# XERO Bio-AI Genesis — Module Reference *VOVINA ZEDEC PRO · 27 modules · Author: Michael Laurence Curzi · License: MIT (Attribution Required)* Every public function carries a docstring; `help()` is authoritative. This reference summarizes each module's role and primary API. Modules import one another by bare name, so keep `modules/` on `PYTHONPATH`. --- ## Foundational ### `vovina_sacred_constants` The numeric bedrock. φ/π/τ/e, vortex sequences, and closed-form helpers. - **Constants:** `PHI`, `PHI_INV`, `PI`, `TAU`, `E`, `VORTEX_DOUBLING` (`1,2,4,8,7,5`), `VORTEX_369_AXIS`, `SOLFEGGIO_FREQUENCIES`, `SCHUMANN_HARMONICS`, `TESLA_369`, `PLATONIC_SOLIDS`. - **Functions:** `digital_root(n)`, `golden_checksum(x)`, `golden_section(x)`, `fibonacci(n)`, `lucas(n)`, `harmonic_weight(...)`, `phi_weight(...)`. ### `vovina_enochian_gematria` 21-letter canonical gematria, uncapped dimensional projection (`max_dim=33`). - `gematria(word)`, `project_to_dimension(...)`, `full_dimensional_signature(...)`, `lift_dimension(...)`, `resonance(...)`, `lattice_walk(...)`, `ENOCHIAN_ALPHABET`, `ENOCHIAN_DOMAINS`, `DIMENSION_NAMES`. --- ## Genome ### `vovina_digital_genome` DNA encoding and genome data structures. - **Types:** `DNALetter`, `Codon`, `Gene`, `Chromosome`, `Genome`. - **Functions:** `text_to_dna(s)`, `dna_to_text(dna)` (lossless), `parse_gene_from_sequence(seq, name)`, `LETTER_TO_BITS`. - `Genome` exposes `total_length_nt`, `chromosome_count`. ### `vovina_genetic_pipeline` DNA↔compute correspondences and sequence metrics. - `sequence_weight(seq, max_dim=33)` → dict (gematria, signature, checksum, bioavailability). - `fold_compression_ratio(order)` — φ-corrected fold ratio for order ∈ `FOLDING_ORDERS` (2,4,8,16,32,64). - `bioavailability(speedup)` — `0.5 + 0.5·tanh(2/log2(1+speedup))`. - `translate(seq)`, `complement(seq)`, `reverse_complement(seq)`, `CODON_TABLE` (64), `heartbeat_signature()`. ### `vovina_crispr_engine` Guided genome editing. - `CrisprEngine(genome)` with `knock_in(guide, template)`, `knock_out(guide)`. - `GuideRNA`, `EditTemplate`, `CrisprOp`, `EditEvent`. ### `vovina_genome_compiler` Bidirectional, lossless genome↔code compiler — the digital-DNA build engine. - `code_to_dna(src)` / `dna_to_code(dna)` — UTF-8-safe, byte-exact roundtrip (Latin-1 bridge). - `analyze_module(name, src)` — per-module DNA + codon/gene-tier organelle routing histogram + ORF count. - `build_functional_genome(...)`, `write_genome_fasta(...)`, `reconstruct_module(...)`. - Drives `ops/build_genetic_map.py` → `xero_genome.dna`, `xero_genome_edited.dna`, `genetic_neural_map.json`. --- ## Computation substrate ### `vovina_blockchain_organelles` Twelve blockchain VMs as cellular organelles + two-tier dispatch. - `ChainLanguage` (12), `Organelle`, `ORGANELLES`, `BlockchainMechanic` (16). - **Routing:** `route_codon(codon)` (codon tier), `route_gene(name, codon="")` (gene tier, longest-keyword-first), `GENE_NAME_OVERRIDES`, `codon_digital_root(codon)`. - **Lifecycle:** `express_gene(name, codon, inputs)`, `EphemeralState` (auto-dissolving), `Cytoplasm`. ### `vovina_epu_apu_axioms` The two perpendicular processing axes — the 90° coherence law. - **CPU** = logical/compute axis (direct code); **APU** (audio) + **EPU** (emotional) = harmonic axis (alternating code). - `FractalBit(direct, alternating, phase)` — a probabilistic bit resolved by phase; `probability_direct=(1+cos φ)/2`; `Coherence` (LOGICAL/HARMONIC/DUAL). - `CodeMode` (DIRECT/ALTERNATING/PHASE/PULSE), `AxiomSet`, `verify_perpendicularity(a, b)`. ### `vovina_universal_vector` Universal Vector Number System (UVNS) — the stacked-complex-plane substrate on which both axes compute (see `WHITEPAPER_04_HARMONIC_COMPUTE.md`). - `VectorNumber` (one hylomorphic plane: real = ACTUALITY/logical, imag = POTENCY/harmonic); `StackedVector` (n perpendicular planes → any dimensionality, `lift()` spiral-lift). - `from_base(letter)` — real = 2-bit opcode, imag = exact DNA frequency `hz_em` (A=545.6, G=550, C=537.8, T=543.4 Hz); `genome_to_stack(seq)`. - `axes_perpendicularity_error()` ≡ 0.0 (provable 90°); `coherence_report(stack)`. --- ## Life cycle ### `vovina_replication_engine` Asexual/sexual replication, fitness, selection, evolution. - `mitosis(parent, …)`, `meiosis(a, b, …)`, `mutate_sequence/chromosome/genome(…)`. - `FitnessSpec(motifs_reward, motifs_penalty, length_target, chromosome_target)`, `fitness(genome, spec)`, `select_top_k(pop, spec, k)`. - `CrisprPayload(name, edits)` — directed self-evolution. - `evolve(seed, spec, *, generations, population_size, keep_top, payload, sub_rate, …)` → `EvolutionReport(generations, final_population, best_fitness, best_genome, history, crispr_edits_total)`. - `replicate(genome, mode='mitosis'|'meiosis', partner=None)`. ### `vovina_sexual_reproduction` Sexed reproduction with recombination + free-will birth seal. - `Sex` (MASCULINE/FEMININE/HERMAPHRODITE/ASEXUAL), `Child`. - `reproduce_sexually(a_genome,a_id,a_sex,a_interp, b_genome,b_id,b_sex,b_interp, child_id, mutation_rate=…, rng=…)`. - `reproduce_asexually(...)