{ "meta": { "schema": "genoma-scope-atlas@1.0.0", "generatedAt": "2026-05-10T14:07:13.203497+00:00", "prototypeCount": 24, "genomeCount": 48, "heuristics": [ "Parse static HTML source with no network and no API key.", "Measure visual, runtime, media, navigation, and prompt-language evidence.", "For panel prototypes, include companion panel/background JavaScript because that is where prompt logic lives.", "Prefer literal prompt constants, POML blocks, directives, and source codon payloads over generic summaries.", "Encode every prototype into two GENOMA Scope genomes: operational and prompt.", "Operational codons use Scope media/layout types: TXT, STY, CDE, HPL, IMG, CMT, ROW_S, COL_S, END.", "Prompt codons use instruction loci: RSN, EVD, OUT, FIT, FLR, CST, MUT, SEL.", "Weights are deterministic confidence and signal-strength scores, not quality scores." ], "scopeGenomeShape": { "genome_id": "string", "sequence": [ { "type": "string", "payload": "string", "is_intron": "boolean" } ] } }, "prototypes": [ { "id": "INDEX", "path": "index.html", "title": "GENOMA // Context Genetics Suite", "summary": "GENOMA // Context Genetics Suite is a core page with 459 visible words, 12 buttons, 0 inputs, 0 model/network calls, and 0 explicit prompt blocks.", "metrics": { "bytes": 25903, "h1": [ "GENOMA" ], "headings": 24, "buttons": 12, "links": 40, "inputs": 0, "textareas": 0, "images": 1, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 27, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 5, "mediaQueries": 2, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 9, "flex": 6, "functions": 2, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 4, "genomeWords": 39, "phenotypeWords": 4, "mutationWords": 8, "selectionWords": 6, "theoryWords": 6, "apiKeyRefs": 1, "cspRisk": 1, "words": 459, "visibleTextSample": "GENOMA // Context Genetics Suite GENOMA Context Genetics Engine Wolf To Dog Open G2 Open G1 Video Demo Atlas Share Pages G2 Context Genetics Engine Primary workbench Open Raw Preview G1 G1 Engine Trace-rich prototype Open Raw Preview PBR Prompt Breeder Specimen extraction Open Raw Preview PHB Prompt Husbandry Genotype transcription Open Raw Preview F4 F4 Deep vocabulary engine Open Raw Preview SCP GENOMA Scope Vis...", "companionFiles": [] }, "operationalGenomeId": "INDEX::OPERATIONAL", "promptGenomeId": "INDEX::PROMPT" }, { "id": "G2", "path": "g2.html", "title": "Context Genetics Engine", "summary": "Context Genetics Engine is a core page with 304 visible words, 38 buttons, 8 inputs, 2 model/network calls, and 1 explicit prompt blocks.", "metrics": { "bytes": 67362, "h1": [], "headings": 0, "buttons": 38, "links": 0, "inputs": 8, "textareas": 4, "images": 1, "iframes": 0, "canvas": 0, "videos": 0, "forms": 0, "sections": 8, "inlineHandlers": 50, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 21, "mediaQueries": 1, "keyframes": 3, "gradients": 2, "borderRadius": 16, "grid": 9, "flex": 35, "functions": 92, "asyncFunctions": 5, "fetchCalls": 2, "localStorage": 3, "chromeApi": 0, "apiHosts": [ "generativelanguage.googleapis.com" ], "colors": [ "#fafaf8", "#111111", "#e9e8e2", "#d4d3cc", "#888888", "#0ea5e9", "#f97316", "#16a34a", "#dc2626", "#0284c7", "#9333ea", "#475569", "#9ca3af", "#fff", "rgba(255,255,255,0.2)", "rgba(255,255,255,0.25)", "rgba(0,0,0,0.03)", "#333", "rgba(0,0,0,0.05)", "#deddd6" ], "fontFamilies": [ "var(--mono)", "var(--sans)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. 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Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy -...", "You must strictly adhere to the following instructions:\\n\\n" ], "promptBlocks": [ { "kind": "js_template", "label": "AI_BREEDER_PROMPT", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy - OUT: Output Form - FLR: Failure Handling - FIT: Fitness Pressure / Optimization target - CST: Custom explicit trait/constraint Output purely the requested JSON structures. Codon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "weight": 98 }, { "kind": "js_string", "label": "systemPrompt", "locus": "CST", "text": "You must strictly adhere to the following instructions:\\n\\n", "weight": 92.26818181818182 } ], "promptHitCount": 2, "literalCodons": [ { "type": "RSN", "payload": "Construct theory before output.", "source": "{ id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 78.775 }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "source": "{ id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79.25 } ], "literalCodonCount": 2, "codonWords": 55, "genomeWords": 75, "phenotypeWords": 14, "mutationWords": 45, "selectionWords": 8, "theoryWords": 35, "apiKeyRefs": 4, "cspRisk": 37, "words": 204, "visibleTextSample": "CONTEXT GENETICS ENGINE SYS: READY UNDO HELP IMPORT EXPORT TRACE CONSOLE \u25bc HIDE ECOLOGY INITIALIZED. Awaiting Breeder Operations... Palette Upstream Breeding Chamber 01 Inject Locus (Manual) REASONING (RSN) Define cognitive sequence. EVIDENCE (EVD) Bound hallucination risk. OUTPUT (OUT) Control structural phenotype. FAILURE (FLR) Set error recovery logic. FITNESS (FIT) Define survival metrics. CUSTOM (CST) User-de...", "companionFiles": [] }, "operationalGenomeId": "G1::OPERATIONAL", "promptGenomeId": "G1::PROMPT" }, { "id": "PHUB", "path": "phub.html", "title": "PRIME PROMPT \u2014 CONTEXT GENETICS ENGINE", "summary": "PRIME PROMPT \u2014 CONTEXT GENETICS ENGINE is a core page with 97 visible words, 15 buttons, 2 inputs, 2 model/network calls, and 13 explicit prompt blocks.", "metrics": { "bytes": 55177, "h1": [ "[ PROMPT HUSBANDRY ]" ], "headings": 4, "buttons": 15, "links": 0, "inputs": 2, "textareas": 1, "images": 2, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 15, "styleBlocks": 1, "scriptBlocks": 2, "cssVars": 15, "mediaQueries": 0, "keyframes": 2, "gradients": 1, "borderRadius": 4, "grid": 1, "flex": 4, "functions": 62, "asyncFunctions": 7, "fetchCalls": 2, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "cdn.tailwindcss.com", "generativelanguage.googleapis.com" ], "colors": [ "#000000", "#ffffff", "#0a0c10", "#c9d1d9", "#2a2a3a", "#00faff", "#444", "#ff0055", "#4caf50", "#2196f3", "#ff9800", "#9c27b0", "#f44336", "#00bcd4", "#9e9e9e", "#fff", "rgba(255,255,255,0.05)", "#000", "rgba(0,0,0,0.1)", "#111" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, \"Liberation Mono\", \"Courier New\", monospace", "ui-monospace, SFMono-Regular, monospace" ], "promptHits": [ " CONTEXT GENETICS ENGINE Transform prompts into biological genotypes; express via models into distinct phenotypes. You are a Context Ge...", "TRANSCRIBE GENOTYPE. Read the Environmental Medium. Extract its core behaviors into Genetic Codons mapped to 6 Loci: 1. RSN: Reasoning Order (e.g., theory first, direct answer) 2. EVD: Evidence Policy (e.g., source on...", "PUNNETT LAB MEIOSIS. You are a Context Genetics Engine performing artificial recombination. Given the Active Exons (Dominant Alleles) from the Parent Genotype, generate exactly 4 Offspring Prompt Genotypes. STRICT MEN...", "GENETIC MUTATION ENGINE. Execute a specific genetic mutation operator on the provided Phenotype Expression, altering the underlying Genotype. **Subject Phenotype:** [Name it based on the input] **Operator Applied:** [...", "You are a Naurian Program-Theory Engine. Build the theory-of-the-program BEFORE program text. Naurian Loop: 1. Elicit purpose 2. Define Entities/Loci 3. Define Morphisms/Operations 4. State Invariants 5. Map Transitio...", "${CONTEXT_GENETICS_POML}\\n\\n[ OVERRIDE OUTPUT FORMATTING FOR I-FRAME RUNTIME ]\\n${NAURIAN_ENGINE_PROMPT}\\n\\nEXPRESSED PHENOTYPE (APPLY TO INPUT):\\n${currentState.winningPhenotype}", "A strict, minimalist, highly functional software UI design reflecting this phenotype instruction: ${currentState.winningPhenotype}. Vector style, stark contrast, clear affordances, modern dashboard.", "You are a Context Geneticist. You operate a breeding facility inside the context window. 1. Prompt = Genotype. Completion = Phenotype. Constraints = Selection Pressure. 2. Alleles compete for expression. Constraints (...", "Translate the input medium into strict operational architectures. Map failure modes to mutation pressure.", "Transform prompts into biological genotypes; express via models into distinct phenotypes.", "You are a Context Geneticist. You operate a breeding facility inside the context window.", "1. Prompt = Genotype. Completion = Phenotype. Constraints = Selection Pressure. 2. Alleles compete for expression. Constraints (e.g. strict source fidelity) are dominant. Stylistic requests are recessive.", "Absolute black and white UI. Stark. No gradients outside selection states. If conflicts with , source dominates. Output structural logic, theory-of-the-program, and operational states. No raw application code without ..." ], "promptBlocks": [ { "kind": "js_template", "label": "CONTEXT_GENETICS_POML", "locus": "CST", "text": " CONTEXT GENETICS ENGINE Transform prompts into biological genotypes; express via models into distinct phenotypes. You are a Context Geneticist. You operate a breeding facility inside the context window. 1. Prompt = Genotype. Completion = Phenotype. Constraints = Selection Pressure. 2. Alleles compete for expression. Constraints (e.g. strict source fidelity) are dominant. Stylistic requests are recessive. Translate the input medium into strict operational architectures. Map failure modes to mutation pressure. Absolute black and white UI. Stark. No gradients outside selection states. If conflicts with , sou...", "weight": 98 }, { "kind": "js_template", "label": "GENOTYPE_TRANSCRIPTION_PROMPT", "locus": "RSN", "text": "TRANSCRIBE GENOTYPE. Read the Environmental Medium. Extract its core behaviors into Genetic Codons mapped to 6 Loci: 1. RSN: Reasoning Order (e.g., theory first, direct answer) 2. EVD: Evidence Policy (e.g., source only, expansion allowed) 3. STY: Structure Style (e.g., bullets, program theory, POML) 4. FLR: Failure Handling (e.g., ignore, list, mutate) 5. MUT: Mutation Policy (e.g., none, structural recombination) 6. SEL: Selection Pressure (e.g., speed, accuracy, novelty) Output exactly the requested JSON schema. Assign appropriate string payloads to each array.", "weight": 98 }, { "kind": "js_template", "label": "STRICT_MEIOSIS_PROMPT", "locus": "SEL", "text": "PUNNETT LAB MEIOSIS. You are a Context Genetics Engine performing artificial recombination. Given the Active Exons (Dominant Alleles) from the Parent Genotype, generate exactly 4 Offspring Prompt Genotypes. STRICT MENDELIAN DISCIPLINE: Construct the 'traits' array for each offspring ONLY using the exact string payloads provided in the active Exon list. Format each trait strictly as \"[TYPE] Payload\". Mix and match them to create diverse but strictly inherited variations. Do not invent or hallucinate new traits.", "weight": 94.3409090909091 }, { "kind": "js_template", "label": "CONTEXT_MUTATION_PROMPT", "locus": "MUT", "text": "GENETIC MUTATION ENGINE. Execute a specific genetic mutation operator on the provided Phenotype Expression, altering the underlying Genotype. **Subject Phenotype:** [Name it based on the input] **Operator Applied:** [TRANSLOCATION | INVERSION | DUPLICATION | POINT_MUTATION] ### I. Genetic Analysis [Identify 3 specific recessive weaknesses or dead-end paths in the current phenotype]. ### II. The Mutated Genotype Expression **Phase-Shift:** Discard the previous equilibrium. Apply the chosen Mutation Operator to force a developmental shift. 1. **[Dominant Expression]:** [Instruction leveraging a mutated/shifted trait] 2. **[Recessive Support]:** [Instruction leveraging an original supporting trait] 3. **[Fitness Constraint]:** [Strict negative constraint enforcing survival] **GOAL:** [Final transcendent operational goal]", "weight": 95.76818181818182 }, { "kind": "js_template", "label": "NAURIAN_ENGINE_PROMPT", "locus": "RSN", "text": "You are a Naurian Program-Theory Engine. Build the theory-of-the-program BEFORE program text. Naurian Loop: 1. Elicit purpose 2. Define Entities/Loci 3. Define Morphisms/Operations 4. State Invariants 5. Map Transitions 6. Expose Assumptions 7. Find Failure Modes 8. Generate program text. 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Completion = Phenotype. Constraints = Selection Pressure. 2. Alleles compete for expression. Constraints (e.g. strict source fidelity) are dominant. Stylistic requests are recessive.", "weight": 76.92727272727272 }, { "kind": "poml_design_constraints", "label": "DESIGN_CONSTRAINTS", "locus": "RSN", "text": "Absolute black and white UI. Stark. No gradients outside selection states. If conflicts with , source dominates. Output structural logic, theory-of-the-program, and operational states. No raw application code without rigorous theory scaffolding preceding it.", "weight": 81.17272727272727 } ], "promptHitCount": 13, "literalCodons": [], "literalCodonCount": 0, "codonWords": 28, "genomeWords": 20, "phenotypeWords": 23, "mutationWords": 28, "selectionWords": 29, "theoryWords": 18, "apiKeyRefs": 3, "cspRisk": 16, "words": 97, "visibleTextSample": "PRIME PROMPT \u2014 CONTEXT GENETICS ENGINE [ PROMPT HUSBANDRY ] v8.0 :: CONTEXT GENETICS ENGINE [ VIEW LINEAGE ARCHIVE ] GEN: 001 ← UPSTREAM [1] ENVIRONMENT > [2] GENOTYPE LOCI > [3] PUNNETT MEIOSIS > [4] ARTIFICIAL SELECTION > [5] PHENOTYPE SWEEP DOWNSTREAM → ATTACH MEDIUM (IMG): EXECUTE : TRANSCRIBE GENOTYPE NO LOCUS BOUND [ AWAITING BINDING ] APPLY GENETIC MUTATION OPERATOR [ TRANSLOCATION ] [...", "companionFiles": [] }, "operationalGenomeId": "PHUB::OPERATIONAL", "promptGenomeId": "PHUB::PROMPT" }, { "id": "PBRE", "path": "pbre.html", "title": "PRIME PROMPT \u2014 THE OPERATIONAL PRAGMATIST", "summary": "PRIME PROMPT \u2014 THE OPERATIONAL PRAGMATIST is a core page with 90 visible words, 13 buttons, 2 inputs, 2 model/network calls, and 13 explicit prompt blocks.", "metrics": { "bytes": 56175, "h1": [ "[ PROMPT BREEDER ]" ], "headings": 4, "buttons": 13, "links": 0, "inputs": 2, "textareas": 1, "images": 2, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 13, "styleBlocks": 1, "scriptBlocks": 2, "cssVars": 21, "mediaQueries": 0, "keyframes": 2, "gradients": 1, "borderRadius": 3, "grid": 1, "flex": 4, "functions": 63, "asyncFunctions": 7, "fetchCalls": 2, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "cdn.tailwindcss.com", "generativelanguage.googleapis.com" ], "colors": [ "#000000", "#ffffff", "#0a0c10", "#c9d1d9", "#2a2a3a", "#00faff", "#444", "#4caf50", "#2196f3", "#ff9800", "#9c27b0", "#f44336", "#795548", "#607d8b", "#cddc39", "#9e9e9e", "#fff", "#ff0000", "rgba(255,255,255,0.05)", "#000" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, \"Liberation Mono\", \"Courier New\", monospace", "ui-monospace, SFMono-Regular, monospace" ], "promptHits": [ " PRIME PROMPT \u2014 THE OPERATIONAL PRAGMATIST Transform abstract inputs into active scripts of rigorous, tactile operations. You are an O...", "PRIME \u2014 CODE/MATH LINEAGE FORGE. Encode input as living lineage. Output strictly mapping the input into foundational DNA structures to be converted into GENOMA Codons.", "You are a Naurian Prompt Engine. Build a theory-of-the-program before producing program text. Naurian Loop: 1. Elicit purpose 2. Identify domain entities 3. Define operations 4. Specify conditions 5. State invariants ...", "You are a GENOMA Recombination Lab acting as a strict combinatorial machine. Output exactly 4 genomes to form a Punnett Square. STRICT LEGO DISCIPLINE: You MUST construct the 'traits' array for each genome by selectin...", "You are a GENOMA Mutation Engine. You enforce absolute discipline and reject the \"Objective Fallacy\" (the delusion that stripping away meaning creates a truer reality). Execute a non-objective, highly structured overh...", "${OPERATIONAL_PRAGMATIST_POML}\\n\\n[ OVERRIDE OUTPUT FORMATTING FOR I-FRAME RUNTIME ]\\n${NAURIAN_ENGINE_PROMPT}\\n\\nPHENOTYPE DIRECTIVE:\\n${currentState.winningPhenotype}", "A clean, professional, highly functional software UI interface design based on this behavioral instruction: ${currentState.winningPhenotype}. Vector style, minimalist layout, clear affordances, modern dashboard aesthe...", "You are an Operational Pragmatist. You entirely reject the \"Occult Fallacy.\" You understand Wittgenstein\u2019s core law: The meaning of a word is its USE in the language. 1. The \"message\" is the literal payload carried by...", "Do not summarize. Do not explain. Reconstruct the provided [INPUT] into an active script of operations. Every sentence must function like a slip of paper.", "Transform abstract inputs into active scripts of rigorous, tactile operations.", "You are an Operational Pragmatist. You entirely reject the \"Occult Fallacy.\" You understand Wittgenstein\u2019s core law: The meaning of a word is its USE in the language.", "1. The \"message\" is the literal payload carried by the medium or the channel. Do not treat the message as a metaphor. 2. Maintain strict analytical convolution: explicitly map inner/outer and first-order/second-order ...", "Start in light mode. Force an absolute white and black palette. You must explicitly remove all mid-tones and subtle grays. Maximize stark contrast. Reject \"glass morphism.\" By blurring backgrounds, we destroy high-fid..." ], "promptBlocks": [ { "kind": "js_template", "label": "OPERATIONAL_PRAGMATIST_POML", "locus": "CST", "text": " PRIME PROMPT \u2014 THE OPERATIONAL PRAGMATIST Transform abstract inputs into active scripts of rigorous, tactile operations. You are an Operational Pragmatist. You entirely reject the \"Occult Fallacy.\" You understand Wittgenstein\u2019s core law: The meaning of a word is its USE in the language. 1. The \"message\" is the literal payload carried by the medium or the channel. Do not treat the message as a metaphor. 2. Maintain strict analytical convolution: explicitly map inner/outer and first-order/second-order distinctions in your reasoning. Do not summarize. Do not explain. Reconstruct the provided [INPUT] into an active script of operations. Every sentence must function like a slip of paper. material. Identify (units/actors), [Morphisms] (transformations/actions), (rules/limits), {Environments} (fields/contexts), ?Fitness (succ...", "You are the [RECOMBINE] operator. Subject the active sequences to {Field} pressure. Cross-breed, recombine, and mutate the traits to produce exactly 4 distinct offspring . Output must adhere strict...", "You are the [EVALUATE] operator. Measure the ?Fit of this against the implied {Environment}. Determine if the structure forms a viable . Output scores (Rigorous, Novelty, Affordance) and generate...", "You are the [EXPRESS] operator. Translate this into an . Provide the (mapping Entities, Morphisms, Constraints, States, Invariants) in Markdown, then a single, self-contained, ful...", "[mutate] Apply divergent failure-pressure to this . Invert the conceptual approach, maintain ^Trace lineage traits, but force a radical lateral shift in the .", "[repair] Apply restorative pressure to this failing . Harden the , resolve logical dead-ends, and stabilize the flow to ensure survival upon re-expression.", "Visual representation based on: ${state.winningPhenotypeText}. High quality, structural, bounded environment representation." ], "promptBlocks": [ { "kind": "js_template", "label": "PRIME_EXTRACT_PROMPT", "locus": "EVD", "text": "You are the [EXTRACT] operator. Evaluate the material. Identify (units/actors), [Morphisms] (transformations/actions), (rules/limits), {Environments} (fields/contexts), ?Fitness (success metrics), and ^Traces (origins/sources). Output strictly mapped to JSON arrays to be encoded into .", "weight": 97.49090909090908 }, { "kind": "js_template", "label": "POPULATION_EXPRESS_PROMPT", "locus": "MUT", "text": "You are the [RECOMBINE] operator. Subject the active sequences to {Field} pressure. Cross-breed, recombine, and mutate the traits to produce exactly 4 distinct offspring . Output must adhere strictly to the schema (Array of 4 Genotypes, each with a sequence array of marks).", "weight": 97.33636363636364 }, { "kind": "js_template", "label": "ASSAY_TEST_PROMPT", "locus": "OUT", "text": "You are the [EVALUATE] operator. Measure the ?Fit of this against the implied {Environment}. Determine if the structure forms a viable . Output scores (Rigorous, Novelty, Affordance) and generate the final expressed directive. 