12 KiB
Normal Camera Unused Pool Extension Implementation Plan
For agentic workers: REQUIRED SUB-SKILL: Use superpowers:subagent-driven-development (recommended) or superpowers:executing-plans to implement this plan task-by-task. Steps use checkbox (
- [ ]) syntax for tracking.
Goal: Extend the no-generation normal-camera atlas prep system across larger unused image pools, starting with the uncovered reverse cowgirl folder.
Architecture: Keep the folder inventory and curated variant catalog as the source of truth. Add read-only review/backlog builders to normal_camera_atlas_prep.py, write review artifacts under ab_batches/normal_camera/, then add selected catalog variants only when review evidence supports stable non-POV camera/pose families.
Tech Stack: Python standard library, Pillow for optional contact-sheet image output, existing JSON catalogs, existing tools/prompt_smoke.py smoke harness.
Task 1: Add Unused-Pool Review Artifact Tests
Files:
-
Modify:
tools/prompt_smoke.py -
Test:
python tools/prompt_smoke.py --case normal_camera_unused_pool_review_artifacts --quiet -
Step 1: Add failing smoke coverage
Add a smoke case that imports normal_camera_atlas_prep, calls build_unused_pool_backlog(limit=5), build_review_manifest("reverse cowgirl", page_size=40), and build_contact_sheet_html("reverse cowgirl", page_size=40), then asserts:
backlog = prep_module.build_unused_pool_backlog(limit=5)
_expect(backlog.get("schema") == "sxcp_normal_camera_unused_pool_backlog_v1", "Normal camera unused-pool backlog schema changed")
_expect(backlog.get("no_generation") is True, "Normal camera unused-pool backlog must stay no-generation")
_expect((backlog.get("folders") or [])[0].get("folder") == "reverse cowgirl", "Reverse cowgirl should be the first unused-pool tranche")
manifest = prep_module.build_review_manifest("reverse cowgirl", page_size=40)
_expect(manifest.get("schema") == "sxcp_normal_camera_review_manifest_v1", "Normal camera review manifest schema changed")
_expect(manifest.get("folder") == "reverse cowgirl", "Review manifest should target reverse cowgirl")
_expect(manifest.get("image_count") == 240, "Reverse cowgirl review should cover all 240 JPGs")
_expect(len(manifest.get("contact_sheet_pages") or []) == 6, "Reverse cowgirl review should be paged at 40 images per sheet")
_expect("back_view" in manifest.get("review_bucket_values", {}), "Review buckets lost back-view routing")
html = prep_module.build_contact_sheet_html("reverse cowgirl", page_size=40)
_expect("reverse cowgirl/0001.jpg" in html, "Contact sheet lost first reverse-cowgirl image")
_expect("data-review-bucket" in html, "Contact sheet should expose review buckets")
- Step 2: Register the new smoke case
Add ("normal_camera_unused_pool_review_artifacts", smoke_normal_camera_unused_pool_review_artifacts) after the existing normal-camera prep smoke case.
- Step 3: Verify the test fails
Run:
python tools/prompt_smoke.py --case normal_camera_unused_pool_review_artifacts --quiet
Expected: failure because build_unused_pool_backlog, build_review_manifest, and build_contact_sheet_html do not exist yet.
