This Workshop4 PRO License is an OPTIONAL upgrade to unlock advanced features. Workshop4 is still FREE to download and use. However, the PRO features require a paid license to unlock the additional features.
Genie Magic allows you to enter 4DGL code in the form of Events, Code and Objects, along with various touch related additions too, giving you to the power to achieve advanced GUI's in ViSi-Genie without having to write the full code yourself.
Advanced Genie Editor 3
An advanced environment that does not require any 4DGL coding at all. Everything is done automatically for you. Simply lay the display out with the objects you want (similar to ViSi), set the events to drive them and the code is written for you automatically. ViSi-Genie provides the latest rapid development experience from 4D Systems.
Genie Magic allows you to enter 4DGL code in the form of Events, Code and Objects, along with various touch related additions too, giving you to the power to achieve advanced GUI's in ViSi-Genie without having to write the full code yourself.
But as a general rule, start with one of the above attractions for your first Genie+ Lightning Lane selection of the day. Some advanced strategies we discuss below will break that rule, but for most families just focus on these headliners to start.
This training course is intended for students who are already familiar with basic principles of gamma spectroscopy, and who have some prior experience with CANBERRA's Genie 2000 software operations. Successful application of ISOCS requires proper use of the "Geometry Composer" sample modeling interface, Nuclide Library editor, Analysis Sequence files, and other features of Genie 2000. Therefore, some familiarity with these Genie 2000 software features is strongly recommended. Prior completion of CANBERRA's Genie 2000 Basic Operations (SU470) course would be beneficial.
CANBERRA's SU-477-3 training course was designed to provide comprehensive instruction for proper use of the LabSOCS Efficiency Calibration Software. This course will focus on proper selection and use of the standard LabSOCS geometry templates for accurate modeling of samples and creation of optimized efficiency calibration files. Lecture and discussion topics will include: use of the "Geometry Composer" interface, typical applications for LabSOCS sample geometry templates, tips for proper template parameter entry, use of the Materials Library editor, and proper use of LabSOCS calibration files within Genie 2000. Common sample geometries (including paper disk, charcoal-filled air filter cartridge, polyethylene bottle, and Marinelli beaker) will be selected as practical examples to demonstrate the complete LabSOCS efficiency calibration process. Cascade summing corrections will be discussed as a method to improve the accuracy of nuclide activity calculations during routine sample analyses. Approximately 60% of this 3-day course will be presented in lecture format, with the remaining 40% allocated for group discussion and practical exercises.
This course is intended for individuals who are familiar with basic gamma spectroscopy principles and measurement applications. Attendees should also have some prior experience with CANBERRA's Apex-Gamma and/or Genie 2000 software packages. Successful application of LabSOCS requires proper use of the "Geometry Composer" sample modeling interface, Nuclide Library editor, Analysis Sequence files, and other features of Genie 2000. Prior attendance of CANBERRA's Genie 2000 Basic Operations (SU470) training course (or equivalent experience) is strongly recommended.
This 2-Day course covers the complete range of radiation detection principles from sources of radioactive materials to advanced radiation detection applications and everything in between. This is a concentrated, concise, fast-paced course that includes basic physics and practical implications for all aspects of radiation measurements. This course is not a hardware or software operations course. The course is entirely in lecture format.
CANBERRA's SU-470-4 training course was designed to provide introductory-level instruction for using Genie 2000 software to perform typical gamma spectroscopy measurements. This course starts with a short review of basic gamma spectroscopy concepts, common Genie 2000 measurement applications, and the Windows operating system environment. It then covers the use of the Genie 2000 MCA Definition, Certificate File, Nuclide Library, and QA File editors. This course emphasizes use of the interactive Genie 2000 software environment for performing spectral data acquisition, system calibration, spectral file analysis, and reporting of measurement results. Approximately 65% of this 4-day course will be presented in lecture format, with the remaining 35% allocated for group discussion and practical exercises.
