Kitware Inc.

🌟 New Feature Alert in VTK & ParaView! We're excited to announce novel discretization and formulation support in VTK and ParaView through vtkCellGrid. This tool will allow you to seamlessly integrate new cell types, algorithms, and analysis tools without re-engineering existing models in VTK and ParaView. vtkCellGrid enables better handling of complex data, such as variable continuity, convex-hull properties, and advanced field behaviors. And the best part—the modular design makes it easier than ever to extend VTK’s capabilities with custom cell types! Get all the details here: https://ow.ly/S6A050TTwkl #DataVisualization #Engineering #VTK #ParaView #DataAnalysis #OpenSource

Kitware is proud to bring its extensive expertise in Large Pretrained Models and ethical and responsible AI to the 2024 MSS Joint Conference. As sponsors of MSS, we are committed to advancing research and fostering collaboration within the defense and security communities. We look forward to engaging with fellow experts and sharing our latest advancements in leveraging AI to enhance sensor fusion, improve data processing capabilities, and ensure the ethical application of technology in support of national security and defense. Learn more about our participation, including accepted papers, by visit our event page: https://lnkd.in/eJJ9yvTc #LPMs #EthicalAI #ResponsibleAI #Defense #NationalSecurity #AI

VTK.wasm & trame: A New Era for Web Visualization! VTK has been a go-to solution for advanced data visualization on desktops, but bringing those capabilities to the web has been challenging. While vtk.js bridged the gap for web visualization, it couldn't fully match the robust features of the C++ library. Enter VTK.wasm! Leveraging WebAssembly and trame's Python-based approach, it's now easier than ever to harness VTK’s powerful data processing capabilities directly in the browser. 🛠️ Here's how to get started: https://ow.ly/H59250TOvYn #VTK #WASM #trame #WebVisualization #OpenSource #DataProcessing

This neuroimaging web-based application makes advanced analysis accessible to researchers and clinicians. Leveraging Optimal Transport Morphometry (OTM), Web-OTM provides a user-friendly interface for conducting complex analyses, visualizing results, and understanding neuroimaging data. 🧠 Learn more about how this tool can support your research: https://lnkd.in/eq52fG_9 #Neuroimaging #MedicalResearch #MedicalVisualization #OTM #DataScience

Managing CI pipelines and binary generation in scientific computing can be complex, especially with intricate dependencies and large software builds. At Kitware, we've integrated tools like GitLab, Spack, and AWS to make these processes scalable and efficient. Check out our latest blog post for insights on optimizing your CI and binary generation workflows using these powerful tools. Plus, don’t miss the link to our webinar recording to see them in action! 🔗 https://ow.ly/SGx050TRBia #ScientificComputing #CICD #DevOps #BinaryGeneration #SoftwareDevelopment

Standard C++ dependency management is on the horizon, and we're getting closer with the Common Package Specification (CPS)! 📦 Our latest blog post explores recent progress, the benefits of CPS, and how CMake is helping pave the way for a more streamlined package ecosystem. Want to learn how CPS could change the future of C++ development? Read more: https://lnkd.in/gq3dP4aW #CPlusPlus #DependencyManagement #CMake #OpenSource #SoftwareDevelopment

🌳 Adopting clean heat technologies can positively impact entire communities! We are excited to be a part of such an important campaign, and partner with a fellow local business, ecoLong, to help them build their model for energy efficiency. Our team created web-based software that analyzes and visualizes their raw data and model outcomes. This technology will help communities analyze the best means to be energy efficient. See the application in action during this community event! You can sign up using the link below... #Schenectady #CleanHeat #DataAnalysis #DataVisualization #EnergyEfficiency

Last year, we introduced Catalyst-ADIOS2, which enables real-time simulation data processing on a dedicated visualization cluster. But what happens when your simulation outputs are too large to transfer efficiently? 🤔 Our latest blog post dives into a hybrid approach that combines in situ and in transit workflows to address this challenge, reducing datasets before transferring them to enhance scalability. If you’re new to Catalyst-ADIOS2, we recommend starting with our introductory blog post (https://ow.ly/vAeW50TOuhU). Otherwise, check out the new article to learn how this hybrid method can streamline your data analysis! 👉 https://ow.ly/lasE50TOuhT #DataAnalysis #InSitu #Catalyst #ADIOS #ParaView #HPC

📣 Attention CMake users! Our latest blog post covers an essential best practice for managing your CMake projects: ensuring that your package name and target namespace match. Why is this important? It helps avoid name conflicts and provides clarity when integrating external libraries. Read the full post to learn more about this recommendation and how it can simplify your development process: https://ow.ly/jntR50TMCgU #CMake #SoftwareDevelopment #OpenSource #CodingTips #BuildSystems

Interested in simplifying simulation workflows? Check out the latest blog post in our trame series! We dive into the concept of micro-workflows, which are designed to make simulation software more user-friendly. These micro-workflows showcase specific use cases as templates, allowing end-users to configure options via an intuitive GUI within a trame-based application. Read the full post here 👉 https://ow.ly/uCbP50TJX83 #simulation #trame #workflow #opensource #dataanalysis