Balance without
mirror dependence.

Tests cover subject eligibility, explicit bounded selection, frame lineage, exact position/mass binding, one-to-one observation construction, conflict/missing/foreign-binding semantics, immutable seed and strict 22.01–22.04 / Topic21 / Topic23 ownership firewalls.

{
  "module": "Compo 22.00",
  "name": "asymmetric_balance_model",
  "version": "1.0-canonical",
  "canonical_main_title": "Asymmetric balance model",
  "topic": "22_АСИММЕТРИЧНЫЙ_БАЛАНС",
  "scope": "EXPLICIT_ASYMMETRIC_BALANCE_SUBJECTS_OWNER_QUALIFIED_2D_POSITION_AND_VISUAL_MASS_BINDINGS_AND_ROOT_MODEL_ONLY_WITHOUT_CENTROID_MOMENTS_COUNTERWEIGHTS_REGIONAL_DISTRIBUTION_OR_SCORING",
  "main_topic_contract": {
    "topic_title": "Асимметричный баланс",
    "topic_goal": "Описывает асимметричный баланс через visual center of mass, moments/плечи, regional distribution и counterweights, не требуя зеркального соответствия.",
    "expected_output": "VisualCentroid, mass moments, balance descriptors",
    "planned_files": [
      "22.00 Asymmetric balance model",
      "22.01 Visual center of mass",
      "22.02 Torque-like moment descriptors",
      "22.03 Counterweight and regional mass distribution",
      "22.04 Scoring, candidates and tests"
    ]
  },
  "ownership": {
    "owner": "Compo22.00",
    "owns": [
      "AsymmetricBalanceSubjectEligibilityEvidence",
      "AsymmetricBalanceSubjectEligibilityResolution",
      "AsymmetricBalanceSubject",
      "AsymmetricBalanceSubjectSetPolicy",
      "AsymmetricBalanceSubjectSet",
      "AsymmetricBalanceCoordinateFrameBinding",
      "AsymmetricBalancePositionBinding",
      "AsymmetricBalanceMassBinding",
      "AsymmetricBalanceObservationBinding",
      "AsymmetricBalanceModelPolicy",
      "AsymmetricBalanceModel",
      "AsymmetricBalanceSystemSeed root identity",
      "explicit subject-to-position-to-visual-mass lineage for asymmetric-balance analysis",
      "identity/status/provenance rules for Topic22 root model",
      "non-mutating correction request for subject/frame/position/mass binding errors"
    ],
    "does_not_own": [
      "raw geometry or point measurement — upstream geometry owners",
      "visual mass values or visual-mass semantics — Compo4 / foreign mass owner",
      "VisualCentroid calculation — Compo22.01",
      "torque-like moments / arm descriptors — Compo22.02",
      "counterweight and regional mass distribution — Compo22.03",
      "balance scoring / candidate generation / MetricResult — Compo22.04",
      "mirror correspondence / reflection axes / symmetric balance — Topic21",
      "radial balance — Topic23",
      "dominance / focal hierarchy — Compo13",
      "multi-signal hierarchy — Topic19",
      "global beautyScore",
      "final-layout ranking",
      "foreign geometry/mass/style/semantic mutation"
    ]
  },
  "consumes": [
    "explicit foreign object/element identities",
    "explicit asymmetric-balance subject eligibility evidence",
    "explicit owner-qualified 2D coordinate-frame binding",
    "explicit owner-qualified subject position refs in that frame",
    "explicit owner-qualified visual-mass refs for the same subjects",
    "optional source/provenance metadata"
  ],
  "provides": [
    "AsymmetricBalanceSubjectSet",
    "AsymmetricBalanceCoordinateFrameBinding",
    "AsymmetricBalancePositionBinding[]",
    "AsymmetricBalanceMassBinding[]",
    "AsymmetricBalanceObservationBinding[]",
    "AsymmetricBalanceModel",
    "AsymmetricBalanceSystemSeed"
  ],
  "owns_metrics": [],
  "independent_numeric_votes": 0,
  "root_binding_contract": {
    "position": "one exact owner-qualified 2D position binding per included subject",
    "mass": "one exact owner-qualified visual-mass binding per included subject",
    "observation": "derived identity joining one subject + one position binding + one mass binding",
    "numeric_values": "not copied or inferred here; downstream obtains owner-qualified values through declared refs",
    "frame_center": "not a balance point, centroid, fulcrum, or target by default",
    "mirror_axis": "not required and not inferred"
  },
  "status_semantics": {
    "OK": "explicit compatible subject/frame/position/mass lineage is complete",
    "N_A": "missing evidence, missing required binding, conflicting bindings, empty subject set, or bounded overflow; no guessing/truncation",
