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User Guide
Preliminaries
Quick Start
Walkthroughs
MSG Fundamentals
Data Files
Data Caching
Exception Handling
Grid Voids
Troubleshooting
Contributing
Cookbook
Isochrone Color-Magnitude Diagram
Light Curves for an SPB Star
Line Profile Variations of a Be Star
Reference Guide
Installation
Python Interface
Fortran Interface
C Interface
Data Schema
Appendices
Grid Tools
Tensor Product Interpolation
MSG
Index
Edit on GitHub
Index
Symbols
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_
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A
|
C
|
D
|
E
|
F
|
G
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I
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J
|
L
|
M
|
P
|
R
|
S
|
T
|
U
|
V
Symbols
<ascii_file_name>
ascii_to_specint command line option
<c3k_file_name>
c3k_to_specint command line option
<F_0>
make_passband command line option
<ferre_file_name>
ferre_to_specint command line option
<ferre_file_type>
ferre_to_specint command line option
<fits_file_name>
goettingen_to_specint command line option
<flux_units>
ascii_to_specint command line option
<grid_file_name>
inspect_grid command line option
<input_file_name>
make_passband command line option
<label>
ascii_to_specint command line option
synspec_to_specint command line option
<lam_max>
make_passband command line option
synspec_to_specint command line option
<lam_min>
make_passband command line option
synspec_to_specint command line option
<lam_units>
ascii_to_specint command line option
<law_str>
synspec_to_specint command line option
<manifest_file_name>
specint_to_specgrid command line option
<mu_0>
synspec_to_specint command line option
<n_mu>
synspec_to_specint command line option
<passband_file_name>
make_passband command line option
,
[1]
specgrid_to_photgrid command line option
<photgrid_file_name>
specgrid_to_photgrid command line option
<R>
synspec_to_specint command line option
<specgrid_file_name>
specgrid_to_photgrid command line option
specint_to_specgrid command line option
<specint_file_name>
ascii_to_specint command line option
goettingen_to_specint command line option
synspec_to_specint command line option
<specint_file_name_in>
specint_to_specint command line option
<specint_file_name_out>
specint_to_specint command line option
<specint_prefix>
c3k_to_specint command line option
ferre_to_specint command line option
<synspec_file_name>
synspec_to_specint command line option
<value>
ascii_to_specint command line option
synspec_to_specint command line option
<wave_type>
goettingen_to_specint command line option
_
__init__() (pymsg.PhotGrid method)
(pymsg.SpecGrid method)
A
adjust_photgrid_x_vec (C function)
adjust_specgrid_x_vec (C function)
adjust_x() (pymsg.PhotGrid method)
(pymsg.SpecGrid method)
adjust_x_vec() (fortran subroutine)
,
[1]
ascii_to_specint command line option
<ascii_file_name>
<flux_units>
<label>
<lam_units>
<specint_file_name>
<value>
axis
axis_labels (pymsg.PhotGrid property)
(pymsg.SpecGrid property)
axis_t (fortran type)
axis_x_max (pymsg.PhotGrid property)
(pymsg.SpecGrid property)
axis_x_min (pymsg.PhotGrid property)
(pymsg.SpecGrid property)
C
c3k_to_specint command line option
<c3k_file_name>
<specint_prefix>
cache_lam_max (pymsg.SpecGrid property)
cache_lam_min (pymsg.SpecGrid property)
cache_limit (pymsg.PhotGrid property)
(pymsg.SpecGrid property)
cache_usage (pymsg.PhotGrid property)
(pymsg.SpecGrid property)
comp_range
cubint
D
D_moment() (pymsg.PhotGrid method)
(pymsg.SpecGrid method)
dlam
specint_to_specint command line option
E
E_moment() (pymsg.PhotGrid method)
(pymsg.SpecGrid method)
environment variable
MSG_DIR
,
[1]
,
[2]
,
[3]
,
[4]
,
[5]
PYTHONPATH
F
ferre_to_specint command line option
<ferre_file_name>
<ferre_file_type>
<specint_prefix>
fetch() (fortran subroutine)
flush_cache() (pymsg.PhotGrid method)
(pymsg.SpecGrid method)
flux() (pymsg.PhotGrid method)
(pymsg.SpecGrid method)
fmsg_m (module)
G
get_axis() (fortran subroutine)
,
[1]
get_cache_lam_max() (fortran subroutine)
get_cache_lam_min() (fortran subroutine)
get_cache_limit() (fortran subroutine)
,
[1]
get_cache_usage() (fortran subroutine)
,
[1]
