Gps Tracker Configuration Tool

[Giovanni Sealy]

TheArtemis Global Tracker Configuration Tool lets users quickly update a host of settings on the AGT while running the Global Tracker Arduino Example either locally using a USB-C connection or remotely via Iridium messages.

The AGT Configuration tool provides a helpful GUI (Graphical User Interface) for users to pick and choose what information the AGT sends in its update messages, message format, and various alarm messages. The AGT ships with Example 16 - Global Tracker running on the board to let you use the Configuration Tool out of the box. Note, the AGT must be running this example for the Configuration Tool to function. Users looking to modify the example to add their own functions should note the example allows for adding up to eight custom functions to interact with using the Configuration Tool.

The Configuration Tool is available both as a Python script and Windows executable (.exe). Users familiar with Python and able to install PyQt5 along with all other required modules can run AGTCT.py otherwise users can run the tool as an executable on Windows 64-bit systems. Both versions of the tool are hosted on the GitHub repository in the "Tools" folder and function identically on the front end user interface.

The Configuration Tool offers a lot of options to customize the data sent by the AGT. Users can customize everything from data sent in messages, various alarm messages ranging from environmental readings, Geofence positions to battery voltage and even custom functions users can write into the Global Tracker Example. Users curious about the message format can read about it on this page in the GitHub repository.

For local updates, start off by plugging the AGT to your computer with a USB-C cable and take note of the COM port the device enumerates on. Open the Configuration Tool, select your port and click the "Open Port" button. (If you do not see the correct port, click the Refresh button and retry.) You should see a welcome message in the Serial Monitor window with the firmware version after opening the port.

Remote configuration using Iridium messages follows nearly the same steps as local configuration. Before selecting the settings in the Configuration Tool, go ahead and log into your Rock7 Operations account. Next, open the Configuration Tool (if it is not open already) and go through the steps to create the configuration files as you would normally do but without opening a port. Once you are ready, click the "Calculate Config" button and you should see a long hex string in the "Configuration Message" window. Select the entire message and copy it.

With the message copied, go to your Rock7 Operations and click on the "Send a message" tab. Make sure to select "Mode Hex" and then paste the configuration message into the "Hex String" window. Select the RockBLOCK serial number for the tracker(s) you want to update and click "Send Message". This saves the settings and stores them for the next time the AGT sends a message.

We also have a suite of Mapping Tools hosted on the GitHub Repository to allow users to track up to eight AGT devices using Google Maps Static API. For more information on these tools and how to use them, refer to this page in the GitHub repository.

Tobii Pro Eye Tracker Manager allows researchers to easily configure the eye tracker when it's being used with a screen. This application is also used to configure the hardware in scene camera setups, where physical objects are used as stimuli. For users of the

Mobile Testing Accessory, Tobii Pro Eye Tracker Manager offers a wizard and simplified process of setting up and configuring the eye tracker for testing mobile devices.

For Tobii Pro Spectrum, Tobii Pro Fusion and Tobii Pro Nano, Tobii Pro Eye Tracker Manager is used to update the eye tracker firmware. For other eye tracker models, firmware is updated using the Eye Tracker Browser tool.

The Tobii Pro Eye Tracker Manager offers an efficient option for users of the Tobii Pro SDK to conduct fast and reliable user calibrations. Prior to the calibration, a track status panel indicates the location of the participant's eyes within the track box.

Eye images can be viewed live in the Tobii Pro Eye Tracker Manager for models which support this functionality, currently these would be the Tobii Pro Spectrum and Tobii Pro Fusion products. This allows researchers to understand what is potentially affecting their eye tracking data.

Tobii Pro Eye Tracker Manager can be integrated with analytical applications built on Tobii Pro SDK using call-in functions. Tobii Pro SDK will still give researchers full flexibility, but common parts of the workflow of an eye tracking software application, such as configuring the display area, viewing the track status (a visualization of the head box), and conducting user calibration, can easily be done with this tool, reducing the amount of coding needed. The integration, which is seamless, makes it easy and efficient for researchers to create their own applications.