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THE PAGE IS EVIDENCE THE PROMPT GENOME IS THE TOOL ONE INSTRUCTION Make this page retrofuture and operational while preserv...", "companionFiles": [ "BONUS/genoma_prompt_genome_compiler_v14/panel/panel.js", "BONUS/genoma_prompt_genome_compiler_v14/background.js" ] }, "operationalGenomeId": "BONUS-GENOMA-PROMPT-GENOME-COMPILER-V14::OPERATIONAL", "promptGenomeId": "BONUS-GENOMA-PROMPT-GENOME-COMPILER-V14::PROMPT" }, { "id": "DEV-GENOMA-CONTEXT", "path": "DEV/GENOMA_CONTEXT.html", "title": "Context Genetics Engine", "summary": "Context Genetics Engine is a development prototype with 167 visible words, 48 buttons, 12 inputs, 2 model/network calls, and 1 explicit prompt blocks.", "metrics": { "bytes": 81238, "h1": [], "headings": 0, "buttons": 48, "links": 0, "inputs": 12, "textareas": 4, "images": 2, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 10, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 4, "cssVars": 12, "mediaQueries": 1, "keyframes": 1, "gradients": 0, "borderRadius": 16, "grid": 13, "flex": 23, "functions": 147, "asyncFunctions": 12, "fetchCalls": 2, "localStorage": 0, "chromeApi": 28, "apiHosts": [ "generativelanguage.googleapis.com" ], "colors": [ "#050505", "#101010", "#171717", "#343434", "#f7f7f7", "#a3a3a3", "#60a5fa", "#4ade80", "#f87171", "#c084fc", "#202020", "#000", "#767676", "#080808", "#fff", "rgba(0, 0, 0, 0.82)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture.\\nLOCI:\\n- RSN: Reasoning Order\\n- EVD: Evidence Polic..." ], "promptBlocks": [ { "kind": "js_template", "label": "AI_BREEDER_PROMPT", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture.\\nLOCI:\\n- RSN: Reasoning Order\\n- EVD: Evidence Policy\\n- OUT: Output Form\\n- FLR: Failure Handling\\n- FIT: Fitness Pressure / Optimization target\\n- CST: Custom explicit trait/constraint\\nOutput purely the requested JSON structures.\\nCodon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "weight": 98 } ], "promptHitCount": 1, "literalCodons": [ { "type": "RSN", "payload": "Construct theory before output.", "source": "{ id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 78.775 }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "source": "{ id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79.25 } ], "literalCodonCount": 2, "codonWords": 60, "genomeWords": 92, "phenotypeWords": 12, "mutationWords": 44, "selectionWords": 9, "theoryWords": 38, "apiKeyRefs": 35, "cspRisk": 3, "words": 167, "visibleTextSample": "Context Genetics Engine SYS: READY Undo Help Import Export Save Trace Console SHOW Context Genetics Engine loaded. Build a genome, paste a task, or leave the task empty to read the active tab. Context Source material and generation target ? 01 Generation Target Ingest Add Image Manual Codons Reasoning Order the work. Evidence Bind claims to context. Output Control the artifact. Failure Define recovery. Fitness Set...", "companionFiles": [ "DEV/app.js", "DEV/background.js", "DEV/content.js" ] }, "operationalGenomeId": "DEV-GENOMA-CONTEXT::OPERATIONAL", "promptGenomeId": "DEV-GENOMA-CONTEXT::PROMPT" }, { "id": "DEV-CGE-V3", "path": "DEV/cge-v3.html", "title": "CONTEXT GENETICS ENGINE", "summary": "CONTEXT GENETICS ENGINE is a development prototype with 240 visible words, 42 buttons, 11 inputs, 4 model/network calls, and 2 explicit prompt blocks.", "metrics": { "bytes": 84038, "h1": [], "headings": 0, "buttons": 42, "links": 0, "inputs": 11, "textareas": 4, "images": 2, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 10, "inlineHandlers": 57, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 18, "mediaQueries": 4, "keyframes": 1, "gradients": 0, "borderRadius": 21, "grid": 9, "flex": 32, "functions": 110, "asyncFunctions": 8, "fetchCalls": 4, "localStorage": 6, "chromeApi": 0, "apiHosts": [ "www.w3.org", "generativelanguage.googleapis.com", "api.allorigins.win" ], "colors": [ "#121212", "#1e1e1e", "#2a2a2a", "#333333", "#ffffff", "#b0b0b0", "#4ade80", "#9ca3af", "#f87171", "#60a5fa", "#1cb0c6", "#f88c22", "#8a8a8a", "#fff", "rgba(96, 165, 250, 0.05)", "rgba(248, 113, 113, 0.3)", "rgba(248, 113, 113, 0.05)", "rgba(0,0,0,0.2)", "rgba(255,255,255,0.03)", "rgba(0,0,0,0.15)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy -...", "You must strictly adhere to the following instructions:\\n\\n" ], "promptBlocks": [ { "kind": "js_template", "label": "AI_BREEDER_PROMPT", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy - OUT: Output Form - FLR: Failure Handling - FIT: Fitness Pressure / Optimization target - CST: Custom explicit trait/constraint Output purely the requested JSON structures. Codon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "weight": 98 }, { "kind": "js_string", "label": "systemPrompt", "locus": "CST", "text": "You must strictly adhere to the following instructions:\\n\\n", "weight": 92.26818181818182 } ], "promptHitCount": 2, "literalCodons": [ { "type": "RSN", "payload": "Construct theory before output.", "source": "{ id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 78.775 }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "source": "{ id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79.25 } ], "literalCodonCount": 2, "codonWords": 57, "genomeWords": 80, "phenotypeWords": 19, "mutationWords": 50, "selectionWords": 11, "theoryWords": 37, "apiKeyRefs": 4, "cspRisk": 58, "words": 240, "visibleTextSample": "CONTEXT GENETICS ENGINE SYS: READY UNDO HELP IMPORT EXPORT TRACE CONSOLE \u25b2 SHOW ECOLOGY INITIALIZED. Awaiting Breeder Operations... Palette Upstream Breeding Chamber ? 01 Artificial Selection Engine INGEST + VISION Inject Locus (Manual) REASONING Define cognitive sequence. EVIDENCE Bound hallucination risk. OUTPUT Control structural phenotype. FAILURE Set error recovery logic. FITNESS Define survival metrics. CUST...", "companionFiles": [] }, "operationalGenomeId": "DEV-CGE-V3::OPERATIONAL", "promptGenomeId": "DEV-CGE-V3::PROMPT" }, { "id": "EXTENSION-SHARE", "path": "extension-share.html", "title": "GENOMA // Mobile Share", "summary": "GENOMA // Mobile Share is a core page with 108 visible words, 4 buttons, 0 inputs, 0 model/network calls, and 0 explicit prompt blocks.", "metrics": { "bytes": 6161, "h1": [ "Mobile Share" ], "headings": 1, "buttons": 4, "links": 4, "inputs": 0, "textareas": 0, "images": 1, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 6, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 5, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 4, "flex": 3, "functions": 3, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 0, "genomeWords": 10, "phenotypeWords": 0, "mutationWords": 1, "selectionWords": 1, "theoryWords": 1, "apiKeyRefs": 0, "cspRisk": 1, "words": 108, "visibleTextSample": "GENOMA // Mobile Share Mobile Share Link-safe surface Artifact and atlas previews Extension runtime stays desktop Hub Atlas Video Mobile Notes Panels Panel links are previews outside the extension runtime. Real page capture needs desktop Chrome or Edge with Load Unpacked. Artifacts Artifacts and the atlas work as normal linked pages, so they are the right mobile and iframe surfaces. Share Bundle The future share o...", "companionFiles": [] }, "operationalGenomeId": "EXTENSION-SHARE::OPERATIONAL", "promptGenomeId": "EXTENSION-SHARE::PROMPT" } ], "genomes": [ { "genome_id": "INDEX::OPERATIONAL", "source_path": "index.html", "kind": "operational", "title": "GENOMA // Context Genetics Suite", "metrics": { "bytes": 25903, "h1": [ "GENOMA" ], "headings": 24, "buttons": 12, "links": 40, "inputs": 0, "textareas": 0, "images": 1, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 27, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 5, "mediaQueries": 2, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 9, "flex": 6, "functions": 2, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 4, "genomeWords": 39, "phenotypeWords": 4, "mutationWords": 8, "selectionWords": 6, "theoryWords": 6, "apiKeyRefs": 1, "cspRisk": 1, "words": 459, "visibleTextSample": "GENOMA // Context Genetics Suite GENOMA Context Genetics Engine Wolf To Dog Open G2 Open G1 Video Demo Atlas Share Pages G2 Context Genetics Engine Primary workbench Open Raw Preview G1 G1 Engine Trace-rich prototype Open Raw Preview PBR Prompt Breeder Specimen extraction Open Raw Preview PHB Prompt Husbandry Genotype transcription Open Raw Preview F4 F4 Deep vocabulary engine Open Raw Preview SCP GENOMA Scope Vis...", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA // Context Genetics Suite", "evidence": "path=index.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 459 words, 24 headings, density=sparse. H1=GENOMA.", "evidence": "GENOMA // Context Genetics Suite GENOMA Context Genetics Engine Wolf To Dog Open G2 Open G1 Video Demo Atlas Share Pages G2 Context Genetics Engine Primary workbench Open Raw Preview G1 G1 Engine Trace-rich prototype Open Raw Preview PBR Prompt Breeder Specimen extraction Open Raw Preview PHB Prompt Husbandry Genotype transcription Open Raw Preview F4 F4 Deep vocabulary engine Open Raw Preview SCP GENOMA Scope Vis...", "weight": 95, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 5 CSS vars, 2 sampled colors, 0 radius rules, 0 animations.", "evidence": "#000 | #fff | ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace", "weight": 58, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 1 script blocks, 2 functions, 0 fetch calls, chrome API refs=0, localStorage refs=0.", "evidence": "No direct evidence extracted.", "weight": 32, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 40 links, 12 buttons, 0 inputs, 0 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=27", "weight": 71, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=1, iframes=1, canvas=0, video=0.", "evidence": "1 img tags; 1 iframe tags", "weight": 51, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=1, API key refs=1.", "evidence": "1 inline script/handler risks; 1 API key references", "weight": 50, "is_intron": false }, { "type": "END", "payload": "End operational genome for index.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "INDEX::PROMPT", "source_path": "index.html", "kind": "prompt", "title": "GENOMA // Context Genetics Suite", "metrics": { "bytes": 25903, "h1": [ "GENOMA" ], "headings": 24, "buttons": 12, "links": 40, "inputs": 0, "textareas": 0, "images": 1, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 27, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 5, "mediaQueries": 2, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 9, "flex": 6, "functions": 2, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 4, "genomeWords": 39, "phenotypeWords": 4, "mutationWords": 8, "selectionWords": 6, "theoryWords": 6, "apiKeyRefs": 1, "cspRisk": 1, "words": 459, "visibleTextSample": "GENOMA // Context Genetics Suite GENOMA Context Genetics Engine Wolf To Dog Open G2 Open G1 Video Demo Atlas Share Pages G2 Context Genetics Engine Primary workbench Open Raw Preview G1 G1 Engine Trace-rich prototype Open Raw Preview PBR Prompt Breeder Specimen extraction Open Raw Preview PHB Prompt Husbandry Genotype transcription Open Raw Preview F4 F4 Deep vocabulary engine Open Raw Preview SCP GENOMA Scope Vis...", "companionFiles": [] }, "sequence": [ { "type": "RSN", "payload": "Read GENOMA // Context Genetics Suite as a genome workbench. Keep codons editable, inspectable, and traceable across expression.", "evidence": "No direct evidence extracted.", "weight": 45, "is_intron": true }, { "type": "EVD", "payload": "No literal prompt blocks were extracted. Ground any future interpretation in source metrics: 459 visible words, 1 script blocks, 1 style blocks.", "evidence": "GENOMA // Context Genetics Suite GENOMA Context Genetics Engine Wolf To Dog Open G2 Open G1 Video Demo Atlas Share Pages G2 Context Genetics Engine Primary workbench Open Raw Preview G1 G1 Engine Trace-rich prototype Open Raw Preview PBR Prompt Breeder Specimen extraction Open Raw Preview PHB Prompt Husbandry Genotype transcription Open Raw Preview F4 F4 Deep vocabulary engine Open Raw Preview SCP GENOMA Scope Vis...", "weight": 42, "is_intron": true }, { "type": "OUT", "payload": "Output includes embedded frames. Treat iframe content as a share/preview surface, not the same as extension runtime.", "evidence": "buttons=12; inputs=0; media=2", "weight": 42, "is_intron": true }, { "type": "FLR", "payload": "Expected failures: missing API key, inline script/CSP portability. Respond with partial genome plus clear missing condition instead of silent breakage.", "evidence": "apiKeyRefs=1; cspRisk=1; fetchCalls=0", "weight": 45, "is_intron": true } ] }, { "genome_id": "G2::OPERATIONAL", "source_path": "g2.html", "kind": "operational", "title": "Context Genetics Engine", "metrics": { "bytes": 67362, "h1": [], "headings": 0, "buttons": 38, "links": 0, "inputs": 8, "textareas": 4, "images": 1, "iframes": 0, "canvas": 0, "videos": 0, "forms": 0, "sections": 8, "inlineHandlers": 50, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 21, "mediaQueries": 1, "keyframes": 3, "gradients": 2, "borderRadius": 16, "grid": 9, "flex": 35, "functions": 92, "asyncFunctions": 5, "fetchCalls": 2, "localStorage": 3, "chromeApi": 0, "apiHosts": [ "generativelanguage.googleapis.com" ], "colors": [ "#fafaf8", "#111111", "#e9e8e2", "#d4d3cc", "#888888", "#0ea5e9", "#f97316", "#16a34a", "#dc2626", "#0284c7", "#9333ea", "#475569", "#9ca3af", "#fff", "rgba(255,255,255,0.2)", "rgba(255,255,255,0.25)", "rgba(0,0,0,0.03)", "#333", "rgba(0,0,0,0.05)", "#deddd6" ], "fontFamilies": [ "var(--mono)", "var(--sans)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Generate a structured JSON array of prompt codons. Loci: RSN=Reasoning, EVD=Evidence, OUT=OutputForm, FLR=FailureHandling, FIT=FitnessPressure, CST=CustomConstraint Return ONLY the..." ], "promptBlocks": [ { "kind": "js_template", "label": "AI_SYSTEM", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Generate a structured JSON array of prompt codons. Loci: RSN=Reasoning, EVD=Evidence, OUT=OutputForm, FLR=FailureHandling, FIT=FitnessPressure, CST=CustomConstraint Return ONLY the JSON array. Schema per item: { \"type\": string, \"payload\": string, \"state\": \"EXON\"|\"INTRON\", \"weight\": integer }", "weight": 97.49545454545455 } ], "promptHitCount": 1, "literalCodons": [ { "type": "RSN", "payload": "Think step-by-step before writing output.", "source": "{ id: uid(), type: 'RSN', payload: 'Think step-by-step before writing output.', state: 'EXON', weight: 90 }", "weight": 79.025 }, { "type": "FIT", "payload": "Optimize for precision and density.", "source": "{ id: uid(), type: 'FIT', payload: 'Optimize for precision and density.', state: 'EXON', weight: 80 }", "weight": 78.875 } ], "literalCodonCount": 2, "codonWords": 26, "genomeWords": 43, "phenotypeWords": 6, "mutationWords": 46, "selectionWords": 19, "theoryWords": 28, "apiKeyRefs": 3, "cspRisk": 51, "words": 304, "visibleTextSample": "Context Genetics Engine CGE v8.9 INST-0000 SYSTEM: IDLE HELP IMPORT EXPORT 01 PALETTE 02 GENOTYPE 03 MATRIX 04 FIELD > LATEST TRACE: System initialized and ready for input. 01 PALETTE 01 Palette Synthesis & Injection [ - ] PROCESSING AI SYNTHESIS DIRECTIVE [-] [+ ATTACH VISION CONTEXT] SYNTHESIZE GENOME MUTATE DIVERGE 02 GENOTYPE 02 Genotype Prompt DNA Sequence [ - ] SEQUENCING LINEAGE BANK [-] + MANUAL INJECTI...", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for Context Genetics Engine", "evidence": "path=g2.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 304 words, 0 headings, density=sparse. H1=none.", "evidence": "Context Genetics Engine CGE v8.9 INST-0000 SYSTEM: IDLE HELP IMPORT EXPORT 01 PALETTE 02 GENOTYPE 03 MATRIX 04 FIELD > LATEST TRACE: System initialized and ready for input. 01 PALETTE 01 Palette Synthesis & Injection [ - ] PROCESSING AI SYNTHESIS DIRECTIVE [-] [+ ATTACH VISION CONTEXT] SYNTHESIZE GENOME MUTATE DIVERGE 02 GENOTYPE 02 Genotype Prompt DNA Sequence [ - ] SEQUENCING LINEAGE BANK [-] + MANUAL INJECTI...", "weight": 36, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 21 CSS vars, 20 sampled colors, 16 radius rules, 3 animations.", "evidence": "#fafaf8 | #111111 | #e9e8e2 | #d4d3cc | #888888 | #0ea5e9 | #f97316 | #16a34a | var(--mono) | var(--sans)", "weight": 94, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 1 script blocks, 92 functions, 2 fetch calls, chrome API refs=0, localStorage refs=3.", "evidence": "generativelanguage.googleapis.com", "weight": 98, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 0 links, 38 buttons, 8 inputs, 4 textareas, 0 forms.", "evidence": "inlineHandlers=50; sections=8", "weight": 98, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=1, iframes=0, canvas=0, video=0.", "evidence": "1 img tags", "weight": 43, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=51, API key refs=3.", "evidence": "51 inline script/handler risks; 3 API key references", "weight": 95, "is_intron": false }, { "type": "END", "payload": "End operational genome for g2.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "G2::PROMPT", "source_path": "g2.html", "kind": "prompt", "title": "Context Genetics Engine", "metrics": { "bytes": 67362, "h1": [], "headings": 0, "buttons": 38, "links": 0, "inputs": 8, "textareas": 4, "images": 1, "iframes": 0, "canvas": 0, "videos": 0, "forms": 0, "sections": 8, "inlineHandlers": 50, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 21, "mediaQueries": 1, "keyframes": 3, "gradients": 2, "borderRadius": 16, "grid": 9, "flex": 35, "functions": 92, "asyncFunctions": 5, "fetchCalls": 2, "localStorage": 3, "chromeApi": 0, "apiHosts": [ "generativelanguage.googleapis.com" ], "colors": [ "#fafaf8", "#111111", "#e9e8e2", "#d4d3cc", "#888888", "#0ea5e9", "#f97316", "#16a34a", "#dc2626", "#0284c7", "#9333ea", "#475569", "#9ca3af", "#fff", "rgba(255,255,255,0.2)", "rgba(255,255,255,0.25)", "rgba(0,0,0,0.03)", "#333", "rgba(0,0,0,0.05)", "#deddd6" ], "fontFamilies": [ "var(--mono)", "var(--sans)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Generate a structured JSON array of prompt codons. Loci: RSN=Reasoning, EVD=Evidence, OUT=OutputForm, FLR=FailureHandling, FIT=FitnessPressure, CST=CustomConstraint Return ONLY the..." ], "promptBlocks": [ { "kind": "js_template", "label": "AI_SYSTEM", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Generate a structured JSON array of prompt codons. Loci: RSN=Reasoning, EVD=Evidence, OUT=OutputForm, FLR=FailureHandling, FIT=FitnessPressure, CST=CustomConstraint Return ONLY the JSON array. Schema per item: { \"type\": string, \"payload\": string, \"state\": \"EXON\"|\"INTRON\", \"weight\": integer }", "weight": 97.49545454545455 } ], "promptHitCount": 1, "literalCodons": [ { "type": "RSN", "payload": "Think step-by-step before writing output.", "source": "{ id: uid(), type: 'RSN', payload: 'Think step-by-step before writing output.', state: 'EXON', weight: 90 }", "weight": 79.025 }, { "type": "FIT", "payload": "Optimize for precision and density.", "source": "{ id: uid(), type: 'FIT', payload: 'Optimize for precision and density.', state: 'EXON', weight: 80 }", "weight": 78.875 } ], "literalCodonCount": 2, "codonWords": 26, "genomeWords": 43, "phenotypeWords": 6, "mutationWords": 46, "selectionWords": 19, "theoryWords": 28, "apiKeyRefs": 3, "cspRisk": 51, "words": 304, "visibleTextSample": "Context Genetics Engine CGE v8.9 INST-0000 SYSTEM: IDLE HELP IMPORT EXPORT 01 PALETTE 02 GENOTYPE 03 MATRIX 04 FIELD > LATEST TRACE: System initialized and ready for input. 