pyAMG

pyAMG is a mesh adaptation software library developed by the GAMMA team at Inria. Its main capabilities include:

• Volume and surface remeshing through local modifications
• Metric computation from a solution field using a multiscale metric
• Metric field correction using anisotropic gradation
• Solution field interpolation from one mesh onto another

Interface with SU2

pyAMG is interfaced with SU2, an open-source collection of software for multi-physics simulation and design on unstructured meshes (i.e., CFD and beyond) developed in the Aerospace Design Lab (ADL) at Stanford University.

• Go to pyAMG page for more details

• ViZiR 4
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ViZiR 4

ViZiR 4 is a light, simple and interactive high-order meshes and solutions visualization software using OpenGL 4 graphic pipeline.

Its main features are:

• Light, simple and interactive visualization software.
• Surface and volume (tetrahedra, pyramids, prisms, hexahedra) meshes.
• Pixel exact rendering of high-order solutions on straight elements.
• Almost pixel exact rendering on curved elements (high-order meshes).
• Post-processing tools, such as picking, isolines, clipping, capping.

• Go to ViZiR 4 page for more details

• ViZiR Legacy
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ViZiR Legacy

ViZiR Legacy is a light, simple and interactive mesh visualization software using OpenGL Legacy graphic pipeline including:

• A curved meshes visualizator: it handles high order elements and solutions.
• Hybrid elements mesh visualization (pyramids, prisms, hexahedra).
• Solutions visualization : clip planes, capping, iso-lines, iso-surfaces.

• Go to ViZiR Legacy page for more details

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