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[AZ-355] C4 PoseEstimator Protocol + factory + DTOs + composition
Land the foundational C4 surface AZ-358 (Marginals) and AZ-361 (Hybrid) build on top of: - PoseEstimator Protocol (@runtime_checkable): estimate(...) + current_covariance_mode(). - Error hierarchy: PoseEstimatorError, PnpFailureError, PoseEstimatorConfigError; CovarianceDegradedWarning as a Warning subclass (warnings.warn path, not raised). - ISam2GraphHandle Protocol stub (READ-ONLY view, get_pose_key only) decoupled from C5's concrete ISam2GraphHandleImpl. - C4PoseConfig (frozen dataclass) + register on c4_pose import. - runtime_root/pose_factory.build_pose_estimator with lazy-import fallback; INFO log c4.pose.strategy_loaded; shares ingest-thread binding with C5 per ADR-003. DTO restructuring (cross-cutting): retire the legacy raw-4x4 PoseEstimate(int frame_id, datetime timestamp, pose_se3, ...) and ship the contract shape PoseEstimate(UUID, LatLonAlt, Quat, np.ndarray, CovarianceMode, PoseSourceLabel, last_satellite_anchor_age_ms, emitted_at). C5 add_pose_anchor in both gtsam_isam2 + eskf_baseline migrated in lockstep via WGS84->ENU + Quat->R helpers; test fixtures updated. VIO output stays on the raw shape until AZ-331 (C1 protocol) lands. LatLonAlt upgraded to slots=True per AC-2. ThermalState stub added to _types/thermal.py so the Protocol typechecks pre-AZ-302. Tests: 25 new in tests/unit/c4_pose/test_az355_pose_protocol.py covering AC-1..AC-10 + factory wiring + config validation; full repo: 685 passed, 2 pre-existing CI-only skips. Jira transition deferred: MCP "Not connected"; leftover entry in _docs/_process_leftovers/2026-05-11_jira_transition_az355_deferred.md. Co-authored-by: Cursor <cursoragent@cursor.com>
This commit is contained in:
Oleksandr Bezdieniezhnykh
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# Batch 20 — AZ-355 C4 PoseEstimator Protocol + Factory + DTOs + Composition
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**Date**: 2026-05-11
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**Tracker**: Jira AZ-355 (Epic AZ-259 / E-C4)
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**Cycle**: 1
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**Status**: complete; tests + lint + format green; Jira transition deferred (see leftovers).
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## Scope landed
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AZ-355 ships the foundational C4 surface that AZ-358 (Marginals) and
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AZ-361 (Hybrid) will fill in. Concrete impl of
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`OpenCVGtsamPoseEstimator` is explicitly out of scope.
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### Public surface
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* `src/gps_denied_onboard/components/c4_pose/interface.py` — the
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`PoseEstimator` Protocol (`@runtime_checkable`). Two methods:
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`estimate(match_result, calibration, thermal_state) -> PoseEstimate`
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and `current_covariance_mode() -> CovarianceMode`.
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* `src/gps_denied_onboard/components/c4_pose/errors.py` — error
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hierarchy: `PoseEstimatorError` (base) → `PnpFailureError`,
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`PoseEstimatorConfigError`; plus `CovarianceDegradedWarning` as a
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`Warning` subclass (NOT an `Exception` — `warnings.warn(...)` is
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the only emission path).
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* `src/gps_denied_onboard/components/c4_pose/_isam2_handle.py` —
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minimal READ-ONLY view of C5's iSAM2 graph exposing only
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`get_pose_key(frame_id) -> int`. Decoupled from C5's concrete
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`ISam2GraphHandleImpl` so C4 never imports C5 internals.
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* `src/gps_denied_onboard/components/c4_pose/config.py` —
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`C4PoseConfig` (frozen dataclass) with `strategy`,
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`ransac_iterations`, `ransac_reprojection_threshold_px`,
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`thermal_throttle_threshold_celsius`. `__post_init__` validates
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the values via `ConfigError`.
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* `src/gps_denied_onboard/runtime_root/pose_factory.py` —
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`build_pose_estimator(config, *, ransac_filter, wgs_converter,
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se3_utils, isam2_graph_handle) -> PoseEstimator`. Lazy-import
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fallback via `importlib.import_module(...)` mirrors the C5 / C8
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factories. Emits one INFO log `c4.pose.strategy_loaded` per
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successful build.
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* `src/gps_denied_onboard/components/c4_pose/__init__.py` — public
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re-exports per AC-8 + registers `C4PoseConfig` against the
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global config registry on import.
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* `src/gps_denied_onboard/runtime_root/__init__.py` — re-exports
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`build_pose_estimator`, `register_pose_estimator`,
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`clear_pose_registry`, `list_registered_pose_strategies`.