Task 2: Implement Backlog and Review Manifest Builders
Files:
-
Modify:
normal_camera_atlas_prep.py -
Test:
python tools/prompt_smoke.py --case normal_camera_unused_pool_review_artifacts --quiet -
Step 1: Add schemas and review buckets
Add constants:
UNUSED_POOL_BACKLOG_SCHEMA = "sxcp_normal_camera_unused_pool_backlog_v1"
REVIEW_MANIFEST_SCHEMA = "sxcp_normal_camera_review_manifest_v1"
DEFAULT_REVIEW_DIR = DEFAULT_OUTPUT_DIR / "review"
REVIEW_BUCKET_VALUES = {
"back_view": "Rear-facing normal-camera view where back/hips face camera.",
"back_three_quarter": "Rear-offset normal-camera view with enough side/torso context.",
"side_view": "Profile or near-profile lateral view with the body/action axis across frame.",
"front_view": "Front-facing normal-camera view where the contact plane faces camera.",
"front_three_quarter": "Front-offset normal-camera view.",
"top_or_low_special": "Overhead, high-downward, low-angle, or under-view special camera.",
"reject_or_unclear": "POV-like, mismatched, unclear, duplicate-only, or too mixed for cue drafting.",
}
- Step 2: Add helper functions
Add helpers to compute selected-reference coverage and page full-folder images:
def _natural_sort_key(text: str) -> list[int | str]:
return [int(part) if part.isdigit() else part.lower() for part in re.split(r"(\\d+)", text)]
def _atlas_folder_rows() -> list[dict[str, Any]]:
return list(load_atlas().get("folders") or [])
def _variant_reference_map() -> dict[str, set[str]]:
refs_by_folder: dict[str, set[str]] = {}
for variant in load_variants().get("variants") or []:
for ref in _reference_images(variant):
folder = ref.rsplit("/", 1)[0]
refs_by_folder.setdefault(folder, set()).add(ref)
return refs_by_folder
- Step 3: Implement backlog builder
Implement build_unused_pool_backlog(limit: int | None = None) so it ranks non-empty folders by unselected image count, with fields folder, image_count, selected_reference_count, remaining_image_count, covered_by_variants, camera_view, action_family, catalog_status, and suggested_action.
- Step 4: Implement review manifest and HTML builders
Implement build_review_manifest(folder_name: str, page_size: int = 40) and build_contact_sheet_html(folder_name: str, page_size: int = 40) so reverse cowgirl produces six pages and exposes review buckets without classifying any image as truth.
- Step 5: Verify green
Run:
python tools/prompt_smoke.py --case normal_camera_unused_pool_review_artifacts --quiet
Expected: OK: smoke passed (1 cases).
Task 3: Write Review Artifacts
Files:
-
Modify:
normal_camera_atlas_prep.py -
Create:
ab_batches/normal_camera/normal_camera_unused_pool_backlog.json -
Create:
ab_batches/normal_camera/review/reverse_cowgirl_review_manifest.json -
Create:
ab_batches/normal_camera/review/reverse_cowgirl_contact_sheet.html -
Test:
python -m normal_camera_atlas_prep --write-artifacts --output-dir ab_batches/normal_camera -
Step 1: Extend artifact writing
Update write_artifacts() to include the unused-pool backlog and reverse-cowgirl review artifacts. Keep existing artifact names stable.
- Step 2: Regenerate artifacts
Run:
python -m normal_camera_atlas_prep --write-artifacts --output-dir ab_batches/normal_camera
Expected: output includes the four existing artifacts plus unused_pool_backlog, reverse_cowgirl_review_manifest, and reverse_cowgirl_contact_sheet.
- Step 3: Verify prep smoke
Run:
python tools/prompt_smoke.py --case normal_camera_atlas_prep_artifacts --case normal_camera_unused_pool_review_artifacts --quiet
Expected: OK: smoke passed (2 cases).
Task 4: Add Reverse-Cowgirl Catalog Source Pool
Files:
-
Modify:
categories/normal_camera_variants.json -
Modify:
tools/prompt_smoke.py -
Test:
python tools/prompt_smoke.py --case normal_camera_atlas_catalog --quiet -
Step 1: Add failing catalog expectation
Extend required_variants in smoke_normal_camera_atlas_catalog() with normal_reverse_cowgirl_mixed_camera_folder_pool.
- Step 2: Verify red
Run:
python tools/prompt_smoke.py --case normal_camera_atlas_catalog --quiet
Expected: failure because the mixed source-pool variant does not exist.