    "INVALID": "malformed record, incompatible frame lineage, invalid enum/provenance, or foreign-subject binding",
    "zero_note": "zero-valued coordinates or downstream moment values are valid numbers and remain distinct from N_A"
  },
  "selection_policy": {
    "subjects": "EXPLICIT_SUBJECTS_ONLY",
    "positions": "EXPLICIT_OWNER_QUALIFIED_BINDINGS_ONLY",
    "masses": "EXPLICIT_OWNER_QUALIFIED_BINDINGS_ONLY",
    "auto_position_inference": false,
    "auto_visual_mass_inference": false,
    "auto_mirror_pairing": false,
    "auto_frame_center_target": false,
    "auto_region_partition": false,
    "auto_counterweight_inference": false,
    "full_cartesian": false,
    "overflow": "N_A_NO_TRUNCATION"
  },
  "critical_firewalls": [
    "asymmetric balance != absence of symmetry",
    "asymmetric balance != imbalance",
    "symmetric composition may be balanced or unbalanced; asymmetric composition may be balanced or unbalanced",
    "Topic22 does not require Topic21 mirror correspondence",
    "subject inclusion != visual importance",
    "position binding != centroid contribution value",
    "visual-mass binding != visual-mass computation",
    "visual mass != geometric area",
    "frame center != visual centroid",
    "geometric center != visual centroid",
    "observation binding != counterweight",
    "root model != balance verdict",
    "root model != balance score",
    "no VisualCentroid in 22.00",
    "no torque-like moment in 22.00",
    "no arm/lever inference in 22.00",
    "no regional partition in 22.00",
    "no counterweight inference in 22.00",
    "no candidate generation in 22.00",
    "no MetricResult in 22.00",
    "N_A != 0",
    "INVALID != 0",
    "local != global",
    "geometry != interpretation",
    "descriptor != score",
    "heuristic != law",
    "correction request != foreign mutation",
    "module execution order != rule priority",
    "one metric = one owner",
    "no universal beautyScore",
    "IDEA != CANON",
    "EXPERIMENT != CANON"
  ],
  "IDEAS_REFS": [
    "IDEA-01 compare geometric center and visual centroid under controlled mass shifts",
    "IDEA-02 study whether human balance judgements align better with centroid offset or torque-like descriptors",
    "IDEA-03 collect intentionally asymmetric but judged-balanced layouts",
    "IDEA-04 compare owner-defined visual-mass channels before choosing any canonical mass adapter",
    "IDEA-05 study local-group asymmetric balance versus whole-composition balance"
  ],
  "DATA_CAPTURE": [
    "scopeRef",
    "snapshotRef",
    "asymmetricBalanceSubjectRefs[]",
    "coordinateFrameBindingRef",
    "positionBindingRefs[]",
    "massBindingRefs[]",
    "observationBindingRefs[]",
    "asymmetricBalanceModelRef",
    "asymmetricBalanceSystemSeedRef",
    "status",
    "reasonCode"
  ],
  "DEFERRED_SEMANTIC_INPUTS": [
    "22.01 owner-qualified numeric position/mass observations and VisualCentroid",
    "22.02 explicit reference point/axis semantics and torque-like moment descriptors",
    "22.03 regional partition and counterweight semantics",
    "22.04 balance target profiles / scoring / bounded candidates",
    "Topic21 reflection symmetry descriptors",
    "Topic23 radial-system descriptors"
  ],
  "HUMAN_FEEDBACK_HOOKS": [
    "correct asymmetric-balance subject eligibility",
    "correct coordinate-frame owner/unit/context",
    "correct subject position source binding",
    "correct subject visual-mass source binding",
    "mark duplicate/conflicting binding",
    "mark subject excluded from local balance scope"
  ],
  "CONFLICT_PRIORITY_ASSUMPTIONS": [
    "eligibility confidence does not choose a winner",
    "position-source order has no priority",
    "mass-source order has no priority",
    "serialization order has no priority",
    "Topic21 symmetry status has no priority over Topic22 model eligibility",
    "module execution order does not define balance importance"
  ],
  "LAB_HOOKS": [
    "visual-centroid validation study",
    "mass-channel sensitivity study",
    "asymmetric-balanced human annotation study",
    "frame-center bias study",
    "local-vs-global balance scope study",
    "counterweight perception study"
  ],
  "topic22ProgressAfterThisModule": "1/5 local",
  "next_module": "Compo 22.01 — Visual center of mass",
  "hard_stop": "Do not implement 22.01/22.02/22.03/22.04 in this file."
}