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1. Auto-tuning Intermediate Representations For In Situ Visualization Pdf Format
2. Auto-tuning Intermediate Representations For In Situ Visualization Pdf Free
3. Auto-tuning Intermediate Representations For In Situ Visualization Pdf Online

Topics covered include methods for comparing multiple simulation outputs, coupling VisIt and a simulation in situ, advanced Python scripting, movie-making, queries, and data selections. Alternate plotting representations such as Scatter plots, Parallel Coordinate plots, Material plots, and Molecule plots are also covered. Recent research has explored how to facilitate children's understanding of visual data representations through completion exercises which highlight links between concrete and abstract mappings. This approach scaffolds visualization activities by presenting a target visualization to children. PDF Volumetric depth images (VDI) are a view-dependent representation that combines the high quality of images with the explorability of 3D fields. By. Find, read and cite all the research. I i “thesis” — 2011/9/28 — 11:53 — page 117 — #117 i i i i i i 8 Towards in situ visualization of biopolymer networks under shear T HIS chapter describes the design and first testing of a home-made shear cell device. This setup combined with a confocal microscope creates a tool. In the case of purple photosynthetic bacteria, the photosynthetic apparatus is the so-called chromatophore, now structurally known at atomic detail 5, 4; the chromatophore is a spherical membrane of 50 nm inner diameter, comprising over a hundred proteins and 3,000 bacteriochlorophylls for photon absorption (see Fig. USA TUNING AND AUTO-TUNING IN PREDICTIVE CONTROL K. Yamuna Rani and H. Unbehauen Control Engineering Laboratory, Faculty ofElectrical Engineering,Ruhr-University D-44780 Bochum, Gerlnany email:email protected Abstract: Several tuning guidelines proposed in literature have been investigated with the help of simulation studies for model.

The materials on this page provide an introduction to VisIt from introductory to advanced topics.

VisIt Spring 2020 Virtual Tutorials

Presenters: Eric Brugger (LLNL), Alister Maguire (LLNL), Cyrus Harrison (LLNL)

Dates:

• Wednesday, April 15th, 2020 11-12pm
• Thursday, April 16th, 2020 10-11pm.

VisIt Version: 3.1.1

Quick Setup Links:

[edit] Tutorial Materials

Wed 4/15

• VisIt Introduction Slides [pdf]
• Intro Topics
  • Remote Usage Tips [VisIt Manual]
  • Scripting [VisIt Manual]

• Hands-on Visualizations:
  • Aneurysm (Blood Flow) Simulation [VisIt Manual]

Thurs 4/16

• Movie Making Tutorial [VisIt Manual]

VisIt Tutorial at Argonne 2019 Training Program on Extreme-Scale Computing

Presenter: Cyrus Harrison (LLNL)

Date: Monday, August 5th, 2019

VisIt Version: 3.0.1

Quick Setup Links:

[edit] Tutorial Materials

• VisIt Introduction Slides [pdf]
• Tour of VisIt
  • VisIt Basics [Main Slides + VisIt Manual]
  • Data Analysis [VisIt Manual]
  • Scripting [VisIt Manual]
• Hands-on Visualizations:
  • Potential Flow Simulation [VisIt Manual]
  • Aneurysm (Blood Flow) Simulation [VisIt Manual]

Using VisIt for BOUT++ Visualization and Data Analysis

Presenter: Eric Brugger (LLNL)

Date: Friday, August 17, 2018

Time: 1:00 pm - 2:00 pm

Links:

• VisIt BOUT Tutorial [Wiki content]

VisIt Tutorial at Argonne 2018 Training Program on Extreme-Scale Computing

Presenter: Cyrus Harrison (LLNL)

Date: Thursday, August 9th, 2018

VisIt Version: 2.13.2

Quick Setup Links:

[edit] Tutorial Materials

• VisIt Introduction Slides [pdf]
• Tour of VisIt
  • VisIt Basics [Main Slides + Wiki Content]
  • Data Analysis [Wiki Content]
  • Scripting [Wiki Content]
• Hands-on Visualizations:
  • Aneurysm (Blood Flow) Simulation [Wiki Content]
  • Water Flow Simulation [Wiki Content]