- Step 3: Add the source-pool variant
Add a needs_samples variant after the existing labeled reverse-cowgirl variants:
{
"key": "normal_reverse_cowgirl_mixed_camera_folder_pool",
"family": "reverse_cowgirl",
"status": "needs_samples",
"atlas_folders": ["reverse cowgirl"],
"camera_view": "mixed_or_unspecified",
"action_family": "reverse_cowgirl",
"canonical_geometry": "Large reverse-cowgirl source pool with normal-camera examples but no single locked camera view until contact-sheet review selects stable subsets.",
"prompt_cues": [
"reverse cowgirl normal-camera source pool",
"select a repeated camera family before cue drafting",
"use contact-sheet evidence before fixed-seed testing"
],
"avoid_cues": [
"using the full mixed folder as one locked camera preset",
"POV reverse-cowgirl wording",
"inventing camera cues from the folder label alone"
],
"reference_images": [
"reverse cowgirl/0001.jpg",
"reverse cowgirl/288.jpg",
"reverse cowgirl/82.jpg"
],
"generator_hook": {
"module": "future normal-camera routing; likely camera_config.py / row_camera.py / krea_format_route.py",
"route_terms": ["reverse cowgirl", "mixed camera source pool"],
"notes": "Future hook only. This catalog does not change generator defaults, prompt routes, formatters, eval logs, or POV workflow files."
},
"pre_ab_notes": "Added as the first large unused-pool review tranche. The full 240-image folder is a cue-expansion pool, not a prompt-ready route; split selected-reference subvariants only after contact-sheet evidence shows repeated non-POV camera geometry.",
"folder_pool": true,
"visual_review": {
"reviewed_at": "2026-07-02",
"scope": "Paged contact-sheet review scaffold covering 240 JPGs across atlas_folders plus representative references.",
"decision": "added_as_large_unused_pool_review_tranche",
"notes": "Folder is now tracked for review; selected-reference subvariants should be added only from repeated camera/pose families identified in the contact sheet."
}
}
- Step 4: Update inventory counts
Increment variant_count and needs_samples, increment covered_non_empty_folder_count, decrement uncovered_non_empty_folder_count, and remove reverse cowgirl from uncovered_non_empty_folders.
- Step 5: Verify green
Run:
python tools/prompt_smoke.py --case normal_camera_atlas_catalog --quiet
Expected: OK: smoke passed (1 cases).
Task 5: Document and Regenerate Prep Outputs
Files:
-
Modify:
docs/normal-camera-atlas.md -
Modify:
ab_batches/normal_camera/normal_camera_priority_plan.json -
Modify:
ab_batches/normal_camera/normal_camera_prompt_cue_batch.json -
Modify:
ab_batches/normal_camera/normal_camera_score_sheet.json -
Test:
python tools/prompt_smoke.py --case normal_camera_atlas_catalog --case normal_camera_atlas_prep_artifacts --case normal_camera_unused_pool_review_artifacts --quiet -
Step 1: Update docs
Document that the unused-pool extension starts with reverse cowgirl, adds normal_camera_unused_pool_backlog.json, and keeps full mixed folders out of pre_ab_candidate until selected-reference subvariants exist.
- Step 2: Regenerate artifacts
Run:
python -m normal_camera_atlas_prep --write-artifacts --output-dir ab_batches/normal_camera
- Step 3: Verify focused smoke
Run:
python tools/prompt_smoke.py --case normal_camera_atlas_catalog --case normal_camera_atlas_prep_artifacts --case normal_camera_unused_pool_review_artifacts --quiet
Expected: OK: smoke passed (3 cases).
Task 6: Visual Split Follow-Up
Files:
-
Modify later:
categories/normal_camera_variants.json -
Modify later:
docs/normal-camera-atlas.md -
Test later: focused smoke cases above
-
Step 1: Review the contact sheet
Open ab_batches/normal_camera/review/reverse_cowgirl_contact_sheet.html or generated page images, classify repeated non-POV camera/pose families, and record selected image paths.
- Step 2: Add selected-reference subvariants only when evidence is stable
For each repeated family, add a subvariant with source_variant: "normal_reverse_cowgirl_mixed_camera_folder_pool", subset_selection.type: "review_selected_reference_images", positive-only cue sentences, and selected reference_images.
- Step 3: Leave weak groups as
needs_samples
Do not promote one-off frames, POV-like frames, or visually mixed groups. Keep them in source-pool notes or review buckets until more evidence exists.