Record-setting Simulation Run

Run becomes the first to exceed one million Message Passing Interface processes in situ.

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ParaView 5.2 Release Plans

Version 5.2 focuses on advanced rendering.
Get the details

ParaViewWeb 2.2 Eases App Development

Learn how the latest version refactors ParaViewWeb and offers new capabilities.
Read the blog

Video highlight: Ignition process in a diesel engine

A liquid nDodecane jet (diesel fuel – in blueish colors) is injected in a chamber filled with a hot (900K – 60bar) mixture of air and
burnt gases (H2O & CO2). The flame (in orange – yellow) develops due to an auto-ignition process. This simulation reproduces with great details what is happening in Lyle Picket’s experiment (CRF-Sandia). This was simulated on our local cluster at Sandia on 2500 processors. Simulation and rendering: G. Lacaze and J.C. Oefelein, CRF – Sandia CA

 

ParaView 5.0 release with a focus on rendering improvements

 new rendering backend, EGL support, OpenSWR integration, and pvOSPray plug-in. 

 

 

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ParaView Desktop

This is a Qt-based application for Mac, Windows and Linux operating systems in which users very easily open data files and begin to visualize them.

 

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ParaView Python

Python scripts can be played back with or without the GUI in order to create reproducible, easily customizable, and scalable visualizations.

 

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High Performance Computing

ParaView scales to allow visualization and analysis of even the largest scientific results.

 

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Visualize with VeloView

VeloView is an open source application built on top of ParaView that performs visualization of live or captured 3D LiDAR data from Velodyne’s HDL line of sensors.
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Immersive Visualization

ParaView’s stereo display modes, efficient tile and cave rendering engine, and VRPN tracking interfaces make such immersion in the data possible.

 

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ParaViewWeb

ParaViewWeb delivers the accessibility of the world wide web combined with the scalability of the ParaView server. The new ParaViewWeb embraces the next-generation of JavaScript specifications, and it comes with more capabilities.
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ParaView Catalyst

Catalyst is a light-weight version of the ParaView server library that is designed to be directly embedded into parallel simulation codes to perform in situ analysis at run time.
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Welcome to ParaView

ParaView is an open-source, multi-platform data analysis and visualization application. ParaView users can quickly build visualizations to analyze their data using qualitative and quantitative techniques. The data exploration can be done interactively in 3D or programmatically using ParaView’s batch processing capabilities.

ParaView was developed to analyze extremely large datasets using distributed memory computing resources. It can be run on supercomputers to analyze datasets of petascale size as well as on laptops for smaller data, has become an integral tool in many national laboratories, universities and industry, and has won several awards related to high performance computation.

Download Latest Release

ParaView version 5.4 is now available for download.

Support and Services

Kitware offers advanced software R&D solutions and services. Find out how we can help with your next ParaView project

Contact Us

Have a question about the ParaView project? We can help.

Request a New Feature

Have an idea for a new feature? Let us know.

The ParaView Guide

Get the latest edition of the ParaView Guide book.

ParaView Mailing Lists

Join the ParaView mailing lists to stay informed on projects.

ParaView Platform in Action

climate_index

Climate Research

The Climate Data Analysis Tools (CDAT) project leverages ParaView with other open-source tools to enable analysts to track, monitor, and predict climate changes.

UFO-CFD F35

CFD Simulations

Computational fluid dynamics (CFD) simulations with ParaView enable aviation teams to study lift and drag, and thereby improve design efficiency.

cave

Immersive Data

By immersing themselves in the data with ParaView, researchers can interactively explore data in a more intuitive manner.

Cloud-resolving simulation

Cloud-resolving simulation over Germany using ICON HighRes

PHASTA and ParaView Catalyst

a high-fidelity CFD simulation of flow control applied to realistic wing profiles using PHASTA and ParaView Catalyst.

Shaped Charge Jet Penetration

ALEGRA simulation for shaped charge jet penetration in ceramic plates.

Recent Posts

Separate Color Map Feature

Separate Color Map Feature

One of the great features of ParaView is the ability to easily compare dataset which are not actually connected to one another. It is achieved by sharing Color Map (aka … Read More

Major Improvements on the Point Gaussian Representation

Major Improvements on the Point Gaussian Representation

One feature in ParaView 4.4 that was quite used was the Point Sprite Representation available through a built-in plugin. The feature was lost when we transitioned to the new OpenGL2 … Read More

Dockable Python shell in ParaView

Dockable Python shell in ParaView

Following the trend started earlier this year, ParaView 5.5 will support the ability to dock the Python shell in the UI. Docking makes it easier to always have easy access to … Read More

Recent Improvements to ParaViewWeb: Local Rendering, Property Management, and More

Recently, a lot of effort has gone into web-based projects that Kitware manages, including: ParaViewWeb, a JavaScript library that developers can employ to build applications that run on the Web … Read More

ParaView 5.4.1 Release Notes

ParaView 5.4.1 Release Notes

ParaView 5.4.1 is now available for download. This bug fix release addresses a number of problems in 5.4.0, including: The black render window observed on some systems when FXAA was enabled … Read More

Source: blog.kitware.com