Index

A | C | D | F | G | H | I | L | M | P | R | S | W

A

as_image() (galpak.PointSpreadFunction method), [1]
as_vector() (galpak.LineSpreadFunction method), [1]

C

convolve() (galpak.Instrument method), [1]
create_clean_cube() (galpak.GalPaK3D method)
create_convolved_cube() (galpak.GalPaK3D method)

D

defaults_from_instrument() (galpak.HyperspectralCube method), [1]

F

from_file() (galpak.HyperspectralCube static method), [1]
from_ndarray() (galpak.GalaxyParameters static method), [1]

G

GalaxyParameters (class in galpak), [1]
GalPaK3D (class in galpak)
GaussianLineSpreadFunction (class in galpak), [1]
GaussianPointSpreadFunction (class in galpak), [1]
get_steps() (galpak.HyperspectralCube method), [1]

H

has_header() (galpak.HyperspectralCube method), [1]
HyperspectralCube (class in galpak), [1]

I

initialize_self_cube() (galpak.HyperspectralCube method), [1], [2], [3]
Instrument (class in galpak), [1]
is_empty() (galpak.HyperspectralCube method), [1]

L

LineSpreadFunction (class in galpak), [1]
long_info() (galpak.GalaxyParameters method), [1]

M

MoffatPointSpreadFunction (class in galpak), [1]
MUSELineSpreadFunction (class in galpak), [1]

P

plot_correlations() (galpak.GalPaK3D method)
plot_images() (galpak.GalPaK3D method)
plot_mcmc() (galpak.GalPaK3D method)
PointSpreadFunction (class in galpak), [1]

R

run_mcmc() (galpak.GalPaK3D method)

S

sanitize() (galpak.HyperspectralCube method), [1]
save() (galpak.GalPaK3D method)
short_info() (galpak.GalaxyParameters method), [1]

W

wavelength_of() (galpak.HyperspectralCube method), [1]
write_to() (galpak.HyperspectralCube method), [1]