ApertureFluxes

class prose.fluxes.ApertureFluxes

Methods

__init__(xarray)
best_polynomial([add, verbose])	Return the best systematics polynomial model orders.
binn(dt[, std, keep_coords])
broeg2005([inplace, cut, nans])	The Broeg et al. 2005 differential photometry algorithm.
copy()
diff(comps[, inplace])	Differential photometry based on a set of comparison stars
dm_bic(dm)
dm_ll(dm)
load(filepath)
lstsq(X[, star, split])	Given a design matrix return the fitted trend
mask(mask[, dim])
noise_stats([bins, verbose])
pick_best_aperture([method, return_criterion])
plot([star, bins, color, std, mask])
plot_detrended([star, bins, color, std, ...])
polynomial(**orders)	Return a design matrix representing a polynomial model
polynomial_trend([bic, verbose])
pont2006([plot])
save(filepath)
set_attribute(file, **kwargs)
sigma_clip([sigma, star])	Sigma clipping
step([t0])	Two parameter step model model.
transit(t0, duration[, depth])	A simple transit model
where(*args, **kwargs)

Attributes

X
aperture
comparison_raw_fluxes
detrended_diff_flux
diff_error
diff_flux
has_diff
raw_error
raw_flux
target
trend
x