diff --git a/docs/run-001/01-input/input-review.md b/docs/run-001/01-input/input-review.md index 1662d37..cde1060 100644 --- a/docs/run-001/01-input/input-review.md +++ b/docs/run-001/01-input/input-review.md @@ -1,14 +1,14 @@ # Input Review -- ?? ???: 01. 건설산업 DX의 올바른 이해(0127).mdx -- ?? ??: 건설산업 DX의 올바른 이해 -- ?? ?? ??: ?? block? ???? ?? ???? ???. -- ?? ??: ???? ?? 85% ?? ????, ? ?/?? ??? popup ??? ???. +- Input file: run-001-source.mdx +- Document title: Civil DX Overview +- Goal: preserve the raw source blocks and rebuild them into a one-slide structure. +- Preservation rule: keep at least 85% of the original text visible or reachable through popup content. -## ?? ?? -- 용어의 혼용: * **용어의 혼용** * 건설산업의 디지털 전환 논의에서 DX(Digital Transformation)와 BIM(Building Information Modeling)이 개념적으로 명확히 정립되지 않은채 혼용되어 사용되고 있음 * 이로인해 BIM기술의 도입을 DX의 완성으로... -- 혼용 대표 사례: * **[스마트 건설 활성화 방안(2022.07)]** * 추진과제 : 건설산업 디지털화 * 실행과제 : BIM 전면 도입, BIM 전문인력 양성 * **[제7차 건설기술진흥 기본계획(2023.12)]** * 추진방향 : 디지털 전환을 통한 스마트 건설 확산 * 추진과제 : BIM... -- 1. 용어 정의: * **건설산업** * 다양한 시설물을 각 산업마다의 광범위한 기술을 통합 및 융합하여 만들어내는 종합산업 * 목적 시설물의 품질 욕구를 충족시키면서 최단기간내에 최소 비용으로 편리하고 안전하며 우수한 성능의 시설물 완성을 목표로 함 * **BIM(Building Information... -- 2. 용어간 상호관계: * DX는 BIM과 같은 디지털기술을 기반으로 산업 전반의 프로세스를 혁신하는 상위개념 * 건설산업의 DX는 GIS(공간정보), BIM, 디지털 트윈(가상환경)의 기술융합을 통해서만 실현 또는 구현 가능 * GIS의 역할 : 지리적 데이터를 공간 분석하여 시각적으로 표현, 위치기반... -- DX와 BIM의 구분: | DX | 구분 | BIM | | :--- | :---: | ---: | | **BIM << DX** (Engineering + Management 통합) | **범위** | **Only 3D** (형상 구현 중심) | | **제작 및 운영**(상용 + 전용 40~80개)... -- 핵심 요약: **핵심 요약** * BIM은 건설산업의 디지털전환(DX)을 수행하는 과정에서 **가장 기초가 되는 일부분**이다 +## Source Blocks +- Block 1: terminology mixing problem statement +- Block 2: representative policy examples of DX/BIM mixing +- Block 3: terminology definitions for construction industry, BIM, and DX +- Block 4: relationship among DX, GIS, BIM, and Digital Twin +- Block 5: comparison table of DX and BIM +- Block 6: concluding statement that BIM is a foundational subset of DX diff --git a/docs/run-001/02-kei-interpretation/kei-interpretation.md b/docs/run-001/02-kei-interpretation/kei-interpretation.md index 2dac1f2..1cb03ff 100644 --- a/docs/run-001/02-kei-interpretation/kei-interpretation.md +++ b/docs/run-001/02-kei-interpretation/kei-interpretation.md @@ -1,13 +1,13 @@ # Interpretation -- ?? ??: ????? ?? ??? ???. -- ?? ??: ?? ??? ????, ??/??/popup ???? ???. -- popup ??: ? ?, ?? ??, ? ??? ??? popup?? ?? ???. +- Interpretation target: preserve source blocks, sequence, and wording as much as possible. +- Layout rule: mixing problem -> examples -> definitions -> relationship -> comparison -> conclusion. +- Popup rule: large table rows and long reference text move to popup, while the slide keeps visible summaries. ## Topic Classification -- 용어의 혼용: layer=core / role=flow -- 혼용 대표 사례: layer=supporting / role=reference -- 1. 용어 정의: layer=core / role=flow -- 2. 용어간 상호관계: layer=core / role=flow -- DX와 BIM의 구분: layer=supporting / role=reference -- 핵심 요약: layer=conclusion / role=flow +- terminology mixing: core / flow +- representative examples: supporting / flow +- terminology definitions: core / flow +- relationship block: core / flow +- comparison block: supporting / reference +- conclusion block: conclusion / flow diff --git a/docs/run-001/03-structure/content-structure.md b/docs/run-001/03-structure/content-structure.md index 49871c5..07c8818 100644 --- a/docs/run-001/03-structure/content-structure.md +++ b/docs/run-001/03-structure/content-structure.md @@ -1,13 +1,13 @@ # Content Structure -- ??? ??: ?? ?? ??? ???. -- ??? ??: ?? ? ???? ????, ?? ???? ????. -- popup ??: ??? ? ?? ??? ? ?