Lines Matching refs:T

51 …rder ($Q_3$) scalar continuous ($H^1$) elements, where we use the notions **T-vector**, **L-vector…
75 - True degrees of freedom/unknowns, **T-vector**:
81   > ```{image} ../../img/T-vector.svg
122   > - here X can be any of the T, L, E, or Q categories
123   > - for example, the mass matrix operator maps a **T-vector** to a **T'-vector**
124   > - the solutions vector is a **T-vector**, and the RHS vector is a **T'-vector**
125 …> - using the parallel prolongation operator, one can map the solution **T-vector** to a solution …
132 …> - the T in TA indicates that the data format represents an operator from a **T-vector** to a **T…
138   > - note that $\bm{P}$ is the operator mapping T-vectors to L-vectors.
159 For example, one can compute and store a global matrix on **T-vector** level.
175 Thus, a natural mapping of $\bm{A}$ on a parallel computer is to split the **T-vector** over MPI ra…
180 Currently in libCEED, it is assumed that the host application manages the global **T-vectors** and …
217 - the overall operator $\bm{\mathcal{E}}^T \bm{B}^T \bm{D} \bm{B} \bm{\mathcal{E}}$ is represented …