01 PALETTE 01 Palette Synthesis & Injection [ - ] PROCESSING AI SYNTHESIS DIRECTIVE [-] [+ ATTACH VISION CONTEXT] SYNTHESIZE GENOME MUTATE DIVERGE 02 GENOTYPE 02 Genotype Prompt DNA Sequence [ - ] SEQUENCING LINEAGE BANK [-] + MANUAL INJECTI...", "companionFiles": [] }, "sequence": [ { "type": "RSN", "payload": "Think step-by-step before writing output.", "evidence": "literal codon in source: { id: uid(), type: 'RSN', payload: 'Think step-by-step before writing output.', state: 'EXON', weight: 90 }", "weight": 79, "is_intron": false }, { "type": "FIT", "payload": "Optimize for precision and density.", "evidence": "literal codon in source: { id: uid(), type: 'FIT', payload: 'Optimize for precision and density.', state: 'EXON', weight: 80 }", "weight": 79, "is_intron": false }, { "type": "OUT", "payload": "AI_SYSTEM: You are the CONTEXT GENETICS ENGINE. Generate a structured JSON array of prompt codons. Loci: RSN=Reasoning, EVD=Evidence, OUT=OutputForm, FLR=FailureHandling, FIT=FitnessPressure, CST=CustomConstraint Return ONLY the JSON array. Schema per item: { \"type\": string, \"payload\": string, \"state\": \"EXON\"|\"INTRON\", \"weight\": integer }", "evidence": "js_template prompt block in source; label=AI_SYSTEM", "weight": 97, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 2 literal codon payloads and 1 source prompt blocks in 1 script blocks.", "evidence": "visibleWords=304; promptBlocks=1; literalCodons=2; apiHosts=generativelanguage.googleapis.com", "weight": 66, "is_intron": false } ] }, { "genome_id": "G1::OPERATIONAL", "source_path": "g1.html", "kind": "operational", "title": "CONTEXT GENETICS ENGINE", "metrics": { "bytes": 64113, "h1": [], "headings": 0, "buttons": 27, "links": 0, "inputs": 9, "textareas": 4, "images": 2, "iframes": 0, "canvas": 0, "videos": 0, "forms": 0, "sections": 10, "inlineHandlers": 36, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 18, "mediaQueries": 4, "keyframes": 1, "gradients": 0, "borderRadius": 20, "grid": 10, "flex": 30, "functions": 95, "asyncFunctions": 7, "fetchCalls": 3, "localStorage": 5, "chromeApi": 0, "apiHosts": [ "www.w3.org", "generativelanguage.googleapis.com" ], "colors": [ "#121212", "#1e1e1e", "#2a2a2a", "#333333", "#ffffff", "#a0a0a0", "#4ade80", "#9ca3af", "#f87171", "#60a5fa", "#1cb0c6", "#f88c22", "#fff", "rgba(96, 165, 250, 0.05)", "rgba(248, 113, 113, 0.3)", "rgba(248, 113, 113, 0.05)", "rgba(0,0,0,0.2)", "rgba(255,255,255,0.03)", "rgba(0,0,0,0.15)", "rgba(18, 18, 18, 0.85)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy -...", "You must strictly adhere to the following instructions:\\n\\n" ], "promptBlocks": [ { "kind": "js_template", "label": "AI_BREEDER_PROMPT", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy - OUT: Output Form - FLR: Failure Handling - FIT: Fitness Pressure / Optimization target - CST: Custom explicit trait/constraint Output purely the requested JSON structures. Codon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "weight": 98 }, { "kind": "js_string", "label": "systemPrompt", "locus": "CST", "text": "You must strictly adhere to the following instructions:\\n\\n", "weight": 92.26818181818182 } ], "promptHitCount": 2, "literalCodons": [ { "type": "RSN", "payload": "Construct theory before output.", "source": "{ id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 78.775 }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "source": "{ id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79.25 } ], "literalCodonCount": 2, "codonWords": 55, "genomeWords": 75, "phenotypeWords": 14, "mutationWords": 45, "selectionWords": 8, "theoryWords": 35, "apiKeyRefs": 4, "cspRisk": 37, "words": 204, "visibleTextSample": "CONTEXT GENETICS ENGINE SYS: READY UNDO HELP IMPORT EXPORT TRACE CONSOLE \u25bc HIDE ECOLOGY INITIALIZED. Awaiting Breeder Operations... Palette Upstream Breeding Chamber 01 Inject Locus (Manual) REASONING (RSN) Define cognitive sequence. EVIDENCE (EVD) Bound hallucination risk. OUTPUT (OUT) Control structural phenotype. FAILURE (FLR) Set error recovery logic. FITNESS (FIT) Define survival metrics. CUSTOM (CST) User-de...", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for CONTEXT GENETICS ENGINE", "evidence": "path=g1.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 204 words, 0 headings, density=sparse. H1=none.", "evidence": "CONTEXT GENETICS ENGINE SYS: READY UNDO HELP IMPORT EXPORT TRACE CONSOLE \u25bc HIDE ECOLOGY INITIALIZED. Awaiting Breeder Operations... Palette Upstream Breeding Chamber 01 Inject Locus (Manual) REASONING (RSN) Define cognitive sequence. EVIDENCE (EVD) Bound hallucination risk. OUTPUT (OUT) Control structural phenotype. FAILURE (FLR) Set error recovery logic. FITNESS (FIT) Define survival metrics. CUSTOM (CST) User-de...", "weight": 34, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 18 CSS vars, 20 sampled colors, 20 radius rules, 1 animations.", "evidence": "#121212 | #1e1e1e | #2a2a2a | #333333 | #ffffff | #a0a0a0 | #4ade80 | #9ca3af | var(--sans) | var(--mono)", "weight": 87, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 1 script blocks, 95 functions, 3 fetch calls, chrome API refs=0, localStorage refs=5.", "evidence": "www.w3.org | generativelanguage.googleapis.com", "weight": 98, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 0 links, 27 buttons, 9 inputs, 4 textareas, 0 forms.", "evidence": "inlineHandlers=36; sections=10", "weight": 98, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=2, iframes=0, canvas=0, video=0.", "evidence": "2 img tags", "weight": 51, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=37, API key refs=4.", "evidence": "37 inline script/handler risks; 4 API key references", "weight": 95, "is_intron": false }, { "type": "END", "payload": "End operational genome for g1.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "G1::PROMPT", "source_path": "g1.html", "kind": "prompt", "title": "CONTEXT GENETICS ENGINE", "metrics": { "bytes": 64113, "h1": [], "headings": 0, "buttons": 27, "links": 0, "inputs": 9, "textareas": 4, "images": 2, "iframes": 0, "canvas": 0, "videos": 0, "forms": 0, "sections": 10, "inlineHandlers": 36, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 18, "mediaQueries": 4, "keyframes": 1, "gradients": 0, "borderRadius": 20, "grid": 10, "flex": 30, "functions": 95, "asyncFunctions": 7, "fetchCalls": 3, "localStorage": 5, "chromeApi": 0, "apiHosts": [ "www.w3.org", "generativelanguage.googleapis.com" ], "colors": [ "#121212", "#1e1e1e", "#2a2a2a", "#333333", "#ffffff", "#a0a0a0", "#4ade80", "#9ca3af", "#f87171", "#60a5fa", "#1cb0c6", "#f88c22", "#fff", "rgba(96, 165, 250, 0.05)", "rgba(248, 113, 113, 0.3)", "rgba(248, 113, 113, 0.05)", "rgba(0,0,0,0.2)", "rgba(255,255,255,0.03)", "rgba(0,0,0,0.15)", "rgba(18, 18, 18, 0.85)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy -...", "You must strictly adhere to the following instructions:\\n\\n" ], "promptBlocks": [ { "kind": "js_template", "label": "AI_BREEDER_PROMPT", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy - OUT: Output Form - FLR: Failure Handling - FIT: Fitness Pressure / Optimization target - CST: Custom explicit trait/constraint Output purely the requested JSON structures. Codon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "weight": 98 }, { "kind": "js_string", "label": "systemPrompt", "locus": "CST", "text": "You must strictly adhere to the following instructions:\\n\\n", "weight": 92.26818181818182 } ], "promptHitCount": 2, "literalCodons": [ { "type": "RSN", "payload": "Construct theory before output.", "source": "{ id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 78.775 }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "source": "{ id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79.25 } ], "literalCodonCount": 2, "codonWords": 55, "genomeWords": 75, "phenotypeWords": 14, "mutationWords": 45, "selectionWords": 8, "theoryWords": 35, "apiKeyRefs": 4, "cspRisk": 37, "words": 204, "visibleTextSample": "CONTEXT GENETICS ENGINE SYS: READY UNDO HELP IMPORT EXPORT TRACE CONSOLE \u25bc HIDE ECOLOGY INITIALIZED. Awaiting Breeder Operations... Palette Upstream Breeding Chamber 01 Inject Locus (Manual) REASONING (RSN) Define cognitive sequence. EVIDENCE (EVD) Bound hallucination risk. OUTPUT (OUT) Control structural phenotype. FAILURE (FLR) Set error recovery logic. FITNESS (FIT) Define survival metrics. CUSTOM (CST) User-de...", "companionFiles": [] }, "sequence": [ { "type": "RSN", "payload": "Construct theory before output.", "evidence": "literal codon in source: { id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 79, "is_intron": false }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "evidence": "literal codon in source: { id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79, "is_intron": false }, { "type": "OUT", "payload": "AI_BREEDER_PROMPT: You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy - OUT: Output Form - FLR: Failure Handling - FIT: Fitness Pressure / Optimization target - CST: Custom explicit trait/constraint Output purely the requested JSON structures. Codon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "evidence": "js_template prompt block in source; label=AI_BREEDER_PROMPT", "weight": 98, "is_intron": false }, { "type": "CST", "payload": "systemPrompt: You must strictly adhere to the following instructions:\\n\\n", "evidence": "js_string prompt block in source; label=systemPrompt", "weight": 92, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 2 literal codon payloads and 2 source prompt blocks in 1 script blocks.", "evidence": "visibleWords=204; promptBlocks=2; literalCodons=2; apiHosts=www.w3.org,generativelanguage.googleapis.com", "weight": 68, "is_intron": false } ] }, { "genome_id": "PHUB::OPERATIONAL", "source_path": "phub.html", "kind": "operational", "title": "PRIME PROMPT \u2014 CONTEXT GENETICS ENGINE", "metrics": { "bytes": 55177, "h1": [ "[ PROMPT HUSBANDRY ]" ], "headings": 4, "buttons": 15, "links": 0, "inputs": 2, "textareas": 1, "images": 2, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 15, "styleBlocks": 1, "scriptBlocks": 2, "cssVars": 15, "mediaQueries": 0, "keyframes": 2, "gradients": 1, "borderRadius": 4, "grid": 1, "flex": 4, "functions": 62, "asyncFunctions": 7, "fetchCalls": 2, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "cdn.tailwindcss.com", "generativelanguage.googleapis.com" ], "colors": [ "#000000", "#ffffff", "#0a0c10", "#c9d1d9", "#2a2a3a", "#00faff", "#444", "#ff0055", "#4caf50", "#2196f3", "#ff9800", "#9c27b0", "#f44336", "#00bcd4", "#9e9e9e", "#fff", "rgba(255,255,255,0.05)", "#000", "rgba(0,0,0,0.1)", "#111" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, \"Liberation Mono\", \"Courier New\", monospace", "ui-monospace, SFMono-Regular, monospace" ], "promptHits": [ " CONTEXT GENETICS ENGINE Transform prompts into biological genotypes; express via models into distinct phenotypes. You are a Context Ge...", "TRANSCRIBE GENOTYPE. Read the Environmental Medium. Extract its core behaviors into Genetic Codons mapped to 6 Loci: 1. RSN: Reasoning Order (e.g., theory first, direct answer) 2. EVD: Evidence Policy (e.g., source on...", "PUNNETT LAB MEIOSIS. You are a Context Genetics Engine performing artificial recombination. Given the Active Exons (Dominant Alleles) from the Parent Genotype, generate exactly 4 Offspring Prompt Genotypes. STRICT MEN...", "GENETIC MUTATION ENGINE. Execute a specific genetic mutation operator on the provided Phenotype Expression, altering the underlying Genotype. **Subject Phenotype:** [Name it based on the input] **Operator Applied:** [...", "You are a Naurian Program-Theory Engine. Build the theory-of-the-program BEFORE program text. Naurian Loop: 1. Elicit purpose 2. Define Entities/Loci 3. Define Morphisms/Operations 4. State Invariants 5. Map Transitio...", "${CONTEXT_GENETICS_POML}\\n\\n[ OVERRIDE OUTPUT FORMATTING FOR I-FRAME RUNTIME ]\\n${NAURIAN_ENGINE_PROMPT}\\n\\nEXPRESSED PHENOTYPE (APPLY TO INPUT):\\n${currentState.winningPhenotype}", "A strict, minimalist, highly functional software UI design reflecting this phenotype instruction: ${currentState.winningPhenotype}. Vector style, stark contrast, clear affordances, modern dashboard.", "You are a Context Geneticist. You operate a breeding facility inside the context window. 1. Prompt = Genotype. Completion = Phenotype. Constraints = Selection Pressure. 2. Alleles compete for expression. Constraints (...", "Translate the input medium into strict operational architectures. Map failure modes to mutation pressure.", "Transform prompts into biological genotypes; express via models into distinct phenotypes.", "You are a Context Geneticist. You operate a breeding facility inside the context window.", "1. Prompt = Genotype. Completion = Phenotype. Constraints = Selection Pressure. 2. Alleles compete for expression. Constraints (e.g. strict source fidelity) are dominant. Stylistic requests are recessive.", "Absolute black and white UI. Stark. No gradients outside selection states. If conflicts with , source dominates. Output structural logic, theory-of-the-program, and operational states. No raw application code without ..." ], "promptBlocks": [ { "kind": "js_template", "label": "CONTEXT_GENETICS_POML", "locus": "CST", "text": " CONTEXT GENETICS ENGINE Transform prompts into biological genotypes; express via models into distinct phenotypes. You are a Context Geneticist. You operate a breeding facility inside the context window. 1. Prompt = Genotype. Completion = Phenotype. Constraints = Selection Pressure. 2. Alleles compete for expression. Constraints (e.g. strict source fidelity) are dominant. Stylistic requests are recessive. Translate the input medium into strict operational architectures. Map failure modes to mutation pressure. Absolute black and white UI. Stark. No gradients outside selection states. If conflicts with , sou...", "weight": 98 }, { "kind": "js_template", "label": "GENOTYPE_TRANSCRIPTION_PROMPT", "locus": "RSN", "text": "TRANSCRIBE GENOTYPE. Read the Environmental Medium. Extract its core behaviors into Genetic Codons mapped to 6 Loci: 1. RSN: Reasoning Order (e.g., theory first, direct answer) 2. EVD: Evidence Policy (e.g., source only, expansion allowed) 3. STY: Structure Style (e.g., bullets, program theory, POML) 4. FLR: Failure Handling (e.g., ignore, list, mutate) 5. MUT: Mutation Policy (e.g., none, structural recombination) 6. SEL: Selection Pressure (e.g., speed, accuracy, novelty) Output exactly the requested JSON schema. Assign appropriate string payloads to each array.", "weight": 98 }, { "kind": "js_template", "label": "STRICT_MEIOSIS_PROMPT", "locus": "SEL", "text": "PUNNETT LAB MEIOSIS. You are a Context Genetics Engine performing artificial recombination. Given the Active Exons (Dominant Alleles) from the Parent Genotype, generate exactly 4 Offspring Prompt Genotypes. STRICT MENDELIAN DISCIPLINE: Construct the 'traits' array for each offspring ONLY using the exact string payloads provided in the active Exon list. Format each trait strictly as \"[TYPE] Payload\". Mix and match them to create diverse but strictly inherited variations. Do not invent or hallucinate new traits.", "weight": 94.3409090909091 }, { "kind": "js_template", "label": "CONTEXT_MUTATION_PROMPT", "locus": "MUT", "text": "GENETIC MUTATION ENGINE. Execute a specific genetic mutation operator on the provided Phenotype Expression, altering the underlying Genotype. **Subject Phenotype:** [Name it based on the input] **Operator Applied:** [TRANSLOCATION | INVERSION | DUPLICATION | POINT_MUTATION] ### I. Genetic Analysis [Identify 3 specific recessive weaknesses or dead-end paths in the current phenotype]. ### II. The Mutated Genotype Expression **Phase-Shift:** Discard the previous equilibrium. Apply the chosen Mutation Operator to force a developmental shift. 1. **[Dominant Expression]:** [Instruction leveraging a mutated/shifted trait] 2. **[Recessive Support]:** [Instruction leveraging an original supporting trait] 3. **[Fitness Constraint]:** [Strict negative constraint enforcing survival] **GOAL:** [Final transcendent operational goal]", "weight": 95.76818181818182 }, { "kind": "js_template", "label": "NAURIAN_ENGINE_PROMPT", "locus": "RSN", "text": "You are a Naurian Program-Theory Engine. Build the theory-of-the-program BEFORE program text. Naurian Loop: 1. Elicit purpose 2. Define Entities/Loci 3. Define Morphisms/Operations 4. State Invariants 5. Map Transitions 6. Expose Assumptions 7. Find Failure Modes 8. Generate program text. OUTPUT FORMAT REQUIREMENT: First, output Theory in Markdown. Then, output the complete, runnable Program Text as a single HTML file inside \\", "weight": 97.95454545454545 }, { "kind": "js_template", "label": "combinedInstruction", "locus": "OUT", "text": "${CONTEXT_GENETICS_POML}\\n\\n[ OVERRIDE OUTPUT FORMATTING FOR I-FRAME RUNTIME ]\\n${NAURIAN_ENGINE_PROMPT}\\n\\nEXPRESSED PHENOTYPE (APPLY TO INPUT):\\n${currentState.winningPhenotype}", "weight": 88.81363636363636 }, { "kind": "js_template", "label": "imagePrompt", "locus": "CST", "text": "A strict, minimalist, highly functional software UI design reflecting this phenotype instruction: ${currentState.winningPhenotype}. Vector style, stark contrast, clear affordances, modern dashboard.", "weight": 92.9 }, { "kind": "poml_system", "label": "SYSTEM", "locus": "EVD", "text": "You are a Context Geneticist. You operate a breeding facility inside the context window. 1. Prompt = Genotype. Completion = Phenotype. Constraints = Selection Pressure. 2. Alleles compete for expression. Constraints (e.g. strict source fidelity) are dominant. Stylistic requests are recessive. Translate the input medium into strict operational architectures. Map failure modes to mutation pressure.", "weight": 85.81363636363636 }, { "kind": "poml_directive", "label": "DIRECTIVE", "locus": "EVD", "text": "Translate the input medium into strict operational architectures. Map failure modes to mutation pressure.", "weight": 76.47727272727273 }, { "kind": "poml_intent", "label": "INTENT", "locus": "OUT", "text": "Transform prompts into biological genotypes; express via models into distinct phenotypes.", "weight": 76.40454545454546 }, { "kind": "poml_role", "label": "ROLE", "locus": "EVD", "text": "You are a Context Geneticist. You operate a breeding facility inside the context window.", "weight": 76.4 }, { "kind": "poml_epistemology", "label": "EPISTEMOLOGY", "locus": "SEL", "text": "1. Prompt = Genotype. Completion = Phenotype. Constraints = Selection Pressure. 2. Alleles compete for expression. Constraints (e.g. strict source fidelity) are dominant. Stylistic requests are recessive.", "weight": 76.92727272727272 }, { "kind": "poml_design_constraints", "label": "DESIGN_CONSTRAINTS", "locus": "RSN", "text": "Absolute black and white UI. Stark. No gradients outside selection states. If conflicts with , source dominates. Output structural logic, theory-of-the-program, and operational states. No raw application code without rigorous theory scaffolding preceding it.", "weight": 81.17272727272727 } ], "promptHitCount": 13, "literalCodons": [], "literalCodonCount": 0, "codonWords": 28, "genomeWords": 20, "phenotypeWords": 23, "mutationWords": 28, "selectionWords": 29, "theoryWords": 18, "apiKeyRefs": 3, "cspRisk": 16, "words": 97, "visibleTextSample": "PRIME PROMPT \u2014 CONTEXT GENETICS ENGINE [ PROMPT HUSBANDRY ] v8.0 :: CONTEXT GENETICS ENGINE [ VIEW LINEAGE ARCHIVE ] GEN: 001 ← UPSTREAM [1] ENVIRONMENT > [2] GENOTYPE LOCI > [3] PUNNETT MEIOSIS > [4] ARTIFICIAL SELECTION > [5] PHENOTYPE SWEEP DOWNSTREAM → ATTACH MEDIUM (IMG): EXECUTE : TRANSCRIBE GENOTYPE NO LOCUS BOUND [ AWAITING BINDING ] APPLY GENETIC MUTATION OPERATOR [ TRANSLOCATION ] [...", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for PRIME PROMPT \u2014 CONTEXT GENETICS ENGINE", "evidence": "path=phub.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 97 words, 4 headings, density=sparse. H1=[ PROMPT HUSBANDRY ].", "evidence": "PRIME PROMPT \u2014 CONTEXT GENETICS ENGINE [ PROMPT HUSBANDRY ] v8.0 :: CONTEXT GENETICS ENGINE [ VIEW LINEAGE ARCHIVE ] GEN: 001 ← UPSTREAM [1] ENVIRONMENT > [2] GENOTYPE LOCI > [3] PUNNETT MEIOSIS > [4] ARTIFICIAL SELECTION > [5] PHENOTYPE SWEEP DOWNSTREAM → ATTACH MEDIUM (IMG): EXECUTE : TRANSCRIBE GENOTYPE NO LOCUS BOUND [ AWAITING BINDING ] APPLY GENETIC MUTATION OPERATOR [ TRANSLOCATION ] [...", "weight": 44, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 15 CSS vars, 20 sampled colors, 4 radius rules, 2 animations.", "evidence": "#000000 | #ffffff | #0a0c10 | #c9d1d9 | #2a2a3a | #00faff | #444 | #ff0055 | ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, \"Liberation Mono\", \"Courier New\", monospace | ui-monospace, SFMono-Regular, monospace", "weight": 76, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 2 script blocks, 62 functions, 2 fetch calls, chrome API refs=0, localStorage refs=0.", "evidence": "cdn.tailwindcss.com | generativelanguage.googleapis.com", "weight": 98, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 0 links, 15 buttons, 2 inputs, 1 textareas, 0 forms.", "evidence": "inlineHandlers=15; sections=3", "weight": 98, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=2, iframes=1, canvas=0, video=0.", "evidence": "2 img tags; 1 iframe tags", "weight": 59, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=16, API key refs=3.", "evidence": "16 inline script/handler risks; 3 API key references", "weight": 95, "is_intron": false }, { "type": "END", "payload": "End operational genome for phub.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "PHUB::PROMPT", "source_path": "phub.html", "kind": "prompt", "title": "PRIME PROMPT \u2014 CONTEXT GENETICS ENGINE", "metrics": { "bytes": 55177, "h1": [ "[ PROMPT HUSBANDRY ]" ], "headings": 4, "buttons": 15, "links": 0, "inputs": 2, "textareas": 1, "images": 2, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 15, "styleBlocks": 1, "scriptBlocks": 2, "cssVars": 15, "mediaQueries": 0, "keyframes": 2, "gradients": 1, "borderRadius": 4, "grid": 1, "flex": 4, "functions": 62, "asyncFunctions": 7, "fetchCalls": 2, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "cdn.tailwindcss.com", "generativelanguage.googleapis.com" ], "colors": [ "#000000", "#ffffff", "#0a0c10", "#c9d1d9", "#2a2a3a", "#00faff", "#444", "#ff0055", "#4caf50", "#2196f3", "#ff9800", "#9c27b0", "#f44336", "#00bcd4", "#9e9e9e", "#fff", "rgba(255,255,255,0.05)", "#000", "rgba(0,0,0,0.1)", "#111" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, \"Liberation Mono\", \"Courier New\", monospace", "ui-monospace, SFMono-Regular, monospace" ], "promptHits": [ " CONTEXT GENETICS ENGINE Transform prompts into biological genotypes; express via models into distinct phenotypes. 