/? ??? popup?? ???. +- Structure target: keep the original block order and only regroup it into visible blocks and popup blocks. +- Visible target: keep the main comparison axes and the core relationship statement on the slide. +- Placement rule: top for the problem and examples, middle for definitions and relationships, bottom for comparison and conclusion. ## Ordered Blocks -1. 용어의 혼용 (core) -2. 혼용 대표 사례 (supporting) -3. 1. 용어 정의 (core) -4. 2. 용어간 상호관계 (core) -5. DX와 BIM의 구분 (supporting) -6. 핵심 요약 (conclusion) +1. terminology mixing problem +2. representative examples +3. terminology definitions +4. relationship among core technologies +5. DX and BIM comparison +6. conclusion diff --git a/docs/run-001/04-plan/execution-plan.md b/docs/run-001/04-plan/execution-plan.md index a6f2859..78283b3 100644 --- a/docs/run-001/04-plan/execution-plan.md +++ b/docs/run-001/04-plan/execution-plan.md @@ -1,6 +1,6 @@ # Execution Plan -- ??? raw mdx?? ?? ???? stage-1a/stage-1b? ???. -- ?? ??? ??? ???. -- ?? ??, ? ?, ??? ?? ??? popup?? ?? ???. -- visible ??? section title + ?? bullet + ?? ?? ???? ???. +- Re-read the raw MDX and regenerate stage-1a and stage-1b from source blocks. +- Keep Type A for run-001. +- Move oversized tables, long examples, and long reference text into popup content. +- Keep section titles, key bullets, the four comparison axes, and the conclusion visible on the slide. diff --git a/docs/run-001/comments/step-1-corrected.md b/docs/run-001/comments/step-1-corrected.md new file mode 100644 index 0000000..f720be0 --- /dev/null +++ b/docs/run-001/comments/step-1-corrected.md @@ -0,0 +1,21 @@ +Corrected UTF-8 re-post of the Step comment. + +Execution Summary +- Reorganized the current run artifact for Step 1 Input Review. +- Reference artifact: `docs/run-001/01-input/input-review.md` + +Execution Results +- Input file: run-001-source.mdx +- Document title: Civil DX Overview +- Goal: preserve the raw source blocks and rebuild them into a one-slide structure. +- Preservation rule: keep at least 85% of the original text visible or reachable through popup content. +- Block 1: terminology mixing problem statement +- Block 2: representative policy examples of DX/BIM mixing +- Block 3: terminology definitions for construction industry, BIM, and DX +- Block 4: relationship among DX, GIS, BIM, and Digital Twin + +KPI / Verdict +- Verdict: pass + +Next Deliverables +- `docs/run-001/01-input/input-review.md` diff --git a/docs/run-001/comments/step-2-corrected.md b/docs/run-001/comments/step-2-corrected.md new file mode 100644 index 0000000..095b1d0 --- /dev/null +++ b/docs/run-001/comments/step-2-corrected.md @@ -0,0 +1,21 @@ +Corrected UTF-8 re-post of the Step comment. + +Execution Summary +- Reorganized the current run artifact for Step 2 Interpretation. +- Reference artifact: `docs/run-001/02-kei-interpretation/kei-interpretation.md` + +Execution Results +- Interpretation target: preserve source blocks, sequence, and wording as much as possible. +- Layout rule: mixing problem -> examples -> definitions -> relationship -> comparison -> conclusion. +- Popup rule: large table rows and long reference text move to popup, while the slide keeps visible summaries. +- terminology mixing: core / flow +- representative examples: supporting / flow +- terminology definitions: core / flow +- relationship block: core / flow +- comparison block: supporting / reference + +KPI / Verdict +- Verdict: pass + +Next Deliverables +- `docs/run-001/02-kei-interpretation/kei-interpretation.md` diff --git a/docs/run-001/comments/step-3-corrected.md b/docs/run-001/comments/step-3-corrected.md new file mode 100644 index 0000000..e5fdebf --- /dev/null +++ b/docs/run-001/comments/step-3-corrected.md @@ -0,0 +1,21 @@ +Corrected UTF-8 re-post of the Step comment. + +Execution Summary +- Reorganized the current run artifact for Step 3 Content Structuring. +- Reference artifact: `docs/run-001/03-structure/content-structure.md` + +Execution Results +- Structure target: keep the original block order and only regroup it into visible blocks and popup blocks. +- Visible target: keep the main comparison axes and the core relationship statement on the slide. +- Placement rule: top for the problem and examples, middle for definitions and relationships, bottom for... +- terminology mixing problem +- representative examples +- terminology definitions +- relationship among core technologies +- DX and BIM comparison + +KPI / Verdict +- Verdict: pass + +Next Deliverables +- `docs/run-001/03-structure/content-structure.md` diff --git a/docs/run-001/comments/step-4-corrected.md b/docs/run-001/comments/step-4-corrected.md new file mode 100644 index 0000000..cd8f476 --- /dev/null +++ b/docs/run-001/comments/step-4-corrected.md @@ -0,0 +1,17 @@ +Corrected UTF-8 re-post of the Step comment. + +Execution Summary +- Reorganized the current run artifact for Step 4 Execution Planning. +- Reference artifact: `docs/run-001/04-plan/execution-plan.md` + +Execution Results +- Re-read the raw MDX and regenerate stage-1a and stage-1b from source blocks. +- Keep Type A for run-001. +- Move oversized tables, long examples, and long reference text into popup content. +- Keep section titles, key bullets, the four comparison axes, and the conclusion visible on the slide. + +KPI / Verdict +- Verdict: pass + +Next Deliverables +- `docs/run-001/04-plan/execution-plan.md` diff --git a/scripts/auto_loop_runner.py b/scripts/auto_loop_runner.py index 771778e..3ebc784 100644 --- a/scripts/auto_loop_runner.py +++ b/scripts/auto_loop_runner.py @@ -78,58 +78,58 @@ def validate_outputs( if measurement_missing: failures.append("Verify-Measurement") - actions.append("?? ??? ?? ?? stage 3/4 ???? ?? ???? ??.") + actions.append("?? ??? ?? stage 3/4 ??? ?? ??? ?? ???? ???.") if slide_overflow: failures.append("Verify-RenderSlide") - actions.append("slide ?? overflow? ????? layout budget ?? ?? ???? ??? ????.") + actions.append("slide ?? overflow? ???? layout budget? zone ??? ?? ???? ???.") if zone_overflows: failures.append("Verify-RenderZone") - actions.append(f"overflow? ??? zone({', '.join(zone_overflows)})? content budget, block ?, typography? ?????.") + actions.append(f"overflow? ??? zone({', '.join(zone_overflows)})? content budget, block ?, typography? ?? ???? ???.") if '???' in visible_text or '?? ??' in visible_text: failures.append("Verify-Placeholder") - actions.append("placeholder? ?? ??? ????, ?? ??