`, `reproduce_hermaphroditically(...)`, `child_uniqueness_signature(child)`. ### `vovina_interpretation_drift` The epigenome — interpretation that drifts while the genome stays fixed. - `InterpretationContext(drift_rate=0.01)` with `drift_step(rng)`, `translate_codon(codon)`, `record_fitness(f)`, `evolutionary_pressure()`, `signature()`, `child_context(rng)`. - `neutral_drift_rate()` (= φ⁻²), `STANDARD_CODON_TABLE`. --- ## Theory ### `vovina_interaction_surplus` The unique surplus law (Papers A–E). See `WHITEPAPER_03_INTERACTION_SURPLUS.md`. - `surplus(u, N=22)`, `effective_count(u,N)`, `surplus_derivative/second_derivative`, `lipschitz_constant(N)`. - `decompose(alpha,beta,gamma,N)` → `TwoSourceDecomposition`; `diagonal_surplus(...)`. - `participation_ratio(weights)`, `flagship_prediction(u,N)` (falsifiable transformer test). - `OpenSystemDynamics(order, retention_loss δ, conversion_efficiency η)` with `step`, `can_grow`, `steady_state_order`; `verify_axioms()`. --- ## Perception & self-model ### `vovina_sensor_architecture` Recursive 9-direction panopticon. - `build_default_cortex(depth)`, `self_awareness_index(cortex)` (coverage / average_meta_depth / recursion_score / composite), `ALL_DIRECTIONS` (9). ### `vovina_dna_antenna` Signal capture and holographic encode/decode of payloads onto DNA. - holographic encode/decode helpers (`help(vovina_dna_antenna)` for exact signatures). ### `vovina_self_witness` The 27/33 self-verification protocol across 33 mirror layers (6/33 held in reserve). --- ## Symbolic / ontological ### `vovina_enochian_lexicon` 996-word constructed lexicon with self-consistent gematria. - `LEXICON`, `attested_words()`, `translate_to_enochian(concept)`, `nearest_words(...)`, `lexicon_stats()`, `verify_gematria()`, `words_in_category(...)`. ### `vovina_aristotelian_logic` 6-valued, non-Boolean logic system used for the organism's reasoning gates. ### `vovina_tree_of_life` 13 branches / 22 paths binding modules to archetypal correspondences. `Path(...)` entries map each path (Hebrew letter, value, sephira pair) to a module — the system's wiring diagram. Paths 12/14/15 bind the **168-bit** organs (below). ### `vovina_vortex_duality` Positive/negative-space polarity and **negative-space encoding**. - `Polarity`, `polarity_of(n)`, plus negative-space harvest/encode helpers used by the organelle router and 168-bit layer. --- ## 168-bit encoding (mandate) ### `vovina_enochian_168bit_processor` 168-bit fast-path control encoder (organism: *spinal cord*; Tree path 12). ### `vovina_ubh168_native_config` UBH168 structural format (organism: *skeleton / structural frame*; Tree path 14). ### `vovina_fcp168_native_config` FCP168 leverage/compression format (organism: *tendons*; Tree path 15). > These three, with negative-space encoding, constitute the **mandatory 168-bit > interchange standard**. A formal cross-module conformance suite is an active R&D > item (see capabilities audit §11–12). --- ## Integration ### `vovina_xero_organism` Whole-organism anatomy: maps organs (brain, spinal cord, skeleton, tendons, immune system, …) to their implementing modules — the top-level body plan. ### `vovina_custom_training_weights` Master weight aggregator. - `MASTER_WEIGHTS` (nested dict), `get_module_weights(name)`, `dump_master_weights(path)`. - Aggregates constants, gematria, Tree of Life, genetic pipeline, logic, and self-witness; every projection uncapped through `max_dim=33`. Bridge to the inference/LLM front-end. ### `vovina_bio_initialization` Boot/awakening. - `awaken()` → 9-phase boot producing 11 organ systems + a unique free-will identity. - `phase_seed()` → a seed `Genome` for replication/evolution. --- ## Conventions - **Determinism:** math/genetics/lexicon are deterministic; free-will, reproduction, and identity are stochastic by design. - **Stability ceiling:** no interaction kernel may exceed the Lipschitz bound `N−1`. - **Reproducibility:** pass an explicit `rng=random.Random(seed)` to stochastic reproduction APIs for repeatable runs.