Introduction to Scientific Visualization (Hands-on Session: VisIt)

Presenter: Kevin Griffin (LLNL)

Date: Wednesday, June 13th

Time: 12:45pm - 2pm

Room: WALC 2121

VisIt Version: 2.13.2

Quick Setup Links:

[edit] Tutorial Contents

Auto-tuning Intermediate Representations For In Situ Visualization Pdf Format

• Intro [Main Slides]
• VisIt Project Overview [Main Slides]
• Visualization Techniques for Mesh-based Simulations [Main Slides]
• Tutorial Setup [Main Slides + Wiki Content]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]

Scalable HPC Visualization and Data Analysis Using VisIt [Supercomputing 2017]

Presenters: Cyrus Harrison (LLNL) , Kevin Griffin (LLNL), David Pugmire (ORNL), Robert Sisneros (NCSA)

Date: Monday, November 13th

Time: 1:30pm - 5pm

Room: 303

VisIt Version: 2.13.0

Quick Setup Links:

These files are also available on USB drives that will be shared with attendees.

[edit] Tutorial Contents

• Intro [Main Slides]
• VisIt Project Overview [Main Slides]
• Visualization Techniques for Mesh-based Simulations [Main Slides]
• Tutorial Setup [Main Slides + Wiki Content]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]
• Scripting [Main Slides + Wiki Content]
• <Break>
• Hands-on Session:
  • End-to-end visualization of an Aneurysm (Blood Flow) Simulation [Wiki Content]
• Special Topic: Representing Simulation Mesh Data for In situ Processing and Parallel I/O [Slides]

VisIt Tutorial at Argonne 2017 Training Program on Extreme-Scale Computing

Auto-tuning Intermediate Representations For In Situ Visualization Pdf Free

Presenter: Cyrus Harrison (LLNL)

Date: Thursday, August 10th, 2017

VisIt Version: 2.12.3

Quick Setup Links:

[edit] Tutorial Materials

• VisIt Introduction Slides [pdf]
• Tour of VisIt
  • VisIt Basics [Main Slides + Wiki Content]
  • Data Analysis [Wiki Content]
  • Scripting [Wiki Content]
• Hands-on Visualizations:
  • Water Flow Simulation [Wiki Content]
  • Aneurysm (Blood Flow) Simulation [Wiki Content]

VisIt: Scalable HPC Visualization and Data Analysis

Presenters: Kevin Griffin (LLNL), Eric Brugger (LLNL), Cyrus Harrison (LLNL)

Date: Wednesday, March 15th, 2017

Auto-tuning Intermediate Representations For In Situ Visualization Pdf Online

Time: 8:00am to 10:00am Pacific

VisIt Version: 2.12.1

Quick Setup Links:

[edit] Tutorial Contents

• VisIt Introduction Slides [pdf]
• Tutorial Setup [Main Slides + Wiki Content]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]
• Scripting [Main Slides + Wiki Content]
• End-to-end visualization of an Aneurysm (Blood Flow) Simulation [Wiki Content]

Scalable HPC Visualization and Data Analysis Using VisIt [Supercomputing 2016]

Presenters: Cyrus Harrison (LLNL) , Hank Childs (Univ of Oregon & LBNL), David Pugmire (ORNL), Robert Sisneros (NCSA), Jens Henrik Göbbert (Forschungszentrum Juelich), and Matthieu Dorier (ANL)

Date: Sunday, November 13th

Time: 8:30pm-12pm

Room: 255-F

VisIt Version: 2.12.0

Quick Setup Links:

These files are also available on USB drives that will be shared with attendees.

