The UI system is designed to accommodate a vast array of tools, commands, and parameters, including calculation settings, geometric adjustments, and graphic display options. Built entirely with native AutoLISP and DCL—without relying on third-party solutions like OpenDCL—it ensures full compatibility with all AutoCAD versions from 2010 onward.
Graphic Interface
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Block Library Management
A module for importing blocks from a drawing library. Since the blocks serve as icons without meaningful names, the import tool includes a graphic preview feature, allowing designers to visually select the appropriate icon set for their project
Project: GALD -
Solar Panels Diagram (SLD)
This module utilizes data from external sources (such as Excel specification files and data extracted from other drawings) to create an interface that allows the designer to combine this information and generate diagrams, along with BOM schedules, for the entire solar panel system.
Project: EALS -
Design Analysis – Warning System
This module enables designers to visualize both geometric and design errors. It also includes filtering options, allowing users to focus on specific error types for more efficient troubleshooting.
Project: PTA -
Solar Panels Racking System BOM
This program generates detailed BOM schedules for racking systems by combining drawing data with Excel specification files and formula sheets. It creates BOM schedules in both Excel format and as a summary table within the drawing. The calculation formulas are pulled from an Excel file, allowing the user to update them at any time
Project: none -
Cable Trays
A program that automates the drawing of cable trays for solar panel systems, featuring a user-friendly interface that allows precise parameter customization. It calculates every detail with accuracy and generates a comprehensive Bill of Materials (BOM) table for the entire project, ensuring compliance with the specific requirements of each cable tray chain.
Platform: BricsCAD Lite.Project: none