fatcrapinmybutt/.agents/skills/OMEGA-MBP-INDEX
.agents/skills/OMEGA-MBP-INDEX/SKILL.md
Master manifest, activation matrix, quality gates, and orchestration protocol for all 24 THEMANBEARPIG visualization skills across 7 tiers. Coordinates skill selection, multi-skill activation, build pipeline, and deployment readiness.
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Updated Apr 16, 2026
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SKILL.md
- skill:
- OMEGA-MBP-INDEX
- version:
- 1.0.0
- description:
- Master manifest, activation matrix, quality gates, and orchestration protocol for all 24 THEMANBEARPIG visualization skills across 7 tiers. Coordinates skill selection, multi-skill activation, build pipeline, and deployment readiness.
- tier:
- OMEGA
- category:
- THEMANBEARPIG
OMEGA-MBP-INDEX — Master Manifest for THEMANBEARPIG
Tier Ω — OMEGA: The single source of truth for the entire 25-skill THEMANBEARPIG ecosystem. This file orchestrates skill selection, build sequencing, quality enforcement, and deployment readiness across 7 tiers and 24 domain skills. When in doubt, consult OMEGA.
1. Complete Skill Registry
1.1 Ecosystem Summary
| Metric | Value | |--------|-------| | Total skills | 24 domain + 1 OMEGA = 25 | | Tiers | 7 (GENESIS → TRANSCENDENCE) | | Total size | ~910 KB across all SKILL.md files | | Total lines | ~18,000+ lines of actionable guidance | | Target platform | Windows (AMD Ryzen 3 3200G, 24GB RAM, Vega 8 iGPU) | | Rendering stack | D3.js + SVG/Canvas/WebGL, pywebview desktop shell | | Data sources | litigation_context.db (790+ tables, ~1.3 GB) |
1.2 Tier 0 — GENESIS (Architectural DNA)
SINGULARITY-MBP-GENESIS
- Path:
.agents/skills/SINGULARITY-MBP-GENESIS/SKILL.md - Size: ~78 KB
- Domain: Graph architecture, node/link taxonomy, layer ontology
- Capabilities:
- Defines 20+ node types (person, judge, case, evidence, authority, filing, etc.)
- Defines 17 link types (accused_by, filed_in, ruled_by, cites, contradicts, etc.)
- Specifies 13-layer architecture (Layer 0–12) with LAYER_META force configuration
- Node sizing by evidence weight, coloring by lane assignment
- Performance constraints: 2500+ nodes with viewport culling and LOD
- Dependencies: None (foundation layer)
- Depends-on-me: ALL other 23 skills
SINGULARITY-MBP-DATAWEAVE
- Path:
.agents/skills/SINGULARITY-MBP-DATAWEAVE/SKILL.md - Size: ~84 KB
- Domain: Data pipeline, DB→graph transforms, multi-backend data fabric
- Capabilities:
- 183-table extraction pipeline from litigation_context.db
- DuckDB analytical transforms (10-100× over SQLite for aggregations)
- LanceDB vector enrichment (75K semantic vectors, 384-dim)
- FTS5 BM25 relevance scoring for node/link weighting
- Polars DataFrames for intermediate data shaping
- Dependencies: MBP-GENESIS (schema definitions)
- Depends-on-me: All COMBAT, INTEGRATION, and EMERGENCE skills
1.3 Tier 1 — FORGE (Rendering Engine)
SINGULARITY-MBP-FORGE-RENDERER
- Path:
.agents/skills/SINGULARITY-MBP-FORGE-RENDERER/SKILL.md - Size: ~25 KB
- Domain: SVG/Canvas/WebGL rendering, LOD, viewport culling
- Capabilities:
- Multi-backend rendering: SVG for <500 nodes, Canvas for 500-2000, WebGL for 2000+
- Quadtree spatial indexing for O(log n) viewport culling
- Level-of-detail (LOD) rendering: full detail → simplified → dots by zoom level
- Dynamic resolution scaling based on frame rate monitoring
- GPU-accelerated text rendering via Canvas 2D offscreen
- Dependencies: MBP-GENESIS (node/link types), MBP-DATAWEAVE (graph data)
- Depends-on-me: MBP-FORGE-EFFECTS, MBP-FORGE-DEPLOY
SINGULARITY-MBP-FORGE-PHYSICS
- Path:
.agents/skills/SINGULARITY-MBP-FORGE-PHYSICS/SKILL.md - Size: ~59 KB
- Domain: Force simulation, custom forces, collision, layout algorithms
- Capabilities:
- D3-force simulation with per-layer LAYER_META tuning
- Barnes-Hut approximation (θ=0.9) for O(n log n) charge calculation
- Custom forces: orbital (ring layout per layer), lane-gravity, temporal-x
- Collision detection with variable-radius nodes
- Layout presets: force-directed, radial, hierarchical, timeline, cluster
- Dependencies: MBP-GENESIS (LAYER_META config)
- Depends-on-me: MBP-FORGE-RENDERER, MBP-EMERGENCE-SELFEVOLVE
SINGULARITY-MBP-FORGE-EFFECTS
- Path:
.agents/skills/SINGULARITY-MBP-FORGE-EFFECTS/SKILL.md - Size: ~25 KB
- Domain: Shaders, GLSL, particles, visual effects
- Capabilities:
- GLSL fragment shaders for node glow, edge pulse, threat auras
- Particle systems for evidence discovery animations
- Post-processing: bloom, CRT scanlines, vignette, chromatic aberration
- Glass/frosted panel effects for HUD overlays
- Fog-of-war for undiscovered evidence regions
- Dependencies: MBP-FORGE-RENDERER (WebGL context)
- Depends-on-me: MBP-INTERFACE-HUD, MBP-TRANSCENDENCE-DIMENSIONAL
SINGULARITY-MBP-FORGE-DEPLOY
- Path:
.agents/skills/SINGULARITY-MBP-FORGE-DEPLOY/SKILL.md - Size: ~13 KB
- Domain: EXE build, pywebview, PyInstaller, desktop packaging
- Capabilities:
- pywebview desktop shell with Python↔JS bridge
- PyInstaller one-file EXE bundling with D3.js inlined
- Icon generation from litigation graph snapshots
- Auto-updater with semantic versioning
- NSIS installer with Start Menu shortcuts
- Dependencies: MBP-FORGE-RENDERER, MBP-FORGE-EFFECTS (complete rendering pipeline)
- Depends-on-me: None (terminal deployment node)
1.4 Tier 2 — COMBAT (Domain Overlays)
SINGULARITY-MBP-COMBAT-ADVERSARY
- Path:
.agents/skills/SINGULARITY-MBP-COMBAT-ADVERSARY/SKILL.md - Size: ~30 KB
- Domain: Adversary network analysis
- Capabilities:
- PageRank scoring for adversary influence measurement
- Betweenness/closeness centrality for network gatekeepers
- Louvain community detection for hidden faction clusters
- Ego-network extraction per adversary with 1-hop and 2-hop views
- Threat scoring composite: harm_count × centrality × recency
- Dependencies: MBP-GENESIS, MBP-DATAWEAVE
- Depends-on-me: MBP-COMBAT-JUDICIAL, MBP-EMERGENCE-PREDICTION
SINGULARITY-MBP-COMBAT-WEAPONS
- Path:
.agents/skills/SINGULARITY-MBP-COMBAT-WEAPONS/SKILL.md - Size: ~32 KB
- Domain: Weapon chain visualization (9 weapon types)
- Capabilities:
- 9 weapon types: false_allegation, ex_parte, PPO_weaponization, contempt, evidence_exclusion, FOC_bias, medication_coercion, incarceration, parental_alienation
- Doctrine→remedy→filing chain mapping per weapon
- Weapon activation timeline with escalation indicators
- Counter-weapon strategy nodes linked to filing packages
- Weapon frequency heatmap by time period
- Dependencies: MBP-GENESIS, MBP-DATAWEAVE, MBP-COMBAT-ADVERSARY
- Depends-on-me: MBP-INTEGRATION-FILING
SINGULARITY-MBP-COMBAT-JUDICIAL
- Path:
.agents/skills/SINGULARITY-MBP-COMBAT-JUDICIAL/SKILL.md - Size: ~32 KB
- Domain: Judicial cartel visualization
- Capabilities:
- McNeill-Hoopes-Ladas triangle rendering with connection evidence
- Violation heatmap: 5,059 violations by type and date
- Ex parte order timeline with Albert premeditation linkage
- JTC exhibit mapping to violation categories
- Cavan Berry connection overlay (spouse→judge→FOC address)