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### DTO restructuring (cross-cutting)
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The C4 contract pins `PoseEstimate` at:
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```python
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@dataclass(frozen=True, slots=True)
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class PoseEstimate:
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frame_id: UUID
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position_wgs84: LatLonAlt
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orientation_world_T_body: Quat
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covariance_6x6: np.ndarray # SPD, 6x6
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covariance_mode: CovarianceMode
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source_label: PoseSourceLabel
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last_satellite_anchor_age_ms: int
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emitted_at: int # monotonic_ns
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```
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The legacy `PoseEstimate(int frame_id, datetime timestamp, 4x4 pose_se3,
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covariance_6x6, str covariance_mode, mre_px)` shape that C5 consumed
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in earlier batches has been retired in this batch (user-approved scope
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expansion).
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C5 consumers (`gtsam_isam2_estimator.add_pose_anchor`,
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`eskf_baseline.add_pose_anchor`) and their test fixtures are migrated
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in lockstep:
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* `pose.emitted_at` (int ns) replaces `_datetime_to_ns(pose.timestamp)`.
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* `pose.covariance_mode.value` (enum → str) replaces the old loose
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string.
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* A new `_pose_estimate_to_matrix(pose)` private helper on each
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estimator converts `LatLonAlt + Quat` back into a 4x4 SE(3) using
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the injected ENU origin (default `(0, 0, 0)` for synthetic
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fixtures). Round-trip is numerically clean because
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`WgsConverter.local_enu_to_latlonalt` and `latlonalt_to_local_enu`
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are inverses at the metre scale.
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* The VIO consumer code path (`pose.timestamp` / `pose.pose_se3`)
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is unchanged — `VioOutput` still carries the raw form because the
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C1 contract has not migrated yet.
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### Forward-declared types
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`src/gps_denied_onboard/_types/thermal.py` is a new module holding the
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minimal `ThermalState(throttle: bool)` DTO. AZ-302 (C7 ThermalState
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publisher) is responsible for the full producer surface; this stub
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exists solely so the C4 Protocol typechecks without a `TYPE_CHECKING`
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indirection cycle. The contract pins only the `throttle` field.
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### Geo DTO upgrade
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`_types/geo.LatLonAlt` is upgraded to `frozen=True, slots=True` per
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the C4 contract AC-2. The field set is unchanged
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(`lat_deg, lon_deg, alt_m`); no consumer needed a code change.
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## Architectural notes
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* **ADR-001 / ADR-009 alignment** — single concrete strategy
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(`opencv_gtsam`) behind a `@runtime_checkable` Protocol. The
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factory is the only production path that resolves the strategy
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name; tests pre-register fakes via `register_pose_estimator`.
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* **Single-thread invariant (AC-9)** — the C4 estimator shares C5's
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ingest thread via the existing `bind_state_ingest_thread` helper
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on the state factory. A second binding from a different thread
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raises `StateIngestThreadAlreadyBoundError`. The same helper is
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reused; no duplicate thread-binding state on the pose factory.
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* **`CovarianceDegradedWarning` semantics (AC-4)** — Python's class
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hierarchy has `Warning < Exception < BaseException`, so a strict
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`not issubclass(CovarianceDegradedWarning, Exception)` would be
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False; the contract's intent is behavioural — `warnings.warn`
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does NOT raise, so `try / except Exception` around `warnings.warn`
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does NOT catch the warning. The test covers the behavioural
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contract and the AC text is documented in the test docstring so
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the discrepancy is visible to future maintainers.
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## Test coverage
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`tests/unit/c4_pose/test_az355_pose_protocol.py` — 25 tests across
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AC-1..AC-10 plus bonus factory / config tests.
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| AC | Test focus | Outcome |
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|----|------------|---------|
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| AC-1 | `runtime_checkable` Protocol — full fake passes; partial fake fails | green |
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| AC-2 | `LatLonAlt`, `Quat`, `PoseEstimate` frozen + slotted | green |
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| AC-3 | Enum membership for `CovarianceMode` + `PoseSourceLabel` | green |
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| AC-4 | `CovarianceDegradedWarning` Warning semantics + behavioural test | green |
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| AC-5 | `PnpFailureError` IS-A `Exception`, caught by `except Exception` | green |
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| AC-6 | Factory rejects unknown strategy + non-conforming graph handle; ERROR log emitted | green |
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| AC-7 | Factory accepts `opencv_gtsam`; one INFO log `c4.pose.strategy_loaded` with structured fields | green |
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| AC-8 | Public `__all__` includes the required surface; internals excluded | green |
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| AC-9 | `bind_state_ingest_thread` rejects second different-thread binding; idempotent on same thread | green |
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| AC-10 | `ISam2GraphHandle` `runtime_checkable` — fake with `get_pose_key` passes; bare class fails | green |
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| Bonus | Factory wires deps through to the strategy | green |
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| Bonus | Lazy-import fallback raises `PoseEstimatorConfigError` when concrete module is absent | green |
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| Bonus | `C4PoseConfig` rejects bad strategy / zero ransac iterations at `__post_init__` | green |
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| Bonus | `PoseEstimate.frame_id` is `UUID`; `emitted_at` round-trips as int ns | green |
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C5 regression suite — 160 unit tests (test_az381..test_az388) green
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after the `PoseEstimate` migration. Full repo: 685 passed, 2 skipped
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(pre-existing CI-only skips for `cmake` and `actionlint`).
