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Adaptive Cooking: Sensor Feedback vs Fixed Timer

Cook batches of food with randomized starting temperature and size using a blind fixed-timer robot versus a sensor-feedback robot that reads real internal temperature and stops exactly at target doneness.

Robotics & Kinematics3DEasy60 FPS

Details

CategoryRobotics & Kinematics

RenderingThree.js · WebGL

DifficultyEasy

Target FPS60

ControlsNext batch button randomizes starting temperature and size and runs both cooking stations; fixed-timer duration slider sets the blind robot's programmed cook time; Auto-run toggle cycles batches automatically; Reset tallies clears the consistency counters; drag to orbit the camera, scroll to zoom.

roboticssensor feedbackcontrol systemscookingadaptive controlclosed-loopconsistency

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Two robotic cooking stations cook identical randomized batches side by side: a blind fixed-timer robot that always heats for the same programmed duration, and a sensor-feedback robot that reads a real-time internal temperature probe and stops exactly at target doneness. Watch how starting temperature and size variation between batches makes the fixed-timer robot inconsistent — sometimes undercooked, sometimes overcooked — while the sensor-driven robot lands on target every time.

⚙ Under the hood

Two robotic cooking stations cook identical randomized batches side by side: a blind fixed-timer robot that always heats for the same programmed duration versus a sensor-feedback robot that reads a real-time internal temperature probe and stops exactly at target doneness. Watch a live temperature-vs-time trace for each mode and track a running consistency tally of undercooked, perfect and overcooked outcomes.

roboticssensor feedbackcontrol systemscookingadaptive controlclosed-loopconsistency

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install