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Convert objects to fm_mesh_2d

Source: R/mesh_2d.R, R/sf_mesh.R
fm_as_mesh_2d.Rd

Convert objects to fm_mesh_2d

Usage

fm_as_mesh_2d(x, ...)

fm_as_mesh_2d_list(x, ...)

# S3 method for fm_mesh_2d
fm_as_mesh_2d(x, ...)

# S3 method for inla.mesh
fm_as_mesh_2d(x, ...)

# S3 method for sfg
fm_as_mesh_2d(x, ...)

# S3 method for sfc_MULTIPOLYGON
fm_as_mesh_2d(x, ...)

# S3 method for sfc_POLYGON
fm_as_mesh_2d(x, ...)

# S3 method for sf
fm_as_mesh_2d(x, ...)

Arguments

x

Object to be converted

...

Arguments passed on to submethods

Value

An fm_mesh_2d or fm_mesh_2d_list object

Functions

  • fm_as_mesh_2d(): Convert an object to fm_mesh_2d.

  • fm_as_mesh_2d_list(): Convert each element of a list

See also

Other object creation and conversion: fm_as_fm(), fm_as_lattice_2d(), fm_as_mesh_1d(), fm_as_segm(), fm_as_sfc(), fm_as_tensor(), fm_lattice_2d(), fm_mesh_1d(), fm_mesh_2d(), fm_segm(), fm_simplify(), fm_tensor()

Examples

fm_as_mesh_2d_list(list(fm_mesh_2d(cbind(2, 1))))
#> [[1]]
#> fm_mesh_2d object:
#>   Manifold:	R2
#>   V / E / T:	9 / 16 / 8
#>   Euler char.:	1
#>   Constraints:	8 boundary edges (1 group: 0), 0 boundary edges
#>   Bounding box: (1,3) x (-4.440892e-16, 2.000000e+00) x (0,0)
#>   Basis d.o.f.:	9
#> 
#> attr(,"class")
#> [1] "fm_mesh_2d_list" "fm_list"         "list"