Index

A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y

A

addNoise2Cube() (in module hianalysis)
AMU (constants.cgs attribute)
at_boundary() (grid.SpectralGrid method)
AU (constants.cgs attribute)

B

bin_image() (in module myimage_analysis), [1]
blankcube() (in module hianalysis)
bootstrap() (in module mystats), [1]
bootstrap_model() (in module mystats), [1]
bootstrap_residuals() (in module mystats), [1]
build_header() (in module myplanck)
(in module planckpy)
build_wcs() (in module planckpy)

C

c (constants.cgs attribute)
calc_bootstrap_error() (in module mystats), [1]
calc_cdf() (in module mystats)
calc_cdf_error() (in module mystats)
calc_chisq() (in module mystats), [1]
calc_density() (in module myscience.funcs)
calc_hessian() (in module mystats), [1]
calc_image_origin() (in module mycoords), [1]
calc_likelihood_conf() (in module mystats), [1]
calc_logL() (in module mystats), [1]
calc_moment() (in module mymath)
calc_n_cnm() (in module myscience.krumholz09)
calc_n_H() (in module myscience.sternberg14)
calc_n_min() (in module myscience.krumholz09)
calc_pdf() (in module mystats), [1]
calc_phi_cnm() (in module myscience.krumholz09)
(in module myscience.sternberg14)
calc_radiation_field() (in module myscience.funcs)
calc_region_mask() (in module myimage_analysis), [1]
calc_rh2() (in module myscience.krumholz09)
(in module myscience.sternberg14)
calc_sf_threshold() (in module myscience.bialy16)
calc_spectrum() (in module myimage_analysis), [1]
calc_symmetric_error() (in module mystats), [1]
calc_T_cnm() (in module myscience.krumholz09)
calc_temperature() (in module myscience.funcs)
calculate_compArea() (grid.SpectralTile method)
calculate_compAreaList() (grid.SpectralTile method)
calculate_moment() (in module myimage_analysis), [1]
calculate_nh2() (in module myimage_analysis), [1]
calculate_nh2_error() (in module myimage_analysis), [1]
calculate_nhi() (in module myimage_analysis), [1]
calculate_noise() (grid.SpectralTile method)
(in module myimage_analysis), [1]
calculate_noise_cube() (in module myimage_analysis), [1]
calculate_noise_scale() (in module myimage_analysis), [1]
calculate_noiseScale() (grid.SpectralTile method)
calculate_profileNoises() (grid.SpectralGrid method)
calculate_sd() (in module myimage_analysis), [1]
cgs (class in constants)
check_file() (in module myio)
(in module readsnapHDF5)
(in module snapHDF5)
check_overlaps() (in module myplotting), [1]
check_residuals() (grid.SpectralGrid method)
closefile() (in module readsnapHDF5)
(in module snapHDF5)
Cloud (class in cloudpy)
cloudpy (module)
cluster_data() (in module mydecomposition)
compare_grids() (in module grid)
compAreaList (grid.SpectralTile attribute)
conf (module)
constants (module)
construct_spectrum() (in module mydecomposition)
Contains() (in module hdf5lib)
contains_block() (in module readsnapHDF5)
(in module snapHDF5)
ContainsGroup() (in module hdf5lib)
convert_limit_coordinates() (in module mycoords)
convert_wcs_limits() (in module myplotting), [1]
convolve() (in module hianalysis)
corner_plot() (in module myplotting), [1]
coVelocities (grid.SpectralTile attribute)
create_synthetic_cube() (in module mydecomposition)
create_train_data() (in module train)
(in module traingp)
create_wedge() (in module mygeometry), [1]
CreateArray() (in module hdf5lib)
CreateGroup() (in module hdf5lib)
crop_cube() (in module myimage_analysis), [1]
cube (grid.SpectralGrid attribute)

D

decAxis (grid.SpectralGrid attribute)
decompose_data() (in module mydecomposition)
delete_overlapping_xlabels() (in module myplotting), [1]
display_image() (in module grid)

E

e (constants.cgs attribute)
(constants.si attribute)
eV (constants.cgs attribute)
execute() (in module heteroImaging)
(in module hianalysis)

F

fit_background() (in module myimage_analysis)
fit_chi2 (grid.SpectralTile attribute)
fit_gaussians() (in module myfitting)
fit_profile() (grid.SpectralGrid method)
(grid.SpectralTile method)
fit_profiles() (grid.SpectralGrid method)
fitSuccess (grid.SpectralTile attribute)
flux2Mass() (in module hianalysis)
format_train_data() (in module train)
(in module traingp)
ftest() (in module mystats), [1]
fvalue() (in module mystats)
fValueMinusList (grid.SpectralTile attribute)
fValuePlusList (grid.SpectralTile attribute)
FWHM_to_std() (in module myscience.funcs)