[edit] Tutorial Contents

• Intro [Main Slides]
• VisIt Project Overview [Main Slides]
• Visualization Techniques for Mesh-based Simulations [Main Slides]
• Tutorial Setup [Main Slides + Wiki Content]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]
• Scripting [Main Slides + Wiki Content]
• <Break>
• Hands-on Session:
  • End-to-end visualization of an Aneurysm (Blood Flow) Simulation [Wiki Content]
• Special Topic: Beyond post-hoc visualization and analysis using in situ processing
  • Factors motivating in situ
  • In situ visualization and analysis tools
  • Case Study: Multiphase Flow Simulation Analysis with LibSim
  • Case Study: Ocean Simulation Analysis with Damaris

VisIt Tutorial at Argonne 2016 Training Program on Extreme-Scale Computing

Presenter: Cyrus Harrison (LLNL)

Date: Wednesday, August 10th, 2016

VisIt Version: 2.10.3

Quick Setup Links:

[edit] Tutorial Materials

• VisIt Introduction Slides [pdf]
• Tour of VisIt
  • VisIt Basics [Main Slides + Wiki Content]
  • Data Analysis [Wiki Content]
  • Scripting [Wiki Content]
• Hands-on Visualizations:
  • Aneurysm (Blood Flow) Simulation [Wiki Content]
  • Volume Rendering Tutorial [Wiki Content]
  • Water Flow Simulation [Wiki Content]

Introduction to HPC Visualization and Data Analysis using VisIt

Quick Setup Links:

[edit] Tutorial Contents

• Intro [Main Slides]
• VisIt Project Overview [Main Slides]
• Visualization Techniques for Mesh-based Simulations [Main Slides]
• Tutorial Setup [Wiki Content]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]
• Scripting [Main Slides + Wiki Content]
• Hands-on Session:
  • End-to-end visualization of an Aneurysm (Blood Flow) Simulation [Wiki Content]

Held once a month at LLNL starting April 2015. Provides introduction and the basics of using VisIt to advanced topics such as volume rendering, expressions, scripting and data analysis. Although some content maybe somewhat specific to LLNL users, the presentation is designed as much as possible to be useful to anyone using VisIt. Follow the links below for the topics and schedule. Links to individual topics will be populated as their respective date of presentation approaches.

[edit] Topics and Schedule

Note that specific dates may change. Return here as a given topic date approaches to confirm date, time and room. Clicking on the links below will bring you to detailed notes for the tutorial.

The following tutorials make use of datasets not included with VisIt. You can download the relevant data sets from Tutorial Data.

Completed:

• Data Binning and Derived Data Functions (DDFs), April 14th 2016, 9:00-10:00 AM, PDT, B111 California Room - LLNL attendees can e-mail cyrush@llnl.gov for link to tutorial materials.

Using VisIt for BOUT++ Visualization and Data Analysis

Presenter: Eric Brugger

Date: Friday, December 18th

Time: 11:15am - 12:00pm

Links:

• bout_visit_tutorial_data.tar.gz [Data files]
• VisIt BOUT Tutorial [Wiki content]

Effective HPC Visualization and Data Analysis using VisIt [Supercomputing 2015]

Presenters: Cyrus Harrison (LLNL) , Hank Childs (Univ of Oregon & LBNL), David Pugmire (ORNL), Robert Sisneros (NCSA), and Amit Chourasia (UCSD)

Date: Sunday, November 15th

Time: 1:30pm-5pm

Room: 18C

Quick Setup Links:

These files are also available on USB drives that will be shared with attendees.

[edit] Tutorial Contents

• Intro [Main Slides]
• VisIt Project Overview [Main Slides]
• Visualization Techniques for Mesh-based Simulations [Main Slides]
• Tutorial Setup [Main Slides + Wiki Content]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]
• Scripting [Main Slides + Wiki Content]
• <Break>
• Hands-on Sessions:
  • End-to-end visualization of an Aneurysm (Blood Flow) Simulation [Wiki Content]
  • Sharing Aneurysm visualization results using SeedMe [Main Slides + Wiki Content]
• Recent developments in HPC visualization community

VisIt Tutorial at Argonne 2015 Training Program on Extreme-Scale Computing

Presenter: Cyrus Harrison (LLNL)

Date: Wednesday, August 12th, 2015

Quick Setup Links:

[edit] Tutorial Materials

• VisIt Introduction Slides [pdf]
• Python Scripting Examples [Wiki Content]
• Hands-on Visualizations:
  • Aneurysm (Blood Flow) Simulation [Wiki Content]
  • Water Flow Simulation [Wiki Content]

Tutorial 10: Effective HPC Visualization & Data Analysis with VisIt

Presenters: Eric Brugger and Allen Sanderson

Date: Sunday, July 12th, 2015

Time: 2:00 pm - 6:00 pm

Room: Substanz 2

Quick Setup Links:

These files are also available on USB drives that will be shared with attendees.

