Intuitive operation is possible! A user interface designed with large-scale models in mind!
"Meshman_ParticleViewer_HPC ver.3.3" is software for displaying lattice models generated from STL files for particle methods, finite difference methods, and voxel methods. It allows for smooth display of large-scale models for both particle methods and FEM. Additionally, it offers customization of data formats and intuitive operation. A new feature has been added to the software that lists recently used files. 【Features】 ■ Smooth display of large-scale models for both particle methods and FEM ■ Particles: Proven capability of 150 million particles ■ FEM: Proven capability of up to 120 million degrees of freedom ■ User interface designed with large-scale models in mind ■ Shading display is possible even for particles *For more details, please refer to the PDF documentation or feel free to contact us.
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【Software Features (Excerpt)】 ■Particle Method - Ability to display input files for 3D SPH particle method solver - Ability to display output results of the 3D SPH particle method solver as particle color distribution - Ability to create animations from the output results of the 3D SPH particle method solver - Ability to create time history data for specified particles from the output results of the 3D SPH particle method solver (CSV) - Ability to create and display streamlines from the output results of the 3D SPH particle method solver ■FEM - Display of tetrahedral and hexahedral meshes - Cross-sectional display of meshes on arbitrary planes - Contour display and vector display - Extraction of physical quantities along a straight line ■Mixed display with particle models ■Added functionality to list recently used files *For more details, please refer to the PDF document or feel free to contact us.
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Insight Inc. was established in 1999 from the Intelligent Modeling Laboratory (IML), created at the University of Tokyo for the purpose of nurturing venture companies. We have participated in various projects in collaboration with the university, such as the "Development Project for Large-Scale Computational Mechanics Systems for Design (commonly known as ADVENTURE)" (a project under the Japan Society for the Promotion of Science's Future Development Academic Research Promotion Program in the field of "Computational Science"). We aim to convert the cutting-edge technologies obtained from these projects into software that is easy for the general public to use, and to contribute to society by widely providing high-quality knowledge in areas such as programming and analysis techniques. Considering the convenience of technology transfer from the university, our office is located in front of the Akamon gate at the University of Tokyo.