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Commit 810f534b authored by adelmann's avatar adelmann :reminder_ribbon:
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Update fieldsolvers.asciidoc

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...@@ -319,7 +319,7 @@ See <<tab_FIELDSOLVER_Commands>> for a summary of the Fieldsolver command. ...@@ -319,7 +319,7 @@ See <<tab_FIELDSOLVER_Commands>> for a summary of the Fieldsolver command.
|Command |Purpose |Command |Purpose
|`FIELDSOLVER` |Specify a fieldsolver |`FIELDSOLVER` |Specify a fieldsolver
|`FSTYPE` |Specify the type of field solver: `FFT`, `FFTPERIODIC`, `SAAMG` and `NONE`. Further |`FSTYPE` |Specify the type of field solver: `FFT`, `SAAMG` and `NONE`. Further
arguments are enabled with the AMR solver (cf. <<sec.fieldsolvers.AMR>>). arguments are enabled with the AMR solver (cf. <<sec.fieldsolvers.AMR>>).
|`PARFFTX` |If `TRUE`, the dimension latexmath:[x] is distributed |`PARFFTX` |If `TRUE`, the dimension latexmath:[x] is distributed
...@@ -344,7 +344,7 @@ grid ...@@ -344,7 +344,7 @@ grid
|`BCFFTY` |Boundary condition in latexmath:[y] [`OPEN`]. (`FFT` + `AMR_MG` only) |`BCFFTY` |Boundary condition in latexmath:[y] [`OPEN`]. (`FFT` + `AMR_MG` only)
|`BCFFTZ` |Boundary condition in latexmath:[z] [`OPEN,PERIODIC`]. (`FFT` + `AMR_MG` only) |`BCFFTZ` |Boundary condition in latexmath:[z] [`OPEN`]. (`FFT` + `AMR_MG` only)
|`GREENSF` |Defines the Greens function for the FFT Solver. (`FFT` only) |`GREENSF` |Defines the Greens function for the FFT Solver. (`FFT` only)
...@@ -388,10 +388,8 @@ latexmath:[z] for a rectangular grid. ...@@ -388,10 +388,8 @@ latexmath:[z] for a rectangular grid.
[[sec.fieldsolvers.FSBC]] [[sec.fieldsolvers.FSBC]]
=== Define Boundary Conditions === Define Boundary Conditions
Two boundary conditions can be selected independently among There is one boundary condition supported for the FFT solver namely: `OPEN` in
latexmath:[x], latexmath:[y] namely: `OPEN` and for latexmath:[z] all spatial dimensions.
`OPEN` & `PERIODIC`. In the case you select for latexmath:[z] periodic
you are about to model a DC-beam.
[[sec.fieldsolvers.FSGREEN]] [[sec.fieldsolvers.FSGREEN]]
=== Define Greens Function === Define Greens Function
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