This 4-day course focuses on the Apex-Gamma "Lab Productivity Suite" software setup, database interactions, and automated sample processing operations. Approximately 60% of this course will be presented in lecture format, with the remaining time allocated for hands-on exercises and discussion. The training will cover: architecture of the Apex-Gamma environment, interactions with Genie 2000 editors and facility database software, installation, operational setups, security, sample counting job streams, reports, QA, data review, and event logging. Discussions will also include the NPP reports option and the supported modifications to standard Apex-Gamma reports.
Attendees who complete this course will gain an advanced practical and academic understanding of all of the processes which contribute to complex alpha particle spectra. This understanding will allow the attendee to review and interpret alpha spectroscopy results and to tailor the alpha spectroscopy analytical process to improve the quality and reliability of the results.
Attendees who complete this course will gain an advanced practical and academic understanding of all of the processes which contribute to Alpha/Beta particle data collection and analysis. This understanding will allow the attendee to review and interpret Alpha/Beta results and to tailor the Alpha/Beta analytical process to improve the quality and reliability of the results.
Unzip the artifacts required by the solution and upload the airflow and genie directories to the Amazon S3 bucket you just created. Keep a record of the Amazon S3 root path because you add it as a parameter to the AWS CloudFormation template later.
The order you define for the applications in file genie_register_command_resources_and_associate_applications.py is important. Because Apache Spark depends on Apache Hadoop, the file first references Apache Hadoop and then Apache Spark. See the following code:
As previously mentioned, the Amazon EMR cluster deployed in this solution registers the cluster when the cluster starts via an Amazon EMR step. You can access the script that Amazon EMR clusters use at s3://Your_Bucket_Name/genie/scripts/genie_register_cluster.sh. The script also automates deregistering the cluster from Genie when the cluster terminates.
One of the arguments to the DAG is the Genie connection ID (genie_conn_id). This connection was created during the automated setup of the Apache Airflow Instance. To see this and other existing connections, complete the following steps:
Provided Geany is spelling with a soft g, then the first thing that comes to my mind is Arnie in thesublime role of John Matrix in the ultra-legendary movie Commando shouting Jenny (more like Chenney) in theopening scene. The second thing that comes to mind is, good text editors are hard to find.
I've been hunting for THE Linux text editor for a long time, and somehow, inevitably, slowly butsurely, I always end up using Notepad++ through WINE. The combination of a simple, clearinterface, a logical flow, and tons of great plugins make it impossible to beat. I've played with lotsof text editors, I also frequently use Kate in Plasma, and yet, Notepad++ remains the optimal choicefor me. But then, one of me readers mentioned Geany, a GTK+ text editor, which is supposed to be usingthe SCIntilla text engine, same as Notepad++. Well then. It's testing time!
Looks neat. You'd expect a GTK+ program to be over-simplified, but Geany is quite the opposite. Icomes with a rich, elegantly designed UI that does not feel crammed, and yet it packs a wealth ofoptions and features. You get the usual stuff like syntax highlighting, auto-completion, bulk actions,advanced find & replace, tabs, embedded terminal, and the list goes on.
But then, there's more. You can record actions, use scripting, create templates for a dozendifferent projects, and also insert pre-made text sections int your files, like BSD and GPL licenses,Lipsum dummy text, and then some. You can also look up symbols in your files, which is useful if you'redeveloping. Then again, very few ordinary people have a real need for a text editor, so to speak.
Any good, self-respecting text editor comes with a boatload of plugins. Geany is no exception. Butyou do need to configure the program to load them on startup. Now, I didn't notice equivalentfunctionality to Notepad++ plugin manager, which lets you install tons of extras. I also couldn't finda plugin for HTML/XML text tidying.
Geany allows you to change your plugins behavior by editing a series of configuration files - quitesimilar to how Notepad++ behaves. This is advanced stuff, but it gives you a lot of flexibility inmaking the program do exactly what you need.
Geany is a really interesting product - rich, extensible, robust, intelligent. It also looks thepart, with a spacious, airy, friendly UI, and none of that modern flatness that ruins usability. Youget a wealth of options and features, and while I do feel some small things are missing, I don't thinkthere's any massive, glaring weakness in this text editor. Quite worth testing. Lastly, many thanks forthose of you who recommended this program. May the code lint be with you. 2ff7e9595c
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