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Talsim-NG is a hybrid hydrologic/hydraulic river basin model. It is designed to capture all hydrological situations from flood to drought. The software concept is modular and scalable, meaning that a water resources system can be tailored according to the actual needs. Talsim-NG does not imply any limits for the spatial resolution of hydrological systems. The temporal resolution as simulation time step can vary from one minute to one month. Talsim-NG was applied for watersheds < 10 km² up to river basins > 3,000,000 km² (e.g. entire Nile system).

The main features of Talsim-NG are:
- Precipitation-Runoff modelling, including snow simulation / - Flood routing and hydraulic simulation of weirs, diversions, pipes / - Complex atmosphere-vegetation-soil module / - unlimited configuration of operation rules, reservoir operation / - conceptual groundwater model / - Nested modelling (high spatial resolution models are embedded in coarser model environments) / - Wetland modelling / - Crop water requirements and irrigation / - Watertemperature and water quality / - Time series manager / - Project and Scenario manager / - Client-Server Architecture.

This Wiki contains the official documentation of Talsim-NG.

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

Introduction

Theoretical basics

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

Model setup and usage

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

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 <languages/>
 [[Datei:TALSIM-NG splashscreen.jpg|center]]
 <hr/>
-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 a hybrid hydrologic/hydraulic river basin model. It is designed to capture all hydrological situations from flood to drought. The software concept is modular and scalable, meaning that a water resources system can be tailored according to the actual needs. Talsim-NG does not imply any limits for the spatial resolution of hydrological systems. The temporal resolution as simulation time step can vary from one minute to one month. Talsim-NG was applied for watersheds  < 10 km² up to river basins > 3,000,000 km² (e.g. entire Nile system).
-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.
+The main features of Talsim-NG are: <br>
+- Precipitation-Runoff modelling, including snow simulation / - Flood routing and hydraulic simulation of weirs, diversions, pipes / - Complex atmosphere-vegetation-soil module / - unlimited configuration of operation rules, reservoir operation / - conceptual groundwater model / - Nested modelling (high spatial resolution models are embedded in coarser model environments) / - Wetland modelling / - Crop water requirements and irrigation  / - Watertemperature and water quality / - Time series manager / - Project and Scenario manager / - Client-Server Architecture.
 This Wiki contains the official documentation of Talsim-NG.
@@ Zeile 14: / Zeile 16: @@
+<span id="Einführung"></span>
 ==Introduction==
@@ Zeile 23: / Zeile 26: @@
 *[[Special:MyLanguage/Video Tutorials|Video tutorials]]
+<span id="Theoretische_Grundlagen"></span>
 ==Theoretical basics==
@@ Zeile 32: / Zeile 36: @@
+<span id="Modellerstellung_und_Anwendung"></span>
 ==Model setup and usage==
@@ Zeile 45: / Zeile 50: @@
+<span id="Grafische_Benutzeroberfläche"></span>
 ==Graphical user interface==
 *[[Special:MyLanguage/Anmeldung und Startfenster|Login and start window]]
-*[[Special:MyLanguage/Talsim-NG Hauptfenster||Talsim-NG main window]]
+*[[Special:MyLanguage/Talsim-NG Hauptfenster|Talsim-NG main window]]
-*[[Special:MyLanguage/Systemverwaltung|System administration]]
+*[[Special:MyLanguage/Projekt Verwaltung|Project manager]]
 *[[Special:MyLanguage/Zeitreihenverwaltung|Time series management]]
 *[[Special:MyLanguage/Einzelfenster von Modellkomponenten|Individual model component windows]]
-*[[Special:MyLanguage/Zustandsgruppenfenster|Control cluster windows]]
+*[[Special:MyLanguage/Zustandsgruppenfenster|Control clusters]]
-*[[Special:MyLanguage/Fenster Zielfunktionen|Objective functions window]]
+*[[Special:MyLanguage/Zielfunktionen|Objective functions]]
-*[[Special:MyLanguage/Fenster Hochwasserwellenstatistik|Flood wave statistics window]]
+*[[Special:MyLanguage/Hochwasserwellenstatistik|Flood wave statistics]]
-*[[Special:MyLanguage/Fenster Kurzfristprognose|Short-term forecast window]]
+*[[Special:MyLanguage/Kurzfristprognose|Short-term forecasts]]
+<span id="Programmstruktur"></span>
 ==Software architecture==
@@ Zeile 71: / Zeile 78: @@
+<span id="Anhang"></span>
 ==Miscellaneous==
@@ Zeile 81: / Zeile 89: @@
 *[[Special:MyLanguage/Hochwassermerkmalsimulation|Simulation of flood characteristics]]
 *[[Special:MyLanguage/Schnittstellen zu externen Programmen|Interfaces to external programs]]
-**[[Special:MyLanguage/FEWS|FEWS]]
+**[[Special:MyLanguage/Delft-FEWS|Delft-FEWS]]
 **[[Special:MyLanguage/BlueM.Wave|BlueM.Wave]]
 **[[Special:MyLanguage/BlueM.Opt|BlueM.Opt]]
 </div>