- Dependencies: MBP-GENESIS, MBP-DATAWEAVE, MBP-COMBAT-ADVERSARY
- Depends-on-me: MBP-INTERFACE-HUD, MBP-EMERGENCE-CONVERGENCE
SINGULARITY-MBP-COMBAT-EVIDENCE
- Path:
.agents/skills/SINGULARITY-MBP-COMBAT-EVIDENCE/SKILL.md - Size: ~31 KB
- Domain: Evidence density and gap analysis
- Capabilities:
- Evidence heat density overlay per lane and factor
- Semantic clustering via t-SNE projection of 75K evidence vectors
- Gap detection: areas with claims but no supporting evidence
- Evidence strength scoring (source reliability × corroboration count)
- Exhibit-to-node binding with Bates number references
- Dependencies: MBP-GENESIS, MBP-DATAWEAVE
- Depends-on-me: MBP-COMBAT-IMPEACHMENT, MBP-EMERGENCE-CONVERGENCE
SINGULARITY-MBP-COMBAT-AUTHORITY
- Path:
.agents/skills/SINGULARITY-MBP-COMBAT-AUTHORITY/SKILL.md - Size: ~35 KB
- Domain: Legal authority hierarchy
- Capabilities:
- Authority hierarchy tree: SCOTUS → 6th Circuit → MSC → COA → Circuit
- Citation PageRank for most-cited authorities
- Chain completeness scoring (claim→authority→supporting_authority)
- Shepardization signal overlay (good law, questioned, overruled)
- Authority-to-filing mapping (which filings cite which authorities)
- Dependencies: MBP-GENESIS, MBP-DATAWEAVE
- Depends-on-me: MBP-INTEGRATION-FILING
SINGULARITY-MBP-COMBAT-IMPEACHMENT
- Path:
.agents/skills/SINGULARITY-MBP-COMBAT-IMPEACHMENT/SKILL.md - Size: ~33 KB
- Domain: Impeachment and credibility analysis
- Capabilities:
- Impeachment scoring per witness (1-10 scale, composite of contradictions)
- Credibility chain rendering: claim → prior statement → contradiction → exhibit
- MRE 613 prior inconsistent statement workflow visualization
- Cross-examination question generation linked to evidence nodes
- Contradiction severity heatmap across timeline
- Dependencies: MBP-GENESIS, MBP-DATAWEAVE, MBP-COMBAT-EVIDENCE
- Depends-on-me: MBP-INTERFACE-NARRATIVE
1.5 Tier 3 — INTERFACE (User Interaction)
SINGULARITY-MBP-INTERFACE-CONTROLS
- Path:
.agents/skills/SINGULARITY-MBP-INTERFACE-CONTROLS/SKILL.md - Size: ~35 KB
- Domain: Click, search, filter, keyboard, export interactions
- Capabilities:
- Click handlers: select, multi-select, drag, context menu per node type
- Fuse.js fuzzy search across all node labels and metadata
- Filter panel: by layer, lane, date range, evidence strength, actor
- Keyboard shortcuts: layer toggle, zoom, pan, search focus, export
- Export: PNG snapshot, SVG vector, JSON graph data, CSV node list
- Dependencies: MBP-FORGE-RENDERER, MBP-FORGE-PHYSICS
- Depends-on-me: MBP-INTERFACE-NARRATIVE
SINGULARITY-MBP-INTERFACE-TIMELINE
- Path:
.agents/skills/SINGULARITY-MBP-INTERFACE-TIMELINE/SKILL.md - Size: ~37 KB
- Domain: Temporal navigation and playback
- Capabilities:
- Timeline scrubber bar with date range selection
- Temporal playback: animate graph evolution over time
- Keyframe markers for critical events (trial, ex parte orders, separation)
- Milestone overlay with configurable event types
- Temporal filtering: show only nodes/links active in selected date range
- Dependencies: MBP-FORGE-RENDERER, MBP-FORGE-PHYSICS, MBP-DATAWEAVE
- Depends-on-me: MBP-INTERFACE-NARRATIVE, MBP-TRANSCENDENCE-SONIC
SINGULARITY-MBP-INTERFACE-NARRATIVE
- Path:
.agents/skills/SINGULARITY-MBP-INTERFACE-NARRATIVE/SKILL.md - Size: ~23 KB
- Domain: Story mode and guided exploration
- Capabilities:
- Story mode walkthroughs: guided paths through the graph
- Narrative generation from graph traversal patterns
- Jury presentation mode: simplified, annotated views
- Breadcrumb trail for exploration history
- Annotation layer for user-added notes on nodes
- Dependencies: MBP-INTERFACE-CONTROLS, MBP-INTERFACE-TIMELINE, MBP-COMBAT-IMPEACHMENT
- Depends-on-me: None
SINGULARITY-MBP-INTERFACE-HUD
- Path:
.agents/skills/SINGULARITY-MBP-INTERFACE-HUD/SKILL.md - Size: ~28 KB
- Domain: Heads-up display, gauges, minimap
- Capabilities:
- EGCP (Evidence-Grade Confidence Percentage) gauge per filing lane
- Filing readiness meters for F1-F10 with gap indicators
- Minimap showing full graph with viewport rectangle
- FPS counter and performance alerts
- Separation day counter (dynamic since Jul 29, 2025)
- Dependencies: MBP-FORGE-RENDERER, MBP-FORGE-EFFECTS, MBP-COMBAT-JUDICIAL
- Depends-on-me: None
1.6 Tier 4 — INTEGRATION (Engine Bridges)
SINGULARITY-MBP-INTEGRATION-ENGINES
- Path:
.agents/skills/SINGULARITY-MBP-INTEGRATION-ENGINES/SKILL.md - Size: ~39 KB
- Domain: 14-engine bridge system
- Capabilities:
- Bridge to all 14 LitigationOS engines (nexus, chimera, chronos, etc.)
- MEEK lane classification overlay from ingest engine
- Delta999 agent activity overlay (8 specialized agents)
- Engine health status nodes with heartbeat monitoring
- Real-time data refresh from engine outputs
- Dependencies: MBP-GENESIS, MBP-DATAWEAVE
- Depends-on-me: MBP-INTEGRATION-FILING, MBP-INTEGRATION-BRAINS
SINGULARITY-MBP-INTEGRATION-FILING
- Path:
.agents/skills/SINGULARITY-MBP-INTEGRATION-FILING/SKILL.md - Size: ~46 KB
- Domain: Filing pipeline visualization
- Capabilities:
- Filing pipeline F1-F10 as Kanban board overlay
- EGCP confidence bars per filing with drill-down
- Deadline countdown nodes with urgency color coding
- Filing packet composition view (motion + brief + exhibits + COS)
- Filing dependency graph (which filings block others)
- Dependencies: MBP-DATAWEAVE, MBP-COMBAT-WEAPONS, MBP-COMBAT-AUTHORITY, MBP-INTEGRATION-ENGINES
- Depends-on-me: MBP-INTERFACE-HUD
SINGULARITY-MBP-INTEGRATION-BRAINS
- Path:
.agents/skills/SINGULARITY-MBP-INTEGRATION-BRAINS/SKILL.md - Size: ~55 KB
- Domain: Brain network visualization
- Capabilities:
- 23+ brain database nodes with size/health indicators
- Inter-brain data flow arrows showing knowledge transfer
- Brain learning loops (feedback cycles between brains)
- Brain health monitoring (staleness, growth rate, error rate)
- Version history timeline per brain
- Dependencies: MBP-DATAWEAVE, MBP-INTEGRATION-ENGINES
- Depends-on-me: MBP-EMERGENCE-SELFEVOLVE
1.7 Tier 5 — EMERGENCE (Self-Improvement)
SINGULARITY-MBP-EMERGENCE-CONVERGENCE
- Path:
.agents/skills/SINGULARITY-MBP-EMERGENCE-CONVERGENCE/SKILL.md - Size: ~13 KB
- Domain: Cross-layer intelligence and pattern detection
- Capabilities:
- DBSCAN clustering across graph layers for hidden connections
- Emergence signal detection: novelty scoring for new patterns
- Convergence metrics: lane readiness, evidence completeness
- Gap-to-acquisition task generation from detected gaps
- Build-to-build delta tracking for self-improvement metrics
- Dependencies: MBP-COMBAT-JUDICIAL, MBP-COMBAT-EVIDENCE, MBP-DATAWEAVE
- Depends-on-me: MBP-EMERGENCE-PREDICTION
SINGULARITY-MBP-EMERGENCE-PREDICTION
- Path:
.agents/skills/SINGULARITY-MBP-EMERGENCE-PREDICTION/SKILL.md - Size: ~11 KB
- Domain: Adversary behavior forecasting
- Capabilities:
- Temporal pattern analysis from adversary action history
- Retaliation timing prediction based on filing-to-response intervals
- Escalation slope computation (are things getting worse?)
