Stage 3 lock implementation: extend build_layout_css dispatch beyond
the horizontal-2 / vertical-2 1-D dynamic paths. T / inverted-T /
side-T-left / side-T-right / 2x2 now flow through a 2-D track solver
instead of the fr_default sink, with length-locked heights_px (R) +
widths_px (C) on every return path (default and override).
PR 2 scope (u1~u5):
- u1: _aggregate_zone_signals_per_track — per-row + per-col virtual
zones via max(weight) + max(min_height_px) of single-span zones,
falling back to all-span when a track has none.
- u2: _build_grid_dynamic_2d default builder — feeds virtual zones
into compute_zone_layout + compute_zone_layout_cols; emits
computation="2d_dynamic_aggregated", dynamic_rows=True,
dynamic_cols=True.
- u3: _override_to_grid_tracks override builder — single-span
aggregation (max h per row, max w per col), normalize, multiply
by avail_h/avail_w, last-element diff absorb; emits
computation="user_override_geometry"; falls back to u2 when
total_h or total_w == 0.
- u4: build_layout_css dispatcher wiring — topology in
{T, inverted-T, side-T-left, side-T-right, 2x2} routes to
_build_grid_dynamic_2d (default) or _override_to_grid_tracks
(override); legacy [override-warning] stderr removed for the
5 presets; step08 trace gains a 2-D-aware print line that fires
before the dynamic_rows / dynamic_cols branches.
- u5: PR 1 lock test test_top_1_bottom_2_fr_default_populates_geometry
renamed to test_top_1_bottom_2_dynamic_2d_populates_geometry and
flipped to PR 2 reality (computation="2d_dynamic_aggregated",
dynamic_rows=True, dynamic_cols=True).
Fixtures: 10 build_layout_css (5 presets × {default, override}) +
5 retry_gate *_dynamic_2d.yaml locking the retry gate skip reason
"dynamic_cols (2-D topology) ... IMP-09 lock" for the 5 presets.
Tests: python -m pytest -q tests = 104 passed (Stage 2 baseline
10 RED → GREEN, 0 regressions). Kei archive
(build_containers_type_b / page_structure) untouched —
rg "build_containers_type_b|page_structure" src/phase_z2_pipeline.py
returns 0 hits.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Codex #1 (Stage 5) reproduced a smoke regression on the actual checkout :
when V4 carries the parent exact key (e.g., `04-2`) AND the drag/drop
override targets a sub-id (`primary=04-2-sub-1`), the aligner kept the
parent at parent granularity and emit `['04-1', '04-2']`, so the override
flag failed with `unknown section_id(s) ['04-2-sub-1']`.
Fix : `align_sections_to_v4_granularity` gains an optional
`override_target_section_ids` keyword. From each canonical
`${parent}-sub-N` target it derives the parent id and adds it to a
`force_drill_parents` set. Sections in that set are drilled into
sub-sections regardless of whether V4 carries the parent exact key.
Top-level override targets (no derived parent) do not trigger
force-drill, so backward-compat is preserved for parent-granularity
overrides.
The call site in `run_phase_z2_mvp1` collects sub-ids from
`override_section_assignments` and forwards them to the aligner.
Generalization (RULE 0) :
- Trigger is the override schema (`X-sub-N`), not a specific MDX / section /
frame id. Applies to all 32-frame MDX uniformly.
- Decision is deterministic on the override target shape, independent of
V4 yaml content.
- Default (no override) path is unchanged byte-for-byte.
Side fixes (forward-only RULE 1 cleanup, no history rewrite) :
- `align_sections_to_v4_granularity` docstring rewritten in English
(overwrites the Korean docstring committed in 5191aca).
- Step 9 diagnostic comment quoted-string rewritten in English
(overwrites `"V4 entry 없음"` committed in a422d72).
Tests : 3 new cases in `test_phase_z2_subsection_schema.py` —
`test_align_parent_v4_exact_keeps_section_when_no_override_targets_sub`
(backward-compat axis), `test_align_force_drills_when_override_targets_sub_id_with_parent_in_v4`
(blocker regression), `test_align_top_level_override_target_does_not_force_drill_other_sections`
(force-drill scope guard). Pytest scope-qualified result :
`test_phase_z2_subsection_schema.py` + `_section_assignment_override.py` +
`_v4_fallback.py` = 40 / 40 PASS.
