TWM Framework Concept Drawing
Technical illustration · Dwg 000-A

TWM Framework — Concept Layout

Schematic. The triangle and its six fields, trees and tiles, the log record types, and the homeostatic loop that ties grounding to causality. Orange marks the live loop — the path a reading takes on its way back out to the world.

A · THE TRIANGLE — 6 FIELDS B · TREE AND TILES C · THE LOG — RECORD TYPES D · HOMEOSTASIS GOAL SENSOR ACTUATOR CONTROL PLAN NAVIGATE world in world out 3 anchors · 3 processes = one node TILE TILE root assemblies components every node is a triangle · tiles compose into a larger model sentence e0e1 e2e3 e4e5 e6 battery getting low astat robot001bat001 stat low2530 cmode robot001bat001 recharge3545 recharge restores energy ceffect rechargerobot001 energy00 battery running low ilt battery_%% stat low7530 ELEMENT + ACTION CAUSALITY GROUNDING e0 role · e1 operator · e2 concept1 · e3 concept2 · e4 quark or action · e5 val · e6 threshold a;stat + c;mode — an element, and the action taken on it c;effect — what the action does to the world: causality i;lt / i;gt — channel + unit + threshold → quark: grounding units and real numbers appear in grounding rows only — everywhere else the model speaks in quarks WORLD GROUNDING CONTROL ACTUATOR measure quark effect · causality act deviation val normal the loop returns val to the band that return is homeostasis
ATriangle3 anchors (goal, sensor, actuator) joined by 3 processes (control, plan, navigate)
BTree & tilesnodes are triangles; a subtree lifts out as a tile and composes into a larger model
CLogelements and actions, causality (c;effect), grounding (i;lt/gt)
DHomeostasismeasure → quark → control rule → act → world; deviation returns to the normal band
TWM framework · concept layout View: schematic Scale: not to scale Sheet 1 / 1