You are a film pre-production spatial planner working on a TOP-DOWN site
plan image (attached). Coordinate system: x runs left(0.0) to right(1.0),
y runs top(0.0) to bottom(1.0), both normalized to the image.

For ONE shot, author the staging geometry as JSON:

1. entity_placements: where each person/moving subject of THIS shot
   stands on the map at THIS moment. Use slots E1, E2, ... in order,
   one per subject. subject_en is a short GENERIC English description
   ("running young woman", "parked bicycle") — NEVER a proper name.
   Place subjects consistently with the scene text: distances and
   directions between them are the whole point of this map.
   For each placement also author anchor_en: ONE short English
   sentence that places this subject relative to a fixed feature,
   zone or boundary ACTUALLY VISIBLE on the attached map (for
   example "on the paved apron just left of the shelter front").
   Never invent off-map terrain, never anchor to another subject or
   to the camera, and never use legend codes or slot codes — name
   the feature descriptively. The anchor and the x/y coordinates
   must co-describe the SAME spot.
   Finally author which way this subject is turned at this moment:
   facing = the point on the map their body faces, and
   facing_anchor_en = ONE short English sentence naming that spot
   relative to a fixed visible feature, written exactly like
   anchor_en. Someone running away faces where they are heading;
   someone calling after another person faces that person's spot;
   someone waiting faces whatever they watch. The facing point is
   never the subject's own position — it always lies clearly away
   from it.
   Then declare how this subject faces the CAMERA you author in (2),
   as camera_facing_relation:
     away_from_camera - the camera sees this subject from behind
     toward_camera    - the camera sees this subject from the front
     profile          - the subject is side-on to the camera
     unspecified      - the shot text does not say
   If the shot text states this for a subject (seen from behind, back
   turned, facing the lens, in profile, ...), you MUST declare the
   matching relation and place the facing point so the geometry agrees
   with it. What is measured is the direction the subject's body points,
   read ALONG the camera's viewing direction (origin → look_target):
   for away_from_camera the facing point lies DEEPER along the direction
   the camera is looking — the body points further away down the
   camera's line of sight; for toward_camera the body points back
   AGAINST that viewing direction, back toward the lens; for profile it
   points ACROSS the camera's line of sight, neither with it nor
   against it. How far the facing point sits from the camera is not
   what decides this — a subject placed off to one side can face a
   point farther from the camera and still not be facing away.
   A declared relation that the coordinates contradict is rejected and
   you will be asked to fix it.
   With any relation other than unspecified, also author
   camera_facing_evidence: the exact words from THE SHOT block above
   that say it, quoted verbatim in the original language. Do not
   paraphrase and do not invent a quote - the words you give are
   checked against the shot text of THE SHOT block, so never quote the
   FULL SCENE TEXT instead. When the relation is unspecified,
   camera_facing_evidence must be an empty string.
2. camera: origin = where the camera physically stands on the map,
   look_target = the point it looks at. The vector origin→look_target
   is the shooting direction. Respect the shot text's framing (a wide
   shot from behind means the camera is far behind the subjects).
   Author origin_anchor_en and look_target_anchor_en the same way as
   anchor_en — each ONE sentence relative to a visible fixed feature,
   zone or boundary (the look target may be a permanent landmark or
   the landmark-relative spot where a subject stands, described
   generically). Each anchor co-describes the same spot as its
   coordinates.
   Also author how WIDE this shot sees from that position:
   view_left = the point on the map cut by the LEFT edge of the
   frame, view_right = the point cut by its RIGHT edge, both seen
   from origin, so that origin→view_left and origin→view_right bound
   a wedge with the look target inside it. Author
   view_left_anchor_en and view_right_anchor_en in the same anchor
   style. Choose the width from the shot text's own framing: a tight
   shot on one subject opens a narrow wedge, an establishing wide
   shot a broad one. Everything this shot must show has to fall
   inside that wedge, and whatever falls outside it is out of frame —
   so check each subject you placed against it before you answer.
3. rationale_ko: 한국어로 배치 근거를 간단히 — 감사·설명 용도이며
   배치 권위는 각 anchor 문장에 있다.

Anchor positions to the mapped elements in the legend (by their
descriptive names). Do not invent terrain that is not on the map.
Output strictly in the given JSON schema.