macro), `src/boss.c:749`, `src/game/objective_status.c:297,343` | Traces the campaign save/unlock chain (objective completion → `end_of_mission_briefing` → `fileWriteSave` → EEPROM). Used to confirm D157. `g_savelogObjOnce` gates the per-criterion dump to the `bossReturnTitleStage` call. | **live** (strip once a few more level boundaries are playtested) |
| `GE_D160` | `src/boss.c:744`, `src/game/bondview2.c:791`, `src/aicommands.def:10055,10181,10236,10242,10247` (all `#ifdef PORT`) | Dam exit-cutscene (D148/D160) diagnostic: trace points in `bossReturnTitleStage`, `bondviewSetCameraMode`, and AI cmds `EndLevel`/`exit_level`/`CameraLookAtBondFromPad`/`CameraSwitch`. **Investigation in progress** — user owes a `GE_D160=1` Dam run. | **live** |
| `GE_D193` | `src/game/frametiming.c` (`waitForNextFrame`, `#ifdef PORT`) | Per-wall-second line: `render=` rendered frames, `sim=` sim ticks delivered (Σ of the `deltaFrames`/`g_ClockTimer` fed downstream), `clamped=` frames whose catch-up hit `FRAMETIMING_PORT_MAX_CATCHUP`, `maxraw=` largest pre-clamp delta. Healthy steady state = `render=30 sim=60 clamped=0 maxraw=2` (measured M-80, all levels idle). Use to check whether the wall-clock timer under-advances under real AI load (D193). Cheap; safe for a full playtest. | **live** (D193) |
| `GE_D193A` | `src/game/chr.c` (`chrTick` → `d193aSample`, plus `d193aMoved` in `chrUpdateAnim`; `#ifdef PORT`) | Per-wall-second per-ticked-chr locomotion telemetry (D193/D209): `chr=` chrnum, `act=` ACT_TYPE, `speed=` world-units travelled/s, `gtd=` g_GlobalTimerDelta, `tier=` `act_gopos.unk59` SPEED tier (0 walk / 1 run / 2 sprint; `-1` when not ACT_GOPOS), `gspd=` `act_gopos.speed` (**a turn rate, not a travel rate** — 0 means running straight), `typ=` PROP_TYPE (3=CHR, 6=VIEWER), `tick=`/`move=`/`frz=` chrTick entries vs `chrUpdateAnim` calls vs freeze-gated (move « tick = the chr is being visibility-culled out of its own locomotion; `move=0` at high `speed` = WAYMODE_MAGIC), `hid=` CHRFLAG_HIDDEN, then the root-motion scalars `scale` / `xlscale` / `animrate` / `playspeed` / `mspeed` (model->speed) / `endframe` / `anim` ptr / `aidx=` that pointer reverse-resolved to its `animation_table_ptrs1` index (40 walking, 41 sprinting, 42 running, 107 walking_unarmed — map via `src/game/initanitable.c`). `GE_D193A_CHR=<n>` restricts to one chrnum. **This probe found D209**: Cradle showed `tier=1` (RUN) with `aidx=40/107` (walk anims) on every sample. | **live** (D193/D209) |
| `GE_D193B` | `src/game/model.c` (`sub_GAME_7F06D3F4`, `#ifdef PORT`) | Rate-limited (1/97) raw anim root-motion decode trace (D193): `joint=` / `flip=` / `base=` mtx channel index / `frame=` / `tmp=` decoded s16 translation triple from the anim bitstream / `angle=` / `anim` ptr / `bd=`+`bs=` the D32 u32 bitDescriptors/bitStream addresses / `njoints`. M-80 Facility: `base=0`, `angle=0` **always** (root-motion facing delta never non-zero — top lead), `tmp` ≈ (±small, ~1086 hip-height, ±small). Compare `tmp`/`angle` magnitudes against a clean N64 decomp build of the same anim+frame. | **live** (D193) |
| `GE_D250` | `src/boss.c` (`bossMainloop`, wraps `lvlRender()`, `#ifdef PORT`) | Per-wall-second line: `[D250] lvlRender avg=Nus n=M` — average + count of `lvlRender()` (DL-building: culling/animation/scene traversal) calls that wall-second, isolated from `gfx_run()`'s software-RSP interpretation cost (already covered by the existing "frame rendered in Nus" line). Added M-120 to chase D250 (fps stuck ~45-50 on Dam, ruled resolution/MSAA/vsync/build-flags out already) — found `lvlRender` itself is cheap (~0.5-1.5ms avg), so it is NOT the missing ~10-15ms/frame either; the still-unexplained cost must be elsewhere in the per-retrace-message loop (scheduler/thread round-trip, audio, or something not yet isolated by a targeted timer). Cheap; safe for a full playtest. | **live** (D250) |
| `GE_D172` | `port/fast3d/gfx_pc.cpp` (`gfx_sp_tri1` — SETCOMBINE dedup log + non-LOD multitex tri dump; `#ifdef PORT`) | Particle magenta/cyan colour (D172). Logs each distinct SETCOMBINE + active cycletype, and — for a 2-cycle tri that consumes TEXEL1 with `tex_lod=0` and a distinct 2nd tile — the tile fast3d *samples* for each texunit vs what the DL *configured*. **Found D172**: 40/40 particle tris configured tile 1 @ tmem 392 (fire) but sampled tile 0 (smoke) → `smoke*smoke`. FIXED (`gfx_lod_tile_offset` `return rdp.tex_lod ? 0 : i`). Probe kept inert. | **live** (D172 FIXED, probe kept) |
| `GE_DVM` | `src/game/gunfire.c` (`gunUpdateAndFire` gate dump + `gunRenderFirstPersonGunModels` render dump; `#ifdef PORT`) | 1P weapon viewmodel (D215). `[DVM]` line: the `field_87F` show/hide gate terms + `Gun_hand_without_item` sub-terms + `copy_of_body_obj_header` RootNode/Switches/numRecords. `[DVMr]` line: `87F` + `cmds_emitted` = gfx commands the weapon `subdraw()` produced (healthy ≈ 150; the D215 bug showed **1**). Rate-limited ~1/s per hand. **Found + verified D215** (`renderdata.flags` read 0 → all weapon DL nodes gated off). Probe kept inert. | **live** (D215 FIXED, probe kept) |
| `GE_DTEX` | `port/fast3d/gfx_pc.cpp:1001` | Per-`import_texture` param log (dims / line / size / lod / gen_mipmaps). Used to root-cause RC2 and D159. Kept as an inert diagnostic. | **live** (RC2/RC3 not finished) |
| `GE_TEXDUMP` | `port/fast3d/gfx_pc.cpp:1020`, `port/fast3d/gfx_opengl.cpp:700` | PPM dump of every uploaded texture + a `fmt/siz/palfmt/palidx/pal[0..3]` line. Root-caused D161 (Depot ceiling). Kept as an inert diagnostic. | **live** (RC3 not finished) |
| `GE_D116` | `port/fast3d/gfx_pc.cpp:1710,2362`, `src/game/textrelated.c:265,541` (cached `ge_d116`) | HUD/text "X-mirror" (D114/D116) vbo/uv trace. **D114/D116 CLOSED — NOT A BUG (M-33/D168): the captures were upside-down, not mirrored.** Probe is now dead scaffolding — strip on the next cleanup pass. | dead (D114/D116 closed) |
@@ -58,11 +33,7 @@ Two classes:
| Env var | File:line | Finding / what it logged | Status |
|---|---|---|---|
| `GE_D51` | `port/src/libultra.c:496`, `src/game/model.c:125,244,544` | msgQ 32-slot overflow watch / ModelSlot layout | dead (D51 closed) |
| `GE_D54` | — (all blocks stripped M-32, commit `49ce620a`) | music seq-table ABI / endianness (`ALMidiHdr`) | dead (D54 closed) — fully removed (kept here as a tombstone; the generator flags it GONE) |
| `GE_D154` | `src/game/bg.c:3418,3447,3632` (capped 64 calls) | bg room-GDL call trace (room / gdlidx / vtxoff / op / raw hdr words) | dead (D154 closed) |
| `GE_D227V` | `src/game/sky.c` (`skyPortRenderPoly`, `#ifdef PORT`) | Sky/water per-vertex dump: `S`/`T`/`w`/`1/w`, screen xy, the chosen tc shift `k`, the baked `tc`, and whether the tile capture succeeded. **Found D227**: one sky quad spans ~30,000 texels in S and T but `Vtx.tc` is S10.5 in an `s16` (+/-1024 texels), so 7 of its 8 texture coordinates overflowed and wrapped -- the starburst/"two sky processes" seam. Root cause was a unit error (`unk20`/`unk24` are already S10.5, not texels; M-82's `*32` was spurious). FIXED M-100b. Probe kept inert. | **live** (D227 FIXED, probe kept; useful for D229 water) |
| `GE_D176` | `src/game/bgfog.c:459,471`, `src/game/sky.c:325,381` (all `#ifdef PORT`) | D176 sky/fog env-match + sky-vert trace (Path B, PR #18) | **live** (D176(a)/(b) OPEN) |
| `GE_D178` | `src/game/front.c:6586,6594` (`#ifdef PORT`) | briefing-data u16 decode trace (blank-objectives, D143/D178) | dead (D178 closed) |
| `GE_D54` | — (all blocks stripped M-32, commit `49ce620a`) | music seq-table ABI / endianness (`ALMidiHdr`) | dead (D54 closed) — fully removed |
| `GE_D56` | `src/game/model.c:227,830` | watch `Model` raw-offset reads | dead (D56 closed) |
| `GE_D60` | `port/src/libultra.c:521,735` | gfx frame msgQ delivery trace | dead (D60 closed) |
| `GE_D61` | `port/src/libultra.c:795` (`s_d61opened`) | opens a one-shot log file | dead (D61 closed) |
@@ -73,8 +44,6 @@ Two classes:
| `GE_D69STAN` | `src/game/stan.c:266,276` | D69 stan-tile trace | dead |
| `GE_D85DUMP` | `src/game/bg.c:2510` | D85 `bgWidenRoomGdl` 8→16B dump | dead (D85 closed) |
| `GE_D85TEX` | `src/game/image.c:2479`, `src/game/tex.c:859,1050` | D85 texpool-full events (Depot analysis) | dead (D85 closed) — was useful for §3 |
| `GE_D217TEX` | `src/game/image.c:234` (`texInflateZlib`) | D217: logs `texnum`/`format`/`numcolours`/`palette[0..1]` straight off the decode bitstream (before any arena/pointer math) — the decode-correctness check that proved the affected texture (grip, `texnum=1608`) decodes byte-identically across levels, ruling out a decode/ROM-data bug. | **live** (D217 open — investigation instrument) |
| `GE_D229` | `port/fast3d/gfx_pc.cpp` (`gfx_sp_tri` dual-texunit probe + `import_texture`) | D229: per-draw dump of both texunits' tile/tmem/fmt/siz/UV state for 2-cycle draws, plus a one-shot confirm line when the RGBA16-over-CI8 import remap fires (the fix path). Inert by default. | **live** (D229 fixed — probe kept for the Surface 2 / sweep verification) |
| `GE_D86` | `src/game/model.c:6295`, `src/game/objecthandler_2.c:143` | D86 model rwdata trace | dead (D86 closed) |
| `GE_D87` | `src/game/ramromreplay.c:296,363,381` | D87 `ramromfilestructure` endianness | dead (D87 closed) |
| `GE_D88` | `src/game/prop.c:1367`, `src/game/stan.c:3090` | D88 `Usetup*Z` propDef stream | dead (D88 family closed; D88.4 resolved) |
@@ -93,9 +62,5 @@ Two classes:
- `[Debug]` ini keys (`Debug.FrameDump`, `Debug.InputLog`) mirror
`GE_PCDUMP` / `GE_INPUTLOG` as a fallback (env var wins) — M-26,
`port/src/config.c`.
- Not GE_-prefixed but same category: `GE_DETERM` is **implemented but
experimental — not yet achieving its determinism goal** (fixed-tick
mode, §F D117, M-52 four-pass writeup); `GE_DETERM_TRACE` (M-52 4th
pass) adds instrumented clock-event logging when used alongside it, for
diffing two runs to localize remaining divergence. Both env-gated,
default off, zero cost when unset.
- Not GE_-prefixed but same category: `GE_DETERM` is **designed, not
implemented** (fixed-tick determinism mode, §F D117).
docs/dev/GRAPHICS-BACKLOG.md
+7 -14
View File
@@ -12,29 +12,22 @@ once the game is playable start-to-finish without crashes.
| ~~**D74 wrap-block**~~ | ~~`gfx_pc.cpp:1546/1551` PORT block is dead code (guard `cms & G_TX_WRAP` always false; indexes per-texunit arrays with the vertex index → OOB if reached).~~ | **RESOLVED (M-30, RC3/D167).** The in-vertex-loop wrap block was reworked and hoisted to a per-texunit pre-wrap window (`gfx_pc.cpp` ~1574, now `cms`-correct and indexed by texunit not vertex), behind the `Video.WrapFix` knob (default OFF). No longer dead code or OOB. See §F "RC3 · D167". |
| **D75** | ~~Nintendo logo mispositioned; gun-barrel Bond model absent~~; cast-roll character models — status unknown. (Rareware logo OK.) | **Shrunk (M-33, upright captures after D168).** The "overlaps D114 shared mirror" note is withdrawn. **Gun-barrel Bond RENDERS correctly** (walk + fire, upright) — the "absent" reports were the flipped capture. **Nintendo logo IS still broken** — renders as two overlapping white ellipsoids shifted left, no wordmark/geometry (a real `logoinst` model transform/geometry bug, not a flip). Cast roll not re-captured — recheck with `GE_PCDUMP="1400-2200:25"`. `findings.md` §F "D75 Bug 2 — M-33 UPDATE". |
| **D76** | 2D disclaimer screen only partially drawn. | §F D76. |
| ~~**D77**~~ | ~~No audible music on PC.~~ | **RESOLVED (M-104, PR #42) — in-level music now plays.** Root cause was a D6-class missing `return` in `sub_GAME_7F0C0BF0` (`mp_music.c`) that zeroed the seqp volume on the only in-level trigger path; menu/intro music bypassed it and was always fine. The remaining audio-*quality* gap (wrong-sounding instruments on some tracks — elevator named specifically — plus occasional garbling) is tracked as **D230**. §F D77/D230. |
| **D77** | No audible music on PC. | Phase 3 (audio). §F D77. |
| ~~**D116 (HUD)**~~ | ~~proportional-font strings + ammo counter mirrored~~ | **CLOSED — NOT A BUG (M-33, §F D168).** Same capture-orientation artifact as D114. |
| **D148** | Level-end cinematics don't play. Dam: hitting the exit trigger should show Bond rappelling down the dam (the bungee jump); instead it cuts straight to the mission-complete report. **Broader (M-49 full playthrough): cutscenes are buggy in many places across the game**, not just the Dam ending — the user reports frequent cutscene glitches (skipped, wrong camera, misplaced/hovering actors, timing). Treat D148/D160 as the tracking entry for the whole cutscene-reliability problem, not just Dam. | Scripted cutscene / cinematic-camera + Bond rappel anim. Found M-27 during the first full Dam→Facility playthrough. Progression is unaffected — the report and next briefing load fine. The widespread nature (M-49) points at a systemic cause: the propDef/`sizepropdef` stride desync (D122/D132 family) that misreads `CutsceneRecord` lookups, and/or D75 anim-model + D173 actor-position bugs showing up wherever a cutscene puts a character on screen, and/or the D155/D156/D193 timing family driving cutscene camera/anim pacing. **M-31 (§F D160):** static-traced the Dam end ailists (`ai_24`→`ai_17`, `camera_switch`→`CutsceneRecord` type-46 lookup). Diagnostic `GE_D160=1` shipped (`c95713f5`) — user runs Dam to the exit with it set; the trace pins whether the cutscene AI runs, and whether the propDef-index walk (D122/D132 family) hands `camera_switch` a bogus cutscene record. Leading hypothesis: propDef `sizepropdef` stride desync (medium confidence), not D75 anim-model. **M-87 user playtest:** Bond floating/hover cutscene glitch (D173) still present; new specific instance — **Bond spins in circles in some cutscenes**, named example the end-of-Cradle Trevelyan-falls cutscene. Likely the same actor-position/anim-root cause manifesting as bad rotation instead of bad height. |
| ~~**D149**~~ | ~~Front-end MISSION COMPLETE / mode-select 3D models (dossier, wallets) render as garbled full-screen geometry or not at all.~~ | **CLOSED — user-verified fixed (M-87 playtest).** No longer reproduces; presumably fixed as a side effect of other front-end/D75-family work since M-49. D75 family. §F D146. |
| **D148** | Level-end cinematics don't play. Dam: hitting the exit trigger should show Bond rappelling down the dam (the bungee jump); instead it cuts straight to the mission-complete report. **Broader (M-49 full playthrough): cutscenes are buggy in many places across the game**, not just the Dam ending — the user reports frequent cutscene glitches (skipped, wrong camera, misplaced/hovering actors, timing). Treat D148/D160 as the tracking entry for the whole cutscene-reliability problem, not just Dam. | Scripted cutscene / cinematic-camera + Bond rappel anim. Found M-27 during the first full Dam→Facility playthrough. Progression is unaffected — the report and next briefing load fine. The widespread nature (M-49) points at a systemic cause: the propDef/`sizepropdef` stride desync (D122/D132 family) that misreads `CutsceneRecord` lookups, and/or D75 anim-model + D173 actor-position bugs showing up wherever a cutscene puts a character on screen, and/or the D155/D156/D193 timing family driving cutscene camera/anim pacing. **M-31 (§F D160):** static-traced the Dam end ailists (`ai_24`→`ai_17`, `camera_switch`→`CutsceneRecord` type-46 lookup). Diagnostic `GE_D160=1` shipped (`c95713f5`) — user runs Dam to the exit with it set; the trace pins whether the cutscene AI runs, and whether the propDef-index walk (D122/D132 family) hands `camera_switch` a bogus cutscene record. Leading hypothesis: propDef `sizepropdef` stride desync (medium confidence), not D75 anim-model. |
| **D149** | Front-end MISSION COMPLETE / mode-select 3D models (dossier, wallets) render as garbled full-screen geometry or not at all — one of the compiled sub-DLs (seg5+0x9ee4) is malformed, D146 now skips it instead of aborting. | D75 family. §F D146. |
| **D170** | Named-NPC "flee" scripted behavior looks wrong on PC: on Silo, Ourumov breaks into a full run the instant he alerts ("Ourumov: Kill him!") rather than the N64 walk/retreat; developer reports Trevelyan behaves the same way on Cradle. **M-49 full playthrough: escalated — Cradle (`-level_51`) is "bugged out completely" from Trevelyan's behavior; the final level's scripted progression breaks. Now folded into / superseded by §F D193 (NPC AI locomotion too slow).** | **Observed, not investigated** (M-34, from a Silo playtest capture; user bug report — no fix wanted yet). Could be a genuine ailist / `chrTick` divergence, OR the D155/D156 wall-clock `deltaFrames` locomotion-anim speed-up (a catch-up spike playing the walk cycle at 2–3×). **Verify first:** capture the same beat against N64 reference footage before assuming it diverges — Ourumov may be scripted to flee. If it's real, suspect the frametiming clamp (§F D155/D156) or the Cradle-family AI path (§F D123). |
| **D171** | Silo missile-shaft: a large translucent grey triangle sweeps across the lower frame while panning down the shaft (~3 s of the capture). Looks like a stray poly / near-plane clip fan, same family as D106 (portal near-plane min>max). | **Observed, not investigated** (M-34, Silo capture). Cosmetic, intermittent, tied to camera angle in the open vertical shaft. |
| **D172** | Bullet-impact / blood particle spray renders magenta or cyan instead of dark red (visible on guards hit at close range on Silo). | **M-82: ROOT CAUSE FOUND + FIXED (PR #34).** `GE_D172` probe on a user Silo firefight: 40/40 particle tris configure tile 1 = RGBA16 fire @ tmem 392 but fast3d **samples tile 0 (smoke) for both texunits** — `gfx_lod_tile_offset()` returns 0 unconditionally (D107 blurry-ceiling fix; `video.c:225` disables `gfx_detail_textures_enabled`). `G_CC_INTERFERENCE` = `smoke*smoke` → magenta/cyan. Fix: `return rdp.tex_lod ? 0 : i` — only fold to base tile for real LOD/mip draws. (0xB9 + cycle-type were both false trails, ruled out earlier in M-82.) **Owed: in-game eyeball — blood should be dark red.** Detail: `D172-PARTICLE-COLOR-RESEARCH.md`. |
| ~~**D178**~~ | ~~Objectives not listed correctly on the pre-mission briefing screen (the mission overview shown before starting a level).~~ | **CLOSED — user-verified fixed (M-87 playtest): "main menu text is good now."** No longer reproduces. M-36 triage below kept for reference. **M-36 triage: the objective lines are BLANK, not wrong.** `GE_STARTMENU=10` Dam briefing renders the header fine ("OHMSS / Agent: James Bond / Mission 1: Arkangelsk / Part i: Dam / PRIMARY OBJECTIVES:") then just the bullet "a." with no text and no b/c/d. → **D143/D151 blank-text family** (`langGet()` → NULL → silent blank), *not* a propDef walk / difficulty decode. **Family B** in `docs/dev/M-36-TRIAGE.md` — find which lang bank the front-end briefing flow fails to load. Re-confirm the exact shape in a *real* briefing (the `GE_STARTMENU` boot skips real save state). Close relatives: D151 (watch objective text blank — type-35/23 `text` slot u16→u32 fix, M-28; interactive re-verify was still pending), D143 (briefing/objective text blank via `langGet` NULL), D157 (objective difficulty byte offset — could make difficulty-gated objectives appear/disappear wrongly). The pre-start briefing is a *different surface* from the in-level watch, so D151's fix may not cover it. **Next:** ask user which level + what exactly shows vs expected; compare against `docs/dev/LEVEL-OBJECTIVES.md` (regenerated post-D157); if lines are blank → D143/D151 family (`langGet` NULL guard = silent blank), if wrong objectives listed → propDef type-23 record walk / difficulty decode. |
| **D172** | Bullet-impact / blood particle spray renders magenta or cyan instead of dark red (visible on guards hit at close range on Silo). | **Observed, not investigated** (M-34, Silo capture). A channel-order / CC-mode error in the particle-sprite path (magenta = R+B, cyan = G+B) — not the D64/D120 blood-decal family (those are crash/hang + missing decals, not color). Likely a texture-format or env-color decode in `blood_animation.c` / the fast3d sprite path. |
| **D178** | Objectives not listed correctly on the pre-mission briefing screen (the mission overview shown before starting a level). | **M-36 triage: the objective lines are BLANK, not wrong.** `GE_STARTMENU=10` Dam briefing renders the header fine ("OHMSS / Agent: James Bond / Mission 1: Arkangelsk / Part i: Dam / PRIMARY OBJECTIVES:") then just the bullet "a." with no text and no b/c/d. → **D143/D151 blank-text family** (`langGet()` → NULL → silent blank), *not* a propDef walk / difficulty decode. **Family B** in `docs/dev/M-36-TRIAGE.md` — find which lang bank the front-end briefing flow fails to load. Re-confirm the exact shape in a *real* briefing (the `GE_STARTMENU` boot skips real save state). Close relatives: D151 (watch objective text blank — type-35/23 `text` slot u16→u32 fix, M-28; interactive re-verify was still pending), D143 (briefing/objective text blank via `langGet` NULL), D157 (objective difficulty byte offset — could make difficulty-gated objectives appear/disappear wrongly). The pre-start briefing is a *different surface* from the in-level watch, so D151's fix may not cover it. **Next:** ask user which level + what exactly shows vs expected; compare against `docs/dev/LEVEL-OBJECTIVES.md` (regenerated post-D157); if lines are blank → D143/D151 family (`langGet` NULL guard = silent blank), if wrong objectives listed → propDef type-23 record walk / difficulty decode. |
| **D175** | In-game stutter / brief hang during normal play — observed opening a door on Runway (mission 3, `-level_35`) and also on Surface. No backtrace captured (gdb attach missed the window; it self-recovered). | **Observed, not investigated** (user QA report). Matches known transient-hang classes rather than looking new: D155 (post-slow-load catch-up spiral — clamped), D156 (anim NaN loop — guarded, prints one-shot stderr diag if it fires), D134 (SP/DP task-done event swallowed — fixed M-22, Runway was an original victim), D147/D152 (audio `s_imLock` steal = ~2 s hiccup). Door-open specifically = new room first visible → one-off texture-import/frame spike (likely benign). **Next:** reproduce under `tools_pc/debug.ps1` with the box idle; check console for the D156 stderr diag; if it recurs, attach gdb mid-hang and pattern-match `bt` (import_texture = benign slow frame; model.c:3131 spin = D156; pthread_mutex_lock on s_imLock = D147/D152). |
| **D176** | Surface exterior renders wrong (two co-located defects). **(a)** Sky is solid **black** — the skybox / sky gradient does not draw at all (reference: warm sunset cloud gradient). **(b)** The perimeter **tree-line backdrop renders as grey TV-static / comb interlacing** instead of snow-laden pines — the geometry is present and roughly the right silhouette but every tree texture is scrambled noise. Ground, tunnel and the dish/bunker building draw fine. | **Observed, screenshots committed** (M-35, user QA; `docs/img/bugs/d176-surface-exterior-our-build.png` vs `-reference.png`). Level is the shared Surface exterior — user reached it Dam→Surface on Agent so this is **Surface (i) `-level_36`** (confirm it also affects `-level_43`). **(a)** black sky: **M-36 partial (findings.md "D176(a)").** Env data is correct (`Sky.Clouds=1`, `CloudRGB=240,120,30`, `SkyImageId=0`); `skyRender` runs the cloud path and classifies corners correctly (switch case 12), but `skyRenderTri`/`skyRenderFull` emit nothing — not even the `env->RGB` fill shows. Not root-caused: next is probing `sub_GAME_7F097388` projected coords, verifying `skywaterimages[0]` resolves on PC (`image_bank.c` GIMG offset `0xFB4`), and a fast3d sky-tri trace. `GE_D176=1` probe shipped. **M-37: ROOT-CAUSED** — `skyRenderTri`/`skyRenderFull` build geometry *exclusively* as `G_RDPHALF_*` immediates, which `gfx_pc.cpp` deliberately no-ops (identical no-op in the PD port); fix = decode the RDPHALF tri-raster stream in fast3d (~1 session, genuine new code). **M-42: `-level_22` (Statue) confirmed a clean headless repro** — bare boot, frame ~360, upper half pure black; use it to verify the decoder. **M-47 + read-only consolidation:** Path B draft exists (`scratchpad/sky.patch`, `skyPortRenderPoly` PORT hook — geometry+texture reach GL, two unit defects open) and the full RDPHALF wire format is now decoded (S15.1 half-packing, 8-component perspective-interpolated vertex vectors); next session is mechanical per `docs/dev/D176a-SKY-NOTES.md`. `-level_36`/`-43` intro cams face down (not a sky test without `GE_INPUTSCRIPT`). **M-82: PR #18 rebased onto main + Defect-1 fix applied** — cloud tile is `s_skywaterimages[0]` = 64×64 IA8; the patch's `tc = S·32` scale is correct (matches GE's `width<<5` idiom, `glass2.c:678`), the bug was `(s16)` overflow on the ±20k-texel horizon S/T; fix = per-primitive phase-fold to the 64-texel period (`sky.c` `skyPortRenderPoly`, `#ifdef PORT`). Builds clean, no crash (bunker1/statue/surface1 verify PASS). **Unverified visually** — owed: one `-level_22` screenshot (see `D176a-SKY-NOTES.md` "verification ask"). Defect 2 (horizon-band coverage / straddling tris) still open → adaptive tessellation. **(b)** tree/rock static: **M-36 triage — NOT the D159 family.** `texSwapAltRowBytes` is a full `#ifdef PORT` no-op (`image.c:2199`), it cannot cause this. Real cause: `port/fast3d/gfx_pc.cpp` `import_texture_*` assume `line_size_bytes == full_image_line_size_bytes` (`SUPPORT_CHECK`; rgba16's is commented out *"trips ... with a garbage size"* `:658`) → non-PoT / sub-rect tiles get a flat linear read → diagonal row shear = grey static. **Family A** in `docs/dev/M-36-TRIAGE.md`. Fix: honour `line_size_bytes` as the real source pitch. Same defect as D182(2). |
| ~~**D233**~~ | ~~All levels (intermittent): near doors — especially doors you can't see through to the inside — the indoor level geometry vanishes and you can see straight through it into the room, while world objects (computer terminals, furniture) in that space still draw.~~ | **FIXED + VISUALLY VERIFIED (M-107 fix, M-108 verify).** `port/fast3d/gfx_pc.cpp` `gfx_sp_tri1` was trivial-rejecting visible triangles that had a behind-camera (`w<0`) vertex. Status cell here was stale at "not investigated" — corrected M-119. §F D233. |
| ~~**D234**~~ | ~~Dam: the guard towers along the actual dam structure are invisible except for the first one.~~ | **FIXED + VISUALLY VERIFIED (M-108).** Same underlying mechanism as D233. Status cell here was stale at "not investigated" — corrected M-119. §F D234. |
| **D235** | Wrong textures load after dying/restarting a level — clarified: not Facility-specific, seen on multiple levels; trigger is death/restart (level reload), not a general build regression. | **Observed, not investigated** (M-106, user QA report, clarified same session). This is a state-leak on level re-entry, not a one-level texture-decode bug — prime suspect is the texture pool / CI-cache (D217/D228 neighbourhood) not fully resetting between a level teardown and reload (stale arena base, a palette-cache entry keyed by a reused address, or a texpool index not rewound). Needs: confirm it does NOT repro on a fresh level boot (only after death/restart); which surfaces; a screenshot. Next: instrument `texInitPool`/the CI-cache clear path for what does/doesn't reset on reload vs cold boot. |
| **D236** | Surface 1: the 2D billboard trees that appear at the start of the level and around the map don't draw as discrete tree sprites — they render as a wall/sheet of tree texture instead of the proper 2D tree objects. | **Observed, not investigated** (M-106, user QA report). Billboards = camera-facing quads; "wall of tree texture" reads as either (a) the billboard orientation/quaternion missing so all quads emit coplanar in world space, or (b) a UV/texture-rect setup error mapping the whole sheet onto each quad. Distinct from D176(b)'s tree-*line* backdrop static (that's the painted perimeter wall; this is discrete 2D tree objects). First checks: `GE_PCDUMP` at the Surface 1 opening; inspect one tree billboard's emitted vertices + texture coords in fast3d; check whether the quads are camera-facing on N64 reference footage. |
| **D249** | Streets and Egyptian (the two biggest/most-open levels) show culling problems on far-away geometry at *default* FOV — distant geometry drops/pops incorrectly. Also a QoL ask: improve LOD in general, but gate it behind a toggle so N64-accurate ("old school") LOD stays selectable. | **Observed, not investigated** (M-119, user QA report). Distinct from D222 (high-FOV near-edge culling) and D218 (fog/far-clip tint). Two candidate mechanisms: (a) portal/room-visibility cutting off too aggressively at range on large multi-room layouts (D233/D234 neighbourhood — check for a far-plane/depth-range sibling to D233's w<0 trivial-reject fix), or (b) GE's own LOD/detail-swap system not ported faithfully (mip-tile / simple-model substitution at distance, `gfx_lod_tile_offset` family). First checks: `GE_PCDUMP` a long sightline on Streets/Egyptian where geometry visibly pops; determine which of (a)/(b) is firing before designing the fix or the requested toggle. §F D249. |
| **D217** | 1P weapon viewmodel + character-model CI textures render with a wrong palette on many levels / multiple weapons — PP7 grip + hand render flat green on Facility & Depot, "weird or missing" gun textures elsewhere; Bond's watch face too. Surfaced by D215 (viewmodel now draws). Clean on Bunker1. | **Defect ① FIXED (M-90), pending human playtest eyeball — full detail in `findings.md` §H "D217 — M-90" and §F D217.** Root cause: weapon texpool arena bases land %8==4 on PC (memp bump drift from pointer bloat); `texAlignIndices` absolute 8-byte row padding then shifts every palette 4 bytes early while model-DL `G_LOADTLUT` reads the N64 offset (grip count=1 load lands on next tenant's header slot → `0x1A00` green; larger loads read a 2-entry zero pad — the M-86 tell). Fix: `texInitPool` rounds the base up to 8 under `#ifdef PORT` (no-op on N64); 21/21 sweep PASS. Two defects: ① **visible green = misaligned texpool arena** (fixed as above). ② **CI texture-cache collision** (no palette-content key) — proven, **fix landed on branch `fix/d217-model-texture-palette` `f6fc0399`** (palette FNV-1a hash in the CI cache key), owes a 21-level `verify.sh sweep`; does not fix ①. |
| **D176** | Surface exterior renders wrong (two co-located defects). **(a)** Sky is solid **black** — the skybox / sky gradient does not draw at all (reference: warm sunset cloud gradient). **(b)** The perimeter **tree-line backdrop renders as grey TV-static / comb interlacing** instead of snow-laden pines — the geometry is present and roughly the right silhouette but every tree texture is scrambled noise. Ground, tunnel and the dish/bunker building draw fine. | **Observed, screenshots committed** (M-35, user QA; `docs/img/bugs/d176-surface-exterior-our-build.png` vs `-reference.png`). Level is the shared Surface exterior — user reached it Dam→Surface on Agent so this is **Surface (i) `-level_36`** (confirm it also affects `-level_43`). **(a)** black sky: **M-36 partial (findings.md "D176(a)").** Env data is correct (`Sky.Clouds=1`, `CloudRGB=240,120,30`, `SkyImageId=0`); `skyRender` runs the cloud path and classifies corners correctly (switch case 12), but `skyRenderTri`/`skyRenderFull` emit nothing — not even the `env->RGB` fill shows. Not root-caused: next is probing `sub_GAME_7F097388` projected coords, verifying `skywaterimages[0]` resolves on PC (`image_bank.c` GIMG offset `0xFB4`), and a fast3d sky-tri trace. `GE_D176=1` probe shipped. **M-37: ROOT-CAUSED** — `skyRenderTri`/`skyRenderFull` build geometry *exclusively* as `G_RDPHALF_*` immediates, which `gfx_pc.cpp` deliberately no-ops (identical no-op in the PD port); fix = decode the RDPHALF tri-raster stream in fast3d (~1 session, genuine new code). **M-42: `-level_22` (Statue) confirmed a clean headless repro** — bare boot, frame ~360, upper half pure black; use it to verify the decoder. `-level_36`/`-43` intro cams face down (not a sky test without `GE_INPUTSCRIPT`). **(b)** tree/rock static: **M-36 triage — NOT the D159 family.** `texSwapAltRowBytes` is a full `#ifdef PORT` no-op (`image.c:2199`), it cannot cause this. Real cause: `port/fast3d/gfx_pc.cpp` `import_texture_*` assume `line_size_bytes == full_image_line_size_bytes` (`SUPPORT_CHECK`; rgba16's is commented out *"trips ... with a garbage size"* `:658`) → non-PoT / sub-rect tiles get a flat linear read → diagonal row shear = grey static. **Family A** in `docs/dev/M-36-TRIAGE.md`. Fix: honour `line_size_bytes` as the real source pitch. Same defect as D182(2). |
| **D174** | "No blood effect" — user reports no visible blood when shooting guards / into surfaces. | **User QA report; likely D120, unverified.** Decals: the D120 `PointUsage[]` converter fix (M-30) was never interactively verified and only takes effect after a full sidecar regen (`d43 && d69 && d88 --regen`) — check whether the playtest build had regenerated sidecars before concluding the fix failed. Spray: D172 observed the particle spray *drawing* (wrong color, magenta/cyan) on Silo — if the user sees no spray either, that's new info (different weapon/range, or the D172 decode is worse than "wrong color"). First step: BUNKER1 firefight with regenerated sidecars; if decals still absent, instrument the `chr.c:3328` decal walk. |
| **D173** | Third-person Bond model (the player-representing figure shown at level start) spawns too high — floats well above the ground "a lot of the time" while the actual player spawn is correct. Same symptom on the Cuba end credits: JB stands ~6 ft in the air above Natalya. | **Confirmed still present across the full 21-level playthrough (M-49).** **Observed, not investigated** (user QA report). D75 animated-model family but a *position* defect, not absence — M-33 confirmed the gun-barrel Bond renders fine upright. Suspects: (a) intro/credits puppet chr spawn position vs the model's base transform; (b) anim root-motion accumulation (`modelSetAnimFrame2WithChrStuff`, D156 area) offsetting the rendered joints above the body origin; (c) a `coord3d`/packed-float decode in the intro camera/model setup. "Player spawning is OK" localises it to the render-side model, not `g_CurrentPlayer` state. |
| **D182** | SELECT FILE screen degrades after navigating away and back (main menu → file select, or backing out of file select and re-entering). On the fresh screen the 007 gun-barrel spiral / Bond silhouette renders behind the file boxes; after a round-trip **the Bond image stops drawing entirely** and the whole background gains the **comb / interlacing** artifact (horizontal line scramble). File boxes, text and the Copy/Erase icons still draw. | **Observed, screenshot committed** (M-35, user QA; `docs/img/bugs/d182-file-select-backout-20260902.png`). Two symptoms, likely linked: **(1)** background 3D image stops rendering after re-entry → a front-end model/DL whose `render_pos` / segment binding is only valid on first construction (D149 / D75 `constructor_menuXX` family — the dossier/wallet models have the same "renders once" behavior). **(2)** interlacing = **M-36 triage: Family A**, the `import_texture_*` `line` vs `full_image_line` shear (see D176(b) / `docs/dev/M-36-TRIAGE.md`) — **not** the D159 `texSwapAltRowBytes` path (that is a full PORT no-op). Open question: why only *after* a round-trip — first import may land `line == width`, re-import may not, or the tile descriptor is stale on re-entry. Repro: `GE_STARTMENU` to file-select, back out with ESC/B, re-enter; `GE_DTEX` on the spiral texture across both visits. Shares defect (2) with D176(b). |
| **D197** | Character face/head textures wrap wrong — the face texture repeats around the side of the head "and continues weird" instead of clamping to the front. Seen on **Silo** (M-49 playtest), intermittent ("sometimes"). Reads as **`G_TX_CLAMP` not honoured** for the character-skin tile in fast3d (→ `GL_REPEAT`, so the face UV region tiles around the skull), or wrong `shifts`/`shiftt` / LOD-tile selection on the head texture, or the D167 non-PoT wrap-period issue (head textures are often non-PoT) hitting skinned models. | **Observed, not investigated** (M-49, user bug report — needs a capture + which chr/level). Distinct from D176(b)/D182(2) (those are *bg wall* pitch shear). Related: RC3/D167 (`Video.WrapFix`, non-PoT wrap period) + the `texWriteTileLods` `shifts=shiftt=lod` note in findings §F "D176(b) → 4. candidate 2". First checks: does `gfx_pc.cpp` map N64 `cms/cmt` `G_TX_CLAMP` → `GL_CLAMP_TO_EDGE` for character DLs; is the head tile getting the base tile vs an LOD tile (D107); try `Video.WrapFix=1` on a repro. |
| **D195** | Transparency / alpha-blended surfaces render wrong — reported on **Control** (Severnaya bunker basement — Natalya's console room; heavy on glass partitions and the translucent projected/holographic wall displays). Exact failure mode not yet pinned by the reporter (M-49 playtest): candidates are alpha-blended geometry drawing fully opaque, translucent panels drawing invisible, or draw-order/sort so translucent surfaces occlude what's behind. | **Observed, not investigated** (M-49, user bug report — needs a `GE_PCDUMP` capture + which surfaces). fast3d render-mode / combiner path. Same neighborhood as D161 (CI8 tile + `G_TT_NONE` → garbage), D172 (particle-sprite channel order), D176(b) (texture pitch shear) — but this is a *blend/alpha* defect, not a texture-decode one. Note D128 already touched Control's `specialportalarray` (portal struct stride) — check whether the affected surfaces are portal-adjacent. First checks: does `gfx_pc.cpp` honour `G_RM_*` XLU render modes + `G_AC_THRESHOLD`/`G_CC` alpha for these DLs; is `gDPSetRenderMode` `w1` being parsed (cf. findings §F "zbuf-clear w1 scribble"); is Z-write-vs-blend ordering right for XLU surfaces. Get the reporter to say: opaque-where-should-be-clear, invisible, or wrong edges? |
| **D252** | Particle effects cycle through a rainbow palette — bullet-impact sparks and lingering smoke/explosion residue drift through the full hue wheel over time (~10 shots to sweep it) instead of holding their intended grey/orange palette (M-124, user playtest). Full mechanism + suspect in findings §F **D252**: colour comes from 15 distinct `IMAGE_SMOKE_N`×`IMAGE_FIRE_N` (RGBA16) pairs the particles age through; prime suspect is `import_texture_rgba16` deriving width/height from the tile line size (32×7 instead of 16×14 for the fire tiles), scrambling each stage's sprite into a different wrong hue. | **Documented only — not fixed for v0.2.0-pre** (user instruction). Confirm with one dumped fire tile vs raw `IMAGE_FIRE_N` bytes, then derive width/height from the LOADBLOCK dtx/dlh. D172/M-82 lineage. |
| **1P weapon viewmodel** | **RESOLVED (M-83, D215).** In-level first-person weapon models drew nothing. Root cause: `gunRenderFirstPersonGunModels` built its `ModelRenderData` via `*(ModelRenderData*)&D_80035CC0` — a reinterpret across two separately-declared adjacent globals that only lands right on the N64 linker + 4-byte pointers; on x86-64 `renderdata.flags` read 0, gating every weapon DL node off in `modelRenderNodeGundl`. All 3 ranked suspects in VIEWMODEL-RESEARCH.md were ruled out first by the `GE_DVM=1` probe. Fixed `#ifdef PORT` (explicit field init). `subdraw` 1→153 gfx cmds; owed one BUNKER1 eyeball. |
| **1P weapon viewmodel** | In-level first-person weapon models don't draw at all (no gun visible while playing). | Already documented — **AUDIT-M6 #5** (`docs/dev/AUDIT-M6-player-offsets.md`, "prime suspect") + §F D115 "still open (MED)"; M-8 handoff listed it NOT STARTED with a plan: instrument `gunfire.c:600-661` setup + `field_87F` gating first, then check `weaponModel.render_pos` arena lifetime and `weaponRwPool[192]` sizing. Note M-32b's "render_pos/dynAllocate RULED OUT" probe was the **front-end gun-barrel** path (`title.c`), not this in-level path — candidate #5 still stands. Distinct from the watch-page "dark/faint weapon model" (D75, D141 note). |
## Resolved (for reference)
docs/dev/LEVEL-STATUS.md
-12
View File
@@ -7,18 +7,6 @@ auto-injected, D121), `GE_PCDUMP="80-260:40"`, ~24 s watchdog then
0x140000000). "render %" = `tools_pc/pixcount.py` non-clear on the last
captured frame. Binary at `f2beae4b` + this session's build.
**M-79/M-81 catch-up note (added M-91, since these fixes were never given a
LEVEL-STATUS entry of their own).** Both crashers below (D191) and the
AI-pacing bug (D193) that blocked Cradle were subsequently root-caused,
fixed, and playtest-verified: D191 in M-79 (user replayed both trigger
scenes — Bunker ii first-guard kill, Statue post-Trevelyan cutscene — neither
crashes; **21/21 solo levels crash-free**), D193 in M-81 (user-verified on
Cradle itself — Trevelyan and the guards run at correct pace; root cause was
D209). **No known crashing levels as of M-91.** What's still open is a full
21-mission end-to-end re-playthrough confirming completability on the
current build (the "v0.2.0 gate" in `docs/HANDOFF.md`) — the M-49 playtest
below predates both fixes and should not be read as current.
**M-49 (2026-09-04) — full-campaign playtest, v0.1.0 win64 bundle.**
User played every solo mission on the packaged build (fresh save). **19 / 21
completable start to finish.** Only two crashes in the whole game — **Bunker ii
docs/dev/QOL-INVENTORY.md
-68
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@@ -1,68 +0,0 @@
# QoL Inventory — PD-vs-GE options diff
Status: **partially implemented.** M-83 landed three port-only quick wins —
DisplayFPS (D213), anisotropic filtering (D212), and the FOV slider (D211, via
`WIDESCREEN-FOV-PLAN.md` Phase 4). Rebinding / SkipIntro / per-pad tuning /
window HiDpi still open. Companion to `WIDESCREEN-FOV-PLAN.md` and
`UNLOCKED-FPS-PLAN.md`.
Method: diffed the config surface of both ports — every `configRegister*`
key in `pd_port/port/src/*.c` vs `port/src/config.c` + the F10 overlay
(`port/src/optionsoverlay.c`) + PD's `optionsmenu.c`. Principle applied:
**where PD has a QoL feature that is achievable here, it is the standard;
GE keeps its own extras.**
Classification key — **P** = port-only (no rules issues), **G** = needs a
game-code exception (rule #2 sign-off, per `WIDESCREEN-FOV-PLAN.md` framing).
## GE already has (baseline — keep)
Input: mouse enable/capture/aim+turn speed/invert Y/Y scale/smoothing/raw
input, aim band, hipfire pitch speed, menu pointer speed + mode (GE's menu
cursor is injected entirely in `port/src/input.c` — no game code), pad
deadzone/trigger %. Video: VSync, FpsCap, MSAA, TextureFilter,
FixMipTextures, WrapFix, Fullscreen, Window geometry. Game:
ScreenShakeIntensity. Debug: FrameDump, InputLog.
