Generating

The Generating category defines how computed data is transformed into parametric structures, geometric constructs, and design-ready representations inside the computational environment.

It operates on outputs produced during the Analysing phase and converts structured metrics, attributes, and datasets into geometry-compatible or visually encoded forms.

Generating is divided into three main groups:

Generating Design Tools

This group focuses on geometry construction and spatial transformation.

It supports:

  • Coordinate transformations (e.g., geographic to projected systems)
  • Face construction from vertex sets
  • Geometry assembly from structured data
  • Attribute-to-geometry mappings
  • Spatial preparation for modelling workflows

These operations translate numerical or spatial information into parametric geometry components compatible with the node tree.

Generating Data Tools

This group focuses on transforming structured datasets into forms usable for modelling, mapping, or downstream visualisation.

It supports:

  • DataFrame filtering and mapping
  • Column transformations and restructuring
  • Transposition and reorganisation of tabular data
  • Colormap encoding
  • Structured attribute preparation

These operations reshape analytical outputs into structured inputs that can drive geometry, colour encoding, or interactive interfaces.

Generating Supporting Tools

This group provides auxiliary utilities that assist in preparing or organising data for generative workflows.

It supports:

  • File path retrieval
  • File format conversion (e.g., to GeoJSON or GeoDataFrame)
  • Dictionary creation and structured object preparation

These tools ensure interoperability between formats and streamline transitions between computational steps.

Structural Role

The Generating category ensures:

  • Conversion of computed metrics into actionable design parameters
  • Clear separation between analysis and geometric construction
  • Structured preparation of data for modelling and visual encoding
  • Compatibility with downstream visualisation and deployment layers

It forms the bridge between quantitative evaluation and parametric representation within the computational workflow.