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Thank You for Your Patience We are currently in the process of preparing and finalizing our documentation, user manuals, and support materials to ensure you have the best possible experience. While these resources are being completed, some information may still be under construction or temporarily unavailable. We appreciate your understanding and patience during this time. […]

1 Complexity of Embedded Systems

The complexity of embedded systems is increasing, demanding advanced troubleshooting. Engineers must understand hardware-software interactions, leveraging visualization tools to pinpoint issues, analyze data, and optimize performance. Signal calculation tools and debugging techniques enhance reliability and efficiency in intricate environments.

2 Introduction

impulse is a visualization and analysis workbench for engineers, enabling efficient debugging of complex systems. It integrates seamlessly into IDEs, supports extensions, and offers customizable views, signal processing, and automation for analyzing logs, traces, and simulation data effectively.

3 impulse at a Glance

The impulse Viewer is a comprehensive tool designed to visualize and analyze signal data, such as traces, simulation outputs, and logs. It provides a user-friendly interface for managing, filtering, and exploring signals, making it an essential tool for engineers and developers working with complex data. The viewer is divided into two main areas: the Record […]

4 Views

Every development process is unique, and every developer has a distinct workflow. With impulse, users can customize their views to match their specific needs, ensuring an efficient and intuitive experience. The user-friendly interface keeps the focus on signal data rather than the tool itself. Powerful visualization elements enable the creation of informative, tailored displays. Choose […]

5 View Signals and Folders

In the Impulse framework, View Signals and View Folders are essential for organizing and visualizing signal data effectively. View Signals are configurable representations of signal data that provide information on which signal to use or how to generate it, without storing the data themselves. They include customizable settings such as color, name, diagram type, and […]

8 Signals

Understanding Signals Signals are a core concept in impulse, representing data streams with various attributes and behaviors. This document provides a comprehensive overview of signals, their types, tags, scale, and format specifiers. Whether you’re working with discrete or continuous signals, this guide will help you understand their structure and usage in impulse. Overview of Signals […]