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Talsim-NG is a river basin model, which was developed to efficiently support authorities, associations, companies and engineering offices working in the water industry with the planning of water management measures and the operation of water resources facilities.

Talsim-NG is based on an open, generic model architecture. With the available components, the user is able to simulate any water management system and management strategies.

This Wiki contains the official documentation of Talsim-NG.

This Wiki is constantly being maintained and expanded. Individual sections are still under construction.

Introduction

• Talsim-NG brochure (PDF)
• Possible applications of Talsim-NG
• Introductory tutorial (PDF)
• Operation Rules in Talsim NG (PDF)
• Understanding the Calculation of Time Steps (PDF)
• Video tutorials

Theoretical basics

The following chapter contains detailed information about the theoretical basics of Talsim:

• River basin model
• Model concept
• Description of the system elements
• Definitions of terms

Model setup and usage

The most important steps to setup and use a Talsim-NG river basin model are explained in the following chapters:

• Steps for setting up a model
• Simulation
• Parameter estimation and calibration
• Optimization of operating plans
• Working with TaskSrv
• Working with SydroTaskMgr
• Working with SydroCmd
• Operational use of Talsim-NG

Graphical user interface

• Login and start window
• |Talsim-NG main window
• System administration
• Time series management
• Individual model component windows
• Control cluster windows
• Objective functions window
• Flood wave statistics window
• Short-term forecast window

Software architecture

• Server/client concept
  • Server API
• Software components
• Directory structure
• Database structure
• Creating a customer
• Creating a user
• Interfaces: import/export
• Scripting languages

Miscellaneous

• Talsim-NG file formats
• Software installation
• Region and language settings
• Error messages
• Examples of operating rules
• Simulation of flood characteristics
• Interfaces to external programs
  • FEWS
  • BlueM.Wave
  • BlueM.Opt