Smoke (axis = sub-id override -> aligner -> assignment plan, both V4 yaml
shapes) :
- HEAD V4 yaml (`04-1`, `04-2.1`, `04-2.2` only) :
`--override-section-assignment primary=04-2-sub-1` ->
`aligned_section_ids=['04-1', '04-2-sub-1', '04-2-sub-2']`,
`plan[0].assignment_source='cli_override'`,
`plan[0].source_section_ids=['04-2-sub-1']`.
- V4 yaml with `04-2` exact key (Codex's stress case) : identical
aligned output and identical assignment plan.
Downstream `composition_planner` abort
(`phase_z_status_not_allowed:extract_matched_zone`) is IMP-05 territory,
unchanged in both shapes.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
align_sections_to_v4_granularity now emits canonical sub-section ids
of the form ${section_id}-sub-${ordinal} (e.g., "04-2-sub-1"), matching
the frontend drag/drop schema. Each drilled sub-section populates
heading_number (decimal "2.1" / integer "1" / None for undecorated)
and v4_alias_keys for legacy V4 keys.
N-R5 decimal-only alias guard : v4_alias_keys is populated only when
heading_number matches re.fullmatch(r"\d+\.\d+", ...). Integer-only
H3 headings (e.g., MDX 05's "### 1", "### 2") and bare H3 headings
produce no alias to avoid sibling-parent V4 collisions (RULE 0
generalization — applies to all 32-frame MDX, not MDX 05-specific).
The drill regex is broadened from r"^###\s+(\d+\.\d+)\s+..." to
r"^###\s+(?:(\d+(?:\.\d+)?)\s+)?(.+?)$" so integer-only and bare H3
headings are now recognised as sub-sections; they previously failed
the regex and were silently kept under the parent section.
Tests : 7 new cases (MdxSection default 4-positional callers, V4 exact
passthrough, decimal drill with alias, integer-only no-alias guard,
bare H3 no-alias, no-H3 passthrough, end-to-end aligner -> resolver
round-trip with legacy V4 alias). 15/15 in test_phase_z2_subsection_schema
+ 14 override + 8 fallback baseline = 37/37 PASS.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Adds sub-section schema fields (heading_number / v4_alias_keys /
sub_sections) to MdxSection with defaults so existing 4-positional
constructions remain valid. Introduces _resolve_v4_section_key helper
that resolves a V4 mdx_sections key in exact > alias > None order with
no parent/sibling promotion (axis 7 hybrid lock).
Rewires four runtime V4 lookup sites (lookup_v4_match,
lookup_v4_match_with_fallback, lookup_v4_all_judgments,
lookup_v4_candidates) to accept an optional alias_keys kwarg and go
through the resolver. U1 callers pass empty alias lists so behaviour
is byte-identical to the previous exact-match path; U2 will populate
aliases from MDX heading_number metadata.
Closure callers in run_phase_z2 build section_alias_by_id from
MdxSection.v4_alias_keys and forward into lookup_fn /
candidates_lookup_fn / lookup_v4_all_judgments (Step 7-A trace) and
into _select_template_for_overrides single-section selector.
Step 9 candidate report (post-decision diagnostic) is marked with an
inline English exemption comment per N-R6 — runtime selection goes
through _resolve_v4_section_key, the report path stays a direct
dict-shape lookup to avoid debug_zones schema plumbing.
derive_parent_id now recognises canonical ordinal ids
("03-1-sub-2" -> "03-1") first and keeps the legacy decimal fallback
("04-2.1" -> "04-2") for V4 alias compatibility.
Tests : 8 synthetic cases in tests/test_phase_z2_subsection_schema.py
covering derive_parent_id ordinal/decimal/none and the resolver
exact/alias/no-promote/miss cases. 30/30 PASS combined with the 14
override + 8 fallback baseline.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Refs #6
After `position_assignment_plan` is built, rebuild the `units` list to be
plan-aligned so downstream `zones_data` / `debug_zones` / mapper / render
all see the post-override sequence. This resolves the long-standing
trace-only gap and closes Codex Catch K naturally because the helper now
actually drives downstream materialization.