/???? ?? ???.") + actions.append("placeholder ?? ?? ???? ?? ?? ?? ???? ??? ???? ?? ???? ???.") matched_titles = sum(1 for title in required_titles if title and title in visible_text) visible_len = len(re.sub(r'\s+', ' ', visible_text).strip()) if matched_titles < max(2, min(len(required_titles), 3)): failures.append("Verify-SectionTitles") - actions.append("?? ?? ??? ?? ???? ? ????? ????.") + actions.append("?? ?? ??? ??? ?? ??? ??? ????? ????? ???.") if run_mode == 'run001': core_message_ok = all(any(marker in visible_text for marker in variants) for variants in CORE_MESSAGE_MARKERS) if not core_message_ok: failures.append("Verify-CoreMessage") - actions.append("?? ??? ???? `?? ??`? `?? ??/?? ??? ??` ??? ?? ???? ??? ????? ????.") + actions.append("?? ???? DX? BIM? ??? ???? ? ????? ????? ????? ???.") if IMAGE_REFERENCE_KEY not in visible_text: failures.append("Verify-ImageRef") - actions.append("???/?? ?? ?? `DX? ????? ????`? ?? ??? ?? ?? ???? ????.") + actions.append("?? ??? ?? ??? ??? ???? ???? ???/?? ????? ?? ???? ???.") comparison_visible = (COMPARISON_MARKER in body_html) and all(key in visible_text for key in COMPARE_KEYS) if not comparison_visible: failures.append("Verify-ComparisonVisible") - actions.append("?? ?? 4?(??, ????, ???, ???)? ??? ?? ??? ?? ???? ????.") + actions.append("?? ?? 4?(??, ????, ???, ???)? ?? ???? ??? ?? ??? ?? ???? ???.") if RELATION_MARKER not in body_html: failures.append("Verify-DesignStructure") - actions.append("?? ??? ???? ??? ??? ??? ?? ?? ??? ????.") + actions.append("??? ?? ??? ??? ?? ?? ??? ??? ??? ?? ???? ???.") else: if visible_len < 420: failures.append("Verify-ContentDensity") - actions.append("??? ?? ??? ?? ?? ???? ?? ?? ??? ????.") + actions.append("?? ??? ??? ?? ?? ?? ??? ? ?? ??? ???? ????? ???.") if not body_html: failures.append("Verify-DesignStructure") - actions.append("body ??? ?? ??? ?? ?? ?? ??? ???.") + actions.append("body ??? ?? ?? ?? ?? ??? ?? ??? ???.") if matched_titles < max(3, len([title for title in required_titles if title]) - 1): failures.append("Verify-SectionTitles") - actions.append("?? ?? ??? ? ?? ?? ?? ???? ????.") + actions.append("?? ?? ??? ??? ?? ?? ?? ?? ??? ?? ???? ?? ???? ???.") if layout_template == "B_GOAL": for marker, reason in [ - ("Goal details", "?? ?? ?? ?? ?? ???? ????."), - ("Process details", "?? ?? ?? ?? ???? ????."), + ("Goal details", "?? ??? ?? ???? ?? ?? ??? ? ?? ?? ??? ??? ???."), + ("Process details", "?? ?? ??? ???? process ??? ? ?? ?? bullet? ??? ???."), ("Stakeholder details", "??? ???? ?? ?? ???? ????."), ]: if marker not in body_html: @@ -137,15 +137,15 @@ def validate_outputs( actions.append(reason) if body_html.count(" list[str]: def build_step_comment(title: str, artifact_path: Path, lines: list[str], verdict: str = "pass") -> str: - bullet_text = "\n".join(f"- {line}" for line in lines) if lines else "- ??? ??? ????." - return f"""?? ?? -- {title} ?? ???? ?? ???? ?? run ???? ????. -- ?? ??: `{artifact_path.as_posix()}` + bullet_text = "\n".join(f"- {line}" for line in lines) if lines else "- No summarized execution result is available." + return f"""Execution Summary +- Reorganized the current run artifact for {title}. +- Reference artifact: `{artifact_path.as_posix()}` -?? ?? +Execution Results {bullet_text} -KPI / ?? ?? -- ??: {verdict} +KPI / Verdict +- Verdict: {verdict} -?? ?? ??? +Next Deliverables - `{artifact_path.as_posix()}` """ @@ -475,10 +475,10 @@ def main() -> None: 4: run_dir / "04-plan" / "execution-plan.md", } step_titles = { - 1: "Step 1 ?? ??", - 2: "Step 2 ?? ??", - 3: "Step 3 ??? ???", - 4: "Step 4 ?? ??", + 1: "Step 1 Input Review", + 2: "Step 2 Interpretation", + 3: "Step 3 Content Structuring", + 4: "Step 4 Execution Planning", } for step_no in (1, 2, 3, 4):