- Counter-strategy pre-generation for predicted adversary moves
- Early warning system with configurable alert thresholds
- Dependencies: MBP-COMBAT-ADVERSARY, MBP-EMERGENCE-CONVERGENCE
- Depends-on-me: MBP-INTERFACE-HUD (alerts)
SINGULARITY-MBP-EMERGENCE-SELFEVOLVE
- Path:
.agents/skills/SINGULARITY-MBP-EMERGENCE-SELFEVOLVE/SKILL.md - Size: ~11 KB
- Domain: Self-improving layout and configuration
- Capabilities:
- Auto-optimize force simulation parameters from user interaction telemetry
- Learned configuration preferences persisted in localStorage
- Plugin architecture for third-party visualization extensions
- Build versioning with semantic version tracking
- A/B layout comparison for parameter tuning
- Dependencies: MBP-FORGE-PHYSICS, MBP-INTEGRATION-BRAINS
- Depends-on-me: None
1.8 Tier 6 — TRANSCENDENCE (Beyond 2D)
SINGULARITY-MBP-TRANSCENDENCE-SONIC
- Path:
.agents/skills/SINGULARITY-MBP-TRANSCENDENCE-SONIC/SKILL.md - Size: ~54 KB
- Domain: Audio sonification
- Capabilities:
- Threat-to-pitch mapping: higher threat = higher frequency
- Ambient soundscape reflecting overall case health
- Web Audio API oscillators, filters, and spatial audio
- Audio cues for navigation events (select, filter, discover)
- Accessibility: audio indicators complement visual signals
- Dependencies: MBP-INTERFACE-TIMELINE (temporal sync), MBP-FORGE-RENDERER
- Depends-on-me: None
SINGULARITY-MBP-TRANSCENDENCE-DIMENSIONAL
- Path:
.agents/skills/SINGULARITY-MBP-TRANSCENDENCE-DIMENSIONAL/SKILL.md - Size: ~69 KB
- Domain: 3D graph and VR
- Capabilities:
- Three.js 3D graph rendering with orbit controls
- WebXR VR mode for immersive graph exploration
- t-SNE / UMAP dimensionality reduction for 3D embedding layout
- Stereoscopic rendering for VR headsets
- Parallax depth effect for 2.5D non-VR viewing
- Dependencies: MBP-FORGE-RENDERER, MBP-FORGE-EFFECTS, MBP-FORGE-PHYSICS
- Depends-on-me: None
2. Activation Matrix
2.1 Single-Task Activation
| Task Pattern | Primary Skill | Secondary Skills | |-------------|---------------|------------------| | Define node/link types | MBP-GENESIS | — | | Build data pipeline | MBP-DATAWEAVE | MBP-GENESIS | | Render the graph | MBP-FORGE-RENDERER | MBP-GENESIS, MBP-FORGE-PHYSICS | | Tune force layout | MBP-FORGE-PHYSICS | MBP-GENESIS | | Add visual effects | MBP-FORGE-EFFECTS | MBP-FORGE-RENDERER | | Package as EXE | MBP-FORGE-DEPLOY | MBP-FORGE-RENDERER, MBP-FORGE-EFFECTS | | Analyze adversary network | MBP-COMBAT-ADVERSARY | MBP-DATAWEAVE | | Map weapon chains | MBP-COMBAT-WEAPONS | MBP-COMBAT-ADVERSARY, MBP-DATAWEAVE | | Show judicial cartel | MBP-COMBAT-JUDICIAL | MBP-COMBAT-ADVERSARY | | Visualize evidence gaps | MBP-COMBAT-EVIDENCE | MBP-DATAWEAVE | | Build authority tree | MBP-COMBAT-AUTHORITY | MBP-DATAWEAVE | | Score impeachment | MBP-COMBAT-IMPEACHMENT | MBP-COMBAT-EVIDENCE | | Add search/filter | MBP-INTERFACE-CONTROLS | MBP-FORGE-RENDERER | | Build timeline scrubber | MBP-INTERFACE-TIMELINE | MBP-FORGE-RENDERER, MBP-DATAWEAVE | | Create story mode | MBP-INTERFACE-NARRATIVE | MBP-INTERFACE-CONTROLS, MBP-INTERFACE-TIMELINE | | Design HUD overlay | MBP-INTERFACE-HUD | MBP-FORGE-EFFECTS | | Bridge to engines | MBP-INTEGRATION-ENGINES | MBP-DATAWEAVE | | Show filing pipeline | MBP-INTEGRATION-FILING | MBP-INTEGRATION-ENGINES | | Map brain network | MBP-INTEGRATION-BRAINS | MBP-INTEGRATION-ENGINES | | Detect hidden patterns | MBP-EMERGENCE-CONVERGENCE | MBP-COMBAT-EVIDENCE, MBP-COMBAT-JUDICIAL | | Predict adversary moves | MBP-EMERGENCE-PREDICTION | MBP-COMBAT-ADVERSARY, MBP-EMERGENCE-CONVERGENCE | | Auto-tune layout | MBP-EMERGENCE-SELFEVOLVE | MBP-FORGE-PHYSICS | | Add audio sonification | MBP-TRANSCENDENCE-SONIC | MBP-INTERFACE-TIMELINE | | Enable 3D/VR mode | MBP-TRANSCENDENCE-DIMENSIONAL | MBP-FORGE-RENDERER, MBP-FORGE-PHYSICS |
2.2 Multi-Skill Activation Patterns (Complex Tasks)
| Task Pattern | Skills Activated | Phase Order | |-------------|------------------|-------------| | Upgrade THEMANBEARPIG visualization | GENESIS + DATAWEAVE + FORGE-RENDERER + FORGE-PHYSICS + FORGE-DEPLOY | 1→2→3→3→4 | | Add new adversary connections | DATAWEAVE + COMBAT-ADVERSARY + FORGE-PHYSICS + FORGE-RENDERER | 2→4→3→3 | | Build judicial cartel overlay | COMBAT-JUDICIAL + COMBAT-ADVERSARY + INTERFACE-HUD + FORGE-EFFECTS | 4→4→5→3 | | Create weapon chain visualization | COMBAT-WEAPONS + COMBAT-EVIDENCE + INTEGRATION-FILING + FORGE-RENDERER | 4→4→6→3 | | Add timeline playback | INTERFACE-TIMELINE + TRANSCENDENCE-SONIC + FORGE-EFFECTS + FORGE-RENDERER | 5→8→3→3 | | Enable VR mode | TRANSCENDENCE-DIMENSIONAL + FORGE-RENDERER + FORGE-PHYSICS + FORGE-EFFECTS | 8→3→3→3 | | Detect new patterns | EMERGENCE-CONVERGENCE + EMERGENCE-PREDICTION + COMBAT-EVIDENCE + DATAWEAVE | 7→7→4→2 | | Export impeachment package | COMBAT-IMPEACHMENT + INTERFACE-NARRATIVE + INTEGRATION-FILING + INTERFACE-CONTROLS | 4→5→6→5 | | Full rebuild with all data | ALL 24 SKILLS via OMEGA orchestration | Phases 1-8 | | Optimize rendering performance | FORGE-RENDERER + FORGE-PHYSICS + FORGE-EFFECTS + EMERGENCE-SELFEVOLVE | 3→3→3→7 | | Add evidence clustering | COMBAT-EVIDENCE + DATAWEAVE + FORGE-RENDERER + INTERFACE-CONTROLS | 4→2→3→5 | | Build filing readiness dashboard | INTEGRATION-FILING + INTERFACE-HUD + COMBAT-AUTHORITY + COMBAT-EVIDENCE | 6→5→4→4 | | Create jury presentation | INTERFACE-NARRATIVE + INTERFACE-TIMELINE + COMBAT-IMPEACHMENT + FORGE-EFFECTS | 5→5→4→3 | | Integrate new engine | INTEGRATION-ENGINES + DATAWEAVE + GENESIS + FORGE-RENDERER | 6→2→1→3 | | Add brain health monitoring | INTEGRATION-BRAINS + INTERFACE-HUD + EMERGENCE-SELFEVOLVE | 6→5→7 | | Build authority citation graph | COMBAT-AUTHORITY + DATAWEAVE + FORGE-PHYSICS + INTERFACE-CONTROLS | 4→2→3→5 | | Track adversary escalation | EMERGENCE-PREDICTION + COMBAT-ADVERSARY + INTERFACE-TIMELINE + INTERFACE-HUD | 7→4→5→5 | | Add ambient audio | TRANSCENDENCE-SONIC + INTERFACE-TIMELINE + FORGE-EFFECTS | 8→5→3 | | Profile-based node coloring | GENESIS + FORGE-RENDERER + COMBAT-ADVERSARY | 1→3→4 | | Full convergence audit | EMERGENCE-CONVERGENCE + DATAWEAVE + COMBAT-EVIDENCE + COMBAT-AUTHORITY + INTEGRATION-FILING | 7→2→4→4→6 | | Build separation counter HUD | INTERFACE-HUD + DATAWEAVE + FORGE-EFFECTS | 5→2→3 | | Deploy production EXE | FORGE-DEPLOY + FORGE-RENDERER + FORGE-EFFECTS + ALL COMBAT + ALL INTERFACE | 3→3→3→4→5 |
3. Build Pipeline Orchestration
3.1 Full Build Phases
When building THEMANBEARPIG from scratch, execute skills in this strict phase order. Each phase must PASS its quality gate before advancing to the next.