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## Quality gates
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* `ruff check` on every changed file — clean.
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* `ruff format` applied; 3 files reformatted.
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* `ReadLints` on the changed surface — no diagnostics.
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* Full `pytest` — green (685 passed, 2 skipped).
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## Known follow-ups
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* **AZ-358 (Marginals)** — needs to wire the concrete C5
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`ISam2GraphHandleImpl` to expose `get_pose_key` so the C4 Protocol
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isinstance check passes at composition time. Currently the C5 impl
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has `key_for_frame` on the estimator itself, not on the handle.
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Either:
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1. Add `get_pose_key` to `ISam2GraphHandleImpl` delegating to
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`estimator.key_for_frame`, or
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2. Have the runtime root construct an adapter object that
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implements only the C4 Protocol over the C5 handle.
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Option 1 is the cheaper path; flag at AZ-358 kick-off.
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* **`ThermalState` full surface** — AZ-302 (C7) will add captured_at,
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temperature reading, thermal-zone source. The stub here pins only
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`throttle: bool`; AZ-302 must keep that field.
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* **`CovarianceDegradedWarning` filter policy** — the contract
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recommends `warnings.simplefilter("once", CovarianceDegradedWarning)`
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to avoid log flood. AZ-361 (Hybrid) owns the actual emit path and
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should install the filter near the composition root.
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## Cross-task constraint surfaced
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The PoseEstimate migration deliberately keeps `VioOutput` on the
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raw `datetime timestamp` + `4x4 pose_se3` shape (C1 contract has not
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migrated yet). When the C1 protocol task (AZ-331) lands it may bring
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`VioOutput` in line — at which point `_datetime_to_ns(vio.timestamp)`
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+ `_pose_se3_to_*(vio.pose_se3)` calls in C5 should be migrated in
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lockstep. Recorded for AZ-331's planning.
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## Tracker
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Jira MCP still returns `"Not connected"` at the time of writing.
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The status transition `AZ-355: To Do → Done` is recorded in
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`_docs/_process_leftovers/2026-05-11_jira_transition_az355_deferred.md`.
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The previous `_docs/_process_leftovers/2026-05-11_jira_transition_az386_deferred.md`
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remains pending — both will be replayed when the MCP is reconnected.
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@@ -8,7 +8,7 @@ status: in_progress
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sub_step:
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phase: 6
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name: implement-tasks
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detail: "batch 19 of N committed (AZ-386 c5 ESKF mandatory simple-baseline: 16-state error-state KF NumPy impl + add_vio relative + add_pose_anchor absolute + Mahalanobis divergence gate AC-9 + source-label SM + AC-5.2 fallback auto-wired + smoothed=False history honesty (Invariant 7 deviation documented) + BUILD_STATE_ESKF flag wiring)"
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detail: "batch 20 of N committed (AZ-355 c4 PoseEstimator Protocol + factory + DTOs + composition: new PoseEstimate shape (UUID + LatLonAlt + Quat + np.ndarray + CovarianceMode + PoseSourceLabel + emitted_at ns) + errors + ISam2GraphHandle stub + build_pose_estimator with lazy-import + C4PoseConfig; C5 consumers migrated in lockstep; legacy raw-4x4 pose_se3 shape retired)"
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retry_count: 0
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cycle: 1
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tracker: jira
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@@ -0,0 +1,45 @@
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# Jira transition for AZ-355 deferred — MCP "Not connected"
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**Recorded**: 2026-05-11T10:50+03:00 (Europe/Kyiv)
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**Status**: deferred-non-user (replay on next autodev invocation when Jira MCP is connected)
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## What is blocked
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Status transition of `AZ-355` from `To Do` → `Done` to reflect that
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Batch 20 has landed the C4 `PoseEstimator` Protocol + factory + DTOs
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+ composition wiring (see
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`_docs/03_implementation/batch_20_cycle1_report.md`).
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## Why
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The Atlassian MCP server returned `"Not connected"` on
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`getAccessibleAtlassianResources` during the Batch 20 wrap-up — same
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failure mode that AZ-386 hit a few hours earlier. Per the
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Leftovers Mechanism the write is recorded here and the non-tracker
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work (commit, push) is allowed to proceed; the next autodev
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invocation will replay the transition.
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## Replay payload
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- **Tool**: `transitionJiraIssue`
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- **cloudId**: `denyspopov.atlassian.net`
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- **issueIdOrKey**: `AZ-355`
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- **target status**: `Done` (transition id is project-specific; resolve
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via `getTransitionsForJiraIssue` at replay time — Jira project `AZ`
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uses the standard "Software" workflow so the transition is `id: 31`
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in current Jira config; confirm at replay time).
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## Acceptance check on replay
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After the transition succeeds:
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- `getJiraIssue(AZ-355)` returns `fields.status.name == "Done"`.
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- Delete this leftover file.
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## Notes
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- Code, tests, docs, and state file are all updated and committed. The
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only outstanding action is the tracker status transition; the
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AZ-355 task spec is already in `_docs/02_tasks/done/`.
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- The previous leftover for AZ-386 is still pending; replay both in
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one batch when the MCP comes back.
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