# Constrained Delaunay Triangulation Meshes for Spatial 'SPDE' Models

## Documentation for package ‘tulpaMesh’ version 0.1.1

- DESCRIPTION file.
- User guides, package vignettes and other documentation.
- Package NEWS.

## Help Pages

as_tulpa_mesh | Convert to a tulpa_mesh Object
as_tulpa_mesh.fm_mesh_2d | Convert to a tulpa_mesh Object
as_tulpa_mesh.inla.mesh | Convert to a tulpa_mesh Object
barrier_triangles | Identify Barrier Triangles
fem_matrices | Compute FEM Matrices from a Mesh
fem_matrices_nonstationary | Non-stationary FEM Matrices with Spatially Varying Parameters
fem_matrices_p2 | Compute P2 (Quadratic) FEM Matrices
mesh_components | Identify Disconnected Mesh Components
mesh_crs | Get or Set the CRS of a Mesh
mesh_quality | Per-Triangle Mesh Quality Metrics
mesh_summary | Print Mesh Quality Summary
plot.tulpa_mesh | Plot a Triangular Mesh
print.tulpa_mesh | Create a Triangular Mesh for SPDE Spatial Models
print.tulpa_mesh_1d | Create a 1D Mesh for Temporal SPDE Models
print.tulpa_mesh_graph | Create a Metric Graph Mesh
refine_mesh | Adaptively Refine a Mesh Based on Error Indicators
set_crs | Get or Set the CRS of a Mesh
subdivide_mesh | Subdivide a Mesh
subset_mesh | Extract a Submesh from Triangle Indices
tulpa_mesh | Create a Triangular Mesh for SPDE Spatial Models
tulpa_mesh_1d | Create a 1D Mesh for Temporal SPDE Models
tulpa_mesh_graph | Create a Metric Graph Mesh
tulpa_mesh_sphere | Create a Triangular Mesh on the Sphere