Here is a list of all related documentation pages:

[detail level 123]

GeoPackage I/O Strategy for OpenSWMM
HDF5 I/O Strategy for OpenSWMM
Authors & Contributors
OpenSWMM Manuals
▼OpenSWMM Engine Manual
CHAPTER 1 - The Conceptual Model
CHAPTER 2 - Input File Reference
CHAPTER 3 - Files and Command-Line Operation
CHAPTER 4 - Status Report; Summary Tables and Output
CHAPTER 5 - Programmatic C API; Python Bindings and Plugins
CHAPTER 6 — Storage-node LIDs: Implementation and Interfaces
CHAPTER 7 — Two-Dimensional CPU Implementation and Qualification
APPENDIX A - Error and Warning Messages
▼OpenSWMM Hydraulics Reference Manual
Chapter 1: SWMM Overview
Chapter 2: SWMM's Hydraulic Model
Chapter 3: Dynamic Wave Analysis
Chapter 4: Kinematic Wave Analysis
Chapter 5: Cross-Section Geometry
Chapter 6: Pumps and Regulators
Chapter 7: Advanced Features
Chapter 8: Explicit Finite-Volume Analysis
▼Chapter 9: Two-Dimensional Overland Flow Analysis
Rubinato 2017: Sewer-Surface Exchange Comparison
Chapter 10: Planned and Retired Formulations
References
Appendix
▼OpenSWMM Hydrology Reference Manual
Chapter 1: Overview
Chapter 2: Meteorology
Chapter 3: Surface Runoff
Chapter 4: Infiltration
Chapter 5: Groundwater
Chapter 6: Snowmelt
Chapter 7: Rainfall Dependent Inflow and Infiltration
Chapter 8: Distributed Surface Processes on the 2D Mesh
Chapter 9: Spatially Explicit Groundwater on the 2D Mesh
Chapter 10: Planned Formulations
Glossary
References
▼OpenSWMM Water Quality Reference Manual
Chapter 1: Overview
Chapter 2 - Urban Runoff Quality
Chapter 3 - Surface Buildup
Chapter 4: Surface Washoff
Chapter 5: Transport and Treatment
Chapter 6: Low Impact Development Controls
Chapter 7: Advection–Reaction–Dispersion Transport
Chapter 8: Multi-Species Reactions
Chapter 9: Water Age and Heat Transport
Chapter 10: Surface Quality and Transport on the 2D Mesh
Chapter 11: Planned Formulations
Glossary
References
▼OpenSWMM Application Manual
Chapter 1: Choosing a Formulation
Chapter 2: A Filling Pipe under the Dynamic Wave and Finite-Volume Routers
Chapter 3: A Sub-Atmospheric Transient — the Slot against the Two-Component Pressure Approach
Chapter 4: Virtual Junctions on a Surveyed Trunk
Chapter 5: Street Inlets and the Inlet Junction
Chapter 6: Building a Coupled One- and Two-Dimensional Model
Chapter 7: Rain, Infiltration and Groundwater on the Mesh
Chapter 8: The Three Transport Engines
Chapter 9: Multi-Species Reactions
Chapter 10: Water Age and Heat
Chapter 11: Long-Term Hydrology
Chapter 12: Running Models from Python and Plugins
Chapter 13: What Is Coming
Todo List