Optimize your CAD workflow with conversion maps in Pythagoras

Efficient CAD design is all about precision and consistency. If you frequently work with imported DXF or DWG files, you know how challenging it can be to standardize layers, colors and object properties. This is where Conversion Maps in Pythagoras CAD make a difference. Configure the settings once, and every import will follow the same structure—saving time, reducing errors and ensuring consistency across all your projects.

Conversion maps - CAD workflows - Pythagoras CAD

What are conversion maps?

Conversion Maps allow you to automate the transformation of object properties within your CAD files. You can define custom rules to convert layers, colors, styles and even database attributes, ensuring that all imported elements align with your internal standards. For a detailed walkthrough on how to apply these rules, check out our step-by-step guide: Read the full tutorial here.

Conversion maps - CAD workflows - Pythagoras CAD

Why use conversion maps?

  • Save time: Avoid manual adjustments and streamline your workflow.
  • Ensure consistency: Keep all imported files in line with your project standards.
  • Increase accuracy: Reduce human errors in layer assignments and object attributes.
  • Standardized deliveries: Easily comply with requirements like GRB and OTL (Flanders, Belgium) for structured and uniform project output.

How to get started?

Pythagoras provides an intuitive Conversion Maps Manager, where you can easily set up and apply your conversion rules. Whether you’re dealing with architectural drawings, topographic maps, or GIS data, this tool helps you maintain a structured and professional CAD environment.

Want to learn more? Check out our step-by-step guide on how to manage and apply Conversion Maps in Pythagoras: Read the full tutorial.

Read the tutorial Feature overview

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