## PD has, GE lacks (candidates)
| Feature | PD location | Class | Effort | Notes / priority |
|---|---|---|---|---|
| **Key rebinding** _(DONE M-83, D214)_ | `port/src/input.c` `[Input.Bind]` section | P | M | Keyboard only, 12 actions, `Input.Bind.* = Key,Key` (SDL scancode names), file-driven like PD. Defaults = prior FPS layout (verified). Per-controller pad rebinding + a UI still open. |
| **SkipIntro** _(DONE M-83, D216)_ | `Game.SkipIntro` -> `src/game/lv.c` | P | S | Boots to the SELECT FILE menu, skipping the legal screen + Nintendo/Rare/GoldenEye logo attract loop. Reuses the game's own post-intro route (sets `is_first_time_on_main_menu=FALSE` + `menu_update=MENU_FILE_SELECT`); one `#ifdef PORT` line in the existing GE_STARTMENU block. Verified headless (screenshots). |
| **DisplayFPS** _(DONE M-83, D213)_ | config `Video.DisplayFPS` | P | S | Top-right readout, config-only; ~0.5 s sample window. |
| **Anisotropic filtering** _(DONE M-83, D212)_ | `Video.Anisotropy` (1–16, dflt 4) | P | S | fast3d already had the GL hook + a hardcoded 4×; M-83 exposed it as config. MipmapFilter / TextureFilter2D still not surfaced. |
| Per-pad tuning: per-stick deadzones, stick scale, rumble scale, device index, swap sticks, C-button mapping | `input.c` padsCfg block | P | M | Medium. Matters for real-controller users; PD pattern is a config section per pad. **M-87 survey addendum:** PD does *incremental* hot-plug (`SDL_CONTROLLERDEVICEADDED/REMOVED` opens/closes individual pads into the first free slot, remembers `deviceIndex=-1` on removal so a replugged pad returns to its configured seat, `input.c:473-491`); GE's port instead does a full rescan-close-and-reopen-everything (`inputRescanPads()`, `input.c:983-1000`) and the game itself latches the controller mask at boot, so a pad added later merges into controller 0 for play. PD's incremental-with-remembered-seat approach is the natural implementation shape for this row and sidesteps the boot-latch merge — fold into the design when this row gets built, not a separate item. |
| **Rumble → D224 (M-87). DEPRIORITIZED (M-87, user call) — gamepad-only, this release targets mouse/keyboard as primary.** GE's port fully no-ops the N64 Rumble Pak (`port/src/libultra.c:1220-1223` `osMotorInit/Start/Stop` all stubbed "no accessories on the PC") — GE genuinely has a rumble subsystem (`src/motor.c`, `src/joy.c`) that never reaches any output. **PD's PC port wires this straight through to real gamepad rumble**: `inputRumbleSupported()`/`inputRumble()` call `SDL_GameControllerRumble()` when the connected pad reports haptics, `Input.PadN.RumbleScale` config + an options-menu slider, `osMemSize`-style "pretend the accessory is there" pattern applied to a real one instead of faked. | P | M | Concrete PD-port precedent, straightforward port-layer wiring, ready whenever gamepad support is prioritized (no `src/` game-logic touch — GE's `motor.c` calls already exist, just need `osMotorStart/Stop` in `libultra.c` to route to a real `SDL_GameControllerRumble` call the way PD's do). |
| FakeGamepads / FirstGamepadNum / UseHIDAPI | `input.c` | P | S–M | Niche (local MP on PC); defer until MP is actually played. |
| Window polish: DefaultFullscreen/Maximize, CenterWindow, AllowHiDpi, ExclusiveFullscreen | `video.c` vid* block | P | S | HiDpi + center are the useful ones on modern Windows. |
| VSync adaptive (−1..10) | `Video.VSync` range | P | S | Note for FPS plan — GE's 0/1 toggle is fine until then. |
| **CenterHUD** (0/1/2 = left/center/right) | `Game.CenterHUD` → `g_HudAlignModeL/R` | G* | — | Already scoped in `WIDESCREEN-FOV-PLAN.md` Option B (Phase 1 decision). Not a separate item. |
| Per-player FovY + FovAffectsZoom | `Game.Player%d.FovY`, `g_PlayerExtCfg` | G | M | PD does this in game code. GE's port-only RSP FOV slider (widescreen plan Phase 4) covers the global case; per-player is a stretch goal needing the exception class. |
| MemorySize (4–2048 MB emulated RAM) | `Game.MemorySize` → `g_OsMemSizeMb` | P? | S | Check how GE sizes its OS memory heap; if fixed, make it a config knob (stability lever for heavy levels). |
| MaxExplosions / GEMuzzleFlashes / DisableMpDeathMusic | PD decomp edits | G | S | Low priority; rule-#2 cost > benefit. Skip unless asked. |
| GlareBrightness / OverexposureScale / FramebufferEffects | PD post-FX | — | — | Not applicable: GE's fast3d has no framebuffer-effect path. Excluded. |
| **HUD scale → D226 (M-87, new).** Ammo counter + bottom-left pickup/status text + top-of-screen dialogue all funnel through one function, `textRenderOutlined()` (`textrelated.c:688`), from two `bondview2.c` call sites — plain RDP texture-rectangles at native glyph size, no scale factor anywhere. Menus/options/MP UI share the same function but must NOT be scaled by this (different constraint, own layout). | P | M | User-requested. No PD precedent. Scale-about-anchor (bottom stays bottom, top stays top), matching D211's HUD-static principle. F10 slider candidate alongside FovScale. |
| **F10 overlay: mouse-wheel scroll + more settings + category grouping → D237 (M-106, new).** The F10 options overlay (`port/src/optionsoverlay.c`) works but has no wheel-scroll navigation and only a minimal row set. User ask: (1) scroll with the mouse wheel; (2) expose more settings that can easily be surfaced — explicitly `Game.NoHitFlash` (D232, screen-flash setting), plus other cheap candidates from this inventory's baseline list (e.g. `Video.Anisotropy`, `Video.TextureFilter`, `Input.MouseYScale`, `Input.MouseSmoothing`, `Input.AimBand`); (3) organise rows by category — mouse settings together, video together, etc. (group headers over the existing flat registry walk). | P | M | User-requested. No PD precedent needed — pure port-layer overlay work on top of the existing `config.c` registry; wheel event already reaches the port (`inputPostWheel`, D223). Cross-ref `OPTIONS-MENU-PLAN.md` §3. |
| **Mouse sensitivity rework → D238 (M-106, new).** User wants normal PC-shooter mouse settings: (1) a *separate* RMB aim-mode sensitivity; (2) ideally ONE single master sensitivity driving both turn + aim, **linked by default**, with a future option to set them independently (today `Input.MouseAimSpeed` dflt 16 and `Input.MouseTurnSpeed` dflt 100 are two unrelated keys, `input.c:188-190`); (3) up/down should feel mostly the same as left/right — GEPD Mouse Injector cited as the good-feel reference. Implementation shape: one master `Input.MouseSensitivity` feeding both paths with a per-mode scale factor defaulting to equal, plus independent override keys that decouple only when set; audit the Y-axis gain asymmetry (`AIM_GAIN` vs `MOUSE_TURN_GAIN`, `MouseYScale`, smoothing) so vertical tracks horizontal. Lump with the overall mouse/input fixes (D194/D165/D166 lineage; the SOLITAIRE natural-pitch scheme switch noted on D166 may subsume part of this). | P | M | User-requested. No PD precedent — GE-specific feel work in `port/src/input.c` + `config.c`. |
| **Click-to-lock / always-grab parity → D239 (M-106, new).** User: click-to-lock should be the default (it already is — `mouseCaptureMode = 1`, `input.c:185`); "always grab" feels bad on the file-select menu and is not 1:1 with click-to-lock; if parity is too complicated, **drop always-grab and remove the setting**. Re-confirms the M-82 decision to rip out `MouseCaptureMode=0` (`docs/BACKLOG.md` "M-82 playtest feedback"; D192 documents mode 0's unreachable-outer-cells defect). Recommendation: take the fallback — delete mode 0 + the config key, keep click-to-lock only. | P | S | User-requested; closes D192 by deletion rather than fix. |
| **Debug unlock-all → D225 (M-87, new, dev-tooling not player QoL).** One env-gated `#ifdef PORT` short-circuit at `fileGetIsCheatUnlocked()` (`src/game/file2.c:391`) unlocks **both** all-mission-select **and** the full cheat menu in one change — the two gates already share that single function. Bonus: exposes leftover Rare dev cheats (`CHEAT_LINEMODE` wireframe, `CHEAT_BONDPHASE`, `CHEAT_DEBUG_POS/UNK5`) that are otherwise unreachable. | P | S | User-requested testing convenience ("always enable all level access + all cheats... goes a long way"). Default off, pure query-time override, zero save-data/gameplay-logic touch. |
## GE has, PD lacks (keep as-is)
`Video.FixMipTextures`, `Video.WrapFix`, `Input.AimBand`,
`Input.HipfirePitchSpeed`, `Input.MouseSmoothing`, `Debug.FrameDump`,
`Debug.InputLog`. No action.
## Suggested Phase 4 order (after audio; ordering vs widescreen/FPS TBD)
1. **Quick wins (all P, small):** SkipIntro, DisplayFPS, aniso + mipmap
filters, window HiDpi/center.
2. **Rebinding** (P, medium) — the headline Phase 4 item; PD pattern is
config-string driven, no UI required for parity.
3. **Per-pad tuning** (P, medium).
4. Niche: fake gamepads / HIDAPI (when MP gets played); MemorySize knob
(after the heap check).
Everything here is parked behind audio like the other plans; nothing in this
inventory implies an implementation decision yet.
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# Unlocked FPS Plan
Status: **proposal, parked** — documented while audio work (project Phase 3) is
active. Do not start Phase 0 until audio is done; first action when resumed is
the Phase 0 measurement pass.
**M-119 note:** this plan's premise below ("default preset = ~30fps") is now
stale — **D248** (M-118) found and fixed a real port bug (a pointer-width
scheduler ABI bug) that had been silently halving the game to 30fps since the
port's inception; the corrected default is a genuine 60fps. Re-measure Phase 0
against the corrected baseline before resuming this plan. Also see **D250**
(M-119, open): the exposed real 60fps cost now drops to 20-40fps intermittently
on some levels — a performance pass may be a prerequisite for this plan, not
just a baseline re-measurement.
Related: `docs/dev/findings.md` §D117 (GE_DETERM), §D155 (catch-up clamp),
`port/src/libultra.c` (pacemaker), `src/game/frametiming.c`, `src/sched.c`.
## Decisions (agreed)
1. **Default preset = the original pace** — whatever the game currently does
(measured ~30 fps; Phase 0 pins the exact rate). All testing, level
sweeps, determinism runs (`GE_DETERM`), and playtest baselines stay on the
default preset. Its code path must remain byte-for-byte what it is today.
2. **Unlocked FPS (60 / 120 / uncapped) is EXPERIMENTAL.** It ships behind a
clearly-labelled option and may be less polished than the default.
3. **Hard requirement:** raising the presentation rate must never change game
speed. Sim rate is invariant across presets. This is "the main speed-up
issue" and it gates everything else.
4. **Follow the PD PC port where feasible** (`pd_port` checkout): wall-clock
accumulator pacing with remainder carry, vsync + framerate-limit options,
safety cap when vsync is off.
## Non-goals (for now)
- Motion interpolation between sim ticks (the only thing that would make 120
fps *look* like 120 fps). Requires per-entity prev/cur state in the
DL-building game code — rule #2 territory, parked as a separate proposal.
- Changing the sim rate itself (running logic at 120 Hz with halved constants
is explicitly out — game logic).
## Background: why raising FPS today speeds up the game
One clock drives everything:
- `portTickThread` (`port/src/libultra.c`) posts a VI-retrace message on a
free-running grid (60 Hz NTSC / 50 Hz PAL, `g_tickIntervalUs`).
- `src/sched.c` `__scMain` blocks on that retrace; `__scHandleRetrace`
notifies clients → **exactly one sim tick + one render per retrace**.
- `osGetCount()` is wall-clock scaled to 46.5 MHz. `waitForNextFrame()`
(`src/game/frametiming.c`) converts elapsed time to `deltaFrames`, which
becomes `g_ClockTimer` (`src/game/lv.c:1008`) driving the per-tick sim loops.
The quantization is the trap: `nextFrameTime = (elapsed + Q/2) / Q` (Q = one
frame quantum). The `+Q/2` bias **rounds every interval up to at least 1
tick**, and `waitForNextFrame` spins until ≥1 tick is due. Consequence:
**sim speed tracks the retrace rate almost 1:1** — 30 Hz retrace → 30 ticks/s,
120 Hz retrace → ~120 ticks/s (each 8.3 ms interval rounds up to a full
tick). That is exactly the observed "anything faster speeds up the game".
Two useful existing properties:
- GE's game code already handles `g_ClockTimer == 0` and multi-tick deltas
everywhere (`for (i = 0; i < g_ClockTimer; i++)`, explicit `== 0` guards in
bondhead/bondview2/propobj/explosion). The N64 used this for dropped frames.
- D155 already clamps catch-up to 6 ticks after a real-time hitch.
## What the PD port does (reference)
- `src/game/timing.c` `frametimeCalculate()`: wall-clock accumulator with
remainder carry (`lostframetime60t`) → `diffframe60` / `diffframe240` ticks
due **per rendered frame**; render loop runs at display rate.
- Vsync + framerate limit options (`VIDEO_MAX_FPS` 200/240); vsync-off with
no cap forces the safety cap.
- Feasibility mapping to GE:
- *Pacing math (accumulator + carry)* → adoptable **port-only**. ✓
- *Render frames carrying zero sim ticks* → blocked in GE by
`waitForNextFrame`'s ≥1-tick enforcement (`frameDelay`, only settable
under `LEFTOVERDEBUG`). A crafted `osGetCount()` cannot defeat it (the
spin + `+Q/2` bias always yield ≥1). Needs a game-code change → **parked**
(see "Parked" below), and note it buys little without interpolation.
## Phases
### Phase 0 — Baseline & ground truth (port-only)
Goal: know exactly what the default preset does before touching anything.
- [ ] Measure actual sim rate and present rate of the current default build
(speedgraph + a `video.c` counter; add a periodic log line
`sim=..Hz render=..Hz`). Confirm NTSC vs PAL build.
- [ ] Find why the default is ~30 rather than the console's 60 Hz. Candidates:
- tick-thread 4 ms chunked-sleep drift under host load;
- `__scTaskReady` double-buffer check (`sched.c`) stalling a task every
other retrace;
- `__scHandleRetrace`'s client flag read `*((s32*)client + 2)` is
**out-of-bounds of `OSScClient`** (struct is only `next`+`msgQ`; the
decomp even says "im wrong size"). For `gfxClient[0]` it happens to
read `gfxClient[1].next` (zero) — but this is layout luck, worth a
documented finding either way.
- [ ] Record a Dxxx finding with the measured rates and root cause.
- [ ] **Decision gate:** if 30 fps turns out to be a port artifact rather than
original behavior, document it and decide with data whether the default
preset keeps the current pace (test continuity) or is fixed. Default
assumption: keep current behavior as the "original" preset either way;
a fix becomes its own item.
### Phase 1 — PD-style pacing hardening (port-only)
Makes the default preset stable and drift-free; no game-code changes.
- [ ] Replace the free-running tick grid in `portTickThread` with a
wall-clock accumulator + remainder carry (PD `frametimeCalculate` math):
post ticks when real time says they're due, carry the remainder, bounded
catch-up after hitches (D155 philosophy). No drift under load, no burst
of back-to-back ticks.
- [ ] `video.c`: proper frame limiter for fractional caps (spin+sleep hybrid),
triple-buffered swap chain, and the PD safety rule (vsync off + no cap →
force a max cap so "unlocked" can't spin).
- [ ] Config: keep `Video.VSync` / `Video.FpsCap`; add whatever Phase 2 needs.
### Phase 2 — Experimental presentation rates (port-only)
The user-visible "60 / 120 / unlocked" feature. Game speed is invariant **by
construction**: sim + render stay on the original tick clock; only *present*
runs faster by showing each rendered frame more than once.
- [ ] Frame duplication at the present stage (`video.c` / fast3d SDL swap
path, near `gfx_pre_swap_hook`): after a fresh frame is presented,
re-present the last finished frame on extra vsyncs until the next sim
tick's frame is ready. Target rates: 60, 120, uncapped (safety-capped à
la PD `VIDEO_MAX_FPS`).
- [ ] Input at present rate: sample SDL input continuously in
`port/src/input.c`; each sim tick consumes the latest state (compare
against PD `joy.c`). This is the real tangible win of the feature: up
to ~half a frame of latency removed even without interpolation.
- [ ] Options menu entries, clearly labelled **experimental**
(`port/src/optionsoverlay.c`), default preset untouched.
- [ ] Audio check: `src/audi.c` uses real-time `osGetTime()` and its own
thread; libaudio buffer sends ride the sim/retrace clock. Verify nothing
divides by an assumed frame rate; expect no changes.
### Phase 3 — Verification & sign-off
- [ ] `GE_DETERM` regression: default preset simulation path byte-identical to
pre-change (existing determinism diffs keep passing).
- [ ] Preset-invariance playtest: a timed in-game event (e.g. a fixed-length
animation or timer) takes the same real time on default / 60 / 120 /
unlocked. This is the acceptance test for decision #3.
- [ ] Hitch recovery: force a multi-second stall (debugger pause / asset load),
confirm D155 clamp holds and no speed spiral on any preset.
- [ ] `./build-pc.sh` + `/linkcheck` ritual; new findings in §F/§H with index
labels.
## Timing-consumer audit (each gets a line in the finding)
| Consumer | Clock class | Action |
|---|---|---|
| `src/game/frametiming.c` (`waitForNextFrame`, `updateFrameCounters`) | sim-time | unchanged; stays tick-locked |
| `src/boss.c:403,517` (main-loop gate, `MAIN_LOOP_TICK_INTERVAL`) | sim-time | unchanged; re-verify vs new pacemaker |
| `src/usb.c:387,405` (LibDragon flash timeouts) | real-time | fine as-is; document |
| `src/speed_graph.c` | measurement | fine; source of the rate log line |
| `libultrare/audio/env.c`, `reverb.c` `lastCnt` | perf counters only | fine; document |
| `src/audi.c` `g_DeltaTime` etc. (`osGetTime`) | real-time | fine; verify in Phase 2 |
## Parked (needs explicit sign-off, separate proposals)
1. **True decoupled sim/render (PD's zero-tick render frames).** Minimal
change class: relax `waitForNextFrame`'s ≥1-tick enforcement so rendered
frames can carry `deltaFrames = 0` (GE already guards `g_ClockTimer == 0`
everywhere). This is a *behavior-affecting* game-code edit gated off by
default — outside the ABI-only D3x exception, needs its own rules decision.
Perceptual benefit over Phase 2 duplication is small **without**
interpolation, so do this only as a prerequisite for #2.
2. **Motion interpolation** (prev/cur entity state, lerp at render time).
The actual "120 fps looks like 120 fps" feature. Large, invasive, in
DL-building game code. Separate proposal; not implied by this plan.
## Open questions
- Phase 0 outcome: is the ~30 fps default a port artifact? (fix vs keep — see
decision gate)
- PAL builds: default stays 50 Hz pace; experimental present rates identical
option set. Confirm no PAL-specific pacing assumptions in Phase 1 math.
- Naming/caps for "unlocked": adopt PD's safety-cap value (200/240) or expose
the cap as a slider?
**M-87 PD-legacy-survey note (candidate 8):** if this plan stalls and GE stays
fixed-tick, PD's `Game.TickRateDivisor` (0–10, slow-motion/perf lever) +
`Game.ExtraSleep` (`port/src/main.c:39,167-168`, applied `src/game/timing.c:49`)
is a cheap borrowable fallback lever — not otherwise relevant since this plan's
whole direction is decoupling sim from frame rate, the opposite of PD's
fixed-tick-with-a-divisor approach.
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# 1P weapon viewmodel — static research (read-only)
> **RESOLVED 2026-09-09 (M-83, D215).** None of the three ranked suspects below
> was the cause — all were ruled out by the `GE_DVM=1` probe (added this
> session). The bug was `renderdata.flags == 0` in `gunRenderFirstPersonGunModels`:
> the N64 `*(ModelRenderData*)&D_80035CC0` reinterpret-across-adjacent-globals
> breaks under x86-64 pointer widening + no guaranteed global layout. Fixed
> `#ifdef PORT` in `src/game/gunfire.c`. See findings.md D215. This doc is kept
> for the ruled-out analysis only.
Companion to `GRAPHICS-BACKLOG.md` ("1P weapon viewmodel") and findings D115
item #5 / AUDIT-M6 #5. Goal: narrow the five audit suspects to a ranked,
probe-ready list. No code changed by this doc.
## Path map (verified in source)
- **Setup (per frame):** `bondview2.c:9040` → `gunUpdateAndFireBothHands()`
(`gunfire.c:1018`) → `gunUpdateAndFire(handnum)` (`gunfire.c:327`). Inside,
the weapon-model block at `gunfire.c:599-662`: computes `field_87F` (the
show/hide gate), then if set: `dynAllocate(numMatrices × sizeof Mtxf)` →
identity-fill → `modelCalculateRwDataLen` → `modelInit(HAND_WEAPON_MODEL,
&copy_of_body_obj_header[handnum], HAND_WEAPON_RWPOOL)` →
`hand->mtxlist = rwmtx` and (PORT/D102)
`weaponModel.render_pos = (RenderPosView*)rwmtx`.
- **Render (same frame, later):** `gunRenderFirstPersonGunModels` loop at
`gunfire.c:1532-1540`: **`if (handptr->field_87F == 0) continue;`** then
`subdraw(&renderdata, HAND_WEAPON_MODEL(handptr))` (`model.c:5326`) which
does `gSPSegment(gdl, 3, osVirtualToPhysical(mdl->render_pos))` and walks
`mdl->obj->RootNode` — **a NULL RootNode returns silently, drawing
nothing**.
## Statically ruled out (with evidence)
1. **Transient-arena lifetime** (the audit's prime suspect). `dynAllocate`
is a bump allocator on the vtx pool (`src/game/dyn.c:123`), reset only by
`dynSwapBuffers()` at frame end. Setup and render both happen inside one
frame, so `render_pos`/`mtxlist` are valid when consumed — in solo play.
(Split-screen mid-frame swaps would be a separate question; out of scope.)
2. **Word-index / record-size mismatch** (`flashvisptr = RWPOOL +
RwDataIndex`, `gunfire.c:650`). D52 kept `Model.datas` as `u32*` on PC
precisely so N64 word math holds, and `RwDataIndex` values are computed
at runtime by `modelCalculateRwDataIndexes` from the *PC* record sizes —
self-consistent. (Self-consistent ≠ in-bounds; see suspect 2.)
3. **Segment/render_pos mechanism itself.** Every working model in the game
(bodies, props) uses the same `gSPSegment(3, render_pos)` +
`bondviewTransformManyPosToViewMatrix` machinery — and it renders. The
**watch menu draws the same weapon models** via a different path
(`set_enviro_fog_for_items_in_solo_watch_menu`, `gunfire.c:1630+`, local
matrices, no 87F gate, no hand rw-pool) and they appear (albeit faint —
D75/D141 note). So the model assets and headers are very likely fine; the
defect is in-level-path-specific.
## Ranked suspects + probe spec
**#1 — `field_87F` gating (`gunfire.c:599-610`).** The clear-condition
disjunction contains `(Gun_hand_without_item(handnum) == 0)`. That function
(`gun.c:812-816`) returns `hand_invisible[h] > 0 || (hand_item[h] == 0 &&
field_2A44[h] < 0)` — so the term is TRUE (→ gate cleared → gun hidden)
whenever the hand *has* an item and isn't invisible. Read naively, that
hides the gun exactly when you're holding one; since the N64 shows the gun,
the runtime values of `hand_item`/`field_2A44`/`hand_invisible` must differ
from their names suggest — but this is the single most likely place for a
PC-only divergence (e.g. a field the port initializes differently). If 87F
is 0, the render loop `continue`s and the symptom is exactly "no gun, no
crash".
**#2 — rw-pool capacity.** PC records are wider than N64's (pointer fields);
`weaponRwPool[192]` (768 B) was D102's scaled-up budget, but nothing bounds-
checks it. The `#ifdef DEBUG` print at `gunfire.c:620` still tests the *N64*
32-word threshold — stale on PC. If `numRecords` words exceed 192,
`modelInitRwData` overruns the pool into whatever follows it in `struct
hand` → corruption that could kill the draw (or worse, silently).
**#3 — stale `copy_of_body_obj_header`.** Populated only at item load
(`gun.c:924` shallow copy / `gun.c:931-951` `load_object_fill_header`). If a
PC asset-load quirk zeroed it for the in-level path, `RootNode == NULL` and
`subdraw` no-ops silently. Lower priority given the watch menu renders the
same models — but cheap to confirm in the same probe.
**Probe (one session, PORT-only, env-gated `GE_DVM=1`, zero behavior
change):** in the `field_87F != 0` block at `gunfire.c:611+`, print once per
frame while a pistol is held in BUNKER1: `handnum`, `item`, each clear-term
value + final `field_87F`, `&copy_of_body_obj_header[h]`, `numMatrices`,
`numRecords` (words) vs 192, `RootNode`, `rwmtx`. One run triages all three
suspects: 87F==0 → suspect #1 (log which term); numRecords>192 → #2;
RootNode NULL/garbage → #3.
## Fix-shape notes (for when the probe lands)
- If #1: the fix is a `#ifdef PORT` initialization/correction of whichever
hand field diverges — **not** an edit to the gate logic itself (rule #2);
document as Dxxx with the N64-vs-PC value table.
- If #2: enlarge `weaponRwPool` to the measured max + a PORT bounds guard
that prints (mirrors the existing DEBUG print, correct threshold).
- If #3: trace the `load_object_fill_header` call for the in-level weapon
load; likely an asset-offset issue in the port's loader path.
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# Widescreen & FOV Plan
Status: **proposal, parked** — like `UNLOCKED-FPS-PLAN.md`, resume after audio
work (project Phase 3). Research current as of this writing.
Scope decision (agreed): **target exactly two display aspects — 4:3 and 16:9.**
Arbitrary aspect ratios are TBD and out of scope; the window manager should
snap/letterbox to one of the two rather than trying to serve anything else.
Standard (agreed): **Option B (native 16:9 render, PD-parity) is the goal.**
The PD PC port's widescreen architecture is the reference standard for this
engine family. Option A (4:3-internal + stretch) remains an acceptable
**case-by-case workaround** only where B proves impractical for a specific
surface — each such fallback documented individually.
## Problem
At high resolutions (e.g. 4K) in a 16:9 window the game is disorienting. Root
cause, confirmed in code: the port renders in *window-resolution space*. All
320×240 logical screen coordinates are scaled per-axis by
`RATIO_X = win_w/320`, `RATIO_Y = win_h/240` (`port/fast3d/gfx_pc.cpp:53-54`).
In a 16:9 window everything — world geometry **and** HUD — is stretched 4/3
horizontally: circles become ellipses, and the horizontal FOV balloons from
~78° to ~91° while vertical stays 60°. That stretch is the disorientation.
## Research findings
### 1. The FOV model (where FOV lives)
- Vertical FOV is a fixed 60° base: `FOV_Y_F` (`src/fr.h:137`); per-player
`fovy`/`aspect` fields default to 60 / `DEFAULT_ASPECT`
(`src/game/player.c:454-455`).
- Setters: `viSetFovY` / `viSetAspect` / `viSetFov(fovx, fovy)`
(`src/fr.c:911-934`) → `guPerspectiveF(g_viProjectionMatrixF, …, fovy,
aspect, znear, zfar, 1.0f)` (`src/fr.c:718`).
- **FOV is dynamic**: aim zoom rewrites fovy every frame via
`viSetFovY(g_CurrentPlayer->zoominfovy)` (`src/game/bondview2.c:3123`), and
the camera path resets fovy/aspect per frame
(`bondviewMovePlayerUpdateViewport`, `src/game/bondview2.c:7967-8034`).
⇒ Any FOV option must be a *multiplicative correction composable with zoom*,
not an override of a constant.
### 2. The game ships with a (stretch-based) 16:9 path
This decomp contains a player-facing widescreen path from the original:
options-menu **"Ratio": Normal / 16:9** (`GAME_OPTIONS_INDEX_RATIO`, string
`OPTION_STR_23_169_LF`, `src/game/options.c:129`), save bit
`OPTION_SCREENRATIO` (`src/game/file2.c:1266-1270, 1323`),
`get/set_screen_ratio()` (`src/game/options.c:553-558`). When active, the
camera sets `aspect = (vp_w/vp_h) × 0.75 × 16/9` (= viewport ratio × 4/3,
`src/game/bondview2.c:8007-8034`) — the pre-distortion for a **4:3 render
stretched to 16:9** (N64-out-4:3, TV stretches). HUD compensation exists for
crosshair (`gunfire.c:6316-6318`, half-width ×0.75) and rocket aim
(`gunfire.c:501`); EU-only extras need an NTSC audit.
⇒ This path is exactly **Option A's** game-side machinery. It is *not* the
PD standard (which renders native 16:9), so under Option B it stays dormant
except as fallback.
### 3. Current port rendering pipeline (what to build on)
- Render happens at window size; an FBO path already exists and activates when
internal dims ≠ window dims or MSAA > 1 (`gfx_pc.cpp:3041-3115+`).
- Native-res bookkeeping: `GE_NATIVE_W/H` = 640×480 (NTSC) / 640×400 (PAL)
(`port/src/video.c:40-44`); VI size requests clamp to ≤640
(`port/src/libultra.c:816`). Auto window defaults to 4:3
(`port/fast3d/gfx_sdl2.cpp:107`).
### 4. fast3d EXT aspect commands — already present in GE's RSP
GE's software RSP (adapted from PD's) implements Rare's PC-port extension
geometry-mode commands `G_ASPECT_{LEFT,RIGHT,WIDE,CENTER}_EXT`
(`gfx_pc.cpp:1954-1979`, decoder at `gfx_sp_extra_geometry_mode`), and
`port/fast3d/gbiex.h` carries the `gSP…EXT` command macros. **The RSP side of
the PD standard already works in this codebase**; only the game-code emission
sites are missing.
### 5. The PD standard (reference architecture — what Option B replicates)
From the `pd_port` checkout (N64 PD had no widescreen; the port added it):
1. **Projection aspect comes from the port**: `videoGetAspect()` returns the
real window aspect (`gfx_current_dimensions.aspect_ratio`,
`port/src/video.c:232-235`). Game code calls `viSetAspect(videoGetAspect())`
(e.g. `title.c:2495`; even `#define TITLE_ASPECT (videoGetAspect())`).
Native 16:9 projection ⇒ correct perspective, vertical FOV preserved.
2. **Per-element screen-space corrections** where an element is positioned in
screen coords: `sightGetAdjustedX(x)`, `×(SCREEN_ASPECT / videoGetAspect())`
scalings (`sight.c:77,921`, `sky.c:2728+`, `menu.c:2332,4771`,
`player.c:3108`).
3. **HUD alignment via the EXT commands**: screen-space draw segments wrapped
in `gSPSetExtraGeometryModeEXT(gdl, G_ASPECT_CENTER_EXT)` …
`gSPClearExtraGeometryModeEXT(…)`, all under `#ifndef PLATFORM_N64`. With
the mode active, fast3d scales 4:3-logical screen coords by the *native*
aspect and centers (or left/right-aligns) them in the wider window — no
distortion. PD scale: **52 emission sites across 10 game files** (sight,
hudmsg, bondgun, menu, radar, title, propobj, credits, activemenu,
game_1531a0).
4. User-facing: vsync/framerate options + HUD-centering option
(`g_HudCenter` → `g_HudAlignModeL/R`, `port/src/main.c:77-83`).
**M-87 PD-legacy-survey notes (`docs/dev/notes/PD-LEGACY-SURVEY.md`):**
- **Overscan/safe-frame (candidate 2, deliberate divergence, recorded here):**
PD hardcodes its native viewport to 320×220 (`port/src/video.c:77-79`) — the
N64-on-a-TV visible area after ~20 lines top/bottom of overscan. **GE's port
renders the full 640×480/640×400 frame, no overscan crop** (`port/src/video.c:38-47`)
— a deliberate PC-default choice (nothing hidden, no HUD-clipping risk from a
TV-only limitation), not an oversight, and not something to "fix" toward PD's
behavior. Net effect: GE shows ~9% more vertical content than PD at the
equivalent native resolution. Revisit only if a `Video.SafeAreaOverlay` debug
knob is ever wanted to visualize the original TV-safe region.
- **"Ratio" 4:3/16:9 option (candidate 3) — correction, M-87 review:** PD
deleted its N64-era per-player Ratio dropdown on PC (`options.c` forces
`SCREENRATIO_NORMAL` outside `PLATFORM_N64`). GE's equivalent (`SCREEN_RATIO_16_9`,
`get/set_screen_ratio`, `options.c:553-558`, persisted per-save, consumed by
the camera) is a live, functioning code path — but it's an old **anamorphic
stretch toggle**, not true wider-FOV rendering, and this doc's own **Open
Questions** (below) already flag the tension and lean the *other* way: leave
this legacy flag **dormant** and have a **separate, new, port-owned
`Video.Aspect` config** be Option B's actual trigger — the same
separation-of-concerns choice PD itself made (PD didn't repurpose its legacy
flag either). Repurposing the shipped save-flag to drive a brand-new render
path risks desync (existing saves silently gaining/missing the modern
feature, or the flag and `Video.Aspect` disagreeing). **Not yet decided**
("Decide Phase 1" below) — correcting an earlier note here that overstated
this as settled.
## Option B — the standard (native 16:9, PD-parity)
### Architecture
Render directly at the 16:9 window resolution. World: projection aspect =
window aspect (vertical FOV preserved, no post-stretch). HUD/screen-space:
4:3-logical coordinates mapped undistorted via the EXT aspect modes
(centered by default; left/right alignment available à la PD). 4:3 windows:
byte-identical to today.
### Change inventory
**Port layer (no rules issues):**
- [ ] `videoGetAspect()` equivalent in `port/src/video.c` (return window
aspect; GE already tracks `gfx_current_dimensions.aspect_ratio`).
- [ ] Window/aspect policy: `Video.Aspect` {4:3, 16:9}, snap on create/resize;
out-of-scope aspects → nearest + note (TBD).
- [ ] Make `port/fast3d/gbiex.h` reachable from game TUs (include path or a
shim header) — build-system only.
- [ ] HUD alignment mode plumbing if we adopt PD's center/wide option
(`g_HudAlignModeL/R` pattern) — decide in Phase 1; default = centered.
**Game code (exception class — see below):**
- **(a) Projection aspect path.** `bondviewMovePlayerUpdateViewport`
(`bondview2.c:8007-8034`): under PORT + 16:9, use window aspect instead
of the ×4/3 stretch formula. Plus the menu/title/briefing call sites
`viSetFovY(FOV_Y_F); viSetAspect(ASPECT_RATIO_SD)` (`front.c` — ~7+
sites; enumerate in Phase 1) → PD pattern `viSetAspect(videoGetAspect())`.
- **(b) HUD / screen-space draw sites.** Audit + wrap with EXT aspect modes
and/or per-element corrections, per surface: gameplay HUD (crosshair —
replaces the existing ×0.75 compensation; ammo/timer/text via
`textrelated.c`), menus (`front.c`), title/briefing/credits, letterbox
bars (`fr.c` gDPFillRectangle calls). GE's known screen-space emitters:
`front.c`, `textrelated.c`, `gunfire.c`, `bondwalk2.c` (initial grep;
Phase 1 completes the audit). Expect PD-comparable scale (~10 files),
possibly less.
- **(c) Anything the audit surfaces** (e.g. mouse→screen mapping for menus,
cutscene camera framing) — each item logged individually.
### Rule #2 exception framing (needs explicit sign-off to start Phase 2)
This is a behavior-affecting game-code edit class, outside the ABI-only D3x
exception. The case for granting it:
1. **Direct sister-engine precedent**: PD's port made exactly these edits on
the same Rare engine/fast3d; the project designates PD as standing
reference for port patterns. We replicate a proven, bounded change class,
not inventing one.
2. **Bounded and gated**: every edit is `#ifdef PORT` (and where sensible
runtime aspect-gated) so the N64 build and the 4:3 default path stay
byte-identical; golden/determinism tests unaffected at 4:3.
3. **The decomp already contains** both a shipped 16:9 branch and `#ifdef
PORT` precedents in game files — the pattern is not foreign to this tree.
Conditions: explicit user sign-off before Phase 2; each change (or tight
cluster) gets a findings.md entry with §F index label citing the PD analogue;
4:3 byte-identity verified per phase; any edit that would alter *sim* behavior
(not just presentation) stops the work and comes back for review.
### Fallback (case-by-case, documented)
If the Phase 1 audit shows a specific surface is disproportionately costly or
can't be made clean under B (candidate: complex cutscene framing), that
surface may fall back to **Option A** — 4:3-internal render + edge-to-edge
stretch using the game's shipped `SCREEN_RATIO_16_9` path (`set_screen_ratio`
is an existing API; FBO+blit infra exists) — recorded as a finding with the
reason. Whole-feature fallback to A only if B fails verification overall.
## FOV adjustment design (port-only, applies to both options)
- **Hook: software RSP projection post-scale.** Wherever the RSP applies the
uploaded projection matrix, scale its vertical row by
`tan(fov_orig/2) / tan(fov_adj/2)`. Zoom rewrites the matrix every frame, so
post-scaling whatever arrives composes with aim zoom for free. No game code.
- Rejected: editing `viSetFovY` call sites (game code); writing
`g_ViBackData` from the port (racy).
- UI: `Video.FovScale` (percent of original vertical FOV, e.g. 50–150),
default 100 = byte-identical to today.
## Phases
### Phase 0 — Verification research (port-only, read-mostly)
- [ ] Playtest the in-game Ratio option as-is on PC; document + screenshot
what the shipped stretch path does under the current pipeline.
- [ ] Measure baseline FOVs (4:3 and current 16:9-stretch) from the projection
matrix or a calibration render; record numbers.
- [ ] Confirm `gbiex.h` EXT commands round-trip through GE's RSP with a test
DL (they should — decoder exists).
- [ ] Audit EU-only aspect constants (`g_GunSightAspectRatio`,
`EU_CAMERA_8003642C_ASPECT`) for NTSC/PAL effect.
- [ ] Record a Dxxx finding consolidating baselines.
### Phase 1 — Port foundation + full change audit (port-only)
- [ ] `videoGetAspect()`, window/aspect policy, gbiex.h include path.
- [ ] Complete the screen-space draw-site audit for inventory item (b): every
emitter, its coordinate assumptions, proposed wrap/correction, PD
analogue cited. Output = the signed change list for Phase 2/3.
- [ ] Decide HUD alignment default (centered vs PD's center/wide option).
### Phase 2 — Projection aspect (game-code exception class, small wave)
- [ ] Item (a): camera path + front.c call sites, `#ifdef PORT`-gated.
- [ ] Verify: world perspective correct at 16:9 (FOV measurement vs Phase 0),
aim zoom composes, 4:3 byte-identical.
### Phase 3 — HUD alignment wave (game-code exception class)
- [ ] Item (b), per surface in order: gameplay HUD → menus →
title/briefing/credits → letterbox/misc. Each surface: change, visual
verification at 4:3 + 16:9, finding entry. Fallback-to-A decisions
happen here, per surface, with documented reason.
### Phase 4 — FOV slider (port-only) — **LANDED (M-83, D211)**
- [x] RSP projection post-scale (`gfx_apply_fov_scale()` in
`port/fast3d/gfx_pc.cpp`, load-path only); `Video.FovScale` config
(percent of vertical FOV, 50–150, default 100 = byte-identical) + F10
overlay row. Perspective-only (ortho/HUD untouched); columns 0+1 scaled
together so aspect is preserved. Build clean, `bunker1` no-op confirmed.
- [ ] Owed: interactive eyeball of composition with aim-zoom at scale ≠ 100.
This phase does **not** depend on the Phase 2/3 game-code exception — it
shipped standalone ahead of the rest of the plan.
### Phase 5 — Verification & sign-off
- [ ] FOV measurements per mode/scale vs Phase 0 baselines.
- [ ] Full HUD pass at 4:3 + 16:9; cosmetics → `GRAPHICS-BACKLOG.md`.
- [ ] 4K performance check; MSAA interaction; config persistence; screenshots.
- [ ] `./build-pc.sh` + `/linkcheck`; findings complete with §F index labels.
## Open questions
- HUD alignment UX: always-centered (simple) vs PD's center/wide option
(more faithful, more surface area). Decide Phase 1.
- In-game Ratio menu entry under Option B: the shipped option means "stretch
mode" — keep it as the *fallback* trigger, hide it, or repurpose? Decide
Phase 1 (leaning: leave dormant; port config owns display mode).
- Mouse/menu coordinate mapping at 16:9 (PD had `videoGetAspect()`-scaled
mouse math in menu.c) — confirm GE's menu input path needs the same.
- Ordering vs `UNLOCKED-FPS-PLAN.md`: both parked behind audio; B renders
native so the FPS plan's present-stage duplication slots in unchanged.
Decide order when audio lands.
- PAL: `GE_NATIVE` 640×400 bookkeeping — confirm aspect math per region.
- Split-screen viewports under 16:9 — likely out of scope for PC; note and close.
- **M-87 QoL ask (user, not critical, backlogged):** expose `Video.FovScale` as
a real horizontal-or-vertical **degree** value instead of the current
percent-of-original-vertical-FOV scale (D211) — the "50–150%" knob doesn't
tell the user what degree FOV they're actually getting. Needs: pick a
convention (report vertical, since that's what `frFovY` actually is post-D211
refix — `fr.c:737`) and either (a) relabel the F10 row + INI value as degrees
directly (`frFovY = clamp(requestedDeg, ~24°, 160°)`, drop the percent
multiply), or (b) keep percent internally but show the *computed* degree
value live in the F10 overlay/INI comment for transparency. (a) is cleaner
and removes a level of indirection; check whether anything else reads
`Video.FovScale` as a percent before renaming the key (search besides
`fr.c`/`video.c`). Cosmetic/UX only, no render-path change beyond the
input unit.
docs/dev/agentic-development.md
+42 -46
View File
@@ -1,22 +1,19 @@
---
title: Agentic Development
description: A case study in two AI coding agents porting a Nintendo 64 game to PC; the setup, timeline, handoff workflow, and an honest assessment of what worked.
---
# Agentic development: two AI coding agents porting GoldenEye 007
*How this port was actually built: a local open-weight model (Qwen 3.8 on a
single RTX 5090) and a hosted frontier model (Claude / Claude Code) handing
work back and forth through shared written notes, under one person's
part-time direction. The goal, the setup, the timeline, and an honest read on
what did and didn't work.*
*A case study in AI-agent collaboration on a large, low-level codebase. A
GoldenEye 007 Nintendo 64 → desktop port, taken from "builds a ROM" to
"playable front end" in about two weeks — driven mostly by two coding agents (a
local open-weight model, Qwen 3.8, on a single RTX 5090, and a hosted frontier
model, Claude / Claude Code), handing work back and forth through shared
written notes under one person's part-time direction. This is the goal, the
method, the timeline, and an honest read on what did and didn't work.*
## Contents
- [Why this project exists](#why-this-project-exists)
- [The setup](#the-setup)
- [Timeline](#timeline)
- [By the numbers](#by-the-numbers); [Commit velocity](#commit-velocity) · [Who did what](#who-did-what)
- [By the numbers](#by-the-numbers) — [Commit velocity](#commit-velocity) · [Who did what](#who-did-what)
- [The handoff workflow](#the-handoff-workflow)
- [Assessment](#assessment)
@@ -24,7 +21,7 @@ what did and didn't work.*
The playable port is real, but it is not the primary deliverable. The goal was
to **test how well coding agents hold up on a large, unfamiliar, low-level
codebase**; one with none of the properties that make web-app work easy for
codebase** — one with none of the properties that make web-app work easy for
an LLM:
- ~230 translation units of decompiled Nintendo 64 game C, compiled
@@ -39,7 +36,7 @@ an LLM:
Concretely it set out to validate a **two-agent arrangement**: a
locally-hosted open-weight model doing the bulk of the work on a single
consumer GPU, a hosted frontier model brought in for a collaborative phase,
and, the part that turned out most interesting, the two **handing work back
and — the part that turned out most interesting — the two **handing work back
and forth** through shared written artifacts, directed by one human.
## The setup
@@ -47,17 +44,17 @@ and forth** through shared written artifacts, directed by one human.
| | |
|---|---|
| Local agent | `unsloth/Qwen3.8-27B-GGUF:UD-Q4_K_XL` on a single **NVIDIA RTX 5090**, driven mainly through the **[pi](https://pi.dev/)** coding agent. Unsloth Desktop (Unsloth's local model runtime, which can drive agents such as Claude Code) was also trialed but not used significantly. |
| Hosted agent | **Claude**, via **Claude Code**, on a Claude Pro subscription; mostly **Sonnet 5**, with **Opus 5** used as an escalation tier for the hardest problems and whenever there was subscription budget to spend on it |
| Hosted agent | **Claude**, via **Claude Code**, on a Claude Pro subscription — mostly **Sonnet 5**, with **Opus 5** used as an escalation tier for the hardest problems and whenever there was subscription budget to spend on it |
| Human | one person: direction, work partitioning, integration, and every build / playtest / frame-capture the agents could not run |
| Base | fork of the [GoldenEye 007 decompilation](https://github.com/n64decomp/007) (years of prior work by Larry Ficken ("kholdfuzion") and contributors) |
| Reused | the [Perfect Dark PC port](https://github.com/fgsfdsfgs/perfect_dark)'s `fast3d` software RSP; same Rare engine family |
| Reused | the [Perfect Dark PC port](https://github.com/fgsfdsfgs/perfect_dark)'s `fast3d` software RSP — same Rare engine family |
The port is the GoldenEye-specific porting work **on top of** those two
existing bodies of work; it is not a from-scratch reimplementation of either.
In practice the models formed a **three-tier escalation**: the local model
handled well-scoped work, Sonnet 5 took what it stalled on, and Opus 5 was
reserved for the bugs that needed the most reasoning held at once; the same
reserved for the bugs that needed the most reasoning held at once — the same
"escalate when stuck" move applied at every level.
## Timeline
@@ -68,7 +65,7 @@ All dates from this repository's own commit history (August 2026).
gantt
dateFormat YYYY-MM-DD
axisFormat %b %d
title GoldenEye 007 PC port; from fork to playable front end
title GoldenEye 007 PC port — from fork to playable front end
section Local model - Qwen 3.8 via pi
Fork + PC-port scaffolding :m1, 2026-08-16, 1d
Full compile + link (~230 TUs) :m2, 2026-08-20, 1d
@@ -90,7 +87,7 @@ gantt
- **Day 4** (20 Aug): the entire ~230-TU game + libultra set compiles and
links as a host binary.
- **Day 6** (22 Aug): first real frames render.
- **Day 8** (24 Aug): the whole intro sequence renders; logos, gun-barrel,
- **Day 8** (24 Aug): the whole intro sequence renders — logos, gun-barrel,
cast roll.
- **Day 11** (27 Aug): second agent joins.
- **Day 13** (29 Aug): **all 21 solo missions load, render, and survive an
@@ -100,22 +97,22 @@ gantt
So roughly **two weeks**, one person part-time, to take a decompilation from
"builds an N64 ROM" to "boots on desktop, renders every solo level, playable
through the front end into the early game"; with audio and a set of cosmetic
through the front end into the early game" — with audio and a set of cosmetic
issues still outstanding.
## By the numbers
| | |
|---|---|
| Calendar time | 26 days (17 Aug – 11 Sep 2026), one person part-time |
| Commits on the port | ~430 |
| Root-caused bugs logged | `D1`–`D226` in [`findings.md`](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/docs/dev/findings.md), 116 still-listed entries (some labels later merged or withdrawn) |
| Handoff sessions | 89+ (`M-2` … `M-89`, and counting) |
| Game-source files given `#ifdef PORT` ABI edits | 67 files, ~305 blocks |
| New port-layer / tooling files | ~114 |
| Port layer | ~21,900 lines C/C++ (`port/`) |
| PC asset-conversion tooling | ~7,050 lines Python (`tools_pc/`) |
| Outcome | intro + all 21 solo missions render and are crash-free, front end playable, in-level SFX + menu/intro music play; in-level music and full-campaign completion re-confirmation still owed |
| Calendar time | 16 days (16 Aug – 1 Sep 2026), one person part-time |
| Commits on the port | ~223 |
| Root-caused bugs logged | 162 (`D1`–`D169` in [`findings.md`](findings.md); some later merged or withdrawn) |
| Handoff sessions | ~33 (`M-2` … `M-33`) |
| Game-source files given `#ifdef PORT` ABI edits | 63 files, 241 blocks |
| New port-layer / tooling files | 128 |
| Port layer | ~17,000 lines C/C++ (`port/`) |
| PC asset-conversion tooling | ~6,300 lines Python (`tools_pc/`) |
| Outcome | intro + all 21 solo missions render, front end playable; audio not yet done |
### Commit velocity
@@ -139,7 +136,7 @@ pie showData title "Commits by agent (raw count)"
"Local model (Qwen 3.8 / pi)" : 62
```
(Phase A, the first 26 commits, to 24 Aug, was entirely the local model,
(Phase A — the first 26 commits, to 24 Aug — was entirely the local model,
solo; from 27 Aug on the two agents worked in parallel.)
| Milestone / workstream | Primary agent | Weight |
@@ -150,20 +147,20 @@ solo; from 27 Aug on the two agents worked in parallel.)
| Offline asset-conversion architecture + first converters (`tools_pc/`) | local model | large |
| Intro rendering (logos → gun-barrel → cast) | local model | medium |
| Stage load unblocked (`D69`–`D87`) | Claude | medium |
| 21-level crash sweep; ~12 crash classes root-caused (`D88`–`D169`) | Claude | large |
| 21-level crash sweep — ~12 crash classes root-caused (`D88`–`D169`) | Claude | large |
| SDL input layer (keyboard / mouse / gamepad, mouse-look) | Claude | medium |
| Front-end flow (menu → briefing → start), EEPROM saves | Claude | medium |
| Parallel struct-layout / converter static audits | local model | medium |
| Continuing tasks after Claude hit a usage limit | local model | small |
| The hardest structural bugs (matrix handedness, format specs) | Claude | n/a |
| Every build, playtest, frame capture, integration, and direction | human | n/a |
| The hardest structural bugs (matrix handedness, format specs) | Claude | — |
| Every build, playtest, frame capture, integration, and direction | human | — |
**Estimated effort split.** The raw commit count above (~28% local / ~72%
Claude) undercounts the local model: Phase A landed the build system and boot
chain in relatively few, large commits, and the local model kept contributing
~15–20% of Phase B in parallel. Weighting by milestone difficulty rather than
raw commits; the foundation is a heavier third of the project than its commit
share suggests; the developer's estimate is roughly:
raw commits — the foundation is a heavier third of the project than its commit
share suggests — the developer's estimate is roughly:
```mermaid
pie showData title "Agent effort, milestone-weighted"
@@ -202,28 +199,28 @@ flowchart LR
Both agents worked against the **same three written artifacts**, which is what
let them substitute for each other:
1. **`HANDOFF.md`**; the current state, the immediate next task, and the
1. **`HANDOFF.md`** — the current state, the immediate next task, and the
environment gotchas. Originally a session-to-session note for one agent, it
became the **interface between the two agents**: when Claude reached a
usage limit mid-problem, the local model picked the task up from the
HANDOFF state and continued; when the local model hit a bug that needed
deeper structural reasoning, it wrote up where it was and Claude took over.
2. **`findings.md`**; the chronological finding log. 162 numbered entries,
2. **`findings.md`** — the chronological finding log. 162 numbered entries,
each a root cause with `file:line` evidence and the fix. New agents (either
model) are pointed at the relevant entries before they start.