- run_phase_z2_mvp1: after `_build_position_assignment_plan`, rebuild
`units` ordered by `position_assignment_plan`. `cli_override` entries
synthesize a CompositionUnit (resolved template_id + concatenated
section raw_content + contract frame_id + selection_path="cli_override"
+ override audit in rationale). `auto` entries reuse the original
planner unit. empty/collision-skipped entries become None placeholders
so the downstream zone loop can emit an explicit empty zone record
without distorting layout allocation.
- zones_data / debug_zones loop: handle `unit is None` by appending an
explicit empty record with template_id="__empty__", content_weight=0,
min_height_px=0, plus the plan's skipped_reason / replaced_auto_unit /
skipped_collided_auto_units / uncovered_section_ids audit fields.
- partial render loop: `template_id == "__empty__"` short-circuits to
`partial_html = ""` so the slide_base zones loop preserves grid identity
without raising TemplateNotFound.
- Update the helper-invocation comment so it now describes the actual
Part 2 behavior (units rebuild + empty zone handling). Catch K is no
longer a future-tense placeholder.
Stage 4 Part 3 (follow-up commit) will add: Step 9 application_plan
plan-aware additive fields, Step 20 list-shaped filtered_section_reasons
entries for override-uncovered sections (Codex #10 Catch O schema), and
integration tests proving zones_data["top"] actually contains the
overridden section ids when --override-section-assignment is supplied.
Regression: 20/20 unit tests pass (9 IMP-06 helper + 8 IMP-05 fallback +
2 catalog invariant + 1 dedicated replaced_auto_unit test), smoke
self-check 11/11 (IMP-04 F17 calibration intact).
No AI, no calculate_fit, no full planner rerun, no frontend, no sample
hardcoding. plan_composition() signature preserved.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Refs #6
Stage 4 split per Codex #10 acceptance: this commit lands the schema +
trace refinements required before the render-path rewiring. The actual
units/zones_data/Step 9/Step 20 plan-driven materialization remains in
Stage 4 part 2 (follow-up commit) so each commit is reviewable on its
own and regression-safe.
- _build_position_assignment_plan: add replaced_auto_unit field. Populated
only when the explicitly overridden position already held an auto unit
AND that auto unit had different source_section_ids than the override.
Documents a same-position override replacement as a distinct audit fact,
separate from skipped_collided_auto_units which captures cross-position
whole-skips per the locked collision policy.
- Backfill replaced_auto_unit = None on the empty/collision/auto branches
for schema-stable consumers.
- Update the override-application comment near the helper invocation so it
no longer claims the helper "reorders units"; Stage 4 part 2 will be the
commit that wires the plan into the actual render path.
- Helper unit tests: assert replaced_auto_unit shape in the collision
scenario and add a dedicated case that distinguishes same-sections
(template swap via --override-frame -> None) from different-sections
same-position replacement (populated, reason="same_position_override_replacement").
No AI, no calculate_fit, no full planner rerun, no frontend, no sample
hardcoding. plan_composition() signature preserved. helper remains pure.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Refs #6
Backend / CLI / composition path only — frontend bridge remains #38.
- Add `--override-section-assignment ZONE_ID=section_id[,section_id]` to the
Phase Z entry parser. Parse-time hard errors for malformed payloads, empty
zone id, empty section list, duplicate zone id, and duplicate section across
zones (a section may belong to at most one zone).
- Add `_build_position_assignment_plan` helper (pure function, resolved
`positions` injected). Builds a per-position assignment plan with the
Codex-locked template_id ladder: (1) `--override-frame` exact unit_id wins,
(2) exact existing auto unit reuse, (3) single-section direct-executable V4
selector via `lookup_v4_match_with_fallback(..., raw_content=section.raw_content)`,
(4) ad-hoc multi-section override without exact auto + without explicit
override-frame yields `skipped_reason='ad_hoc_merged_no_template'`.
- Lock the collision policy: explicit override wins per position, sections
appear in at most one position, overlapping auto units are skipped whole
(no split, no cascade, no replan), uncovered sections from the previous
same-position auto unit are recorded in `uncovered_section_ids`.
- Additive trace fields on each plan entry: `previous_source_section_ids`,
`skipped_collided_auto_units`, `uncovered_section_ids`, `v4_selector_trace`,
`section_assignment_override`. Top-level `comp_debug["section_assignment_plan"]`
+ `comp_debug["section_assignment_summary"]` so Step 9 / debug artifacts can
derive from a single source of truth.
