Index

_

__call__() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.fit1dcurve.HyperSpline method) (snpy.utils.fit1dcurve.Polynomial method) (snpy.utils.fit1dcurve.Spline method) (snpy.utils.fit1dcurve.oneDcurve method)

__eq__() (snpy.lc.lc method) (snpy.sn.sn method)

A

add_filter() (snpy.filters.telescope method) add_knot() (snpy.utils.fit1dcurve.Spline method) add_observatory() (snpy.filters.filter_set method)

add_SED() (snpy.filters.system method) add_system() (snpy.filters.standard_set method) add_telescope() (snpy.filters.observatory method)

B

bolometric() (snpy.sn.sn method)

breakpoly() (in module snpy.CSPtemp)

C

cache_filters() (snpy.filters.filter_set method) cache_spectra() (snpy.filters.standard_set method) ccm() (in module snpy.utils.deredden) chisq() (snpy.utils.GLOEs.line method) chisquare() (snpy.utils.fit1dcurve.oneDcurve method) choose_model() (snpy.sn.sn method) closest_band() (snpy.sn.sn method) color_model (class in snpy.model)

compute_lc_params() (snpy.lc.lc method) compute_w() (snpy.sn.sn method) compute_zpt() (snpy.filters.filter method) configuration() (in module snpy.utils.setup) copy() (snpy.filters.filter method) (snpy.filters.spectrum method) create_anchor_filters() (snpy.mangle_spectrum.mangler method) curve_fit() (snpy.lc.lc method)

D

d_Ialc1_dp() (in module snpy.utils.fit_lc2) d_Ialc1_dt() (in module snpy.utils.fit_lc2) d_Ialc2_dp() (in module snpy.utils.fit_lc2) d_Ialc2_dt() (in module snpy.utils.fit_lc2) d_Ialcn_dp() (in module snpy.utils.fit_lc) d_Ialcn_dt() (in module snpy.utils.fit_lc) delete_knot() (snpy.utils.fit1dcurve.Spline method) deltaTmax() (snpy.CSPtemp.dm15_template method) (snpy.CSPtemp.st_template method) deriv() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.fit1dcurve.HyperSpline method) (snpy.utils.fit1dcurve.Polynomial method) (snpy.utils.fit1dcurve.Spline method) (snpy.utils.fit1dcurve.oneDcurve method)

dict_def (class in snpy.sn) divz() (in module snpy.utils.fit_poly) dm152s() (in module snpy.CSPtemp) (in module snpy.dm15temp.dm15temp) dm15_template (class in snpy.CSPtemp) domain() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.fit1dcurve.HyperSpline method) (snpy.utils.fit1dcurve.Polynomial method) (snpy.utils.fit1dcurve.Spline method) (snpy.utils.fit1dcurve.oneDcurve method) draw() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.InteractiveFit.InteractiveFit method) (snpy.utils.fit1dcurve.HyperSpline method) (snpy.utils.fit1dcurve.Polynomial method) (snpy.utils.fit1dcurve.Spline method) (snpy.utils.fit1dcurve.oneDcurve method) dump_lc() (snpy.sn.sn method) DW() (snpy.utils.fit1dcurve.oneDcurve method)

E

EBV_model (class in snpy.model) EBV_model2 (class in snpy.model) eff_wave() (snpy.filters.filter method) error() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.fit1dcurve.oneDcurve method) eval() (snpy.CSPtemp.dm15_template method) (snpy.CSPtemp.st_template method) (snpy.lc.lc method) (snpy.utils.GLOEs.line method) (snpy.utils.GLOEs.surface method)

eval_extrema() (in module snpy.spline2.spline2) eval_inflect() (in module snpy.spline2.spline2) eval_integ() (in module snpy.spline2.spline2) eval_x() (in module snpy.spline2.spline2) evalsp() (in module snpy.spline2.spline2)

F

f_ccm (class in snpy.mangle_spectrum) f_spline (class in snpy.mangle_spectrum) f_tspline (class in snpy.mangle_spectrum) fac() (in module snpy.utils.fit_poly) filter (class in snpy.filters) filter_set (class in snpy.filters) find_extr() (in module snpy.utils.fit_spline) find_extrema() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.fit1dcurve.HyperSpline method) (snpy.utils.fit1dcurve.Polynomial method) (snpy.utils.fit1dcurve.Spline method) (snpy.utils.fit1dcurve.oneDcurve method) find_N() (snpy.utils.GLOEs.line method) find_sigma() (snpy.utils.GLOEs.line method) finterp() (in module snpy.CSPtemp) fit() (snpy.model.model method) (snpy.sn.sn method)

fit2Dpoly() (in module snpy.utils.fit_poly) fit_lc() (in module snpy.utils.fit_lc) (in module snpy.utils.fit_lc2) fit_spline() (in module snpy.utils.fit_spline) fitMCMC() (snpy.sn.sn method) fitpoly() (in module snpy.utils.fit_poly) fitsvd() (in module snpy.utils.fit_poly) fix_arrays() (in module snpy.sn) fm() (in module snpy.utils.deredden) fm07() (in module snpy.utils.deredden) fm07_full() (in module snpy.utils.deredden) func() (snpy.utils.fit1dcurve.GaussianProcess method) function (class in snpy.mangle_spectrum)

