DECISION STYLE
BALANCED CALIBRATOR
- AVG COMMIT
- --
- AVG CONF
- --
- FALSE LOCKS
- 00
- REACQUIRE
- 00
You kept the sensing policy near a stable middle ground.
STRENGTH Reliable across mixed signals. RISK No single uncertainty is strongly optimized.PLAYGROUND / 04
BACK TO PLAYGROUND[ ONIGIRI SWING / SENSOR STUDY ]
SENSE / WAIT / COMMIT / ACT
SEQUENCEREADY
SENSORSTANDBY
BULL UNITIDLE
Read the Owl cue and change one sensor property before each pitch. The Bull then detects, tracks, commits and swings automatically.
PHASE 06 / SESSION RESOLUTION
TUNE THE SENSOR.DECISION STYLE
You kept the sensing policy near a stable middle ground.
STRENGTH Reliable across mixed signals. RISK No single uncertainty is strongly optimized.HOW IT WORKS / SYSTEM LOGIC
Onigiri Swing is a playful exploration of machine perception and commitment. You do not swing directly — you tune how the Bull senses, trusts and predicts incoming signals.
How early does the Bull start sensing?
How much evidence is needed before committing?
How strongly does the Bull act on future trajectory?
03 / ITERATION
Six short studies trace how the project moved from a mechanical toy toward a system about uncertainty, configuration and commitment.
Testing whether sensing, delay, commitment and contact form a readable mechanical loop.
Making detection, tracking and commitment perceptible through motion and feedback.
Introducing curves, occlusion and false signals to stress the Bull’s sensing logic.
Unifying characters, sensor states and environment through ACTIC color, typography and motion.
Shifting control from direct action toward configuring the conditions of machine decision.
Translating eight sensing decisions into an interpretive system-behavior profile.