get_label() (fortran subroutine)
get_lam_max() (fortran subroutine)
get_lam_min() (fortran subroutine)
get_msg_version (C function)
get_n() (fortran subroutine)
get_photgrid_axis_label (C function)
get_photgrid_axis_x_max (C function)
get_photgrid_axis_x_min (C function)
get_photgrid_cache_limit (C function)
get_photgrid_cache_usage (C function)
get_photgrid_rank (C function)
get_photgrid_shape (C function)
get_rank() (fortran subroutine)
,
[1]
get_shape() (fortran subroutine)
,
[1]
get_specgrid_axis_label (C function)
get_specgrid_axis_x_max (C function)
get_specgrid_axis_x_min (C function)
get_specgrid_cache_lam_max (C function)
get_specgrid_cache_lam_min (C function)
get_specgrid_cache_limit (C function)
get_specgrid_cache_usage (C function)
get_specgrid_lam_max (C function)
get_specgrid_lam_min (C function)
get_specgrid_rank (C function)
get_specgrid_shape (C function)
get_version() (fortran subroutine)
get_x_max() (fortran subroutine)
get_x_min() (fortran subroutine)
goettingen_to_specint command line option
<fits_file_name>
<specint_file_name>
<wave_type>
I
inspect_grid command line option
<grid_file_name>
intensity() (pymsg.PhotGrid method)
(pymsg.SpecGrid method)
interp_D_moment() (fortran subroutine)
,
[1]
interp_E_moment() (fortran subroutine)
,
[1]
interp_flux() (fortran subroutine)
,
[1]
interp_intensity() (fortran subroutine)
,
[1]
interp_photgrid_D_moment (C function)
interp_photgrid_E_moment (C function)
interp_photgrid_flux (C function)
interp_photgrid_intensity (C function)
interp_specgrid_D_moment (C function)
interp_specgrid_E_moment (C function)
interp_specgrid_flux (C function)
interp_specgrid_intensity (C function)
J
just
specint_to_specint command line option
L
lam_max
specint_to_specint command line option
lam_max (pymsg.SpecGrid property)
lam_min
specint_to_specint command line option
lam_min (pymsg.SpecGrid property)
limb
limb_photint
limb_specint
lin_range
load_photgrid (C function)
load_photgrid() (fortran subroutine)
load_photgrid_from_specgrid (C function)
load_photgrid_from_specgrid() (fortran subroutine)
load_specgrid (C function)
load_specgrid() (fortran subroutine)
locate() (fortran subroutine)
log_range
M
make_passband command line option
<F_0>
<input_file_name>
<lam_max>
<lam_min>
<passband_file_name>
,
[1]
module
pymsg
MSG_DIR
,
[1]
,
[2]
,
[3]
,
[4]
,
[5]
P
passband
,
[1]
photgrid
,
[1]
PhotGrid (C type)
(class in pymsg)
photgrid_t (fortran type)
photint
pymsg
module
PYTHONPATH
R
R
specint_to_specint command line option
rank (pymsg.PhotGrid property)
(pymsg.SpecGrid property)
S
set_cache_lam_max() (fortran subroutine)
set_cache_lam_min() (fortran subroutine)
set_cache_limit() (fortran subroutine)
,
[1]
set_photgrid_cache_limit (C function)
set_specgrid_cache_lam_max (C function)
set_specgrid_cache_lam_min (C function)
set_specgrid_cache_limit (C function)
specgrid
,
[1]
SpecGrid (C type)
(class in pymsg)
specgrid_t (fortran type)
specgrid_to_photgrid command line option
<passband_file_name>
<photgrid_file_name>
<specgrid_file_name>
specint
specint_to_specgrid command line option
<manifest_file_name>
<specgrid_file_name>
specint_to_specint command line option
<specint_file_name_in>
<specint_file_name_out>
dlam
just
lam_max
lam_min
R
Stat (C enum)
Stat.STAT_FILE_NOT_FOUND (C enumerator)
Stat.STAT_INVALID_ARGUMENT (C enumerator)
Stat.STAT_INVALID_FILE_TYPE (C enumerator)
Stat.STAT_INVALID_GROUP_REVISION (C enumerator)
Stat.STAT_INVALID_GROUP_TYPE (C enumerator)
Stat.STAT_OK (C enumerator)
Stat.STAT_OUT_OF_BOUNDS_AXIS_HI (C enumerator)
Stat.STAT_OUT_OF_BOUNDS_AXIS_LO (C enumerator)
Stat.STAT_OUT_OF_BOUNDS_LAM_HI (C enumerator)
Stat.STAT_OUT_OF_BOUNDS_LAM_LO (C enumerator)
Stat.STAT_OUT_OF_BOUNDS_MU_HI (C enumerator)
Stat.STAT_OUT_OF_BOUNDS_MU_LO (C enumerator)
Stat.STAT_OUT_OF_BOUNDS_RANGE_HI (C enumerator)
Stat.STAT_OUT_OF_BOUNDS_RANGE_LO (C enumerator)
Stat.STAT_UNAVAILABLE_DATA (C enumerator)
synspec_to_specint command line option
<label>
<lam_max>
<lam_min>
<law_str>
<mu_0>
<n_mu>
<R>
<specint_file_name>
<synspec_file_name>
<value>
T
tab_range
U
unload_photgrid (C function)
unload_specgrid (C function)
V
vgrid
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