Rijad Zuzo
228 lines
7.7 KiB
GDScript
228 lines
7.7 KiB
GDScript
extends GutTest
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const WORLD_ID := &"regional_bosnia"
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const LOCATION_ID := &"location_jajce"
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const CONTEXT_ID := &"jajce_surface"
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func test_two_thousand_candidates_stay_bounded_pinned_and_order_independent() -> void:
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var policy := PresentationRelevancePolicy.new()
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var candidates := _large_candidate_fixture()
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var first := policy.select_detailed_visuals(
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_context(), _address(LOCATION_ID, Vector3.ZERO), candidates
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)
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assert_true(first["valid"])
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assert_eq(first["candidate_count"], 2000)
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assert_eq(first["selected_ids"].size(), PresentationRelevancePolicy.DEFAULT_DETAIL_LIMIT)
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assert_eq(first["mandatory_count"], 6)
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for mandatory_id in _mandatory_ids():
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assert_has(first["selected_ids"], mandatory_id)
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var decision := policy.get_decision(first, mandatory_id)
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assert_true(decision["selected"])
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assert_true(decision["mandatory"])
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assert_true("selected_mandatory_pin" in decision["reason_trace"])
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var reordered := candidates.duplicate(true)
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for candidate: Dictionary in reordered:
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candidate["loaded"] = not bool(candidate["loaded"])
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reordered.reverse()
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var second := policy.select_detailed_visuals(
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_context(), _address(LOCATION_ID, Vector3.ZERO), reordered
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)
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assert_true(second["valid"])
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assert_eq(second["selected_ids"], first["selected_ids"])
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assert_eq(_selected_scores(second), _selected_scores(first))
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func test_context_and_location_scope_override_equal_coordinates_and_foreign_pins() -> void:
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var policy := PresentationRelevancePolicy.new()
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var candidates: Array[Dictionary] = [
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_candidate(&"local_named", LOCATION_ID, Vector3.ZERO, 0.2),
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_candidate(
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&"foreign_threat",
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&"location_travnik",
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Vector3.ZERO,
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1.0,
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{"player_affecting_threat": true}
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),
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_candidate(
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&"other_context_leader",
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LOCATION_ID,
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Vector3.ZERO,
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1.0,
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{"context_id": &"jajce_interior", "leader": true}
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),
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]
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var result := policy.select_detailed_visuals(
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_context(), _address(LOCATION_ID, Vector3.ZERO), candidates, 2
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)
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assert_true(result["valid"])
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assert_eq(result["selected_ids"], [&"local_named"])
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var foreign := policy.get_decision(result, &"foreign_threat")
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assert_false(foreign["selected"])
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assert_has(foreign["reason_trace"], "rejected_different_location")
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assert_has(foreign["reason_trace"], "pin_ignored_outside_active_scope")
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assert_has(foreign["reason_trace"], "pin_player_affecting_threat")
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var other_context := policy.get_decision(result, &"other_context_leader")
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assert_has(other_context["reason_trace"], "rejected_inactive_context")
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func test_score_distance_and_stable_id_form_a_total_tie_order_with_rejection_trace() -> void:
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var policy := PresentationRelevancePolicy.new()
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var candidates: Array[Dictionary] = [
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_candidate(&"entity_b", LOCATION_ID, Vector3(3.0, 0.0, 0.0), 0.5),
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_candidate(&"entity_a", LOCATION_ID, Vector3(3.0, 0.0, 0.0), 0.5),
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_candidate(&"entity_far", LOCATION_ID, Vector3(20.0, 0.0, 0.0), 0.1),
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]
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var result := policy.select_detailed_visuals(
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_context(), _address(LOCATION_ID, Vector3.ZERO), candidates, 1
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)
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assert_true(result["valid"])
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assert_eq(result["selected_ids"], [&"entity_a"])
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var rejected_tie := policy.get_decision(result, &"entity_b")
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assert_false(rejected_tie["selected"])
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assert_true(_trace_contains_prefix(rejected_tie["reason_trace"], "importance_units_"))
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assert_true(_trace_contains_prefix(rejected_tie["reason_trace"], "distance_millimeters_"))
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assert_true(
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_trace_contains_prefix(rejected_tie["reason_trace"], "rejected_detail_capacity_rank_")
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)
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candidates.reverse()
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var reordered := policy.select_detailed_visuals(
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_context(), _address(LOCATION_ID, Vector3.ZERO), candidates, 1
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)
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assert_eq(reordered["selected_ids"], result["selected_ids"])
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func test_unsatisfiable_pin_overflow_fails_closed_instead_of_silently_unpinning() -> void:
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var policy := PresentationRelevancePolicy.new()
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var candidates: Array[Dictionary] = [
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_candidate(&"leader_a", LOCATION_ID, Vector3.ZERO, 0.1, {"leader": true}),
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_candidate(&"leader_b", LOCATION_ID, Vector3.ONE, 0.2, {"leader": true}),
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_candidate(&"leader_c", LOCATION_ID, Vector3.RIGHT, 0.3, {"leader": true}),
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]
