The 2027 releases from Autodesk support NET 10, and in this environment serialised files are no longer supported. We use serialised files for different data file storage and settings purposes. This will create new format files specific to projects as well as for the settings that will be used by
https://youtu.be/HYLk1fVTldA?si=HgEunuvCnuIyNJA3 Preparing infrastructure asset data for council submission has traditionally been a complex and time-consuming process. Capturing assets, assigning attributes, validating data, and generating compliant deliverables often requires multiple software packages, extensive manual data entry, and rigorous quality assurance. The new A-Spec Module in Stringer v27 transforms this workflow
https://youtu.be/2sXC6cJpZQI?si=fq9F6YJTpe4lGnW4 Once survey data has been imported into your CAD environment, finding errors can be one of the most time-consuming parts of the workflow. Duplicate points, missing string parameters, incorrect elevations, and self-intersecting strings can remain hidden amongst thousands of survey observations, often only becoming apparent after surfaces have
https://youtu.be/Et4eZysZDBI?si=2iAMsZ_-2Qe6cTEs Surveying professionals rely on fast access to accurate information, efficient workflows, and reliable project insights. But too often, valuable time is spent searching through manuals, troubleshooting workflows, or manually reviewing project data. That's why Stringer v27 introduces Project Assist AI, an integrated AI platform designed to provide intelligent,
The screen shots and videos below show the functionality operating on Civil Site Design. The same functionality is accessible in Corridor EZ. https://youtu.be/mtHM1nBiqds?si=-wjTCsWhEmkhIreo Model trimming is an essential part of refining and managing civil design models. Whether extending corridors, adjusting design limits, or refining project
The screen shots and videos below show the functionality operating on Civil Site Design. The same functionality is accessible in Corridor EZ. https://youtu.be/msyA0a-eRsQ?si=-FrZAa_k7UolsFYM Modern civil engineering projects often involve far more than just terrain and corridor models. Designers regularly work with a wide range of
https://www.youtube.com/watch?v=mJMFhIyIyL4 Managing drainage networks often involves working across multiple tools, views, and workflows to access pipes, structures, catchments, reports, and long sections. As projects grow in size and complexity, maintaining visibility across the entire network becomes increasingly important. That's why Civil Site Design v27 introduces a dedicated Pipe Network
The screen shots and videos below show the functionality operating on Civil Site Design. The same functionality is accessible in Corridor EZ. https://www.youtube.com/watch?v=UcQIu-ykVxw Project setup is often one of the most repetitive and time-consuming stages of the design process. Identifying road centrelines, defining project boundaries,
The screen shots and videos below show the functionality operating on Civil Site Design. The same functionality is accessible in Corridor EZ. https://youtu.be/NopU8iUDSS4?si=RU3-vlcoE-hueRWO As civil engineering projects become increasingly complex, designers need faster access to information, better project insights, and more efficient reporting tools. Switching between documentation, design standards,
The screen shots and videos below show the functionality operating on Civil Site Design. The same functionality is accessible in Corridor EZ. https://youtu.be/FwNAFh6Ev3Q?si=mnd2Uq0N2iZdVyv2 Understanding how water behaves within detention basins, wetlands, and storage depressions is critical to effective drainage design. However, calculating storage volumes, identifying spill elevations, and validating basin performance
