SynapseFlow AI — Biomorphic Adaptive UI/UX & Cognitive Load Engine

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COGNITIVE SIMULATOR

MISSION CRITICAL PERSONA

BIOMORPHIC LOAD PARAMETERS

Intrinsic Task Complexity ($L_i$) 0.30

Extraneous UI Clutter ($L_e$) 0.25

Working Memory Chunks (Miller: $7 \pm 2$) 4 chunks

Operator Stress / Heart Rate Stress ($S$) 0.20

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LIVE BIOMORPHIC TOPOLOGY CANVAS

SPATIAL_EXPLORATORY_CANVAS

PRIORITY ALPHA

OPERATOR HEMODYNAMICS & SYSTEM LOAD

NEURAL FLUX 1,248 ops/s

REACTION TIME 240 ms

FITTS EFFICIENCY 98.4%

TELEMETRY STREAM

Sweller Tripartite Load Distribution

Intrinsic ($L_i$) Extraneous ($L_e$) Germane ($L_g$)

HICK-HYMAN LOGIC

Decision Complexity Matrix

Choices available: 8 items • Calculated Latency: 380 ms

BACKGROUND SENSORS

Ambient Spatial Acoustic Flux

Noise floor: 32 dB • Signal-to-Cognitive Ratio: 94.2%

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FITTS' LAW & HICK-HYMAN KINETIC BENCHMARK SANDBOX

Click the pulsing target to record human-motor kinetics ($D$, $W$, $MT$, $ID$)

Click target to begin kinetic acquisition benchmark

DISTANCE ($D$): 320 px

TARGET WIDTH ($W$): 48 px

INDEX OF DIFFICULTY ($ID$): 3.74 bits

MOVEMENT TIME ($MT$): 312 ms

THROUGHPUT ($IP$): 11.98 bits/s

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COGNITIVE GRAPH & MATHEMATICAL PROOFS

Primary Focus Contextual Data Friction Clutter

FORMAL MATHEMATICAL MODELS

1. Sweller Tri-partite Load Model

$$L_{\text{total}} = w_i L_i + w_e L_e - \kappa L_g$$

When $L_{\text{total}} > 0.75$, working memory capacity ($7 \pm 2$) saturates, triggering biomorphic topology contraction to tunnel mode.

2. Fitts' Law Motor Kinetics

$$ID = \log_2\left(\frac{2D}{W}\right), \quad MT = a + b \cdot ID$$

The engine dynamically scales interactive hitboxes ($W$) proportional to calculated operator stress to maintain bounded $MT \le 250\text{ms}$.

3. Hick-Hyman Decision Latency

$$T_{\text{decision}} = b \sum_{i=1}^n p_i \log_2\left(\frac{1}{p_i} + 1\right)$$

Under elevated cognitive load, extraneous decision nodes ($n$) are pruned to minimize exponential reaction delay.

TACTICAL CLI COMMAND

python3 synapseflow/cli/main.py morph --intrinsic 0.30 --extraneous 0.25 --chunks 4 --stress 0.20