Lines Matching refs:vector

58 - `compstride`: Stride between components for the same L-vector "node". Data for node $i$,
59                 component $j$, element $k$ can be found in the L-vector at index `offsets[i
61 - `lsize`:      The size of the L-vector. This vector may be larger than the elements and
122 - `compstride`: Stride between components for the same L-vector "node". Data for node $i$,
123                 component $j$, element $k$ can be found in the L-vector at index `offsets[i
125 - `lsize`:      The size of the L-vector. This vector may be larger than the elements and
190 - `compstride`:  Stride between components for the same L-vector "node". Data for node $i$,
191                  component $j$, element $k$ can be found in the L-vector at index `offsets[i
193 - `lsize`:       The size of the L-vector. This vector may be larger than the elements and
249 - `lsize`:    The size of the L-vector. This vector may be larger than the elements and
252               component $j$, element $k$ can be found in the L-vector at index `i*strides[0]
271 Use the [`ElemRestriction`](@ref) to convert from L-vector to an E-vector (or apply the
290 Use the [`ElemRestriction`](@ref) to convert from L-vector to an E-vector (or apply the
318 Return a new [`CeedVector`](@ref) E-vector.
329 Return a new [`CeedVector`](@ref) L-vector.
340 Return an (L-vector, E-vector) pair.
352 Get the L-vector component stride.
385 Get the size of an L-vector for the given [`ElemRestriction`](@ref).
408 should be an L-vector (i.e. `length(v) == getlvectorsize(r)`, see [`create_lvector`](@ref)).