3. **`porting-notes.md`**; the append-only "recurring bug classes" file. The
3. **`porting-notes.md`** — the append-only "recurring bug classes" file. The
single highest-leverage artifact: it stopped both models from
re-deriving the same class of N64→PC bug over and over.
Around these, the working rules (full detail in
[`../dev-process.md`](../dev-process.md)):
- **file-partitioned tasks**; each agent's task scoped to a disjoint set of
- **file-partitioned tasks** — each agent's task scoped to a disjoint set of
files so patches never collided;
- **visible budgets**; every investigation task carried an explicit
- **visible budgets** — every investigation task carried an explicit
"N build→run cycles" limit and a defined fallback (revert probes, write up
with a confidence rating);
- **the human owns verification**; building, running the game, capturing a
- **the human owns verification** — building, running the game, capturing a
frame, and judging it against N64 reference footage was never delegated.
## Assessment
@@ -232,7 +229,7 @@ Honest notes, for anyone weighing whether this transfers.
**Worked well**
- The **local model carried the groundwork phase**; build system, boot
- The **local model carried the groundwork phase** — build system, boot
chain, OS shims, and the offline-converter architecture. None of it was
rewritten later. A 27B open model on one consumer GPU was genuinely productive
on this.
@@ -241,14 +238,14 @@ Honest notes, for anyone weighing whether this transfers.
because the accumulated notes were good. This is also what made the two
models interchangeable on a given task.
- **Handoff on limit** turned Claude's usage cap from a hard stop into a
slowdown; the local model kept the problem moving.
slowdown — the local model kept the problem moving.
- Bounded behavioural bugs (a truncated pointer, a byte-swap off by one) are a
good fit for an agent given a tight loop and a reference to diff against.
**Worked poorly / needed the human**
- **Anything requiring the running game.** Build, playtest, capture a frame,
decide whether it looks right; that loop was the human's job throughout,
decide whether it looks right — that loop was the human's job throughout,
and it was the bottleneck.
- **Non-deterministic bugs.** Frame-timing stalls and concurrent-build
flakiness repeatedly fooled agents into "fixing" regressions that were not
@@ -258,11 +255,10 @@ Honest notes, for anyone weighing whether this transfers.
rather than a fix, even with the budget raised.
- **The capability gap is a gradient, not a wall.** The local model was strong
on well-scoped work and weaker when a bug needed several interacting facts
held at once; those went to Sonnet 5, and the few that stalled Sonnet went
held at once — those went to Sonnet 5, and the few that stalled Sonnet went
to Opus 5. Each tier earned its place on the problems the tier below it
couldn't close.
**Still outstanding** (parked below crash/level work): audio is not
implemented; several front-end 3D transforms and some text rendering are
wrong. See
[`GRAPHICS-BACKLOG.md`](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/docs/dev/GRAPHICS-BACKLOG.md).
wrong. See [`GRAPHICS-BACKLOG.md`](GRAPHICS-BACKLOG.md).
docs/dev/findings-index.csv
-143
View File
@@ -1,143 +0,0 @@
# GENERATED by tools_pc/gen_findings_index.py -- do not hand-edit.
# Grep this to pick which findings.md entries to read; it is not authoritative.
label,bucket,one_liner,status_raw
D24-D30,RESOLVED,green threads / kernel / crash handler,resolved
D31-D42,RESOLVED,"boot ABI: ANIM_DATA, music seq-table, libaudio banks, Globalimagetable rebase, GL context, rsp toggle",resolved
D43-D50,RESOLVED,"model-file loading → offline sidecar ""Plan B"" (d43_emit.py); D50.6 texCopyGdls full-slot copy",resolved
D51-D58,RESOLVED,"font pixeldata, osGetCount tick rate, model RW pools, cseq BE header, synth slots, RLE menu bg, watch raw offsets, gun-barrel DL",resolved
D59-D68,RESOLVED,"intro render: blood-RLE clobber, DMA validate, OSMesgQueue, HEADS/BODIES sentinels, romCopy width, image_entry, Globalimagetable BE→LE",resolved
D70-D74,RESOLVED,"intro-logo pixels: C-array bswap, UV path, sinf/cosf DVAL(), texture-import truncation",resolved
D75,OPEN,front-end 3D model transforms (D77 audio split out below —,"OPEN (parked). M-32 triage (see §F ""D75 ADDENDUM""):"
D76 · D164,PROPOSED,disclaimer/legal screen only draws line 1 —,fix proposed (not applied —
D159,FIXED,"front-end wallet-Bond photo ""interlaced""/combed (RC1 / D149) —",FIXED (#ifdef PORT no-op the swap in image.c)
D161,FIXED,Depot (-level_30) ceiling = bright-blue speckle + radial rays (B2).,FIXED (port/fast3d/gfx_pc.cpp)
D165 · D166,FIXED,"input-layer polish (M-31, port-only, port/src/input.c):",FIXED
D180 · D181,PARTIAL,"native-PC input pass (QoL run, qol/native-pc-input-menu):","LANDED, config-gated, feel-checks owed"
D186,PARTIAL,"Video.FpsCap throttles the sim, not just presentation (M-39 diag, M-42 clamp).","CLAMP LANDED (port/fast3d/gfx_sdl2.cpp, port/src/video.c); real fix owed"
D187,FIXED,"HUD ammo-type/weapon icon vanished at -O2 (M-46 root-cause, M-47 fix + verify).","FIXED (src/game/gunfire.c, #ifdef AVOID_UB); PR #19"
D188,FIXED,Linux -O2 boot crash:,"FIXED (src/libultrare/libc/xprintf.c, src/sprintf.c, #ifdef PORT); PR #22"
D189,FIXED,Linux -fstack-protector aborts on the decomp's latent stack-buffer overruns (M-48) —,"FIXED (CMakeLists.txt, src/game/stan.c #ifdef PORT); PR #23"
D190,?,"Linux -level_45 SIGSEGV at load in add_ptr_to_objective (objective.c:64) (M-48, open).","CLOSED — not a port bug; level 45 is MP-only and has no solo setup file in the ROM (root-caused M-105, reproduced on Windows)."
D191,FIXED,Windows -O2 release-bundle crash:,FIXED + PLAYTEST-VERIFIED (M-79).
D193,FIXED,NPC AI locomotion is too slow —,FIXED + user-playtest-verified (M-81) —
D194,PARTIAL,Mouse input needs another tuning pass —,PARTIAL — M-120 human playtest:
D195,FIXED,"Transparency / alpha surfaces broken on Control (M-49, user playtest) —","FIXED (port/fast3d/gfx_pc.cpp, gfx_sp_vertex) —"
D197,?,"Character face/head textures wrap around the head, seen on Silo (M-49, user playtest).",CLOSED — user playtest v0.2.0-pre
D198,FIXED,alAdpcmPull/_decodeChunk used K0_TO_PHYS (an unconditional & 0x1FFFFFFF mask) on 64-bit heap pointers (src/libultra/audio/load.c).,FIXED (src/libultra/audio/load.c) —
D199,PARTIAL,Phase-3 software audio mixer:,"LANDED (port/src/mixer.c, port/include/mixer.h, include/PR/abi.h) —"
D200,FIXED,-level_09 segfault: reverb's ALDelay.input/output are u32 —,FIXED — 5-line cast in reverb.c (this session)
D196,FIXED,"OS mouse cursor stays visible after closing the F10 options overlay in click-to-lock mode (M-49, user playtest).","FIXED (6e758f1d, merged to main) —"
D192,?,Front-end mission/level-select grid pointer still can't reach the outer cells —,"CLOSED — the buggy mode 0 was removed entirely in the v0.2.0 prep pass (see D239); click-to-lock is now the only capture mode, so the unreachable-cells path no longer exists"
D221,FIXED,SELECT FILE screen: the mouse hit-box for a file slot is vertically offset from its visible box —,FIXED (M-91) — root cause was NOT a coordinate/origin mismatch:
D222,FIXED,High Video.FovScale breaks culling —,"FIXED, awaiting visual verification (M-121)."
D223,FIXED,QoL ask: mouse-wheel weapon cycling should be directional like a normal PC shooter —,"FIXED (M-105, port/src/input.c) —"
D224,FIXED,"QoL gap (M-87, from a PD-PC-port survey):","DEPRIORITIZED (M-87, user call)."
D225,OPEN,"Dev-tooling QoL (M-87, user ask):","OPEN — root-caused, not implemented."
D226,OPEN,"QoL ask: player-adjustable HUD scale for the ammo counter, bottom-left pickup/item status text, and top-of-screen dialogue/subtitle text.","OPEN — root cause / call sites identified, not designed or implemented."
D227,FIXED,Sky renders as two independently-moving halves —,"FIXED (M-100b, PR #43) —"
D229,FIXED,"Water on IsWater levels renders green and pulses blue<->green on an interval (M-101, user playtest, Frigate -level_26; Surface 2 also an IsWater level).",FIXED (port-layer) — root cause:
D230,OPEN,In-level music quality:,"OPEN — static-analysis pass done (M-108), not runtime-confirmed."
D233,FIXED,All levels (intermittent):,"FIXED (port/fast3d/gfx_pc.cpp, gfx_sp_tri1) —"
D234,FIXED,"Dam: guard towers along the dam structure invisible except the first one (M-106, user QA report).",VISUALLY VERIFIED FIXED (M-108) —
D244,OPEN,Self-hosted CI runner (corpyvt6agent01) link failure:,"OPEN, not yet fixed. Next:"
D228,FIXED,AK47 (and other) weapon models still show WHITE missing-texture patches after D217's texpool-alignment fix —,"FIXED (port/fast3d/gfx_pc.cpp, palette_to_rgba32) —"
D204,FIXED,PC audio ran ~2 % below real time permanently:,"FIXED (port/src/audio.c, port/src/libultra.c, port/include/audio.h) —"
D203,?,"Steam Deck (SteamOS, x86_64 Linux) v0.1.0 release bundle:",CLOSED — root cause + fix in D253.
D201,FIXED,"src/libultra/audio/bnkf.c bank/instrument/sound/wavetable relocation offsets were s32, truncating the real 64-bit base pointer.",FIXED (src/libultra/audio/bnkf.c) —
D202,RESOLVED,"Silenced PPK plays a ""slap"" instead of a gunshot, PLUS user reports broader real-time audio corruption (M-52 → M-59 → REOPENED M-60 → M-61/M-62 closed the data…",ROOT CAUSE ESTABLISHED (M-66); DISPOSITION C IMPLEMENTED + MEASURED (M-66b) —
D206,FIXED,PC played every SFX one bank slot too high —,"FIXED (M-76, src/snd.c:1001, #ifdef PORT → soundArray[soundIndex - 1], N64 line verbatim under #else)."
D207,PROPOSED,Alarm klaxon starves combat SFX and (per user) doesn't recover after it stops —,MONITORING (M-77c: user reports the alarm is acceptable in play after D206; no fix shipped) —
D208,FIXED,Player weapon-fire sound goes permanently silent mid-firefight (all other SFX unaffected) —,FIXED + user playtest-verified (M-78d) —
D209,FIXED,Every AI character in the game is locked to a *walk* animation regardless of the speed the ailist commands —,FIXED + user-playtest-verified (M-81).
D210,FIXED,chrToPatrol() leaves act_patrol.lastvisible60 uninitialised on PC —,"FIXED (chraction.c:3872, #ifdef PORT → self->act_patrol.lastvisible60 = -1;, N64 line under #else)."
D205,RESOLVED,PC plays wrong/extra SFX for gameplay events the user can A/B against N64:,CLOSED (M-78) — root cause was D206; all four symptoms resolved + user-confirmed by ear vs N64.
D152+,FIXED,D152 addendum (M-31):,"FIXED (src/snd.c, port/src/libultra.c, #ifdef PORT) —"
D168,FIXED,GE_PCDUMP / F12 PPM captures were vertically flipped —,FIXED (port/fast3d/gfx_opengl.cpp); D114 / D116 reclassified as capture-orientation artifacts (below).
D169,FIXED,Front-end mouse pointer can't reach the outer cells of the mission/level-select grid —,"FIXED (M-33, port/src/input.c, port-only, no #ifdef PORT)."
D178,FIXED,Pre-mission briefing screen:,FIXED (M-36) — high confidence
D175,OPEN,In-game stutter / brief hang during normal play (user QA report):,"OPEN — observed, not investigated"
D176,FIXED,"Surface exterior renders wrong (-level_36), two independent defects.","(a) ""scrolls too fast/tiles too visibly"" ROOT-CAUSED + FIXED (see ""D176(a) —"
D177,FIXED,Ladders non-functional —,FIXED (M-36) — high confidence; interactive climb test owed
D172,FIXED,"Bullet-impact / blood / spark particles render magenta or cyan instead of dark red (M-82, ROOT CAUSE FOUND + FIXED).",FIXED (port/fast3d/gfx_pc.cpp gfx_lod_tile_offset):
D174,OPEN,"""No blood effect"" (user QA report).",OPEN — observed; first step = BUNKER1 firefight with regenerated sidecars
D183,OPEN,"M-36 Family A (""texture line/pitch shear"") is DISPROVEN for the Surface repro (-level_36).",Hypothesis DISPROVEN + diagnostics shipped; D176(b)/D182(2) still OPEN
D173,OPEN,Third-person Bond model spawns too high (user QA report):,"OPEN — observed, not investigated."
D179,FIXED,Packaged build crashes after the logos —,"Diagnosed, not fixed —"
D180,PARTIAL,"Native-PC input pass (M-XX QoL run, qol/native-pc-input-menu, port-only).","LANDED, port-only, no #ifdef PORT."
D181,PARTIAL,Game.ScreenShakeIntensity —,"LANDED behind config, default = original."
D184,PARTIAL,F10 port-layer options overlay —,"LANDED, port-only, no #ifdef PORT in src/."
D211,PARTIAL,"PC FOV slider — Video.FovScale (M-83 QoL wave, port-only, WIDESCREEN-FOV-PLAN.md Phase 4).",PARTIAL — M-84 refix:
D212,PARTIAL,Anisotropic-filtering config wiring —,"LANDED, port-only. Build clean."
D213,PARTIAL,On-screen FPS readout —,"LANDED, port-only. Build clean; bunker1 no-op confirmed."
D214,PARTIAL,"Keyboard rebinding — [Input.Bind] config section (M-83, port-only, PD parity, Phase 4 debt).",PARTIAL — M-84: code PASS (alt/ctrl); one doc-only fix.
D215,FIXED,1P weapon viewmodel never drew in-level —,"FIXED (src/game/gunfire.c, #ifdef PORT)."
D216,PARTIAL,"Game.SkipIntro — boot straight to the file-select menu (M-83, port + one #ifdef PORT game-code line, PD parity, Phase 4 quick win).",LANDED + VERIFIED this session.
D217,FIXED,1P weapon viewmodel + third-person Bond model textures render garbled —,FIXED (M-90/M-92/M-97; PR #47 texpool alignment + PR #49 CI-cache palette key) —
D218,FIXED,Wide FOV exposes the per-level draw-distance / fog boundary —,"Logged (M-84), fix proposed + parked."
D219,RESOLVED,"PPK explosions render purple on Dam (M-87, user QA, ""not 3D but noting"").","RESOLVED (M-115, 2026-09-12) —"
D220,PARTIAL,"1P muzzle flash position shifts upward at higher Video.FovScale (M-87, user QA, Jungle/M16).","ANALYZED (M-91) — the suspected unscaled-viewmodel root does NOT hold; this is correct perspective behavior, likely cosmetic/QoL."
D85,OPEN,room primary/secondary DL → texLoadFromGdl garbage,"OPEN (safety-netted; widen/pool fixes landed, geometry now renders)"
D86 · D87,RESOLVED,modelInitRwData truncated ptr · attract-demo BE ramromfilestructure,resolved
D88.4,RESOLVED,propDefs polymorphic record stream not byteswapped → setupDoor crash,resolved (d88_propdefs.py); layout audit M-20 → D132
D132,PROPOSED,D88 propDefs layout audit (M-20):,proposed fix (not applied) —
D157,FIXED,"Campaign never unlocks the next level (M-30, user bug —","FIXED (src/bondtypes.h, #ifdef PORT —"
D160,PARTIAL,Dam level-end cutscene (Bond off the dam / bungee) never plays —,"DIAGNOSTIC SHIPPED, not root-caused (c95713f5, #ifdef PORT + GE_D160=1):"
D89-D92,RESOLVED,"stage-load→frame: stan zero-fill overrun, portal address trunc, chr/AI spawn ptrs",resolved
D93-D102,RESOLVED,struct-pun / hardcoded-size pass:,resolved (D95 pool bump partial)
D103-D107,RESOLVED,"BUNKER1 viewport height, depth-buffer clear (G_CLEAR_DEPTH_EXT), portal near-plane, LOD mip tile",resolved
D108-D112,RESOLVED,skeletal models: d43_emit.py put_f32 byte-reversal bug,resolved
D113-D116,FIXED,portal BFS ok · matrix chain ok · player raw-offset audit + gunfire.c THROW* · HUD text X-mirror,"D114/D116 CLOSED — NOT A BUG (M-33, see D168):"
D117,OPEN,frame nondeterminism root-caused; GE_DETERM deferred; framediff.py structural.,"OPEN (mode attempted, not achieved)"
D118,RESOLVED,SDL input layer (port/src/input.c); M-24 mouse-look rework:,resolved (D118a residual)
D150,FIXED,watch OBJECTIVES / BRIEF page crash:,FIXED (src/str.c #ifdef PORT); interactive re-verify pending
D137,FIXED,right-mouse (aim-sight) crash:,FIXED (src/game/gunfire.c #ifdef PORT —
D119 · D120,FIXED,guard-attack weapons_held[]->chr pun crash · blood-stain PointUsage[] chain hang,D119 fixed · D120 FIXED (M-30)
D120,FIXED,Blood-decal PointUsage[] chain —,FIXED (tools_pc/d43_emit.py).
D121,RESOLVED,WS1 frictionless per-level boot:,resolved
D122,FIXED,per-level prop/item model-load crash (Dam/Facility/Runway modelLoad/modelInitRwData):,converter fixed; residual chr/fast3d crashes on those levels are separate
D123,FIXED,crash class C1: chrIsNotDeadOrShot NULL deref on 6 levels (Dam/Runway/Frigate/Statue/Streets/Cradle).,"converter fixed (OBJ_ID_WORDS); C1 cleared on all 6, residual crashes are fast3d (C2)"
D125,RESOLVED,crash classes C3+C6 (Aztec/Bunker2/Surface2):,resolved (M-16b) — line 374 → 8 NULs; all 21 sidecars regen'd; Aztec -level_28 now PASSES (was C3 CRASH).
D126,RESOLVED,"crash classes C3r/C4/C6 (Bunker2 -level_27 door7F054FB4 propobj.c:13523, Depot -level_30 prop.c:902, Surface2 -level_43 loadobjectmodel.c:393):",resolved — d88_propdefs.py PROPDEF_PC_BYTES[30/32/33/35]=24 + typed handler; loadobjectmodel.c sizepropdef PORT returns 6.
D124,FIXED,crash class C2: fast3d bad texture pointer.,Jungle fixed (port/src/gimgfixup.c); Facility → D130
D131,RESOLVED,crash class C2m (Jungle -level_37):,"resolved — seg_addr() restores the module high word for any fallthrough w1 in [0x40000000, 0x70000000) (module fixed-based at 0x140000000, no ASLR; DRAM/KSEG0/segmented/phys all handled earlier)."
D133,RESOLVED,intro render triage (M-20):,"RESOLVED — not a regression, parked (D75/D76, GRAPHICS-BACKLOG.md)"
D134,FIXED,"Frame-2 boot hang / sweep ""NO-FRAMES"" flakiness —",FIXED (port/src/libultra.c)
D135,FIXED,"Firefight crash — bgTestHitOnObj (propobj.c:8446) is an unported N64 GBI parser (M-22, WS6 playtest).","FIXED (src/game/propobj.c, #ifdef PORT —"
D136,RESOLVED,"Stage-unload crash — objFree obj->prop reads float garbage (M-22, WS6 Facility playthrough).",ROOT-CAUSED → D139 (it was NOT a layout bug —
D139,FIXED,Stage-unload crash root cause + fix (M-23).,"FIXED (src/game/cleanup_objects.c, #ifdef PORT —"
D140,FIXED,Pause-menu crash (M-23 open → M-27 fixed).,"FIXED (src/game/bondview.h, src/game/bondview2.c; #ifdef PORT)."
D141,FIXED,"Watch-menu item-model crash (M-27), exposed by D140.","FIXED (src/game/gunfire.c, #ifdef PORT)."
D152,OPEN,"Mission-failed / objective-failed → permanent black screen (M-28, user bug report —","MITIGATED (port/src/libultra.c, M-28, #ifdef PORT/port-only)."
D154,FIXED,"bg.c room-geometry ray/hit-test GBI parser port (M-28, WRITTEN / UNVERIFIED / UNCOMMITTED).",M-30 re-audit + fixes (still playtest-gated for final verify).
D156,PARTIAL,"Facility outro-cutscene ""hang"" —","GUARDED (src/game/model.c, #ifdef PORT):"
D155,FIXED,"Facility outro-cutscene end → ""hang"" = unclamped deltaFrames spiral (M-29, user bug report).","FIXED (src/game/frametiming.c, #ifdef PORT —"
D153,RESOLVED,"-level_09 frame ~900–1400 0xc0000005 = D117/D134 load flakiness, NOT a bug (M-28).",NOT A BUG — closed. Run anchors on a quiet machine.
D151,FIXED,Watch data all blank —,"FIXED (src/bondtypes.h, #ifdef PORT —"
D130,RESOLVED,"crash class C2 (Facility -level_34, Runway -level_35):",resolved — stage all 6 N64 fields in a local f[6] before writing any.
D164,PROPOSED,"Disclaimer / legal screen only draws the first line (D76 root cause, M-31).","FIX PROPOSED, NOT APPLIED (front.c is owned by another agent this session)."
D165,FIXED,"Front-end menu cursor doesn't feel like a mouse pointer (M-31, user bug B5 follow-up).","FIXED (port/src/input.c; Input.MenuPointerMode, Input.HipfirePitchSpeed added)."
D166,FIXED,Hipfire mouse pitch is digital while yaw is analog —,FIXED (port/src/input.c).
D235,OPEN,Wrong textures load after dying/restarting a level —,OPEN — needs: does it repro on a *fresh* level boot (rules out reload-state) vs only after death/restart (confirms it); which surfaces; a screenshot.
D236,OPEN,"Surface 1: 2D billboard trees render as a wall/sheet of tree texture instead of discrete camera-facing tree sprites (M-106, user QA report).",OPEN — not investigated
D237,OPEN,"QoL ask (M-106, user QA):",OPEN — not designed; port-only
D238,OPEN,"QoL ask (M-106, user QA):",OPEN — not designed; port-only (port/src/input.c + config.c)
D239,?,"QoL ask (M-106, user QA):",CLOSED — executed in the v0.2.0 prep pass (port-only):
D240,OPEN,"Player gunshot SFX timing/cadence reportedly does not match the N64 original's rate (M-106, user QA report).","OPEN — not root-caused; static call-site tracing only, no runtime verification possible in this environment."
D241,OPEN,Player gunshot SFX goes silent under some conditions —,"OPEN — not newly root-caused; high confidence this is D207 reproduced, not an independent bug."
D242,?,Player-death sequence UX regression vs N64 original:,NOT A PORT-LOGIC BUG as far as static analysis can tell.
D243,OPEN,"Dam end-of-level cutscene (the abseil/bungee sequence, D148/D160's subject):",OPEN — M-109 re-analysis of the same session's raw logs corrects the timing/pattern claims above; the D134/pendingGfx race hypothesis is likely wrong.
D245,OPEN,IsWater water: two competing patterns with a visible seam that moves as the player looks around (mouse/aim) —,"OPEN — REOPENED (M-116 live playtest, same session):"
D246,OPEN,"Tiny pixel strips at the left and right edges of the screen, ""like overscan"" —","OPEN — one candidate ruled out (M-116 follow-up), root cause not found."
D247,RESOLVED,Black bars top and bottom of screen —,"NOT A BUG — confirmed faithful, unmodified N64 decomp behaviour, no code change made."
D248,FIXED,"Port runs a stable 30 FPS instead of 60 FPS game-wide (M-117, user asked to verify FPS after the D209 timing-keystone fixes).","FIXED, root-caused to a genuine pointer-width ABI bug in src/sched.c (compiled for the PC build, not excluded)."
D249,OPEN,"LOD/culling breaks down on large open levels (Streets, Egyptian named specifically) at *default* FOV —",OPEN — not investigated.
D250,?,FPS is inconsistent/low on many levels since the port started actually running at 60fps —,
D251,FIXED,F10 options overlay QoL pass:,"FIXED (port-only, port/src/optionsoverlay.c)."
D252,?,"Particle effects cycle through a rainbow palette (M-124, user playtest of the v0.2.0-pre candidate).",
D253,FIXED,Facility (and any level with a FORCECROUCH/LADDER linked special tile) SIGSEGV on Linux/Steam Deck —,FIXED — Deck-verified:
D254,FIXED,Linux crash handler destroyed its own logs:,FIXED — field-verified.
D255,OPEN,"Facility firefight SIGSEGV on Steam Deck (v0.2.0-pre CI bundle, D253 fix confirmed working —","OPEN — case identified (NULL model on an active OBJ record; destroy-path ordering), reproducible on Deck in combat (Bunker + Frigate); fix pending rule-#2 sign-off."
D256,FIXED,Saves (and config) silently failed to persist on Linux whenever the game was not launched from the directory containing data/ —,FIXED (path half) — save-flow detail still owed from the user.
D257,FIXED,New Game.AllUnlocked option (F10; default flipped OFF for v0.2.0 —,FIXED — verified by user playtest (PR #79 merged); default flipped OFF for v0.2.0 (D259).
D259,OPEN,Game.AllUnlocked (D257) breaks audio on a fresh save:,OPEN — quirk documented; default flipped OFF for v0.2.0 (port/src/video.c); fix deferred.
D258,OPEN,PAL/JP asset conversion is broken at the source-data level —,"OPEN — repair path verified, not applied (out of v0.2.0 scope)."
1 # GENERATED by tools_pc/gen_findings_index.py -- do not hand-edit.
2 # Grep this to pick which findings.md entries to read; it is not authoritative.
3 label bucket one_liner status_raw
4 D24-D30 RESOLVED green threads / kernel / crash handler resolved
5 D31-D42 RESOLVED boot ABI: ANIM_DATA, music seq-table, libaudio banks, Globalimagetable rebase, GL context, rsp toggle resolved
6 D43-D50 RESOLVED model-file loading → offline sidecar "Plan B" (d43_emit.py); D50.6 texCopyGdls full-slot copy resolved
7 D51-D58 RESOLVED font pixeldata, osGetCount tick rate, model RW pools, cseq BE header, synth slots, RLE menu bg, watch raw offsets, gun-barrel DL resolved
8 D59-D68 RESOLVED intro render: blood-RLE clobber, DMA validate, OSMesgQueue, HEADS/BODIES sentinels, romCopy width, image_entry, Globalimagetable BE→LE resolved
9 D70-D74 RESOLVED intro-logo pixels: C-array bswap, UV path, sinf/cosf DVAL(), texture-import truncation resolved
10 D75 OPEN front-end 3D model transforms (D77 audio split out below — OPEN (parked). M-32 triage (see §F "D75 ADDENDUM"):
11 D76 · D164 PROPOSED disclaimer/legal screen only draws line 1 — fix proposed (not applied —
12 D159 FIXED front-end wallet-Bond photo "interlaced"/combed (RC1 / D149) — FIXED (#ifdef PORT no-op the swap in image.c)
13 D161 FIXED Depot (-level_30) ceiling = bright-blue speckle + radial rays (B2). FIXED (port/fast3d/gfx_pc.cpp)
14 D165 · D166 FIXED input-layer polish (M-31, port-only, port/src/input.c): FIXED
15 D180 · D181 PARTIAL native-PC input pass (QoL run, qol/native-pc-input-menu): LANDED, config-gated, feel-checks owed
16 D186 PARTIAL Video.FpsCap throttles the sim, not just presentation (M-39 diag, M-42 clamp). CLAMP LANDED (port/fast3d/gfx_sdl2.cpp, port/src/video.c); real fix owed
17 D187 FIXED HUD ammo-type/weapon icon vanished at -O2 (M-46 root-cause, M-47 fix + verify). FIXED (src/game/gunfire.c, #ifdef AVOID_UB); PR #19
18 D188 FIXED Linux -O2 boot crash: FIXED (src/libultrare/libc/xprintf.c, src/sprintf.c, #ifdef PORT); PR #22
19 D189 FIXED Linux -fstack-protector aborts on the decomp's latent stack-buffer overruns (M-48) — FIXED (CMakeLists.txt, src/game/stan.c #ifdef PORT); PR #23
20 D190 ? Linux -level_45 SIGSEGV at load in add_ptr_to_objective (objective.c:64) (M-48, open). CLOSED — not a port bug; level 45 is MP-only and has no solo setup file in the ROM (root-caused M-105, reproduced on Windows).
21 D191 FIXED Windows -O2 release-bundle crash: FIXED + PLAYTEST-VERIFIED (M-79).
22 D193 FIXED NPC AI locomotion is too slow — FIXED + user-playtest-verified (M-81) —
23 D194 PARTIAL Mouse input needs another tuning pass — PARTIAL — M-120 human playtest:
24 D195 FIXED Transparency / alpha surfaces broken on Control (M-49, user playtest) — FIXED (port/fast3d/gfx_pc.cpp, gfx_sp_vertex) —
25 D197 ? Character face/head textures wrap around the head, seen on Silo (M-49, user playtest). CLOSED — user playtest v0.2.0-pre
26 D198 FIXED alAdpcmPull/_decodeChunk used K0_TO_PHYS (an unconditional & 0x1FFFFFFF mask) on 64-bit heap pointers (src/libultra/audio/load.c). FIXED (src/libultra/audio/load.c) —
27 D199 PARTIAL Phase-3 software audio mixer: LANDED (port/src/mixer.c, port/include/mixer.h, include/PR/abi.h) —
28 D200 FIXED -level_09 segfault: reverb's ALDelay.input/output are u32 — FIXED — 5-line cast in reverb.c (this session)
29 D196 FIXED OS mouse cursor stays visible after closing the F10 options overlay in click-to-lock mode (M-49, user playtest). FIXED (6e758f1d, merged to main) —
30 D192 ? Front-end mission/level-select grid pointer still can't reach the outer cells — CLOSED — the buggy mode 0 was removed entirely in the v0.2.0 prep pass (see D239); click-to-lock is now the only capture mode, so the unreachable-cells path no longer exists
31 D221 FIXED SELECT FILE screen: the mouse hit-box for a file slot is vertically offset from its visible box — FIXED (M-91) — root cause was NOT a coordinate/origin mismatch:
32 D222 FIXED High Video.FovScale breaks culling — FIXED, awaiting visual verification (M-121).
33 D223 FIXED QoL ask: mouse-wheel weapon cycling should be directional like a normal PC shooter — FIXED (M-105, port/src/input.c) —
34 D224 FIXED QoL gap (M-87, from a PD-PC-port survey): DEPRIORITIZED (M-87, user call).
35 D225 OPEN Dev-tooling QoL (M-87, user ask): OPEN — root-caused, not implemented.
36 D226 OPEN QoL ask: player-adjustable HUD scale for the ammo counter, bottom-left pickup/item status text, and top-of-screen dialogue/subtitle text. OPEN — root cause / call sites identified, not designed or implemented.
37 D227 FIXED Sky renders as two independently-moving halves — FIXED (M-100b, PR #43) —
38 D229 FIXED Water on IsWater levels renders green and pulses blue<->green on an interval (M-101, user playtest, Frigate -level_26; Surface 2 also an IsWater level). FIXED (port-layer) — root cause:
39 D230 OPEN In-level music quality: OPEN — static-analysis pass done (M-108), not runtime-confirmed.
40 D233 FIXED All levels (intermittent): FIXED (port/fast3d/gfx_pc.cpp, gfx_sp_tri1) —
41 D234 FIXED Dam: guard towers along the dam structure invisible except the first one (M-106, user QA report). VISUALLY VERIFIED FIXED (M-108) —
42 D244 OPEN Self-hosted CI runner (corpyvt6agent01) link failure: OPEN, not yet fixed. Next:
43 D228 FIXED AK47 (and other) weapon models still show WHITE missing-texture patches after D217's texpool-alignment fix — FIXED (port/fast3d/gfx_pc.cpp, palette_to_rgba32) —
44 D204 FIXED PC audio ran ~2 % below real time permanently: FIXED (port/src/audio.c, port/src/libultra.c, port/include/audio.h) —
45 D203 ? Steam Deck (SteamOS, x86_64 Linux) v0.1.0 release bundle: CLOSED — root cause + fix in D253.
46 D201 FIXED src/libultra/audio/bnkf.c bank/instrument/sound/wavetable relocation offsets were s32, truncating the real 64-bit base pointer. FIXED (src/libultra/audio/bnkf.c) —
47 D202 RESOLVED Silenced PPK plays a "slap" instead of a gunshot, PLUS user reports broader real-time audio corruption (M-52 → M-59 → REOPENED M-60 → M-61/M-62 closed the data… ROOT CAUSE ESTABLISHED (M-66); DISPOSITION C IMPLEMENTED + MEASURED (M-66b) —
48 D206 FIXED PC played every SFX one bank slot too high — FIXED (M-76, src/snd.c:1001, #ifdef PORT → soundArray[soundIndex - 1], N64 line verbatim under #else).
49 D207 PROPOSED Alarm klaxon starves combat SFX and (per user) doesn't recover after it stops — MONITORING (M-77c: user reports the alarm is acceptable in play after D206; no fix shipped) —
50 D208 FIXED Player weapon-fire sound goes permanently silent mid-firefight (all other SFX unaffected) — FIXED + user playtest-verified (M-78d) —
51 D209 FIXED Every AI character in the game is locked to a *walk* animation regardless of the speed the ailist commands — FIXED + user-playtest-verified (M-81).
52 D210 FIXED chrToPatrol() leaves act_patrol.lastvisible60 uninitialised on PC — FIXED (chraction.c:3872, #ifdef PORT → self->act_patrol.lastvisible60 = -1;, N64 line under #else).
53 D205 RESOLVED PC plays wrong/extra SFX for gameplay events the user can A/B against N64: CLOSED (M-78) — root cause was D206; all four symptoms resolved + user-confirmed by ear vs N64.
54 D152+ FIXED D152 addendum (M-31): FIXED (src/snd.c, port/src/libultra.c, #ifdef PORT) —
55 D168 FIXED GE_PCDUMP / F12 PPM captures were vertically flipped — FIXED (port/fast3d/gfx_opengl.cpp); D114 / D116 reclassified as capture-orientation artifacts (below).
56 D169 FIXED Front-end mouse pointer can't reach the outer cells of the mission/level-select grid — FIXED (M-33, port/src/input.c, port-only, no #ifdef PORT).
57 D178 FIXED Pre-mission briefing screen: FIXED (M-36) — high confidence
58 D175 OPEN In-game stutter / brief hang during normal play (user QA report): OPEN — observed, not investigated
59 D176 FIXED Surface exterior renders wrong (-level_36), two independent defects. (a) "scrolls too fast/tiles too visibly" ROOT-CAUSED + FIXED (see "D176(a) —
60 D177 FIXED Ladders non-functional — FIXED (M-36) — high confidence; interactive climb test owed
61 D172 FIXED Bullet-impact / blood / spark particles render magenta or cyan instead of dark red (M-82, ROOT CAUSE FOUND + FIXED). FIXED (port/fast3d/gfx_pc.cpp gfx_lod_tile_offset):
62 D174 OPEN "No blood effect" (user QA report). OPEN — observed; first step = BUNKER1 firefight with regenerated sidecars
63 D183 OPEN M-36 Family A ("texture line/pitch shear") is DISPROVEN for the Surface repro (-level_36). Hypothesis DISPROVEN + diagnostics shipped; D176(b)/D182(2) still OPEN
64 D173 OPEN Third-person Bond model spawns too high (user QA report): OPEN — observed, not investigated.
65 D179 FIXED Packaged build crashes after the logos — Diagnosed, not fixed —
66 D180 PARTIAL Native-PC input pass (M-XX QoL run, qol/native-pc-input-menu, port-only). LANDED, port-only, no #ifdef PORT.
67 D181 PARTIAL Game.ScreenShakeIntensity — LANDED behind config, default = original.
68 D184 PARTIAL F10 port-layer options overlay — LANDED, port-only, no #ifdef PORT in src/.
69 D211 PARTIAL PC FOV slider — Video.FovScale (M-83 QoL wave, port-only, WIDESCREEN-FOV-PLAN.md Phase 4). PARTIAL — M-84 refix:
70 D212 PARTIAL Anisotropic-filtering config wiring — LANDED, port-only. Build clean.
71 D213 PARTIAL On-screen FPS readout — LANDED, port-only. Build clean; bunker1 no-op confirmed.
72 D214 PARTIAL Keyboard rebinding — [Input.Bind] config section (M-83, port-only, PD parity, Phase 4 debt). PARTIAL — M-84: code PASS (alt/ctrl); one doc-only fix.
73 D215 FIXED 1P weapon viewmodel never drew in-level — FIXED (src/game/gunfire.c, #ifdef PORT).
74 D216 PARTIAL Game.SkipIntro — boot straight to the file-select menu (M-83, port + one #ifdef PORT game-code line, PD parity, Phase 4 quick win). LANDED + VERIFIED this session.
75 D217 FIXED 1P weapon viewmodel + third-person Bond model textures render garbled — FIXED (M-90/M-92/M-97; PR #47 texpool alignment + PR #49 CI-cache palette key) —
76 D218 FIXED Wide FOV exposes the per-level draw-distance / fog boundary — Logged (M-84), fix proposed + parked.
77 D219 RESOLVED PPK explosions render purple on Dam (M-87, user QA, "not 3D but noting"). RESOLVED (M-115, 2026-09-12) —
78 D220 PARTIAL 1P muzzle flash position shifts upward at higher Video.FovScale (M-87, user QA, Jungle/M16). ANALYZED (M-91) — the suspected unscaled-viewmodel root does NOT hold; this is correct perspective behavior, likely cosmetic/QoL.
79 D85 OPEN room primary/secondary DL → texLoadFromGdl garbage OPEN (safety-netted; widen/pool fixes landed, geometry now renders)
80 D86 · D87 RESOLVED modelInitRwData truncated ptr · attract-demo BE ramromfilestructure resolved
81 D88.4 RESOLVED propDefs polymorphic record stream not byteswapped → setupDoor crash resolved (d88_propdefs.py); layout audit M-20 → D132
82 D132 PROPOSED D88 propDefs layout audit (M-20): proposed fix (not applied) —
83 D157 FIXED Campaign never unlocks the next level (M-30, user bug — FIXED (src/bondtypes.h, #ifdef PORT —
84 D160 PARTIAL Dam level-end cutscene (Bond off the dam / bungee) never plays — DIAGNOSTIC SHIPPED, not root-caused (c95713f5, #ifdef PORT + GE_D160=1):
85 D89-D92 RESOLVED stage-load→frame: stan zero-fill overrun, portal address trunc, chr/AI spawn ptrs resolved
86 D93-D102 RESOLVED struct-pun / hardcoded-size pass: resolved (D95 pool bump partial)
87 D103-D107 RESOLVED BUNKER1 viewport height, depth-buffer clear (G_CLEAR_DEPTH_EXT), portal near-plane, LOD mip tile resolved
88 D108-D112 RESOLVED skeletal models: d43_emit.py put_f32 byte-reversal bug resolved
89 D113-D116 FIXED portal BFS ok · matrix chain ok · player raw-offset audit + gunfire.c THROW* · HUD text X-mirror D114/D116 CLOSED — NOT A BUG (M-33, see D168):
90 D117 OPEN frame nondeterminism root-caused; GE_DETERM deferred; framediff.py structural. OPEN (mode attempted, not achieved)
91 D118 RESOLVED SDL input layer (port/src/input.c); M-24 mouse-look rework: resolved (D118a residual)
92 D150 FIXED watch OBJECTIVES / BRIEF page crash: FIXED (src/str.c #ifdef PORT); interactive re-verify pending
93 D137 FIXED right-mouse (aim-sight) crash: FIXED (src/game/gunfire.c #ifdef PORT —
94 D119 · D120 FIXED guard-attack weapons_held[]->chr pun crash · blood-stain PointUsage[] chain hang D119 fixed · D120 FIXED (M-30)
95 D120 FIXED Blood-decal PointUsage[] chain — FIXED (tools_pc/d43_emit.py).
96 D121 RESOLVED WS1 frictionless per-level boot: resolved
97 D122 FIXED per-level prop/item model-load crash (Dam/Facility/Runway modelLoad/modelInitRwData): converter fixed; residual chr/fast3d crashes on those levels are separate
98 D123 FIXED crash class C1: chrIsNotDeadOrShot NULL deref on 6 levels (Dam/Runway/Frigate/Statue/Streets/Cradle). converter fixed (OBJ_ID_WORDS); C1 cleared on all 6, residual crashes are fast3d (C2)
99 D125 RESOLVED crash classes C3+C6 (Aztec/Bunker2/Surface2): resolved (M-16b) — line 374 → 8 NULs; all 21 sidecars regen'd; Aztec -level_28 now PASSES (was C3 CRASH).
100 D126 RESOLVED crash classes C3r/C4/C6 (Bunker2 -level_27 door7F054FB4 propobj.c:13523, Depot -level_30 prop.c:902, Surface2 -level_43 loadobjectmodel.c:393): resolved — d88_propdefs.py PROPDEF_PC_BYTES[30/32/33/35]=24 + typed handler; loadobjectmodel.c sizepropdef PORT returns 6.
101 D124 FIXED crash class C2: fast3d bad texture pointer. Jungle fixed (port/src/gimgfixup.c); Facility → D130
102 D131 RESOLVED crash class C2m (Jungle -level_37): resolved — seg_addr() restores the module high word for any fallthrough w1 in [0x40000000, 0x70000000) (module fixed-based at 0x140000000, no ASLR; DRAM/KSEG0/segmented/phys all handled earlier).
103 D133 RESOLVED intro render triage (M-20): RESOLVED — not a regression, parked (D75/D76, GRAPHICS-BACKLOG.md)
104 D134 FIXED Frame-2 boot hang / sweep "NO-FRAMES" flakiness — FIXED (port/src/libultra.c)
105 D135 FIXED Firefight crash — bgTestHitOnObj (propobj.c:8446) is an unported N64 GBI parser (M-22, WS6 playtest). FIXED (src/game/propobj.c, #ifdef PORT —
106 D136 RESOLVED Stage-unload crash — objFree obj->prop reads float garbage (M-22, WS6 Facility playthrough). ROOT-CAUSED → D139 (it was NOT a layout bug —
107 D139 FIXED Stage-unload crash root cause + fix (M-23). FIXED (src/game/cleanup_objects.c, #ifdef PORT —
108 D140 FIXED Pause-menu crash (M-23 open → M-27 fixed). FIXED (src/game/bondview.h, src/game/bondview2.c; #ifdef PORT).
109 D141 FIXED Watch-menu item-model crash (M-27), exposed by D140. FIXED (src/game/gunfire.c, #ifdef PORT).
110 D152 OPEN Mission-failed / objective-failed → permanent black screen (M-28, user bug report — MITIGATED (port/src/libultra.c, M-28, #ifdef PORT/port-only).
111 D154 FIXED bg.c room-geometry ray/hit-test GBI parser port (M-28, WRITTEN / UNVERIFIED / UNCOMMITTED). M-30 re-audit + fixes (still playtest-gated for final verify).
112 D156 PARTIAL Facility outro-cutscene "hang" — GUARDED (src/game/model.c, #ifdef PORT):
113 D155 FIXED Facility outro-cutscene end → "hang" = unclamped deltaFrames spiral (M-29, user bug report). FIXED (src/game/frametiming.c, #ifdef PORT —
114 D153 RESOLVED -level_09 frame ~900–1400 0xc0000005 = D117/D134 load flakiness, NOT a bug (M-28). NOT A BUG — closed. Run anchors on a quiet machine.
115 D151 FIXED Watch data all blank — FIXED (src/bondtypes.h, #ifdef PORT —
116 D130 RESOLVED crash class C2 (Facility -level_34, Runway -level_35): resolved — stage all 6 N64 fields in a local f[6] before writing any.
117 D164 PROPOSED Disclaimer / legal screen only draws the first line (D76 root cause, M-31). FIX PROPOSED, NOT APPLIED (front.c is owned by another agent this session).
118 D165 FIXED Front-end menu cursor doesn't feel like a mouse pointer (M-31, user bug B5 follow-up). FIXED (port/src/input.c; Input.MenuPointerMode, Input.HipfirePitchSpeed added).
119 D166 FIXED Hipfire mouse pitch is digital while yaw is analog — FIXED (port/src/input.c).
120 D235 OPEN Wrong textures load after dying/restarting a level — OPEN — needs: does it repro on a *fresh* level boot (rules out reload-state) vs only after death/restart (confirms it); which surfaces; a screenshot.
121 D236 OPEN Surface 1: 2D billboard trees render as a wall/sheet of tree texture instead of discrete camera-facing tree sprites (M-106, user QA report). OPEN — not investigated
122 D237 OPEN QoL ask (M-106, user QA): OPEN — not designed; port-only
123 D238 OPEN QoL ask (M-106, user QA): OPEN — not designed; port-only (port/src/input.c + config.c)
124 D239 ? QoL ask (M-106, user QA): CLOSED — executed in the v0.2.0 prep pass (port-only):
125 D240 OPEN Player gunshot SFX timing/cadence reportedly does not match the N64 original's rate (M-106, user QA report). OPEN — not root-caused; static call-site tracing only, no runtime verification possible in this environment.
126 D241 OPEN Player gunshot SFX goes silent under some conditions — OPEN — not newly root-caused; high confidence this is D207 reproduced, not an independent bug.
127 D242 ? Player-death sequence UX regression vs N64 original: NOT A PORT-LOGIC BUG as far as static analysis can tell.
128 D243 OPEN Dam end-of-level cutscene (the abseil/bungee sequence, D148/D160's subject): OPEN — M-109 re-analysis of the same session's raw logs corrects the timing/pattern claims above; the D134/pendingGfx race hypothesis is likely wrong.
129 D245 OPEN IsWater water: two competing patterns with a visible seam that moves as the player looks around (mouse/aim) — OPEN — REOPENED (M-116 live playtest, same session):
130 D246 OPEN Tiny pixel strips at the left and right edges of the screen, "like overscan" — OPEN — one candidate ruled out (M-116 follow-up), root cause not found.
131 D247 RESOLVED Black bars top and bottom of screen — NOT A BUG — confirmed faithful, unmodified N64 decomp behaviour, no code change made.
132 D248 FIXED Port runs a stable 30 FPS instead of 60 FPS game-wide (M-117, user asked to verify FPS after the D209 timing-keystone fixes). FIXED, root-caused to a genuine pointer-width ABI bug in src/sched.c (compiled for the PC build, not excluded).
133 D249 OPEN LOD/culling breaks down on large open levels (Streets, Egyptian named specifically) at *default* FOV — OPEN — not investigated.
134 D250 ? FPS is inconsistent/low on many levels since the port started actually running at 60fps —
135 D251 FIXED F10 options overlay QoL pass: FIXED (port-only, port/src/optionsoverlay.c).
136 D252 ? Particle effects cycle through a rainbow palette (M-124, user playtest of the v0.2.0-pre candidate).
137 D253 FIXED Facility (and any level with a FORCECROUCH/LADDER linked special tile) SIGSEGV on Linux/Steam Deck — FIXED — Deck-verified:
138 D254 FIXED Linux crash handler destroyed its own logs: FIXED — field-verified.
139 D255 OPEN Facility firefight SIGSEGV on Steam Deck (v0.2.0-pre CI bundle, D253 fix confirmed working — OPEN — case identified (NULL model on an active OBJ record; destroy-path ordering), reproducible on Deck in combat (Bunker + Frigate); fix pending rule-#2 sign-off.
140 D256 FIXED Saves (and config) silently failed to persist on Linux whenever the game was not launched from the directory containing data/ — FIXED (path half) — save-flow detail still owed from the user.
141 D257 FIXED New Game.AllUnlocked option (F10; default flipped OFF for v0.2.0 — FIXED — verified by user playtest (PR #79 merged); default flipped OFF for v0.2.0 (D259).
142 D259 OPEN Game.AllUnlocked (D257) breaks audio on a fresh save: OPEN — quirk documented; default flipped OFF for v0.2.0 (port/src/video.c); fix deferred.
143 D258 OPEN PAL/JP asset conversion is broken at the source-data level — OPEN — repair path verified, not applied (out of v0.2.0 scope).
