Python Behavioral Simulation FrameworkPyPI: behaviorsim==1.0.1

Reproducible synthetic behavioral sequences for research and engineering.

BehaviorSim is an open-source Python engine and cloud API designed to model complex human and system trajectories. Generate deterministic or stochastic traces governed by Markov dynamics, Dirichlet priors, and state-conditioned feature emissions.

$pip install behaviorsim
Mathematical Architecture

Conceptual Simulation Pipeline

BehaviorSim structures behavioral generation into a clean, decoupled generative pipeline. Every observed event is conditioned on underlying transition dynamics.

01s_0 \sim \pi_0

Initial State

Agents sample an initial state from a baseline prior distribution or profile vector.

02P(s_{t+1} \mid s_t, \theta)

Transition Dynamics

Stochastic transition matrix evaluates temporal inertia, absorption, and Markov steps.

03s_t \in \mathcal{S}

Latent State

Discrete behavioral status (e.g. browsing, trading, researching, churned).

04x_t \sim \mathcal{F}(s_t)

Observable Features

Continuous and discrete emissions sampled conditionally on the current active state.

05y_t = g(s_t, x_t)

Labels & Outcomes

Deterministic or stochastic threshold checks flag alerts, anomalies, or conversions.

06\mathcal{D} = \{(x_t, y_t)_{t=1}^T\}

Synthetic Dataset

Structured pandas DataFrame exported with full lineage, timestamps, and sequence IDs.

State Space (S)Transition Matrix (P)Emission Sampling (F)DataFrame (D)
Code & Execution

Immediate Productivity with Python

Generate rich tabular datasets in three lines of code using domain-specific presets or custom stochastic state definitions.

quickstart.py
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# 1. Initialize simulator from a registered domain preset from behaviorsim import Simulator # Presets: 'finance', 'healthcare', 'education', 'mobile_app' sim = Simulator.from_preset("finance") # 2. Generate reproducible multi-agent sequential behavioral traces df = sim.generate( num_interactions=100, num_sequences=10, seed=42 ) # 3. Inspect generated dataset (profiles, latent states, observable metrics) print(df[["sequence_id", "interaction_id", "state", "portfolio_value", "risk_alert"]].head())

Domain presets configure realistic states, transition probability matrices, and continuous feature distributions calibrated for specific behavioral domains.

Synthetic Trace Output (Sample)
DataFrame
seq_idstepstatemetric_valalert
10evaluating104.280
11transacting108.910
12hedging92.451
20evaluating101.120
Deterministic Reproducibility

Pass a fixed integer seed to guarantee identical sequence generation across operating systems and hardware configurations.

Technical Capabilities

Engine Architecture & Capabilities

Constructed for high-fidelity experimentation where standard uniform or Gaussian random generators fail to capture sequential dependencies.

Markov State Transitions

First-order and higher-order discrete state graphs with customizable transition probabilities, inertia weights, and absorbing states.

Parametric Feature Emissions

Emit continuous or categorical features sampled from state-conditioned Normal, Beta, Poisson, or custom parametric distributions.

Calibrated Domain Presets

Built-in domain factories for finance, healthcare, educational engagement, and mobile application retention modeling.

Cloud Simulation API

High-throughput REST API with quota tracking, session management, and parameter evaluation hosted at api.behavioursim.vedaangsharma.in.

Open Source & Peer-Review Ready

BehaviorSim is licensed under the permissive MIT License. Full test suites, transition matrix verification, and simulation recipes are open for community inspection.