Core Modules: Grids#
This gallery highlights examples built around the grids module, which provides the structured backbone
for numerical field representation and finite-difference computation in PyMetric.
The grids module offers a powerful API for constructing regular, scaled, and fully generic
structured grids—each integrated with coordinate system metadata and axis-aware utilities.
These examples demonstrate how to:
Create uniform and non-uniform spatial grids tied to coordinate systems,
Extract coordinate arrays and physical units,
Use ghost zones, chunking, and broadcasting,
Apply field operations like partial derivatives and interpolation.
Whether you’re building a finite-difference solver or managing multi-axis tensor data, these examples provide practical insight into leveraging PyMetric’s spatial grid machinery.
Hint
For detailed user documentation, see Geometric Grids: General Info.