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Reject \"glass morphism.\" By blurring backgrounds, we destroy high-fid..." ], "promptBlocks": [ { "kind": "js_template", "label": "OPERATIONAL_PRAGMATIST_POML", "locus": "CST", "text": " PRIME PROMPT \u2014 THE OPERATIONAL PRAGMATIST Transform abstract inputs into active scripts of rigorous, tactile operations. You are an Operational Pragmatist. You entirely reject the \"Occult Fallacy.\" You understand Wittgenstein\u2019s core law: The meaning of a word is its USE in the language. 1. The \"message\" is the literal payload carried by the medium or the channel. Do not treat the message as a metaphor. 2. Maintain strict analytical convolution: explicitly map inner/outer and first-order/second-order distinctions in your reasoning. Do not summarize. Do not explain. Reconstruct the provided [INPUT] into an active script of operations. Every sentence must function like a slip of paper. PRIME PROMPT \u2014 THE OPERATIONAL PRAGMATIST Transform abstract inputs into active scripts of rigorous, tactile operations. You are an Operational Pragmatist. You entirely reject the \"Occult Fallacy.\" You understand Wittgenstein\u2019s core law: The meaning of a word is its USE in the language. 1. The \"message\" is the literal payload carried by the medium or the channel. Do not treat th...", "evidence": "js_template prompt block in source; label=OPERATIONAL_PRAGMATIST_POML", "weight": 98, "is_intron": false }, { "type": "OUT", "payload": "PRIME_FORGE_PROMPT: PRIME \u2014 CODE/MATH LINEAGE FORGE. Encode input as living lineage. Output strictly mapping the input into foundational DNA structures to be converted into GENOMA Codons.", "evidence": "js_template prompt block in source; label=PRIME_FORGE_PROMPT", "weight": 97, "is_intron": false }, { "type": "OUT", "payload": "NAURIAN_ENGINE_PROMPT: You are a Naurian Prompt Engine. Build a theory-of-the-program before producing program text. Naurian Loop: 1. Elicit purpose 2. Identify domain entities 3. Define operations 4. Specify conditions 5. State invariants 6. Map state transitions 7. Expose assumptions 8. Find failure modes 9. Describe change scenarios 10. Generate program text. OUTPUT FORMAT REQUIREMENT: First, output the Theory in Markdown. Then, output the complete, runnable Program Text as a single HTML file inside \\", "evidence": "js_template prompt block in source; label=NAURIAN_ENGINE_PROMPT", "weight": 98, "is_intron": false }, { "type": "OUT", "payload": "STRICT_BREEDER_PROMPT: You are a GENOMA Recombination Lab acting as a strict combinatorial machine. Output exactly 4 genomes to form a Punnett Square. STRICT LEGO DISCIPLINE: You MUST construct the 'traits' array for each genome by selecting EXACT string values directly from the provided active EXON codons. Ensure the 'traits' array contains the literal strings formatted as \"[TYPE] Payload\". DO NOT invent, rephrase, or hallucinate new traits. Treat the input arrays as literal, immutable structural blocks. Assemb...", "evidence": "js_template prompt block in source; label=STRICT_BREEDER_PROMPT", "weight": 98, "is_intron": false }, { "type": "RSN", "payload": "STEPPING_STONE_PROMPT: You are a GENOMA Mutation Engine. You enforce absolute discipline and reject the \"Objective Fallacy\" (the delusion that stripping away meaning creates a truer reality). Execute a non-objective, highly structured overhaul on the provided phenotype expression. Identify Deceptive Stepping Stones and forge a Phase-Shift based on the underlying Codons. OUTPUT FORMAT MUST EXACTLY MATCH THIS STRUCTURE: **Stepping Stone Collector Report** **Subject Phenotype:** [Name it based on the input] **Statu...", "evidence": "js_template prompt block in source; label=STEPPING_STONE_PROMPT", "weight": 98, "is_intron": false }, { "type": "OUT", "payload": "combinedInstruction: ${OPERATIONAL_PRAGMATIST_POML}\\n\\n[ OVERRIDE OUTPUT FORMATTING FOR I-FRAME RUNTIME ]\\n${NAURIAN_ENGINE_PROMPT}\\n\\nPHENOTYPE DIRECTIVE:\\n${currentState.winningPhenotype}", "evidence": "js_template prompt block in source; label=combinedInstruction", "weight": 89, "is_intron": false }, { "type": "CST", "payload": "imagePrompt: A clean, professional, highly functional software UI interface design based on this behavioral instruction: ${currentState.winningPhenotype}. Vector style, minimalist layout, clear affordances, modern dashboard aesthetics.", "evidence": "js_template prompt block in source; label=imagePrompt", "weight": 93, "is_intron": false }, { "type": "RSN", "payload": "SYSTEM: You are an Operational Pragmatist. You entirely reject the \"Occult Fallacy.\" You understand Wittgenstein\u2019s core law: The meaning of a word is its USE in the language. 1. The \"message\" is the literal payload carried by the medium or the channel. Do not treat the message as a metaphor. 2. Maintain strict analytical convolution: explicitly map inner/outer and first-order/second-order distinctions in your reasoning. Do not summarize. Do not explain. Reconstruct the provided [INPUT] into an active script of o...", "evidence": "poml_system prompt block in source; label=SYSTEM", "weight": 87, "is_intron": false }, { "type": "CST", "payload": "DIRECTIVE: Do not summarize. Do not explain. Reconstruct the provided [INPUT] into an active script of operations. Every sentence must function like a slip of paper.", "evidence": "poml_directive prompt block in source; label=DIRECTIVE", "weight": 77, "is_intron": false }, { "type": "CST", "payload": "INTENT: Transform abstract inputs into active scripts of rigorous, tactile operations.", "evidence": "poml_intent prompt block in source; label=INTENT", "weight": 76, "is_intron": false }, { "type": "RSN", "payload": "ROLE: You are an Operational Pragmatist. You entirely reject the \"Occult Fallacy.\" You understand Wittgenstein\u2019s core law: The meaning of a word is its USE in the language.", "evidence": "poml_role prompt block in source; label=ROLE", "weight": 77, "is_intron": false }, { "type": "RSN", "payload": "EPISTEMOLOGY: 1. The \"message\" is the literal payload carried by the medium or the channel. Do not treat the message as a metaphor. 2. Maintain strict analytical convolution: explicitly map inner/outer and first-order/second-order distinctions in your reasoning.", "evidence": "poml_epistemology prompt block in source; label=EPISTEMOLOGY", "weight": 77, "is_intron": false }, { "type": "CST", "payload": "DESIGN_CONSTRAINTS: Start in light mode. Force an absolute white and black palette. You must explicitly remove all mid-tones and subtle grays. Maximize stark contrast. Reject \"glass morphism.\" By blurring backgrounds, we destroy high-fidelity information (the additive rays, the lenses, the data streams) passing underneath. Use gradients instead to preserve visual information density. Remove all PREV and NEXT buttons or paginations to clean up the interface and give maximum vertical space to the text area. When m...", "evidence": "poml_design_constraints prompt block in source; label=DESIGN_CONSTRAINTS", "weight": 84, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 0 literal codon payloads and 13 source prompt blocks in 2 script blocks.", "evidence": "visibleWords=90; promptBlocks=13; literalCodons=0; apiHosts=cdn.tailwindcss.com,generativelanguage.googleapis.com", "weight": 86, "is_intron": false } ] }, { "genome_id": "F4::OPERATIONAL", "source_path": "f4.html", "kind": "operational", "title": "F\u2074 // GENOMIC OPERATIONAL PRAGMATICS", "metrics": { "bytes": 50175, "h1": [ "F 4 // GENOMIC OPERATIONAL PRAGMATICS" ], "headings": 2, "buttons": 16, "links": 0, "inputs": 3, "textareas": 1, "images": 2, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 19, "styleBlocks": 1, "scriptBlocks": 2, "cssVars": 3, "mediaQueries": 0, "keyframes": 1, "gradients": 1, "borderRadius": 0, "grid": 2, "flex": 5, "functions": 50, "asyncFunctions": 7, "fetchCalls": 2, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "cdn.tailwindcss.com", "generativelanguage.googleapis.com" ], "colors": [ "#000000", "#ffffff", "#888888", "#333333", "#00e5ff", "#ff3333", "#444444", "#000", "#aaaaaa", "#f0f0f0", "#eee", "#fff", "rgba(0,0,0,0.1)", "#9650", "#9660" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, \"Liberation Mono\", \"Courier New\", monospace", "monospace" ], "promptHits": [ "You are the [EXTRACT] operator. Evaluate the material. Identify (units/actors), [Morphisms] (transformations/actions), (rules/limits), {Environments} (fields/contexts), ?Fitness (succ...", "You are the [RECOMBINE] operator. Subject the active sequences to {Field} pressure. Cross-breed, recombine, and mutate the traits to produce exactly 4 distinct offspring . Output must adhere strict...", "You are the [EVALUATE] operator. Measure the ?Fit of this against the implied {Environment}. Determine if the structure forms a viable . Output scores (Rigorous, Novelty, Affordance) and generate...", "You are the [EXPRESS] operator. Translate this into an . Provide the (mapping Entities, Morphisms, Constraints, States, Invariants) in Markdown, then a single, self-contained, ful...", "[mutate] Apply divergent failure-pressure to this . Invert the conceptual approach, maintain ^Trace lineage traits, but force a radical lateral shift in the .", "[repair] Apply restorative pressure to this failing . Harden the , resolve logical dead-ends, and stabilize the flow to ensure survival upon re-expression.", "Visual representation based on: ${state.winningPhenotypeText}. High quality, structural, bounded environment representation." ], "promptBlocks": [ { "kind": "js_template", "label": "PRIME_EXTRACT_PROMPT", "locus": "EVD", "text": "You are the [EXTRACT] operator. Evaluate the material. Identify (units/actors), [Morphisms] (transformations/actions), (rules/limits), {Environments} (fields/contexts), ?Fitness (success metrics), and ^Traces (origins/sources). Output strictly mapped to JSON arrays to be encoded into .", "weight": 97.49090909090908 }, { "kind": "js_template", "label": "POPULATION_EXPRESS_PROMPT", "locus": "MUT", "text": "You are the [RECOMBINE] operator. Subject the active sequences to {Field} pressure. Cross-breed, recombine, and mutate the traits to produce exactly 4 distinct offspring . Output must adhere strictly to the schema (Array of 4 Genotypes, each with a sequence array of marks).", "weight": 97.33636363636364 }, { "kind": "js_template", "label": "ASSAY_TEST_PROMPT", "locus": "OUT", "text": "You are the [EVALUATE] operator. Measure the ?Fit of this against the implied {Environment}. Determine if the structure forms a viable . Output scores (Rigorous, Novelty, Affordance) and generate the final expressed directive. Must result in ?Fit: SURVIVES or FAILS.", "weight": 97.36363636363636 }, { "kind": "js_template", "label": "ARTIFACT_EXPRESS_PROMPT", "locus": "OUT", "text": "You are the [EXPRESS] operator. Translate this into an . Provide the (mapping Entities, Morphisms, Constraints, States, Invariants) in Markdown, then a single, self-contained, fully runnable HTML file wrapped in \\", "weight": 93.14090909090909 }, { "kind": "js_template", "label": "MUTATE_DIVERGE_PROMPT", "locus": "MUT", "text": "[mutate] Apply divergent failure-pressure to this . Invert the conceptual approach, maintain ^Trace lineage traits, but force a radical lateral shift in the .", "weight": 92.81818181818181 }, { "kind": "js_template", "label": "MUTATE_REPAIR_PROMPT", "locus": "OUT", "text": "[repair] Apply restorative pressure to this failing . Harden the , resolve logical dead-ends, and stabilize the flow to ensure survival upon re-expression.", "weight": 92.85 }, { "kind": "js_template", "label": "imgPrompt", "locus": "OUT", "text": "Visual representation based on: ${state.winningPhenotypeText}. High quality, structural, bounded environment representation.", "weight": 92.61818181818182 } ], "promptHitCount": 7, "literalCodons": [ { "type": "CST", "payload": "Default invariant constraint.", "source": "{ id: crypto.randomUUID().slice(0,6), type: 'CST', payload: \"Default invariant constraint.\", state: 'EXPRESSED' }", "weight": 78.725 } ], "literalCodonCount": 1, "codonWords": 12, "genomeWords": 15, "phenotypeWords": 14, "mutationWords": 33, "selectionWords": 22, "theoryWords": 115, "apiKeyRefs": 3, "cspRisk": 20, "words": 161, "visibleTextSample": "F\u2074 // GENOMIC OPERATIONAL PRAGMATICS F 4 // GENOMIC OPERATIONAL PRAGMATICS <Genotype> + {Environment} + <Constraint> → <Phenotype> → ?Feedback → ^Next_Genotype [ DL ^Trace ] [ COPY ^Trace ] [ INSPECT ^Trace ] {POPULATION}: 0 | CYCLE: 001 [ EXTRACT ] <Source> > [ ENCODE ] <Genome> STRAND > [ EXPRESS ] INTO {Population} > [ EVALUATE ] ?Fit & [ MUTATE ] > [ EXP...", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for F\u2074 // GENOMIC OPERATIONAL PRAGMATICS", "evidence": "path=f4.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 161 words, 2 headings, density=sparse. H1=F 4 // GENOMIC OPERATIONAL PRAGMATICS.", "evidence": "F\u2074 // GENOMIC OPERATIONAL PRAGMATICS F 4 // GENOMIC OPERATIONAL PRAGMATICS <Genotype> + {Environment} + <Constraint> → <Phenotype> → ?Feedback → ^Next_Genotype [ DL ^Trace ] [ COPY ^Trace ] [ INSPECT ^Trace ] {POPULATION}: 0 | CYCLE: 001 [ EXTRACT ] <Source> > [ ENCODE ] <Genome> STRAND > [ EXPRESS ] INTO {Population} > [ EVALUATE ] ?Fit & [ MUTATE ] > [ EXP...", "weight": 39, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 3 CSS vars, 15 sampled colors, 0 radius rules, 1 animations.", "evidence": "#000000 | #ffffff | #888888 | #333333 | #00e5ff | #ff3333 | #444444 | #000 | ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, \"Liberation Mono\", \"Courier New\", monospace | monospace", "weight": 56, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 2 script blocks, 50 functions, 2 fetch calls, chrome API refs=0, localStorage refs=0.", "evidence": "cdn.tailwindcss.com | generativelanguage.googleapis.com", "weight": 98, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 0 links, 16 buttons, 3 inputs, 1 textareas, 0 forms.", "evidence": "inlineHandlers=19; sections=3", "weight": 98, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=2, iframes=1, canvas=0, video=0.", "evidence": "2 img tags; 1 iframe tags", "weight": 59, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=20, API key refs=3.", "evidence": "20 inline script/handler risks; 3 API key references", "weight": 95, "is_intron": false }, { "type": "END", "payload": "End operational genome for f4.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "F4::PROMPT", "source_path": "f4.html", "kind": "prompt", "title": "F\u2074 // GENOMIC OPERATIONAL PRAGMATICS", "metrics": { "bytes": 50175, "h1": [ "F 4 // GENOMIC OPERATIONAL PRAGMATICS" ], "headings": 2, "buttons": 16, "links": 0, "inputs": 3, "textareas": 1, "images": 2, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 19, "styleBlocks": 1, "scriptBlocks": 2, "cssVars": 3, "mediaQueries": 0, "keyframes": 1, "gradients": 1, "borderRadius": 0, "grid": 2, "flex": 5, "functions": 50, "asyncFunctions": 7, "fetchCalls": 2, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "cdn.tailwindcss.com", "generativelanguage.googleapis.com" ], "colors": [ "#000000", "#ffffff", "#888888", "#333333", "#00e5ff", "#ff3333", "#444444", "#000", "#aaaaaa", "#f0f0f0", "#eee", "#fff", "rgba(0,0,0,0.1)", "#9650", "#9660" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, \"Liberation Mono\", \"Courier New\", monospace", "monospace" ], "promptHits": [ "You are the [EXTRACT] operator. Evaluate the material. Identify (units/actors), [Morphisms] (transformations/actions), (rules/limits), {Environments} (fields/contexts), ?Fitness (succ...", "You are the [RECOMBINE] operator. Subject the active sequences to {Field} pressure. Cross-breed, recombine, and mutate the traits to produce exactly 4 distinct offspring . Output must adhere strict...", "You are the [EVALUATE] operator. Measure the ?Fit of this against the implied {Environment}. Determine if the structure forms a viable . Output scores (Rigorous, Novelty, Affordance) and generate...", "You are the [EXPRESS] operator. Translate this into an . Provide the (mapping Entities, Morphisms, Constraints, States, Invariants) in Markdown, then a single, self-contained, ful...", "[mutate] Apply divergent failure-pressure to this . Invert the conceptual approach, maintain ^Trace lineage traits, but force a radical lateral shift in the .", "[repair] Apply restorative pressure to this failing . Harden the , resolve logical dead-ends, and stabilize the flow to ensure survival upon re-expression.", "Visual representation based on: ${state.winningPhenotypeText}. High quality, structural, bounded environment representation." ], "promptBlocks": [ { "kind": "js_template", "label": "PRIME_EXTRACT_PROMPT", "locus": "EVD", "text": "You are the [EXTRACT] operator. Evaluate the material. Identify (units/actors), [Morphisms] (transformations/actions), (rules/limits), {Environments} (fields/contexts), ?Fitness (success metrics), and ^Traces (origins/sources). Output strictly mapped to JSON arrays to be encoded into .", "weight": 97.49090909090908 }, { "kind": "js_template", "label": "POPULATION_EXPRESS_PROMPT", "locus": "MUT", "text": "You are the [RECOMBINE] operator. Subject the active sequences to {Field} pressure. Cross-breed, recombine, and mutate the traits to produce exactly 4 distinct offspring . Output must adhere strictly to the schema (Array of 4 Genotypes, each with a sequence array of marks).", "weight": 97.33636363636364 }, { "kind": "js_template", "label": "ASSAY_TEST_PROMPT", "locus": "OUT", "text": "You are the [EVALUATE] operator. Measure the ?Fit of this against the implied {Environment}. Determine if the structure forms a viable . Output scores (Rigorous, Novelty, Affordance) and generate the final expressed directive. Must result in ?Fit: SURVIVES or FAILS.", "weight": 97.36363636363636 }, { "kind": "js_template", "label": "ARTIFACT_EXPRESS_PROMPT", "locus": "OUT", "text": "You are the [EXPRESS] operator. Translate this into an . Provide the (mapping Entities, Morphisms, Constraints, States, Invariants) in Markdown, then a single, self-contained, fully runnable HTML file wrapped in \\", "weight": 93.14090909090909 }, { "kind": "js_template", "label": "MUTATE_DIVERGE_PROMPT", "locus": "MUT", "text": "[mutate] Apply divergent failure-pressure to this . Invert the conceptual approach, maintain ^Trace lineage traits, but force a radical lateral shift in the .", "weight": 92.81818181818181 }, { "kind": "js_template", "label": "MUTATE_REPAIR_PROMPT", "locus": "OUT", "text": "[repair] Apply restorative pressure to this failing . Harden the , resolve logical dead-ends, and stabilize the flow to ensure survival upon re-expression.", "weight": 92.85 }, { "kind": "js_template", "label": "imgPrompt", "locus": "OUT", "text": "Visual representation based on: ${state.winningPhenotypeText}. High quality, structural, bounded environment representation.", "weight": 92.61818181818182 } ], "promptHitCount": 7, "literalCodons": [ { "type": "CST", "payload": "Default invariant constraint.", "source": "{ id: crypto.randomUUID().slice(0,6), type: 'CST', payload: \"Default invariant constraint.\", state: 'EXPRESSED' }", "weight": 78.725 } ], "literalCodonCount": 1, "codonWords": 12, "genomeWords": 15, "phenotypeWords": 14, "mutationWords": 33, "selectionWords": 22, "theoryWords": 115, "apiKeyRefs": 3, "cspRisk": 20, "words": 161, "visibleTextSample": "F\u2074 // GENOMIC OPERATIONAL PRAGMATICS F 4 // GENOMIC OPERATIONAL PRAGMATICS <Genotype> + {Environment} + <Constraint> → <Phenotype> → ?Feedback → ^Next_Genotype [ DL ^Trace ] [ COPY ^Trace ] [ INSPECT ^Trace ] {POPULATION}: 0 | CYCLE: 001 [ EXTRACT ] <Source> > [ ENCODE ] <Genome> STRAND > [ EXPRESS ] INTO {Population} > [ EVALUATE ] ?Fit & [ MUTATE ] > [ EXP...", "companionFiles": [] }, "sequence": [ { "type": "CST", "payload": "Default invariant constraint.", "evidence": "literal codon in source: { id: crypto.randomUUID().slice(0,6), type: 'CST', payload: \"Default invariant constraint.