- Wire `run_phase_z2_mvp1(override_section_assignments=...)` after final layout
preset resolution: validate ZONE_IDs against active layout positions and
validate section_ids against aligned sections (fail-fast). The plan is
attached to `comp_debug` for downstream artifacts. Actual `zones_data` /
unit-list rewiring is deferred to a follow-up commit so this change stays
regression-safe; trace artifacts already surface override intent and
collision impact.
- Add 9 helper unit tests with fully synthetic MOCK_ ids (no real catalog
/ no v4_full32_result.yaml): non-conflicting auto retention, collision
whole-skip + uncovered tracing, template ladder steps 1/2/4, unit_id
naming convention, previous_source_section_ids position history,
empty-position case, summary aggregation invariants.
No AI, no `calculate_fit`, no full planner rerun, no frontend, no sample
hardcoding, no `restructure`/`reject` silent promotion. `plan_composition()`
signature is preserved.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Refs #5
- Add runtime template_id dedup in lookup_v4_match_with_fallback with
first-occurrence reservation; duplicate ranks become audit evidence,
not new fallback candidates.
- Add Step 9 candidate_evidence as the primary per-unit evidence field
while keeping fallback_chain as a compat alias for legacy readers.
- Add Step 20 fallback_selection_count and selection_paths derived from
comp_debug.v4_fallback_summary with defensive defaults; top-level
overall enum unchanged.
- Tighten synthetic fallback tests for duplicate handling (rank-1 reject A
+ rank-2 use_as_is A + rank-3 distinct B → rank-3 wins) and add tests
for candidate_evidence + alias equality and Step 20 qualifier presence
with defensive defaults.
- Verify with pytest (10 passed) and smoke_frame_render --self-check
(11/11 partials, IMP-04 F17 calibration intact).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Same-frame F1 follow-up per Codex round 43 (#15527). matrix §4.1 Fix 7
4-class F1 path (no Track A pause, small fixes + Codex re-review).
Three fixes :
1. F1-a — explicit col_a/col_b label defaults
- Previous (c7b0f5b) used empty defaults `col_a_label_default: ""` /
`col_b_label_default: ""`, so an upstream MDX path without explicit
column headers would render blank header cells.
- Fix : set `col_a_label_default: "BIM"` and `col_b_label_default: "DX"`
in F18 contract. Frame intent is the BIM-vs-DX comparison, so the
headers are semantic and must not silently become blank.
2. F1-b — narrow prefix-stripping aliases (parser → builder option)
- Previous parser used a broad regex
`^[A-Za-z가-힣]{1,8}\s*:\s*(.+)$` to strip any short prefix before
`:`. That could accidentally remove meaningful Korean/English
prefixes from real cell content.
- Fix : remove auto-stripping from `parse_compare_row_2col_item`.
Stripping is now configurable via builder option
`strip_col_prefix_aliases: [<list of exact aliases>]` and applied
by `_build_compare_table_2col`. F18 contract uses `["BIM", "DX"]`,
so only `BIM:` / `DX:` (with optional fullwidth `：`) prefixes are
stripped; other Korean/English colons in real content stay intact.
- Parser signature unchanged. Builder is the single place that owns
the stripping policy.
3. F1-c — cardinality semantic clarification
- Previous top-level `cardinality.strict: 2` was ambiguous: it could
be read as `row strict: 2`. Rows are actually `1..12` via
`sub_zones.rows.cardinality`.
- Fix : add YAML comment that the top-level strict 2 = column count
(col_a / col_b), not row count. Per-sub_zone cardinality remains
authoritative for rows.
Verification :
- python -m py_compile src/phase_z2_mapper.py : PASS
- python scripts/smoke_frame_render.py --self-check : PASS 7/7 (F18
fixture rendered unchanged at 4211 chars; smoke harness only loaded
the partial, builder/parser logic not directly exercised in smoke)
- Manual builder/parser invocation test with synthetic units :
- col_a_label / col_b_label resolve to "BIM" / "DX" defaults.
- `BIM: Only 3D` → `Only 3D` (alias-stripped).
- `DX: BIM << DX (ENG. 포함)` → `BIM << DX (ENG. 포함)` (alias-stripped).