G

GaussianProcess (class in snpy.utils.fit1dcurve) get_color() (snpy.sn.sn method) get_colors() (snpy.mangle_spectrum.mangler method) get_covar() (snpy.lc.lc method) (snpy.model.color_model method) get_distmod() (snpy.sn.sn method) get_dust_RADEC() (in module snpy.utils.IRSA_dust_getval) get_dust_sigma_RADEC() (in module snpy.utils.IRSA_dust_getval) get_e_flux() (snpy.lc.lc method) get_flux() (snpy.lc.lc method) get_lb() (snpy.sn.sn method) get_mag_table() (snpy.sn.sn method) get_mangled_SED() (snpy.sn.sn method) get_max() (snpy.model.model method) (snpy.sn.sn method) get_mflux() (snpy.mangle_spectrum.mangler method)

get_p_lim() (in module snpy.CSPtemp) get_restbands() (snpy.sn.sn method) get_SED() (in module snpy.kcorr) get_sn() (in module snpy.sn) get_SNR() (snpy.lc.lc method) get_t() (snpy.lc.lc method) get_t_lim() (in module snpy.CSPtemp) get_zcmb() (snpy.sn.sn method) getEBVgal() (snpy.sn.sn method) guess() (snpy.model.model method) guess_pars1() (in module snpy.utils.fit_lc2) guess_pars2() (in module snpy.utils.fit_lc2) guess_parsn() (in module snpy.utils.fit_lc)

H

help() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.InteractiveFit.InteractiveFit method) (snpy.utils.fit1dcurve.HyperSpline method) (snpy.utils.fit1dcurve.Polynomial method) (snpy.utils.fit1dcurve.Spline method) (snpy.utils.fit1dcurve.oneDcurve method)

HyperSpline (class in snpy.utils.fit1dcurve)

I

Ialc1() (in module snpy.utils.fit_lc2) Ialc2() (in module snpy.utils.fit_lc2) Ialcn() (in module snpy.utils.fit_lc) import_lc() (in module snpy.sn) init_pars() (snpy.mangle_spectrum.function method)

interact() (snpy.utils.fit1dcurve.oneDcurve method) InteractiveFit (class in snpy.utils.InteractiveFit) intercept() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.fit1dcurve.HyperSpline method) (snpy.utils.fit1dcurve.Polynomial method) (snpy.utils.fit1dcurve.Spline method) (snpy.utils.fit1dcurve.oneDcurve method) interp_spline() (in module snpy.utils.fit_spline) Interpolator() (in module snpy.utils.fit1dcurve)

K

K() (in module snpy.kcorr) K2() (in module snpy.utils.fit_spline) kcorr() (in module snpy.kcorr) (snpy.model.model method) (snpy.sn.sn method)

kcorr_mangle() (in module snpy.kcorr) kcorr_mangle2() (in module snpy.kcorr) keys() (snpy.filters.system method)

L

lc (class in snpy.lc) lc_offsets() (snpy.sn.sn method) legendre() (in module snpy.utils.fit_poly) line (class in snpy.utils.GLOEs) lira() (snpy.sn.sn method) list_filters() (snpy.filters.filter_set method) (snpy.filters.observatory method) (snpy.filters.telescope method) list_observatories() (snpy.filters.filter_set method)

list_SEDS() (snpy.filters.standard_set method) list_SEDs() (snpy.filters.system method) list_systems() (snpy.filters.standard_set method) list_telescopes() (snpy.filters.filter_set method) (snpy.filters.observatory method) list_types() (in module snpy.utils.fit1dcurve) load_data() (in module snpy.CSPtemp)

M

make_spline() (in module snpy.utils.fit_spline) make_spline2() (in module snpy.utils.fit_spline) mangle_spectrum2() (in module snpy.mangle_spectrum) mangler (class in snpy.mangle_spectrum) mask_data() (snpy.sn.sn method) mask_emag() (snpy.lc.lc method) (snpy.sn.sn method) mask_epoch() (snpy.lc.lc method) (snpy.sn.sn method) mask_SNR() (snpy.lc.lc method) (snpy.sn.sn method) maskid() (snpy.utils.fit1dcurve.oneDcurve method)

maskpoint() (snpy.utils.fit1dcurve.oneDcurve method) maskresids() (snpy.utils.fit1dcurve.oneDcurve method) max_model (class in snpy.model) max_model2 (class in snpy.model) mktemplate() (snpy.CSPtemp.dm15_template method) (snpy.CSPtemp.st_template method) MMax() (snpy.model.EBV_model method) (snpy.model.EBV_model2 method) (snpy.model.Rv_model method) model (class in snpy.model) move_knot() (snpy.utils.fit1dcurve.Spline method) MWR() (snpy.model.model method)

N

nataf() (in module snpy.utils.deredden)

num_real_keep (snpy.utils.fit1dcurve.oneDcurve attribute)

