The Copy and Move Guided commands can handle a larger set of reference entities as guide curves, and work with specific 3D geometry in BricsCAD V22. The AI and Machine Learning-powered features in BricsCAD have been expanded, to automate repetitive tasks, and enable smarter ways of reusing 2D and 3D design data for maximum productivity.ĢD drawing and data simplification features now include an automatic Polyline optimizer, and there are multiple improvements to BricsCAD’s tools designed to help users simplify duplicate geometry. V22’s new ARRANGE feature, an alternative to the ALIGN command, uses machine learning algorithms to provide a convenient, high-performance way to position multiple items in specific orientations, working on both 2D and 3D entities. Working with complex, composite drawing elements like multi-leaders is improved, and new tools for CAD managers, like drawing standards checking workflow assist with data migration, sharing and collaboration. Customers can better reuse their legacy Dynamic Blocks, and there are familiar express productivity tools, like BLOCKREPLACE and BLOCKTOXREF. Improvements across BricsCAD’s command structure, and enhanced handling of DWG-based data help enhance V22’s compatibility with legacy CAD products. In V22, BricsCAD’s Point Cloud workflow has been improved, with a stand-alone Point Cloud pre-processor, more efficient storage of processed Point Cloud data, built-in deviation checking, crop solids and geographic location support. Performance enhancements to 3D Direct Modeling, overall graphics performance, and BricsCAD’s Text editor facilitate greater useability with complex drawings. Multi-threading accelerates file and drawing load times, and the unification of 3D manipulation, rotation, and modeling commands delivers a more consistent experience and a faster learning path for new users, the company reports. Enhanced PerformanceīricsCAD V22 offers a more efficient way to capture and document design data. Hundreds of improvements and fixes, including faster entity selection speed, and smoother large-model handling are some of the product performance and stability enhancements in the latest release. Overall, BricsCAD V22 improvements can be summarized in five key areas. Parametric Blocks let designers create and reuse geometry in an intelligent and adaptable way for faster drawing creation, and smoother design changes. V22 marks the official launch of BricsCAD’s Parametric Block workflow, an alternative to legacy dynamic blocks.
Integrations with other applications to help users across multiple disciples and industries work better together. Rich Application Programming Interfaces (APIs) enable hundreds of Developer partners to create applications spanning the spectrum of design disciplines. Users can switch between Bricsys’ 2D, 3D, BIM and Mechanical products all within one DWG-based, multi-purpose CAD platform. “The BricsCAD product family enables continuous and efficient workflows from conceptual to detailed design, so our customers can spend more time doing what they love best-designing great things.” “BricsCAD V22 brings our team another step closer to achieving our vision of being the first all-in-one design platform for Building, Civil, and Manufacturing, that is flexible, offers design freedom, and helps our users solve problems faster,” says Rahul Kejriwal, head of Bricsys. Now in V22, the BricsCAD family of products is optimized to improve design, construction and manufacturing workflows. This is the scenario you face when you use conventional BIM tools.Software developer Bricsys, part of Hexagon, makes available new versions of its computer-aided design (CAD) products: BricsCAD Lite, BricsCAD Pro, BricsCAD Mechanical, and BricsCAD BIM. The promise of BIM, broken by complexity. And the most insidious issue created from this practice? Inaccurate quantity takeoffs. This leaves your BIM in an inconsistent state, with variable levels of development. In practice, BIM techs will increase LOD of specific areas in the model for section and detail extraction. In the real world, this is rarely achieved, because the amount of effort required to elevate the entire BIM to these levels is untenable.īIM technicians need to mentally balance the desire for consistent detail with total time spent modeling. In fact, this is the ideal state – a BIM that consistently shows every aspect of the building at a high level of development (LOD).
This digital twin should replicate a real building to the nth degree. The promise of BIM centers around the ability to develop a digital twin of a building’s design.
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