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We are happy to announce the Insight Toolkit (ITK) 5.4 Release Candidate 4 is available for testing! ITK is an open-source, cross-platform toolkit for N-dimensional scientific image processing, segmentation, and registration. 🔦 Highlights The Insight Toolkit (ITK) has further enhanced its DICOM capabilities in the latest release, building on over 25 years of extensive clinical […]

Catalyst 2.0.0 has been released! This is the first release of the Catalyst API as a standalone project. Catalyst is an API developed for simulations to communicate in situ with analysis and visualization tools. Release Features New Conduit Version Update to conduit 0.8.7 internally. This brings in a few more APIs: conduit_datatype_sizeof_index_t conduit_node_move conduit_node_reset conduit_node_swap […]

The ParaView development team is happy to announce the release of ParaView 5.12.0, the latest version of the industry leading open source scientific visualization and analysis software.

Major changes made since ParaView 5.11.2 are listed in this document. The full list of issues addressed by this release is available here. New features Save/Load Data Locally/Remotely ParaView can now save files to and load files from either the client file system or the server file system. The following operations support this capability: Translations […]

A Volview based application to load and visualize DICOM files for dental implant planification within the browser without server side processing nor rendering

When LidarView meets trame...

Testing Drake Since 2014 Kitware has been working since 2014 to develop and maintain a cloud-based continuous integration (CI) system for Drake, an open-source robotics toolbox started by the Robot Locomotion Group at MIT CSAIL with core development now led by  Toyota Research Institute. Modern software development involves teams of developers working together on large […]

Overview Data scientists frequently deal with extensive data structures that span multiple dimensions. These structures, termed n-dimensional (N-D) arrays, emerge from sophisticated, domain-specific algorithms. Kitware is working on a new framework, Pan3D, that leverages open source tools Trame and PyVista, aimed at simplifying a data scientist’s workflow when analyzing such data. This article delves into […]

We are happy to announce the Insight Toolkit (ITK) 5.4 Release Candidate 2 is available for testing! ITK is an open-source, cross-platform toolkit for N-dimensional scientific image processing, segmentation, and registration. Highlights ITK 5.4 marks a significant feature update aimed at bolstering the project’s long-term sustainability. Specifically, this release harnesses the power of Web3 technology […]

According to git history, January marks the 30th anniversary of the first commit into the VTK’s source code repository. For those of us who have been involved from the early days this is truly mind boggling. We often thought that VTK might last a few years; and in our wildest dreams, maybe ten years. But […]

Kitware, a trusted leader in software R&D and advanced AI, is pleased to announce its 2024 promotions. Kitware continues to deliver innovative software that advances science and helps solve the world’s challenges through important projects and collaborations.

On behalf of the Pulse Physiology Community, we are pleased to announce that version 4.2 is now available from our repository.  You can also get the latest version of Pulse for Unity from our asset on the Unity Store. We also provide an Unreal engine plugin with this latest version. The Pulse Explorer has also […]

The widespread adoption of 3D Tiles as an open data format for streaming geospatial data, including buildings, point clouds, and meshes, to web browsers signifies a notable trend in the GIS domain. In our previous work, we demonstrated the application of VTK and Python to address the intricate task of converting polygonal data sourced from […]

Introduction Semantic image segmentation involves identification and labeling of distinct anatomical regions of interest in an image, and is a critical step in many medical image analysis applications. Current approaches for image segmentation largely rely on rapidly evolving methods and algorithms based on deep convolutional networks. Typically, given a medical imaging dataset and segmentation task, […]

We have made it! After 6 years of hard work, the DOE data and visualization community has successfully developed and deployed a high-quality ecosystem to support DOE’s data analysis and visualization needs on exascale supercomputers. In this series of blogs, I am going to present several projects that Kitware has been involved in on the […]

Are you looking to develop visualization applications with cutting-edge medical imaging technology? Kitware can help you realize your product. We have an extensive track record of developing medical visualization applications and scientific software development platforms using web technologies (VTK-js, Trame, VolView, Glance, ITK-Jupyter-widgets, ITK-wasm) as well as native desktop toolkits (VTK, ITK, 3D Slicer, Paraview […]

This is a guest blog from Matthieu Morel from NEMOSFLOW, specialized in Computational Fluid Dynamics for industry and R&D. Introduction to post-processing CFD results: a crucial step Usually, the Computational Fluid Dynamics (CFD) workflow is composed of three main steps : ParaView is a powerful open source software fulfilling all post-processing step requirements. It proposes many […]