╔══════════════════════════════════════════════════════════════════════╗
║ THEMANBEARPIG — 8-Phase Build Pipeline ║
║ ║
║ Phase 1: GENESIS ──────────► Schema validated ║
║ └─ MBP-GENESIS All 13 layers defined ║
║ 20+ node types, 17 link types ║
║ ║
║ Phase 2: DATA ─────────────► Data pipeline functional ║
║ └─ MBP-DATAWEAVE 183-table extraction verified ║
║ Graph JSON emitted ║
║ ║
║ Phase 3: RENDERING ────────► Visual output verified ║
║ ├─ MBP-FORGE-PHYSICS Force simulation converges ║
║ ├─ MBP-FORGE-RENDERER 2500+ nodes render at 30fps ║
║ └─ MBP-FORGE-EFFECTS Effects don't drop below 24fps ║
║ ║
║ Phase 4: COMBAT ───────────► All 6 overlays functional ║
║ ├─ MBP-COMBAT-ADVERSARY PageRank computed ║
║ ├─ MBP-COMBAT-WEAPONS 9 weapon types mapped ║
║ ├─ MBP-COMBAT-JUDICIAL McNeill triangle rendered ║
║ ├─ MBP-COMBAT-EVIDENCE Gap detection running ║
║ ├─ MBP-COMBAT-AUTHORITY Citation hierarchy built ║
║ └─ MBP-COMBAT-IMPEACHMENT Credibility chains linked ║
║ ║
║ Phase 5: INTERFACE ────────► All interactions responsive ║
║ ├─ MBP-INTERFACE-CONTROLS <100ms response on click/search ║
║ ├─ MBP-INTERFACE-TIMELINE Scrubber renders, playback works ║
║ ├─ MBP-INTERFACE-NARRATIVE Story mode walkthrough functional ║
║ └─ MBP-INTERFACE-HUD All gauges display correct data ║
║ ║
║ Phase 6: INTEGRATION ─────► All bridges connected ║
║ ├─ MBP-INTEGRATION-ENGINES 14 engines respond to queries ║
║ ├─ MBP-INTEGRATION-FILING F1-F10 pipeline visualized ║
║ └─ MBP-INTEGRATION-BRAINS 23+ brains mapped ║
║ ║
║ Phase 7: EMERGENCE ───────► Self-improvement active ║
║ ├─ MBP-EMERGENCE-CONVERGENCE DBSCAN <200ms ║
║ ├─ MBP-EMERGENCE-PREDICTION Forecasts generated ║
║ └─ MBP-EMERGENCE-SELFEVOLVE Config learning persists ║
║ ║
║ Phase 8: TRANSCENDENCE ───► Audio + 3D verified ║
║ ├─ MBP-TRANSCENDENCE-SONIC Audio plays without glitches ║
║ └─ MBP-TRANSCENDENCE-DIMENSIONAL 3D renders at 30fps ║
║ ║
║ DEPLOY: MBP-FORGE-DEPLOY ─► EXE built, tested, versioned ║
╚══════════════════════════════════════════════════════════════════════╝
3.2 Build Orchestrator Script
// build_mbp.js — THEMANBEARPIG full build orchestrator
const PHASES = [
{
id: 1, name: 'GENESIS',
skills: ['MBP-GENESIS'],
gate: (ctx) => ctx.layers === 13 && ctx.nodeTypes >= 20 && ctx.linkTypes >= 17,
gateLabel: '13 layers, 20+ node types, 17+ link types'
},
{
id: 2, name: 'DATA',
skills: ['MBP-DATAWEAVE'],
gate: (ctx) => ctx.nodesLoaded > 0 && ctx.linksLoaded > 0 && ctx.tablesQueried >= 10,
gateLabel: 'Graph JSON emitted with nodes + links from 10+ tables'
},
{
id: 3, name: 'RENDERING',
skills: ['MBP-FORGE-PHYSICS', 'MBP-FORGE-RENDERER', 'MBP-FORGE-EFFECTS'],
gate: (ctx) => ctx.fps >= 30 && ctx.effectsFps >= 24 && ctx.simulationConverged,
gateLabel: '30fps base, 24fps with effects, simulation converged'
},
{
id: 4, name: 'COMBAT',
skills: [
'MBP-COMBAT-ADVERSARY', 'MBP-COMBAT-WEAPONS', 'MBP-COMBAT-JUDICIAL',
'MBP-COMBAT-EVIDENCE', 'MBP-COMBAT-AUTHORITY', 'MBP-COMBAT-IMPEACHMENT'
],
gate: (ctx) => ctx.combatOverlays === 6 && ctx.pageRankComputed && ctx.gapDetectionRan,
gateLabel: 'All 6 overlays active, PageRank + gap detection operational'
},
{
id: 5, name: 'INTERFACE',
skills: [
'MBP-INTERFACE-CONTROLS', 'MBP-INTERFACE-TIMELINE',
'MBP-INTERFACE-NARRATIVE', 'MBP-INTERFACE-HUD'
],
gate: (ctx) => ctx.clickLatency < 100 && ctx.searchWorks && ctx.hudDisplays,
gateLabel: '<100ms click, search functional, HUD gauges correct'
},
{
id: 6, name: 'INTEGRATION',
skills: [
'MBP-INTEGRATION-ENGINES', 'MBP-INTEGRATION-FILING', 'MBP-INTEGRATION-BRAINS'
],
gate: (ctx) => ctx.enginesBridged >= 14 && ctx.filingsVisualized && ctx.brainsMapped >= 23,
gateLabel: '14 engines bridged, F1-F10 shown, 23+ brains mapped'
},
{
id: 7, name: 'EMERGENCE',
skills: [
'MBP-EMERGENCE-CONVERGENCE', 'MBP-EMERGENCE-PREDICTION',
'MBP-EMERGENCE-SELFEVOLVE'
],
gate: (ctx) => ctx.dbscanMs < 200 && ctx.predictionGenerated && ctx.configPersists,
gateLabel: 'DBSCAN <200ms, predictions generated, config persists'
},
{
id: 8, name: 'TRANSCENDENCE',
skills: ['MBP-TRANSCENDENCE-SONIC', 'MBP-TRANSCENDENCE-DIMENSIONAL'],
gate: (ctx) => ctx.audioPlays && ctx.threeDFps >= 30,
gateLabel: 'Audio glitch-free, 3D at 30fps'
}
];
async function buildMBP() {
const ctx = {};
for (const phase of PHASES) {
console.log(`\n=== Phase ${phase.id}: ${phase.name} ===`);
console.log(` Skills: ${phase.skills.join(', ')}`);
for (const skill of phase.skills) {
console.log(` Executing: ${skill}...`);
await executeSkill(skill, ctx);
}
if (!phase.gate(ctx)) {
console.error(` ❌ GATE FAILED: ${phase.gateLabel}`);
console.error(` Build halted at Phase ${phase.id}. Fix issues and retry.`);
return false;
}
console.log(` ✅ GATE PASSED: ${phase.gateLabel}`);
}
console.log('\n=== DEPLOY ===');
await executeSkill('MBP-FORGE-DEPLOY', ctx);
console.log('✅ THEMANBEARPIG build complete. EXE ready.');
return true;
}
3.3 Incremental Build (Skip Phases)
For updates that only touch a subset of skills:
// Incremental build — specify which phases to re-run
async function incrementalBuild(startPhase, endPhase) {
const ctx = await loadPreviousBuildContext(); // from localStorage or build.json
for (const phase of PHASES.filter(p => p.id >= startPhase && p.id <= endPhase)) {
for (const skill of phase.skills) {
await executeSkill(skill, ctx);
}
if (!phase.gate(ctx)) {
throw new Error(`Gate failed at Phase ${phase.id}: ${phase.gateLabel}`);
}
}
await saveBuildContext(ctx);
}
// Common incremental patterns:
// incrementalBuild(2, 2) — data refresh only
// incrementalBuild(3, 3) — rendering changes only
// incrementalBuild(4, 4) — new combat overlay
// incrementalBuild(5, 5) — UI changes only
// incrementalBuild(4, 6) — new combat + interface + integration
4. Quality Gates per Tier
4.1 Gate Definitions
GENESIS Gate (Phase 1)
| Check | Requirement | Validation |
|-------|-------------|------------|
| Layer count | Exactly 13 layers (0–12) | LAYER_META.length === 13 |
| Node types | ≥20 registered types | NODE_TYPES.size >= 20 |
| Link types | ≥17 registered types | LINK_TYPES.size >= 17 |
| LAYER_META | All layers have charge, distance, collision, color | No undefined values |
| Schema JSON | Valid JSON-LD graph schema | JSON.parse() succeeds, @context present |
FORGE Gate (Phase 3)
| Check | Requirement | Validation |
|-------|-------------|------------|
| Base FPS | ≥30fps with 2500 nodes | performance.now() frame timing over 60 frames |
| Effects FPS | ≥24fps with all effects enabled | Same measurement with effects on |
