computergame / Spel-Theoretische Synthese

The blueprint proposes an entity-component-system (ECS) state store and an ordered perception–reasoning–action loop. Explicit action schemas feed a planner; cloned state supports rollouts; compact neural modules provide perception, heuristics and generated outputs subject to proposed symbolic constraints. It supplies examples and roadmap targets, with no implemented cognitive architecture or demonstrated prediction of an external world.

This first standalone documentary dossier bundles three complete historical files: the lowercase-named original, final accepted assessment and current catalog. The initial full assessment and complete shared review remain externally pinned corpus references. Current independent dossier review and root adoption follow this frozen submission in separate version-bound records. Source examples remain unexecuted.

Reading route

Material	Role
Complete original	All 56,797 bytes, 252 lines, tables, code-like examples and 38 bibliography entries.
Final full assessment	All 15 BP0035-C claims, exact excerpts, evidence and reading limits.
Current catalog	Exact accepted historical version and lead decision.
Historical review guide	BP-0035's actual SIM-R02 correction and shared BP-0174 context.
Selected evidence	Exact JSON selections, five-field history and bounded query receipts.
Machine record	Separate statuses, statement/claim locators and comparison routes.
Provenance	Complete-copy identities, initial version and original path bases.
Rights	Unknown rights, with copied materials and new guide identified separately.
Manifest	Ten member identities; the manifest is externally bound.
Placement	Eleven unique prospective repository targets and roles.

Read claims with their kinds, statuses, rationales, scopes and actual external-read boundaries. The original's broad LLM/DRL comparisons are not independently validated. Historical selected primary reading belongs to its named readers; retaining the bibliography is not a complete linked-work audit. The 1968 A* web fetch timed out. Shell retrieval then succeeded, but the downloaded image-only PDF was not read. The narrow A* result comes from the actually read 1972 correction.

State, replay and model-relative planning

ECS and replay — C01, C02. ECS supplies entity identifiers, component storage and systems processing data. Identity lifecycle, stale references, ontology and inference semantics still need a contract. The source asserts that ordered game loops are inherently deterministic and provide a complete reproducible audit trail and explanation. The assessment retains this source proposition while requiring deterministic operators, complete relevant state, captured input/timing, random state, external dependencies, compatible execution versions, dependency ordering and actual log persistence/instrumentation.

A reproducible execution trace, a useful human explanation and an externally correct action are separate properties. Logging allowed-token constraints does not explain why a neural module selected one permitted expression. Component inspectability does not expose every neural internal state.

Action schemas and A — C04, C05.* The source explicitly supplies preconditions, effects, initial state and goals, including an OpenDeur example. Conditional A* minimum-cost support retains a lower-bound cost-to-go heuristic and proper graph-search handling; consistency permits the described avoidance of reopening closed nodes. A learned success probability or value estimate is not automatically a cost lower bound. The proposed training omits targets/rewards, distribution, calibration and the exact search variant. Compare plan validity/cost, expansions, failures and total training plus inference time with a competent classical heuristic; no exponential speedup is established.

Rollouts and external inputs — C06, C07. World Models is a task-specific precedent that learns visual compression, temporal dynamics and a controller from game rollouts. Direct access to supplied simulator state/transitions is a different information contract. Cloning ECS and reusing the same transition implementation can predict the closed simulator under matching state, inputs and dependencies. The source's genuine “within the rules of the system” qualification is retained.

A reduced relevant-state copy needs closure over dependencies. Deterministic but incorrect world rules remain wrong about an external environment. Physical actuation, uncertain pixel-derived observations and exact internal state therefore require separate validation. There is no external prediction or transfer result.

Constraints, supplied rules and action authority

Constrained output — C08, C09. Incremental constrained decoding can reject tokens that violate a specific formal parser and implemented guards. The checked PICARD scope concerns SQL lexing/parsing/schema guards, with checks explicitly delimited. It does not compile arbitrary prose requests or world facts into complete semantic constraints for stories or images.

