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Generate non-pixel-art scene prop sets from one real source sheet and deliver fixed-slot AtlasTexture resources.
デフォルトでは、最初にソースを確認する Prompt が選択されています。直接コマンドに切り替えるか、ローカルコピーをダウンロードすることもできます。
インストールを決める前に、SKILL.md と SkillsMP に表示されている付属ファイルをお読みください。
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。
直接コマンドでは確認用 Prompt が省略されます。実行前にソースを確認してください。
npx skills add https://github.com/RandallLiuXin/GodotMaker --skill scene-prop-setコマンドは1行のまま表示されます。コピー前に横へスクロールして全体を確認してください。
ローカルで確認しますか？SkillsMP が現在取得できるファイルをダウンロードできます。
Generate, finalize, and validate a non-pixel-art full-screen visual reference for scene direction and evaluation, without producing a runtime asset.
Asset stage manager. Reads current-tag ASSETS.md gaps, accepts user-provided assets, plans visual production units, dispatches asset-producer subagents, collects validated Asset Skill results, updates ASSETS.md directly, and emits minimal worker runtime snapshots from that one authority. Explicit invocation only - use /gm-asset.
Evaluate the current tag's quality: enforce the playable-closed-loop gate, maintain a single cross-tag e2e/ suite that always reflects the current game (add tests for new mechanics, prune tests for mechanics this tag deliberately removed), and reason about gameplay quality. Independent from the build process — fresh perspective on the final product. Explicit invocation only — use /gm-evaluate.
SOC 職業分類に基づく
SKILL.md を表示中
| name | scene-prop-set |
| description | Generate non-pixel-art scene prop sets from one real source sheet and deliver fixed-slot AtlasTexture resources. |
Use this Skill for a set of standalone foreground props derived from a scene, map, stage reference, or an explicit scene brief. It produces usable prop resources only. It does not perform scene placement, PackedScene creation, TileMap editing, collision, navigation, scripts, and gameplay behavior are outside this Skill. Do not use it for pixel art, characters, UI, backgrounds, terrain, or generic compact pickup packs.
Accept the shared Asset Skill request schema at
.godotmaker/asset-runtime/schema/asset-skill-request.schema.json with
asset_type: "scene-prop-set". Use the shared result schema and checker. This
Skill can be invoked directly or by an orchestrator with the same contract. Do
not read or write ASSETS.md, tags, stage state, or generated manifests.
Read .godotmaker/asset-runtime/asset-skill-contract.md before producing a
result; this family adds the source-sheet and atlas rules below.
references is optional. Without references, derive the visual direction and
complete object list from the written brief. With references, every path must be
a readable image, every declared role must be preserved, and the actual images
must be supplied to the pinned provider. A path mentioned only in prompt text is
not reference use. If the selected provider cannot attach a required image,
return STOP. Never silently change native, codex, gemini, or openai to
another provider. For Codex, call image generation with
referenced_image_paths containing every readable local reference image.
Reject pixel-art requests. Request painted, illustrated, or rendered non-pixel-art source art. Do not use nearest-neighbor scaling or describe a normal image as pixel art after processing.
The family-specific spec is the exact fixed-slot declaration passed to
tools/asset_atlas_assemble.py --declaration after source processing:
{
"version": 1,
"atlas": {"width": 512, "height": 256},
"slots": [
{"name": "market_stall", "rect": [0, 0, 144, 128], "source": ".godotmaker/asset-generation/normalized/market-stall/market_stall.png", "pivot": [0.5, 1.0]},
{"name": "lantern_post", "rect": [160,
Slot rectangles are explicit, positive, and non-overlapping [x, y, width, height] values. Their positions are never inferred or auto-packed. Autoslice
is allowed only to discover separated source candidates before assembly; it
must not invent semantic regions, merge touching props, or alter the declared
atlas slots. No automatic packing is permitted. asset_atlas_assemble.py writes canonical lexicographic metadata
region order; use it when compiling and reporting the resources. source names
the already-normalized image that will fill the declared slot. pivot is
optional and defaults to [0.5, 0.5].
The shared physical atlas and metadata use stable paths:
res://assets/generated/scene-prop-set/<asset_id>/<asset_id>.png
res://assets/generated/scene-prop-set/<asset_id>/<asset_id>.json
Every declared logical prop receives one independent runtime resource:
res://assets/generated/scene-prop-set/<asset_id>/<logical_prop_id>.tres
Return one shared generic result with one region_atlas source and one
runtime AtlasTexture output per declared slot. Output names exactly equal
metadata region names. Internal processing reports and provenance remain
sidecar evidence, never extra keys in the generic result.
Validate the request, provider, slot declaration, object names, and optional references before generation. A PackedScene request, unreadable required reference, unsupported provider attachment, contradictory request, or an invalid slot declaration is a real STOP. Do not ask the execution prompt to decide this outcome.
Generate one real provider source sheet for this asset_id, containing all
requested props as visibly separated objects on a solid #FF00FF
background. This is one image-generation attempt for the complete set,
rather than separate per-slot provider calls. Require no text, labels, UI, actors, floor
plane, grid lines, annotations, or watermarks. Keep the provider pixels
unchanged at .godotmaker/asset-generation/sources/<asset_id>_source.png.
