Handle lists of fmesher objects — fm

Methods for constructing and manipulating fm_list objects.

Usage

fm_list(x, ..., .class_stub = NULL)

fm_as_list(x, ..., .class_stub = NULL)

# S3 method for class 'fm_list'
c(...)

# S3 method for class 'fm_list'
x[i]

Arguments

x: fm_list object from which to extract element(s)
...: Arguments passed to each individual conversion call.
.class_stub: character; class stub name of class to convert each list element to. If NULL, uses fm_as_fm and auto-detects if the resulting list has consistent class, and then adds that to the class list. If non-null, uses paste0("fm_as_", .class_stub) for conversion, and verifies that the resulting list has elements consistent with that class.
i: indices specifying elements to extract

Value

An fm_list object, potentially with fm_{class_stub}_list added.

Methods (by generic)

c(fm_list): The ... arguments should be coercible to fm_list objects.
[: Extract sub-list

Functions

fm_list(): Convert each element of a list, or convert a single non-list object and return in a list
fm_as_list(): Convert each element of a list, or convert a single non-list object and return in a list

Examples

fm_as_list(list(fmexample$mesh, fm_segm_join(fmexample$boundary_fm)))
#> [[1]]
#> fm_mesh_2d object:
#>   Manifold:	R2
#>   V / E / T:	279 / 805 / 527
#>   Euler char.:	1
#>   Constraints:	29 boundary edges (1 group: 1), 54 interior edges (1 group: 1)
#>   Bounding box: (-5.331027, 4.061656) x (-3.998161, 5.415609)
#>   Basis d.o.f.:	279
#> 
#> [[2]]
#> fm_segm object:
#>   72 boundary edges (1 group: 1)
#>   Bounding box = (-5.331027, 4.061656) x (-3.998161, 5.415609) x (0,0)
#> 
#> attr(,"class")
#> [1] "fm_list" "list"