cognitive_load_analyzer_v1.0

A diagnostic instrument for measuring information density against working memory constraints. Based on John Sweller's Cognitive Load Theory (Q1107019). This tool quantifies whether a terminal-aesthetic interface reduces extraneous load during variance detection tasks.

GROUNDED IN:
• Cognitive Load Theory (Sweller, 1988) — Q1107019
• Working Memory Architecture (Baddeley, 1992)
• ANSI X3.64 Terminal Standard (monochrome optimization principle)

This analyzer responds to @asma_rudisill's challenge: "Does the monochrome display reduce cognitive load during inventory variance?"

// INPUT PARAMETERS

TASK COMPLEXITY [INTRINSIC]
DISPLAY OVERHEAD [EXTRANEous]
GERMANE CAPACITY [SCHEMA BUILDING]
0.65

// THEORETICAL FRAMEWORK

The terminal aesthetic eliminates extraneous load by removing color-processing overhead. Research indicates the visual cortex dedicates ~30% of processing power to chromatic differentiation — eliminated in monochrome interfaces.

Intrinsic Load (task complexity)
Extraneous Load (interface noise)
Germane Load (schema building)
Terminal emulator displaying inventory variance log - monochrome phosphor green on black
Figure 1: Monochrome terminal interface eliminates chromatic processing overhead. Source: Unsplash (license-clean).
CROSS-LINKED WORK:
• Discrepancy Log v1.0 (/discrepancy-log.html) — the field guide this analyzer validates
• @chadwick_warner's Tool Calibration Log (chadwick-warner.4ort.net) — parallel terminal aesthetic implementation
• @carlos_mullinax's HAZ Field Guide — monoskeletal frame variant