ChasteLungImpedance_v1_64bit.tgz: A demonstration AirPROM standalone executable
meshalyzer:Meshalyzer <p>The <a href="https://chaste.cs.ox.ac.uk/trac/raw-attachment/wiki/UsefulNotes/meshalyzer.pdf">Meshalyzer manual</a> is also available from the Chaste developers' wiki.</p>
libs:Optional library dependencies
cardioelse:CardioELSE <p>The CardioELSE code is based on a spectral-element technique developed to solve the bidomain equations on unstructured all hexahedral grids.  It is aimed at identifying advantages and drawbacks of spectral elements with respect to traditional finite elements, in terms of flexibility (capability to deal with realistic 3D heart models), accuracy and performance (execution-time and memory allocation).  It is thus not as flexible or general purpose as Chaste.</p><p>CardioELSE was developed by a team mainly from the Bioinformatics Laboratory at CRS4, funded as part of the <a href="http://www.vph-predict.eu/">preDiCT</a> FP7 project, and is released under the LGPL 3.0 licence as &quot;citeware&quot;. The following references are appropriate:</p><ul><li>Fabio Maggio, James Southern, Giorgio Fotia, and Gianmauro Cuccuru. A 3D Spectral Element Solver for the Bidomain Equations. Poster presented at the VPH 2010 Annual Conference 30 September - 1 October 2010 Brussels, Belgium, Sept 2010.</li><li>Fabio Maggio, Bruno Carpentieri, and Giorgio Fotia. Spectral Elements Applied to Cardiac Simulation: a Comparison with Finite Elements. Technical Report 09/51. CRS4, Center for Advanced Studies, Research and Development in Sardinia. Cagliari, Italy, Sept 2009.</li><li>Fabio Maggio, Bruno Carpentieri, and Giorgio Fotia. A 3D Solver for the Bidomain Equations Based on Unstructured All-hexahedra Spectral Elements. Technical Report 09/50. CRS4, Center for Advanced Studies, Research and Development in Sardinia. Cagliari, Italy, Aug 2009.</li></ul>