Glg HMI Software Builder Tool

The GLG Toolkit by Generic Logic, Inc. is a high-performance HMI (Human-Machine Interface) and SCADA software builder tool used to create real-time, data-driven vector graphics and system-monitoring dashboards.Key Development ComponentsGLG Graphics Builder: A point-and-click graphical editor for building complex dashboards. It eliminates manual coding by letting developers attach 2D/3D dynamic animations and real-time data sources directly to objects.GLG HMI Configurator: A simplified version of the editor designed for end-users to customize pre-built HMI screens without risking core code layout.Widget Sets: Includes pre-built components like charts, dials, meters, process control elements, and electrical symbols.GIS Map Server: An optional component that integrates geographic data mapping directly into the visual interface.Cross-Platform & Deployment OptionsHMI screens created in the GLG Toolkit are resolution-independent (vector-based) and completely reusable across different backend environments without modification. Supported setups include:Desktop & Embedded: Native integration with C/C++, C#/.NET, and Java.Web & Mobile: Native JavaScript libraries optimized for React, Angular, and Next.js.

The GLG Toolkit by Generic Logic is a multi-platform development framework used to build customizable, data-driven HMI (Human-Machine Interface) and SCADA dashboards. It eliminates manual graphics coding by providing a point-and-click editor to attach real-time data sources to dynamic, resolution-independent vector graphics.🛠️ Core Toolkit ComponentsGLG Graphics Builder: The main graphical editor used by developers to draw custom visual components, establish object hierarchies, and assign 2D/3D animations.GLG HMI Configurator: A simplified, specialized layout editor designed for end-users or OEMs to reconfigure screens using pre-built widget palettes without altering the core codebase.Runtime Libraries: High-performance engines that load vector files natively, bind them to live data feeds, and process user input events on the fly.Pre-built Widget Sets: Optional palettes featuring real-time charts, dials, meters, and specialized process-control equipment.🌐 Cross-Platform DeploymentDrawings created in the Graphics Builder are entirely reusable across platforms without recompiling source code. Supported environments include:Desktop: Native C/C++, C# / .NET, and Java applications.Web & Mobile: Web-native integration via JavaScript, React, Angular, and Next.js, as well as server-side rendering using ASP.NET or JSP.Embedded Systems: Highly optimized for embedded Linux/Unix systems and localized LCD displays.📥 Free OptionsYou can access a free, fully functional GLG Toolkit Community Edition (CE) via the Generic Logic Free CE Page to evaluate the Graphics Builder and HMI Configurator for desktop, mobile, and web development environments.If you are looking to integrate this tool, let me know:Your primary programming language (e.g., C++, C#, Java, JavaScript/React)Your target deployment platform (e.g., Web browser, Windows desktop, Embedded Linux screen)The type of data sources you need to bind to the HMI components

Core Use CasesProcess Control & Monitoring: Designing dynamic mimic diagrams for industrial automation, oil and gas monitoring, water treatment, and manufacturing pipelines.Avionics & Telemetry: Building custom gauges, dials, and flight displays for aerospace and automotive systems.Real-Time Data Visualization: Creating complex charting (strip charts, bar graphs, scatter plots) that updates in real-time to monitor network traffic, financial data, or system performance.Geospatial Tracking: Integrating interactive, self-contained GIS maps that do not require an active internet connection

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How the GLG Toolkit and Builder WorkPoint-and-Click Design: You use the Builder's visual interface to drag and drop pre-built components (sliders, meters, switches) onto your canvas.Dynamic Behavior: You link shapes and graphics directly to variables (e.g., make a tank fill up or turn red when a certain data threshold is met).Cross-Platform Portability: Diagrams are saved as resolution-independent vector graphics. They can be rendered seamlessly across web, mobile, and desktop platforms without being rewritten.Target Environments & PlatformsWeb: Deployed using native libraries for modern frameworks like JavaScript, React, Angular, and Next.js.Desktop: Supported natively by C/C++, C#/.NET, and Java.Embedded Systems: Compatible with smaller ARM boards and embedded LCDs for hardware-specific applications.