Record provenance through the pinned provider's controlled report or claim
tool. For Codex, before the call write a one-item plan under
.godotmaker/asset-generation/ containing its exact project-relative
source_path, every request reference as {role, path}, and
require_provider_trace: true even when references is []. After the one
image_gen call, write its controlled generated-path report with asset_id,
generated_path, references, and provider_trace containing provider,
coding model, reasoning, image call identity, image-model identity, and the
exact referenced_image_paths supplied to the call. Then run
python .godotmaker/asset-runtime/tools/codex_image_claim.py --plan ... --report ... --project-root . --out-report .godotmaker/asset-generation/reports/<asset_id>_source.json.
The resulting claim must retain those fields, including empty reference lists
for a no-reference request. Never hand-write provider provenance or set
require_provider_trace false for this family. For API-backed providers, use
tools/asset_source_generate.py --spec with its controlled report path.
Use the raw source sheet directly with the owned deterministic processor:
python tools/asset_sheet_process.py --source .godotmaker/asset-generation/sources/<asset_id>_source.png --out-dir .godotmaker/asset-generation/candidates/<asset_id> --names <declared-slot-names-in-reading-order> --asset-id <asset_id> --background magenta --snap-mode autoslice --report .godotmaker/asset-generation/reports/<asset_id>_autoslice.json
Do not pass --grid to autoslice. The supplied names count must exactly
equal the detected disconnected regions. , touching
props, split props, opaque magenta, an absent requested object, or an
unreadable source is diagnostic evidence: repair the source layout, prompt,
or processing parameters and re-run. Do not silently discard, merge, or
publish partial candidates.
The project-owned deterministic tools above are the preferred processing path. Diagnostic repair may also use Pillow, System.Drawing, ImageMagick, SVG, canvas, Godot drawing, or a temporary script when necessary. Trace the reason, command or code, inputs, outputs, modified files, diagnostics, and repair result. Never fabricate provider calls, reference attachments, or validation evidence. Repeated ad-hoc repairs are a follow-up improvement signal, not a reason to stop this production run.
Return exactly one shared generic result JSON object and no prose. A failed
result has outputs: [], validation.passed: false, and explanatory notes; it
must not expose partial runtime output.
For /gm-asset, persist the successful generic request/result pair at
.godotmaker/asset-generation/<asset_id>-request.json and
.godotmaker/asset-generation/<asset_id>-result.json. The declared slots are
the complete output contract. The manager validates the result and directly
registers every named AtlasTexture in its matching ASSETS.md row. The Skill
itself does not register catalog rows or update stage documents.
See samples/result/market-scene.json and
samples/atlas/market-scene.json for the stable multi-output shape.
needs_regenerationRun tools/asset_curation_select.py for every selected candidate, first
writing its selected copy under
.godotmaker/asset-generation/selected/<asset_id>/<logical_prop_id>.png.
Preserve the shared autoslice/curation report, selected state, and source
lineage. A selection failure is a repair diagnostic, not permission to
substitute a different prop.
Run tools/asset_image_finalize.py separately for every selected prop with
its declared slot size. For a slot named <logical_prop_id>, use the
selected copy as --source, the declaration's source as --out,
--resize <slot-width>x<slot-height>, --background magenta,
--label <logical_prop_id>, --no-origin, and write
.godotmaker/asset-generation/reports/<asset_id>_<logical_prop_id>_finalize.json.
preserve aspect ratio and center the prop with transparent padding. Never
resize the whole sheet before autoslice and never stretch a tall or wide prop
to fill a slot.
Assemble only the normalized per-prop PNGs through
tools/asset_atlas_assemble.py. It writes the stable atlas PNG and metadata
at the paths above. The metadata is the only runtime authority for named
regions and pivots.
Compile every metadata region with
.godotmaker/asset-runtime/asset_compiler/atlas_texture.py, using the
stable atlas, metadata path, and that exact logical region name. The output
.tres filename must equal its logical prop id.
Run the controlled validation command below for applicable L0-L4. It owns
the family standalone_validation.py binding, writes the returned generic
result back to <asset_id>-result.json, and records production diagnostics
beside it. By default it resolves this project's configured godot_path;
--godot-path is an explicit production-run override:
python tools/asset_scene_prop_set_validate.py --request ASSET_REQUEST.json --result .godotmaker/asset-generation/<asset_id>-result.json --report .godotmaker/asset-generation/reports/<asset_id>_validation.json --project-root .
L3 loads every AtlasTexture headlessly through that configured engine. L0 binds the request/result, L1 verifies atlas and metadata delivery, L2 compiles, and L4 verifies every AtlasTexture's shared atlas path, exact region, and zero margin. Read diagnostics, repair source, parameters, metadata, or artifacts, then repeat from the affected step. Return ready only after all applicable layers pass; the first check failure is never the final result unless it is a real STOP condition. This production loop does not perform private Eval L5/L6 grading.