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version 4.2 authored by Udo Ziegler's avatar Udo Ziegler
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3-NIRVANA-user-guide/3.2-User-interfaces.md
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...@@ -948,7 +948,7 @@ components by exact integration of given analytical expressions. For a ...@@ -948,7 +948,7 @@ components by exact integration of given analytical expressions. For a
grid cell (ix,iy,iz) on superblock `g` the discretized components would then grid cell (ix,iy,iz) on superblock `g` the discretized components would then
read read
![ic_b](uploads/411b3e817fec94afa0a2861772697e71/ic_b.png) ![ic_b](uploads/411b3e817fec94afa0a2861772697e71/ic_b.png){width=600px}
where the numerical expressions for the cell faces are: where the numerical expressions for the cell faces are:
...@@ -983,7 +983,7 @@ and *Δ*<sub>iz</sub> are given by ...@@ -983,7 +983,7 @@ and *Δ*<sub>iz</sub> are given by
and (*Â*<sub>*x*</sub>, *Â*<sub>*y*</sub>, *Â*<sub>*z*</sub>) and (*Â*<sub>*x*</sub>, *Â*<sub>*y*</sub>, *Â*<sub>*z*</sub>)
are the cell-edge integrals are the cell-edge integrals
![ic_A](uploads/d7670a3203d0f3a1e2a9a759e69e2e77/ic_A.png){width=300px} ![ic_A](uploads/d7670a3203d0f3a1e2a9a759e69e2e77/ic_A.png){width=600px}
The *Â*'s are usually easier to compute than the face-averaged The *Â*'s are usually easier to compute than the face-averaged
magnetic field components directly. Even if the *Â*'s are magnetic field components directly. Even if the *Â*'s are
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