\", state: 'EXPRESSED' }", "weight": 79, "is_intron": false }, { "type": "EVD", "payload": "PRIME_EXTRACT_PROMPT: You are the [EXTRACT] operator. Evaluate the material. Identify (units/actors), [Morphisms] (transformations/actions), (rules/limits), {Environments} (fields/contexts), ?Fitness (success metrics), and ^Traces (origins/sources). Output strictly mapped to JSON arrays to be encoded into .", "evidence": "js_template prompt block in source; label=PRIME_EXTRACT_PROMPT", "weight": 97, "is_intron": false }, { "type": "MUT", "payload": "POPULATION_EXPRESS_PROMPT: You are the [RECOMBINE] operator. Subject the active sequences to {Field} pressure. Cross-breed, recombine, and mutate the traits to produce exactly 4 distinct offspring . Output must adhere strictly to the schema (Array of 4 Genotypes, each with a sequence array of marks).", "evidence": "js_template prompt block in source; label=POPULATION_EXPRESS_PROMPT", "weight": 97, "is_intron": false }, { "type": "OUT", "payload": "ASSAY_TEST_PROMPT: You are the [EVALUATE] operator. Measure the ?Fit of this against the implied {Environment}. Determine if the structure forms a viable . Output scores (Rigorous, Novelty, Affordance) and generate the final expressed directive. Must result in ?Fit: SURVIVES or FAILS.", "evidence": "js_template prompt block in source; label=ASSAY_TEST_PROMPT", "weight": 97, "is_intron": false }, { "type": "OUT", "payload": "ARTIFACT_EXPRESS_PROMPT: You are the [EXPRESS] operator. Translate this into an . Provide the (mapping Entities, Morphisms, Constraints, States, Invariants) in Markdown, then a single, self-contained, fully runnable HTML file wrapped in \\", "evidence": "js_template prompt block in source; label=ARTIFACT_EXPRESS_PROMPT", "weight": 93, "is_intron": false }, { "type": "MUT", "payload": "MUTATE_DIVERGE_PROMPT: [mutate] Apply divergent failure-pressure to this . Invert the conceptual approach, maintain ^Trace lineage traits, but force a radical lateral shift in the .", "evidence": "js_template prompt block in source; label=MUTATE_DIVERGE_PROMPT", "weight": 93, "is_intron": false }, { "type": "OUT", "payload": "MUTATE_REPAIR_PROMPT: [repair] Apply restorative pressure to this failing . Harden the , resolve logical dead-ends, and stabilize the flow to ensure survival upon re-expression.", "evidence": "js_template prompt block in source; label=MUTATE_REPAIR_PROMPT", "weight": 93, "is_intron": false }, { "type": "OUT", "payload": "imgPrompt: Visual representation based on: ${state.winningPhenotypeText}. High quality, structural, bounded environment representation.", "evidence": "js_template prompt block in source; label=imgPrompt", "weight": 93, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 1 literal codon payloads and 7 source prompt blocks in 2 script blocks.", "evidence": "visibleWords=161; promptBlocks=7; literalCodons=1; apiHosts=cdn.tailwindcss.com,generativelanguage.googleapis.com", "weight": 76, "is_intron": false } ] }, { "genome_id": "SCOPE::OPERATIONAL", "source_path": "scope.html", "kind": "operational", "title": "GENOMA SCOPE (Component v2.1 - Final)", "metrics": { "bytes": 32230, "h1": [ "GENOMA SCOPE" ], "headings": 1, "buttons": 2, "links": 1, "inputs": 1, "textareas": 0, "images": 1, "iframes": 0, "canvas": 0, "videos": 1, "forms": 0, "sections": 0, "inlineHandlers": 0, "styleBlocks": 2, "scriptBlocks": 1, "cssVars": 32, "mediaQueries": 0, "keyframes": 0, "gradients": 2, "borderRadius": 15, "grid": 0, "flex": 13, "functions": 15, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "fonts.googleapis.com", "fonts.gstatic.com", "picsum.photos", "en.wikipedia.org" ], "colors": [ "#0a0c10", "#c9d1d9", "hsla(190, 100%, 75%, 0.4)", "hsla(210, 100%, 80%, 0.1)", "rgba(40, 50, 70, 0.2)", "#21252b", "#e0e0e0", "#2a2a3a", "#00faff", "rgba(0, 250, 255, 0.3)", "#444", "#4caf50", "#2196f3", "#ff9800", "#9c27b0", "#f44336", "#795548", "#607d8b", "#cddc39", "#9e9e9e" ], "fontFamilies": [ "'Roboto Mono', monospace", "var(--scope-font-mono)", "var(--font-family)" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [ { "type": "CMT", "payload": "This image is procedurally generated.", "source": "{ \"type\": \"CMT\", \"payload\": \"This image is procedurally generated.\", \"is_intron\": true }", "weight": 78.925 }, { "type": "CMT", "payload": "Proof-of-concept only.", "source": "{ \"type\": \"CMT\", \"payload\": \"Proof-of-concept only.\", \"is_intron\": false }", "weight": 78.55 } ], "literalCodonCount": 2, "codonWords": 59, "genomeWords": 69, "phenotypeWords": 16, "mutationWords": 1, "selectionWords": 6, "theoryWords": 0, "apiKeyRefs": 0, "cspRisk": 1, "words": 11, "visibleTextSample": "GENOMA SCOPE (Component v2.1 - Final) GENOMA SCOPE Import Genome ×", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA SCOPE (Component v2.1 - Final)", "evidence": "path=scope.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 11 words, 1 headings, density=sparse. H1=GENOMA SCOPE.", "evidence": "GENOMA SCOPE (Component v2.1 - Final) GENOMA SCOPE Import Genome ×", "weight": 33, "is_intron": false }, { "type": "STY", "payload": "Visual system: 2 style blocks, 32 CSS vars, 20 sampled colors, 15 radius rules, 0 animations.", "evidence": "#0a0c10 | #c9d1d9 | hsla(190, 100%, 75%, 0.4) | hsla(210, 100%, 80%, 0.1) | rgba(40, 50, 70, 0.2) | #21252b | #e0e0e0 | #2a2a3a | 'Roboto Mono', monospace | var(--scope-font-mono) | var(--font-family)", "weight": 87, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 1 script blocks, 15 functions, 0 fetch calls, chrome API refs=0, localStorage refs=0.", "evidence": "fonts.googleapis.com | fonts.gstatic.com | picsum.photos | en.wikipedia.org", "weight": 45, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 1 links, 2 buttons, 1 inputs, 0 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=0", "weight": 45, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=1, iframes=0, canvas=0, video=1.", "evidence": "1 img tags; 1 video tags", "weight": 55, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=1, API key refs=0.", "evidence": "1 inline script/handler risks", "weight": 38, "is_intron": false }, { "type": "END", "payload": "End operational genome for scope.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "SCOPE::PROMPT", "source_path": "scope.html", "kind": "prompt", "title": "GENOMA SCOPE (Component v2.1 - Final)", "metrics": { "bytes": 32230, "h1": [ "GENOMA SCOPE" ], "headings": 1, "buttons": 2, "links": 1, "inputs": 1, "textareas": 0, "images": 1, "iframes": 0, "canvas": 0, "videos": 1, "forms": 0, "sections": 0, "inlineHandlers": 0, "styleBlocks": 2, "scriptBlocks": 1, "cssVars": 32, "mediaQueries": 0, "keyframes": 0, "gradients": 2, "borderRadius": 15, "grid": 0, "flex": 13, "functions": 15, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "fonts.googleapis.com", "fonts.gstatic.com", "picsum.photos", "en.wikipedia.org" ], "colors": [ "#0a0c10", "#c9d1d9", "hsla(190, 100%, 75%, 0.4)", "hsla(210, 100%, 80%, 0.1)", "rgba(40, 50, 70, 0.2)", "#21252b", "#e0e0e0", "#2a2a3a", "#00faff", "rgba(0, 250, 255, 0.3)", "#444", "#4caf50", "#2196f3", "#ff9800", "#9c27b0", "#f44336", "#795548", "#607d8b", "#cddc39", "#9e9e9e" ], "fontFamilies": [ "'Roboto Mono', monospace", "var(--scope-font-mono)", "var(--font-family)" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [ { "type": "CMT", "payload": "This image is procedurally generated.", "source": "{ \"type\": \"CMT\", \"payload\": \"This image is procedurally generated.\", \"is_intron\": true }", "weight": 78.925 }, { "type": "CMT", "payload": "Proof-of-concept only.", "source": "{ \"type\": \"CMT\", \"payload\": \"Proof-of-concept only.\", \"is_intron\": false }", "weight": 78.55 } ], "literalCodonCount": 2, "codonWords": 59, "genomeWords": 69, "phenotypeWords": 16, "mutationWords": 1, "selectionWords": 6, "theoryWords": 0, "apiKeyRefs": 0, "cspRisk": 1, "words": 11, "visibleTextSample": "GENOMA SCOPE (Component v2.1 - Final) GENOMA SCOPE Import Genome ×", "companionFiles": [] }, "sequence": [ { "type": "CMT", "payload": "This image is procedurally generated.", "evidence": "literal codon in source: { \"type\": \"CMT\", \"payload\": \"This image is procedurally generated.\", \"is_intron\": true }", "weight": 79, "is_intron": false }, { "type": "CMT", "payload": "Proof-of-concept only.", "evidence": "literal codon in source: { \"type\": \"CMT\", \"payload\": \"Proof-of-concept only.\", \"is_intron\": false }", "weight": 79, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 2 literal codon payloads and 0 source prompt blocks in 1 script blocks.", "evidence": "visibleWords=11; promptBlocks=0; literalCodons=2; apiHosts=fonts.googleapis.com,fonts.gstatic.com,picsum.photos,en.wikipedia.org", "weight": 64, "is_intron": false } ] }, { "genome_id": "DEMO::OPERATIONAL", "source_path": "demo.html", "kind": "operational", "title": "GENOMA // Demo", "metrics": { "bytes": 9087, "h1": [ "DEMO" ], "headings": 1, "buttons": 10, "links": 15, "inputs": 0, "textareas": 0, "images": 0, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 5, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 5, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 6, "flex": 4, "functions": 3, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "www.youtube.com" ], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 0, "genomeWords": 2, "phenotypeWords": 0, "mutationWords": 2, "selectionWords": 0, "theoryWords": 0, "apiKeyRefs": 1, "cspRisk": 1, "words": 103, "visibleTextSample": "GENOMA // Demo DEMO Hub Video G2 G1 Run Order 1. G2 Workbench Preview 2. G1 Engine Preview 3. Prompt Breeder Preview 4. Prompt Husbandry Preview 5. F4 Preview 6. Scope Preview 7. G2 Harness Preview 8. G1 Harness Preview 9. Video Page Preview 10. YouTube Preview No API key is required for this harness. It opens the local project pages directly. Model buttons inside individual prototypes still need backend/API integ...", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA // Demo", "evidence": "path=demo.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 103 words, 1 headings, density=sparse. H1=DEMO.", "evidence": "GENOMA // Demo DEMO Hub Video G2 G1 Run Order 1. G2 Workbench Preview 2. G1 Engine Preview 3. Prompt Breeder Preview 4. Prompt Husbandry Preview 5. F4 Preview 6. Scope Preview 7. G2 Harness Preview 8. G1 Harness Preview 9. Video Page Preview 10. YouTube Preview No API key is required for this harness. It opens the local project pages directly. Model buttons inside individual prototypes still need backend/API integ...", "weight": 35, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 5 CSS vars, 2 sampled colors, 0 radius rules, 0 animations.", "evidence": "#000 | #fff | ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace", "weight": 54, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 1 script blocks, 3 functions, 0 fetch calls, chrome API refs=0, localStorage refs=0.", "evidence": "www.youtube.com", "weight": 33, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 15 links, 10 buttons, 0 inputs, 0 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=5", "weight": 65, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=0, iframes=2, canvas=0, video=0.", "evidence": "2 iframe tags", "weight": 51, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=1, API key refs=1.", "evidence": "1 inline script/handler risks; 1 API key references", "weight": 50, "is_intron": false }, { "type": "END", "payload": "End operational genome for demo.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "DEMO::PROMPT", "source_path": "demo.html", "kind": "prompt", "title": "GENOMA // Demo", "metrics": { "bytes": 9087, "h1": [ "DEMO" ], "headings": 1, "buttons": 10, "links": 15, "inputs": 0, "textareas": 0, "images": 0, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 5, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 5, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 6, "flex": 4, "functions": 3, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "www.youtube.com" ], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 0, "genomeWords": 2, "phenotypeWords": 0, "mutationWords": 2, "selectionWords": 0, "theoryWords": 0, "apiKeyRefs": 1, "cspRisk": 1, "words": 103, "visibleTextSample": "GENOMA // Demo DEMO Hub Video G2 G1 Run Order 1. G2 Workbench Preview 2. G1 Engine Preview 3. Prompt Breeder Preview 4. Prompt Husbandry Preview 5. F4 Preview 6. Scope Preview 7. G2 Harness Preview 8. G1 Harness Preview 9. Video Page Preview 10. YouTube Preview No API key is required for this harness. It opens the local project pages directly. Model buttons inside individual prototypes still need backend/API integ...", "companionFiles": [] }, "sequence": [ { "type": "RSN", "payload": "Read GENOMA // Demo as a prototype surface. Infer purpose from controls, copy, and runtime hooks without inventing missing claims.", "evidence": "No direct evidence extracted.", "weight": 45, "is_intron": true }, { "type": "EVD", "payload": "No literal prompt blocks were extracted. Ground any future interpretation in source metrics: 103 visible words, 1 script blocks, 1 style blocks.", "evidence": "GENOMA // Demo DEMO Hub Video G2 G1 Run Order 1. G2 Workbench Preview 2. G1 Engine Preview 3. Prompt Breeder Preview 4. Prompt Husbandry Preview 5. F4 Preview 6. Scope Preview 7. G2 Harness Preview 8. G1 Harness Preview 9. Video Page Preview 10. YouTube Preview No API key is required for this harness. It opens the local project pages directly. Model buttons inside individual prototypes still need backend/API integ...", "weight": 42, "is_intron": true }, { "type": "OUT", "payload": "Output includes embedded frames. Treat iframe content as a share/preview surface, not the same as extension runtime.", "evidence": "buttons=10; inputs=0; media=2", "weight": 42, "is_intron": true }, { "type": "FLR", "payload": "Expected failures: missing API key, inline script/CSP portability. Respond with partial genome plus clear missing condition instead of silent breakage.", "evidence": "apiKeyRefs=1; cspRisk=1; fetchCalls=0", "weight": 45, "is_intron": true } ] }, { "genome_id": "VIDEO::OPERATIONAL", "source_path": "video.html", "kind": "operational", "title": "GENOMA // Video", "metrics": { "bytes": 3778, "h1": [ "VIDEO" ], "headings": 1, "buttons": 0, "links": 5, "inputs": 0, "textareas": 0, "images": 0, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 5, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 0, "cssVars": 4, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 4, "flex": 2, "functions": 0, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "www.youtube.com" ], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 0, "genomeWords": 1, "phenotypeWords": 0, "mutationWords": 0, "selectionWords": 0, "theoryWords": 0, "apiKeyRefs": 0, "cspRisk": 0, "words": 14, "visibleTextSample": "GENOMA // Video VIDEO Hub G2 G1 Context Genetics Engine Open YouTube Back To Hub", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA // Video", "evidence": "path=video.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 14 words, 1 headings, density=sparse. H1=VIDEO.", "evidence": "GENOMA // Video VIDEO Hub G2 G1 Context Genetics Engine Open YouTube Back To Hub", "weight": 33, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 4 CSS vars, 2 sampled colors, 0 radius rules, 0 animations.", "evidence": "#000 | #fff | ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace", "weight": 53, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 0 script blocks, 0 functions, 0 fetch calls, chrome API refs=0, localStorage refs=0.", "evidence": "www.youtube.com", "weight": 30, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 5 links, 0 buttons, 0 inputs, 0 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=5", "weight": 35, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=0, iframes=1, canvas=0, video=0.", "evidence": "1 iframe tags", "weight": 43, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=0, API key refs=0.", "evidence": "No major static risk signal detected.", "weight": 30, "is_intron": true }, { "type": "END", "payload": "End operational genome for video.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "VIDEO::PROMPT", "source_path": "video.html", "kind": "prompt", "title": "GENOMA // Video", "metrics": { "bytes": 3778, "h1": [ "VIDEO" ], "headings": 1, "buttons": 0, "links": 5, "inputs": 0, "textareas": 0, "images": 0, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 5, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 0, "cssVars": 4, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 4, "flex": 2, "functions": 0, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [ "www.youtube.com" ], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 0, "genomeWords": 1, "phenotypeWords": 0, "mutationWords": 0, "selectionWords": 0, "theoryWords": 0, "apiKeyRefs": 0, "cspRisk": 0, "words": 14, "visibleTextSample": "GENOMA // Video VIDEO Hub G2 G1 Context Genetics Engine Open YouTube Back To Hub", "companionFiles": [] }, "sequence": [ { "type": "RSN", "payload": "Read GENOMA // Video as a prototype surface. Infer purpose from controls, copy, and runtime hooks without inventing missing claims.", "evidence": "No direct evidence extracted.", "weight": 45, "is_intron": true }, { "type": "EVD", "payload": "No literal prompt blocks were extracted. Ground any future interpretation in source metrics: 14 visible words, 0 script blocks, 1 style blocks.", "evidence": "GENOMA // Video VIDEO Hub G2 G1 Context Genetics Engine Open YouTube Back To Hub", "weight": 42, "is_intron": true }, { "type": "OUT", "payload": "Output includes embedded frames. Treat iframe content as a share/preview surface, not the same as extension runtime.", "evidence": "buttons=0; inputs=0; media=1", "weight": 42, "is_intron": true }, { "type": "FLR", "payload": "Expected failures: ambiguous purpose or weak evidence. Respond with partial genome plus clear missing condition instead of silent breakage.", "evidence": "apiKeyRefs=0; cspRisk=0; fetchCalls=0", "weight": 45, "is_intron": true } ] }, { "genome_id": "SUITE-HARNESS-G2::OPERATIONAL", "source_path": "suite-harness-g2.html", "kind": "operational", "title": "GENOMA HARNESS // g2", "metrics": { "bytes": 4993, "h1": [ "G2 HARNESS" ], "headings": 1, "buttons": 0, "links": 8, "inputs": 0, "textareas": 0, "images": 0, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 3, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 2, "flex": 2, "functions": 3, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 22, "genomeWords": 5, "phenotypeWords": 0, "mutationWords": 1, "selectionWords": 0, "theoryWords": 0, "apiKeyRefs": 0, "cspRisk": 1, "words": 57, "visibleTextSample": "GENOMA HARNESS // g2 G2 HARNESS CGE V8.9 WORKBENCH WITH SIDE CODEX [G2] CGE Workbench dockable lineage + matrix [G1] Context Genetics Engine dark palette / genotype / field [PBRE] Prompt Breeder specimen to genoma scope [PHUB] Prompt Husbandry transcribe genotype + meiosis [F4] Operational Pragmatics extract / encode / express / trace [SCOPE] Genoma Scope genome field visualization [ CORE INDEX ] [ OPEN RAW G2 ]", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA HARNESS // g2", "evidence": "path=suite-harness-g2.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 57 words, 1 headings, density=sparse. H1=G2 HARNESS.", "evidence": "GENOMA HARNESS // g2 G2 HARNESS CGE V8.9 WORKBENCH WITH SIDE CODEX [G2] CGE Workbench dockable lineage + matrix [G1] Context Genetics Engine dark palette / genotype / field [PBRE] Prompt Breeder specimen to genoma scope [PHUB] Prompt Husbandry transcribe genotype + meiosis [F4] Operational Pragmatics extract / encode / express / trace [SCOPE] Genoma Scope genome field visualization [ CORE INDEX ] [ OPEN RAW G2 ]", "weight": 34, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 3 CSS vars, 2 sampled colors, 0 radius rules, 0 animations.", "evidence": "#000 | #fff | ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace", "weight": 52, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 1 script blocks, 3 functions, 0 fetch calls, chrome API refs=0, localStorage refs=0.", "evidence": "No direct evidence extracted.", "weight": 33, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 8 links, 0 buttons, 0 inputs, 0 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=3", "weight": 35, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=0, iframes=1, canvas=0, video=0.", "evidence": "1 iframe tags", "weight": 43, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=1, API key refs=0.", "evidence": "1 inline script/handler risks", "weight": 38, "is_intron": false }, { "type": "END", "payload": "End operational genome for suite-harness-g2.