Projects / active

Interactive physiology & ECG learning simulator — 3D cardiac anatomy, bilingual UI, shared dipole → 12-lead projection, and pathology scenarios (block, AF/flutter, VF/flutter, MI).

Problem

How can we connect tissue-level conduction models to interpretable clinical ECG waveforms — including disease states — without hardcoding lead millivolts?

Architecture

Physiology packs emit effects → PhysiologicalModel → CyclePlan → shared dipole sampler that drives both 3D heart glow and live 12-lead ECG. Bilingual 中文/English chrome. Scenarios: sinus, conduction block, AF/flutter, VF/flutter, MI.

Design philosophy

Prefer mechanistic clarity over black-box accuracy; diseases never hardcode waveforms — they alter physiology once, and glow + ECG update together.

Technology

TypeScriptReactThree.jsViteDipole → 12-lead ECGDisease simulation packsi18n (中文 / English)