doc/3.io-files.md: fix some inconsistencies in gray_params

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Michele Guerini Rocco 2021-12-15 02:31:05 +01:00
parent 78c96c7648
commit d9b03fc5e6
Signed by: rnhmjoj
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@ -279,16 +279,26 @@ Variable Type Units Valid range Definition
`phiw` Real deg $-90 < x 90$ Rotation angle $φ_w=φ_R$ of local beam coordinate. `phiw` Real deg $-90 < x 90$ Rotation angle $φ_w=φ_R$ of local beam coordinate.
system, defined in [@eq:phiwr]. system, defined in [@eq:phiwr].
`ibeam` Integer 0, 1, 2 Input source for beam data:. `ibeam` Integer 0, 1, 2 Input source for beam data:
0=simple astigmatic beam with parameters as above,. 0=simple astigmatic beam with parameters as above,
1=simple astigmatic beam from `filenmbm`,. 1=simple astigmatic beam from `filenmbm`,
2=general astigmatic beam from `filenmbm`. 2=general astigmatic beam from `filenmbm`.
`irho` Integer 0, 1, 2 Coordinate of the input profiles:
0=$ρ_t$,
1=$ρ_p$,
2=$ψ$.
`filenmbm` String len$(s)≤ 24$ Name of file (extension `.txt` appended) with beam. `filenmbm` String len$(s)≤ 24$ Name of file (extension `.txt` appended) with beam.
parameters, used if ${\tt ibeam} >0$. parameters, used if ${\tt ibeam} >0$.
`iox` Integer 1, 2 1=Ordinary mode (OM), 2=Extraordinary (XM) mode. `iox` Integer 1, 2 1=Ordinary mode (OM), 2=Extraordinary (XM) mode.
`ipol` Integer 0, 1 Whether to compute the mode at the launcher from the
polarisation:
0=use `iox`,
1=use `psipol0`, `chipol0` angles.
`psipol0` Real deg $-90 < x 90$ Wave polarisation angle $\psi_p$ at the launching point. `psipol0` Real deg $-90 < x 90$ Wave polarisation angle $\psi_p$ at the launching point.
`chipol0` Real deg $-45 ≤ x ≤ 45$ Wave polarisation angle $\chi_p$ at the launching point. `chipol0` Real deg $-45 ≤ x ≤ 45$ Wave polarisation angle $\chi_p$ at the launching point.
@ -387,15 +397,15 @@ Variable Type Units Valid range Definition
`nstep` Integer 1 $0 ≤ n ≤ 8000$ Maximum number of integration steps. `nstep` Integer 1 $0 ≤ n ≤ 8000$ Maximum number of integration steps.
`istprj` Integer 1 $1 ≤ n ≤ {\tt nstep}$ Subsampling factor for beam cross section `istpr` Integer 1 $1 ≤ n ≤ {\tt nstep}$ Subsampling factor for beam cross section
data output (units 8, 12). data output (units 8, 12).
`istpl` Integer 1 $1 ≤ n ≤ {\tt nstep}$ Subsampling factor for outmost rays `istpl` Integer 1 $1 ≤ n ≤ {\tt nstep}$ Subsampling factor for outmost rays
data output (unit 33). data output (unit 33).
`ipec` Integer 0, 1 Grid spacing for ECRH&CD profiles: `ipec` Integer 1, 2 Grid spacing for ECRH&CD profiles:
0=equispaced in $\psi$ (obsolete), 1=equispaced in $ρ_p$,
1=equispaced in $\sqrt{\psi}$. 2=equispaced in $ρ_t$,
`nnd` Integer 1 $2 ≤ n ≤ 5001$ Number of points in the ECRH&CD profile grid. `nnd` Integer 1 $2 ≤ n ≤ 5001$ Number of points in the ECRH&CD profile grid.