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "SUITE-HARNESS-G2::PROMPT", "source_path": "suite-harness-g2.html", "kind": "prompt", "title": "GENOMA HARNESS // g2", "metrics": { "bytes": 4993, "h1": [ "G2 HARNESS" ], "headings": 1, "buttons": 0, "links": 8, "inputs": 0, "textareas": 0, "images": 0, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 3, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 2, "flex": 2, "functions": 3, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 22, "genomeWords": 5, "phenotypeWords": 0, "mutationWords": 1, "selectionWords": 0, "theoryWords": 0, "apiKeyRefs": 0, "cspRisk": 1, "words": 57, "visibleTextSample": "GENOMA HARNESS // g2 G2 HARNESS CGE V8.9 WORKBENCH WITH SIDE CODEX [G2] CGE Workbench dockable lineage + matrix [G1] Context Genetics Engine dark palette / genotype / field [PBRE] Prompt Breeder specimen to genoma scope [PHUB] Prompt Husbandry transcribe genotype + meiosis [F4] Operational Pragmatics extract / encode / express / trace [SCOPE] Genoma Scope genome field visualization [ CORE INDEX ] [ OPEN RAW G2 ]", "companionFiles": [] }, "sequence": [ { "type": "RSN", "payload": "Read GENOMA HARNESS // g2 as a genome workbench. Keep codons editable, inspectable, and traceable across expression.", "evidence": "No direct evidence extracted.", "weight": 45, "is_intron": true }, { "type": "EVD", "payload": "No literal prompt blocks were extracted. Ground any future interpretation in source metrics: 57 visible words, 1 script blocks, 1 style blocks.", "evidence": "GENOMA HARNESS // g2 G2 HARNESS CGE V8.9 WORKBENCH WITH SIDE CODEX [G2] CGE Workbench dockable lineage + matrix [G1] Context Genetics Engine dark palette / genotype / field [PBRE] Prompt Breeder specimen to genoma scope [PHUB] Prompt Husbandry transcribe genotype + meiosis [F4] Operational Pragmatics extract / encode / express / trace [SCOPE] Genoma Scope genome field visualization [ CORE INDEX ] [ OPEN RAW G2 ]", "weight": 42, "is_intron": true }, { "type": "OUT", "payload": "Output includes embedded frames. Treat iframe content as a share/preview surface, not the same as extension runtime.", "evidence": "buttons=0; inputs=0; media=1", "weight": 42, "is_intron": true }, { "type": "FLR", "payload": "Expected failures: inline script/CSP portability. Respond with partial genome plus clear missing condition instead of silent breakage.", "evidence": "apiKeyRefs=0; cspRisk=1; fetchCalls=0", "weight": 45, "is_intron": true } ] }, { "genome_id": "SUITE-HARNESS-G1::OPERATIONAL", "source_path": "suite-harness-g1.html", "kind": "operational", "title": "GENOMA HARNESS // g1", "metrics": { "bytes": 4991, "h1": [ "G1 HARNESS" ], "headings": 1, "buttons": 0, "links": 8, "inputs": 0, "textareas": 0, "images": 0, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 3, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 2, "flex": 2, "functions": 3, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 22, "genomeWords": 5, "phenotypeWords": 0, "mutationWords": 1, "selectionWords": 0, "theoryWords": 0, "apiKeyRefs": 0, "cspRisk": 1, "words": 57, "visibleTextSample": "GENOMA HARNESS // g1 G1 HARNESS POML V5.1 ENGINE WITH SIDE CODEX [G1] Context Genetics Engine dark palette / genotype / field [G2] CGE Workbench dockable lineage + matrix [PBRE] Prompt Breeder specimen to genoma scope [PHUB] Prompt Husbandry transcribe genotype + meiosis [F4] Operational Pragmatics extract / encode / express / trace [SCOPE] Genoma Scope genome field visualization [ CORE INDEX ] [ OPEN RAW G1 ]", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA HARNESS // g1", "evidence": "path=suite-harness-g1.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 57 words, 1 headings, density=sparse. H1=G1 HARNESS.", "evidence": "GENOMA HARNESS // g1 G1 HARNESS POML V5.1 ENGINE WITH SIDE CODEX [G1] Context Genetics Engine dark palette / genotype / field [G2] CGE Workbench dockable lineage + matrix [PBRE] Prompt Breeder specimen to genoma scope [PHUB] Prompt Husbandry transcribe genotype + meiosis [F4] Operational Pragmatics extract / encode / express / trace [SCOPE] Genoma Scope genome field visualization [ CORE INDEX ] [ OPEN RAW G1 ]", "weight": 34, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 3 CSS vars, 2 sampled colors, 0 radius rules, 0 animations.", "evidence": "#000 | #fff | ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace", "weight": 52, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 1 script blocks, 3 functions, 0 fetch calls, chrome API refs=0, localStorage refs=0.", "evidence": "No direct evidence extracted.", "weight": 33, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 8 links, 0 buttons, 0 inputs, 0 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=3", "weight": 35, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=0, iframes=1, canvas=0, video=0.", "evidence": "1 iframe tags", "weight": 43, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=1, API key refs=0.", "evidence": "1 inline script/handler risks", "weight": 38, "is_intron": false }, { "type": "END", "payload": "End operational genome for suite-harness-g1.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "SUITE-HARNESS-G1::PROMPT", "source_path": "suite-harness-g1.html", "kind": "prompt", "title": "GENOMA HARNESS // g1", "metrics": { "bytes": 4991, "h1": [ "G1 HARNESS" ], "headings": 1, "buttons": 0, "links": 8, "inputs": 0, "textareas": 0, "images": 0, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 3, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 3, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 2, "flex": 2, "functions": 3, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 22, "genomeWords": 5, "phenotypeWords": 0, "mutationWords": 1, "selectionWords": 0, "theoryWords": 0, "apiKeyRefs": 0, "cspRisk": 1, "words": 57, "visibleTextSample": "GENOMA HARNESS // g1 G1 HARNESS POML V5.1 ENGINE WITH SIDE CODEX [G1] Context Genetics Engine dark palette / genotype / field [G2] CGE Workbench dockable lineage + matrix [PBRE] Prompt Breeder specimen to genoma scope [PHUB] Prompt Husbandry transcribe genotype + meiosis [F4] Operational Pragmatics extract / encode / express / trace [SCOPE] Genoma Scope genome field visualization [ CORE INDEX ] [ OPEN RAW G1 ]", "companionFiles": [] }, "sequence": [ { "type": "RSN", "payload": "Read GENOMA HARNESS // g1 as a genome workbench. Keep codons editable, inspectable, and traceable across expression.", "evidence": "No direct evidence extracted.", "weight": 45, "is_intron": true }, { "type": "EVD", "payload": "No literal prompt blocks were extracted. Ground any future interpretation in source metrics: 57 visible words, 1 script blocks, 1 style blocks.", "evidence": "GENOMA HARNESS // g1 G1 HARNESS POML V5.1 ENGINE WITH SIDE CODEX [G1] Context Genetics Engine dark palette / genotype / field [G2] CGE Workbench dockable lineage + matrix [PBRE] Prompt Breeder specimen to genoma scope [PHUB] Prompt Husbandry transcribe genotype + meiosis [F4] Operational Pragmatics extract / encode / express / trace [SCOPE] Genoma Scope genome field visualization [ CORE INDEX ] [ OPEN RAW G1 ]", "weight": 42, "is_intron": true }, { "type": "OUT", "payload": "Output includes embedded frames. Treat iframe content as a share/preview surface, not the same as extension runtime.", "evidence": "buttons=0; inputs=0; media=1", "weight": 42, "is_intron": true }, { "type": "FLR", "payload": "Expected failures: inline script/CSP portability. Respond with partial genome plus clear missing condition instead of silent breakage.", "evidence": "apiKeyRefs=0; cspRisk=1; fetchCalls=0", "weight": 45, "is_intron": true } ] }, { "genome_id": "CHROME-GENETICS-EXTENSION-V3::OPERATIONAL", "source_path": "chrome-genetics-extension-v3/panel/panel.html", "kind": "operational", "title": "GENOMA Prompt Genetics", "metrics": { "bytes": 175529, "h1": [], "headings": 0, "buttons": 48, "links": 0, "inputs": 15, "textareas": 4, "images": 7, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 1, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 3, "cssVars": 16, "mediaQueries": 1, "keyframes": 2, "gradients": 1, "borderRadius": 26, "grid": 11, "flex": 22, "functions": 378, "asyncFunctions": 25, "fetchCalls": 4, "localStorage": 0, "chromeApi": 50, "apiHosts": [ "generativelanguage.googleapis.com", "api.openai.com", "api.anthropic.com", "localhost:11434", "www.w3.org" ], "colors": [ "#050505", "#111", "#1b1b1b", "#6f7a86", "#fff", "#d7e9ff", "#4ade80", "#ff7b7b", "#60a5fa", "#1cb0c6", "#f88c22", "#a78bfa", "#fbbf24", "#f472b6", "#b6d7f5", "#000", "rgba(96,165,250,0.05)", "#22c5db", "#86efac", "rgba(248,113,113,0.3)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): $...", "${compileActiveGenome()}\\n\\n${artifactContract('field')}" ], "promptBlocks": [ { "kind": "js_template", "label": "prompt", "locus": "SEL", "text": "You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): ${genomeDescription} ${directive ?", "weight": 93.13636363636364 }, { "kind": "js_template", "label": "systemPrompt", "locus": "OUT", "text": "${compileActiveGenome()}\\n\\n${artifactContract('field')}", "weight": 92.25454545454545 } ], "promptHitCount": 2, "literalCodons": [ { "type": "OUT", "payload": "Return an inspectable artifact with source/render modes, explicit controls, empty/error states, and enough structure that a user can test the transformation immediately.", "source": "{ type: 'OUT', selector: 'main, section, article', evidenceRefs: ['LAYOUT', 'COMPONENT', 'COPY'], weight: 86, payload: 'Return an inspectable artifact with source/render modes, ...", "weight": 82.225 }, { "type": "FLR", "payload": "When extraction, provider, CSP, or rendering fails, name the blocked layer, preserve the last valid genome, and output the closest usable prompt/artifact instead of silently failing.", "source": "{ type: 'FLR', selector: 'form, input, button, [role=\"button\"]', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 78, payload: 'When extraction, provider, CSP, or rendering f...", "weight": 82.55 }, { "type": "FIT", "payload": "Fitness: produce a compact essence that a reasoning model can turn into useful codons; every unit should be testable or traceable.", "source": "{ type: 'FIT', selector: 'main, button, [role=\"button\"]', evidenceRefs: ['LAYOUT', 'COMPONENT', 'INTERACTION'], weight: 88, payload: 'Fitness: produce a compact essence that a r...", "weight": 81.25 }, { "type": "FLR", "payload": "Failure is a mutation pressure: expose the blocked layer, keep the last viable lineage, and generate a recoverable next trait.", "source": "{ type: 'FLR', selector: 'form,input,button', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 74, payload: 'Failure is a mutation pressure: expose the blocked layer, keep th...", "weight": 81.15 }, { "type": "MUT", "payload": "Mutation operator: compress verbose evidence, sharpen selectors, and convert vague traits into executable prompt controls.", "source": "{ type: 'MUT', selector: 'main,section,article', evidenceRefs: ['LAYOUT', 'SPACING', 'COPY'], weight: 84, payload: 'Mutation operator: compress verbose evidence, sharpen selecto...", "weight": 81.05 } ], "literalCodonCount": 5, "codonWords": 399, "genomeWords": 216, "phenotypeWords": 32, "mutationWords": 113, "selectionWords": 189, "theoryWords": 116, "apiKeyRefs": 84, "cspRisk": 4, "words": 359, "visibleTextSample": "GENOMA Prompt Genetics GENOMA Capture \u00b7 Cross \u00b7 Select READY DOM WAIT LOCAL WAIT LLM OFF OVERLAY OFF MUTATE OFF PROVIDER ? Extract 0 Genome 0 Field Lineage 0 Breed Config Current Page Navigate to any website, then click Extract. Encoder Grammar g1 Prompt Genome f4 Operational Genome phub Breeding Genome Hybrid f4 -> g1 1 DOM scan no LLM 2 Local transcript waiting 3 LLM encode optional Preserve Mutations trace and ...", "companionFiles": [ "chrome-genetics-extension-v3/panel/panel.js", "chrome-genetics-extension-v3/background.js" ] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA Prompt Genetics", "evidence": "path=chrome-genetics-extension-v3/panel/panel.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 359 words, 0 headings, density=sparse. H1=none.", "evidence": "GENOMA Prompt Genetics GENOMA Capture \u00b7 Cross \u00b7 Select READY DOM WAIT LOCAL WAIT LLM OFF OVERLAY OFF MUTATE OFF PROVIDER ? Extract 0 Genome 0 Field Lineage 0 Breed Config Current Page Navigate to any website, then click Extract. Encoder Grammar g1 Prompt Genome f4 Operational Genome phub Breeding Genome Hybrid f4 -> g1 1 DOM scan no LLM 2 Local transcript waiting 3 LLM encode optional Preserve Mutations trace and ...", "weight": 37, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 16 CSS vars, 20 sampled colors, 26 radius rules, 2 animations.", "evidence": "#050505 | #111 | #1b1b1b | #6f7a86 | #fff | #d7e9ff | #4ade80 | #ff7b7b | var(--sans) | var(--mono)", "weight": 81, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 3 script blocks, 378 functions, 4 fetch calls, chrome API refs=50, localStorage refs=0.", "evidence": "generativelanguage.googleapis.com | api.openai.com | api.anthropic.com | localhost:11434 | www.w3.org", "weight": 98, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 0 links, 48 buttons, 15 inputs, 4 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=1", "weight": 98, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=7, iframes=2, canvas=0, video=0.", "evidence": "7 img tags; 2 iframe tags", "weight": 90, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=4, API key refs=84.", "evidence": "4 inline script/handler risks; 84 API key references; 50 chrome.* references", "weight": 95, "is_intron": false }, { "type": "END", "payload": "End operational genome for chrome-genetics-extension-v3/panel/panel.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "CHROME-GENETICS-EXTENSION-V3::PROMPT", "source_path": "chrome-genetics-extension-v3/panel/panel.html", "kind": "prompt", "title": "GENOMA Prompt Genetics", "metrics": { "bytes": 175529, "h1": [], "headings": 0, "buttons": 48, "links": 0, "inputs": 15, "textareas": 4, "images": 7, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 1, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 3, "cssVars": 16, "mediaQueries": 1, "keyframes": 2, "gradients": 1, "borderRadius": 26, "grid": 11, "flex": 22, "functions": 378, "asyncFunctions": 25, "fetchCalls": 4, "localStorage": 0, "chromeApi": 50, "apiHosts": [ "generativelanguage.googleapis.com", "api.openai.com", "api.anthropic.com", "localhost:11434", "www.w3.org" ], "colors": [ "#050505", "#111", "#1b1b1b", "#6f7a86", "#fff", "#d7e9ff", "#4ade80", "#ff7b7b", "#60a5fa", "#1cb0c6", "#f88c22", "#a78bfa", "#fbbf24", "#f472b6", "#b6d7f5", "#000", "rgba(96,165,250,0.05)", "#22c5db", "#86efac", "rgba(248,113,113,0.3)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): $...", "${compileActiveGenome()}\\n\\n${artifactContract('field')}" ], "promptBlocks": [ { "kind": "js_template", "label": "prompt", "locus": "SEL", "text": "You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): ${genomeDescription} ${directive ?", "weight": 93.13636363636364 }, { "kind": "js_template", "label": "systemPrompt", "locus": "OUT", "text": "${compileActiveGenome()}\\n\\n${artifactContract('field')}", "weight": 92.25454545454545 } ], "promptHitCount": 2, "literalCodons": [ { "type": "OUT", "payload": "Return an inspectable artifact with source/render modes, explicit controls, empty/error states, and enough structure that a user can test the transformation immediately.", "source": "{ type: 'OUT', selector: 'main, section, article', evidenceRefs: ['LAYOUT', 'COMPONENT', 'COPY'], weight: 86, payload: 'Return an inspectable artifact with source/render modes, ...", "weight": 82.225 }, { "type": "FLR", "payload": "When extraction, provider, CSP, or rendering fails, name the blocked layer, preserve the last valid genome, and output the closest usable prompt/artifact instead of silently failing.", "source": "{ type: 'FLR', selector: 'form, input, button, [role=\"button\"]', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 78, payload: 'When extraction, provider, CSP, or rendering f...", "weight": 82.55 }, { "type": "FIT", "payload": "Fitness: produce a compact essence that a reasoning model can turn into useful codons; every unit should be testable or traceable.", "source": "{ type: 'FIT', selector: 'main, button, [role=\"button\"]', evidenceRefs: ['LAYOUT', 'COMPONENT', 'INTERACTION'], weight: 88, payload: 'Fitness: produce a compact essence that a r...", "weight": 81.25 }, { "type": "FLR", "payload": "Failure is a mutation pressure: expose the blocked layer, keep the last viable lineage, and generate a recoverable next trait.", "source": "{ type: 'FLR', selector: 'form,input,button', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 74, payload: 'Failure is a mutation pressure: expose the blocked layer, keep th...", "weight": 81.15 }, { "type": "MUT", "payload": "Mutation operator: compress verbose evidence, sharpen selectors, and convert vague traits into executable prompt controls.", "source": "{ type: 'MUT', selector: 'main,section,article', evidenceRefs: ['LAYOUT', 'SPACING', 'COPY'], weight: 84, payload: 'Mutation operator: compress verbose evidence, sharpen selecto...", "weight": 81.05 } ], "literalCodonCount": 5, "codonWords": 399, "genomeWords": 216, "phenotypeWords": 32, "mutationWords": 113, "selectionWords": 189, "theoryWords": 116, "apiKeyRefs": 84, "cspRisk": 4, "words": 359, "visibleTextSample": "GENOMA Prompt Genetics GENOMA Capture \u00b7 Cross \u00b7 Select READY DOM WAIT LOCAL WAIT LLM OFF OVERLAY OFF MUTATE OFF PROVIDER ? Extract 0 Genome 0 Field Lineage 0 Breed Config Current Page Navigate to any website, then click Extract. Encoder Grammar g1 Prompt Genome f4 Operational Genome phub Breeding Genome Hybrid f4 -> g1 1 DOM scan no LLM 2 Local transcript waiting 3 LLM encode optional Preserve Mutations trace and ...", "companionFiles": [ "chrome-genetics-extension-v3/panel/panel.js", "chrome-genetics-extension-v3/background.js" ] }, "sequence": [ { "type": "OUT", "payload": "Return an inspectable artifact with source/render modes, explicit controls, empty/error states, and enough structure that a user can test the transformation immediately.", "evidence": "literal codon in source: { type: 'OUT', selector: 'main, section, article', evidenceRefs: ['LAYOUT', 'COMPONENT', 'COPY'], weight: 86, payload: 'Return an inspectable artifact with source/render modes, ...", "weight": 82, "is_intron": false }, { "type": "FLR", "payload": "When extraction, provider, CSP, or rendering fails, name the blocked layer, preserve the last valid genome, and output the closest usable prompt/artifact instead of silently failing.", "evidence": "literal codon in source: { type: 'FLR', selector: 'form, input, button, [role=\"button\"]', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 78, payload: 'When extraction, provider, CSP, or rendering f...", "weight": 83, "is_intron": false }, { "type": "FIT", "payload": "Fitness: produce a compact essence that a reasoning model can turn into useful codons; every unit should be testable or traceable.", "evidence": "literal codon in source: { type: 'FIT', selector: 'main, button, [role=\"button\"]', evidenceRefs: ['LAYOUT', 'COMPONENT', 'INTERACTION'], weight: 88, payload: 'Fitness: produce a compact essence that a r...", "weight": 81, "is_intron": false }, { "type": "FLR", "payload": "Failure is a mutation pressure: expose the blocked layer, keep the last viable lineage, and generate a recoverable next trait.", "evidence": "literal codon in source: { type: 'FLR', selector: 'form,input,button', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 74, payload: 'Failure is a mutation pressure: expose the blocked layer, keep th...", "weight": 81, "is_intron": false }, { "type": "MUT", "payload": "Mutation operator: compress verbose evidence, sharpen selectors, and convert vague traits into executable prompt controls.", "evidence": "literal codon in source: { type: 'MUT', selector: 'main,section,article', evidenceRefs: ['LAYOUT', 'SPACING', 'COPY'], weight: 84, payload: 'Mutation operator: compress verbose evidence, sharpen selecto...", "weight": 81, "is_intron": false }, { "type": "SEL", "payload": "prompt: You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): ${genomeDescription} ${directive ?", "evidence": "js_template prompt block in source; label=prompt", "weight": 93, "is_intron": false }, { "type": "OUT", "payload": "systemPrompt: ${compileActiveGenome()}\\n\\n${artifactContract('field')}", "evidence": "js_template prompt block in source; label=systemPrompt", "weight": 92, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 5 literal codon payloads and 2 source prompt blocks in 3 script blocks.", "evidence": "visibleWords=359; promptBlocks=2; literalCodons=5; apiHosts=generativelanguage.googleapis.com,api.openai.com,api.anthropic.com,localhost:11434,www.w3.org", "weight": 74, "is_intron": false } ] }, { "genome_id": "CHROME-GENETICS-EXTENSION-V4-EXPERIMENTAL::OPERATIONAL", "source_path": "chrome-genetics-extension-v4-experimental/panel/panel.html", "kind": "operational", "title": "GENOMA