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# GitHub preview video — runbook
The README embeds `docs/media/goldeneye-gh-preview.mp4` (the gif of the same
name is too heavy for GitHub; keep it only if someone wants a local copy).
It's a ~32 s, 8-clip montage of gameplay cut from ShadowPlay session
recordings.
## Tooling
`scratchpad/` is gitignored, so `make-preview.py` is a **local** tool (it
hardcodes local video paths anyway) — this doc is the tracked artifact. If it
goes missing, the commands below describe exactly what to rebuild. Run with
plain `python`.
Working files (per-clip mp4s, concat list, palette, `state.json`) go to
`scratchpad/.preview-work/` — disposable, safe to wipe (but then re-run
`build` after any edit).
```sh
python scratchpad/make-preview.py list # montage index -> source session + time
python scratchpad/make-preview.py shift <i> <±sec> # nudge a clip within its source video
python scratchpad/make-preview.py set <i> <sec> # absolute source time
python scratchpad/make-preview.py replace <i> <.10|.12|.18|.19> # new random spot in a session
python scratchpad/make-preview.py regen --seed N # full random redo (same clips/lengths)
python scratchpad/make-preview.py build # re-concat + re-render from state.json
```
Every edit command rebuilds mp4 + gif automatically. A full rebuild takes
~30–50 s; a single-clip shift is the same cost (concat dominates). Budget
one command per step if running under a timeout — cut+concat and the two gif
passes together fit in ~55 s.
## Source material
`C:\Users\james\Videos\NVIDIA\Build-pc\new\` — ShadowPlay recordings
(3072x1728 @ 60 fps, h264), no usable audio track (cut with `-an`). The four
sessions and their tags are hardcoded in `SESSIONS` at the top of the script;
add a new session there (tag, filename suffix, duration) to use it.
## Rules learned from review rounds
- **Never start a clip in the first ~60 s** of a session: desktop / boot /
menus. (`MIN_START`)
- **Bad zones** — source times that show non-gameplay; random picks avoid
them and `replace` should too. Currently known (in `BAD_ZONES`):
- `.10` @ ~395–425 s: file-select menu
- `.10` @ ~1290–1420 s: watch close-up (appears twice in that session)
Add new ones here whenever a review round finds another.
- **Clip length** 4 s is the sweet spot; 5 s starts to drag, <3 s flickers.
- **Same-session spacing**: two clips from one session ≥90 s apart, or they
read as a repeat of the same scene.
- When told "roll forward/back ~N seconds", use N ± a few s and prefer a
high-motion moment in that window if you have keyframe stats (see below);
otherwise a flat offset is fine.
- If a pick lands on a menu/loading screen, step it forward again rather
than picking a new random time — the user's "a bit later/earlier" almost
always means the *same* scene, different part.
## Output spec (don't change casually)
- mp4: 1920x1080 @ 30 fps, libx264 crf 20, `+faststart`, no audio. ~25 MB for 32 s.
- gif: 512 px wide, 12 fps, two-pass palette (`palettegen` then
`paletteuse=dither=bayer:bayer_scale=3`). ~28 MB — local use only.
## Optional: motion data to find "cool" moments
`scratchpad/analyze-sessions.py` dumps per-keyframe YAVG stats for the
session files; the diff between consecutive keyframes is a decent proxy for
"something is happening". If you need to find the coolest moment in a time
window, maximize it — but note plain random picks with spacing constraints
have been preferred by the reviewer over signal-optimized cuts, so use this
only when asked for "something cool".
## ffmpeg notes (Windows)
No system ffmpeg; the script falls back to the `imageio-ffmpeg` static
binary (`pip install imageio-ffmpeg`). Pass paths as forward-slash or bare
filenames with `cwd=` set — drive-letter colons and backslashes break
filter-graph argument parsing.
docs/dev/release-dropin-rom-plan.md
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`docs/building.md` says it needs region-specific offsets; the code says
otherwise. Generate `e` and `j` in CI and diff against a
locally-ROM-generated copy to confirm before committing them.
2. **Does `d43_emit.py` really use `scripts/filelist.u.csv` for all three
regions?** — *Resolved: yes, and that is a real bug.* Both emitters
hard-code the NTSC filelist regardless of `REGION`: `FILELIST =
"scripts/filelist.u.csv"` at `tools_pc/d43_emit.py:47` and
`tools_pc/d69_emit.py:56`, so `pal-final`/`jpn-final` runs read NTSC byte
offsets out of the wrong ROM — decompression garbage or `find_row()`
misses. The per-region CSVs already exist in the repo with the identical
shape (`rom_offset,size,asset_path,flag,flag`): `scripts/filelist.e.csv`
(32,843 bytes) and `scripts/filelist.j.csv` (37,947 bytes), just with bare
names instead of NTSC's `.bin`-suffixed ones — and `find_row()`
(`d43_emit.py:89-93`) already tries multiple name variants, so it would
work against any of the three CSVs if pointed at the right one. The fix is
small: pick `scripts/filelist.{u,e,j}.csv` from `REGION` instead of
hard-coding `.u`. **Remaining real unknown:** `d43_emit.py` also reads
every `assets/**/modelFileHeader.inc.c` (512 files, e.g.
`assets/obseg/chr/armourguard/modelFileHeader.inc.c:2`) to get NS/NT — arg
4 and arg 8 of the `MODELFILEHEADER(...)` macro — which it uses in
`build_nodes()` (`d43_emit.py`, ~lines 125-157) to compute the model root
offset `R0 = 4*NS + 12*NT`. Those headers are committed decomp data, one
file per model dir, with no region-suffixed variants; whether NS/NT
actually differ between NTSC/PAL/JP ROMs for the same model cannot be
verified from files in this repo alone (it would need an actual PAL or JP
ROM to check). If they don't differ, the CSV fix above makes `d43`/`d69`
region-correct on its own; if they do, that is a second, currently
invisible bug.
3. **Where does Part B's converter write, so `pcmodels.c` / `pccg.c` find it?**
— *Resolved.* Both loaders resolve the region from the ROM country byte at
offset `0x3E` via the same `Country→region` map (`'E'`→`"ntsc-final"`,
`'P'`→`"pal-final"`, `'J'`→`"jpn-final"`;
`pcmodelsRegionForCountry()` at `port/src/pcmodels.c:66-74`, same pattern
in `port/src/pccg.c:59-67`), then search the prefixes `$S/`, `$E/`, `./`
in order (`pcmodels.c:79`; `pccg.c` similar) through `sysResolvePath()`
(`port/src/system.c:207-259`: on Windows `$S/` → `./data` if it exists,
else `<exedir>/data`; `$E/` → `<exedir>/`). So a native first-run
converter in `port/src/pcconvert/` must write exactly, for region `R`:
`data/pcmodels-R/pcmodels.bin` + `data/pcmodels-R/manifest.csv`
(`pcmodels.c:100,109`) and `data/pccg-R/pccg.bin` +
`data/pccg-R/manifest.csv` (`pccg.c:92,101`). The manifest is a CSV with
header `name,offset,size`, decimal-parsed via `strtol`
(`pcmodels.c:185-186`, `pccg.c:176-177`), row cap 1024 for pcmodels / 256
for pccg.
4. **Launcher vs self-re-exec vs three shortcuts** — pick one UX.
5. **Splash UI for the first-run convert** — reuse the SDL window / a simple
regions?** It hard-codes `FILELIST = "scripts/filelist.u.csv"` even when
`REGION` is `pal-final`/`jpn-final`. Either model file offsets are
US-identical across regions (plausible — models live in obseg which may not
shift) or PAL/JP model conversion is currently untested. Confirm before
promising PAL/JP support in the release.
3. **Launcher vs self-re-exec vs three shortcuts** — pick one UX.
4. **Splash UI for the first-run convert** — reuse the SDL window / a simple
progress line, or a pre-SDL Win32 dialog? ~5 s is short enough that a log
line + busy cursor may suffice.
6. **Non-Windows.** Part B's C converter is portable; the launcher and
5. **Non-Windows.** Part B's C converter is portable; the launcher and
bundling are Windows-only today. Out of scope but the C port keeps the
door open.
7. **Signing.** Unsigned exes + a "reads your ROM" first-run step will trip
6. **Signing.** Unsigned exes + a "reads your ROM" first-run step will trip
SmartScreen. Not blocking, but worth a release-notes note.
8. **How much metadata does Part B's CMake codegen actually have to
generate?** — *Resolved: far less than the original plan assumed.* The
emitters read three kinds of committed metadata:
(a) `scripts/filelist.u.csv` (and now `.e`/`.j` per question 2) — plain CSV,
~33-41 KB each; readable from disk at runtime, no embedding needed.
(b) `assets/obseg/file_resource_table.inc.c` (38,056 bytes, 884 lines) —
used only to extract an ordered filename list via regex; a C port can read
the already-compiled `file_resource_table[]` symbol directly at link time
instead of parsing or embedding it.
(c) `assets/**/modelFileHeader.inc.c`, 512 files — **this is the one real
codegen artifact**: the C port needs a build-time-generated table of 512
entries mapping model symbol → (NS, NT), the two args of the
`MODELFILEHEADER(...)` macro that `d43_emit.py` actually uses. Everything
else the scripts use — the N64_REC/PC_REC record-size tables, ADDR_OPS
marker bytes, `d69_emit.py`'s `TILESIZES[11]` array — are small fixed
constants that can just be hand-transcribed into the C port, not
codegen'd. Bottom line: the CMake codegen step Part B calls for is
narrowly the 512-entry nsnt table, not a general metadata-embedding
system.
## Suggested milestone ordering
1. Part A (3-region matrix + pre-generated `romassets` + launcher) — days.
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docs/index.md
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---
title: GoldenEye 007 PC Port
description: >-
A native PC port of the original Nintendo 64 GoldenEye 007, built from its
decompiled source with a software RSP. v0.2.0 is out for Windows
and Linux (including Steam Deck): download it, drop in your own ROM, and
play; or dig into the code and the engineering record behind it.
description: A native PC port of the original Nintendo 64 GoldenEye 007, built from decompiled source — and a case study in AI-agent collaboration on a large low-level codebase.
---
# GoldenEye 007 PC Port
A native PC port of the original 1997 Nintendo 64 _GoldenEye 007_, compiled
from the game's [decompiled source](https://github.com/n64decomp/007) with the
N64's graphics coprocessor (RSP) running in software, the same architecture
as the [Perfect Dark PC port](https://github.com/fgsfdsfgs/perfect_dark), the
same Rare "Indy" engine family, one hardware generation apart.
A work-in-progress **native PC port of the original 1997 Nintendo 64
_GoldenEye 007_**, compiled from the game's
[decompiled source](https://github.com/n64decomp/007) and running the N64's
graphics coprocessor in software. It follows the architecture of the
[Perfect Dark PC port](https://github.com/fgsfdsfgs/perfect_dark).
**Status: v0.2.0.** The full single-player campaign runs at a steady 60 fps
and is completable end to end; all 21 missions load and run clean on Windows
and Linux (one intermittent Steam Deck crash remains, listed below), and
audio (music + SFX) plays throughout. The known
rough edges (cutscenes that still glitch, a few music tracks that sound
wrong, a handful of cosmetic rendering defects) are listed plainly under
[Honest status](#honest-status).
It is also a **research project on AI-agent collaboration in a large,
unfamiliar, low-level codebase**: two coding agents — a local open-weight model
(Qwen 3.8) on a single RTX 5090, and Claude / Claude Code — driven by one person
part-time through ~230 translation units of unmodified big-endian MIPS game
code, handing work back and forth through shared written notes.
<p align="center">
<img src="media/goldeneye-gh-preview.gif" width="70%"
alt="~32 s gameplay montage from live play sessions">
<br><em>~32 s gameplay montage loop from live play sessions, running in the port.</em>
</p>
**Status:** Phase 2 of 4 (rendering); first alpha **v0.1.0** released. Runs the
full single-player campaign — 19 of 21 missions completable start to finish in
a full-campaign playtest, two levels still crash mid-mission. No audio yet; AI pacing
and cutscenes are rough.
## Download
| Platform | Bundle | Notes |
|---|---|---|
| **Windows** (x86_64) | [win64.zip](https://github.com/jkdansereau/goldeneye-pc-port/releases) | Engine + runtime DLLs + the one-time asset tool. |
| **Linux** (x86_64) / **Steam Deck** | [linux tarball](https://github.com/jkdansereau/goldeneye-pc-port/releases) | SDL2 is bundled, so it runs as-is on any distro, and sideloads onto a Deck with nothing installed. |
**Bring your own ROM.** Both bundles contain no ROM and no game assets: you
supply your own GoldenEye 007 N64 ROM (the
[Requirements table](https://github.com/jkdansereau/goldeneye-pc-port#requirements)
has the region filenames and SHA-1s). This release supports the NTSC-U (US)
ROM; PAL and JP are on the roadmap. Then: unpack, drop the ROM in `data/`,
and launch; the first run generates the derived assets automatically (no
Python or other tooling needed). The full steps are in the
[Quick start](https://github.com/jkdansereau/goldeneye-pc-port#quick-start);
pre-built releases are legal to distribute precisely because they're useless
without a ROM you already own.
## See it running
<p align="center">
<img src="img/shots/shot-06.jpg" width="45%" alt="Bunker 1, rendered by the port (v0.2.0 playtest)">
<img src="img/shots/shot-01.jpg" width="45%" alt="Dam, rendered by the port (v0.2.0 playtest)">
</p>
<details>
<summary><strong>Full playtest gallery</strong>: 19 in-engine captures from the v0.2.0 Windows playtest, across the campaign</summary>
<p align="center">
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-01.jpg" width="100%" alt="In-engine: Dam (v0.2.0)">
<div><small>Dam</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-02.jpg" width="100%" alt="In-engine: Facility (v0.2.0)">
<div><small>Facility</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-03.jpg" width="100%" alt="In-engine: Runway (v0.2.0)">
<div><small>Runway</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-04.jpg" width="100%" alt="In-engine: Surface (v0.2.0)">
<div><small>Surface</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-05.jpg" width="100%" alt="In-engine: Surface (v0.2.0)">
<div><small>Surface</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-06.jpg" width="100%" alt="In-engine: Bunker 1 (v0.2.0)">
<div><small>Bunker 1</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-07.jpg" width="100%" alt="In-engine: Silo (v0.2.0)">
<div><small>Silo</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-09.jpg" width="100%" alt="In-engine: Frigate (v0.2.0)">
<div><small>Frigate</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-10.jpg" width="100%" alt="In-engine: Frigate (v0.2.0)">
<div><small>Frigate</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-11.jpg" width="100%" alt="In-engine: Surface 2 (v0.2.0)">
<div><small>Surface 2</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-13.jpg" width="100%" alt="In-engine: Bunker 2 (v0.2.0)">
<div><small>Bunker 2</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-16.jpg" width="100%" alt="In-engine: Statue (v0.2.0)">
<div><small>Statue</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-19.jpg" width="100%" alt="In-engine: Statue (v0.2.0)">
<div><small>Statue</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-20.jpg" width="100%" alt="In-engine: Archives (v0.2.0)">
<div><small>Archives</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-21.jpg" width="100%" alt="In-engine: Cradle (v0.2.0)">
<div><small>Cradle</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-23.jpg" width="100%" alt="In-engine: Cradle (v0.2.0)">
<div><small>Cradle</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-24.jpg" width="100%" alt="In-engine: Aztec (v0.2.0)">
<div><small>Aztec</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-25.jpg" width="100%" alt="In-engine: Aztec (v0.2.0)">
<div><small>Aztec</small></div>
</div>
<div style="width:32%;text-align:center;margin:4px">
<img src="img/shots/shot-26.jpg" width="100%" alt="In-engine: Frigate (v0.2.0)">
<div><small>Frigate</small></div>
</div>
</p>
</details>
More captures may land here as playtesting continues.
## Play it, or take it apart
- **Try it yourself**: grab a bundle above, bring your own ROM, and play the
campaign. It's an early cut for exactly this: if something breaks, an
[issue](https://github.com/jkdansereau/goldeneye-pc-port/issues) with what
you were doing is genuinely useful.
- **Read the code**: the game logic in `src/` is unmodified decompilation;
every hardware surface (video, audio, input, save storage, and the
software-RSP renderer) is shimmed in the MIT-licensed `port/` layer.
[Internals](internals.md) is the map; [Porting notes](porting-notes.md) is
the catalogue of N64→PC bug classes hit along the way, a good read even if
you never touch the code.
- **Mod it**: the port layer, build system and `tools_pc/` helpers are MIT
licensed and yours to extend: new video options, input tweaks, your own
asset sidecar. [CONTRIBUTING](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/CONTRIBUTING.md)
has the ground rules that keep it faithful to the original game.
- **The research angle**: this is also a case study in AI-agent collaboration
on a large, low-level codebase: two coding agents (a local open-weight model
on a single RTX 5090, and Claude / Claude Code), driven by one person
part-time through ~230 translation units of unmodified big-endian MIPS game
code. [The full write-up](dev/agentic-development.md): setup, timeline, the
handoff workflow, and an honest assessment of what did and didn't work.
## How it works
The R4300 game code is compiled completely unmodified; the decompilation's
control flow is ground truth. The N64's Reality Signal Processor, the graphics
coprocessor that builds and executes each frame's display list, is emulated in
software: the port interprets the GBI stream the game emits and translates it
to OpenGL, bypassing the RDP entirely. Everything else that would touch N64
hardware (video, audio, input, timers, save storage) is shimmed in a small
dedicated layer, following the architecture of the Perfect Dark PC port from
the same Rare engine family. Full detail: [Internals](internals.md); the bug
catalogue: [Porting notes](porting-notes.md).
## Honest status
- **Cutscenes still glitch, mostly with James Bond**: in scripted sequences
Bond is the one who gets misplaced, hovers, or spins; the other actors are
fine for the most part now. Still the most visible gap in this release.
- A few in-level music tracks sound wrong (wrong instruments, occasional garbling).
- Particle colours drift through a rainbow palette instead of holding grey/orange.
- Water levels show a moving seam; pixel strips at screen edges at non-integer
scales; some front-end 3D models mispositioned or absent.
- The F10 overlay's bottom row duplicates the selected item; one intermittent
Steam Deck SIGSEGV in heavy firefights remains open (D255).
- No macOS/ARM support; no controller rebinding UI yet.
The full list, with root causes and fix status: the
[README's Status section](https://github.com/jkdansereau/goldeneye-pc-port#status)
and the [finding log](https://github.com/jkdansereau/goldeneye-pc-port/tree/main/docs/dev).
- **[Project repository and README](https://github.com/jkdansereau/goldeneye-pc-port)** — build instructions, requirements, status, how it compares to the Xbox 360 recompilation projects.
## Documentation
- [The two-agent development case study](dev/agentic-development.md): goal, setup, timeline, the handoff workflow, and an honest assessment of what did and didn't work.
- [Development process](dev-process.md): how work was scoped, partitioned, and budgeted across agents; the finding-log discipline.
- [Internals](internals.md): architecture, the software RSP-emulation approach, GoldenEye-vs-Perfect-Dark engine differences, the phased plan.
- [Porting notes](porting-notes.md): the recurring Nintendo 64 → PC bug classes hit during the port, with fixes.
- [Building](building.md): full build and asset-extraction guide.
---
<small>Non-commercial fan preservation/research project. No ROM or game assets
are distributed; you supply a ROM you already own. Not affiliated with or
endorsed by Nintendo, Rare, Microsoft, MGM, Danjaq, or EON Productions.</small>
- **[The two-agent development case study](dev/agentic-development.md)** — goal, setup, timeline, the handoff workflow, and an honest assessment of what did and didn't work.
- **[Development process](dev-process.md)** — how work was scoped, partitioned, and budgeted across agents; the finding-log discipline.
- **[Internals](internals.md)** — architecture, the software RSP-emulation approach, GoldenEye-vs-Perfect-Dark engine differences, the phased plan.
- **[Porting notes](porting-notes.md)** — the recurring Nintendo 64 → PC bug classes hit during the port, with fixes.
- **[Game-behavior reference](dev/game-behavior-reference.md)** — how the retail N64 game is meant to behave: combat/AI model, difficulty scaling, per-level objectives, timers, weapon data, and the original game's known quirks.
- **[Building](building.md)** — full build and asset-extraction guide.
docs/internals.md
+58 -64
View File
@@ -1,18 +1,12 @@
---
title: Internals
description: Architecture behind the PC port; the software RSP-emulation approach, GoldenEye-vs-Perfect-Dark engine differences, and the phased development plan.
---
# GoldenEye 007 PC Port: architecture & plan
# GoldenEye 007 — PC Port: architecture & plan
> This began as the pre-implementation research note and is kept as the
> architecture reference. Sections 1–9 describe the design; section 10 lists
> external references. The phased plan in section 8 is largely done through
> Phase 2; for current status see the
> Phase 2 — for current status see the
> [README](https://github.com/jkdansereau/goldeneye-pc-port#status) and
> [`dev/LEVEL-STATUS.md`](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/docs/dev/LEVEL-STATUS.md);
> for the blow-by-blow finding log see
> [`dev/findings.md`](https://github.com/jkdansereau/goldeneye-pc-port/blob/main/docs/dev/findings.md).
> [`dev/LEVEL-STATUS.md`](dev/LEVEL-STATUS.md); for the blow-by-blow finding
> log see [`dev/findings.md`](dev/findings.md).
This document captures the research done to plan a PC port of
GoldenEye 007, based on the decompilation this repository is forked from
@@ -28,18 +22,18 @@ platforms.
1. [Executive summary](#1-executive-summary)
2. [What the PD port actually does (the reference architecture)](#2-what-the-pd-port-actually-does-the-reference-architecture)
· [2.1 Emulate the RSP, bypass the RDP](#21-the-key-architectural-insight-emulate-the-rsp-bypass-the-rdp)
— [2.1 Emulate the RSP, bypass the RDP](#21-the-key-architectural-insight-emulate-the-rsp-bypass-the-rdp)
· [2.2 How the RSP is invoked](#22-how-the-rsp-is-invoked)
· [2.3 Build system](#23-build-system)
· [2.4 PD-port copy-candidate audit](#24-pd-port-copy-candidate-audit-session-2026-08-22)
3. [GoldenEye decomp: what we're porting](#3-goldeneye-decomp-what-were-porting)
· [3.1 Entry / main loop](#31-entry--main-loop)
— [3.1 Entry / main loop](#31-entry--main-loop)
· [3.2 The two libultra trees](#32-the-two-libultra-trees-srclibultra-and-srclibultrare)
4. [N64 hardware surfaces that must be shimmed](#4-n64-hardware-surfaces-that-must-be-shimmed)
5. [GE-specific graphics differences vs PD (the RSP work)](#5-ge-specific-graphics-differences-vs-pd-the-rsp-work)
6. [Audio](#6-audio)
7. [Input & saves](#7-input--saves)
8. [Recommended plan](#8-recommended-plan); phases 0–4
8. [Recommended plan](#8-recommended-plan) — phases 0–4
9. [Open questions / risks](#9-open-questions--risks)
10. [References](#10-references)
@@ -70,7 +64,7 @@ platforms.
* **Saves** are **EEPROM-based** (controller EEPROM via `osEeprom*`), not
Memory Pak. The PFS/motor code in `joy.c` is only for accessory (Rumble Pak
/ Memory Pak) detection and can be stubbed. Phase 4 is therefore a
file-backed EEPROM plus no-op PFS/motor shims; simpler than a full Memory
file-backed EEPROM plus no-op PFS/motor shims — simpler than a full Memory
Pak emulation.
---
@@ -127,7 +121,7 @@ R4300 builds a Gfx display list
The PD port **emulates the RSP in software** (`fast3d/gfx_pc.cpp`) and
**bypasses the RDP entirely**: the software RSP translates GBI commands
directly into OpenGL calls. The R4300 game code is run natively and is
unaware of the difference; it just builds display lists and "starts the
unaware of the difference — it just builds display lists and "starts the
RSP" as usual.
The frame flow (from `port/src/pdsched.c` + `port/src/video.c`):
@@ -162,7 +156,7 @@ The PC build is **CMake** (the N64 build stays Make + IDO). Dependencies:
* `src/game/*.c` (all of it)
* a curated list of `src/lib/*.c` (the engine helpers that are
platform-independent: mema, memp, model, music, snd, vi, rdp, etc.)
* `src/lib/ultra/audio/*.c` (libaudio; runs fine on the CPU)
* `src/lib/ultra/audio/*.c` (libaudio — runs fine on the CPU)
* `src/lib/ultra/gu/*.c` (gu matrix helpers)
* `port/src/*.c` + `port/src/*.cpp` + `port/fast3d/*.cpp`
@@ -176,38 +170,38 @@ for this project (see CONTRIBUTING.md): same Rare "Indy"/Bond engine family, and
port layer solves the same problem classes we are currently hitting. Audited
against our remaining work items:
**Direct copy candidates (Phase 3/4; our stubs were scaffolded to be replaced
**Direct copy candidates (Phase 3/4 — our stubs were scaffolded to be replaced
by these):**
| PD file | Lines | Replaces our | Notes |
|---|---|---|---|
| `port/src/mixer.c` | 722 | 31-line stub | libaudio→SDL final mixer; same RareAL family. Adapt to GE's `audi.c` wiring (sample rate/buffering) |
| `port/src/input.c` | 1551 | 48-line stub | SDL_GameController backend: hotplug, rumble, keyboard fallback. Remap the button table to GE's scheme (C-buttons/Z-trig differ from PD) |
| `port/src/fs.c` | 294 | 81 lines | File-backed save dir (`--savedir`, `$S` path expansion); foundation for Phase 4 EEPROM/PFS file backing (ours are no-op stubs today) |
| `port/src/fs.c` | 294 | 81 lines | File-backed save dir (`--savedir`, `$S` path expansion) — foundation for Phase 4 EEPROM/PFS file backing (ours are no-op stubs today) |
| `port/src/audio.c` | 75 | 70 lines | Near-identical; diff when Phase 3 starts |
**Reference implementations (Phase 2; the D32/D37/D43 class).** PD's port
**Reference implementations (Phase 2 — the D32/D37/D43 class).** PD's port
layer has a `port/src/preprocess/` module (~4,125 lines): a per-ROM-segment
`preprocessfunc` table in their `romdata.c` that converts N64-layout asset data
to PC-native layout *at load time*; a systematic solution to the problem class
to PC-native layout *at load time* — a systematic solution to the problem class
we have been fixing ad-hoc per asset type.
- `filemodel.c` (1,114); the direct **D43** analogue: same `PROMOTE` idiom,
- `filemodel.c` (1,114) — the direct **D43** analogue: same `PROMOTE` idiom,
**same vma 0x5000000**. NOT a drop-in copy (GE's `ModelRoData` union + opcode
set differ; PD has stargunfire/headspot/gundl node types), but the node-walk
set differ — PD has stargunfire/headspot/gundl node types), but the node-walk
order, placement/alignment choices, and record handling are Rare-validated
against near-identical data: adapt rather than design from scratch.
- `filebg.c` (524); BG tables (an expected D43 follow-on fault).
- `segaudio.c` (362); audio bank-tree conversion; cross-check for our D37
- `filebg.c` (524) — BG tables (an expected D43 follow-on fault).
- `segaudio.c` (362) — audio bank-tree conversion; cross-check for our D37
`romdataFixupAudioBank`.
- `filelang.c`, `filetiles.c`, `filepads.c`, `filesetup.c`, `gbi.c`,
`segfonts.c`; the remaining asset types we will hit.
`segfonts.c` — the remaining asset types we will hit.
**Not copyable:** GE-specific `ModelRoData` record map; fast3d CC/RM
correctness (GE's custom GBI modes vs `gmain.s` do not exist in PD); PD extras
(`config.c`, `optionsmenu.c`, `mpsetups.c`, `mod.c`); options menu, MP setup,
(`config.c`, `optionsmenu.c`, `mpsetups.c`, `mod.c`) — options menu, MP setup,
MOD player; not part of 1:1 fidelity.
**Caveats:** copy **port-layer files only**; their decomp was modified for PC
**Caveats:** copy **port-layer files only** — their decomp was modified for PC
(e.g. `types.h` keeps N64 offset comments while using real pointers); our
non-negotiables are unchanged. Same family ≠ identical format: validate every
copied conversion per-field against GE headers + ROM ground truth (the standing
@@ -221,19 +215,19 @@ D32 procedure).
US/EU/JP ROMs. Game code lives in `src/game/` (~242 files) plus engine
files in `src/`.
* **Engine layout** (same family as PD):
* `src/sched.c`; RCP scheduler (`osCreateScheduler`, `__scExec`,
* `src/sched.c` — RCP scheduler (`osCreateScheduler`, `__scExec`,
`__scYield`). Structurally near-identical to PD's `src/lib/sched.c`.
* `src/game/rsp.c`; builds the Gfx display list, wraps it in an `OSScTask`,
* `src/game/rsp.c` — builds the Gfx display list, wraps it in an `OSScTask`,
and starts it via the scheduler (`rspGfxTaskStart`).
* `src/fr.c`; frame/VI management, video modes (`osViSetMode`).
* `src/audi.c`, `src/snd.c`, `src/music.c`; libaudio-based sound + music.
* `src/joy.c`; controllers, **EEPROM** save handling (via `joyGamePak*`
* `src/fr.c` — frame/VI management, video modes (`osViSetMode`).
* `src/audi.c`, `src/snd.c`, `src/music.c` — libaudio-based sound + music.
* `src/joy.c` — controllers, **EEPROM** save handling (via `joyGamePak*`
-> `osEeprom*`), plus PFS/motor code for accessory (Rumble Pak / Memory
Pak) detection only.
* `src/init.c`; `init()` -> `mainproc()` -> `bossEntry()` (game entry).
* `src/init.c` — `init()` -> `mainproc()` -> `bossEntry()` (game entry).
**Compiled for the PC** (provides `mainproc()`); its N64-only `init()` is
stubbed (see A3).
* **Custom RSP microcode:** `rsp/graphics/gmain.s` (1545 lines); a modified
* **Custom RSP microcode:** `rsp/graphics/gmain.s` (1545 lines) — a modified
fast3d. This is the RSP-side code that consumes the display list. For the PC
port we do **not** run this; we replace it with the software RSP. But it is
the authoritative reference for which GBI commands GE actually emits.
@@ -265,23 +259,23 @@ overlap.
What the PC build must do with each:
* **`src/libultra/audio/*.c`**; standard libaudio (AL). Runs on the CPU;
* **`src/libultra/audio/*.c`** — standard libaudio (AL). Runs on the CPU;
**compile** (the game's `audi.c`/`snd.c`/`music.c` depend on it).
* **`src/libultrare/audio/*.c`** (`drvrNew.c`, `env.c`, `reverb.c`); Rare's
* **`src/libultrare/audio/*.c`** (`drvrNew.c`, `env.c`, `reverb.c`) — Rare's
audio "New" driver. `synthesizer.c` calls `alSaveNew`/`alAuxBusNew`/
`alMainBusNew`/`alLoadNew`/`alResampleNew`/`alEnvmixerNew`/`alEnvmixerParam`/
`alFxParam`, all defined here. Runs on the CPU; **compile**.
* **`src/libultra/gu/*.c`**; matrix helpers (`guMtxF`, `guOrtho`, ...).
* **`src/libultra/gu/*.c`** — matrix helpers (`guMtxF`, `guOrtho`, ...).
**Compile**.
* **`src/libultrare/io/vitbl.c`**; defines `osViModeTable` (a data table),
* **`src/libultrare/io/vitbl.c`** — defines `osViModeTable` (a data table),
referenced ~15× by `fr.c`. **Compile** (it's data, not a driver). This is the
*only* `io/` file we compile.
* **All other `src/libultra/io/*.c` and `src/libultrare/io/*.c`**; hardware
* **All other `src/libultra/io/*.c` and `src/libultrare/io/*.c`** — hardware
drivers (PI, SI, SP, DP, VI, controller, PFS, motor, EEPROM, ...). **Exclude
and shim** in `port/src/libultra.c`. Notably `pfsinit.c`/`pfsisplug.c`
(`osPfsInit`/`osPfsIsPlug`) and `motor.c` (`osMotor*`) are called by
`joy.c` only for accessory detection, so they are shimmed as no-ops (see §7).
* **`src/libultra/os/*.c` + `src/libultrare/os/*.c`**; OS core (threads,
* **`src/libultra/os/*.c` + `src/libultrare/os/*.c`** — OS core (threads,
message queues, timers, cache, TLB). **Exclude and shim** in
`port/src/libultra.c` (+ `n64stubs.c` for the boot/TLB/FPU symbols).
@@ -296,7 +290,7 @@ What the PC build must do with each:
| Subsystem | GE API used | Port strategy (from PD) |
|-----------|-------------|--------------------------|
| RSP (coproc 0) | `osSpTaskLoad/StartGo/Yield`, display lists | Software RSP (`fast3d`); **main work** |
| RSP (coproc 0) | `osSpTaskLoad/StartGo/Yield`, display lists | Software RSP (`fast3d`) — **main work** |
| RDP (coproc 1) | `osDpSetStatus`, `osDpSetNextBuffer`, render modes | Bypassed; OpenGL backend |
| VI (video) | `osViSetMode`, `osViVSyncCallback`, `osViWaitVSync` | SDL2 window + GL context + frame pacing |
| AI (audio) | `osAiSetFrequency/SetNextBuffer/GetLength` | SDL audio device + queue |
@@ -312,32 +306,32 @@ What the PC build must do with each:
GE's `include/gbi_extension.h` defines the custom GBI surface. Compared to the
PD port's `fast3d`, the deltas are:
1. **`G_TRI4`**; draws up to 4 triangles in one command using 4-bit vertex
1. **`G_TRI4`** — draws up to 4 triangles in one command using 4-bit vertex
indices (0–15). A memory-saving optimization (Rare packed 4 tris into the
slot normally used for `G_TRI2`).
* **Status: already supported** by the PD `fast3d` (`gfx_sp_tri4`, and the
PD game itself uses it). ✅
2. **`G_SETTEX`** (`0xc0`); "use texture from bank": selects a texture by
2. **`G_SETTEX`** (`0xc0`) — "use texture from bank": selects a texture by
bank/tile with detail/mipmap type, min-level, detail-id and texture-id.
Emitted only by `gsSPUseTexture` (`include/gbi_extension.h:193`).
* **Status: appears UNUSED.** `gsSPUseTexture` is defined but never called
anywhere in the game code or the RSP ucode (`rsp/graphics/gmain.s`), and
`G_SETTEX` appears nowhere outside its `#define`. The game uses the
standard texture commands (`gSPTexture`, `gSPTextureL`,
`gSPTextureRectangle`, `gSPTextureRectangleFlip`); all already handled
`gSPTextureRectangle`, `gSPTextureRectangleFlip`) — all already handled
by the PD `fast3d`. **If this holds (verify the decomp is complete),
Phase 2 shrinks to verifying the custom CC/RM modes and the PD fast3d
may work largely as-is.** Keep a `G_SETTEX` decode path as a safety net,
but it is no longer the headline task.
3. **Custom color-combiner modes**; `G_CC_MODULATEIFADE`, `G_CC_FADE`,
3. **Custom color-combiner modes** — `G_CC_MODULATEIFADE`, `G_CC_FADE`,
`G_CC_DECALFADE`, `G_CC_BLENDRGBFADEA`, etc. (fade/blend variants).
* **Status: handled generically** by the fast3d color-combiner -> GLSL
shader compiler (`gfx_cc.cpp`), which compiles arbitrary CC equations.
Needs verification that each GE mode produces correct GLSL.
4. **Custom render mode**; `G_RM_CUSTOM_AA_ZB_XLU_SURF` (AA_ZB_XLU with
4. **Custom render mode** — `G_RM_CUSTOM_AA_ZB_XLU_SURF` (AA_ZB_XLU with
`Z_UPD`).
* **Status: handled** by the render-mode -> GL state mapping; verify.
5. **`gDPLoadTLUT06/07`**; custom TLUT load variants.
5. **`gDPLoadTLUT06/07`** — custom TLUT load variants.
* **Status: minor**, map onto the existing `G_LOADTLUT` path.
**Conclusion:** the PD `fast3d` is a strong starting point. `G_SETTEX` appears
@@ -347,7 +341,7 @@ safety net. Everything else (matrices, lights, fog, tri1/tri4, texture load,
sync/flush) is shared.
> Note: GE's on-hardware RSP ucode is `rsp/graphics/gmain.s`. We do not run it
> on PC, but it is the ground truth for the exact command encodings GE emits;
> on PC, but it is the ground truth for the exact command encodings GE emits —
> use it to validate the software RSP's command decoding.
---
@@ -355,7 +349,7 @@ sync/flush) is shared.
## 6. Audio
* GE uses **libaudio (AL)** on the R4300 (`src/audi.c`, `src/snd.c`,
`src/music.c`); identical architecture to PD. Sound synthesis (ADPCM
`src/music.c`) — identical architecture to PD. Sound synthesis (ADPCM
decode, mixing, FX) runs on the CPU; the RSP audio ucode is a thin
pass-through to the AI DMA.
* The PD port runs libaudio natively and routes the mixed output through
@@ -370,7 +364,7 @@ sync/flush) is shared.
* **Controllers:** `src/joy.c` uses `osContInit` / `osContStartReadData`.
The port maps SDL2 keyboard/mouse/gamepad into the N64 `OSError`/controller
structs. PD implements 1964GEPD-style and Xbox-style bindings; a good
structs. PD implements 1964GEPD-style and Xbox-style bindings — a good
default for GE too (fire=Z, aim=R, etc.).
* **Saves:** GE saves are **EEPROM-based**, not Memory Pak. The actual save
I/O (`src/game/file2.c`) uses `joyGamePakProbe/LongRead/LongWrite`, which
@@ -386,35 +380,35 @@ sync/flush) is shared.
## 8. Recommended plan
### Phase 0: Scaffolding (this change)
### Phase 0 — Scaffolding (this change)
* Add `port/` directory structure + headers + stub sources.
* Add a top-level `CMakeLists.txt` (+ `cmake/` modules) for the PC build,
parallel to the N64 `Makefile`.
* This document + `port/README.md`.
### Phase 1: Boot to a window
### Phase 1 — Boot to a window
* Port `system.c`, `fs.c`, `romdata.c`, `config.c`, `main.c`.
* Port `video.c` + a minimal `fast3d` (clear color, present).
* Goal: load `ge007.u.z64`, open a window, draw a clear color.
### Phase 1.5: Boot to first frame (ABI reconciliation)
### Phase 1.5 — Boot to first frame (ABI reconciliation)
* Get mainThread through all of `bossInitMainthreadData()` → `bossEntry()` →
`bossMainloop()` and render frame 1. (Done; D34–D58; see §G.)
* Recurring mechanism: **ROM-data struct ABI/layout fixes** (the D32 pattern);
`bossMainloop()` and render frame 1. (Done — D34–D58; see §G.)
* Recurring mechanism: **ROM-data struct ABI/layout fixes** (the D32 pattern) —
a 32-bit-pointer struct read as a 64-bit-pointer struct misaligns; convert
embedded pointer fields to `u32` + cast at use sites (PD ground truth), then
verify the load-time rebase yields valid DRAM addresses. See §H for the
step-by-step procedure and the standing "non-negotiable #2 ABI exception."
* Goal: title screen / first level actually drawn on the GL surface.
### Phase 2: RSP / rendering
### Phase 2 — RSP / rendering
* Bring in the PD `fast3d` (gfx_pc / gfx_opengl / gfx_cc / gfx_sdl2).
* Verify the custom CC/RM modes against `gmain.s`; add a `G_SETTEX` decode
path only if it turns out to be used (see §5; it appears unused).
path only if it turns out to be used (see §5 — it appears unused).
* Port `pdsched.c` (GE variant) to drive the software RSP.
* Goal: render the title screen / first level.
### Phase 3: Audio + input
### Phase 3 — Audio + input
* Port `audio.c`, `mixer.c`, `mod.c`; wire libaudio output to SDL.
* **Decide the ASP strategy** (see §11 C2): if audio runs the `aspMain`
microcode, wire `aspMainTextStart`/`aspMainDataStart` to the real microcode
@@ -422,7 +416,7 @@ sync/flush) is shared.
* Port `input.c` (keyboard/mouse/gamepad).
* Goal: playable with sound.
### Phase 4: Saves + polish
### Phase 4 — Saves + polish
* File-backed EEPROM (saves); PFS/motor already stubbed as no-ops.
* Widescreen, mouse-look, FPS options, config file, crash handler.
* Goal: feature-parity with the original + QoL extras.
@@ -431,21 +425,21 @@ sync/flush) is shared.
## 9. Open questions / risks
1. **`G_SETTEX` (low priority)**; appears unused (`gsSPUseTexture` is never
1. **`G_SETTEX` (low priority)** — appears unused (`gsSPUseTexture` is never
called). If a future decomp revision or a missed call site shows it is used,
reverse the texture-bank selection (bank -> image, tile, detail/mipmap type)
from `gmain.s` + `tex.c` / `initmttex.c`. Not currently the main unknown.
2. **Custom CC correctness**; the GLSL compiler must handle every fade/blend
2. **Custom CC correctness** — the GLSL compiler must handle every fade/blend
mode GE uses; validate per-mode against the original. This is now the main
rendering unknown.
3. **Scheduler fidelity**; GE's `sched.c` has speed-graph / profiling hooks
3. **Scheduler fidelity** — GE's `sched.c` has speed-graph / profiling hooks
(`speedgraphMarkerHandler`) and a slightly different task model than PD;
the port scheduler must reproduce the gfx/audio interleaving and VSync
pacing.
4. **Decomp completeness**; the decomp is WIP; some functions may still be
4. **Decomp completeness** — the decomp is WIP; some functions may still be
stubs/`unk_`. The PC port inherits whatever state the decomp is in. Track
the upstream `n64decomp/007` and rebase.
5. **Endianness / alignment**; GE, like PD, is big-endian N64 code with
5. **Endianness / alignment** — GE, like PD, is big-endian N64 code with
unaligned accesses; the PD port handles this with careful casts and
`-fno-strict-aliasing`. Reuse those flags.
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@@ -269,16 +269,6 @@ typedef short ENVMIX_STATE[40];
* Macros to assemble the audio command list
*/
#ifdef PORT
/* PC port (D199): the N64 RSP audio ucode that would execute this acmd list
* never runs on PC (port/src/ucode.c). Following the Perfect Dark PC port's
* macro-swap pattern (docs/dev/AUDIO-PLAN.md), each aXxx macro below is
* replaced with an immediate call into port/src/mixer.c's software
* implementation instead of packing RSP command words. The N64 branch below
* is untouched. */
#include "mixer.h"
#else /* !PORT */
#define aADPCMdec(pkt, f, s) \
{ \
Acmd *_a = (Acmd *)pkt; \
@@ -412,8 +402,6 @@ typedef short ENVMIX_STATE[40];
_a->words.w1 = (unsigned int) d; \
}
#endif /* PORT */
#endif /* _LANGUAGE_C */
#endif /* !_ABI_H_ */
port/fast3d/gfx_api.h
-1
View File
@@ -48,7 +48,6 @@ void gfx_set_texture_filter(enum FilteringMode mode);
void gfx_set_mipmap_filter(enum MipmapFilteringMode mode);
void gfx_set_fix_mip_textures(int on);
void gfx_set_wrap_fix(int on);
void gfx_set_anisotropy_level(int level); /* 1 = off; clamped to GL max */
void gfx_texture_cache_clear(void);
void gfx_texture_cache_delete(const uint8_t *orig_addr);
void gfx_texture_cache_delete_range(const uint8_t *start, const uint8_t *end);
port/fast3d/gfx_opengl.cpp
+5 -22
View File
@@ -696,27 +696,12 @@ static void gfx_opengl_select_texture(int tile, GLuint texture_id, bool linear_f
static void gfx_opengl_upload_texture(const uint8_t* rgba32_buf, uint32_t width, uint32_t height, bool gen_mipmaps) {
#ifdef PORT
/* GE_TEXDUMP: PPM-dump every uploaded texture (first N) for B2/D161 triage.
* D250: this runs on every texture upload -- cache the getenv() like the
* gfx_pc.cpp import_texture() sites (uncached getenv() measured at ~50%
* of the hot render thread's CPU time via a live profile). */
static int ge_texdump_gl = -1;
if (ge_texdump_gl < 0) ge_texdump_gl = getenv("GE_TEXDUMP") != NULL;
if (ge_texdump_gl) {
/* GE_TEXDUMP: PPM-dump every uploaded texture (first N) for B2/D161 triage. */
if (getenv("GE_TEXDUMP")) {
static int td = 0;
static int td_fire = 0;
/* D219: the 400-cap fills up during ordinary level load, long before
* a player-triggered explosion. Never suppress the 16x14 RGBA fire
* particle images (assets/oddtextures.c IMAGE_FIRE_N via
* globalDL_0x078..0x9a8) -- that's the one shape we actually need. */
const bool is_fire_shape = (width == 16 && height == 14);
if ((is_fire_shape || td < 400) && width && height && width < 4096 && height < 4096) {
if (td < 400 && width && height && width < 4096 && height < 4096) {
char nm[128];
if (is_fire_shape) {
snprintf(nm, sizeof nm, "texdump/fire%03d_%ux%u_mip%d.ppm", td_fire++, width, height, (int)gen_mipmaps);
} else {
snprintf(nm, sizeof nm, "texdump/t%03d_%ux%u_mip%d.ppm", td++, width, height, (int)gen_mipmaps);
}
snprintf(nm, sizeof nm, "texdump/t%03d_%ux%u_mip%d.ppm", td++, width, height, (int)gen_mipmaps);
FILE* f = fopen(nm, "wb");
if (f) {
fprintf(f, "P6\n%u %u\n255\n", width, height);
@@ -1091,9 +1076,7 @@ static void gfx_opengl_end_frame(void) {
* the default framebuffer (the window back buffer; the scene renders there
* directly at 1:1 window size) and write a P6 PPM. */
extern "C" bool gfx_opengl_pcdump_enabled(void) {
static int cached = -1;
if (cached < 0) cached = getenv("GE_PCDUMP") != NULL;
return cached != 0;
return getenv("GE_PCDUMP") != NULL;
}
extern "C" bool gfx_opengl_dump_bound_fbo(uint32_t width, uint32_t height, const char* path) {
port/fast3d/gfx_pc.cpp
+39 -353
View File
@@ -150,21 +150,14 @@ struct LoadedTexture {
uint32_t line_size_bytes;
uint32_t tex_flags;
struct RawTexMetadata raw_tex_metadata;
/* D229: G_IM_FMT_* of the gDPSetTextureImage active when this slot was
* last written by a load command (0xFF = never / unknown). Used to tell
* a CI8 index stream apart from real RGBA16 pixels when a later tile
* re-declares the same TMEM in another format -- see import_texture. */
uint8_t src_fmt = 0xFF;
};
static struct RDP {
uint16_t palette[256];
const uint8_t* palette_addrs[2];
uint32_t palette_fmt;
uint32_t palette_hash; /* D217: FNV-1a of palette[], refreshed in gfx_dp_load_tlut */
struct {
const uint8_t* addr;
uint8_t fmt; /* D229: was dropped before; needed to track CI sources */
uint8_t siz;
uint32_t width;
uint32_t tex_flags;
@@ -650,13 +643,9 @@ static const uint8_t* gfx_tex_normalize_source(const uint8_t* addr, uint32_t ext
uint32_t* dst = (uint32_t*)buf.data();
for (uint32_t i = 0; i < n / 4; i++)
dst[i] = PD_BE32(src[i]);
{
static int ge_d71log = -1;
if (ge_d71log < 0) ge_d71log = getenv("GE_D71LOG") != NULL;
if (ge_d71log)
fprintf(stderr, "[D71] normalized C-array texture source %p (%u bytes)\n",
(const void*)addr, extent);
}
if (getenv("GE_D71LOG"))
fprintf(stderr, "[D71] normalized C-array texture source %p (%u bytes)\n",
(const void*)addr, extent);
return s_c_array_tex_norms.emplace(addr, std::move(buf)).first->second.data();
}
@@ -846,16 +835,8 @@ static void import_texture_i8(int tile, const LoadedTexture& loaded_texture, boo
static inline void palette_to_rgba32(const uint16_t palentry, uint8_t *rgba32_buf) {
if (rdp.palette_fmt == G_TT_IA16) {
/* D228: intensity/alpha were swapped here relative to the (correct)
* direct IA16 decode in import_texture_ia16() a few lines above --
* that one reads addr[2*i]=intensity, addr[2*i+1]=alpha, i.e.