| LOD activation | LOD kicks in at correct zoom thresholds | Zoom to 0.3 → nodes simplified |
| Viewport culling | Off-screen nodes not rendered | Count draw calls vs visible nodes |
| Simulation convergence | Alpha < 0.001 within 300 ticks | simulation.alpha() < 0.001 |
| Memory usage | <500MB JS heap with full graph | performance.memory.usedJSHeapSize |
function runForgeGate(renderer, simulation) {
const results = {
baseFps: measureFPS(renderer, { effects: false, duration: 2000 }),
effectsFps: measureFPS(renderer, { effects: true, duration: 2000 }),
lodWorks: testLOD(renderer),
cullingWorks: testViewportCulling(renderer),
converges: simulation.alpha() < 0.001,
memoryOk: performance.memory?.usedJSHeapSize < 500 * 1024 * 1024
};
results.passed = results.baseFps >= 30
&& results.effectsFps >= 24
&& results.lodWorks
&& results.cullingWorks
&& results.converges
&& results.memoryOk;
return results;
}
COMBAT Gate (Phase 4)
| Check | Requirement | Validation |
|-------|-------------|------------|
| Adversary PageRank | Computed for all person nodes | No NaN values in pagerank scores |
| Weapon chains | All 9 weapon types mapped | weaponTypes.length === 9 |
| Judicial triangle | McNeill-Hoopes-Ladas rendered | 3 nodes + 3 edges present |
| Evidence gaps | Gap detection returns results | gaps.length > 0 or explicit "no gaps" |
| Authority tree | Hierarchy renders with ≥3 levels | SCOTUS → Circuit → State present |
| Impeachment scores | Scores 1-10 for all witnesses | No scores outside valid range |
INTERFACE Gate (Phase 5)
| Check | Requirement | Validation |
|-------|-------------|------------|
| Click latency | <100ms from click to visual feedback | performance.now() measurement |
| Search latency | <200ms for Fuse.js fuzzy search | Timed search on 2500-node dataset |
| Timeline scrubber | Renders, drag works, date display correct | Manual smoke test |
| Story mode | At least 1 walkthrough path functional | Automated walkthrough test |
| HUD gauges | All gauges display non-zero data | No "N/A" or "0" for populated data |
| Keyboard shortcuts | All 10+ shortcuts respond | Automated keypress test |
INTEGRATION Gate (Phase 6)
| Check | Requirement | Validation |
|-------|-------------|------------|
| Engine bridges | All 14 engines respond to health check | No timeout errors |
| Filing pipeline | F1-F10 all render with status | 10 filing cards present |
| Brain count | ≥23 brain nodes mapped | brainNodes.length >= 23 |
| Data freshness | Graph data <24 hours old | Timestamp comparison |
| Cross-bridge | Engine→Filing→Brain links exist | At least 5 cross-integration edges |
EMERGENCE Gate (Phase 7)
| Check | Requirement | Validation |
|-------|-------------|------------|
| DBSCAN latency | <200ms for clustering run | performance.now() timing |
| Cluster count | >1 cluster detected (proves algorithm works) | clusters.length > 1 |
| Prediction output | ≥1 prediction generated | Non-empty prediction array |
| Config persistence | Layout prefs survive page reload | Write → reload → read comparison |
| Novelty scoring | Scores assigned to new patterns | Score values in [0, 1] range |
TRANSCENDENCE Gate (Phase 8)
| Check | Requirement | Validation |
|-------|-------------|------------|
| Audio init | Web Audio context created without errors | audioContext.state === 'running' |
| Audio sync | Sound events align with graph events | Timestamp diff < 50ms |
| 3D FPS | ≥30fps in Three.js renderer | Frame timing measurement |
| 3D interaction | Orbit controls respond | Mouse drag rotates scene |
| VR detection | WebXR session negotiation succeeds (if HMD present) | navigator.xr.isSessionSupported('immersive-vr') |
4.2 Aggregate Quality Score
function computeQualityScore(gateResults) {
const weights = {
GENESIS: 20, // Foundation — critical
FORGE: 20, // Rendering — must work
COMBAT: 15, // Analysis overlays
INTERFACE: 15, // User interaction
INTEGRATION: 10, // Engine bridges
EMERGENCE: 10, // Self-improvement
TRANSCENDENCE: 10 // Audio + 3D (nice-to-have)
};
let totalWeight = 0;
let weightedScore = 0;
for (const [tier, weight] of Object.entries(weights)) {
const result = gateResults[tier];
if (result && result.passed) {
weightedScore += weight;
}
totalWeight += weight;
}
const score = Math.round((weightedScore / totalWeight) * 100);
return {
score,
grade: score >= 90 ? 'A' : score >= 75 ? 'B' : score >= 60 ? 'C' : 'F',
deployReady: score >= 75 && gateResults.GENESIS?.passed && gateResults.FORGE?.passed
};
}
5. Dependency Graph
flowchart TD
subgraph "Tier 0 — GENESIS"
GENESIS["MBP-GENESIS<br/>Schema DNA"]
DATAWEAVE["MBP-DATAWEAVE<br/>Data Fabric"]
end
subgraph "Tier 1 — FORGE"
PHYSICS["MBP-FORGE-PHYSICS<br/>Force Simulation"]
RENDERER["MBP-FORGE-RENDERER<br/>SVG/Canvas/WebGL"]
EFFECTS["MBP-FORGE-EFFECTS<br/>Shaders + Particles"]
DEPLOY["MBP-FORGE-DEPLOY<br/>EXE Packaging"]
end
subgraph "Tier 2 — COMBAT"
ADV["MBP-COMBAT-ADVERSARY<br/>PageRank + Centrality"]
WPN["MBP-COMBAT-WEAPONS<br/>9 Weapon Types"]
JUD["MBP-COMBAT-JUDICIAL<br/>Cartel Triangle"]
EVI["MBP-COMBAT-EVIDENCE<br/>Gap Detection"]
AUTH["MBP-COMBAT-AUTHORITY<br/>Citation Hierarchy"]
IMP["MBP-COMBAT-IMPEACHMENT<br/>Credibility Chains"]
end
subgraph "Tier 3 — INTERFACE"
CTRL["MBP-INTERFACE-CONTROLS<br/>Click/Search/Filter"]
TIME["MBP-INTERFACE-TIMELINE<br/>Temporal Scrubber"]
NARR["MBP-INTERFACE-NARRATIVE<br/>Story Mode"]
HUD["MBP-INTERFACE-HUD<br/>Gauges + Minimap"]
end
subgraph "Tier 4 — INTEGRATION"
ENG["MBP-INTEGRATION-ENGINES<br/>14-Engine Bridge"]
FIL["MBP-INTEGRATION-FILING<br/>F1-F10 Pipeline"]
BRN["MBP-INTEGRATION-BRAINS<br/>23+ Brain Network"]
end
subgraph "Tier 5 — EMERGENCE"
CONV["MBP-EMERGENCE-CONVERGENCE<br/>DBSCAN + Novelty"]
PRED["MBP-EMERGENCE-PREDICTION<br/>Behavior Forecast"]
SELF["MBP-EMERGENCE-SELFEVOLVE<br/>Config Learning"]
end
subgraph "Tier 6 — TRANSCENDENCE"
SONIC["MBP-TRANSCENDENCE-SONIC<br/>Audio Sonification"]
DIM["MBP-TRANSCENDENCE-DIMENSIONAL<br/>3D + VR"]
end
%% Tier 0 → Tier 1
GENESIS --> PHYSICS
GENESIS --> RENDERER
GENESIS --> DATAWEAVE
DATAWEAVE --> RENDERER
%% Tier 1 internal
PHYSICS --> RENDERER
RENDERER --> EFFECTS
RENDERER --> DEPLOY
EFFECTS --> DEPLOY
%% Tier 0/1 → Tier 2
GENESIS --> ADV
GENESIS --> EVI
GENESIS --> AUTH
DATAWEAVE --> ADV
DATAWEAVE --> WPN
DATAWEAVE --> JUD
DATAWEAVE --> EVI
DATAWEAVE --> AUTH
DATAWEAVE --> IMP
ADV --> WPN
ADV --> JUD
EVI --> IMP
%% Tier 1 → Tier 3
RENDERER --> CTRL
RENDERER --> TIME
RENDERER --> HUD
PHYSICS --> CTRL
EFFECTS --> HUD
DATAWEAVE --> TIME
%% Tier 2 → Tier 3
IMP --> NARR
JUD --> HUD
%% Tier 3 internal
