🧠 TFThooks Agents — Runtime Intelligence Layer (v1.3)

The agents directory contains hook-level agents that extend entft with specialized logic.
These agents act as embedded processes that monitor, trigger, and resolve resonance events inside the protocol.

🧪 Agent Modules#

File	Functionality
`badge_logic_engine.py`	Manages badge logic and trigger conditions
`flame_echo_trigger.py`	Fires symbolic echoes when resonance thresholds are crossed
`glyph_fusion_resolver.py`	Resolves conflicts when glyphs overlap or fuse
`glyph_reawakening_monitor.py`	Monitors dormant glyphs and reactivates them
`glyph_registry_loader.py`	Loads glyph data into the runtime registry
`glyph_retirement_trigger.py`	Gracefully retires glyphs from active use
`tops_agent_interface.py`	Interface layer for `tops` orchestration
`scroll_commit_monitor.py`	Tracks scroll commits and lineage updates
`scroll_runtime_trace_dashboard.py`	Provides runtime dashboards for scroll activity

🎯 Purpose#

TFThooks agents are the active extensions of entft.
They enable:

🧠 Runtime monitoring of glyphs, scrolls, and badges
🌀 Symbolic echo triggering and lineage updates
📊 Dashboards and orchestration interfaces
🔗 Bridging entft with tops agents

Note: Forking a scroll is a lineage ritual and a cryptographic act. Remixers preserve symbolic fidelity, activate badge overlays, and inherit entft's layered obfuscation logic—Divide-by-Zero injection and Resonant-Time hashing.

🧬 Invocation Flow#

# Run a single agent
python flame_echo_trigger.py
 
# Load multiple agents in sequence
python glyph_registry_loader.py && python badge_logic_engine.py

🔗 Triadic Quicklinks#

fff_spec.md — Defines the .fff triadic file format and symbolic structure
TriadicTestSuite.md — Validation logic and test scaffolding for symbolic fidelity
outputs_spec.md — Defines the three-output logic: screen, file, glyph