Welcome to the ANUGA Open Source Hydrodynamic / Hydraulic Modelling Project
The current development version of anuga now resides on github at anuga_core
Reecommended Download and Installation of ANUGA
- Current Research Version: Install current version of research code on Ubuntu
- Current Research Version: Install current version of research code on Windows
Download and Install ANUGA_PARALLEL
We are only supporting the parallel version of anuga on Linux. Checkout the standard install to setup parallel.
- Current Research Version: Install current version of parallel research code on Ubuntu
For windows the version on sourceforge seems to still work fine. Here is the link:
- Viewer: Precompiled Viewer
For Linux we recommend installation from source:
ANUGA is a Free & Open Source Software (FOSS) package capable of modelling the impact of hydrological disasters such as dam breaks, riverine flooding, storm-surge or tsunamis.
ANUGA is based on the Shallow Water Wave Equation discretised to unstructured triangular meshes using a finite-volumes numerical scheme. A major capability of ANUGA is that it can model the process of wetting and drying as water enters and leaves an area. This means that it is suitable for simulating water flow onto a beach or dry land and around structures such as buildings. ANUGA is also capable of modelling difficult flows involving shock waves and rapidly changing flow speed regimes (transitions from sub critical to super critical flows).
ANUGA is developed by the Australian National University (ANU) and Geoscience Australia (GA) - hence the name. See also ANUGA flyer.
|Talk given at OSDC2011 on ANUGA by Stephen Roberts||YouTube Video|
|New collaborative agreement signed between the ANU and GA for the further development of ANUGA - May 2014.|
|Environment Agency 2010 report: 'Benchmarking of 2D Hydraulic Modelling Packages'.||2DModelBenchmarking|
|How to export .csv files as graphs using OpenOffice (or Excel).||AnugaExportCsv|
|How to set checkpoints in ANUGA execution to back up the current state in long runs.||AnugaCheckpoints|
|A review of the internal boundaries functionality available in ANUGA 1.2.||InternalBoundaries|
|ANUGA is now on Wikipedia - please contribute as appropriate||ANUGA Hydro|
|New report: Investing in the Development of a Two-Dimensional Flood Modelling Capability||Report|
|An updated viewer is complete and is included in the Windows installer. Feedback is encouraged.||viewer TRAC site (Login as anonymous with blank pw)|
|ANUGA was featured on the ABC program The New Inventors episode 19 on the 10th of June 2009||NewInventors|
|Work in regard to a graphical user interface is ongoing.||GAI|
|ANUGA user manual||anuga_user_manual-1.2.1.pdf|
|ANUGA installation guide||anuga_installation_guide-1.2.1.pdf|
|ANUGA release notes||anuga_whats_new-1.2.1.pdf|
|ANUGA 1.2 deprecated functionality and new features||AnugaWhatsNew|
|Publications related to ANUGA||ANUGA Publications|
|ANUGA Workshops||ANUGA Workshops|
|Management and Planning||WorkPages|
|Internal Architecture||Internal Architecture|
|Guidelines for installing ANUGA with numpy||Installation guidelines|
|ANUGA coding style guide||Style Guide|
ANUGA user mailing list and FAQ - where to get help
|Send questions and submissions|
|Search mailing list archives||https://sourceforge.net/mailarchive/forum.php?forum_name=anuga-user|
|To subscribe or unsubscribe||https://lists.sourceforge.net/lists/listinfo/anuga-user|
|Frequently Asked Questions||FAQ|
|Software Repository (Subversion) - to always access the latest version||https://anuga.anu.edu.au/svn/anuga/trunk/anuga_core (Login as anonymous with blank pw)|
|ANUGA software download at SourceForge (Since Dec 2006)||http://sourceforge.net/projects/anuga|
|ANUGA name reserved on Google Code - in case we want to move||http://code.google.com/p/anuga|
|Natural Hazards Online (Geoscience Australia)||http://www.ga.gov.au/hazards/index.jsp|
Number of unique viewers since 4 September 2008
(0.6 MB) - added by ole
7 years ago.
Simulation of Tsunami and Flash Floods - March 2006
- ani_anuga.gif (1.9 MB) - added by ole 5 years ago.
(7.4 MB) - added by ole
5 years ago.
SWW example with variable 'elevation'
(15.0 MB) - added by steve
5 years ago.
Okushiri simulation (from the side) showing large runup (15MB)
(15.2 MB) - added by steve
5 years ago.
Okushiri simulation (from overhead) showing large runup
- anuga.key (0.6 KB) - added by habili 5 years ago.
- readme.ubuntu.txt (3.2 KB) - added by habili 5 years ago.
(6.6 MB) - added by middelmann
5 years ago.
- Detail.pdf (3.5 KB) - added by middelmann 5 years ago.
- anuga-user_email.GIF (1.1 KB) - added by habili 4 years ago.
- anuga_installation_guide-1.2.1.pdf (304.3 KB) - added by habili 4 years ago.
- anuga_user_manual-1.2.1.pdf (3.5 MB) - added by habili 4 years ago.
- anuga_whats_new-1.2.1.pdf (78.2 KB) - added by habili 4 years ago.
(0.6 MB) - added by habili
3 years ago.