G

gal2sphere() (in module planckpy)
gauss() (in module mystats)
gauss2d() (in module hianalysis)
gaussAreaList (grid.SpectralGrid attribute)
gaussian() (grid.SpectralTile method)
(in module myscience.funcs)
get() (cloudpy.QueueGet method)
get_chi2() (grid.SpectralTile method)
get_compAreaList() (grid.SpectralTile method)
get_component() (grid.SpectralGrid method)
get_componentVelocities() (grid.SpectralTile method)
get_compParams() (grid.SpectralTile method)
get_data() (in module myplanck)
(in module planckpy)
get_decomposed_data() (in module mydecomposition)
get_guesses() (grid.SpectralTile method)
get_imagexsize() (grid.SpectralGrid method)
get_imageysize() (grid.SpectralGrid method)
get_ncomps() (grid.SpectralTile method)
get_neighbor() (grid.SpectralGrid method)
get_noise() (grid.SpectralTile method)
get_noiseProfile() (grid.SpectralTile method)
get_params() (grid.SpectralTile method)
get_pix_coords() (in module mycoords), [1]
(in module myimage_analysis), [1]
get_planck_filename() (in module myplanck)
(in module planckpy)
get_polygon_mask() (in module mygeometry), [1]
get_position() (grid.SpectralTile method)
get_profile() (grid.SpectralTile method)
get_radial_profile() (in module myimage_analysis), [1]
get_rect() (in module mygeometry), [1]
get_rectangular_mask() (in module mygeometry), [1]
get_residuals() (grid.SpectralTile method)
get_rms() (in module mystats), [1]
get_spectral_axis() (grid.SpectralGrid method)
get_square_grid_sides() (in module myplotting), [1]
get_tile() (grid.SpectralGrid method)
get_xsize() (grid.SpectralGrid method)
get_ysize() (grid.SpectralGrid method)
GetAttr() (in module hdf5lib)
GetData() (in module hdf5lib)
GetGroup() (in module hdf5lib)
grid (grid.SpectralGrid attribute)
(module)
grid2image() (grid.SpectralGrid method)
grid_list (grid.SpectralGrid attribute)
gridXPos (grid.SpectralTile attribute)
gridYPos (grid.SpectralTile attribute)
guess_width() (grid.SpectralGrid method)
(in module grid)
guesses (grid.SpectralTile attribute)

H

h (constants.cgs attribute)
has_validProfile() (grid.SpectralTile method)
hbar (constants.cgs attribute)
hdf5lib (module)
hdf5lib_param (module)
header (grid.SpectralGrid attribute)
heteroClean() (in module heteroImaging)
heteroImaging (module)
hianalysis (module)
hrs2degs() (in module mycoords), [1]
(in module myimage_analysis), [1]

I

image2grid() (grid.SpectralGrid method)
imageXPos (grid.SpectralTile attribute)
imageYPos (grid.SpectralTile attribute)
init_worker() (in module multiprocessing_example)
is_fitSuccessful() (grid.SpectralTile method)
is_visited() (grid.SpectralTile method)

K

k (constants.cgs attribute)
KeyboardInterruptError, [1]

L

list_blocks() (in module readsnapHDF5)
(in module snapHDF5)
load() (in module cloudpy)
load_cloud_properties() (cloudpy.Cloud method)
load_ds9_region() (in module mycoords)
(in module myimage_analysis)
load_grid() (in module grid)
load_pickle() (in module myio)
load_region() (cloudpy.Cloud method)
logL2L() (in module mystats)
Lsun (constants.cgs attribute)
ly (constants.cgs attribute)

M

main() (in module multiprocessing_example)
(in module myplanck)
(in module mystats)
make_component() (grid.SpectralTile method)
make_gaussian() (grid.SpectralTile method)
make_nhi_movie() (in module cloudpy)
make_poly2d_fit() (in module mymath)
make_radecAxes() (in module grid)
make_SBimage() (in module hianalysis)
make_velocity_axis() (in module mycoords), [1]
make_velocityAxis() (in module grid)
manip_data() (in module multiprocessing_example)
manip_data_args() (in module multiprocessing_example)
mass2SB() (in module hianalysis)
me (constants.cgs attribute)
mh (constants.cgs attribute)
mn (constants.cgs attribute)
mp (constants.cgs attribute)
Msun (constants.cgs attribute)
multiprocessing_example (module)
mycoords (module), [1]
mydecomposition (module)
myfitting (module)
mygeometry (module), [1]
myimage_analysis (module), [1]
myio (module)
mymath (module)
myplanck (module)
myplotting (module), [1]
myscience (module), [1]
myscience.bialy16 (module)
myscience.funcs (module)
myscience.krumholz09 (module)
myscience.sternberg14 (module)
mystats (module), [1]

