Output Parameters
The &ad_output
, &nad_output
and &tides_output
namelist groups determine the output produced at the end of a run (the
first two for the adiabatic and non-adiabatic calculation stages of
gyre; the third for gyre_tides). Parameters are
as follows:
summary_file
(default''
)Name of summary file
summary_file_format
(default'HDF'
)Format of summary file; one of
'HDF'
: HDF5 file'TXT'
: Text file
summary_item_list
(default'l,n_pg,omega,freq'
)Comma-separated list of output items to write to summary file; see the Summary Files section for possible choices
summary_filter_list
(default''
)Comma-separated list of filter criteria for summary files; see the Output Filters section for possible choices
detail_template
(default''
)Name template of detail files. Names are generated using the following pattern substitutions:
'%ID'
: Unique mode index, formatted in fixed-width field'%id'
: Same as'%ID'
, but formatted in variable-width field'%L'
: Harmonic degree \(\ell\), formatted in fixed-width field'%l'
: Same as'%L'
, but formatted in variable-width field'%M'
: Azimuthal order \(m\), formatted in fixed-width field'%m'
: Same as'%M'
, but formatted in variable-width field'%N'
: Radial order \(n_{\rm pg}\), formatted in fixed-width field'%n'
: Same as'%N'
, but formatted in variable-width field'%P'
: Acoustic wave winding number \(n_{\rm p}\), formatted in fixed-width field'%p'
: Same as'%P'
, but formatted in variable-width field'%G'
: Gravity wave winding number \(n_{\rm g}\), formatted in fixed-width field'%g'
: Same as'%G'
, but formatted in variable-width field
detail_file_format
(default'HDF'
)Format of detail files; one of
'HDF'
: HDF5 file'TXT'
: Text file
detail_item_list
(default'l,n_pg,omega,freq,x,xi_r,xi_h'
)Comma-separated list of output items to write to detail files; see the Detail Files section for possible choices
detail_filter_list
(default''
)Comma-separated list of filter criteria for detail files; see the Output Filters section for possible choices
freq_units
(defaultNONE
)Units of
freq
output item; one of:'NONE'
: Dimensionless angular frequency'HZ'
: Linear frequency in Hz[1]'UHZ'
: Linear frequency in \(\mu\)Hz[1]'RAD_PER_SEC'
: Angular frequency in radians per second[1]'CYC_PER_DAY'
: Linear frequency in cycles per day[1]'ACOUSTIC_DELTA'
: Fraction of the asymptotic acoustic large frequency separation \(\Delta \nu\)'GRAVITY_DELTA'
: Fraction of the asymptotic inverse gravity period separation \((\Delta P)^{-1}\)'UPPER_DELTA'
: Greater of \(\Delta \nu\) and \((\Delta P)^{-1}\)'LOWER_DELTA'
: Lesser of \(\Delta \nu\) and \((\Delta P)^{-1}\)'ACOUSTIC_CUTOFF'
: Fraction of the acoustic cutoff frequency[1]'GRAVITY_CUTOFF'
: Fraction of the gravity cutoff frequency[1]'ROSSBY_I'
: Fraction of Rossby frequency at inner boundary'ROSSBY_O'
: Fraction of Rossby frequency at outer boundary
freq_frame
(defaultINERTIAL
)Frame of
freq
output item; one of:'INERTIAL'
: Inertial frame'COROT_I'
: Co-rotating frame at inner boundary'COROT_O'
: Co-rotating frame at outer boundary
label
(default''
)Textual label to add to all output files
Footnotes