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src/gray_errors.f90: avoid reshape in parameter initialization

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The unused elements of the array are now initialized explicitly
with empty strings to add compatibility with ifort 2020, that
otherwise fails with internal error.
This commit is contained in:
Lorenzo Figini 2024-11-20 10:12:41 +00:00
parent 0ab0fcbf60
commit 6693fdf9b9
1 changed files with 30 additions and 30 deletions
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60
src/gray_errors.f90
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@ -31,56 +31,56 @@ module gray_errors
type(error_spec), parameter :: unstable_beam = & type(error_spec), parameter :: unstable_beam = &
error_spec(offset=0, subcases=2, & error_spec(offset=0, subcases=2, &
mod='gray_core', proc='gray_main', & mod='gray_core', proc='gray_main', &
msg=reshape([str :: & msg=[str :: &
'beamtracing may be unstable'], & 'beamtracing may be unstable', &
[10], [str :: ''])) '', '', '', '', '', '', '', '', ''])
type(error_spec), parameter :: dielectric_tensor = & type(error_spec), parameter :: dielectric_tensor = &
error_spec(offset=after(unstable_beam), subcases=2, & error_spec(offset=after(unstable_beam), subcases=2, &
mod='gray_core', proc='gray_main', & mod='gray_core', proc='gray_main', &
msg=reshape([str :: & msg=[str :: &
'ε tensor, overflow in `fsup`', & 'ε tensor, overflow in `fsup`', &
'ε tensor, integration error in `hermitian_2`'], & 'ε tensor, integration error in `hermitian_2`', &
[10], [str :: ''])) '', '', '', '', '', '', '', ''])
type(error_spec), parameter :: warmdisp_convergence = & type(error_spec), parameter :: warmdisp_convergence = &
error_spec(offset=after(dielectric_tensor), subcases=2, & error_spec(offset=after(dielectric_tensor), subcases=2, &
mod='dispersion', proc='warmdisp', & mod='dispersion', proc='warmdisp', &
msg=reshape([str :: & msg=[str :: &
'failed to converge, returned fallback value', & 'failed to converge, returned fallback value', &
'failed to converge, returned last value'], & 'failed to converge, returned last value', &
[10], [str :: ''])) '', '', '', '', '', '', '', ''])
type(error_spec), parameter :: warmdisp_result = & type(error_spec), parameter :: warmdisp_result = &
error_spec(offset=after(warmdisp_convergence), subcases=2, & error_spec(offset=after(warmdisp_convergence), subcases=2, &
mod='dispersion', proc='warmdisp', & mod='dispersion', proc='warmdisp', &
msg=reshape([str :: & msg=[str :: &
'final N⊥² is NaN or ±Infinity', & 'final N⊥² is NaN or ±Infinity', &
'final N⊥² in 3rd quadrant'], & 'final N⊥² in 3rd quadrant', &
[10], [str :: ''])) '', '', '', '', '', '', '', ''])
type(error_spec), parameter :: negative_absorption = & type(error_spec), parameter :: negative_absorption = &
error_spec(offset=after(warmdisp_result), subcases=1, & error_spec(offset=after(warmdisp_result), subcases=1, &
mod='gray_core', proc='alpha_effj', & mod='gray_core', proc='alpha_effj', &
msg=reshape([str :: & msg=[str :: &
'negative absorption coeff.'], & 'negative absorption coeff.', &
[10], [str :: ''])) '', '', '', '', '', '', '', '', ''])
type(error_spec), parameter :: fpp_integration = & type(error_spec), parameter :: fpp_integration = &
error_spec(offset=after(negative_absorption), subcases=1, & error_spec(offset=after(negative_absorption), subcases=1, &
mod='eccd', proc='eccdeff', & mod='eccd', proc='eccdeff', &
msg=reshape([str :: & msg=[str :: &
'fpp integration error'], & 'fpp integration error', &
[10], [str :: ''])) '', '', '', '', '', '', '', '', ''])
type(error_spec), parameter :: fcur_integration = & type(error_spec), parameter :: fcur_integration = &
error_spec(offset=after(fpp_integration), subcases=3, & error_spec(offset=after(fpp_integration), subcases=3, &
mod='eccd', proc='eccdeff', & mod='eccd', proc='eccdeff', &
msg=reshape([str :: & msg=[str :: &
'fcur integration error (no trapping)', & 'fcur integration error (no trapping)', &
'fcur integration error (1st trapping region)', & 'fcur integration error (1st trapping region)', &
'fcur integration error (2st trapping region)'], & 'fcur integration error (2st trapping region)', &
[10], [str :: ''])) '', '', '', '', '', '', ''])
! Errors occuring during raytracing ! Errors occuring during raytracing
type(error_spec), parameter :: raytracing_errors(*) = [unstable_beam] type(error_spec), parameter :: raytracing_errors(*) = [unstable_beam]