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Polaris 25.03 documentation
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Getting Started
Developing POLARIS
Getting setup
Visual Studio Code
Visual Studio
TACC
Ubuntu
WSL
BEBOP and Crossover
CentOS 7
Dependencies
Getting Pre-built Dependencies
Building Dependencies from source
Adding new dependencies
Building Code
System Architecture
C++ Overview
Introduction to CRTP / Facade
Advanced CRTP
Random Choice
Threading Model
Simulation Engine
Simulation Time
Units
Routing
Memory Usage
Adding a new app
Model Outputs
Libraries
Software Development Practices
Release cycle
Git
Working with GitLab
Logging
Common Preprocessor Macros
Interpreting Stack Traces
Debugging
GDB
Visual Studio
Tutorials
C++ Concepts
Designing your first agent
ANTARES Visualization
Parameters
Scenario File Parameters
Demand Parameters
Multimodal Routing Parameters
Freight Model Parameters
Shared Mobility Parameters
Theory
Demand Model
Population synthesis
Routine activity location choice
Transit Pass Chooser
Vehicle chooser model
Bicycle ownership level choice
Telecommuting choice
E-scooter adoption behavior model
On Demand Delivery (ODD) choice
E-commerce choice
Activity Generation
Activity planning order model
Activity timing choice
Destination Choice
Mode Choice
Assignment and Routing Models
Routing
Multimodal Routing, Assignment, and Simulation
Traffic Flow Model
Flow Models Available in POLARIS
Mesoscopic Model
Lagrangian Coordinates Model
Shared Mobility
Overview
Shared Mobility Operator File
TNC Operator
TNC Vehicle
TNC Assignment
TNC Repositioning
Dynamic Ride-Sharing
First-Mile Last-Mile (FMLM)
Helpful Hints
Modes
Freight
Overview of Freight Models
Freight Theories and Studies
Firm Synthesis and Asset Modeling
Channel Choice
Logistics Formulation
Daily Truck Operation
External Trips Module
Freight EVCS Optimization
3D Visualizer
Polaris User Group (PUG)
Wrangling Inputs and Outputs
Demand and Supply in POLARIS
Traffic Flow, Network Representation, and Routing
For Developers
Frequently Asked Questions
POLARIS
Polaris Studio
QPolaris
Overview of Freight Models
Overview of Freight Models
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