[ HUMAN–SWARM(BOT) INTERACTION ]

ENTER THE FIELD

01MOVE SLOWLYTHE SWARM WILL APPROACH

02MOVE QUICKLYTHE SWARM WILL YIELD

03DRAW A CIRCLETHE SWARM WILL ORBIT

SOUND REMAINS OFF UNTIL ACTIVATED

[ HUMAN–SWARM INTERACTION / STUDY 01 / MURMURATION ]

SYNFLUX

A collective movement system shaped through conditions rather than commands.

PHASEARRIVAL

STATECOHERING

AGENTS096

NEIGHBOURS07 / TOPOLOGICAL

DEPTH03 / PARALLAX

BODYWING MODEL / ACTIVE

INPUTPOINTER FIELD

AUDIO P→C→MSILENT

01 / ARRIVAL

HUMAN–SWARM(BOT) RELATION

HUMAN SIGNAL: NONE
SWARM RESPONSE: SELF-ORGANISING
RELATION: AUTONOMOUS

SESSION MEMORY / LOCAL ONLY

TRUST: 42%
STRESS: 10%
FIELD MEMORY: UNFORMED

COLLECTIVE VECTOR / X

LOCAL RELATION / Y

FORCE MIXER

MOVE SLOW / APPROACH
MOVE FAST / EVADE
CIRCLE / VORTEX

01 REPULSION 1.45 PERSONAL SPACE 02 ORIENTATION 0.85 SHARED DIRECTION 03 ATTRACTION 0.70 COLLECTIVE CENTER

ACTIC

PLAYGROUND / 05 / SESSION 001

FIELD CLOSED

[ HUMAN–SWARM(BOT) RELATIONAL OUTPUT ]

RELATIONAL
SIGNATURE

This portrait describes what formed between human movement and the bot swarm. It does not assess personality or performance.

GENERATIVE ARTEFACT / SESSION 001CURIOUS / RESPONSIVE

01 / RELATIONAL PATTERN

CURIOUS / RESPONSIVE

The relation developed through alternating proximity and recovery.

HUMAN SIGNAL: GENTLE / CONTINUOUS
SWARM RESPONSE: APPROACHING
DOMINANT RELATION: CURIOUS
TRUST DEVELOPMENT: 42% → 42%
DISTURBANCE / RECOVERY: 00 / 00
FIELD MEMORY: 0 ACTIVE REGIONS

02 / SESSION TIMELINE

RELATION OVER TIME

[ SYNFLUX / SHARED CONCLUSION ]

INTELLIGENCE DOES NOT LIVE
INSIDE A SINGLE BOT.

It appears in relationships: between neighbouring bodies, or between agents and the traces they leave behind.

01 / MURMURATION NEIGHBOUR MEMORY

Immediate coordination through the movement of nearby swarm members.

02 / PHEROMONE ENVIRONMENTAL MEMORY

Accumulated coordination through shared traces in the surrounding world.

ENTER PHEROMONE RETURN TO PLAYGROUND

NO PERSONAL DATA STORED / SESSION REMAINS LOCAL

Swarm running with balanced forces.