Update 3.1 Code basics authored by Udo Ziegler's avatar Udo Ziegler
...@@ -72,9 +72,9 @@ determining the coordinate system with canonical coordinates ...@@ -72,9 +72,9 @@ determining the coordinate system with canonical coordinates
The grid is assumed evenly spaced in canonical coordinates with cell The grid is assumed evenly spaced in canonical coordinates with cell
sizes (or resolutions) sizes (or resolutions)
* *x*<sup>(0)</sup> = *L*<sub>*x*</sub>/*N*<sub>*x*</sub>, *δx*<sup>(0)</sup> = *L*<sub>*x*</sub>/*N*<sub>*x*</sub>,
* *y*<sup>(0)</sup> = *L*<sub>*y*</sub>/*N*<sub>*y*</sub> and *δy*<sup>(0)</sup> = *L*<sub>*y*</sub>/*N*<sub>*y*</sub> and
* *z*<sup>(0)</sup> = *L*<sub>*z*</sub>/*N*<sub>*z*</sub> in the *δz*<sup>(0)</sup> = *L*<sub>*z*</sub>/*N*<sub>*z*</sub> in the
*x*-,*y*- and *z*-direction, respectively. *L*<sub>*x*</sub>, *x*-,*y*- and *z*-direction, respectively. *L*<sub>*x*</sub>,
*L*<sub>*y*</sub> and *L*<sub>*z*</sub> are the lengths of the *L*<sub>*y*</sub> and *L*<sub>*z*</sub> are the lengths of the
computation domain and *N*<sub>*x*</sub>, *N*<sub>*y*</sub> and computation domain and *N*<sub>*x*</sub>, *N*<sub>*y*</sub> and
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