- `분야별 단절` → `분야별 단절` (no BIM/DX prefix, untouched).
- This matches the F1-b narrow-alias intent.
- python scripts/smoke_frame_render.py bim_dx_comparison_table
--render-to data/runs/imp04_f18_visual_r2 : PASS, R3 artifact written
with same character count, generic viewer title.
scope-lock honored : no V4 logic, no new builder/parser added (only
behavior refinement of existing F18 builder/parser/contract), no other
partial, no Phase Z production render, no Phase R'/AI/Kei changes.
4-class status (F18 post-F1) :
- class 1 readiness : adapter cleanup complete — defaults explicit,
aliases narrow, cardinality semantically clear.
- class 2 content-fit : still a watch item (long Korean wrapping,
6+ rows). max_rows=12 protection unchanged.
- class 3 / 4 : N/A.
Refs Gitea #4 (IMP-04 Track A frame 4 — F1 follow-up per Codex round 43)
- enable B1/B2/B4 source-shape-aware F13 placement behind env flag
- align F13 placement_trace with mapper top_bullets cardinality
- preserve canonical render output when flag is off
- gate V4/B4 mismatch zones via PHASE_Z_B4_GATEKEEPER env (default OFF)
- record mismatch as adapter_needed_units with reason and mismatch_detail
- preserve render path byte-identical when flag unset
- run B1/B2/B4 placement planning in trace-only mode
- record placement_trace per rendered zone in debug output
- preserve existing render output and visual routing behavior
- add Internal Region model to Phase Z architecture docs and specs
- add frame contract content type and Frame Slot declarations
- add dormant content object extractor and internal region planner
- block_assembler_b2.py: B'' 전용 조립 함수 (별도 파일)
- 상단: 색상 바 제목 + 소제목(accent 색상) + 불릿(들여쓰기)
- 하단: 색상 바 제목 + 표(있으면) + 불릿
- border/gradient 박스 없음, 여백과 폰트로 구분
- 이제부터 스타일 세부 조정은 하나씩 반영 예정
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- block_assembler B': 카드 div에 flex:1 추가 → 가로 균등 높이/폭
- block_assembler: [핵심요약:] 이후 라인 break → 결론 텍스트가 하단에 섞이는 문제 해결
- 남은 문제: 하단 좌 콘텐츠 잘림, 상단 자연(여건) 불릿 잘림
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- block_assembler B': 카드 3개 이상 + 이미지 없음 → 가로(row) 배치
- block_assembler B': section title이 카드 제목, D1은 카드 내 bold 불릿
- block_assembler: overflow:auto → overflow:hidden, [핵심요약:] 마커 필터
- block_assembler: \x01 바이트 수정
- pipeline: Selenium 실측 기반 zone 간 재배분 (allocated-scrollHeight로 slack 계산)
- pipeline: surplus 최대 50%만 이전 (하단 최소 공간 보장)
- pipeline: bottom_left/bottom_right → Selenium bottom zone 매핑
- kei_client: 상단은 팝업 대상 제외, 하단에서만 팝업 분리
결과: 02번/03번 모두 overflow 없이 정상 출력
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- build_escalation_report 결과에 Selenium overflow px 정보 추가
- Kei가 실측 overflow를 인식하고 popup 결정을 내림 (7건)
- 미완: Kei popup 결정이 상단/하단좌 조립에 미반영 + 결정 과격 (전부 팝업)
- 다음: popup 결정 조립 반영 + Kei 가이드 개선 (일부만 팝업, 핵심은 유지)
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- pipeline: filled→측정→Kei 재판단→재조립 루프 (최대 3회)
- pipeline: Selenium overflow가 있으면 calculate_fit과 무관하게 에스컬레이션