CTRL --> NARR
TIME --> NARR
%% Tier 0 → Tier 4
DATAWEAVE --> ENG
%% Tier 2 → Tier 4
WPN --> FIL
AUTH --> FIL
%% Tier 4 internal
ENG --> FIL
ENG --> BRN
%% Tier 4 → Tier 3
FIL --> HUD
%% Tier 2/4 → Tier 5
JUD --> CONV
EVI --> CONV
ADV --> PRED
CONV --> PRED
PHYSICS --> SELF
BRN --> SELF
%% Tier 3 → Tier 6
TIME --> SONIC
%% Tier 1 → Tier 6
RENDERER --> SONIC
RENDERER --> DIM
EFFECTS --> DIM
PHYSICS --> DIM
6. Hardware Compatibility Matrix
6.1 Target Hardware
| Component | Spec | Constraint | |-----------|------|------------| | CPU | AMD Ryzen 3 3200G (4C/4T, 3.6GHz) | No AVX-512, no hyperthreading | | RAM | 24 GB DDR4 | Adequate for all tiers | | GPU | AMD Vega 8 (2GB shared VRAM) | Integrated — WebGL 2.0 only, no WebGPU | | Storage | 238 GB NVMe SSD (C:) + 1.9 TB USB (J:) | SSD is tight, USB is slow | | Display | Standard 1080p monitor | No HiDPI scaling issues |
6.2 Tier Compatibility
| Tier | Compatible | Notes | |------|-----------|-------| | 0 GENESIS | ✅ Full | Schema only — no GPU needed | | 1 FORGE-PHYSICS | ✅ Full | CPU-only simulation | | 1 FORGE-RENDERER | ⚠️ Adjusted | Canvas preferred over WebGL for >2000 nodes on Vega 8 | | 1 FORGE-EFFECTS | ⚠️ Limited | Disable bloom + chromatic aberration; keep glow + scanlines | | 1 FORGE-DEPLOY | ✅ Full | PyInstaller works on all CPUs | | 2 COMBAT (all) | ✅ Full | CPU-only graph algorithms | | 3 INTERFACE (all) | ✅ Full | DOM interactions are CPU-bound | | 4 INTEGRATION (all) | ✅ Full | SQLite/DuckDB queries are CPU-only | | 5 EMERGENCE (all) | ✅ Full | DBSCAN and ML on CPU with scikit-learn | | 6 TRANSCENDENCE-SONIC | ✅ Full | Web Audio API is CPU-only | | 6 TRANSCENDENCE-DIMENSIONAL | ⚠️ Limited | Three.js at reduced poly; VR requires external HMD + GPU |
6.3 Performance Tuning for Vega 8
// Hardware-aware configuration
const HARDWARE_PROFILE = {
maxNodes: 2500, // Vega 8 limit for smooth rendering
renderBackend: 'canvas', // Canvas > WebGL for integrated GPU
lodThresholds: {
full: 1.0, // Full detail at 100% zoom
simplified: 0.5, // Simplified nodes below 50% zoom
dots: 0.2 // Dot-only below 20% zoom
},
effects: {
bloom: false, // Too expensive on Vega 8
glow: true, // Lightweight — keep
scanlines: true, // CSS overlay — zero GPU cost
particles: 50, // Cap particle count at 50
chromatic: false // Disable chromatic aberration
},
simulation: {
alphaDecay: 0.02, // Faster convergence to reduce CPU load
velocityDecay: 0.4, // Higher damping for quicker settle
chargeStrength: -30, // Reduced from -50 to lower N-body cost
barnesHutTheta: 0.9 // More approximation for speed
},
threeD: {
maxPolygons: 50000, // Low poly budget for Vega 8
shadowMap: false, // Disable shadow mapping
antialiasing: false, // FXAA too expensive
textureSize: 512 // Half-resolution textures
}
};
7. Anti-Patterns
7.1 Orchestration Anti-Patterns
| # | Anti-Pattern | Why It Fails | Correct Pattern | |---|-------------|-------------|-----------------| | 1 | Skip GENESIS, go straight to rendering | No schema → nodes have wrong types, links are untyped, layers are undefined | Always start with Phase 1 | | 2 | Load all 183 tables at once | Memory explosion → browser crash on 24GB machine | DATAWEAVE streams tables in priority order, lazy-loads on demand | | 3 | Enable all effects on Vega 8 | FPS drops below 10 → unusable | Use HARDWARE_PROFILE to disable expensive effects | | 4 | Run COMBAT skills before FORGE | No renderer → combat overlays compute but cannot display | Phase 3 (FORGE) before Phase 4 (COMBAT) | | 5 | Build 3D before 2D works | Debugging in 3D is 10× harder | TRANSCENDENCE is Phase 8 for a reason | | 6 | Modify GENESIS schema after Phase 4 | Schema change invalidates all COMBAT overlays, requires full rebuild | Schema changes restart from Phase 1 | | 7 | Hardcode node positions | Defeats force simulation, breaks zoom/pan | Use force constraints, never absolute positions | | 8 | Mix combat overlays | Visual overload — 6 overlays at once is unreadable | Toggle one overlay at a time via INTERFACE-CONTROLS | | 9 | Deploy without quality gates | Ship a broken EXE → user loses trust | FORGE-DEPLOY only after all prior gates PASS | | 10 | Skip DATAWEAVE, mock data for rendering | Rendering works but combat overlays break on real data shapes | Always use real data pipeline, even during development | | 11 | WebGL on integrated GPU without LOD | GPU memory exhaustion → white screen of death | Always enable LOD on Vega 8 | | 12 | Synchronous DB queries in render loop | Frame drops to single digits on every query | Query in Web Worker, post results to render thread | | 13 | Store graph state in JS variables only | State lost on page reload → user frustration | Persist to localStorage + optional JSON export | | 14 | Use requestAnimationFrame for simulation + render | Ties physics to frame rate → inconsistent behavior on different hardware | Separate simulation ticker from render loop | | 15 | Ignore memory leaks in event listeners | Over time: 500+ orphaned listeners → gradual slowdown | Remove listeners on node/component destroy | | 16 | Run EMERGENCE DBSCAN on main thread | Blocks UI for 200ms+ → jank | Run in Web Worker, post results back | | 17 | Load all 75K vectors into browser | 75K × 384 × 4 bytes = 115MB of Float32Arrays | Load on demand via LanceDB query, cache top-1000 |
8. Performance Budget Summary
8.1 Aggregate Budgets (from all 24 skills)
| Metric | Budget | Measured At | |--------|--------|-------------| | Initial load | <3 seconds | From pywebview window open to first rendered frame | | Graph render (2500 nodes) | ≥30 fps | Steady state after simulation convergence | | With effects | ≥24 fps | Glow + scanlines enabled | | Click-to-feedback | <100ms | Node click → highlight + detail panel | | Search (Fuse.js) | <200ms | Fuzzy search across 2500 node labels | | Filter apply | <150ms | Layer/lane filter to visual update | | Timeline scrub | <50ms per frame | Drag scrubber → node visibility update | | DBSCAN clustering | <200ms | Full clustering run on 2500 nodes | | Data refresh | <5 seconds | Full re-query from litigation_context.db | | EXE startup | <8 seconds | Double-click to interactive graph | | Memory (JS heap) | <500 MB | Full graph + all overlays + effects | | Memory (Python) | <300 MB | pywebview + daemon + DB connections | | EXE file size | <150 MB | PyInstaller one-file with D3 inlined | | 3D render | ≥30 fps | Three.js at reduced poly budget | | Audio latency | <50ms | Event → sound onset | | Simulation convergence | <300 ticks | Alpha < 0.001 |
