make format

docs/src/guide/parallelism.md

@@ -18,23 +18,25 @@ environment variable.
 
 Lastly, *Palace* supports GPU-acceleration using NVIDIA and AMD GPUs, activated with the
 build options `-DPALACE_WITH_CUDA=ON` and `-DPALACE_WITH_HIP=ON`, respectively. At runtime,
-the [`config["Solver"]["Device"]`](../config/solver.md#config%5B%22Solver%22%5D) parameter in the
-configuration file can be set to `"CPU"` (the default) or `"GPU"` in order to configure
-*Palace* and MFEM to use the available GPU(s). The [`config["Solver"]["Backend"]`]
-(../config/solver.md#config["Solver"]) parameter, on the other hand, controls the [libCEED
-backend](https://libceed.org/en/latest/gettingstarted/#backends). Users typically do not
-need to provide a value for this option and can instead rely on *Palace*'s default, which
-selects the most appropriate backend for the given value of [`config["Solver"]["Device"]`]
-(../config/solver.md#config["Solver"]).
+the [`config["Solver"]["Device"]`](../config/solver.md#config%5B%22Solver%22%5D) parameter
+in the configuration file can be set to `"CPU"` (the default) or `"GPU"` in order to
+configure *Palace* and MFEM to use the available GPU(s). The
+[`config["Solver"]["Backend"]`](../config/solver.md#config%5B%22Solver%22%5D) parameter, on
+the other hand, controls the
+[libCEED backend](https://libceed.org/en/latest/gettingstarted/#backends). Users typically
+do not need to provide a value for this option and can instead rely on *Palace*'s default,
+which selects the most appropriate backend for the given value of
+[`config["Solver"]["Device"]`](../config/solver.md#config%5B%22Solver%22%5D).
 
 In order to take full advantage of the performance benefits made available by GPU-
 acceleration, it is recommended to make use of [operator partial assembly]
 (https://mfem.org/performance/), activated when the value of
-[`config["Solver"]["PartialAssemblyOrder"]`](../config/solver.md#config%5B%22Solver%22%5D) is
-less than [`config["Solver"]["Order"]`](../config/solver.md#config%5B%22Solver%22%5D). This feature
-avoids assembling a global sparse matrix and instead makes use of data structures for
-operators which lend themselves to more efficient asymptotic storage and application costs.
-See also [https://libceed.org/en/latest/intro/](https://libceed.org/en/latest/intro/) for
-more details. Partial assembly in *Palace* supports mixed meshes including both tensor
-product elements (hexahedra and quadrilaterals) as well as non-tensor product elements
+[`config["Solver"]["PartialAssemblyOrder"]`](../config/solver.md#config%5B%22Solver%22%5D)
+is less than [`config["Solver"]["Order"]`](../config/solver.md#config%5B%22Solver%22%5D).
+This feature avoids assembling a global sparse matrix and instead makes use of data
+structures for operators which lend themselves to more efficient asymptotic storage and
+application costs. See also
+[https://libceed.org/en/latest/intro/](https://libceed.org/en/latest/intro/) for more
+details. Partial assembly in *Palace* supports mixed meshes including both tensor product
+elements (hexahedra and quadrilaterals) as well as non-tensor product elements
 (tetrahedra, prisms, pyramids, and triangles).