A comprehensive software solution designed to help both experts and beginners build complex psychological or sociological experiments

IReport/Jaspersoft Studio Support Announcement As of version 5.5.0, Jaspersoft Studio will be the official design client for JasperReports. IReport will remain as a supported product in maintenance-only mode until December 31, 2015, meaning we will continue to fix critical defects in upcoming releases but no new features will be added to the iReport client. Continue to maintain your existing. Email: info@jasp-stats.org NB. For feature requests, for help installing JASP, or for bug reports: please post your issue on our GitHub page so the JASP team can. The download version of JASP pour Mac is 0.6.6. This Mac app is distributed free of charge. The download is provided as is, with no modifications or changes made on our side. JASP stands for Jeffreys’ Amazing Statistics Program, a nod to the Bayesian statistician, Sir Harold Jeffreys. It is available for Windows, Mac, Linux, and there is even a cloud version. One of JASP’s key features is its emphasis on Bayesian analysis.

What's new in OpenSesame 3.3.5:

• Bug fixes and improvements:
• opensesame:
• Updated to 3.3.5
• log.open() does not update var.logfile or list of data files

Read the full changelog

OpenSesame is a streamlined piece of software created especially for users that want to build psychology-related experiments. In addition, the application is also well-suited for creating complex experiments in fields like neuroscience and experimental economics.

Right off the bat, it should be noted that the utility is designed from the ground up to make it possible for you to use third party devices such as eye trackers, button boxes and EEG equipment.

Enhance the app's capabilities by adding Python code

Furthermore, since almost everything related to psychology usually involves high-level complexity, it is worth mentioning that OpenSesame enables you to use Python to further enhance the provided possibilities.

For example, in situations in which the app is no longer sufficient, you can customize its core functionality by adding Python codes to your experiments. This is probably the best time to point out that it is a very good idea to take a while and read the instructions and possibly undergo some of the tutorials provided on the developer's website.

Typical installation process and intuitive interface

The app undergoes a typical installation process, after which it can be launched without the need of configuration on your part. The main window is fairly well structured and the interface makes it easy for you to access all its functions with ease.

On the top part of the main window, you can find the app's top toolbar that provides you quick access to some of the main features and commands, on the extreme left there is a compact panel that offers direct access to some of the most commonly used tools and right next to it an Overview panel that displays the structure of your experiment.

Complex and advanced, cross-platform app for psychology-related experiments

In addition to all this, you should also know that OpenSesame is a cross-platform application which means that you can run it just as efficiently on all major operating systems out there, namely Windows, macOS and Linux.

All in all, OpenSesame is a reliable and useful utility that, once you take the time to read all the complex instructions and learn its functions, can help you develop complex psychological experiments using your computer as the primary platform for doing so.

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OpenSesame was reviewed by Vladimir CiobicaThis enables Disqus, Inc. to process some of your data. Disqus privacy policy

OpenSesame 3.3.5

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runs on:

Windows 10
Windows 8
Windows 7
Windows Vista
Windows XP

file size:

498 MB

filename:

opensesame_3.3.5-py27-win64-1.zip

main category:

Science / CAD

developer:

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The 2020 Joint Aircraft Survivability Program (JASP) Model Users Meeting (JMUM) will take place 10-12 March 2020 at Georgia Tech Research Institute (GTRI) Conference Center, 250 14th Street NW, Atlanta, GA 30318. The purpose of this recurring meeting is to provide model users, managers, stakeholders, and other interested individuals with information about the latest developments and updates associated with JASP-sponsored models and other models used throughout the aircraft survivability and vulnerability technical community.

Attendees will be briefed on the latest software developments, upgrades, and threat model updates in a DoD classified environment. The meeting will consist of a plenary session of general interest topics on Day 1; followed by concurrent group breakouts for the Air-to-Air, Surface-to-Air, and Survivability/Lethality model groups on Day 2; and, if necessary, Configuration Control Board (CCB) meetings for Brawler, ESAMS, COVART, and FPM on Day 3.

JMUM attendees are encouraged to share insights and lessons-learned from the practical use of these models in their respective user group breakouts. Refer to the agenda tab for the daily schedule. If you are a presenter, please send your unclassified briefing to: Alfred Yee at alfred.yee@dsiac.org and James Davis (JASPO M&S DPM) at james.davis.123@us.af.mil. If you have classified briefing(s), please SIPR them to: alfred.q.yee.ctr@mail.smil.mil and james.r.davis143.civ@mail.smil.mil.

Air-to-Air Engagement Group

• BRAWLER* – Air-to-Air Combat Model
• J-ACE – Joint Anti-Air Combat Effectiveness
• JAAM – Joint Anti-Air Model
• AFSIM – Advanced Framework for Simulation Integration and Modeling

Surface-to-Air Group

• ALARM* – Advanced Low Altitude Radar Model
• BLUEMAX* – Flight Path Generator
• DREAM* – Directed RF Energy Assessment Model
• ESAMS* – Enhanced Surface-to-Air Missile Simulation
• RADGUNS* – Radar-Directed Gun System Simulation
• ADAM – Air Defense Artillery Model
• Amber – Ground-Based Radar Model Implemented in Matlab/Simulink
• MOSAIC – Modeling System for Advanced Investigation of Countermeasures
• RPGEM – Rocket-Propelled Grenade Engagement Model
• AFSIM – Advanced Framework for Simulation Integration and Modeling

Vulnerability/Lethality Group

• COVART* – Computation of Vulnerable Area Tool
• FASTGEN* – Fast Shotline Generator
• FATEPEN* – Fast Air-Target Encounter Penetration Endgame Framework
• NGFM* – Next-Generation Fire Model
• AJEM – Advanced Joint Effectiveness Model
• ProjPen – Projectile Penetration Model

*Part of the JASP Model Suite

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Questions should be directed to Alfred Yee, DSIAC, at 937-255-4608 or alfred.yee@dsiac.org