- 문제: build_escalation_report가 Selenium 측정 결과를 포함하지 않아 Kei가 빈 결정 반환
- 다음: content family 기반 범용 파이프라인 설계 필요 (Phase X-C)
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- block_assembler + assemble_stage2: 기존 [이미지:] 패턴에 ![markdown image 패턴 추가
- 02번 상단 "소통과 신뢰" 카드에 이미지 경로가 불릿으로 표시되던 문제 해결
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- slide_measurer: data URI → 임시파일 방식 (대용량 HTML 측정 가능)
- pipeline: Type B zone 간 재배분 (top↔bottom 공간 이전)
- pipeline: overflow 분기에 top/bottom zone 추가
- kei_client: 에스컬레이션 prompt 개선
- 텍스트 원문 보존 원칙 명시 (삭제/요약/압축 금지)
- action을 popup만으로 제한
- 실제 역할명 목록을 prompt에 전달
- block_assembler: Kei popup 결정 반영 (해당 역할 콘텐츠 → 팝업 링크)
결과: 02번 상단 카드 3개 모두 표시, 하단 우측 표 → 팝업 분리
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- XBX-1: normalizer 불릿 depth 보존 (D1/D2 마커) + 조립 로직 계층 반영
- XBX-3: 하단 구조 개선 — 하나의 큰 박스 안에 중제목 헤더 + 세로 구분선 2분할
- XBX-5: before→filled→after 파이프라인 연결 확인 (filled 2.2MB, 측정/재배분 정상)
- XBX-6: Type B에서 Sonnet 재구성 + renderer 스킵 — code_assembled 직접 사용
- final.html: 4,934 bytes → 2.2MB (Type B 정상 출력)
- Type A 코드 한 글자도 안 건드림
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- block_assembler: _assemble_slide_html_type_b 추가 (filled/after용 HTML 생성)
- fit_verifier: redistribute()가 ROLE_ZONE_MAP 대신 containers zone 사용
- renderer: render_slide_from_html()에 zone 기반 높이 탐색 추가
- pipeline: 팝업 HTML CSS를 콘텐츠 유형별(table/list/text) 분기
- run_from_stage1b: MDX 파일 하드코딩 제거 + layout_template 전달 추가
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
03번 하단 구조:
- 좌(2.1): 3개 소주제(Digital화+표, GIS+BIM, Solution) 각각 불릿 있음
- 우(2.2): 3개 소주제(품질향상, 정보물추가, 효율화) 각각 불릿 있음
- 결론: 원본 그대로
문제: _assemble_type_b가 내용을 제대로 조립 못 함
다음 세션: 하단 좌/우 내용 정확히 조립 + 렌더링 확인
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- _assemble_type_b: 상단에 해당하는 모든 level=2 section을 합침
(03번처럼 기술/사람/자연이 별도 section으로 분리된 경우 대응)
- 하단 대목차: level=3 바로 앞의 level=2 section으로 정확히 찾기
- 03번 결과: 상단 카드(기술/사람/자연) + 하단(과정혁신/결과변화) 정상
- 02번 영향 없음
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
핵심 변경:
- mdx_normalizer: ### (h3) 소목차도 section으로 분리 (기존 ## 만)
- _assemble_type_b: Kei structured_text 대신 normalized.sections에서 직접 텍스트
- 대목차/소목차 계층 구조 그대로 반영
결과:
- 슬라이드 제목: 원본 MDX frontmatter 그대로
- 대목차: "DX 기반 Process 혁신에 따른 주체별 기대효과"
- 소목차 좌: "업무 수행 과정(Process)의 변화"
- 소목차 우: "DX 시행 주체별 기대효과" + 팝업 링크 + Kei 요약 표
- 캡션: normalized.images alt text
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
X-B-3~5 완료:
- space_allocator: build_containers_type_b() 추가
- assemble_stage2: _assemble_type_b() 추가 (소제목 카드형)
- pipeline.py: layout_template 분기 (A/B)
- pipeline_context: Analysis.layout_template 필드
- validators: 유형 B 검증 완화
텍스트 보존 강화:
- KEI_PROMPT: 제목 원본 그대로, 텍스트 재작성 금지
- KEI_STRUCTURED_TEXT_PROMPT: 소제목 유지, 원본 문장 그대로
원본 MDX 복구:
- samples/mdx_batch/02.mdx: 표 데이터 누락 수정 (원본에서 재복사)
미해결 (다음 세션):
- 들여쓰기: 대제목→중제목→소제목→본문 계층 구조
- 이미지 캡션: [그림 제목] 형식 (대괄호 포함)
- 상단 컨테이너: 빈칸 위로 붙이기
- 카드 디자인: 안전과품질/생산성향상/소통과신뢰 디자인 개선
- 제목: Kei가 원본 제목 바꾸는 문제 잔존
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