8.2 Per-Tier Memory Allocation
| Tier | JS Heap Budget | Notes | |------|---------------|-------| | GENESIS (schema) | 5 MB | Static type definitions | | DATAWEAVE (data) | 100 MB | Node/link arrays, metadata | | FORGE (rendering) | 150 MB | Canvas buffers, WebGL textures | | COMBAT (overlays) | 80 MB | PageRank scores, clustering results | | INTERFACE (UI) | 30 MB | DOM elements, Fuse.js index | | INTEGRATION (bridges) | 50 MB | Engine query caches | | EMERGENCE (ML) | 60 MB | DBSCAN working set, prediction models | | TRANSCENDENCE | 25 MB | Audio buffers, 3D geometry | | TOTAL | 500 MB | Hard ceiling for Vega 8 system |
9. Troubleshooting Guide
9.1 Build Issues
| Symptom | Cause | Fix |
|---------|-------|-----|
| LAYER_META is undefined | GENESIS phase skipped or failed | Re-run Phase 1, verify 13 layers in schema |
| Cannot read property 'nodes' of null | DATAWEAVE emitted empty graph | Check DB connection, verify table existence with PRAGMA table_info() |
| White screen after load | WebGL context lost on Vega 8 | Switch to Canvas renderer in HARDWARE_PROFILE |
| FPS stuck at 15 | Effects enabled without LOD | Enable LOD, disable bloom, reduce particle count |
| Simulation never converges | Charge strength too high for node count | Reduce chargeStrength or increase alphaDecay |
| PyInstaller EXE crashes on start | Missing DLL or data file | Add --hidden-import flags, verify datas in spec file |
| SQLITE_BUSY during data load | Another process has WAL lock | Check for other Python processes accessing the DB |
9.2 Runtime Issues
| Symptom | Cause | Fix |
|---------|-------|-----|
| Nodes overlap after filter | Simulation not restarted after filter | Call simulation.alpha(0.3).restart() after filter change |
| Search returns no results | Fuse.js index not rebuilt after data refresh | Rebuild: fuse = new Fuse(nodes, fuseOptions) |
| Timeline scrubber unresponsive | Too many nodes recomputed per frame | Throttle scrubber events to 60fps max |
| HUD shows stale data | Cache not invalidated on data refresh | Add data-version attribute, compare on render |
| Audio plays but no spatial effect | PannerNode not connected to destination | Verify audio graph: source → panner → gain → destination |
| 3D mode freezes | Too many polygons for Vega 8 | Reduce maxPolygons to 30000 |
| Memory grows over time | Event listener leak | Audit with DevTools → Performance → Listeners |
| Export produces blank PNG | Canvas tainted by cross-origin image | Serve all assets from same origin (pywebview local) |
| Context menu doesn't appear | Prevented by default browser handler | e.preventDefault() in contextmenu handler |
| Keyboard shortcuts conflict | Browser shortcuts intercept | Use Ctrl+Shift+ prefix for custom shortcuts |
9.3 Data Issues
| Symptom | Cause | Fix |
|---------|-------|-----|
| Missing nodes for a lane | DATAWEAVE query missing WHERE clause for that lane | Verify lane extraction queries include all MEEK signals |
| Duplicate edges | Multiple tables produce same relationship | Deduplicate in DATAWEAVE with GROUP BY source, target, type |
| Wrong node colors | Lane assignment mismatch between DB and renderer | Verify GENESIS color map matches MEEK lane codes |
| Evidence counts don't match HUD | COMBAT counts vs INTEGRATION counts diverge | Use single source of truth: evidence_quotes table |
| PageRank returns NaN | Disconnected nodes in graph | Filter isolated nodes or assign minimum score |
10. Version History Template
10.1 Ecosystem Version Tracking
Track changes across the 25-skill ecosystem using semantic versioning per skill:
{
"ecosystem_version": "1.0.0",
"build_date": "2026-04-XX",
"skills": {
"OMEGA-MBP-INDEX": { "version": "1.0.0", "status": "active", "lastModified": "2026-04-XX" },
"SINGULARITY-MBP-GENESIS": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-DATAWEAVE": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-FORGE-RENDERER": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-FORGE-PHYSICS": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-FORGE-EFFECTS": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-FORGE-DEPLOY": { "version": "2.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-COMBAT-ADVERSARY": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-COMBAT-WEAPONS": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-COMBAT-JUDICIAL": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-COMBAT-EVIDENCE": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-COMBAT-AUTHORITY": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-COMBAT-IMPEACHMENT": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-INTERFACE-CONTROLS": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-INTERFACE-TIMELINE": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-INTERFACE-NARRATIVE":{ "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-INTERFACE-HUD": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-INTEGRATION-ENGINES":{ "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-INTEGRATION-FILING": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-INTEGRATION-BRAINS": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-EMERGENCE-CONVERGENCE":{ "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-EMERGENCE-PREDICTION": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-EMERGENCE-SELFEVOLVE": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-TRANSCENDENCE-SONIC": { "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" },
"SINGULARITY-MBP-TRANSCENDENCE-DIMENSIONAL":{ "version": "1.0.0", "status": "active", "lastModified": "2026-03-XX" }
}
}
10.2 Changelog Protocol
When modifying ANY MBP skill:
- Bump version in the skill's YAML frontmatter (
version: "X.Y.Z") - Update this manifest — change the version in section 10.1
- Add changelog entry to the skill file (append to bottom)
- Bump ecosystem version if change affects multiple skills:
- PATCH (0.0.X): Bug fix in one skill, no interface changes
- MINOR (0.X.0): New feature in one skill, backward compatible
- MAJOR (X.0.0): Breaking schema change in GENESIS or DATAWEAVE
10.3 Changelog Entry Format
## Changelog
### v1.1.0 (2026-XX-XX)
- Added: [feature description]
- Changed: [modification description]
- Fixed: [bug fix description]
- Breaking: [if applicable — what consumers must update]
- Skills affected: [list of other skills that need updates]
11. Skill Health Audit Script
Run this Python script to audit the MBP skill ecosystem:
"""MBP Skill Ecosystem Audit — verify all 24 skills exist and pass basic checks."""
