61c55e457d
- Fix running_dialogue_blade grade explosion: replace outer_product accumulation (which pushed past grade-5 in Cl(4,1), silently zeroing the blade from turn 3 onward) with CGA-inner-oriented blade tracking that preserves grade-2 across arbitrary turn counts. - Add versor_condition guard at session composition boundary: cross-turn field composition via versor_apply now fails closed (threshold 1e-2, matching algebra construction residue tolerance) instead of silently propagating degraded fields into vault and generation. - Replace VaultStore list with deque(maxlen=max_entries): eliminates O(N) list.pop(0) on every bounded eviction; deque auto-evicts in O(1). - Replace O(N) vocab scan in generate/stream.py stop_nodes construction with O(1) try/except index lookup per stop token. Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
136 lines
4.5 KiB
Python
136 lines
4.5 KiB
Python
from __future__ import annotations
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import numpy as np
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from generate.articulation import ArticulationPlan
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from generate.surface import SentenceAssembler, SurfaceContext
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from session.correction import CorrectionPass
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from session.graph import SessionGraph
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from session.referents import ReferentRegistry
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from vault.decompose import default_gate
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def _v(slot: int, scale: float = 1.0) -> np.ndarray:
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arr = np.zeros(32, dtype=np.float32)
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arr[slot] = scale
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return arr
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def test_backward_walk_returns_true_graph_distances_for_branching_dag() -> None:
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graph = SessionGraph()
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graph.add_turn(0, _v(0), _v(0), ("a",), ("a",), "assert")
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graph.add_turn(1, _v(1), _v(1), ("b",), ("b",), "assert")
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graph.add_turn(2, _v(2), _v(2), ("c",), ("c",), "assert", backward_edges=[0, 1])
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graph.add_turn(3, _v(3), _v(3), ("d",), ("d",), "assert", backward_edges=[2])
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walked = graph.backward_walk(3)
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assert [(dist, node.turn_idx) for dist, node in walked] == [(1, 2), (2, 0), (2, 1)]
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def test_correction_pass_uses_graph_distance_not_bfs_ordinal() -> None:
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graph = SessionGraph()
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base = _v(0)
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graph.add_turn(0, base, base, ("a",), ("a",), "assert")
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graph.add_turn(1, base, base, ("b",), ("b",), "assert")
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graph.add_turn(2, base, base, ("c",), ("c",), "assert", backward_edges=[0, 1])
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graph.add_turn(3, base, base, ("d",), ("d",), "assert", backward_edges=[2])
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result = CorrectionPass(min_alignment=0.0).apply(graph, base, from_turn=3)
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by_turn = {record.turn_idx: record.graph_distance for record in result.records}
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assert by_turn[3] == 0
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assert by_turn[2] == 1
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assert by_turn[0] == 2
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assert by_turn[1] == 2
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def test_referent_registry_tracks_only_currently_consumed_sources() -> None:
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registry = ReferentRegistry()
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registry.register("light", _v(4), turn=7)
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assert registry.resolve(["what", "is", "it"]) == ["what", "is", "light"]
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assert registry.consumed_turns() == [7]
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assert registry.consumed_slots() == {"neut_sg": 7}
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assert registry.resolve(["light"]) == ["light"]
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assert registry.consumed_turns() == []
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assert registry.consumed_slots() == {}
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def test_surface_coreference_keeps_question_pronoun_lowercase() -> None:
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plan = ArticulationPlan(
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subject="Light",
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predicate="form",
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object=None,
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surface="Light form",
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output_language="en",
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frame_id="test",
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)
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ctx = SurfaceContext(active_referent_surface="Light", active_referent_slot="neut_sg")
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sentence = SentenceAssembler().assemble(plan, (), role="question", context=ctx)
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assert sentence.surface == "Given that Light, does it form?"
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def test_surface_elaboration_matches_rendered_elaboration_string() -> None:
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plan = ArticulationPlan(
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subject="light",
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predicate="reveals",
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object="truth",
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surface="light reveals truth",
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output_language="en",
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frame_id="test",
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)
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ctx = SurfaceContext(valence_delta=-1.0)
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sentence = SentenceAssembler().assemble(
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plan,
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("mercy", "justice"),
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role="elaborate",
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context=ctx,
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)
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assert sentence.elaboration == "mercy but justice"
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assert "mercy but justice" in sentence.surface
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def test_running_dialogue_blade_stays_nonzero_after_three_turns() -> None:
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"""The running blade must not collapse to zero through grade explosion."""
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from algebra.rotor import make_rotor_from_angle
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from generate.proposition import Proposition
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def _prop(slot: int) -> Proposition:
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relation = make_rotor_from_angle(0.1 * (slot + 1), bivector_idx=6)
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return Proposition(
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subject="a", predicate="b", object_=None, surface="a b",
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frame_id="test",
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subject_versor=_v(0), predicate_versor=_v(1),
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object_versor=None, relation=relation,
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)
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from session.context import SessionContext
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from language_packs import load_pack
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_, vocab = load_pack("en_core_cognition_v1")
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ctx = SessionContext(vocab)
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for i in range(5):
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ctx.record_dialogue(_prop(i))
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blade = ctx.running_dialogue_blade
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assert blade is not None
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assert float(np.linalg.norm(blade)) > 1e-6, (
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"running_dialogue_blade collapsed to zero after multiple turns"
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)
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def test_unknown_gate_fires_on_empty_vault_without_self_storage() -> None:
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class EmptyVault:
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def __len__(self) -> int:
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return 0
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decision = default_gate.check(0.0, vault=EmptyVault(), query=_v(0))
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assert decision.fire is True
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assert decision.source == "empty_vault"
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