You can avoid negative timing effects and interference from other machines in the same network by using a direct connection between your computer and the Tobii Pro eye tracker. We do not recommend using extension cables, USB hubs, adapters, etc.

Configuration management tools are software solutions that enhance system stability and agility. They automate the management and tracking of IT infrastructure. DevOps teams use these tools to help provision, configure, and deploy software and hardware resources across diverse environments.

This guide will review the benefits of the best software configuration management tools and how they can help DevOps teams streamline workflows and maintain version control while aiding collaboration and problem management.

To start DevOps on the right foot, you need the right DevOps tools. Configuration management tools empower teams to manage configurations for consistency, reliability, and stability throughout the software development and deployment lifecycle.

These tools provide robust version control, foster collaboration, and streamline workflows.

SaltStack is a potent configuration management and automation tool recognized for its exceptional speed, scalability, and versatility. This speed makes SaltStack exceptionally efficient in managing large-scale infrastructures. SaltStack helps teams:

Jira Service Management accelerates workflow among development, IT, and business teams. Built on Jira, teams can streamline incident and problem management with Jira Service Management processes, including:

Kubernetes is an open-source container orchestration platform that revolutionizes application deployment, scaling, and management. Kubernetes efficiently schedules and deploys containers across a cluster of machines. This optimizes resource utilization and ensures high availability by managing workload placement. Kubernetes can:

Bitbucket integrates seamlessly with Jira, like Jira Software and Jira Service Management, for streamlined issue tracking and development collaboration. Developers can reference and link Bitbucket branches, commits, and pull requests directly within Jira for better traceability between code changes and tasks.

Bitbucket integrates with Confluence as well. This allows teams to embed Bitbucket repositories, pull requests, and code snippets directly into Confluence pages. This integration fosters knowledge sharing, enhances collaboration, and ensures that project documentation remains current.

Bitbucket also merges with its built-in CI/CD tool, Bitbucket Pipelines. This integration automates build, test, and deployment processes directly from Bitbucket repositories. Developers can define and execute pipelines within Bitbucket, promoting a smoother transition from code changes to deployment while maintaining configurations within the same platform.

These integrations within the Atlassian ecosystem empower teams to work more cohesively, ensuring a seamless flow between project management, documentation, code development, and deployment processes. They streamline workflows, improve transparency, and enhance collaboration across the entire software development lifecycle.

Configuration management tools such as Bitbucket allow you to reap the benefits of DevOps for stability, automation, scalability, traceability, and collaboration.

With configuration management, you can facilitate faster, more reliable deployments while maintaining a consistent and controlled environment throughout the software development lifecycle.

As a Mastery Connect teacher, you can configure the tools and accommodations that are available to students in Enhanced Accommodation (EA) formative assessments in a tracker. You can also configure language and speech accommodation settings for item-based benchmark assessments.

EA assessments have several tools and features to help meet students' needs during the assessment process. You can manage these tools for all the assessments in a tracker or for individual formative assessments.

To enable a Desmos calculator, click the Desmos Calculator checkbox [4]. Then click a Desmos calculator type [5]. You can select Four Function, Scientific, or Graphing. If your district has a paid state calculator subscription, you can click your state calculators [6].

To apply these settings to all assessments in the tracker, click the Apply to all assessments checkbox [12]. Otherwise, these settings apply only to assessments without individual custom settings.

In the Language and Speech Settings area of the Tools and Accommodations window, you can configure text-to-speech and dictionary options. To configure language and speech access, click one of the following Access radio buttons:

When language and speech settings are enabled for formative or benchmark assessments, text-to-speech tools are enabled by default for items and passages. By default, dictionary tools are disabled. To disable or enable language and speech settings, use the following checkboxes under Formative Assessments or Benchmark Assessments:

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