N

ncomps (grid.SpectralTile attribute)
noise (grid.SpectralTile attribute)
noiseProfile (grid.SpectralTile attribute)
normalize_logL() (in module mystats)
np (mystats.rv2d_discrete attribute), [1]
(mystats.rv3d_discrete attribute), [1]

O

OpenFile() (in module hdf5lib)
openfile() (in module readsnapHDF5)
(in module snapHDF5)

P

params (grid.SpectralTile attribute)
pc (constants.cgs attribute)
perform_PCA() (in module mydecomposition)
pix2image() (grid.SpectralGrid method)
planckedit (module)
planckpy (module)
plot_av_bin_map() (in module cloudpy)
plot_av_vs_nhi() (in module cloudpy)
plot_cdf() (in module myplotting)
plot_cdf_confint() (in module myplotting), [1]
plot_co_spectra() (in module cloudpy)
plot_componentPV() (in module grid)
plot_dgr_intercept_progression() (in module cloudpy)
plot_fit() (in module grid)
plot_fits() (in module grid)
plot_hi_spectrum() (in module cloudpy)
plot_hi_width_correlation() (in module cloudpy)
plot_likelihoods_hist() (in module cloudpy)
plot_map_movie() (in module cloudpy)
plot_mask_map() (in module cloudpy)
plot_mask_residuals() (in module cloudpy)
plot_ncompImage() (in module grid)
plot_nh2_vs_nhi() (in module cloudpy)
plot_NHI() (in module grid)
plot_nhi_map() (in module cloudpy)
plot_nhi_map_panels() (in module mydecomposition)
plot_nhi_maps() (in module mydecomposition)
plot_residual_hist_movie() (in module cloudpy)
plot_residual_map() (in module cloudpy)
plot_residualsImage() (in module grid)
plot_spectrum() (in module grid)
plot_vel_map_panels() (in module mydecomposition)
plot_velocityHistograms() (in module grid)
point_in_polygon() (in module mygeometry), [1]
poly2d() (in module mymath)
polyfit2d() (in module mymath)
printProperties() (in module hianalysis)
profile (grid.SpectralTile attribute)

Q

queue (grid.SpectralGrid attribute)
QueueGet (class in cloudpy)

R

raAxis (grid.SpectralGrid attribute)
read_block() (in module readsnapHDF5)
(in module snapHDF5)
read_block_single_file() (in module readsnapHDF5)
(in module snapHDF5)
read_ds9_region() (in module myimage_analysis), [1]
readhalo() (in module readhaloHDF5)
readhaloHDF5 (module)
readsnapHDF5 (module)
readsubfHDF5 (module)
region (grid.SpectralGrid attribute)
reset() (in module readhaloHDF5)
residuals (grid.SpectralTile attribute)
retry_on_eintr() (in module cloudpy)
reverse_colormap() (in module myplotting), [1]
rotate_polygon() (in module mygeometry), [1]
rotate_wedge() (in module mygeometry), [1]
Rsun (constants.cgs attribute)
run_analysis() (cloudpy.Cloud method)
rv2d_discrete (class in mystats), [1]
rv3d_discrete (class in mystats), [1]
rvs() (mystats.rv2d_discrete method), [1]
(mystats.rv3d_discrete method), [1]

S

save() (in module cloudpy)
save_pickle() (in module myio)
SB (constants.cgs attribute)
scatter_contour() (in module myplotting), [1]
set_color_cycle() (in module myplotting)
set_noise() (grid.SpectralTile method)
set_visited() (grid.SpectralTile method)
SetAttr() (in module hdf5lib)
setlib() (in module hdf5lib_param)
si (class in constants)
sigfig() (in module mystats), [1]
snapHDF5 (module)
snapshot_header (class in readsnapHDF5)
(class in snapHDF5)
spectral_axis (grid.SpectralGrid attribute)
(grid.SpectralTile attribute)
SpectralGrid (class in grid)
SpectralTile (class in grid)
std_to_FWHM() (in module myscience.funcs)
subfind_catalog (class in readsubfHDF5)
subtract_background() (in module myimage_analysis), [1]
subtract_baseline() (grid.SpectralTile method)
switch_coords() (in module planckpy)

T

test_bootstrap() (in module mystats)
threshold (grid.SpectralGrid attribute)
Tkin_to_FWHM() (in module myscience.funcs)
train (module)
traingp (module)
truncate_colormap() (in module myplotting), [1]

U

unique_permutations() (in module mystats), [1]

V

visited (grid.SpectralTile attribute)

W

write_block() (in module readsnapHDF5)
(in module snapHDF5)
write_fits_NHI() (in module grid)
write_grid() (in module grid)
writeheader() (in module readsnapHDF5)
(in module snapHDF5)

X

xOffset (grid.SpectralTile attribute)

Y

yOffset (grid.SpectralTile attribute)