Lines Matching refs:as

25 which are referred to as *elements*, $d-1$ dimensional cells defining boundaries between these elem…
27 all the way down to 0 dimensional cells referred to as *vertices*. In 2 dimensions, the 1-dimension…
28 element boundaries are referred to as *edges* or *faces*. In 3 dimensions, the 2-dimensional elemen…
29 are referred to as *faces* and the 1-dimensional boundaries between faces are referred to as *edges*
30 The set of cells of a given dimension is referred to as a *stratum* (which one can think of as a le…
33 In the description of any:`ch_unstructured` the cells at each level are referred to as *points*. Th…
38 The distinct unknowns associated with each point are referred to as *components*. For a `DMPLEX` th…
64 … invariant to this. Note that the face on the top right can be referred to as being to the left of…
68 This is useful for higher-level operations such as computing norms or developing physics-based solv…
69 (unlike `DMDA`), this implies that the global `Vec` do not have a natural block structure, as diffe…
72 are included, drawn as grey in {numref}`figure_dmstag_local_global`.
82 …produce the proper final integer index for a given location and component, referred to as a "slot".
112 Cartesian product of 1D `DMSTAG` objects, each of which features explicit coordinates as just menti…
126 …e the most efficient values to use, unless convenience dictates otherwise, as they are the ones us…
145 Multiple DOF associated with a given point are stored sequentially (as with `DMDA`).