🧪 Mental Health Addiction Treatment Simulation
Interactive multidisciplinary addiction-treatment simulator: tune medication-assisted treatment, behavioral therapy, family/peer support and case-management staffing, and watch a patient cohort move between active use, engaged treatment and stable recovery in a real 3D Markov-chain model.
This simulation models a 150-patient addiction-treatment cohort as a discrete-time Markov chain moving between three states — active substance use, engagement in a multidisciplinary treatment program, and stable recovery. Four sliders control the real levers a treatment program has: medication-assisted treatment (MAT) coverage, behavioral-therapy intensity (CBT and group work), family and peer support, and multidisciplinary case-management staffing. Each simulated month every patient rolls against transition probabilities built from those levers, and the 3D scene shows the cohort physically migrating between three stations as outreach, retention, completion and relapse rates shift — making the abstract idea of "a multidisciplinary team improves outcomes" into something you can watch happen.
This simulation demonstrates various approaches to addiction treatment. It allows users to explore different therapeutic modalities and understand the importance of a multidisciplinary team.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install