Bring S-101 ENC data into your FME workflows — seamlessly, accurately, and with full attribute support.
The Teledyne SevenCs S-101 Reader Plug-In for FME extends the capabilities of the Feature Manipulation Engine (FME®) from Safe Software Inc., enabling users to read, display, and query Electronic Navigational Charts (ENCs) in the IHO S-101 format directly within the FME environment.
FME is a widely adopted platform for transforming digital data between formats. With the Teledyne SevenCs S-101 Reader Plug-In, hydrographic offices and ENC production organisations can bring next-generation S-101 chart data into existing FME-based workflows without requiring format conversion or intermediate steps.
The plug-in is compatible with FME Workbench, supporting advanced data-processing tasks and conversion pipelines that incorporate S-101 source data.
The Teledyne SevenCs S-101 Reader Plug-In for FME is designed to integrate cleanly into professional ENC production and data management workflows. Key capabilities include:
Seamless FME Integration - S-101 reader plugin populates S-101 feature types and Information types according to the specified S-10 feature catalogue editon (e.g. 2.0.0).
Full S-101 Attribute Support - Both simple and complex S-101 attributes are fully supported, ensuring that the richness of S-101 data is preserved throughout the read process and available for downstream processing.
Attribute Multiplicity Handling - The plug-in correctly handles S-101 attribute multiplicity, accurately representing the multi-valued attribute structures that are a defining characteristic of the S-101 data model.
S-101 Associations - The plugin supports handling of all S-101 associations (feature to feature, feature to information type).
Human-Readable Enumeration Translation - S-101 integer enumerations are automatically translated into human-readable definitions, making it significantly easier for operators to inspect, validate, and work with chart data within FME Workbench. S-101 Reader can interpret S-101 spatials (point, multipoint, curve) as regular features