Required keywords can coexist with wrong negation, relations or unplanned actions. Narrative tension/purposefulness and image content have no complete validity semantics here. The missing plan-to-constraint compiler, semantic state updates and output verifier are distinct from token masking. Citation 23, ProverGen, concerns FOL dataset generation and symbolic validation/translation at its read scope, with no universal narration guarantee or source-code audit.

Learning and the hunger example — C03, C10, C11. Entity insertion is a storage operation. Supplied facts/rules are knowledge injection. Analogy, perceptual generalization and trained heuristic improvement need different evidence and cost accounts. The hunger example explicitly supplies a 0.8 goal trigger, known-food navigation and movement rules. It does not supply an eating action or hunger reduction, a learned survival policy or a measured trajectory.

The source claims that only small heuristic modules need traditional training. The assessment evaluates that proposition while retaining costs of perceptual, LLM/diffusion pretraining, labels, upstream engineering and adaptation. Low marginal adaptation data is a legitimate unmeasured hypothesis; it is not a low total-data result. Automatically adding mammal/pet properties from the dog analogy does not establish those properties for unseen cases.

Veto and dependencies — C12, C15. An encoded value-system veto can enforce its declared action constraints only with sound action/effect semantics and complete mediation at execution. Policy meaning, rule conflicts/edits, unknown consequences, effect authorization and the absence of a permitted plan remain open. Inspectable predicates do not establish general alignment or physical safety.

Spatial/hierarchical pruning may omit distant objects relevant through resources, relations or global goals. Rendering culling does not establish safe reasoning culling. Parallel scheduling requires read/write conflict analysis and preservation of the update semantics; no optimal scheduler is implemented.

Prospective targets and comparisons

The roadmap proposes one million entities with five components each, 100+ systems within 16 ms, plans of 20+ steps within 100 ms and a compact model example of 3B parameters plus diffusion. The FPS value and final evaluation score are blank and remain blank. All are milestones rather than measured feasibility; entity count does not define per-tick work, model precision, concurrent memory or transfer costs. The phase durations stay as printed in the original. No current hardware specification or benchmark is revalidated.

C14 is historical assessor reasoning about evaluation. Traceability needs verified coverage and does not by itself establish explanation. Action-sequence entropy divided by code complexity can reward randomness and does not establish control. Agreement with an external VLM differs from correctness against an independent reference. Rule-edit tests cover chosen interventions rather than general alignment. The proposed TS/ECI/SGA/CAS measures are definitions or targets, not observations.

The actual competent_simpler_baselines provide four comparisons:

1. Conventional typed state/event handling and a state machine or behaviour tree using the same supplied rules.
2. A classical planner with a competent heuristic and identical action semantics.
3. Deterministic templates or controlled language for plan narration.
4. The same perception front end feeding the simpler controller, evaluating exact-state and pixel-input variants separately.

Match permitted information, task success and violations, replay fidelity, plan validity/cost, failures and complete training/inference/runtime costs. Avoid giving an exact-state controller privileged inputs when evaluating perception or external transfer.

Optional existing question, unexecuted: “Does ECS improve practical trace capture or speed over conventional state/event storage at matched semantics?” It is an existing reading route; no toy ECS or new experiment is built to answer it.

Historical attribution and local delivery

The shared review covers BP-0035 and BP-0174. SIM-R01 belongs only to BP-0174. For BP-0035, SIM-R02 changes exactly the claim texts of C02, C11 and C13 to state the evaluated source propositions about determinism, training and hardware. Their kinds, critical statuses, rationales, scopes and evidence remain unchanged. Review_status and disposition complete the five changed fields. Reversal recovers the exact available initial bytes. Other BP-0174 changes are not attributed here, and historical correction count is separate from this new dossier review.

The blueprint ID is BP-0035, while its actual claim prefix is BP0035-C. The five registry search definitions and receipts explicitly use their distinct casefolded forms, bp-0035 and bp0035-c. Zero-match results are bounded to the pinned registers, source/title variants and actual claim-prefix terms; no global absence is inferred.

The planned private destination is Flynn/bp-0035, WR-owned. Actual repository, commit and platform IDs are null. Rights are unknown and public release is not authorized. All included answers are exposed study material. The lead decides adoption and sealing, then holds the exact original owner handoff locally under the outgoing WR communication hold.