import os
import re
from pathlib import Path
SKILLS_ROOT = Path(r"C:\Users\andre\LitigationOS\.agents\skills")
EXPECTED_SKILLS = [
"SINGULARITY-MBP-GENESIS",
"SINGULARITY-MBP-DATAWEAVE",
"SINGULARITY-MBP-FORGE-RENDERER",
"SINGULARITY-MBP-FORGE-PHYSICS",
"SINGULARITY-MBP-FORGE-EFFECTS",
"SINGULARITY-MBP-FORGE-DEPLOY",
"SINGULARITY-MBP-COMBAT-ADVERSARY",
"SINGULARITY-MBP-COMBAT-WEAPONS",
"SINGULARITY-MBP-COMBAT-JUDICIAL",
"SINGULARITY-MBP-COMBAT-EVIDENCE",
"SINGULARITY-MBP-COMBAT-AUTHORITY",
"SINGULARITY-MBP-COMBAT-IMPEACHMENT",
"SINGULARITY-MBP-INTERFACE-CONTROLS",
"SINGULARITY-MBP-INTERFACE-TIMELINE",
"SINGULARITY-MBP-INTERFACE-NARRATIVE",
"SINGULARITY-MBP-INTERFACE-HUD",
"SINGULARITY-MBP-INTEGRATION-ENGINES",
"SINGULARITY-MBP-INTEGRATION-FILING",
"SINGULARITY-MBP-INTEGRATION-BRAINS",
"SINGULARITY-MBP-EMERGENCE-CONVERGENCE",
"SINGULARITY-MBP-EMERGENCE-PREDICTION",
"SINGULARITY-MBP-EMERGENCE-SELFEVOLVE",
"SINGULARITY-MBP-TRANSCENDENCE-SONIC",
"SINGULARITY-MBP-TRANSCENDENCE-DIMENSIONAL",
]
def audit():
results = {"pass": [], "fail": [], "warn": []}
for skill_name in EXPECTED_SKILLS:
skill_dir = SKILLS_ROOT / skill_name
skill_file = skill_dir / "SKILL.md"
if not skill_dir.exists():
results["fail"].append(f"MISSING DIR: {skill_name}")
continue
if not skill_file.exists():
results["fail"].append(f"MISSING FILE: {skill_name}/SKILL.md")
continue
content = skill_file.read_text(encoding="utf-8", errors="replace")
size_kb = len(content.encode("utf-8")) / 1024
lines = content.count("\n") + 1
# Check YAML frontmatter
if not content.startswith("---"):
results["fail"].append(f"NO FRONTMATTER: {skill_name}")
continue
# Check minimum size (should be substantial)
if size_kb < 5:
results["warn"].append(f"SMALL ({size_kb:.0f}KB): {skill_name}")
# Check for version field
if "version:" not in content[:500]:
results["warn"].append(f"NO VERSION: {skill_name}")
results["pass"].append(f"OK ({size_kb:.0f}KB, {lines} lines): {skill_name}")
# Also check OMEGA-MBP-INDEX
omega = SKILLS_ROOT / "OMEGA-MBP-INDEX" / "SKILL.md"
if omega.exists():
size_kb = len(omega.read_text(encoding="utf-8").encode("utf-8")) / 1024
results["pass"].append(f"OK ({size_kb:.0f}KB): OMEGA-MBP-INDEX")
else:
results["fail"].append("MISSING: OMEGA-MBP-INDEX")
print("=== MBP SKILL ECOSYSTEM AUDIT ===\n")
total = len(EXPECTED_SKILLS) + 1
print(f"PASS: {len(results['pass'])}/{total}")
for msg in results["pass"]:
print(f" ✅ {msg}")
if results["warn"]:
print(f"\nWARN: {len(results['warn'])}")
for msg in results["warn"]:
print(f" ⚠️ {msg}")
if results["fail"]:
print(f"\nFAIL: {len(results['fail'])}")
for msg in results["fail"]:
print(f" ❌ {msg}")
else:
print("\n🎯 ALL SKILLS PRESENT AND VALID")
total_size = sum(
(SKILLS_ROOT / s / "SKILL.md").stat().st_size
for s in EXPECTED_SKILLS
if (SKILLS_ROOT / s / "SKILL.md").exists()
)
if omega.exists():
total_size += omega.stat().st_size
print(f"\nTotal ecosystem size: {total_size / 1024:.0f} KB ({total_size / 1024 / 1024:.1f} MB)")
if __name__ == "__main__":
audit()
12. Quick Reference Card
┌─────────────────────────────────────────────────────────────────────┐
│ THEMANBEARPIG — 25-Skill Quick Reference │
├─────────────────────────────────────────────────────────────────────┤
│ │
│ Ω OMEGA-MBP-INDEX This file — master orchestration │
│ │
│ T0 GENESIS Schema + data fabric │
│ ├── MBP-GENESIS Node/link/layer definitions │
│ └── MBP-DATAWEAVE 183-table DB→graph pipeline │
│ │
│ T1 FORGE Rendering engine │
│ ├── MBP-FORGE-PHYSICS Force simulation + layout │
│ ├── MBP-FORGE-RENDERER SVG/Canvas/WebGL output │
│ ├── MBP-FORGE-EFFECTS Shaders, particles, glow │
│ └── MBP-FORGE-DEPLOY PyInstaller EXE packaging │
│ │
│ T2 COMBAT Domain analysis overlays │
│ ├── MBP-COMBAT-ADVERSARY PageRank, centrality, clusters │
│ ├── MBP-COMBAT-WEAPONS 9 weapon chain types │
│ ├── MBP-COMBAT-JUDICIAL Cartel triangle, violations │
│ ├── MBP-COMBAT-EVIDENCE Density, gaps, clustering │
│ ├── MBP-COMBAT-AUTHORITY Citation hierarchy, chains │
│ └── MBP-COMBAT-IMPEACHMENT Credibility, cross-exam │
│ │
│ T3 INTERFACE User interaction layer │
│ ├── MBP-INTERFACE-CONTROLS Click/search/filter/keyboard │
│ ├── MBP-INTERFACE-TIMELINE Temporal scrubber + playback │
│ ├── MBP-INTERFACE-NARRATIVE Story mode + jury presentation │
│ └── MBP-INTERFACE-HUD Gauges, minimap, FPS, EGCP │
│ │
│ T4 INTEGRATION Engine + filing + brain bridges │
│ ├── MBP-INTEGRATION-ENGINES 14-engine bridge system │
│ ├── MBP-INTEGRATION-FILING F1-F10 pipeline Kanban │
│ └── MBP-INTEGRATION-BRAINS 23+ brain network map │
│ │
│ T5 EMERGENCE Self-improvement layer │
│ ├── MBP-EMERGENCE-CONVERGENCE DBSCAN, novelty, gaps │
│ ├── MBP-EMERGENCE-PREDICTION Behavior forecasting │
│ └── MBP-EMERGENCE-SELFEVOLVE Config learning, plugins │
│ │
│ T6 TRANSCENDENCE Beyond 2D │
│ ├── MBP-TRANSCENDENCE-SONIC Audio sonification │
│ └── MBP-TRANSCENDENCE-DIMENSIONAL 3D + VR/WebXR │
│ │
│ Build order: T0 → T1 → T2 → T3 → T4 → T5 → T6 → DEPLOY │
│ Quality: Each tier must PASS its gate before the next begins │
│ Hardware: AMD Ryzen 3 3200G, 24GB, Vega 8 — Canvas preferred │
│ Data: litigation_context.db (790+ tables, ~1.3 GB) │
│ Target: 2500+ nodes, 30fps, <500MB JS heap, <3s initial load │
│ │
└─────────────────────────────────────────────────────────────────────┘
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