[edit] Tutorial Contents

• Intro [Main Slides]
• VisIt Project Overview [Main Slides]
• Visualization Techniques for Mesh-based Simulations [Main Slides]
• Tutorial Setup [Main Slides]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]
• Scripting [Main Slides + Wiki Content]
• VisIt Showcase [Main Slides]
• <Break>
• Hands-on Visualizations:
  • Aneurysm (Blood Flow) Simulation [Wiki Content]
  • Water Flow Simulation [Wiki Content]
• Practical Tips for using VisIt [Main Slides]

Effective HPC Visualization and Data Analysis using VisIt [Supercomputing 2014]

Presenters: Cyrus Harrison, Jean Favre, Brad Whitlock, David Pugmire, and Robert Sisneros

Date: Monday, November 17th

Time: 1:30pm-5pm

Room: 391

Quick Setup Links:

These files are also available on USB drives that will be shared with attendees.

[edit] Tutorial Contents

• Intro [Main Slides]
• VisIt Project Overview [Main Slides]
• Visualization Techniques for Mesh-based Simulations [Main Slides]
• Tutorial Setup [Main Slides]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]
• Scripting [Main Slides + Wiki Content]
• VisIt Showcase [Main Slides]
• <Break>
• Hands-on Visualizations:
  • Aneurysm (Blood Flow) Simulation [Wiki Content]
  • Water Flow Simulation [Wiki Content]
• Practical Tips for using VisIt [Main Slides]

VisIt Tutorial at Argonne 2014 Training Program on Extreme-Scale Computing

Presenter: Cyrus Harrison (LLNL)

Date: Monday, August 11th, 2014

Quick Setup Links:

[edit] Tutorial Materials

• VisIt Introduction Slides [pdf]
• Hands-on Visualizations:
  • Aneurysm (Blood Flow) Simulation [Wiki Content]
  • Water Flow Simulation [Wiki Content]

Effective HPC Visualization and Data Analysis using VisIt [Supercomputing 2013]

Presenters: Cyrus Harrison, Jean Favre, Hank Childs and Brad Whitlock

Date: Monday, November 18th

Time: 1:30pm-5pm

Room: 303

Quick Setup Links:

These files are also available on USB drives that will be shared with attendees.

[edit] Tutorial Contents

• Intro [Main Slides]
• Visualization Techniques for �Mesh-based Simulations [Main Slides]
• Tutorial Setup [Main Slides]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]
• Scripting [Main Slides + Wiki Content]
• VisIt Showcase [Main Slides]
• <Break>
• Hands-on Visualizations:
  • Aneurysm (Blood Flow) Simulation [Slides]
  • Water Flow Simulation [Wiki Content]
• VisIt Project Overview [Main Slides]
• Practical Tips for using VisIt [Main Slides]

[edit]Abstract

Visualization is an essential component of the scientific discovery process. Scientists and businesses running HPC simulations leverage visualization tools for data exploration, quantitative analysis, visual debugging, and communication of results. This half-day tutorial will provide attendees with a practical introduction to mesh-based HPC visualization using VisIt, an open source parallel scientific visualization and data analysis platform. We will provide a foundation in basic HPC visualization practices and couple this with hands-on experience creating visualizations.

This tutorial includes:

1. An introduction to visualization techniques for mesh-based simulations.
2. A guided tour of VisIt.
3. Hands on demonstrations of end-to-end visualizations of two a fluid simulations:
   • An Aneurysm (Blood Flow) Simulation
   • A Water Flow Simulation

Presented at SC2012 (Room 251-F) on Monday November 12, 2012 using VisIt 2.5.2.

We are presenting a full day tutorial. The morning focuses on introductory and intermediate content and the afternoon on advanced usage. If you cannot attend both sessions, please feel free to attend either session.

Quick Setup Links:

These files are also available on the shared USB drives.