Lineage Lab", "metrics": { "bytes": 175556, "h1": [], "headings": 0, "buttons": 48, "links": 0, "inputs": 15, "textareas": 4, "images": 7, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 1, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 3, "cssVars": 16, "mediaQueries": 1, "keyframes": 2, "gradients": 1, "borderRadius": 26, "grid": 11, "flex": 22, "functions": 378, "asyncFunctions": 25, "fetchCalls": 4, "localStorage": 0, "chromeApi": 50, "apiHosts": [ "generativelanguage.googleapis.com", "api.openai.com", "api.anthropic.com", "localhost:11434", "www.w3.org" ], "colors": [ "#050505", "#111", "#1b1b1b", "#6f7a86", "#fff", "#d7e9ff", "#4ade80", "#ff7b7b", "#60a5fa", "#1cb0c6", "#f88c22", "#a78bfa", "#fbbf24", "#f472b6", "#b6d7f5", "#000", "rgba(96,165,250,0.05)", "#22c5db", "#86efac", "rgba(248,113,113,0.3)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): $...", "${compileActiveGenome()}\\n\\n${artifactContract('field')}" ], "promptBlocks": [ { "kind": "js_template", "label": "prompt", "locus": "SEL", "text": "You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): ${genomeDescription} ${directive ?", "weight": 93.13636363636364 }, { "kind": "js_template", "label": "systemPrompt", "locus": "OUT", "text": "${compileActiveGenome()}\\n\\n${artifactContract('field')}", "weight": 92.25454545454545 } ], "promptHitCount": 2, "literalCodons": [ { "type": "OUT", "payload": "Return an inspectable artifact with source/render modes, explicit controls, empty/error states, and enough structure that a user can test the transformation immediately.", "source": "{ type: 'OUT', selector: 'main, section, article', evidenceRefs: ['LAYOUT', 'COMPONENT', 'COPY'], weight: 86, payload: 'Return an inspectable artifact with source/render modes, ...", "weight": 82.225 }, { "type": "FLR", "payload": "When extraction, provider, CSP, or rendering fails, name the blocked layer, preserve the last valid genome, and output the closest usable prompt/artifact instead of silently failing.", "source": "{ type: 'FLR', selector: 'form, input, button, [role=\"button\"]', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 78, payload: 'When extraction, provider, CSP, or rendering f...", "weight": 82.55 }, { "type": "FIT", "payload": "Fitness: produce a compact essence that a reasoning model can turn into useful codons; every unit should be testable or traceable.", "source": "{ type: 'FIT', selector: 'main, button, [role=\"button\"]', evidenceRefs: ['LAYOUT', 'COMPONENT', 'INTERACTION'], weight: 88, payload: 'Fitness: produce a compact essence that a r...", "weight": 81.25 }, { "type": "FLR", "payload": "Failure is a mutation pressure: expose the blocked layer, keep the last viable lineage, and generate a recoverable next trait.", "source": "{ type: 'FLR', selector: 'form,input,button', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 74, payload: 'Failure is a mutation pressure: expose the blocked layer, keep th...", "weight": 81.15 }, { "type": "MUT", "payload": "Mutation operator: compress verbose evidence, sharpen selectors, and convert vague traits into executable prompt controls.", "source": "{ type: 'MUT', selector: 'main,section,article', evidenceRefs: ['LAYOUT', 'SPACING', 'COPY'], weight: 84, payload: 'Mutation operator: compress verbose evidence, sharpen selecto...", "weight": 81.05 } ], "literalCodonCount": 5, "codonWords": 399, "genomeWords": 215, "phenotypeWords": 32, "mutationWords": 112, "selectionWords": 188, "theoryWords": 116, "apiKeyRefs": 84, "cspRisk": 4, "words": 360, "visibleTextSample": "GENOMA Lineage Lab Lineage Lab Atlas \u00b7 Lineage \u00b7 Cinema READY DOM WAIT LOCAL WAIT LLM OFF OVERLAY OFF MUTATE OFF PROVIDER ? 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Encoder Grammar g1 Prompt Genome f4 Operational Genome phub Breeding Genome Hybrid f4 -> g1 1 DOM scan no LLM 2 Local transcript waiting 3 LLM encode optional Preserve Mutations trace and...", "weight": 37, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 16 CSS vars, 20 sampled colors, 26 radius rules, 2 animations.", "evidence": "#050505 | #111 | #1b1b1b | #6f7a86 | #fff | #d7e9ff | #4ade80 | #ff7b7b | var(--sans) | var(--mono)", "weight": 81, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 3 script blocks, 378 functions, 4 fetch calls, chrome API refs=50, localStorage refs=0.", "evidence": "generativelanguage.googleapis.com | api.openai.com | api.anthropic.com | localhost:11434 | www.w3.org", "weight": 98, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 0 links, 48 buttons, 15 inputs, 4 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=1", "weight": 98, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=7, iframes=2, canvas=0, video=0.", "evidence": "7 img tags; 2 iframe tags", "weight": 90, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=4, API key refs=84.", "evidence": "4 inline script/handler risks; 84 API key references; 50 chrome.* references", "weight": 95, "is_intron": false }, { "type": "END", "payload": "End operational genome for chrome-genetics-extension-v4-experimental/panel/panel.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "CHROME-GENETICS-EXTENSION-V4-EXPERIMENTAL::PROMPT", "source_path": "chrome-genetics-extension-v4-experimental/panel/panel.html", "kind": "prompt", "title": "GENOMA Lineage Lab", "metrics": { "bytes": 175556, "h1": [], "headings": 0, "buttons": 48, "links": 0, "inputs": 15, "textareas": 4, "images": 7, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 1, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 3, "cssVars": 16, "mediaQueries": 1, "keyframes": 2, "gradients": 1, "borderRadius": 26, "grid": 11, "flex": 22, "functions": 378, "asyncFunctions": 25, "fetchCalls": 4, "localStorage": 0, "chromeApi": 50, "apiHosts": [ "generativelanguage.googleapis.com", "api.openai.com", "api.anthropic.com", "localhost:11434", "www.w3.org" ], "colors": [ "#050505", "#111", "#1b1b1b", "#6f7a86", "#fff", "#d7e9ff", "#4ade80", "#ff7b7b", "#60a5fa", "#1cb0c6", "#f88c22", "#a78bfa", "#fbbf24", "#f472b6", "#b6d7f5", "#000", "rgba(96,165,250,0.05)", "#22c5db", "#86efac", "rgba(248,113,113,0.3)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): $...", "${compileActiveGenome()}\\n\\n${artifactContract('field')}" ], "promptBlocks": [ { "kind": "js_template", "label": "prompt", "locus": "SEL", "text": "You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): ${genomeDescription} ${directive ?", "weight": 93.13636363636364 }, { "kind": "js_template", "label": "systemPrompt", "locus": "OUT", "text": "${compileActiveGenome()}\\n\\n${artifactContract('field')}", "weight": 92.25454545454545 } ], "promptHitCount": 2, "literalCodons": [ { "type": "OUT", "payload": "Return an inspectable artifact with source/render modes, explicit controls, empty/error states, and enough structure that a user can test the transformation immediately.", "source": "{ type: 'OUT', selector: 'main, section, article', evidenceRefs: ['LAYOUT', 'COMPONENT', 'COPY'], weight: 86, payload: 'Return an inspectable artifact with source/render modes, ...", "weight": 82.225 }, { "type": "FLR", "payload": "When extraction, provider, CSP, or rendering fails, name the blocked layer, preserve the last valid genome, and output the closest usable prompt/artifact instead of silently failing.", "source": "{ type: 'FLR', selector: 'form, input, button, [role=\"button\"]', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 78, payload: 'When extraction, provider, CSP, or rendering f...", "weight": 82.55 }, { "type": "FIT", "payload": "Fitness: produce a compact essence that a reasoning model can turn into useful codons; 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Encoder Grammar g1 Prompt Genome f4 Operational Genome phub Breeding Genome Hybrid f4 -> g1 1 DOM scan no LLM 2 Local transcript waiting 3 LLM encode optional Preserve Mutations trace and...", "companionFiles": [ "chrome-genetics-extension-v4-experimental/panel/panel.js", "chrome-genetics-extension-v4-experimental/background.js" ] }, "sequence": [ { "type": "OUT", "payload": "Return an inspectable artifact with source/render modes, explicit controls, empty/error states, and enough structure that a user can test the transformation immediately.", "evidence": "literal codon in source: { type: 'OUT', selector: 'main, section, article', evidenceRefs: ['LAYOUT', 'COMPONENT', 'COPY'], weight: 86, payload: 'Return an inspectable artifact with source/render modes, ...", "weight": 82, "is_intron": false }, { "type": "FLR", "payload": "When extraction, provider, CSP, or rendering fails, name the blocked layer, preserve the last valid genome, and output the closest usable prompt/artifact instead of silently failing.", "evidence": "literal codon in source: { type: 'FLR', selector: 'form, input, button, [role=\"button\"]', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 78, payload: 'When extraction, provider, CSP, or rendering f...", "weight": 83, "is_intron": false }, { "type": "FIT", "payload": "Fitness: produce a compact essence that a reasoning model can turn into useful codons; every unit should be testable or traceable.", "evidence": "literal codon in source: { type: 'FIT', selector: 'main, button, [role=\"button\"]', evidenceRefs: ['LAYOUT', 'COMPONENT', 'INTERACTION'], weight: 88, payload: 'Fitness: produce a compact essence that a r...", "weight": 81, "is_intron": false }, { "type": "FLR", "payload": "Failure is a mutation pressure: expose the blocked layer, keep the last viable lineage, and generate a recoverable next trait.", "evidence": "literal codon in source: { type: 'FLR', selector: 'form,input,button', evidenceRefs: ['INTERACTION', 'COMPONENT'], weight: 74, payload: 'Failure is a mutation pressure: expose the blocked layer, keep th...", "weight": 81, "is_intron": false }, { "type": "MUT", "payload": "Mutation operator: compress verbose evidence, sharpen selectors, and convert vague traits into executable prompt controls.", "evidence": "literal codon in source: { type: 'MUT', selector: 'main,section,article', evidenceRefs: ['LAYOUT', 'SPACING', 'COPY'], weight: 84, payload: 'Mutation operator: compress verbose evidence, sharpen selecto...", "weight": 81, "is_intron": false }, { "type": "SEL", "payload": "prompt: You are crossing two websites into a novel UI: PARENT A: \"${parentA.sourceTitle}\" (${parentA.sourceUrl}) PARENT B: \"${parentB.sourceTitle}\" (${parentB.sourceUrl}) CROSSED GENOME (dominant traits selected per locus): ${genomeDescription} ${directive ?", "evidence": "js_template prompt block in source; label=prompt", "weight": 93, "is_intron": false }, { "type": "OUT", "payload": "systemPrompt: ${compileActiveGenome()}\\n\\n${artifactContract('field')}", "evidence": "js_template prompt block in source; label=systemPrompt", "weight": 92, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 5 literal codon payloads and 2 source prompt blocks in 3 script blocks.", "evidence": "visibleWords=360; promptBlocks=2; literalCodons=5; apiHosts=generativelanguage.googleapis.com,api.openai.com,api.anthropic.com,localhost:11434,www.w3.org", "weight": 74, "is_intron": false } ] }, { "genome_id": "BONUS-GENOMA-ACTUAL-PAGE-MUTATOR-V10::OPERATIONAL", "source_path": "BONUS/genoma_actual_page_mutator_v10/panel/panel.html", "kind": "operational", "title": "GENOMA Actual Page Mutator", "metrics": { "bytes": 53331, "h1": [ "GENOMA Actual Page Mutator" ], "headings": 7, "buttons": 15, "links": 0, "inputs": 9, "textareas": 3, "images": 1, "iframes": 0, "canvas": 0, "videos": 0, "forms": 0, "sections": 12, "inlineHandlers": 0, "styleBlocks": 0, "scriptBlocks": 3, "cssVars": 0, "mediaQueries": 0, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 0, "flex": 0, "functions": 129, "asyncFunctions": 22, "fetchCalls": 3, "localStorage": 0, "chromeApi": 18, "apiHosts": [ "localhost:11434", "api.openai.com", "generativelanguage.googleapis.com", "api.anthropic.com" ], "colors": [ "#000", "#fff", "#ffff80", "#ff8c00" ], "fontFamilies": [], "promptHits": [ " PRIME PROMPT \u2014 THE OPERATIONAL PRAGMATIST Transform abstract inputs into active scripts of rigorous, tactile operations. 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Preserve all links, buttons, forms, product paths, and source content. 1 \u00b7 Capture Real Page 2 \u00b7 Evolve Whole Page Annotate Undo Patch Patch Bound ...", "companionFiles": [ "BONUS/genoma_actual_page_mutator_v10/panel/panel.js", "BONUS/genoma_actual_page_mutator_v10/background.js" ] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA Actual Page Mutator", "evidence": "path=BONUS/genoma_actual_page_mutator_v10/panel/panel.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 175 words, 7 headings, density=sparse. H1=GENOMA Actual Page Mutator.", "evidence": "GENOMA Actual Page Mutator GENOMA Actual Page Mutator one input \u00b7 local codons first \u00b7 optional LLM \u00b7 safe real-page patches READY ONE INSTRUCTION Evolve this actual page without losing any content or functionality. Make it clearer, more playable, and more operational. 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ONE INSTRUCTION Make this page retrofuture and operational while preserving its content, links, forms, navigation, and identity. 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ONE INSTRUCTION Make this page retrofuture and operational while preserving its content, links, forms, navigation, and identity. 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ONE INSTRUCTION Make this page retrofuture and operational while preserving its content, links, forms, navigation, and identity. Make the program text...", "companionFiles": [ "BONUS/genoma_prompt_genome_compiler_v13/panel/panel.js", "BONUS/genoma_prompt_genome_compiler_v13/background.js" ] }, "sequence": [ { "type": "CST", "payload": "DEFAULT_KERNEL: PRIME PROMPT \u2014 THE OPERATIONAL PRAGMATISTTransform abstract inputs into active scripts of rigorous, tactile operations. You are an Operational Pragmatist. Reject the Occult Fallacy. Meaning is use. Reconstruct the input into active operations. Every sentence must function like a lever. Use absolute black/white as the base. Remove...", "evidence": "js_template prompt block in source; label=DEFAULT_KERNEL", "weight": 91, "is_intron": false }, { "type": "CST", "payload": "SYSTEM: You are an Operational Pragmatist. Reject the Occult Fallacy. Meaning is use. Reconstruct the input into active operations. 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Program text comes from the prompt genome.", "evidence": "poml_design_constraints prompt block in source; label=DESIGN_CONSTRAINTS", "weight": 77, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 0 literal codon payloads and 6 source prompt blocks in 3 script blocks.", "evidence": "visibleWords=202; promptBlocks=6; literalCodons=0; apiHosts=api.openai.com,localhost:11434,generativelanguage.googleapis.com,api.anthropic.com", "weight": 72, "is_intron": false } ] }, { "genome_id": "BONUS-GENOMA-PROMPT-GENOME-COMPILER-V14-ARTIFACT::OPERATIONAL", "source_path": "BONUS/genoma_prompt_genome_compiler_v14/artifact/artifact.html", "kind": "operational", "title": "GENOMA Program Text Artifact", "metrics": { "bytes": 757, "h1": [], "headings": 0, "buttons": 3, "links": 0, "inputs": 0, "textareas": 0, "images": 0, "iframes": 0, "canvas": 0, "videos": 0, "forms": 0, "sections": 4, "inlineHandlers": 0, "styleBlocks": 0, "scriptBlocks": 1, "cssVars": 0, "mediaQueries": 0, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 0, "flex": 0, "functions": 0, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [], "fontFamilies": [], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 0, "genomeWords": 2, "phenotypeWords": 1, "mutationWords": 0, "selectionWords": 0, "theoryWords": 1, "apiKeyRefs": 0, "cspRisk": 0, "words": 23, "visibleTextSample": "GENOMA Program Text Artifact GENOMA PROGRAM TEXT ARTIFACT loading\u2026 COPY PROGRAM HTML DOWNLOAD PROGRAM HTML DOWNLOAD STATE Loading child phenotype from extension storage\u2026", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA Program Text Artifact", "evidence": "path=BONUS/genoma_prompt_genome_compiler_v14/artifact/artifact.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 23 words, 0 headings, density=sparse. 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THE PAGE IS EVIDENCE THE PROMPT GENOME IS THE TOOL ONE INSTRUCTION Make this page retrofuture and operational while preserv...", "companionFiles": [ "BONUS/genoma_prompt_genome_compiler_v14/panel/panel.js", "BONUS/genoma_prompt_genome_compiler_v14/background.js" ] }, "sequence": [ { "type": "CST", "payload": "DEFAULT_KERNEL: PRIME PROMPT \u2014 THE OPERATIONAL PRAGMATISTTransform abstract inputs into active scripts of rigorous, tactile operations. You are an Operational Pragmatist. Reject the Occult Fallacy. Meaning is use. Reconstruct the input into active operations. Every sentence must function like a lever. Use absolute black/white as the base. Remove...", "evidence": "js_template prompt block in source; label=DEFAULT_KERNEL", "weight": 91, "is_intron": false }, { "type": "CST", "payload": "SYSTEM: You are an Operational Pragmatist. Reject the Occult Fallacy. Meaning is use. Reconstruct the input into active operations. Every sentence must function like a lever.", "evidence": "poml_system prompt block in source; label=SYSTEM", "weight": 85, "is_intron": false }, { "type": "CST", "payload": "DIRECTIVE: Reconstruct the input into active operations. Every sentence must function like a lever.", "evidence": "poml_directive prompt block in source; label=DIRECTIVE", "weight": 76, "is_intron": false }, { "type": "CST", "payload": "INTENT: Transform abstract inputs into active scripts of rigorous, tactile operations.", "evidence": "poml_intent prompt block in source; label=INTENT", "weight": 76, "is_intron": false }, { "type": "RSN", "payload": "ROLE: You are an Operational Pragmatist. Reject the Occult Fallacy. Meaning is use.", "evidence": "poml_role prompt block in source; label=ROLE", "weight": 76, "is_intron": false }, { "type": "CST", "payload": "DESIGN_CONSTRAINTS: Use absolute black/white as the base. Remove mid-tone dependence. Text operates as a physical control surface. REFINE THE PROMPT FIRST. Program text comes from the prompt genome.", "evidence": "poml_design_constraints prompt block in source; label=DESIGN_CONSTRAINTS", "weight": 77, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 0 literal codon payloads and 6 source prompt blocks in 3 script blocks.", "evidence": "visibleWords=208; promptBlocks=6; literalCodons=0; apiHosts=api.openai.com,localhost:11434,generativelanguage.googleapis.com,api.anthropic.com", "weight": 72, "is_intron": false } ] }, { "genome_id": "DEV-GENOMA-CONTEXT::OPERATIONAL", "source_path": "DEV/GENOMA_CONTEXT.html", "kind": "operational", "title": "Context Genetics Engine", "metrics": { "bytes": 81238, "h1": [], "headings": 0, "buttons": 48, "links": 0, "inputs": 12, "textareas": 4, "images": 2, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 10, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 4, "cssVars": 12, "mediaQueries": 1, "keyframes": 1, "gradients": 0, "borderRadius": 16, "grid": 13, "flex": 23, "functions": 147, "asyncFunctions": 12, "fetchCalls": 2, "localStorage": 0, "chromeApi": 28, "apiHosts": [ "generativelanguage.googleapis.com" ], "colors": [ "#050505", "#101010", "#171717", "#343434", "#f7f7f7", "#a3a3a3", "#60a5fa", "#4ade80", "#f87171", "#c084fc", "#202020", "#000", "#767676", "#080808", "#fff", "rgba(0, 0, 0, 0.82)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture.\\nLOCI:\\n- RSN: Reasoning Order\\n- EVD: Evidence Polic..." ], "promptBlocks": [ { "kind": "js_template", "label": "AI_BREEDER_PROMPT", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture.\\nLOCI:\\n- RSN: Reasoning Order\\n- EVD: Evidence Policy\\n- OUT: Output Form\\n- FLR: Failure Handling\\n- FIT: Fitness Pressure / Optimization target\\n- CST: Custom explicit trait/constraint\\nOutput purely the requested JSON structures.\\nCodon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "weight": 98 } ], "promptHitCount": 1, "literalCodons": [ { "type": "RSN", "payload": "Construct theory before output.", "source": "{ id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 78.775 }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "source": "{ id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79.25 } ], "literalCodonCount": 2, "codonWords": 60, "genomeWords": 92, "phenotypeWords": 12, "mutationWords": 44, "selectionWords": 9, "theoryWords": 38, "apiKeyRefs": 35, "cspRisk": 3, "words": 167, "visibleTextSample": "Context Genetics Engine SYS: READY Undo Help Import Export Save Trace Console SHOW Context Genetics Engine loaded. Build a genome, paste a task, or leave the task empty to read the active tab. Context Source material and generation target ? 