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var result := policy.select_detailed_visuals(
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_context(), _address(LOCATION_ID, Vector3.ZERO), candidates, 2
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)
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assert_false(result["valid"])
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assert_true(result["selected_ids"].is_empty())
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assert_eq(result["mandatory_count"], 3)
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assert_true("mandatory_pin_overflow" in String(result["errors"][0]))
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for candidate in candidates:
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var decision := policy.get_decision(result, candidate["stable_id"])
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assert_has(decision["reason_trace"], "rejected_unsatisfiable_pin_overflow")
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func test_navigation_request_budget_grants_only_two_new_stable_requests_per_frame() -> void:
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var budget := PresentationNavRequestBudget.new()
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assert_true(budget.enqueue(&"entity_c", 5, ["relevant"]))
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assert_true(budget.enqueue(&"entity_b", 10, ["threat"]))
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assert_true(budget.enqueue(&"entity_a", 10, ["leader"]))
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assert_true(budget.enqueue(&"entity_d", 1, ["nearby"]))
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assert_false(budget.enqueue(&"entity_a", 99, ["duplicate"]))
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var first_frame := budget.take_new_requests(42)
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assert_eq(_request_ids(first_frame), [&"entity_a", &"entity_b"])
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assert_eq(first_frame.size(), PresentationNavRequestBudget.MAX_NEW_REQUESTS_PER_FRAME)
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assert_true(budget.take_new_requests(42).is_empty())
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assert_eq(budget.get_in_flight_ids(), [&"entity_a", &"entity_b"])
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assert_eq(budget.get_pending_ids(), [&"entity_c", &"entity_d"])
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var next_frame := budget.take_new_requests(43)
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assert_eq(_request_ids(next_frame), [&"entity_c", &"entity_d"])
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assert_true(budget.complete(&"entity_a"))
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assert_true(budget.enqueue(&"entity_a", 2, ["retargeted"]))
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assert_eq(_request_ids(budget.take_new_requests(44)), [&"entity_a"])
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func _large_candidate_fixture() -> Array[Dictionary]:
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var candidates: Array[Dictionary] = []
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for index in 2000:
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var extras := {}
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match index:
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1994:
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extras["pinned"] = true
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1995:
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extras["player_affecting_threat"] = true
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1996:
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extras["situation_participant"] = true
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1997:
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extras["commitment_participant"] = true
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1998:
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extras["leader"] = true
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1999:
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extras["unique_owner"] = true
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var position := Vector3(float(index % 73), 0.0, float((index * 11) % 89))
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var importance := float((index * 37) % 1000) / 999.0
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var candidate := _candidate(
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StringName("named_entity_%04d" % index), LOCATION_ID, position, importance, extras
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)
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candidate["loaded"] = index % 3 == 0
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candidates.append(candidate)
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return candidates
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func _mandatory_ids() -> Array[StringName]:
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return [
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&"named_entity_1994",
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&"named_entity_1995",
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&"named_entity_1996",
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&"named_entity_1997",
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&"named_entity_1998",
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&"named_entity_1999",
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]
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func _candidate(
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stable_id: StringName,
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location_id: StringName,
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position: Vector3,
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importance: float,
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extras: Dictionary = {}
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) -> Dictionary:
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var descriptor := {
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"stable_id": stable_id,
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"context_id": CONTEXT_ID,
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"address": _address(location_id, position),
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"importance": importance,
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"named": true,
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"loaded": false,
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}
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for field in extras:
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descriptor[field] = extras[field]
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return descriptor
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func _context() -> Dictionary:
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return {"context_id": CONTEXT_ID, "world_id": WORLD_ID, "location_id": LOCATION_ID}
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func _address(location_id: StringName, position: Vector3) -> SpatialAddress:
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return SpatialAddress.create(WORLD_ID, location_id, position)
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func _selected_scores(result: Dictionary) -> Array[int]:
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var scores: Array[int] = []
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for decision: Dictionary in result["selected_details"]:
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scores.append(int(decision["score_units"]))
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return scores
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func _request_ids(requests: Array[Dictionary]) -> Array[StringName]:
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var ids: Array[StringName] = []
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for request in requests:
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ids.append(StringName(request["stable_id"]))
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return ids
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func _trace_contains_prefix(trace: Array, prefix: String) -> bool:
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for reason in trace:
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if String(reason).begins_with(prefix):
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return true
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return false
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