O

observatory (class in snpy.filters)

oneDcurve (class in snpy.utils.fit1dcurve)

P

plot() (snpy.lc.lc method) (snpy.sn.sn method) plot_color() (snpy.sn.sn method) plot_filters() (snpy.sn.sn method) plot_kcorrs() (snpy.sn.sn method) plot_params() (snpy.utils.InteractiveFit.InteractiveFit method)

plot_stats() (snpy.utils.InteractiveFit.InteractiveFit method) poly() (in module snpy.CSPtemp) (in module snpy.utils.deredden) (in module snpy.utils.fit_poly) poly2D() (in module snpy.utils.fit_poly) Polynomial (class in snpy.utils.fit1dcurve) prior() (snpy.model.model method)

R

R() (snpy.filters.filter method) R_lambda() (in module snpy.utils.redlaw) R_obs() (in module snpy.kcorr) R_obs_abc() (in module snpy.kcorr) R_obs_spectrum() (in module snpy.kcorr) R_to_Rv() (in module snpy.utils.redlaw) R_z() (in module snpy.utils.deredden) radec2gal() (in module snpy.utils.radec2gal) rchisquare() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.fit1dcurve.HyperSpline method) (snpy.utils.fit1dcurve.Polynomial method) (snpy.utils.fit1dcurve.Spline method) (snpy.utils.fit1dcurve.oneDcurve method) read() (snpy.filters.filter method) (snpy.filters.spectrum method) read_sql() (snpy.sn.sn method)

redden() (in module snpy.kcorr) redraw() (snpy.utils.InteractiveFit.InteractiveFit method) redraw_x() (snpy.utils.InteractiveFit.InteractiveFit method) regularize() (in module snpy.utils.fit1dcurve) replot() (snpy.lc.lc method) reset_mean() (snpy.utils.fit1dcurve.GaussianProcess method) (snpy.utils.fit1dcurve.HyperSpline method) (snpy.utils.fit1dcurve.Polynomial method) (snpy.utils.fit1dcurve.Spline method) (snpy.utils.fit1dcurve.oneDcurve method) residuals() (snpy.utils.fit1dcurve.oneDcurve method) response() (snpy.filters.filter method) rms() (snpy.utils.fit1dcurve.oneDcurve method) Rv_model (class in snpy.model) Rv_to_R() (in module snpy.utils.redlaw)

S

save() (in module snpy.sn) (snpy.sn.sn method) set_bindings() (snpy.utils.InteractiveFit.InteractiveFit method) setup() (snpy.mangle_spectrum.function method) (snpy.model.max_model method) (snpy.model.max_model2 method) (snpy.model.model method) setup_graph() (snpy.utils.InteractiveFit.InteractiveFit method) smooth() (in module snpy.utils.GLOEs) smooth2d() (in module snpy.utils.GLOEs) sn (class in snpy.sn) snpy (module) snpy.CSPtemp (module) snpy.dm15temp (module) snpy.dm15temp.dm15temp (module) snpy.filters (module) snpy.kcorr (module) snpy.lc (module) snpy.mangle_spectrum (module) snpy.model (module) snpy.sn (module) snpy.spline2.spline2 (module) snpy.utils (module) snpy.utils.deredden (module) snpy.utils.fit1dcurve (module) snpy.utils.fit_lc (module) snpy.utils.fit_lc2 (module)

snpy.utils.fit_poly (module) snpy.utils.fit_spline (module) snpy.utils.GLOEs (module) snpy.utils.InteractiveFit (module) snpy.utils.IRSA_dust_getval (module) snpy.utils.radec2gal (module) snpy.utils.redlaw (module) snpy.utils.setup (module) snpy.utils.zCMB (module) solve() (snpy.mangle_spectrum.mangler method) spectrum (class in snpy.filters) Spline (class in snpy.utils.fit1dcurve) spline2() (in module snpy.spline2.spline2) spline_fit() (snpy.lc.lc method) st_template (class in snpy.CSPtemp) standard_set (class in snpy.filters) summary() (snpy.sn.sn method) surface (class in snpy.utils.GLOEs) synth_abmag() (snpy.filters.filter method) synth_mag() (snpy.filters.filter method) system (class in snpy.filters) systematics() (snpy.model.color_model method) (snpy.model.EBV_model method) (snpy.model.EBV_model2 method) (snpy.model.Rv_model method) (snpy.model.model method) (snpy.sn.sn method)

T

telescope (class in snpy.filters) template() (snpy.lc.lc method)

teval() (snpy.CSPtemp.dm15_template method) (snpy.CSPtemp.st_template method)

U

unred() (in module snpy.utils.deredden) unred_fm() (in module snpy.utils.deredden)

unred_fm07() (in module snpy.utils.deredden) update_sql() (snpy.sn.sn method)

V

values() (snpy.filters.system method)

W

waverange() (snpy.filters.spectrum method) wrap_Ialc1() (in module snpy.utils.fit_lc2)

wrap_Ialc2() (in module snpy.utils.fit_lc2) wrap_Ialcn() (in module snpy.utils.fit_lc)

Z

z_cmb() (in module snpy.utils.zCMB)