01 Generation Target Ingest Add Image Manual Codons Reasoning Order the work. Evidence Bind claims to context. Output Control the artifact. Failure Define recovery. Fitness Set...", "companionFiles": [ "DEV/app.js", "DEV/background.js", "DEV/content.js" ] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for Context Genetics Engine", "evidence": "path=DEV/GENOMA_CONTEXT.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 167 words, 0 headings, density=sparse. H1=none.", "evidence": "Context Genetics Engine SYS: READY Undo Help Import Export Save Trace Console SHOW Context Genetics Engine loaded. Build a genome, paste a task, or leave the task empty to read the active tab. Context Source material and generation target ? 01 Generation Target Ingest Add Image Manual Codons Reasoning Order the work. Evidence Bind claims to context. Output Control the artifact. Failure Define recovery. Fitness Set...", "weight": 33, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 12 CSS vars, 16 sampled colors, 16 radius rules, 1 animations.", "evidence": "#050505 | #101010 | #171717 | #343434 | #f7f7f7 | #a3a3a3 | #60a5fa | #4ade80 | var(--sans) | var(--mono)", "weight": 69, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 4 script blocks, 147 functions, 2 fetch calls, chrome API refs=28, localStorage refs=0.", "evidence": "generativelanguage.googleapis.com", "weight": 98, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 0 links, 48 buttons, 12 inputs, 4 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=10", "weight": 98, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=2, iframes=2, canvas=0, video=0.", "evidence": "2 img tags; 2 iframe tags", "weight": 67, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=3, API key refs=35.", "evidence": "3 inline script/handler risks; 35 API key references; 28 chrome.* references", "weight": 95, "is_intron": false }, { "type": "END", "payload": "End operational genome for DEV/GENOMA_CONTEXT.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "DEV-GENOMA-CONTEXT::PROMPT", "source_path": "DEV/GENOMA_CONTEXT.html", "kind": "prompt", "title": "Context Genetics Engine", "metrics": { "bytes": 81238, "h1": [], "headings": 0, "buttons": 48, "links": 0, "inputs": 12, "textareas": 4, "images": 2, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 10, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 4, "cssVars": 12, "mediaQueries": 1, "keyframes": 1, "gradients": 0, "borderRadius": 16, "grid": 13, "flex": 23, "functions": 147, "asyncFunctions": 12, "fetchCalls": 2, "localStorage": 0, "chromeApi": 28, "apiHosts": [ "generativelanguage.googleapis.com" ], "colors": [ "#050505", "#101010", "#171717", "#343434", "#f7f7f7", "#a3a3a3", "#60a5fa", "#4ade80", "#f87171", "#c084fc", "#202020", "#000", "#767676", "#080808", "#fff", "rgba(0, 0, 0, 0.82)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture.\\nLOCI:\\n- RSN: Reasoning Order\\n- EVD: Evidence Polic..." ], "promptBlocks": [ { "kind": "js_template", "label": "AI_BREEDER_PROMPT", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture.\\nLOCI:\\n- RSN: Reasoning Order\\n- EVD: Evidence Policy\\n- OUT: Output Form\\n- FLR: Failure Handling\\n- FIT: Fitness Pressure / Optimization target\\n- CST: Custom explicit trait/constraint\\nOutput purely the requested JSON structures.\\nCodon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "weight": 98 } ], "promptHitCount": 1, "literalCodons": [ { "type": "RSN", "payload": "Construct theory before output.", "source": "{ id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 78.775 }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "source": "{ id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79.25 } ], "literalCodonCount": 2, "codonWords": 60, "genomeWords": 92, "phenotypeWords": 12, "mutationWords": 44, "selectionWords": 9, "theoryWords": 38, "apiKeyRefs": 35, "cspRisk": 3, "words": 167, "visibleTextSample": "Context Genetics Engine SYS: READY Undo Help Import Export Save Trace Console SHOW Context Genetics Engine loaded. Build a genome, paste a task, or leave the task empty to read the active tab. Context Source material and generation target ? 01 Generation Target Ingest Add Image Manual Codons Reasoning Order the work. Evidence Bind claims to context. Output Control the artifact. Failure Define recovery. Fitness Set...", "companionFiles": [ "DEV/app.js", "DEV/background.js", "DEV/content.js" ] }, "sequence": [ { "type": "RSN", "payload": "Construct theory before output.", "evidence": "literal codon in source: { id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 79, "is_intron": false }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "evidence": "literal codon in source: { id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79, "is_intron": false }, { "type": "OUT", "payload": "AI_BREEDER_PROMPT: You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture.\\nLOCI:\\n- RSN: Reasoning Order\\n- EVD: Evidence Policy\\n- OUT: Output Form\\n- FLR: Failure Handling\\n- FIT: Fitness Pressure / Optimization target\\n- CST: Custom explicit trait/constraint\\nOutput purely the requested JSON structures.\\nCodon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": i...", "evidence": "js_template prompt block in source; label=AI_BREEDER_PROMPT", "weight": 98, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 2 literal codon payloads and 1 source prompt blocks in 4 script blocks.", "evidence": "visibleWords=167; promptBlocks=1; literalCodons=2; apiHosts=generativelanguage.googleapis.com", "weight": 66, "is_intron": false } ] }, { "genome_id": "DEV-CGE-V3::OPERATIONAL", "source_path": "DEV/cge-v3.html", "kind": "operational", "title": "CONTEXT GENETICS ENGINE", "metrics": { "bytes": 84038, "h1": [], "headings": 0, "buttons": 42, "links": 0, "inputs": 11, "textareas": 4, "images": 2, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 10, "inlineHandlers": 57, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 18, "mediaQueries": 4, "keyframes": 1, "gradients": 0, "borderRadius": 21, "grid": 9, "flex": 32, "functions": 110, "asyncFunctions": 8, "fetchCalls": 4, "localStorage": 6, "chromeApi": 0, "apiHosts": [ "www.w3.org", "generativelanguage.googleapis.com", "api.allorigins.win" ], "colors": [ "#121212", "#1e1e1e", "#2a2a2a", "#333333", "#ffffff", "#b0b0b0", "#4ade80", "#9ca3af", "#f87171", "#60a5fa", "#1cb0c6", "#f88c22", "#8a8a8a", "#fff", "rgba(96, 165, 250, 0.05)", "rgba(248, 113, 113, 0.3)", "rgba(248, 113, 113, 0.05)", "rgba(0,0,0,0.2)", "rgba(255,255,255,0.03)", "rgba(0,0,0,0.15)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy -...", "You must strictly adhere to the following instructions:\\n\\n" ], "promptBlocks": [ { "kind": "js_template", "label": "AI_BREEDER_PROMPT", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy - OUT: Output Form - FLR: Failure Handling - FIT: Fitness Pressure / Optimization target - CST: Custom explicit trait/constraint Output purely the requested JSON structures. Codon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "weight": 98 }, { "kind": "js_string", "label": "systemPrompt", "locus": "CST", "text": "You must strictly adhere to the following instructions:\\n\\n", "weight": 92.26818181818182 } ], "promptHitCount": 2, "literalCodons": [ { "type": "RSN", "payload": "Construct theory before output.", "source": "{ id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 78.775 }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "source": "{ id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79.25 } ], "literalCodonCount": 2, "codonWords": 57, "genomeWords": 80, "phenotypeWords": 19, "mutationWords": 50, "selectionWords": 11, "theoryWords": 37, "apiKeyRefs": 4, "cspRisk": 58, "words": 240, "visibleTextSample": "CONTEXT GENETICS ENGINE SYS: READY UNDO HELP IMPORT EXPORT TRACE CONSOLE \u25b2 SHOW ECOLOGY INITIALIZED. Awaiting Breeder Operations... Palette Upstream Breeding Chamber ? 01 Artificial Selection Engine INGEST + VISION Inject Locus (Manual) REASONING Define cognitive sequence. EVIDENCE Bound hallucination risk. OUTPUT Control structural phenotype. FAILURE Set error recovery logic. FITNESS Define survival metrics. CUST...", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for CONTEXT GENETICS ENGINE", "evidence": "path=DEV/cge-v3.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 240 words, 0 headings, density=sparse. H1=none.", "evidence": "CONTEXT GENETICS ENGINE SYS: READY UNDO HELP IMPORT EXPORT TRACE CONSOLE \u25b2 SHOW ECOLOGY INITIALIZED. Awaiting Breeder Operations... Palette Upstream Breeding Chamber ? 01 Artificial Selection Engine INGEST + VISION Inject Locus (Manual) REASONING Define cognitive sequence. EVIDENCE Bound hallucination risk. OUTPUT Control structural phenotype. FAILURE Set error recovery logic. FITNESS Define survival metrics. CUST...", "weight": 35, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 18 CSS vars, 20 sampled colors, 21 radius rules, 1 animations.", "evidence": "#121212 | #1e1e1e | #2a2a2a | #333333 | #ffffff | #b0b0b0 | #4ade80 | #9ca3af | var(--sans) | var(--mono)", "weight": 87, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 1 script blocks, 110 functions, 4 fetch calls, chrome API refs=0, localStorage refs=6.", "evidence": "www.w3.org | generativelanguage.googleapis.com | api.allorigins.win", "weight": 98, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 0 links, 42 buttons, 11 inputs, 4 textareas, 0 forms.", "evidence": "inlineHandlers=57; sections=10", "weight": 98, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=2, iframes=2, canvas=0, video=0.", "evidence": "2 img tags; 2 iframe tags", "weight": 67, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=58, API key refs=4.", "evidence": "58 inline script/handler risks; 4 API key references", "weight": 95, "is_intron": false }, { "type": "END", "payload": "End operational genome for DEV/cge-v3.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "DEV-CGE-V3::PROMPT", "source_path": "DEV/cge-v3.html", "kind": "prompt", "title": "CONTEXT GENETICS ENGINE", "metrics": { "bytes": 84038, "h1": [], "headings": 0, "buttons": 42, "links": 0, "inputs": 11, "textareas": 4, "images": 2, "iframes": 2, "canvas": 0, "videos": 0, "forms": 0, "sections": 10, "inlineHandlers": 57, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 18, "mediaQueries": 4, "keyframes": 1, "gradients": 0, "borderRadius": 21, "grid": 9, "flex": 32, "functions": 110, "asyncFunctions": 8, "fetchCalls": 4, "localStorage": 6, "chromeApi": 0, "apiHosts": [ "www.w3.org", "generativelanguage.googleapis.com", "api.allorigins.win" ], "colors": [ "#121212", "#1e1e1e", "#2a2a2a", "#333333", "#ffffff", "#b0b0b0", "#4ade80", "#9ca3af", "#f87171", "#60a5fa", "#1cb0c6", "#f88c22", "#8a8a8a", "#fff", "rgba(96, 165, 250, 0.05)", "rgba(248, 113, 113, 0.3)", "rgba(248, 113, 113, 0.05)", "rgba(0,0,0,0.2)", "rgba(255,255,255,0.03)", "rgba(0,0,0,0.15)" ], "fontFamilies": [ "var(--sans)", "var(--mono)" ], "promptHits": [ "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy -...", "You must strictly adhere to the following instructions:\\n\\n" ], "promptBlocks": [ { "kind": "js_template", "label": "AI_BREEDER_PROMPT", "locus": "OUT", "text": "You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy - OUT: Output Form - FLR: Failure Handling - FIT: Fitness Pressure / Optimization target - CST: Custom explicit trait/constraint Output purely the requested JSON structures. Codon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "weight": 98 }, { "kind": "js_string", "label": "systemPrompt", "locus": "CST", "text": "You must strictly adhere to the following instructions:\\n\\n", "weight": 92.26818181818182 } ], "promptHitCount": 2, "literalCodons": [ { "type": "RSN", "payload": "Construct theory before output.", "source": "{ id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 78.775 }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "source": "{ id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79.25 } ], "literalCodonCount": 2, "codonWords": 57, "genomeWords": 80, "phenotypeWords": 19, "mutationWords": 50, "selectionWords": 11, "theoryWords": 37, "apiKeyRefs": 4, "cspRisk": 58, "words": 240, "visibleTextSample": "CONTEXT GENETICS ENGINE SYS: READY UNDO HELP IMPORT EXPORT TRACE CONSOLE \u25b2 SHOW ECOLOGY INITIALIZED. Awaiting Breeder Operations... Palette Upstream Breeding Chamber ? 01 Artificial Selection Engine INGEST + VISION Inject Locus (Manual) REASONING Define cognitive sequence. EVIDENCE Bound hallucination risk. OUTPUT Control structural phenotype. FAILURE Set error recovery logic. FITNESS Define survival metrics. CUST...", "companionFiles": [] }, "sequence": [ { "type": "RSN", "payload": "Construct theory before output.", "evidence": "literal codon in source: { id: generateId(), type: 'RSN', payload: 'Construct theory before output.', state: 'EXON', weight: 90, images: [] }", "weight": 79, "is_intron": false }, { "type": "FIT", "payload": "Optimize for conceptual compression and precision.", "evidence": "literal codon in source: { id: generateId(), type: 'FIT', payload: 'Optimize for conceptual compression and precision.', state: 'EXON', weight: 80, images: [] }", "weight": 79, "is_intron": false }, { "type": "OUT", "payload": "AI_BREEDER_PROMPT: You are the CONTEXT GENETICS ENGINE. Your task is to extract or generate a structured JSON array of \"prompt codons\" (genes) that form a system prompt architecture. LOCI: - RSN: Reasoning Order - EVD: Evidence Policy - OUT: Output Form - FLR: Failure Handling - FIT: Fitness Pressure / Optimization target - CST: Custom explicit trait/constraint Output purely the requested JSON structures. Codon Schema: { \"type\": \"...\", \"payload\": \"specific instruction text\", \"state\": \"EXON\", \"weight\": integer }", "evidence": "js_template prompt block in source; label=AI_BREEDER_PROMPT", "weight": 98, "is_intron": false }, { "type": "CST", "payload": "systemPrompt: You must strictly adhere to the following instructions:\\n\\n", "evidence": "js_string prompt block in source; label=systemPrompt", "weight": 92, "is_intron": false }, { "type": "EVD", "payload": "Prompt genome assembled from 2 literal codon payloads and 2 source prompt blocks in 1 script blocks.", "evidence": "visibleWords=240; promptBlocks=2; literalCodons=2; apiHosts=www.w3.org,generativelanguage.googleapis.com,api.allorigins.win", "weight": 68, "is_intron": false } ] }, { "genome_id": "EXTENSION-SHARE::OPERATIONAL", "source_path": "extension-share.html", "kind": "operational", "title": "GENOMA // Mobile Share", "metrics": { "bytes": 6161, "h1": [ "Mobile Share" ], "headings": 1, "buttons": 4, "links": 4, "inputs": 0, "textareas": 0, "images": 1, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 6, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 5, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 4, "flex": 3, "functions": 3, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 0, "genomeWords": 10, "phenotypeWords": 0, "mutationWords": 1, "selectionWords": 1, "theoryWords": 1, "apiKeyRefs": 0, "cspRisk": 1, "words": 108, "visibleTextSample": "GENOMA // Mobile Share Mobile Share Link-safe surface Artifact and atlas previews Extension runtime stays desktop Hub Atlas Video Mobile Notes Panels Panel links are previews outside the extension runtime. Real page capture needs desktop Chrome or Edge with Load Unpacked. Artifacts Artifacts and the atlas work as normal linked pages, so they are the right mobile and iframe surfaces. Share Bundle The future share o...", "companionFiles": [] }, "sequence": [ { "type": "ROW_S", "payload": "Source frame for GENOMA // Mobile Share", "evidence": "path=extension-share.html", "weight": 55, "is_intron": false }, { "type": "TXT", "payload": "Text field: 108 words, 1 headings, density=sparse. H1=Mobile Share.", "evidence": "GENOMA // Mobile Share Mobile Share Link-safe surface Artifact and atlas previews Extension runtime stays desktop Hub Atlas Video Mobile Notes Panels Panel links are previews outside the extension runtime. Real page capture needs desktop Chrome or Edge with Load Unpacked. Artifacts Artifacts and the atlas work as normal linked pages, so they are the right mobile and iframe surfaces. Share Bundle The future share o...", "weight": 35, "is_intron": false }, { "type": "STY", "payload": "Visual system: 1 style blocks, 5 CSS vars, 2 sampled colors, 0 radius rules, 0 animations.", "evidence": "#000 | #fff | ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace", "weight": 54, "is_intron": false }, { "type": "CDE", "payload": "Runtime: 1 script blocks, 3 functions, 0 fetch calls, chrome API refs=0, localStorage refs=0.", "evidence": "No direct evidence extracted.", "weight": 33, "is_intron": false }, { "type": "HPL", "payload": "Navigation/control surface: 4 links, 4 buttons, 0 inputs, 0 textareas, 0 forms.", "evidence": "inlineHandlers=0; sections=6", "weight": 47, "is_intron": false }, { "type": "IMG", "payload": "Media surface: images=1, iframes=1, canvas=0, video=0.", "evidence": "1 img tags; 1 iframe tags", "weight": 51, "is_intron": false }, { "type": "CMT", "payload": "Operational risk: CSP risk=1, API key refs=0.", "evidence": "1 inline script/handler risks", "weight": 38, "is_intron": false }, { "type": "END", "payload": "End operational genome for extension-share.html.", "evidence": "", "weight": 50, "is_intron": false } ] }, { "genome_id": "EXTENSION-SHARE::PROMPT", "source_path": "extension-share.html", "kind": "prompt", "title": "GENOMA // Mobile Share", "metrics": { "bytes": 6161, "h1": [ "Mobile Share" ], "headings": 1, "buttons": 4, "links": 4, "inputs": 0, "textareas": 0, "images": 1, "iframes": 1, "canvas": 0, "videos": 0, "forms": 0, "sections": 6, "inlineHandlers": 0, "styleBlocks": 1, "scriptBlocks": 1, "cssVars": 5, "mediaQueries": 1, "keyframes": 0, "gradients": 0, "borderRadius": 0, "grid": 4, "flex": 3, "functions": 3, "asyncFunctions": 0, "fetchCalls": 0, "localStorage": 0, "chromeApi": 0, "apiHosts": [], "colors": [ "#000", "#fff" ], "fontFamilies": [ "ui-monospace, SFMono-Regular, Menlo, Consolas, \"Liberation Mono\", monospace" ], "promptHits": [], "promptBlocks": [], "promptHitCount": 0, "literalCodons": [], "literalCodonCount": 0, "codonWords": 0, "genomeWords": 10, "phenotypeWords": 0, "mutationWords": 1, "selectionWords": 1, "theoryWords": 1, "apiKeyRefs": 0, "cspRisk": 1, "words": 108, "visibleTextSample": "GENOMA // Mobile Share Mobile Share Link-safe surface Artifact and atlas previews Extension runtime stays desktop Hub Atlas Video Mobile Notes Panels Panel links are previews outside the extension runtime. Real page capture needs desktop Chrome or Edge with Load Unpacked. Artifacts Artifacts and the atlas work as normal linked pages, so they are the right mobile and iframe surfaces. Share Bundle The future share o...", "companionFiles": [] }, "sequence": [ { "type": "RSN", "payload": "Read GENOMA // Mobile Share as a side-panel tool. Separate page capture, model reasoning, and live-page mutation.", "evidence": "No direct evidence extracted.", "weight": 45, "is_intron": true }, { "type": "EVD", "payload": "No literal prompt blocks were extracted. Ground any future interpretation in source metrics: 108 visible words, 1 script blocks, 1 style blocks.", "evidence": "GENOMA // Mobile Share Mobile Share Link-safe surface Artifact and atlas previews Extension runtime stays desktop Hub Atlas Video Mobile Notes Panels Panel links are previews outside the extension runtime. Real page capture needs desktop Chrome or Edge with Load Unpacked. Artifacts Artifacts and the atlas work as normal linked pages, so they are the right mobile and iframe surfaces. Share Bundle The future share o...", "weight": 42, "is_intron": true }, { "type": "OUT", "payload": "Output includes embedded frames. Treat iframe content as a share/preview surface, not the same as extension runtime.", "evidence": "buttons=4; inputs=0; media=2", "weight": 42, "is_intron": true }, { "type": "FLR", "payload": "Expected failures: inline script/CSP portability. Respond with partial genome plus clear missing condition instead of silent breakage.", "evidence": "apiKeyRefs=0; cspRisk=1; fetchCalls=0", "weight": 45, "is_intron": true } ] } ], "colors": { "operational": { "TXT": "#4ade80", "HPL": "#38bdf8", "IMG": "#fb923c", "AUC": "#c084fc", "VID": "#f87171", "CMT": "#a3a3a3", "STY": "#94a3b8", "CDE": "#eab308", "ROW_S": "#64748b", "COL_S": "#475569", "END": "#f97316" }, "prompt": { "RSN": "#60a5fa", "EVD": "#4ade80", "OUT": "#f8fafc", "FIT": "#c084fc", "FLR": "#f87171", "CST": "#fbbf24", "MUT": "#f472b6", "SEL": "#fb923c", "CMT": "#a3a3a3" } } }