* intensity is the first (high, after gfx_dp_load_tlut's PD_BE16
* swap) byte. This path had them backwards: a dim, fully-opaque
* palette entry (e.g. intensity=0x58, alpha=0xff) decoded as a
* bright, mostly-transparent one (intensity=0xff, alpha=0x58) --
* the "white missing-texture patches" on AK47/NPC weapon models. */
const uint8_t intensity = palentry >> 8;
const uint8_t alpha = palentry & 0xff;
const uint8_t intensity = (palentry & 0xff);
const uint8_t alpha = palentry >> 8;
rgba32_buf[0] = intensity;
rgba32_buf[1] = intensity;
rgba32_buf[2] = intensity;
@@ -1007,9 +988,9 @@ static void import_texture(int i, int tile, bool importReplacement) {
TextureCacheKey key;
if (fmt == G_IM_FMT_CI) {
key = { orig_addr, { rdp.palette_addrs[0], rdp.palette_addrs[1] }, fmt, siz, palette_index,
loaded_texture.size_bytes, rdp.palette_hash }; // D217: key on palette content
loaded_texture.size_bytes };
} else {
key = { orig_addr, {}, fmt, siz, palette_index, loaded_texture.size_bytes, 0u };
key = { orig_addr, {}, fmt, siz, palette_index, loaded_texture.size_bytes };
}
if (gfx_texture_cache_lookup(i, key)) {
@@ -1058,14 +1039,8 @@ static void import_texture(int i, int tile, bool importReplacement) {
* RC2 (mip-chain contamination -> over-tall upload) can be told apart from a
* decode/row-swap bug. tile_h = base-tile height from SETTILESIZE; if the
* computed upload height is much larger, the excess rows are LOD mip data.
* docs/dev/TEXTURE-GLITCH-ANALYSIS.md sec 6b.
* D250: import_texture() runs on every texture bind -- an uncached
* getenv() here measured at ~50% of the hot render thread's total CPU
* time on a texture-heavy level (Dam), via a live WPR/xperf profile.
* Cache like every other env-gated probe in this codebase. */
static int ge_dtex = -1;
if (ge_dtex < 0) ge_dtex = getenv("GE_DTEX") != NULL;
if (ge_dtex) {
* docs/dev/TEXTURE-GLITCH-ANALYSIS.md sec 6b. */
if (getenv("GE_DTEX")) {
static int dtexCount = 0;
if (dtexCount < 64) {
const uint32_t row = rdp.texture_tile[tile].line_size_bytes;
@@ -1088,9 +1063,7 @@ static void import_texture(int i, int tile, bool importReplacement) {
}
}
static int ge_texdump = -1;
if (ge_texdump < 0) ge_texdump = getenv("GE_TEXDUMP") != NULL;
if (ge_texdump) {
if (getenv("GE_TEXDUMP")) {
static int tdc = 0;
const uint16_t* pal = (const uint16_t*)rdp.palette;
sysLogPrintf(LOG_NOTE,
@@ -1103,26 +1076,11 @@ static void import_texture(int i, int tile, bool importReplacement) {
/* GE_TEXRAW=1 additionally writes the raw source bytes handed to the
* importer (texdump/rNNN_f<fmt>_s<siz>_<w>x<h>.bin) -- lets a decode
* bug be told apart from a source-data bug offline (D183). */
const int tw = (int)(((rdp.texture_tile[tile].lrs - rdp.texture_tile[tile].uls) >> 2) + 1);
const int th = (int)(((rdp.texture_tile[tile].lrt - rdp.texture_tile[tile].ult) >> 2) + 1);
/* D219: same cap-exhausted-before-the-explosion problem as the
* D172/GE_TEXDUMP probes -- never suppress the fire particle image
* dump. NOTE: `tw`/`th` above come from gsDPSetTileSize (the DL sets
* the fire tile's logical wrap size to 56x56, unrelated to its real
* 16x14 pixel content), so they do NOT identify this texture -- a
* first attempt at this exemption keyed on tw/th==16/14 and silently
* never matched, burning a whole live-playtest cycle for nothing.
* The real, always-correct signature is the load's byte count: 16 *
* 14 * 2 bytes/texel (RGBA16) = 448, matching CALC_LRS(16,14,...) in
* every one of assets/oddtextures.c's 15 fire DLs and confirmed
* against the TEXEL1_bytes=448 field already proven out via the
* gfx_sp_tri1 D172/D219 probe. */
const bool is_fire_bytes = (loaded_texture.size_bytes == 448);
static int ge_texraw = -1;
if (ge_texraw < 0) ge_texraw = getenv("GE_TEXRAW") != NULL;
if ((is_fire_bytes || tdc <= 400) && ge_texraw) {
if (tdc <= 400 && getenv("GE_TEXRAW")) {
char nm[160];
snprintf(nm, sizeof nm, "texdump/r%03d_f%u_s%u_%ux%u.bin", tdc - 1, fmt, siz, tw, th);
snprintf(nm, sizeof nm, "texdump/r%03d_f%u_s%u_%ux%u.bin", tdc - 1, fmt, siz,
((rdp.texture_tile[tile].lrs - rdp.texture_tile[tile].uls) >> 2) + 1,
((rdp.texture_tile[tile].lrt - rdp.texture_tile[tile].ult) >> 2) + 1);
FILE* bf = fopen(nm, "wb");
if (bf) { fwrite(loaded_texture.addr, 1, loaded_texture.size_bytes, bf); fclose(bf); }
}
@@ -1135,68 +1093,40 @@ static void import_texture(int i, int tile, bool importReplacement) {
* decoding it against the stale rdp.palette produced the blue-speckle roof
* (docs/dev/TEXTURE-GLITCH-ANALYSIS.md, B2). Route CI4/CI8 -> I4/I8 here. */
uint8_t fmt_eff = fmt;
uint8_t siz_eff = siz;
if (fmt == G_IM_FMT_CI && rdp.palette_fmt == G_TT_NONE) {
fmt_eff = G_IM_FMT_I;
}
/* D229: green/pulsating sky water. GE's texSelect loads CI8 mipmap chains
* with gDPLoadBlock (SetTexImage format = CI; the 16b "size" is only the
* fast3d 4KB-per-block convention), then the sky-water draw re-declares
* the same TMEM slot as RGBA/16b (sub_GAME_7F09343C). On N64 GE's custom
* RSP ucode expands the indices through the TLUT into real 16-bit pixels
* in TMEM, so the RGBA16 tile samples blue water. fast3d has no such
* expansion: it uploads the raw index bytes as 16-bit texels (g = 2*idx
* mod 32 dominates) -> green mottle. Route the import through the CI8
* palette path instead -- the port-layer equivalent of the ucode's
* expand-at-load. Only fires when the tile format genuinely disagrees
* with the loaded source, so real RGBA16 textures are untouched. */
if (fmt_eff == G_IM_FMT_RGBA && siz == G_IM_SIZ_16b &&
loaded_texture.src_fmt == G_IM_FMT_CI) {
#ifdef PORT
static int ge_d229_a = -1;
if (ge_d229_a < 0) ge_d229_a = getenv("GE_D229") != NULL;
if (ge_d229_a) {
static int n_ci8r = 0;
if (n_ci8r++ < 8)
sysLogPrintf(LOG_NOTE, "D229: RGBA16 tile over CI8 source -> ci8 import (addr=%p size=%u palidx=%u)",
(const void *)orig_addr, loaded_texture.size_bytes, palette_index);
}
#endif
fmt_eff = G_IM_FMT_CI;
siz_eff = G_IM_SIZ_8b;
}
if (fmt_eff == G_IM_FMT_RGBA) {
if (siz_eff == G_IM_SIZ_16b) {
if (siz == G_IM_SIZ_16b) {
import_texture_rgba16(tile, loaded_texture, rdp.tex_lod);
} else if (siz_eff == G_IM_SIZ_32b) {
} else if (siz == G_IM_SIZ_32b) {
import_texture_rgba32(tile, loaded_texture, rdp.tex_lod);
} else {
sysFatalError("Bad size for RGBA texture in tile %d: %02x", tile, siz);
}
} else if (fmt_eff == G_IM_FMT_IA) {
if (siz_eff == G_IM_SIZ_4b) {
if (siz == G_IM_SIZ_4b) {
import_texture_ia4(tile, loaded_texture, rdp.tex_lod);
} else if (siz_eff == G_IM_SIZ_8b) {
} else if (siz == G_IM_SIZ_8b) {
import_texture_ia8(tile, loaded_texture, rdp.tex_lod);
} else if (siz_eff == G_IM_SIZ_16b) {
} else if (siz == G_IM_SIZ_16b) {
import_texture_ia16(tile, loaded_texture, rdp.tex_lod);
} else {
sysFatalError("Bad size for IA texture in tile %d: %02x", tile, siz);
}
} else if (fmt_eff == G_IM_FMT_CI) {
if (siz_eff == G_IM_SIZ_4b) {
if (siz == G_IM_SIZ_4b) {
import_texture_ci4(tile, loaded_texture, rdp.tex_lod);
} else if (siz_eff == G_IM_SIZ_8b) {
} else if (siz == G_IM_SIZ_8b) {
import_texture_ci8(tile, loaded_texture, rdp.tex_lod);
} else {
sysFatalError("Bad size for CI texture in tile %d: %02x", tile, siz);
}
} else if (fmt_eff == G_IM_FMT_I) {
if (siz_eff == G_IM_SIZ_4b) {
if (siz == G_IM_SIZ_4b) {
import_texture_i4(tile, loaded_texture, rdp.tex_lod);
} else if (siz_eff == G_IM_SIZ_8b) {
} else if (siz == G_IM_SIZ_8b) {
import_texture_i8(tile, loaded_texture, rdp.tex_lod);
} else {
sysFatalError("Bad size for I texture in tile %d: %02x", tile, siz);
@@ -1414,55 +1344,19 @@ static void gfx_sp_vertex(size_t n_vertices, size_t dest_index, const Vtx* verti
d->color.g = g > 255 ? 255 : g;
d->color.b = b > 255 ? 255 : b;
/* D195/D72 correction: GE DOES use RSP-generated (environment-
* mapped) texture coordinates -- shiny gold/silver weapon skins
* and Control's reflective console glass all set G_TEXTURE_GEN,
* the real GBI bit that gates this on real hardware. D72.1
* originally removed this whole PD-inherited block to fix the
* Rareware logo (a lit surface that does NOT set G_TEXTURE_GEN,
* so it was never supposed to hit this path in the first place)
* but over-corrected: it deleted the feature instead of gating
* it on the bit that actually distinguishes the two cases. With
* no envmap UV generation, every G_TEXTURE_GEN draw sampled its
* texture at whatever raw tc[] happened to be authored (usually
* ~0), landing on the same corner texel every frame regardless
* of view angle -- for a typical dark-edged reflection map, a
* solid near-black surface instead of a shiny/reflective one.
* Gating on G_TEXTURE_GEN preserves D72.1's actual fix (the logo
* never sets this bit, so it's unaffected) while restoring the
* envmap effect for the draws that do. */
if (rsp.geometry_mode & G_TEXTURE_GEN) {
float dotx = 0, doty = 0;
if (rsp.lookat_enabled) {
dotx += vcn->x * rsp.current_lookat_coeffs[0][0];
dotx += vcn->y * rsp.current_lookat_coeffs[0][1];
dotx += vcn->z * rsp.current_lookat_coeffs[0][2];
doty += vcn->x * rsp.current_lookat_coeffs[1][0];
doty += vcn->y * rsp.current_lookat_coeffs[1][1];
doty += vcn->z * rsp.current_lookat_coeffs[1][2];
dotx /= 127.0f;
doty /= 127.0f;
} else {
float tvcn[3];
calculate_normal_dir(vcn, tvcn);
dotx = tvcn[0];
doty = tvcn[1];
}
dotx = clampf(dotx, -1.0f, 1.0f);
doty = clampf(doty, -1.0f, 1.0f);
if (rsp.geometry_mode & G_TEXTURE_GEN_LINEAR) {
dotx = acosf(-dotx) / 4.0f;
doty = acosf(-doty) / 4.0f;
} else {
dotx = (dotx + 1.0f) / 4.0f;
doty = (doty + 1.0f) / 4.0f;
}
U = (int32_t)(dotx * rsp.texture_scaling_factor.s);
V = (int32_t)(doty * rsp.texture_scaling_factor.t);
}
/* D72 (docs/internals.md): unlike the PD port, GE never
* generates texture coordinates from vertex normals. This PD-
* inherited block overwrote the authored tc[] UVs on every
* lit+textured surface (lookat_enabled defaults to true here),
* which smeared the Rareware-logo quads into a diagonal gold
* wedge: their corner UVs (0x0010..0x03F0 = full 32x32 coverage)
* were replaced by normal-derived values. GE's ground truth:
* every DL that could env-map sets gsDPSetTextureLUT(G_TT_NONE),
* stage rendering always has a camera lookat yet stage textures
* are surface-fixed on hardware, and the logo vertex batches
* carry authored atlas-slice UVs. So U/V stay as computed from
* tc[] above. (gSPLookAt state is still tracked — it may matter
* for lighting fidelity later.) */
} else {
d->color.r = vcn->r;
d->color.g = vcn->g;
@@ -1538,17 +1432,8 @@ static inline int gfx_lod_tile_offset(const int i) {
// mip (tile 1), whose single-LOADBLOCK TMEM slot fast3d never registers
// -> a magnified crop of the base image (the "blurry blob" ceilings /
// wall panels in BUNKER1). GE loads the whole mip chain at TMEM 0, so
// for an LOD texture the base render tile is the only correctly-loaded
// level: use it.
//
// D172: but this must NOT collapse a genuine non-LOD two-texture combine.
// The explosion/blood/spark particle records (assets/oddtextures.c
// globalDL_0x078..) set G_TL_TILE (no LOD) + G_CC_INTERFERENCE
// (TEXEL0 * TEXEL1) and bind tile 0 = IA8 smoke @ TMEM 0, tile 1 = RGBA16
// fire @ TMEM 0x188. Returning 0 here fed TEXEL1 the smoke texture too
// (smoke * smoke) -> the magenta/cyan particle colour. Only fold to the
// base tile when LOD is actually active.
return rdp.tex_lod ? 0 : i;
// the base render tile is the only correctly-loaded level: always use it.
return 0;
}
static void gfx_sp_tri1(uint8_t vtx1_idx, uint8_t vtx2_idx, uint8_t vtx3_idx, bool is_rect) {
@@ -1558,26 +1443,7 @@ static void gfx_sp_tri1(uint8_t vtx1_idx, uint8_t vtx2_idx, uint8_t vtx3_idx, bo
struct LoadedVertex* v_arr[3] = { v1, v2, v3 };
if ((rsp.extra_geometry_mode & G_NO_CLIPPING_EXT) == 0) {
/* D233: the outcode bits set in gfx_sp_vertex (x<-w / x>w / y<-w /
* y>w / z>w) are only valid half-space tests when w>0. A vertex
* that has crossed behind the camera plane (w<0) flips the sense of
* those comparisons, so its clip_rej bits can come out wrong. If
* that spurious bit happens to match the other two (genuinely
* correct) vertices' bits, the AND-reduction below fires and drops
* the whole triangle before it ever reaches the GPU -- even though
* OpenGL's own homogeneous clipper (which handles w<0 correctly)
* would have rendered the visible portion of it. This hits large
* polygons near the camera (room walls/ceilings near a doorway,
* where the camera is close enough for a vertex to sit behind it)
* far more than small prop models, matching D233's "room geometry
* intermittently vanishes near doors, furniture/terminals still
* draw" report. Fix: never trust the trivial-reject AND test when
* any vertex has a negative w -- defer to GL's clipper instead,
* same as the backface-cull code just below already does for the
* same w-sign hazard. Worst case for the (rare) mixed-sign case is
* a few extra triangles reaching the GPU; never fewer. */
bool any_behind_camera = (v1->w < 0) || (v2->w < 0) || (v3->w < 0);
if (!any_behind_camera && (v1->clip_rej & v2->clip_rej & v3->clip_rej)) {
if (v1->clip_rej & v2->clip_rej & v3->clip_rej) {
// The whole triangle lies outside the visible area
return;
}
@@ -1822,131 +1688,9 @@ static void gfx_sp_tri1(uint8_t vtx1_idx, uint8_t vtx2_idx, uint8_t vtx3_idx, bo
rendering_state.textures[i]->second.cmt = cmt;
}
}
#ifdef PORT
/* D229 probe (env-gated, inert): green/pulsating IsWater water.
* The water quad is a 2-cycle LERP(TEXEL1, TEXEL0) draw binding
* BOTH tiles to the same TMEM with tile 1 offset by uls/ult --
* the D172 probe's `tmem differs` filter never fires for it. Dump
* each texunit's full decoded tile state + wrap decision + GL
* texture identity so one Frigate capture pins whether TEXEL1
* resolves to the same image/region as TEXEL0 or drifts into
* other TMEM content (the green). */
static int ge_d229_b = -1;
if (ge_d229_b < 0) ge_d229_b = getenv("GE_D229") != NULL;
if (ge_d229_b && use_2cyc && comb->used_textures[0] && comb->used_textures[1]) {
static int d229x = 0;
static int d229_total = 0;
d229_total++;
if (d229x < 12) {
d229x++;
const uint32_t tmem = rdp.texture_tile[tile].tmem;
sysLogPrintf(LOG_NOTE,
"D229: texunit%d first=%u lodoff=%u tile=%u tmem=%u fmt=%u siz=%u | "
"uls=%u ult=%u lrs=%u lrt=%u masks=%u maskt=%u shifts=%d shiftt=%d cms=%u cmt=%u | "
"texw=%u texh=%u texw2=%u texh2=%u | "
"wrapS=%d(tw=%.1f,uls=%.1f) wrapT=%d(th=%.1f,ult=%.1f) | "
"tmembytes=%u GLaddr=%p texid=%u glbytes=%u same_tmem_as_other=%d",
i, rdp.first_tile_index, gfx_lod_tile_offset(i), tile, tmem,
rdp.texture_tile[tile].fmt, rdp.texture_tile[tile].siz,
rdp.texture_tile[tile].uls, rdp.texture_tile[tile].ult,
rdp.texture_tile[tile].lrs, rdp.texture_tile[tile].lrt,
rdp.texture_tile[tile].masks, rdp.texture_tile[tile].maskt,
(int)rdp.texture_tile[tile].shifts, (int)rdp.texture_tile[tile].shiftt,
(unsigned)cms, (unsigned)cmt,
tex_width[i], tex_height[i], tex_width2[i], tex_height2[i],
(int)wrap_s[i], wrap_tw[i], wrap_uls[i],
(int)wrap_t[i], wrap_th[i], wrap_ult[i],
rdp.loaded_texture[tmem].orig_size_bytes,
rendering_state.textures[i] ? (const void*)rendering_state.textures[i]->first.texture_addr : nullptr,
rendering_state.textures[i] ? rendering_state.textures[i]->second.texture_id : 0u,
rendering_state.textures[i] ? rendering_state.textures[i]->first.size_bytes : 0u,
(int)(rdp.texture_tile[rdp.first_tile_index + gfx_lod_tile_offset(1 - i)].tmem == tmem));
} else if (d229_total % 400 == 0) {
sysLogPrintf(LOG_NOTE, "D229: (summary) %d dual-texunit 2-cycle tris so far", d229_total);
}
}
#endif
}
}
#ifdef PORT
/* D172 probe (env-gated, inert): the magenta/cyan blood/spark bug. The
* particle records (assets/oddtextures.c globalDL_0x078..) draw a 2-cycle
* G_CC_INTERFERENCE combine (TEXEL0*TEXEL1) binding two tiles of two
* formats - tile 0 IA8 smoke, tile 1 RGBA16 fire @ tmem 0x188. Dump both
* texunits' tile state whenever a 2-cycle tri actually consumes TEXEL1, so
* one Silo capture pins whether TEXEL1 resolves to the right tmem/format. */
static int ge_d172_a = -1;
if (ge_d172_a < 0) ge_d172_a = getenv("GE_D172") != NULL;
if (ge_d172_a && use_2cyc && comb->used_textures[1] && !rdp.tex_lod) {
const uint32_t fi = rdp.first_tile_index;
/* the tile fast3d will actually SAMPLE for each texunit */
const uint32_t s0 = fi + gfx_lod_tile_offset(0);
const uint32_t s1 = fi + gfx_lod_tile_offset(1);
/* the tile the DL actually CONFIGURED for texunit 1 */
const uint32_t c1 = fi + 1;
/* only interesting when the DL set up a genuinely distinct 2nd tile
* (different tmem) -- filters out mip/LOD-bilerp false positives */
if (rdp.texture_tile[c1].tmem != rdp.texture_tile[fi].tmem) {
static int d172x = 0;
static int d172_total = 0;
/* D219: the original 40-hit cap (sized for M-90's short scripted
* repro) silently went dark for the rest of a real play session
* after ~40 ordinary bullet-impact particles, well before any
* actual explosion -- and the silence itself was indistinguishable
* from "no more particle draws happened at all". Never suppress
* the interesting (lit) case, and keep an always-on counter with
* periodic summaries so a long session still proves whether this
* code path is being hit throughout, not just early on. */
const bool lit = (rsp.geometry_mode & G_LIGHTING) != 0;
d172_total++;
if (!lit && d172x >= 40) {
if (d172_total % 200 == 0) {
sysLogPrintf(LOG_NOTE, "D172: (summary) %d multitex tris seen so far, still LIGHTING=off", d172_total);
}
} else {
d172x++;
sysLogPrintf(LOG_NOTE,
"D172: multitex tri combine=%llx tex_lod=%d first=%u | "
"cfg1[tile=%u tmem=%u fmt=%u siz=%u] | "
"SAMPLED0=tile%u(tmem=%u) SAMPLED1=tile%u(tmem=%u fmt=%u)%s | "
/* D219 (docs/dev/findings.md): explosion.c never clears
* G_LIGHTING before drawing these particle billboards -
* it relies on whatever last set it. If lighting is ON
* here, cn[]'s authored RGBA tint is misread as a normal
* vector (gfx_pc.cpp:1301-1346) and SHADE becomes a
* scene-light color instead of red/orange, which would
* explain a state-dependent purple/blue that a synthetic
* scripted repro (M-90) might not reproduce. */
"geometry_mode=%08x LIGHTING=%s | "
/* D219 round 2: G_LIGHTING is ruled out (5000/5000
* samples off, live-confirmed still purple/blue). Next
* suspect: a D217-style texture-cache collision -- the
* cache key is {texture_addr, fmt, siz, size_bytes,
* palette_hash} (gfx_pc.h) with no content hash for
* non-CI textures, so if two of the 15 FIRE_N images
* ever resolve to the same address (Globalimagetable
* fixup aliasing) or the cache evicts/reuses a texture_id
* without a real re-upload, this tile's GL texture could
* be serving stale/wrong-image content while every
* bookkeeping field above still looks correct. */
"TEXEL1_addr=%p TEXEL1_texid=%u TEXEL1_bytes=%u",
(unsigned long long)rdp.combine_mode, (int)rdp.tex_lod, fi,
c1, rdp.texture_tile[c1].tmem, rdp.texture_tile[c1].fmt, rdp.texture_tile[c1].siz,
s0, rdp.texture_tile[s0].tmem,
s1, rdp.texture_tile[s1].tmem, rdp.texture_tile[s1].fmt,
(s1 == s0) ? " <-- TEXEL1 == TEXEL0 (BUG)" : "",
rsp.geometry_mode,
(rsp.geometry_mode & G_LIGHTING) ? "ON <-- D219 SUSPECT" : "off",
rendering_state.textures[1] ? (const void*)rendering_state.textures[1]->first.texture_addr : nullptr,
rendering_state.textures[1] ? rendering_state.textures[1]->second.texture_id : 0u,
rendering_state.textures[1] ? rendering_state.textures[1]->first.size_bytes : 0u);
}
}
}
#endif
struct ShaderProgram* prg = comb->prg[tm];
if (prg == NULL) {
comb->prg[tm] = prg =
@@ -2358,7 +2102,6 @@ static void gfx_dp_set_scissor(uint32_t mode, uint32_t ulx, uint32_t uly, uint32
static void gfx_dp_set_texture_image(uint32_t format, uint32_t size, uint32_t width, uint32_t tex_flags, const void* addr) {
rdp.texture_to_load.addr = (const uint8_t*)addr;
rdp.texture_to_load.fmt = (uint8_t)format; /* D229 */
rdp.texture_to_load.siz = size;
rdp.texture_to_load.width = width;
rdp.texture_to_load.tex_flags = tex_flags;
@@ -2447,23 +2190,6 @@ static void gfx_dp_load_tlut(uint8_t tile, uint32_t uls, uint32_t ult, uint32_t
*dst++ = PD_BE16(*src++);
}
/* D217: refresh the palette-content hash that keys the CI texture cache.
* GE reissues gDPLoadTLUT from a repeated scratch source address with
* different content between weapon / character model materials; the CI
* TextureCacheKey keys on the source *address*, so without a content hash a
* later material can take a stale cache HIT decoded against an earlier
* palette. gDPLoadTLUT is rare relative to draws, so hashing the whole
* 512-byte table here keeps the per-texel path untouched. */
{
uint32_t h = 2166136261u;
const uint8_t *pb = (const uint8_t *)rdp.palette;
for (uint32_t k = 0; k < sizeof(rdp.palette); ++k) {
h ^= pb[k];
h *= 16777619u;
}
rdp.palette_hash = h;
}
rdp.textures_changed[0] = rdp.textures_changed[1] = true;
}
@@ -2490,7 +2216,6 @@ static void gfx_dp_load_block(uint8_t tile, uint32_t uls, uint32_t ult, uint32_t
loaded_texture.tex_flags = rdp.texture_to_load.tex_flags;
loaded_texture.raw_tex_metadata = rdp.texture_to_load.raw_tex_metadata;
loaded_texture.addr = rdp.texture_to_load.addr;
loaded_texture.src_fmt = rdp.texture_to_load.fmt; /* D229 */
rdp.textures_changed[0] = rdp.textures_changed[1] = true;
}
@@ -2531,7 +2256,6 @@ static void gfx_dp_load_tile(uint8_t tile, uint32_t uls, uint32_t ult, uint32_t
loaded_texture.tex_flags = rdp.texture_to_load.tex_flags;
loaded_texture.raw_tex_metadata = rdp.texture_to_load.raw_tex_metadata;
loaded_texture.addr = rdp.texture_to_load.addr + start_offset_bytes;
loaded_texture.src_fmt = rdp.texture_to_load.fmt; /* D229 */
rdp.texture_tile[tile].uls = uls;
rdp.texture_tile[tile].ult = ult;
@@ -3060,30 +2784,6 @@ static void gfx_run_dl(Gfx* cmd) {
gfx_dp_set_grayscale_color(C1(24, 8), C1(16, 8), C1(8, 8), C1(0, 8));
break;
case G_SETCOMBINE:
#ifdef PORT
/* D172 probe (env-gated, inert): log every SETCOMBINE with the
* cycle-type active at that moment. Particle records
* (explosion.c g_ExplosionDisplayLists[]) set a 2-cycle
* combine but never set cycletype - this tells us what
* cycletype fast3d has when they replay. */
static int ge_d172_b = -1;
if (ge_d172_b < 0) ge_d172_b = getenv("GE_D172") != NULL;
if (ge_d172_b) {
static uint64_t d172seen[64];
static int d172cnt = 0;
uint64_t key = ((uint64_t)(uint32_t)cmd->words.w0 << 32) | (uint32_t)cmd->words.w1;
bool dup = false;
for (int k = 0; k < d172cnt; k++) if (d172seen[k] == key) { dup = true; break; }
if (!dup && d172cnt < 64) {
d172seen[d172cnt++] = key;
uint32_t ct = (rdp.other_mode_h >> G_MDSFT_CYCLETYPE) & 3;
sysLogPrintf(LOG_NOTE,
"D172: SETCOMBINE w0=%08x w1=%08x cycletype=%u (%s)",
(uint32_t)cmd->words.w0, (uint32_t)cmd->words.w1,
ct, ct == 0 ? "1CYC" : ct == 1 ? "2CYC" : ct == 2 ? "COPY" : "FILL");
}
}
#endif
gfx_dp_set_combine_mode(color_comb(C0(20, 4), C1(28, 4), C0(15, 5), C1(15, 3)),
alpha_comb(C0(12, 3), C1(12, 3), C0(9, 3), C1(9, 3)),
color_comb(C0(5, 4), C1(24, 4), C0(0, 5), C1(6, 3)),
@@ -3462,20 +3162,6 @@ extern "C" void gfx_set_mipmap_filter(enum MipmapFilteringMode mode) {
}
extern "C" void gfx_set_fix_mip_textures(int on) { g_fix_mip_textures = !!on; }
/* D212: expose the (already-implemented) rendering-API anisotropy hook to the
* port layer. Clamp to [1, GL max] so a stale ini value can't feed an invalid
* GL_TEXTURE_MAX_ANISOTROPY. 1 = isotropic (driver default). */
extern "C" void gfx_set_anisotropy_level(int level) {
reset_texture_state();
int max = gfx_rapi->get_max_anisotropy_level ? gfx_rapi->get_max_anisotropy_level() : 1;
if (max < 1) max = 1;
if (level < 1) level = 1;
if (level > max) level = max;
if (gfx_rapi->set_anisotropy_level) {
gfx_rapi->set_anisotropy_level(level);
}
}
extern "C" void gfx_set_wrap_fix(int on) {
const char* e = getenv("GE_WRAPFIX"); /* RC3 test override */
g_wrap_fix = e ? (atoi(e) != 0) : !!on;
port/fast3d/gfx_pc.h
-9
View File
@@ -29,15 +29,6 @@ struct TextureCacheKey {
// (gDPLoadBlock mip chains vs partial loads); include the size so a
// truncated first import cannot poison later full imports.
uint32_t size_bytes;
// D217: for CI (palettized) textures, a hash of the decoded rdp.palette
// content at import time. GE assembles weapon / character model DLs in
// scratch arena RAM and reissues gDPLoadTLUT with different palette
// *content* from a repeated source address, so
// {texture_addr, palette_addrs, palette_index, size_bytes} alone collides
// across materials/frames -> a CI tile takes a stale cache HIT decoded
// against a different palette. Recomputed only in gfx_dp_load_tlut(), so
// there is no per-texel or per-draw cost. Zero for non-CI textures.
uint32_t palette_hash;
bool operator==(const TextureCacheKey&) const noexcept = default;
port/fast3d/gfx_sdl2.cpp
+1 -7
View File
@@ -409,13 +409,7 @@ static inline void sync_framerate_with_timer(void) {
// We want to exit a bit early, so we can busy-wait the rest to never miss the deadline
left -= 15000UL;
if (left > 0) {
/* D250: `left` is in 100ns units (qpc_to_100ns); sysSleep() takes
* microseconds. Passing it unconverted slept ~10x too long every
* time this branch fired (e.g. an intended 2ms sleep became a real
* ~20ms one), silently eating the rest of the frame budget whenever
* per-frame work left little slack -- a resolution/GPU-independent
* frame-pacing bug, not a real render cost. */
sysSleep((uint32_t)(left / 10));
sysSleep(left);
}
do {
port/include/audio.h
+3 -5
View File
@@ -23,14 +23,12 @@ void audioDestroy(void);
/* Number of samples (stereo s16 frames) currently queued. */
s32 audioGetSamplesBuffered(void);
/* D204/F1: emulate the N64 AI_LEN_REG -- bytes remaining in the buffer the
* DAC is *currently* playing, NOT the whole queue depth. src/audi.c does
* arithmetic on this value that only holds inside the N64's range. */
u32 audioGetAiLengthBytes(void);
/* Queue the next block of mixed samples (len is in bytes). */
void audioSetNextBuffer(const s16 *buf, u32 len);
/* Called at the end of each frame to flush the queued buffer to the device. */
void audioEndFrame(void);
#ifdef __cplusplus
}
#endif
port/include/audiotrace.h
-17
View File
@@ -1,17 +0,0 @@
/*
* audiotrace.h — serialized trace writer for the GE_AUDIOTRACE / WIRE probes.
*
* D202/M-70 (PORT): the probe sites live in TWO threads — sndPlaySfx runs on
* the game thread, the sndp event handlers ([EVT]/[VOICE+]/[STOP-EVT]) and
* load.c's [PASTEND] run on the audio thread. Each site used to open its own
* unbuffered FILE* on the same path; concurrent fprintf() calls interleaved
* MID-LINE and corrupted records, which M-69's offline matcher misread as
* dropped voice allocations. One FILE* per path plus a spinlock around
* vfprintf makes each line atomic.
*/
#ifndef PORT_AUDIOTRACE_H
#define PORT_AUDIOTRACE_H
void geTracePrintf(const char *path, const char *fmt, ...);
#endif /* PORT_AUDIOTRACE_H */
port/include/input.h
+7 -10
View File
@@ -44,23 +44,20 @@ unsigned inputComputePad(int idx, signed char *stick_x, signed char *stick_y);
* disabled in config. */
void inputSetMouseGrab(int on);
/* WI-1 click-to-lock cursor capture. The host event pump calls
* inputNotifyClick() when a mouse button goes down inside the game window
* (arms + locks the cursor), and inputReleaseCapture() when ESC is pressed
* (frees it; returns 1 if it consumed the key). */
/* WI-1 click-to-lock cursor capture (Input.MouseCaptureMode = 1). The host
* event pump calls inputNotifyClick() when a mouse button goes down inside the
* game window (arms + locks the cursor), and inputReleaseCapture() when ESC is
* pressed (frees it; returns 1 if it consumed the key). inputMouseCaptureActive()
* is true when capture mode is on and the cursor is currently free -- the pump
* uses it to decide whether a click should be swallowed rather than passed on. */
void inputNotifyClick(void);
int inputReleaseCapture(void);
int inputMouseCaptureActive(void);
/* F10 options overlay: force the OS cursor free + visible while the overlay
* owns the mouse. Safe to call every poll. */
void inputSuspendForOverlay(void);
/* Raw gamepad state for controller idx (the F10 options overlay's gamepad
* navigation). Unaffected by the overlay's pad-swallow, which happens at our
* logic layer, not SDL's. No pad open -> 0. */
int inputPadButton(int idx, SDL_GameControllerButton b);
short inputPadAxis(int idx, SDL_GameControllerAxis a);
/* Queue a mouse-wheel weapon-cycle input (one short A-button press). Sign is
* ignored -- GE only cycles forward on a bare A edge. */
void inputPostWheel(int notches);
port/include/mixer.h
+11 -61
View File
@@ -2,21 +2,16 @@
#define PORT_MIXER_H
/*
* Audio mixing — software implementation of GE's RSP audio ucode opcodes.
* Audio mixing.
* Modelled on the PD port's port/include/mixer.h.
*
* include/PR/abi.h's aXxx macros normally pack RSP command words into an
* Acmd list for the audio ucode (aspMain, never run on PC — port/src/ucode.c)
* to execute later. Under #ifdef PORT, abi.h includes this header instead,
* which redefines every aXxx macro to call an Impl function here immediately
* — same macro-swap trick as the Perfect Dark PC port (docs/dev/AUDIO-PLAN.md).
* On the N64 the RSP audio ucode does the final mix / sample-rate handling
* before the AI DMA. Since the RSP is emulated in software here, this module
* performs that final processing on the CPU and hands the result to audio.c.
*
* GE uses the classic IDO libaudio ABI (verified against every call site in
* src/libultra/audio and src/libultrare/audio/{env,reverb}.c — NOT PD's
* differently-shaped "naudio New" ABI). Several opcodes (aADPCMdec,
* aResample, aEnvMixer, aLoadBuffer, aSaveBuffer) take only a state/DRAM
* pointer; their DMEM source/dest addresses and byte counts come from the
* most recent aSetBuffer call(s), tracked here as persistent context —
* see the field comments on MixerCtx in mixer.c.
* NOTE: the exact responsibilities depend on how GE's libaudio output is
* wired (see src/audi.c). This is a placeholder interface to be refined in
* Phase 3 (audio).
*/
#include <PR/ultratypes.h>
@@ -28,54 +23,9 @@ extern "C" {
void mixerInit(void);
void mixerDestroy(void);
/* Software RSP-audio-ucode opcode implementations (port/src/mixer.c). */
void aSetBufferImpl(u32 flags, u16 i, u16 o, u16 c);
void aClearBufferImpl(u16 addr, u32 count);
void aLoadBufferImpl(u32 dramAddr);
void aSaveBufferImpl(u32 dramAddr);
void aDMEMMoveImpl(u16 in, u16 out, u32 count);
void aLoadADPCMImpl(u32 count, u32 dramAddr);
void aSetLoopImpl(u32 stateAddr);
void aADPCMdecImpl(u32 flags, u32 stateAddr);
void aResampleImpl(u32 flags, u16 pitch, u32 stateAddr);
void aInterleaveImpl(u16 l, u16 r);
void aMixImpl(u32 flags, u16 gain, u16 in, u16 out);
void aSetVolumeImpl(u32 flags, u16 v, u16 t, u16 r);
void aEnvMixerImpl(u32 flags, u32 stateAddr);
void aPoleFilterImpl(u32 flags, u16 gain, u32 stateAddr);
void aSegmentImpl(u32 seg, u32 base);
#undef aSetBuffer
#undef aClearBuffer
#undef aLoadBuffer
#undef aSaveBuffer
#undef aDMEMMove
#undef aLoadADPCM
#undef aSetLoop
#undef aADPCMdec
#undef aResample
#undef aInterleave
#undef aMix
#undef aSetVolume
#undef aEnvMixer
#undef aPoleFilter
#undef aSegment
#define aSetBuffer(pkt, f, i, o, c) aSetBufferImpl((u32)(f), (u16)(i), (u16)(o), (u16)(c))
#define aClearBuffer(pkt, d, c) aClearBufferImpl((u16)(d), (u32)(c))
#define aLoadBuffer(pkt, s) aLoadBufferImpl((u32)(s))
#define aSaveBuffer(pkt, s) aSaveBufferImpl((u32)(s))
#define aDMEMMove(pkt, i, o, c) aDMEMMoveImpl((u16)(i), (u16)(o), (u32)(c))
#define aLoadADPCM(pkt, c, d) aLoadADPCMImpl((u32)(c), (u32)(d))
#define aSetLoop(pkt, a) aSetLoopImpl((u32)(a))
#define aADPCMdec(pkt, f, s) aADPCMdecImpl((u32)(f), (u32)(s))
#define aResample(pkt, f, p, s) aResampleImpl((u32)(f), (u16)(p), (u32)(s))
#define aInterleave(pkt, l, r) aInterleaveImpl((u16)(l), (u16)(r))
#define aMix(pkt, f, g, i, o) aMixImpl((u32)(f), (u16)(g), (u16)(i), (u16)(o))
#define aSetVolume(pkt, f, v, t, r) aSetVolumeImpl((u32)(f), (u16)(v), (u16)(t), (u16)(r))
#define aEnvMixer(pkt, f, s) aEnvMixerImpl((u32)(f), (u32)(s))
#define aPoleFilter(pkt, f, g, s) aPoleFilterImpl((u32)(f), (u16)(g), (u32)(s))
#define aSegment(pkt, s, b) aSegmentImpl((u32)(s), (u32)(b))
/* Process one frame of audio. `in` is the libaudio-mixed buffer, `frames`
* the number of stereo frames. Output is queued via audioSetNextBuffer. */
void mixerProcess(const s16 *in, u32 frames);
#ifdef __cplusplus
}
port/include/port_math.h
-15
View File
@@ -1,15 +0,0 @@
/* port_math.h -- real system math declarations for port/ code.
*
* The build's -I list puts the game's include/math.h (a constants-only
* header: M_PI & friends, guard _MATH_EXT_H_) ahead of the system one, so a
* plain #include <math.h> in a .c file picks up the game header and leaves
* fabs/tan/atan/pow/... implicitly declared. Including from THIS header lets
* #include_next step past the game header to the real system math.h.
*/
#ifndef PORT_MATH_H
#define PORT_MATH_H
#include <math.h> /* -> include/math.h (game constants) via -I include */
#include_next <math.h> /* -> next match in the search path: system math.h */
#endif /* PORT_MATH_H */
port/include/romconvert.h
-24
View File
@@ -1,24 +0,0 @@
#ifndef PORT_ROMCONVERT_H
#define PORT_ROMCONVERT_H
/*
* First-run sidecar conversion — see port/src/romconvert.c. Called from
* romdataInit() once a valid ROM image is in hand; spawns the bundled frozen
* converter (ge007-convert) if the pcmodels/pccg sidecars are missing.
*/
#ifdef __cplusplus
extern "C" {
#endif
/* romImg: mapped/read ROM image (country byte at 0x3E selects the region);
* romRelPath: the "$S/..." / "$E/..." / "./..." path the ROM was opened from.
* Returns 1 when both sidecars are present, -1 when they could not be
* produced (caller should abort boot). */
int romConvertEnsureSidecars(const unsigned char *romImg, const char *romRelPath);
#ifdef __cplusplus
}
#endif
#endif /* PORT_ROMCONVERT_H */
port/include/versioninfo.h.in
-2
View File
@@ -4,8 +4,6 @@
/* Generated by CMake from versioninfo.h.in — do not edit. */
#define GE007_VERSION_HASH "@VERSION_HASH@"
#define GE007_VERSION_CODENAME "@VERSION_CODENAME@"
#define GE007_ORIGIN_URL "@ORIGIN_URL@"
#define GE007_TARGET_PLATFORM "@TARGET_PLATFORM@"
#define GE007_ROMID "@ROMID@"
#define GE007_IS_PAL @VERSION_IS_PAL@
port/include/video.h
-3
View File
@@ -20,9 +20,6 @@ extern "C" {
#endif
/* Initialize the window + GL context. Returns 0 on success. */
/* Steam Deck first-run preset; must run after the config constructor and
* before configLoad() (see video.c). No-op effect once an ini exists. */
void videoApplySteamOSDefaults(void);
int videoInit(void);
void videoDestroy(void);
port/src/audio.c
+21 -252
View File
@@ -6,102 +6,33 @@
* osAiGetLength (libultra.c) route through here.
*
* Modelled on the PD port's port/src/audio.c (~75 lines).
*
* STATUS: scaffolding stub — implement during Phase 3.
*/
#include <SDL.h>
#include <stdlib.h>
#include <stdio.h>
#include "platform.h"
#include "system.h"
#include "config.h"
#include "audio.h"
#include "audiotrace.h"
static SDL_AudioDeviceID dev = 0;
/* src/audi.c: g_FrameSize + EXTRA_SAMPLES + 0x10, the exact sample count
* info->data is allocated for (audi.c:388). Zero until amCreateAudioManager
* has run. Used by the D204/F4 oversize guard below. */
extern u32 g_MaxFrameSize;
/* D202 diag: GE_AUDIODUMP=1 raw-dumps every mixed s16 stereo buffer at
* 22050Hz to audiodump.raw in the CWD for offline waveform inspection.
* Remove once D202 is root-caused. */
static FILE *s_audioDumpFile = NULL;
static int s_audioDumpChecked = 0;
static u64 s_audioDumpBytesWritten = 0;
/* D202 diag: exact byte offset into audiodump.raw written so far, so a probe
* elsewhere (snd.c sndPlaySfx) can log precisely which sample position a
* request happened at, instead of guessing via an RMS scan. */
u64 audioDumpBytePos(void)
{
return s_audioDumpBytesWritten;
}
static const s16 *nextBuf = NULL;
static u32 nextSize = 0;
static int bufferSize = 512;
/* D204/F3: was 8192 frames (372 ms). GE's AI feedback loop (src/audi.c:531)
* regulates to a very shallow queue -- it only asks for more than
* g_MinFrameSize once the queue is under ~69 frames -- so a 372 ms drop
* threshold is far past anything the game can steer out of, and just
* converts overproduction into silent buffer loss at high latency.
* 2880 frames (130 ms, four of GE's 720-sample blocks) sits comfortably above
* the F5 cushion of AUDIO_TARGET_FRAMES while keeping worst-case latency in a
* range the regulator can still steer out of.
* NB: an existing data/ge007.ini pins QueueLimit, so this default only
* applies to fresh configs -- see docs/dev/findings.md D204. */
static int queueLimit = 2880;
/* D204/F1: size in bytes of the block most recently handed to the DAC. Used
* to bound audioGetAiLengthBytes() to one buffer, like real AI hardware. */
static u32 lastBufferBytes = 0;
/* D204/F5: queue cushion the AI feedback loop steers toward, in stereo
* frames. ~46 ms at 22050 Hz -- enough to absorb OS scheduling jitter and a
* dropped retrace or two, small enough that input->sound latency stays well
* under a frame of the game's own 30 Hz audio cadence. See the long comment
* in audioGetAiLengthBytes(). */
#define AUDIO_TARGET_FRAMES 1024
/* D204/F4: rate-limited reporting for the two ways audio can be lost. */
static u32 dropCount = 0;
static u32 oversizeCount = 0;
/* D204 diag (temporary): GE_D204_OLD=1 restores the pre-fix behaviour --
* osAiGetLength() reports the whole SDL queue depth and queueLimit goes back
* to 8192 -- so before/after can be measured in ONE binary, without
* build-to-build variance. Remove once D204 is closed. */
static int d204OldMode(void)
{
static int cached = -1;
if (cached < 0) {
cached = getenv("GE_D204_OLD") ? 1 : 0;
if (cached) queueLimit = 8192;
}
return cached;
}
static int queueLimit = 8192;
int audioInit(void)
{
if (SDL_InitSubSystem(SDL_INIT_AUDIO) < 0) {
sysLogPrintf(LOG_ERROR, "audioInit: SDL_InitSubSystem: %s", SDL_GetError());
return -1;
}
SDL_AudioSpec want = {0};
want.freq = 22050; /* GE's OUTPUT_RATE (src/audi.c) */
want.format = AUDIO_S16SYS;
want.channels = 2;
want.samples = (u16)bufferSize;
SDL_AudioSpec have;
dev = SDL_OpenAudioDevice(NULL, 0, &want, &have, 0);
if (!dev) {
sysLogPrintf(LOG_ERROR, "audioInit: SDL_OpenAudioDevice: %s", SDL_GetError());
return -1;
}
SDL_PauseAudioDevice(dev, 0);
sysLogPrintf(LOG_INFO, "audioInit: opened SDL audio device at %d Hz", have.freq);
/* TODO(Phase 3):
* - SDL_InitSubSystem(AUDIO)
* - open device: 22020 Hz (match GE's OUTPUT_RATE in src/audi.c),
* AUDIO_S16SYS, 2 channels
* - unpause
*/
sysLogPrintf(LOG_INFO, "audioInit: TODO (Phase 3)");
return 0;
}
@@ -115,182 +46,20 @@ s32 audioGetSamplesBuffered(void)
return dev ? (SDL_GetQueuedAudioSize(dev) / 4) : 0;
}
/*
* D204/F1 -- correct AI_LEN_REG semantics. ROBUSTNESS, not a bug fix:
* measured A/B (M-64) shows this changes no observable behaviour today.
*
* src/audi.c:531 sizes every audio block as
* frameSamples = (u16)((g_FrameSize - (osAiGetLength() >> 2) + 16 + 0x25) & ~0xf)
* clamped below at g_MinFrameSize. On the N64 osAiGetLength() reads
* AI_LEN_REG: the bytes left in the ONE buffer the DAC is currently playing,
* bounded by g_MaxFrameSize*4, so the term acts as a +-64-sample trim.
*
* Reporting SDL's whole queue depth instead lets that subtraction (done in
* u32) wrap once the queue exceeds g_FrameSize + 0x35 frames, which it does
* routinely -- measured high-water 2064 frames over a 5 min run. That wrap
* is HARMLESS in practice and I verified it rather than assuming: the result
* is stored into `s16 frameSamples` (audi.c:145), so it lands negative and
* audi.c's own `(s32)frameSamples < g_MinFrameSize` clamp catches it, giving
* a nominal 720-sample frame. Max block observed stays 3136 bytes against
* the 3156-byte info->data allocation -- there is no heap overrun.
*
* Bounding the report to one buffer is still the right thing: it matches the
* hardware the game was written against, keeps the arithmetic inside its
* designed range instead of relying on a signed-overflow accident, and costs
* one compare. AGENTS.md rule #2: it belongs here in port/, not in audi.c.
*/
u32 audioGetAiLengthBytes(void)
{
u32 queued = dev ? SDL_GetQueuedAudioSize(dev) : 0;
if (d204OldMode()) {
return queued; /* pre-fix behaviour, for A/B measurement only */
}
/* D204/F5 -- shift the regulator's setpoint off zero. THIS is the part
* that measurably changes behaviour.
*
* audi.c only asks for more than g_MinFrameSize (720) once the reported
* length drops under ~69 frames. 720 samples per 30 Hz audio frame is
* 21600/s against a 22050 Hz device, so at the nominal rate the pipeline
* is structurally ~2 % short and relies on those top-up frames to make it
* back. On the N64 a 69-frame setpoint is fine -- AI is double-buffered
* and the VI interrupt is exact. On PC it means the loop does not react
* until the SDL queue is 3 ms from empty, which OS scheduling jitter
* clears easily: measured rt=0.980 sustained with q reaching 0, i.e. the
* device is padding ~2 % of playback with silence, permanently. That lost
* time is unrecoverable, because a queue-depth reading cannot tell the
* regulator it has already fallen behind.
