Commit e1a7c26d authored by Matthias Steffen's avatar Matthias Steffen
Browse files

Update README.md

parent 5ebeaf72
......@@ -13,8 +13,10 @@ the call to evaluate fitting function FFI is:
`ff1_out=ff1(Teff,logg,Z,ALi_LTE,qiso)`
where ff1_out is a two-element array returing the (logarithmic) lithium abundance corrections
`ff1_out[0] = 1D_NLTE correction`
`ff1_out[1] = 3D_NLTE correction`
for a given LTE lithium abundance ALi_LTE
The call to evaluate fitting function FFII is:
......@@ -22,8 +24,10 @@ The call to evaluate fitting function FFII is:
`ff2_out=ff2(Teff,logg,Z,ALi,qiso)`
where ff2_out is a two-element array returing the (logarithmic) non-LTE equivalent widths (EW)
ff2_out[0] = 1D_NLTE EW
ff2_out[1] = 3D_NLTE EW
`ff2_out[0] = 1D_NLTE EW`
`ff2_out[1] = 3D_NLTE EW`
for a given lithium abundance ALi
The call to evaluate fitting function FFIII is:
......@@ -31,8 +35,10 @@ The call to evaluate fitting function FFIII is:
`ff3_out=ff3(Teff,logg,Z,EW,qiso)`
where ff3_out is a two-element array returing the (logarithmic) 1D NLTE and 3D NLTE lithium abundances
ff3_out[0] = ALI_1DNLTE
ff3_out[1] = ALi_3DNLTE
`ff3_out[0] = ALI_1DNLTE`
`ff3_out[1] = ALi_3DNLTE`
for a given (logarithmic) equivalent width EW.
The IDL script test_ff123.pro provided for convenience to IDL users producdes the otuput file
......
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