Insitu Visualization using Ascent and ParaView
Ascent is an in-situ visualization and analysis library for HPC architectures (distributed computing) with support for many-core nodes (such as GPUs) through VTK-m. Ascent enables … Read More
Ascent is an in-situ visualization and analysis library for HPC architectures (distributed computing) with support for many-core nodes (such as GPUs) through VTK-m. Ascent enables … Read More
While the Visualization Toolkit is widely used for analysis and 3D visualization of scientific data, a fully supported but lesser known application domain is Climate … Read More
ParaView (VTK) provides two readers for point cloud data. LAS Reader (vtkLASReader) uses libLAS to create the point cloud data into a VTK format in … Read More
CityGML Reader CityGML is an OpenGeospatial (OGC) standard for describing 3D models of cities and landscapes. It describes buildings, roads, rivers, bridges, vegetation, and city … Read More
SEG-Y (also referred to as SEG Y) is a file format used in the geophysical industry for recording digital seismic data. It is an open … Read More
Motivation VTK and ParaView provide visualization of vector fields through streamlines using vtkStreamTracer in VTK or Stream Tracer in ParaView. The ability of streamlines to create … Read More
Introduction The CAM NetCDF Reader reads in files produced by the Community Atmospheric Model (CAM) simulation program and produces an unstructured grid. The grid is … Read More
On May 19th, we took part in our seventh consecutive CDPHP Workforce Team Challenge! The challenge is a 3.5-mile race around the Governor Nelson A. … Read More
ParaView 5.0.0 is now available for download. This marks the beginning of the ParaView 5.0 series—a long way from the first release, 0.2.0, tagged in … Read More
Last month, I attended the Earth System Grid Federation (ESGF) Face to Face (F2F) conference organized by Dean Williams from Lawrence Livermore National Laboratory (LLNL). … Read More