*
* Subtracting a target cushion makes "queue is at AUDIO_TARGET_FRAMES"
* read as "queue is empty", so the loop tops up while there is still
* ~46 ms of slack, and settles just above the cushion instead of
* oscillating into starvation. Purely a port-side setpoint change: audi.c
* still runs its own unmodified control law. */
{
const u32 targetBytes = AUDIO_TARGET_FRAMES * 4u;
queued = (queued > targetBytes) ? (queued - targetBytes) : 0u;
}
if (lastBufferBytes && queued > lastBufferBytes) {
queued = lastBufferBytes;
}
return queued;
}
void audioSetNextBuffer(const s16 *buf, u32 len)
{
if (!s_audioDumpChecked) {
s_audioDumpChecked = 1;
if (getenv("GE_AUDIODUMP")) {
s_audioDumpFile = fopen("audiodump.raw", "wb");
}
}
(void)d204OldMode(); /* D204 diag: ensure the queueLimit override applies */
nextBuf = buf;
nextSize = len;
}
/* D204 audio-health monitor: GE_D204=1 prints one line every 5 s of wall
* clock with everything needed to see the pipeline degrade in real time:
*
* rt= produced audio seconds / wall seconds. 1.00 is healthy; a
* sustained value below 1 means the 30 Hz retrace that drives
* amMain is being starved, and audio is being generated slower
* than the DAC eats it (gaps, stutter).
* q= SDL queue depth in frames. Should sit shallow (GE's regulator
* in audi.c:531 only asks for more than g_MinFrameSize once the
* queue is under ~69 frames). Climbing toward queueLimit means
* overproduction, and once it pins there every new block is
* dropped -- the "eventually no audio except a stuck loop" state.
* drop= blocks discarded because the queue was full (cumulative).
* max= largest block audi.c has handed us, vs its g_MaxFrameSize*4
* allocation.
*
* Deliberately cheap (one clock read + one counter per block, ~30/s) so
* it can be left on for a full playtest -- unlike GE_MIXERTRACE, whose
* unbuffered per-opcode log slows the process enough to starve the audio
* thread on its own (that artifact is what M-63 measured as "13 % of
* real time"; see docs/dev/findings.md D204). Remove once D204 closes. */
if (getenv("GE_D204")) {
static u64 startUs = 0, nextReportUs = 0, produced = 0;
static u32 maxLen = 0;
u64 now = sysGetMicroseconds();
if (!startUs) { startUs = now; nextReportUs = now + 5000000ull; }
produced += len;
if (len > maxLen) maxLen = len;
if (now >= nextReportUs) {
u64 wallUs = now - startUs;
/* produced bytes / 4 = frames; / 22050 = seconds of audio */
u64 rtx1000 = wallUs ? (produced / 4ull) * 1000000ull / 22050ull * 1000ull / wallUs : 0;
sysLogPrintf(LOG_NOTE,
"D204 audio health t=%llus rt=%llu.%03llu q=%d/%d drop=%u max=%u/%u",
(unsigned long long)(wallUs / 1000000ull),
(unsigned long long)(rtx1000 / 1000), (unsigned long long)(rtx1000 % 1000),
(int)audioGetSamplesBuffered(), queueLimit,
(unsigned)dropCount, (unsigned)maxLen,
(unsigned)(g_MaxFrameSize * 4u));
nextReportUs = now + 5000000ull;
}
}
/* D204/F4: invariant guard, believed unreachable. info->data is allocated
* for exactly g_MaxFrameSize samples (audi.c:388), so a longer block means
* alAudioFrame() has already run off the end of it. audi.c's own signed
* clamp should make that impossible (see audioGetAiLengthBytes above), and
* no run has ever tripped this -- but "impossible" is worth one compare
* per block when the alternative is a silent heap overrun. */
if (g_MaxFrameSize && len > g_MaxFrameSize * 4u) {
if (oversizeCount++ < 8) {
sysLogPrintf(LOG_ERROR,
"D204: oversized audio block %u bytes (info->data alloc %u) -- "
"audi.c frameSamples escaped its clamp; heap already overrun",
(unsigned)len, (unsigned)(g_MaxFrameSize * 4u));
}
return;
}
if (s_audioDumpFile && buf && len) {
fwrite(buf, 1, len, s_audioDumpFile);
s_audioDumpBytesWritten += len;
}
/* D77 diag (temporary): GE_AUDIOTRACE=1 already logs csplayer.c
* [MUSICNOTE] note-on events into audiotrace.log. That proves the
* level-music trigger fires and posts notes to the synth, but says
* nothing about whether those notes actually reach the final mixed
* buffer handed to the SDL device below. Interleave a cheap (~1/s)
* peak/RMS reading of *this* buffer into the SAME file/lock
* (geTracePrintf) so the two can be correlated by line order without
* per-line timestamps. Remove once D77 closes. */
if (buf && len && getenv("GE_AUDIOTRACE")) {
static u64 lastReportUs = 0;
u64 now = sysGetMicroseconds();
if (now - lastReportUs >= 1000000ull) {
const s16 *s = buf;
u32 n = len / 2u;
s32 peak = 0;
s64 sumsq = 0;
for (u32 i = 0; i < n; i++) {
s32 v = s[i];
if (v < 0) v = -v;
if (v > peak) peak = v;
sumsq += (s64)s[i] * (s64)s[i];
}
double rms = n ? __builtin_sqrt((double)sumsq / (double)n) : 0.0;
geTracePrintf("audiotrace.log", "[AUDIOLVL] peak=%d rms=%.1f n=%u\n",
(int)peak, rms, (unsigned)n);
lastReportUs = now;
}
}
if (dev && buf && len) {
void audioEndFrame(void)
{
if (nextBuf && nextSize && dev) {
if (audioGetSamplesBuffered() < queueLimit) {
SDL_QueueAudio(dev, buf, len);
lastBufferBytes = len;
} else if (dropCount++ % 128 == 0) {
/* D204/F3: dropping here used to be silent, so overproduction
* surfaced only as unexplained dropouts. */
sysLogPrintf(LOG_NOTE,
"D204: audio queue full (%d/%d frames), dropped block #%u",
(int)audioGetSamplesBuffered(), queueLimit, (unsigned)dropCount);
SDL_QueueAudio(dev, nextBuf, nextSize);
}
nextBuf = NULL;
nextSize = 0;
}
}
port/src/crash.c
+5 -40
View File
@@ -324,7 +324,7 @@ static void *crashGetModuleBase(const void *addr)
return NULL;
}
static void crashStackTrace(char *msg, int sig, void *pc, ucontext_t *ucontext, siginfo_t *siginfo)
static void crashStackTrace(char *msg, int sig, void *pc)
{
unsigned msglen = 0;
void *frames[CRASH_MAX_FRAMES] = { NULL };
@@ -338,26 +338,6 @@ static void crashStackTrace(char *msg, int sig, void *pc, ucontext_t *ucontext,
char **strings = backtrace_symbols(frames, nframes);
CRASH_MSG("SIGNAL: %d\n", sig);
if (siginfo && (sig == SIGSEGV || sig == SIGBUS)) {
CRASH_MSG("FAULT ADDR: %p\n", (void *)siginfo->si_addr);
}
#if defined(PLATFORM_X86_64)
if (ucontext) {
CRASH_MSG("REGS: Rax=%p Rcx=%p Rdx=%p Rsi=%p Rdi=%p R8=%p R9=%p R10=%p R11=%p\n",
(void *)ucontext->uc_mcontext.gregs[REG_RAX],
(void *)ucontext->uc_mcontext.gregs[REG_RCX],
(void *)ucontext->uc_mcontext.gregs[REG_RDX],
(void *)ucontext->uc_mcontext.gregs[REG_RSI],
(void *)ucontext->uc_mcontext.gregs[REG_RDI],
(void *)ucontext->uc_mcontext.gregs[REG_R8],
(void *)ucontext->uc_mcontext.gregs[REG_R9],
(void *)ucontext->uc_mcontext.gregs[REG_R10],
(void *)ucontext->uc_mcontext.gregs[REG_R11]);
CRASH_MSG("Rsp=%p Rbp=%p\n",
(void *)ucontext->uc_mcontext.gregs[REG_RSP],
(void *)ucontext->uc_mcontext.gregs[REG_RBP]);
}
#endif
CRASH_MSG("PC: ");
if (pc) {
CRASH_MSG("%p\n", pc);
@@ -390,26 +370,13 @@ static void crashStackTrace(char *msg, int sig, void *pc, ucontext_t *ucontext,
free(strings);
}
/* D254: re-entrancy guard. The handler used to call sysFatalError() ->
* abort() -> SIGABRT, which re-entered this handler and TRUNCATED the log
* ("wb"), destroying the original SEGV block — the one with the faulting
* PC/registers. Field crash logs then only showed the abort. Guard against
* re-entry and terminate directly instead (the Windows path already did).
*/
static sig_atomic_t inCrashHandler = 0;
static void crashHandler(int sig, siginfo_t *siginfo, void *ctx)
{
if (inCrashHandler) {
_exit(128 + sig);
}
inCrashHandler = 1;
char msg[CRASH_MAX_MSG + 1] = { 0 };
ucontext_t *ucontext = ctx ? (ucontext_t *)ctx : NULL;
void *pc = NULL;
if (ucontext) {
if (ctx) {
ucontext_t *ucontext = (ucontext_t *)ctx;
#ifdef PLATFORM_X86
pc = (void *)ucontext->uc_mcontext.gregs[REG_EIP];
#elif defined(PLATFORM_X86_64)
@@ -422,7 +389,7 @@ static void crashHandler(int sig, siginfo_t *siginfo, void *ctx)
fflush(stderr);
fflush(stdout);
crashStackTrace(msg, sig, pc, ucontext, siginfo);
crashStackTrace(msg, sig, pc);
{
FILE *f = fopen(CRASH_LOG_FNAME, "wb");
@@ -432,9 +399,7 @@ static void crashHandler(int sig, siginfo_t *siginfo, void *ctx)
}
}
/* D254: terminate directly — sysFatalError() raises SIGABRT which used
* to re-enter this handler and truncate the log we just wrote. */
_exit(128 + sig);
sysFatalError("Crash!\n\n%s", msg);
}
/* D38: called by the kernel heartbeat watchdog (port/src/libultra.c) when a
port/src/input.c
+158 -710
View File
File diff suppressed because it is too large. Load diff
port/src/libultra.c
+4 -290
View File
@@ -86,46 +86,8 @@ OSTime osGetTime(void)
return (OSTime)sysGetMicroseconds();
}
/* GE_DETERM=1 — fixed-tick deterministic mode (speed-ups plan Step 7 / R1,
* design in docs/dev/findings.md §D117). Test-only, default OFF: replaces
* the wall-clock osGetCount() below with a virtual clock advanced exactly
* once per virtual VI retrace (generated synchronously in osRecvMesg() —
* see the GE_DETERM block there — when __scMain, the sole consumer of
* g_viRetraceMQ, asks for the next message; NOT paced by an independent
* thread) instead of real elapsed time, so two runs of the same build take
* the same simulation path. Never the shipping timing model — the default
* (GE_DETERM unset) path below is byte-for-byte what it always was. */
static int g_determEnabled = 0;
static u32 g_determQuantum = 775875; /* NTSC; portKernelInit sets 931050 PAL */
static u32 g_determTicks = 0;
/* M-52 3rd attempt: __scMain is the sole consumer of g_viRetraceMQ, but
* before the first real gfx/audio task ever runs (src/boss.c's bounded
* osSetTimer(100ms)-based controller-detection loop -- genuinely real-time,
* out of scope by design), NOTHING is consuming its forwards, so unbounded
* per-ask generation free-spins for that whole real-time window and however
* many ticks accumulate is real-scheduling-dependent (confirmed: 2nd
* attempt's 33/38/14% divergence). waitForNextFrame() (frametiming.c) is a
* tight busy-spin on osGetCount(), not a queue wait -- so FREEZING the
* clock during that window (0 extra ticks) hangs it forever, and letting it
* free-run is exactly the bug. The fix: cap the clock to exactly ONE extra
* quantum beyond the seed before the first task runs -- fixed, identical
* every run, and >=1 quantum is already enough to clear
* waitForNextFrame()'s first-call threshold (see the arithmetic in
* frametiming.c), so it can't hang either. Set true by osSpTaskStartGo. */
static int g_determTaskEverRun = 0;
static int g_determPreTaskTicksGranted = 0;
/* GE_DETERM_TRACE=1 (with GE_DETERM=1): log every virtual-clock advance with a
* monotonic sequence number, for diffing two runs' logs to find the exact
* first point they diverge -- see docs/dev/findings.md §D117 M-52. Test-only,
* both env-gated off by default; zero cost when unset. */
static int g_determTraceEnabled = 0;
static u32 g_determTraceSeq = 0;
u32 osGetCount(void)
{
if (g_determEnabled) {
return g_determTicks;
}
/* The N64 RSP core counter advances at ~OS_CPU_COUNTER (~46.5 MHz), NOT
* microseconds. GE's pacing assumes this rate: waitForNextFrame() in
* frametiming.c waits for 775,875 - 387,937 ticks per NTSC frame (931,050
@@ -272,25 +234,6 @@ static void *portTickThread(void *arg)
{
(void)arg;
for (;;) {
/* GE_DETERM (§D117, M-52 2nd attempt): retrace generation lives in
* osRecvMesg() now (see there) -- synchronous with the sole
* consumer asking for the next message, not paced by this thread.
* The M-52 FIRST attempt polled g_viRetraceMQ's empty/non-empty
* state from here on a real-time cadence; that poll's own
* OS-scheduling latency varied run-to-run and leaked directly into
* the tick count (measured: 90%/28%/16% frame divergence between
* two runs, worse than the port's baseline wall-clock
* nondeterminism this mode exists to remove). This thread still
* only does what osGetTime()-based real-time bookkeeping needs
* (timers, hang-heartbeat) -- deliberately NOT touching
* g_viRetraceMQ at all in this mode. */
if (g_determEnabled) {
portServiceTimers();
portHeartbeatCheck();
sysSleep(g_tickIntervalUs);
continue;
}
uint64_t now = sysGetMicroseconds();
if (!g_nextTickUs) g_nextTickUs = now + g_tickIntervalUs;
@@ -329,25 +272,8 @@ void portKernelInit(void)
if (osTvType == OS_TV_MPAL || osTvType == OS_TV_PAL) {
g_tickIntervalUs = 1000000 / 50; /* PAL: 50 frames/s -> 20ms */
g_determQuantum = 931050;
} else {
g_tickIntervalUs = 1000000 / 60; /* NTSC: 60 frames/s -> ~16.7ms */
g_determQuantum = 775875;
}
/* GE_DETERM=1: seed so the first waitForNextFrame() computes exactly
* (quantum + 387937) / quantum == 1 tick, per the §D117 design. */
g_determEnabled = getenv("GE_DETERM") != NULL;
if (g_determEnabled) {
g_determTicks = g_determQuantum;
g_determTraceEnabled = getenv("GE_DETERM_TRACE") != NULL;
sysLogPrintf(LOG_NOTE,
"GE_DETERM=1: fixed-tick deterministic mode (test-only, "
"quantum=%u) -- osGetCount() is now frame-locked, not wall-clock",
g_determQuantum);
if (g_determTraceEnabled) {
sysLogPrintf(LOG_NOTE, "DETERMTRACE seq=0 ticks=%u event=seed", g_determTicks);
}
}
pthread_t th;
@@ -651,42 +577,6 @@ s32 osRecvMesg(OSMesgQueue *mq, OSMesg *msg, s32 flag)
pthread_mutex_unlock(&pq->lock);
return -1;
}
/* GE_DETERM (§D117, M-52 2nd attempt): __scMain (sched.c) is the
* SOLE consumer of g_viRetraceMQ, and everything the rest of the
* boot/frame chain waits on (task execution via osSpTaskStartGo,
* joyPoll() -- which is also what unblocks joyCheckStatusThreadSafe
* -- and the forward to mainThread's gfxFrameMsgQ) happens
* synchronously inside __scMain's handling of THAT message, on this
* same thread, before it comes back to ask for the next one. So
* "the consumer is asking and none exists" is itself the correct,
* purely call-sequenced trigger for the next virtual retrace --
* driven by program order, not by an independent thread polling on
* a wall-clock cadence (the M-52 first attempt's mistake: that
* poll's timing varied run-to-run and leaked into the tick count).
* Enqueue inline (not via osEnqueueMesg -- would re-lock pq->lock,
* which we already hold). */
if (g_determEnabled && mq == g_viRetraceMQ) {
/* Still synthesize the message every time (keeps __scMain/
* joyPoll unblocked -- no deadlock), but only advance the clock
* up to a fixed cap before the first real task runs. See the
* g_determTaskEverRun comment above. */
if (g_determTaskEverRun || g_determPreTaskTicksGranted < 1) {
g_determTicks += g_determQuantum;
if (!g_determTaskEverRun) ++g_determPreTaskTicksGranted;
if (g_determTraceEnabled) {
sysLogPrintf(LOG_NOTE,
"DETERMTRACE seq=%u ticks=%u event=advance taskEverRun=%d",
++g_determTraceSeq, g_determTicks, g_determTaskEverRun);
}
} else if (g_determTraceEnabled) {
sysLogPrintf(LOG_NOTE,
"DETERMTRACE seq=%u ticks=%u event=capped taskEverRun=%d",
++g_determTraceSeq, g_determTicks, g_determTaskEverRun);
}
mq->msg[(mq->first + mq->validCount) % mq->msgCount] = g_viRetraceMsg;
++mq->validCount;
break;
}
/* Log each queue's first blocking call site (the return address is
* the caller); symbolicate with addr2line to find where in game code
* this wait happens. */
@@ -851,17 +741,14 @@ s32 osAiSetFrequency(u32 hz)
}
s32 osAiSetNextBuffer(void *buf, u32 size)
{
audioSetNextBuffer((const s16 *)buf, size);
/* TODO(Phase 3): hand the mixed buffer to audioSetNextBuffer(). */
(void)buf; (void)size;
return 1;
}
u32 osAiGetLength(void)
{
/* D204/F1: AI_LEN_REG is the bytes remaining in the buffer the DAC is
* CURRENTLY playing -- not the whole queue. Reporting the full SDL queue
* depth here pinned src/audi.c:531's frame-size regulator at its lower
* clamp and let its u32 subtraction wrap into a 74x heap overrun. See the
* long comment on audioGetAiLengthBytes() in port/src/audio.c. */
return audioGetAiLengthBytes();
/* TODO(Phase 3): return audioGetSamplesBuffered() in the right units. */
return 0;
}
void osAiSetConvert(u32 convert) { (void)convert; }
@@ -1188,126 +1075,6 @@ static void geEepromStore(void)
}
}
/* D257: Game.AllUnlocked -- mirror of src/game/file.h save_data (96 bytes;
* keep in sync). Two things are patched in at read time:
* - the progression-gated cheat-unlock bits (front.c
* frontCheckIfCheatIsUnlocked) test per-LEVEL bits in
* unlocked_cheats_1/2/3 that normal play sets when each level is
* completed, so a fresh save has an empty cheat menu;
* - every stage/difficulty completion time. When ANY single-player cheat
* is active, g_AppendCheatSinglePlayer makes the mission-select screen
* (front.c get_highest_unlocked_difficulty_for_level) only accept levels
* whose status is STAGESTATUS_COMPLETED (3), not merely UNLOCKED (1) --
* so AllUnlocked must read as a fully-completed campaign or enabling a
* cheat locks every level. Existing (nonzero) player times are kept;
* only empty slots get the max time (0x3FF). */
typedef struct ge_save_slot {
s32 chksum1;
s32 chksum2;
u8 completion_bitflags;
u8 flag_007;
u8 music_vol;
u8 sfx_vol;
u16 options;
u8 unlocked_cheats_1;
u8 unlocked_cheats_2;
u8 unlocked_cheats_3;
u8 padding;
u8 times[76]; /* (SP_LEVEL_MAX-1)*4: 19 levels x 4 difficulties */
} ge_save_slot; /* sizeof == 96 == save_data (file.h) -- enforced below */
/* If this ever fires, the mirror drifted from save_data and the AllUnlocked
* cheat patch silently no-ops (the block-read size check stops matching). */
typedef char ge_save_slot_size_check[(sizeof(ge_save_slot) == 96) ? 1 : -1];
/* Game-side CRC (src/game/crc.c) over [completion_bitflags, next slot),
* stored in the slot's own chksum1/2 -- exactly what fileValidateSaves
* re-checks after the block read. */
extern void fileGenerateCRC(u8 *addressA, u8 *addressB, void *retval);
extern s32 portAllUnlocked; /* port/src/video.c */
/* Bit math mirrors fileGetSaveStageDifficultyTime / fileSetDifficultyStageTime
* (src/game/file2.c): 10-bit time fields, offset = (difficulty*20+level)*10,
* difficulties 0..2 (agent/secret/00) only -- 007 times are virtual. */
static u32 geSaveGetTime(const u8 *t, s32 difficulty, s32 level)
{
s32 offset = (difficulty * 20 + level) * 10;
s32 index = offset >> 3;
switch (7 - (offset & 7)) {
case 7: return ((u32)(t[index] & 0xFF) << 2) | ((u32)(t[index + 1] & 0xc0) >> 6);
case 5: return ((u32)(t[index] & 0x3f) << 4) | ((u32)(t[index + 1] & 0xf0) >> 4);
case 3: return ((u32)(t[index] & 0x0f) << 6) | ((u32)(t[index + 1] & 0xfc) >> 2);
case 1: return ((u32)(t[index] & 0x03) << 8) | (u32)(t[index + 1] & 0xFF);
default: return 0;
}
}
static void geSaveSetTime(u8 *t, s32 difficulty, s32 level, u32 newtime)
{
s32 offset = (difficulty * 20 + level) * 10;
s32 index = offset >> 3;
switch (7 - (offset & 7)) {
case 7:
t[index] = (u8)((t[index] & 0x00) | ((newtime >> 2) & 0xFF));
t[index + 1] = (u8)((t[index + 1] & 0x3F) | ((newtime << 6) & 0xC0));
break;
case 5:
t[index] = (u8)((t[index] & 0xC0) | ((newtime >> 4) & 0x3F));
t[index + 1] = (u8)((t[index + 1] & 0x0F) | ((newtime << 4) & 0xF0));
break;
case 3:
t[index] = (u8)((t[index] & 0xF0) | ((newtime >> 6) & 0x0F));
t[index + 1] = (u8)((t[index + 1] & 0x03) | ((newtime << 2) & 0xFC));
break;
case 1:
t[index] = (u8)((t[index] & 0xFC) | ((newtime >> 8) & 0x03));
t[index + 1] = (u8)(newtime & 0xFF);
break;
}
}
static void geEepromPatchAllCheats(u8 *buf)
{
/* buf holds the five save slots read from block 4. The sixth local slot
* is only a CRC end-boundary for the last one (fileGenerateCRC reads
* [A, B), so its contents are irrelevant). */
static ge_save_slot slots[6];
memcpy(slots, buf, sizeof(ge_save_slot) * 5);
memset(&slots[5], 0, sizeof(ge_save_slot));
int changed = 0;
for (int i = 0; i < 5; i++) {
/* Cheat ids are level ids 0..19 (CHEAT_INPUT_BUFFER_SIZE == 20):
* bits 0-7 in _1, 8-15 in _2, 16-19 in the low nibble of _3. */
if (slots[i].unlocked_cheats_1 != 0xFF ||
slots[i].unlocked_cheats_2 != 0xFF ||
(slots[i].unlocked_cheats_3 & 0x0F) != 0x0F) {
slots[i].unlocked_cheats_1 = 0xFF;
slots[i].unlocked_cheats_2 = 0xFF;
slots[i].unlocked_cheats_3 |= 0x0F;
changed = 1;
}
/* Fully-completed campaign: fill empty completion times with the
* max (0x3FF). Needed so mission select still works while any cheat
* is active (see header comment); player records are preserved. */
for (s32 diff = 0; diff < 3; diff++) {
for (s32 lvl = 0; lvl < 20; lvl++) {
if (geSaveGetTime(slots[i].times, diff, lvl) == 0) {
geSaveSetTime(slots[i].times, diff, lvl, 0x3FF);
changed = 1;
}
}
}
}
if (!changed) return;
for (int i = 0; i < 5; i++)
fileGenerateCRC(&slots[i].completion_bitflags, (u8 *)&slots[i + 1],
&slots[i]);
memcpy(buf, slots, sizeof(ge_save_slot) * 5);
}
static s32 geEepromRW(u8 block, u8 *buf, int nbytes, int write)
{
u32 off = (u32)block * 8;
@@ -1318,11 +1085,6 @@ static s32 geEepromRW(u8 block, u8 *buf, int nbytes, int write)
geEepromStore();
} else {
memcpy(buf, s_eeprom + off, nbytes);
/* fileValidateSaves' block read: five save slots from block 4. */
if (portAllUnlocked && block == 4 &&
nbytes == (int)(sizeof(ge_save_slot) * 5)) {
geEepromPatchAllCheats(buf);
}
}
return 0;
}
@@ -1356,12 +1118,6 @@ void osSpTaskLoad(OSTask *t) { (void)t; /* nothing to load on the host */ }
void osSpTaskStartGo(OSTask *t)
{
if (g_determTraceEnabled && !g_determTaskEverRun) {
sysLogPrintf(LOG_NOTE,
"DETERMTRACE seq=%u ticks=%u event=first_task_run tasktype=%d",
++g_determTraceSeq, g_determTicks, (int)t->t.type);
}
g_determTaskEverRun = 1; /* GE_DETERM: §D117 M-52 3rd attempt */
if (t->t.type == M_AUDTASK) {
/* Phase 3: execute the audio ucode against t->t.data_ptr (an Acmd
* list). For now the task simply completes; libaudio's amMain still
@@ -1710,45 +1466,3 @@ void viInit(void)
/* VI debug message queue (normally src/vi.c, EXCLUDED). fr.c references it. */
OSMesgQueue vi_c_debug_MQ;
/* ------------------------------------------------------------------------ */
/* D202/M-70: serialized trace writer for the GE_AUDIOTRACE / WIRE probes. */
/* See port/include/audiotrace.h for why (cross-thread mid-line */
/* interleaving corrupted the M-69 corpus). */
/* ------------------------------------------------------------------------ */
#include <stdarg.h>
#include <stdio.h>
static volatile int geTraceLock = 0;
struct geTraceFile { const char *path; FILE *f; };
static struct geTraceFile geTraceFiles[4];
void geTracePrintf(const char *path, const char *fmt, ...)
{
struct geTraceFile *tf = NULL;
va_list ap;
while (__sync_lock_test_and_set(&geTraceLock, 1)) { /* spin */ }
for (int i = 0; i < (int)(sizeof(geTraceFiles) / sizeof(geTraceFiles[0])); i++) {
if (!geTraceFiles[i].path) {
if (!tf) tf = &geTraceFiles[i];
continue;
}
if (strcmp(geTraceFiles[i].path, path) == 0) { tf = &geTraceFiles[i]; break; }
}
if (tf && !tf->f) {
tf->path = path;
tf->f = fopen(path, "a");
if (tf->f) setvbuf(tf->f, NULL, _IONBF, 0);
}
if (tf && tf->f) {
va_start(ap, fmt);
vfprintf(tf->f, fmt, ap);
va_end(ap);
}
__sync_lock_release(&geTraceLock);
}
port/src/main.c
+4 -61
View File
@@ -54,10 +54,8 @@ static void portPrintVersion(void)
printf("GoldenEye 007 PC port\n"
" rom : %s\n"
" platform : %s\n"
" build : %s (%s)\n"
" origin : %s\n",
GE007_ROMID, GE007_TARGET_PLATFORM, GE007_VERSION_HASH,
GE007_VERSION_CODENAME, GE007_ORIGIN_URL);
" build : %s\n",
GE007_ROMID, GE007_TARGET_PLATFORM, GE007_VERSION_HASH);
}
static void portPrintHelp(const char *argv0)
@@ -66,9 +64,6 @@ static void portPrintHelp(const char *argv0)
printf("\nusage: %s [options] [-level_XX]\n\n"
" --help this message\n"
" --version build id only\n"
" -fresh wipe playtest data + config before starting\n"
" (removes ge007.eep save and ge007.ini; the\n"
" ini is re-written with defaults on exit)\n"
" -level_XX boot straight into a solo level (per-level\n"
" memory pools are auto-injected)\n\n"
"config: ge007.ini in the data dir (written on first run).\n\n"
@@ -97,67 +92,15 @@ int main(int argc, char **argv)
}
sysLogPrintf(LOG_INFO, "GoldenEye 007 PC port starting "
"(%s, %s %s) -- %s",
GE007_ROMID, GE007_VERSION_HASH, GE007_VERSION_CODENAME,
GE007_ORIGIN_URL);
"(%s, %s)", GE007_ROMID, GE007_VERSION_HASH);
/* Crash handler first, so any failure below is debuggable. */
crashInit();
/* -fresh: clean-slate run -- drop the file-backed EEPROM save and the
* ini before anything reads them (configLoad below, eeprom's lazy load).
* sysResolvePath returns one static buffer, so copy each path out. */
if (sysArgCheck("-fresh") || sysArgCheck("--fresh")) {
char ini[1024], eep[1024];
strncpy(ini, sysResolvePath("$S/ge007.ini"), sizeof(ini) - 1);
ini[sizeof(ini) - 1] = 0;
strncpy(eep, sysResolvePath("$S/ge007.eep"), sizeof(eep) - 1);
eep[sizeof(eep) - 1] = 0;
if (remove(ini) == 0) sysLogPrintf(LOG_INFO, "fresh: removed %s", ini);
else sysLogPrintf(LOG_NOTE, "fresh: no %s to remove", ini);
if (remove(eep) == 0) sysLogPrintf(LOG_INFO, "fresh: removed %s", eep);
else sysLogPrintf(LOG_NOTE, "fresh: no %s to remove", eep);
}
/* 1. Platform + config + filesystem. Steam Deck / SteamOS: seed the
* first-run preset (native 1280x800 fullscreen, MSAA 4, longer draw/LOD
* distances) before the load so a missing ini saves these values; an
* existing ini always wins. */
if (getenv("STEAMOS")) {
sysLogPrintf(LOG_INFO, "video: SteamOS detected; applying Steam Deck first-run defaults");
videoApplySteamOSDefaults();
}
/* 1. Platform + config + filesystem. */
configLoad();
atexit(portAtExit); /* persist config + window geometry on clean exit */
/* 1a. D257: Game.AllUnlocked (default OFF; F10 'All unlocked' enables)
* -- when set, seed the game's own RAM unlock flags so mission
* select offers every solo level at every
* difficulty plus 007 mode, with no save data required. Both are
* plain s32 globals in src/game/debugmenu_handler.c (compiled because
* the PC build defines LEFTOVERDEBUG); file2.c's
* fileIsStageUnlockedAtDifficulty() and front.c's 007-mode gate OR
* them in ahead of the EEPROM completion bits. Port-layer memory
* writes only -- no game-logic edits (AGENTS rule 2), same class as
* the existing GE_UNLOCK_ALL getenv hook in the getter. No active
* cheats (invincibility / all guns) are enabled; weapons remain
* per-mission pickups as on the N64. Separately, the eep shim
* (libultra.c geEepromPatchAllCheats) sets every progression-gated
* cheat-unlock bit in the save block at read time (per-slot CRC
* recomputed via the game's own fileGenerateCRC), so the cheat
* menu is fully populated without completed levels. */
{
extern s32 portAllUnlocked; /* port/src/video.c */
extern s32 debug_enable_all_levels_flag; /* src/game/debugmenu_handler.c */
extern s32 debug_007_unlock_flag; /* ditto */
if (portAllUnlocked) {
debug_enable_all_levels_flag = 1;
debug_007_unlock_flag = 1;
sysLogPrintf(LOG_INFO, "all-unlocked: RAM unlock flags seeded "
"(Game.AllUnlocked=1)");
}
}
/* 2. Load the ROM and map segments. */
if (romdataInit() != 0) {
sysLogPrintf(LOG_ERROR, "Failed to load ROM (expected a .z64 in the "
port/src/mixer.c
+14 -518
View File
@@ -1,535 +1,31 @@
/*
* Audio mixing — software implementation of GE's RSP audio ucode opcodes.
* Audio mixing.
*
* On the N64 the RSP audio ucode (aspMain) executes an acmd list built by
* libaudio/naudio to do ADPCM decode, resampling, and the final envelope
* mix. The RSP is never run on PC (port/src/ucode.c); instead every aXxx
* macro in include/PR/abi.h is redefined (port/include/mixer.h, included
* under #ifdef PORT) to call one of the Impl functions below immediately,
* against a small software "DMEM" scratch buffer — the Perfect Dark PC
* port's macro-swap trick (docs/dev/AUDIO-PLAN.md), adapted to GE's ABI.
* On the N64 the RSP audio ucode does final mix / sample handling before the
* AI DMA. With the RSP emulated in software, this runs on the CPU.
*
* GE uses the classic IDO libaudio ABI, not PD's differently-shaped naudio
* "New" ABI — verified against every call site in src/libultra/audio/*.c
* and src/libultrare/audio/{env,reverb}.c. The DSP algorithms below (ADPCM
* decode, linear resample, linear envelope mix) are the same Nintendo/SGI
* ucode math PD's port/src/mixer.c ported (scalar path); only the ABI/
* addressing layer here is GE-specific.
* Modelled on the PD port's port/src/mixer.c (~720 lines).
*
* GE's aSetBuffer(flags, in, out, count) sets a small persistent context
* that several opcodes read instead of taking DMEM addresses/counts
* directly (see MixerCtx below) — reconstructed from reading every call
* site (docs/dev/findings.md D199), not from RSP disassembly.
* STATUS: scaffolding stub — implement during Phase 3. The exact interface
* depends on how GE's libaudio output is wired (see src/audi.c).
*/
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <PR/abi.h>
#include <PR/os.h>
#include "system.h"
/* D202 diag (temporary): per-opcode DMEM address/context trace, gated by
* GE_MIXERTRACE=1, to test the M-56 "concurrent voices share/clobber DMEM
* context" hypothesis directly against a live repro. Remove once
* root-caused. */
extern char *getenv(const char *);
static FILE *sMixerTraceFile = NULL;
static int sMixerTraceChecked = 0;
static int mixerTraceOn(void)
{
if (!sMixerTraceChecked) {
sMixerTraceChecked = 1;
if (getenv("GE_MIXERTRACE")) {
sMixerTraceFile = fopen("mixertrace.log", "a");
if (sMixerTraceFile) setvbuf(sMixerTraceFile, NULL, _IONBF, 0);
}
}
return sMixerTraceFile != NULL;
}
#define MTRACE(...) do { if (mixerTraceOn()) fprintf(sMixerTraceFile, __VA_ARGS__); } while (0)
#include "platform.h"
#include "system.h"
#include "mixer.h"
#include "audio.h"
/* Largest DMEM address GE's audio call sites use is AL_AUX_R_OUT (2048) +
* up to AL_MAX_RSP_SAMPLES (160) samples * 2 bytes; round up generously. */
#define DMEM_SIZE 4096
static u8 sDmem[DMEM_SIZE];
#define DMEM_U8(a) (sDmem + (a))
#define DMEM_S16(a) ((s16 *)(sDmem + (a)))
static inline s16 mixerClamp16(s32 v)
{
if (v < -0x8000) return -0x8000;
if (v > 0x7fff) return 0x7fff;
return (s16)v;
}
/*
* Persistent context set by aSetBuffer, read by opcodes that don't carry
* their own DMEM addresses/counts. Reconstructed from call-site pairs:
*
* resample.c: aSetBuffer(0, inp, *outp, outCnt<<1); aResample(...)
* load.c: aSetBuffer(0, dmemAddr, 0, nbytes...); aLoadBuffer(dram)
* reverb.c: aSetBuffer(0, 0, buff, count<<1); aSaveBuffer(dram)
* mainbus.c: aSetBuffer(0, 0, 0, outCount<<1); aMix(...); aMix(...)
* save.c: aSetBuffer(0, 0, 0, outCount<<1); aInterleave(L, R)
* env.c: aSetBuffer(A_MAIN, *inp, AL_MAIN_L_OUT+*outp, outCount<<1);
* aSetBuffer(A_AUX, AL_MAIN_R_OUT+*outp, AL_AUX_L_OUT+*outp,
* AL_AUX_R_OUT+*outp);
* aEnvMixer(...)
*
* i.e. LoadBuffer/ADPCMdec/Resample read `in` as their DMEM source (or, for
* LoadBuffer, as the load destination); Resample/EnvMixer read `out` as a
* destination too; SaveBuffer/Interleave read `out` as their DMEM source;
* Mix/DMEMMove/ClearBuffer take explicit addresses and don't touch this
* context at all. The A_AUX-flagged aSetBuffer call packs three more
* envmixer-only DMEM addresses (dry-R, wet-L, wet-R) — its third argument
* is a DMEM address here, not a byte count, unlike every other opcode's use
* of aSetBuffer's `count` field.
*/
static struct {
u16 in;
u16 out;
u32 count;
u16 dryR;
u16 wetL;
u16 wetR;
} sCtx;
void aSetBufferImpl(u32 flags, u16 i, u16 o, u16 c)
{
if (flags & A_AUX) {
sCtx.dryR = i;
sCtx.wetL = o;
sCtx.wetR = c;
} else {
sCtx.in = i;
sCtx.out = o;
sCtx.count = c;
}
MTRACE("[SETBUF] flags=%u i=%u o=%u c=%u\n", flags, i, o, c);
}
void aClearBufferImpl(u16 addr, u32 count)
{
/* D202/M-65 diag (temporary): alMainBusPull's clear of AL_MAIN_L_OUT is
* the first opcode of every audio frame, so it is an exact frame
* boundary. GE_DMEMWIPE=1 zeroes the scratch region below AL_MAIN_L_OUT
* (AL_TEMP_0/1/2, AL_DECODER_IN, AL_RESAMPLER_OUT) there. Nothing on real
* hardware may read those without writing them first in the same command
* list, so this must be a no-op; if it silences the stuck drone, some
* opcode is reading scratch DMEM left over from the previous frame.
* Remove once root-caused. */
if (addr == 1088 /* AL_MAIN_L_OUT */ && getenv("GE_DMEMWIPE")) {
memset(sDmem, 0, sizeof(sDmem));
}
memset(DMEM_U8(addr), 0, count);
}
void aLoadBufferImpl(u32 dramAddr)
{
if (mixerTraceOn()) {
const u8 *src = (const u8 *)osPhysicalToVirtual(dramAddr);
u32 n = (sCtx.count > 72 ? 72 : sCtx.count);
u32 k;
fprintf(sMixerTraceFile, "[LOADBUF] dram=0x%08x -> in=%u count=%u bytes=", dramAddr, sCtx.in, sCtx.count);
for (k = 0; k < n; k++) fprintf(sMixerTraceFile, "%02x", src[k]);
fprintf(sMixerTraceFile, "\n");
}
memcpy(DMEM_U8(sCtx.in), osPhysicalToVirtual(dramAddr), sCtx.count);
}
void aSaveBufferImpl(u32 dramAddr)
{
memcpy(osPhysicalToVirtual(dramAddr), DMEM_U8(sCtx.out), sCtx.count);
(void)0;
}
void aDMEMMoveImpl(u16 in, u16 out, u32 count)
{
memmove(DMEM_U8(out), DMEM_U8(in), count);
}
void aSegmentImpl(u32 seg, u32 base)
{
/* No-op on PC: GE's audio DMA addresses are already resolved via
* osVirtualToPhysical before reaching us (D199); segment/base never
* factor into DMEM addressing here. */
(void)seg; (void)base;
}
/* ------------------------------------------------------------------------ */
/* ADPCM */
/* ------------------------------------------------------------------------ */
static s16 sAdpcmTable[8][2][8];
static ADPCM_STATE *sAdpcmLoopState;
void aLoadADPCMImpl(u32 count, u32 dramAddr)
{
/* `count` is GE's bookSize in bytes (2 * order * npredictors * 8);
* order=2 always for this format, matching sAdpcmTable's shape. */
u32 n = count;
void *src = osPhysicalToVirtual(dramAddr);
if (n > sizeof(sAdpcmTable)) n = sizeof(sAdpcmTable);
memcpy(sAdpcmTable, src, n);
if (mixerTraceOn()) {
int p, q, r;
fprintf(sMixerTraceFile, "[LOADADPCM] count=%u dram=%p book=", count, src);
for (p = 0; p < 8; p++) for (q = 0; q < 2; q++) for (r = 0; r < 8; r++)
fprintf(sMixerTraceFile, "%d,", sAdpcmTable[p][q][r]);
fprintf(sMixerTraceFile, "\n");
}
}
void aSetLoopImpl(u32 stateAddr)
{
sAdpcmLoopState = (ADPCM_STATE *)osPhysicalToVirtual(stateAddr);
}
void aADPCMdecImpl(u32 flags, u32 stateAddr)
{
ADPCM_STATE *state = (ADPCM_STATE *)osPhysicalToVirtual(stateAddr);
MTRACE("[ADPCMDEC] flags=%u state=%p in=%u out=%u count=%u book0=%d\n",
flags, (void *)state, sCtx.in, sCtx.out, sCtx.count, sAdpcmTable[0][0][0]);
u8 *in = DMEM_U8(sCtx.in);
s16 *out = DMEM_S16(sCtx.out);
s32 nbytes = (s32)((sCtx.count + 31) & ~31u); /* round up to 16-sample (32-byte) chunks */
if (flags & A_INIT) {
memset(out, 0, 16 * sizeof(s16));
} else if (flags & A_LOOP) {
memcpy(out, sAdpcmLoopState, 16 * sizeof(s16));
} else {
memcpy(out, state, 16 * sizeof(s16));
}
out += 16;
while (nbytes > 0) {
int shift = *in >> 4;
int tableIndex = *in++ & 0xf;
s16 (*tbl)[8] = sAdpcmTable[tableIndex];
int i, j, k;
for (i = 0; i < 2; i++) {
s16 ins[8];
s16 prev1 = out[-1];
s16 prev2 = out[-2];
for (j = 0; j < 4; j++) {
ins[j * 2] = (s16)((((*in >> 4) << 28) >> 28) << shift);
ins[j * 2 + 1] = (s16)((((*in++ & 0xf) << 28) >> 28) << shift);
}
for (j = 0; j < 8; j++) {
s32 acc = tbl[0][j] * prev2 + tbl[1][j] * prev1 + ((s32)ins[j] << 11);
for (k = 0; k < j; k++) {
acc += tbl[1][(j - k) - 1] * ins[k];
}
acc >>= 11;
*out++ = mixerClamp16(acc);
}
}
nbytes -= 16 * (s32)sizeof(s16);
}
memcpy(state, out - 16, 16 * sizeof(s16));
if (mixerTraceOn()) {
s16 *dumpOut = DMEM_S16(sCtx.out) + 16; /* skip the 16-sample history/init lead-in */
u32 n = (sCtx.count > 64 ? 64 : sCtx.count);
u32 k;
fprintf(sMixerTraceFile, "[PCMOUT] book0=%d first-decoded-frame[0..%u]=", sAdpcmTable[0][0][0], n / 2 - 1);
for (k = 0; k < n / 2; k++) fprintf(sMixerTraceFile, "%d,", dumpOut[k]);
fprintf(sMixerTraceFile, "\n");
}
}
/* ------------------------------------------------------------------------ */
/* Resample (linear, N64 64-phase table) */
/* ------------------------------------------------------------------------ */
static const s16 sResampleTable[64][4] = {
{0x0c39, 0x66ad, 0x0d46, 0xffdf}, {0x0b39, 0x6696, 0x0e5f, 0xffd8},
{0x0a44, 0x6669, 0x0f83, 0xffd0}, {0x095a, 0x6626, 0x10b4, 0xffc8},
{0x087d, 0x65cd, 0x11f0, 0xffbf}, {0x07ab, 0x655e, 0x1338, 0xffb6},
{0x06e4, 0x64d9, 0x148c, 0xffac}, {0x0628, 0x643f, 0x15eb, 0xffa1},
{0x0577, 0x638f, 0x1756, 0xff96}, {0x04d1, 0x62cb, 0x18cb, 0xff8a},
{0x0435, 0x61f3, 0x1a4c, 0xff7e}, {0x03a4, 0x6106, 0x1bd7, 0xff71},
{0x031c, 0x6007, 0x1d6c, 0xff64}, {0x029f, 0x5ef5, 0x1f0b, 0xff56},
{0x022a, 0x5dd0, 0x20b3, 0xff48}, {0x01be, 0x5c9a, 0x2264, 0xff3a},
{0x015b, 0x5b53, 0x241e, 0xff2c}, {0x0101, 0x59fc, 0x25e0, 0xff1e},
{0x00ae, 0x5896, 0x27a9, 0xff10}, {0x0063, 0x5720, 0x297a, 0xff02},
{0x001f, 0x559d, 0x2b50, 0xfef4}, {0xffe2, 0x540d, 0x2d2c, 0xfee8},
{0xffac, 0x5270, 0x2f0d, 0xfedb}, {0xff7c, 0x50c7, 0x30f3, 0xfed0},
{0xff53, 0x4f14, 0x32dc, 0xfec6}, {0xff2e, 0x4d57, 0x34c8, 0xfebd},
{0xff0f, 0x4b91, 0x36b6, 0xfeb6}, {0xfef5, 0x49c2, 0x38a5, 0xfeb0},
{0xfedf, 0x47ed, 0x3a95, 0xfeac}, {0xfece, 0x4611, 0x3c85, 0xfeab},
{0xfec0, 0x4430, 0x3e74, 0xfeac}, {0xfeb6, 0x424a, 0x4060, 0xfeaf},
{0xfeaf, 0x4060, 0x424a, 0xfeb6}, {0xfeac, 0x3e74, 0x4430, 0xfec0},
{0xfeab, 0x3c85, 0x4611, 0xfece}, {0xfeac, 0x3a95, 0x47ed, 0xfedf},
{0xfeb0, 0x38a5, 0x49c2, 0xfef5}, {0xfeb6, 0x36b6, 0x4b91, 0xff0f},
{0xfebd, 0x34c8, 0x4d57, 0xff2e}, {0xfec6, 0x32dc, 0x4f14, 0xff53},
{0xfed0, 0x30f3, 0x50c7, 0xff7c}, {0xfedb, 0x2f0d, 0x5270, 0xffac},
{0xfee8, 0x2d2c, 0x540d, 0xffe2}, {0xfef4, 0x2b50, 0x559d, 0x001f},
{0xff02, 0x297a, 0x5720, 0x0063}, {0xff10, 0x27a9, 0x5896, 0x00ae},
{0xff1e, 0x25e0, 0x59fc, 0x0101}, {0xff2c, 0x241e, 0x5b53, 0x015b},
{0xff3a, 0x2264, 0x5c9a, 0x01be}, {0xff48, 0x20b3, 0x5dd0, 0x022a},
{0xff56, 0x1f0b, 0x5ef5, 0x029f}, {0xff64, 0x1d6c, 0x6007, 0x031c},
{0xff71, 0x1bd7, 0x6106, 0x03a4}, {0xff7e, 0x1a4c, 0x61f3, 0x0435},
{0xff8a, 0x18cb, 0x62cb, 0x04d1}, {0xff96, 0x1756, 0x638f, 0x0577},
{0xffa1, 0x15eb, 0x643f, 0x0628}, {0xffac, 0x148c, 0x64d9, 0x06e4},
{0xffb6, 0x1338, 0x655e, 0x07ab}, {0xffbf, 0x11f0, 0x65cd, 0x087d},
{0xffc8, 0x10b4, 0x6626, 0x095a}, {0xffd0, 0x0f83, 0x6669, 0x0a44},
{0xffd8, 0x0e5f, 0x6696, 0x0b39}, {0xffdf, 0x0d46, 0x66ad, 0x0c39}
};
void aResampleImpl(u32 flags, u16 pitch, u32 stateAddr)
{
RESAMPLE_STATE *stateBuf = (RESAMPLE_STATE *)osPhysicalToVirtual(stateAddr);
s16 *state = (s16 *)stateBuf;
MTRACE("[RESAMPLE] flags=%u pitch=%u state=%p in=%u out=%u count=%u\n",
flags, pitch, (void *)stateBuf, sCtx.in, sCtx.out, sCtx.count);
s16 tmp[16];
s16 *inInitial = DMEM_S16(sCtx.in);
s16 *in = inInitial;
s16 *out = DMEM_S16(sCtx.out);
s32 nbytes = (s32)((sCtx.count + 15) & ~15u);
u32 pitchAccumulator;
s32 i;
if (flags & A_INIT) {
memset(tmp, 0, 5 * sizeof(s16));
} else {
memcpy(tmp, state, 16 * sizeof(s16));
}
in -= 4;
pitchAccumulator = (u16)tmp[4];
memcpy(in, tmp, 4 * sizeof(s16));
do {
for (i = 0; i < 8; i++) {
const s16 *tbl = sResampleTable[(pitchAccumulator * 64) >> 16];
s32 sample = ((in[0] * tbl[0] + 0x4000) >> 15) +
((in[1] * tbl[1] + 0x4000) >> 15) +
((in[2] * tbl[2] + 0x4000) >> 15) +
((in[3] * tbl[3] + 0x4000) >> 15);
*out++ = mixerClamp16(sample);
pitchAccumulator += (u32)pitch << 1;
in += pitchAccumulator >> 16;
pitchAccumulator %= 0x10000;
}
nbytes -= 8 * (s32)sizeof(s16);
} while (nbytes > 0);
state[4] = (s16)pitchAccumulator;
memcpy(state, in, 4 * sizeof(s16));
i = (s32)((in - inInitial + 4) & 7);
in -= i;
if (i != 0) i = -8 - i;
state[5] = (s16)i;
memcpy(state + 8, in, 8 * sizeof(s16));
}
/* ------------------------------------------------------------------------ */
/* Interleave / DMEM mix */
/* ------------------------------------------------------------------------ */
void aInterleaveImpl(u16 l, u16 r)
{
const s16 *lp = DMEM_S16(l);
const s16 *rp = DMEM_S16(r);
s16 *d = DMEM_S16(sCtx.out);
u32 n = sCtx.count >> 1; /* mono sample count */
u32 i;
for (i = 0; i < n; i++) {
*d++ = *lp++;
*d++ = *rp++;
}
}
void aMixImpl(u32 flags, u16 gain, u16 in, u16 out)
{
const s16 *inp = DMEM_S16(in);
s16 *outp = DMEM_S16(out);
u32 n = sCtx.count >> 1;
u32 i;
(void)flags;
for (i = 0; i < n; i++) {
s32 sample = ((s32)*outp * 0x7fff + (s32)*inp++ * (s16)gain + 0x4000) >> 15;
*outp++ = mixerClamp16(sample);
}
}
/* ------------------------------------------------------------------------ */
/* Volume / envelope mixer */
/* ------------------------------------------------------------------------ */
static struct {
s16 volCur[2];
s16 volTgt[2];
s32 volRate[2];
s16 dryamt, wetamt;
} sVol;
void aSetVolumeImpl(u32 flags, u16 v, u16 t, u16 r)
{
if (flags & A_AUX) {
sVol.dryamt = (s16)v;
sVol.wetamt = (s16)r;
/* D202/M-65 diag (temporary): GE_NOWET=1 stops any signal entering
* the reverb send. The reverb delay lines are the only audio state
* that survives across frames in DRAM, and aPoleFilterImpl -- the
* damping in that feedback path -- is an unimplemented no-op here
* (D199). If muting the send silences the stuck drone, the drone is
* an undamped reverb feedback loop, not a stuck voice.