[edit] Morning Session: Introduction to VisIt

Introduction to VisIt Tutorial Slides Advanced VisIt Usage Tutorial Slides PDF

• VisIt Project Intro [Main Slides]
• Tutorial Setup [Main Slides]
• VisIt Basics [Main Slides + Wiki Content]
• Data Analysis [Wiki Content]
• Scripting [Main Slides + Wiki Content]
• Movie Making [Wiki Content]
• Alternate Data Representations [ Slides + Wiki Content]
• New Python Capabilities [Main Slides]
• Practical Tips for using VisIt [Main Slides]

[edit] Afternoon Session: Advanced VisIt Usage

Advanced VisIt Usage Tutorial Slides PDF

• Using Client-Server [Slides]
• Data Parallelism in VisIt [Main Slides]
• Advanced Topics:
  • Named Selections [Wiki Content]
  • Streamlines [Slides + Wiki Content]
  • Material interface reconstruction [Slides + Wiki Content]
• Customizing VisIt:
  • Writing a C++ file format reader [Main Slides + Wiki Content]
  • Writing a C++ Operator [Main Slides]
  • Writing a Python Query [Wiki Content]
  • Writing a custom UI with Python [Wiki Content]
• Using VisIt in situ [Main Slides]

[edit]Abstract

VisIt is an open source interactive parallel visualization and graphical analysis tool for scientific data. Users can quickly generate visualizations from their data, animate them through time, manipulate them, and save the resulting images for presentations. VisIt contains a rich set of visualization features so data can be viewed in a variety of ways. The Advanced VisIt Usage tutorial shows the casual VisIt user how to more effectively use the software for visualization, presentation, and data analysis in order to enable discovery and communication. Topics covered include methods for comparing multiple simulation outputs, coupling VisIt and a simulation in situ, advanced Python scripting, movie-making, queries, and data selections. Alternate plotting representations such as Scatter plots, Parallel Coordinate plots, Material plots, and Molecule plots are also covered.

[edit] Previous Tutorials

The basic tutorial has been given at:

• SciDAC 2008, Seattle, WA, July 2008
• CScADS Workshop, Snowbird, UT, July 2008
• SciDAC 2009, San Diego, CA, June 2009
• Princeton University, Princeton, NJ, July 2009
• ACTS Workshop 2009, Berkeley, CA, August 2009
• NERSC Users Group Meeting, Boulder, CO, October 2009
• Vis09, Atlantic City, NJ, October 2009
• SC09, Portland, OR, November 2009
• SciDAC 2010, Chattanooga, TN, July 2010
• Army Research Laboratory, Aberdeen, MD, September 2010
• SC10, New Orleans, LA, November 2010
• KAUST Winter Enrichment Program, Thuwal, Saudi Arabia, January 2011
• PRACE Winter School, Nicosia, Cyprus, January 2011
• AWE, Aldermaston, UK, April 2011
• ISC'11, Hamburg, Germany, June 2011
• ACTS Workshop 2011 Berkeley, CA, August 2011
• ISC'12, Hamburg, Germany, June 2012
• ACTS Workshop 2012 Berkeley, CA, August 2012
• SC12, Salt Lake City, UT, November 2012
• PRACE, Montpellier, FRANCE, November 2012
• Bout++ Workshop 2013, Livermore, CA, September 2013
• PRACE MdS, Paris, France, November 2013
• SC13, Denver, CO, November 2013
• ATPESC 2014, St. Charles, IL, August 2014
• SC14, New Orleans, LA, November 2014
• PRACE MdS Paris, France, December 2014
• ISC'15 Frankfurt, Germany, July 2015
• ATPESC 2015, St. Charles, IL, August 2015
• SC15 Austin, TX, November 2015
• LLNL Summer 2016 Tutorial, Livermore, CA, July 2016
• ATPESC 2016, St. Charles, IL, August 2016
• SC16 Salt Lake City, UT, November 2016

The advanced tutorial has been given at:

• SC10, New Orleans, LA, November 2010
• SC12, Salt Lake City, UT, November, 2012
• PRACE, Montpellier, FRANCE, November 2012

[edit] Upcoming tutorials

The idea behind the tutorial is to provide a quick introduction to many features in VisIt. Note that the VisIt Class, which is much more thorough, can be found here.