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Sync VoLum with upstream NAM sources. Use when bumping NeuralAmpModelerCore, cherry-picking from NeuralAmpModelerPlugin, comparing upstream-equivalent files, or discussing upstream sync strategy.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
Diagnose VoLum Windows/macOS native build, package, artifact, and CI failures. Use when tests, makedist scripts, GitHub Actions, installers, VST3 bundles, or portable zips fail.
Prepare VoLum PRs and GitHub releases. Use when creating release PRs, resolving release merge conflicts, editing GitHub release notes, checking artifacts, or discussing main/dev branch release flow.
Safely change VoLum parameters, preset migration, user settings, or serialization. Use when adding/reordering params, renaming parameter names, changing chunk versions, or editing settings persistence.
Implement VoLum UI/layout changes efficiently. Use when modifying VoLum controls, PRE/AMP/POST triptych behavior, tuner/metronome overlays, sidebar/hero art, knob rows, or visual styling.
Opt-in implementation retro that turns observed friction into concrete tracked artifacts (new/edited rules, skills, scripts, docs) or local backlog items. Use only when the user invokes it ("captain hindsight" or "/captain-hindsight"). Not for trivial tasks.
Ultra-compressed communication mode. Cuts token usage ~75% by speaking like caveman while keeping full technical accuracy. Supports intensity levels: lite, full (default), ultra, wenyan-lite, wenyan-full, wenyan-ultra. Use when user says "caveman mode", "talk like caveman", "use caveman", "less tokens", "be brief", or invokes /caveman. Also auto-triggers when token efficiency is requested.
| name | upstream-sync |
| description | Sync VoLum with upstream NAM sources. Use when bumping NeuralAmpModelerCore, cherry-picking from NeuralAmpModelerPlugin, comparing upstream-equivalent files, or discussing upstream sync strategy. |
VoLum is independent, but stays close enough to two upstream sources that fixes and features can be cherry-picked instead of reinvented.
NeuralAmpModelerCore/ is the NAM model runtime submodule (wavenet / lstm / convnet / ResamplingContainer).git submodule update --remote NeuralAmpModelerCore.AGENTS.md "Fast Commands"); make sure test_nam_rigs.cpp loads every bundled .nam and runs one finite, bounded process() block.rigs/; PRE captures live in rigs/PrePedals/. Both must keep loading across submodule upgrades.upstream at https://github.com/sdatkinson/NeuralAmpModelerPlugin.git (push disabled).git fetch upstream main, then git log --oneline VoLum-last-upstream-merge..upstream/main -- NeuralAmpModeler.chore/upstream-sync-YYYY-MM-DD branch. Never blanket-merge upstream.NeuralAmpModeler/installer/changelog.txt so the next sync knows where to start.Upstream-equivalent files still track NeuralAmpModelerPlugin shape:
NeuralAmpModeler.cppNeuralAmpModeler.hNeuralAmpModelerControls.hToneStack.cpp, ToneStack.hconfig.hColors.hchoc_DisableAllWarnings.h, choc_ReenableAllWarnings.hUnserialization.cppprojects/*.vcxproj*projects/NeuralAmpModeler-macOS.xcodeproj/projects/NeuralAmpModeler-iOS.xcodeproj/VoLum-only files almost never need upstream input:
VoLum*.h, VoLum*.cpp, and VoLum*.inc.cpp in NeuralAmpModeler/.rigs/, docs/, format.bash, .cursor/, AGENTS.md, THIRD_PARTY_LICENSES.md, installer/changelog.txt, installer/license.rtf.AudioDSPTools/ lives on the guitarlum/AudioDSPTools fork (effect-staging); upstream is sdatkinson/AudioDSPTools and follows the same selective-cherry-pick rule.NeuralAmpModeler.cpp, NeuralAmpModeler.h, Unserialization.cpp, ToneStack.{h,cpp}, NeuralAmpModelerControls.h, or config.h out of NeuralAmpModeler/. Their paths must match upstream so cherry-picks apply without manual fixup.// VoLum: comment fence or extraction into a VoLum*.inc.cpp tail-include.VoLum prefix.