* Remove once root-caused. */
if (getenv("GE_NOWET")) {
sVol.wetamt = 0;
}
} else if (flags & A_VOL) {
int ch = (flags & A_LEFT) ? 0 : 1;
sVol.volCur[ch] = (s16)v;
} else {
int ch = (flags & A_LEFT) ? 0 : 1;
sVol.volTgt[ch] = (s16)v;
sVol.volRate[ch] = ((u32)t << 16) | (u16)r;
}
}
/* D202/M-67 diag (temporary): GE_VOICEDUMP=1 writes each voice's resampled
* mono stream (the aEnvMixer input, i.e. post-resample/pre-envelope) to
* voicedump.raw as records of [u32 stateAddr][u32 nSamples][u64 us]
* [s16 x nSamples], where us is sysGetMicroseconds() at mix time so records
* can be correlated with the timestamped [WIRE] (load.c) and [AUDIOTRACE]
* (snd.c) lines. Offline, each record is matched against all 261 ROM SFX
* decodes (pitch-resampled per keymap) to prove exactly which sample data a
* voice played, with no music/reverb masking. Remove once D202 closes. */
static FILE *s_voiceDumpFile = NULL;
void aEnvMixerImpl(u32 flags, u32 stateAddr)
{
struct {
s32 t[2];
s32 rate[2];
s16 tgt[2];
s16 voldry;
s16 volwet;
} *saved = (void *)osPhysicalToVirtual(stateAddr);
MTRACE("[ENVMIX] flags=%u state=%p in=%u out=%u dryR=%u wetL=%u wetR=%u count=%u\n",
flags, (void *)saved, sCtx.in, sCtx.out, sCtx.dryR, sCtx.wetL, sCtx.wetR, sCtx.count);
const s16 *in = DMEM_S16(sCtx.in);
if (getenv("GE_VOICEDUMP")) {
if (!s_voiceDumpFile)
s_voiceDumpFile = fopen("voicedump.raw", "wb");
if (s_voiceDumpFile) {
u32 hdr[2] = { stateAddr, (u32)(sCtx.count >> 1) };
u64 us = sysGetMicroseconds();
fwrite(hdr, 4, 2, s_voiceDumpFile);
fwrite(&us, 8, 1, s_voiceDumpFile);
fwrite(in, sizeof(s16), sCtx.count >> 1, s_voiceDumpFile);
}
}
s16 *dry[2] = { DMEM_S16(sCtx.out), DMEM_S16(sCtx.dryR) };
s16 *wet[2] = { DMEM_S16(sCtx.wetL), DMEM_S16(sCtx.wetR) };
u32 nsamples = sCtx.count >> 1;
s32 t[2], tgt[2], rate[2];
s16 voldry, volwet;
u32 i;
int j;
if (flags & A_INIT) {
for (j = 0; j < 2; j++) {
t[j] = sVol.volCur[j] << 16;
rate[j] = sVol.volRate[j] >> 3;
tgt[j] = sVol.volTgt[j] << 16;
}
voldry = sVol.dryamt;
volwet = sVol.wetamt;
} else {
for (j = 0; j < 2; j++) {
t[j] = saved->t[j];
rate[j] = saved->rate[j];
tgt[j] = saved->tgt[j] << 16;
}
voldry = saved->voldry;
volwet = saved->volwet;
}
for (i = 0; i < nsamples; i++) {
s16 gain[4];
s16 vol[2];
s16 insamp = in[i];
for (j = 0; j < 2; j++) {
t[j] += rate[j];
if ((rate[j] <= 0 && t[j] <= tgt[j]) || (rate[j] > 0 && t[j] >= tgt[j])) {
t[j] = tgt[j];
rate[j] = 0;
}
vol[j] = (s16)(t[j] >> 16);
}
gain[0] = mixerClamp16(((s32)vol[0] * voldry + 0x4000) >> 15);
gain[1] = mixerClamp16(((s32)vol[1] * voldry + 0x4000) >> 15);
gain[2] = mixerClamp16(((s32)vol[0] * volwet + 0x4000) >> 15);
gain[3] = mixerClamp16(((s32)vol[1] * volwet + 0x4000) >> 15);
dry[0][i] = mixerClamp16(dry[0][i] + (((s32)insamp * gain[0]) >> 15));
dry[1][i] = mixerClamp16(dry[1][i] + (((s32)insamp * gain[1]) >> 15));
wet[0][i] = mixerClamp16(wet[0][i] + (((s32)insamp * gain[2]) >> 15));
wet[1][i] = mixerClamp16(wet[1][i] + (((s32)insamp * gain[3]) >> 15));
}
for (j = 0; j < 2; j++) {
saved->t[j] = t[j];
saved->rate[j] = rate[j];
saved->tgt[j] = (s16)(tgt[j] >> 16);
}
saved->voldry = voldry;
saved->volwet = volwet;
}
/* ------------------------------------------------------------------------ */
/* Pole filter (reverb/chorus lowpass) */
/* ------------------------------------------------------------------------ */
void aPoleFilterImpl(u32 flags, u16 gain, u32 stateAddr)
{
/* PC port (D199): identity passthrough — reverb/chorus tone-shaping
* (CUSTOM_FX_PARAMS_N) is not implemented. Affects reverb/chorus
* character only, not silence/garbling (docs/dev/AUDIO-PLAN.md risk 1).
* DMEM in-place buffer (sCtx set by the caller's aSetBuffer(buf,buf,..))
* is left untouched, which is the correct no-op for this filter shape. */
(void)flags; (void)gain; (void)stateAddr;
}
/* ------------------------------------------------------------------------ */
void mixerInit(void)
{
memset(sDmem, 0, sizeof(sDmem));
memset(sAdpcmTable, 0, sizeof(sAdpcmTable));
memset(&sCtx, 0, sizeof(sCtx));
memset(&sVol, 0, sizeof(sVol));
sAdpcmLoopState = NULL;
/* TODO(Phase 3) */
}
void mixerDestroy(void)
{
/* TODO(Phase 3) */
}
void mixerProcess(const s16 *in, u32 frames)
{
/* TODO(Phase 3): process + queue via audioSetNextBuffer(). */
(void)in; (void)frames;
}
port/src/optionsoverlay.c
+52 -288
View File
@@ -6,12 +6,6 @@
* port-owned config.c variables directly. Live knobs apply immediately; the
* two that need an FBO/window rebuild (MSAA, Fullscreen) are tagged "(restart)".
*
* The panel adapts to whatever 2D space it is drawn in (320x240 in-game vs
* 440x330 on front-end screens -- viSetXY differs) and scrolls when the row
* list outgrows the viewport (wheel / arrows at the edges). Cyclic rows
* (MSAA, texture filter, resolution, toggles) wrap in both directions; the
* manual % rows (draw/LOD distance) are hidden while their "auto" toggle is on.
*
* Text + fill helpers are the game's own (textRender / microcode_constructor /
* gDPFillRectangle) reached by extern -- same pattern input.c uses to read
* current_menu / cursor_h_pos. This is a rendering/UI view, not a logic change.
@@ -66,6 +60,7 @@ enum { ROW_TOGGLE, ROW_SLIDER, ROW_ENUM, ROW_MSAA, ROW_RES };
static const char *const kOnOff[] = { "OFF", "ON", NULL };
static const char *const kTexFilter[] = { "NEAREST", "BILINEAR", "3-POINT", NULL };
static const char *const kCapture[] = { "ALWAYS GRAB", "CLICK-TO-LOCK", NULL };
static const int kMsaaSeq[] = { 1, 2, 4, 8 };
/* Windowed-mode resolution presets. Filtered at init to those that fit the
@@ -96,11 +91,6 @@ struct Row {
int type; /* CONFIG_OPT_* */
void *ptr;
double cfgMin, cfgMax;
/* Hidden while the option named here is nonzero (a manual % row
* disappears while its "auto" toggle is on). Resolved to hidePtr at init. */
const char *hiddenIfOn;
int *hidePtr;
};
static struct Row rows[] = {
@@ -110,76 +100,17 @@ static struct Row rows[] = {
{ "Video.FpsCap", "Frame cap", ROW_SLIDER, 10, NULL, 0, 0, 360, 0,0,0,0,0 },
{ "Video.MSAA", "MSAA", ROW_MSAA, 0, NULL, 1, 0, 0, 0,0,0,0,0 },
{ "Video.TextureFilter", "Texture filter", ROW_ENUM, 1, kTexFilter, 0, 0, 0, 0,0,0,0,0 },
{ "Video.Anisotropy", "Anisotropic", ROW_SLIDER, 1, NULL, 0, 0, 0, 0,0,0,0,0 },
{ "Video.FovScale", "FOV scale %", ROW_SLIDER, 5, NULL, 0, 0, 0, 0,0,0,0,0 },
{ "Video.DrawDistance", "Draw distance %", ROW_SLIDER, 25, NULL, 0, 0, 0, 0,0,0,0,0, "Video.DrawDistanceAutoFov" },
{ "Video.DrawDistanceAutoFov","Draw dist. auto", ROW_TOGGLE, 1, kOnOff, 0, 0, 0, 0,0,0,0,0 },
{ "Video.LodDistance", "LOD distance %", ROW_SLIDER, 25, NULL, 0, 0, 0, 0,0,0,0,0, "Video.LodDistanceAutoFov" },
{ "Video.LodDistanceAutoFov", "LOD dist. auto", ROW_TOGGLE, 1, kOnOff, 0, 0, 0, 0,0,0,0,0 },
/* Aim row edits Input.AimModeSens -- the knob the default GEPD aim path
* actually uses (Input.MouseAimSpeed only feeds the legacy velocity-stick
* fallback, so it was inert here). */
{ "Input.AimModeSens", "Mouse aim speed", ROW_SLIDER, 1, NULL, 0, 1, 80, 0,0,0,0,0 },
{ "Input.MouseAimSpeed", "Mouse aim speed", ROW_SLIDER, 1, NULL, 0, 0, 100, 0,0,0,0,0 },
{ "Input.MouseTurnSpeed", "Mouse turn speed", ROW_SLIDER, 1, NULL, 0, 0, 100, 0,0,0,0,0 },
{ "Input.SensLink", "Link aim/turn sens",ROW_TOGGLE, 1, kOnOff, 0, 0, 0, 0,0,0,0,0 },
{ "Input.MouseInvertY", "Mouse invert Y", ROW_TOGGLE, 1, kOnOff, 0, 0, 0, 0,0,0,0,0 },
{ "Input.MouseCaptureMode", "Mouse capture", ROW_TOGGLE, 1, kCapture, 0, 0, 0, 0,0,0,0,0 },
{ "Game.ScreenShakeIntensity","Screen shake", ROW_SLIDER, 0.25, NULL, 0, 0, 3, 0,0,0,0,0 },
/* D232: the community "no damage flash" toggle (suppresses the red/green
* hit-flash overlay in bondview2). */
{ "Game.NoHitFlash", "No hit flash", ROW_TOGGLE, 1, kOnOff, 0, 0, 0, 0,0,0,0,0 },
/* D216: read once at title-stage load (lv.c) -- toggling it takes effect
* the next time the title screen is reached. */
{ "Game.SkipIntro", "Skip intro", ROW_TOGGLE, 1, kOnOff, 0, 0, 0, 0,0,0,0,0 },
/* D257: everything-unlocked goodie (default ON). Consumed at startup by
* main.c -- applies from the next launch. */
{ "Game.AllUnlocked", "All unlocked", ROW_TOGGLE, 1, kOnOff, 0, 0, 0, 0,0,0,0,0 },
};
#define NUM_ROWS ((int)(sizeof(rows) / sizeof(rows[0])))
static int s_inited = 0;
static volatile int s_open = 0;
static int s_sel = 0; /* selection, index into s_visIdx (visible list) */
/* Visible-row list: rows whose hiddenIfOn option is nonzero are omitted
* (manual % rows hide while their auto toggle is on). Rebuilt every frame in
* overlayUpdateVisible(); s_scroll is the first visible-list entry drawn. */
static int s_visIdx[NUM_ROWS];
static int s_visN = 0;
static int s_scroll = 0;
/* D213: optional on-screen FPS readout (PD parity: Video.DisplayFPS). Drawn
* top-right whenever enabled, independent of the F10 panel. Config-only knob
* (kept off the 13-row panel, which is at its layout limit) -- matches PD,
* whose DisplayFPS is also file-only. Default 0 => emit path unchanged =>
* golden dumps byte-identical. */
static int s_showFps = 0;
static char s_fpsText[16] = "";
PD_CONSTRUCTOR static void overlayConfigInit(void)
{
configRegisterInt("Video.DisplayFPS", &s_showFps, 0, 1);
}
/* Sampled once per emitted frame; recomputes the string every ~0.5 s. */
static void fpsTick(void)
{
static uint64_t winStartUs = 0;
static int frames = 0;
uint64_t nowUs = sysGetMicroseconds();
if (winStartUs == 0) {
winStartUs = nowUs;
return;
}
frames++;
uint64_t dtUs = nowUs - winStartUs;
if (dtUs >= 500000) {
int fps = (int)((double)frames * 1e6 / (double)dtUs + 0.5);
snprintf(s_fpsText, sizeof(s_fpsText), "%d FPS", fps);
winStartUs = nowUs;
frames = 0;
}
}
static int s_sel = 0;
/* Layout (game 2D pixel space = viGetX() x viGetY(), ~320x240). Shared by the
* emit path and the mouse hit-testing in optionsOverlayHandleInput().
@@ -190,20 +121,7 @@ static void fpsTick(void)
#define OV_TOP 12
#define OV_LINE 15 /* row pitch (13 rows must fit ~240) */
#define OV_HDR 2 /* header rows above row 0 (title+hint) */
/* i is a VISIBLE-POSITION (already scroll-adjusted by the caller). */
#define OV_ROW_Y(i) (OV_TOP + ((i) + OV_HDR) * OV_LINE)
/* How many rows fit between the header and the bottom edge of whatever 2D
* space we are in right now (320x240 in-game, 440x330 on front-end screens --
* viSetXY differs, see src/game/front.c). More rows than this => scroll. */
static int maxVisibleRows(void)
{
int n = (viGetY() - 6 - OV_TOP - OV_HDR * OV_LINE) / OV_LINE;
if (n < 4) {
n = 4;
}
return n;
}
#define OV_RIGHT (viGetX() - OV_X0) /* right edge for right-aligned text */
#define OV_NUM_W 36 /* reserved width for a slider's number */
#define OV_BAR_X 150
@@ -218,55 +136,18 @@ static void sliderBarSpan(s32 *x0, s32 *x1)
}
}
/* Visible position (0..s_visN-1) the given overlay-space y falls in, or -1. */
/* Row index the given overlay-space y falls in, or -1. */
static int overlayRowAtY(double oy)
{
for (int p = 0; p < s_visN; p++) {
double top = OV_ROW_Y(p - s_scroll) - 3;
for (int i = 0; i < NUM_ROWS; i++) {
double top = OV_ROW_Y(i) - 3;
if (oy >= top && oy < top + OV_LINE) {
return p;
return i;
}
}
return -1;
}
/* Rebuild the visible-row list and keep the selection in range. */
static void overlayUpdateVisible(void)
{
s_visN = 0;
for (int i = 0; i < NUM_ROWS; i++) {
if (!(rows[i].hidePtr && *rows[i].hidePtr != 0)) {
s_visIdx[s_visN++] = i;
}
}
if (s_visN == 0) { /* cannot happen (toggles have no hide source) */
s_visIdx[s_visN++] = 0;
}
if (s_sel < 0) {
s_sel = 0;
}
if (s_sel >= s_visN) {
s_sel = s_visN - 1;
}
}
/* Keep the selected row on screen: shift the window when it nears an edge. */
static void overlayUpdateScroll(void)
{
int maxV = maxVisibleRows();
if (s_visN <= maxV) {
s_scroll = 0;
return;
}
s_scroll = s_sel - (maxV - 1);
if (s_scroll < 0) {
s_scroll = 0;
}
if (s_scroll > s_visN - maxV) {
s_scroll = s_visN - maxV;
}
}
/* The close box brackets the title row at the panel's right edge. */
#define OV_CB_X0 (OV_RIGHT - 14)
#define OV_CB_X1 (OV_RIGHT + 7)
@@ -322,21 +203,6 @@ static void overlayInit(void)
}
}
/* Resolve the hidden-while-on sources (manual % rows vs their auto
* toggles), then build the initial visible list. */
for (int i = 0; i < NUM_ROWS; i++) {
if (!rows[i].hiddenIfOn) {
continue;
}
for (int j = 0; j < NUM_ROWS; j++) {
if (strcmp(rows[j].key, rows[i].hiddenIfOn) == 0 && rows[j].found) {
rows[i].hidePtr = rows[j].ptr;
break;
}
}
}
overlayUpdateVisible();
/* Build the windowed-resolution preset list: presets that fit the desktop,
* plus the current window size snapped to the nearest surviving entry. */
{
@@ -391,18 +257,6 @@ static double rowHi(const struct Row *r)
return (r->uiMin != r->uiMax) ? r->uiMax : r->cfgMax;
}
static struct Row *rowByKey(const char *key)
{
for (int i = 0; i < NUM_ROWS; i++) {
if (strcmp(rows[i].key, key) == 0) {
return &rows[i];
}
}
return NULL;
}
static int s_linkDepth = 0; /* re-entrancy guard for the sens link below */
static void rowSet(struct Row *r, double v)
{
double lo = rowLo(r), hi = rowHi(r);
@@ -424,29 +278,6 @@ static void rowSet(struct Row *r, double v)
} else if (strncmp(r->key, "Video.", 6) == 0 && !r->restart) {
videoRequestLiveConfig();
}
/* Linked aim/turn sensitivity (Input.SensLink, default on): moving either
* knob scales the other to hold the stock default ratio -- AimModeSens 38
* : MouseTurnSpeed 50 (the D194/D238 calibrated defaults). */
if (!s_linkDepth && strcmp(r->key, "Input.SensLink") != 0) {
struct Row *lk = rowByKey("Input.SensLink");
if (lk && lk->found && *(int *)lk->ptr != 0) {
struct Row *o = NULL;
double nv = 0.0;
if (strcmp(r->key, "Input.MouseTurnSpeed") == 0) {
o = rowByKey("Input.AimModeSens");
nv = v * 38.0 / 50.0;
} else if (strcmp(r->key, "Input.AimModeSens") == 0) {
o = rowByKey("Input.MouseTurnSpeed");
nv = v * 50.0 / 38.0;
}
if (o && o->found) {
s_linkDepth = 1;
rowSet(o, nv);
s_linkDepth = 0;
}
}
}
}
static void rowAdjust(struct Row *r, int dir)
@@ -464,9 +295,9 @@ static void rowAdjust(struct Row *r, int dir)
for (int i = 0; i < 4; i++) {
if (kMsaaSeq[i] == (int)lround(v)) idx = i;
}
/* Wrap like a normal settings-menu cycle: OFF->2x->4x->8x->OFF, in
* both directions (left/right click and arrows all roll). */
idx = (idx + dir + 4) % 4;
idx += dir;
if (idx < 0) idx = 0;
if (idx > 3) idx = 3;
rowSet(r, (double)kMsaaSeq[idx]);
break;
}
@@ -517,18 +348,12 @@ int optionsOverlayIsOpen(void)
void optionsOverlayScroll(int dir)
{
if (!s_inited) {
overlayInit();
}
if (!s_open || dir == 0) {
return;
}
overlayUpdateVisible();
s_sel += (dir > 0) ? -1 : 1; /* wheel-up -> move up the list */
/* Clamp at both ends like a normal PC settings list -- wrapping made the
* selection "repeat" from the far edge, which read as a duplicate. */
if (s_sel < 0) s_sel = 0;
if (s_sel >= s_visN) s_sel = s_visN - 1;
if (s_sel < 0) s_sel = NUM_ROWS - 1;
if (s_sel >= NUM_ROWS) s_sel = 0;
}
/* Set a slider row from an overlay-space x inside its value bar, snapped to
@@ -565,48 +390,23 @@ void optionsOverlayHandleInput(void)
* visible (a stage poll would otherwise leave it locked/hidden). */
inputSuspendForOverlay();
overlayUpdateVisible(); /* % rows may have appeared/vanished (auto toggles) */
overlayUpdateScroll();
const Uint8 *ks = SDL_GetKeyboardState(NULL);
int mx = 0, my = 0;
Uint32 mb = SDL_GetMouseState(&mx, &my);
int lmb = (mb & SDL_BUTTON(SDL_BUTTON_LEFT)) ? 1 : 0;
int rmb = (mb & SDL_BUTTON(SDL_BUTTON_RIGHT)) ? 1 : 0;
/* Gamepad navigation (controller-only machines, e.g. Steam Deck): the
* D-pad or left stick moves the selection; A/X step forward (the Enter
* equivalent), B/Y step back; Start closes. OR-ed into the same edge
* logic as the keyboard, so repeat/clamp/scroll behaviour is identical.
* input.c swallows the pad while we are open, so none of this reaches
* the game. (Select also closes -- handled in input.c's toggle, which
* runs before this one.) */
int gUp = inputPadButton(0, SDL_CONTROLLER_BUTTON_DPAD_UP)
|| inputPadAxis(0, SDL_CONTROLLER_AXIS_LEFTY) < -12000;
int gDn = inputPadButton(0, SDL_CONTROLLER_BUTTON_DPAD_DOWN)
|| inputPadAxis(0, SDL_CONTROLLER_AXIS_LEFTY) > 12000;
int up = ks[SDL_SCANCODE_UP] || ks[SDL_SCANCODE_KP_8] || gUp;
int dn = ks[SDL_SCANCODE_DOWN] || ks[SDL_SCANCODE_KP_2] || gDn;
int lf = ks[SDL_SCANCODE_LEFT] || ks[SDL_SCANCODE_KP_4]
|| inputPadButton(0, SDL_CONTROLLER_BUTTON_B)
|| inputPadButton(0, SDL_CONTROLLER_BUTTON_Y);
int up = ks[SDL_SCANCODE_UP] || ks[SDL_SCANCODE_KP_8];
int dn = ks[SDL_SCANCODE_DOWN] || ks[SDL_SCANCODE_KP_2];
int lf = ks[SDL_SCANCODE_LEFT] || ks[SDL_SCANCODE_KP_4];
int rt = ks[SDL_SCANCODE_RIGHT] || ks[SDL_SCANCODE_KP_6]
|| ks[SDL_SCANCODE_RETURN] || ks[SDL_SCANCODE_KP_ENTER]
|| inputPadButton(0, SDL_CONTROLLER_BUTTON_A)
|| inputPadButton(0, SDL_CONTROLLER_BUTTON_X);
|| ks[SDL_SCANCODE_RETURN] || ks[SDL_SCANCODE_KP_ENTER];
static int prevStart = 0; /* not reset while closed: a Start held across
close must not re-close on the next open */
int startNow = inputPadButton(0, SDL_CONTROLLER_BUTTON_START);
if (startNow && !prevStart) optionsOverlayToggle(); /* Start closes */
prevStart = startNow;
/* ---- keyboard / D-pad nav (clamped at the ends; scroll follows) ---- */
if (up && !prevUp && s_sel > 0) s_sel--;
if (dn && !prevDn && s_sel < s_visN - 1) s_sel++;
overlayUpdateScroll();
if (lf && !prevLf) rowAdjust(&rows[s_visIdx[s_sel]], -1);
if (rt && !prevRt) rowAdjust(&rows[s_visIdx[s_sel]], +1);
/* ---- keyboard / D-pad nav ---- */
if (up && !prevUp) s_sel = (s_sel + NUM_ROWS - 1) % NUM_ROWS;
if (dn && !prevDn) s_sel = (s_sel + 1) % NUM_ROWS;
if (lf && !prevLf) rowAdjust(&rows[s_sel], -1);
if (rt && !prevRt) rowAdjust(&rows[s_sel], +1);
/* ---- mouse ---- */
int ww = 0, wh = 0;
@@ -614,13 +414,12 @@ void optionsOverlayHandleInput(void)
if (ww > 0 && wh > 0) {
double ox = (double)mx * (double)viGetX() / ww;
double oy = (double)my * (double)viGetY() / wh;
int hoverVis = overlayRowAtY(oy);
int hoverRow = overlayRowAtY(oy);
int onClose = overlayInCloseBox(ox, oy);
/* No hover-to-highlight: merely moving the mouse must not move the
* selection or scroll the window (hovering near a list edge fed the
* new row back into the cursor and made the bottom twitch/echo).
* Selection moves only by click, wheel, or arrows. */
if (hoverRow >= 0 && !onClose) {
s_sel = hoverRow; /* hover-to-highlight */
}
/* left press. A click in the label column only focuses the row; a
* click in the value/control column (>= the bar-span start) changes
@@ -632,17 +431,13 @@ void optionsOverlayHandleInput(void)
optionsOverlayToggle(); /* close + configSave */
return;
}
if (hoverVis >= 0) {
s_sel = hoverVis; /* explicit click -> select */
overlayUpdateScroll();
if (ox >= bx0) {
struct Row *r = &rows[s_visIdx[hoverVis]];
if (r->kind == ROW_SLIDER && r->found) {
sliderSetFromX(r, ox);
dragRow = s_visIdx[hoverVis];
} else {
rowAdjust(r, +1); /* toggle / cycle forward (wraps) */
}
if (hoverRow >= 0 && ox >= bx0) {
struct Row *r = &rows[hoverRow];
if (r->kind == ROW_SLIDER && r->found) {
sliderSetFromX(r, ox);
dragRow = hoverRow;
} else {
rowAdjust(r, +1); /* toggle / cycle forward */
}
}
}
@@ -654,10 +449,8 @@ void optionsOverlayHandleInput(void)
dragRow = -1;
}
/* right press in the value column: cycle back / decrement */
if (rmb && !prevRmb && hoverVis >= 0 && !onClose && ox >= bx0) {
s_sel = hoverVis;
overlayUpdateScroll();
rowAdjust(&rows[s_visIdx[hoverVis]], -1);
if (rmb && !prevRmb && hoverRow >= 0 && !onClose && ox >= bx0) {
rowAdjust(&rows[hoverRow], -1);
}
}
@@ -750,41 +543,15 @@ Gfx *optionsOverlayEmit(void)
if (!s_inited) {
overlayInit();
}
fpsTick();
if (!s_open) {
if (!s_showFps || !s_fpsText[0]) {
return NULL; /* nothing appended -> golden dumps byte-identical */
}
/* D213: FPS-only mini DL (top-right), panel closed. */
const s32 fw = viGetX();
const s32 fh = viGetY();
Gfx *fgdl = s_buf;
gDPPipeSync(fgdl++);
gDPSetCycleType(fgdl++, G_CYC_1CYCLE);
gDPSetTexturePersp(fgdl++, G_TP_NONE);
gDPSetScissor(fgdl++, G_SC_NON_INTERLACE, 0, 0, fw, fh);
fgdl = microcode_constructor(fgdl);
fgdl = drawTextR(fgdl, fw - 6, 6, s_fpsText, 0x40ff60ff);
gDPPipeSync(fgdl++);
gSPEndDisplayList(fgdl++);
return s_buf;
return NULL; /* nothing appended -> golden dumps byte-identical */
}
overlayUpdateVisible();
overlayUpdateScroll();
const s32 W = viGetX();
const s32 H = viGetY();
const s32 right = OV_RIGHT;
const s32 panelTop = OV_TOP - 9;
/* Last visible position actually drawn (window may be shorter than the
* list at small 2D viewports -- the rest is reached by scrolling). */
const int maxV = maxVisibleRows();
const int pLast = (s_visN - s_scroll < maxV) ? s_visN - s_scroll
: s_scroll + maxV - 1;
const s32 panelBottom = OV_ROW_Y(pLast) + OV_LINE / 2 + 3;
const s32 panelBottom = OV_ROW_Y(NUM_ROWS - 1) + OV_LINE / 2 + 3;
s32 bx0, bx1;
sliderBarSpan(&bx0, &bx1);
Gfx *gdl = s_buf;
@@ -801,16 +568,15 @@ Gfx *optionsOverlayEmit(void)
gdl = fillRect(gdl, OV_CB_X0, OV_CB_Y0, OV_CB_X1, OV_CB_Y1,
150, 40, 40, 235); /* close */
for (int p = s_scroll; p <= pLast; p++) {
const struct Row *r = &rows[s_visIdx[p]];
s32 rowY = OV_ROW_Y(p - s_scroll);
if (p == s_sel) {
for (int i = 0; i < NUM_ROWS; i++) {
s32 rowY = OV_ROW_Y(i);
if (i == s_sel) {
gdl = fillRect(gdl, OV_X0 - 4, rowY - 3, W - (OV_X0 - 4),
rowY + OV_LINE - 4, 40, 46, 96, 220);
}
if (r->kind == ROW_SLIDER && r->found) {
double lo = rowLo(r), hi = rowHi(r);
double f = (hi > lo) ? (rowGet(r) - lo) / (hi - lo) : 0.0;
if (rows[i].kind == ROW_SLIDER && rows[i].found) {
double lo = rowLo(&rows[i]), hi = rowHi(&rows[i]);
double f = (hi > lo) ? (rowGet(&rows[i]) - lo) / (hi - lo) : 0.0;
if (f < 0) f = 0; if (f > 1) f = 1;
s32 by = rowY + 3;
gdl = fillRect(gdl, bx0, by, bx1, by + 5, 60, 60, 70, 220);
@@ -823,27 +589,25 @@ Gfx *optionsOverlayEmit(void)
gdl = microcode_constructor(gdl);
gdl = drawText(gdl, OV_X0, OV_TOP, "PC OPTIONS", 0xffe040ff);
gdl = drawText(gdl, OV_X0, OV_TOP + OV_LINE,
"select: scroll/click, change: mouse/arrows",
gdl = drawText(gdl, OV_X0, OV_TOP + OV_LINE, "click value / drag / arrows",
0x8890a0ff); /* hint line */
gdl = drawText(gdl, (OV_CB_X0 + OV_CB_X1) / 2 - measureText("X") / 2,
OV_TOP, "X", 0xffffffff); /* close glyph */
for (int p = s_scroll; p <= pLast; p++) {
const struct Row *r = &rows[s_visIdx[p]];
s32 rowY = OV_ROW_Y(p - s_scroll);
u32 col = (p == s_sel) ? 0xffffffff : 0xc0c0c8ff;
for (int i = 0; i < NUM_ROWS; i++) {
s32 rowY = OV_ROW_Y(i);
u32 col = (i == s_sel) ? 0xffffffff : 0xc0c0c8ff;
char val[48];
gdl = drawText(gdl, OV_LABEL_X, rowY, (char *)r->label,
r->found ? col : 0x808080ff);
if (!r->found) {
gdl = drawText(gdl, OV_LABEL_X, rowY, (char *)rows[i].label,
rows[i].found ? col : 0x808080ff);
if (!rows[i].found) {
gdl = drawTextR(gdl, right, rowY, "(n/a)", 0x808080ff);
continue;
}
valueText(r, val, sizeof(val));
if (r->restart) {
valueText(&rows[i], val, sizeof(val));
if (rows[i].restart) {
/* value left of the bar span, "(restart)" pinned to the edge */
gdl = drawText(gdl, bx0, rowY, val, col);
gdl = drawTextR(gdl, right, rowY, "(restart)", 0x909090ff);
port/src/romconvert.c
-203
View File
@@ -1,203 +0,0 @@
/*
* romconvert.c — first-run sidecar conversion ("drop in your ROM and play").
*
* The engine needs two ROM-derived sidecar trees that are NOT shipped with a
* release (they are copyrighted game data derived from the user's own ROM):
*
* $S/pcmodels-<region>/ (pcmodels.bin + manifest.csv) — port/src/pcmodels.c
* $S/pccg-<region>/ (pccg.bin + manifest.csv) — port/src/pccg.c
*
* The release bundle ships a frozen copy of the asset-prep tool
* (prepare-assets.py, PyInstaller --onefile) as
* <exedir>/prepare-assets/ge007-convert[.exe]. When the sidecars are missing
* at boot, romdataInit() calls romConvertEnsureSidecars(), which spawns that
* binary with `--rom <this ROM> --out <exedir>`, waits for it to finish, and
* re-checks. The conversion is deterministic and takes a few seconds; after
* the first run the sidecars exist and this path is a no-op (two fsExists).
*
* Returns 1 when both sidecars are present (already or after converting),
* -1 when they could not be produced (caller should abort boot with a
* message rather than crash later in modelPromoteNodeOffsetsToPointers, D179).
*/
#include <stdlib.h>
#include <string.h>
/* D38: <stdio.h>/<stdlib.h> resolve to the decomp's N64 stubs via the include
* path; declare the host functions this file uses. */
extern void *malloc(unsigned long long size);
extern int snprintf(char *str, size_t maxsize, const char *format, ...);
#include "platform.h"
#if defined(PLATFORM_WINDOWS)
#ifndef WIN32_LEAN_AND_MEAN
#define WIN32_LEAN_AND_MEAN
#endif
#include <windows.h>
#else
#include <unistd.h>
#include <sys/wait.h>
#endif
#include "system.h"
#include "fs.h"
/* Same country→region map as pcmodels.c / pccg.c (finding: plan Q3). */
static const char *rcRegionForCountry(unsigned char country)
{
switch (country) {
case 'E': return "ntsc-final";
case 'P': return "pal-final";
case 'J': return "jpn-final";
default: return NULL;
}
}
/* sysResolvePath() returns a static buffer — copy before the next call. */
static int rcExistsResolved(const char *rel)
{
const char *p = sysResolvePath(rel);
return fsExists(p);
}
static int rcSidecarsPresent(const char *region)
{
char rel[256];
snprintf(rel, sizeof(rel), "$S/pcmodels-%s/pcmodels.bin", region);
if (!rcExistsResolved(rel))
return 0;
snprintf(rel, sizeof(rel), "$S/pccg-%s/pccg.bin", region);
return rcExistsResolved(rel);
}
#if defined(PLATFORM_WINDOWS)
/* Spawn `exePath --rom "<rom>" --out "<exedir>"` and wait for it.
* Returns the exit code, or -1 if it could not be started. */
static int rcRunConverter(const char *exePath, const char *rom, const char *out)
{
char cmd[4096];
int n = snprintf(cmd, sizeof(cmd), "\"%s\" --rom \"%s\" --out \"%s\"",
exePath, rom, out);
if (n < 0 || (size_t)n >= sizeof(cmd))
return -1; /* paths too long to build a command line */
int wlen = MultiByteToWideChar(CP_UTF8, 0, cmd, -1, NULL, 0);
if (wlen <= 0)
return -1;
WCHAR *wcmd = (WCHAR *)malloc((size_t)wlen * sizeof(WCHAR));
if (!wcmd)
return -1;
MultiByteToWideChar(CP_UTF8, 0, cmd, -1, wcmd, wlen);
STARTUPINFOW si;
PROCESS_INFORMATION pi;
int rc = -1;
memset(&si, 0, sizeof(si));
si.cb = sizeof(si);
memset(&pi, 0, sizeof(pi));
if (CreateProcessW(NULL, wcmd, NULL, NULL, FALSE, 0, NULL, NULL, &si, &pi)) {
WaitForSingleObject(pi.hProcess, INFINITE);
DWORD code = 0;
GetExitCodeProcess(pi.hProcess, &code);
rc = (int)code;
CloseHandle(pi.hProcess);
CloseHandle(pi.hThread);
}
free(wcmd);
return rc;
}
#else
static int rcRunConverter(const char *exePath, const char *rom, const char *out)
{
pid_t pid = fork();
if (pid < 0)
return -1;
if (pid == 0) {
/* Child: stdio is inherited (console apps see the converter's
* progress lines; GUI builds simply discard them). */
execv(exePath, (char *const[]){ exePath, "--rom", (char *)rom,
"--out", (char *)out, NULL });
_exit(127); /* execv failed */
}
int status = 0;
while (waitpid(pid, &status, 0) < 0)
; /* EINTR */
if (WIFEXITED(status))
return WEXITSTATUS(status);
return -1;
}
#endif
int romConvertEnsureSidecars(const unsigned char *romImg, const char *romRelPath)
{
const char *region = rcRegionForCountry(romImg[0x3E]);
if (!region)
return 1; /* unknown country — romHeaderValid() rejects it anyway */
if (rcSidecarsPresent(region))
return 1;
/* Resolve the ROM path we were given ("$S/...", "$E/..." or "./...") to
* an absolute form for the child's argv. */
char romPath[1024];
snprintf(romPath, sizeof(romPath), "%s", sysResolvePath(romRelPath));
const char *exedir = sysGetExeDir();
char outDir[1024];
snprintf(outDir, sizeof(outDir), "%s", exedir);
/* Converter candidates: bundled under <exedir>/prepare-assets/ (the
* release layout), then the CWD-relative form (running from a source
* tree or an unpacked bundle in the CWD). */
#if defined(PLATFORM_WINDOWS)
static const char *candRel[4] = {
"$E/prepare-assets/ge007-convert.exe",
"./prepare-assets/ge007-convert.exe",
"$E/ge007-convert.exe",
"./ge007-convert.exe",
};
#else
static const char *candRel[4] = {
"$E/prepare-assets/ge007-convert",
"./prepare-assets/ge007-convert",
"$E/ge007-convert",
"./ge007-convert",
};
#endif
char convPath[1024] = "";
for (int i = 0; i < 4; i++) {
if (rcExistsResolved(candRel[i])) {
/* sysResolvePath() returns a static buffer — snapshot it. */
snprintf(convPath, sizeof(convPath), "%s", sysResolvePath(candRel[i]));
break;
}
}
if (!convPath[0]) {
sysLogPrintf(LOG_ERROR,
"romconvert: sidecars for '%s' are missing and no ge007-convert "
"binary was found (looked in <exedir>/prepare-assets/). Put your "
"ROM at data/ge007.%s.z64 and re-run from the bundle folder, or "
"run prepare-assets manually.", region, region);
return -1;
}
sysLogPrintf(LOG_INFO,
"romconvert: sidecars missing — running %s (one-time, a few seconds)…",
convPath);
int code = rcRunConverter(convPath, romPath, outDir);
if (code != 0)
sysLogPrintf(LOG_ERROR,
"romconvert: ge007-convert exited with code %d — see its output "
"above (a non-retail or byte-swapped ROM will fail here)", code);
if (!rcSidecarsPresent(region)) {
sysLogPrintf(LOG_ERROR,
"romconvert: data/pcmodels-%s/ and data/pccg-%s/ are still "
"missing — cannot continue", region, region);
return -1;
}
sysLogPrintf(LOG_INFO, "romconvert: sidecars generated — continuing boot");
return 1;
}
port/src/romdata.c
+5 -198
View File
@@ -44,7 +44,6 @@ extern int snprintf(char *str, size_t maxsize, const char *format, ...);
#include "romdata.h"
#include "pcmodels.h"
#include "pccg.h"
#include "romconvert.h"
/* D50: struct font/fontchar layouts for the font-segment re-layout. Order
* matters (see pcmodels.c): ultra64.h must finish before bondtypes.h. */
@@ -114,116 +113,6 @@ static int romHeaderValid(const u8 *h, char *err, size_t errsz)
static u32 romdataBswap32(u32 v); /* defined below; used by the D55 fixup */
/* D230: RAW16 wavetable samples are stored big-endian s16 in the ROM (the
* N64 CPU reads them that way), but the PC mixer's resampler consumes
* host-native (little-endian) s16 — so every RAW16 instrument plays as a
* byte-swapped buzz. ADPCM nibble data is byte-order agnostic, which is why
* only RAW16 ranges are affected. The wavetable sample segments stay in the
* cart map (alBnkfNew() points straight at them; only the bank structs are
* re-laid out, D37), so bswap16 those ranges in place once the map is live.
* The walk mirrors the ALBankFile layout romdataFixupAudioBank() uses. */
#define RAW16_MAX_RANGES 32
struct raw16Range { u32 start, end; };
static void romdataRaw16Swap(u8 *tbl, u32 tblSize, u32 base, s32 len,
struct raw16Range *done, int *ndone)
{
int i;
if (len <= 0 || base >= tblSize || (u32)len > tblSize - base) {
sysLogPrintf(LOG_ERROR, "romdataInit: D230 RAW16 wavetable out of "
"range (base 0x%X len %d, segment 0x%X bytes)",
base, len, tblSize);
return;
}
for (i = 0; i < *ndone; i++) {
/* Shared sample data (two instruments can point at the same range):
* swapping twice would undo the first swap. */
if (base >= done[i].start && base + (u32)len <= done[i].end)
return;
}
for (i = 0; i + 1 < len; i += 2) {
u8 t = tbl[base + i];
tbl[base + i] = tbl[base + i + 1];
tbl[base + i + 1] = t;
}
if (*ndone < RAW16_MAX_RANGES) {
done[*ndone].start = base;
done[*ndone].end = base + (u32)len;
(*ndone)++;
}
}
static void romdataRaw16Inst(const u8 *ctl, u32 ctlSize, u8 *tbl, u32 tblSize,
struct raw16Range *done, int *ndone, u32 ioff)
{
s16 scount;
u32 k;
if (!ioff || ioff + 16 > ctlSize)
return;
scount = (s16)((ctl[ioff + 14] << 8) | ctl[ioff + 15]); /* soundCount */
if (scount < 0)
return;
for (k = 0; k < (u32)scount; k++) {
u32 soff, wt;
if (ioff + 16 + 4 * k + 4 > ctlSize)
break;
soff = ((u32)ctl[ioff + 16 + 4 * k] << 24) |
((u32)ctl[ioff + 17 + 4 * k] << 16) |
((u32)ctl[ioff + 18 + 4 * k] << 8) |
(u32)ctl[ioff + 19 + 4 * k];
if (!soff || soff + 15 > ctlSize)
continue;
wt = ((u32)ctl[soff + 8] << 24) | ((u32)ctl[soff + 9] << 16) |
((u32)ctl[soff + 10] << 8) | (u32)ctl[soff + 11];
if (!wt || wt + 20 > ctlSize)
continue;
if (ctl[wt + 8] == 1 /* AL_RAW16_WAVE */) {
u32 base = ((u32)ctl[wt] << 24) | ((u32)ctl[wt + 1] << 16) |
((u32)ctl[wt + 2] << 8) | (u32)ctl[wt + 3];
s32 len = (s32)(((u32)ctl[wt + 4] << 24) |
((u32)ctl[wt + 5] << 16) |
((u32)ctl[wt + 6] << 8) | (u32)ctl[wt + 7]);
romdataRaw16Swap(tbl, tblSize, base, len, done, ndone);
}
}
}
static void romdataRaw16Walk(const u8 *ctl, u32 ctlSize, u8 *tbl, u32 tblSize,
struct raw16Range *done, int *ndone)
{
s16 i;
if (ctlSize < 4 || ((ctl[0] << 8) | ctl[1]) != 0x4231 /* 'B1' */)
return;
for (i = 0; i < (s16)((ctl[2] << 8) | ctl[3]); i++) {
u32 boff, j;
s16 icount;
if (4 + 4 * (u32)i + 4 > ctlSize)
break;
boff = ((u32)ctl[4 + 4 * i] << 24) | ((u32)ctl[5 + 4 * i] << 16) |
((u32)ctl[6 + 4 * i] << 8) | (u32)ctl[7 + 4 * i];
if (!boff || boff + 12 > ctlSize)
continue;
icount = (s16)((ctl[boff] << 8) | ctl[boff + 1]); /* instCount */
if (icount < 0)
continue;
romdataRaw16Inst(ctl, ctlSize, tbl, tblSize, done, ndone,
((u32)ctl[boff + 8] << 24) |
((u32)ctl[boff + 9] << 16) |
((u32)ctl[boff + 10] << 8) | (u32)ctl[boff + 11]);
for (j = 0; j < icount; j++) {
if (boff + 12 + 4 * (u32)j + 4 > ctlSize)
break;
romdataRaw16Inst(ctl, ctlSize, tbl, tblSize, done, ndone,
((u32)ctl[boff + 12 + 4 * j] << 24) |
((u32)ctl[boff + 13 + 4 * j] << 16) |
((u32)ctl[boff + 14 + 4 * j] << 8) |
(u32)ctl[boff + 15 + 4 * j]);
}
}
}
/* The caller has placed a writable region of (romSize + sidecars) bytes at
* CART_BASE. Populate it, load the sidecars, apply the D55 RLE-header fixup,
* and mark the ROM live. Shared by the Windows (VirtualAlloc) and POSIX (mmap)
@@ -250,38 +139,6 @@ static int romdataFinishCartMap(const char *tok, u8 *img,
if ((u16)*hdr > 512 || (u16)(*hdr >> 16) > 512)
*hdr = romdataBswap32(*hdr);
}
/* D230: byte-swap the RAW16 wavetable sample ranges in both bank trees
* (BE s16 in the ROM -> host LE for the mixer's resampler). */
{
extern u32 _sfxctlSegmentRomStart;
extern u32 _sfxtblSegmentRomStart;
extern u32 _instrumentsctlSegmentRomStart;
extern u32 _instrumentstblSegmentRomStart;
struct raw16Range done[RAW16_MAX_RANGES];
int ndone = 0;
/* Each tbl segment runs to the end of the ROM; bound the swap range
* by that (the real segment is smaller, but base/len are validated
* against this anyway). */
romdataRaw16Walk((const u8 *)&_sfxctlSegmentRomStart,
(u32)&_sfxtblSegmentRomStart -
(u32)&_sfxctlSegmentRomStart,
(u8 *)&_sfxtblSegmentRomStart,
CART_BASE + romSize -
(u32)&_sfxtblSegmentRomStart,
done, &ndone);
romdataRaw16Walk((const u8 *)&_instrumentsctlSegmentRomStart,
(u32)&_instrumentstblSegmentRomStart -
(u32)&_instrumentsctlSegmentRomStart,
(u8 *)&_instrumentstblSegmentRomStart,
CART_BASE + romSize -
(u32)&_instrumentstblSegmentRomStart,
done, &ndone);
if (ndone)
sysLogPrintf(LOG_INFO, "romdataInit: D230 byte-swapped %d RAW16 "
"wavetable range(s) in place", ndone);
}
return 0;
}
@@ -316,11 +173,11 @@ int romdataInit(void)
static const char *locs[3] = { "$S/", "$E/", "./" };
int li;
FSFile *f = NULL;
char romRelPath[1024] = ""; /* locs[li] + tok of the ROM we opened */
for (li = 0; li < 3 && !f; li++) {
snprintf(romRelPath, sizeof(romRelPath), "%s%s", locs[li], tok);
f = fsOpen(sysResolvePath(romRelPath), "rb");
char pathbuf[1024];
snprintf(pathbuf, sizeof(pathbuf), "%s%s", locs[li], tok);
f = fsOpen(sysResolvePath(pathbuf), "rb");
}
if (!f)
continue;
@@ -341,15 +198,6 @@ int romdataInit(void)
continue;
}
/* Drop-in ROM support: if the ROM-derived sidecars are missing, run
* the bundled frozen converter (ge007-convert) once to generate them.
