Index

Symbols

--asc dosurvey.py command line option, [1] --logx view.py command line option, [1] --noresults dosurvey.py command line option, [1] --nostdout dosurvey.py command line option, [1] populate.py command line option, [1] --summary dosurvey.py command line option, [1] -dm <Electron model> populate.py command line option, [1] -doublespec <fraction alpha1> populate.py command line option, [1] -f <filename> dosurvey.py command line option, [1] -f <input model> view.py command line option, [1] -f <model> visualize.py command line option, [1] -frac <F> visualize.py command line option, [1] -gps <fraction 'a'> populate.py command line option, [1]

-n <number of pulsars> populate.py command line option, [1] -o <output> populate.py command line option, [1] -p <mean stddev> populate.py command line option, [1] -p <param name> view.py command line option, [1] -pdist <distribution name> populate.py command line option, [1] -rdist <radial model> populate.py command line option, [1] -sc <scatter index> populate.py command line option, [1] -si <SImean SIsigma> populate.py command line option, [1] -surveys <SURVEY NAME(S)> dosurvey.py command line option, [1] populate.py command line option, [1] -w <width> populate.py command line option, [1] -z <scale height> populate.py command line option, [1]

_

__init__() (population.Population method), [1] (pulsar.Pulsar method), [1] (survey.Pointing method), [1] (survey.Survey method), [1]

__str__() (population.Population method), [1] (survey.Survey method), [1]

C

calc_dtrue() (in module radialmodels)

calcXY() (in module radialmodels)

D

diskdist() (in module radialmodels), [1]

dosurvey.py command line option --asc, [1] --noresults, [1] --nostdout, [1] --summary, [1] -f <filename>, [1] -surveys <SURVEY NAME(S)>, [1]

G

GalacticOps (built-in class) (class in radialmodels)

generate() (populate.Populate method), [1]

I

inPointing() (survey.Survey method), [1]

inRegion() (survey.Survey method), [1]

J

join() (population.Population method), [1]

L

lb_to_radec() (in module radialmodels) lb_to_xyz() (in module radialmodels)

lfl06() (in module radialmodels), [1] lm98_dist_to_dm() (in module radialmodels)

N

nchans() (survey.Survey method), [1]

ne2001_dist_to_dm() (in module radialmodels)

P

Pointing (class in survey), [1] Populate (class in populate), [1] populate (module), [1] populate.py command line option --nostdout, [1] -dm <Electron model>, [1] -doublespec <fraction alpha1>, [1] -gps <fraction 'a'>, [1] -n <number of pulsars>, [1] -o <output>, [1] -p <mean stddev>, [1] -pdist <distribution name>, [1] -rdist <radial model>, [1] -sc <scatter index>, [1] -si <SImean SIsigma>, [1] -surveys <SURVEY NAME(S)>, [1] -w <width>, [1] -z <scale height>, [1]

Population (class in population), [1] population (module), [1] Pulsar (class in pulsar), [1] pulsar (module), [1]

R

ra_dec_to_lb() (in module radialmodels) RadialModels (class in radialmodels), [1]

radialmodels (module), [1]

S

s_1400() (pulsar.Pulsar method), [1] scatter_bhat() (in module radialmodels) seed() (in module radialmodels), [1] size() (population.Population method), [1]

slabdist() (in module radialmodels), [1] SNRcalc() (survey.Survey method), [1] Survey (class in survey), [1] survey (module), [1]

T

tsky() (in module radialmodels)

V

view.py command line option --logx, [1] -f <input model>, [1] -p <param name>, [1]

visualize.py command line option -f <model>, [1] -frac <F>, [1]

W

width_ms() (pulsar.Pulsar method), [1] write() (populate.Populate method), [1] (population.Population method), [1]

write_asc() (population.Population method), [1]

X

xyz_to_lb() (in module radialmodels)

Y

ykr() (in module radialmodels), [1]