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[Refactor] Camera Pose 좌표계 및 Capture Projection 재검증 - #88
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Navigate logical layers of code changes, visualize relationships, and explore their blast radius. 📝 WalkthroughWalkthroughCamera mirror modes now follow camera position and flow through runtime geometry. Pose matching uses a shared projection context for target and live poses, with live mirroring derived from frame metadata. ChangesCamera Mirror and Pose Projection
Priority: ⬇️ Low Estimated code review effort: 3 (Moderate) | ~20 minutes Change: Refactor Merge Risk: 🔵 Low · up to Front-camera pose matching can reflect live poses incorrectly relative to captured photos. Correct the relative mirror calculation before relying on the new projection policy; the evidence does not establish a broader regression. Security Architecture ReviewSecurity architecture risk: 🔵 Low · up to The camera and pose-projection changes warrant design review, but the reviewed paths do not show a new permission bypass or a change to who can capture or transmit media. Device-specific mirror behavior remains to be validated. Retained concerns Security review detailsSecurity Blast Radius
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src/features/camera/capture-photo/ui/camera.tsxOops! Something went wrong! :( ESLint: 9.39.5 Error: File 'expo/tsconfig.base' not found. ... [truncated 5607 characters] ... color@8.1.1/node_modules/eslint/lib/linter/linter.js:2203:43) src/features/camera/guide-feed/lib/pose-matching/__tests__/pose-matching.test.cjsESLint skipped: the matched ESLint configuration already failed (unknown). src/features/camera/guide-feed/lib/pose-matching/coordinate-transform.tsESLint skipped: the matched ESLint configuration already failed (unknown).
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Inline comments:
In @src/features/camera/guide-feed/lib/pose-matching/live-pose-frame.ts:
- Around line 17-25: Update the mirror-state argument passed to
createLivePoseProjectionTransform in the live pose mapping so it reflects the
relative state between frame.sourceFrame.isMirrored and
projectionContext.captureMirrorX. Preserve the existing projection flow while
ensuring the transform receives whether those mirror states differ.
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📒 Files selected for processing (12)
docs/architecture/adr-0004-pose-matching-domain.mdsrc/features/camera/capture-photo/__tests__/camera-capture-settings.test.cjssrc/features/camera/capture-photo/lib/camera-capture-settings.tssrc/features/camera/capture-photo/model/models.tssrc/features/camera/capture-photo/ui/camera.tsxsrc/features/camera/guide-feed/lib/pose-matching/__tests__/pose-matching.test.cjssrc/features/camera/guide-feed/lib/pose-matching/coordinate-transform.tssrc/features/camera/guide-feed/lib/pose-matching/live-pose-frame.tssrc/features/camera/guide-feed/lib/pose-matching/types.tssrc/features/camera/guide-feed/model/types.tssrc/features/camera/guide-feed/model/use-camera-guide-controller.tssrc/widgets/camera/capture-workspace/ui/camera-capture-workspace.tsx
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🎯 작업 내용
Issue #47의 DWPose target 좌표와 MediaPipe live 좌표가 동일한 Capture 좌표계로 투영되는 흐름을 재검증하고, Camera session 단위의 projection 계약을 명시했습니다.
기존 좌표 변환 수식은 유지하면서 capture 크기, cover crop 모델, 전면/후면 Camera mirror 정책을
PoseProjectionContext로 모았습니다. Target과 Live pose가 같은 context를 사용하도록 연결하고 Capture Matching과 Preview Rendering의 책임 경계를 문서화했습니다.🔍 기존 문제
Target과 Live pose가 각각
captureSize,cover, mirror 옵션을 구성해 동일한 Capture 좌표 계약을 사용한다는 사실이 구조상 드러나지 않았습니다.Camera output의 mirror 정책도 VisionCamera의
auto동작에 의존하고 있어 플랫폼별 기본값을 코드에서 명확히 확인하기 어려웠습니다. 특히 final PhotoOutput의 mirror 정책과 Frame input에서 필요한 상대 반전의 책임이 서로 다른데, 이를 설명하는 session 단위 계약이 없었습니다.또한 FrameOutput 16:9와 PhotoOutput 4:3/16:9 사이의 crop 모델이 여러 호출부에 문자열 옵션으로 흩어져 있어 향후 native crop rect 기반 구현으로 교체할 경계가 불명확했습니다.
✅ 주요 변경 사항
Camera Mirror 정책 명시
front | back계약으로 분리mirrorMode="on", back Camera는mirrorMode="off"로 명시CameraRuntimeGeometry.captureMirrorX로 전달Frame.isMirrored의 output-relative 값을 live→capture 상대 반전에 사용Capture Projection Context 도입
PoseProjectionContext가 소유createTargetPoseProjectionTransform추가createLivePoseProjectionTransform추가좌표 책임 경계 정리
center-cover모델을 통해 Capture 좌표로 정규화테스트 및 문서화
🧪 확인 사항
📌 참고 사항
현재 ProjectionContext의 crop 모델은
center-cover입니다. native crop rect가 제공되지 않는 현재 구조에서 사용하는 명시적인 근사 모델이며, 실제 기기 FOV 측정 결과에 따라 향후 native crop metadata adapter로 교체할 수 있습니다.Camera의 최종 mirror 정책과 Frame input의 상대 mirror는 별도 책임입니다. Camera 경계는 front/back output 정책을 결정하고, Pose projection은 VisionCamera가 제공하는 output-relative
Frame.isMirrored만 적용합니다.실제 기기 FOV 검증은 이번 구조 재검증과 분리했으며, 현재 로컬 작업트리에 남아 있는 Issue #48 및 기존 문서 변경은 이 PR에 포함하지 않았습니다.
🟢 관련 이슈
Closes #47
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