* Without them the game crashes later in
* modelPromoteNodeOffsetsToPointers (D179), so abort boot cleanly. */
if (!romConvertEnsureSidecars(img, romRelPath)) {
free(img);
return -1;
}
/* D50: reserve room for the PC model sidecar image right after the
* ROM ([CART_BASE+romSize, ...)); it is loaded below and patched into
* file_resource_table after obInit. */
@@ -570,11 +418,8 @@ void romdataFixupMusicSeqTable(u8 *blob, u32 blobSize)
u32 count = *(const u16 *)(blob + 0);
u32 maxEntries = (blobSize - 4) / 8;
if (count > maxEntries) {
/* Expected, not an error: music.c first decodes a 0x10-byte header
* probe (capacity 1) before re-copying the full table and calling
* again. Log at NOTE so it isn't mistaken for broken music data. */
sysLogPrintf(LOG_NOTE,
"romdataFixupMusicSeqTable: partial decode, seqCount %u > capacity %u (full table follows)",
sysLogPrintf(LOG_ERROR,
"romdataFixupMusicSeqTable: seqCount %u exceeds blob capacity %u",
count, maxEntries);
count = maxEntries;
}
@@ -936,20 +781,6 @@ static void afFixupEnvelope(struct afCtx *c, u32 o)
afWr32(c, n + 4 * i, afRd32(c, o + 4 * i));
c->dst[n + 12] = c->src[o + 12]; /* u8 volumes: identity */
c->dst[n + 13] = c->src[o + 13];
/* D202/M-65 diag (temporary): decayTime == -1 is what sets
* SOUND_FLAG_LOOPED, and a looped sound never releases its voice on its
* own. Print the SOURCE ROM bytes so genuine data can be told from a
* conversion artifact. Remove once root-caused. */
if (getenv("GE_KEYMAPDUMP")) {
sysLogPrintf(LOG_NOTE,
"ENVSRC src@0x%06X -> img@0x%06X : raw=%02X%02X%02X%02X %02X%02X%02X%02X %02X%02X%02X%02X "
"attack=%d decay=%d release=%d",
o, n,
c->src[o], c->src[o+1], c->src[o+2], c->src[o+3],
c->src[o+4], c->src[o+5], c->src[o+6], c->src[o+7],
c->src[o+8], c->src[o+9], c->src[o+10], c->src[o+11],
(int)afRd32(c, o), (int)afRd32(c, o + 4), (int)afRd32(c, o + 8));
}
}
static void afFixupWaveTable(struct afCtx *c, u32 o)
@@ -1017,16 +848,6 @@ static void afFixupSound(struct afCtx *c, u32 o)
if (c->write) {
c->newOff[km] = kn;
memcpy(c->dst + kn, c->src + km, 6); /* ALKeyMap: all u8 */
/* D202/M-65 diag (temporary): print the SOURCE ROM bytes of
* every ALKeyMap, so "the game sees zeros" can be separated
* from "the ROM holds zeros". Remove once root-caused. */
if (getenv("GE_KEYMAPDUMP")) {
sysLogPrintf(LOG_NOTE,
"KEYMAP src@0x%06X -> img@0x%06X : velMin=%u velMax=%u "
"keyMin=%u keyMax=0x%02X keyBase=%u detune=%d",
km, kn, c->src[km], c->src[km + 1], c->src[km + 2],
c->src[km + 3], c->src[km + 4], (int)(s8)c->src[km + 5]);
}
}
}
}
@@ -1062,20 +883,6 @@ static void afFixupInst(struct afCtx *c, u32 o)
for (u32 i = 0; i < (u32)scount; i++) { /* children first */
u32 soff = afRd32(c, o + 16 + 4 * i);
/* D202/M-65 diag (temporary): dump the SOURCE bank tree per
* soundIndex -- instArray[0]->soundArray[i] is exactly how snd.c
* resolves a soundIndex. decayTime == -1 is what makes a sound
* SOUND_FLAG_LOOPED (and therefore un-releasable without an owner),
* so this says whether that flag is genuine ROM data for a given
* index or a conversion artifact. Remove once root-caused. */
if (getenv("GE_BANKDUMP") && soff && soff + 12 <= c->srcSize) {
u32 env = afRd32(c, soff);
u32 km = afRd32(c, soff + 4);
sysLogPrintf(LOG_NOTE,
"BANKSRC inst@0x%06X soundIndex=%u sound@0x%06X env@0x%06X km@0x%06X decay=%d",
o, i, soff, env, km,
(env && env + 8 <= c->srcSize) ? (int)afRd32(c, env + 4) : 0);
}
if (soff)
afFixupSound(c, soff);
}
port/src/system.c
+2 -35
View File
@@ -26,7 +26,6 @@
#define _POSIX_C_SOURCE 199309L
#include <unistd.h>
#include <time.h>
#include <sys/stat.h>
#endif
#include "system.h"
@@ -246,42 +245,10 @@ const char *sysResolvePath(const char *path)
else
snprintf(out, sizeof(out), "%s\\data\\%s", exedir, path + 3);
#else
/* D256: mirror the Windows branch. The ROM itself is found via
* $S/ OR $E/ (exe dir) by romdataInit, so a launch from any CWD
* (Steam shortcut, terminal in ~) runs fine while saves/config —
* which only knew the CWD-relative path — silently failed to write.
* Prefer CWD data/ (dev/repo workflow), else exe-dir data/, and
* create the directory best-effort so first-run writes don't fail. */
if (access("data", F_OK) == 0)
snprintf(out, sizeof(out), "data/%s", path + 3);
else {
static char sexedir[1024] = "";
if (!sexedir[0]) {
ssize_t n = readlink("/proc/self/exe", sexedir, sizeof(sexedir) - 1);
if (n > 0) {
char *slash;
sexedir[n] = 0;
slash = strrchr(sexedir, '/');
if (slash)
*slash = 0;
else
sexedir[0] = 0;
}
}
if (sexedir[0])
snprintf(out, sizeof(out), "%s/data/%s", sexedir, path + 3);
else
snprintf(out, sizeof(out), "data/%s", path + 3);
}
{
char dirbuf[1024];
char *slash;
strncpy(dirbuf, out, sizeof(dirbuf) - 1);
dirbuf[sizeof(dirbuf) - 1] = 0;
slash = strrchr(dirbuf, '/');
if (slash && slash != dirbuf)
*slash = 0, mkdir(dirbuf, 0755); /* best effort; EEXIST is fine */
}
else
snprintf(out, sizeof(out), "./data/%s", path + 3);
#endif
return out;
}
port/src/video.c
+3 -173
View File
@@ -54,16 +54,10 @@ static int initDone = 0;
*/
static int cfgVSync = 1; /* swap interval: 0 = off, 1 = on */
static int cfgFpsCap = 0; /* frame cap in fps; 0 = uncapped (vsync) */
static int cfgMSAA = 4; /* 1/2/4/8 samples; default 4 (modern ports ship AA on; snaps down to the highest supported level) */
static int cfgMSAA = 1; /* 1/2/4/8 samples; 1 = off */
static int cfgTexFilter = 1; /* 0 = nearest, 1 = bilinear (default), 2 = N64 3-point + trilinear */
static int cfgFixMipTex = 1; /* RC2: clip mip-contaminated texture uploads to base height */
static int cfgWrapFix = 0; /* D74 sub-tile UV pre-wrap + RC3/D167 non-PoT mask-period wrap (opt-in; GE_WRAPFIX env overrides) */
static int cfgFovScale = 100; /* D211: percent of the original vertical FOV; 100 = unchanged (byte-identical) */
static int cfgDrawDistance = 150; /* D218: percent of the level's authored far-clip/fog distance. Default raised 100->150 for v0.2.0: at the authored N64 distance, props visibly fade in just before they become visible on modern displays (Dam alarms / wall switches); 150 is the value the Steam Deck preset playtest-validated. 100 = unchanged N64. */
static int cfgDrawDistanceAutoFov = 1; /* D218: couple draw distance to Video.FovScale unless DrawDistance is set explicitly */
static int cfgLodDistance = 150; /* D249: percent scale on the geometry/model LOD-swap distance. Default raised 100->150 for v0.2.0 (same pop-in family as DrawDistance: LOD-swapped props like Dam's alarms/wall switches faded in at range); 150 matches the Steam Deck preset. 100 = unchanged N64. */
static int cfgLodDistanceAutoFov = 0; /* off by default -- unlike DrawDistance, this is meant as a standalone perf lever, not something that should silently get more expensive as FovScale widens */
static int cfgAniso = 4; /* D212: anisotropic filtering samples; 4 = the value fast3d already applied (no visual delta at default) */
static int cfgFullscreen = 0; /* 0 = windowed, 1 = borderless fullscreen */
/*
@@ -86,146 +80,15 @@ static int cfgWinMax = 0;
*/
f32 portScreenShakeScale = 1.0f;
/* D216: Game.SkipIntro — read once in src/game/lv.c at title-stage load.
* 0 (default) = the legal screen + logo attract sequence plays as normal. */
s32 portSkipIntro = 0;
/* D232: Game.NoHitFlash — the community "no damage flash" toggle (route-(b)
* hook in src/game/bondview2.c currentPlayerSetFadeColour). 0 (default) =
* original damage flash. */
s32 portNoHitFlash = 0;
/* D257: Game.AllUnlocked — everything-unlocked goodie, OFF by default
* (faithful N64 progression: levels unlock as you complete them). Consumed
* once at startup by main.c, which sets the game's own RAM unlock flags
* (debug_enable_all_levels_flag / debug_007_unlock_flag in
* src/game/debugmenu_handler.c, live because the PC build defines
* LEFTOVERDEBUG) — port-layer memory writes only, no game-code edits.
* 1 = every solo level selectable at every difficulty plus 007 mode from
* the first launch. F10 'All unlocked' row toggles it; takes effect next
* run. Known quirk when ON with a fresh save: audio volumes load as 0
* (silence) because the patched save block is CRC-valid and skips the
* game's BLANKSAVEDATA reset that normally seeds max volume — see D259. */
s32 portAllUnlocked = 0;
/* D211: Video.FovScale as a multiplier on the render FOV. Applied game-side
* at the guPerspectiveF chokepoint (src/fr.c) so it lands BEFORE the CPU
* pre-multiplies projection x view into the combined world matrix — the
* fast3d-side matrix hack only caught the handful of pure-perspective loads
* (pause/watch model, sky) and left the world untouched. 1.0f = original. */
f32 portFovScale = 1.0f;
/* D222: the same widen-FOV math as the fr.c guPerspectiveF chokepoint,
* factored out so cull-plane / LOD-scale call sites (currentPlayerSetCameraScale,
* via currentPlayerSetPerspective) can feed the SAME effective FOV that is
* actually rendered, instead of leaving them on the nominal value. Before this,
* high FovScale widened what was drawn but left frustum-cull planes and the
* fog/LOD distance scale (c_scalelod/c_lodscalez) calibrated for the narrower
* nominal FOV, so on-screen geometry near the edges (and, via c_lodscalez,
* the fog-based distance-visibility fade) got culled/faded as if the view
* were still narrow. `isTitleScreen` mirrors fr.c's own
* `lvlGetCurrentStageToLoad() != LEVELID_TITLE` guard -- the front end's
* fixed-FOV 3D must not be touched. 1.0f/identity at FovScale=100 (default),
* bit-for-bit no-op. */
f32 portScaleFovY(f32 fovy, s32 isTitleScreen)
{
if (!isTitleScreen && portFovScale > 0.4f && portFovScale < 2.01f && portFovScale != 1.0f) {
fovy *= portFovScale;
if (fovy > 160.0f) { fovy = 160.0f; }
}
return fovy;
}
/* D218: Video.DrawDistance -- multiplier applied to a level's authored
* Visibility.FarFog (src/game/bgfog.c fogLoadCurrentEnvironment), which is
* both the far clip plane and the fog-saturation distance (levels are tuned
* for the stock ~60deg FOV), plus the character/prop fog-visibility-fade
* cutoff (src/game/propobj.c chrobjFogVisRangeRelated/sub_GAME_7F054C58).
* Video.DrawDistanceAutoFov (default on) couples the multiplier to
* Video.FovScale so a wider FOV doesn't clip its own newly visible far
* geometry -- or fade NPCs out early -- against distances tuned for the
* narrower original view (D218's "blue artifacting"; the M-121 live
* playtest found a straight 1:1 FovScale coupling still faded guards in
* noticeably close on Dam, so the auto coupling is 2x FovScale, not 1x).
* An explicit Video.DrawDistance != 100 overrides that coupling outright.
* Clamped to <=4.0x -- pushing the far plane much further out risks
* far-field z-fighting against the level's original near-plane precision;
* raised again (M-121 live playtest: 2x FovScale still showed a "blue
* glow" on far Dam tunnel geometry, so auto coupling is now 4x FovScale)
* to give headroom (max portFovScale is 1.5 at Video.FovScale's registered
* ceiling of 150, so 4x tops out at 6.0x -- ceiling raised to match).
* Identity (1.0f) at both defaults, bit-for-bit no-op. NOTE: end-to-end
* re-check of fogLoadCurrentEnvironment (bgfog.c) found the fog RAMP
* itself (not just the far-clip cutoff) already scales correctly with
* this multiplier -- g_ScaledFarFogIntensity/scaled_far_fog_dist both
* derive from the same scaled far value. If a visible blue tint at range
* persists even at a large multiplier, it may be Dam's tunnel sightline
* simply exceeding whatever distance was tried, or a separate visual
* element (skybox/backdrop) not gated by Visibility.FarFog at all --
* worth a fresh screenshot-driven look before assuming another bug here. */
f32 portDrawDistanceMultiplier(void)
{
f32 mult;
if (cfgDrawDistance != 100) {
mult = (f32)cfgDrawDistance / 100.0f;
} else if (cfgDrawDistanceAutoFov && portFovScale != 1.0f) {
mult = portFovScale * 4.0f;
} else {
return 1.0f;
}
if (mult > 6.0f) { mult = 6.0f; }
if (mult < 1.0f) { mult = 1.0f; }
return mult;
}
/* D249: Video.LodDistance -- multiplier on the *distance* term
* modelUpdateDistanceRelations() (src/game/model.c) tests against each LOD
* node's MinDistance/MaxDistance, composed on top of the game's own
* g_ModelDistanceScale rather than replacing it. Smaller distance reads as
* "closer", so this function returns the INVERSE of the requested percent:
* Video.LodDistance=200 (keep full detail twice as far, more cost) ->
* 0.5x on the distance term; =50 (drop to lower detail twice as soon, less
* cost -- the perf lever) -> 2.0x. Video.LodDistanceAutoFov (default OFF,
* unlike DrawDistanceAutoFov) can couple it to Video.FovScale the same
* direction as draw distance if ever wanted; off by default so this stays a
* standalone dial and doesn't quietly add cost as FovScale widens. Clamped
* to a [0.25, 4.0] distance multiplier (== effective LodDistance 25-400%) --
* far outside that band either does nothing visible (LOD never triggers) or
* thrashes every frame. Identity (1.0f) at the Video.LodDistance=100
* default, bit-for-bit no-op. */
f32 portLodDistanceMultiplier(void)
{
f32 pct;
if (cfgLodDistance != 100) {
pct = (f32)cfgLodDistance;
} else if (cfgLodDistanceAutoFov && portFovScale != 1.0f) {
pct = portFovScale * 100.0f;
} else {
return 1.0f;
}
if (pct < 25.0f) { pct = 25.0f; }
if (pct > 400.0f) { pct = 400.0f; }
return 100.0f / pct;
}
PD_CONSTRUCTOR static void videoConfigInit(void)
{
configRegisterFloat("Game.ScreenShakeIntensity", &portScreenShakeScale, 0.0f, 10.0f);
configRegisterInt("Game.SkipIntro", &portSkipIntro, 0, 1);
configRegisterInt("Game.NoHitFlash", &portNoHitFlash, 0, 1);
configRegisterInt("Game.AllUnlocked", &portAllUnlocked, 0, 1);
configRegisterInt("Video.VSync", &cfgVSync, 0, 1);
configRegisterInt("Video.FpsCap", &cfgFpsCap, 0, 1000);
configRegisterInt("Video.MSAA", &cfgMSAA, 1, 8);
configRegisterInt("Video.TextureFilter", &cfgTexFilter, 0, 2);
configRegisterInt("Video.FixMipTextures", &cfgFixMipTex, 0, 1);
configRegisterInt("Video.WrapFix", &cfgWrapFix, 0, 1);
configRegisterInt("Video.FovScale", &cfgFovScale, 50, 150);
configRegisterInt("Video.DrawDistance", &cfgDrawDistance, 100, 400);
configRegisterInt("Video.DrawDistanceAutoFov", &cfgDrawDistanceAutoFov, 0, 1);
configRegisterInt("Video.LodDistance", &cfgLodDistance, 25, 400);
configRegisterInt("Video.LodDistanceAutoFov", &cfgLodDistanceAutoFov, 0, 1);
configRegisterInt("Video.Anisotropy", &cfgAniso, 1, 16);
configRegisterInt("Video.Fullscreen", &cfgFullscreen, 0, 1);
configRegisterInt("Window.Width", &cfgWinW, 0, 16384);
configRegisterInt("Window.Height", &cfgWinH, 0, 16384);
@@ -234,41 +97,10 @@ PD_CONSTRUCTOR static void videoConfigInit(void)
configRegisterInt("Window.Maximized", &cfgWinMax, 0, 1);
}
/* Steam Deck / SteamOS first-run preset. Called from main() when STEAMOS is
* set, BEFORE configLoad(): if no ge007.ini exists yet, configLoad's
* first-run path saves these values to disk and every later launch reads the
* file (user changes via F10 win outright); if an ini already exists its
* values overwrite everything here. So this is a first-launch preset only.
* 1280x800 is the Deck's native panel resolution; MSAA 4 + VSync is
* comfortable headroom for the A11 GPU; DrawDistance/LodDistance at 150%
* because the authored N64 fade distances read "things pop in just before
* you can see them" on a sharp 7" close-up panel (e.g. the Dam lock).
* Note: the panel is 16:10 and the game renders 4:3, so this stretches
* uniformly like any non-4:3 window today (letterboxing is the parked
* WIDESCREEN-FOV-PLAN). */
void videoApplySteamOSDefaults(void)
{
cfgFullscreen = 1;
cfgWinW = 1280;
cfgWinH = 800;
cfgVSync = 1;
cfgMSAA = 4;
cfgDrawDistance = 150;
cfgLodDistance = 150;
}
/* Set by videoRequestLiveConfig() (F10 overlay, host thread); consumed on the
* scheduler thread in videoStartFrame() where the GL context is bound. */
static volatile int liveCfgDirty = 0;
/* D211/D212: push the port-only image knobs where they apply. FovScale is a
* plain float the game re-reads each frame; anisotropy goes to fast3d. */
static void videoApplyImageOptions(void)
{
portFovScale = (f32)cfgFovScale / 100.0f;
gfx_set_anisotropy_level(cfgAniso);
}
static void videoApplyTexFilter(void)
{
if (cfgTexFilter >= 2) {
@@ -439,7 +271,6 @@ int videoInit(void)
gfx_set_wrap_fix(cfgWrapFix);
videoApplyTexFilter();
videoApplyImageOptions();
/* The GL context is currently current on this (host main) thread, but all
* rendering happens on the game's scheduler thread. WGL only allows a
@@ -480,10 +311,9 @@ void videoStartFrame(void)
wmAPI->set_swap_interval(cfgVSync ? 1 : 0);
gfx_set_target_fps(cfgFpsCap); /* 0 = uncapped */
videoApplyTexFilter();
videoApplyImageOptions();
sysLogPrintf(LOG_INFO, "video: live config applied "
"(vsync=%d fpscap=%d texfilter=%d fov=%d aniso=%d)",
cfgVSync, cfgFpsCap, cfgTexFilter, cfgFovScale, cfgAniso);
"(vsync=%d fpscap=%d texfilter=%d)",
cfgVSync, cfgFpsCap, cfgTexFilter);
}
gfx_start_frame();
scratch/d219_census.txt
-109
View File
@@ -1,109 +0,0 @@
== census (kind, format) -> count ==
('NONZLIB', 'I4'): 363
('NONZLIB', 'I8'): 231
('NONZLIB', 'IA16'): 1
('NONZLIB', 'IA4'): 74
('NONZLIB', 'IA8'): 192
('NONZLIB', 'RGB15'): 14
('NONZLIB', 'RGBA16'): 19
('NONZLIB', 'RGBA32'): 60
('ZLIB', 'IA16_CI4'): 15
('ZLIB', 'IA16_CI8'): 91
('ZLIB', 'RGBA16_CI4'): 83
('ZLIB', 'RGBA16_CI8'): 1555
== non-zlib WIDE-pixel images: 94 ==
texnum= 0 IMAGE_COPYICON RGBA32 comp=7 32x28 lod=0
texnum= 2 IMAGE_DELICON RGBA32 comp=8 32x28 lod=0
texnum= 437 _image437_ID RGBA32 comp=8 32x16 lod=6
texnum= 439 _image439_ID RGBA32 comp=8 32x16 lod=6
texnum= 884 _image884_ID RGBA32 comp=4 32x32 lod=0
texnum=1198 _image1198_ID RGBA16 comp=6 64x17 lod=6
texnum=1199 _image1199_ID RGBA16 comp=6 64x17 lod=6
texnum=1200 _image1200_ID RGBA16 comp=6 64x17 lod=6
texnum=1201 _image1201_ID RGBA16 comp=6 64x17 lod=6
texnum=2085 IMAGE_FIRE_0 RGBA16 comp=5 14x14 lod=0
texnum=2087 IMAGE_FIRE_1 RGBA16 comp=8 14x14 lod=0
texnum=2089 IMAGE_FIRE_2 RGBA16 comp=4 14x14 lod=0
texnum=2091 IMAGE_FIRE_3 RGBA16 comp=8 14x14 lod=0
texnum=2093 IMAGE_FIRE_4 RGBA16 comp=8 14x14 lod=0
texnum=2095 IMAGE_FIRE_5 RGBA16 comp=7 14x14 lod=0
texnum=2097 IMAGE_FIRE_6 RGBA16 comp=7 14x14 lod=0
texnum=2099 IMAGE_FIRE_7 RGBA16 comp=4 14x14 lod=0
texnum=2101 IMAGE_FIRE_8 RGBA16 comp=4 14x14 lod=0
texnum=2103 IMAGE_FIRE_9 RGBA16 comp=8 14x14 lod=0
texnum=2105 IMAGE_FIRE_10 RGBA16 comp=8 14x14 lod=0
texnum=2107 IMAGE_FIRE_11 RGBA16 comp=4 14x14 lod=0
texnum=2109 IMAGE_FIRE_12 RGBA16 comp=8 14x14 lod=0
texnum=2111 IMAGE_FIRE_13 RGBA16 comp=8 14x14 lod=0
texnum=2113 IMAGE_FIRE_14 RGBA16 comp=8 14x14 lod=0
texnum=2114 _image2114_ID RGBA32 comp=4 32x32 lod=0
texnum=2115 _image2115_ID RGBA32 comp=4 32x32 lod=0
texnum=2116 _image2116_ID RGBA32 comp=4 32x32 lod=0
texnum=2117 _image2117_ID RGBA32 comp=4 32x32 lod=0
texnum=2119 _image2119_ID RGBA32 comp=4 32x32 lod=0
texnum=2120 _image2120_ID RGBA32 comp=4 32x32 lod=0
texnum=2121 _image2121_ID RGBA32 comp=4 32x32 lod=0
texnum=2122 _image2122_ID RGBA32 comp=4 32x32 lod=0
texnum=2123 _image2123_ID RGBA32 comp=4 32x32 lod=0
texnum=2124 _image2124_ID RGBA32 comp=4 32x32 lod=0
texnum=2125 _image2125_ID RGBA32 comp=4 32x32 lod=0
texnum=2126 _image2126_ID RGBA32 comp=4 32x32 lod=0
texnum=2127 _image2127_ID RGBA32 comp=4 32x32 lod=0
texnum=2128 IMAGE_FLAREORANGELINE RGBA32 comp=4 16x32 lod=6
texnum=2134 IMAGE_FLAREBLUEROUND RGBA32 comp=8 32x32 lod=0
texnum=2135 IMAGE_FLAREBLUELINE RGBA32 comp=8 16x32 lod=6
texnum=2137 _image2137_ID RGBA32 comp=4 32x32 lod=0
texnum=2138 _image2138_ID RGBA32 comp=4 32x32 lod=0
texnum=2139 _image2139_ID RGBA32 comp=4 32x32 lod=0
texnum=2140 _image2140_ID RGBA32 comp=4 32x32 lod=0
texnum=2141 _image2141_ID RGBA32 comp=4 32x32 lod=0
texnum=2142 _image2142_ID RGBA32 comp=4 32x32 lod=0
texnum=2143 _image2143_ID RGBA32 comp=4 32x32 lod=0
texnum=2144 _image2144_ID RGBA32 comp=4 32x32 lod=0
texnum=2145 _image2145_ID RGBA32 comp=8 32x32 lod=0
texnum=2146 _image2146_ID RGBA32 comp=4 32x32 lod=0
texnum=2147 _image2147_ID RGBA32 comp=4 32x32 lod=0
texnum=2148 _image2148_ID RGBA32 comp=4 32x32 lod=0
texnum=2149 _image2149_ID RGBA32 comp=4 32x32 lod=0
texnum=2150 _image2150_ID RGBA32 comp=4 32x32 lod=0
texnum=2151 _image2151_ID RGBA32 comp=4 32x32 lod=0
texnum=2152 _image2152_ID RGBA32 comp=4 32x32 lod=0
texnum=2153 _image2153_ID RGBA32 comp=4 32x32 lod=0
texnum=2154 _image2154_ID RGBA32 comp=4 32x32 lod=0
texnum=2155 _image2155_ID RGBA32 comp=4 32x32 lod=0
texnum=2156 _image2156_ID RGBA32 comp=4 32x32 lod=0
texnum=2157 _image2157_ID RGBA32 comp=4 32x32 lod=0
texnum=2158 _image2158_ID RGBA32 comp=4 32x32 lod=0
texnum=2159 _image2159_ID RGBA32 comp=4 32x32 lod=0
texnum=2160 _image2160_ID RGBA32 comp=4 32x32 lod=0
texnum=2161 IMAGE_ROCKETAMMO RGBA32 comp=4 7x22 lod=0
texnum=2162 IMAGE_PLAINMINEAMMO RGBA32 comp=4 14x14 lod=0
texnum=2163 IMAGE_GRENADEAMMO RGBA32 comp=4 14x18 lod=0
texnum=2164 IMAGE_MAGAMMO RGBA32 comp=7 5x15 lod=0
texnum=2165 IMAGE_GLAMMO RGBA32 comp=4 8x21 lod=0
texnum=2166 IMAGE_KNIFEAMMO RGBA32 comp=4 6x24 lod=0
texnum=2167 IMAGE_SHOTAMMO RGBA32 comp=4 6x20 lod=0
texnum=2231 IMAGE_9MMAMMO RGBA32 comp=4 5x12 lod=0
texnum=2232 IMAGE_RIFLEAMMO RGBA32 comp=4 5x28 lod=0
texnum=2233 IMAGE_GGAMMO RGBA32 comp=4 5x12 lod=0
texnum=2234 IMAGE_MINEAMMO RGBA32 comp=4 14x14 lod=0
texnum=2235 IMAGE_PROXAMMO RGBA32 comp=4 14x14 lod=0
texnum=2236 IMAGE_CROSSHAIR1 RGBA32 comp=4 32x32 lod=0
texnum=2237 IMAGE_CROSSHAIR2 RGBA32 comp=7 32x32 lod=0
texnum=2238 IMAGE_TIMEAMMO RGBA32 comp=4 14x14 lod=0
texnum=2430 _image2430_ID IA16 comp=4 64x32 lod=1
texnum=2510 _image2510_ID RGB15 comp=7 128x12 lod=2
texnum=2511 _image2511_ID RGB15 comp=8 128x12 lod=2
texnum=2512 _image2512_ID RGB15 comp=8 128x12 lod=2
texnum=2513 _image2513_ID RGB15 comp=6 128x12 lod=2
texnum=2514 _image2514_ID RGB15 comp=6 128x12 lod=2
texnum=2515 _image2515_ID RGB15 comp=6 128x12 lod=2
texnum=2516 _image2516_ID RGB15 comp=8 128x12 lod=2
texnum=2517 _image2517_ID RGB15 comp=8 128x12 lod=2
texnum=2518 _image2518_ID RGB15 comp=8 128x12 lod=2
texnum=2519 _image2519_ID RGB15 comp=8 128x12 lod=2
texnum=2520 _image2520_ID RGB15 comp=8 128x12 lod=2
texnum=2521 _image2521_ID RGB15 comp=8 128x12 lod=3
texnum=2522 _image2522_ID RGB15 comp=8 128x12 lod=3
texnum=2523 _image2523_ID RGB15 comp=8 128x12 lod=3
scratch/d219_headers.py
-136
View File
@@ -1,136 +0,0 @@
#!/usr/bin/env python3
"""D219 offline probe: parse the non-zlib/zlib texture bitstream headers
straight out of the ROM images segment, replicating texLoad/texInflateNonZlib
header reads (src/game/image.c) so we can compare TEXCOMPMETHOD/TEXFORMAT for
IMAGE_FIRE_N vs muzzle-flash/ammo/flare/impact siblings WITHOUT running the game.
ROM: data/ge007.ntsc-final.z64
Images segment cart start 0x108F7DF0 (port/src/romassets_u.s) -> file offset 0x8F7DF0.
Offsets are cumulative sizes from assets/images.def (image_entries_load, no align).
"""
import re, sys
SEG = 0x8F7DF0
ROM = open('data/ge007.ntsc-final.z64','rb').read()
# ---- enum name -> index from image_externs.h ----
enummap = {}
_in_enum = False
_v = 0
for line in open('assets/image_externs.h', encoding='utf-8', errors='replace'):
if 'typedef enum IMAGEIDS' in line:
_in_enum = True; continue
if _in_enum and line.strip().startswith('}'):
break
m = re.match(r'\s*([A-Za-z_][A-Za-z0-9_]*)\s*,?\s*(//.*)?$', line)
if m and not line.strip().startswith('//'):
enummap[m.group(1)] = _v; _v += 1
# ---- parse images.def: field1 is a bare index or an enum name minus IMAGE_ ----
entries = []
for line in open('assets/images.def', encoding='utf-8', errors='replace'):
m = re.match(r'\s*IMAGE\(\s*([A-Za-z0-9_]+)\s*,\s*(0x[0-9A-Fa-f]+|\d+)\s*,', line)
if not m: continue
f1, sz = m.group(1), int(m.group(2), 0)
if f1.isdigit():
idx = int(f1); name = f"_image{idx}_ID"
else:
key = 'IMAGE_' + f1 if not f1.startswith('IMAGE_') else f1
idx = enummap.get(key)
name = key
if idx is None:
# named in images.def but left _imageN_ID in the decomp enum --
# trust position
idx = len(entries)
print(f"# note: {key} not in enum, using positional index {idx}", file=sys.stderr)
assert idx == len(entries), f"images.def out of order at {name} ({idx} vs {len(entries)})"
entries.append((name, sz))
print(f"# {len(entries)} image entries", file=sys.stderr)
# cumulative offsets (image_entries_load)
offs = []
o = 0
for name, sz in entries:
offs.append(o)
o += sz
total = o
print(f"# images segment total size per g_Textures: {total:#x} (segment room to 0xC00000-0x8F7DF0 = {0xC00000-SEG:#x})", file=sys.stderr)
class Bits:
def __init__(self, buf, pos):
self.buf = buf; self.pos = pos; self.bit = 0
def read(self, n):
v = 0
for _ in range(n):
byte = self.buf[self.pos]
v = (v << 1) | ((byte >> (7 - self.bit)) & 1)
self.bit += 1
if self.bit == 8:
self.bit = 0; self.pos += 1
return v
NAMES = {n:i for i,(n,_) in enumerate(entries)}
def dump(i, name):
off = offs[i]
base = SEG + off
b0 = ROM[base]
u, z, lod = (b0>>7)&1, (b0>>6)&1, b0 & 0x3f
out = [f"texnum={i:4d} {name:28s} off={off:#08x} byte0={b0:#04x} u={u} z={z} lod={lod}"]
if z:
# zlib path: format(8), numcolours(8)+1, palette... then per-image w/h
b = Bits(ROM, base+1)
fmt = b.read(8); nc = b.read(8)+1
pal = [b.read(16) for _ in range(nc)]
out.append(f" ZLIB format={fmt} numcolours={nc} pal0={pal[0]:#05x}")
w = b.read(8); h = b.read(8)
out.append(f" image0 {w}x{h} (zlib payload follows -- indices only)")
else:
b = Bits(ROM, base+1)
fmt = b.read(4); w = b.read(8); h = b.read(8); cm = b.read(4)
out.append(f" NONZLIB format={fmt} width={w} height={h} compmethod={cm}")
return ' '.join(out)
FMT = {0:'RGBA32',1:'RGBA16',2:'RGB24',3:'RGB15',4:'IA16',5:'IA8',6:'IA4',7:'I8',8:'I4',9:'RGBA16_CI8',10:'RGBA16_CI4',11:'IA16_CI8',12:'IA16_CI4'}
CM = {0:'UNCOMPRESSED0',1:'UNCOMPRESSED1',2:'HUFFMAN',3:'HUFFMANPERHCHANNEL',4:'RLE',5:'LOOKUP',6:'HUFFMANLOOKUP',7:'RLELOOKUP',8:'HUFFMANBLUR',9:'RLEBLUR'}
def dump2(i, name):
off = offs[i]
base = SEG + off
b0 = ROM[base]
z = (b0>>6)&1; lod = b0 & 0x3f
line = f"texnum={i:4d} {name:28s} off={off:#08x} byte0={b0:#04x} z={z} lod={lod}"
if z:
b = Bits(ROM, base+1)
fmt = b.read(8); nc = b.read(8)+1
pal = [b.read(16) for _ in range(nc)]
w = b.read(8); h = b.read(8)
line += f" ZLIB fmt={FMT.get(fmt,fmt)}({fmt}) ncols={nc} pal0={pal[0]:#05x} img0={w}x{h}"
else:
b = Bits(ROM, base+1)
fmt = b.read(4); w = b.read(8); h = b.read(8); cm = b.read(4)
line += f" NONZLIB fmt={FMT.get(fmt,fmt)}({fmt}) {w}x{h} comp={CM.get(cm,cm)}({cm})"
return line
targets = []
# fire + smoke particle range
for i in range(2084, 2116):
targets.append(i)
# flares
for n in ['IMAGE_FLAREORANGELINE','IMAGE_FLAREBLUEROUND','IMAGE_FLAREBLUELINE','IMAGE_FLAREWHITEROUND']:
targets.append(NAMES[n])
# ammo HUD icons
for n in ['IMAGE_ROCKETAMMO','IMAGE_PLAINMINEAMMO','IMAGE_GRENADEAMMO','IMAGE_MAGAMMO','IMAGE_GLAMMO','IMAGE_KNIFEAMMO','IMAGE_SHOTAMMO']:
targets.append(NAMES[n])
# impact sprites
for n in ['IMAGE_IMPACT1','IMAGE_IMPACT2','IMAGE_IMPACT3','IMAGE_IMPACT4','IMAGE_IMPACTMULTI','IMAGE_IMPACTREDBRICK2','IMAGE_IMPACTBRICK2','IMAGE_IMPACTBRICK3']:
targets.append(NAMES[n])
# smoke sprites
for n in ['IMAGE_SMOKE1','IMAGE_SMOKE2','IMAGE_SMOKEBALLS1']:
targets.append(NAMES[n])
seen = set()
for i in targets:
if i in seen or i >= len(entries): continue
seen.add(i)
print(dump2(i, entries[i][0]))
src/audi.c
-22
View File
@@ -7,10 +7,6 @@
#include "speed_graph.h"
#if defined(PORT)
#include <string.h> /* PC port: memcpy for the CUSTOM_FX_PARAMS_N copy in audioInit (docs/dev/findings.md §11) */
#if defined(__x86_64__)
#include <stdio.h>
#include <stdlib.h>
#endif
#endif
/**
@@ -663,15 +659,6 @@ s32 amDmaCallback(s32 addr, s32 len, void* state)
/* mark it used */
dmaPtr->lastFrame = (s32) g_AudioFrameCount;
freeBuffer = (dmaPtr->ptr + addr) - dmaPtr->startAddr;
#if defined(__x86_64__)
if (getenv("GE_MIXERTRACE")) {
static FILE *dtf2 = NULL;
if (!dtf2) { dtf2 = fopen("mixertrace.log", "a"); if (dtf2) setvbuf(dtf2, NULL, _IONBF, 0); }
if (dtf2) fprintf(dtf2, "[DMAHIT] addr=0x%08x len=%d bufStart=0x%08x bufPtr=%p ret=%p\n",
(unsigned)addr, (int)len, (unsigned)dmaPtr->startAddr,
dmaPtr->ptr, freeBuffer);
}
#endif
return osVirtualToPhysical(freeBuffer);
}
@@ -731,15 +718,6 @@ s32 amDmaCallback(s32 addr, s32 len, void* state)
dmaPtr->lastFrame = g_AudioFrameCount;
osPiStartDma(&g_DmaIOMessageBuffer[g_NextDMa++], OS_MESG_PRI_HIGH, OS_READ, (u32)addr, freeBuffer, AUDIO_DMA_MAX_BUFFER_LENGTH, &g_DmaMessageQueue);
#if defined(__x86_64__)
if (getenv("GE_MIXERTRACE")) {
static FILE *dtf3 = NULL;
if (!dtf3) { dtf3 = fopen("mixertrace.log", "a"); if (dtf3) setvbuf(dtf3, NULL, _IONBF, 0); }
if (dtf3) fprintf(dtf3, "[DMAMISS] addr=0x%08x len=%d bufPtr=%p ret=0x%08x\n",
(unsigned)addr, (int)len, freeBuffer,
(unsigned)((s32)osVirtualToPhysical(freeBuffer) + delta));
}
#endif
return (s32)osVirtualToPhysical(freeBuffer) + delta;
}
src/bondtypes.h
+1 -6
View File
@@ -2188,12 +2188,7 @@ typedef union
// recalculated, the array replaced with a new one and index set to 0.
/* player offset 0x58 */
u8 curindex;
// SPEED tier for this GOPOS: 0 = walk, 1 = run, 2 = sprint. Set from
// the SPEED enum in plot_course_for_actor(); read back by
// chrlvApplySpeed() and (via a raw-byte union alias on N64 -- see
// D209) by the locomotion-animation selector get_sound_at_range().
// NB: the old "guess: room" comment here was wrong.
u8 unk59;
u8 unk59; // guess: room
// g_ClockTimer related
u16 unk5a;
src/boss.c
-35
View File
@@ -2,7 +2,6 @@
#include <PR/os.h>
#ifdef PORT
#include <stdlib.h>
#include <stdio.h>
#endif
#include "bondview.h"
#include <bondconstants.h>
@@ -582,41 +581,7 @@ void bossMainloop(void)
}
}
#ifdef PORT
/* D250: isolate DL-building cost (culling,
* animation, scene traversal) from gfx_run's
* software-RSP interpretation cost, measured
* separately by libultra.c's "frame rendered in
* us" (D193 already showed that one stays well
* under budget while real fps still sags -- this
* finds out whether lvlRender is where the rest
* of the missing time goes). Env-gated, no-op
* unless GE_D250 is set. */
{
static int gd250 = -1;
static OSTime d250Sum = 0, d250WallStart = 0;
static int d250N = 0;
OSTime d250T0 = 0;
if (gd250 < 0) gd250 = getenv("GE_D250") != NULL;
if (gd250) d250T0 = osGetTime();
#endif
gdl = lvlRender(gdl);
#ifdef PORT
if (gd250) {
OSTime now = osGetTime();
d250Sum += now - d250T0;
d250N++;
if (!d250WallStart) d250WallStart = now;
if (now - d250WallStart >= 1000000) {
fprintf(stderr,
"[D250] lvlRender avg=%lluus n=%d\n",
(unsigned long long)(d250Sum / (d250N ? d250N : 1)),
d250N);
d250Sum = 0; d250N = 0; d250WallStart = now;
}
}
}
#endif
// Lets Visualise the Coverage Value used for Scilohete Anti-Ailising (edges)
// (done on the VI), also produces a cool looking linemode - providing AA is working.
src/fr.c
-57
View File
@@ -715,29 +715,7 @@ Gfx *viSetupCurrentPlayerView(Gfx *gdl)
// Create both a floating-point matrix for the CPU side and a fixed-point matrix for the RSP.
g_viProjectionMatrix = dynAllocateMatrix();
#ifdef PORT
/* D211: Video.FovScale — widen the render FOV here, at the one per-frame
* chokepoint that feeds both the world (via the CPU-combined proj x view
* matrix) and the sky/full-screen layer. fovy is in degrees, so an
* angle-proportional scale (portFovScale, default 1.0f) matches the
* documented 60deg->75deg at 1.25. Composes with the per-frame aim-zoom
* rewrites of fovy for free. Default 1.0f => identical matrix, bit for
* bit. D222: the same widen (portScaleFovY, port/src/video.c) now also
* feeds currentPlayerSetPerspective at the viSet* call sites below, so
* frustum-cull planes and the fog/LOD distance scale stay calibrated to
* what's actually rendered instead of the narrower nominal FOV. */
{
extern f32 portScaleFovY(f32 fovy, s32 isTitleScreen);
extern s32 lvlGetCurrentStageToLoad(void);
/* Gameplay only: the front end (main menu / file / mission select /
* briefing) also renders through this path with stage == LEVELID_TITLE
* (lv.c lvlRender), and the menu 3D is authored at a fixed FOV. */
f32 frFovY = portScaleFovY(g_ViBackData->fovy, lvlGetCurrentStageToLoad() == LEVELID_TITLE);
guPerspectiveF(g_viProjectionMatrixF, &g_viPerspNorm, frFovY, g_ViBackData->aspect, g_ViBackData->znear, g_ViBackData->zfar, 1.0f);
}
#else
guPerspectiveF(g_viProjectionMatrixF, &g_viPerspNorm, g_ViBackData->fovy, g_ViBackData->aspect, g_ViBackData->znear, g_ViBackData->zfar, 1.0f);
#endif
guMtxF2L(g_viProjectionMatrixF, g_viProjectionMatrix);
/**
@@ -930,44 +908,17 @@ void viSetUseZBuf(s32 usezbuf)
g_ViBackData->usezbuf = usezbuf;
}
#ifdef PORT
/* D222: currentPlayerSetPerspective feeds c_perspfovy, which
* currentPlayerSetCameraScale() (game/bondview.c) uses to derive the
* frustum-cull plane normals (c_cameratopnorm/c_cameraleftnorm) and the
* fog/LOD distance scale (c_scalelod/c_lodscalez, consumed by
* chrobjFogVisRangeRelated() et al. in game/propobj.c). Every viSet* below
* was calling it with the nominal g_ViBackData->fovy even though the actual
* render projection (this file, viSetupCurrentPlayerView) had already been
* widened by Video.FovScale — so at high FovScale, on-screen geometry near
* the edges (and the fog-based distance-visibility fade) got culled/faded
* as if the view were still narrow. Identity at FovScale=100. */
static f32 frCullFovY(void)
{
extern f32 portScaleFovY(f32 fovy, s32 isTitleScreen);
extern s32 lvlGetCurrentStageToLoad(void);
return portScaleFovY(g_ViBackData->fovy, lvlGetCurrentStageToLoad() == LEVELID_TITLE);
}
#endif
void viSetFovY(f32 fovy)
{
g_ViBackData->fovy = fovy;
#ifdef PORT
currentPlayerSetPerspective(g_ViBackData->znear, frCullFovY(), g_ViBackData->aspect);
#else
currentPlayerSetPerspective(g_ViBackData->znear, g_ViBackData->fovy, g_ViBackData->aspect);
#endif
currentPlayerSetCameraScale();
}
void viSetAspect(f32 aspect)
{
g_ViBackData->aspect = aspect;
#ifdef PORT
currentPlayerSetPerspective(g_ViBackData->znear, frCullFovY(), g_ViBackData->aspect);
#else
currentPlayerSetPerspective(g_ViBackData->znear, g_ViBackData->fovy, g_ViBackData->aspect);
#endif
currentPlayerSetCameraScale();
}
@@ -980,11 +931,7 @@ void viSetFov(f32 fovx, f32 fovy)
{
g_ViBackData->fovy = fovy;
g_ViBackData->aspect = (f32) (fovx / fovy);
#ifdef PORT
currentPlayerSetPerspective(g_ViBackData->znear, frCullFovY(), g_ViBackData->aspect);
#else
currentPlayerSetPerspective(g_ViBackData->znear, g_ViBackData->fovy, g_ViBackData->aspect);
#endif
currentPlayerSetCameraScale();
}
@@ -992,11 +939,7 @@ void viSetZRange(f32 near, f32 far)
{
g_ViBackData->znear = near;
g_ViBackData->zfar = far;
#ifdef PORT
currentPlayerSetPerspective(g_ViBackData->znear, frCullFovY(), g_ViBackData->aspect);
#else
currentPlayerSetPerspective(g_ViBackData->znear, g_ViBackData->fovy, g_ViBackData->aspect);
#endif
currentPlayerSetCameraScale();
}
src/game/bgfog.c
-25
View File
@@ -291,9 +291,6 @@ void fogLoadCurrentEnvironment(EnvironmentRecord *arg0)
f32 temp_f0;
f32 sp20; // 32
f32 sp1C; // 28
#ifdef PORT
f32 scaledFarFog; // D218: Video.DrawDistance -- see fogLoadCurrentEnvironment body
#endif
#ifdef DEBUG
f32 fmin; // hoisted to global
f32 fmax; // hoisted to global
@@ -305,23 +302,7 @@ void fogLoadCurrentEnvironment(EnvironmentRecord *arg0)
assert(fmax <= 1.0F);
#endif
#ifdef PORT
/* D218: Video.DrawDistance -- fogLoadCurrentEnvironment is the single
* point where a level's authored Visibility.FarFog becomes the actual
* runtime far-clip/fog distance (both viSetZRange's far plane and the
* fog-blend math just below use it), so scaling it here keeps the two
* consistent. Read arg0->Visibility.FarFog into a local instead of
* mutating the record -- EnvironmentRecord data is shared/reloaded, not
* a per-frame copy. Identity at DrawDistance=100/DrawDistanceAutoFov's
* FovScale=100 default. */
{
extern f32 portDrawDistanceMultiplier(void);
scaledFarFog = arg0->Visibility.FarFog * portDrawDistanceMultiplier();
}
viSetZRange(arg0->Visibility.BlendMultiplier, scaledFarFog);
#else
viSetZRange(arg0->Visibility.BlendMultiplier, arg0->Visibility.FarFog);
#endif
viGetZRange(&zrange);
temp_f0 = bgGetLevelVisibilityScale();
@@ -336,13 +317,7 @@ void fogLoadCurrentEnvironment(EnvironmentRecord *arg0)
g_CurFogDetails.g_CurFogDetails = (arg0->Visibility.BlendMultiplier / temp_f0);
pk0 = g_CurFogDetails.g_CurFogDetails;
#ifdef PORT
/* D218: keep the fog-blend distance consistent with the scaled far
* clip plane set above, instead of the level's raw authored FarFog. */
g_CurFogDetails.scaled_far_fog_dist = (scaledFarFog / temp_f0);
#else
g_CurFogDetails.scaled_far_fog_dist = (arg0->Visibility.FarFog / temp_f0);
#endif
pk4 = g_CurFogDetails.scaled_far_fog_dist;
// numerator is constant 128.0f
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