Web-Based Network Management Software for utilities
Access your utility network data both online and offline
Capture your utility network infrastructure with the highest data quality
Simulate network effects and plan your utility infrastructure
Provide buried utility network infrastructure maps and manage locates requests
Organize maintenance tasks for equipment to ensure operational safety
Keep your GIS and SAP perfectly in sync
Build and configure powerful Online GIS applications without writing a line of code
Empower your ArcGIS with granular access permissions
Build better applications based on near real-time data analysis
Do more by integrating Toolkit, Workflow, Printing and Reporting into ArcGIS Pro
Transform your linear referenced data into dynamic charts
Streamline ArcGIS item management with powerful tools
Sophisticated mobile GIS applications to empower your field workers, even when offline
Create high-resolution map outputs with flexible print templates
Deliver key information to the right people with configurable GIS reports
Lightning-fast search capabilities to enable your users to find the data they need quickly and efficiently
Deliver cutting-edge Web GIS applications
Build powerful GIS workflows that solve complex business challenges
Empowering efficient, data-driven facility and asset management
Property Management Software for Ultimate Transparency and Control
Smart Energy Management Software: Reduce Energy Consumption. Maximize Control.
Green Space Management and Tree Inventory Software for optimal Maintenance, Safety, and Compliance
CMMS Software for Optimal Performance, Safety, and Compliance
Simplify property and real estate management for smarter decisions
Full-stack network inventory software for telecom operators
Model all layers of your telecommunications network with VertiGIS ConnectMaster
View all network assets at the click of a button with ConnectMaster
Seamless view across all network layers with ConnectMaster
Process-oriented, automated network planning with ConnectMaster
Enhance network operations with ConnectMaster’s efficiency tools
Access your network data from anywhere with ConnectMaster
Integrate OSS and BSS with ConnectMaster
Software for telecommunications network operators
Streamline access to unified network information
Unified fiber and copper network design and management
Collaborate, integrate, and visualize
Comprehensive Fiber/Copper Network Lifecycle

This course is intended for established authors for FME Form who are interested in furthering their skills and becoming FME experts. Attendees will learn to dynamically read and write different formats with different schemas, utilise the power of FME to manipulate and convert between common geometry types and optimise their workbenches to get the best performance possible.

Recommended Prerequisites: FME Form – Beginner

Course Delivery Time: 2 Days

This course is broken into the following chapters:

Dynamic Workflows

In this chapter, attendees will be taught how to make their workflows adaptive to varying formats and schemas. Attendees will be introduced to the flexibility of FME’s readers and writers to allow their workflows to handle the most complex translation and transformation scenarios:

  • Fanouts
    • Feature Type Fanouts
    • Dataset Fanouts
  • Generic Reader / Writer
  • Creating Dynamic Translations
  • Dynamic Schema Handling
    • Dynamic Feature Types
    • Dynamic Schema Sources
    • Dynamic Attributes
    • Dynamic Geometry
  • Alternative Dynamic Schema Sources
    • Schema from External Table
    • Schema from Schema Features

Geometry Handling

Geometric components are a very common part of data being processed in FME, as it is a leading ETL tool for spatial data. In this chapter, attendees will be introduced to key geometry types (Vectors, Rasters and Point Clouds) and learn how to interpret, manipulate, combine and repair geometries, and the key transformers to make use of:

  • Vector Data
    • What is Vector Data?
    • Geometry Types
    • Geometry Transformation
    • Geometry Validation
  • Raster Data
    • What are Rasters?
    • Raster to Raster Techniques
    • NoData Values & Alpha Bands
    • Separating and Combining Rasters
  • Converting Geometry Types
    • Combining Rasters and Vectors
    • Converting Between Raster and Vector
  • Point Clouds
    • What are Point Clouds?
    • Creating Point Clouds
    • Thinning or Combining Point Clouds
    • Filtering Point Clouds

Workspace Optimisation

Optimisation is a fundamentally important factor in workspace design. A good design will not only run faster, requiring less resources than a bad design to achieve the same performance, but will also be easier to maintain and scale. This chapter introduces concepts to enable attendees to assess the performance of their workspace and optimise the components that comprise it:

  • Assessing Performance
    • Log File Interpretation
    • Performance Profiling
  • Optimising Components
    • Reader Optimisations
    • Writer Optimisations
    • Transformer Optimisations
  • Performant Design Concepts
    • Format Considerations
    • Database Utilisation
    • Workflow Compartmentalisation

Advanced Techniques

In this chapter, attendees are introduced to various advanced techniques that can be used to further diversify their FME skillset. Learning to create looped processes, make features use values from other adjacent features and manipulate data interchange formats (JSON, XML).

  • Looping in FME
    • Loop exit conditions
    • Loop parameters
  • Adjacent Feature Handling
  • Data Interchange Format Handling
    • JSON Manipulation
    • XML Manipulation

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